manuals and operating instructions for standard drive systems up-to-date ... 2021 /192. ✓ ✓ ✓. ✓. ✓. 2KJ3104 - 77777 - 77 K1. 8.88. 163. 320. 3 130. 7.8. 2.70.
© Siemens AG 2018
Catalog MD 50.1
Edition 2017 PDF Update 02/2018
Motion Control
SIMOGEAR Geared Motors
Helical, parallel shaft, bevel, helical worm and worm geared motors
Update 02/2018
siemens.com/gearedmotors
Related catalogs
SIMOGEAR Gearboxes with adapter
MD 50.11
E86060-K5250-A211-A3-7600
SIMOGEAR
MD 50.8
Electric-monorail geared motors
Light-load and heavy-load applications
E86060-K5250-A181-A2-7600
SIMOTICS GP, SD, XP, DP
D 81.1
Low-Voltage Motors
Type series 1FP1, 1LE1, 1LE5, 1MB1 and 1PC1
Frame sizes 63 to 355
Power range 0.09 to 500 kW
E86060-K5581-A111-B2-7600
FLENDER Couplings Standard Couplings
MD 10.1
E86060-K5710-A111-A5-7600
FLENDER SIP
MD 31.1
Standard Industrial Planetary Gear Units
E86060-K5731-A111-A5-7600
Motion Control Drives
D 31.1
SINAMICS Inverters for Single-Axis Drives
Built-In Units
E86060-K5531-A111-A1-7600
Motion Control Drives
D 31.2
SINAMICS Inverters for Single-Axis Drives
Distributed Inverters
E86060-K5531-A121-A1-7600
SIMOTICS S-1FG1 Servo geared motors Helical, Parallel shaft, Bevel and Helical worm geared motors
E86060-K5541-A101-A3-7600
Industrial Communication SIMATIC NET
D 41 IK PI
E86060-K6710-A101-B8-7600
© Siemens AG 2018
SIMOTICS NEMA Motors Low Voltage AC Motors Selection and Pricing Guide
D 81.2
Further details available on the Internet at: www.usa.siemens.com/motors
SIMOGEAR Konfigurator SIMOGEAR Configurator Informieren / Projektieren (CD)
SIMOGEAR
E86060-D5750-A100-A2-7400
Additional documentation You will find all information material, such as brochures, catalogs, manuals and operating instructions for standard drive systems up-to-date on the Internet at the address: www.siemens.com/gearedmotors You can order the listed documentation or download it in common file formats (PDF, ZIP).
© Siemens AG 2018
SIMOGEAR Geared Motors
Helical, parallel shaft, bevel, helical worm and worm geared motors Catalog MD 50.1 · 2017 PDF Update 02/2018
Dear Customer,
We are happy to present you with the new PDF version of Catalog MD 50.1 Edition 2017 PDF Update 02/2018. Catalog MD 50.1 · 2017 is also available in printed format.
The catalog has been revised and expanded:
7 The single-stage and two-stage cooling tower geared motors of series EKF and ZKF with torques of up to 19 000 Nm have now been added.
7 Helical geared motors with the VLplus or XLplus reinforced bearing system as well as parallel shaft geared motors and bevel geared motors with the VLplus reinforced bearing system have also been included.
7 VSD10 line motors for inverter operation have also been added.
We hope that you often use our new Catalog MD 50.1 and find it helpful. Your personal contact will be glad to receive your suggestions and recommendations for improvement. You can find your representative in our contact person database at www.siemens.com/automation-contact
As a supplement to this catalog, the Drive Technology Configurator (DT Configurator) will help you when selecting the optimum geared motor. You can call up the 2D and 3D data in all of the usual file formats and directly process it further.
The DT Configurator can be used on the Internet without requiring any installation. The DT Configurator can be found in the Siemens Industry Mall at the following address: www.siemens.com/dt-configurator
Please contact your local Siemens office for additional information. Up-to-date information about SIMOGEAR geared motors is available on the Internet at: www.siemens.com/gearedmotors
Best regards,
Dr. Axel Maximilian Dietrich Head of Product Management for Geared Motors Siemens AG, Digital Factory Division, Motion Control, General Motion Control
siemens.com/gearedmotors
© Siemens AG 2018
© Siemens AG 2018
SIMOGEAR Geared Motors
Helical, parallel shaft, bevel, helical worm and worm geared motors
Motion Control
Introduction
1
Configuring guide
2
Helical geared motors
3
Parallel shaft geared motors
4
Catalog MD 50.1 · 2017 - PDF Update 02/2018
Supersedes: Catalog MD 50.1 · 2017 - PDF Edition
Refer to the Industry Mall for current updates of this catalog: www.siemens.com/industrymall
The products contained in this catalog can also be found in the Interactive Catalog CA 01. Article No.: E86060-D4001-A510-D8-7600
Please contact your local Siemens branch.
© Siemens AG 2018
Bevel geared motors
5
Helical worm geared motors
6
Worm geared motors
7
Motors
8
SINAMICS G110M motor integrated frequency inverter
9
Gearbox options
10
Motor options
11
General options
12
Appendix
13
The products and systems described in this catalog are manufactured/distributed under application of a certified quality management system in accordance with EN ISO 9001 (Certified Registration No. DE-409908 QM08). The certificate is recognized by all IQNet countries.
© Siemens AG 2018
Digital Enterprise
The building blocks that ensure everything works together perfectly in the digital enterprise
Digitalization is already changing all areas of life and existing business models. It is placing greater pressure on industry while at the same time creating new business opportunities. Today, thanks to scalable solutions from Siemens, companies can already become a digital enterprise and ensure their competitiveness.
Industry faces tremendous challenges
Reduce time-to-market
Boost flexibility
Improve quality
Boost efficiency
Increase security
Today manufacturers have to bring products to market at an ever-increasing pace despite the growing complexity of these products. In the past, a major manufacturer would push aside a small one, but now it is a fast manufacturer that overtakes a slow one.
Consumers want customized products, but at a price they would pay for a mass-produced item. That only works if production is more flexible than ever before.
To ensure a high level of quality while meeting legal requirements, companies have to establish closed quality loops and enable the traceability of products.
Today the product itself needs to be sustainable and environmentally friendly, while energy efficiency in production has become a competitive advantage.
Increasing networking escalates the threat to production facilities of cyberattacks. Today more than ever, companies need suitable security measures.
2
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
The digital enterprise has already become a reality
To fully benefit from all the advantages of digitalization, companies first have to achieve complete consistency of their data. Fully digitally integrated business processes, including those of suppliers, can help to create a digital representation of the entire value chain. This requires
· the integration of industrial software and automation,
· expansion of the communication networks,
· security in automation,
· and the use of business-specific industrial services.
MindSphere
The cloud-based open IoT operating system from Siemens With MindSphere, Siemens offers a costeffective and scalable cloud platform as a service (PaaS) for the development of applications. The platform, designed as an open operating system for the Internet of Things, makes it possible to improve the efficiency of plants by collecting and analyzing large volumes of production data.
Totally Integrated Automation (TIA)
Where digitalization becomes reality Totally Integrated Automation (TIA) ensures the seamless transition from the virtual to the real world. It already encompasses all the necessary conditions for transforming the benefits of digitalization into true added value. The data that will form the digital twin for actual production is generated from a common base.
Digital Plant Learn more about the digital enterprise for the process industry www.siemens.com/ digitalplant
Digital Enterprise Suite Learn more about the digital enterprise for the discrete industry www.siemens.com/ digital-enterprise-suite
Update 02/2018
Siemens MD 50.1 · 2017
3
© Siemens AG 2018
Integrated Drive Systems
Faster on the market and in the black with Integrated Drive Systems
SIMOGEAR is an important element of a Siemens Integrated Drive System, contributing significantly to increased efficiency, productivity, and availability in industrial production processes.
Integrated Drive Systems are Siemens' trendsetting answer to the high degree of complexity that characterizes drive and automation technology today. The world's only true one-stop solution for entire drive systems is characterized in particular by its threefold integration: Horizontal, vertical,
and lifecycle integration ensure that every drive system component fits seamlessly into the whole system, into any automation environment, and even into the entire lifecycle of a plant.
The outcome is an optimal workflow from engineering all the way to service that entails more productivity, increased efficiency, and better availability. That's how Integrated Drive Systems reduce time to market and time to profit.
Horizontal integration
Integrated drive portfolio: The core elements of a fully integrated drive portfolio are frequency converters, motors, couplings, and gear units. At Siemens, they`re all available from a single source. Perfectly integrated, perfectly interacting. For all power and performance classes. As standard solutions or fully customized. No other player in the market can offer a comparable portfolio. Moreover, all Siemens drive components are perfectly matched, so they are optimally interacting.
You can boost the availability of your application or plant to up to
99 %* *e.g., conveyor application
Vertical integration
Thanks to vertical integration, the complete drive train is seamlessly integrated in the entire automation environment an important prerequisite for production with maximum value added. Integrated Drive Systems are part of Totally Integrated Automation (TIA), which means that they are perfectly embedded into the system architecture of the entire industrial production process. This enables optimal processes through maximum communication and control.
With TIA Portal you can cut your engineering time by up to
30 %
Lifecycle integration
Lifecycle integration adds the factor of time: Software and service are available for the entire lifecycle of an Integrated Drive System. That way, important optimization potential for maximum productivity, increased efficiency, and highest availability can be leveraged throughout the system's lifecycle from planning, design, and engineering to operation, maintenance, and all the way even to modernization.
With Integrated Drive Systems, assets become important success factors. They ensure shorter time to market, maximum productivity and efficiency in operation, and shorter time to profit.
4
Siemens MD 50.1 · 2017
With Integrated Drive Systems you can reduce your maintenance costs by up to
15 %
www.siemens.com/ids
Introduction
© Siemens AG 2018
1
1/2 Orientation 1/2 Overview 1/2 · Geared motors 1/4 · Benefits 1/5 · Integration 1/6 · Configuration 1/6 - Drive Technology Configurator
(DT Configurator) 1/6 - Access to the DT Configurator 1/6 - STARTER commissioning tool 1/6 - SINAMICS Startdrive commissioning
tool 1/6 - SIZER for Siemens Drives
1/7 Guidelines for selection and ordering
1/7 Article No. code 1/9 Type designation 1/11 Designs
Notes on selection tables 1/17 Structure of the tables for geared motors
up to 55 kW 1/17 Structure of the tables for transmission
ratios and torques 1/18 Structure of the efficiency tables 1/18 Structure of the motor power tables 1/21 Notes on dimensional drawings
1/22 General technical specifications Geared motors for use worldwide
1/22 Overview 1/23 Motors for the North American market 1/23 Motors for the Chinese market 1/24 Motors for the Eurasian market 1/24 Without CE marking for export 1/24 Explosion protection as per ATEX
General information regarding efficiency in accordance with International Efficiency 1/25 Efficiency classes acc. to IEC 60034-30-1 Noise 1/27 Geared motor noise 1/27 Motor noise in line operation Direction of rotation 1/27 Overview
Siemens MD 50.1 · 2017
© Siemens AG 2018
Introduction Orientation
1
Overview
Geared motors
SIMOGEAR is the new generation of geared motors from Siemens. SIMOGEAR gearboxes are available as helical, parallel shaft, bevel, helical worm, and worm geared motors.
Gearbox type
Gearbox designation
Helical geared motors
Z19 ... Z189 (2-stage) D19 ... D189 (3-stage)
Cooling tower geared motors ZK89 ... ZK189
State-of-the-art production technology and improved testing methods ensure the highest degree of quality and reliability.
Number of sizes
Maximum output Transmission
torque
ratio
T2N
i
Nm
-
Maximum motor power1) P1 kW
13
100 ... 19 000
3.4 ... 62.48
55
13
100 ... 19 000
36 ... 328
55
6
1 060 ... 19 000 3.85 ... 62.48 55
Fig. 1/1 Helical geared motor D/Z
E39 ... E149 (1-stage)
7
Cooling tower geared motors
EK89 ... EK149
4
30 ... 1 490
1.29... 9.79
55
280 ... 1 490
1.3 .... 9.79
55
Fig. 1/2 Helical geared motor E Parallel shaft geared motors
FZ29 ... FZ189 (2-stage) 11 FD29 ... FD189 (3-stage) 11
150 ... 19 000
4 ... 48
55
150 ... 19 000
58 ... 377
55
Fig. 1/3 Parallel shaft geared motor FD/FZ
Bevel geared motors
B19 ... B49 (2-stage)
4
50 ... 450
3.6 ... 59
7.5
Fig. 1/4 Bevel geared motor B 1) With 4-pole motor for a 50 Hz line frequency in integral type of construction
1/2
Siemens MD 50.1 · 2017
Update 02/2018
Geared motors
Gearbox type Bevel geared motors
© Siemens AG 2018
Introduction Orientation
Overview
1
Gearbox designation K39 ... K189 (3-stage)
Number of sizes
Maximum output Transmission
torque
ratio
T2N
i
Nm
-
Maximum motor power1) P1 kW
10
150 ... 19 500
5.7 ... 237
55
Fig. 1/5 Bevel geared motor K Helical worm geared motors
C29 ... C89 (2-stage)
5
61 ... 1 450
6.5 ... 363
7.5
Fig. 1/6 Helical worm geared motor C
Worm geared motors
S09 ... S29 (1-stage)
3
33 ... 116
5.0 ... 100
0.55
Fig. 1/7 Worm geared motor S Tandem geared motors
D-29-Z19 ... D.189-D69
12
(4-stage to 6-stage)
FZ.29-Z19 ... FD.189-D69 11 (4-stage to 6-stage)
K.39-D/Z19 ... K189-DZ69 10 (5-stage or 6-stage)
C.29-D/Z19 ... C.89-D/Z39 5 (4-stage or 5-stage)
Fig. 1/8 Example of a tandem geared motor 1) With 4-pole motor for a 50 Hz line frequency in integral type of construction
140 ... 19 000
325 ... 27 816 7.5
150 ... 19 000
274 ... 29 900 7.5
220 ... 19 500
170 ... 14 900 7.5
80 ... 1 310
270 ... 19 000 7.5
Update 02/2018
Siemens MD 50.1 · 2017
1/3
© Siemens AG 2018
Introduction Orientation
1
Overview
Geared motors (continued)
Torque classes
SIMOGEAR geared motors are classified according to fixed torque steps.
Helical gearboxes Z and D (2-stage and 3-stage)
Size
-
19 29 39
Maximum output torque
Nm -
100 140 200
Cooling tower gearboxes ZK (2-stage)
Maximum output torque
Nm -
-
-
-
Helical gearbox E (1-stage)
Size
-
-
-
39
Maximum output torque
Nm -
-
-
65
Cooling tower gearboxes (1-stage)
Maximum output torque
Nm -
-
-
-
Parallel shaft gearboxes FZ and FD (2-stage and 3-stage)
Size
-
-
29 39
Maximum output torque
Nm -
-
150 290
Bevel gearbox B (2-stage) Size Maximum output torque
Nm -
19 29 39 50 110 250
Bevel gearbox K (3-stage)
Size
-
-
-
39
Maximum output torque
Nm -
-
-
220
Helical worm gearbox C (2-stage)
Size
-
-
29 39
Maximum output torque
Nm -
-
110 235
Worm gearbox S (1-stage) Size Maximum output torque
09 19 29 Nm 33 72 116 -
Within a torque class, for the various gearbox types, almost the same output torques are achieved.
49 59 69 79 89 109 129 149 169 189 320 450 600 840 1 680 3 100 5 000 8 000 14 000 19 000
-
-
-
-
1 680 3 100 5 000 8 000 14 000 19 000
49 -
69 -
89 109 129 149 -
-
108 -
205 -
365 565 800 1 490 -
-
-
-
-
-
365 565 800 1 490 -
-
-
49 69 79 89 109 129 149 169 189
-
480 600 1 000 1 850 3 100 4 850 8 000 13 600 19 000
-
49 -
-
-
-
-
-
-
-
-
450 -
-
-
-
-
-
-
-
-
49 69 79 89 109 129 149 169 189
-
420 600 820 1 600 2 900 4 400 8 000 13 000 19 500
-
49 69 -
89 -
-
-
-
-
-
400 675 -
1 450 -
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
Benefits
High energy efficiency for a fast return on investment
When developing SIMOGEAR geared motors, significant emphasis was placed on achieving the highest possible energy efficiency.
Using the plug-on pinion principle in the first SIMOGEAR gearbox stage, higher transmission ratios are achieved when compared to gearboxes with slip-on pinion.
This means that frequently instead of 3-stage gearboxes with an efficiency of approx. 94 %, 2-stage helical and parallel shaft gearboxes with a high efficiency of 96 % can be used.
Two-stage SIMOGEAR bevel geared motors B have a mechanical efficiency of 96 %. With a range of transmission ratios from i = 3.5 to 60, they have been specifically designed to address the requirements in conveyor technology.
Together with the new Siemens 1LE1 motors for efficiency classes IE2 (High Efficiency) and IE3 (Premium Efficiency), SIMOGEAR geared motors allow a high amount of energy to be saved and reduce the stress on our environment.
Extremely compact and low weight for easy handling in the machine or system in the smallest space
An integrated end shield instead of an adapter plate and end shield reduces the weight and space required in your machine or system. In addition, interfaces and sealing joints are reduced as a result of the integrated end shield.
With the SIMOGEAR bevel gearboxes, the length was able to be significantly reduced through an optimized bearing design.
SIMOGEAR helical gearboxes D/Z29 to D/Z39 (200 Nm), parallel shaft gearboxes F29 (150 Nm), bevel gearboxes B19 to B49 (450 Nm), and helical worm gearboxes C29 (100 Nm) have an aluminum gearbox housing.
Harmoniously coordinated modular system to provide the optimum solution for your particular drive task
The fine size graduations of SIMOGEAR gearboxes provide you the optimum drive for every application regarding gearbox type, rated output torque and transmission ratio.
When developing SIMOGEAR geared motors, significant emphasis was placed on achieving well-balanced gearbox properties.
With SIMOGEAR geared motors you can depend on harmonized and coordinated properties regarding: 7 Maximum output torque 7 Permissible radial force 7 Output shaft diameter 7 Bearing service life 7 Housing stiffness 7 Gearing reliability (fatigue endurable) 7 Shaft strength (fatigue endurable)
1/4
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Introduction Orientation
Benefits (continued)
1
Fine ratio stages to always obtain the output speed required
With their wide range of transmission ratios, from very low up to very high, SIMOGEAR geared motors provide the necessary flexibility for your drive application.
As a result of the wide ratio range, 4-pole induction motors can be mainly used the most cost-effective solution.
Further, the gearboxes are quieter as a result of the lower circumferential velocity of the first gearbox stage.
Intelligent sealing concept for a high degree of maintenance friendliness
An optimally coordinated sealing concept is available for the SIMOGEAR gearbox output shaft to address the various application areas and ambient conditions.
Gearbox sizes 19 and 29 are lubricated for life. All SIMOGEAR geared motors with venting have as standard a pressure breather valve.
The MODULOG modular principle for outstanding flexibility
The motors used for the SIMOGEAR geared motors have a modular design using our well-proven MODULOG modular principle.
At the heart of the system is a basic motor dimensioned for international line supply conditions with power ratings extending from 0.09 to 55 kW (2/4/6/8-pole).
At the non-drive end (NDE), you have an individually configurable MODULOG modular system, e.g. for brakes, backstop, rotary pulse encoder, separately driven fan, and canopy.
This guarantees high availability as well as short delivery times.
Integration
SIMOGEAR geared motors are part of the Siemens Integrated Drive System (IDS).
Siemens Integrated Drive System (IDS) stands for standardized, tailored, and modular components, systems, and services. It encompasses the world's most extensive portfolio from geared motors through motor starters and inverters, identification systems and switchgear up to the automation.
The complete portfolio is exhaustively tested also in the field for maximum availability. The components are harmonized and coordinated with one another with standard interfaces and power bus systems.
Siemens Integrated Drive System (IDS) therefore allows you to reduce your installation and commissioning costs, and at the same time increase flexibility and system availability.
Energy-efficient motors, motor starters, soft-starters, and inverters as well as the Power Management system based on SIMATIC PCS 7, SIMATIC WinCC, and multi-function measuring devices ensure a high energy saving potential.
SIMATIC S7
SCALANCE X Switch
SITOP
SIMATIC HMI
Electrical cabinet
SIMATIC ET 200pro
RF180C
400 V AC 24 V DC PROFINET
PROFIBUS
SINAMICS G120D inverters or SIRIUS M200D motor starters
G_D087_EN_00161
SIMOGEAR geared motors
Light curtain
SIMATIC RF RFID system
Sensors
Fig. 1/9 Example of the Siemens Integrated Drive System (IDS) for sophisticated conveyor applications
Siemens MD 50.1 · 2017
1/5
© Siemens AG 2018
Introduction Orientation
1
Configuration
Drive Technology Configurator (DT Configurator) within the CA 01
The Interactive Catalog CA 01 the offline Industry Mall of Siemens on DVD-ROM contains over 100 000 products with approximately 5 million possible drive system product variants. The Drive Technology Configurator (DT Configurator) has been developed to facilitate selection of the correct geared motor and/or inverter from the wide spectrum of drives. It is integrated as a selection tool in Catalog CA 01.
Description
Interactive Catalog CA 01
on DVD-ROM including Drive Technology Configurator, English
Article No. E86060-D4001-A510-D8-7500
Drive Technology Configurator (DT Configurator)
The Drive Technology (DT) Configurator supports you when configuring the optimum drive technology products for your application from gearboxes, motors, inverters as well as the associated options and components through to controllers, software licenses and connection systems. With or without detailed knowledge of products: Preselected product groups, targeted navigation through selection menus and direct product selection through entry of the article number support quick, efficient, and convenient configuration.
In addition to all this, comprehensive documentation comprising technical data sheets, 2D dimensional drawings/3D CAD models, operating instructions, certificates, etc. can be selected in the DT Configurator. Immediate ordering is possible by simply transferring a parts list to the shopping cart of the Industry Mall.
Access to the Drive Technology Configurator
The Drive Technology Configurator can be called up without registration and without a login: www.siemens.com/dt-configurator
STARTER commissioning tool
The STARTER commissioning tool (V4.3 SP3 and higher) simplifies the commissioning and maintenance of the SINAMICS G110M motor integrated frequency inverter. The operator guidance combined with comprehensive, user-friendly functions for the relevant drive solution allow you to commission the device quickly and easily.
Additional information about the STARTER commissioning tool is available on the Internet at: www.siemens.com/starter
SINAMICS Startdrive commissioning tool
SINAMICS Startdrive is a tool for configuring, commissioning, and diagnosing the SINAMICS family of drives and is integrated into the TIA Portal. SINAMICS Startdrive can be used to implement drive tasks with the SINAMICS G110M (SINAMICS Startdrive V13 and higher), SINAMICS G120, SINAMICS G120C, SINAMICS G120D, and SINAMICS G120P inverter series. The commissioning tool has been optimized with regard to user friendliness and consistent use of the TIA Portal benefits of a common working environment for PLC, HMI and drives.
The SINAMICS Startdrive commissioning tool is available free on the Internet at: www.siemens.com/startdrive
SIZER for Siemens Drives
For the project engineering of SIMOGEAR geared motors operating on SINAMICS frequency inverters, the engineering tool "Sizer for Siemens Drives" should be used. This ensures that all the relevant aspects are taken into consideration (line voltage, type of DC link (regulated/unregulated), utilization of the motor in accordance with temperature class B or F, motor current for inverter operation in Y circuit or D circuit, calculation of the regenerative power, dimensioning of the braking resistor with reference to the entered cyclic operation, etc.)
The SIZER for Siemens Drives engineering tool is available free on the Internet at: www.siemens.com/sizer
Fig. 1/10 DT Configurator
Drive Technology Configurator for efficient drive configuration with the following functions
· Fast, efficient configuration of drive products and associated components gearboxes, motors, inverters, controllers, connection systems
· Configuration of drive systems for pumps, fans and compressor applications from 1 kW to 2.6 MW
· Displayable documentation for configured products and components, such as - Data sheets in PDF or RTF format - 2D dimensional drawings/3D CAD models in various formats - Operating instructions - Certificates - Start-up calculation for SIMOTICS motors
· Support with retrofitting in conjunction with Spares On Web (www.siemens.com/sow)
· Ability to order products directly in the Siemens Industry Mall
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Siemens MD 50.1 · 2017
© Siemens AG 2018
Introduction Guidelines for selection and ordering
Overview
Article No. code
1
The Article No. comprises a combination of digits and letters. To obtain a better overview, the Article No. is split up into three, hyphenated blocks.
Example:
2KJ3105-1EM22-2AS1-Z +D01+M55
The first block (data positions 1 to 7) designates the gearbox type; the second (data positions 8 to 12) designates the output shaft and the motor type; and additional design characteristics are coded in the third block (data positions 13 to 16).
Ordering data
· Complete Article No. with a -Z suffix, and order code(s) or plain text.
· If a quotation has been requested, please specify the quotation number in addition to the Article No.
· When ordering a complete geared motor as a replacement unit, the serial number of the original geared motor must be specified.
Structure of the Article No.
Position of the Article No.
1 2 3 4 5 6 7 - 8 9 10 11 12 - 13 14 15 16 - Z
SIMOGEAR geared motors
1st to 5th position: Digit, letter, Letter, digit, digit
Helical gearbox E, 1-stage Helical gearbox Z, 2-stage Helical gearbox D, 3-stage
2KJ 3 0 2KJ 3 1 2KJ 3 2
Parallel shaft gearbox FZ, 2-stage
2KJ 3 3
Parallel shaft gearbox FD, 3-stage
2KJ 3 4
Bevel gearbox B, 2-stage
2KJ 3 5
Bevel gearbox K, 3-stage
2KJ 3 5
Helical worm gearbox C, 2-stage
2KJ 3 6
Worm gearbox S, 1-stage
2KJ 3 7
6th to 7th position: Digit, digit
Gearbox size
8th position:
Output shaft
-
Digit
9th to 10th position: Letter, letter
Motor frame size
11th position:
Induction motor LA
1
Digit
Induction motor LE General Purpose
2
(aluminum)
Induction motor LES Severe Duty; Basic Line
3
(cast iron)
12th position:
Motor with improved efficiency
1
Digit
(Standard Efficiency IE1)
Motor with high efficiency
2
(High Efficiency IE2)
Motor with premium efficiency
3
(Premium Efficiency IE3)
13th position:
Frequency, voltage
-
Digit
14th position:
Foot-mounted design
A
Letter
Foot/flange-mounted design
B
Torque arm Bevel gearbox K
C
Torque arm
D
Parallel shaft gearbox F, Bevel gearbox B
Helical worm gearbox C
Worm gearbox S
Flange-mounted design
F
Housing flange design
H
15th to 16th position: Letter, digit
Transmission ratio
Special designs
Coded
Order code required
-Z
Non-coded
Plain text required
Siemens MD 50.1 · 2017
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© Siemens AG 2018
Introduction Guidelines for selection and ordering
1
Article No. code
Overview (continued)
Ordering example
A helical geared motor is required: · Gearbox type, size Z59 · Motor 1.5 kW, 4-pole with 50 Hz line frequency · Output speed 49, transmission ratio i = 28.89 · Solid shaft V35 x 70 · Mounting position M1 · Terminal box position 1A
This results in the following Article No. with order codes:
Position of the Article No.
1 2 3 4 5 6 7 - 8 9 10 11 12 - 13 14 15 16 - Z + Order codes
Selection criteria
Requirements
Gearbox type
Helical gearbox Z, 2-stage 2 K J 3 1 . . - 7 . . 7 7 - 7 7 7 7 - 7 + . + .
Gearbox size
Size 59
2KJ 3 1 0 5
Output shaft
Solid shaft V35 x 70
2KJ 3 1 0 5-1
Motor frame size
Frame size 90; 1.5 kW; 4-pole 2 K J 3 1 0 5 - 1 E M
Motor type
Induction motor LE General Purpose
2 K J 3 1 0 5-1 EM2
Motor efficiency
High Efficiency IE2
2 K J 3 1 0 5-1 EM2 2
Line voltage, frequency 230 V /400 V Y // 460 V Y, 50//60 Hz
2 K J 3 1 0 5-1 EM2 2-2
Mounting type
Foot-mounted design
2 K J 3 1 0 5-1 EM2 2-2 A
Transmission ratio
i = 28.89
2 K J 3 1 0 5-1 EM2 2-2 AS 1
Mounting position
M1
2 K J 3 1 0 5 - 1 E M 2 2 - 2 A S 1 - Z + D01
Terminal box position
1A
2 K J 3 1 0 5 - 1 E M 2 2 - 2 A S 1 - Z + D01 + M55
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Siemens MD 50.1 · 2017
© Siemens AG 2018
Type designation of the gearboxes
The type designation is a meaningful name for SIMOGEAR geared motors.
It provides information about the fundamental design of the geared motor and about its main technical features.
Introduction Guidelines for selection and ordering
Type designation
1
Example of gearbox type designation:
F
D
A
F
S
W
89
-Z
39
Gearbox type
Helical gearbox
-
Cooling tower gearbox, 1-stage
EKF
Cooling tower gearbox, 2-stage
ZKF
Parallel shaft gearbox
F
Bevel gearbox, 2-stage
B
Bevel gearbox, 3-stage
K
Helical worm gearbox
C
Worm gearbox
S
Stage
1-stage (for helical gearbox only)
E
2-stage
Z
-
3-stage
D
Type
Shaft
Solid shaft
-
Hollow shaft
A
Plug-in shaft
E
Mounting
Foot-mounted design
-
Foot/flange-mounted design
B
Flange-mounted design
F
Housing flange design
Z
Torque arm
D
Connection
Feather key / without feather key
-
Shrink disk
S
Splined shaft
T
SIMOLOC assembly system
R
Special features
Reduced-backlash version
-
W
Gearbox size
Helical gearbox, 1-stage
39 ... 149
Helical gearbox, 2-stage/3-stage
19 ... 189
Cooling tower gearbox, single-stage
89 ... 149
Cooling tower gearbox, 2-stage
89 ... 189
Parallel shaft gearbox, 2-stage/3-stage
29 ... 189
Bevel gearbox, 2-stage
19 ... 49
Bevel gearbox, 3-stage
39 ... 189
Helical worm gearbox, 2-stage
29 ... 89
Worm gearbox, 1-stage
09 ... 29
Gearbox type - intermediate gearbox
Helical gearbox
--
Stage - intermediate gearbox
2-stage
-Z
3-stage
-D
Gearbox size
Helical gearbox, 2-stage/3-stage
19 ...69
Update 02/2018
Siemens MD 50.1 · 2017
1/9
© Siemens AG 2018
Introduction Guidelines for selection and ordering
1
Type designation
Type designation of the motors
Example of motor type designation:
LE
90
ZLR - 4 P MFW L
32/14 MN IA SI04
Definition of motor
Motor type
Three-phase motor
Aluminum housing LA, LE Cast iron housing LES
Type
Integral mounting
-
IEC B14 flange
I
Motor frame size Specified acc. to EN 50347
63 ... 250
Overall length
Extended housing
Z
Overall length specified acc. to EN 50347
S, L, M
Packet length / power value
A ... Z
Number of poles 2-pole
2
4-pole
4
6-pole
6
8-pole
8
Special features
Efficiency class Different to IE2 or IE3
-
IE2 (High Efficiency)
E
IE3 (Premium Efficiency)
P
SINAMICS G110M With motor integrated frequency inverter SINAMICS G110M
M
Ventilation
Self ventilation
-
Forced ventilation
F
High inertia fan
I
Canopy
With protective cover
W
Handwheel
With handwheel
D
Backstop
With backstop
X
Brake
Brake type
DC brake
L, FDX
Rated braking torque
L brakes FDX brakes
4 ... 400 30, 40
Adjusted braking torque
/1.4 ... 1 000
Brake options
Microswitch for monitoring brake release
M
Standard version
N
Enclosed brake
G
Manual brake release
H
Manual brake release with locking mechanism
HA
Encoder
Incremental encoder
IN
Resolver
IR
Absolute encoder
IA
Prepared for encoder mounting
IV
Functional safety
Functionally safe rotary encoder
SI04
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Siemens MD 50.1 · 2017
Overview
Helical geared motors
© Siemens AG 2018
Introduction Guidelines for selection and ordering
Designs
1
G_D087_XX_00249
Fig. 1/11 Modular system, helical geared motor
SIMOGEAR helical geared motors are available in the following versions for mounting in any position: 7 2 or 3 stages 7 1 stage for high output speeds 7 4 to 6 stages for especially low output speeds 7 Foot-mounted design 7 Flange-mounted design 7 Flange-mounted design with VLplus and XLplus reinforced
bearing systems 7 Design with integrated housing flange 7 Combined foot/flange-mounted design (frame size 29 to 89) 7 Cooling tower version 7 Solid shaft design with and without feather key
Update 02/2018
Siemens MD 50.1 · 2017
1/11
Introduction Guidelines for selection and ordering
1
Designs
Overview (continued)
Parallel shaft geared motors
© Siemens AG 2018
G_D087_XX_00245
Fig. 1/12 Modular system, parallel shaft geared motor
SIMOGEAR parallel shaft geared motors are available in the following versions for mounting in any position: 7 2 or 3 stages 7 4 to 6 stages for especially low output speeds 7 Shaft-mounted design with torque arm 7 Flange-mounted design 7 Flange-mounted design with VLplus reinforced bearing system 7 Design with integrated housing flange 7 Foot-mounted design 7 Hollow shaft design with feather key, splined shaft, shrink disk
or SIMOLOC assembly system 7 Solid shaft design with and without feather key
1/12
Siemens MD 50.1 · 2017
Update 02/2018
Overview (continued)
Bevel geared motors B
© Siemens AG 2018
Introduction Guidelines for selection and ordering
Designs
1
G_D087_XX_00246
Fig. 1/13 Modular system, bevel geared motor B
SIMOGEAR bevel geared motors B are available in the following versions for mounting in any position: 7 2 stages 7 Shaft-mounted design with torque arm 7 Flange-mounted design 7 Design with integrated housing flange 7 Foot-mounted design 7 Hollow shaft design with feather key, splined shaft, shrink disk
or SIMOLOC assembly system 7 Solid shaft design with and without feather key (at one end or
both ends)
For 2-stage bevel gearboxes B, the torque arm is supplied loose to enable it to be mounted as required on site. The position of the torque arm can be freely selected.
Siemens MD 50.1 · 2017
1/13
Introduction Guidelines for selection and ordering
1
Designs
Overview (continued)
Bevel geared motors K
© Siemens AG 2018
G_D087_XX_00247a
Fig. 1/14 Modular system, bevel geared motor K
SIMOGEAR bevel geared motors K are available in the following versions for mounting in any position: 7 3 stages 7 5 or 6 stages for very low output speeds 7 Shaft-mounted design with torque arm 7 Flange-mounted design 7 Flange-mounted design with VLplus reinforced bearing system 7 Design with integrated housing flange 7 Foot-mounted design 7 Hollow shaft design with feather key, splined shaft, shrink disk
or SIMOLOC assembly system 7 Solid shaft design with and without feather key (at one end or
both ends)
1/14
Siemens MD 50.1 · 2017
Update 02/2018
Overview (continued)
Helical worm geared motors
© Siemens AG 2018
Introduction Guidelines for selection and ordering
Designs
1
G_D087_XX_00248
Fig. 1/15 Modular system, helical worm gearbox
SIMOGEAR helical worm gearboxes are available in the following versions for mounting in any position: 7 2 stages 7 4 or 5 stages for very low output speeds 7 Shaft-mounted design with torque arm 7 Flange-mounted design 7 Design with integrated housing flange 7 Foot-mounted design 7 Hollow shaft design with feather key, shrink disk or SIMOLOC
assembly system 7 Solid shaft design with and without feather key (at one end or
both ends)
For helical worm gearboxes, the torque arm is supplied loose to enable it to be mounted as required on site. The position of the torque arm can be freely selected.
Siemens MD 50.1 · 2017
1/15
Introduction Guidelines for selection and ordering
1
Designs
Overview (continued)
Worm geared motors
© Siemens AG 2018
G_D087_XX_00128
Fig. 1/16 Modular system, worm gearbox
SIMOGEAR worm gearboxes are available in the following versions for mounting in any position: 7 1 stage 7 Shaft-mounted design with torque arm 7 Flange-mounted design 7 Design with integrated housing flange 7 Foot-mounted design 7 Solid shaft design with feather key (at one end or both ends) 7 Hollow shaft design with feather key 7 Hollow shaft design with plug-in shaft
For worm gearboxes, the torque arm is supplied loose to enable it to be mounted as required on site. The position of the torque arm can be freely selected.
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Siemens MD 50.1 · 2017
© Siemens AG 2018
Introduction Guidelines for selection and ordering
Structure of the tables for geared motors up to 55 kW
Notes on selection tables
1
In the selection tables you will find the most frequently used versions and combinations of geared motors sorted according to the motor power. Additional combinations can be selected with our SIMOGEAR Configurator.
The power ratings and torques specified in the catalog refer to mounting position M1 and comparable types of construction, where the input stage does not run completely immersed in oil.
The specified output speeds are guide values. You can calculate the rated input speed based on the rated motor speed and the transmission ratio. Please note that the actual output speed will depend on the motor load and the line supply conditions.
Further, standard equipment and standard lubrication of the geared motors as well as normal ambient conditions are assumed.
Prated kW 0.37
n2
T2
i
FR2
fB
rpm
Nm
-
N
-
Type designation FD.49-LA71MH4
13
270
105.10 8 640
1.8
m kg
27
Article No.
Order code
Number of poles
2KJ3403 - 7 CE11 - 7 7 G1
(1)
(2)
(3)
(4)
(5)
(6)
(7)
(8)
(9)
(1) Rated motor power at 50 Hz (2) Geared motor output speed (3) Geared motor output torque (4) Transmission ratio (5) Permissible radial force at the center of shaft extension
(foot-mounted design with solid shaft)
(6) Service factor (7) Drive weight without any oil (8) Article No. (9) Order code for number of poles
Structure of the tables for transmission ratios and torques
In the selection tables for transmission ratios and torques, the gearboxes are sorted according to gearbox type and ratio.
i
n2
T2N
FR2
-
rpm Nm
N
Type designation D.59
76.38 19
450
7 660
8
(1)
(2)
(3)
(4)
(5)
JG
Rex
10-4 kgm² -
0.59
(6)
611/8
(7)
Motor frame size
Article No.
63 71 80 90 100 112 132 160 180 200 225 250
(8)
2KJ3205 - 777 77 - E1
(9)
(1) Transmission ratio
(2) Geared motor output speed at a motor speed of 1 450 rpm
(3) Maximum gearbox output torque with service factor of fB = 1
(4) Permissible radial force at the center of shaft extension (foot-mounted design with solid shaft)
(5) Torsional backlash in minutes of arc for reduced-backlash version (order code G99) If torsional backlash is not specified, the option "reduced-backlash version" is not possible with this ratio.
(6) Moment of inertia of the gearbox reduced to the input shaft (7) Ratio, number of teeth (8) Geometrically possible geared motor combination (9) Article No.
Update 02/2018
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© Siemens AG 2018
Introduction Guidelines for selection and ordering
1
Notes on selection tables
Structure of the efficiency tables
Left-hand side
nmot = 2 800 rpm
i
n2
T2N Pmot
-
rpm Nm kW %
Type designation C.49
127.64
22 300 0.95 73
nmot = 1 400 rpm
n2
T2N Pmot
rpm Nm kW %
11.0 355 0.56 73
nmot = 900 rpm
n2
T2N Pmot
rpm Nm kW %
7.1 355 0.37 71
Article No. 2KJ3603 - 7 7 7 7 7 - 7 7 F2
(1)
(2) (3) (4) (5) (2) (3) (4) (5) (2) (3) (4) (5) (6)
(1) Transmission ratio
(2) Geared motor output speed at specified motor speed nmot (3) Maximum gearbox output torque
with service factor of fB = 1
Structure of the motor power tables
Motors with IE2 High Efficiency
Left-hand side
Frame size
Motor
Prated
nrated
Trated
Irated
kW
4-pole, 1 500 rpm at 50 Hz
80
LE80MD4E
0.55
2-pole, 3 000 rpm at 50 Hz
80
LE80MA2E
0.75
(1)
(2)
(3)
rpm
Nm
1 440 3.65
2 805 2.55
(4)
(5)
A
1.39
1.67 (6)
(4) Input power (5) Efficiency (6) Article No.
cos -
4/4 load %
3/4 load %
ISt/Irated -
Article No.
Order code
Data position
Number
9th 10th 11th 12th of poles
0.74 77.1
76.8
5.3 D C 2 2 -
0.84
(7)
77.4
(8)
79.5
(8)
4.9
(9)
D B 2 2 P00
(10) (10) (11) (12) (13)
(1) Motor frame size (2) Motor designation (3) Rated power (4) Rated speed (5) Rated torque (6) Rated current (7) Power factor
(8) Efficiency (9) Relative starting current (10) Article No. of the motor frame size (11) Article No. of the motor type (12) Article No. of the motor series (13) Order code for number of poles
For different voltages, the starting, average acceleration and breakdown torque change acc. to a square law from their rated value.
Right-hand side
Frame Motor size
TSt/Trated TBk/Trated TA/Trated LpfA
-
4-pole, 1 500 rpm at 50 Hz
80
LE80MD4E
2.2
2-pole, 3 000 rpm at 50 Hz
80
LE80MA2E
1.9
3.1 2.3
-
dB (A)
2.4
53
2.0
60
LWA
dB (A) 64 71
Z0
1/h 9 000 6 000
Jmot
mmot
10-4 kgm² kg
Article No.
Order code
Data position
Number
9th 10th 11th 12th of poles
17
9.3 D C 2 2 -
8
8.3 D B 2 2 P00
(1)
(2)
(3)
(4)
(5)
(6)
(7)
(8)
(9)
(10)
(11) (11) (12) (13) (14)
(1) Motor frame size (2) Motor designation (3) Relative starting torque (4) Relative breakdown torque (5) Relative average acceleration torque (6) Measuring surface sound pressure level (7) Sound power level
(8) No-load switching frequency (9) Moment of inertia (10) Weight (without end shield at DE) (11) Article No. of the motor frame size (12) Article No. of the motor type (13) Article No. of the motor series (14) Order code for number of poles
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Update 02/2018
© Siemens AG 2018
Introduction Guidelines for selection and ordering
Structure of the motor power tables (continued)
Notes on selection tables
1
NEMA Energy Efficient motors MG1
Left-hand side
Frame size
Motor
Prated
kW
hp
4-pole, 1 800 rpm at 60 Hz, 50 Hz power
80
LE80ZMQ4P
0.75
1.00
2-pole, 3 600 rpm at 60 Hz, 50 Hz power
80
LE80ME2P
0.75
1.00
LE80ZMJ2P
1.10
1.50
nrated rpm 1 760
3 480 3 500
Trated Nm
EISA CC no. CC032A
Irated A
cos -
4/4 load %
3/4 load %
ISt/Irated -
TSt/Trated -
4.07
1.53
0.71
85.50
84.50
8.30
3.10
2.06
3
1.46
0.84
77.00
78.00
7.10
3.00
1.98
0.83
84.00
84.00
8.40
3.30
(1)
(2)
(3)
(3)
(4)
(5)
(6)
(7)
(8)
(9)
(9)
(10)
(11)
(1) Motor frame size (2) Motor designation (3) Rated power (4) Rated speed (5) Rated torque (6) Energy Independence and Security Act
(7) Rated current (8) Power factor (9) Efficiency (10) Starting current (11) Relative starting torque
For different voltages, the starting, average acceleration and breakdown torque change acc. to a square law from their rated value.
Right-hand side
Frame Motor size
TBk/Trated TA/Trated LpfA
LWA
Z0
-
-
dB (A) dB (A) 1/h
4-pole, 1 800 rpm at 60 Hz, 50 Hz power
80
LE80ZMQ4P
4.70 O.R.
55
66
O.R.
2-pole, 3 600 rpm at 60 Hz, 50 Hz power
80
LE80ME2P
3.60 O.R.
64
75
O.R.
LE80ZMJ2P
4.50 O.R.
64
75
O.R.
Jmot
mmot
10-4 kgm² kg
Article No.
Order code
Data position
Number Specification of poles
9th 10th 11th 12th
NEMA UL-R/CSA
29
10.00 D F 2 3 -
N38 N35
11
9.30 D B 2 3 P00
N38 N35
13
10.00 D M 2 3 P00
N38 N35
(1)
(2)
(3)
(4)
(5)
(6)
(7)
(8)
(9)
(10) (10) (11) (12) (13) (14)
(1) Motor frame size (2) Motor designation (3) Relative breakdown torque (4) Relative average acceleration torque (5) Measuring surface sound pressure level (6) Sound power level (7) No-load switching frequency
(8) Moment of inertia (9) Weight (without end shield at DE) (10) Article No. of the motor frame size (11) Article No. of the motor type (12) Article No. of the motor series (13) Order code for number of poles (14) Order code for special specifications
Update 02/2018
Siemens MD 50.1 · 2017
1/19
© Siemens AG 2018
Introduction Guidelines for selection and ordering
1
Notes on selection tables
Structure of the motor power tables (continued)
VSD10 line motors for inverter operation
Left-hand side
Frame size Motor
Prated
Circuit
nrated
Trated
kW
4-pole, 1 500 rpm at 50 Hz power
100
LE100LB4V
2.2
Y
4-pole, 1 800 rpm at 60 Hz power
112
LE112ME4V
4.55
Y
(1)
(2)
(3)
(4)
(1) Motor frame size (2) Motor designation (3) Rated power (4) Circuit (5) Rated speed (6) Rated torque (7) Rated current
Hz
52.9
62.2 (5)
Nm
14.0
24.0 (6)
Irated
cos
50/87 Hz: 400 V
60 Hz: 460 V
A
-
Article No.
4/4 load Data position
Order code
Power No. of poles
%
9th 10th 11th 12th
5.2
0.81
79.7 F L 2 8 P92 -
8.3
(7)
0.85
(8)
85.0
(9)
G H 2 8 P92 -
(10) (10) (11) (12) (13) (14)
(8) Power factor (9) Efficiency (10) Article No. of the motor frame size (11) Article No. of the motor type (12) Article No. of the motor series (13) Order code for power (14) Order code for number of poles
For different voltages, the starting, average acceleration and breakdown torque change acc. to a square law from their rated value.
Right-hand side
Frame size Motor
LpfA
LWA
Mech. Jmot speed limit
mmot
dB (A) dB (A) rpm
4-pole, 1 500 rpm at 50 Hz power
100
LE100LB4V
79.0 91.0 4 200
4-pole, 1 800 rpm at 60 Hz power
112
LE112ME4V
77.2 89.2 4 200
10-4 kgm² kg 59 15
100 27
Preferred
Frame IES class Article No.
SINAMICS G120-PM240 size Other SINAMICS
acc. to EN 50598-2
Data position
inverters also possible
Order code
Power No. of poles
Type 1)
9th 10th 11th 12th
6SL3210-1PE16-1.L1 FSA IES1
F L 2 8 P92 -
6SL3210-1PE21-1.L0 FSB IES1
G H 2 8 P92 -
1) In addition to the Power Module, a Control Unit and an Operator Panel are required (see Catalog D 31.1 and/or D 35).
(1)
(2)
(3) (4) (5) (6)
(7) (8)
(9) (10)
(11) (11) (12) (13) (14) (14)
(1) Motor frame size (2) Motor designation (3) Measuring surface sound pressure level (4) Sound power level (5) Mechanical speed limit (6) Moment of inertia (7) Weight (without end shield at DE) (8) Preferred SINAMICS G120-PM240
(9) Frame size (10) IES class acc. to EN 50598-2 (11) Article No. of the motor frame size (12) Article No. of the motor type (13) Article No. of the motor series (14) Order code for power (15) Order code for number of poles
1/20
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Introduction Guidelines for selection and ordering
Overview
Notes on dimensional drawings
1
Shaft heights
DIN 747 shaft heights for machines
Shaft height mm 250 > 250
Tolerance mm -0.5 -1
Note:
For foot-mounted gearboxes, the mounted motor can extend below the mounting surface of the gearbox.
Shaft extensions DIN 748-1 cylindrical shaft extensions
Diameter tolerance: Diameter mm 50 > 50
Tolerance mm ISO k6 ISO m6
Centering holes according to DIN 332, form DR:
Diameter
Thread size
mm
-
> 16 ... 21
M6
> 21 ... 24
M8
> 24 ... 30
M10
> 30 ... 38
M12
> 38 ... 50
M16
> 50 ... 85
M20
> 85 ... 130
M24
> 130
M30
Hollow shafts with splines Splines according to DIN 5480
Hollow shafts for the SIMOLOC assembly system
The diameters of the taper bushing and the bronze bushing are designed to hold a customer shaft with tolerance h11.
Minimum requirement for the design of the customer shaft: · Bright steel drawn DIN EN 10278 (tolerance Ø: ISO h11) · Elastic limit Re = 360N/mm² · Module of elasticity, approx. 206 kN/mm² · Straightness less than 0.5 mm/m
Note:
Deviation from the specified straightness will cause radial runout of the customers shaft. Customer shafts with minor radial runout ensure optimum operating conditions for geared motors. This has a positive impact on the service life of the drive train.
Flanges Centering edge tolerance: Outer flange diameter mm 300 > 350
Tolerance mm ISO j6 ISO h6
Vent valves
The gearboxes are shown in the dimensional drawings with screw plugs. If venting is required, then depending on the type of construction, an activated vent valve is installed. The contour dimension can change slightly as a result.
Undercut acc. to DIN 509:
Diameter
Undercut acc. to Suggested construction,
DIN 509
minimum hollow on mating piece
mm > 16 ... 18 > 18 ... 50 > 50 ... 80 > 80 ... 125
E1.0x0.2 E1.2x0.2 E1.6x0.3 E2.5x0.4
mm 0.9 x 45 ° 1.1 x 45 ° 1.4 x 45 ° 2.2 x 45 °
Hollow shafts Hollow shaft with feather key Diameter tolerance Ø: ISO H7 measured using a mandrel gauge Feather key: acc. to DIN 6885-1 (high form)
Hollow shafts with shrink disk
Diameter tolerance Ø: ISO H7 with mandrel gauge, measured in the area of the shrink disk seat. Hub seat, output side equipped with journal bearing sleeve. Minimum requirement for the design of the customer shaft: · Elastic limit Re 360 N/mm² · Module of elasticity, approx. 206 kN/mm² · Without tapped hole on the face · Customer shaft must not be in contact with shaft shoulder
158 Ø120 Ø80 j6
Ø25 k6 Ø11
113 Ø25 k6
ØAC 2 8
257 Ø100 79
FDZ/FZZ39
14,5
98,5
31,5
kB k
LBL LB
6
4 95 112
FDAZ/FZAZ39 14,5 98,5
50 5 40
5 8
DR M10x22 4
FDAZS/FZAZS39 14,5 98,5
Ø98,8
Ø45 Ø30 H7
R3
6 122
6
150
28
5
44
44
33,3
20
8 JS9 Ø30
M10 31
1 102
120 90
0,1x45°
143
25
33
Ø30 h6 Ø30 h6
4
Fig. 1/17 Example, dimensional drawings
Ø30 h6 33,051-0,039
Ø45
Ø30 H7 Ø30 R2
AD 12
30°
M8x14 165
FDAZT/FZAZT39 14,5 98,5
6 120
N30x1,25x30x22x9H 2
20 35
M10x30 7
18
25
25
18
W30x1,25x30x22x8f
2,75
2
84 8 M10
3
Update 02/2018
Siemens MD 50.1 · 2017
1/21
© Siemens AG 2018
Introduction General technical specifications
1
Geared motors for use worldwide
Overview
The following certificates are available for SIMOGEAR geared motors. You can select these individually, or combine them freely into a multi-certificate.
Specifications Country/economic area
Europe/EU
Marking Examples
Legal/normative requirements Low Voltage Directive (LVD) 2006/95/EC
USA Canada China
MG1-12 CC032 A Energy Verified
Eco-design Directive 2009/125/EC EU Regulation (EC) No. 640/2009 to implement the eco-design directive and amending regulation (EU) No. 4/2014
NEMA MG1-12 National standard UL 1004 Standard of the Underwriters Laboratories Inc. (testing and certification body)
EISA Energy Independence Security Act CSA-C22.2 No. 100 Standard of the Canadian Standards Association
EER Energy Efficiency Regulations CCC China Compulsory Certification
CEL China Energy Label Based on the national standard GB 18613-2012
ECL Energy Conservation Law of PRC
Russian Federation Belarus
EAC Eurasian Conformity
Kazakhstan
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Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Introduction General technical specifications
Motors for the North American market
Geared motors for use worldwide
Motors for the Chinese market
1
Motors in frame sizes 63 to 250 are available in designs which meet the UL-R and CSA standards.
CCC-certified motors, frame sizes 63 to 90, are available for export to China.
Order code:
Design in accordance with UL-R and CSA
N38
Note:
In the USA, a distinction is made between the rated voltage of the supply system and the rated voltage of the motor. See the table below for the assignment:
The "China Energy Label" required for import into China is available for motors in frame sizes from 80 to 250.
The motors are marked according to the requirements with CCC, CEL or both specifications.
Order code:
Design for the Chinese market
N67
Country USA
Canada
Rated voltage of the supply system 208 V 240 V 480 V 600 V
Rated voltage of the motor
200 V 230 V 460 V 575 V
UL-R Underwriters Laboratories Inc.
The motors are listed for up to 600 V by Underwriters Laboratories Inc. ("Recognition Mark" = R/C). Motor voltages up to 600 V are certified according to UL. "UL Recognition Mark" is included on the rating plate of the motor.
In addition, the motor is designed to meet the NEMA MG1-12 electrical standard and includes the following data on the rating plate:
· Rated voltage(s)
· Nominal efficiency
· Design letter
· Code letter
· CONT
· NEMA MG1-12.
Externally or internally mounted components such as: · Motor protection · Heating element · Forced ventilation · Brake · Encoder · Plug connection
are UL-R/C, CSA, or C-US listed or used by manufacturers in accordance with regulations. UL-R/C cable glands must be used for the cable entry.
CSA Canadian Standard Association
The motors are approved for up to 690 V in accordance with the "Canadian Standard Association" (CSA). Externally or internally mounted components which are used are listed by CSA or are used by manufacturers in accordance with regulations. The CSA mark and the rated voltage are stamped on the rating plate.
CCC China Compulsory Certification
"Small power motors" which are exported to China must be certified up to a rated power of:
2-pole: 2.2 kW
4-pole: 1.1 kW
6-pole: 0.75 kW
8-pole: 0.55 kW
Motors requiring certification are certified by CQC (China Quality Certification Center). When ordered, the "CCC (Safety Mark)" logo is stamped on the rating plate and packaging.
Note:
Chinese customs checks the need for certification of imported products by means of the commodity code.
The following do not need to be certified: · Motors imported to China which have already been installed
in a machine · Repair parts
CEL China Energy Label
China introduced mandatory energy efficiency labeling for electric motors in June 2008.
From September 1, 2008, and until the transition phase expires, the affected electric motors may only be imported into China and sold in the country with a valid "China Energy Label".
The motor must be labeled with the "China Energy Label" sticker, which states the efficiency class.
In addition to the Energy Label (dimensions 80 x 54 mm), the efficiency is also stamped on the rating plate.
2-pole, 4-pole, and 6-pole motors with a line frequency of 50 Hz and a rated voltage of up to 1 000 V must be appropriately marked. Efficiency classes 2 and 3 apply here to motors with rated powers from 0.75 to 375 kW.
When energy-saving motors are ordered, they also have the "CSA-E mark" on the rating plate.
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© Siemens AG 2018
Introduction General technical specifications
1
Geared motors for use worldwide
Motors for the Eurasian market
SIMOGEAR geared motors are certified for the Eurasian economic area.
In the Russia, Kasachstan and Belarus customs union, new technical regulations and uniform conformity requirements (EAC) have been introduced. These replace the previous GOST-R certificates which thus lose their validity.
The certificate is mandatory for export and is required by the customs authorities.
The EAC certificate is valid for all geared motors. For gearboxes with adapters the EAC certificate is not necessary because the EAC certificate only refers to the motor.
Order code:
Design in accordance with EAC
N30
Without CE marking for export
For geared motors to be exported outside the European Economic Area, the order option "without CE marking for export" is available. The CE marking is not displayed on the rating plate of these motors.
These geared motors may only be exported to countries outside the European economic area which do not require the CE marking.
Order code:
Without CE marking
N68
Explosion protection according to ATEX
SIMOGEAR gearboxes are available for operation in hazardous areas. The explosion-proof versions of the helical, parallel shaft, bevel, helical worm and worm gearboxes comply with Directive 2014/34/EU (ATEX) which came into force on April 20, 2016.
The gearboxes are approved for use in zones 1 and 2 (gases) and zones 21 and 22 (dust).
Ex atmosphere/Zone
G (gas and D (dust) steam)
Category
Frequency SIMOGEAR gearbox available
0
20
1
constantly or no
long-term
1
21
2
infrequently yes
2
22
3
rarely or
yes
briefly
Use in explosive atmosphere G (gases) is permissible for temperature classes T1 to T4. With use in explosive atmosphere D (dust), it must be noted that the maximum permissible temperature for the gearbox is 120 °C.
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Siemens MD 50.1 · 2017
© Siemens AG 2018
Introduction General technical specifications
General information regarding efficiency in accordance with International Efficiency
Efficiency classes and efficiencies according to IEC 60034-30-1
1
Harmonization of the efficiency classes
Various energy efficiency standards exist worldwide for induction motors. To promote international standardization, the international standard IEC 60034-30-1 03/2014 (Rotating electrical machines Part 30: Efficiency classes of single-speed, three-phase, cage-induction motors (IE code)) was drawn up. This groups low-voltage asynchronous motors into new efficiency classes (first released in October 2008).
Applicability (excerpt) · Low-voltage motors up to 1 000 V
(50/60 Hz with line operation) · Rating: 0.12 to 1 000 kW; with 2, 4, 6, or 8 poles · Operating mode: S1
The efficiencies in IEC 60034-30-1 are based on the method for determining losses according to IEC 60034-2-1:2014.
IE efficiency classes
The efficiency classes are grouped according to the following nomenclature (IE = International Efficiency): · IE1 (Standard Efficiency) · IE2 (High Efficiency) · IE3 (Premium Efficiency) · IE4 (Super Premium Efficiency)
Comparison of IE efficiency classes
IEC 60034-30-1
NEMA-MG1
IE4 1)
IE3
Premium Efficient (60 Hz)
IE2
Energy Efficient (60 Hz)
1) Defined in IEC/TS 60034-31.
Note:
GB 18613-2012 Grade 1 (IE4) Grade 2 (IE3) Grade 3 (IE2)
All efficiency classes are stated with reference to 50 Hz data (unless specified otherwise).
Measuring method according to IEC 60034-2-1:2014 for determining the efficiency
With this measuring method, motor losses are no longer applied as a percentage, but are determined by standard methods. The nominal efficiencies are therefore reduced from EFF1 to IE2 and from EFF2 to IE1, even though there have been no technical or physical changes to the motors.
Previously: PLL = 0.5 % of P1 was added (IEC 60034-2) Now: PLL = individual measurement (IEC 60034-1)
PLL = load-dependent supplementary losses
Efficiency G_D081_EN_00473a
100
%
90
85
80
75
70
Classification
acc. to IEC 60034-30-1:2014 65
0.75 1.5 3 5.5 11 18.5 30 45 75 110 200 500 800 kW
1.1 2.5 4 7.5 15 20 37 55 90 132 375 630 1000 kW
Power
Fig. 1/18 IE1-IE3 efficiencies 4-pole at 50 Hz
Minimum efficiencies according to IEC 60034-30-1:2014
Rated
Efficiency in %
power Prated IEC IE class
IE1 Standard Efficiency
IE2 High Efficiency
kW
2-pole 4-pole 6-pole 8-pole 2-pole 4-pole 6-pole 8-pole
0.18
52.8 57.0 45.5 38.0 60.4 64.7 56.6 45.9
0.20
54.6 58.5 47.6 39.7 61.9 65.9 58.2 47.4
0.25
58.2 61.5 52.1 43.4 64.8 68.5 61.6 50.6
0.37
63.9 66.0 59.7 49.7 69.5 72.7 67.6 56.1
0.40
64.9 66.8 61.1 50.9 70.4 73.5 68.8 57.2
0.55
69.0 70.0 65.8 56.1 74.1 77.1 73.1 61.7
0.75
72.1 72.1 70.0 61.2 77.4 79.6 75.9 66.2
1.1
75.0 75.0 72.9 66.5 79.6 81.4 78.1 70.8
1.5
77.2 77.2 75.2 70.2 81.3 82.8 79.8 74.1
2.2
79.7 79.7 77.7 74.2 83.2 84.3 81.8 77.6
3.0
81.5 81.5 79.7 77.0 84.6 85.5 83.3 80.0
4.0
83.1 83.1 81.4 79.2 85.8 86.6 84.6 81.9
5.5
84.7 84.7 83.1 81.4 87.0 87.7 86.0 83.8
7.5
86.0 86.0 84.7 83.1 88.1 88.7 87.2 85.3
11
87.6 87.6 86.4 85.0 89.4 89.8 88.7 86.9
15
88.7 88.7 87.7 86.2 90.3 90.6 89.7 88.0
18.5
89.3 89.3 88.6 86.9 90.9 91.2 90.4 88.6
22
89.9 89.9 89.2 87.4 91.3 91.6 90.9 89.1
30
90.7 90.7 90.2 88.3 92.0 92.3 91.7 89.8
37
91.2 91.2 90.8 88.8 92.5 92.7 92.2 90.3
45
91.7 91.7 91.4 89.2 92.9 93.1 92.7 90.7
55
92.1 92.1 91.9 89.7 93.2 93.5 93.1 91.0
75
92.7 92.7 92.6 90.3 93.8 94.0 93.7 91.6
90
93.0 93.0 92.9 90.7 94.1 94.2 94.0 91.9
110
93.3 93.3 93.3 91.1 94.3 94.5 94.3 92.3
132
93.5 93.5 93.5 91.5 94.6 94.7 94.6 92.6
160
93.8 93.8 93.8 91.9 94.8 94.9 94.8 93.0
200 ... 375 94.0 94.0 94.0 92.5 95.0 95.1 95.0 93.5
Rated
Efficiency in %
power Prated IEC IE class
IE3 Premium Efficiency
IE4 Super Premium Efficiency
kW
2-pole 4-pole 6-pole 8-pole 2-pole 4-pole 6-pole 8-pole
0.18
65.9 69.9 63.9 58.7 70.8 74.7 70.1 67.2
0.20
67.2 71.1 65.4 60.6 71.9 75.8 71.4 68.4
0.25
69.7 73.5 68.6 64.1 74.3 77.9 74.1 70.8
0.37
73.8 77.3 73.5 69.3 78.1 81.1 78.0 74.3
0.40
74.6 78.0 74.4 70.1 78.9 81.7 78.7 74.9
0.55
77.8 80.8 77.2 73.0 81.5 83.9 80.9 77.0
0.75
80.7 82.5 78.9 75.0 83.5 85.7 82.7 78.4
1.1
82.7 84.1 81.0 77.7 85.2 87.2 84.5 80.8
1.5
84.2 85.3 82.5 79.7 86.5 88.2 85.9 82.6
2.2
85.9 86.7 84.3 81.9 88.0 89.5 87.4 84.5
3.0
87.1 87.7 85.6 83.5 89.1 90.4 88.6 85.9
4.0
88.1 88.6 86.8 84.8 90.0 91.1 89.5 87.1
5.5
89.2 89.6 88.0 86.2 90.9 91.9 90.5 88.3
7.5
90.1 90.4 89.1 87.3 91.7 92.6 91.3 89.3
11
91.2 91.4 90.3 88.6 92.6 93.3 92.3 90.4
15
91.9 92.1 91.2 89.6 93.3 93.9 92.9 91.2
18.5
92.4 92.6 91.7 90.1 93.7 94.2 93.4 91.7
22
92.7 93.0 92.2 90.6 94.0 94.5 93.7 92.1
30
93.3 93.6 92.9 91.3 94.5 94.9 94.2 92.7
37
93.7 93.9 93.3 91.8 94.8 95.2 94.5 93.1
45
94.0 94.2 93.7 92.2 95.0 95.4 94.8 93.4
55
94.3 94.6 94.1 92.5 95.3 95.7 95.1 93.7
75
94.7 95.0 94.6 93.1 95.6 96.0 95.4 94.2
90
95.0 95.2 94.9 93.4 95.8 96.1 95.6 94.4
110
95.2 95.4 95.1 93.7 96.0 96.3 95.8 94.7
132
95.4 95.6 95.4 94.0 96.2 96.4 96.0 94.9
160
95.6 95.8 95.6 94.3 96.3 96.6 96.2 95.1
200 ... 375 95.8 96.0 95.8 94.6 96.5 96.7 96.3 95.4
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© Siemens AG 2018
Introduction General technical specifications
1
General information regarding efficiency in accordance with International Efficiency
Efficiency classes and efficiencies according to IEC 60034-30-1 (continued)
Background information
Changes in accordance with EU Motor Regulation 640/2009
Comprehensive laws have been introduced in the European Union with the objective of reducing energy consumption and therefore CO2 emissions. EU Directive 640/2009 concerns the energy consumption or efficiency of induction motors in the industrial environment. This Directive is now in force in every country of the European economic area.
For further details on internationally applicable standards and legal requirements, visit: www.siemens.com/international-efficiency
Exceptions to the EU Directive
· Motors that are designed to be operated totally submerged in a liquid;
· Motors fully integrated into a product (e.g. a gearbox, pump, fan or compressor) whose energy efficiency cannot be measured independently of the product;
· Motors that are specially designed for operation under the following conditions: - At altitudes greater than 4 000 meters above sea level; - At ambient temperatures above 60 °C; - At maximum operating temperatures above 400 °C; - At ambient temperatures below -30 °C (any motor) - With cooling liquid temperatures at the product intake of below 5 °C or above 25 °C; - In hazardous areas in the context of Directive 94/9/EU of the European Parliament and Council;
· Brake motors
The following motors are not involved:
· 8-pole motors
· Pole-changing motors
· Synchronous motors
· Motors for intermittent duty S2 to S9
· Single-phase motors
· Motors specially developed for inverter operation in accordance with IEC 60034-25
Low-voltage motors with a power rating of between 7.5 and 375 kW and efficiency IE2 must be labeled as follows with effect from January 1, 2015:
This obligation applies only within the European Economic Area. Correct application is the sole responsibility of the customer.
From January 1, 2017:
Compliance with the legally required minimum efficiency class IE3 for power ratings from 0.75 to 375 kW or, as an alternative, IE2 motor plus frequency inverter
Note:
Different minimum efficiency class requirements apply in China, Korea and Australia. Other countries will be available soon.
Motors for the North American market
The Energy Policy Act (EPAct) was superseded in December 2010 by the Energy Independence Security Act (EISA).
The following motors must fulfill the NEMA Premium Efficient Level: · 1 to 200 hp · 2, 4 and 6-pole · 230 V, 460 V, motors with feet
For details, see NEMA MG1, Table 12-12.
Abbreviations
NEMA: National Electrical Manufacturers Association IEC: International Electrotechnical Commission
The following changes came/will come into effect on the dates below:
Since July 27, 2014, the following exceptions have been valid in accordance with EU Regulation 04/2014:
· At altitudes exceeding 4 000 m (above sea level)
· Where ambient temperatures exceed 60 °C
· At ambient temperatures of less than -30 °C, or less than 0 °C with water cooling
· Where coolant temperatures at the inlet to a product are less than 0 °C or exceed 32 °C
From January 1, 2015:
Compliance with the legally required minimum efficiency class IE3 for power ratings from 7.5 to 375 kW or, as an alternative, IE2 motor plus frequency inverter
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Siemens MD 50.1 · 2017
© Siemens AG 2018
Introduction General technical specifications
Geared motor noise
Motor noise in line operation
Noise
1
SIMOGEAR geared motors have noise levels below the permissible noise levels defined for gearboxes in VDI Guideline 2159 and for motors in IEC 60034-9.
When used in conjunction with gearboxes, the motor noise values LpfA or LWA increase on average by 3 to 5 dB (A).
The circumferential velocity of the motor pinion has a significant influence on the additional gearbox noise level. This is the reason that higher speeds or low transmission ratios result in higher noise.
Here, SIMOGEAR geared motors provide a decisive advantage, as the motor plug-on pinion allows transmission ratios of up to 12 in the input stage.
The noise level is measured according to ISO 1680 in a lowreflection room and is specified as an A-weighted measuring surface sound pressure level LpfA in dB (A). This value is the spatial average value of the sound pressure levels measured at the measuring surface. The measuring surface is a cube 1 m away from the surface of the motor. The sound power level LWA is also specified in dB (A).
The values specified in the motor selection tables apply to the motor without gearbox at 50 Hz Selection and ordering data page 8/14.
The tolerance is +3 dB. At 60 Hz, the values are approximately 4 dB (A) higher. Noise values for inverter operation on request.
Code LpfA
Description
A-weighted measuring-surface sound-pressure level
Unit dB (A)
LWA
Sound power level
dB (A)
Overview
All geared motors are connected as standard so that the motor rotates in the clockwise direction.
It is necessary to specify the desired direction of rotation of the output shaft when ordering a geared motor with backstop.
Direction of rotation
Direction of rotation Abbreviation Description
Order code
Clockwise
CW (clockwise) Clockwise direction of rotation (when viewing the input/output shaft) K18
Counterclockwise
CCW (counterclockwise) Counterclockwise direction of rotation (when viewing the input/output shaft) K19
G_D087_EN_00207
CCW CW
CCW
A CW
Viewing the output shaft Viewing the input shaft / motor shaft
B
B
CW A CCW
CW A CCW
Fig. 1/19 Definition of the direction of rotation
Direction of rotation, input to output
Gearbox Size type
Gearbox Output
stages
side
Z
19 ... 189 2
-
D
19 ... 189 3
-
FZ
29 ... 189 2
-
FD
29 ... 189 3
-
B
19 ... 49 2
A
B
K
39 ... 189 3
A
B
C
29 ... 89 2
A
B
S
09 ... 29 1
A
B
Direction of rotation
Input shaft
Output shaft
CW
CW
CW
CCW
CW
CW
CW
CCW
CW
CW
CW
CCW
CW
CCW
CW
CCW
CW
CW
CW
CCW
CW
CCW
CW
CW
Note:
For bevel gearboxes B and K, helical worm gearboxes C, and worm gearboxes S, the direction of rotation must be specified when viewing the DE or NDE.
Siemens MD 50.1 · 2017
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Introduction
1
Notes
© Siemens AG 2018
1/28
Siemens MD 50.1 · 2017
Configuring guide
© Siemens AG 2018
2
2/2 Determining the drive data 2/2 Configuring sequence 2/3 Checklist
2/18 Configuring a brake 2/18 Overview 2/18 Determining the braking torque
2/4 Configuring a gearbox
2/4 Standards
2/4 Gearbox efficiency 2/4 · Helical, parallel shaft and bevel
gearboxes 2/4 · Helical worm and worm gearboxes 2/4 · Self-locking with worm gearboxes 2/4 · Efficiency optimization 2/4 · Splashing losses 2/5 Service factor 2/5 · Determining the required service factor 2/5 · Determining the load classification 2/5 · Mass acceleration factor
2/18 Braking torques as a function of the speed and permissible speed limits
2/18 Braking energy per braking operation 2/18 Service life of the brake lining
2/18 Brake service life 2/19 Brake control 2/19 · Definition of switching times (VDI 2241) 2/19 · Fast brake application 2/19 · Fast brake release 2/20 Brake switching time 2/20 Braking distance and positioning accuracy 2/20 Cyclic duration factor
2/6 · Service factors for helical worm gearboxes and worm gearboxes
2/6 Required torque
2/6 Input speed
2/7 Tandem gearboxes 2/7 · Checking the maximum motor power
2/21 Configuring an encoder 2/21 Incremental encoders 2/22 Resolvers 2/22 Absolute encoders 2/23 Functionally safe rotary encoders
2/7 · Protective measures
2/25 Configuring the motor for
2/7 · Brake motors
inverter operation
2/7 · Preventing gearbox blockage
2/25 Operation of geared motors on a
2/8 Gearbox fastening
frequency inverter
2/9 Shaft load and bearing service life
2/9 · Available radial force 2/9 · Additional factor C for the transmission
element type 2/9 · Permissible radial force
2/25 Motor characteristic 2/25 Utilization in accordance with
temperature class F 2/26 Peak load / acceleration torque 2/26 Permissible voltage stress
2/9 · Permissible axial force
2/26 Bearing currents
2/9 · Higher permissible radial and axial forces
2/26 Mechanical load, grease service life
2/9 · Definition of the point of application of the radial and axial forces
2/10 · Radial force conversion for out of center force application point
2/11 Permissible torque for SIMOLOC assembly
system
2/12 Configuring a three-phase motor 2/12 Determining the duty type 2/15 Number of starting operations 2/16 Additional moments of inertia 2/16 Line feeder cables 2/16 · Undervoltage 2/16 Motor protection 2/16 · Current-dependent protective devices 2/16 · Temperature-dependent protective
devices 2/16 Coolant temperature and installation
altitude 2/17 Degrees of protection 2/17 Cooling and ventilation 2/17 · Forced ventilation
Siemens MD 50.1 · 2017
© Siemens AG 2018
Configuring guide Determining the drive data
Configuring sequence
Overview
General configuring notes are provided for the standard
For drives operating under special conditions, e.g. frequent
2
versions in this catalog.
SIMOGEAR geared motors permit individual solutions to be created for a wide range of drive applications. In order to select the correct drive, initially specific data for the application must
reversing, short-time or intermittent duty, abnormal temperatures, reversal braking, extreme cantilever forces at the gearbox output shaft, etc. please contact your Siemens contact person with all of your technical questions.
be known or determined.
You will find additional information on our website at
www.siemens.com/gearedmotors
The flow diagram illustrates the process for selecting and dimensioning a geared motor using a traction drive as an example. However, the specific requirements and boundary conditions associated with the application in question must always be taken into account.
Load properties
(mounting, weight, number of starting operations, operating period)
Load cycle
(travel velocity, gradient, friction, travel route)
Environmental/operating conditions
(temperature, installation altitude, load classification)
New selection Larger motor
Calculation of the application data · Speeds, torques
· Transmission ratio
· Static and dynamic power Preq
Motor selection
· Operating data (voltage, frequency, efficiency class,
temperature class, regional regulations) · Duty type (inverter operation)
· Motor power (Preq Prated)
Brake selection · Operating data (brake torque, type, control)
· Calculating the braking time and braking distance
· Calculating the switching frequency and service life
Gearbox selection
· Gearbox size (fBtot fB gearbox) and gearbox type
· Transmission ratio
· Defining the mounting position of the geared motor and
position of the terminal box
Geared motor check · Application requirements and data
NO
YES
Selecting additional gearbox and motor options
· Gearbox equipping (shaft dimensions, sealing system, oil)
· Motor options (motor protection, encoders, connector systems, terminal box position)
Gearbox check
· Axial and cantilever forces, bearing service life and thermal stress
YES
NO
New selection Larger gearbox
Supplement Article No.
2/2
Siemens MD 50.1 · 2017
© Siemens AG 2018
Configuring guide Determining the drive data
Checklist
.
Basic version and load data
Gearbox type:
Helical gearbox Parallel shaft gearbox Bevel gearbox Helical worm gearbox Worm gearbox
Power rating: Output speed:
kW
rpm
Output torque:
Nm
2
Service factor:
Starting operations/hour:
s/h
Line voltage:
V
General
Line frequency:
50 Hz
Operating period/day: 8 hours
Environmental conditions
Installation altitude:
Air humidity:
Temperature:
from
60 Hz to
For inverter operation Maximum frequency
Hz
16 hours
24 hours
m
Outdoor operation
Increased environmental stress
%
Normal environmental Aggressive environmental stress
stress °C
Brief description of the system: (e.g. sector, conveyor system, etc.)
Gearbox
Mounting and mounting position
Mounting position:
M1
M2
M3
M4
M5
M6
Terminal box position:
Mounting type: Shafts Design:
Shaft dimensions: (d x l)
Foot-mounted design Flange-mounted design Housing flange design
Shaft-mounted design
Solid shaft with/without feather key Hollow shaft with feather key
Hollow shaft with splines
x
mm
Hollow shaft with shrink disk SIMOLOC assembly system
Other options: (e.g. axial/radial force)
Motor
Electrical design Motor protection:
Mechanical design Degree of protection: Cooling & ventilation: Motor plugs:
Mounted components Brake: Encoder:
Other options:
PTC thermistor
Winding thermostat
IP55
IP65
Self ventilation
HAN 10E
HAN Q8
IP56 Forced ventilation HAN K4/4 HAN Q12
Brake
Manual release
Incremental encoder Absolute encoder
Functionally safe rotary encoder
Temperature sensor 1x resistance thermometer
KTY 84-130
Pt100
Others
Voltage: Resolver
V Prepared for encoder mounting
SINAMICS G110M Power Module: Control Unit: Supported options:
Power rating: Type of connection: Internal braking resistor Externally mounted components
kW
Motor connection:
Communication:
Accessories: IOP Handheld
SD card
PC connecting cable
Surface treatment Surface protection:
Other options:
C1
C2
unpainted
C3
C4
C3 primed
C5 C4 primed
RAL color:
General options
Siemens MD 50.1 · 2017
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Configuring guide Configuring a gearbox
© Siemens AG 2018
Standards
DIN/ISO
2
DIN 743
Output shafts
ISO 281, ISO 76
Bearings
DIN 7190
Interference fits
DIN 6892
Parallel key connection
DIN 3990
Cylindrical gear toothing
DIN 3991
Bevel gear toothing
DIN 3996
Worm gear toothing
Calculation to AGMA available on request.
Gearbox efficiency
The efficiency of the gearbox is determined in part by the gear teeth, the rolling-contact bearing friction, and the shaft seal friction.
Helical, parallel shaft and bevel gearboxes
SIMOGEAR helical, parallel shaft, and bevel geared motors have a very high efficiency. Generally, efficiencies of 96 % (2-stage) and 94 % (3-stage) can be assumed. These gearbox types can be operated with energy-efficient motors to create an excellent solution.
Helical worm and worm gearboxes
The first stage of the helical worm gearbox is designed as a helical stage. With the optimally tuned transmission ratios of the worm stage, the best possible overall efficiency is achieved, which is considerably higher than that of worm gearboxes alone.
Precise efficiency data can be found in the tables in chapter "Helical worm gearboxes".
Owing to the high degrees of efficiency, the SIMOGEAR helical worm gearboxes are not self-locking.
Running-in period
The tooth flanks on new helical worm and worm gearboxes will not yet be fully smoothed, meaning that the friction angle will be greater and efficiency lower during the running-in period. The higher the transmission ratio, the more pronounced the effect.
The running-in process should take approximately 24 hours of operation at full load. In most cases, the catalog values will then be reached.
Self-locking with worm gearboxes
In respect of restoring torques on worm gearboxes, the efficiency is considerably reduced in comparison to standard efficiency. The restoring efficiency can be calculated as follows: ' = 2 - 1/. At a standard efficiency of 0.5, worm gearboxes are usually self-locking, which is determined by the particular lead angle of the worm gear teeth. Self-locking only occurs with certain combinations of SIMOGEAR gearboxes and is not always of benefit, as the associated loss of efficiency is then relatively high, which in turn requires increased motor power.
A worm gearbox is "self-locking while stationary" (static self-locking), if it is not possible to start from stationary when the worm wheel is driving. A worm gearbox is "self-braking while running" (dynamic self-locking), if it is not possible to continue running when the worm wheel is driving while the gearbox is running that is, if the running gearbox comes to a stop while the worm wheel is driving.
Shocks can neutralize self-locking. A self-locking gearbox is therefore no substitute for a brake or backstop. If you want to use the self-locking braking effect for a technical purpose, please contact us.
Efficiency optimization
As a result of the large range of transmission ratios, in many cases, instead of a 3-stage gearbox, a 2-stage SIMOGEAR gearbox can be used.
This means that the efficiency is improved by approximately 2 % when compared to conventional drives.
Further, the efficiency can be improved by optimizing the mounting position and the input speed.
Splashing losses
For certain gearbox types of construction, the first stage can be completely immersed in the gearbox oil. In the case of large gearboxes with a high input speed, particularly with vertical mounting positions, this may lead to increased splashing losses, which cannot be neglected.
If you wish to use gearboxes such as these, then please contact Siemens. If at all possible, you should choose horizontal types of construction in order to keep splashing losses to a minimum.
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Siemens MD 50.1 · 2017
© Siemens AG 2018
Configuring guide Configuring a gearbox
Service factor
Determining the required service factor
Note:
The operating conditions are crucial in determining the service factor and for selecting the geared motor. These are taken into
When selecting and dimensioning drives with the following special application conditions, please contact Siemens.
2
account by the service factor fBtot.
· Frequent reversing
In standard operation, i.e. with a uniform load provided by the driven machine, small masses to be accelerated, and a low switching frequency, the service factor of fBtot = 1 can be selected.
For different operating conditions, the service sector can be taken from the tables. When the motor power and the gearbox output speed are known, a gearbox type is selected with a service factor that meets the following condition:
fBtot = fB1 fB
The gearbox size or rated gearbox torque and the resulting service factor are not standardized and depend on the manufacturer.
· Short time and intermittent operation · Abnormal temperatures · Reversal braking · Extreme and/or circulating radial forces at the gearbox output
shaft · Fluctuating loads
Mass acceleration factor
The mass acceleration factor mAF is calculated as follows: mAF = (---J---m----o---t---+---J--J-x--B-----+-----J---Z----)
Determining the load classification
The service factor of the driven machine fBtot is determined from the load classification, switching frequency, and operating period per day.
All external moments of inertia are moments of inertia of the driven machine and the gearbox, which are to be reduced to the motor speed.
The operating conditions can vary greatly. To determine the service factor, empirical values can be derived from the configuration of other similar applications. The driven machines can be assigned to three load groups according to their load classification. These groups are assessed based on their mass acceleration factor mAF.
Load groups of driven machines
Load Mass
Driven machine (examples)
classifi- acceleration
cation factor
I Almost shockfree
0.3
Electric generators, belt conveyors, apron conveyors, screw conveyors, lightweight elevators, electric hoists, machine tool feed drives, turbo blowers, centrifugal compressors, mixers and agitators when mixing materials with uniform density
The calculation is made using the following formula:
JX
=
J2
n-n---21-
2
=
(--J-i--)-2-2-
In most cases the relatively insignificant moment of inertia of the gearbox can be ignored. The mass acceleration factor mAF is calculated as follows with reference to the gearbox and the adapter:
mAF = (---JJ---mx----+o---t---J+---G--J---+B-----+-J---A-J--D-Z----)
Code
Description
Unit
i
Transmission ratio
-
II
3
Moderate
shock
loads
III Heavy shock loads
10
Machine tool main drives, heavy elevators,
J2
slewing gear, cranes, shaft ventilators, mixers
and agitators when mixing materials with non-uniform densities, reciprocating pumps
JAD
with multiple cylinders, metering pumps
Punching presses, shears, rubber kneaders,
JB
machinery used in rolling mills and the iron and steel industry, mechanical shovels,
JG
heavy centrifuges, heavyweight metering
pumps, rotary drilling rigs, briquetting
Jmot
presses, pug mills
JX
Operating period per day 24 h 16 h 8 h
1.8 1.7 1.6
1.7 1.6 1.5
1.4
1.5
1.6
1.3
1.4
1.5
1.2
1.3 1.1 1.4
1.2 1.0
Load classification III Load classification II
Load classification I
JZ
mAF n1 n2
Moment of inertia of the load referred to the output speed of the gearbox
Moment of inertia of the adapter referred to the input speed
Moment of inertia of the brake
Moment of inertia of the gear unit referred to the input speed
Moment of inertia of the motor
Moment of inertia of the load referred to the input speed
Additional moment of inertia of a high inertia fan
Mass acceleration factor
Input speed of the gearbox
Output speed of the gearbox
kgm²
kgm²
kgm² kgm²
kgm² kgm²
kgm²
rpm rpm
1.3 1.1 0.9
Service factor fB1 G_D087_EN_00156
1.2 1.0 0.8 0
250 500 750 1000
Number of starting operations per hour
1250
1500
Fig. 2/1 Service factor fB1
Siemens MD 50.1 · 2017
2/5
Configuring guide Configuring a gearbox
© Siemens AG 2018
Service factor (continued)
Required torque
Service factors for
Once the load situation (drive data) and the service factor
2
helical worm gearboxes and worm gearboxes With helical worm gearboxes and worm gearboxes, two
have been clarified, then the required output torque can be determined.
additional service factors are used which take the duty cycle and ambient temperature into account. These additional factors can be determined from the graphs opposite. The total service factor is thus calculated as follows:
T2 = P---n-m---1--o--/-t--(--i-9----5---5--)-0-- = P----m-----o---t-n---2-9----5---5---0--
fBtot = fB1 fB2 fB3
2.0 1.9 fB3 1.8 1.7 1.6
G_M015_EN_00034
Code i n1 n2 Pmot T2
Description
Unit
Gearbox efficiency
%
Transmission ratio
-
Input speed of the gearbox
rpm
Output speed of the gearbox
rpm
Motor power
kW
Required output torque of the driven machine Nm
1.5
1.4
Input speed
1.3
For an identical power and output speed, in the selection tables
1.2
4-pole geared motors have priority over 6-pole motors.
1.1 1.0
0.9 0.8
0
10 20 30 40 50 60 amb [°C]
Fig. 2/2 Service factor ambient temperature
Example calculation for helical worm gearbox
Mass acceleration factor 2.5 (load classification II), runtime 15 hours per day (read at 16 hours), and 70 starts per hour result in a service factor of fB1 = 1.4 according to the service factor table.
A load duration of 30 minutes per hour gives a duty cycle (DC) of 50 %. Thus, the service factor is fB2 = 0.94 according to the service factor diagram.
At an ambient temperature of amb = 20 °C, the service factor diagram gives a service factor of fB3 = 1.0. The service factor required is therefore
fBtot = 1.4 · 0.94 · 1.0 = 1.32
As result of the very wide range of transmission ratios of SIMOGEAR gearboxes, it is hardly necessary to use motors with other pole numbers. In addition to the good availability worldwide, 4-pole motors generally offer the optimum solution regarding price, length, noise level and service life.
Further, from the modular system, motors with other pole numbers can be mounted. As a consequence, the following special combinations can be implemented:
· Extremely high output speeds (2-pole motors)
· Extremely low output speeds (8-pole motors)
· Lower noise solutions (6-pole or 8-pole motors)
For inverter operation, the gearboxes are driven at variable speeds. When configuring the system, we recommend that the maximum input speed in continuous operation is maintained, wherever possible, at 1 500 rpm.
At higher motor speeds above 1 500 rpm you will generally experience higher than average noise levels and a lower than average bearing service life. This depends to a large extent on the transmission ratio and gearbox size in question. Furthermore, higher speeds additionally influence the thermal properties of the gearbox and service intervals.
1.0
G_M015_EN_00032
fB2 0.9 0.8
0.7
0.6
0.5 0
10 20 30 40 50 60 70 80 90 100 DC [%]
Fig. 2/3 Service factor "short-time duty"
2/6
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Configuring guide Configuring a gearbox
Tandem gearboxes
An additional helical gearbox is mounted in front of the main gearbox on tandem gearboxes, allowing the gear to generate very low output speeds.
Code Prated
Description Rated motor power
Unit kW
2
The SIMOGEAR product portfolio includes four-stage, five-stage and six-stage gearboxes.
T1max T2N
Maximum permissible motor torque
Nm
Maximum output torque of the gearbox
Nm
When a gearbox version with low output speeds is selected,
Tbrmax
Maximum braking torque
Nm
additional checks may need to be carried out when the gearbox
is configured.
Checking the maximum motor power
The maximum motor power Prated connected to the gearbox must be reduced according to the maximum output torque at the gearbox T2N. For this purpose, the maximum permissible motor torque T1max must be calculated and the relevant motor current value then determined.
Protective measures
The following precautions must be taken in order to ensure that the continuous power consumption of the motor never exceeds the calculated maximum motor torque T1max:
· Line operation: Set the tripping current of the motor circuit breaker to this current value.
· Inverter operation: Limit the output current of the inverter according to the calculated motor current.
Brake motors
The braking torque Tbr must be limited according to the maximum permissible motor torque T1max for tandem geared motors with a brake. In this case, the maximum permissible braking torque corresponds to twice the value of the motor torque. Please contact Siemens for advice about higher switching frequencies.
Tbrmax = 2 x T1max
Preventing gearbox blockage
Tandem gearboxes must be protected against blockage at the output end. Blockage can result in indeterminable torques and shaft loads and cause irreparable damage to the gearbox. If the risk of blockage cannot be eliminated, you can install friction clutches, for example.
Siemens MD 50.1 · 2017
2/7
Configuring guide Configuring a gearbox
© Siemens AG 2018
Gearbox fastening
Gearboxes and geared motors are normally secured by bolts of We recommend that you consider the following possibilities:
2
grade 8.8. When the largest possible motor frame size is attached to the
· Selection of a larger output flange · Use of bolts of grade 10.9
gearbox and with a higher load classification, elevated levels of vibration and/or smaller service factors, further measures need to be taken for flange-mounted designs of gearboxes and
· Use of an anaerobic adhesive to improve the friction lock between the gearbox and the mounting surface
geared motors.
Recommended bolt quality for DZ/ZZ and DF/ZF:
Helical gearboxes DZ/ZZ and DF/ZF with the smallest available output flanges must be bolted to the mounting surface with bolts of grade 10.9 (see table).
Gearbox type
Flange
DZ/ZZ29 DZ/ZZ39
DF/ZF29 DF/ZF39
A120 A120
Strength class of bolt/nut
10.9 1)
10.9 1)
DZ/ZZ49 DF/ZF49 A140
10.9
DZ/ZZ59 DF/ZF59 A160
10.9
DZ/ZZ69 DF/ZF69 A200
10.9
DZ/ZZ79 DF/ZF79 A250
10.9
DZ/ZZ89 DF/ZF89 A300
10.9
DZ/ZZ109 DF/ZF109 A350
10.9
DZ/ZZ129 DF/ZF129 A350
10.9
DZ/ZZ149 DF/ZF149 A450
10.9
DZ/ZZ169 DF/ZF169 A450
10.9
DZ/ZZ189 DF/ZF189 A550
10.9
1) Use suitable washers underneath the bolt head
Recommended bolt quality for FF/FAF and KF/KAF:
Parallel shaft gearboxes FF/FAF and bevel gearboxes KF/KAF in combination with larger motors must be bolted to the mounting surface with bolts of grade 10.9 (see table).
Gearbox type
Flange
FF/FAF39 KF/KAF39 A160 FF/FAF49 KF/KAF49 A200 FF/FAF69 KF/KAF69 A250 FF/FAF79 KF/KAF79 A250 FF/FAF89 KF/KAF89 A300 FF/FAF109 KF/KAF109 A350 FF/FAF129 KF/KAF129 A450 FF/FAF149 KF/KAF149 A450 FF/FAF169 KF/KAF169 A550 FF/FAF189 KF/KAF189 A660
Motor frame size
63
71
80
8.8
8.8
8.8
8.8
8.8
8.8
8.8
8.8
8.8
8.8
8.8
8.8
8.8
8.8
8.8
90
100 112 132 160 180 200 225 250
10.9 10.9
8.8
10.9 10.9
8.8
8.8
8.8
10.9
8.8
8.8
8.8
10.9
8.8
8.8
10.9 10.9 10.9
8.8
8.8
8.8
8.8
10.9 10.9
8.8
8.8
8.8
8.8
8.8
8.8
8.8
8.8
8.8
8.8
8.8
8.8
8.8
10.9 10.9 10.9
8.8
8.8
8.8
8.8
10.9 10.9 10.9 10.9
8.8
8.8
8.8
8.8
8.8
8.8
10.9
2/8
Siemens MD 50.1 · 2017
© Siemens AG 2018
Configuring guide Configuring a gearbox
Shaft load and bearing service life
Available radial force
Permissible axial force
The radial forces either come from the driven machine (mixer,
If no radial force is present, then max. 50 % of the permissible
hoisting gear) or they are caused by the transmission elements. radial force can be applied as a permissible axial force Fax
2
The available radial force FRavail at the output shaft is obtained
(tension or compression).
as follows:
Higher permissible radial and axial forces
· The required geared motor output torque T2 · Average diameter of the mounted transmission element d0 · Transmission element type, e.g. sprocket wheel
The permissible radial force load can be increased, taking the force application angle and the direction of rotation into account. Installing reinforced bearings also means that higher
The transmission element type determines the additional
loads are permitted on the output shaft.
factor C (see table).
If higher radial or axial forces or combined loads comprising
FRavail = 2000 d-T---20-- C
radial and axial forces occur, then please contact Siemens. Note:
Additional factor C for the transmission element type
Transmission element Explanation
Additional factor C
Gear wheel
> 17 teeth
1.00
Bevel gearboxes B and K and helical worm gearboxes C in type of construction M1 with foot mounting on the face side: A maximum of 50 % of the radial force FR2 specified in the tables is permissible.
17 teeth
1.15
Sprocket wheel
20 teeth
1.00
14 ... 19 teeth
1.25
Helical geared motors ZB and DB in foot/flange-mounted designs: When transmitting torque through the flange surface, a maximum of 50 % of the radial force FR2 specified in the tables is permissible.
Toothed belts V-belts Flat belts Agitator/mixer
13 teeth
1.40
Preloading force
1.50
Preloading force
2.00
Preloading force
2.50
Rotating radial force 2.50
Variables for defining shaft load and bearing service life
Code
Description
Unit
Force application angle
°
a
Gearbox constant
kNmm
b, d, l, y, z Gearbox constants
mm
Permissible radial force
The permissible radial force FR2 is determined by the required bearing service life, among other things. The nominal service life Lh10 is determined in accordance with ISO 281. Normally, calculating the nominal bearing service life is completely adequate.
The bearing service life can be calculated for special operating conditions and in special cases on request, based on the modified service life Lna.
C d0
Fax Fx
Fxperm1
Additional factor to calculate the radial force -
Average diameter of the mounted
mm
transmission element
Permissible axial force
N
Permissible radial force from out of center N force application point
Permissible radial force, limited by the
N
bearing service life, at a distance of x from the
shaft shoulder
The selection tables specify the permissible radial force FR2 for the output shafts of foot-mounted gearboxes with solid shaft. These table values refer to the force application point at the center of the shaft extension and are minimum values, which apply under the most unfavorable conditions (force application angle, mounting position, direction of rotation).
If the values in the table are not sufficient, or if other gearbox designs are being used, please contact Siemens.
Fxperm2
FRavail
FR2
Lh10 Lna T2 x
Permissible radial force, limited by the shaft N strength, at a distance of x from the shaft shoulder
Available radial force from the mounted
N
transmission element
Permissible radial force at the center of shaft N extension (l/2)
Nominal service life
h
Modified service life
h
Geared motor output torque
Nm
Distance from the shaft shoulder up to the mm point where force is applied
Definition of the point of application of radial and axial forces
Fx x
Fax 0°
Fig. 2/4 Diagram showing force application point
G_D041_XX_00338
Siemens MD 50.1 · 2017
2/9
Configuring guide Configuring a gearbox
© Siemens AG 2018
Shaft load and bearing service life (continued)
Radial force conversion for out of center force application
Permissible radial force according to the bearing service life
2
point If the force is not applied at the center of the shaft extension, the
Fxperm1 = FR2 (---z----+-y-----x---)-
permissible radial force must be calculated using the following
formula.
Permissible radial force according to the shaft strength
The lower value of Fxperm1 (bearing service life) and Fxperm2 (strength) is the permissible radial force. The calculation is applicable without axial force.
Fxperm2 = (---b-----a+------x---)
Gearbox constants for calculating the radial force
Gearbox size
Constants
y
z
a
b
d
l
mm
mm
kNmm
mm
mm
mm
Helical gearboxes Z and D
19
91
71
52.8
12
20
40
29
104
79
137
12
25
50
39
116
91
109
0
25
50
49
138
108
260
15
30
60
59
143.5
108.5
414
19
35
70
69
169
134
385
0
35
70
79
172.5
132.5
536
0
40
80
89
212.5
162.5
929
0
50
100
109
250
190
1 212
0
60
120
129
297
227
2 051
0
70
140
149
319
234
4 930
0
90
170
169
398
293
7 350
0
110
210
189
469
364
11 235
0
120
210
Helical gearbox E
39
99.5
49
119.0
69
139.6
89
154.4
109
183.4
129
189.4
149
213.6
Parallel shaft gearbox F
79.5 94.0 109.6 114.4 133.4 129.4 143.6
60
0
100
0
183
0
320
0
525
0
810
0
1 120
0
20
40
25
50
30
60
40
80
50
100
60
120
70
140
29
108.5
83.5
159
0
25
50
39
123.5
98.5
146
0
25
50
49
154.5
124.5
239
0
30
60
69
175
140
378
0
35
70
79
191
151
544
0
40
80
89
226
176
884
0
50
100
109
256
196
1 500
0
60
120
129
324
254
2 625
0
70
140
149
385
300
5 525
0
90
170
169
460
355
7 728
0
110
210
189
538
433
11 655
0
120
210
Bevel gearbox B
19
97.5
77.5
38
0
20
40
29
117
97
83
0
20
40
39
143.5
113.5
209
0
30
60
49
175
140
392
0
35
70
2/10
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Shaft load and bearing service life (continued)
Gearbox constants for calculating the radial force
Gearbox size
Constants
y
mm
Bevel gearbox K
39
123.5
49
154.5
69
175
79
191
89
226
109
256
129
324
149
385
169
459.5
189
538
Helical worm gearbox C
29
117.5
39
123.5
49
154.5
69
171.5
89
220.0
Worm gearbox S
09
83.5
19
98.0
29
120.5
z mm
98.5 124.5 140 151 176 196 254 300 354.5 433
97.5 98.5 124.5 136.5 175.0
63.5 78.0 100.5
a kNmm
152 235 378 556 916 1 470 2 800 5 525 7 350 10 920
84 157 236 410 736
36 76 72
Permissible torque for SIMOLOC assembly system
It is important to note that the maximum permissible torque is dependent on the selected machine shaft diameter.
Diameter of customer's shaft Max. permissible torque T2
Nm
29
39
49
Metric shafts
20
115
25
150
205
30
290
375
35
480
40
50
Imperial shafts
0.75"
100
1"
150
205
1.1875"
290
375
1.25"
290
415
1.375"
480
1.4375"
480
1.5"
1.625"
1.75"
1.9375"
2"
b mm
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
69
460 600
460 500 545 600
Configuring guide Configuring a gearbox
2
d
l
mm
mm
25
50
30
60
35
70
40
80
50
100
60
120
70
140
90
170
110
210
120
210
20
40
25
50
30
60
35
70
45
90
16
40
20
40
20
40
79
89
840 1 000
1 110 1 750
840 915 1 000 1 000
1 180 1 375 1 680 1 750
Siemens MD 50.1 · 2017
2/11
Configuring guide Configuring a three-phase motor
© Siemens AG 2018
Determining the duty type
The power ratings for continuous duty with constant load (duty
2
type S1) are listed in the power tables. The motor power ratings listed in the catalog can be converted to the lower duty cycle
using the corresponding kDC factors for S1, S2, and S3 duty types.
PDC = Prated kDC
Code
Description
Unit
PDC
Power for the new duty cycle
kW
Prated
Rated motor power
kW
kDC
Factor for increased power
-
For increased power, you should note that the breakdown torque ratio must not fall below 1.6. This same regulation applies when differentiating between the following groups of duty types:
Duty types according to EN 60034-1 (IEC 60034-1)
Duty type S1 S2 S3
S4 ... S10
Description
Information required
Factor for increased power
Continuous duty
-
Cyclic duration factor = 100 %
kDC
-
-
Constant load for a brief time, e.g. S2 - 30 min
Load duration
60 min
1.10
30 min
1.20
10 min
1.40
Intermittent periodic duty,
Cyclic duration factor in % (referred to 10 min)
where starting has no significant
influence (cyclic operation),
e.g. S3 - 40 %
60 %
1.10
40 %
1.15
25 %
1.30
15 %
1.40
Intermittent periodic duty with the influence of starting
Cyclic duration factor in % (referred to 10 min), starts per On request hour, load torque, and moment of inertia
The duty type and motor power can be determined if the number of starting operations per hour, starting time, load duration, type of braking, braking time, idle time, cycle time, standstill time, and required power are specified.
Operating modes
S1
tB
Continuous duty with constant load
Load
G_D087_EN_00018
Fig. 2/5 Duty type S1
Where starting and electrical braking do not affect the stator winding temperature rise:
S2
tB
Short-time duty
Load
Recommendation: Operating times 10, 30, 60, and 90 minutes
After each period of duty the motor remains at zero current until the winding has cooled down to the coolant temperature.
G_D087_EN_00019
Fig. 2/6 Duty type S2
Time
t B Load duration
Time
t B Load duration
2/12
Siemens MD 50.1 · 2017
© Siemens AG 2018
Configuring guide Configuring a three-phase motor
Determining the duty type (continued)
Operating modes
Where starting and electrical braking do not affect the stator winding temperature rise: S3
2
Intermittent duty Where starting does not affect the temperature. Unless specified
ts
tB
t St
Load
otherwise, the duty cycle time is 10 minutes. Values of 15 %, 25 %, 40 %, and 60 % are recommended for the cyclic duration factor.
t B Load duration t s Cycle duration t St Standstill time
G_D087_EN_00020
Time
Cyclic duration factor based on 10 min
=
tB t B + t St
· 100%
G_D087_EN_00021
S6
Continuous duty with intermittent load
The cycle duration, if nothing else has been agreed, is 10 minutes. Values of 15 %, 25 %, 40 %, and 60 % are recommended for the load duration factor.
Load
Fig. 2/7 Duty type S3 tS
tP tV
S10
Operation with discrete constant loads
In this case, a maximum of four discrete loads are available, where each load results in the thermal steady state. For this duty type, a load of the same value as the one used for the S1 duty type should be selected.
Time
t S Cycle duration t P Operating time with constant load t V Idle time
Cyclic duration factor
=
tP tS
Fig. 2/8 Duty type S6
t1 Pref
tS
t2
t3 t4
Load P1
P2 P3 P4
G_D087_EN_00022
Time
Pi Constant load within one load cycle Pref Reference load tS Cycle duration
Fig. 2/9 Duty type S10
Starting and braking influence the temperature rise of the stator winding and the rotor cage:
S4 Intermittent duty where starting influences the temperature
ts
tA tB
t St
Load
G_D087_EN_00023
Cyclic duration factor based on 10 min
Time
t A Starting time t B Load duration t s Cycle duration t St Standstill time
=
tA+ tB t A + t B + t St
· 100%
Fig. 2/10 Duty type S4
Siemens MD 50.1 · 2017
2/13
Configuring guide Configuring a three-phase motor
© Siemens AG 2018
Determining the duty type (continued)
Duty types (continued)
Load
G_D087_EN_00024
2
Starting and braking influence the temperature rise of the stator winding and the rotor cage: S5
Intermittent duty where starting and braking influences the temperature
tS
tF
t St
For the S4 and S5 duty types, this code should be followed by the
tP
cyclic duration factor, the moment of inertia of the motor (Jmot), and the
tD
moment of inertia of the load (Jx), both referred to the motor shaft.
The cycle duration, if nothing else has been agreed, is 10 minutes. Values of 15 %, 25 %, 40 %, and 60 % are recommended for the cyclic duration factor.
Time
t S Cycle duration t D Starting time t P Operating time with constant load t F Time with electrical braking t St Standstill time with windings at zero current
Cyclic duration factor
=
tD+ tP+ tF tS
S7 Continuous duty with starting and braking For S7 and S8 duty types, the moment of inertia of the load (Jx) referred to the motor shaft must be known.
Fig. 2/11 Duty type S5
tD
tS tP
tF
Load
G_D087_EN_00015
Time
t S Cycle duration t D Starting time t P Operating time with constant load t F Time with electrical braking
Cyclic duration factor = 1
S8 Continuous duty with non-periodic load and speed changes (inverter operation) Most of the intermittent operating conditions occurring in practice are a combination of the above mentioned duty types. All of the operating conditions must be known in order to precisely determine a suitable motor.
S9 Continuous duty with non-periodic load and speed changes (inverter operation) Most of the intermittent operating conditions occurring in practice are a combination of the above mentioned duty types. All of the operating conditions must be known in order to precisely determine a suitable motor.
Fig. 2/12 Duty type S7
tS
tD
t P1
t P2 t F1
t F2 t P3
G_D087_EN_00016
Load
Time
t S Cycle duration t D Starting time t P Operating time with constant load (P1, P2, P3) t F Time with electrical braking (F1, F2)
Cyclic duration factor
=
t D+ t P1 tS
·
t F1 + t P2 tS
·
t F2 + t P3 tS
Fig. 2/13 Duty type S8
G_D087_EN_00017
Load
tF
t St
tP
tD
tS
Pref
Time
t D Starting time t P Operating time with constant load t F Time with electrical braking t St Standstill time with windings at zero current t S Time with overload
Fig. 2/14 Duty type S9
2/14
Siemens MD 50.1 · 2017
© Siemens AG 2018
Configuring guide Configuring a three-phase motor
Number of starting operations
A higher number of starting operations means that the motor
G_M015_EN_00040c
winding will be subject to a thermal load.
1.0
The permissible switching frequency Zperm has to be
0.9
2
determined for different operating cases.
k M 0.8
This value is influenced by the corresponding load torque, the
additional moment of inertia, the power requirement, and the
0.7
cyclic duration factor. These can be evaluated using the factors
0.6
kM, kFI, and kP.
0.5
For 60 Hz operation, the calculated permissible switching frequency Zperm must be reduced by 25 %. See the technical
0.4
specifications for brakes in chapter 11 for the permissible
0.3
switching frequency for operation with function rectifiers.
0.2
The permissible no-load switching frequency ZA for motors with brake L must be obtained from table ,,No-load switching frequency for brakes L" on page 11/39.
Zperm = ZA · kM · kFI · kP
The permissible no-load switching frequency Z0 for motors without brakes must be obtained from the Selection and ordering data page 8/14.
Zperm = Z0 · kM · kFI · kP
Code DC Jmot JZ
JX Jadd kFI
kM
kP
PS Prated TA Trated Tx tR ZA
Z0
Zperm
Description
Unit
Cyclic duration factor Moment of inertia of motor and brake Additional moment of inertia of a high inertia fan Reduced moment of inertia on motor shaft Additional moment of inertia
% kgm2 kgm2
kgm2 kgm2
Factor for taking into account the additional moment of inertia
Factor for taking into account the load torque while accelerating
Factor for taking into account the required power and duty cycle
Actual steady-state motor power
kW
Rated motor power
kW
Acceleration torque of the motor
Nm
Rated motor torque
Nm
Reduced load torque
Nm
Duty cycle (decimal)
No-load switching frequency, motor with
1/h
brake
No-load switching frequency, motor without 1/h brake
Permissible switching frequency
1/h
0.1
0
0
0.2
0.4
0.6
0.8
1.0
TX
kM = 1
TX TA
TA
Fig. 2/15 Torque when accelerating
G_M015_EN_00041a
1.0 0.9
k FI 0.8 0.7
0.6
0.5
0.4
0.3
0.2
0.1
0
0
1
2
3
4
5
J add
kFl
=
J mot Jmot J add
J mot
Fig. 2/16 Additional moment of inertia
Jadd = Jx + Jz
1.0 0.9 kP 0.8 0.7 0.6
P1 / Prated = 0
0.2 0.4 0.5 0.6 0.7
0.8
G_M015_EN_00042
0.5
0.9
0.4 1.0
0.3
0.2
0.1
0 0
1.1 1.2
20
40
60
80
100
DC [%]
Fig. 2/17 Power requirement and duty cycle
kP = tR · (1 - (PS / Prated) 2) + 0.6 · (1 - tR) + 0.24 · tR
Siemens MD 50.1 · 2017
2/15
Configuring guide Configuring a three-phase motor
© Siemens AG 2018
Additional moments of inertia
Coolant temperature and installation altitude
The motor moment of inertia with standard fan is specified in the The rated power specified in the selection tables in chapter 8 is
2
motor selection lists. The higher moment of inertia should be
valid for a coolant temperature of +40 °C and an installation
used for metal or high-inertia fans. This is also valid for mounted altitude of 1 000 m above sea level.
brakes, backstops and encoder systems.
Please contact Siemens for higher coolant temperatures.
Line feeder cables
Line feeder cables must be adequately dimensioned. The number of required parallel (if applicable) feeder cables is determined by the maximum connectable conductor crosssection, the type of cable, the cable installation, the ambient temperature and the permissible current. In Germany, DIN VDE 0298 must be applied when dimensioning cables.
Undervoltage
For an undervoltage condition as a result of weak line supplies, catalog values such as motor power, torque and speed are not reached. This is especially important when considering motor starting.
Motor protection
A distinction is made between current-dependent and temperature-dependent protective devices for motors.
The table with correction factors provides a rough idea of the derating required if conditions are different.
This results in a permissible motor power of: Pperm = Prated kHT
Code Pperm Prated kHT
Description
Unit
Permissible motor power
kW
Rated motor power
kW
Factor for abnormal coolant temperature and installation altitude
Factor kHT for different installation altitude and coolant temperature
Installation Coolant temperature altitude
SA
CT
Current-dependent protective devices
m
< +30 °C +30...+40 °C +45 °C +50 °C +55 °C +60 °C
Fuses are only used to protect line cables in the event of a shortcircuit. They are not suitable for protecting the motor against overload. The motors are usually protected by thermally-delayed overload protective devices (circuit breakers for motor protection or overload relays).
This protection is current-dependent and is particularly effective in the case of a locked rotor. For normal operation with short starting operations, starting currents that are not excessive and for low numbers of starting operations, motor circuit breakers provide adequate protection. Motor circuit breakers are not suitable for heavy duty starting or high numbers of starting operations. Differences in the thermal time constants for the protective devices and the motor results in unnecessary early tripping when the circuit breaker is set to the rated current.
1 000 1 500 2 000 2 500 3 000 3 500 4 000
1.07
1.00
1.04
0.97
1.00
0.94
0.96
0.90
0.92
0.86
0.88
0.82
0.82
0.77
0.96 0.92 0.87 0.82 0.93 0.89 0.84 0.79 0.90 0.86 0.82 0.77 0.86 0.83 0.78 0.74 0.82 0.79 0.75 0.70 0.79 0.75 0.71 0.67 0.74 0.71 0.67 0.63
Temperature-dependent protective devices
Temperature-dependent protective devices are integrated in the motor winding and can be implemented as temperature sensors and temperature switches.
The number of temperature-dependent protective devices depends on the number of windings and their function.
The alarm is normally set to 10 K below the switch-off temperature. The rated response temperatures of the protective devices depend on the thermal class of the motors.
In order to achieve full thermal protection it is necessary to combine a thermally-delayed overcurrent release and a PTC thermistor.
2/16
Siemens MD 50.1 · 2017
© Siemens AG 2018
Configuring guide Configuring a three-phase motor
Degrees of protection
Cooling and ventilation
The motors are supplied in IP55 to standard IEC 60034-5. They When the geared motor is mounted and the air intake is
can be installed in dusty or humid environments. The motors are restricted, you must ensure that a minimum clearance is main-
suitable for operation in tropical climates. Guide value below
tained between the fan cover and the wall and that the cooling
2
60 % relative air humidity for a coolant temperature of +40 °C. air is not immediately drawn in again.
Other requirements on request.
First digit 4
5
6
Brief description Second digit
The motor is
4
protected against
solid objects larger
than 1 mm.
The motor is
5
protected against
dust.
The machine is
6
dust-tight.
7
8
Brief description
The motor is protected against water splashed from all sides.
The motor is protected against strong jets of water
The motor is protected against "heavy seas" or powerful jets of water.
The motor is protected against immersion
The motor is protected against long periods of immersion under pressure.
Further, it must be guaranteed that the cooling air flow to the gearbox is not obstructed. As a consequence, the gearbox operating temperature can be further reduced.
Forced ventilation
The use of a separately driven fan is recommended to increase motor utilization at low speeds and to limit noise generation at speeds significantly higher than the synchronous speed. Both are mainly used in conjunction with inverter operation.
Typical areas of application for forced ventilation: · High number of starting operations · Inverter drives with a control range > 1:20 · Inverter drives with rated torque at low speeds · Noise reduction · At high speeds
The first digit of the degree of protection indicates the degree to which an enclosure provides protection against contact and the ingress of foreign bodies.
The second digit indicates the protection that an enclosure offers regarding the ingress of water.
Increased corrosion protection as well as additional protective measures for the winding (protection against moisture and acid, corrosion protection in the motor) can support the selected degree of protection.
The degree of protection only refers to the motor. When selecting higher degrees of protection, the equipping on the gearbox side should be taken into account (seals, vents).
Siemens MD 50.1 · 2017
2/17
Configuring guide Configuring a brake
© Siemens AG 2018
Overview
Braking torques as a function of the speed and permissible
The brakes can be used as working brakes or holding brakes.
speed limits
2
A holding brake is suitable for holding masses and loads at a fixed position. A working brake is also capable of decelerating
The braking torque available decreases with increasing motor speed.
masses and loads.
The brakes are designed as fail-safe spring-operated brakes. When the brake is mounted, it increases the length of the motor. The dimensions are shown in the dimensional drawings. The spring-operated disk brakes are suitable for a standard
The maximum permissible speeds from which emergency stops can be made are listed in the table on page 11/36. These speeds should be considered as guide values and must be checked for the specific operating conditions.
ambient temperature range of -20 to +40 °C.
The maximum permissible friction energy depends on the
Variables
switching frequency and is shown for individual brakes in the diagram "Permissible operating energy" on page 11/36.
Code
Description
Unit
Increased wear can be expected when the brakes are used for
fbr
Braking torque correction factor
-
emergency stops.
JAD
Moment of inertia of the adapter
JG
Moment of inertia of the gearbox
kgm²
kgm²
Braking energy per braking operation
Jmot
Moment of inertia of the motor
kgm2
The braking energy W per braking operation comprises the
JX
Moment of inertia of the load referred to the
kgm²
energy of the moments of inertia to be braked and the energy
motor shaft
which must be applied in order to brake against a load torque:
JZ k
Additional moment of inertia of a high inertia fan kgm2
Factor for taking into account operating
-
conditions
Tx is positive if the load torque is working against the braking torque (horizontal motion, upward vertical motion).
Lrated Lratedmax nbr
Qperm sbr t1 tbr Tbr Tx v
Service life of the brake lining until readjustment h
Service life of the brake lining until replacement h
Braking speed
rpm
Efficiency
%
Permissible operating energy
J
Braking distance
m
Application time of the brake
ms
Braking time
s
Rated braking torque
Nm
Reduced load torque
Nm
Travel velocity
m/s
Tx is negative if it supports the brake (downward vertical motion). The permissible operating energy Qperm must be checked against the relevant switching frequency using the diagram "Permissible operating energy" on page 11/36. This is of particular importance for emergency-stop circuits.
W = -T---b---r---±--T---Tb----rx----------- (---J----G-----+------J---A----D-----+------J---m----1-o---t8---+2---.--J5---z----+------J---x-------------)------n----b---r--2-
W < Qperm
W
Friction energy per braking operation
J
Wtot
Friction energy until the brake lining is replaced MJ
Service life of the brake lining
WV
Friction energy until the brake is readjusted
MJ
Z
Number of starting operations
1/h
Determining the braking torque
The service life of the brake lining Lrated until the air gap has to be readjusted depends on various factors. The main influencing factors include the masses to be braked, the motor speed, the number of starting operations, and, therefore, the temperature at the friction surfaces.
The braking torque must be selected in accordance with the particular drive application. The following criteria are decisive when it comes to making the selection:
· Static safety
· Required braking time
This means it is not possible to specify a value for the friction energy until readjustment that is valid for all operating conditions. However, a wear calculation can be made according to the friction energy, so that the service life can be defined in normal operation.
· Permissible brake delay · Possible braking distance
Brake service life
· Brake wear
The braking torque is determined using the safety factor k, which can be selected in the range from 1.0 to 2.5. As a general rule of thumb, the factor for horizontal motion is approx. 1.0 to 1.5 and for vertical motion approx. 2.0 to 2.5. However, the precise braking torque depends to a large extent on the particular operating conditions.
The rated braking torque is referred to a speed of n = 100 rpm and decreases with increasing motor speed. When calculating the braking torque, this is taken into account using the correction factor fbr. This means that the rated braking torque is applicable for most braking operations for inverter operation.
For line operation, braking is directly from the motor speed. In addition, for vertical conveyors, the increased speed when moving downwards must be taken into account.
The brake lining is subject to wear as a result of friction. As a consequence, the air gap increases and the brake application time lengthens. The air gap can be readjusted. The friction lining should be replaced after a certain number of readjustments. Service life of the brake lining until readjustment Lrated = W---W------V-Z--
Service life of the brake lining until replacement Lratedmax = W--W-----t--o--Z-t-
Tbr > Tx k fbr
2/18
Siemens MD 50.1 · 2017
© Siemens AG 2018
Configuring guide Configuring a brake
Brake control
Definition of switching times (VDI 2241)
t3
Function rectifiers for fast brake application
If function rectifiers are used for fast brake application, then there is no need for an external switch and therefore less wiring
2
is required.
Disconnection on the DC side using current sensing
0.1 M
G_D087_EN_00047a
Characteristic torque 0.9 M
t11 t12 t1
One option of disconnecting on the DC side is to sense the motor
current. If the motor current falls below the rectifier's sensor
current when disconnected from the three-phase line supply, the
brake solenoid is disconnected from the DC voltage electroni-
Time
cally without any contacts.
t2
Used in conjunction with disconnection on the DC side by
means of current sensing, rectifiers are generally suitable for
being connected in parallel with the motor connection, even in
applications involving moving loads or large moments of inertia.
Excitation
Brakes controlled in this way are completely wired to the motor terminal board. Inverter operation is not permissible.
OFF
ON
Time
Disconnection on the DC side using voltage sensing
Fig. 2/18 Brake switching times
Switching times:
t1 Application time of the brake t2 Disconnection time t3 Slipping time t11 Response time t12 Rise time
Fast brake application
Disconnection on the AC side
If the brake is disconnected from the line supply, the brake is applied. With AC brake voltages, the brake application time is extended as a result of the inductance of the solenoid (disconnection on the AC side). This results in a considerable delay before the brake is mechanically applied. In order to achieve short brake application times, the circuit must also be disconnected on the DC side.
Another option of disconnecting on the DC side is by sensing the rectifier supply voltage.
An integrated switching transistor switches off the load if the input voltage falls below a specified switching threshold. Used in conjunction with disconnection on the DC side using voltage sensing, rectifiers are generally suitable for operation with separate AC-side brake control using an additional switching contact.
Connection in parallel with the motor connection is also possible, but it is not recommended, as the rectifier disconnection response will be impaired by the influence of the motor winding. In addition, many applications involve driving loads or large moments of inertia. This can cause the no-load voltage generated when the motor coasts down to considerably delay brake application if the switching threshold for voltage sensing is not fallen below.
If connection in parallel with the motor connection is nevertheless desired or required, disconnection on the DC side using current sensing is recommended.
Rectifier for disconnection on the DC side
Electromagnetically released spring-operated disk brakes can be disconnected on the AC side and the DC side. Disconnection on the DC side means that the inductance and thus the magnetic field in the brake solenoid are reduced very quickly.
For disconnection on the DC side, a wire jumper can be removed from rectifier and replaced by the contacts of an external switch. This enables significantly shorter application times to be achieved than those achieved for disconnection on the AC side.
Fast brake release
Function rectifiers for fast brake release
Rectifiers with overexcitation (high-speed excitation)
Rectifiers with overexcitation operate for approximately 300 ms ± 15 % with bridge rectification, i.e. when being released, the brakes are supplied with twice the rated solenoid voltage. After this time the rectifiers automatically switch from bridge to half-wave rectification and the brakes are operated with the rated solenoid voltage. This results in shorter release times and higher brake switching frequencies. The friction lining wear is also reduced, the permissible friction energy until the air gap is re-adjusted increases, and starting losses are reduced.
Rectifiers with overexcitation are generally suitable for being connected in parallel to the motor connection or for a separate circuit in the case of inverter operation (note connection information for disconnection on the DC side).
Siemens MD 50.1 · 2017
2/19
Configuring guide Configuring a brake
© Siemens AG 2018
Brake switching time
The total time it takes the motor to come to a standstill comprises
2
the following times: · Brake application time t1
· Braking time tbr
The first is the time it takes the brake to reach 90 % of its braking
torque. This time may be circuit- and control-dependent. The braking time is determined as follows:
tbr
=
(JG
+
JAD + Jmot + Jz + Jx · 9.55 · (Tbr ± Tx · )
)
·
nbr
If Tx supports the braking operation, Tx is positive; otherwise it is negative.
Braking distance and positioning accuracy
Braking distance sbr is the distance traveled by the driven machine during braking time tbr and application time t1.
With linear motion, a positioning accuracy of between ± 12 % and ± 15 % can be assumed. However, this can be heavily influenced by the condition of the brake.
The formula below applies to horizontal motion and upward vertical motion.
sbr
=
v
1----0-t--10---0--
+
0.5
tb
r
Cyclic duration factor
The cyclic duration factor DC is the ratio between the load duration and the cyclic duration. The cyclic duration is the sum of the ON times (operational periods) and the no-voltage periods.
DC
=
-------t--s------ts + tO
100
tz ts tO
Load
G_D087_EN_00302
Time
Fig. 2/19 Cyclic duration factor
Code
Description
Unit
DC
Cyclic duration factor
%
ts
Close time (on-load factor)
s
tO
Open time (off-load factor)
s
tz
Cycle time (duty cycle time)
s
2/20
Siemens MD 50.1 · 2017
© Siemens AG 2018
Configuring guide Configuring an encoder
Incremental encoders
Incremental encoders are used to determine the position of rotor
shafts and are used to approach a precisely defined angular position. This is achieved by photoelectrically scanning the
Principle of operation: Photoelectric scanning
2
graduation on an indexing disk. With incremental measuring
methods, the graduation consists of a regular grid structure. The
Scanner disk
Photocouples
position information is obtained by counting the individual
Capacitor
Graduated disk
increments (measuring steps) from a set zero point. Since an
absolute reference is required to determine positions, the
indexing disks are provided with an additional track that has a
reference mark. The absolute position determined by the reference mark is assigned exactly one measuring step. The
Light source
reference mark must, therefore, be scanned before an absolute
reference can be established or the last selected reference point
found.
G_D087_EN_00075
The incremental signals are transmitted as square-wave pulse train sequences Ua1 (A) and Ua2 (B), phase-shifted through 90° elec. The reference mark signal consists of a reference pulse Ua0 (N), which is gated with the incremental signals. In addition, the integrated electronics generate inverse signals
Ua1 (A), Ua2 (B), and Ua0 (N) for noise-proof transmission. The illustrated sequence of output signals with Ua2 lagging behind Ua1 applies for clockwise rotation of the motor.
Tbhreeafkaauglte-doeftethcetiosnupspiglynaclaUbaleSsinodricfaaitluersefaouf ltthceolnigdhittiosnosurscuec,heatcs. It can be used to shut down machines in automated production environments.
Reference mark
Fig. 2/20 Principle of operation, photoelectric scanning Output signals Signal period 360° el.
The distance between two successive edges of the incremental
signals Ua1 and Ua2 using 1-fold, 2-fold, or 4-fold evaluation is one measuring step.
UA 0
G_D087_EN_00077
The maximum permissible speed or travel velocity must never be exceeded, not even for a short time.
Incremental encoders are used with applications which require a precisely defined position to be approached/relocated. In the case of incremental encoders, the machine must travel to a reference point after each power-off state, as the position is not usually stored in the controller, and movements of the machine while the power is off are not recorded.
For the technical specifications of the incremental encoder, please refer to chapter "Motor options" on page 11/42.
UB 0
U0 0
Measuring step Reference pulse
Fig. 2/21 Output signals Signal period 360° el.
Fault
Ua1 0
U a2
0 a
Measuring step in acc. with 4-fold evaluation
Ua0
0
td
td
tS
UaS 0
The inverse signals Ua1, Ua2, Ua0 are not displayed
Fig. 2/22 Inverse output signals
G_D087_EN_00009
Siemens MD 50.1 · 2017
2/21
Configuring guide Configuring an encoder
© Siemens AG 2018
Resolvers
Absolute encoders
Resolvers are rotary measuring systems where the angle of
Absolute encoders are used to determine the position of rotor
2
rotation is inductively sensed without contact. They operate with analog measured value acquisition, i.e. a measuring signal value can be continuously assigned to each value of the measured variable.
shafts and to approach a precisely defined angular position.
With the absolute measuring method, the position value is available from the encoder immediately after switch-on and can be called at any time by the subsequent electronics. There is no
The method of operation mainly corresponds to that of a rotary need to move the axes to find the reference position. The abso-
transformer consisting of rotor and stator. If an AC voltage is
lute position information is read from the graduation on the in-
applied to the stator winding, the magnetic flux created in the
dexing disk, which consists of several parallel indexing tracks.
rotor winding induces an amplitude-modulated voltage of the
The track with the finest scale division is interpolated for the
same frequency.
position value and is used to generate an optional incremental
The amplitude change over time is modulated by the angle-
signal at the same time. The indexing disks are photoelectrically
dependent change of the rotor. The envelope curve shows the scanned.
respective angle. At the zero crossing of these envelope ends, the modulated voltage makes a phase step of 180° el.
With singleturn rotary encoders the absolute position information is repeated at each revolution. Multiturn rotary encoders can
In practice, resolvers with several stator windings are generally also differentiate between revolutions.
used. The voltage at the secondary winding continuously changes with the spatial angle in the phase position with regard to the voltage at one of the primary windings. A phase discrimi-
Absolute encoders are used with applications which require a precisely defined position to be approached/relocated.
nator delivers a signal that is proportional to the angle of rotation. For the technical specifications of the absolute encoder, please
Resolvers are used for applications which do not require such
refer to chapter "Motor options" on page 11/46.
accurate position sensing as is possible with incremental encod-
ers due to their higher resolution. They are used under harsh
conditions regarding vibration, shock loads, and/or temperature.
Principle of operation: Photoelectric scanning
For the technical specifications of the resolver, please refer to chapter "Motor options" on page 11/45.
Capacitor
Graduated disk
Principle of operation: Inductive scanning, sin/cos evaluation for rotor position
U Sinusoidal track Sine pick-off
Excitation: 2 - 10 kHz
Light source Scanner disk
G_D087_EN_00080
Cosine pick-off
UCosinusoidal track
Rotary transformer
Fig. 2/23 Principle of operation, inductive scanning
Output signals USinusoidal track
t
UCosinusoidal track
= arctanUUCSoinsuinsuosidoaidl atrlatcrakck
t
G_D087_EN_00076
Photocouples Fig. 2/25 Principle of operation, photoelectric scanning
Output signals (serial interface)
n . t
t1
t
t3
Clock
Data t2
n n-1 n-2 2 1
MSB
LSB
Clock: 90 kHz ... 1.1 MHz
Fig. 2/26 Output signals
G_D087_EN_00079
G_D087_EN_00078
Fig. 2/24 Output signals
2/22
Siemens MD 50.1 · 2017
© Siemens AG 2018
Configuring guide Configuring an encoder
Functionally safe rotary encoders
Please note the following with respect to functionally safe
rotary encoders: · Functional safety can be ensured only if the functionally safe
2
rotary encoder is evaluated by a suitable control and
evaluation unit.
· The motors must be equipped as standard with thermal motor protection and a suitable evaluation unit.
· The maximum permissible input speed is 3 000 rpm.
· The maximum permissible angular acceleration of the functionally safe rotary encoder is 4 000 rad/s2.
· The maximum permissible air gaps for brake motors with functionally safe rotary encoder are different, see table "Technical specifications of brake with functionally safe rotary encoder" on page 11/ 54.
· The motors are supplied as standard with the option "Encoder under cover" (Q95) as mechanical protection.
Fig. 2/27 Functionally safe rotary encoder IN 8.5834FS2
Legal framework
The purpose of the Machinery Directive (2006/42/EC) is to ensure that all machines placed on the market within the European Economic Area meet common minimum safety requirements.
· Brake motors with functionally safe rotary encoder are not compatible with option "wear-resistant friction lining" (C03).
· The function rectifiers (C59 and C60) cannot be combined with the functionally safe rotary encoder.
· The functionally safe rotary encoder is suitable for typical industrial environments, but not for harsh industrial conditions such as those typical of offshore or chemical industry applications.
Functional safety - electric drives
The standards listed under the Machinery Directive define appropriate safety functions that must be implemented for electric, variable-speed drive systems. When viewed in this context, a drive train essentially comprises the elements "sensor controller actuator" which work together to ensure functional safety.
The distributor or operator of the machine/installation bears responsibility for the required safety functions and their properties.
In cases where Siemens provides support with the definition of safety-relevant components at the project planning stage, Siemens shall not accept any responsibility for the selection of components or the implementation of safety functions.
Trend toward integrated safety systems
The trend toward greater complexity and higher modularity of machines has seen a shift in safety functions away from the classical central safety functions (for example, shutdown of the complete machine using a main disconnecting means) and into the machine control system and the drives. Frequently, this also significantly increases the productivity. This is because, for instance, equipping times can be reduced and during these set-up times, depending on the machine type, other parts can still continue to produce.
· Resonance effects must be avoided in systems supplied by an inverter or similar power control devices.
Environmental conditions
With respect to mechanical environmental conditions, the motors are approved for vibration and shocks in accordance with EN 60721-3-3 Class 3M3. Geared motors with a functionally safe rotary encoder may be operated within an ambient temperature range of -20 °C to +40 °C.
Installation of SIMOGEAR geared motors
Geared motors must be installed such that the drive fastening elements in the machine are aligned uniformly and precisely. Vibration and resonance with rotational frequency and with multiples of the line frequency must be prevented. Care must be taken to ensure unobstructed ventilation (flow of cooling air and exhaust air must not be hindered).
Electrical connection of motors
The electrical connection of the motors must conform to the tolerance limits defined by EN 60034-1 for zone A (voltage ±5 %, frequency ±2 %).
Encoder connections
The encoders must be connected by suitable connecting cables (max. 50 m cable length). The shield of the connecting cables must be bonded over a large area/grounded at both ends (at encoder and at controller).
The following cables are recommended for use with SINAMICS S120 (SMC20):
Description
Connecting cable for incremental encoder IN 8.5834FS2, IN 8.5834FS3
Connecting cable for absolute encoder IA 8.5883FS2, IA 8.5883FS3
Article No. 6FX5002-2CG00-7 7 77
6FX5002-2CH00-77 7 7
For connectors for connecting cables, see chapter Motor options page 11/58.
Update 02/2018
Siemens MD 50.1 · 2017
2/23
Configuring guide Configuring an encoder
© Siemens AG 2018
Functionally safe rotary encoders (continued)
Function
2
Safe actual value sensing with encoder
A drive monitor with encoder is necessary for operation of a
series of safety functions.
Further information about safety functions can be found in the Safety Integrated Function Manual. https://support.industry.siemens.com/cs/ww/en/view/109751320
Safe actual value sensing with functionally safe rotary encoder
A functionally safe rotary encoder (sensor) must be used in conjunction with a suitable encoder evaluation system (controller) and an inverter (actuator) in order to implement certain safety function.
Safety functions
The following safety functions can be implemented with the functionally safe rotary encoders integrated in SIMOGEAR: · SS2: Safe Stop 2 · SOS: Safe Operating Stop · SLS: Safely-Limited Speed · SSM: Safe Speed Monitor · SSR: Safe Speed Range · SDI: Safe Direction · SLA: Safely-Limited Acceleration · SAR: Safe Acceleration Range · SLI: Safely-Limited Increment · SLP: Safely-Limited Position · SCA: Safe Cam
For detailed descriptions of individual functions, please refer to Catalog D 31.2
For the technical specifications of the functionally safe rotary encoder, please refer to chapter "Motor options" on page 11/50.
Note:
Before you commission SIMOGEAR geared motors with the functionally safe rotary encoder, please read the information in operating instructions BA 2730.
2/24
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Configuring guide Configuring the motor for inverter operation
Operation of geared motors on a frequency inverter 1.80
T Nm
G_D087_EN_00264
It is possible in principle to operate the geared motors on a
1.60
frequency inverter. Please note the following supplementary conditions:
1.40
1.20
V/f = const. -> I = const. (Y circuit)
Field-weakening range (Y circuit)
2
· Maximum speed of the geared motor
1.00
in the field-weakening range
0.80
· Maximum speed of the brake, see page 11/36
0.60
· Speed limits of the backstop, see page 11/63
0.40 V/f = const. -> I
Field-weakening range
Motor characteristic
During the acceleration process, frequency inverters shift the speed-torque characteristic of the three-phase asynchronous
0.20 0.00
0
= const. (D circuit)
(D circuit)
500 1000 1500 2000 2500 3000 3500 4000 4500 n rpm
motor over the traversing range to enable jerk-free acceleration. This enables the motor to be operated at different speeds (e.g. rapid traverse/creep speed), but also protects the
S1 Torque Self-cooling 50 Hz Breakdown torque 50 Hz
mechanical components of the plant and gearbox.
S1 Torque External cooling 50 Hz
Two main motor operating ranges are applicable for inverter
Limit of stability 50 Hz
operation:
S1 Torque Self-cooling 87 Hz
Constant flux (constant torque)
Breakdown torque 87 Hz S1 Torque External cooling 87 Hz
For frequency inverters with an unregulated DC link
Limit of stability 87 Hz
(e.g. SINAMICS G110M) the output voltage can be as high as
the line-side input voltage minus any voltage drops in the inverter (for example, for SINAMICS G110M: UOutput = 0.87 x UInput) If the maximum output voltage has not yet been achieved, the inverter output voltage can be increased as the motor speed
Fig. 2/29 Torque-speed characteristic for asynchronous motor (based on the example of LA63ME4)
Utilization in accordance with temperature class F
increases until V/f = constant applies. As a consequence, the magnetic flux, the motor current, and therefore the transferred continuous torque are constant (provided that the motor is adequately cooled > in the case of self-cooling, the torque must be reduced in accordance with the motor characteristic at low speeds due to the reduced cooling). Alternatively, if a separately driven fan is used, the full motor torque can be utilized.
For rated power and line operation, the motor is utilized in accordance with temperature class B (130 °C maximum permissible constant temperature referred to a maximum cooling air temperature of 40 °C). Siemens motors are designed as standard to temperature class F (155 °C maximum permissible constant temperature referred to a maximum cooling air temperature of 40 °C).
Field-weakening range
For inverter operation at reduced output voltage, the power
If the speed increases further when the maximum output voltage has been reached, V/f remains constant. The magnetic flux reduces with increasing motor speed, the motor current and therefore the transferred continuous torque reduces with respect to 1/n, and the breakdown torque reduces according to 1/n2
reserve of the motor can be used to achieve the rated power.
In this case, the rated torque is applied to the motor and the frequency inverter outputs a frequency at which the motor achieves rated speed.
(see motor characteristic). The motor can be operated in the field-weakening range at constant power as far as the limit of stability (see under "Mechanical load, grease service life").
At this operating point the slip and current input are higher than under line operation, so that the constant motor temperature increases accordingly. Prerequisite for utilization of the motor in
accordance with temperature class F is that the frequency
T Trated 3
Constant flux
Field-weakening range
inverter is capable of outputting a sufficiently high level of current: IFUoutRated IMotor Rated Inc
2.5 f = 30 Hz
f = 50 Hz
Const. flow range
Field weakening range
2
1.5
1 f = fs rated
0.5
Tbk
~
1 n2
f = 75 Hz
T/Trated
With separately driven fan
100 % 90
80
Use acc. to temperature class F
Use acc. to temperature class B
G_M015_EN_00216
0
500
1000
1500
2000
2500
nrated
n rpm
G_D087_EN_00263
Fig. 2/28 Example for a 4-pole, three-phase asynchronous motor
Fig. 2/30
70
60
0 0 10 20 30 40 50 60 70 80 Hz 100 f
Siemens MD 50.1 · 2017
2/25
© Siemens AG 2018
Configuring guide Configuring the motor for inverter operation
Peak load / acceleration torque
Bearing currents
Based on experience, a safety margin of 30 % must be
Additional bearing currents can flow when motors are operated
2
maintained from the breakdown torque: Tmax. = 0.7 x TBk
from inverters. They are mainly caused by the steep voltage rises which occur during switching. Without output filters, significant voltage variations can occur at the winding terminals.
The engineering software "Sizer for Siemens Drives" incorpo-
This phenomenon mainly occurs for larger machines.
rates a safety margin for the actual breakdown torque when the breakdown torque characteristic is displayed.
EMC-compliant installation of the drive system is a basic prerequisite for preventing premature bearing damage as a result of
At a sufficiently high level of inverter output current, the motor
bearing currents.
can therefore be accelerated with approximately 0.7 times its breakdown torque.
When operating with a high switching frequency, the motor's acceleration torque may have to be limited to its rated torque. As a general rule, the rms current must not exceed the rated motor current. It is recommended that the respective traversing cycle
Important measures for reducing bearing currents are:
· Using cables with a symmetrical cable cross-section.
· Using grounding cables with low impedance over a wide frequency range (0 Hz up to approximately 70 MHz), e.g. braided copper straps, HF finely-stranded conductors
is entered in the engineering software "Sizer for Siemens Drives", · Separate HF equipotential-bonding cable between motor
because the rms values will then be calculated automatically
housing and driven machine
and represented in combination with the respective motor characteristic.
· Separate HF equipotential-bonding cable between motor housing and inverter PE busbar
· 360° HF contact of the cable shield at the motor housing and
40
the inverter PE busbar. This can be achieved using EMC
Breakdown torque
glands at the motor and EMC shield clips at the inverter,
minus
for example.
30
safety margin Torque
· Use of motor reactors
Operating point
· Common-mode filters at the inverter output.
20
· Insulated motor bearing at the non-drive end (NDE).
T Nm
G_D087_EN_00266 G_D087_EN_00074
10
0
0
1000
2000
3000
4000
5000
n rpm
L1 L3 L2
L1
PE
PE
L3 L2
PE
L1
L3 L2
PE
Fig. 2/31
Permissible voltage stress
Concentric copper or aluminum shield
Steel armor
More stress is placed on the insulation of the motor winding with
inverter operation than with line operation. The voltage stress also depends on the type of inverter used. The inverter subjects
Fig. 2/32 Motors connected to an inverter
the motor winding to stress specially as voltage pulses are
quickly switched. The maximum voltage is influenced by the rise time of the
Mechanical load, grease service life
pulses, the cable length and the type of cable used between motor and inverter.
High speeds that exceed the rated speed and the resulting increased vibration alter the mechanical smooth running
Output filters at the inverter can reduce the maximum motor voltage to uncritical values. When using output filters, the control type, pulse frequency, output frequency, and limit torque that
operation and the bearings are subject to increased mechanical stress. This reduces the grease service life and the bearing service life.
can be realized need to be observed, among other factors.
More detailed information on request.
With inverters without output filters, impermissible voltage peaks can occur even with a relatively short motor cable. Regenerative operation, in particular, can stress the motor insulation. This stress occurs predominantly during vertical motion and is dependent on the line voltage, inverter type, cable length, and cable type.
For further details, see chapter "Motor options" page 11/8.
2/26
Siemens MD 50.1 · 2017
Helical geared motors
© Siemens AG 2018
3
3/2 Orientation
3/3 Geared motors up to 55 kW 3/3 Selection and ordering data
3/74 Transmission ratios and torques 3/74 Selection and ordering data
3/87 Transmission ratios and torques for high speeds
3/87 Selection and ordering data
3/90 Transmission ratios and torques for very low speeds
3/90 Selection and ordering data
3/102
3/102
3/104 3/107 3/111 3/115 3/118 3/121 3/124 3/127 3/132 3/137 3/142 3/146 3/150
3/152 3/155 3/158 3/161 3/164 3/167 3/170
3/173
3/179
3/183
3/184
Dimensions
Dimensional drawing overview
Helical geared motors D./Z.19 Helical geared motors D./Z.29 Helical geared motors D./Z.39 Helical geared motors D./Z.49 Helical geared motors D./Z.59 Helical geared motors D./Z.69 Helical geared motors D./Z.79 Helical geared motors D./Z.89 Helical geared motors D./Z.109 Helical geared motors D./Z.129 Helical geared motors D./Z.149 Helical geared motors D./Z.169 Helical geared motors D./Z.189
Helical geared motors E.39 Helical geared motors E.49 Helical geared motors E.69 Helical geared motors E.89 Helical geared motors E.109 Helical geared motors E.129 Helical geared motors E.149
Cooling tower geared motors ZKF
Cooling tower geared motors EKF
Helical tandem geared motors
Inner contour of the flange design
Update 02/2018
Siemens MD 50.1 · 2017
SIMOGEAR geared motors Helical geared motors
Orientation
SIMOGEAR helical geared motor Z and D
© Siemens AG 2018
3
Fig. 3/1 Helical geared motor Z and D SIMOGEAR helical geared motor E
Fig. 3/2 Helical geared motor E Gearbox designation Number of frame sizes
Z19 ... Z189 (2-stage) 13 D19 ... D189 (3-stage) 13 E39 ... E149 (1-stage) 7 D-29-Z19 ... D.189-D69 12 (4-stage to 6-stage)
Maximum output torque T2N Nm
100 ... 19 000 100 ... 19 000
30 ... 1 490 140 ... 19 000
Gear ratio i -
3.4 ... 57 36 ... 328 1.29 ... 9.79 325 ... 27 816
Maximum motor power P1 kW 55 55 55 7.5
SIMOGEAR helical geared motors are available in the following versions:
Transmission stages · 2-stage or 3-stage helical geared motors · 1-stage helical geared motors for high output speeds · 4-stage to 6-stage helical geared motors for very low output
speeds
Versions · Foot-mounted design · Flange-mounted design with or without VLplus and XLplus
reinforced bearing systems · Design with integrated housing flange · Combined foot/flange-mounted design · Cooling tower version
3/2
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
0.09
D.69-LA63MF6
2.6
330
328.49
11 400
1.8
27
2KJ3206 - 7 BD11 - 7 7 S1 P01
2.9
295
292.08
11 400
2.0
27
2KJ3206 - 7 BD11 - 7 7 R1 P01
D.59-LA63MF6
3
2.8
310
307.02
7 890
1.4
22
2KJ3205 - 7 BD11 - 7 7 S1 P01
3.1
275
272.99
7 950
1.6
22
2KJ3205 - 7 BD11 - 7 7 R1 P01
3.5
240
239.70
8 000
1.9
22
2KJ3205 - 7 BD11 - 7 7 Q1 P01
3.9
220
217.91
8 030
2.0
22
2KJ3205 - 7 BD11 - 7 7 P1 P01
D.49-LA63MF6
3.0
280
280.89
5 980
1.1
20
2KJ3204 - 7 BD11 - 7 7 S1 P01
3.4
250
249.76
6 040
1.3
20
2KJ3204 - 7 BD11 - 7 7 R1 P01
3.9
220
219.30
6 100
1.4
20
2KJ3204 - 7 BD11 - 7 7 Q1 P01
4.3
200
199.36
6 150
1.6
20
2KJ3204 - 7 BD11 - 7 7 P1 P01
D.49-LA63MD4
5.0
172
280.89
6 200
1.9
19
2KJ3204 - 7 BB11 - 7 7 S1
5.6
153
249.76
6 240
2.1
19
2KJ3204 - 7 BB11 - 7 7 R1
D.39-LA63MF6
3.6
235
235.29
3 490
0.84
10
2KJ3203 - 7 BD11 - 7 7 R1 P01
4.1
210
208.69
4 120
0.95
10
2KJ3203 - 7 BD11 - 7 7 Q1 P01
4.7
183
181.07
4 790
1.1
10
2KJ3203 - 7 BD11 - 7 7 P1 P01
5.2
166
164.61
5 220
1.2
10
2KJ3203 - 7 BD11 - 7 7 N1 P01
D.39-LA63MD4
6.0
144
235.29
5 770
1.4
10
2KJ3203 - 7 BB11 - 7 7 R1
6.7
128
208.69
5 800
1.6
10
2KJ3203 - 7 BB11 - 7 7 Q1
7.7
111
181.07
5 800
1.8
10
2KJ3203 - 7 BB11 - 7 7 P1
8.5
101
164.61
5 800
2.0
10
2KJ3203 - 7 BB11 - 7 7 N1
D.29-LA63MF6
5.1
170
167.63
2 910
0.83
8
2KJ3202 - 7 BD11 - 7 7 N1 P01
5.6
154
152.39
3 340
0.91
8
2KJ3202 - 7 BD11 - 7 7 M1 P01
D.29-LA63MD4
6.4
134
217.89
3 870
1.0
8
2KJ3202 - 7 BB11 - 7 7 Q1
7.3
118
192.93
4 060
1.2
8
2KJ3202 - 7 BB11 - 7 7 P1
8.4
103
167.63
4 060
1.4
8
2KJ3202 - 7 BB11 - 7 7 N1
9.2
94
152.39
4 060
1.5
8
2KJ3202 - 7 BB11 - 7 7 M1
11
80
129.68
4 060
1.8
8
2KJ3202 - 7 BB11 - 7 7 L1
12
72
117.89
4 060
1.9
8
2KJ3202 - 7 BB11 - 7 7 K1
14
63
102.79
4 060
2.2
8
2KJ3202 - 7 BB11 - 7 7 J1
15
56
92.01
4 060
2.5
8
2KJ3202 - 7 BB11 - 7 7 H1
17
50
81.71
4 060
2.8
8
2KJ3202 - 7 BB11 - 7 7 G1
19
46
75.42
4 060
3.0
8
2KJ3202 - 7 BB11 - 7 7 F1
21
40
65.52
4 060
3.5
8
2KJ3202 - 7 BB11 - 7 7 E1
25
35
56.93
4 060
4.0
8
2KJ3202 - 7 BB11 - 7 7 D1
27
32
51.40
4 060
4.4
8
2KJ3202 - 7 BB11 - 7 7 C1
29
30
48.37
4 060
4.7
8
2KJ3202 - 7 BB11 - 7 7 B1
Z.29-LA63MD4
34
25
41.40
4 060
5.5
8
2KJ3102 - 7 BB11 - 7 7 A2
38
22
36.72
4 060
6.2
8
2KJ3102 - 7 BB11 - 7 7 X1
44
20
31.86
4 060
7.2
8
2KJ3102 - 7 BB11 - 7 7 W1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1 or 9 2 or 9 A, B, F or H
page 10/43 page 11/2 page 10/37
Siemens MD 50.1 · 2017
3/3
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
0.09
n2
T2
rpm
Nm
Z.29-LA63MD4
48
18
i -
28.96
56
15
24.84
3
62
14
22.58
71
12
19.80
79
11
17.67
89
10
15.75
96
9
14.54
D.19-LA63MD4
7.6
113
184.86
8.6
100
163.69
9.8
87
142.23
11
79
129.30
13
68
110.02
14
61
100.02
16
54
87.21
18
48
78.07
20
43
69.32
22
39
63.99
25
34
55.59
29
30
48.30
32
27
43.61
34
25
41.04
Z.19-LA63MD4
40
22
34.97
45
19
30.97
52
16
26.91
57
15
24.46
67
13
20.82
74
12
18.92
85
10
16.50
95
9
14.77
107
8
13.12
116
7
12.11
133
7
10.52
153
6
9.14
170
5
8.25
180
5
7.76
0.12
224
4
D.69-LA63MG6
3.0
375
6.25 328.49
3.4
335
292.08
3.9
290
256.46
D.59-LA63MG6
3.3
350
307.02
3.7
310
272.99
4.2
275
239.70
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
FR2 N
4 060 4 060 4 020 3 850 3 710 3 580 3 490
1 390 1 650 1 920 2 080 2 290 2 330 2 360 2 390 2 420 2 440 2 460 2 480 2 500 2 510
2 520 2 540 2 550 2 560 2 570 2 530 2 420 2 340 2 250 2 200 2 100 2 010 1 940 1 910 1 760
11 300 11 400 11 400
7 820 7 890 7 950
fB -
7.9 9.2 10 12 13 14 13
m kg
8 8 8 8 8 8 8
0.88
7
1.0
7
1.1
7
1.3
7
1.5
7
1.6
7
1.9
7
2.1
7
2.3
7
2.5
7
2.9
7
3.4
7
3.7
7
4.0
7
4.7
6
5.3
6
6.1
6
6.7
6
7.8
6
8.6
6
9.8
6
10
6
11
6
12
6
13
6
14
6
15
6
15
6
15
6
1.6
27
1.8
27
2.0
27
1.3
22
1.4
22
1.6
22
1 or 9 2 or 9 A, B, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3102 - 7 BB11 - 7 7 V1 2KJ3102 - 7 BB11 - 7 7 U1 2KJ3102 - 7 BB11 - 7 7 T1 2KJ3102 - 7 BB11 - 7 7 S1 2KJ3102 - 7 BB11 - 7 7 R1 2KJ3102 - 7 BB11 - 7 7 Q1 2KJ3102 - 7 BB11 - 7 7 P1
2KJ3201 - 7 BB11 - 7 7 Q1 2KJ3201 - 7 BB11 - 7 7 P1 2KJ3201 - 7 BB11 - 7 7 N1 2KJ3201 - 7 BB11 - 7 7 M1 2KJ3201 - 7 BB11 - 7 7 L1 2KJ3201 - 7 BB11 - 7 7 K1 2KJ3201 - 7 BB11 - 7 7 J1 2KJ3201 - 7 BB11 - 7 7 H1 2KJ3201 - 7 BB11 - 7 7 G1 2KJ3201 - 7 BB11 - 7 7 F1 2KJ3201 - 7 BB11 - 7 7 E1 2KJ3201 - 7 BB11 - 7 7 D1 2KJ3201 - 7 BB11 - 7 7 C1 2KJ3201 - 7 BB11 - 7 7 B1
2KJ3101 - 7 BB11 - 7 7 W1 2KJ3101 - 7 BB11 - 7 7 V1 2KJ3101 - 7 BB11 - 7 7 U1 2KJ3101 - 7 BB11 - 7 7 T1 2KJ3101 - 7 BB11 - 7 7 S1 2KJ3101 - 7 BB11 - 7 7 R1 2KJ3101 - 7 BB11 - 7 7 Q1 2KJ3101 - 7 BB11 - 7 7 P1 2KJ3101 - 7 BB11 - 7 7 N1 2KJ3101 - 7 BB11 - 7 7 M1 2KJ3101 - 7 BB11 - 7 7 L1 2KJ3101 - 7 BB11 - 7 7 K1 2KJ3101 - 7 BB11 - 7 7 J1 2KJ3101 - 7 BB11 - 7 7 H1 2KJ3101 - 7 BB11 - 7 7 F1
2KJ3206 - 7 BE11 - 7 7 S1 P01 2KJ3206 - 7 BE11 - 7 7 R1 P01 2KJ3206 - 7 BE11 - 7 7 Q1 P01
2KJ3205 - 7 BE11 - 7 7 S1 P01 2KJ3205 - 7 BE11 - 7 7 R1 P01 2KJ3205 - 7 BE11 - 7 7 Q1 P01
page 10/43 page 11/2 page 10/37
3/4
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
0.12
D.59-LA63ME4
4.4
260
307.02
7 970
1.7
22
2KJ3205 - 7 BC11 - 7 7 S1
4.9
230
272.99
8 020
1.9
22
2KJ3205 - 7 BC11 - 7 7 R1
D.49-LA63MG6
3
3.6
320
280.89
5 780
0.99
20
2KJ3204 - 7 BE11 - 7 7 S1 P01
4.0
285
249.76
5 970
1.1
20
2KJ3204 - 7 BE11 - 7 7 R1 P01
4.6
250
219.30
6 040
1.3
20
2KJ3204 - 7 BE11 - 7 7 Q1 P01
D.49-LA63ME4
4.8
235
280.89
6 070
1.3
19
2KJ3204 - 7 BC11 - 7 7 S1
5.4
210
249.76
6 120
1.5
19
2KJ3204 - 7 BC11 - 7 7 R1
6.2
186
219.30
6 170
1.7
19
2KJ3204 - 7 BC11 - 7 7 Q1
6.8
169
199.36
6 210
1.9
19
2KJ3204 - 7 BC11 - 7 7 P1
D.39-LA63MG6
4.8
235
208.69
3 490
0.84
10
2KJ3203 - 7 BE11 - 7 7 Q1 P01
5.5
205
181.07
4 240
0.96
10
2KJ3203 - 7 BE11 - 7 7 P1 P01
D.39-LA63ME4
5.7
200
235.29
4 370
1.0
10
2KJ3203 - 7 BC11 - 7 7 R1
6.5
177
208.69
4 940
1.1
10
2KJ3203 - 7 BC11 - 7 7 Q1
7.5
154
181.07
5 510
1.3
10
2KJ3203 - 7 BC11 - 7 7 P1
8.2
140
164.61
5 800
1.4
10
2KJ3203 - 7 BC11 - 7 7 N1
9.6
120
141.17
5 800
1.7
10
2KJ3203 - 7 BC11 - 7 7 M1
11
109
128.34
5 800
1.8
10
2KJ3203 - 7 BC11 - 7 7 L1
12
96
112.53
5 800
2.1
10
2KJ3203 - 7 BC11 - 7 7 K1
D.29-LA63MG6
6.6
175
152.39
2 780
0.8
8
2KJ3202 - 7 BE11 - 7 7 M1 P01
D.29-LA63ME4
7.0
164
192.93
3 070
0.85
8
2KJ3202 - 7 BC11 - 7 7 P1
8.1
142
167.63
3 650
0.98
8
2KJ3202 - 7 BC11 - 7 7 N1
8.9
129
152.39
4 000
1.1
8
2KJ3202 - 7 BC11 - 7 7 M1
10
110
129.68
4 060
1.3
8
2KJ3202 - 7 BC11 - 7 7 L1
11
100
117.89
4 060
1.4
8
2KJ3202 - 7 BC11 - 7 7 K1
13
87
102.79
4 060
1.6
8
2KJ3202 - 7 BC11 - 7 7 J1
15
78
92.01
4 060
1.8
8
2KJ3202 - 7 BC11 - 7 7 H1
17
69
81.71
4 060
2.0
8
2KJ3202 - 7 BC11 - 7 7 G1
18
64
75.42
4 060
2.2
8
2KJ3202 - 7 BC11 - 7 7 F1
21
56
65.52
4 060
2.5
8
2KJ3202 - 7 BC11 - 7 7 E1
24
48
56.93
4 060
2.9
8
2KJ3202 - 7 BC11 - 7 7 D1
26
44
51.40
4 060
3.2
8
2KJ3202 - 7 BC11 - 7 7 C1
28
41
48.37
4 060
3.4
8
2KJ3202 - 7 BC11 - 7 7 B1
Z.29-LA63ME4
33
35
41.40
4 060
4.0
8
2KJ3102 - 7 BC11 - 7 7 A2
37
31
36.72
4 060
4.5
8
2KJ3102 - 7 BC11 - 7 7 X1
42
27
31.86
4 060
5.2
8
2KJ3102 - 7 BC11 - 7 7 W1
47
25
28.96
4 060
5.7
8
2KJ3102 - 7 BC11 - 7 7 V1
54
21
24.84
4 060
6.6
8
2KJ3102 - 7 BC11 - 7 7 U1
60
19
22.58
4 040
7.3
8
2KJ3102 - 7 BC11 - 7 7 T1
68
17
19.80
3 870
8.3
8
2KJ3102 - 7 BC11 - 7 7 S1
76
15
17.67
3 740
9.3
8
2KJ3102 - 7 BC11 - 7 7 R1
86
13
15.75
3 600
10
8
2KJ3102 - 7 BC11 - 7 7 Q1
93
12
14.54
3 510
9.7
8
2KJ3102 - 7 BC11 - 7 7 P1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1 or 9 2 or 9 A, B, F or H
page 10/43 page 11/2 page 10/37
Siemens MD 50.1 · 2017
3/5
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
0.12
n2
T2
rpm
Nm
Z.29-LA63ME4
106
11
i
FR2
-
N
12.73
3 360
121
10
11.16
3 220
3
195
6
6.92
2 750
D.19-LA63ME4
9.5
121
142.23
1 220
10
110
129.30
1 450
12
93
110.02
1 800
13
85
100.02
1 960
15
74
87.21
2 180
17
66
78.07
2 300
19
59
69.32
2 340
21
54
63.99
2 360
24
47
55.59
2 400
28
41
48.30
2 430
31
37
43.61
2 450
33
35
41.04
2 460
Z.19-LA63ME4
39
30
34.97
2 480
44
26
30.97
2 500
50
23
26.91
2 520
55
21
24.46
2 530
65
18
20.82
2 540
71
16
18.92
2 530
82
14
16.50
2 430
91
12
14.77
2 350
103
11
13.12
2 260
111
10
12.11
2 210
128
9
10.52
2 110
148
8
9.14
2 020
164
7
8.25
1 950
174
7
7.76
1 920
199
6
6.77
1 830
216
5
6.25
1 770
249
5
5.43
1 690
287
4
4.71
1 620
317
4
4.26
1 570
337
3
4.01
1 540
E.39-LA63ME4
146
8
9.22
3 000
0.18
D.79-LA71MG6
2.6
665
330.23
13 600
2.8
605
300.21
13 700
3.3
515
255.33
13 800
3.7
465
232.12
13 900
D.69-LA71MG6
2.6
660
328.49
10 800
2.9
590
292.08
11 000
3.3
515
256.46
11 100
3.6
470
233.14
11 200
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
3/6
Siemens MD 50.1 · 2017
fB -
13 15 13
0.83 0.91 1.1 1.2 1.4 1.5 1.7 1.8 2.1 2.4 2.7 2.9
3.4 3.8 4.4 4.8 5.7 6.2 7.1 7.6 8.2 8.6 9.3 10 11 11 12 11 12 12 13 14
3.8
1.3 1.4 1.6 1.8
0.90 1.0 1.2 1.3
m kg
8 8 8
7 7 7 7 7 7 7 7 7 7 7 7
6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6
10
38 38 38 38
28 28 28 28
1 or 9 2 or 9 A, B, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3102 - 7 BC11 - 7 7 N1 2KJ3102 - 7 BC11 - 7 7 M1 2KJ3102 - 7 BC11 - 7 7 G1
2KJ3201 - 7 BC11 - 7 7 N1 2KJ3201 - 7 BC11 - 7 7 M1 2KJ3201 - 7 BC11 - 7 7 L1 2KJ3201 - 7 BC11 - 7 7 K1 2KJ3201 - 7 BC11 - 7 7 J1 2KJ3201 - 7 BC11 - 7 7 H1 2KJ3201 - 7 BC11 - 7 7 G1 2KJ3201 - 7 BC11 - 7 7 F1 2KJ3201 - 7 BC11 - 7 7 E1 2KJ3201 - 7 BC11 - 7 7 D1 2KJ3201 - 7 BC11 - 7 7 C1 2KJ3201 - 7 BC11 - 7 7 B1
2KJ3101 - 7 BC11 - 7 7 W1 2KJ3101 - 7 BC11 - 7 7 V1 2KJ3101 - 7 BC11 - 7 7 U1 2KJ3101 - 7 BC11 - 7 7 T1 2KJ3101 - 7 BC11 - 7 7 S1 2KJ3101 - 7 BC11 - 7 7 R1 2KJ3101 - 7 BC11 - 7 7 Q1 2KJ3101 - 7 BC11 - 7 7 P1 2KJ3101 - 7 BC11 - 7 7 N1 2KJ3101 - 7 BC11 - 7 7 M1 2KJ3101 - 7 BC11 - 7 7 L1 2KJ3101 - 7 BC11 - 7 7 K1 2KJ3101 - 7 BC11 - 7 7 J1 2KJ3101 - 7 BC11 - 7 7 H1 2KJ3101 - 7 BC11 - 7 7 G1 2KJ3101 - 7 BC11 - 7 7 F1 2KJ3101 - 7 BC11 - 7 7 E1 2KJ3101 - 7 BC11 - 7 7 D1 2KJ3101 - 7 BC11 - 7 7 C1 2KJ3101 - 7 BC11 - 7 7 B1
2KJ3001 - 7 BC11 - 7 7 S1
2KJ3207 - 7 CD11 - 7 7 S1 P01 2KJ3207 - 7 CD11 - 7 7 R1 P01 2KJ3207 - 7 CD11 - 7 7 Q1 P01 2KJ3207 - 7 CD11 - 7 7 P1 P01
2KJ3206 - 7 CD11 - 7 7 S1 P01 2KJ3206 - 7 CD11 - 7 7 R1 P01 2KJ3206 - 7 CD11 - 7 7 Q1 P01 2KJ3206 - 7 CD11 - 7 7 P1 P01
page 10/43 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
0.18
D.69-LA63MF4
4.1
415
328.49
11 200
1.4
27
2KJ3206 - 7 BD11 - 7 7 S1
4.6
370
292.08
11 300
1.6
27
2KJ3206 - 7 BD11 - 7 7 R1
5.3
325
256.46
11 400
1.8
27
2KJ3206 - 7 BD11 - 7 7 Q1
3
5.8
295
233.14
11 400
2.0
27
2KJ3206 - 7 BD11 - 7 7 P1
D.59-LA71MG6
3.1
550
272.99
6 310
0.82
23
2KJ3205 - 7 CD11 - 7 7 R1 P01
3.5
485
239.70
7 470
0.93
23
2KJ3205 - 7 CD11 - 7 7 Q1 P01
3.9
440
217.91
7 680
1.0
23
2KJ3205 - 7 CD11 - 7 7 P1 P01
D.59-LA63MF4
4.4
390
307.02
7 760
1.2
22
2KJ3205 - 7 BD11 - 7 7 S1
4.9
345
272.99
7 830
1.3
22
2KJ3205 - 7 BD11 - 7 7 R1
5.6
305
239.70
7 900
1.5
22
2KJ3205 - 7 BD11 - 7 7 Q1
6.2
275
217.91
7 950
1.6
22
2KJ3205 - 7 BD11 - 7 7 P1
7.2
235
186.43
8 010
1.9
22
2KJ3205 - 7 BD11 - 7 7 N1
8.0
215
169.48
8 040
2.1
22
2KJ3205 - 7 BD11 - 7 7 M1
D.49-LA63MF4
4.8
355
280.89
4 890
0.89
20
2KJ3204 - 7 BD11 - 7 7 S1
5.4
315
249.76
5 910
1.0
20
2KJ3204 - 7 BD11 - 7 7 R1
6.2
275
219.30
5 990
1.1
20
2KJ3204 - 7 BD11 - 7 7 Q1
6.8
250
199.36
6 040
1.3
20
2KJ3204 - 7 BD11 - 7 7 P1
7.9
215
170.57
6 110
1.5
20
2KJ3204 - 7 BD11 - 7 7 N1
8.7
197
155.06
6 150
1.6
20
2KJ3204 - 7 BD11 - 7 7 M1
9.8
175
137.06
6 200
1.8
20
2KJ3204 - 7 BD11 - 7 7 L1
11
159
124.60
6 230
2
20
2KJ3204 - 7 BD11 - 7 7 K1
D.39-LA63MF4
7.5
230
181.07
3 610
0.87
10
2KJ3203 - 7 BD11 - 7 7 P1
8.2
210
164.61
4 120
0.95
10
2KJ3203 - 7 BD11 - 7 7 N1
9.6
180
141.17
4 870
1.1
10
2KJ3203 - 7 BD11 - 7 7 M1
11
163
128.34
5 290
1.2
10
2KJ3203 - 7 BD11 - 7 7 L1
12
143
112.53
5 790
1.4
10
2KJ3203 - 7 BD11 - 7 7 K1
13
128
100.44
5 800
1.6
10
2KJ3203 - 7 BD11 - 7 7 J1
15
114
89.51
5 800
1.8
10
2KJ3203 - 7 BD11 - 7 7 H1
16
105
82.63
5 800
1.9
10
2KJ3203 - 7 BD11 - 7 7 G1
19
92
72.34
5 800
2.2
10
2KJ3203 - 7 BD11 - 7 7 F1
D.29-LA63MF4
10
165
129.68
3 040
0.85
8
2KJ3202 - 7 BD11 - 7 7 L1
11
150
117.89
3 440
0.93
8
2KJ3202 - 7 BD11 - 7 7 K1
13
131
102.79
3 950
1.1
8
2KJ3202 - 7 BD11 - 7 7 J1
15
117
92.01
4 060
1.2
8
2KJ3202 - 7 BD11 - 7 7 H1
17
104
81.71
4 060
1.3
8
2KJ3202 - 7 BD11 - 7 7 G1
18
96
75.42
4 060
1.5
8
2KJ3202 - 7 BD11 - 7 7 F1
21
83
65.52
4 060
1.7
8
2KJ3202 - 7 BD11 - 7 7 E1
24
72
56.93
4 060
1.9
8
2KJ3202 - 7 BD11 - 7 7 D1
26
65
51.40
4 060
2.1
8
2KJ3202 - 7 BD11 - 7 7 C1
28
62
48.37
4 060
2.3
8
2KJ3202 - 7 BD11 - 7 7 B1
Z.29-LA63MF4
33
53
41.40
4 060
2.7
8
2KJ3102 - 7 BD11 - 7 7 A2
37
47
36.72
4 060
3.0
8
2KJ3102 - 7 BD11 - 7 7 X1
42
41
31.86
4 060
3.5
8
2KJ3102 - 7 BD11 - 7 7 W1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1 or 9 2 or 9 A, B, F or H
page 10/43 page 11/2 page 10/37
Siemens MD 50.1 · 2017
3/7
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
0.18
n2
T2
rpm
Nm
Z.29-LA63MF4
47
37
i
FR2
-
N
28.96
4 060
54
32
24.84
4 060
3
60
29
22.58
3 980
68
25
19.80
3 830
76
22
17.67
3 700
86
20
15.75
3 560
93
18
14.54
3 480
106
16
12.73
3 330
121
14
11.16
3 200
133
13
10.12
3 100
142
12
9.53
3 040
161
11
8.40
2 920
185
9
7.29
2 790
195
9
6.92
2 730
223
8
6.06
2 620
254
7
5.31
2 510
280
6
4.82
2 430
297
6
4.54
2 390
338
5
4.00
2 290
Z.29-LA63ME2
160
11
17.67
2 930
179
10
15.75
2 820
194
9
14.54
2 750
D.19-LA63MF4
15
111
87.21
1 430
17
99
78.07
1 670
19
88
69.32
1 900
21
82
63.99
2 020
24
71
55.59
2 250
28
62
48.30
2 320
31
56
43.61
2 350
33
52
41.04
2 370
Z.19-LA63MF4
39
44
34.97
2 410
44
39
30.97
2 440
50
34
26.91
2 460
55
31
24.46
2 480
65
26
20.82
2 500
71
24
18.92
2 480
82
21
16.50
2 380
91
19
14.77
2 300
103
17
13.12
2 220
111
15
12.11
2 170
128
13
10.52
2 080
148
12
9.14
1 990
164
10
8.25
1 930
174
10
7.76
1 890
199
9
6.77
1 810
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
fB -
3.8 4.4 4.9 5.6 6.2 7.0 6.5 8.6 9.9 11 12 13 14 8.5 13 14 14 14 15
13 15 14
0.90 1.0 1.1 1.2 1.4 1.6 1.8 1.9
2.2 2.5 2.9 3.2 3.8 4.2 4.7 5.1 5.4 5.7 6.2 6.7 7.0 7.4 7.9
m kg
8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8
8 8 8
7 7 7 7 7 7 7 7
7 7 7 7 7 7 7 7 7 7 7 7 7 7 7
1 or 9 2 or 9 A, B, F or H
3/8
Siemens MD 50.1 · 2017
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3102 - 7 BD11 - 7 7 V1 2KJ3102 - 7 BD11 - 7 7 U1 2KJ3102 - 7 BD11 - 7 7 T1 2KJ3102 - 7 BD11 - 7 7 S1 2KJ3102 - 7 BD11 - 7 7 R1 2KJ3102 - 7 BD11 - 7 7 Q1 2KJ3102 - 7 BD11 - 7 7 P1 2KJ3102 - 7 BD11 - 7 7 N1 2KJ3102 - 7 BD11 - 7 7 M1 2KJ3102 - 7 BD11 - 7 7 L1 2KJ3102 - 7 BD11 - 7 7 K1 2KJ3102 - 7 BD11 - 7 7 J1 2KJ3102 - 7 BD11 - 7 7 H1 2KJ3102 - 7 BD11 - 7 7 G1 2KJ3102 - 7 BD11 - 7 7 F1 2KJ3102 - 7 BD11 - 7 7 E1 2KJ3102 - 7 BD11 - 7 7 D1 2KJ3102 - 7 BD11 - 7 7 C1 2KJ3102 - 7 BD11 - 7 7 B1
2KJ3102 - 7 BC11 - 7 7 R1 P00 2KJ3102 - 7 BC11 - 7 7 Q1 P00 2KJ3102 - 7 BC11 - 7 7 P1 P00
2KJ3201 - 7 BD11 - 7 7 J1 2KJ3201 - 7 BD11 - 7 7 H1 2KJ3201 - 7 BD11 - 7 7 G1 2KJ3201 - 7 BD11 - 7 7 F1 2KJ3201 - 7 BD11 - 7 7 E1 2KJ3201 - 7 BD11 - 7 7 D1 2KJ3201 - 7 BD11 - 7 7 C1 2KJ3201 - 7 BD11 - 7 7 B1
2KJ3101 - 7 BD11 - 7 7 W1 2KJ3101 - 7 BD11 - 7 7 V1 2KJ3101 - 7 BD11 - 7 7 U1 2KJ3101 - 7 BD11 - 7 7 T1 2KJ3101 - 7 BD11 - 7 7 S1 2KJ3101 - 7 BD11 - 7 7 R1 2KJ3101 - 7 BD11 - 7 7 Q1 2KJ3101 - 7 BD11 - 7 7 P1 2KJ3101 - 7 BD11 - 7 7 N1 2KJ3101 - 7 BD11 - 7 7 M1 2KJ3101 - 7 BD11 - 7 7 L1 2KJ3101 - 7 BD11 - 7 7 K1 2KJ3101 - 7 BD11 - 7 7 J1 2KJ3101 - 7 BD11 - 7 7 H1 2KJ3101 - 7 BD11 - 7 7 G1
page 10/43 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
0.18
Z.19-LA63MF4
216
8
6.25
1 740
7.0
7
2KJ3101 - 7 BD11 - 7 7 F1
249
7
5.43
1 670
7.7
7
2KJ3101 - 7 BD11 - 7 7 E1
287
6
4.71
1 600
8.2
7
2KJ3101 - 7 BD11 - 7 7 D1
3
317
5
4.26
1 550
8.7
7
2KJ3101 - 7 BD11 - 7 7 C1
337
5
4.01
1 520
9.0
7
2KJ3101 - 7 BD11 - 7 7 B1
Z.19-LA63ME2
171
10
16.50
1 900
9.8
6
2KJ3101 - 7 BC11 - 7 7 Q1 P00
191
9
14.77
1 840
11
6
2KJ3101 - 7 BC11 - 7 7 P1 P00
215
8
13.12
1 770
11
6
2KJ3101 - 7 BC11 - 7 7 N1 P00
233
7
12.11
1 730
12
6
2KJ3101 - 7 BC11 - 7 7 M1 P00
268
6
10.52
1 650
13
6
2KJ3101 - 7 BC11 - 7 7 L1 P00
309
6
9.14
1 580
14
6
2KJ3101 - 7 BC11 - 7 7 K1 P00
342
5
8.25
1 530
15
6
2KJ3101 - 7 BC11 - 7 7 J1 P00
363
5
7.76
1 500
15
6
2KJ3101 - 7 BC11 - 7 7 H1 P00
451
4
6.25
1 390
15
6
2KJ3101 - 7 BC11 - 7 7 F1 P00
E.39-LA63MF4
146
12
9.22
3 000
2.6
10
2KJ3001 - 7 BD11 - 7 7 S1
165
10
8.20
3 000
3.3
10
2KJ3001 - 7 BD11 - 7 7 R1
0.25
D.79-LA71MH6
2.6
915
330.23
12 800
0.92
39
2KJ3207 - 7 CE11 - 7 7 S1 P01
2.9
830
300.21
13 400
1.0
39
2KJ3207 - 7 CE11 - 7 7 R1 P01
3.4
705
255.33
13 600
1.2
39
2KJ3207 - 7 CE11 - 7 7 Q1 P01
3.7
640
232.12
13 600
1.3
39
2KJ3207 - 7 CE11 - 7 7 P1 P01
D.79-LA71MG4
4.1
580
330.23
13 700
1.4
38
2KJ3207 - 7 CD11 - 7 7 S1
4.5
530
300.21
13 800
1.6
38
2KJ3207 - 7 CD11 - 7 7 R1
5.3
450
255.33
13 900
1.9
38
2KJ3207 - 7 CD11 - 7 7 Q1
5.8
410
232.12
13 900
2.0
38
2KJ3207 - 7 CD11 - 7 7 P1
D.69-LA71MH6
3.4
710
256.46
10 700
0.84
29
2KJ3206 - 7 CE11 - 7 7 Q1 P01
3.7
645
233.14
10 900
0.93
29
2KJ3206 - 7 CE11 - 7 7 P1 P01
D.69-LA71MG4
4.1
580
328.49
11 000
1.0
28
2KJ3206 - 7 CD11 - 7 7 S1
4.6
515
292.08
11 100
1.2
28
2KJ3206 - 7 CD11 - 7 7 R1
5.3
450
256.46
11 200
1.3
28
2KJ3206 - 7 CD11 - 7 7 Q1
5.8
410
233.14
11 300
1.5
28
2KJ3206 - 7 CD11 - 7 7 P1
6.8
350
199.47
11 300
1.7
28
2KJ3206 - 7 CD11 - 7 7 N1
7.4
320
181.33
11 400
1.9
28
2KJ3206 - 7 CD11 - 7 7 M1
8.4
280
160.29
11 500
2.1
28
2KJ3206 - 7 CD11 - 7 7 L1
D.59-LA71MG4
4.4
540
307.02
6 490
0.83
23
2KJ3205 - 7 CD11 - 7 7 S1
4.9
480
272.99
7 560
0.93
23
2KJ3205 - 7 CD11 - 7 7 R1
5.6
420
239.70
7 710
1.1
23
2KJ3205 - 7 CD11 - 7 7 Q1
6.2
385
217.91
7 770
1.2
23
2KJ3205 - 7 CD11 - 7 7 P1
7.2
330
186.43
7 860
1.4
23
2KJ3205 - 7 CD11 - 7 7 N1
8.0
300
169.48
7 910
1.5
23
2KJ3205 - 7 CD11 - 7 7 M1
9.0
265
149.81
7 960
1.7
23
2KJ3205 - 7 CD11 - 7 7 L1
9.9
240
136.19
8 000
1.9
23
2KJ3205 - 7 CD11 - 7 7 K1
11
210
119.30
8 050
2.1
23
2KJ3205 - 7 CD11 - 7 7 J1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1 or 9 2 or 9 A, B, F or H
page 10/43 page 11/2 page 10/37
Siemens MD 50.1 · 2017
3/9
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
0.25
n2
T2
rpm
Nm
D.49-LA71MG4
6.2
385
i
FR2
-
N
219.30
4 130
6.8
350
199.36
5 020
3
7.9
300
170.57
5 940
8.7
270
155.06
6 000
9.8
240
137.06
6 060
11
220
124.60
6 100
12
193
109.14
6 160
13
178
100.75
6 190
15
158
89.20
6 230
D.39-LA71MG4
9.6
250
141.17
3 110
11
225
128.34
3 740
12
199
112.53
4 390
13
178
100.44
4 920
15
158
89.51
5 410
16
146
82.63
5 720
19
128
72.34
5 800
21
112
63.43
5 800
Z.39-LA71MG4
24
99
55.95
5 800
27
88
49.75
5 800
D.29-LA71MG4
15
163
92.01
3 100
17
145
81.71
3 570
18
133
75.42
3 890
21
116
65.52
4 060
24
101
56.93
4 060
26
91
51.40
4 060
28
86
48.37
4 060
Z.29-LA71MG4
33
73
41.40
4 060
37
65
36.72
4 060
42
56
31.86
4 060
47
51
28.96
4 060
54
44
24.84
4 030
60
40
22.58
3 920
68
35
19.80
3 770
76
31
17.67
3 650
86
28
15.75
3 520
93
26
14.54
3 430
106
22
12.73
3 300
121
20
11.16
3 160
133
18
10.12
3 070
142
17
9.53
3 010
161
15
8.40
2 900
185
13
7.29
2 770
195
12
6.92
2 710
223
11
6.06
2 600
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
fB -
0.83 0.91 1.1 1.2 1.3 1.5 1.7 1.8 2.0
0.80 0.88 1.0 1.1 1.3 1.4 1.6 1.8
2.0 2.3
0.86 0.97 1.0 1.2 1.4 1.5 1.6
1.9 2.2 2.5 2.7 3.2 3.5 4.0 4.5 5.0 4.7 6.2 7.1 7.8 8.3 9.3 10 6.1 9.3
m kg
21 21 21 21 21 21 21 21 21
11 11 11 11 11 11 11 11
11 11
9 9 9 9 9 9 9
9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9
1 or 9 2 or 9 A, B, F or H
3/10
Siemens MD 50.1 · 2017
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3204 - 7 CD11 - 7 7 Q1 2KJ3204 - 7 CD11 - 7 7 P1 2KJ3204 - 7 CD11 - 7 7 N1 2KJ3204 - 7 CD11 - 7 7 M1 2KJ3204 - 7 CD11 - 7 7 L1 2KJ3204 - 7 CD11 - 7 7 K1 2KJ3204 - 7 CD11 - 7 7 J1 2KJ3204 - 7 CD11 - 7 7 H1 2KJ3204 - 7 CD11 - 7 7 G1
2KJ3203 - 7 CD11 - 7 7 M1 2KJ3203 - 7 CD11 - 7 7 L1 2KJ3203 - 7 CD11 - 7 7 K1 2KJ3203 - 7 CD11 - 7 7 J1 2KJ3203 - 7 CD11 - 7 7 H1 2KJ3203 - 7 CD11 - 7 7 G1 2KJ3203 - 7 CD11 - 7 7 F1 2KJ3203 - 7 CD11 - 7 7 E1
2KJ3103 - 7 CD11 - 7 7 A2 2KJ3103 - 7 CD11 - 7 7 X1
2KJ3202 - 7 CD11 - 7 7 H1 2KJ3202 - 7 CD11 - 7 7 G1 2KJ3202 - 7 CD11 - 7 7 F1 2KJ3202 - 7 CD11 - 7 7 E1 2KJ3202 - 7 CD11 - 7 7 D1 2KJ3202 - 7 CD11 - 7 7 C1 2KJ3202 - 7 CD11 - 7 7 B1
2KJ3102 - 7 CD11 - 7 7 A2 2KJ3102 - 7 CD11 - 7 7 X1 2KJ3102 - 7 CD11 - 7 7 W1 2KJ3102 - 7 CD11 - 7 7 V1 2KJ3102 - 7 CD11 - 7 7 U1 2KJ3102 - 7 CD11 - 7 7 T1 2KJ3102 - 7 CD11 - 7 7 S1 2KJ3102 - 7 CD11 - 7 7 R1 2KJ3102 - 7 CD11 - 7 7 Q1 2KJ3102 - 7 CD11 - 7 7 P1 2KJ3102 - 7 CD11 - 7 7 N1 2KJ3102 - 7 CD11 - 7 7 M1 2KJ3102 - 7 CD11 - 7 7 L1 2KJ3102 - 7 CD11 - 7 7 K1 2KJ3102 - 7 CD11 - 7 7 J1 2KJ3102 - 7 CD11 - 7 7 H1 2KJ3102 - 7 CD11 - 7 7 G1 2KJ3102 - 7 CD11 - 7 7 F1
page 10/43 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
0.25
Z.29-LA71MG4
254
9
5.31
2 490
9.7
9
2KJ3102 - 7 CD11 - 7 7 E1
280
9
4.82
2 420
10
9
2KJ3102 - 7 CD11 - 7 7 D1
297
8
4.54
2 370
10
9
2KJ3102 - 7 CD11 - 7 7 C1
3
338
7
4.00
2 280
11
9
2KJ3102 - 7 CD11 - 7 7 B1
389
6
3.47
2 180
11
9
2KJ3102 - 7 CD11 - 7 7 A1
Z.29-LA63MF2
160
15
17.67
2 900
9.4
8
2KJ3102 - 7 BD11 - 7 7 R1 P00
180
13
15.75
2 800
10
8
2KJ3102 - 7 BD11 - 7 7 Q1 P00
195
12
14.54
2 730
9.8
8
2KJ3102 - 7 BD11 - 7 7 P1 P00
222
11
12.73
2 610
13
8
2KJ3102 - 7 BD11 - 7 7 N1 P00
254
9
11.16
2 510
15
8
2KJ3102 - 7 BD11 - 7 7 M1 P00
409
6
6.92
2 140
13
8
2KJ3102 - 7 BD11 - 7 7 G1 P00
D.19-LA71MG4
19
123
69.32
1 180
0.82
8
2KJ3201 - 7 CD11 - 7 7 G1
21
113
63.99
1 390
0.88
8
2KJ3201 - 7 CD11 - 7 7 F1
24
98
55.59
1 690
1.0
8
2KJ3201 - 7 CD11 - 7 7 E1
28
85
48.30
1 960
1.2
8
2KJ3201 - 7 CD11 - 7 7 D1
31
77
43.61
2 120
1.3
8
2KJ3201 - 7 CD11 - 7 7 C1
33
73
41.04
2 210
1.4
8
2KJ3201 - 7 CD11 - 7 7 B1
Z.19-LA71MG4
39
62
34.97
2 320
1.6
8
2KJ3101 - 7 CD11 - 7 7 W1
44
55
30.97
2 360
1.8
8
2KJ3101 - 7 CD11 - 7 7 V1
50
48
26.91
2 390
2.1
8
2KJ3101 - 7 CD11 - 7 7 U1
55
43
24.46
2 420
2.3
8
2KJ3101 - 7 CD11 - 7 7 T1
65
37
20.82
2 450
2.7
8
2KJ3101 - 7 CD11 - 7 7 S1
71
34
18.92
2 410
3.0
8
2KJ3101 - 7 CD11 - 7 7 R1
82
29
16.50
2 320
3.4
8
2KJ3101 - 7 CD11 - 7 7 Q1
91
26
14.77
2 250
3.6
8
2KJ3101 - 7 CD11 - 7 7 P1
103
23
13.12
2 180
3.9
8
2KJ3101 - 7 CD11 - 7 7 N1
111
21
12.11
2 130
4.1
8
2KJ3101 - 7 CD11 - 7 7 M1
128
19
10.52
2 040
4.5
8
2KJ3101 - 7 CD11 - 7 7 L1
148
16
9.14
1 960
4.8
8
2KJ3101 - 7 CD11 - 7 7 K1
164
15
8.25
1 900
5.1
8
2KJ3101 - 7 CD11 - 7 7 J1
174
14
7.76
1 870
5.3
8
2KJ3101 - 7 CD11 - 7 7 H1
199
12
6.77
1 790
5.7
8
2KJ3101 - 7 CD11 - 7 7 G1
216
11
6.25
1 710
5.1
8
2KJ3101 - 7 CD11 - 7 7 F1
249
10
5.43
1 640
5.5
8
2KJ3101 - 7 CD11 - 7 7 E1
287
8
4.71
1 570
5.9
8
2KJ3101 - 7 CD11 - 7 7 D1
317
8
4.26
1 530
6.2
8
2KJ3101 - 7 CD11 - 7 7 C1
337
7
4.01
1 500
6.5
8
2KJ3101 - 7 CD11 - 7 7 B1
Z.19-LA63MF2
150
16
18.92
1 950
6.3
7
2KJ3101 - 7 BD11 - 7 7 R1 P00
172
14
16.50
1 870
7.1
7
2KJ3101 - 7 BD11 - 7 7 Q1 P00
192
12
14.77
1 820
7.6
7
2KJ3101 - 7 BD11 - 7 7 P1 P00
216
11
13.12
1 750
8.2
7
2KJ3101 - 7 BD11 - 7 7 N1 P00
234
10
12.11
1 710
8.6
7
2KJ3101 - 7 BD11 - 7 7 M1 P00
269
9
10.52
1 630
9.4
7
2KJ3101 - 7 BD11 - 7 7 L1 P00
310
8
9.14
1 560
10
7
2KJ3101 - 7 BD11 - 7 7 K1 P00
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1 or 9 2 or 9 A, B, F or H
page 10/43 page 11/2 page 10/37
Siemens MD 50.1 · 2017
3/11
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
0.25
n2
T2
rpm
Nm
Z.19-LA63MF2
343
7
i
FR2
-
N
8.25
1 520
365
7
7.76
1 490
3
418
6
6.77
1 420
453
5
6.25
1 370
521
5
5.43
1 310
601
4
4.71
1 250
664
4
4.26
1 220
706
3
4.01
1 190
E.39-LA71MG4
146
16
9.22
3 000
165
14
8.20
3 000
188
13
7.20
3 000
206
12
6.55
3 000
241
10
5.60
3 000
265
9
5.09
3 000
0.37
D.79-LA71MH4
4.1
850
330.23
13 400
4.6
770
300.21
13 500
5.4
655
255.33
13 600
5.9
595
232.12
13 700
6.6
530
207.10
13 800
7.4
475
185.70
13 900
8.2
430
167.39
13 900
8.9
395
154.51
14 000
D.69-LA71MH4
4.7
750
292.08
10 600
5.3
660
256.46
10 800
5.9
600
233.14
11 000
6.9
510
199.47
11 100
7.6
465
181.33
11 200
8.5
410
160.29
11 300
9.4
375
145.71
11 300
11
325
127.63
11 400
12
300
117.82
11 400
13
265
104.31
11 500
D.59-LA71MH4
6.3
560
217.91
6 130
7.3
480
186.43
7 560
8.1
435
169.48
7 690
9.1
385
149.81
7 770
10
350
136.19
7 820
11
305
119.30
7 900
12
280
110.12
7 940
14
250
97.50
7 990
17
205
81.15
8 060
18
197
76.38
8 070
D.49-LA71MH4
8.8
400
155.06
3 750
10
350
137.06
5 020
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
3/12
Siemens MD 50.1 · 2017
fB -
11 11 12 11 12 12 13 14
1.8 2.3 3.1 3.5 4.0 4.4
0.99 1.1 1.3 1.4 1.6 1.8 1.9 2.1
0.80 0.91 1.0 1.2 1.3 1.5 1.6 1.8 2.0 2.2
0.80 0.94 1.0 1.2 1.3 1.5 1.6 1.8 2.2 2.3
0.80 0.91
m kg
7 7 7 7 7 7 7 7
11 11 11 11 11 11
39 39 39 39 39 39 39 39
29 29 29 29 29 29 29 29 29 29
25 25 25 25 25 25 25 25 25 25
22 22
1 or 9 2 or 9 A, B, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3101 - 7 BD11 - 7 7 J1 P00 2KJ3101 - 7 BD11 - 7 7 H1 P00 2KJ3101 - 7 BD11 - 7 7 G1 P00 2KJ3101 - 7 BD11 - 7 7 F1 P00 2KJ3101 - 7 BD11 - 7 7 E1 P00 2KJ3101 - 7 BD11 - 7 7 D1 P00 2KJ3101 - 7 BD11 - 7 7 C1 P00 2KJ3101 - 7 BD11 - 7 7 B1 P00
2KJ3001 - 7 CD11 - 7 7 S1 2KJ3001 - 7 CD11 - 7 7 R1 2KJ3001 - 7 CD11 - 7 7 Q1 2KJ3001 - 7 CD11 - 7 7 P1 2KJ3001 - 7 CD11 - 7 7 N1 2KJ3001 - 7 CD11 - 7 7 M1
2KJ3207 - 7 CE11 - 7 7 S1 2KJ3207 - 7 CE11 - 7 7 R1 2KJ3207 - 7 CE11 - 7 7 Q1 2KJ3207 - 7 CE11 - 7 7 P1 2KJ3207 - 7 CE11 - 7 7 N1 2KJ3207 - 7 CE11 - 7 7 M1 2KJ3207 - 7 CE11 - 7 7 L1 2KJ3207 - 7 CE11 - 7 7 K1
2KJ3206 - 7 CE11 - 7 7 R1 2KJ3206 - 7 CE11 - 7 7 Q1 2KJ3206 - 7 CE11 - 7 7 P1 2KJ3206 - 7 CE11 - 7 7 N1 2KJ3206 - 7 CE11 - 7 7 M1 2KJ3206 - 7 CE11 - 7 7 L1 2KJ3206 - 7 CE11 - 7 7 K1 2KJ3206 - 7 CE11 - 7 7 J1 2KJ3206 - 7 CE11 - 7 7 H1 2KJ3206 - 7 CE11 - 7 7 G1
2KJ3205 - 7 CE11 - 7 7 P1 2KJ3205 - 7 CE11 - 7 7 N1 2KJ3205 - 7 CE11 - 7 7 M1 2KJ3205 - 7 CE11 - 7 7 L1 2KJ3205 - 7 CE11 - 7 7 K1 2KJ3205 - 7 CE11 - 7 7 J1 2KJ3205 - 7 CE11 - 7 7 H1 2KJ3205 - 7 CE11 - 7 7 G1 2KJ3205 - 7 CE11 - 7 7 F1 2KJ3205 - 7 CE11 - 7 7 E1
2KJ3204 - 7 CE11 - 7 7 M1 2KJ3204 - 7 CE11 - 7 7 L1
page 10/43 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
0.37
D.49-LA71MH4
11
320
124.60
5 780
1.0
22
2KJ3204 - 7 CE11 - 7 7 K1
13
280
109.14
5 980
1.1
22
2KJ3204 - 7 CE11 - 7 7 J1
14
260
100.75
6 020
1.2
22
2KJ3204 - 7 CE11 - 7 7 H1
3
15
230
89.20
6 080
1.4
22
2KJ3204 - 7 CE11 - 7 7 G1
18
191
74.24
6 160
1.7
22
2KJ3204 - 7 CE11 - 7 7 F1
20
180
69.88
6 190
1.8
22
2KJ3204 - 7 CE11 - 7 7 E1
22
161
62.61
6 220
2.0
22
2KJ3204 - 7 CE11 - 7 7 D1
Z.49-LA71MH4
26
134
52.14
6 280
2.4
22
2KJ3104 - 7 CE11 - 7 7 B2
D.39-LA71MH4
15
230
89.51
3 610
0.87
13
2KJ3203 - 7 CE11 - 7 7 H1
17
210
82.63
4 120
0.94
13
2KJ3203 - 7 CE11 - 7 7 G1
19
187
72.34
4 690
1.1
13
2KJ3203 - 7 CE11 - 7 7 F1
22
164
63.43
5 270
1.2
13
2KJ3203 - 7 CE11 - 7 7 E1
Z.39-LA71MH4
24
144
55.95
5 770
1.4
12
2KJ3103 - 7 CE11 - 7 7 A2
28
128
49.75
5 800
1.6
12
2KJ3103 - 7 CE11 - 7 7 X1
31
113
43.68
5 800
1.8
12
2KJ3103 - 7 CE11 - 7 7 W1
35
102
39.71
5 800
2.0
12
2KJ3103 - 7 CE11 - 7 7 V1
40
88
33.97
5 800
2.3
12
2KJ3103 - 7 CE11 - 7 7 U1
44
80
30.88
5 800
2.5
12
2KJ3103 - 7 CE11 - 7 7 T1
50
70
27.30
5 800
2.8
12
2KJ3103 - 7 CE11 - 7 7 S1
D.29-LA71MH4
21
169
65.52
2 940
0.83
11
2KJ3202 - 7 CE11 - 7 7 E1
24
147
56.93
3 520
0.95
11
2KJ3202 - 7 CE11 - 7 7 D1
27
133
51.40
3 890
1.1
11
2KJ3202 - 7 CE11 - 7 7 C1
28
125
48.37
4 060
1.1
11
2KJ3202 - 7 CE11 - 7 7 B1
Z.29-LA71MH4
33
107
41.40
4 060
1.3
11
2KJ3102 - 7 CE11 - 7 7 A2
37
95
36.72
4 060
1.5
11
2KJ3102 - 7 CE11 - 7 7 X1
43
82
31.86
4 060
1.7
11
2KJ3102 - 7 CE11 - 7 7 W1
47
75
28.96
4 060
1.9
11
2KJ3102 - 7 CE11 - 7 7 V1
55
64
24.84
3 900
2.2
11
2KJ3102 - 7 CE11 - 7 7 U1
61
58
22.58
3 800
2.4
11
2KJ3102 - 7 CE11 - 7 7 T1
69
51
19.80
3 660
2.7
11
2KJ3102 - 7 CE11 - 7 7 S1
78
46
17.67
3 540
3.1
11
2KJ3102 - 7 CE11 - 7 7 R1
87
41
15.75
3 430
3.4
11
2KJ3102 - 7 CE11 - 7 7 Q1
94
38
14.54
3 350
3.2
11
2KJ3102 - 7 CE11 - 7 7 P1
108
33
12.73
3 220
4.3
11
2KJ3102 - 7 CE11 - 7 7 N1
123
29
11.16
3 100
4.9
11
2KJ3102 - 7 CE11 - 7 7 M1
135
26
10.12
3 010
5.4
11
2KJ3102 - 7 CE11 - 7 7 L1
144
25
9.53
2 950
5.7
11
2KJ3102 - 7 CE11 - 7 7 K1
163
22
8.40
2 840
6.4
11
2KJ3102 - 7 CE11 - 7 7 J1
188
19
7.29
2 720
6.9
11
2KJ3102 - 7 CE11 - 7 7 H1
198
18
6.92
2 660
4.2
11
2KJ3102 - 7 CE11 - 7 7 G1
226
16
6.06
2 550
6.4
11
2KJ3102 - 7 CE11 - 7 7 F1
258
14
5.31
2 450
6.6
11
2KJ3102 - 7 CE11 - 7 7 E1
284
12
4.82
2 380
6.9
11
2KJ3102 - 7 CE11 - 7 7 D1
302
12
4.54
2 330
7.2
11
2KJ3102 - 7 CE11 - 7 7 C1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1 or 9 2 or 9 A, B, F or H
page 10/43 page 11/2 page 10/37
Siemens MD 50.1 · 2017
3/13
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
0.37
n2
T2
rpm
Nm
Z.29-LA71MH4
342
10
i
FR2
-
N
4.00
2 250
395
9
3.47
2 150
3
Z.29-LA71MG2
155
23
17.67
2 890
174
20
15.75
2 790
188
19
14.54
2 720
215
16
12.73
2 610
246
14
11.16
2 510
271
13
10.12
2 430
288
12
9.53
2 390
326
11
8.40
2 290
376
9
7.29
2 190
396
9
6.92
2 140
452
8
6.06
2 060
516
7
5.31
1 970
568
6
4.82
1 910
604
6
4.54
1 870
685
5
4.00
1 800
D.19-LA71MH4
28
125
48.30
1 140
31
112
43.61
1 410
33
106
41.04
1 530
Z.19-LA71MH4
39
90
34.97
1 860
44
80
30.97
2 060
51
69
26.91
2 290
56
63
24.46
2 320
66
54
20.82
2 340
72
49
18.92
2 290
83
43
16.50
2 210
93
38
14.77
2 160
104
34
13.12
2 090
113
31
12.11
2 050
130
27
10.52
1 970
150
24
9.14
1 900
166
21
8.25
1 850
177
20
7.76
1 810
202
18
6.77
1 740
219
16
6.25
1 650
252
14
5.43
1 590
291
12
4.71
1 530
322
11
4.26
1 480
342
10
4.01
1 460
Z.19-LA71MG2
166
21
16.50
1 850
186
19
14.77
1 790
209
17
13.12
1 730
226
16
12.11
1 690
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
fB -
7.4 7.8
6.1 6.9 6.4 8.5 9.7 11 11 13 14 8.4 13 13 14 14 15
0.80 0.89 0.94
1.1 1.3 1.4 1.6 1.9 2.0 2.3 2.5 2.7 2.8 3.1 3.3 3.5 3.6 3.9 3.5 3.8 4.0 4.3 4.4
4.7 5.0 5.4 5.6
m kg
11 11
9 9 9 9 9 9 9 9 9 9 9 9 9 9 9
9 9 9
9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9
8 8 8 8
1 or 9 2 or 9 A, B, F or H
3/14
Siemens MD 50.1 · 2017
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3102 - 7 CE11 - 7 7 B1 2KJ3102 - 7 CE11 - 7 7 A1
2KJ3102 - 7 CD11 - 7 7 R1 P00 2KJ3102 - 7 CD11 - 7 7 Q1 P00 2KJ3102 - 7 CD11 - 7 7 P1 P00 2KJ3102 - 7 CD11 - 7 7 N1 P00 2KJ3102 - 7 CD11 - 7 7 M1 P00 2KJ3102 - 7 CD11 - 7 7 L1 P00 2KJ3102 - 7 CD11 - 7 7 K1 P00 2KJ3102 - 7 CD11 - 7 7 J1 P00 2KJ3102 - 7 CD11 - 7 7 H1 P00 2KJ3102 - 7 CD11 - 7 7 G1 P00 2KJ3102 - 7 CD11 - 7 7 F1 P00 2KJ3102 - 7 CD11 - 7 7 E1 P00 2KJ3102 - 7 CD11 - 7 7 D1 P00 2KJ3102 - 7 CD11 - 7 7 C1 P00 2KJ3102 - 7 CD11 - 7 7 B1 P00
2KJ3201 - 7 CE11 - 7 7 D1 2KJ3201 - 7 CE11 - 7 7 C1 2KJ3201 - 7 CE11 - 7 7 B1
2KJ3101 - 7 CE11 - 7 7 W1 2KJ3101 - 7 CE11 - 7 7 V1 2KJ3101 - 7 CE11 - 7 7 U1 2KJ3101 - 7 CE11 - 7 7 T1 2KJ3101 - 7 CE11 - 7 7 S1 2KJ3101 - 7 CE11 - 7 7 R1 2KJ3101 - 7 CE11 - 7 7 Q1 2KJ3101 - 7 CE11 - 7 7 P1 2KJ3101 - 7 CE11 - 7 7 N1 2KJ3101 - 7 CE11 - 7 7 M1 2KJ3101 - 7 CE11 - 7 7 L1 2KJ3101 - 7 CE11 - 7 7 K1 2KJ3101 - 7 CE11 - 7 7 J1 2KJ3101 - 7 CE11 - 7 7 H1 2KJ3101 - 7 CE11 - 7 7 G1 2KJ3101 - 7 CE11 - 7 7 F1 2KJ3101 - 7 CE11 - 7 7 E1 2KJ3101 - 7 CE11 - 7 7 D1 2KJ3101 - 7 CE11 - 7 7 C1 2KJ3101 - 7 CE11 - 7 7 B1
2KJ3101 - 7 CD11 - 7 7 Q1 P00 2KJ3101 - 7 CD11 - 7 7 P1 P00 2KJ3101 - 7 CD11 - 7 7 N1 P00 2KJ3101 - 7 CD11 - 7 7 M1 P00
page 10/43 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
0.37
Z.19-LA71MG2
260
14
10.52
1 620
6.1
8
2KJ3101 - 7 CD11 - 7 7 L1 P00
300
12
9.14
1 550
6.6
8
2KJ3101 - 7 CD11 - 7 7 K1 P00
332
11
8.25
1 500
7.0
8
2KJ3101 - 7 CD11 - 7 7 J1 P00
3
353
10
7.76
1 480
7.3
8
2KJ3101 - 7 CD11 - 7 7 H1 P00
405
9
6.77
1 420
7.8
8
2KJ3101 - 7 CD11 - 7 7 G1 P00
438
8
6.25
1 360
6.9
8
2KJ3101 - 7 CD11 - 7 7 F1 P00
505
7
5.43
1 300
7.6
8
2KJ3101 - 7 CD11 - 7 7 E1 P00
582
6
4.71
1 250
8.1
8
2KJ3101 - 7 CD11 - 7 7 D1 P00
643
6
4.26
1 210
8.6
8
2KJ3101 - 7 CD11 - 7 7 C1 P00
683
5
4.01
1 190
8.9
8
2KJ3101 - 7 CD11 - 7 7 B1 P00
E.49-LA71MH4
141
25
9.70
4 000
3.4
18
2KJ3002 - 7 CE11 - 7 7 S1
E.39-LA71MH4
149
24
9.22
3 000
1.3
13
2KJ3001 - 7 CE11 - 7 7 S1
167
21
8.20
3 000
1.6
13
2KJ3001 - 7 CE11 - 7 7 R1
190
19
7.20
3 000
2.2
13
2KJ3001 - 7 CE11 - 7 7 Q1
209
17
6.55
3 000
2.4
13
2KJ3001 - 7 CE11 - 7 7 P1
245
14
5.60
3 000
2.8
13
2KJ3001 - 7 CE11 - 7 7 N1
269
13
5.09
3 000
3.0
13
2KJ3001 - 7 CE11 - 7 7 M1
304
12
4.50
3 000
4.1
13
2KJ3001 - 7 CE11 - 7 7 L1
335
10
4.09
3 000
4.6
13
2KJ3001 - 7 CE11 - 7 7 K1
0.55
D.89-LE80MB4
4.6
1 130
311.60
18 500
1.5
65
2KJ3208 - 7 DB21 - 7 7 S1
5.1
1 030
283.28
18 500
1.6
65
2KJ3208 - 7 DB21 - 7 7 R1
5.7
925
254.09
18 500
1.8
65
2KJ3208 - 7 DB21 - 7 7 Q1
6.3
830
228.45
18 500
2.0
65
2KJ3208 - 7 DB21 - 7 7 P1
D.79-LA71ZML4
5.4
975
255.33
11 900
0.86
39
2KJ3207 - 7 CH11 - 7 7 Q1
5.9
890
232.12
13 200
0.94
39
2KJ3207 - 7 CH11 - 7 7 P1
6.6
790
207.10
13 400
1.1
39
2KJ3207 - 7 CH11 - 7 7 N1
7.4
710
185.70
13 500
1.2
39
2KJ3207 - 7 CH11 - 7 7 M1
8.2
640
167.39
13 600
1.3
39
2KJ3207 - 7 CH11 - 7 7 L1
8.9
590
154.51
13 700
1.4
39
2KJ3207 - 7 CH11 - 7 7 K1
9.7
540
141.04
13 800
1.6
39
2KJ3207 - 7 CH11 - 7 7 J1
12
420
110.14
13 900
2.0
39
2KJ3207 - 7 CH11 - 7 7 G1
12
445
117.03
13 900
1.9
39
2KJ3207 - 7 CH11 - 7 7 H1
13
395
104.03
14 000
2.1
39
2KJ3207 - 7 CH11 - 7 7 F1
D.79-LE80MB4
5.6
930
255.33
12 600
0.9
42
2KJ3207 - 7 DB21 - 7 7 Q1
6.2
845
232.12
13 400
0.99
42
2KJ3207 - 7 DB21 - 7 7 P1
7.0
755
207.10
13 500
1.1
42
2KJ3207 - 7 DB21 - 7 7 N1
7.8
675
185.70
13 600
1.2
42
2KJ3207 - 7 DB21 - 7 7 M1
8.6
610
167.39
13 700
1.4
42
2KJ3207 - 7 DB21 - 7 7 L1
9.3
560
154.51
13 700
1.5
42
2KJ3207 - 7 DB21 - 7 7 K1
10
510
141.04
13 800
1.6
42
2KJ3207 - 7 DB21 - 7 7 J1
12
425
117.03
13 900
2.0
42
2KJ3207 - 7 DB21 - 7 7 H1
13
400
110.14
13 900
2.1
42
2KJ3207 - 7 DB21 - 7 7 G1
14
375
104.03
14 000
2.2
42
2KJ3207 - 7 DB21 - 7 7 F1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1 or 9 2 or 9 A, B, F or H
page 10/43 page 11/2 page 10/37
Siemens MD 50.1 · 2017
3/15
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
0.55
n2
T2
rpm
Nm
D.69-LA71ZML4
7.6
695
i
FR2
-
N
181.33
10 800
8.5
615
160.29
10 900
3
9.4
555
145.71
11 000
11
485
127.63
11 100
12
450
117.82
11 200
13
400
104.31
11 300
16
330
86.82
11 400
17
310
81.71
11 400
19
280
73.22
11 500
D.69-LE80MB4
7.2
725
199.47
10 700
7.9
660
181.33
10 800
9.0
585
160.29
11 000
9.9
530
145.71
11 100
11
465
127.63
11 200
12
430
117.82
11 200
14
380
104.31
11 300
17
315
86.82
11 400
18
295
81.71
11 400
20
265
73.22
11 500
D.59-LE80MB4
9.6
545
149.81
6 400
11
495
136.19
7 300
12
435
119.30
7 690
13
400
110.12
7 740
15
355
97.50
7 820
18
295
81.15
7 910
19
275
76.38
7 950
21
250
68.43
7 990
D.59-LA71ZML4
10
520
136.19
6 840
11
455
119.30
7 650
12
420
110.12
7 710
14
370
97.50
7 790
17
310
81.15
7 890
18
290
76.38
7 920
20
260
68.43
7 970
Z.59-LE80MB4
25
205
56.99
8 060
28
189
51.81
8 080
Z.59-LA71ZML4
24
215
56.99
8 040
26
199
51.81
8 070
D.49-LA71ZML4
14
385
100.75
4 130
15
340
89.20
5 270
18
285
74.24
5 970
20
265
69.88
6 010
22
240
62.61
6 060
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
3/16
Siemens MD 50.1 · 2017
fB -
0.86 0.98 1.1 1.2 1.3 1.5 1.8 1.9 2.1
0.82 0.91 1.0 1.1 1.3 1.4 1.6 1.9 2.0 2.2
0.82 0.91 1.0 1.1 1.3 1.5 1.6 1.8
0.86 0.98 1.1 1.2 1.4 1.5 1.7
2.2 2.4
2.1 2.3
0.83 0.94 1.1 1.2 1.3
m kg
29 29 29 29 29 29 29 29 29
32 32 32 32 32 32 32 32 32 32
27 27 27 27 27 27 27 27
25 25 25 25 25 25 25
27 27
24 24
22 22 22 22 22
1 or 9 2 or 9 A, B, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3206 - 7 CH11 - 7 7 M1 2KJ3206 - 7 CH11 - 7 7 L1 2KJ3206 - 7 CH11 - 7 7 K1 2KJ3206 - 7 CH11 - 7 7 J1 2KJ3206 - 7 CH11 - 7 7 H1 2KJ3206 - 7 CH11 - 7 7 G1 2KJ3206 - 7 CH11 - 7 7 F1 2KJ3206 - 7 CH11 - 7 7 E1 2KJ3206 - 7 CH11 - 7 7 D1
2KJ3206 - 7 DB21 - 7 7 N1 2KJ3206 - 7 DB21 - 7 7 M1 2KJ3206 - 7 DB21 - 7 7 L1 2KJ3206 - 7 DB21 - 7 7 K1 2KJ3206 - 7 DB21 - 7 7 J1 2KJ3206 - 7 DB21 - 7 7 H1 2KJ3206 - 7 DB21 - 7 7 G1 2KJ3206 - 7 DB21 - 7 7 F1 2KJ3206 - 7 DB21 - 7 7 E1 2KJ3206 - 7 DB21 - 7 7 D1
2KJ3205 - 7 DB21 - 7 7 L1 2KJ3205 - 7 DB21 - 7 7 K1 2KJ3205 - 7 DB21 - 7 7 J1 2KJ3205 - 7 DB21 - 7 7 H1 2KJ3205 - 7 DB21 - 7 7 G1 2KJ3205 - 7 DB21 - 7 7 F1 2KJ3205 - 7 DB21 - 7 7 E1 2KJ3205 - 7 DB21 - 7 7 D1
2KJ3205 - 7 CH11 - 7 7 K1 2KJ3205 - 7 CH11 - 7 7 J1 2KJ3205 - 7 CH11 - 7 7 H1 2KJ3205 - 7 CH11 - 7 7 G1 2KJ3205 - 7 CH11 - 7 7 F1 2KJ3205 - 7 CH11 - 7 7 E1 2KJ3205 - 7 CH11 - 7 7 D1
2KJ3105 - 7 DB21 - 7 7 A2 2KJ3105 - 7 DB21 - 7 7 X1
2KJ3105 - 7 CH11 - 7 7 A2 2KJ3105 - 7 CH11 - 7 7 X1
2KJ3204 - 7 CH11 - 7 7 H1 2KJ3204 - 7 CH11 - 7 7 G1 2KJ3204 - 7 CH11 - 7 7 F1 2KJ3204 - 7 CH11 - 7 7 E1 2KJ3204 - 7 CH11 - 7 7 D1
page 10/43 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
0.55
D.49-LE80MB4
13
395
109.14
3 880
0.80
25
2KJ3204 - 7 DB21 - 7 7 J1
14
365
100.75
4 640
0.87
25
2KJ3204 - 7 DB21 - 7 7 H1
16
325
89.20
5 660
0.98
25
2KJ3204 - 7 DB21 - 7 7 G1
3
19
270
74.24
6 000
1.2
25
2KJ3204 - 7 DB21 - 7 7 F1
21
255
69.88
6 030
1.3
25
2KJ3204 - 7 DB21 - 7 7 E1
23
225
62.61
6 090
1.4
25
2KJ3204 - 7 DB21 - 7 7 D1
Z.49-LA71ZML4
26
200
52.14
6 150
1.6
22
2KJ3104 - 7 CH11 - 7 7 B2
29
182
47.40
6 180
1.8
22
2KJ3104 - 7 CH11 - 7 7 A2
34
155
40.31
6 240
2.1
22
2KJ3104 - 7 CH11 - 7 7 X1
37
141
36.65
6 260
2.3
22
2KJ3104 - 7 CH11 - 7 7 W1
42
125
32.70
6 300
2.6
22
2KJ3104 - 7 CH11 - 7 7 V1
47
112
29.32
6 240
2.8
22
2KJ3104 - 7 CH11 - 7 7 U1
Z.49-LE80MB4
28
190
52.14
6 170
1.7
25
2KJ3104 - 7 DB21 - 7 7 B2
30
173
47.40
6 200
1.9
25
2KJ3104 - 7 DB21 - 7 7 A2
36
147
40.31
6 250
2.2
25
2KJ3104 - 7 DB21 - 7 7 X1
39
134
36.65
6 280
2.4
25
2KJ3104 - 7 DB21 - 7 7 W1
44
119
32.70
6 310
2.7
25
2KJ3104 - 7 DB21 - 7 7 V1
D.39-LA71ZML4
22
240
63.43
3 360
0.82
13
2KJ3203 - 7 CH11 - 7 7 E1
D.39-LE80MB4
23
230
63.43
3 610
0.86
15
2KJ3203 - 7 DB21 - 7 7 E1
Z.39-LA71ZML4
24
215
55.95
3 990
0.93
12
2KJ3103 - 7 CH11 - 7 7 A2
28
191
49.75
4 590
1.0
12
2KJ3103 - 7 CH11 - 7 7 X1
31
167
43.68
5 090
1.2
12
2KJ3103 - 7 CH11 - 7 7 W1
35
152
39.71
5 180
1.3
12
2KJ3103 - 7 CH11 - 7 7 V1
40
130
33.97
5 270
1.5
12
2KJ3103 - 7 CH11 - 7 7 U1
44
118
30.88
5 310
1.7
12
2KJ3103 - 7 CH11 - 7 7 T1
50
105
27.30
5 300
1.9
12
2KJ3103 - 7 CH11 - 7 7 S1
55
95
24.82
5 300
2.1
12
2KJ3103 - 7 CH11 - 7 7 R1
63
83
21.74
5 270
2.4
12
2KJ3103 - 7 CH11 - 7 7 Q1
68
77
20.07
5 220
2.6
12
2KJ3103 - 7 CH11 - 7 7 P1
77
68
17.77
5 070
2.9
12
2KJ3103 - 7 CH11 - 7 7 N1
93
57
14.79
4 810
3.4
12
2KJ3103 - 7 CH11 - 7 7 M1
98
53
13.92
4 720
3.5
12
2KJ3103 - 7 CH11 - 7 7 L1
Z.39-LE80MB4
29
181
49.75
4 840
1.1
14
2KJ3103 - 7 DB21 - 7 7 X1
33
159
43.68
5 140
1.3
14
2KJ3103 - 7 DB21 - 7 7 W1
36
145
39.71
5 200
1.4
14
2KJ3103 - 7 DB21 - 7 7 V1
42
124
33.97
5 280
1.6
14
2KJ3103 - 7 DB21 - 7 7 U1
47
113
30.88
5 300
1.8
14
2KJ3103 - 7 DB21 - 7 7 T1
53
100
27.30
5 290
2.0
14
2KJ3103 - 7 DB21 - 7 7 S1
58
90
24.82
5 300
2.2
14
2KJ3103 - 7 DB21 - 7 7 R1
66
79
21.74
5 250
2.5
14
2KJ3103 - 7 DB21 - 7 7 Q1
72
73
20.07
5 180
2.7
14
2KJ3103 - 7 DB21 - 7 7 P1
81
65
17.77
5 000
3.1
14
2KJ3103 - 7 DB21 - 7 7 N1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1 or 9 2 or 9 A, B, F or H
page 10/43 page 11/2 page 10/37
Siemens MD 50.1 · 2017
3/17
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
0.55
n2
T2
rpm
Nm
Z.29-LA71ZML4
33
159
i
FR2
-
N
41.40
3 200
37
141
36.72
3 680
3
43
122
31.86
3 940
47
111
28.96
3 850
55
95
24.84
3 720
61
87
22.58
3 630
69
76
19.80
3 520
78
68
17.67
3 420
87
60
15.75
3 320
94
56
14.54
3 250
108
49
12.73
3 130
123
43
11.16
3 020
135
39
10.12
2 940
144
36
9.53
2 890
198
26
6.92
2 600
226
23
6.06
2 500
258
20
5.31
2 410
284
18
4.82
2 340
302
17
4.54
2 300
342
15
4.00
2 210
395
13
3.47
2 120
Z.29-LE80MB4
39
134
36.72
3 860
45
116
31.86
3 900
50
106
28.96
3 810
58
91
24.84
3 670
64
82
22.58
3 590
73
72
19.80
3 480
81
64
17.67
3 380
91
57
15.75
3 280
99
53
14.54
3 200
113
46
12.73
3 090
129
41
11.16
2 980
142
37
10.12
2 900
151
35
9.53
2 850
208
25
6.92
2 560
238
22
6.06
2 460
271
19
5.31
2 370
299
18
4.82
2 300
317
17
4.54
2 260
360
15
4.00
2 170
415
13
3.47
2 080
Z.19-LA71ZML4
44
119
30.97
1 260
51
103
26.91
1 590
56
94
24.46
1 770
66
80
20.82
2 060
72
72
18.92
2 130
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
fB -
0.88 0.99 1.1 1.3 1.5 1.6 1.8 2.1 2.3 2.2 2.9 3.3 3.6 3.8 2.8 4.3 4.5 4.7 4.8 5.0 5.3
1.0 1.2 1.3 1.5 1.7 1.9 2.2 2.4 2.3 3.0 3.4 3.8 4.0 3.0 4.5 4.7 4.9 5.1 5.2 5.5
0.84 0.97 1.1 1.3 1.4
m kg
11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11
13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13
9 9 9 9 9
1 or 9 2 or 9 A, B, F or H
3/18
Siemens MD 50.1 · 2017
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3102 - 7 CH11 - 7 7 A2 2KJ3102 - 7 CH11 - 7 7 X1 2KJ3102 - 7 CH11 - 7 7 W1 2KJ3102 - 7 CH11 - 7 7 V1 2KJ3102 - 7 CH11 - 7 7 U1 2KJ3102 - 7 CH11 - 7 7 T1 2KJ3102 - 7 CH11 - 7 7 S1 2KJ3102 - 7 CH11 - 7 7 R1 2KJ3102 - 7 CH11 - 7 7 Q1 2KJ3102 - 7 CH11 - 7 7 P1 2KJ3102 - 7 CH11 - 7 7 N1 2KJ3102 - 7 CH11 - 7 7 M1 2KJ3102 - 7 CH11 - 7 7 L1 2KJ3102 - 7 CH11 - 7 7 K1 2KJ3102 - 7 CH11 - 7 7 G1 2KJ3102 - 7 CH11 - 7 7 F1 2KJ3102 - 7 CH11 - 7 7 E1 2KJ3102 - 7 CH11 - 7 7 D1 2KJ3102 - 7 CH11 - 7 7 C1 2KJ3102 - 7 CH11 - 7 7 B1 2KJ3102 - 7 CH11 - 7 7 A1
2KJ3102 - 7 DB21 - 7 7 X1 2KJ3102 - 7 DB21 - 7 7 W1 2KJ3102 - 7 DB21 - 7 7 V1 2KJ3102 - 7 DB21 - 7 7 U1 2KJ3102 - 7 DB21 - 7 7 T1 2KJ3102 - 7 DB21 - 7 7 S1 2KJ3102 - 7 DB21 - 7 7 R1 2KJ3102 - 7 DB21 - 7 7 Q1 2KJ3102 - 7 DB21 - 7 7 P1 2KJ3102 - 7 DB21 - 7 7 N1 2KJ3102 - 7 DB21 - 7 7 M1 2KJ3102 - 7 DB21 - 7 7 L1 2KJ3102 - 7 DB21 - 7 7 K1 2KJ3102 - 7 DB21 - 7 7 G1 2KJ3102 - 7 DB21 - 7 7 F1 2KJ3102 - 7 DB21 - 7 7 E1 2KJ3102 - 7 DB21 - 7 7 D1 2KJ3102 - 7 DB21 - 7 7 C1 2KJ3102 - 7 DB21 - 7 7 B1 2KJ3102 - 7 DB21 - 7 7 A1
2KJ3101 - 7 CH11 - 7 7 V1 2KJ3101 - 7 CH11 - 7 7 U1 2KJ3101 - 7 CH11 - 7 7 T1 2KJ3101 - 7 CH11 - 7 7 S1 2KJ3101 - 7 CH11 - 7 7 R1
page 10/43 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
0.55
Z.19-LA71ZML4
83
63
16.50
2 070
1.6
9
2KJ3101 - 7 CH11 - 7 7 Q1
93
57
14.77
2 020
1.7
9
2KJ3101 - 7 CH11 - 7 7 P1
104
50
13.12
1 980
1.8
9
2KJ3101 - 7 CH11 - 7 7 N1
3
113
46
12.11
1 950
1.9
9
2KJ3101 - 7 CH11 - 7 7 M1
130
40
10.52
1 880
2.1
9
2KJ3101 - 7 CH11 - 7 7 L1
150
35
9.14
1 820
2.2
9
2KJ3101 - 7 CH11 - 7 7 K1
166
32
8.25
1 770
2.3
9
2KJ3101 - 7 CH11 - 7 7 J1
177
30
7.76
1 740
2.5
9
2KJ3101 - 7 CH11 - 7 7 H1
202
26
6.77
1 680
2.6
9
2KJ3101 - 7 CH11 - 7 7 G1
219
24
6.25
1 560
2.3
9
2KJ3101 - 7 CH11 - 7 7 F1
252
21
5.43
1 510
2.5
9
2KJ3101 - 7 CH11 - 7 7 E1
291
18
4.71
1 460
2.7
9
2KJ3101 - 7 CH11 - 7 7 D1
322
16
4.26
1 430
2.9
9
2KJ3101 - 7 CH11 - 7 7 C1
342
15
4.01
1 410
3.0
9
2KJ3101 - 7 CH11 - 7 7 B1
Z.19-LE80MB4
46
113
30.97
1 390
0.89
11
2KJ3101 - 7 DB21 - 7 7 V1
54
98
26.91
1 690
1.0
11
2KJ3101 - 7 DB21 - 7 7 U1
59
89
24.46
1 880
1.1
11
2KJ3101 - 7 DB21 - 7 7 T1
69
76
20.82
2 140
1.3
11
2KJ3101 - 7 DB21 - 7 7 S1
76
69
18.92
2 110
1.4
11
2KJ3101 - 7 DB21 - 7 7 R1
87
60
16.50
2 050
1.6
11
2KJ3101 - 7 DB21 - 7 7 Q1
97
54
14.77
2 010
1.8
11
2KJ3101 - 7 DB21 - 7 7 P1
110
48
13.12
1 950
1.9
11
2KJ3101 - 7 DB21 - 7 7 N1
119
44
12.11
1 920
2.0
11
2KJ3101 - 7 DB21 - 7 7 M1
137
38
10.52
1 860
2.2
11
2KJ3101 - 7 DB21 - 7 7 L1
158
33
9.14
1 800
2.3
11
2KJ3101 - 7 DB21 - 7 7 K1
175
30
8.25
1 750
2.5
11
2KJ3101 - 7 DB21 - 7 7 J1
186
28
7.76
1 730
2.6
11
2KJ3101 - 7 DB21 - 7 7 H1
213
25
6.77
1 660
2.8
11
2KJ3101 - 7 DB21 - 7 7 G1
230
23
6.25
1 540
2.5
11
2KJ3101 - 7 DB21 - 7 7 F1
265
20
5.43
1 490
2.7
11
2KJ3101 - 7 DB21 - 7 7 E1
306
17
4.71
1 450
2.9
11
2KJ3101 - 7 DB21 - 7 7 D1
338
16
4.26
1 400
3.0
11
2KJ3101 - 7 DB21 - 7 7 C1
359
15
4.01
1 380
3.1
11
2KJ3101 - 7 DB21 - 7 7 B1
413
13
3.49
1 330
3.4
11
2KJ3101 - 7 DB21 - 7 7 A1
Z.19-LA71MH2
170
31
16.50
1 760
3.2
9
2KJ3101 - 7 CE11 - 7 7 Q1 P00
190
28
14.77
1 710
3.4
9
2KJ3101 - 7 CE11 - 7 7 P1 P00
213
25
13.12
1 660
3.7
9
2KJ3101 - 7 CE11 - 7 7 N1 P00
231
23
12.11
1 620
3.9
9
2KJ3101 - 7 CE11 - 7 7 M1 P00
266
20
10.52
1 560
4.2
9
2KJ3101 - 7 CE11 - 7 7 L1 P00
306
17
9.14
1 510
4.5
9
2KJ3101 - 7 CE11 - 7 7 K1 P00
339
16
8.25
1 460
4.8
9
2KJ3101 - 7 CE11 - 7 7 J1 P00
361
15
7.76
1 430
5.0
9
2KJ3101 - 7 CE11 - 7 7 H1 P00
414
13
6.77
1 380
5.4
9
2KJ3101 - 7 CE11 - 7 7 G1 P00
448
12
6.25
1 300
4.8
9
2KJ3101 - 7 CE11 - 7 7 F1 P00
516
10
5.43
1 260
5.2
9
2KJ3101 - 7 CE11 - 7 7 E1 P00
594
9
4.71
1 210
5.5
9
2KJ3101 - 7 CE11 - 7 7 D1 P00
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1 or 9 2 or 9 A, B, F or H
page 10/43 page 11/2 page 10/37
Siemens MD 50.1 · 2017
3/19
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
0.55
n2
T2
rpm
Nm
Z.19-LA71MH2
657
8
i
FR2
-
N
4.26
1 170
698
8
4.01
1 150
3
E.69-LA71ZML4
147
36
9.30
6 100
162
32
8.45
6 100
E.69-LE80MB4
155
34
9.30
6 100
170
31
8.45
6 100
E.49-LA71ZML4
141
37
9.70
4 000
155
34
8.82
4 000
183
29
7.50
4 000
201
26
6.82
4 000
225
23
6.08
4 000
E.49-LE80MB4
148
35
9.70
4 000
163
32
8.82
4 000
192
27
7.50
4 000
211
25
6.82
4 000
E.39-LE80MB4
176
30
8.20
3 000
200
26
7.20
3 000
220
24
6.55
3 000
257
20
5.60
3 000
283
19
5.09
3 000
320
16
4.50
3 000
352
15
4.09
3 000
402
13
3.58
3 000
435
12
3.31
3 000
E.39-LA71ZML4
149
35
9.22
3 000
167
31
8.20
3 000
190
28
7.20
3 000
209
25
6.55
3 000
245
22
5.60
3 000
269
20
5.09
3 000
304
17
4.50
3 000
335
16
4.09
3 000
383
14
3.58
3 000
414
13
3.31
3 000
0.75
D.129-LE90SQ6P
2.5
2 880
373.00
28 300
2.7
2 660
344.17
28 400
2.9
2 450
316.90
28 500
D.109-LE90SQ6P
2.7
2 700
348.88
20 200
2.9
2 430
314.98
20 200
3.2
2 210
285.72
20 200
3.5
2 040
263.74
20 200
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
3/20
Siemens MD 50.1 · 2017
fB -
5.9 6.1
3.4 3.2
3.5 3.4
2.3 3.2 3.7 4.0 4.5
2.4 3.4 3.9 4.2
1.1 1.5 1.7 2.0 2.2 2.9 3.2 4.4 4.8
0.85 1.1 1.4 1.6 1.9 2.0 2.8 3.1 4.2 4.6
1.7 1.9 2.0
1.1 1.3 1.4 1.5
m kg
9 9
25 25
28 28
18 18 18 18 18
21 21 21 21
15 15 15 15 15 15 15 15 15
13 13 13 13 13 13 13 13 13 13
174 174 174
111 111 111 111
1 or 9 2 or 9 A, B, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3101 - 7 CE11 - 7 7 C1 P00 2KJ3101 - 7 CE11 - 7 7 B1 P00
2KJ3003 - 7 CH11 - 7 7 S1 2KJ3003 - 7 CH11 - 7 7 R1
2KJ3003 - 7 DB21 - 7 7 S1 2KJ3003 - 7 DB21 - 7 7 R1
2KJ3002 - 7 CH11 - 7 7 S1 2KJ3002 - 7 CH11 - 7 7 R1 2KJ3002 - 7 CH11 - 7 7 Q1 2KJ3002 - 7 CH11 - 7 7 P1 2KJ3002 - 7 CH11 - 7 7 N1
2KJ3002 - 7 DB21 - 7 7 S1 2KJ3002 - 7 DB21 - 7 7 R1 2KJ3002 - 7 DB21 - 7 7 Q1 2KJ3002 - 7 DB21 - 7 7 P1
2KJ3001 - 7 DB21 - 7 7 R1 2KJ3001 - 7 DB21 - 7 7 Q1 2KJ3001 - 7 DB21 - 7 7 P1 2KJ3001 - 7 DB21 - 7 7 N1 2KJ3001 - 7 DB21 - 7 7 M1 2KJ3001 - 7 DB21 - 7 7 L1 2KJ3001 - 7 DB21 - 7 7 K1 2KJ3001 - 7 DB21 - 7 7 J1 2KJ3001 - 7 DB21 - 7 7 H1
2KJ3001 - 7 CH11 - 7 7 S1 2KJ3001 - 7 CH11 - 7 7 R1 2KJ3001 - 7 CH11 - 7 7 Q1 2KJ3001 - 7 CH11 - 7 7 P1 2KJ3001 - 7 CH11 - 7 7 N1 2KJ3001 - 7 CH11 - 7 7 M1 2KJ3001 - 7 CH11 - 7 7 L1 2KJ3001 - 7 CH11 - 7 7 K1 2KJ3001 - 7 CH11 - 7 7 J1 2KJ3001 - 7 CH11 - 7 7 H1
2KJ3211 - 7 EC23 - 7 7 S1 P01 2KJ3211 - 7 EC23 - 7 7 R1 P01 2KJ3211 - 7 EC23 - 7 7 Q1 P01
2KJ3210 - 7 EC23 - 7 7 T1 P01 2KJ3210 - 7 EC23 - 7 7 S1 P01 2KJ3210 - 7 EC23 - 7 7 R1 P01 2KJ3210 - 7 EC23 - 7 7 Q1 P01
page 10/43 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
0.75
D.109-LE90SQ6P
3.9
1 850
239.75
20 200
1.7
111
2KJ3210 - 7 EC23 - 7 7 P1 P01
D.89-LE90SQ6P
3.6
1 960
254.09
18 500
0.85
69
2KJ3208 - 7 EC23 - 7 7 Q1 P01
3
4.0
1 760
228.45
18 500
0.95
69
2KJ3208 - 7 EC23 - 7 7 P1 P01
D.89-LE80ZMQ4P
4.7
1 530
311.60
18 500
1.1
67
2KJ3208 - 7 DF23 - 7 7 S1
5.1
1 390
283.28
18 500
1.2
67
2KJ3208 - 7 DF23 - 7 7 R1
5.7
1 250
254.09
18 500
1.3
67
2KJ3208 - 7 DF23 - 7 7 Q1
6.3
1 120
228.45
18 500
1.5
67
2KJ3208 - 7 DF23 - 7 7 P1
7.0
1 020
206.62
18 500
1.6
67
2KJ3208 - 7 DF23 - 7 7 N1
7.6
940
190.73
18 500
1.8
67
2KJ3208 - 7 DF23 - 7 7 M1
8.3
860
174.71
18 500
1.9
67
2KJ3208 - 7 DF23 - 7 7 L1
D.79-LE80ZMQ4P
7.0
1 020
207.10
11 200
0.82
44
2KJ3207 - 7 DF23 - 7 7 N1
7.8
915
185.70
12 800
0.92
44
2KJ3207 - 7 DF23 - 7 7 M1
8.7
825
167.39
13 400
1.0
44
2KJ3207 - 7 DF23 - 7 7 L1
9.4
760
154.51
13 500
1.1
44
2KJ3207 - 7 DF23 - 7 7 K1
10
695
141.04
13 600
1.2
44
2KJ3207 - 7 DF23 - 7 7 J1
12
575
117.03
13 700
1.5
44
2KJ3207 - 7 DF23 - 7 7 H1
13
540
110.14
13 800
1.5
44
2KJ3207 - 7 DF23 - 7 7 G1
14
510
104.03
13 800
1.6
44
2KJ3207 - 7 DF23 - 7 7 F1
16
435
88.52
13 900
1.9
44
2KJ3207 - 7 DF23 - 7 7 E1
19
375
75.83
14 000
2.2
44
2KJ3207 - 7 DF23 - 7 7 D1
D.69-LE80ZMQ4P
10
720
145.71
10 700
0.83
34
2KJ3206 - 7 DF23 - 7 7 K1
11
630
127.63
10 900
0.95
34
2KJ3206 - 7 DF23 - 7 7 J1
12
580
117.82
11 000
1.0
34
2KJ3206 - 7 DF23 - 7 7 H1
14
515
104.31
11 100
1.2
34
2KJ3206 - 7 DF23 - 7 7 G1
17
425
86.82
11 200
1.4
34
2KJ3206 - 7 DF23 - 7 7 F1
18
400
81.71
11 300
1.5
34
2KJ3206 - 7 DF23 - 7 7 E1
20
360
73.22
11 300
1.7
34
2KJ3206 - 7 DF23 - 7 7 D1
Z.69-LE80ZMQ4P
24
300
60.97
11 400
2.0
33
2KJ3106 - 7 DF23 - 7 7 A2
26
270
55.43
11 500
2.2
33
2KJ3106 - 7 DF23 - 7 7 X1
D.59-LE80ZMQ4P
13
540
110.12
6 490
0.83
29
2KJ3205 - 7 DF23 - 7 7 H1
15
480
97.50
7 560
0.93
29
2KJ3205 - 7 DF23 - 7 7 G1
18
400
81.15
7 740
1.1
29
2KJ3205 - 7 DF23 - 7 7 F1
19
375
76.38
7 780
1.2
29
2KJ3205 - 7 DF23 - 7 7 E1
21
335
68.43
7 850
1.3
29
2KJ3205 - 7 DF23 - 7 7 D1
Z.59-LE80ZMQ4P
25
280
56.99
7 940
1.6
29
2KJ3105 - 7 DF23 - 7 7 A2
28
255
51.81
7 980
1.8
29
2KJ3105 - 7 DF23 - 7 7 X1
33
215
44.06
8 040
2.1
29
2KJ3105 - 7 DF23 - 7 7 W1
36
198
40.06
8 040
2.3
29
2KJ3105 - 7 DF23 - 7 7 V1
41
177
35.74
7 790
2.5
29
2KJ3105 - 7 DF23 - 7 7 U1
45
158
32.05
7 560
2.8
29
2KJ3105 - 7 DF23 - 7 7 T1
D.49-LE80ZMQ4P
20
365
74.24
4 640
0.87
27
2KJ3204 - 7 DF23 - 7 7 F1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1 or 9 2 or 9 A, B, F or H
page 10/43 page 11/2 page 10/37
Siemens MD 50.1 · 2017
3/21
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
0.75
n2
T2
rpm
Nm
D.49-LE80ZMQ4P
21
345
i
FR2
-
N
69.88
5 150
23
305
62.61
5 930
3
Z.49-LE80ZMQ4P
28
255
52.14
6 030
31
230
47.40
6 080
36
199
40.31
6 150
40
181
36.65
6 180
44
162
32.70
6 160
49
145
29.32
5 990
55
131
26.43
5 820
59
120
24.39
5 700
65
110
22.27
5 550
Z.39-LE80ZMQ4P
29
245
49.75
3 240
33
215
43.68
3 720
37
196
39.71
3 910
43
168
33.97
4 160
47
153
30.88
4 280
53
135
27.30
4 400
58
123
24.82
4 460
67
107
21.74
4 530
72
99
20.07
4 540
82
88
17.77
4 540
98
73
14.79
4 510
104
69
13.92
4 480
116
62
12.47
4 410
137
52
10.62
4 210
159
45
9.10
4 020
185
39
7.84
3 850
224
32
6.46
3 630
Z.29-LE80ZMQ4P
46
157
31.86
2 890
50
143
28.96
3 050
58
123
24.84
3 230
64
112
22.58
3 320
73
98
19.80
3 320
82
87
17.67
3 240
92
78
15.75
3 150
100
72
14.54
3 090
114
63
12.73
2 990
130
55
11.16
2 890
143
50
10.12
2 810
152
47
9.53
2 770
173
42
8.40
2 670
199
36
7.29
2 570
210
34
6.92
2 490
239
30
6.06
2 400
273
26
5.31
2 320
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
fB -
0.93 1.0
1.2 1.4 1.6 1.8 2.0 2.2 2.5 2.7 2.9
0.81 0.93 1.0 1.2 1.3 1.5 1.6 1.9 2.0 2.3 2.6 2.7 2.9 3.2 3.5 3.8 4.6
0.89 0.98 1.1 1.3 1.4 1.6 1.8 1.7 2.2 2.5 2.8 3.0 3.3 3.6 2.2 3.3 3.5
m kg
27 27
27 27 27 27 27 27 27 27 27
16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16 16
15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15
1 or 9 2 or 9 A, B, F or H
3/22
Siemens MD 50.1 · 2017
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3204 - 7 DF23 - 7 7 E1 2KJ3204 - 7 DF23 - 7 7 D1
2KJ3104 - 7 DF23 - 7 7 B2 2KJ3104 - 7 DF23 - 7 7 A2 2KJ3104 - 7 DF23 - 7 7 X1 2KJ3104 - 7 DF23 - 7 7 W1 2KJ3104 - 7 DF23 - 7 7 V1 2KJ3104 - 7 DF23 - 7 7 U1 2KJ3104 - 7 DF23 - 7 7 T1 2KJ3104 - 7 DF23 - 7 7 S1 2KJ3104 - 7 DF23 - 7 7 R1
2KJ3103 - 7 DF23 - 7 7 X1 2KJ3103 - 7 DF23 - 7 7 W1 2KJ3103 - 7 DF23 - 7 7 V1 2KJ3103 - 7 DF23 - 7 7 U1 2KJ3103 - 7 DF23 - 7 7 T1 2KJ3103 - 7 DF23 - 7 7 S1 2KJ3103 - 7 DF23 - 7 7 R1 2KJ3103 - 7 DF23 - 7 7 Q1 2KJ3103 - 7 DF23 - 7 7 P1 2KJ3103 - 7 DF23 - 7 7 N1 2KJ3103 - 7 DF23 - 7 7 M1 2KJ3103 - 7 DF23 - 7 7 L1 2KJ3103 - 7 DF23 - 7 7 K1 2KJ3103 - 7 DF23 - 7 7 J1 2KJ3103 - 7 DF23 - 7 7 H1 2KJ3103 - 7 DF23 - 7 7 G1 2KJ3103 - 7 DF23 - 7 7 F1
2KJ3102 - 7 DF23 - 7 7 W1 2KJ3102 - 7 DF23 - 7 7 V1 2KJ3102 - 7 DF23 - 7 7 U1 2KJ3102 - 7 DF23 - 7 7 T1 2KJ3102 - 7 DF23 - 7 7 S1 2KJ3102 - 7 DF23 - 7 7 R1 2KJ3102 - 7 DF23 - 7 7 Q1 2KJ3102 - 7 DF23 - 7 7 P1 2KJ3102 - 7 DF23 - 7 7 N1 2KJ3102 - 7 DF23 - 7 7 M1 2KJ3102 - 7 DF23 - 7 7 L1 2KJ3102 - 7 DF23 - 7 7 K1 2KJ3102 - 7 DF23 - 7 7 J1 2KJ3102 - 7 DF23 - 7 7 H1 2KJ3102 - 7 DF23 - 7 7 G1 2KJ3102 - 7 DF23 - 7 7 F1 2KJ3102 - 7 DF23 - 7 7 E1
page 10/43 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
0.75
Z.29-LE80ZMQ4P
301
24
4.82
2 250
3.6
15
2KJ3102 - 7 DF23 - 7 7 D1
319
22
4.54
2 220
3.7
15
2KJ3102 - 7 DF23 - 7 7 C1
362
20
4.00
2 130
3.8
15
2KJ3102 - 7 DF23 - 7 7 B1
3
418
17
3.47
2 050
4.1
15
2KJ3102 - 7 DF23 - 7 7 A1
Z.29-LE80ME2P
159
45
17.67
2 740
3.1
14
2KJ3102 - 7 DB23 - 7 7 R1 P00
178
40
15.75
2 650
3.5
14
2KJ3102 - 7 DB23 - 7 7 Q1 P00
193
37
14.54
2 600
3.2
14
2KJ3102 - 7 DB23 - 7 7 P1 P00
220
32
12.73
2 500
4.3
14
2KJ3102 - 7 DB23 - 7 7 N1 P00
405
18
6.92
2 060
4.2
14
2KJ3102 - 7 DB23 - 7 7 G1 P00
Z.19-LE80ZMQ4P
59
121
24.46
1 220
0.83
13
2KJ3101 - 7 DF23 - 7 7 T1
70
103
20.82
1 590
0.97
13
2KJ3101 - 7 DF23 - 7 7 S1
77
94
18.92
1 770
1.1
13
2KJ3101 - 7 DF23 - 7 7 R1
88
82
16.50
1 900
1.2
13
2KJ3101 - 7 DF23 - 7 7 Q1
98
73
14.77
1 870
1.3
13
2KJ3101 - 7 DF23 - 7 7 P1
111
65
13.12
1 830
1.4
13
2KJ3101 - 7 DF23 - 7 7 N1
120
60
12.11
1 810
1.5
13
2KJ3101 - 7 DF23 - 7 7 M1
138
52
10.52
1 760
1.6
13
2KJ3101 - 7 DF23 - 7 7 L1
159
45
9.14
1 710
1.7
13
2KJ3101 - 7 DF23 - 7 7 K1
176
41
8.25
1 670
1.8
13
2KJ3101 - 7 DF23 - 7 7 J1
187
38
7.76
1 650
1.9
13
2KJ3101 - 7 DF23 - 7 7 H1
214
33
6.77
1 600
2.0
13
2KJ3101 - 7 DF23 - 7 7 G1
232
31
6.25
1 460
1.8
13
2KJ3101 - 7 DF23 - 7 7 F1
267
27
5.43
1 420
2.0
13
2KJ3101 - 7 DF23 - 7 7 E1
308
23
4.71
1 380
2.1
13
2KJ3101 - 7 DF23 - 7 7 D1
340
21
4.26
1 350
2.2
13
2KJ3101 - 7 DF23 - 7 7 C1
362
20
4.01
1 330
2.3
13
2KJ3101 - 7 DF23 - 7 7 B1
415
17
3.49
1 290
2.5
13
2KJ3101 - 7 DF23 - 7 7 A1
Z.19-LE80ME2P
170
42
16.50
1 690
2.3
13
2KJ3101 - 7 DB23 - 7 7 Q1 P00
190
38
14.77
1 640
2.5
13
2KJ3101 - 7 DB23 - 7 7 P1 P00
214
34
13.12
1 590
2.7
13
2KJ3101 - 7 DB23 - 7 7 N1 P00
232
31
12.11
1 570
2.8
13
2KJ3101 - 7 DB23 - 7 7 M1 P00
267
27
10.52
1 510
3.1
13
2KJ3101 - 7 DB23 - 7 7 L1 P00
307
23
9.14
1 460
3.3
13
2KJ3101 - 7 DB23 - 7 7 K1 P00
340
21
8.25
1 420
3.5
13
2KJ3101 - 7 DB23 - 7 7 J1 P00
361
20
7.76
1 400
3.7
13
2KJ3101 - 7 DB23 - 7 7 H1 P00
414
17
6.77
1 350
3.9
13
2KJ3101 - 7 DB23 - 7 7 G1 P00
449
16
6.25
1 260
3.5
13
2KJ3101 - 7 DB23 - 7 7 F1 P00
517
14
5.43
1 220
3.8
13
2KJ3101 - 7 DB23 - 7 7 E1 P00
596
12
4.71
1 170
4.1
13
2KJ3101 - 7 DB23 - 7 7 D1 P00
658
11
4.26
1 140
4.3
13
2KJ3101 - 7 DB23 - 7 7 C1 P00
700
10
4.01
1 130
4.5
13
2KJ3101 - 7 DB23 - 7 7 B1 P00
804
9
3.49
1 080
4.8
13
2KJ3101 - 7 DB23 - 7 7 A1 P00
E.69-LE80ZMQ4P
156
46
9.30
6 100
2.6
30
2KJ3003 - 7 DF23 - 7 7 S1
172
42
8.45
6 100
2.5
30
2KJ3003 - 7 DF23 - 7 7 R1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1 or 9 2 or 9 A, B, F or H
page 10/43 page 11/2 page 10/37
Siemens MD 50.1 · 2017
3/23
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
0.75
n2
T2
rpm
Nm
E.49-LE80ZMQ4P
149
48
i
FR2
-
N
9.70
4 000
164
44
8.82
4 000
3
193
37
7.50
4 000
213
34
6.82
4 000
238
30
6.08
4 000
266
27
5.45
4 000
295
24
4.92
4 000
319
22
4.54
4 000
350
20
4.14
4 000
E.39-LE80ZMQ4P
177
40
8.20
3 000
201
36
7.20
3 000
221
32
6.55
3 000
259
28
5.60
3 000
285
25
5.09
3 000
322
22
4.50
3 000
355
20
4.09
3 000
405
18
3.58
3 000
438
16
3.31
3 000
495
14
2.93
3 000
594
12
2.44
2 980
633
11
2.29
2 920
1.1
D.129-LE90ZLR6P
2.5
4 190
373
27 500
2.7
3 860
344.17
27 700
3.0
3 560
316.90
27 900
3.5
3 030
270.24
28 200
D.129-LE90SM4P
3.8
2 750
373.00
28 300
4.1
2 530
344.17
28 500
D.109-LE90ZLR6P
3.0
3 530
314.98
20 200
3.3
3 210
285.72
20 200
3.5
2 960
263.74
20 200
3.9
2 690
239.75
20 200
D.109-LE90SM4P
4.1
2 570
348.88
20 200
4.5
2 320
314.98
20 200
5.0
2 100
285.72
20 200
5.4
1 940
263.74
20 200
5.9
1 760
239.75
20 200
7.0
1 490
203.01
20 200
D.89-LE90SM4P
5.0
2 080
283.28
18 000
5.6
1 870
254.09
18 500
6.2
1 680
228.45
18 500
6.9
1 520
206.62
18 500
7.5
1 400
190.73
18 500
8.2
1 280
174.71
18 500
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
3/24
Siemens MD 50.1 · 2017
fB -
1.8 2.5 2.9 3.1 3.5 3.8 4.2 4.5 5.0
0.84 1.1 1.2 1.4 1.6 2.2 2.4 3.3 3.5 4.5 5.4 5.8
1.2 1.3 1.4 1.6
1.8 2.0
0.88 0.97 1.0 1.2
1.2 1.3 1.5 1.6 1.8 2.1
0.8 0.9 1.0 1.1 1.2 1.3
m kg
23 23 23 23 23 23 23 23 23
17 17 17 17 17 17 17 17 17 17 17 17
177 177 177 177
174 174
114 114 114 114
111 111 111 111 111 111
69 69 69 69 69 69
1 or 9 2 or 9 A, B, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3002 - 7 DF23 - 7 7 S1 2KJ3002 - 7 DF23 - 7 7 R1 2KJ3002 - 7 DF23 - 7 7 Q1 2KJ3002 - 7 DF23 - 7 7 P1 2KJ3002 - 7 DF23 - 7 7 N1 2KJ3002 - 7 DF23 - 7 7 M1 2KJ3002 - 7 DF23 - 7 7 L1 2KJ3002 - 7 DF23 - 7 7 K1 2KJ3002 - 7 DF23 - 7 7 J1
2KJ3001 - 7 DF23 - 7 7 R1 2KJ3001 - 7 DF23 - 7 7 Q1 2KJ3001 - 7 DF23 - 7 7 P1 2KJ3001 - 7 DF23 - 7 7 N1 2KJ3001 - 7 DF23 - 7 7 M1 2KJ3001 - 7 DF23 - 7 7 L1 2KJ3001 - 7 DF23 - 7 7 K1 2KJ3001 - 7 DF23 - 7 7 J1 2KJ3001 - 7 DF23 - 7 7 H1 2KJ3001 - 7 DF23 - 7 7 G1 2KJ3001 - 7 DF23 - 7 7 F1 2KJ3001 - 7 DF23 - 7 7 E1
2KJ3211 - 7 EM23 - 7 7 S1 P01 2KJ3211 - 7 EM23 - 7 7 R1 P01 2KJ3211 - 7 EM23 - 7 7 Q1 P01 2KJ3211 - 7 EM23 - 7 7 P1 P01
2KJ3211 - 7 EK23 - 7 7 S1 2KJ3211 - 7 EK23 - 7 7 R1
2KJ3210 - 7 EM23 - 7 7 S1 P01 2KJ3210 - 7 EM23 - 7 7 R1 P01 2KJ3210 - 7 EM23 - 7 7 Q1 P01 2KJ3210 - 7 EM23 - 7 7 P1 P01
2KJ3210 - 7 EK23 - 7 7 T1 2KJ3210 - 7 EK23 - 7 7 S1 2KJ3210 - 7 EK23 - 7 7 R1 2KJ3210 - 7 EK23 - 7 7 Q1 2KJ3210 - 7 EK23 - 7 7 P1 2KJ3210 - 7 EK23 - 7 7 N1
2KJ3208 - 7 EK23 - 7 7 R1 2KJ3208 - 7 EK23 - 7 7 Q1 2KJ3208 - 7 EK23 - 7 7 P1 2KJ3208 - 7 EK23 - 7 7 N1 2KJ3208 - 7 EK23 - 7 7 M1 2KJ3208 - 7 EK23 - 7 7 L1
page 10/43 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
1.1
D.89-LE90SM4P
9.7
1 080
146.59
18 500
1.6
69
2KJ3208 - 7 EK23 - 7 7 K1
10
1 010
137.97
18 500
1.7
69
2KJ3208 - 7 EK23 - 7 7 J1
11
930
126.58
18 500
1.8
69
2KJ3208 - 7 EK23 - 7 7 H1
3
13
815
110.57
18 500
2.1
69
2KJ3208 - 7 EK23 - 7 7 G1
D.79-LE90SM4P
10
1 040
141.04
10 900
0.81
46
2KJ3207 - 7 EK23 - 7 7 J1
12
860
117.03
13 400
0.97
46
2KJ3207 - 7 EK23 - 7 7 H1
13
810
110.14
13 400
1.0
46
2KJ3207 - 7 EK23 - 7 7 G1
14
765
104.03
13 500
1.1
46
2KJ3207 - 7 EK23 - 7 7 F1
16
650
88.52
13 600
1.3
46
2KJ3207 - 7 EK23 - 7 7 E1
19
555
75.83
13 700
1.5
46
2KJ3207 - 7 EK23 - 7 7 D1
21
490
66.67
13 800
1.7
46
2KJ3207 - 7 EK23 - 7 7 C1
Z.79-LE90SM4P
26
400
54.47
13 900
2.1
45
2KJ3107 - 7 EK23 - 7 7 A2
29
365
49.52
14 000
2.3
45
2KJ3107 - 7 EK23 - 7 7 X1
D.69-LE90SM4P
16
640
86.82
10 900
0.94
34
2KJ3206 - 7 EK23 - 7 7 F1
17
600
81.71
11 000
1.0
34
2KJ3206 - 7 EK23 - 7 7 E1
19
540
73.22
11 100
1.1
34
2KJ3206 - 7 EK23 - 7 7 D1
Z.69-LE90SM4P
23
445
60.97
11 200
1.3
34
2KJ3106 - 7 EK23 - 7 7 A2
26
405
55.43
11 300
1.5
34
2KJ3106 - 7 EK23 - 7 7 X1
30
345
47.14
11 400
1.7
34
2KJ3106 - 7 EK23 - 7 7 W1
33
315
42.86
11 400
1.9
34
2KJ3106 - 7 EK23 - 7 7 V1
37
280
38.24
11 500
2.1
34
2KJ3106 - 7 EK23 - 7 7 U1
42
250
34.29
11 500
2.4
34
2KJ3106 - 7 EK23 - 7 7 T1
46
225
30.90
11 500
2.6
34
2KJ3106 - 7 EK23 - 7 7 S1
D.59-LE90SM4P
19
560
76.38
6 130
0.80
30
2KJ3205 - 7 EK23 - 7 7 E1
21
500
68.43
7 210
0.89
30
2KJ3205 - 7 EK23 - 7 7 D1
Z.59-LE90SM4P
25
420
56.99
7 710
1.1
29
2KJ3105 - 7 EK23 - 7 7 A2
28
380
51.81
7 780
1.2
29
2KJ3105 - 7 EK23 - 7 7 X1
32
325
44.06
7 860
1.4
29
2KJ3105 - 7 EK23 - 7 7 W1
36
295
40.06
7 700
1.5
29
2KJ3105 - 7 EK23 - 7 7 V1
40
260
35.74
7 510
1.7
29
2KJ3105 - 7 EK23 - 7 7 U1
44
235
32.05
7 300
1.9
29
2KJ3105 - 7 EK23 - 7 7 T1
49
210
28.89
7 120
2.1
29
2KJ3105 - 7 EK23 - 7 7 S1
53
197
26.66
6 970
2.3
29
2KJ3105 - 7 EK23 - 7 7 R1
59
179
24.34
6 800
2.5
29
2KJ3105 - 7 EK23 - 7 7 Q1
71
149
20.20
6 470
3.0
29
2KJ3105 - 7 EK23 - 7 7 P1
75
140
19.01
6 360
3.2
29
2KJ3105 - 7 EK23 - 7 7 N1
Z.49-LE90SM4P
27
380
52.14
5 630
0.83
27
2KJ3104 - 7 EK23 - 7 7 B2
30
345
47.40
5 850
0.92
27
2KJ3104 - 7 EK23 - 7 7 A2
35
295
40.31
5 950
1.1
27
2KJ3104 - 7 EK23 - 7 7 X1
39
270
36.65
6 000
1.2
27
2KJ3104 - 7 EK23 - 7 7 W1
44
240
32.70
5 900
1.3
27
2KJ3104 - 7 EK23 - 7 7 V1
49
215
29.32
5 750
1.5
27
2KJ3104 - 7 EK23 - 7 7 U1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1 or 9 2 or 9 A, B, F or H
page 10/43 page 11/2 page 10/37
Siemens MD 50.1 · 2017
3/25
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
1.1
n2
T2
rpm
Nm
Z.49-LE90SM4P
54
195
i
FR2
-
N
26.43
5 600
58
180
24.39
5 500
3
64
164
22.27
5 370
77
136
18.48
5 120
82
128
17.39
5 040
87
121
16.42
4 960
102
103
13.98
4 750
119
88
11.97
4 550
Z.39-LE90SM4P
42
250
33.97
2 160
46
225
30.88
2 530
52
200
27.30
2 820
57
183
24.82
3 000
66
160
21.74
3 250
71
148
20.07
3 360
80
131
17.77
3 500
96
109
14.79
3 650
102
103
13.92
3 670
114
92
12.47
3 720
134
78
10.62
3 760
157
67
9.10
3 740
182
58
7.84
3 710
221
48
6.46
3 330
234
45
6.08
3 330
261
40
5.45
3 310
307
34
4.64
3 240
358
29
3.98
3 100
415
25
3.43
2 960
Z.39-LE80ZMJ2P
160
66
17.77
3 740
192
55
14.79
3 690
204
52
13.92
3 650
227
46
12.47
3 540
267
39
10.62
3 380
312
34
9.10
3 230
362
29
7.84
3 090
Z.29-LE90SM4P
63
166
22.58
1 930
72
146
19.80
2 190
81
130
17.67
2 380
90
116
15.75
2 540
98
107
14.54
2 630
112
94
12.73
2 730
128
82
11.16
2 750
141
75
10.12
2 690
150
70
9.53
2 660
170
62
8.40
2 580
195
54
7.29
2 490
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
fB -
1.6 1.8 1.9 2.3 2.5 2.6 3.1 3.6
0.80 0.88 0.99 1.1 1.2 1.4 1.5 1.8 1.8 2.0 2.2 2.4 2.6 3.1 3.3 3.5 3.8 4.1 4.4
3.0 3.5 3.7 3.9 4.3 4.7 5.1
0.84 0.96 1.1 1.2 1.1 1.5 1.7 1.9 2.0 2.2 2.4
m kg
27 27 27 27 27 27 27 27
18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18
16 16 16 16 16 16 16
17 17 17 17 17 17 17 17 17 17 17
1 or 9 2 or 9 A, B, F or H
3/26
Siemens MD 50.1 · 2017
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3104 - 7 EK23 - 7 7 T1 2KJ3104 - 7 EK23 - 7 7 S1 2KJ3104 - 7 EK23 - 7 7 R1 2KJ3104 - 7 EK23 - 7 7 Q1 2KJ3104 - 7 EK23 - 7 7 P1 2KJ3104 - 7 EK23 - 7 7 N1 2KJ3104 - 7 EK23 - 7 7 M1 2KJ3104 - 7 EK23 - 7 7 L1
2KJ3103 - 7 EK23 - 7 7 U1 2KJ3103 - 7 EK23 - 7 7 T1 2KJ3103 - 7 EK23 - 7 7 S1 2KJ3103 - 7 EK23 - 7 7 R1 2KJ3103 - 7 EK23 - 7 7 Q1 2KJ3103 - 7 EK23 - 7 7 P1 2KJ3103 - 7 EK23 - 7 7 N1 2KJ3103 - 7 EK23 - 7 7 M1 2KJ3103 - 7 EK23 - 7 7 L1 2KJ3103 - 7 EK23 - 7 7 K1 2KJ3103 - 7 EK23 - 7 7 J1 2KJ3103 - 7 EK23 - 7 7 H1 2KJ3103 - 7 EK23 - 7 7 G1 2KJ3103 - 7 EK23 - 7 7 F1 2KJ3103 - 7 EK23 - 7 7 E1 2KJ3103 - 7 EK23 - 7 7 D1 2KJ3103 - 7 EK23 - 7 7 C1 2KJ3103 - 7 EK23 - 7 7 B1 2KJ3103 - 7 EK23 - 7 7 A1
2KJ3103 - 7 DM23 - 7 7 N1 P00 2KJ3103 - 7 DM23 - 7 7 M1 P00 2KJ3103 - 7 DM23 - 7 7 L1 P00 2KJ3103 - 7 DM23 - 7 7 K1 P00 2KJ3103 - 7 DM23 - 7 7 J1 P00 2KJ3103 - 7 DM23 - 7 7 H1 P00 2KJ3103 - 7 DM23 - 7 7 G1 P00
2KJ3102 - 7 EK23 - 7 7 T1 2KJ3102 - 7 EK23 - 7 7 S1 2KJ3102 - 7 EK23 - 7 7 R1 2KJ3102 - 7 EK23 - 7 7 Q1 2KJ3102 - 7 EK23 - 7 7 P1 2KJ3102 - 7 EK23 - 7 7 N1 2KJ3102 - 7 EK23 - 7 7 M1 2KJ3102 - 7 EK23 - 7 7 L1 2KJ3102 - 7 EK23 - 7 7 K1 2KJ3102 - 7 EK23 - 7 7 J1 2KJ3102 - 7 EK23 - 7 7 H1
page 10/43 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
1.1
Z.29-LE90SM4P
206
51
6.92
2 390
1.5
17
2KJ3102 - 7 EK23 - 7 7 G1
235
45
6.06
2 310
2.2
17
2KJ3102 - 7 EK23 - 7 7 F1
268
39
5.31
2 240
2.3
17
2KJ3102 - 7 EK23 - 7 7 E1
3
296
36
4.82
2 180
2.4
17
2KJ3102 - 7 EK23 - 7 7 D1
314
34
4.54
2 150
2.5
17
2KJ3102 - 7 EK23 - 7 7 C1
356
30
4.00
2 080
2.6
17
2KJ3102 - 7 EK23 - 7 7 B1
411
26
3.47
2 000
2.7
17
2KJ3102 - 7 EK23 - 7 7 A1
Z.29-LE80ZMJ2P
160
66
17.67
2 610
2.1
15
2KJ3102 - 7 DM23 - 7 7 R1 P00
180
58
15.75
2 540
2.4
15
2KJ3102 - 7 DM23 - 7 7 Q1 P00
195
54
14.54
2 490
2.2
15
2KJ3102 - 7 DM23 - 7 7 P1 P00
223
47
12.73
2 410
3.0
15
2KJ3102 - 7 DM23 - 7 7 N1 P00
254
41
11.16
2 330
3.4
15
2KJ3102 - 7 DM23 - 7 7 M1 P00
280
38
10.12
2 260
3.7
15
2KJ3102 - 7 DM23 - 7 7 L1 P00
297
35
9.53
2 230
4.0
15
2KJ3102 - 7 DM23 - 7 7 K1 P00
338
31
8.40
2 150
4.4
15
2KJ3102 - 7 DM23 - 7 7 J1 P00
389
27
7.29
2 070
4.8
15
2KJ3102 - 7 DM23 - 7 7 H1 P00
410
26
6.92
2 000
2.9
15
2KJ3102 - 7 DM23 - 7 7 G1 P00
468
22
6.06
1 930
4.5
15
2KJ3102 - 7 DM23 - 7 7 F1 P00
534
20
5.31
1 860
4.6
15
2KJ3102 - 7 DM23 - 7 7 E1 P00
588
18
4.82
1 810
4.8
15
2KJ3102 - 7 DM23 - 7 7 D1 P00
624
17
4.54
1 780
5.0
15
2KJ3102 - 7 DM23 - 7 7 C1 P00
709
15
4.00
1 710
5.1
15
2KJ3102 - 7 DM23 - 7 7 B1 P00
817
13
3.47
1 640
5.4
15
2KJ3102 - 7 DM23 - 7 7 A1 P00
Z.19-LE80ZMJ2P
150
70
18.92
1 580
1.4
13
2KJ3101 - 7 DM23 - 7 7 R1 P00
172
61
16.50
1 550
1.6
13
2KJ3101 - 7 DM23 - 7 7 Q1 P00
192
55
14.77
1 520
1.7
13
2KJ3101 - 7 DM23 - 7 7 P1 P00
216
49
13.12
1 480
1.9
13
2KJ3101 - 7 DM23 - 7 7 N1 P00
234
45
12.11
1 460
2.0
13
2KJ3101 - 7 DM23 - 7 7 M1 P00
269
39
10.52
1 420
2.1
13
2KJ3101 - 7 DM23 - 7 7 L1 P00
310
34
9.14
1 380
2.3
13
2KJ3101 - 7 DM23 - 7 7 K1 P00
344
31
8.25
1 350
2.4
13
2KJ3101 - 7 DM23 - 7 7 J1 P00
365
29
7.76
1 330
2.5
13
2KJ3101 - 7 DM23 - 7 7 H1 P00
419
25
6.77
1 290
2.7
13
2KJ3101 - 7 DM23 - 7 7 G1 P00
454
23
6.25
1 180
2.4
13
2KJ3101 - 7 DM23 - 7 7 F1 P00
522
20
5.43
1 150
2.6
13
2KJ3101 - 7 DM23 - 7 7 E1 P00
602
18
4.71
1 110
2.8
13
2KJ3101 - 7 DM23 - 7 7 D1 P00
665
16
4.26
1 080
3.0
13
2KJ3101 - 7 DM23 - 7 7 C1 P00
707
15
4.01
1 070
3.1
13
2KJ3101 - 7 DM23 - 7 7 B1 P00
812
13
3.49
1 040
3.3
13
2KJ3101 - 7 DM23 - 7 7 A1 P00
E.89-LE90SM4P
147
71
9.67
8 000
3.9
46
2KJ3004 - 7 EK23 - 7 7 T1
E.69-LE90SM4P
153
69
9.30
6 100
1.8
30
2KJ3003 - 7 EK23 - 7 7 S1
169
62
8.45
6 100
1.7
30
2KJ3003 - 7 EK23 - 7 7 R1
188
56
7.58
6 100
3.7
30
2KJ3003 - 7 EK23 - 7 7 Q1
209
50
6.82
6 100
3.4
30
2KJ3003 - 7 EK23 - 7 7 P1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1 or 9 2 or 9 A, B, F or H
page 10/43 page 11/2 page 10/37
Siemens MD 50.1 · 2017
3/27
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
1.1
n2
T2
rpm
Nm
E.69-LE90SM4P
231
46
i
FR2
-
N
6.17
6 100
250
42
5.69
6 100
3
E.49-LE90SM4P
147
72
9.70
4 000
162
65
8.82
4 000
190
55
7.50
4 000
209
50
6.82
4 000
234
45
6.08
4 000
261
40
5.45
4 000
290
36
4.92
4 000
314
34
4.54
4 000
344
30
4.14
4 000
414
25
3.44
4 000
440
24
3.24
4 000
466
23
3.06
4 000
548
19
2.60
3 930
E.39-LE90SM4P
218
48
6.55
3 000
254
41
5.60
3 000
280
38
5.09
3 000
317
33
4.50
3 000
348
30
4.09
3 000
398
26
3.58
3 000
431
24
3.31
3 000
486
22
2.93
3 000
584
18
2.44
2 940
622
17
2.29
2 890
692
15
2.06
2 790
814
13
1.75
2 650
950
11
1.50
2 530
1 105
10
1.29
2 410
1.5
D.149-LE100LLB6P
3.0
4 850
328.38
52 700
3.5
4 150
281.04
53 000
3.7
3 900
264.51
53 100
D.129-LE100LLB6P
2.6
5 500
373.00
26 700
2.8
5 080
344.17
27 000
3.1
4 680
316.90
27 200
3.6
3 990
270.24
27 600
D.129-LE90ZLR4P
3.9
3 690
373.00
27 800
4.2
3 410
344.17
28 000
4.6
3 140
316.90
28 100
5.3
2 670
270.24
28 400
5.7
2 520
254.34
28 500
6.1
2 340
236.03
28 600
D.109-LE100LLB6P
3.7
3 890
263.74
20 000
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
3/28
Siemens MD 50.1 · 2017
fB -
4.5 3.9
1.2 1.7 1.9 2.1 2.3 2.6 2.8 3.0 3.3 4.0 4.2 4.5 5.3
0.83 0.97 1.1 1.4 1.6 2.2 2.4 3.0 3.6 3.9 4.3 5.1 5.5 5.7
1.6 1.9 2.0
0.91 0.98 1.1 1.3
1.4 1.5 1.6 1.9 2.0 2.1
0.80
m kg
30 30
23 23 23 23 23 23 23 23 23 23 23 23 23
19 19 19 19 19 19 19 19 19 19 19 19 19 19
275 275 275
191 191 191 191
177 177 177 177 177 177
127
1 or 9 2 or 9 A, B, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3003 - 7 EK23 - 7 7 N1 2KJ3003 - 7 EK23 - 7 7 M1
2KJ3002 - 7 EK23 - 7 7 S1 2KJ3002 - 7 EK23 - 7 7 R1 2KJ3002 - 7 EK23 - 7 7 Q1 2KJ3002 - 7 EK23 - 7 7 P1 2KJ3002 - 7 EK23 - 7 7 N1 2KJ3002 - 7 EK23 - 7 7 M1 2KJ3002 - 7 EK23 - 7 7 L1 2KJ3002 - 7 EK23 - 7 7 K1 2KJ3002 - 7 EK23 - 7 7 J1 2KJ3002 - 7 EK23 - 7 7 H1 2KJ3002 - 7 EK23 - 7 7 G1 2KJ3002 - 7 EK23 - 7 7 F1 2KJ3002 - 7 EK23 - 7 7 E1
2KJ3001 - 7 EK23 - 7 7 P1 2KJ3001 - 7 EK23 - 7 7 N1 2KJ3001 - 7 EK23 - 7 7 M1 2KJ3001 - 7 EK23 - 7 7 L1 2KJ3001 - 7 EK23 - 7 7 K1 2KJ3001 - 7 EK23 - 7 7 J1 2KJ3001 - 7 EK23 - 7 7 H1 2KJ3001 - 7 EK23 - 7 7 G1 2KJ3001 - 7 EK23 - 7 7 F1 2KJ3001 - 7 EK23 - 7 7 E1 2KJ3001 - 7 EK23 - 7 7 D1 2KJ3001 - 7 EK23 - 7 7 C1 2KJ3001 - 7 EK23 - 7 7 B1 2KJ3001 - 7 EK23 - 7 7 A1
2KJ3212 - 7 FM23 - 7 7 W1 P01 2KJ3212 - 7 FM23 - 7 7 V1 P01 2KJ3212 - 7 FM23 - 7 7 U1 P01
2KJ3211 - 7 FM23 - 7 7 S1 P01 2KJ3211 - 7 FM23 - 7 7 R1 P01 2KJ3211 - 7 FM23 - 7 7 Q1 P01 2KJ3211 - 7 FM23 - 7 7 P1 P01
2KJ3211 - 7 EM23 - 7 7 S1 2KJ3211 - 7 EM23 - 7 7 R1 2KJ3211 - 7 EM23 - 7 7 Q1 2KJ3211 - 7 EM23 - 7 7 P1 2KJ3211 - 7 EM23 - 7 7 N1 2KJ3211 - 7 EM23 - 7 7 M1
2KJ3210 - 7 FM23 - 7 7 Q1 P01
page 10/43 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
1.5
D.109-LE90ZLR4P
4.1
3 450
348.88
20 200
0.90
114
2KJ3210 - 7 EM23 - 7 7 T1
4.6
3 120
314.98
20 200
0.99
114
2KJ3210 - 7 EM23 - 7 7 S1
5.1
2 830
285.72
20 200
1.1
114
2KJ3210 - 7 EM23 - 7 7 R1
3
5.5
2 610
263.74
20 200
1.2
114
2KJ3210 - 7 EM23 - 7 7 Q1
6.0
2 370
239.75
20 200
1.3
114
2KJ3210 - 7 EM23 - 7 7 P1
7.1
2 010
203.01
20 200
1.5
114
2KJ3210 - 7 EM23 - 7 7 N1
7.6
1 890
191.07
20 200
1.6
114
2KJ3210 - 7 EM23 - 7 7 M1
8.2
1 740
176.45
20 200
1.8
114
2KJ3210 - 7 EM23 - 7 7 L1
9.2
1 550
157.00
20 200
2.0
114
2KJ3210 - 7 EM23 - 7 7 K1
10.0
1 380
139.44
20 200
2.2
114
2KJ3210 - 7 EM23 - 7 7 J1
D.89-LE90ZLR4P
7.0
2 040
206.62
18 300
0.82
72
2KJ3208 - 7 EM23 - 7 7 N1
7.6
1 890
190.73
18 500
0.89
72
2KJ3208 - 7 EM23 - 7 7 M1
8.3
1 730
174.71
18 500
0.97
72
2KJ3208 - 7 EM23 - 7 7 L1
9.9
1 450
146.59
18 500
1.2
72
2KJ3208 - 7 EM23 - 7 7 K1
10
1 360
137.97
18 500
1.2
72
2KJ3208 - 7 EM23 - 7 7 J1
11
1 250
126.58
18 500
1.3
72
2KJ3208 - 7 EM23 - 7 7 H1
13
1 090
110.57
18 500
1.5
72
2KJ3208 - 7 EM23 - 7 7 G1
15
980
98.99
18 500
1.7
72
2KJ3208 - 7 EM23 - 7 7 F1
17
855
86.56
18 500
2.0
72
2KJ3208 - 7 EM23 - 7 7 E1
19
735
74.30
18 500
2.3
72
2KJ3208 - 7 EM23 - 7 7 D1
D.79-LE90ZLR4P
14
1 030
104.03
11 000
0.81
49
2KJ3207 - 7 EM23 - 7 7 F1
16
875
88.52
13 300
0.96
49
2KJ3207 - 7 EM23 - 7 7 E1
19
750
75.83
13 500
1.1
49
2KJ3207 - 7 EM23 - 7 7 D1
22
660
66.67
13 600
1.3
49
2KJ3207 - 7 EM23 - 7 7 C1
Z.79-LE90ZLR4P
27
540
54.47
13 800
1.6
48
2KJ3107 - 7 EM23 - 7 7 A2
29
490
49.52
13 800
1.7
48
2KJ3107 - 7 EM23 - 7 7 X1
33
440
44.42
13 900
1.9
48
2KJ3107 - 7 EM23 - 7 7 W1
36
395
39.94
14 000
2.1
48
2KJ3107 - 7 EM23 - 7 7 V1
40
355
36.12
14 000
2.3
48
2KJ3107 - 7 EM23 - 7 7 U1
43
330
33.34
14 000
2.5
48
2KJ3107 - 7 EM23 - 7 7 T1
47
300
30.54
14 100
2.8
48
2KJ3107 - 7 EM23 - 7 7 S1
D.69-LE90ZLR4P
20
725
73.22
10 700
0.83
37
2KJ3206 - 7 EM23 - 7 7 D1
Z.69-LE90ZLR4P
24
600
60.97
11 000
0.99
37
2KJ3106 - 7 EM23 - 7 7 A2
26
550
55.43
11 000
1.1
37
2KJ3106 - 7 EM23 - 7 7 X1
31
465
47.14
11 200
1.3
37
2KJ3106 - 7 EM23 - 7 7 W1
34
425
42.86
11 200
1.4
37
2KJ3106 - 7 EM23 - 7 7 V1
38
375
38.24
11 300
1.6
37
2KJ3106 - 7 EM23 - 7 7 U1
42
340
34.29
11 400
1.8
37
2KJ3106 - 7 EM23 - 7 7 T1
47
305
30.90
11 400
2.0
37
2KJ3106 - 7 EM23 - 7 7 S1
51
280
28.53
11 500
2.1
37
2KJ3106 - 7 EM23 - 7 7 R1
55
255
26.04
11 500
2.3
37
2KJ3106 - 7 EM23 - 7 7 Q1
67
210
21.61
11 600
2.8
37
2KJ3106 - 7 EM23 - 7 7 P1
71
200
20.34
11 600
3.0
37
2KJ3106 - 7 EM23 - 7 7 N1
75
190
19.21
11 600
3.2
37
2KJ3106 - 7 EM23 - 7 7 M1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1 or 9 2 or 9 A, B, F or H
page 10/43 page 11/2 page 10/37
Siemens MD 50.1 · 2017
3/29
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
1.5
n2
T2
rpm
Nm
Z.59-LE90ZLR4P
25
565
i
FR2
-
N
56.99
7 210
28
510
51.81
7 570
3
33
435
44.06
7 400
36
395
40.06
7 270
40
350
35.74
7 120
45
315
32.05
6 950
50
285
28.89
6 790
54
260
26.66
6 680
59
240
24.34
6 530
72
200
20.20
6 240
76
188
19.01
6 140
81
178
17.95
6 050
95
151
15.27
5 800
110
130
13.09
5 560
Z.49-LE90ZLR4P
36
400
40.31
5 300
39
360
36.65
5 650
44
320
32.70
5 550
49
290
29.32
5 070
55
260
26.43
5 320
59
240
24.39
5 230
65
220
22.27
5 120
78
183
18.48
4 910
83
172
17.39
4 840
88
163
16.42
4 770
103
139
13.98
4 580
121
119
11.97
4 400
137
104
10.53
4 260
163
88
8.88
4 060
187
77
7.74
3 910
189
76
7.64
3 870
200
72
7.21
3 800
235
61
6.14
3 640
275
52
5.26
3 480
313
46
4.62
3 350
371
39
3.90
3 180
Z.49-LE90SM2P
156
92
18.48
4 110
166
86
17.39
4 040
176
82
16.42
3 970
Z.39-LE90ZLR4P
58
245
24.82
1 420
66
215
21.74
1 840
72
199
20.07
2 050
81
176
17.77
2 350
98
147
14.79
2 670
104
138
13.92
2 770
116
124
12.47
2 890
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
fB -
0.80 0.88 1.0 1.1 1.3 1.4 1.6 1.7 1.9 2.2 2.4 2.5 3.0 3.5
0.80 0.88 0.99 1.1 1.2 1.3 1.4 1.7 1.9 2.0 2.3 2.7 3.1 3.6 4.2 3.9 4.1 4.4 4.7 4.9 5.3
3.5 3.7 3.9
0.81 0.93 1.0 1.1 1.3 1.4 1.5
m kg
32 32 32 32 32 32 32 32 32 32 32 32 32 32
30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30
27 27 27
21 21 21 21 21 21 21
1 or 9 2 or 9 A, B, F or H
3/30
Siemens MD 50.1 · 2017
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3105 - 7 EM23 - 7 7 A2 2KJ3105 - 7 EM23 - 7 7 X1 2KJ3105 - 7 EM23 - 7 7 W1 2KJ3105 - 7 EM23 - 7 7 V1 2KJ3105 - 7 EM23 - 7 7 U1 2KJ3105 - 7 EM23 - 7 7 T1 2KJ3105 - 7 EM23 - 7 7 S1 2KJ3105 - 7 EM23 - 7 7 R1 2KJ3105 - 7 EM23 - 7 7 Q1 2KJ3105 - 7 EM23 - 7 7 P1 2KJ3105 - 7 EM23 - 7 7 N1 2KJ3105 - 7 EM23 - 7 7 M1 2KJ3105 - 7 EM23 - 7 7 L1 2KJ3105 - 7 EM23 - 7 7 K1
2KJ3104 - 7 EM23 - 7 7 X1 2KJ3104 - 7 EM23 - 7 7 W1 2KJ3104 - 7 EM23 - 7 7 V1 2KJ3104 - 7 EM23 - 7 7 U1 2KJ3104 - 7 EM23 - 7 7 T1 2KJ3104 - 7 EM23 - 7 7 S1 2KJ3104 - 7 EM23 - 7 7 R1 2KJ3104 - 7 EM23 - 7 7 Q1 2KJ3104 - 7 EM23 - 7 7 P1 2KJ3104 - 7 EM23 - 7 7 N1 2KJ3104 - 7 EM23 - 7 7 M1 2KJ3104 - 7 EM23 - 7 7 L1 2KJ3104 - 7 EM23 - 7 7 K1 2KJ3104 - 7 EM23 - 7 7 J1 2KJ3104 - 7 EM23 - 7 7 H1 2KJ3104 - 7 EM23 - 7 7 G1 2KJ3104 - 7 EM23 - 7 7 F1 2KJ3104 - 7 EM23 - 7 7 E1 2KJ3104 - 7 EM23 - 7 7 D1 2KJ3104 - 7 EM23 - 7 7 C1 2KJ3104 - 7 EM23 - 7 7 B1
2KJ3104 - 7 EK23 - 7 7 Q1 P00 2KJ3104 - 7 EK23 - 7 7 P1 P00 2KJ3104 - 7 EK23 - 7 7 N1 P00
2KJ3103 - 7 EM23 - 7 7 R1 2KJ3103 - 7 EM23 - 7 7 Q1 2KJ3103 - 7 EM23 - 7 7 P1 2KJ3103 - 7 EM23 - 7 7 N1 2KJ3103 - 7 EM23 - 7 7 M1 2KJ3103 - 7 EM23 - 7 7 L1 2KJ3103 - 7 EM23 - 7 7 K1
page 10/43 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
1.5
Z.39-LE90ZLR4P
136
105
10.62
3 060
1.6
21
2KJ3103 - 7 EM23 - 7 7 J1
159
90
9.10
3 150
1.8
21
2KJ3103 - 7 EM23 - 7 7 H1
184
78
7.84
3 180
1.9
21
2KJ3103 - 7 EM23 - 7 7 G1
3
224
64
6.46
2 810
2.3
21
2KJ3103 - 7 EM23 - 7 7 F1
238
60
6.08
2 840
2.4
21
2KJ3103 - 7 EM23 - 7 7 E1
265
54
5.45
2 850
2.6
21
2KJ3103 - 7 EM23 - 7 7 D1
311
46
4.64
2 870
2.8
21
2KJ3103 - 7 EM23 - 7 7 C1
363
40
3.98
2 840
3.1
21
2KJ3103 - 7 EM23 - 7 7 B1
421
34
3.43
2 830
3.3
21
2KJ3103 - 7 EM23 - 7 7 A1
Z.39-LE90SM2P
162
88
17.77
3 160
2.3
18
2KJ3103 - 7 EK23 - 7 7 N1 P00
195
73
14.79
3 210
2.6
18
2KJ3103 - 7 EK23 - 7 7 M1 P00
207
69
13.92
3 210
2.7
18
2KJ3103 - 7 EK23 - 7 7 L1 P00
231
62
12.47
3 210
2.9
18
2KJ3103 - 7 EK23 - 7 7 K1 P00
272
53
10.62
3 180
3.2
18
2KJ3103 - 7 EK23 - 7 7 J1 P00
317
45
9.10
3 150
3.5
18
2KJ3103 - 7 EK23 - 7 7 H1 P00
368
39
7.84
3 020
3.8
18
2KJ3103 - 7 EK23 - 7 7 G1 P00
447
32
6.46
2 820
4.6
18
2KJ3103 - 7 EK23 - 7 7 F1 P00
475
30
6.08
2 800
4.9
18
2KJ3103 - 7 EK23 - 7 7 E1 P00
529
27
5.45
2 710
5.2
18
2KJ3103 - 7 EK23 - 7 7 D1 P00
622
23
4.64
2 580
5.6
18
2KJ3103 - 7 EK23 - 7 7 C1 P00
725
20
3.98
2 460
6.1
18
2KJ3103 - 7 EK23 - 7 7 B1 P00
Z.29-LE90ZLR4P
82
175
17.67
1 170
0.80
20
2KJ3102 - 7 EM23 - 7 7 R1
92
156
15.75
1 450
0.90
20
2KJ3102 - 7 EM23 - 7 7 Q1
99
144
14.54
1 620
0.83
20
2KJ3102 - 7 EM23 - 7 7 P1
114
126
12.73
1 860
1.1
20
2KJ3102 - 7 EM23 - 7 7 N1
129
111
11.16
2 040
1.3
20
2KJ3102 - 7 EM23 - 7 7 M1
143
100
10.12
2 170
1.4
20
2KJ3102 - 7 EM23 - 7 7 L1
152
94
9.53
2 230
1.5
20
2KJ3102 - 7 EM23 - 7 7 K1
172
83
8.40
2 330
1.7
20
2KJ3102 - 7 EM23 - 7 7 J1
198
72
7.29
2 370
1.8
20
2KJ3102 - 7 EM23 - 7 7 H1
209
69
6.92
2 100
1.1
20
2KJ3102 - 7 EM23 - 7 7 G1
238
60
6.06
2 190
1.7
20
2KJ3102 - 7 EM23 - 7 7 F1
272
53
5.31
2 130
1.7
20
2KJ3102 - 7 EM23 - 7 7 E1
300
48
4.82
2 090
1.8
20
2KJ3102 - 7 EM23 - 7 7 D1
318
45
4.54
2 060
1.9
20
2KJ3102 - 7 EM23 - 7 7 C1
361
40
4.00
1 990
1.9
20
2KJ3102 - 7 EM23 - 7 7 B1
416
34
3.47
1 930
2.0
20
2KJ3102 - 7 EM23 - 7 7 A1
Z.29-LE90SM2P
163
88
17.67
2 280
1.6
17
2KJ3102 - 7 EK23 - 7 7 R1 P00
183
78
15.75
2 370
1.8
17
2KJ3102 - 7 EK23 - 7 7 Q1 P00
198
72
14.54
2 370
1.7
17
2KJ3102 - 7 EK23 - 7 7 P1 P00
227
63
12.73
2 300
2.2
17
2KJ3102 - 7 EK23 - 7 7 N1 P00
259
55
11.16
2 230
2.5
17
2KJ3102 - 7 EK23 - 7 7 M1 P00
285
50
10.12
2 180
2.8
17
2KJ3102 - 7 EK23 - 7 7 L1 P00
303
47
9.53
2 150
3.0
17
2KJ3102 - 7 EK23 - 7 7 K1 P00
343
42
8.40
2 080
3.3
17
2KJ3102 - 7 EK23 - 7 7 J1 P00
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1 or 9 2 or 9 A, B, F or H
page 10/43 page 11/2 page 10/37
Siemens MD 50.1 · 2017
3/31
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
1.5
n2
T2
rpm
Nm
Z.29-LE90SM2P
396
36
i
FR2
-
N
7.29
2 000
417
34
6.92
1 930
3
476
30
6.06
1 860
543
26
5.31
1 800
599
24
4.82
1 750
635
22
4.54
1 730
721
20
4.00
1 670
831
17
3.47
1 600
E.89-LE90ZLR4P
149
96
9.67
8 000
166
86
8.73
8 000
182
78
7.92
8 000
198
72
7.31
8 000
218
66
6.64
8 000
273
52
5.29
8 000
E.69-LE90ZLR4P
155
92
9.30
6 100
171
84
8.45
6 100
191
75
7.58
6 100
212
68
6.82
6 100
234
61
6.17
6 100
254
56
5.69
6 100
277
52
5.21
6 100
330
43
4.38
6 100
351
41
4.12
6 100
382
38
3.78
6 100
E.49-LE90ZLR4P
149
96
9.70
4 000
164
87
8.82
4 000
193
74
7.50
4 000
212
68
6.82
4 000
238
60
6.08
4 000
265
54
5.45
4 000
294
49
4.92
4 000
318
45
4.54
4 000
349
41
4.14
4 000
420
34
3.44
4 000
446
32
3.24
4 000
472
30
3.06
4 000
556
26
2.60
3 860
648
22
2.23
3 690
737
19
1.96
3 540
876
16
1.65
3 360
E.39-LE90ZLR4P
321
45
4.50
3 000
353
40
4.09
3 000
404
36
3.58
3 000
437
33
3.31
3 000
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
fB -
3.6 2.2 3.3 3.5 3.6 3.7 3.8 4.1
2.9 3.2 3.6 3.6 3.9 4.0
1.3 1.3 2.7 2.5 3.4 2.9 3.9 4.6 4.0 5.3
0.89 1.2 1.4 1.5 1.7 1.9 2.1 2.3 2.5 3.0 3.1 3.3 4.0 4.6 5.3 6.3
1.1 1.2 1.6 1.8
m kg
17 17 17 17 17 17 17 17
49 49 49 49 49 49
33 33 33 33 33 33 33 33 33 33
26 26 26 26 26 26 26 26 26 26 26 26 26 26 26 26
22 22 22 22
1 or 9 2 or 9 A, B, F or H
3/32
Siemens MD 50.1 · 2017
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3102 - 7 EK23 - 7 7 H1 P00 2KJ3102 - 7 EK23 - 7 7 G1 P00 2KJ3102 - 7 EK23 - 7 7 F1 P00 2KJ3102 - 7 EK23 - 7 7 E1 P00 2KJ3102 - 7 EK23 - 7 7 D1 P00 2KJ3102 - 7 EK23 - 7 7 C1 P00 2KJ3102 - 7 EK23 - 7 7 B1 P00 2KJ3102 - 7 EK23 - 7 7 A1 P00
2KJ3004 - 7 EM23 - 7 7 T1 2KJ3004 - 7 EM23 - 7 7 S1 2KJ3004 - 7 EM23 - 7 7 R1 2KJ3004 - 7 EM23 - 7 7 Q1 2KJ3004 - 7 EM23 - 7 7 P1 2KJ3004 - 7 EM23 - 7 7 M1
2KJ3003 - 7 EM23 - 7 7 S1 2KJ3003 - 7 EM23 - 7 7 R1 2KJ3003 - 7 EM23 - 7 7 Q1 2KJ3003 - 7 EM23 - 7 7 P1 2KJ3003 - 7 EM23 - 7 7 N1 2KJ3003 - 7 EM23 - 7 7 M1 2KJ3003 - 7 EM23 - 7 7 L1 2KJ3003 - 7 EM23 - 7 7 K1 2KJ3003 - 7 EM23 - 7 7 J1 2KJ3003 - 7 EM23 - 7 7 H1
2KJ3002 - 7 EM23 - 7 7 S1 2KJ3002 - 7 EM23 - 7 7 R1 2KJ3002 - 7 EM23 - 7 7 Q1 2KJ3002 - 7 EM23 - 7 7 P1 2KJ3002 - 7 EM23 - 7 7 N1 2KJ3002 - 7 EM23 - 7 7 M1 2KJ3002 - 7 EM23 - 7 7 L1 2KJ3002 - 7 EM23 - 7 7 K1 2KJ3002 - 7 EM23 - 7 7 J1 2KJ3002 - 7 EM23 - 7 7 H1 2KJ3002 - 7 EM23 - 7 7 G1 2KJ3002 - 7 EM23 - 7 7 F1 2KJ3002 - 7 EM23 - 7 7 E1 2KJ3002 - 7 EM23 - 7 7 D1 2KJ3002 - 7 EM23 - 7 7 C1 2KJ3002 - 7 EM23 - 7 7 B1
2KJ3001 - 7 EM23 - 7 7 L1 2KJ3001 - 7 EM23 - 7 7 K1 2KJ3001 - 7 EM23 - 7 7 J1 2KJ3001 - 7 EM23 - 7 7 H1
page 10/43 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
1.5
E.39-LE90ZLR4P
493
29
2.93
3 000
2.2
22
2KJ3001 - 7 EM23 - 7 7 G1
592
24
2.44
2 870
2.7
22
2KJ3001 - 7 EM23 - 7 7 F1
631
23
2.29
2 820
2.9
22
2KJ3001 - 7 EM23 - 7 7 E1
3
701
20
2.06
2 730
3.2
22
2KJ3001 - 7 EM23 - 7 7 D1
826
17
1.75
2 600
3.8
22
2KJ3001 - 7 EM23 - 7 7 C1
963
15
1.50
2 480
4.1
22
2KJ3001 - 7 EM23 - 7 7 B1
1 120
13
1.29
2 370
4.2
22
2KJ3001 - 7 EM23 - 7 7 A1
2.2
D.169-LE112ZMKB6P
3.0
7 080
327.18
72 700
2.0
458
2KJ3213 - 7 GJ23 - 7 7 V1 P01
D.149-LE112ZMKB6P
3.0
7 110
328.38
51 600
1.1
280
2KJ3212 - 7 GJ23 - 7 7 W1 P01
3.5
6 080
281.04
52 100
1.3
280
2KJ3212 - 7 GJ23 - 7 7 V1 P01
3.7
5 720
264.51
52 300
1.4
280
2KJ3212 - 7 GJ23 - 7 7 U1 P01
3.9
5 370
247.95
52 400
1.5
280
2KJ3212 - 7 GJ23 - 7 7 T1 P01
D.149-LE100ZLSA4P
4.5
4 700
328.38
52 700
1.7
278
2KJ3212 - 7 FN23 - 7 7 W1
5.2
4 030
281.04
53 100
2.0
278
2KJ3212 - 7 FN23 - 7 7 V1
5.5
3 790
264.51
53 200
2.1
278
2KJ3212 - 7 FN23 - 7 7 U1
D.129-LE112ZMKB6P
3.6
5 850
270.24
26 500
0.85
194
2KJ3211 - 7 GJ23 - 7 7 P1 P01
D.129-LE100ZLSA4P
3.9
5 340
373.00
26 800
0.93
194
2KJ3211 - 7 FN23 - 7 7 S1
4.3
4 930
344.17
27 100
1.0
194
2KJ3211 - 7 FN23 - 7 7 R1
4.6
4 540
316.90
27 300
1.1
194
2KJ3211 - 7 FN23 - 7 7 Q1
5.4
3 870
270.24
27 700
1.3
194
2KJ3211 - 7 FN23 - 7 7 P1
5.8
3 640
254.34
27 800
1.4
194
2KJ3211 - 7 FN23 - 7 7 N1
6.2
3 380
236.03
28 000
1.5
194
2KJ3211 - 7 FN23 - 7 7 M1
7.0
2 990
208.67
28 200
1.7
194
2KJ3211 - 7 FN23 - 7 7 L1
7.9
2 670
186.28
28 400
1.9
194
2KJ3211 - 7 FN23 - 7 7 K1
8.7
2 400
167.63
28 500
2.1
194
2KJ3211 - 7 FN23 - 7 7 J1
D.109-LE100ZLSA4P
5.6
3 780
263.74
20 100
0.82
130
2KJ3210 - 7 FN23 - 7 7 Q1
6.1
3 430
239.75
20 200
0.90
130
2KJ3210 - 7 FN23 - 7 7 P1
7.2
2 910
203.01
20 200
1.1
130
2KJ3210 - 7 FN23 - 7 7 N1
7.7
2 740
191.07
20 200
1.1
130
2KJ3210 - 7 FN23 - 7 7 M1
8.3
2 530
176.45
20 200
1.2
130
2KJ3210 - 7 FN23 - 7 7 L1
9.3
2 250
157.00
20 200
1.4
130
2KJ3210 - 7 FN23 - 7 7 K1
11
2 000
139.44
20 200
1.6
130
2KJ3210 - 7 FN23 - 7 7 J1
12
1 790
124.82
20 200
1.7
130
2KJ3210 - 7 FN23 - 7 7 H1
14
1 530
106.70
20 200
2.0
130
2KJ3210 - 7 FN23 - 7 7 G1
D.89-LE100ZLSA4P
10
2 100
146.59
17 900
0.80
88
2KJ3208 - 7 FN23 - 7 7 K1
11
1 970
137.97
18 500
0.85
88
2KJ3208 - 7 FN23 - 7 7 J1
12
1 810
126.58
18 500
0.93
88
2KJ3208 - 7 FN23 - 7 7 H1
13
1 580
110.57
18 500
1.1
88
2KJ3208 - 7 FN23 - 7 7 G1
15
1 420
98.99
18 500
1.2
88
2KJ3208 - 7 FN23 - 7 7 F1
17
1 240
86.56
18 500
1.4
88
2KJ3208 - 7 FN23 - 7 7 E1
20
1 060
74.30
18 500
1.6
88
2KJ3208 - 7 FN23 - 7 7 D1
22
940
65.67
18 500
1.8
88
2KJ3208 - 7 FN23 - 7 7 C1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1 or 9 2 or 9 A, B, F or H
page 10/43 page 11/2 page 10/37
Siemens MD 50.1 · 2017
3/33
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
2.2
n2
T2
rpm
Nm
Z.89-LE100ZLSA4P
26
820
i
FR2
-
N
57.36
18 500
28
740
51.78
18 500
3
31
670
46.97
18 500
D.79-LE100ZLSA4P
22
955
66.67
12 200
26
805
56.25
13 400
30
700
49.02
13 600
Z.79-LE100ZLSA4P
33
635
44.42
13 600
37
570
39.94
13 700
41
515
36.12
13 800
44
475
33.34
13 900
48
435
30.54
13 900
57
365
25.62
14 000
61
345
24.12
14 000
66
315
22.13
14 100
76
275
19.33
13 600
D.69-LE100ZLSA4P
32
660
46.01
10 800
Z.69-LE100ZLSA4P
38
545
38.24
11 100
43
490
34.29
11 100
47
440
30.90
11 200
51
405
28.53
11 300
56
370
26.04
11 300
68
310
21.61
11 400
72
290
20.34
11 400
76
275
19.21
11 500
90
230
16.34
11 000
105
200
14.00
10 500
119
177
12.31
10 100
172
122
8.50
9 070
203
104
7.23
8 630
Z.59-LE100ZLSA4P
41
510
35.74
6 450
46
460
32.05
5 980
51
410
28.89
6 260
55
380
26.66
6 170
60
345
24.34
6 080
73
290
20.20
5 850
77
270
19.01
5 790
82
255
17.95
5 720
96
215
15.27
5 520
112
188
13.09
5 310
127
165
11.51
5 140
151
139
9.71
4 930
173
121
8.46
4 750
182
116
8.07
4 660
214
98
6.86
4 470
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
3/34
Siemens MD 50.1 · 2017
fB -
2.0 2.3 2.5
0.88 1.0 1.2
1.3 1.5 1.6 1.8 1.9 2.3 2.4 2.6 3.0
0.91
1.1 1.2 1.4 1.5 1.6 1.9 2.1 2.2 2.6 3.0 3.4 3.7 4.3
0.88 0.98 1.1 1.2 1.3 1.6 1.7 1.7 2.1 2.4 2.7 3.2 3.7 3.5 4.2
m kg
87 87 87
65 65 65
64 64 64 64 64 64 64 64 64
55
55 55 55 55 55 55 55 55 55 55 55 55 55
50 50 50 50 50 50 50 50 50 50 50 50 50 50 50
1 or 9 2 or 9 A, B, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3108 - 7 FN23 - 7 7 A2 2KJ3108 - 7 FN23 - 7 7 X1 2KJ3108 - 7 FN23 - 7 7 W1
2KJ3207 - 7 FN23 - 7 7 C1 2KJ3207 - 7 FN23 - 7 7 B1 2KJ3207 - 7 FN23 - 7 7 A1
2KJ3107 - 7 FN23 - 7 7 W1 2KJ3107 - 7 FN23 - 7 7 V1 2KJ3107 - 7 FN23 - 7 7 U1 2KJ3107 - 7 FN23 - 7 7 T1 2KJ3107 - 7 FN23 - 7 7 S1 2KJ3107 - 7 FN23 - 7 7 R1 2KJ3107 - 7 FN23 - 7 7 Q1 2KJ3107 - 7 FN23 - 7 7 P1 2KJ3107 - 7 FN23 - 7 7 N1
2KJ3206 - 7 FN23 - 7 7 A1
2KJ3106 - 7 FN23 - 7 7 U1 2KJ3106 - 7 FN23 - 7 7 T1 2KJ3106 - 7 FN23 - 7 7 S1 2KJ3106 - 7 FN23 - 7 7 R1 2KJ3106 - 7 FN23 - 7 7 Q1 2KJ3106 - 7 FN23 - 7 7 P1 2KJ3106 - 7 FN23 - 7 7 N1 2KJ3106 - 7 FN23 - 7 7 M1 2KJ3106 - 7 FN23 - 7 7 L1 2KJ3106 - 7 FN23 - 7 7 K1 2KJ3106 - 7 FN23 - 7 7 J1 2KJ3106 - 7 FN23 - 7 7 F1 2KJ3106 - 7 FN23 - 7 7 E1
2KJ3105 - 7 FN23 - 7 7 U1 2KJ3105 - 7 FN23 - 7 7 T1 2KJ3105 - 7 FN23 - 7 7 S1 2KJ3105 - 7 FN23 - 7 7 R1 2KJ3105 - 7 FN23 - 7 7 Q1 2KJ3105 - 7 FN23 - 7 7 P1 2KJ3105 - 7 FN23 - 7 7 N1 2KJ3105 - 7 FN23 - 7 7 M1 2KJ3105 - 7 FN23 - 7 7 L1 2KJ3105 - 7 FN23 - 7 7 K1 2KJ3105 - 7 FN23 - 7 7 J1 2KJ3105 - 7 FN23 - 7 7 H1 2KJ3105 - 7 FN23 - 7 7 G1 2KJ3105 - 7 FN23 - 7 7 F1 2KJ3105 - 7 FN23 - 7 7 E1
page 10/43 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
2.2
Z.59-LE90ZLR2P
152
138
19.01
4 920
3.3
32
2KJ3105 - 7 EM23 - 7 7 N1 P00
161
130
17.95
4 850
3.4
32
2KJ3105 - 7 EM23 - 7 7 M1 P00
189
111
15.27
4 640
4.1
32
2KJ3105 - 7 EM23 - 7 7 L1 P00
3
Z.49-LE100ZLSA4P
55
375
26.43
4 830
0.84
48
2KJ3104 - 7 FN23 - 7 7 T1
60
350
24.39
4 770
0.91
48
2KJ3104 - 7 FN23 - 7 7 S1
66
315
22.27
4 720
1.0
48
2KJ3104 - 7 FN23 - 7 7 R1
79
265
18.48
4 560
1.2
48
2KJ3104 - 7 FN23 - 7 7 Q1
84
245
17.39
4 170
1.3
48
2KJ3104 - 7 FN23 - 7 7 P1
89
235
16.42
4 230
1.4
48
2KJ3104 - 7 FN23 - 7 7 N1
105
200
13.98
4 320
1.6
48
2KJ3104 - 7 FN23 - 7 7 M1
122
172
11.97
4 170
1.9
48
2KJ3104 - 7 FN23 - 7 7 L1
139
151
10.53
4 050
2.1
48
2KJ3104 - 7 FN23 - 7 7 K1
165
127
8.88
3 890
2.5
48
2KJ3104 - 7 FN23 - 7 7 J1
189
111
7.74
3 750
2.9
48
2KJ3104 - 7 FN23 - 7 7 H1
192
110
7.64
3 700
2.7
48
2KJ3104 - 7 FN23 - 7 7 G1
203
103
7.21
3 650
2.8
48
2KJ3104 - 7 FN23 - 7 7 F1
239
88
6.14
3 500
3.0
48
2KJ3104 - 7 FN23 - 7 7 E1
279
75
5.26
3 360
3.2
48
2KJ3104 - 7 FN23 - 7 7 D1
317
66
4.62
3 250
3.4
48
2KJ3104 - 7 FN23 - 7 7 C1
376
56
3.90
3 090
3.7
48
2KJ3104 - 7 FN23 - 7 7 B1
431
49
3.40
2 970
3.9
48
2KJ3104 - 7 FN23 - 7 7 A1
Z.49-LE90ZLR2P
156
134
18.48
3 940
2.4
30
2KJ3104 - 7 EM23 - 7 7 Q1 P00
166
126
17.39
3 880
2.5
30
2KJ3104 - 7 EM23 - 7 7 P1 P00
176
119
16.42
3 830
2.7
30
2KJ3104 - 7 EM23 - 7 7 N1 P00
207
102
13.98
3 670
3.1
30
2KJ3104 - 7 EM23 - 7 7 M1 P00
241
87
11.97
3 520
3.7
30
2KJ3104 - 7 EM23 - 7 7 L1 P00
274
77
10.53
3 400
4.2
30
2KJ3104 - 7 EM23 - 7 7 K1 P00
325
65
8.88
3 240
5.0
30
2KJ3104 - 7 EM23 - 7 7 J1 P00
378
56
7.64
3 090
5.3
30
2KJ3104 - 7 EM23 - 7 7 G1 P00
Z.39-LE100ZLSA4P
99
210
14.79
1 070
0.91
36
2KJ3103 - 7 FN23 - 7 7 M1
105
200
13.92
1 190
0.95
36
2KJ3103 - 7 FN23 - 7 7 L1
117
179
12.47
1 490
1.0
36
2KJ3103 - 7 FN23 - 7 7 K1
138
152
10.62
1 860
1.1
36
2KJ3103 - 7 FN23 - 7 7 J1
161
131
9.10
2 100
1.2
36
2KJ3103 - 7 FN23 - 7 7 H1
187
112
7.84
2 310
1.3
36
2KJ3103 - 7 FN23 - 7 7 G1
227
93
6.46
1 880
1.6
36
2KJ3103 - 7 FN23 - 7 7 F1
241
87
6.08
1 970
1.7
36
2KJ3103 - 7 FN23 - 7 7 E1
269
78
5.45
2 080
1.8
36
2KJ3103 - 7 FN23 - 7 7 D1
316
66
4.64
2 220
2.0
36
2KJ3103 - 7 FN23 - 7 7 C1
368
57
3.98
2 290
2.1
36
2KJ3103 - 7 FN23 - 7 7 B1
427
49
3.43
2 340
2.3
36
2KJ3103 - 7 FN23 - 7 7 A1
Z.39-LE90ZLR2P
163
129
17.77
2 130
1.5
21
2KJ3103 - 7 EM23 - 7 7 N1 P00
195
108
14.79
2 330
1.8
21
2KJ3103 - 7 EM23 - 7 7 M1 P00
208
101
13.92
2 410
1.9
21
2KJ3103 - 7 EM23 - 7 7 L1 P00
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1 or 9 2 or 9 A, B, F or H
page 10/43 page 11/2 page 10/37
Siemens MD 50.1 · 2017
3/35
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
2.2
n2
T2
rpm
Nm
Z.39-LE90ZLR2P
232
91
i
FR2
-
N
12.47
2 480
272
77
10.62
2 580
3
318
66
9.10
2 630
369
57
7.84
2 650
447
47
6.46
2 350
475
44
6.08
2 360
530
40
5.45
2 350
623
34
4.64
2 350
726
29
3.98
2 340
843
25
3.43
2 310
Z.29-LE100ZLSA4P
131
160
11.16
715
145
145
10.12
955
154
137
9.53
1 070
174
120
8.40
1 330
201
105
7.29
1 520
242
87
6.06
1 340
276
76
5.31
1 510
304
69
4.82
1 600
323
65
4.54
1 650
366
57
4.00
1 750
422
50
3.47
1 800
Z.29-LE90ZLR2P
164
128
17.67
1 210
183
115
15.75
1 380
199
106
14.54
1 510
227
92
12.73
1 690
259
81
11.16
1 800
286
74
10.12
1 860
303
69
9.53
1 920
344
61
8.40
1 970
396
53
7.29
1 900
418
50
6.92
1 820
477
44
6.06
1 770
544
39
5.31
1 710
600
35
4.82
1 680
637
33
4.54
1 650
722
29
4.00
1 600
833
25
3.47
1 550
E.89-LE100ZLSA4P
151
139
9.67
8 000
168
125
8.73
8 000
185
114
7.92
8 000
200
105
7.31
8 000
221
95
6.64
8 000
261
81
5.62
8 000
277
76
5.29
8 000
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
fB -
2.0 2.2 2.4 2.6 3.1 3.3 3.5 3.9 4.2 4.5
0.87 0.96 1.0 1.1 1.2 1.2 1.2 1.2 1.3 1.3 1.4
1.1 1.2 1.1 1.5 1.7 1.9 2.0 2.3 2.5 1.5 2.3 2.4 2.5 2.5 2.6 2.8
2.0 2.2 2.5 2.5 2.7 4.0 2.8
m kg
21 21 21 21 21 21 21 21 21 21
34 34 34 34 34 34 34 34 34 34 34
20 20 20 20 20 20 20 20 20 20 20 20 20 20 20 20
65 65 65 65 65 65 65
1 or 9 2 or 9 A, B, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3103 - 7 EM23 - 7 7 K1 P00 2KJ3103 - 7 EM23 - 7 7 J1 P00 2KJ3103 - 7 EM23 - 7 7 H1 P00 2KJ3103 - 7 EM23 - 7 7 G1 P00 2KJ3103 - 7 EM23 - 7 7 F1 P00 2KJ3103 - 7 EM23 - 7 7 E1 P00 2KJ3103 - 7 EM23 - 7 7 D1 P00 2KJ3103 - 7 EM23 - 7 7 C1 P00 2KJ3103 - 7 EM23 - 7 7 B1 P00 2KJ3103 - 7 EM23 - 7 7 A1 P00
2KJ3102 - 7 FN23 - 7 7 M1 2KJ3102 - 7 FN23 - 7 7 L1 2KJ3102 - 7 FN23 - 7 7 K1 2KJ3102 - 7 FN23 - 7 7 J1 2KJ3102 - 7 FN23 - 7 7 H1 2KJ3102 - 7 FN23 - 7 7 F1 2KJ3102 - 7 FN23 - 7 7 E1 2KJ3102 - 7 FN23 - 7 7 D1 2KJ3102 - 7 FN23 - 7 7 C1 2KJ3102 - 7 FN23 - 7 7 B1 2KJ3102 - 7 FN23 - 7 7 A1
2KJ3102 - 7 EM23 - 7 7 R1 P00 2KJ3102 - 7 EM23 - 7 7 Q1 P00 2KJ3102 - 7 EM23 - 7 7 P1 P00 2KJ3102 - 7 EM23 - 7 7 N1 P00 2KJ3102 - 7 EM23 - 7 7 M1 P00 2KJ3102 - 7 EM23 - 7 7 L1 P00 2KJ3102 - 7 EM23 - 7 7 K1 P00 2KJ3102 - 7 EM23 - 7 7 J1 P00 2KJ3102 - 7 EM23 - 7 7 H1 P00 2KJ3102 - 7 EM23 - 7 7 G1 P00 2KJ3102 - 7 EM23 - 7 7 F1 P00 2KJ3102 - 7 EM23 - 7 7 E1 P00 2KJ3102 - 7 EM23 - 7 7 D1 P00 2KJ3102 - 7 EM23 - 7 7 C1 P00 2KJ3102 - 7 EM23 - 7 7 B1 P00 2KJ3102 - 7 EM23 - 7 7 A1 P00
2KJ3004 - 7 FN23 - 7 7 T1 2KJ3004 - 7 FN23 - 7 7 S1 2KJ3004 - 7 FN23 - 7 7 R1 2KJ3004 - 7 FN23 - 7 7 Q1 2KJ3004 - 7 FN23 - 7 7 P1 2KJ3004 - 7 FN23 - 7 7 N1 2KJ3004 - 7 FN23 - 7 7 M1
page 10/43 page 11/2 page 10/37
3/36
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
2.2
E.69-LE100ZLSA4P
193
109
7.58
6 100
1.9
51
2KJ3003 - 7 FN23 - 7 7 Q1
215
98
6.82
6 100
1.7
51
2KJ3003 - 7 FN23 - 7 7 P1
237
88
6.17
6 100
2.3
51
2KJ3003 - 7 FN23 - 7 7 N1
3
257
82
5.69
6 100
2.0
51
2KJ3003 - 7 FN23 - 7 7 M1
281
75
5.21
6 100
2.7
51
2KJ3003 - 7 FN23 - 7 7 L1
334
63
4.38
6 100
3.2
51
2KJ3003 - 7 FN23 - 7 7 K1
356
59
4.12
6 100
2.8
51
2KJ3003 - 7 FN23 - 7 7 J1
388
54
3.78
6 100
3.7
51
2KJ3003 - 7 FN23 - 7 7 H1
444
47
3.30
6 100
4.2
51
2KJ3003 - 7 FN23 - 7 7 G1
497
42
2.95
6 100
4.7
51
2KJ3003 - 7 FN23 - 7 7 F1
568
37
2.58
6 100
5.3
51
2KJ3003 - 7 FN23 - 7 7 E1
E.49-LE100ZLSA4P
241
87
6.08
4 000
1.2
44
2KJ3002 - 7 FN23 - 7 7 N1
269
78
5.45
4 000
1.3
44
2KJ3002 - 7 FN23 - 7 7 M1
298
71
4.92
4 000
1.4
44
2KJ3002 - 7 FN23 - 7 7 L1
323
65
4.54
4 000
1.6
44
2KJ3002 - 7 FN23 - 7 7 K1
354
59
4.14
4 000
1.7
44
2KJ3002 - 7 FN23 - 7 7 J1
426
49
3.44
4 000
2.0
44
2KJ3002 - 7 FN23 - 7 7 H1
452
46
3.24
4 000
2.2
44
2KJ3002 - 7 FN23 - 7 7 G1
479
44
3.06
3 950
2.3
44
2KJ3002 - 7 FN23 - 7 7 F1
563
37
2.60
3 770
2.7
44
2KJ3002 - 7 FN23 - 7 7 E1
657
32
2.23
3 590
3.2
44
2KJ3002 - 7 FN23 - 7 7 D1
747
28
1.96
3 460
3.7
44
2KJ3002 - 7 FN23 - 7 7 C1
888
24
1.65
3 280
4.4
44
2KJ3002 - 7 FN23 - 7 7 B1
1 017
21
1.44
3 140
4.9
44
2KJ3002 - 7 FN23 - 7 7 A1
E.39-LE100ZLSA4P
358
59
4.09
2 880
0.82
37
2KJ3001 - 7 FN23 - 7 7 K1
409
51
3.58
2 950
1.1
37
2KJ3001 - 7 FN23 - 7 7 J1
443
48
3.31
2 960
1.2
37
2KJ3001 - 7 FN23 - 7 7 H1
500
42
2.93
2 890
1.5
37
2KJ3001 - 7 FN23 - 7 7 G1
600
35
2.44
2 750
1.9
37
2KJ3001 - 7 FN23 - 7 7 F1
640
33
2.29
2 710
2.0
37
2KJ3001 - 7 FN23 - 7 7 E1
711
30
2.06
2 620
2.2
37
2KJ3001 - 7 FN23 - 7 7 D1
837
25
1.75
2 510
2.6
37
2KJ3001 - 7 FN23 - 7 7 C1
977
22
1.50
2 400
2.8
37
2KJ3001 - 7 FN23 - 7 7 B1
1 136
18
1.29
2 300
2.9
37
2KJ3001 - 7 FN23 - 7 7 A1
3
D.169-LE132SH6P
3.0
9 660
327.18
71 700
1.4
480
2KJ3213 - 7 HF23 - 7 7 V1 P01
3.2
9 010
305.28
72 000
1.6
480
2KJ3213 - 7 HF23 - 7 7 U1 P01
3.6
8 010
271.40
72 400
1.7
480
2KJ3213 - 7 HF23 - 7 7 T1 P01
4.0
7 190
243.68
72 700
1.9
480
2KJ3213 - 7 HF23 - 7 7 S1 P01
D.149-LE132SH6P
3.0
9 690
328.38
50 300
0.82
302
2KJ3212 - 7 HF23 - 7 7 W1 P01
3.5
8 300
281.04
51 000
0.96
302
2KJ3212 - 7 HF23 - 7 7 V1 P01
3.7
7 810
264.51
51 300
1.0
302
2KJ3212 - 7 HF23 - 7 7 U1 P01
3.9
7 320
247.95
51 500
1.1
302
2KJ3212 - 7 HF23 - 7 7 T1 P01
D.149-LE100ZLSB4P
4.4
6 460
328.38
51 900
1.2
278
2KJ3212 - 7 FP23 - 7 7 W1
5.2
5 530
281.04
52 300
1.4
278
2KJ3212 - 7 FP23 - 7 7 V1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1 or 9 2 or 9 A, B, F or H
page 10/43 page 11/2 page 10/37
Siemens MD 50.1 · 2017
3/37
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
3
n2
T2
rpm
Nm
D.149-LE100ZLSB4P
5.5
5 200
i
FR2
-
N
264.51
52 500
5.9
4 880
247.95
52 700
3
6.6
4 320
219.80
52 900
7.5
3 840
195.24
53 100
D.129-LE100ZLSB4P
4.6
6 240
316.90
26 300
5.4
5 320
270.24
26 800
5.7
5 000
254.34
27 000
6.2
4 640
236.03
27 200
7.0
4 100
208.67
27 500
7.8
3 660
186.28
27 800
8.7
3 300
167.63
28 000
10
2 860
145.49
28 300
11
2 570
130.84
28 400
13
2 250
114.36
28 600
D.109-LE100ZLSB4P
7.6
3 760
191.07
20 100
8.2
3 470
176.45
20 200
9.3
3 090
157.00
20 200
10
2 740
139.44
20 200
12
2 450
124.82
20 200
14
2 100
106.70
20 200
15
1 870
95.28
20 200
17
1 650
84.21
20 200
20
1 450
73.90
20 200
23
1 260
64.34
20 200
D.89-LE100ZLSB4P
15
1 940
98.99
18 500
17
1 700
86.56
18 500
20
1 460
74.30
18 500
22
1 290
65.67
18 500
Z.89-LE100ZLSB4P
25
1 120
57.36
18 500
28
1 020
51.78
18 500
31
925
46.97
18 500
34
850
43.36
18 500
37
775
39.41
18 500
44
655
33.38
18 500
46
615
31.41
18 500
D.79-LE100ZLSB4P
30
965
49.02
10 700
Z.79-LE100ZLSB4P
33
875
44.42
11 200
36
785
39.94
11 700
40
710
36.12
12 100
44
655
33.34
12 300
48
600
30.54
12 500
57
500
25.62
12 800
60
475
24.12
12 800
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
3/38
Siemens MD 50.1 · 2017
fB -
1.5 1.6 1.8 2.1
0.80 0.94 1.0 1.1 1.2 1.4 1.5 1.7 1.9 2.2
0.82 0.89 1.0 1.1 1.3 1.5 1.7 1.9 2.1 2.4
0.86 0.99 1.1 1.3
1.5 1.6 1.8 2.0 2.2 2.6 2.7
0.87
0.96 1.1 1.2 1.3 1.4 1.7 1.8
m kg
278 278 278 278
194 194 194 194 194 194 194 194 194 194
130 130 130 130 130 130 130 130 130 130
88 88 88 88
87 87 87 87 87 87 87
65
64 64 64 64 64 64 64
1 or 9 2 or 9 A, B, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3212 - 7 FP23 - 7 7 U1 2KJ3212 - 7 FP23 - 7 7 T1 2KJ3212 - 7 FP23 - 7 7 S1 2KJ3212 - 7 FP23 - 7 7 R1
2KJ3211 - 7 FP23 - 7 7 Q1 2KJ3211 - 7 FP23 - 7 7 P1 2KJ3211 - 7 FP23 - 7 7 N1 2KJ3211 - 7 FP23 - 7 7 M1 2KJ3211 - 7 FP23 - 7 7 L1 2KJ3211 - 7 FP23 - 7 7 K1 2KJ3211 - 7 FP23 - 7 7 J1 2KJ3211 - 7 FP23 - 7 7 H1 2KJ3211 - 7 FP23 - 7 7 G1 2KJ3211 - 7 FP23 - 7 7 F1
2KJ3210 - 7 FP23 - 7 7 M1 2KJ3210 - 7 FP23 - 7 7 L1 2KJ3210 - 7 FP23 - 7 7 K1 2KJ3210 - 7 FP23 - 7 7 J1 2KJ3210 - 7 FP23 - 7 7 H1 2KJ3210 - 7 FP23 - 7 7 G1 2KJ3210 - 7 FP23 - 7 7 F1 2KJ3210 - 7 FP23 - 7 7 E1 2KJ3210 - 7 FP23 - 7 7 D1 2KJ3210 - 7 FP23 - 7 7 C1
2KJ3208 - 7 FP23 - 7 7 F1 2KJ3208 - 7 FP23 - 7 7 E1 2KJ3208 - 7 FP23 - 7 7 D1 2KJ3208 - 7 FP23 - 7 7 C1
2KJ3108 - 7 FP23 - 7 7 A2 2KJ3108 - 7 FP23 - 7 7 X1 2KJ3108 - 7 FP23 - 7 7 W1 2KJ3108 - 7 FP23 - 7 7 V1 2KJ3108 - 7 FP23 - 7 7 U1 2KJ3108 - 7 FP23 - 7 7 T1 2KJ3108 - 7 FP23 - 7 7 S1
2KJ3207 - 7 FP23 - 7 7 A1
2KJ3107 - 7 FP23 - 7 7 W1 2KJ3107 - 7 FP23 - 7 7 V1 2KJ3107 - 7 FP23 - 7 7 U1 2KJ3107 - 7 FP23 - 7 7 T1 2KJ3107 - 7 FP23 - 7 7 S1 2KJ3107 - 7 FP23 - 7 7 R1 2KJ3107 - 7 FP23 - 7 7 Q1
page 10/43 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
3
Z.79-LE100ZLSB4P
66
435
22.13
12 800
1.9
64
2KJ3107 - 7 FP23 - 7 7 P1
75
380
19.33
12 800
2.2
64
2KJ3107 - 7 FP23 - 7 7 N1
84
340
17.31
12 700
2.5
64
2KJ3107 - 7 FP23 - 7 7 M1
3
96
295
15.13
12 400
2.8
64
2KJ3107 - 7 FP23 - 7 7 L1
112
255
12.99
11 900
3.3
64
2KJ3107 - 7 FP23 - 7 7 K1
127
225
11.48
11 500
3.7
64
2KJ3107 - 7 FP23 - 7 7 J1
Z.69-LE100ZLSB4P
38
750
38.24
9 110
0.80
55
2KJ3106 - 7 FP23 - 7 7 U1
42
675
34.29
9 760
0.89
55
2KJ3106 - 7 FP23 - 7 7 T1
47
605
30.90
10 300
0.99
55
2KJ3106 - 7 FP23 - 7 7 S1
51
560
28.53
10 600
1.1
55
2KJ3106 - 7 FP23 - 7 7 R1
56
510
26.04
11 000
1.2
55
2KJ3106 - 7 FP23 - 7 7 Q1
67
425
21.61
11 200
1.4
55
2KJ3106 - 7 FP23 - 7 7 P1
72
400
20.34
11 300
1.5
55
2KJ3106 - 7 FP23 - 7 7 N1
76
375
19.21
11 200
1.6
55
2KJ3106 - 7 FP23 - 7 7 M1
89
320
16.34
10 700
1.9
55
2KJ3106 - 7 FP23 - 7 7 L1
104
275
14.00
10 300
2.2
55
2KJ3106 - 7 FP23 - 7 7 K1
118
240
12.31
9 970
2.5
55
2KJ3106 - 7 FP23 - 7 7 J1
140
205
10.39
9 490
2.9
55
2KJ3106 - 7 FP23 - 7 7 H1
161
178
9.05
9 120
3.3
55
2KJ3106 - 7 FP23 - 7 7 G1
171
167
8.50
8 940
2.7
55
2KJ3106 - 7 FP23 - 7 7 F1
201
142
7.23
8 530
3.1
55
2KJ3106 - 7 FP23 - 7 7 E1
235
122
6.20
8 140
3.6
55
2KJ3106 - 7 FP23 - 7 7 D1
267
107
5.45
7 830
4.0
55
2KJ3106 - 7 FP23 - 7 7 C1
316
91
4.60
7 430
4.9
55
2KJ3106 - 7 FP23 - 7 7 B1
Z.59-LE100ZLSB4P
55
525
26.66
5 620
0.86
50
2KJ3105 - 7 FP23 - 7 7 R1
60
475
24.34
5 590
0.94
50
2KJ3105 - 7 FP23 - 7 7 Q1
72
395
20.20
5 140
1.1
50
2KJ3105 - 7 FP23 - 7 7 P1
77
370
19.01
5 350
1.2
50
2KJ3105 - 7 FP23 - 7 7 N1
81
350
17.95
5 360
1.3
50
2KJ3105 - 7 FP23 - 7 7 M1
95
300
15.27
5 200
1.5
50
2KJ3105 - 7 FP23 - 7 7 L1
111
255
13.09
5 060
1.7
50
2KJ3105 - 7 FP23 - 7 7 K1
126
225
11.51
4 920
2.0
50
2KJ3105 - 7 FP23 - 7 7 J1
150
191
9.71
4 730
2.4
50
2KJ3105 - 7 FP23 - 7 7 H1
172
167
8.46
4 580
2.7
50
2KJ3105 - 7 FP23 - 7 7 G1
180
159
8.07
4 500
2.6
50
2KJ3105 - 7 FP23 - 7 7 F1
212
135
6.86
4 330
3.0
50
2KJ3105 - 7 FP23 - 7 7 E1
247
116
5.88
4 160
3.5
50
2KJ3105 - 7 FP23 - 7 7 D1
281
102
5.17
4 020
4.0
50
2KJ3105 - 7 FP23 - 7 7 C1
334
86
4.36
3 840
4.7
50
2KJ3105 - 7 FP23 - 7 7 B1
383
75
3.80
3 700
5.4
50
2KJ3105 - 7 FP23 - 7 7 A1
Z.49-LE100ZLSB4P
79
360
18.48
4 200
0.88
48
2KJ3104 - 7 FP23 - 7 7 Q1
84
340
17.39
4 160
0.93
48
2KJ3104 - 7 FP23 - 7 7 P1
89
320
16.42
4 140
0.99
48
2KJ3104 - 7 FP23 - 7 7 N1
104
275
13.98
4 030
1.2
48
2KJ3104 - 7 FP23 - 7 7 M1
122
235
11.97
3 930
1.4
48
2KJ3104 - 7 FP23 - 7 7 L1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1 or 9 2 or 9 A, B, F or H
page 10/43 page 11/2 page 10/37
Siemens MD 50.1 · 2017
3/39
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
3
n2
T2
rpm
Nm
Z.49-LE100ZLSB4P
138
205
i
FR2
-
N
10.53
3 610
164
175
8.88
3 710
3
188
152
7.74
3 600
190
150
7.64
3 230
202
142
7.21
3 330
237
121
6.14
3 370
277
104
5.26
3 250
315
91
4.62
3 150
373
77
3.90
3 010
428
67
3.40
2 900
Z.39-LE100ZLSB4P
137
205
10.62
545
160
179
9.10
910
186
154
7.84
1 270
225
127
6.46
825
239
120
6.08
950
267
107
5.45
1 180
314
91
4.64
1 450
366
78
3.98
1 640
424
68
3.43
1 750
Z.29-LE100ZLSB4P
173
165
8.40
150
200
144
7.29
495
240
119
6.06
360
274
105
5.31
620
302
95
4.82
805
320
89
4.54
915
364
79
4.00
1 070
419
68
3.47
1 250
E.129-LE100ZLSB4P
149
193
9.79
13 500
174
165
8.38
13 500
185
155
7.88
13 500
E.109-LE100ZLSB4P
202
142
7.19
10 500
215
133
6.76
10 500
232
124
6.28
10 500
E.89-LE100ZLSB4P
150
190
9.67
8 000
167
172
8.73
8 000
184
156
7.92
8 000
199
144
7.31
8 000
219
131
6.64
8 000
259
111
5.62
8 000
275
104
5.29
8 000
298
96
4.89
8 000
334
86
4.35
8 000
377
76
3.86
8 000
421
68
3.46
8 000
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
3/40
Siemens MD 50.1 · 2017
fB -
1.5 1.8 2.1 2.0 2.0 2.2 2.4 2.5 2.7 2.9
0.81 0.88 0.96 1.1 1.2 1.3 1.4 1.5 1.7
0.83 0.91 0.84 0.87 0.91 0.94 0.96 1.0
3.4 4.0 4.3
4.0 4.2 4.6
1.5 1.6 1.8 1.8 2.0 2.9 2.0 3.7 4.2 4.7 5.4
m kg
48 48 48 48 48 48 48 48 48 48
36 36 36 36 36 36 36 36 36
34 34 34 34 34 34 34 34
114 114 114
89 89 89
65 65 65 65 65 65 65 65 65 65 65
1 or 9 2 or 9 A, B, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3104 - 7 FP23 - 7 7 K1 2KJ3104 - 7 FP23 - 7 7 J1 2KJ3104 - 7 FP23 - 7 7 H1 2KJ3104 - 7 FP23 - 7 7 G1 2KJ3104 - 7 FP23 - 7 7 F1 2KJ3104 - 7 FP23 - 7 7 E1 2KJ3104 - 7 FP23 - 7 7 D1 2KJ3104 - 7 FP23 - 7 7 C1 2KJ3104 - 7 FP23 - 7 7 B1 2KJ3104 - 7 FP23 - 7 7 A1
2KJ3103 - 7 FP23 - 7 7 J1 2KJ3103 - 7 FP23 - 7 7 H1 2KJ3103 - 7 FP23 - 7 7 G1 2KJ3103 - 7 FP23 - 7 7 F1 2KJ3103 - 7 FP23 - 7 7 E1 2KJ3103 - 7 FP23 - 7 7 D1 2KJ3103 - 7 FP23 - 7 7 C1 2KJ3103 - 7 FP23 - 7 7 B1 2KJ3103 - 7 FP23 - 7 7 A1
2KJ3102 - 7 FP23 - 7 7 J1 2KJ3102 - 7 FP23 - 7 7 H1 2KJ3102 - 7 FP23 - 7 7 F1 2KJ3102 - 7 FP23 - 7 7 E1 2KJ3102 - 7 FP23 - 7 7 D1 2KJ3102 - 7 FP23 - 7 7 C1 2KJ3102 - 7 FP23 - 7 7 B1 2KJ3102 - 7 FP23 - 7 7 A1
2KJ3006 - 7 FP23 - 7 7 T1 2KJ3006 - 7 FP23 - 7 7 S1 2KJ3006 - 7 FP23 - 7 7 R1
2KJ3005 - 7 FP23 - 7 7 Q1 2KJ3005 - 7 FP23 - 7 7 P1 2KJ3005 - 7 FP23 - 7 7 N1
2KJ3004 - 7 FP23 - 7 7 T1 2KJ3004 - 7 FP23 - 7 7 S1 2KJ3004 - 7 FP23 - 7 7 R1 2KJ3004 - 7 FP23 - 7 7 Q1 2KJ3004 - 7 FP23 - 7 7 P1 2KJ3004 - 7 FP23 - 7 7 N1 2KJ3004 - 7 FP23 - 7 7 M1 2KJ3004 - 7 FP23 - 7 7 L1 2KJ3004 - 7 FP23 - 7 7 K1 2KJ3004 - 7 FP23 - 7 7 J1 2KJ3004 - 7 FP23 - 7 7 H1
page 10/43 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
3
E.69-LE100ZLSB4P
192
149
7.58
6 100
1.4
51
2KJ3003 - 7 FP23 - 7 7 Q1
213
134
6.82
6 100
1.3
51
2KJ3003 - 7 FP23 - 7 7 P1
236
121
6.17
6 100
1.7
51
2KJ3003 - 7 FP23 - 7 7 N1
3
256
112
5.69
6 100
1.5
51
2KJ3003 - 7 FP23 - 7 7 M1
279
103
5.21
6 100
1.9
51
2KJ3003 - 7 FP23 - 7 7 L1
332
86
4.38
6 100
2.3
51
2KJ3003 - 7 FP23 - 7 7 K1
353
81
4.12
6 100
2.0
51
2KJ3003 - 7 FP23 - 7 7 J1
385
74
3.78
6 100
2.7
51
2KJ3003 - 7 FP23 - 7 7 H1
441
65
3.30
6 100
3.1
51
2KJ3003 - 7 FP23 - 7 7 G1
493
58
2.95
6 100
3.4
51
2KJ3003 - 7 FP23 - 7 7 F1
564
51
2.58
6 100
3.9
51
2KJ3003 - 7 FP23 - 7 7 E1
655
44
2.22
6 100
4.5
51
2KJ3003 - 7 FP23 - 7 7 D1
742
39
1.96
6 100
5.1
51
2KJ3003 - 7 FP23 - 7 7 C1
871
33
1.67
6 100
6.0
51
2KJ3003 - 7 FP23 - 7 7 B1
E.49-LE100ZLSB4P
239
120
6.08
4 000
0.87
44
2KJ3002 - 7 FP23 - 7 7 N1
267
107
5.45
4 000
0.96
44
2KJ3002 - 7 FP23 - 7 7 M1
296
97
4.92
4 000
1.1
44
2KJ3002 - 7 FP23 - 7 7 L1
320
89
4.54
4 000
1.1
44
2KJ3002 - 7 FP23 - 7 7 K1
351
82
4.14
4 000
1.3
44
2KJ3002 - 7 FP23 - 7 7 J1
423
68
3.44
3 960
1.5
44
2KJ3002 - 7 FP23 - 7 7 H1
449
64
3.24
3 900
1.6
44
2KJ3002 - 7 FP23 - 7 7 G1
475
60
3.06
3 840
1.7
44
2KJ3002 - 7 FP23 - 7 7 F1
560
51
2.60
3 680
2.0
44
2KJ3002 - 7 FP23 - 7 7 E1
652
44
2.23
3 510
2.3
44
2KJ3002 - 7 FP23 - 7 7 D1
742
39
1.96
3 380
2.7
44
2KJ3002 - 7 FP23 - 7 7 C1
882
32
1.65
3 230
3.2
44
2KJ3002 - 7 FP23 - 7 7 B1
1 010
28
1.44
3 100
3.6
44
2KJ3002 - 7 FP23 - 7 7 A1
E.39-LE100ZLSB4P
406
70
3.58
1 880
0.82
37
2KJ3001 - 7 FP23 - 7 7 J1
440
65
3.31
2 010
0.89
37
2KJ3001 - 7 FP23 - 7 7 H1
497
58
2.93
2 040
1.1
37
2KJ3001 - 7 FP23 - 7 7 G1
635
45
2.29
2 260
1.5
37
2KJ3001 - 7 FP23 - 7 7 E1
706
41
2.06
2 210
1.6
37
2KJ3001 - 7 FP23 - 7 7 D1
831
34
1.75
2 300
1.9
37
2KJ3001 - 7 FP23 - 7 7 C1
970
30
1.50
2 230
2.1
37
2KJ3001 - 7 FP23 - 7 7 B1
1 128
25
1.29
2 230
2.1
37
2KJ3001 - 7 FP23 - 7 7 A1
4
D.189-LE132MJ6P
3.1
12 300
313.63 107 000
1.5
698
2KJ3214 - 7 HK23 - 7 7 T1 P01
3.5
11 000
280.59 107 000
1.7
698
2KJ3214 - 7 HK23 - 7 7 S1 P01
3.8
9 960
253.06 107 000
1.9
698
2KJ3214 - 7 HK23 - 7 7 R1 P01
D.169-LE132MJ6P
3.0
12 800
327.18
70 600
1.1
485
2KJ3213 - 7 HK23 - 7 7 V1 P01
3.2
12 000
305.28
70 900
1.2
485
2KJ3213 - 7 HK23 - 7 7 U1 P01
3.6
10 600
271.40
71 400
1.3
485
2KJ3213 - 7 HK23 - 7 7 T1 P01
4.0
9 590
243.68
71 800
1.5
485
2KJ3213 - 7 HK23 - 7 7 S1 P01
D.169-LE112ZMKB4P
4.5
8 560
327.18
72 200
1.6
458
2KJ3213 - 7 GJ23 - 7 7 V1
4.8
7 980
305.28
72 400
1.8
458
2KJ3213 - 7 GJ23 - 7 7 U1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1 or 9 2 or 9 A, B, F or H
page 10/43 page 11/2 page 10/37
Siemens MD 50.1 · 2017
3/41
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
4
n2
T2
rpm
Nm
D.169-LE112ZMKB4P
5.4
7 100
i
FR2
-
N
271.40
72 700
D.149-LE132MJ6P
3
3.9
9 760
D.149-LE112ZMKB4P
247.95
50 300
4.4
8 590
328.38
50 900
5.2
7 350
281.04
51 500
5.5
6 920
264.51
51 700
5.9
6 480
247.95
51 900
6.6
5 750
219.80
52 200
7.5
5 100
195.24
52 600
8.3
4 610
176.18
52 800
9.4
4 080
156.11
53 000
11
3 610
138.26
53 300
D.129-LE112ZMKB4P
6.2
6 170
236.03
26 300
7.0
5 460
208.67
26 700
7.8
4 870
186.28
27 100
8.7
4 380
167.63
27 400
10
3 800
145.49
27 700
11
3 420
130.84
27 900
13
2 990
114.36
28 200
14
2 670
102.05
28 400
16
2 350
89.91
28 600
D.109-LE112ZMKB4P
10
3 640
139.44
20 200
12
3 260
124.82
20 200
14
2 790
106.70
20 200
15
2 490
95.28
20 200
17
2 200
84.21
20 200
20
1 930
73.90
20 200
23
1 680
64.34
20 200
Z.109-LE112ZMKB4P
29
1 330
51.17
20 200
D.89-LE112ZMKB4P
20
1 940
74.30
18 500
22
1 710
65.67
18 500
Z.89-LE112ZMKB4P
25
1 500
57.36
18 500
28
1 350
51.78
18 500
31
1 220
46.97
18 500
34
1 130
43.36
18 500
37
1 030
39.41
18 500
44
870
33.38
18 500
46
820
31.41
18 500
50
755
29.01
18 500
57
675
25.81
18 500
64
600
22.92
18 500
71
535
20.52
18 500
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
fB -
2.0
0.82
0.93 1.1 1.2 1.2 1.4 1.6 1.7 2.0 2.2
0.81 0.92 1.0 1.1 1.3 1.5 1.7 1.9 2.1
0.85 0.95 1.1 1.2 1.4 1.6 1.8
2.3
0.86 0.98
1.1 1.2 1.4 1.5 1.6 1.9 2.0 2.2 2.5 2.8 3.1
m kg
458
307
280 280 280 280 280 280 280 280 280
194 194 194 194 194 194 194 194 194
130 130 130 130 130 130 130
128
88 88
87 87 87 87 87 87 87 87 87 87 87
1 or 9 2 or 9 A, B, F or H
3/42
Siemens MD 50.1 · 2017
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3213 - 7 GJ23 - 7 7 T1
2KJ3212 - 7 HK23 - 7 7 T1 P01
2KJ3212 - 7 GJ23 - 7 7 W1 2KJ3212 - 7 GJ23 - 7 7 V1 2KJ3212 - 7 GJ23 - 7 7 U1 2KJ3212 - 7 GJ23 - 7 7 T1 2KJ3212 - 7 GJ23 - 7 7 S1 2KJ3212 - 7 GJ23 - 7 7 R1 2KJ3212 - 7 GJ23 - 7 7 Q1 2KJ3212 - 7 GJ23 - 7 7 P1 2KJ3212 - 7 GJ23 - 7 7 N1
2KJ3211 - 7 GJ23 - 7 7 M1 2KJ3211 - 7 GJ23 - 7 7 L1 2KJ3211 - 7 GJ23 - 7 7 K1 2KJ3211 - 7 GJ23 - 7 7 J1 2KJ3211 - 7 GJ23 - 7 7 H1 2KJ3211 - 7 GJ23 - 7 7 G1 2KJ3211 - 7 GJ23 - 7 7 F1 2KJ3211 - 7 GJ23 - 7 7 E1 2KJ3211 - 7 GJ23 - 7 7 D1
2KJ3210 - 7 GJ23 - 7 7 J1 2KJ3210 - 7 GJ23 - 7 7 H1 2KJ3210 - 7 GJ23 - 7 7 G1 2KJ3210 - 7 GJ23 - 7 7 F1 2KJ3210 - 7 GJ23 - 7 7 E1 2KJ3210 - 7 GJ23 - 7 7 D1 2KJ3210 - 7 GJ23 - 7 7 C1
2KJ3110 - 7 GJ23 - 7 7 X1
2KJ3208 - 7 GJ23 - 7 7 D1 2KJ3208 - 7 GJ23 - 7 7 C1
2KJ3108 - 7 GJ23 - 7 7 A2 2KJ3108 - 7 GJ23 - 7 7 X1 2KJ3108 - 7 GJ23 - 7 7 W1 2KJ3108 - 7 GJ23 - 7 7 V1 2KJ3108 - 7 GJ23 - 7 7 U1 2KJ3108 - 7 GJ23 - 7 7 T1 2KJ3108 - 7 GJ23 - 7 7 S1 2KJ3108 - 7 GJ23 - 7 7 R1 2KJ3108 - 7 GJ23 - 7 7 Q1 2KJ3108 - 7 GJ23 - 7 7 P1 2KJ3108 - 7 GJ23 - 7 7 N1
page 10/43 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
4
Z.79-LE112ZMKB4P
37
1 040
39.94
13 100
0.80
65
2KJ3107 - 7 GJ23 - 7 7 V1
40
945
36.12
13 200
0.89
65
2KJ3107 - 7 GJ23 - 7 7 U1
44
870
33.34
13 300
0.96
65
2KJ3107 - 7 GJ23 - 7 7 T1
3
48
795
30.54
13 400
1.1
65
2KJ3107 - 7 GJ23 - 7 7 S1
57
670
25.62
10 200
1.3
65
2KJ3107 - 7 GJ23 - 7 7 R1
61
630
24.12
10 400
1.3
65
2KJ3107 - 7 GJ23 - 7 7 Q1
66
575
22.13
10 700
1.5
65
2KJ3107 - 7 GJ23 - 7 7 P1
76
505
19.33
10 900
1.7
65
2KJ3107 - 7 GJ23 - 7 7 N1
84
450
17.31
11 000
1.9
65
2KJ3107 - 7 GJ23 - 7 7 M1
96
395
15.13
11 100
2.1
65
2KJ3107 - 7 GJ23 - 7 7 L1
112
340
12.99
11 000
2.5
65
2KJ3107 - 7 GJ23 - 7 7 K1
127
300
11.48
11 000
2.8
65
2KJ3107 - 7 GJ23 - 7 7 J1
150
255
9.76
10 700
3.2
65
2KJ3107 - 7 GJ23 - 7 7 H1
174
215
8.37
10 300
3.6
65
2KJ3107 - 7 GJ23 - 7 7 G1
178
210
8.19
10 000
3.3
65
2KJ3107 - 7 GJ23 - 7 7 F1
204
187
7.16
9 780
3.9
65
2KJ3107 - 7 GJ23 - 7 7 E1
237
161
6.15
9 350
4.4
65
2KJ3107 - 7 GJ23 - 7 7 D1
269
142
5.43
9 020
4.8
65
2KJ3107 - 7 GJ23 - 7 7 C1
Z.69-LE112ZMKB4P
51
745
28.53
10 600
0.80
56
2KJ3106 - 7 GJ23 - 7 7 R1
56
680
26.04
7 580
0.88
56
2KJ3106 - 7 GJ23 - 7 7 Q1
68
565
21.61
8 620
1.1
56
2KJ3106 - 7 GJ23 - 7 7 P1
72
530
20.34
8 930
1.1
56
2KJ3106 - 7 GJ23 - 7 7 N1
76
500
19.21
9 160
1.2
56
2KJ3106 - 7 GJ23 - 7 7 M1
89
425
16.34
9 670
1.4
56
2KJ3106 - 7 GJ23 - 7 7 L1
104
365
14.00
9 960
1.6
56
2KJ3106 - 7 GJ23 - 7 7 K1
119
320
12.31
9 700
1.9
56
2KJ3106 - 7 GJ23 - 7 7 J1
141
270
10.39
9 270
2.2
56
2KJ3106 - 7 GJ23 - 7 7 H1
161
235
9.05
8 930
2.5
56
2KJ3106 - 7 GJ23 - 7 7 G1
172
220
8.50
8 750
2.0
56
2KJ3106 - 7 GJ23 - 7 7 F1
202
189
7.23
8 360
2.4
56
2KJ3106 - 7 GJ23 - 7 7 E1
235
162
6.20
8 000
2.7
56
2KJ3106 - 7 GJ23 - 7 7 D1
268
143
5.45
7 700
3.0
56
2KJ3106 - 7 GJ23 - 7 7 C1
317
120
4.60
7 330
3.7
56
2KJ3106 - 7 GJ23 - 7 7 B1
364
105
4.01
7 030
4.2
56
2KJ3106 - 7 GJ23 - 7 7 A1
Z.59-LE112ZMKB4P
72
525
20.20
4 930
0.85
51
2KJ3105 - 7 GJ23 - 7 7 P1
77
495
19.01
4 910
0.90
51
2KJ3105 - 7 GJ23 - 7 7 N1
81
470
17.95
4 880
0.96
51
2KJ3105 - 7 GJ23 - 7 7 M1
96
400
15.27
3 960
1.1
51
2KJ3105 - 7 GJ23 - 7 7 L1
112
340
13.09
4 470
1.3
51
2KJ3105 - 7 GJ23 - 7 7 K1
127
300
11.51
4 620
1.5
51
2KJ3105 - 7 GJ23 - 7 7 J1
150
250
9.71
4 500
1.8
51
2KJ3105 - 7 GJ23 - 7 7 H1
173
220
8.46
4 370
2.0
51
2KJ3105 - 7 GJ23 - 7 7 G1
181
210
8.07
4 280
1.9
51
2KJ3105 - 7 GJ23 - 7 7 F1
213
179
6.86
4 140
2.3
51
2KJ3105 - 7 GJ23 - 7 7 E1
248
154
5.88
4 000
2.7
51
2KJ3105 - 7 GJ23 - 7 7 D1
282
135
5.17
3 880
3.0
51
2KJ3105 - 7 GJ23 - 7 7 C1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1 or 9 2 or 9 A, B, F or H
page 10/43 page 11/2 page 10/37
Siemens MD 50.1 · 2017
3/43
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
4
n2
T2
rpm
Nm
Z.59-LE112ZMKB4P
335
114
i
FR2
-
N
4.36
3 720
384
99
3.80
3 600
3
Z.49-LE112ZMKB4P
104
365
13.98
3 670
122
310
11.97
3 630
139
275
10.53
3 560
164
230
8.88
3 490
189
200
7.74
3 410
191
200
7.64
3 320
202
189
7.21
3 290
238
161
6.14
3 190
278
138
5.26
2 670
316
121
4.62
2 900
374
102
3.90
2 900
429
89
3.40
2 810
E.129-LE112ZMKB4P
149
255
9.79
13 500
174
215
8.38
13 500
185
205
7.88
13 500
198
193
7.39
13 500
E.109-LE112ZMKB4P
203
188
7.19
10 500
216
177
6.76
10 500
232
164
6.28
10 500
263
145
5.55
10 500
295
130
4.95
10 500
327
117
4.46
10 500
E.89-LE112ZMKB4P
151
250
9.67
8 000
167
225
8.73
8 000
184
205
7.92
8 000
200
191
7.31
8 000
220
174
6.64
8 000
260
147
5.62
8 000
276
138
5.29
8 000
299
128
4.89
8 000
336
114
4.35
8 000
378
101
3.86
8 000
422
90
3.46
8 000
493
77
2.96
8 000
553
69
2.64
8 000
627
61
2.33
8 000
E.69-LE112ZMKB4P
193
198
7.58
6 100
214
178
6.82
6 100
237
161
6.17
6 100
257
149
5.69
6 100
280
136
5.21
6 100
333
115
4.38
6 100
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
3/44
Siemens MD 50.1 · 2017
fB -
3.6 4.1
0.87 1.0 1.2 1.4 1.6 1.5 1.5 1.6 1.8 1.9 2.0 2.1
2.6 3.0 3.2 4.1
3.0 3.2 3.4 3.9 4.3 4.8
1.1 1.2 1.4 1.4 1.5 2.2 1.5 2.8 3.2 3.6 4.0 4.6 5.2 5.9
1.0 0.95 1.3 1.1 1.5 1.7
m kg
51 51
49 49 49 49 49 49 49 49 49 49 49 49
114 114 114 114
89 89 89 89 89 89
65 65 65 65 65 65 65 65 65 65 65 65 65 65
52 52 52 52 52 52
1 or 9 2 or 9 A, B, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3105 - 7 GJ23 - 7 7 B1 2KJ3105 - 7 GJ23 - 7 7 A1
2KJ3104 - 7 GJ23 - 7 7 M1 2KJ3104 - 7 GJ23 - 7 7 L1 2KJ3104 - 7 GJ23 - 7 7 K1 2KJ3104 - 7 GJ23 - 7 7 J1 2KJ3104 - 7 GJ23 - 7 7 H1 2KJ3104 - 7 GJ23 - 7 7 G1 2KJ3104 - 7 GJ23 - 7 7 F1 2KJ3104 - 7 GJ23 - 7 7 E1 2KJ3104 - 7 GJ23 - 7 7 D1 2KJ3104 - 7 GJ23 - 7 7 C1 2KJ3104 - 7 GJ23 - 7 7 B1 2KJ3104 - 7 GJ23 - 7 7 A1
2KJ3006 - 7 GJ23 - 7 7 T1 2KJ3006 - 7 GJ23 - 7 7 S1 2KJ3006 - 7 GJ23 - 7 7 R1 2KJ3006 - 7 GJ23 - 7 7 Q1
2KJ3005 - 7 GJ23 - 7 7 Q1 2KJ3005 - 7 GJ23 - 7 7 P1 2KJ3005 - 7 GJ23 - 7 7 N1 2KJ3005 - 7 GJ23 - 7 7 M1 2KJ3005 - 7 GJ23 - 7 7 L1 2KJ3005 - 7 GJ23 - 7 7 K1
2KJ3004 - 7 GJ23 - 7 7 T1 2KJ3004 - 7 GJ23 - 7 7 S1 2KJ3004 - 7 GJ23 - 7 7 R1 2KJ3004 - 7 GJ23 - 7 7 Q1 2KJ3004 - 7 GJ23 - 7 7 P1 2KJ3004 - 7 GJ23 - 7 7 N1 2KJ3004 - 7 GJ23 - 7 7 M1 2KJ3004 - 7 GJ23 - 7 7 L1 2KJ3004 - 7 GJ23 - 7 7 K1 2KJ3004 - 7 GJ23 - 7 7 J1 2KJ3004 - 7 GJ23 - 7 7 H1 2KJ3004 - 7 GJ23 - 7 7 G1 2KJ3004 - 7 GJ23 - 7 7 F1 2KJ3004 - 7 GJ23 - 7 7 E1
2KJ3003 - 7 GJ23 - 7 7 Q1 2KJ3003 - 7 GJ23 - 7 7 P1 2KJ3003 - 7 GJ23 - 7 7 N1 2KJ3003 - 7 GJ23 - 7 7 M1 2KJ3003 - 7 GJ23 - 7 7 L1 2KJ3003 - 7 GJ23 - 7 7 K1
page 10/43 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
4
E.69-LE112ZMKB4P
354
108
4.12
6 100
1.5
52
2KJ3003 - 7 GJ23 - 7 7 J1
386
99
3.78
6 100
2.0
52
2KJ3003 - 7 GJ23 - 7 7 H1
442
86
3.30
6 100
2.3
52
2KJ3003 - 7 GJ23 - 7 7 G1
3
495
77
2.95
6 100
2.6
52
2KJ3003 - 7 GJ23 - 7 7 F1
566
68
2.58
6 100
2.9
52
2KJ3003 - 7 GJ23 - 7 7 E1
658
58
2.22
6 100
3.4
52
2KJ3003 - 7 GJ23 - 7 7 D1
745
51
1.96
6 100
3.8
52
2KJ3003 - 7 GJ23 - 7 7 C1
874
44
1.67
6 100
4.5
52
2KJ3003 - 7 GJ23 - 7 7 B1
1 021
37
1.43
6 100
5.2
52
2KJ3003 - 7 GJ23 - 7 7 A1
E.49-LE112ZMKB4P
322
119
4.54
3 790
0.86
45
2KJ3002 - 7 GJ23 - 7 7 K1
353
108
4.14
3 920
0.94
45
2KJ3002 - 7 GJ23 - 7 7 J1
424
90
3.44
3 800
1.1
45
2KJ3002 - 7 GJ23 - 7 7 H1
451
85
3.24
3 750
1.2
45
2KJ3002 - 7 GJ23 - 7 7 G1
477
80
3.06
3 700
1.3
45
2KJ3002 - 7 GJ23 - 7 7 F1
562
68
2.60
3 550
1.5
45
2KJ3002 - 7 GJ23 - 7 7 E1
655
58
2.23
3 410
1.7
45
2KJ3002 - 7 GJ23 - 7 7 D1
745
51
1.96
3 290
2.0
45
2KJ3002 - 7 GJ23 - 7 7 C1
885
43
1.65
3 140
2.4
45
2KJ3002 - 7 GJ23 - 7 7 B1
1 014
38
1.44
3 010
2.7
45
2KJ3002 - 7 GJ23 - 7 7 A1
E.39-LE112ZMKB4P
498
77
2.93
905
0.85
40
2KJ3001 - 7 GJ23 - 7 7 G1
973
39
1.50
1 580
1.6
40
2KJ3001 - 7 GJ23 - 7 7 B1
1 132
34
1.29
1 580
1.6
40
2KJ3001 - 7 GJ23 - 7 7 A1
5.5
D.189-LE132ZMS6P
3.1
16 900
313.63 107 000
1.1
700
2KJ3214 - 7 HL23 - 7 7 T1 P01
3.5
15 100
280.59 107 000
1.3
700
2KJ3214 - 7 HL23 - 7 7 S1 P01
3.8
13 700
253.06 107 000
1.4
700
2KJ3214 - 7 HL23 - 7 7 R1 P01
4.3
12 100
223.66 107 000
1.6
700
2KJ3214 - 7 HL23 - 7 7 Q1 P01
D.189-LE132ZST4P
4.7
11 200
313.63 107 000
1.7
700
2KJ3214 - 7 HJ23 - 7 7 T1
5.2
10 000
280.59 107 000
1.9
700
2KJ3214 - 7 HJ23 - 7 7 S1
5.8
9 070
253.06 107 000
2.1
700
2KJ3214 - 7 HJ23 - 7 7 R1
D.169-LE132ZMS6P
3.2
16 500
305.28
69 200
0.85
487
2KJ3213 - 7 HL23 - 7 7 U1 P01
3.6
14 600
271.40
69 900
0.95
487
2KJ3213 - 7 HL23 - 7 7 T1 P01
4.0
13 100
243.68
70 500
1.1
487
2KJ3213 - 7 HL23 - 7 7 S1 P01
D.169-LE132ZST4P
4.5
11 700
327.18
71 000
1.2
487
2KJ3213 - 7 HJ23 - 7 7 V1
4.8
10 900
305.28
71 300
1.3
487
2KJ3213 - 7 HJ23 - 7 7 U1
5.4
9 730
271.40
71 700
1.4
487
2KJ3213 - 7 HJ23 - 7 7 T1
6.0
8 730
243.68
72 100
1.6
487
2KJ3213 - 7 HJ23 - 7 7 S1
6.6
7 900
220.58
72 400
1.8
487
2KJ3213 - 7 HJ23 - 7 7 R1
7.6
6 940
193.75
72 800
2.0
487
2KJ3213 - 7 HJ23 - 7 7 Q1
D.149-LE132ZST4P
5.5
9 480
264.51
50 400
0.84
309
2KJ3212 - 7 HJ23 - 7 7 U1
5.9
8 890
247.95
50 700
0.90
309
2KJ3212 - 7 HJ23 - 7 7 T1
6.7
7 880
219.80
51 200
1.0
309
2KJ3212 - 7 HJ23 - 7 7 S1
7.5
7 000
195.24
51 600
1.1
309
2KJ3212 - 7 HJ23 - 7 7 R1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1 or 9 2 or 9 A, B, F or H
page 10/43 page 11/2 page 10/37
Siemens MD 50.1 · 2017
3/45
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
5.5
n2
T2
rpm
Nm
D.149-LE132ZST4P
8.3
6 310
i
FR2
-
N
176.18
52 000
9.4
5 590
156.11
52 300
3
11
4 950
138.26
52 600
12
4 410
123.04
52 900
13
3 950
110.26
53 100
D.129-LE132ZST4P
8.7
6 010
167.63
26 400
10
5 210
145.49
26 900
11
4 690
130.84
27 200
13
4 100
114.36
27 500
14
3 650
102.05
27 800
16
3 220
89.91
28 100
19
2 820
78.78
28 300
Z.129-LE132ZST4P
23
2 240
62.48
28 600
D.109-LE132ZST4P
14
3 820
106.70
20 000
15
3 410
95.28
20 200
17
3 010
84.21
20 200
20
2 650
73.90
20 200
23
2 300
64.34
20 200
Z.109-LE132ZST4P
29
1 830
51.17
20 200
34
1 560
43.64
20 200
36
1 470
41.07
20 200
38
1 360
38.12
20 200
43
1 200
33.70
20 200
D.89-LE132ZST4P
26
2 000
55.84
18 500
31
1 710
47.87
18 500
Z.89-LE132ZST4P
37
1 410
39.41
18 500
44
1 190
33.38
18 500
47
1 120
31.41
18 500
50
1 040
29.01
18 500
57
925
25.81
18 500
64
820
22.92
18 500
71
735
20.52
18 500
84
625
17.54
18 500
94
560
15.66
18 400
106
495
13.84
17 800
121
435
12.15
17 200
213
245
6.89
14 600
Z.79-LE132ZST4P
57
915
25.62
13 100
61
865
24.12
12 900
66
790
22.13
12 700
76
690
19.33
12 400
85
620
17.31
8 480
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
3/46
Siemens MD 50.1 · 2017
fB -
1.3 1.4 1.6 1.8 2.0
0.83 0.96 1.1 1.2 1.4 1.6 1.8
2.2
0.81 0.91 1.0 1.2 1.3
1.7 2.0 2.1 2.3 2.6
0.84 0.98
1.2 1.4 1.5 1.6 1.8 2.0 2.3 2.7 3.0 3.4 3.7 4.3
0.91 0.97 1.1 1.2 1.4
m kg
309 309 309 309 309
224 224 224 224 224 224 224
220
160 160 160 160 160
158 158 158 158 158
119 119
118 118 118 118 118 118 118 118 118 118 118 118
96 96 96 96 96
1 or 9 2 or 9 A, B, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3212 - 7 HJ23 - 7 7 Q1 2KJ3212 - 7 HJ23 - 7 7 P1 2KJ3212 - 7 HJ23 - 7 7 N1 2KJ3212 - 7 HJ23 - 7 7 M1 2KJ3212 - 7 HJ23 - 7 7 L1
2KJ3211 - 7 HJ23 - 7 7 J1 2KJ3211 - 7 HJ23 - 7 7 H1 2KJ3211 - 7 HJ23 - 7 7 G1 2KJ3211 - 7 HJ23 - 7 7 F1 2KJ3211 - 7 HJ23 - 7 7 E1 2KJ3211 - 7 HJ23 - 7 7 D1 2KJ3211 - 7 HJ23 - 7 7 C1
2KJ3111 - 7 HJ23 - 7 7 X1
2KJ3210 - 7 HJ23 - 7 7 G1 2KJ3210 - 7 HJ23 - 7 7 F1 2KJ3210 - 7 HJ23 - 7 7 E1 2KJ3210 - 7 HJ23 - 7 7 D1 2KJ3210 - 7 HJ23 - 7 7 C1
2KJ3110 - 7 HJ23 - 7 7 X1 2KJ3110 - 7 HJ23 - 7 7 W1 2KJ3110 - 7 HJ23 - 7 7 V1 2KJ3110 - 7 HJ23 - 7 7 U1 2KJ3110 - 7 HJ23 - 7 7 T1
2KJ3208 - 7 HJ23 - 7 7 B1 2KJ3208 - 7 HJ23 - 7 7 A1
2KJ3108 - 7 HJ23 - 7 7 U1 2KJ3108 - 7 HJ23 - 7 7 T1 2KJ3108 - 7 HJ23 - 7 7 S1 2KJ3108 - 7 HJ23 - 7 7 R1 2KJ3108 - 7 HJ23 - 7 7 Q1 2KJ3108 - 7 HJ23 - 7 7 P1 2KJ3108 - 7 HJ23 - 7 7 N1 2KJ3108 - 7 HJ23 - 7 7 M1 2KJ3108 - 7 HJ23 - 7 7 L1 2KJ3108 - 7 HJ23 - 7 7 K1 2KJ3108 - 7 HJ23 - 7 7 J1 2KJ3108 - 7 HJ23 - 7 7 E1
2KJ3107 - 7 HJ23 - 7 7 R1 2KJ3107 - 7 HJ23 - 7 7 Q1 2KJ3107 - 7 HJ23 - 7 7 P1 2KJ3107 - 7 HJ23 - 7 7 N1 2KJ3107 - 7 HJ23 - 7 7 M1
page 10/43 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
5.5
Z.79-LE132ZST4P
97
540
15.13
8 910
1.5
96
2KJ3107 - 7 HJ23 - 7 7 L1
113
465
12.99
9 190
1.8
96
2KJ3107 - 7 HJ23 - 7 7 K1
128
410
11.48
9 370
2.0
96
2KJ3107 - 7 HJ23 - 7 7 J1
3
150
350
9.76
9 450
2.3
96
2KJ3107 - 7 HJ23 - 7 7 H1
175
300
8.37
9 470
2.6
96
2KJ3107 - 7 HJ23 - 7 7 G1
179
290
8.19
8 530
2.4
96
2KJ3107 - 7 HJ23 - 7 7 F1
205
255
7.16
8 570
2.8
96
2KJ3107 - 7 HJ23 - 7 7 E1
238
220
6.15
8 550
3.2
96
2KJ3107 - 7 HJ23 - 7 7 D1
270
195
5.43
8 510
3.5
96
2KJ3107 - 7 HJ23 - 7 7 C1
317
166
4.62
8 410
4.7
96
2KJ3107 - 7 HJ23 - 7 7 B1
Z.69-LE132ZST4P
72
725
20.34
10 300
0.82
86
2KJ3106 - 7 HJ23 - 7 7 N1
76
685
19.21
10 200
0.87
86
2KJ3106 - 7 HJ23 - 7 7 M1
90
585
16.34
9 890
1.0
86
2KJ3106 - 7 HJ23 - 7 7 L1
105
500
14.00
7 210
1.2
86
2KJ3106 - 7 HJ23 - 7 7 K1
119
440
12.31
7 700
1.4
86
2KJ3106 - 7 HJ23 - 7 7 J1
141
370
10.39
8 200
1.6
86
2KJ3106 - 7 HJ23 - 7 7 H1
162
320
9.05
8 510
1.8
86
2KJ3106 - 7 HJ23 - 7 7 G1
172
305
8.50
7 090
1.5
86
2KJ3106 - 7 HJ23 - 7 7 F1
203
255
7.23
7 560
1.7
86
2KJ3106 - 7 HJ23 - 7 7 E1
236
220
6.20
7 730
2.0
86
2KJ3106 - 7 HJ23 - 7 7 D1
269
195
5.45
7 520
2.2
86
2KJ3106 - 7 HJ23 - 7 7 C1
318
165
4.60
7 170
2.7
86
2KJ3106 - 7 HJ23 - 7 7 B1
365
144
4.01
6 890
3.1
86
2KJ3106 - 7 HJ23 - 7 7 A1
Z.59-LE132ZST4P
96
545
15.27
4 220
0.82
81
2KJ3105 - 7 HJ23 - 7 7 L1
112
465
13.09
4 220
0.96
81
2KJ3105 - 7 HJ23 - 7 7 K1
127
410
11.51
4 180
1.1
81
2KJ3105 - 7 HJ23 - 7 7 J1
151
345
9.71
3 370
1.3
81
2KJ3105 - 7 HJ23 - 7 7 H1
173
300
8.46
3 750
1.5
81
2KJ3105 - 7 HJ23 - 7 7 G1
182
285
8.07
2 750
1.4
81
2KJ3105 - 7 HJ23 - 7 7 F1
214
245
6.86
3 150
1.7
81
2KJ3105 - 7 HJ23 - 7 7 E1
249
210
5.88
3 490
1.9
81
2KJ3105 - 7 HJ23 - 7 7 D1
283
185
5.17
3 670
2.2
81
2KJ3105 - 7 HJ23 - 7 7 C1
336
156
4.36
3 540
2.6
81
2KJ3105 - 7 HJ23 - 7 7 B1
386
136
3.80
3 440
3.0
81
2KJ3105 - 7 HJ23 - 7 7 A1
Z.49-LE132ZST4P
139
375
10.53
3 160
0.85
79
2KJ3104 - 7 HJ23 - 7 7 K1
165
315
8.88
3 150
1.0
79
2KJ3104 - 7 HJ23 - 7 7 J1
189
275
7.74
3 110
1.2
79
2KJ3104 - 7 HJ23 - 7 7 H1
192
270
7.64
3 010
1.1
79
2KJ3104 - 7 HJ23 - 7 7 G1
203
255
7.21
3 000
1.1
79
2KJ3104 - 7 HJ23 - 7 7 F1
239
220
6.14
2 930
1.2
79
2KJ3104 - 7 HJ23 - 7 7 E1
279
189
5.26
2 870
1.3
79
2KJ3104 - 7 HJ23 - 7 7 D1
317
166
4.62
2 820
1.4
79
2KJ3104 - 7 HJ23 - 7 7 C1
376
140
3.90
2 730
1.5
79
2KJ3104 - 7 HJ23 - 7 7 B1
431
122
3.40
2 210
1.6
79
2KJ3104 - 7 HJ23 - 7 7 A1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1 or 9 2 or 9 A, B, F or H
page 10/43 page 11/2 page 10/37
Siemens MD 50.1 · 2017
3/47
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
5.5
n2
T2
rpm
Nm
E.149-LE132ZST4P
150
350
i
FR2
-
N
9.76
16 000
161
325
9.11
16 000
3
E.129-LE132ZST4P
150
350
9.79
13 500
175
300
8.38
13 500
186
280
7.88
13 500
198
265
7.39
13 500
224
235
6.55
13 500
252
205
5.82
13 500
279
188
5.25
13 500
315
167
4.65
13 500
356
148
4.12
13 500
E.109-LE132ZST4P
204
255
7.19
10 500
217
240
6.76
10 500
233
225
6.28
10 500
264
199
5.55
10 500
296
177
4.95
10 500
328
160
4.46
10 500
379
139
3.87
10 500
421
125
3.48
10 500
482
109
3.04
10 500
541
97
2.71
10 500
E.89-LE132ZST4P
221
235
6.64
8 000
261
200
5.62
8 000
277
190
5.29
8 000
300
175
4.89
8 000
337
156
4.35
8 000
380
138
3.86
8 000
423
124
3.46
8 000
495
106
2.96
8 000
555
95
2.64
8 000
629
84
2.33
8 000
715
74
2.05
7 920
823
64
1.78
7 640
964
54
1.52
7 320
E.69-LE132ZST4P
281
187
5.21
6 100
334
157
4.38
6 100
356
148
4.12
6 100
388
136
3.78
6 100
444
118
3.30
6 100
497
106
2.95
6 100
568
92
2.58
6 100
660
80
2.22
6 100
747
70
1.96
6 100
877
60
1.67
6 100
1 024
51
1.43
6 100
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
3/48
Siemens MD 50.1 · 2017
fB -
3.4 3.9
1.9 2.2 2.4 3.0 3.4 3.8 4.2 4.8 5.3
2.2 2.3 2.5 2.8 3.2 3.5 4.0 4.4 5.0 5.6
1.1 1.6 1.1 2.1 2.3 2.6 2.9 3.4 3.8 4.3 4.9 5.7 6.6
1.1 1.3 1.1 1.5 1.7 1.9 2.1 2.5 2.8 3.3 3.8
m kg
182 182
144 144 144 144 144 144 144 144 144
119 119 119 119 119 119 119 119 119 119
96 96 96 96 96 96 96 96 96 96 96 96 96
82 82 82 82 82 82 82 82 82 82 82
1 or 9 2 or 9 A, B, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3007 - 7 HJ23 - 7 7 S1 2KJ3007 - 7 HJ23 - 7 7 R1
2KJ3006 - 7 HJ23 - 7 7 T1 2KJ3006 - 7 HJ23 - 7 7 S1 2KJ3006 - 7 HJ23 - 7 7 R1 2KJ3006 - 7 HJ23 - 7 7 Q1 2KJ3006 - 7 HJ23 - 7 7 P1 2KJ3006 - 7 HJ23 - 7 7 N1 2KJ3006 - 7 HJ23 - 7 7 M1 2KJ3006 - 7 HJ23 - 7 7 L1 2KJ3006 - 7 HJ23 - 7 7 K1
2KJ3005 - 7 HJ23 - 7 7 Q1 2KJ3005 - 7 HJ23 - 7 7 P1 2KJ3005 - 7 HJ23 - 7 7 N1 2KJ3005 - 7 HJ23 - 7 7 M1 2KJ3005 - 7 HJ23 - 7 7 L1 2KJ3005 - 7 HJ23 - 7 7 K1 2KJ3005 - 7 HJ23 - 7 7 J1 2KJ3005 - 7 HJ23 - 7 7 H1 2KJ3005 - 7 HJ23 - 7 7 G1 2KJ3005 - 7 HJ23 - 7 7 F1
2KJ3004 - 7 HJ23 - 7 7 P1 2KJ3004 - 7 HJ23 - 7 7 N1 2KJ3004 - 7 HJ23 - 7 7 M1 2KJ3004 - 7 HJ23 - 7 7 L1 2KJ3004 - 7 HJ23 - 7 7 K1 2KJ3004 - 7 HJ23 - 7 7 J1 2KJ3004 - 7 HJ23 - 7 7 H1 2KJ3004 - 7 HJ23 - 7 7 G1 2KJ3004 - 7 HJ23 - 7 7 F1 2KJ3004 - 7 HJ23 - 7 7 E1 2KJ3004 - 7 HJ23 - 7 7 D1 2KJ3004 - 7 HJ23 - 7 7 C1 2KJ3004 - 7 HJ23 - 7 7 B1
2KJ3003 - 7 HJ23 - 7 7 L1 2KJ3003 - 7 HJ23 - 7 7 K1 2KJ3003 - 7 HJ23 - 7 7 J1 2KJ3003 - 7 HJ23 - 7 7 H1 2KJ3003 - 7 HJ23 - 7 7 G1 2KJ3003 - 7 HJ23 - 7 7 F1 2KJ3003 - 7 HJ23 - 7 7 E1 2KJ3003 - 7 HJ23 - 7 7 D1 2KJ3003 - 7 HJ23 - 7 7 C1 2KJ3003 - 7 HJ23 - 7 7 B1 2KJ3003 - 7 HJ23 - 7 7 A1
page 10/43 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
5.5
E.49-LE132ZST4P
426
123
3.44
2 540
0.82
75
2KJ3002 - 7 HJ23 - 7 7 H1
452
116
3.24
2 690
0.87
75
2KJ3002 - 7 HJ23 - 7 7 G1
479
110
3.06
2 800
0.92
75
2KJ3002 - 7 HJ23 - 7 7 F1
3
563
93
2.60
2 950
1.1
75
2KJ3002 - 7 HJ23 - 7 7 E1
747
70
1.96
3 060
1.5
75
2KJ3002 - 7 HJ23 - 7 7 C1
888
59
1.65
3 010
1.7
75
2KJ3002 - 7 HJ23 - 7 7 B1
1 017
52
1.44
2 900
2.0
75
2KJ3002 - 7 HJ23 - 7 7 A1
7.5
D.189-LE132ZMS4P
4.7
15 200
313.63 107 000
1.2
700
2KJ3214 - 7 HL23 - 7 7 T1
5.2
13 600
280.59 107 000
1.4
700
2KJ3214 - 7 HL23 - 7 7 S1
5.8
12 300
253.06 107 000
1.5
700
2KJ3214 - 7 HL23 - 7 7 R1
6.6
10 800
223.66 107 000
1.7
700
2KJ3214 - 7 HL23 - 7 7 Q1
7.2
9 960
204.44 107 000
1.9
700
2KJ3214 - 7 HL23 - 7 7 P1
8.0
8 960
183.92 107 000
2.1
700
2KJ3214 - 7 HL23 - 7 7 N1
D.169-LE132ZMS4P
4.5
15 900
327.18
69 400
0.88
487
2KJ3213 - 7 HL23 - 7 7 V1
4.8
14 800
305.28
69 800
0.94
487
2KJ3213 - 7 HL23 - 7 7 U1
5.4
13 200
271.40
70 400
1.1
487
2KJ3213 - 7 HL23 - 7 7 T1
6.0
11 800
243.68
70 900
1.2
487
2KJ3213 - 7 HL23 - 7 7 S1
6.7
10 700
220.58
71 300
1.3
487
2KJ3213 - 7 HL23 - 7 7 R1
7.6
9 440
193.75
71 800
1.5
487
2KJ3213 - 7 HL23 - 7 7 Q1
8.4
8 550
175.57
72 200
1.6
487
2KJ3213 - 7 HL23 - 7 7 P1
9.4
7 610
156.36
72 500
1.8
487
2KJ3213 - 7 HL23 - 7 7 N1
10
6 840
140.41
72 800
2.0
487
2KJ3213 - 7 HL23 - 7 7 M1
D.149-LE132ZMS4P
7.5
9 510
195.24
50 400
0.84
309
2KJ3212 - 7 HL23 - 7 7 R1
8.3
8 580
176.18
50 900
0.93
309
2KJ3212 - 7 HL23 - 7 7 Q1
9.4
7 600
156.11
51 400
1.1
309
2KJ3212 - 7 HL23 - 7 7 P1
11
6 730
138.26
51 800
1.2
309
2KJ3212 - 7 HL23 - 7 7 N1
12
5 990
123.04
52 100
1.3
309
2KJ3212 - 7 HL23 - 7 7 M1
13
5 370
110.26
52 400
1.5
309
2KJ3212 - 7 HL23 - 7 7 L1
15
4 760
97.75
52 700
1.7
309
2KJ3212 - 7 HL23 - 7 7 K1
17
4 200
86.29
53 000
1.9
309
2KJ3212 - 7 HL23 - 7 7 J1
19
3 690
75.87
53 200
2.2
309
2KJ3212 - 7 HL23 - 7 7 H1
21
3 340
68.71
53 400
2.4
309
2KJ3212 - 7 HL23 - 7 7 G1
D.129-LE132ZMS4P
13
5 570
114.36
26 700
0.9
224
2KJ3211 - 7 HL23 - 7 7 F1
14
4 970
102.05
27 000
1.0
224
2KJ3211 - 7 HL23 - 7 7 E1
16
4 380
89.91
27 400
1.1
224
2KJ3211 - 7 HL23 - 7 7 D1
19
3 830
78.78
27 700
1.3
224
2KJ3211 - 7 HL23 - 7 7 C1
Z.129-LE132ZMS4P
24
3 040
62.48
28 200
1.6
220
2KJ3111 - 7 HL23 - 7 7 X1
27
2 600
53.47
28 400
1.9
220
2KJ3111 - 7 HL23 - 7 7 W1
29
2 450
50.33
28 500
2.0
220
2KJ3111 - 7 HL23 - 7 7 V1
31
2 290
47.18
28 600
2.2
220
2KJ3111 - 7 HL23 - 7 7 U1
35
2 030
41.82
28 800
2.5
220
2KJ3111 - 7 HL23 - 7 7 T1
D.109-LE132ZMS4P
20
3 600
73.90
20 200
0.86
160
2KJ3210 - 7 HL23 - 7 7 D1
23
3 130
64.34
20 200
0.99
160
2KJ3210 - 7 HL23 - 7 7 C1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1 or 9 2 or 9 A, B, F or H
page 10/43 page 11/2 page 10/37
Siemens MD 50.1 · 2017
3/49
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
7.5
n2
T2
rpm
Nm
Z.109-LE132ZMS4P
29
2 490
i
FR2
-
N
51.17
20 200
34
2 120
43.64
20 200
3
36
2 000
41.07
20 200
39
1 850
38.12
20 200
44
1 640
33.70
20 200
49
1 460
30.08
20 200
54
1 310
27.07
20 200
63
1 140
23.49
20 200
70
1 030
21.13
20 200
80
900
18.47
20 200
89
800
16.48
20 200
Z.89-LE132ZMS4P
37
1 920
39.41
18 500
44
1 620
33.38
18 500
47
1 530
31.41
18 500
51
1 410
29.01
18 500
57
1 250
25.81
18 500
64
1 110
22.92
18 500
72
1 000
20.52
18 500
84
855
17.54
18 300
94
760
15.66
17 800
106
670
13.84
17 300
121
590
12.15
16 700
139
515
10.58
16 100
163
440
9.04
15 400
190
375
7.74
14 700
213
335
6.89
14 300
243
295
6.05
13 800
279
255
5.26
13 200
327
215
4.50
12 600
Z.79-LE132ZMS4P
76
940
19.33
11 600
85
840
17.31
11 400
97
735
15.13
11 100
113
630
12.99
10 700
128
555
11.48
10 400
151
475
9.76
10 000
176
405
8.37
7 870
179
395
8.19
6 570
205
345
7.16
6 890
239
300
6.15
7 060
271
265
5.43
7 200
318
225
4.62
7 300
371
193
3.96
7 320
Z.69-LE132ZMS4P
105
680
14.00
8 970
119
600
12.31
8 760
141
505
10.39
8 480
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
fB -
1.2 1.5 1.5 1.7 1.9 2.1 2.3 2.6 2.7 3.0 3.3
0.87 1.0 1.1 1.2 1.3 1.5 1.7 2.0 2.2 2.5 2.8 3.1 3.5 4.1 3.1 3.6 4.1 4.8
0.89 1.0 1.1 1.3 1.5 1.7 1.9 1.8 2.1 2.4 2.6 3.4 4.0
0.88 1.0 1.2
m kg
158 158 158 158 158 158 158 158 158 158 158
118 118 118 118 118 118 118 118 118 118 118 118 118 118 118 118 118 118
96 96 96 96 96 96 96 96 96 96 96 96 96
86 86 86
1 or 9 2 or 9 A, B, F or H
3/50
Siemens MD 50.1 · 2017
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3110 - 7 HL23 - 7 7 X1 2KJ3110 - 7 HL23 - 7 7 W1 2KJ3110 - 7 HL23 - 7 7 V1 2KJ3110 - 7 HL23 - 7 7 U1 2KJ3110 - 7 HL23 - 7 7 T1 2KJ3110 - 7 HL23 - 7 7 S1 2KJ3110 - 7 HL23 - 7 7 R1 2KJ3110 - 7 HL23 - 7 7 Q1 2KJ3110 - 7 HL23 - 7 7 P1 2KJ3110 - 7 HL23 - 7 7 N1 2KJ3110 - 7 HL23 - 7 7 M1
2KJ3108 - 7 HL23 - 7 7 U1 2KJ3108 - 7 HL23 - 7 7 T1 2KJ3108 - 7 HL23 - 7 7 S1 2KJ3108 - 7 HL23 - 7 7 R1 2KJ3108 - 7 HL23 - 7 7 Q1 2KJ3108 - 7 HL23 - 7 7 P1 2KJ3108 - 7 HL23 - 7 7 N1 2KJ3108 - 7 HL23 - 7 7 M1 2KJ3108 - 7 HL23 - 7 7 L1 2KJ3108 - 7 HL23 - 7 7 K1 2KJ3108 - 7 HL23 - 7 7 J1 2KJ3108 - 7 HL23 - 7 7 H1 2KJ3108 - 7 HL23 - 7 7 G1 2KJ3108 - 7 HL23 - 7 7 F1 2KJ3108 - 7 HL23 - 7 7 E1 2KJ3108 - 7 HL23 - 7 7 D1 2KJ3108 - 7 HL23 - 7 7 C1 2KJ3108 - 7 HL23 - 7 7 B1
2KJ3107 - 7 HL23 - 7 7 N1 2KJ3107 - 7 HL23 - 7 7 M1 2KJ3107 - 7 HL23 - 7 7 L1 2KJ3107 - 7 HL23 - 7 7 K1 2KJ3107 - 7 HL23 - 7 7 J1 2KJ3107 - 7 HL23 - 7 7 H1 2KJ3107 - 7 HL23 - 7 7 G1 2KJ3107 - 7 HL23 - 7 7 F1 2KJ3107 - 7 HL23 - 7 7 E1 2KJ3107 - 7 HL23 - 7 7 D1 2KJ3107 - 7 HL23 - 7 7 C1 2KJ3107 - 7 HL23 - 7 7 B1 2KJ3107 - 7 HL23 - 7 7 A1
2KJ3106 - 7 HL23 - 7 7 K1 2KJ3106 - 7 HL23 - 7 7 J1 2KJ3106 - 7 HL23 - 7 7 H1
page 10/43 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
7.5
Z.69-LE132ZMS4P
162
440
9.05
6 060
1.3
86
2KJ3106 - 7 HL23 - 7 7 G1
173
410
8.50
8 100
1.1
86
2KJ3106 - 7 HL23 - 7 7 F1
203
350
7.23
7 800
1.3
86
2KJ3106 - 7 HL23 - 7 7 E1
3
237
300
6.20
5 730
1.5
86
2KJ3106 - 7 HL23 - 7 7 D1
270
265
5.45
6 050
1.6
86
2KJ3106 - 7 HL23 - 7 7 C1
320
220
4.60
6 470
2.0
86
2KJ3106 - 7 HL23 - 7 7 B1
367
195
4.01
6 560
2.3
86
2KJ3106 - 7 HL23 - 7 7 A1
Z.59-LE132ZMS4P
128
560
11.51
3 580
0.8
81
2KJ3105 - 7 HL23 - 7 7 J1
151
470
9.71
3 620
0.95
81
2KJ3105 - 7 HL23 - 7 7 H1
174
410
8.46
3 610
1.1
81
2KJ3105 - 7 HL23 - 7 7 G1
182
390
8.07
3 520
1.0
81
2KJ3105 - 7 HL23 - 7 7 F1
214
330
6.86
3 500
1.2
81
2KJ3105 - 7 HL23 - 7 7 E1
250
285
5.88
3 440
1.4
81
2KJ3105 - 7 HL23 - 7 7 D1
284
250
5.17
2 270
1.6
81
2KJ3105 - 7 HL23 - 7 7 C1
337
210
4.36
2 720
1.9
81
2KJ3105 - 7 HL23 - 7 7 B1
387
185
3.80
2 930
2.2
81
2KJ3105 - 7 HL23 - 7 7 A1
Z.49-LE132ZMS4P
190
375
7.74
2 710
0.85
79
2KJ3104 - 7 HL23 - 7 7 H1
204
350
7.21
2 580
0.83
79
2KJ3104 - 7 HL23 - 7 7 F1
239
295
6.14
2 610
0.89
79
2KJ3104 - 7 HL23 - 7 7 E1
279
255
5.26
2 580
0.96
79
2KJ3104 - 7 HL23 - 7 7 D1
318
225
4.62
2 560
1.0
79
2KJ3104 - 7 HL23 - 7 7 C1
377
190
3.90
2 510
1.1
79
2KJ3104 - 7 HL23 - 7 7 B1
432
166
3.40
2 470
1.2
79
2KJ3104 - 7 HL23 - 7 7 A1
E.149-LE132ZMS4P
151
475
9.76
16 000
2.5
182
2KJ3007 - 7 HL23 - 7 7 S1
161
440
9.11
16 000
2.8
182
2KJ3007 - 7 HL23 - 7 7 R1
181
395
8.10
16 000
3.4
182
2KJ3007 - 7 HL23 - 7 7 Q1
202
350
7.27
16 000
3.8
182
2KJ3007 - 7 HL23 - 7 7 P1
223
320
6.58
16 000
4.1
182
2KJ3007 - 7 HL23 - 7 7 N1
E.129-LE132ZMS4P
150
475
9.79
13 500
1.4
144
2KJ3006 - 7 HL23 - 7 7 T1
175
405
8.38
13 500
1.6
144
2KJ3006 - 7 HL23 - 7 7 S1
187
380
7.88
13 500
1.7
144
2KJ3006 - 7 HL23 - 7 7 R1
199
360
7.39
13 500
2.2
144
2KJ3006 - 7 HL23 - 7 7 Q1
224
315
6.55
13 500
2.5
144
2KJ3006 - 7 HL23 - 7 7 P1
253
280
5.82
13 500
2.8
144
2KJ3006 - 7 HL23 - 7 7 N1
280
255
5.25
13 500
3.1
144
2KJ3006 - 7 HL23 - 7 7 M1
316
225
4.65
13 500
3.5
144
2KJ3006 - 7 HL23 - 7 7 L1
357
200
4.12
13 500
3.9
144
2KJ3006 - 7 HL23 - 7 7 K1
401
179
3.67
13 500
4.4
144
2KJ3006 - 7 HL23 - 7 7 J1
447
160
3.29
13 200
4.9
144
2KJ3006 - 7 HL23 - 7 7 H1
505
142
2.91
12 800
5.4
144
2KJ3006 - 7 HL23 - 7 7 G1
E.109-LE132ZMS4P
204
350
7.19
10 500
1.6
119
2KJ3005 - 7 HL23 - 7 7 Q1
217
325
6.76
10 500
1.7
119
2KJ3005 - 7 HL23 - 7 7 P1
234
305
6.28
10 500
1.8
119
2KJ3005 - 7 HL23 - 7 7 N1
265
270
5.55
10 500
2.1
119
2KJ3005 - 7 HL23 - 7 7 M1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1 or 9 2 or 9 A, B, F or H
page 10/43 page 11/2 page 10/37
Siemens MD 50.1 · 2017
3/51
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
7.5
n2
T2
rpm
Nm
E.109-LE132ZMS4P
297
240
i
FR2
-
N
4.95
10 500
330
215
4.46
10 500
3
380
189
3.87
10 500
422
170
3.48
10 500
484
148
3.04
10 500
542
132
2.71
10 500
615
116
2.39
10 500
700
102
2.10
10 500
803
89
1.83
10 100
880
81
1.67
9 900
E.89-LE132ZMS4P
221
320
6.64
8 000
262
270
5.62
8 000
278
255
5.29
8 000
301
235
4.89
8 000
338
210
4.35
8 000
381
188
3.86
8 000
425
169
3.46
8 000
497
144
2.96
8 000
557
129
2.64
8 000
631
114
2.33
7 990
717
100
2.05
7 730
826
87
1.78
7 460
967
74
1.52
7 160
1 131
63
1.30
6 880
E.69-LE132ZMS4P
336
210
4.38
6 100
357
200
4.12
6 100
389
184
3.78
6 100
445
161
3.30
6 100
498
144
2.95
6 100
570
126
2.58
6 100
662
108
2.22
6 100
750
96
1.96
6 100
880
81
1.67
6 100
1 028
70
1.43
6 100
E.49-LE132ZMS4P
565
127
2.60
1 380
10 21
70
1.44
2 050
9.2
D.189-LE160MPA4P
4.7
18 700
313.63 107 000
5.2
16 700
280.59 107 000
5.8
15 100
253.06 107 000
6.6
13 300
223.66 107 000
7.2
12 200
204.44 107 000
8.0
10 900
183.92 107 000
8.9
9 820
164.36 107 000
9.9
8 880
148.63 107 000
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
fB -
2.3 2.6 2.9 3.2 3.7 4.1 4.6 5.2 5.9 6.5
0.8 1.2 0.81 1.5 1.7 1.9 2.2 2.5 2.8 3.2 3.6 4.2 4.9 5.7
0.94 0.82 1.1 1.2 1.4 1.6 1.8 2.1 2.4 2.8
0.81 1.5
1.0 1.1 1.3 1.4 1.6 1.7 1.9 2.1
m kg
119 119 119 119 119 119 119 119 119 119
96 96 96 96 96 96 96 96 96 96 96 96 96 96
82 82 82 82 82 82 82 82 82 82
75 75
717 717 717 717 717 717 717 717
1 or 9 2 or 9 A, B, F or H
3/52
Siemens MD 50.1 · 2017
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3005 - 7 HL23 - 7 7 L1 2KJ3005 - 7 HL23 - 7 7 K1 2KJ3005 - 7 HL23 - 7 7 J1 2KJ3005 - 7 HL23 - 7 7 H1 2KJ3005 - 7 HL23 - 7 7 G1 2KJ3005 - 7 HL23 - 7 7 F1 2KJ3005 - 7 HL23 - 7 7 E1 2KJ3005 - 7 HL23 - 7 7 D1 2KJ3005 - 7 HL23 - 7 7 C1 2KJ3005 - 7 HL23 - 7 7 B1
2KJ3004 - 7 HL23 - 7 7 P1 2KJ3004 - 7 HL23 - 7 7 N1 2KJ3004 - 7 HL23 - 7 7 M1 2KJ3004 - 7 HL23 - 7 7 L1 2KJ3004 - 7 HL23 - 7 7 K1 2KJ3004 - 7 HL23 - 7 7 J1 2KJ3004 - 7 HL23 - 7 7 H1 2KJ3004 - 7 HL23 - 7 7 G1 2KJ3004 - 7 HL23 - 7 7 F1 2KJ3004 - 7 HL23 - 7 7 E1 2KJ3004 - 7 HL23 - 7 7 D1 2KJ3004 - 7 HL23 - 7 7 C1 2KJ3004 - 7 HL23 - 7 7 B1 2KJ3004 - 7 HL23 - 7 7 A1
2KJ3003 - 7 HL23 - 7 7 K1 2KJ3003 - 7 HL23 - 7 7 J1 2KJ3003 - 7 HL23 - 7 7 H1 2KJ3003 - 7 HL23 - 7 7 G1 2KJ3003 - 7 HL23 - 7 7 F1 2KJ3003 - 7 HL23 - 7 7 E1 2KJ3003 - 7 HL23 - 7 7 D1 2KJ3003 - 7 HL23 - 7 7 C1 2KJ3003 - 7 HL23 - 7 7 B1 2KJ3003 - 7 HL23 - 7 7 A1
2KJ3002 - 7 HL23 - 7 7 E1 2KJ3002 - 7 HL23 - 7 7 A1
2KJ3214 - 7 JQ23 - 7 7 T1 2KJ3214 - 7 JQ23 - 7 7 S1 2KJ3214 - 7 JQ23 - 7 7 R1 2KJ3214 - 7 JQ23 - 7 7 Q1 2KJ3214 - 7 JQ23 - 7 7 P1 2KJ3214 - 7 JQ23 - 7 7 N1 2KJ3214 - 7 JQ23 - 7 7 M1 2KJ3214 - 7 JQ23 - 7 7 L1
page 10/43 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
9.2
D.169-LE160MPA4P
5.4
16 200
271.40
69 300
0.86
504
2KJ3213 - 7 JQ23 - 7 7 T1
6.0
14 500
243.68
69 900
0.96
504
2KJ3213 - 7 JQ23 - 7 7 S1
6.7
13 100
220.58
70 500
1.1
504
2KJ3213 - 7 JQ23 - 7 7 R1
3
7.6
11 500
193.75
71 000
1.2
504
2KJ3213 - 7 JQ23 - 7 7 Q1
8.4
10 400
175.57
71 500
1.3
504
2KJ3213 - 7 JQ23 - 7 7 P1
9.4
9 340
156.36
71 900
1.5
504
2KJ3213 - 7 JQ23 - 7 7 N1
10
8 390
140.41
72 200
1.7
504
2KJ3213 - 7 JQ23 - 7 7 M1
12
7 480
125.28
72 600
1.9
504
2KJ3213 - 7 JQ23 - 7 7 L1
13
6 670
111.69
72 900
2.1
504
2KJ3213 - 7 JQ23 - 7 7 K1
D.149-LE160MPA4P
9.4
9 330
156.11
50 500
0.86
325
2KJ3212 - 7 JQ23 - 7 7 P1
11
8 260
138.26
51 000
0.97
325
2KJ3212 - 7 JQ23 - 7 7 N1
12
7 350
123.04
51 500
1.1
325
2KJ3212 - 7 JQ23 - 7 7 M1
13
6 590
110.26
51 800
1.2
325
2KJ3212 - 7 JQ23 - 7 7 L1
15
5 840
97.75
52 200
1.4
325
2KJ3212 - 7 JQ23 - 7 7 K1
17
5 150
86.29
52 500
1.6
325
2KJ3212 - 7 JQ23 - 7 7 J1
19
4 530
75.87
52 800
1.8
325
2KJ3212 - 7 JQ23 - 7 7 H1
21
4 100
68.71
53 000
1.9
325
2KJ3212 - 7 JQ23 - 7 7 G1
Z.149-LE160MPA4P
26
3 380
56.64
53 400
2.4
319
2KJ3112 - 7 JQ23 - 7 7 W1
28
3 150
52.84
53 500
2.4
319
2KJ3112 - 7 JQ23 - 7 7 V1
D.129-LE160MPA4P
14
6 090
102.05
26 400
0.82
241
2KJ3211 - 7 JQ23 - 7 7 E1
16
5 370
89.91
26 800
0.93
241
2KJ3211 - 7 JQ23 - 7 7 D1
19
4 700
78.78
27 200
1.1
241
2KJ3211 - 7 JQ23 - 7 7 C1
Z.129-LE160MPA4P
24
3 730
62.48
27 800
1.3
237
2KJ3111 - 7 JQ23 - 7 7 X1
27
3 190
53.47
28 100
1.6
237
2KJ3111 - 7 JQ23 - 7 7 W1
29
3 000
50.33
28 200
1.7
237
2KJ3111 - 7 JQ23 - 7 7 V1
31
2 820
47.18
28 300
1.8
237
2KJ3111 - 7 JQ23 - 7 7 U1
35
2 500
41.82
28 500
2.0
237
2KJ3111 - 7 JQ23 - 7 7 T1
40
2 220
37.15
28 600
2.3
237
2KJ3111 - 7 JQ23 - 7 7 S1
44
2 000
33.52
28 800
2.5
237
2KJ3111 - 7 JQ23 - 7 7 R1
49
1 770
29.70
28 900
2.8
237
2KJ3111 - 7 JQ23 - 7 7 Q1
D.109-LE160MPA4P
23
3 840
64.34
20 000
0.81
178
2KJ3210 - 7 JQ23 - 7 7 C1
Z.109-LE160MPA4P
29
3 050
51.17
20 200
1.0
175
2KJ3110 - 7 JQ23 - 7 7 X1
34
2 600
43.64
20 200
1.2
175
2KJ3110 - 7 JQ23 - 7 7 W1
36
2 450
41.07
20 200
1.3
175
2KJ3110 - 7 JQ23 - 7 7 V1
39
2 270
38.12
20 200
1.4
175
2KJ3110 - 7 JQ23 - 7 7 U1
44
2 010
33.70
20 200
1.5
175
2KJ3110 - 7 JQ23 - 7 7 T1
49
1 790
30.08
20 200
1.7
175
2KJ3110 - 7 JQ23 - 7 7 S1
54
1 610
27.07
20 200
1.9
175
2KJ3110 - 7 JQ23 - 7 7 R1
63
1 400
23.49
20 200
2.1
175
2KJ3110 - 7 JQ23 - 7 7 Q1
70
1 260
21.13
20 200
2.2
175
2KJ3110 - 7 JQ23 - 7 7 P1
80
1 100
18.47
20 200
2.5
175
2KJ3110 - 7 JQ23 - 7 7 N1
89
985
16.48
20 200
2.7
175
2KJ3110 - 7 JQ23 - 7 7 M1
101
865
14.52
19 800
3.0
175
2KJ3110 - 7 JQ23 - 7 7 L1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1 or 9 2 or 9 A, B, F or H
page 10/43 page 11/2 page 10/37
Siemens MD 50.1 · 2017
3/53
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
9.2
n2
T2
rpm
Nm
Z.109-LE160MPA4P
116
760
i
FR2
-
N
12.72
19 200
133
660
11.09
18 600
3
145
605
10.12
18 200
Z.89-LE160MPA4P
44
1 990
33.38
18 500
47
1 870
31.41
18 500
51
1 730
29.01
18 500
57
1 540
25.81
18 500
64
1 370
22.92
18 500
72
1 220
20.52
18 400
84
1 040
17.54
17 800
94
935
15.66
17 300
106
825
13.84
16 800
121
725
12.15
16 300
139
630
10.58
15 800
163
540
9.04
15 100
190
460
7.74
14 500
213
410
6.89
14 100
243
360
6.05
13 600
279
310
5.26
13 100
327
265
4.50
12 500
382
230
3.85
11 900
Z.79-LE160MPA4P
85
1 030
17.31
10 800
97
900
15.13
10 600
113
775
12.99
10 300
128
685
11.48
10 000
151
580
9.76
9 760
176
500
8.37
6 440
179
490
8.19
4 820
205
425
7.16
5 410
239
365
6.15
5 860
271
325
5.43
6 090
318
275
4.62
6 380
371
235
3.96
6 540
E.149-LE160MPA4P
151
580
9.76
16 000
161
540
9.11
16 000
181
480
8.10
16 000
202
435
7.27
16 000
223
390
6.58
16 000
254
345
5.78
16 000
281
310
5.24
16 000
E.129-LE160MPA4P
150
585
9.79
13 500
175
500
8.38
13 500
187
470
7.88
13 500
199
440
7.39
13 500
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
fB -
3.3 3.7 4.0
0.84 0.89 0.97 1.1 1.2 1.4 1.6 1.8 2.0 2.2 2.5 2.9 3.3 2.5 2.9 3.4 3.9 4.6
0.81 0.93 1.1 1.2 1.4 1.6 1.5 1.7 1.9 2.1 2.8 3.3
2.1 2.3 2.7 3.1 3.4 4.3 4.8
1.1 1.3 1.4 1.8
m kg
175 175 175
137 137 137 137 137 137 137 137 137 137 137 137 137 137 137 137 137 137
114 114 114 114 114 114 114 114 114 114 114 114
198 198 198 198 198 198 198
161 161 161 161
1 or 9 2 or 9 A, B, F or H
3/54
Siemens MD 50.1 · 2017
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3110 - 7 JQ23 - 7 7 K1 2KJ3110 - 7 JQ23 - 7 7 J1 2KJ3110 - 7 JQ23 - 7 7 H1
2KJ3108 - 7 JQ23 - 7 7 T1 2KJ3108 - 7 JQ23 - 7 7 S1 2KJ3108 - 7 JQ23 - 7 7 R1 2KJ3108 - 7 JQ23 - 7 7 Q1 2KJ3108 - 7 JQ23 - 7 7 P1 2KJ3108 - 7 JQ23 - 7 7 N1 2KJ3108 - 7 JQ23 - 7 7 M1 2KJ3108 - 7 JQ23 - 7 7 L1 2KJ3108 - 7 JQ23 - 7 7 K1 2KJ3108 - 7 JQ23 - 7 7 J1 2KJ3108 - 7 JQ23 - 7 7 H1 2KJ3108 - 7 JQ23 - 7 7 G1 2KJ3108 - 7 JQ23 - 7 7 F1 2KJ3108 - 7 JQ23 - 7 7 E1 2KJ3108 - 7 JQ23 - 7 7 D1 2KJ3108 - 7 JQ23 - 7 7 C1 2KJ3108 - 7 JQ23 - 7 7 B1 2KJ3108 - 7 JQ23 - 7 7 A1
2KJ3107 - 7 JQ23 - 7 7 M1 2KJ3107 - 7 JQ23 - 7 7 L1 2KJ3107 - 7 JQ23 - 7 7 K1 2KJ3107 - 7 JQ23 - 7 7 J1 2KJ3107 - 7 JQ23 - 7 7 H1 2KJ3107 - 7 JQ23 - 7 7 G1 2KJ3107 - 7 JQ23 - 7 7 F1 2KJ3107 - 7 JQ23 - 7 7 E1 2KJ3107 - 7 JQ23 - 7 7 D1 2KJ3107 - 7 JQ23 - 7 7 C1 2KJ3107 - 7 JQ23 - 7 7 B1 2KJ3107 - 7 JQ23 - 7 7 A1
2KJ3007 - 7 JQ23 - 7 7 S1 2KJ3007 - 7 JQ23 - 7 7 R1 2KJ3007 - 7 JQ23 - 7 7 Q1 2KJ3007 - 7 JQ23 - 7 7 P1 2KJ3007 - 7 JQ23 - 7 7 N1 2KJ3007 - 7 JQ23 - 7 7 M1 2KJ3007 - 7 JQ23 - 7 7 L1
2KJ3006 - 7 JQ23 - 7 7 T1 2KJ3006 - 7 JQ23 - 7 7 S1 2KJ3006 - 7 JQ23 - 7 7 R1 2KJ3006 - 7 JQ23 - 7 7 Q1
page 10/43 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
9.2
E.129-LE160MPA4P
224
390
6.55
13 500
2.0
161
2KJ3006 - 7 JQ23 - 7 7 P1
253
345
5.82
13 500
2.3
161
2KJ3006 - 7 JQ23 - 7 7 N1
280
310
5.25
13 500
2.5
161
2KJ3006 - 7 JQ23 - 7 7 M1
3
316
275
4.65
13 500
2.9
161
2KJ3006 - 7 JQ23 - 7 7 L1
357
245
4.12
13 500
3.2
161
2KJ3006 - 7 JQ23 - 7 7 K1
401
215
3.67
13 400
3.6
161
2KJ3006 - 7 JQ23 - 7 7 J1
447
197
3.29
13 000
4.0
161
2KJ3006 - 7 JQ23 - 7 7 H1
505
174
2.91
12 600
4.4
161
2KJ3006 - 7 JQ23 - 7 7 G1
572
154
2.57
12 200
5.0
161
2KJ3006 - 7 JQ23 - 7 7 F1
650
135
2.26
11 800
5.6
161
2KJ3006 - 7 JQ23 - 7 7 E1
717
123
2.05
11 500
6.2
161
2KJ3006 - 7 JQ23 - 7 7 D1
E.109-LE160MPA4P
204
430
7.19
10 500
1.3
137
2KJ3005 - 7 JQ23 - 7 7 Q1
217
400
6.76
10 500
1.4
137
2KJ3005 - 7 JQ23 - 7 7 P1
234
375
6.28
10 500
1.5
137
2KJ3005 - 7 JQ23 - 7 7 N1
265
330
5.55
10 500
1.7
137
2KJ3005 - 7 JQ23 - 7 7 M1
297
295
4.95
10 500
1.9
137
2KJ3005 - 7 JQ23 - 7 7 L1
330
265
4.46
10 500
2.1
137
2KJ3005 - 7 JQ23 - 7 7 K1
380
230
3.87
10 500
2.4
137
2KJ3005 - 7 JQ23 - 7 7 J1
422
205
3.48
10 500
2.6
137
2KJ3005 - 7 JQ23 - 7 7 H1
484
182
3.04
10 500
3.0
137
2KJ3005 - 7 JQ23 - 7 7 G1
542
162
2.71
10 500
3.4
137
2KJ3005 - 7 JQ23 - 7 7 F1
615
143
2.39
10 500
3.8
137
2KJ3005 - 7 JQ23 - 7 7 E1
700
126
2.10
10 300
4.3
137
2KJ3005 - 7 JQ23 - 7 7 D1
803
109
1.83
10 000
4.8
137
2KJ3005 - 7 JQ23 - 7 7 C1
880
100
1.67
9 780
5.3
137
2KJ3005 - 7 JQ23 - 7 7 B1
1 028
86
1.43
9 390
5.4
137
2KJ3005 - 7 JQ23 - 7 7 A1
E.89-LE160MPA4P
262
335
5.62
8 000
0.95
115
2KJ3004 - 7 JQ23 - 7 7 N1
301
290
4.89
8 000
1.2
115
2KJ3004 - 7 JQ23 - 7 7 L1
338
260
4.35
8 000
1.4
115
2KJ3004 - 7 JQ23 - 7 7 K1
381
230
3.86
8 000
1.6
115
2KJ3004 - 7 JQ23 - 7 7 J1
425
205
3.46
8 000
1.8
115
2KJ3004 - 7 JQ23 - 7 7 H1
497
177
2.96
8 000
2.0
115
2KJ3004 - 7 JQ23 - 7 7 G1
557
158
2.64
8 000
2.3
115
2KJ3004 - 7 JQ23 - 7 7 F1
631
139
2.33
7 810
2.6
115
2KJ3004 - 7 JQ23 - 7 7 E1
717
123
2.05
7 570
2.9
115
2KJ3004 - 7 JQ23 - 7 7 D1
826
106
1.78
7 320
3.4
115
2KJ3004 - 7 JQ23 - 7 7 C1
967
91
1.52
7 040
4.0
115
2KJ3004 - 7 JQ23 - 7 7 B1
1 131
78
1.30
6 760
4.6
115
2KJ3004 - 7 JQ23 - 7 7 A1
E.69-LE160MPA4P
389
225
3.78
1 000
0.89
90
2KJ3003 - 7 JQ23 - 7 7 H1
445
197
3.30
6 100
1.0
90
2KJ3003 - 7 JQ23 - 7 7 G1
498
176
2.95
6 100
1.1
90
2KJ3003 - 7 JQ23 - 7 7 F1
662
133
2.22
6 100
1.5
90
2KJ3003 - 7 JQ23 - 7 7 D1
750
117
1.96
6 100
1.7
90
2KJ3003 - 7 JQ23 - 7 7 C1
880
100
1.67
6 030
2.0
90
2KJ3003 - 7 JQ23 - 7 7 B1
1 028
86
1.43
5 890
2.3
90
2KJ3003 - 7 JQ23 - 7 7 A1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1 or 9 2 or 9 A, B, F or H
page 10/43 page 11/2 page 10/37
Siemens MD 50.1 · 2017
3/55
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
11
n2
T2
rpm
Nm
D.189-LE160MPB4P
4.7
22 300
i
FR2
-
N
313.63 107 000
5.3
19 900
280.59 107 000
3
5.8
18 000
253.06 107 000
6.6
15 900
223.66 107 000
7.2
14 500
204.44 107 000
8.0
13 000
183.92 107 000
9.0
11 700
164.36 107 000
9.9
10 500
148.63 107 000
11
9 340
131.17 107 000
D.169-LE160MPB4P
6.1
17 300
243.68
68 900
6.7
15 700
220.58
69 500
7.6
13 700
193.75
70 200
8.4
12 500
175.57
70 700
9.4
11 100
156.36
71 200
11
10 000
140.41
71 600
12
8 920
125.28
72 000
13
7 950
111.69
72 400
15
7 050
99.06
72 700
16
6 470
90.94
72 900
D.149-LE160MPB4P
11
9 840
138.26
50 300
12
8 760
123.04
50 800
13
7 850
110.26
51 200
15
6 960
97.75
51 600
17
6 140
86.29
52 100
19
5 400
75.87
52 400
21
4 890
68.71
52 700
Z.149-LE160MPB4P
26
4 030
56.64
53 100
28
3 760
52.84
53 200
31
3 340
46.98
53 200
35
3 000
42.18
51 800
D.129-LE160MPB4P
19
5 610
78.78
26 700
Z.129-LE160MPB4P
24
4 450
62.48
27 300
28
3 800
53.47
27 700
29
3 580
50.33
27 900
31
3 360
47.18
28 000
35
2 970
41.82
28 200
40
2 640
37.15
28 400
44
2 380
33.52
28 500
50
2 110
29.70
28 600
56
1 870
26.30
27 800
63
1 660
23.41
27 100
Z.109-LE160MPB4P
29
3 640
51.17
20 200
34
3 100
43.64
20 200
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
3/56
Siemens MD 50.1 · 2017
fB -
0.85 0.95 1.1 1.2 1.3 1.5 1.6 1.8 2.0
0.81 0.89 1.0 1.1 1.3 1.4 1.6 1.8 2.0 2.2
0.81 0.91 1.0 1.1 1.3 1.5 1.6
2.0 2.0 2.3 2.5
0.89
1.1 1.3 1.4 1.5 1.7 1.9 2.1 2.4 2.7 3.0
0.85 1.0
m kg
709 709 709 709 709 709 709 709 709
496 496 496 496 496 496 496 496 496 496
317 317 317 317 317 317 317
311 311 311 311
233
229 229 229 229 229 229 229 229 229 229
167 167
1 or 9 2 or 9 A, B, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3214 - 7 JR23 - 7 7 T1 2KJ3214 - 7 JR23 - 7 7 S1 2KJ3214 - 7 JR23 - 7 7 R1 2KJ3214 - 7 JR23 - 7 7 Q1 2KJ3214 - 7 JR23 - 7 7 P1 2KJ3214 - 7 JR23 - 7 7 N1 2KJ3214 - 7 JR23 - 7 7 M1 2KJ3214 - 7 JR23 - 7 7 L1 2KJ3214 - 7 JR23 - 7 7 K1
2KJ3213 - 7 JR23 - 7 7 S1 2KJ3213 - 7 JR23 - 7 7 R1 2KJ3213 - 7 JR23 - 7 7 Q1 2KJ3213 - 7 JR23 - 7 7 P1 2KJ3213 - 7 JR23 - 7 7 N1 2KJ3213 - 7 JR23 - 7 7 M1 2KJ3213 - 7 JR23 - 7 7 L1 2KJ3213 - 7 JR23 - 7 7 K1 2KJ3213 - 7 JR23 - 7 7 J1 2KJ3213 - 7 JR23 - 7 7 H1
2KJ3212 - 7 JR23 - 7 7 N1 2KJ3212 - 7 JR23 - 7 7 M1 2KJ3212 - 7 JR23 - 7 7 L1 2KJ3212 - 7 JR23 - 7 7 K1 2KJ3212 - 7 JR23 - 7 7 J1 2KJ3212 - 7 JR23 - 7 7 H1 2KJ3212 - 7 JR23 - 7 7 G1
2KJ3112 - 7 JR23 - 7 7 W1 2KJ3112 - 7 JR23 - 7 7 V1 2KJ3112 - 7 JR23 - 7 7 U1 2KJ3112 - 7 JR23 - 7 7 T1
2KJ3211 - 7 JR23 - 7 7 C1
2KJ3111 - 7 JR23 - 7 7 X1 2KJ3111 - 7 JR23 - 7 7 W1 2KJ3111 - 7 JR23 - 7 7 V1 2KJ3111 - 7 JR23 - 7 7 U1 2KJ3111 - 7 JR23 - 7 7 T1 2KJ3111 - 7 JR23 - 7 7 S1 2KJ3111 - 7 JR23 - 7 7 R1 2KJ3111 - 7 JR23 - 7 7 Q1 2KJ3111 - 7 JR23 - 7 7 P1 2KJ3111 - 7 JR23 - 7 7 N1
2KJ3110 - 7 JR23 - 7 7 X1 2KJ3110 - 7 JR23 - 7 7 W1
page 10/43 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
11
Z.109-LE160MPB4P
36
2 920
41.07
20 200
1.1
167
2KJ3110 - 7 JR23 - 7 7 V1
39
2 710
38.12
20 200
1.1
167
2KJ3110 - 7 JR23 - 7 7 U1
44
2 400
33.70
20 200
1.3
167
2KJ3110 - 7 JR23 - 7 7 T1
3
49
2 140
30.08
20 200
1.4
167
2KJ3110 - 7 JR23 - 7 7 S1
54
1 920
27.07
20 200
1.6
167
2KJ3110 - 7 JR23 - 7 7 R1
63
1 670
23.49
20 200
1.7
167
2KJ3110 - 7 JR23 - 7 7 Q1
70
1 500
21.13
20 200
1.9
167
2KJ3110 - 7 JR23 - 7 7 P1
80
1 310
18.47
20 200
2.1
167
2KJ3110 - 7 JR23 - 7 7 N1
90
1 170
16.48
19 900
2.2
167
2KJ3110 - 7 JR23 - 7 7 M1
102
1 030
14.52
19 400
2.5
167
2KJ3110 - 7 JR23 - 7 7 L1
116
905
12.72
18 800
2.8
167
2KJ3110 - 7 JR23 - 7 7 K1
133
790
11.09
18 200
3.1
167
2KJ3110 - 7 JR23 - 7 7 J1
146
720
10.12
17 900
3.4
167
2KJ3110 - 7 JR23 - 7 7 H1
169
620
8.71
17 200
3.8
167
2KJ3110 - 7 JR23 - 7 7 G1
175
595
8.41
17 000
3.8
167
2KJ3110 - 7 JR23 - 7 7 F1
199
525
7.41
16 500
4.3
167
2KJ3110 - 7 JR23 - 7 7 E1
Z.89-LE160MPB4P
51
2 060
29.01
15 700
0.81
129
2KJ3108 - 7 JR23 - 7 7 R1
57
1 830
25.81
17 000
0.91
129
2KJ3108 - 7 JR23 - 7 7 Q1
64
1 630
22.92
17 900
1.0
129
2KJ3108 - 7 JR23 - 7 7 P1
72
1 460
20.52
17 700
1.1
129
2KJ3108 - 7 JR23 - 7 7 N1
84
1 240
17.54
17 200
1.3
129
2KJ3108 - 7 JR23 - 7 7 M1
94
1 110
15.66
16 800
1.5
129
2KJ3108 - 7 JR23 - 7 7 L1
107
985
13.84
16 400
1.7
129
2KJ3108 - 7 JR23 - 7 7 K1
121
865
12.15
15 900
1.9
129
2KJ3108 - 7 JR23 - 7 7 J1
139
750
10.58
15 400
2.1
129
2KJ3108 - 7 JR23 - 7 7 H1
163
640
9.04
14 800
2.4
129
2KJ3108 - 7 JR23 - 7 7 G1
191
550
7.74
14 200
2.8
129
2KJ3108 - 7 JR23 - 7 7 F1
214
490
6.89
13 900
2.1
129
2KJ3108 - 7 JR23 - 7 7 E1
244
430
6.05
13 400
2.5
129
2KJ3108 - 7 JR23 - 7 7 D1
280
375
5.26
12 900
2.8
129
2KJ3108 - 7 JR23 - 7 7 C1
328
320
4.50
12 300
3.3
129
2KJ3108 - 7 JR23 - 7 7 B1
383
270
3.85
11 800
3.9
129
2KJ3108 - 7 JR23 - 7 7 A1
Z.79-LE160MPB4P
114
925
12.99
9 850
0.91
106
2KJ3107 - 7 JR23 - 7 7 K1
128
815
11.48
9 680
1.0
106
2KJ3107 - 7 JR23 - 7 7 J1
151
695
9.76
9 400
1.2
106
2KJ3107 - 7 JR23 - 7 7 H1
176
595
8.37
4 990
1.3
106
2KJ3107 - 7 JR23 - 7 7 G1
180
580
8.19
8 880
1.2
106
2KJ3107 - 7 JR23 - 7 7 F1
206
510
7.16
8 650
1.4
106
2KJ3107 - 7 JR23 - 7 7 E1
240
435
6.15
4 550
1.6
106
2KJ3107 - 7 JR23 - 7 7 D1
272
385
5.43
4 970
1.8
106
2KJ3107 - 7 JR23 - 7 7 C1
319
325
4.62
5 440
2.4
106
2KJ3107 - 7 JR23 - 7 7 B1
372
280
3.96
5 700
2.7
106
2KJ3107 - 7 JR23 - 7 7 A1
E.149-LE160MPB4P
151
695
9.76
16 000
1.7
190
2KJ3007 - 7 JR23 - 7 7 S1
162
645
9.11
16 000
1.9
190
2KJ3007 - 7 JR23 - 7 7 R1
182
575
8.10
16 000
2.3
190
2KJ3007 - 7 JR23 - 7 7 Q1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1 or 9 2 or 9 A, B, F or H
page 10/43 page 11/2 page 10/37
Siemens MD 50.1 · 2017
3/57
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
11
n2
T2
rpm
Nm
E.149-LE160MPB4P
203
515
i
FR2
-
N
7.27
16 000
224
465
6.58
16 000
3
255
410
5.78
16 000
281
370
5.24
16 000
316
330
4.67
16 000
352
295
4.19
15 800
E.129-LE160MPB4P
151
695
9.79
13 500
176
595
8.38
13 500
187
560
7.88
13 500
200
525
7.39
13 500
225
465
6.55
13 500
253
415
5.82
13 500
281
370
5.25
13 500
317
330
4.65
13 500
358
290
4.12
13 500
402
260
3.67
13 100
448
230
3.29
12 800
507
205
2.91
12 400
574
183
2.57
12 100
653
161
2.26
11 700
720
146
2.05
11 400
829
127
1.78
11 000
E.109-LE160MPB4P
205
510
7.19
10 500
218
480
6.76
10 500
235
445
6.28
10 500
266
395
5.55
10 500
298
350
4.95
10 500
331
315
4.46
10 500
381
275
3.87
10 500
424
245
3.48
10 500
485
215
3.04
10 500
544
193
2.71
10 500
617
170
2.39
10 500
702
150
2.10
10 200
806
130
1.83
9 890
883
119
1.67
9 650
1 031
102
1.43
9 280
E.89-LE160MPB4P
262
400
5.62
8 000
302
345
4.89
8 000
339
310
4.35
8 000
382
275
3.86
8 000
426
245
3.46
8 000
498
210
2.96
8 000
559
188
2.64
7 820
633
166
2.33
7 620
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
fB -
2.6 2.8 3.6 4.0 4.4 5.0
0.95 1.1 1.2 1.5 1.7 1.9 2.1 2.4 2.7 3.0 3.3 3.7 4.2 4.7 5.2 6.0
1.1 1.2 1.3 1.4 1.6 1.8 2.0 2.2 2.5 2.8 3.2 3.6 4.1 4.5 4.6
0.80 1.0 1.2 1.3 1.5 1.7 1.9 2.2
m kg
190 190 190 190 190 190
153 153 153 153 153 153 153 153 153 153 153 153 153 153 153 153
129 129 129 129 129 129 129 129 129 129 129 129 129 129 129
107 107 107 107 107 107 107 107
1 or 9 2 or 9 A, B, F or H
3/58
Siemens MD 50.1 · 2017
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3007 - 7 JR23 - 7 7 P1 2KJ3007 - 7 JR23 - 7 7 N1 2KJ3007 - 7 JR23 - 7 7 M1 2KJ3007 - 7 JR23 - 7 7 L1 2KJ3007 - 7 JR23 - 7 7 K1 2KJ3007 - 7 JR23 - 7 7 J1
2KJ3006 - 7 JR23 - 7 7 T1 2KJ3006 - 7 JR23 - 7 7 S1 2KJ3006 - 7 JR23 - 7 7 R1 2KJ3006 - 7 JR23 - 7 7 Q1 2KJ3006 - 7 JR23 - 7 7 P1 2KJ3006 - 7 JR23 - 7 7 N1 2KJ3006 - 7 JR23 - 7 7 M1 2KJ3006 - 7 JR23 - 7 7 L1 2KJ3006 - 7 JR23 - 7 7 K1 2KJ3006 - 7 JR23 - 7 7 J1 2KJ3006 - 7 JR23 - 7 7 H1 2KJ3006 - 7 JR23 - 7 7 G1 2KJ3006 - 7 JR23 - 7 7 F1 2KJ3006 - 7 JR23 - 7 7 E1 2KJ3006 - 7 JR23 - 7 7 D1 2KJ3006 - 7 JR23 - 7 7 C1
2KJ3005 - 7 JR23 - 7 7 Q1 2KJ3005 - 7 JR23 - 7 7 P1 2KJ3005 - 7 JR23 - 7 7 N1 2KJ3005 - 7 JR23 - 7 7 M1 2KJ3005 - 7 JR23 - 7 7 L1 2KJ3005 - 7 JR23 - 7 7 K1 2KJ3005 - 7 JR23 - 7 7 J1 2KJ3005 - 7 JR23 - 7 7 H1 2KJ3005 - 7 JR23 - 7 7 G1 2KJ3005 - 7 JR23 - 7 7 F1 2KJ3005 - 7 JR23 - 7 7 E1 2KJ3005 - 7 JR23 - 7 7 D1 2KJ3005 - 7 JR23 - 7 7 C1 2KJ3005 - 7 JR23 - 7 7 B1 2KJ3005 - 7 JR23 - 7 7 A1
2KJ3004 - 7 JR23 - 7 7 N1 2KJ3004 - 7 JR23 - 7 7 L1 2KJ3004 - 7 JR23 - 7 7 K1 2KJ3004 - 7 JR23 - 7 7 J1 2KJ3004 - 7 JR23 - 7 7 H1 2KJ3004 - 7 JR23 - 7 7 G1 2KJ3004 - 7 JR23 - 7 7 F1 2KJ3004 - 7 JR23 - 7 7 E1
page 10/43 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
11
E.89-LE160MPB4P
720
146
2.05
7 400
2.5
107
2KJ3004 - 7 JR23 - 7 7 D1
829
127
1.78
7 160
2.9
107
2KJ3004 - 7 JR23 - 7 7 C1
970
108
1.52
6 900
3.3
107
2KJ3004 - 7 JR23 - 7 7 B1
3
1 135
93
1.30
6 630
3.9
107
2KJ3004 - 7 JR23 - 7 7 A1
E.69-LE160MPB4P
447
235
3.30
5 190
0.85
82
2KJ3003 - 7 JR23 - 7 7 G1
500
210
2.95
5 390
0.95
82
2KJ3003 - 7 JR23 - 7 7 F1
883
119
1.67
5 450
1.6
82
2KJ3003 - 7 JR23 - 7 7 B1
1 031
102
1.43
5 370
1.9
82
2KJ3003 - 7 JR23 - 7 7 A1
15
D.189-LE160ZLL4P
6.6
21 700
223.66 107 000
0.87
734
2KJ3214 - 7 JU23 - 7 7 Q1
7.2
19 800
204.44 107 000
0.96
734
2KJ3214 - 7 JU23 - 7 7 P1
8.0
17 800
183.92 107 000
1.1
734
2KJ3214 - 7 JU23 - 7 7 N1
9.0
15 900
164.36 107 000
1.2
734
2KJ3214 - 7 JU23 - 7 7 M1
9.9
14 400
148.63 107 000
1.3
734
2KJ3214 - 7 JU23 - 7 7 L1
11
12 700
131.17 107 000
1.5
734
2KJ3214 - 7 JU23 - 7 7 K1
13
11 300
116.88 107 000
1.7
734
2KJ3214 - 7 JU23 - 7 7 J1
14
10 200
105.89 107 000
1.8
734
2KJ3214 - 7 JU23 - 7 7 H1
15
9 250
95.24 107 000
2.1
734
2KJ3214 - 7 JU23 - 7 7 G1
D.169-LE160ZLL4P
8.4
17 000
175.57
69 000
0.82
521
2KJ3213 - 7 JU23 - 7 7 P1
9.4
15 100
156.36
69 700
0.92
521
2KJ3213 - 7 JU23 - 7 7 N1
11
13 600
140.41
70 300
1.0
521
2KJ3213 - 7 JU23 - 7 7 M1
12
12 100
125.28
70 800
1.2
521
2KJ3213 - 7 JU23 - 7 7 L1
13
10 800
111.69
71 300
1.3
521
2KJ3213 - 7 JU23 - 7 7 K1
15
9 620
99.06
71 800
1.5
521
2KJ3213 - 7 JU23 - 7 7 J1
16
8 830
90.94
72 100
1.6
521
2KJ3213 - 7 JU23 - 7 7 H1
18
7 780
80.12
72 400
1.8
521
2KJ3213 - 7 JU23 - 7 7 G1
22
6 380
65.72
72 900
2.2
521
2KJ3213 - 7 JU23 - 7 7 F1
D.149-LE160ZLL4P
15
9 490
97.75
50 400
0.84
342
2KJ3212 - 7 JU23 - 7 7 K1
17
8 380
86.29
51 000
0.95
342
2KJ3212 - 7 JU23 - 7 7 J1
19
7 360
75.87
51 500
1.1
342
2KJ3212 - 7 JU23 - 7 7 H1
21
6 670
68.71
51 800
1.2
342
2KJ3212 - 7 JU23 - 7 7 G1
Z.149-LE160ZLL4P
26
5 500
56.64
52 400
1.5
336
2KJ3112 - 7 JU23 - 7 7 W1
28
5 130
52.84
52 500
1.5
336
2KJ3112 - 7 JU23 - 7 7 V1
31
4 560
46.98
51 500
1.7
336
2KJ3112 - 7 JU23 - 7 7 U1
35
4 090
42.18
50 300
1.9
336
2KJ3112 - 7 JU23 - 7 7 T1
39
3 700
38.18
49 200
2.0
336
2KJ3112 - 7 JU23 - 7 7 S1
44
3 250
33.54
47 700
2.5
336
2KJ3112 - 7 JU23 - 7 7 R1
49
2 950
30.39
46 600
2.7
336
2KJ3112 - 7 JU23 - 7 7 Q1
Z.129-LE160ZLL4P
24
6 060
62.48
26 400
0.82
254
2KJ3111 - 7 JU23 - 7 7 X1
28
5 190
53.47
26 900
0.96
254
2KJ3111 - 7 JU23 - 7 7 W1
29
4 880
50.33
27 100
1.0
254
2KJ3111 - 7 JU23 - 7 7 V1
31
4 580
47.18
27 300
1.1
254
2KJ3111 - 7 JU23 - 7 7 U1
35
4 060
41.82
27 600
1.2
254
2KJ3111 - 7 JU23 - 7 7 T1
40
3 600
37.15
27 800
1.4
254
2KJ3111 - 7 JU23 - 7 7 S1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1 or 9 2 or 9 A, B, F or H
page 10/43 page 11/2 page 10/37
Siemens MD 50.1 · 2017
3/59
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
15
n2
T2
rpm
Nm
Z.129-LE160ZLL4P
44
3 250
i
FR2
-
N
33.52
27 800
50
2 880
29.70
27 300
3
56
2 550
26.30
26 700
63
2 270
23.41
26 100
70
2 030
20.98
25 500
79
1 800
18.60
24 900
90
1 590
16.42
24 200
102
1 400
14.43
23 500
Z.109-LE160ZLL4P
39
3 700
38.12
20 100
44
3 270
33.70
20 200
49
2 920
30.08
20 200
54
2 620
27.07
20 200
63
2 280
23.49
19 900
70
2 050
21.13
19 600
80
1 790
18.47
19 200
90
1 600
16.48
18 900
102
1 410
14.52
18 500
116
1 230
12.72
18 100
133
1 070
11.09
17 600
146
980
10.12
17 300
169
845
8.71
16 700
175
815
8.41
16 400
199
720
7.41
16 000
227
630
6.50
15 500
261
550
5.66
15 000
285
500
5.17
14 700
331
430
4.45
14 200
Z.89-LE160ZLL4P
72
1 990
20.52
12 100
84
1 700
17.54
13 800
94
1 520
15.66
14 700
107
1 340
13.84
15 300
121
1 180
12.15
15 000
139
1 020
10.58
14 600
163
875
9.04
14 100
191
750
7.74
13 600
214
665
6.89
13 400
244
585
6.05
13 000
280
510
5.26
12 500
328
435
4.50
12 000
383
370
3.85
11 500
Z.79-LE160ZLL4P
151
945
9.76
8 640
176
810
8.37
8 480
180
795
8.19
8 150
206
695
7.16
8 020
240
595
6.15
7 840
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
fB -
1.5 1.7 2.0 2.2 2.5 2.8 3.1 3.5
0.84 0.95 1.1 1.2 1.3 1.4 1.5 1.6 1.8 2.0 2.3 2.5 2.8 2.8 3.2 3.6 4.2 4.5 5.0
0.84 0.99 1.1 1.2 1.4 1.5 1.8 2.0 1.6 1.8 2.1 2.4 2.8
0.86 0.97 0.9 1.0 1.2
m kg
254 254 254 254 254 254 254 254
192 192 192 192 192 192 192 192 192 192 192 192 192 192 192 192 192 192 192
154 154 154 154 154 154 154 154 154 154 154 154 154
131 131 131 131 131
1 or 9 2 or 9 A, B, F or H
3/60
Siemens MD 50.1 · 2017
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3111 - 7 JU23 - 7 7 R1 2KJ3111 - 7 JU23 - 7 7 Q1 2KJ3111 - 7 JU23 - 7 7 P1 2KJ3111 - 7 JU23 - 7 7 N1 2KJ3111 - 7 JU23 - 7 7 M1 2KJ3111 - 7 JU23 - 7 7 L1 2KJ3111 - 7 JU23 - 7 7 K1 2KJ3111 - 7 JU23 - 7 7 J1
2KJ3110 - 7 JU23 - 7 7 U1 2KJ3110 - 7 JU23 - 7 7 T1 2KJ3110 - 7 JU23 - 7 7 S1 2KJ3110 - 7 JU23 - 7 7 R1 2KJ3110 - 7 JU23 - 7 7 Q1 2KJ3110 - 7 JU23 - 7 7 P1 2KJ3110 - 7 JU23 - 7 7 N1 2KJ3110 - 7 JU23 - 7 7 M1 2KJ3110 - 7 JU23 - 7 7 L1 2KJ3110 - 7 JU23 - 7 7 K1 2KJ3110 - 7 JU23 - 7 7 J1 2KJ3110 - 7 JU23 - 7 7 H1 2KJ3110 - 7 JU23 - 7 7 G1 2KJ3110 - 7 JU23 - 7 7 F1 2KJ3110 - 7 JU23 - 7 7 E1 2KJ3110 - 7 JU23 - 7 7 D1 2KJ3110 - 7 JU23 - 7 7 C1 2KJ3110 - 7 JU23 - 7 7 B1 2KJ3110 - 7 JU23 - 7 7 A1
2KJ3108 - 7 JU23 - 7 7 N1 2KJ3108 - 7 JU23 - 7 7 M1 2KJ3108 - 7 JU23 - 7 7 L1 2KJ3108 - 7 JU23 - 7 7 K1 2KJ3108 - 7 JU23 - 7 7 J1 2KJ3108 - 7 JU23 - 7 7 H1 2KJ3108 - 7 JU23 - 7 7 G1 2KJ3108 - 7 JU23 - 7 7 F1 2KJ3108 - 7 JU23 - 7 7 E1 2KJ3108 - 7 JU23 - 7 7 D1 2KJ3108 - 7 JU23 - 7 7 C1 2KJ3108 - 7 JU23 - 7 7 B1 2KJ3108 - 7 JU23 - 7 7 A1
2KJ3107 - 7 JU23 - 7 7 H1 2KJ3107 - 7 JU23 - 7 7 G1 2KJ3107 - 7 JU23 - 7 7 F1 2KJ3107 - 7 JU23 - 7 7 E1 2KJ3107 - 7 JU23 - 7 7 D1
page 10/43 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
15
Z.79-LE160ZLL4P
272
525
5.43
7 680
1.3
131
2KJ3107 - 7 JU23 - 7 7 C1
319
445
4.62
7 460
1.7
131
2KJ3107 - 7 JU23 - 7 7 B1
372
385
3.96
3 760
2.0
131
2KJ3107 - 7 JU23 - 7 7 A1
3
E.149-LE160ZLL4P
151
945
9.76
16 000
1.3
215
2KJ3007 - 7 JU23 - 7 7 S1
162
885
9.11
16 000
1.4
215
2KJ3007 - 7 JU23 - 7 7 R1
182
785
8.10
16 000
1.7
215
2KJ3007 - 7 JU23 - 7 7 Q1
203
705
7.27
16 000
1.9
215
2KJ3007 - 7 JU23 - 7 7 P1
224
635
6.58
16 000
2.1
215
2KJ3007 - 7 JU23 - 7 7 N1
255
560
5.78
16 000
2.7
215
2KJ3007 - 7 JU23 - 7 7 M1
281
505
5.24
16 000
2.9
215
2KJ3007 - 7 JU23 - 7 7 L1
316
450
4.67
15 700
3.3
215
2KJ3007 - 7 JU23 - 7 7 K1
352
405
4.19
15 300
3.6
215
2KJ3007 - 7 JU23 - 7 7 J1
394
360
3.74
14 900
4.1
215
2KJ3007 - 7 JU23 - 7 7 H1
443
320
3.33
14 500
4.6
215
2KJ3007 - 7 JU23 - 7 7 G1
498
285
2.96
14 100
5.1
215
2KJ3007 - 7 JU23 - 7 7 F1
544
260
2.71
13 800
5.5
215
2KJ3007 - 7 JU23 - 7 7 E1
E.129-LE160ZLL4P
176
810
8.38
13 500
0.82
178
2KJ3006 - 7 JU23 - 7 7 S1
187
765
7.88
13 500
0.87
178
2KJ3006 - 7 JU23 - 7 7 R1
200
715
7.39
13 500
1.1
178
2KJ3006 - 7 JU23 - 7 7 Q1
225
635
6.55
13 500
1.3
178
2KJ3006 - 7 JU23 - 7 7 P1
253
565
5.82
13 500
1.4
178
2KJ3006 - 7 JU23 - 7 7 N1
281
510
5.25
13 500
1.6
178
2KJ3006 - 7 JU23 - 7 7 M1
317
450
4.65
13 200
1.8
178
2KJ3006 - 7 JU23 - 7 7 L1
358
400
4.12
12 900
2.0
178
2KJ3006 - 7 JU23 - 7 7 K1
402
355
3.67
12 600
2.2
178
2KJ3006 - 7 JU23 - 7 7 J1
448
320
3.29
12 300
2.4
178
2KJ3006 - 7 JU23 - 7 7 H1
507
280
2.91
12 000
2.7
178
2KJ3006 - 7 JU23 - 7 7 G1
574
250
2.57
11 600
3.1
178
2KJ3006 - 7 JU23 - 7 7 F1
653
215
2.26
11 300
3.5
178
2KJ3006 - 7 JU23 - 7 7 E1
720
199
2.05
11 000
3.8
178
2KJ3006 - 7 JU23 - 7 7 D1
829
173
1.78
10 700
4.4
178
2KJ3006 - 7 JU23 - 7 7 C1
1 010
142
1.46
10 100
5.3
178
2KJ3006 - 7 JU23 - 7 7 B1
1 190
120
1.24
9 750
6.2
178
2KJ3006 - 7 JU23 - 7 7 A1
E.109-LE160ZLL4P
205
695
7.19
10 500
0.81
154
2KJ3005 - 7 JU23 - 7 7 Q1
218
655
6.76
10 500
0.86
154
2KJ3005 - 7 JU23 - 7 7 P1
235
610
6.28
10 500
0.93
154
2KJ3005 - 7 JU23 - 7 7 N1
266
535
5.55
10 500
1.0
154
2KJ3005 - 7 JU23 - 7 7 M1
298
480
4.95
10 500
1.2
154
2KJ3005 - 7 JU23 - 7 7 L1
331
430
4.46
10 500
1.3
154
2KJ3005 - 7 JU23 - 7 7 K1
381
375
3.87
10 500
1.5
154
2KJ3005 - 7 JU23 - 7 7 J1
424
335
3.48
10 500
1.6
154
2KJ3005 - 7 JU23 - 7 7 H1
485
295
3.04
10 500
1.8
154
2KJ3005 - 7 JU23 - 7 7 G1
544
260
2.71
10 500
2.1
154
2KJ3005 - 7 JU23 - 7 7 F1
617
230
2.39
10 200
2.3
154
2KJ3005 - 7 JU23 - 7 7 E1
702
200
2.10
9 940
2.6
154
2KJ3005 - 7 JU23 - 7 7 D1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1 or 9 2 or 9 A, B, F or H
page 10/43 page 11/2 page 10/37
Siemens MD 50.1 · 2017
3/61
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
15
n2
T2
rpm
Nm
E.109-LE160ZLL4P
806
178
i
FR2
-
N
1.83
9 590
883
162
1.67
9 390
3
1 031
139
1.43
9 040
E.89-LE160ZLL4P
339
420
4.35
7 010
382
375
3.86
7 190
426
335
3.46
7 360
498
285
2.96
7 470
559
255
2.64
7 360
633
225
2.33
7 210
720
199
2.05
7 020
829
173
1.78
6 830
970
148
1.52
6 600
1 135
126
1.30
6 370
18.5
D.189-LES180MQ4P
8.0
22 100
183.92 107 000
8.9
19 800
164.36 107 000
9.9
17 900
148.63 107 000
11
15 800
131.17 107 000
13
14 000
116.88 107 000
14
12 700
105.89 107 000
15
11 400
95.24 107 000
19
9 540
79.14 107 000
21
8 480
70.36 107 000
D.169-LES180MQ4P
10
16 900
140.41
69 000
12
15 100
125.28
69 700
13
13 400
111.69
70 400
15
11 900
99.06
70 900
16
10 900
90.94
71 300
18
9 660
80.12
71 700
22
7 920
65.72
72 400
25
6 950
57.63
72 800
33
5 430
45.06
73 300
Z.169-LES180MQ4P
40
4 400
36.55
73 700
D.149-LES180MQ4P
19
9 150
75.87
50 600
21
8 280
68.71
51 000
24
7 210
59.82
51 500
30
5 910
49.05
50 500
34
5 240
43.51
49 400
37
4 750
39.41
48 400
43
4 130
34.31
47 000
Z.149-LES180MQ4P
48
3 660
30.39
45 800
54
3 260
27.07
44 600
60
2 930
24.30
43 500
68
2 610
21.69
42 300
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
3/62
Siemens MD 50.1 · 2017
fB -
3.0 3.3 3.3
0.85 0.96 1.1 1.3 1.4 1.6 1.8 2.1 2.4 2.9
0.86 0.96 1.1 1.2 1.3 1.5 1.7 2.0 2.2
0.83 0.93 1.0 1.2 1.3 1.4 1.8 2.0 2.6
2.7
0.87 0.97 1.1 1.4 1.5 1.7 1.9
2.2 2.5 2.7 3.1
m kg
154 154 154
132 132 132 132 132 132 132 132 132 132
783 783 783 783 783 783 783 783 783
570 570 570 570 570 570 570 570 570
553
397 397 397 397 397 397 397
415 415 415 415
1 or 9 2 or 9 A, B, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3005 - 7 JU23 - 7 7 C1 2KJ3005 - 7 JU23 - 7 7 B1 2KJ3005 - 7 JU23 - 7 7 A1
2KJ3004 - 7 JU23 - 7 7 K1 2KJ3004 - 7 JU23 - 7 7 J1 2KJ3004 - 7 JU23 - 7 7 H1 2KJ3004 - 7 JU23 - 7 7 G1 2KJ3004 - 7 JU23 - 7 7 F1 2KJ3004 - 7 JU23 - 7 7 E1 2KJ3004 - 7 JU23 - 7 7 D1 2KJ3004 - 7 JU23 - 7 7 C1 2KJ3004 - 7 JU23 - 7 7 B1 2KJ3004 - 7 JU23 - 7 7 A1
2KJ3214 - 7 KL33 - 7 7 N1 2KJ3214 - 7 KL33 - 7 7 M1 2KJ3214 - 7 KL33 - 7 7 L1 2KJ3214 - 7 KL33 - 7 7 K1 2KJ3214 - 7 KL33 - 7 7 J1 2KJ3214 - 7 KL33 - 7 7 H1 2KJ3214 - 7 KL33 - 7 7 G1 2KJ3214 - 7 KL33 - 7 7 F1 2KJ3214 - 7 KL33 - 7 7 E1
2KJ3213 - 7 KL33 - 7 7 M1 2KJ3213 - 7 KL33 - 7 7 L1 2KJ3213 - 7 KL33 - 7 7 K1 2KJ3213 - 7 KL33 - 7 7 J1 2KJ3213 - 7 KL33 - 7 7 H1 2KJ3213 - 7 KL33 - 7 7 G1 2KJ3213 - 7 KL33 - 7 7 F1 2KJ3213 - 7 KL33 - 7 7 E1 2KJ3213 - 7 KL33 - 7 7 D1
2KJ3113 - 7 KL33 - 7 7 Q1
2KJ3212 - 7 KL33 - 7 7 H1 2KJ3212 - 7 KL33 - 7 7 G1 2KJ3212 - 7 KL33 - 7 7 F1 2KJ3212 - 7 KL33 - 7 7 E1 2KJ3212 - 7 KL33 - 7 7 D1 2KJ3212 - 7 KL33 - 7 7 C1 2KJ3212 - 7 KL33 - 7 7 B1
2KJ3112 - 7 KL33 - 7 7 Q1 2KJ3112 - 7 KL33 - 7 7 P1 2KJ3112 - 7 KL33 - 7 7 N1 2KJ3112 - 7 KL33 - 7 7 M1
page 10/43 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
18.5
Z.129-LES180MQ4P
56
3 170
26.30
25 700
1.6
331
2KJ3111 - 7 KL33 - 7 7 P1
63
2 820
23.41
25 200
1.8
331
2KJ3111 - 7 KL33 - 7 7 N1
70
2 530
20.98
24 700
2.0
331
2KJ3111 - 7 KL33 - 7 7 M1
3
79
2 240
18.60
24 200
2.2
331
2KJ3111 - 7 KL33 - 7 7 L1
89
1 980
16.42
23 600
2.5
331
2KJ3111 - 7 KL33 - 7 7 K1
102
1 740
14.43
23 000
2.8
331
2KJ3111 - 7 KL33 - 7 7 J1
112
1 570
13.07
22 500
3.1
331
2KJ3111 - 7 KL33 - 7 7 H1
129
1 370
11.38
21 800
3.5
331
2KJ3111 - 7 KL33 - 7 7 G1
157
1 120
9.33
20 900
4.1
331
2KJ3111 - 7 KL33 - 7 7 F1
172
1 020
8.53
20 200
3.5
331
2KJ3111 - 7 KL33 - 7 7 E1
195
900
7.50
19 600
4.0
331
2KJ3111 - 7 KL33 - 7 7 D1
216
815
6.79
19 100
4.4
331
2KJ3111 - 7 KL33 - 7 7 C1
Z.109-LES180MQ4P
69
2 540
21.13
18 500
1.1
271
2KJ3110 - 7 KL33 - 7 7 P1
79
2 220
18.47
18 300
1.2
271
2KJ3110 - 7 KL33 - 7 7 N1
89
1 980
16.48
18 100
1.3
271
2KJ3110 - 7 KL33 - 7 7 M1
101
1 750
14.52
17 700
1.5
271
2KJ3110 - 7 KL33 - 7 7 L1
115
1 530
12.72
17 400
1.6
271
2KJ3110 - 7 KL33 - 7 7 K1
132
1 330
11.09
17 000
1.8
271
2KJ3110 - 7 KL33 - 7 7 J1
145
1 220
10.12
16 700
2.0
271
2KJ3110 - 7 KL33 - 7 7 H1
168
1 050
8.71
16 300
2.3
271
2KJ3110 - 7 KL33 - 7 7 G1
174
1 010
8.41
16 000
2.3
271
2KJ3110 - 7 KL33 - 7 7 F1
198
890
7.41
15 600
2.6
271
2KJ3110 - 7 KL33 - 7 7 E1
225
780
6.50
15 200
2.9
271
2KJ3110 - 7 KL33 - 7 7 D1
259
680
5.66
14 700
3.4
271
2KJ3110 - 7 KL33 - 7 7 C1
283
620
5.17
14 400
3.7
271
2KJ3110 - 7 KL33 - 7 7 B1
329
535
4.45
13 900
4.0
271
2KJ3110 - 7 KL33 - 7 7 A1
Z.89-LES180MQ4P
94
1 880
15.66
10 300
0.89
230
2KJ3108 - 7 KL33 - 7 7 L1
106
1 660
13.84
11 700
1.0
230
2KJ3108 - 7 KL33 - 7 7 K1
121
1 460
12.15
12 800
1.1
230
2KJ3108 - 7 KL33 - 7 7 J1
138
1 270
10.58
13 800
1.2
230
2KJ3108 - 7 KL33 - 7 7 H1
162
1 090
9.04
13 500
1.4
230
2KJ3108 - 7 KL33 - 7 7 G1
189
930
7.74
13 200
1.6
230
2KJ3108 - 7 KL33 - 7 7 F1
213
830
6.89
12 600
1.3
230
2KJ3108 - 7 KL33 - 7 7 E1
242
730
6.05
12 700
1.5
230
2KJ3108 - 7 KL33 - 7 7 D1
279
630
5.26
12 300
1.7
230
2KJ3108 - 7 KL33 - 7 7 C1
326
540
4.50
11 800
2.0
230
2KJ3108 - 7 KL33 - 7 7 B1
381
460
3.85
11 300
2.3
230
2KJ3108 - 7 KL33 - 7 7 A1
E.149-LES180MQ4P
280
630
5.24
15 600
2.4
294
2KJ3007 - 7 KL33 - 7 7 L1
314
560
4.67
15 200
2.6
294
2KJ3007 - 7 KL33 - 7 7 K1
350
505
4.19
14 900
2.9
294
2KJ3007 - 7 KL33 - 7 7 J1
392
450
3.74
14 500
3.3
294
2KJ3007 - 7 KL33 - 7 7 H1
440
400
3.33
14 200
3.7
294
2KJ3007 - 7 KL33 - 7 7 G1
495
355
2.96
13 800
4.1
294
2KJ3007 - 7 KL33 - 7 7 F1
541
325
2.71
13 500
4.5
294
2KJ3007 - 7 KL33 - 7 7 E1
613
285
2.39
13 100
5.1
294
2KJ3007 - 7 KL33 - 7 7 D1
747
235
1.96
12 500
6.2
294
2KJ3007 - 7 KL33 - 7 7 C1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1 or 9 2 or 9 A, B, F or H
page 10/43 page 11/2 page 10/37
Siemens MD 50.1 · 2017
3/63
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
18.5
n2
T2
rpm
Nm
E.129-LES180MQ4P
356
495
i
FR2
-
N
4.12
12 400
399
440
3.67
12 100
3
445
395
3.29
11 900
503
350
2.91
11 600
570
310
2.57
11 300
648
270
2.26
11 000
715
245
2.05
10 800
823
215
1.78
10 400
1 003
176
1.46
9 970
1 181
150
1.24
9 560
E.109-LES180MQ4P
421
420
3.48
10 500
482
365
3.04
10 400
541
325
2.71
10 200
613
285
2.39
9 950
698
250
2.10
9 670
801
220
1.83
9 360
877
200
1.67
9 170
1 024
172
1.43
8 850
E.89-LES180MQ4P
555
315
2.64
6 310
715
245
2.05
6 490
823
215
1.78
6 470
964
183
1.52
6 350
1 127
157
1.30
6 150
22
D.189-LES180ZLN4P
8.9
23 400
164.36 107 000
9.9
21 200
148.63 107 000
11
18 700
131.17 107 000
13
16 700
116.88 107 000
14
15 100
105.89 107 000
15
13 600
95.24 107 000
19
11 300
79.14 107 000
21
10 000
70.36 107 000
26
8 010
56.08 107 000
D.169-LES180ZLN4P
13
15 900
111.69
69 400
15
14 100
99.06
70 100
16
12 900
90.94
70 500
18
11 400
80.12
71 000
22
9 390
65.72
71 800
26
8 230
57.63
72 300
33
6 440
45.06
72 900
35
5 920
41.43
73 100
40
5 190
36.33
73 400
Z.169-LES180ZLN4P
40
5 220
36.55
73 400
D.149-LES180ZLN4P
21
9 820
68.71
50 300
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
3/64
Siemens MD 50.1 · 2017
fB -
1.6 1.8 2.0 2.2 2.5 2.8 3.1 3.5 4.3 5.0
1.3 1.5 1.7 1.9 2.1 2.4 2.6 2.7
1.1 1.5 1.7 2.0 2.3
0.81 0.89 1.0 1.1 1.3 1.4 1.7 1.9 2.4
0.88 0.99 1.1 1.2 1.5 1.7 2.2 2.4 2.7
2.3
0.81
m kg
255 255 255 255 255 255 255 255 255 255
232 232 232 232 232 232 232 232
208 208 208 208 208
788 788 788 788 788 788 788 788 788
575 575 575 575 575 575 575 575 575
558
402
1 or 9 2 or 9 A, B, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3006 - 7 KL33 - 7 7 K1 2KJ3006 - 7 KL33 - 7 7 J1 2KJ3006 - 7 KL33 - 7 7 H1 2KJ3006 - 7 KL33 - 7 7 G1 2KJ3006 - 7 KL33 - 7 7 F1 2KJ3006 - 7 KL33 - 7 7 E1 2KJ3006 - 7 KL33 - 7 7 D1 2KJ3006 - 7 KL33 - 7 7 C1 2KJ3006 - 7 KL33 - 7 7 B1 2KJ3006 - 7 KL33 - 7 7 A1
2KJ3005 - 7 KL33 - 7 7 H1 2KJ3005 - 7 KL33 - 7 7 G1 2KJ3005 - 7 KL33 - 7 7 F1 2KJ3005 - 7 KL33 - 7 7 E1 2KJ3005 - 7 KL33 - 7 7 D1 2KJ3005 - 7 KL33 - 7 7 C1 2KJ3005 - 7 KL33 - 7 7 B1 2KJ3005 - 7 KL33 - 7 7 A1
2KJ3004 - 7 KL33 - 7 7 F1 2KJ3004 - 7 KL33 - 7 7 D1 2KJ3004 - 7 KL33 - 7 7 C1 2KJ3004 - 7 KL33 - 7 7 B1 2KJ3004 - 7 KL33 - 7 7 A1
2KJ3214 - 7 KN33 - 7 7 M1 2KJ3214 - 7 KN33 - 7 7 L1 2KJ3214 - 7 KN33 - 7 7 K1 2KJ3214 - 7 KN33 - 7 7 J1 2KJ3214 - 7 KN33 - 7 7 H1 2KJ3214 - 7 KN33 - 7 7 G1 2KJ3214 - 7 KN33 - 7 7 F1 2KJ3214 - 7 KN33 - 7 7 E1 2KJ3214 - 7 KN33 - 7 7 D1
2KJ3213 - 7 KN33 - 7 7 K1 2KJ3213 - 7 KN33 - 7 7 J1 2KJ3213 - 7 KN33 - 7 7 H1 2KJ3213 - 7 KN33 - 7 7 G1 2KJ3213 - 7 KN33 - 7 7 F1 2KJ3213 - 7 KN33 - 7 7 E1 2KJ3213 - 7 KN33 - 7 7 D1 2KJ3213 - 7 KN33 - 7 7 C1 2KJ3213 - 7 KN33 - 7 7 B1
2KJ3113 - 7 KN33 - 7 7 Q1
2KJ3212 - 7 KN33 - 7 7 G1
page 10/43 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
22
D.149-LES180ZLN4P
25
8 550
59.82
50 500
0.94
402
2KJ3212 - 7 KN33 - 7 7 F1
30
7 010
49.05
49 000
1.1
402
2KJ3212 - 7 KN33 - 7 7 E1
34
6 210
43.51
48 000
1.3
402
2KJ3212 - 7 KN33 - 7 7 D1
3
37
5 630
39.41
47 100
1.4
402
2KJ3212 - 7 KN33 - 7 7 C1
43
4 900
34.31
45 900
1.6
402
2KJ3212 - 7 KN33 - 7 7 B1
Z.149-LES180ZLN4P
48
4 340
30.39
44 800
1.8
420
2KJ3112 - 7 KN33 - 7 7 Q1
54
3 860
27.07
43 700
2.1
420
2KJ3112 - 7 KN33 - 7 7 P1
60
3 470
24.30
42 700
2.3
420
2KJ3112 - 7 KN33 - 7 7 N1
68
3 100
21.69
41 600
2.6
420
2KJ3112 - 7 KN33 - 7 7 M1
76
2 760
19.33
40 500
2.9
420
2KJ3112 - 7 KN33 - 7 7 L1
86
2 450
17.15
39 400
3.3
420
2KJ3112 - 7 KN33 - 7 7 K1
Z.129-LES180ZLN4P
56
3 750
26.30
24 600
1.3
336
2KJ3111 - 7 KN33 - 7 7 P1
63
3 340
23.41
24 300
1.5
336
2KJ3111 - 7 KN33 - 7 7 N1
70
2 990
20.98
23 900
1.7
336
2KJ3111 - 7 KN33 - 7 7 M1
79
2 650
18.60
23 500
1.9
336
2KJ3111 - 7 KN33 - 7 7 L1
90
2 340
16.42
23 000
2.1
336
2KJ3111 - 7 KN33 - 7 7 K1
102
2 060
14.43
22 400
2.4
336
2KJ3111 - 7 KN33 - 7 7 J1
112
1 860
13.07
22 000
2.6
336
2KJ3111 - 7 KN33 - 7 7 H1
129
1 620
11.38
21 400
2.9
336
2KJ3111 - 7 KN33 - 7 7 G1
158
1 330
9.33
20 500
3.5
336
2KJ3111 - 7 KN33 - 7 7 F1
172
1 210
8.53
19 800
3.0
336
2KJ3111 - 7 KN33 - 7 7 E1
196
1 070
7.50
19 200
3.4
336
2KJ3111 - 7 KN33 - 7 7 D1
216
970
6.79
18 800
3.7
336
2KJ3111 - 7 KN33 - 7 7 C1
249
845
5.91
18 200
4.3
336
2KJ3111 - 7 KN33 - 7 7 B1
303
690
4.85
17 300
4.7
336
2KJ3111 - 7 KN33 - 7 7 A1
Z.109-LES180ZLN4P
70
3 020
21.13
17 400
0.94
276
2KJ3110 - 7 KN33 - 7 7 P1
80
2 640
18.47
17 300
1.0
276
2KJ3110 - 7 KN33 - 7 7 N1
89
2 350
16.48
17 200
1.1
276
2KJ3110 - 7 KN33 - 7 7 M1
101
2 070
14.52
17 000
1.2
276
2KJ3110 - 7 KN33 - 7 7 L1
116
1 810
12.72
16 700
1.4
276
2KJ3110 - 7 KN33 - 7 7 K1
133
1 580
11.09
16 400
1.6
276
2KJ3110 - 7 KN33 - 7 7 J1
145
1 440
10.12
16 200
1.7
276
2KJ3110 - 7 KN33 - 7 7 H1
169
1 240
8.71
15 800
1.9
276
2KJ3110 - 7 KN33 - 7 7 G1
175
1 200
8.41
15 500
1.9
276
2KJ3110 - 7 KN33 - 7 7 F1
198
1 050
7.41
15 200
2.2
276
2KJ3110 - 7 KN33 - 7 7 E1
226
925
6.50
14 800
2.5
276
2KJ3110 - 7 KN33 - 7 7 D1
260
805
5.66
14 400
2.8
276
2KJ3110 - 7 KN33 - 7 7 C1
284
735
5.17
14 100
3.1
276
2KJ3110 - 7 KN33 - 7 7 B1
330
635
4.45
13 700
3.4
276
2KJ3110 - 7 KN33 - 7 7 A1
Z.89-LES180ZLN4P
106
1 970
13.84
7 850
0.85
235
2KJ3108 - 7 KN33 - 7 7 K1
121
1 730
12.15
9 460
0.94
235
2KJ3108 - 7 KN33 - 7 7 J1
139
1 510
10.58
10 800
1.1
235
2KJ3108 - 7 KN33 - 7 7 H1
163
1 290
9.04
12 000
1.2
235
2KJ3108 - 7 KN33 - 7 7 G1
190
1 100
7.74
12 700
1.4
235
2KJ3108 - 7 KN33 - 7 7 F1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1 or 9 2 or 9 A, B, F or H
page 10/43 page 11/2 page 10/37
Siemens MD 50.1 · 2017
3/65
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
22
n2
T2
rpm
Nm
Z.89-LES180ZLN4P
213
985
i
FR2
-
N
6.89
10 200
243
865
6.05
10 900
3
279
750
5.26
11 600
327
640
4.50
11 500
382
550
3.85
11 100
E.149-LES180ZLN4P
281
745
5.24
15 000
315
665
4.67
14 700
351
595
4.19
14 500
393
535
3.74
14 100
441
475
3.33
13 800
497
420
2.96
13 500
542
385
2.71
13 200
615
340
2.39
12 800
750
280
1.96
12 200
855
245
1.72
11 900
1 097
192
1.34
11 100
E.129-LES180ZLN4P
357
585
4.12
11 900
401
525
3.67
11 600
447
470
3.29
11 400
505
415
2.91
11 200
572
365
2.57
11 000
650
320
2.26
10 700
717
290
2.05
10 500
826
250
1.78
10 200
1 007
205
1.46
9 760
1 185
177
1.24
9 360
E.109-LES180ZLN4P
422
495
3.48
10 200
484
430
3.04
10 000
542
385
2.71
9 850
615
340
2.39
9 620
700
300
2.10
9 360
803
260
1.83
9 110
880
235
1.67
8 950
1 028
200
1.43
8 660
E.89-LES180ZLN4P
557
375
2.64
5 080
967
215
1.52
5 660
1 131
186
1.30
5 600
30
D.189-LES200ZLU4P
13
22 700
116.88 107 000
14
20 600
105.89 107 000
15
18 500
95.24 107 000
19
15 400
79.14 107 000
21
13 700
70.36 107 000
26
10 900
56.08 107 000
33
8 690
44.63 107 000
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
3/66
Siemens MD 50.1 · 2017
fB -
1.1 1.2 1.4 1.6 1.9
2.0 2.2 2.5 2.8 3.1 3.5 3.8 4.3 5.2 5.9 6.7
1.3 1.5 1.7 1.9 2.1 2.4 2.6 3.0 3.6 4.2
1.1 1.3 1.4 1.6 1.8 2.0 2.2 2.3
0.95 1.7 1.9
0.83 0.92 1.0 1.2 1.4 1.7 2.2
m kg
235 235 235 235 235
299 299 299 299 299 299 299 299 299 299 299
260 260 260 260 260 260 260 260 260 260
237 237 237 237 237 237 237 237
213 213 213
858 858 858 858 858 858 858
1 or 9 2 or 9 A, B, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3108 - 7 KN33 - 7 7 E1 2KJ3108 - 7 KN33 - 7 7 D1 2KJ3108 - 7 KN33 - 7 7 C1 2KJ3108 - 7 KN33 - 7 7 B1 2KJ3108 - 7 KN33 - 7 7 A1
2KJ3007 - 7 KN33 - 7 7 L1 2KJ3007 - 7 KN33 - 7 7 K1 2KJ3007 - 7 KN33 - 7 7 J1 2KJ3007 - 7 KN33 - 7 7 H1 2KJ3007 - 7 KN33 - 7 7 G1 2KJ3007 - 7 KN33 - 7 7 F1 2KJ3007 - 7 KN33 - 7 7 E1 2KJ3007 - 7 KN33 - 7 7 D1 2KJ3007 - 7 KN33 - 7 7 C1 2KJ3007 - 7 KN33 - 7 7 B1 2KJ3007 - 7 KN33 - 7 7 A1
2KJ3006 - 7 KN33 - 7 7 K1 2KJ3006 - 7 KN33 - 7 7 J1 2KJ3006 - 7 KN33 - 7 7 H1 2KJ3006 - 7 KN33 - 7 7 G1 2KJ3006 - 7 KN33 - 7 7 F1 2KJ3006 - 7 KN33 - 7 7 E1 2KJ3006 - 7 KN33 - 7 7 D1 2KJ3006 - 7 KN33 - 7 7 C1 2KJ3006 - 7 KN33 - 7 7 B1 2KJ3006 - 7 KN33 - 7 7 A1
2KJ3005 - 7 KN33 - 7 7 H1 2KJ3005 - 7 KN33 - 7 7 G1 2KJ3005 - 7 KN33 - 7 7 F1 2KJ3005 - 7 KN33 - 7 7 E1 2KJ3005 - 7 KN33 - 7 7 D1 2KJ3005 - 7 KN33 - 7 7 C1 2KJ3005 - 7 KN33 - 7 7 B1 2KJ3005 - 7 KN33 - 7 7 A1
2KJ3004 - 7 KN33 - 7 7 F1 2KJ3004 - 7 KN33 - 7 7 B1 2KJ3004 - 7 KN33 - 7 7 A1
2KJ3214 - 7 LN33 - 7 7 J1 2KJ3214 - 7 LN33 - 7 7 H1 2KJ3214 - 7 LN33 - 7 7 G1 2KJ3214 - 7 LN33 - 7 7 F1 2KJ3214 - 7 LN33 - 7 7 E1 2KJ3214 - 7 LN33 - 7 7 D1 2KJ3214 - 7 LN33 - 7 7 C1
page 10/43 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
30
D.189-LES200ZLU4P
40
7 140
36.67 107 000
2.7
858
2KJ3214 - 7 LN33 - 7 7 B1
D.169-LES200ZLU4P
18
15 600
80.12
69 500
0.9
645
2KJ3213 - 7 LN33 - 7 7 G1
3
22
12 800
65.72
70 600
1.1
645
2KJ3213 - 7 LN33 - 7 7 F1
26
11 200
57.63
71 100
1.2
645
2KJ3213 - 7 LN33 - 7 7 E1
33
8 780
45.06
72 100
1.6
645
2KJ3213 - 7 LN33 - 7 7 D1
35
8 070
41.43
72 300
1.7
645
2KJ3213 - 7 LN33 - 7 7 C1
40
7 080
36.33
72 700
2.0
645
2KJ3213 - 7 LN33 - 7 7 B1
Z.169-LES200ZLU4P
45
6 400
32.88
72 900
2.2
634
2KJ3113 - 7 LN33 - 7 7 P1
50
5 720
29.38
73 200
2.4
634
2KJ3113 - 7 LN33 - 7 7 N1
55
5 170
26.57
73 400
2.7
634
2KJ3113 - 7 LN33 - 7 7 M1
D.149-LES200ZLU4P
30
9 560
49.05
45 500
0.84
472
2KJ3212 - 7 LN33 - 7 7 E1
34
8 480
43.51
44 900
0.94
472
2KJ3212 - 7 LN33 - 7 7 D1
37
7 680
39.41
44 300
1.0
472
2KJ3212 - 7 LN33 - 7 7 C1
43
6 680
34.31
43 500
1.2
472
2KJ3212 - 7 LN33 - 7 7 B1
Z.149-LES200ZLU4P
54
5 270
27.07
41 800
1.5
494
2KJ3112 - 7 LN33 - 7 7 P1
60
4 730
24.30
41 000
1.7
494
2KJ3112 - 7 LN33 - 7 7 N1
68
4 220
21.69
40 100
1.9
494
2KJ3112 - 7 LN33 - 7 7 M1
76
3 760
19.33
39 100
2.1
494
2KJ3112 - 7 LN33 - 7 7 L1
86
3 340
17.15
38 100
2.4
494
2KJ3112 - 7 LN33 - 7 7 K1
93
3 060
15.74
37 400
2.6
494
2KJ3112 - 7 LN33 - 7 7 J1
106
2 700
13.87
36 400
3.0
494
2KJ3112 - 7 LN33 - 7 7 H1
129
2 210
11.38
34 700
3.6
494
2KJ3112 - 7 LN33 - 7 7 G1
202
1 410
7.27
31 200
3.4
494
2KJ3112 - 7 LN33 - 7 7 D1
247
1 160
5.96
29 600
4.2
494
2KJ3112 - 7 LN33 - 7 7 C1
281
1 010
5.23
28 600
4.8
494
2KJ3112 - 7 LN33 - 7 7 B1
Z.129-LES200ZLU4P
63
4 560
23.41
22 200
1.1
411
2KJ3111 - 7 LN33 - 7 7 N1
70
4 080
20.98
22 000
1.2
411
2KJ3111 - 7 LN33 - 7 7 M1
79
3 620
18.60
21 800
1.4
411
2KJ3111 - 7 LN33 - 7 7 L1
90
3 200
16.42
21 500
1.6
411
2KJ3111 - 7 LN33 - 7 7 K1
102
2 810
14.43
21 100
1.8
411
2KJ3111 - 7 LN33 - 7 7 J1
112
2 540
13.07
20 800
1.9
411
2KJ3111 - 7 LN33 - 7 7 H1
129
2 210
11.38
20 400
2.1
411
2KJ3111 - 7 LN33 - 7 7 G1
158
1 810
9.33
19 600
2.6
411
2KJ3111 - 7 LN33 - 7 7 F1
172
1 660
8.53
18 900
2.2
411
2KJ3111 - 7 LN33 - 7 7 E1
196
1 460
7.50
18 400
2.5
411
2KJ3111 - 7 LN33 - 7 7 D1
216
1 320
6.79
18 100
2.7
411
2KJ3111 - 7 LN33 - 7 7 C1
249
1 150
5.91
17 600
3.1
411
2KJ3111 - 7 LN33 - 7 7 B1
303
945
4.85
16 800
3.5
411
2KJ3111 - 7 LN33 - 7 7 A1
Z.109-LES200ZLU4P
89
3 210
16.48
15 200
0.82
351
2KJ3110 - 7 LN33 - 7 7 M1
101
2 830
14.52
15 200
0.91
351
2KJ3110 - 7 LN33 - 7 7 L1
116
2 470
12.72
15 200
1.0
351
2KJ3110 - 7 LN33 - 7 7 K1
133
2 160
11.09
15 100
1.1
351
2KJ3110 - 7 LN33 - 7 7 J1
145
1 970
10.12
15 000
1.2
351
2KJ3110 - 7 LN33 - 7 7 H1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1 or 9 2 or 9 A, B, F or H
page 10/43 page 11/2 page 10/37
Siemens MD 50.1 · 2017
3/67
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
30
n2
T2
i
FR2
rpm
Nm
-
N
Z.109-LES200ZLU4P
169
1 690
8.71
14 800
175
1 630
8.41
14 400
3
198
1 440
7.41
14 200
226
1 260
6.50
13 900
260
1 100
5.66
13 600
284
1 000
5.17
13 500
330
865
4.45
13 100
E.149-LES200ZLU4P
315
910
4.67
13 600
351
815
4.19
13 500
393
725
3.74
13 200
441
645
3.33
13 000
497
575
2.96
12 700
542
525
2.71
12 600
615
465
2.39
12 200
750
380
1.96
11 700
855
335
1.72
11 400
1 097
260
1.34
10 800
E.129-LES200ZLU4P
401
715
3.67
10 200
447
640
3.29
10 400
505
565
2.91
10 300
572
500
2.57
10 200
650
440
2.26
10 000
717
400
2.05
9 830
826
345
1.78
9 610
1 007
285
1.46
9 220
1 185
240
1.24
8 910
E.109-LES200ZLU4P
484
590
3.04
7 660
542
525
2.71
7 980
803
355
1.83
8 310
880
325
1.67
8 320
1 028
275
1.43
8 180
37
D.189-LES225SD4P
16
22 700
95.24 107 000
19
18 900
79.14 107 000
21
16 800
70.36 107 000
26
13 400
56.08 107 000
33
10 600
44.63 107 000
Z.189-LES225SD4P
43
8 180
34.25 107 000
48
7 340
30.73 107 000
54
6 560
27.46 105 100
D.169-LES225SD4P
22
15 700
65.72
69 500
26
13 700
57.63
70 200
33
10 700
45.06
71 300
36
9 900
41.43
71 700
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
3/68
Siemens MD 50.1 · 2017
fB -
1.4 1.4 1.6 1.8 2.1 2.3 2.5
1.6 1.8 2.0 2.3 2.5 2.8 3.1 3.8 4.4 4.9
1.1 1.2 1.4 1.5 1.7 1.9 2.2 2.7 3.1
0.92 1.0 1.5 1.6 1.7
0.83 1.0 1.1 1.4 1.8
2.3 2.6 2.9
0.89 1.0 1.3 1.4
m kg
351 351 351 351 351 351 351
374 374 374 374 374 374 374 374 374 374
335 335 335 335 335 335 335 335 335
312 312 312 312 312
935 935 935 935 935
853 853 853
721 721 721 721
1 or 9 2 or 9 A, B, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3110 - 7 LN33 - 7 7 G1 2KJ3110 - 7 LN33 - 7 7 F1 2KJ3110 - 7 LN33 - 7 7 E1 2KJ3110 - 7 LN33 - 7 7 D1 2KJ3110 - 7 LN33 - 7 7 C1 2KJ3110 - 7 LN33 - 7 7 B1 2KJ3110 - 7 LN33 - 7 7 A1
2KJ3007 - 7 LN33 - 7 7 K1 2KJ3007 - 7 LN33 - 7 7 J1 2KJ3007 - 7 LN33 - 7 7 H1 2KJ3007 - 7 LN33 - 7 7 G1 2KJ3007 - 7 LN33 - 7 7 F1 2KJ3007 - 7 LN33 - 7 7 E1 2KJ3007 - 7 LN33 - 7 7 D1 2KJ3007 - 7 LN33 - 7 7 C1 2KJ3007 - 7 LN33 - 7 7 B1 2KJ3007 - 7 LN33 - 7 7 A1
2KJ3006 - 7 LN33 - 7 7 J1 2KJ3006 - 7 LN33 - 7 7 H1 2KJ3006 - 7 LN33 - 7 7 G1 2KJ3006 - 7 LN33 - 7 7 F1 2KJ3006 - 7 LN33 - 7 7 E1 2KJ3006 - 7 LN33 - 7 7 D1 2KJ3006 - 7 LN33 - 7 7 C1 2KJ3006 - 7 LN33 - 7 7 B1 2KJ3006 - 7 LN33 - 7 7 A1
2KJ3005 - 7 LN33 - 7 7 G1 2KJ3005 - 7 LN33 - 7 7 F1 2KJ3005 - 7 LN33 - 7 7 C1 2KJ3005 - 7 LN33 - 7 7 B1 2KJ3005 - 7 LN33 - 7 7 A1
2KJ3214 - 7 MF33 - 7 7 G1 2KJ3214 - 7 MF33 - 7 7 F1 2KJ3214 - 7 MF33 - 7 7 E1 2KJ3214 - 7 MF33 - 7 7 D1 2KJ3214 - 7 MF33 - 7 7 C1
2KJ3114 - 7 MF33 - 7 7 L1 2KJ3114 - 7 MF33 - 7 7 K1 2KJ3114 - 7 MF33 - 7 7 J1
2KJ3213 - 7 MF33 - 7 7 F1 2KJ3213 - 7 MF33 - 7 7 E1 2KJ3213 - 7 MF33 - 7 7 D1 2KJ3213 - 7 MF33 - 7 7 C1
page 10/43 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
37
D.169-LES225SD4P
41
8 680
36.33
72 100
1.6
721
2KJ3213 - 7 MF33 - 7 7 B1
Z.169-LES225SD4P
50
7 020
29.38
72 700
2.0
677
2KJ3113 - 7 MF33 - 7 7 N1
3
56
6 350
26.57
72 100
2.2
677
2KJ3113 - 7 MF33 - 7 7 M1
63
5 600
23.45
70 000
2.5
677
2KJ3113 - 7 MF33 - 7 7 L1
71
4 990
20.90
68 200
2.8
677
2KJ3113 - 7 MF33 - 7 7 K1
78
4 520
18.93
66 600
3.1
677
2KJ3113 - 7 MF33 - 7 7 J1
D.149-LES225SD4P
38
9 420
39.41
41 900
0.85
546
2KJ3212 - 7 MF33 - 7 7 C1
43
8 200
34.31
41 300
0.98
546
2KJ3212 - 7 MF33 - 7 7 B1
53
6 720
28.13
40 300
1.2
546
2KJ3212 - 7 MF33 - 7 7 A1
Z.149-LES225SD4P
61
5 800
24.30
39 400
1.4
539
2KJ3112 - 7 MF33 - 7 7 N1
68
5 180
21.69
38 700
1.5
539
2KJ3112 - 7 MF33 - 7 7 M1
76
4 620
19.33
37 900
1.7
539
2KJ3112 - 7 MF33 - 7 7 L1
86
4 100
17.15
37 000
2.0
539
2KJ3112 - 7 MF33 - 7 7 K1
94
3 760
15.74
36 400
2.1
539
2KJ3112 - 7 MF33 - 7 7 J1
107
3 310
13.87
35 500
2.4
539
2KJ3112 - 7 MF33 - 7 7 H1
130
2 720
11.38
34 000
2.9
539
2KJ3112 - 7 MF33 - 7 7 G1
148
2 380
9.98
33 000
3.4
539
2KJ3112 - 7 MF33 - 7 7 F1
189
1 860
7.80
31 100
4.3
539
2KJ3112 - 7 MF33 - 7 7 E1
203
1 730
7.27
30 700
2.8
539
2KJ3112 - 7 MF33 - 7 7 D1
248
1 420
5.96
29 200
3.4
539
2KJ3112 - 7 MF33 - 7 7 C1
283
1 250
5.23
28 200
3.9
539
2KJ3112 - 7 MF33 - 7 7 B1
361
975
4.09
26 400
5.0
539
2KJ3112 - 7 MF33 - 7 7 A1
Z.129-LES225SD4P
70
5 010
20.98
20 400
1.0
455
2KJ3111 - 7 MF33 - 7 7 M1
79
4 440
18.60
20 300
1.1
455
2KJ3111 - 7 MF33 - 7 7 L1
90
3 920
16.42
20 200
1.3
455
2KJ3111 - 7 MF33 - 7 7 K1
102
3 450
14.43
20 000
1.4
455
2KJ3111 - 7 MF33 - 7 7 J1
113
3 120
13.07
19 800
1.6
455
2KJ3111 - 7 MF33 - 7 7 H1
130
2 720
11.38
19 500
1.7
455
2KJ3111 - 7 MF33 - 7 7 G1
158
2 230
9.33
18 900
2.1
455
2KJ3111 - 7 MF33 - 7 7 F1
173
2 030
8.53
18 100
1.8
455
2KJ3111 - 7 MF33 - 7 7 E1
197
1 790
7.50
17 800
2.0
455
2KJ3111 - 7 MF33 - 7 7 D1
218
1 620
6.79
17 500
2.2
455
2KJ3111 - 7 MF33 - 7 7 C1
250
1 410
5.91
17 000
2.6
455
2KJ3111 - 7 MF33 - 7 7 B1
305
1 160
4.85
16 400
2.8
455
2KJ3111 - 7 MF33 - 7 7 A1
Z.109-LES225SD4P
116
3 040
12.72
13 800
0.83
393
2KJ3110 - 7 MF33 - 7 7 K1
133
2 650
11.09
13 900
0.93
393
2KJ3110 - 7 MF33 - 7 7 J1
146
2 410
10.12
13 900
1.0
393
2KJ3110 - 7 MF33 - 7 7 H1
170
2 080
8.71
13 800
1.1
393
2KJ3110 - 7 MF33 - 7 7 G1
176
2 010
8.41
13 400
1.1
393
2KJ3110 - 7 MF33 - 7 7 F1
199
1 770
7.41
13 300
1.3
393
2KJ3110 - 7 MF33 - 7 7 E1
227
1 550
6.50
13 200
1.5
393
2KJ3110 - 7 MF33 - 7 7 D1
261
1 350
5.66
13 000
1.7
393
2KJ3110 - 7 MF33 - 7 7 C1
286
1 230
5.17
12 800
1.8
393
2KJ3110 - 7 MF33 - 7 7 B1
332
1 060
4.45
12 600
2.0
393
2KJ3110 - 7 MF33 - 7 7 A1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1 or 9 2 or 9 A, B, F or H
page 10/43 page 11/2 page 10/37
Siemens MD 50.1 · 2017
3/69
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
37
n2
T2
rpm
Nm
E.149-LES225SD4P
353
1 000
i
FR2
-
N
4.19
12 600
395
890
3.74
12 500
3
444
795
3.33
12 300
499
705
2.96
12 100
545
645
2.71
12 000
618
570
2.39
11 700
754
465
1.96
11 300
859
410
1.72
11 000
1103
320
1.34
10 400
E.129-LES225SD4P
449
785
3.29
8 430
508
695
2.91
8 760
721
490
2.05
9 140
830
425
1.78
9 070
1012
345
1.46
8 790
1192
295
1.24
8 500
E.109-LES225SD4P
545
645
2.71
5 910
45
D.189-LES225YMF4P
19
23 000
79.14 107 000
21
20 400
70.36 107 000
26
16 300
56.08 107 000
33
12 900
44.63 107 000
Z.189-LES225YMF4P
43
9 950
34.25 107 000
48
8 930
30.73 106 700
54
7 980
27.46 103 800
60
7 130
24.53 100 900
66
6 520
22.44
98 600
D.169-LES225YMF4P
26
16 700
57.63
69 100
33
13 100
45.06
70 500
36
12 000
41.43
70 900
41
10 500
36.33
71 400
Z.169-LES225YMF4P
50
8 540
29.38
71 800
56
7 720
26.57
70 400
63
6 810
23.45
68 600
71
6 070
20.90
66 900
78
5 500
18.93
65 400
87
4 950
17.03
63 800
104
4 110
14.15
61 100
201
2 140
7.37
51 700
251
1 710
5.88
48 700
D.149-LES225YMF4P
43
9 970
34.31
38 900
53
8 170
28.13
38 300
Z.149-LES225YMF4P
61
7 060
24.30
37 700
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
3/70
Siemens MD 50.1 · 2017
fB -
1.5 1.7 1.9 2.1 2.3 2.6 3.1 3.6 4.0
0.99 1.1 1.6 1.8 2.2 2.5
0.84
0.83 0.93 1.2 1.5
1.9 2.1 2.4 2.7 2.9
0.84 1.1 1.2 1.3
1.6 1.8 2.1 2.3 2.5 2.8 3.4 3.7 4.6
0.8 0.98
1.1
m kg
419 419 419 419 419 419 419 419 419
379 379 379 379 379 379
354
980 980 980 980
898 898 898 898 898
766 766 766 766
722 722 722 722 722 722 722 722 722
591 591
584
1 or 9 2 or 9 A, B, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3007 - 7 MF33 - 7 7 J1 2KJ3007 - 7 MF33 - 7 7 H1 2KJ3007 - 7 MF33 - 7 7 G1 2KJ3007 - 7 MF33 - 7 7 F1 2KJ3007 - 7 MF33 - 7 7 E1 2KJ3007 - 7 MF33 - 7 7 D1 2KJ3007 - 7 MF33 - 7 7 C1 2KJ3007 - 7 MF33 - 7 7 B1 2KJ3007 - 7 MF33 - 7 7 A1
2KJ3006 - 7 MF33 - 7 7 H1 2KJ3006 - 7 MF33 - 7 7 G1 2KJ3006 - 7 MF33 - 7 7 D1 2KJ3006 - 7 MF33 - 7 7 C1 2KJ3006 - 7 MF33 - 7 7 B1 2KJ3006 - 7 MF33 - 7 7 A1
2KJ3005 - 7 MF33 - 7 7 F1
2KJ3214 - 7 MT33 - 7 7 F1 2KJ3214 - 7 MT33 - 7 7 E1 2KJ3214 - 7 MT33 - 7 7 D1 2KJ3214 - 7 MT33 - 7 7 C1
2KJ3114 - 7 MT33 - 7 7 L1 2KJ3114 - 7 MT33 - 7 7 K1 2KJ3114 - 7 MT33 - 7 7 J1 2KJ3114 - 7 MT33 - 7 7 H1 2KJ3114 - 7 MT33 - 7 7 G1
2KJ3213 - 7 MT33 - 7 7 E1 2KJ3213 - 7 MT33 - 7 7 D1 2KJ3213 - 7 MT33 - 7 7 C1 2KJ3213 - 7 MT33 - 7 7 B1
2KJ3113 - 7 MT33 - 7 7 N1 2KJ3113 - 7 MT33 - 7 7 M1 2KJ3113 - 7 MT33 - 7 7 L1 2KJ3113 - 7 MT33 - 7 7 K1 2KJ3113 - 7 MT33 - 7 7 J1 2KJ3113 - 7 MT33 - 7 7 H1 2KJ3113 - 7 MT33 - 7 7 G1 2KJ3113 - 7 MT33 - 7 7 C1 2KJ3113 - 7 MT33 - 7 7 B1
2KJ3212 - 7 MT33 - 7 7 B1 2KJ3212 - 7 MT33 - 7 7 A1
2KJ3112 - 7 MT33 - 7 7 N1
page 10/43 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
45
Z.149-LES225YMF4P
68
6 300
21.69
37 100
1.3
584
2KJ3112 - 7 MT33 - 7 7 M1
76
5 620
19.33
36 500
1.4
584
2KJ3112 - 7 MT33 - 7 7 L1
86
4 980
17.15
35 800
1.6
584
2KJ3112 - 7 MT33 - 7 7 K1
3
94
4 570
15.74
35 300
1.7
584
2KJ3112 - 7 MT33 - 7 7 J1
107
4 030
13.87
34 500
2.0
584
2KJ3112 - 7 MT33 - 7 7 H1
130
3 300
11.38
33 200
2.4
584
2KJ3112 - 7 MT33 - 7 7 G1
148
2 900
9.98
32 300
2.8
584
2KJ3112 - 7 MT33 - 7 7 F1
189
2 260
7.80
30 600
3.5
584
2KJ3112 - 7 MT33 - 7 7 E1
203
2 110
7.27
30 200
2.3
584
2KJ3112 - 7 MT33 - 7 7 D1
248
1 730
5.96
28 800
2.8
584
2KJ3112 - 7 MT33 - 7 7 C1
283
1 520
5.23
27 900
3.2
584
2KJ3112 - 7 MT33 - 7 7 B1
361
1 180
4.09
26 200
4.1
584
2KJ3112 - 7 MT33 - 7 7 A1
Z.129-LES225YMF4P
70
6 100
20.98
12 900
0.82
500
2KJ3111 - 7 MT33 - 7 7 M1
79
5 400
18.60
16 700
0.92
500
2KJ3111 - 7 MT33 - 7 7 L1
90
4 770
16.42
18 700
1.0
500
2KJ3111 - 7 MT33 - 7 7 K1
102
4 190
14.43
18 700
1.2
500
2KJ3111 - 7 MT33 - 7 7 J1
113
3 800
13.07
18 600
1.3
500
2KJ3111 - 7 MT33 - 7 7 H1
130
3 300
11.38
18 500
1.4
500
2KJ3111 - 7 MT33 - 7 7 G1
158
2 710
9.33
18 100
1.7
500
2KJ3111 - 7 MT33 - 7 7 F1
173
2 480
8.53
17 200
1.5
500
2KJ3111 - 7 MT33 - 7 7 E1
197
2 180
7.50
17 000
1.7
500
2KJ3111 - 7 MT33 - 7 7 D1
218
1 970
6.79
16 800
1.8
500
2KJ3111 - 7 MT33 - 7 7 C1
250
1 710
5.91
16 400
2.1
500
2KJ3111 - 7 MT33 - 7 7 B1
305
1 410
4.85
15 900
2.3
500
2KJ3111 - 7 MT33 - 7 7 A1
Z.109-LES225YMF4P
146
2 940
10.12
12 700
0.83
438
2KJ3110 - 7 MT33 - 7 7 H1
170
2 530
8.71
12 800
0.94
438
2KJ3110 - 7 MT33 - 7 7 G1
176
2 440
8.41
12 300
0.94
438
2KJ3110 - 7 MT33 - 7 7 F1
199
2 150
7.41
12 400
1.1
438
2KJ3110 - 7 MT33 - 7 7 E1
227
1 890
6.50
12 300
1.2
438
2KJ3110 - 7 MT33 - 7 7 D1
261
1 640
5.66
12 300
1.4
438
2KJ3110 - 7 MT33 - 7 7 C1
286
1 500
5.17
12 200
1.5
438
2KJ3110 - 7 MT33 - 7 7 B1
332
1 290
4.45
12 000
1.7
438
2KJ3110 - 7 MT33 - 7 7 A1
E.149-LES225YMF4P
353
1 210
4.19
10 600
1.2
464
2KJ3007 - 7 MT33 - 7 7 J1
395
1 080
3.74
11 000
1.4
464
2KJ3007 - 7 MT33 - 7 7 H1
444
965
3.33
11 200
1.5
464
2KJ3007 - 7 MT33 - 7 7 G1
499
860
2.96
11 400
1.7
464
2KJ3007 - 7 MT33 - 7 7 F1
545
785
2.71
11 300
1.9
464
2KJ3007 - 7 MT33 - 7 7 E1
618
695
2.39
11 100
2.1
464
2KJ3007 - 7 MT33 - 7 7 D1
754
570
1.96
10 800
2.6
464
2KJ3007 - 7 MT33 - 7 7 C1
859
500
1.72
10 500
2.9
464
2KJ3007 - 7 MT33 - 7 7 B1
1 103
390
1.34
10 000
3.3
464
2KJ3007 - 7 MT33 - 7 7 A1
E.129-LES225YMF4P
449
955
3.29
6 110
0.82
424
2KJ3006 - 7 MT33 - 7 7 H1
508
845
2.91
6 660
0.91
424
2KJ3006 - 7 MT33 - 7 7 G1
830
515
1.78
7 770
1.5
424
2KJ3006 - 7 MT33 - 7 7 C1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1 or 9 2 or 9 A, B, F or H
page 10/43 page 11/2 page 10/37
Siemens MD 50.1 · 2017
3/71
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
45
n2
T2
i
FR2
rpm
Nm
-
N
E.129-LES225YMF4P
1 012
425
1.46
7 830
1 192
360
3
55
D.189-LES250MD4P
26
20 000
1.24
7 830
56.08 107 000
33
15 900
44.63 107 000
40
13 100
36.67 107 000
Z.189-LES250MD4P
54
9 810
27.46 102 300
60
8 760
24.53
99 600
66
8 010
22.44
97 400
74
7 120
19.95
94 600
87
6 040
16.93
90 700
D.169-LES250MD4P
33
16 100
45.06
69 300
35
14 800
41.43
69 800
40
12 900
36.33
70 500
52
10 100
28.41
69 200
Z.169-LES250MD4P
63
8 370
23.45
66 700
70
7 460
20.90
65 200
78
6 760
18.93
63 900
86
6 080
17.03
62 500
104
5 050
14.15
60 000
117
4 490
12.58
58 400
147
3 580
10.03
55 300
199
2 630
7.37
51 200
250
2 100
5.88
48 300
314
1 670
4.68
45 400
D.149-LES250MD4P
52
10 000
28.13
35 900
Z.149-LES250MD4P
76
6 900
19.33
34 800
86
6 120
17.15
34 300
93
5 620
15.74
33 900
106
4 950
13.87
33 300
129
4 060
11.38
32 200
147
3 560
9.98
31 400
188
2 780
7.80
29 900
202
2 590
7.27
29 600
247
2 130
5.96
28 300
281
1 860
5.23
27 500
359
1 460
4.09
25 900
Z.129-LES250MD4P
90
5 860
16.42
10 400
102
5 150
14.43
14 300
112
4 670
13.07
16 800
129
4 060
11.38
17 200
158
3 330
9.33
17 000
172
3 040
8.53
16 200
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
3/72
Siemens MD 50.1 · 2017
fB -
1.8 2.1
0.95 1.2 1.5
1.9 2.2 2.4 2.7 3.1
0.87 0.95 1.1 1.4
1.7 1.9 2.1 2.3 2.8 3.1 3.9 3.0 3.8 4.7
0.8
1.2 1.3 1.4 1.6 2.0 2.2 2.9 1.9 2.3 2.6 3.3
0.85 0.96 1.0 1.2 1.4 1.2
m kg
424 424
1 083 1 083 1 083
1 001 1 001 1 001 1 001 1 001
870 870 870 870
826 826 826 826 826 826 826 826 826 826
693
686 686 686 686 686 686 686 686 686 686 686
601 601 601 601 601 601
1 or 9 2 or 9 A, B, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3006 - 7 MT33 - 7 7 B1 2KJ3006 - 7 MT33 - 7 7 A1
2KJ3214 - 7 NM33 - 7 7 D1 2KJ3214 - 7 NM33 - 7 7 C1 2KJ3214 - 7 NM33 - 7 7 B1
2KJ3114 - 7 NM33 - 7 7 J1 2KJ3114 - 7 NM33 - 7 7 H1 2KJ3114 - 7 NM33 - 7 7 G1 2KJ3114 - 7 NM33 - 7 7 F1 2KJ3114 - 7 NM33 - 7 7 E1
2KJ3213 - 7 NM33 - 7 7 D1 2KJ3213 - 7 NM33 - 7 7 C1 2KJ3213 - 7 NM33 - 7 7 B1 2KJ3213 - 7 NM33 - 7 7 A1
2KJ3113 - 7 NM33 - 7 7 L1 2KJ3113 - 7 NM33 - 7 7 K1 2KJ3113 - 7 NM33 - 7 7 J1 2KJ3113 - 7 NM33 - 7 7 H1 2KJ3113 - 7 NM33 - 7 7 G1 2KJ3113 - 7 NM33 - 7 7 F1 2KJ3113 - 7 NM33 - 7 7 E1 2KJ3113 - 7 NM33 - 7 7 C1 2KJ3113 - 7 NM33 - 7 7 B1 2KJ3113 - 7 NM33 - 7 7 A1
2KJ3212 - 7 NM33 - 7 7 A1
2KJ3112 - 7 NM33 - 7 7 L1 2KJ3112 - 7 NM33 - 7 7 K1 2KJ3112 - 7 NM33 - 7 7 J1 2KJ3112 - 7 NM33 - 7 7 H1 2KJ3112 - 7 NM33 - 7 7 G1 2KJ3112 - 7 NM33 - 7 7 F1 2KJ3112 - 7 NM33 - 7 7 E1 2KJ3112 - 7 NM33 - 7 7 D1 2KJ3112 - 7 NM33 - 7 7 C1 2KJ3112 - 7 NM33 - 7 7 B1 2KJ3112 - 7 NM33 - 7 7 A1
2KJ3111 - 7 NM33 - 7 7 K1 2KJ3111 - 7 NM33 - 7 7 J1 2KJ3111 - 7 NM33 - 7 7 H1 2KJ3111 - 7 NM33 - 7 7 G1 2KJ3111 - 7 NM33 - 7 7 F1 2KJ3111 - 7 NM33 - 7 7 E1
page 10/43 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
55
Z.129-LES250MD4P
196
2 680
7.50
16 000
1.4
601
2KJ3111 - 7 NM33 - 7 7 D1
216
2 420
6.79
15 900
1.5
601
2KJ3111 - 7 NM33 - 7 7 C1
249
2 110
5.91
15 700
1.7
601
2KJ3111 - 7 NM33 - 7 7 B1
3
303
1 730
4.85
15 300
1.9
601
2KJ3111 - 7 NM33 - 7 7 A1
E.129-LES250MD4P
441
1 190
3.33
8 910
1.2
566
2KJ3007 - 7 NM33 - 7 7 G1
497
1 050
2.96
9 390
1.4
566
2KJ3007 - 7 NM33 - 7 7 F1
542
965
2.71
9 610
1.5
566
2KJ3007 - 7 NM33 - 7 7 E1
615
850
2.39
9 870
1.7
566
2KJ3007 - 7 NM33 - 7 7 D1
750
700
1.96
9 960
2.1
566
2KJ3007 - 7 NM33 - 7 7 C1
855
615
1.72
10 000
2.4
566
2KJ3007 - 7 NM33 - 7 7 B1
1 097
475
1.34
9 640
2.7
566
2KJ3007 - 7 NM33 - 7 7 A1
1 185
440
1.24
6 430
1.7
525
2KJ3006 - 7 NM33 - 7 7 A1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1 or 9 2 or 9 A, B, F or H
page 10/43 page 11/2 page 10/37
Siemens MD 50.1 · 2017
3/73
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Transmission ratios and torques
Selection and ordering data
i
n2
T2N FR2
-
rpm Nm N
D.19
1)
JG
Rex
`
10-4
-
kgm²
184.86 7.8 100 1 650 13.1 0.02 50468/273
3
163.69 8.9 100 1 650 13.2 142.23 10 100 1 650 13.2
0.03 74481/455 0.04 64713/455
129.30 11 100 1 650 13.2 0.04 11766/91
110.02 13 100 1 650 13.2 0.06 50061/455
100.02 14 100 1 650 13.2 0.07 9102/91
87.21 17 100 1 650 13.3 0.08 1221/14
78.07 19 100 1 650 13.3 0.11 7104/91
69.32 21 100 1 650 13.3 0.13 12617/182
63.99 23 100 1 650 13.3 0.16 75702/1183
55.59 26 100 1 650 13.4 0.17 35409/637
48.30 30 100 1 650 13.3 0.18 21978/455
43.61 33 100 1 650 13.3 0.22 1221/28
41.04 35 100 1 650 13.3 0.26 4884/119
35.78 41 100 1 650 13.4 0.29 3256/91
Z.19
34.97 41 100 1 650 12.6 0.02 1364/39
30.97 47 100 1 650 13.2 0.03 2013/65
26.91 54 100 1 650 13.3 0.04 1749/65
24.46 59 100 1 650 13.3 0.05 318/13
20.82 70 100 1 650 13.5 0.06 1353/65
18.92 77 100 1 790 13.5 0.08 246/13
16.50 88 99 1 900 13.7 0.09 33/2
14.77 98 95 1 870 13.8 0.12 192/13
13.12 111 91 1 830 13.9 0.15 341/26
12.11 120 88 1 810 13.9 0.18 2046/169
10.52 138 82 1 760 14.3 0.20 957/91
9.14 159 78 1 710 13.9 0.21 594/65
8.25 176 74 1 670 14.1 0.27 33/4
7.76 187 73 1 650 14.1 0.32 132/17
6.77 214 68 1 600 14.5 0.36 88/13
6.25 232 56 1 460 20.3 0.19 1705/273
5.43 267 53 1 420 21.0 0.22 1595/294
4.71 308 49 1 380 20.3 0.22 33/7
4.26 340 47 1 350 20.7 0.29 715/168
4.01 362 46 1 330 20.7 0.32 1430/357
3.49 415 43 1 290 21.5 0.39 220/63
1) Only in conjunction with reduced-backlash version
Motor frame size
Article No.
63 71 80 90 100 112 132 160 180 200 225 250
2KJ3201 - 77777 - 7 7 Q1 2KJ3201 - 77777 - 7 7 P1 2KJ3201 - 77777 - 7 7 N1 2KJ3201 - 77777 - 7 7 M1 2KJ3201 - 77777 - 7 7 L1 2KJ3201 - 77777 - 7 7 K1 2KJ3201 - 77777 - 7 7 J1 2KJ3201 - 77777 - 7 7 H1 2KJ3201 - 77777 - 7 7 G1 2KJ3201 - 77777 - 7 7 F1 2KJ3201 - 77777 - 7 7 E1 2KJ3201 - 77777 - 7 7 D1 2KJ3201 - 77777 - 7 7 C1 2KJ3201 - 77777 - 7 7 B1 2KJ3201 - 77777 - 7 7 A1
2KJ3101 - 77777 - 7 7 W1 2KJ3101 - 77777 - 7 7 V1 2KJ3101 - 77777 - 7 7 U1 2KJ3101 - 77777 - 7 7 T1 2KJ3101 - 77777 - 7 7 S1 2KJ3101 - 77777 - 7 7 R1 2KJ3101 - 77777 - 7 7 Q1 2KJ3101 - 77777 - 7 7 P1 2KJ3101 - 77777 - 7 7 N1 2KJ3101 - 77777 - 7 7 M1 2KJ3101 - 77777 - 7 7 L1 2KJ3101 - 77777 - 7 7 K1 2KJ3101 - 77777 - 7 7 J1 2KJ3101 - 77777 - 7 7 H1 2KJ3101 - 77777 - 7 7 G1 2KJ3101 - 77777 - 7 7 F1 2KJ3101 - 77777 - 7 7 E1 2KJ3101 - 77777 - 7 7 D1 2KJ3101 - 77777 - 7 7 C1 2KJ3101 - 77777 - 7 7 B1 2KJ3101 - 77777 - 7 7 A1
3/74
Siemens MD 50.1 · 2017
© Siemens AG 2018
Selection and ordering data (continued)
i
n2
T2N FR2
-
rpm Nm N
D.29
1)
JG
Rex
`
10-4
-
kgm²
217.89 6.7 140 3 710 10.7 0.02 7626/35
192.93 7.5 140 3 710 10.8 0.03 67527/350
167.63 8.7 140 3 710 10.8 0.04 58671/350
152.39 9.5 140 3 710 10.8 0.05 58671/385
129.68 11 140 3 710 10.9 0.06 45387/350
117.89 12 140 3 710 10.9 0.08 45387/385
102.79 14 140 3 710 10.9 0.09 14391/140
92.01 16 140 3 710 10.9 0.12 35424/385
81.71 18 140 3 710 10.9 0.14 11439/140
75.42 19 140 3 710 10.9 0.17 34317/455
65.52 22 140 3 710 11.0 0.19 32103/490
56.93 25 140 3 710 10.9 0.19 9963/175
51.40 28 140 3 710 11.0 0.25 14391/280
48.37 30 140 3 710 11.0 0.29 28782/595
42.17 34 140 3 710 11.0 0.33 1476/35
Z.29
41.40 35 140 3 710 10.8 0.04 207/5
36.72 39 140 3 670 10.8 0.05 918/25
31.86 46 140 3 330 10.9 0.06 1593/50
28.96 50 140 3 110 10.9 0.07 1593/55
24.84 58 140 2 770 11.0 0.09 621/25
22.58 64 140 2 570 11.0 0.11 1242/55
19.80 73 140 2 300 11.2 0.13 99/5
17.67 82 140 2 070 11.3 0.15 972/55
15.75 92 140 1 850 11.4 0.18 63/4
14.54 100 120 2 240 11.4 0.23 189/13
12.73 114 140 1 470 11.6 0.26 891/70
11.16 130 140 1 250 11.9 0.27 279/25
10.12 143 140 1 090 12.1 0.34 81/8
9.53 152 140 1 000 12.1 0.40 162/17
8.40 173 138
855 11.7 0.45 42/5
7.29 199 130
860 11.9 0.60 729/100
6.92 210 75 1 900 17.4 0.29 90/13
6.06 239 100
945 17.9 0.34 297/49
5.31 273 91 1 050 18.6 0.37 186/35
4.82 301 86 1 080 18.9 0.46 135/28
4.54 319 84 1 070 18.9 0.54 540/119
4.00 362 76 1 160 18.2 0.63 4/1
3.47 418 70 1 240 18.5 0.84 243/70
1) Only in conjunction with reduced-backlash version
SIMOGEAR geared motors Helical geared motors
Transmission ratios and torques
Motor frame size
Article No.
63 71 80 90 100 112 132 160 180 200 225 250
2KJ3202 - 77777 - 7 7 Q1
2KJ3202 - 77777 - 7 7 P1 2KJ3202 - 77777 - 7 7 N1
3
2KJ3202 - 77777 - 7 7 M1
2KJ3202 - 77777 - 7 7 L1
2KJ3202 - 77777 - 7 7 K1
2KJ3202 - 77777 - 7 7 J1
2KJ3202 - 77777 - 7 7 H1
2KJ3202 - 77777 - 7 7 G1
2KJ3202 - 77777 - 7 7 F1
2KJ3202 - 77777 - 7 7 E1
2KJ3202 - 77777 - 7 7 D1
2KJ3202 - 77777 - 7 7 C1
2KJ3202 - 77777 - 7 7 B1
2KJ3202 - 77777 - 7 7 A1
2KJ3102 - 77777 - 7 7 A2 2KJ3102 - 77777 - 7 7 X1 2KJ3102 - 77777 - 7 7 W1 2KJ3102 - 77777 - 7 7 V1 2KJ3102 - 77777 - 7 7 U1 2KJ3102 - 77777 - 7 7 T1 2KJ3102 - 77777 - 7 7 S1 2KJ3102 - 77777 - 7 7 R1 2KJ3102 - 77777 - 7 7 Q1 2KJ3102 - 77777 - 7 7 P1 2KJ3102 - 77777 - 7 7 N1 2KJ3102 - 77777 - 7 7 M1 2KJ3102 - 77777 - 7 7 L1 2KJ3102 - 77777 - 7 7 K1 2KJ3102 - 77777 - 7 7 J1 2KJ3102 - 77777 - 7 7 H1 2KJ3102 - 77777 - 7 7 G1 2KJ3102 - 77777 - 7 7 F1 2KJ3102 - 77777 - 7 7 E1 2KJ3102 - 77777 - 7 7 D1 2KJ3102 - 77777 - 7 7 C1 2KJ3102 - 77777 - 7 7 B1 2KJ3102 - 77777 - 7 7 A1
Siemens MD 50.1 · 2017
3/75
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Transmission ratios and torques
Selection and ordering data (continued)
i
n2
T2N FR2
-
rpm Nm N
D.39
1)
JG
Rex
`
10-4
-
kgm²
235.29 6.2 200 4 370 8.1 0.03 179998/765
3
208.69 181.07
6.9 200 8 200
4 370 4 370
8.2 0.05 15652/75 8.2 0.05 230867/1275
164.61 8.8 200 4 370 8.2 0.07 461734/2805
141.17 10 200 4 370 8.2 0.08 179998/1275
128.34 11 200 4 370 8.2 0.10 359996/2805
112.53 13 200 4 370 8.2 0.12 86086/765
100.44 14 200 4 370 8.3 0.15 93912/935
89.51 16 200 4 370 8.3 0.17 27391/306
82.63 18 200 4 370 8.3 0.21 4214/51
72.34 20 200 4 370 8.3 0.25 6149/85
63.43 23 200 4 370 8.4 0.23 242606/3825
57.54 25 200 4 370 8.4 0.33 3913/68
54.16 27 200 4 370 8.4 0.39 15652/289
47.74 30 200 4 350 8.3 0.43 109564/2295
41.43 35 200 3 920
Z.39
8.4 0.58 35217/850
55.95 26 200 4 370 7.7 0.06 7553/135
49.75 29 200 4 370 7.7 0.07 3731/75
43.68 33 200 4 070 7.8 0.08 1092/25
39.71 37 200 3 790 7.8 0.10 2184/55
33.97 43 200 3 340 7.9 0.12 2548/75
30.88 47 200 3 080 7.9 0.14 5096/165
27.30 53 200 2 760 8.0 0.17 273/10
24.82 58 200 2 520 8.0 0.22 273/11
21.74 67 200 2 190 8.1 0.25 3913/180
20.07 72 200 2 000 8.1 0.31 301/15
17.77 82 200 1 720 8.3 0.36 533/30
14.79 98 193 1 500 8.4 0.47 1183/80
13.92 104 189 1 470 8.4 0.55 1183/85
12.47 116 180 1 470 8.6 0.60 3367/270
10.62 137 169 1 440 8.8 0.78 637/60
9.10 159 158 1 430 9.0 1.02 91/10
7.84 185 148 1 420 9.3 1.30 2821/360
6.46 224 146
225 13.4 0.57 2379/368
6.08 238 147
100 13.4 0.66 2379/391
5.45 266 140
150 13.8 0.74 2257/414
4.64 312 130
490 14.3 0.97 427/92
3.98 364 121
820 14.8 1.28 183/46
3.43 423 112 1 070 15.4 1.65 1891/552
1) Only in conjunction with reduced-backlash version
Motor frame size
Article No.
63 71 80 90 100 112 132 160 180 200 225 250
2KJ3203 - 77777 - 7 7 R1 2KJ3203 - 77777 - 7 7 Q1 2KJ3203 - 77777 - 7 7 P1 2KJ3203 - 77777 - 7 7 N1 2KJ3203 - 77777 - 7 7 M1 2KJ3203 - 77777 - 7 7 L1 2KJ3203 - 77777 - 7 7 K1 2KJ3203 - 77777 - 7 7 J1 2KJ3203 - 77777 - 7 7 H1 2KJ3203 - 77777 - 7 7 G1 2KJ3203 - 77777 - 7 7 F1 2KJ3203 - 77777 - 7 7 E1 2KJ3203 - 77777 - 7 7 D1 2KJ3203 - 77777 - 7 7 C1 2KJ3203 - 77777 - 7 7 B1 2KJ3203 - 77777 - 7 7 A1
2KJ3103 - 77777 - 7 7 A2 2KJ3103 - 77777 - 7 7 X1 2KJ3103 - 77777 - 7 7 W1 2KJ3103 - 77777 - 7 7 V1 2KJ3103 - 77777 - 7 7 U1 2KJ3103 - 77777 - 7 7 T1 2KJ3103 - 77777 - 7 7 S1 2KJ3103 - 77777 - 7 7 R1 2KJ3103 - 77777 - 7 7 Q1 2KJ3103 - 77777 - 7 7 P1 2KJ3103 - 77777 - 7 7 N1 2KJ3103 - 77777 - 7 7 M1 2KJ3103 - 77777 - 7 7 L1 2KJ3103 - 77777 - 7 7 K1 2KJ3103 - 77777 - 7 7 J1 2KJ3103 - 77777 - 7 7 H1 2KJ3103 - 77777 - 7 7 G1 2KJ3103 - 77777 - 7 7 F1 2KJ3103 - 77777 - 7 7 E1 2KJ3103 - 77777 - 7 7 D1 2KJ3103 - 77777 - 7 7 C1 2KJ3103 - 77777 - 7 7 B1 2KJ3103 - 77777 - 7 7 A1
3/76
Siemens MD 50.1 · 2017
© Siemens AG 2018
Selection and ordering data (continued)
i
n2
T2N FR2
1)
JG
Rex
-
rpm Nm N
`
10-4
-
kgm²
D.49
280.89 5.2 320 5 780 7.3 0.06 60673/216
249.76 5.8 320 5 780 7.3 0.07 29971/120
219.30 6.6 320 5 780 7.4 0.08 2193/10
199.36 7.3 320 5 780 7.4 0.10 2193/11
170.57 8.5 320 5 780 7.4 0.12 5117/30
155.06 9.4 320 5 780 7.4 0.14 5117/33
137.06 11 320 5 780 7.4 0.17 2193/16
124.60 12 320 5 780 7.4 0.22 10965/88
109.14 13 320 5 780 7.4 0.25 31433/288
100.75 14 320 5 780 7.4 0.31 31433/312
89.20 16 320 5 780 7.4 0.37 29971/336
74.24 20 320 5 780 7.5 0.50 9503/128
69.88 21 320 5 780 7.5 0.58 559/8
62.61 23 320 5 780 7.5 0.65 27047/432
53.30 27 320 5 780 7.5 0.85 5117/96
45.69 32 320 5 780 7.6 1.12 731/16
39.34 37 320 5 540 7.6 1.43 22661/576
Z.49
52.14 28 320 5 900 7.0 0.17 4171/80
47.40 31 320 5 780 7.0 0.21 4171/88
40.31 36 320 5 650 7.1 0.25 645/16
36.65 40 320 5 220 7.1 0.31 3225/88
32.70 44 320 5 520 7.1 0.36 3139/96
29.32 49 320 5 280 7.2 0.43 645/22
26.43 55 320 5 060 7.2 0.50 2537/96
24.39 59 320 4 890 7.2 0.59 2537/104
22.27 65 320 4 710 7.2 0.71 1247/56
18.48 78 320 4 350 7.4 0.90 2365/128
17.39 83 320 4 230 7.4 1.03 2365/136
16.42 88 320 4 130 7.4 1.17 2365/144
13.98 104 320 3 850 7.5 1.44 559/40
11.97 121 320 3 590 7.5 1.76 2107/176
10.53 138 320 3 390 7.5 2.10 2021/192
8.88 163 320 3 130 7.8 2.70 817/92
7.74 187 320 3 100 8.0 3.60 387/50
7.64 190 295 3 000 11.8 1.18 649/85
7.21 201 290 2 980 11.8 1.34 649/90
6.14 236 265 2 940 12.2 1.67 767/125
5.26 276 245 2 880 12.2 2.10 2891/550
4.62 314 225 2 820 12.2 2.60 2773/600
3.90 372 205 2 740 12.2 3.30 2242/575
3.40 426 191 2 210 12.2 4.40 2124/625
1) Only in conjunction with reduced-backlash version
SIMOGEAR geared motors Helical geared motors
Transmission ratios and torques
Motor frame size
Article No.
63 71 80 90 100 112 132 160 180 200 225 250
2KJ3204 - 77777 - 7 7 S1
2KJ3204 - 77777 - 7 7 R1 2KJ3204 - 77777 - 7 7 Q1
3
2KJ3204 - 77777 - 7 7 P1
2KJ3204 - 77777 - 7 7 N1
2KJ3204 - 77777 - 7 7 M1
2KJ3204 - 77777 - 7 7 L1
2KJ3204 - 77777 - 7 7 K1
2KJ3204 - 77777 - 7 7 J1
2KJ3204 - 77777 - 7 7 H1
2KJ3204 - 77777 - 7 7 G1
2KJ3204 - 77777 - 7 7 F1
2KJ3204 - 77777 - 7 7 E1
2KJ3204 - 77777 - 7 7 D1
2KJ3204 - 77777 - 7 7 C1
2KJ3204 - 77777 - 7 7 B1
2KJ3204 - 77777 - 7 7 A1
2KJ3104 - 77777 - 7 7 B2 2KJ3104 - 77777 - 7 7 A2 2KJ3104 - 77777 - 7 7 X1 2KJ3104 - 77777 - 7 7 W1 2KJ3104 - 77777 - 7 7 V1 2KJ3104 - 77777 - 7 7 U1 2KJ3104 - 77777 - 7 7 T1 2KJ3104 - 77777 - 7 7 S1 2KJ3104 - 77777 - 7 7 R1 2KJ3104 - 77777 - 7 7 Q1 2KJ3104 - 77777 - 7 7 P1 2KJ3104 - 77777 - 7 7 N1 2KJ3104 - 77777 - 7 7 M1 2KJ3104 - 77777 - 7 7 L1 2KJ3104 - 77777 - 7 7 K1 2KJ3104 - 77777 - 7 7 J1 2KJ3104 - 77777 - 7 7 H1 2KJ3104 - 77777 - 7 7 G1 2KJ3104 - 77777 - 7 7 F1 2KJ3104 - 77777 - 7 7 E1 2KJ3104 - 77777 - 7 7 D1 2KJ3104 - 77777 - 7 7 C1 2KJ3104 - 77777 - 7 7 B1 2KJ3104 - 77777 - 7 7 A1
Siemens MD 50.1 · 2017
3/77
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Transmission ratios and torques
Selection and ordering data (continued)
i
n2
T2N FR2
1)
JG
Rex
-
rpm Nm N
`
10-4
-
kgm²
D.59
307.02 4.7 450 7 660 6.8 0.06 66317/216
3
272.99 239.70
5.3 450 6 450
7 660 7 660
6.8 0.07 32759/120 6.8 0.08 2397/10
217.91 6.7 450 7 660 6.8 0.10 2397/11
186.43 7.8 450 7 660 6.9 0.12 5593/30
169.48 8.6 450 7 660 6.9 0.14 5593/33
149.81 9.7 450 7 660 6.9 0.17 2397/16
136.19 11 450 7 660 6.9 0.22 11985/88
119.30 12 450 7 660 6.9 0.26 34357/288
110.12 13 450 7 660 6.9 0.31 34357/312
97.50 15 450 7 660 6.9 0.37 32759/336
81.15 18 450 7 660 7.0 0.50 10387/128
76.38 19 450 7 660 7.0 0.59 611/8
68.43 21 450 7 660 7.0 0.65 29563/432
58.26 25 450 7 660 7.0 0.85 5593/96
49.94 29 450 7 660 7.1 1.12 799/16
43.00 34 450 7 230
Z.59
7.1 1.44 24769/576
56.99 25 450 7 660 6.5 0.18 4559/80
51.81 28 450 7 660 6.5 0.21 4559/88
44.06 33 450 7 310 6.6 0.26 705/16
40.06 36 450 7 020 6.6 0.32 3525/88
35.74 41 450 6 690 6.6 0.37 3431/96
32.05 45 450 6 180 6.7 0.44 705/22
28.89 50 450 5 690 6.7 0.52 2773/96
26.66 54 450 5 330 6.7 0.62 2773/104
24.34 60 450 4 930 6.7 0.73 1363/56
20.20 72 450 5 230 6.9 0.94 2585/128
19.01 76 450 5 090 6.9 1.08 2585/136
17.95 81 450 4 960 6.9 1.23 2585/144
15.27 95 450 4 600 7.0 1.51 611/40
13.09 111 450 4 280 7.2 1.85 2303/176
11.51 126 450 4 030 7.3 2.30 2209/192
9.71 149 450 3 710 7.5 2.90 893/92
8.46 171 450 3 600 8.0 3.90 423/50
8.07 180 410 3 500 10.6 1.45 121/15
6.86 211 410 3 480 11.0 1.81 858/125
5.88 247 410 3 440 11.3 2.30 147/25
5.17 280 410 2 210 11.6 2.80 517/100
4.36 333 405 2 650 12.0 3.60 2508/575
3.80 382 405 2 920 13.4 4.90 2376/625
1) Only in conjunction with reduced-backlash version
Motor frame size
Article No.
63 71 80 90 100 112 132 160 180 200 225 250
2KJ3205 - 77777 - 7 7 S1 2KJ3205 - 77777 - 7 7 R1 2KJ3205 - 77777 - 7 7 Q1 2KJ3205 - 77777 - 7 7 P1 2KJ3205 - 77777 - 7 7 N1 2KJ3205 - 77777 - 7 7 M1 2KJ3205 - 77777 - 7 7 L1 2KJ3205 - 77777 - 7 7 K1 2KJ3205 - 77777 - 7 7 J1 2KJ3205 - 77777 - 7 7 H1 2KJ3205 - 77777 - 7 7 G1 2KJ3205 - 77777 - 7 7 F1 2KJ3205 - 77777 - 7 7 E1 2KJ3205 - 77777 - 7 7 D1 2KJ3205 - 77777 - 7 7 C1 2KJ3205 - 77777 - 7 7 B1 2KJ3205 - 77777 - 7 7 A1
2KJ3105 - 77777 - 7 7 A2 2KJ3105 - 77777 - 7 7 X1 2KJ3105 - 77777 - 7 7 W1 2KJ3105 - 77777 - 7 7 V1 2KJ3105 - 77777 - 7 7 U1 2KJ3105 - 77777 - 7 7 T1 2KJ3105 - 77777 - 7 7 S1 2KJ3105 - 77777 - 7 7 R1 2KJ3105 - 77777 - 7 7 Q1 2KJ3105 - 77777 - 7 7 P1 2KJ3105 - 77777 - 7 7 N1 2KJ3105 - 77777 - 7 7 M1 2KJ3105 - 77777 - 7 7 L1 2KJ3105 - 77777 - 7 7 K1 2KJ3105 - 77777 - 7 7 J1 2KJ3105 - 77777 - 7 7 H1 2KJ3105 - 77777 - 7 7 G1 2KJ3105 - 77777 - 7 7 F1 2KJ3105 - 77777 - 7 7 E1 2KJ3105 - 77777 - 7 7 D1 2KJ3105 - 77777 - 7 7 C1 2KJ3105 - 77777 - 7 7 B1 2KJ3105 - 77777 - 7 7 A1
3/78
Siemens MD 50.1 · 2017
© Siemens AG 2018
Selection and ordering data (continued)
i
n2
T2N FR2
1)
JG
Rex
-
rpm Nm N
`
10-4
-
kgm²
D.69
328.49 4.4 600 11 000 6.5 0.06 62084/189
292.08 5.0 600 11 000 6.5 0.07 30668/105
256.46 5.7 600 11 000 6.6 0.08 8976/35
233.14 6.2 600 11 000 6.6 0.10 1632/7
199.47 7.3 600 11 000 6.6 0.12 2992/15
181.33 8 600 11 000 6.6 0.14 544/3
160.29 9 600 11 000 6.6 0.17 1122/7
145.71 10 600 11 000 6.6 0.22 1020/7
127.63 11 600 11 000 6.6 0.26 8041/63
117.82 12 600 11 000 6.6 0.31 32164/273
104.31 14 600 11 000 6.6 0.37 15334/147
86.82 17 600 11 000 6.7 0.50 2431/28
81.71 18 600 11 000 6.7 0.59 572/7
73.22 20 600 11 000 6.7 0.66 13838/189
62.33 23 600 11 000 6.7 0.86 187/3
53.43 27 600 11 000 6.7 1.14 374/7
46.01 32 600 11 000 6.7 1.46 5797/126
Z.69
60.97 24 600 11 000 6.2 0.18 2134/35
55.43 26 600 11 000 6.2 0.22 388/7
47.14 31 600 11 000 6.3 0.28 330/7
42.86 34 600 11 000 6.3 0.34 300/7
38.24 38 600 11 000 6.4 0.39 803/21
34.29 42 600 11 000 6.4 0.47 240/7
30.90 47 600 10 400 6.4 0.56 649/21
28.53 51 600 9 860 6.4 0.66 2596/91
26.04 56 600 9 200 6.5 0.79 1276/49
21.61 67 600 7 910 6.6 1.01 605/28
20.34 71 600 7 510 6.6 1.16 2420/119
19.21 75 600 7 140 6.6 1.32 1210/63
16.34 89 600 9 850 6.7 1.64 572/35
14.00 104 600 9 260 6.8 2.00 14/1
12.31 118 600 8 790 7.0 2.50 517/42
10.39 140 600 8 200 7.1 3.20 1672/161
9.05 160 591 7 920 7.7 4.30 1584/175
8.50 171 446 8 000 10.0 1.67 1760/207
7.23 201 447 7 540 10.3 2.10 832/115
6.20 234 445 7 290 10.6 2.70 1568/253
5.45 266 429 7 090 10.9 3.40 376/69
4.60 315 446 6 810 11.3 4.40 2432/529
4.01 362 445 5 440 11.6 5.80 2304/575
1) Only in conjunction with reduced-backlash version
SIMOGEAR geared motors Helical geared motors
Transmission ratios and torques
Motor frame size
Article No.
63 71 80 90 100 112 132 160 180 200 225 250
2KJ3206 - 77777 - 7 7 S1
2KJ3206 - 77777 - 7 7 R1 2KJ3206 - 77777 - 7 7 Q1
3
2KJ3206 - 77777 - 7 7 P1
2KJ3206 - 77777 - 7 7 N1
2KJ3206 - 77777 - 7 7 M1
2KJ3206 - 77777 - 7 7 L1
2KJ3206 - 77777 - 7 7 K1
2KJ3206 - 77777 - 7 7 J1
2KJ3206 - 77777 - 7 7 H1
2KJ3206 - 77777 - 7 7 G1
2KJ3206 - 77777 - 7 7 F1
2KJ3206 - 77777 - 7 7 E1
2KJ3206 - 77777 - 7 7 D1
2KJ3206 - 77777 - 7 7 C1
2KJ3206 - 77777 - 7 7 B1
2KJ3206 - 77777 - 7 7 A1
2KJ3106 - 77777 - 7 7 A2 2KJ3106 - 77777 - 7 7 X1 2KJ3106 - 77777 - 7 7 W1 2KJ3106 - 77777 - 7 7 V1 2KJ3106 - 77777 - 7 7 U1 2KJ3106 - 77777 - 7 7 T1 2KJ3106 - 77777 - 7 7 S1 2KJ3106 - 77777 - 7 7 R1 2KJ3106 - 77777 - 7 7 Q1 2KJ3106 - 77777 - 7 7 P1 2KJ3106 - 77777 - 7 7 N1 2KJ3106 - 77777 - 7 7 M1 2KJ3106 - 77777 - 7 7 L1 2KJ3106 - 77777 - 7 7 K1 2KJ3106 - 77777 - 7 7 J1 2KJ3106 - 77777 - 7 7 H1 2KJ3106 - 77777 - 7 7 G1 2KJ3106 - 77777 - 7 7 F1 2KJ3106 - 77777 - 7 7 E1 2KJ3106 - 77777 - 7 7 D1 2KJ3106 - 77777 - 7 7 C1 2KJ3106 - 77777 - 7 7 B1 2KJ3106 - 77777 - 7 7 A1
Siemens MD 50.1 · 2017
3/79
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Transmission ratios and torques
Selection and ordering data (continued)
i
n2
T2N FR2
1)
JG
Rex
-
rpm Nm N
`
10-4
-
kgm²
D.79
330.23 4.4 840 13 400 6.1 0.17 369861/1120
3
300.21 255.33
4.8 840 13 400 6.1 0.20 369861/1232 5.7 840 13 400 6.2 0.25 57195/224
232.12 6.2 840 13 400 6.2 0.30 285975/1232
207.10 7 840 13 400 6.2 0.35 92783/448
185.70 7.8 840 13 400 6.2 0.42 57195/308
167.39 8.7 840 13 400 6.2 0.49 74989/448
154.51 9.4 840 13 400 6.2 0.58 224967/1456
141.04 10 840 13 400 6.2 0.69 110577/784
117.03 12 840 13 400 6.2 0.87 209715/1792
110.14 13 840 13 400 6.2 1.00 209715/1904
104.03 14 840 13 400 6.2 1.14 69905/672
88.52 16 840 13 400 6.2 1.39 49569/560
75.83 19 840 13 400 6.2 1.69 26691/352
66.67 22 840 13 400 6.2 2.10 59737/896
56.25 26 840 13 400 6.2 2.60 72447/1288
49.02 30 840 12 600 6.2 3.50 34317/700
Z.79
54.47 27 840 13 400 6.1 0.43 3813/70
49.52 29 840 12 600 6.1 0.53 3813/77
44.42 33 840 11 700 6.2 0.73 533/12
39.94 36 840 10 900 6.2 0.83 3075/77
36.12 40 840 10 100 6.2 0.92 1517/42
33.34 43 840 13 400 6.2 1.08 3034/91
30.54 47 840 13 400 6.3 1.41 2993/98
25.62 57 840 13 300 6.0 1.52 205/8
24.12 60 840 13 000 6.0 1.73 410/17
22.13 66 840 12 600 6.1 1.90 1394/63
19.33 75 840 11 900 6.1 2.7 1353/70
17.31 84 840 11 400 6.2 3.3 2665/154
15.13 96 840 10 800 6.3 3.9 1271/84
12.99 112 840 10 100 6.3 4.3 2091/161
11.48 126 840 9 640 6.7 5.5 287/25
9.76 149 815 9 080 6.9 7.0 205/21
8.37 173 790 8 580 7.1 9.3 410/49
8.19 177 715 8 460 9.2 4.0 3965/484
7.16 203 730 8 030 9.4 4.8 1891/264
6.15 236 715 7 850 9.6 5.4 3111/506
5.43 267 685 7 690 10.5 6.9 2989/550
4.62 314 775 7 460 10.9 9.1 305/66
3.96 366 775 3 730 11.3 12.0 305/77
1) Only in conjunction with reduced-backlash version
Motor frame size
Article No.
63 71 80 90 100 112 132 160 180 200 225 250
2KJ3207 - 77777 - 7 7 S1 2KJ3207 - 77777 - 7 7 R1 2KJ3207 - 77777 - 7 7 Q1 2KJ3207 - 77777 - 7 7 P1 2KJ3207 - 77777 - 7 7 N1 2KJ3207 - 77777 - 7 7 M1 2KJ3207 - 77777 - 7 7 L1 2KJ3207 - 77777 - 7 7 K1 2KJ3207 - 77777 - 7 7 J1 2KJ3207 - 77777 - 7 7 H1 2KJ3207 - 77777 - 7 7 G1 2KJ3207 - 77777 - 7 7 F1 2KJ3207 - 77777 - 7 7 E1 2KJ3207 - 77777 - 7 7 D1 2KJ3207 - 77777 - 7 7 C1 2KJ3207 - 77777 - 7 7 B1 2KJ3207 - 77777 - 7 7 A1
2KJ3107 - 77777 - 7 7 A2 2KJ3107 - 77777 - 7 7 X1 2KJ3107 - 77777 - 7 7 W1 2KJ3107 - 77777 - 7 7 V1 2KJ3107 - 77777 - 7 7 U1 2KJ3107 - 77777 - 7 7 T1 2KJ3107 - 77777 - 7 7 S1 2KJ3107 - 77777 - 7 7 R1 2KJ3107 - 77777 - 7 7 Q1 2KJ3107 - 77777 - 7 7 P1 2KJ3107 - 77777 - 7 7 N1 2KJ3107 - 77777 - 7 7 M1 2KJ3107 - 77777 - 7 7 L1 2KJ3107 - 77777 - 7 7 K1 2KJ3107 - 77777 - 7 7 J1 2KJ3107 - 77777 - 7 7 H1 2KJ3107 - 77777 - 7 7 G1 2KJ3107 - 77777 - 7 7 F1 2KJ3107 - 77777 - 7 7 E1 2KJ3107 - 77777 - 7 7 D1 2KJ3107 - 77777 - 7 7 C1 2KJ3107 - 77777 - 7 7 B1 2KJ3107 - 77777 - 7 7 A1
3/80
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Transmission ratios and torques
Selection and ordering data (continued)
i
n2
T2N FR2
1)
JG
Rex
-
rpm Nm N
`
10-4
-
kgm²
Motor frame size
Article No.
63 71 80 90 100 112 132 160 180 200 225 250
D.89
311.60 283.28 254.09
4.7 1 680 18 500 5.7 5.1 1 680 18 500 5.7 5.7 1 680 18 500 5.7
0.41 132432/425 0.50 264864/935 0.70 64792/255
2KJ3208 - 77777 - 7 7 S1
2KJ3208 - 77777 - 7 7 R1 2KJ3208 - 77777 - 7 7 Q1
3
228.45 6.3 1 680 18 500 5.7 0.79 42720/187
2KJ3208 - 77777 - 7 7 P1
206.62 7 1 680 18 500 5.7 0.87 52688/255
2KJ3208 - 77777 - 7 7 N1
190.73 7.6 1 680 18 500 5.7 1.03 210752/1105
2KJ3208 - 77777 - 7 7 M1
174.71 8.3 1 680 18 500 5.7 1.35 103952/595
2KJ3208 - 77777 - 7 7 L1
146.59 9.9 1 680 18 500 5.7 1.43 2492/17
2KJ3208 - 77777 - 7 7 K1
137.97 11 1 680 18 500 5.7 1.63 39872/289
2KJ3208 - 77777 - 7 7 J1
126.58 11 1 680 18 500 5.7 1.78 5696/45
2KJ3208 - 77777 - 7 7 H1
110.57 13 1 680 18 500 5.7 2.5 46992/425
2KJ3208 - 77777 - 7 7 G1
98.99 15 1 680 18 500 5.7 3.1 18512/187
2KJ3208 - 77777 - 7 7 F1
86.56 17 1 680 18 500 5.7 3.7 22072/255
2KJ3208 - 77777 - 7 7 E1
74.30 20 1 680 18 500 5.7 4.0 8544/115
2KJ3208 - 77777 - 7 7 D1
65.67 22 1 680 18 500 5.7 5.0 139552/2125
2KJ3208 - 77777 - 7 7 C1
55.84 26 1 680 18 500 5.7 6.4 2848/51
2KJ3208 - 77777 - 7 7 B1
47.87 30 1 680 18 500 5.7 8.5 5696/119
2KJ3208 - 77777 - 7 7 A1
Z.89
57.36 25 1 680 18 500 5.4 1.34 2581/45
2KJ3108 - 77777 - 7 7 A2
51.78 28 1 680 18 500 5.4 1.46 2848/55
2KJ3108 - 77777 - 7 7 X1
46.97 31 1 680 18 500 5.4 1.71 1691/36
2KJ3108 - 77777 - 7 7 W1
43.36 33 1 680 18 500 5.4 2.0 1691/39
2KJ3108 - 77777 - 7 7 V1
39.41 37 1 680 18 500 5.5 2.3 2759/70
2KJ3108 - 77777 - 7 7 U1
33.38 43 1 680 18 500 5.5 2.8 267/8
2KJ3108 - 77777 - 7 7 T1
31.41 46 1 680 18 500 5.5 2.8 534/17
2KJ3108 - 77777 - 7 7 S1
29.01 50 1 680 18 500 5.6 4.3 3916/135
2KJ3108 - 77777 - 7 7 R1
25.81 56 1 680 18 500 5.6 5.3 2581/100
2KJ3108 - 77777 - 7 7 Q1
22.92 63 1 680 17 400 5.6 6.4 1513/66
2KJ3108 - 77777 - 7 7 P1
20.52 71 1 680 16 000 5.7 6.4 7387/360
2KJ3108 - 77777 - 7 7 N1
17.54 83 1 680 14 200 5.7 7.5 6052/345
2KJ3108 - 77777 - 7 7 M1
15.66 93 1 680 12 900 6.0 9.5 1958/125
2KJ3108 - 77777 - 7 7 L1
13.84 105 1 680 11 500 6.1 11
623/45
2KJ3108 - 77777 - 7 7 K1
12.15 119 1 630 10 700 5.9 15
3827/315
2KJ3108 - 77777 - 7 7 J1
10.58 137 1 590 10 700 6.0 19
3649/345
2KJ3108 - 77777 - 7 7 H1
9.04 160 1 560 11 900 6.1 24
2848/315
2KJ3108 - 77777 - 7 7 G1
7.74 187 1 530 12 700 6.3 30
178/23
2KJ3108 - 77777 - 7 7 F1
6.89 210 1 050 10 100 8.6 12
62/9
2KJ3108 - 77777 - 7 7 E1
6.05 240 1 060 10 900 8.8 17
2666/441
2KJ3108 - 77777 - 7 7 D1
5.26 276 1 060 11 600 9.0 21
2542/483
2KJ3108 - 77777 - 7 7 C1
4.50 322 1 060 11 500 9.3 28
1984/441
2KJ3108 - 77777 - 7 7 B1
3.85 377 1 060 11 100 9.7 35
620/161
2KJ3108 - 77777 - 7 7 A1
1) Only in conjunction with reduced-backlash version
Siemens MD 50.1 · 2017
3/81
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Transmission ratios and torques
Selection and ordering data (continued)
i
n2
T2N FR2
1)
JG
Rex
-
rpm Nm N
`
10-4
-
kgm²
D.109
348.88 4.2 3 100 20 200 5.5 1.27 263755/756
3
314.98 285.72
4.6 3 100 20 200 5.5 5.1 3 100 20 200 5.5
1.36 72760/231 1.60 864025/3024
263.74 5.5 3 100 20 200 5.5 1.88 864025/3276
239.75 6 3 100 20 200 5.5 2.1 281945/1176
203.01 7.1 3 100 20 200 5.5 2.6 45475/224
191.07 7.6 3 100 20 200 5.5 2.6 2675/14
176.45 8.2 3 100 20 200 5.6 4.0 100045/567
157.00 9.2 3 100 20 200 5.6 5.0 52751/336
139.44 10 3 100 20 200 5.6 5.9 773075/5544
124.82 12 3 100 20 200 5.6 5.8 754885/6048
106.70 14 3 100 20 200 5.6 6.7 154615/1449
95.28 15 3 100 20 200 5.6 8.5 20009/210
84.21 17 3 100 20 200 5.6 9.6 9095/108
73.90 20 3 100 20 200 5.6 13
391085/5292
64.34 23 3 100 20 200 5.6 16
372895/5796
55.00 26 3 090 20 200 5.6 20
72760/1323
47.08 31 2 930 20 200 5.7 25
45475/966
Z.109
51.17 28 3 100 20 200 5.4 4.7 5015/98
43.64 33 3 100 20 200 5.4 6.0 9775/224
41.07 35 3 100 20 200 5.4 6.8 575/14
38.12 38 3 100 20 200 5.4 7.4 9605/252
33.70 43 3 100 20 200 5.4 9.0 1887/56
30.08 48 3 100 20 000 5.5 11
9265/308
27.07 54 3 040 19 300 5.5 13
9095/336
23.49 62 2 920 18 400 5.5 15
7565/322
21.13 69 2 830 17 900 5.7 18
1479/70
18.47 79 2 720 17 100 5.8 21
6205/336
16.48 88 2 630 16 600 5.8 25
1615/98
14.52 100 2 570 15 900 5.9 30
4675/322
12.72 114 2 510 15 100 6.0 37
1870/147
11.09 131 2 460 14 400 6.1 44
255/23
10.12 143 2 430 13 900 6.1 51
425/42
8.71 166 2 380 13 200 6.3 64
2805/322
8.41 172 2 290 12 800 8.6 29
589/70
7.41 196 2 280 12 300 8.7 34
341/46
6.50 223 2 280 12 300 8.8 42
682/105
5.66 256 2 290 12 200 9.0 51
651/115
5.17 280 2 280 12 200 9.1 60
31/6
4.45 326 2 150 12 000 9.4 75
1023/230
1) Only in conjunction with reduced-backlash version
Motor frame size
Article No.
63 71 80 90 100 112 132 160 180 200 225 250
2KJ3210 - 77777 - 7 7 T1 2KJ3210 - 77777 - 7 7 S1 2KJ3210 - 77777 - 7 7 R1 2KJ3210 - 77777 - 7 7 Q1 2KJ3210 - 77777 - 7 7 P1 2KJ3210 - 77777 - 7 7 N1 2KJ3210 - 77777 - 7 7 M1 2KJ3210 - 77777 - 7 7 L1 2KJ3210 - 77777 - 7 7 K1 2KJ3210 - 77777 - 7 7 J1 2KJ3210 - 77777 - 7 7 H1 2KJ3210 - 77777 - 7 7 G1 2KJ3210 - 77777 - 7 7 F1 2KJ3210 - 77777 - 7 7 E1 2KJ3210 - 77777 - 7 7 D1 2KJ3210 - 77777 - 7 7 C1 2KJ3210 - 77777 - 7 7 B1 2KJ3210 - 77777 - 7 7 A1
2KJ3110 - 77777 - 7 7 X1 2KJ3110 - 77777 - 7 7 W1 2KJ3110 - 77777 - 7 7 V1 2KJ3110 - 77777 - 7 7 U1 2KJ3110 - 77777 - 7 7 T1 2KJ3110 - 77777 - 7 7 S1 2KJ3110 - 77777 - 7 7 R1 2KJ3110 - 77777 - 7 7 Q1 2KJ3110 - 77777 - 7 7 P1 2KJ3110 - 77777 - 7 7 N1 2KJ3110 - 77777 - 7 7 M1 2KJ3110 - 77777 - 7 7 L1 2KJ3110 - 77777 - 7 7 K1 2KJ3110 - 77777 - 7 7 J1 2KJ3110 - 77777 - 7 7 H1 2KJ3110 - 77777 - 7 7 G1 2KJ3110 - 77777 - 7 7 F1 2KJ3110 - 77777 - 7 7 E1 2KJ3110 - 77777 - 7 7 D1 2KJ3110 - 77777 - 7 7 C1 2KJ3110 - 77777 - 7 7 B1 2KJ3110 - 77777 - 7 7 A1
3/82
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Transmission ratios and torques
Selection and ordering data (continued)
i
n2
T2N FR2
1)
JG
Rex
-
rpm Nm N
`
10-4
-
kgm²
Motor frame size
Article No.
63 71 80 90 100 112 132 160 180 200 225 250
D.129
373.00 344.17 316.90
3.9 5 000 27 000 6.4 4.2 5 000 27 000 6.4 4.6 5 000 27 000 6.4
3.3 523481/1404 3.9 523481/1521 4.5 259541/819
2KJ3211 - 77777 - 7 7 S1
2KJ3211 - 77777 - 7 7 R1 2KJ3211 - 77777 - 7 7 Q1
3
270.24 5.4 5 000 27 000 6.4 5.6 505885/1872
2KJ3211 - 77777 - 7 7 P1
254.34 5.7 5 000 27 000 6.4 6.4 505885/1989
2KJ3211 - 77777 - 7 7 N1
236.03 6.1 5 000 27 000 6.4 6.9 497087/2106
2KJ3211 - 77777 - 7 7 M1
208.67 6.9 5 000 27 000 6.4 8.4 162763/780
2KJ3211 - 77777 - 7 7 L1
186.28 7.8 5 000 27 000 6.4 9.9 479491/2574
2KJ3211 - 77777 - 7 7 K1
167.63 8.7 5 000 27 000 6.4 12
470693/2808
2KJ3211 - 77777 - 7 7 J1
145.49 10 5 000 27 000 6.4 14
391511/2691
2KJ3211 - 77777 - 7 7 H1
130.84 11 5 000 27 000 6.4 16
127571/975
2KJ3211 - 77777 - 7 7 G1
114.36 13 5 000 27 000 6.5 19
321127/2808
2KJ3211 - 77777 - 7 7 F1
102.05 14 5 000 27 000 6.5 23
83581/819
2KJ3211 - 77777 - 7 7 E1
89.91 16 5 000 27 000 6.5 27
241945/2691
2KJ3211 - 77777 - 7 7 D1
78.78 18 5 000 27 000 6.5 31
193556/2457
2KJ3211 - 77777 - 7 7 C1
68.66 21 5 000 27 000 6.5 37
61586/897
2KJ3211 - 77777 - 7 7 B1
62.66 23 5 000 27 000 6.5 44
21995/351
2KJ3211 - 77777 - 7 7 A1
Z.129
62.48 23 5 000 27 000 6.2 7.5 11371/182
2KJ3111 - 77777 - 7 7 X1
53.47 27 5 000 27 000 6.2 9.5 5561/104
2KJ3111 - 77777 - 7 7 W1
50.33 29 5 000 27 000 6.2 11
11122/221
2KJ3111 - 77777 - 7 7 V1
47.18 31 5 000 27 000 6.2 12
11039/234
2KJ3111 - 77777 - 7 7 U1
41.82 35 5 000 27 000 6.3 14
10873/260
2KJ3111 - 77777 - 7 7 T1
37.15 39 5 000 26 000 6.3 17
5312/143
2KJ3111 - 77777 - 7 7 S1
33.52 43 5 000 24 900 6.3 20
1743/52
2KJ3111 - 77777 - 7 7 R1
29.70 49 5 000 23 700 6.3 25
8881/299
2KJ3111 - 77777 - 7 7 Q1
26.30 55 5 000 22 600 6.4 28
8549/325
2KJ3111 - 77777 - 7 7 P1
23.41 62 5 000 21 500 6.4 33
913/39
2KJ3111 - 77777 - 7 7 N1
20.98 69 5 000 20 500 6.5 40
1909/91
2KJ3111 - 77777 - 7 7 M1
18.60 78 5 000 19 500 6.5 47
5561/299
2KJ3111 - 77777 - 7 7 L1
16.42 88 5 000 18 100 6.6 57
1494/91
2KJ3111 - 77777 - 7 7 K1
14.43 100 4 940 16 200 6.6 69
332/23
2KJ3111 - 77777 - 7 7 J1
13.07 111 4 850 16 600 6.6 78
3569/273
2KJ3111 - 77777 - 7 7 H1
11.38 127 4 760 17 200 6.6 95
3403/299
2KJ3111 - 77777 - 7 7 G1
9.33 155 4 660 17 000 6.7 126
1577/169
2KJ3111 - 77777 - 7 7 F1
8.53 170 3 640 16 200 7.4 66
162/19
2KJ3111 - 77777 - 7 7 E1
7.50 193 3 630 16 100 8.3 80
3276/437
2KJ3111 - 77777 - 7 7 D1
6.79 214 3 630 15 900 8.3 91
129/19
2KJ3111 - 77777 - 7 7 C1
5.91 245 3 610 15 700 8.5 112
2583/437
2KJ3111 - 77777 - 7 7 B1
4.85 299 3 270 15 300 8.8 151
63/13
2KJ3111 - 77777 - 7 7 A1
1) Only in conjunction with reduced-backlash version
Siemens MD 50.1 · 2017
3/83
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Transmission ratios and torques
Selection and ordering data (continued)
i
n2
T2N FR2
1)
JG
Rex
-
rpm Nm N
`
10-4
-
kgm²
D.149
328.38 4.4 8 000 51 200 5.5
7.1 321813/980
3
281.04 264.51
5.2 8 000 51 200 5.5 5.5 8 000 51 200 5.5
9 157383/560 10 157383/595
247.95
5.8 8 000 51 200 5.5
11 4959/20
219.80
6.6 8 000 51 200 5.5
14 307719/1400
195.24
7.4 8 000 51 200 5.5
16 75168/385
176.18
8.2 8 000 51 200 5.5
19 7047/40
156.11
9.3 8 000 51 200 5.5
23 251343/1610
138.26 10 8 000 51 200 5.5
26 241947/1750
123.04 12 8 000 51 200 5.5
31 8613/70
110.26 13 8 000 51 200 5.5
37 54027/490
97.75 15 8 000 51 200 5.5
43 157383/1610
86.29 17 8 000 51 200 5.5
52 21141/245
75.87 19 8 000 51 200 5.5
63 61074/805
68.71 21 8 000 51 200 5.6
70 33669/490
59.82 24 8 000 51 200 5.6
85 96309/1610
49.05 30 8 000 47 700 5.6 110 44631/910
43.51 33 8 000 45 700 5.8
72 55042/1265
39.41 37 8 000 44 000 5.8
82 91031/2310
34.31 42 8 000 41 800 5.8 101 86797/2530
28.13 52 8 000 38 700 5.9 133 40223/1430
Z.149
56.64 26 8 000 50 300 5.2
19 4814/85
52.84 27 7 710 49 500 5.2
21 2378/45
46.98 31 7 570 47 600 5.2
25 2349/50
42.18 34 7 660 45 600 5.2
30 464/11
38.18 38 7 550 44 100 5.2
35 2291/60
33.54 43 8 000 41 400 5.2
43 3857/115
30.39 48 8 000 39 900 5.2
50 3799/125
27.07 54 8 000 38 100 5.3
59 406/15
24.30 60 8 000 36 600 5.3
70 2552/105
21.69 67 8 000 35 000 5.3
81 2494/115
19.33 75 8 000 33 400 5.4
96 58/3
17.15 85 8 000 31 900 5.4 113 1972/115
15.74 92 8 000 30 800 5.4 127 551/35
13.87 105 8 000 29 200 5.5 150 319/23
11.38 127 8 000 28 700 5.5 203 1479/130
9.98 145 8 000 28 300 5.6 227 1247/125
7.80 186 8 000 27 500 5.9 360 39/5
7.27 199 4 880 27 500 7.5 173 836/115
5.96 243 4 870 26 600 7.7 237 1938/325
5.23 277 4 870 26 000 7.7 273 3268/625
4.09 355 4 870 24 700 7.7 432 2964/725
1) Only in conjunction with reduced-backlash version
Motor frame size
Article No.
63 71 80 90 100 112 132 160 180 200 225 250
2KJ3212 - 77777 - 7 7 W1
2KJ3212 - 77777 - 7 7 V1
2KJ3212 - 77777 - 7 7 U1
2KJ3212 - 77777 - 7 7 T1
2KJ3212 - 77777 - 7 7 S1
2KJ3212 - 77777 - 7 7 R1
2KJ3212 - 77777 - 7 7 Q1
2KJ3212 - 77777 - 7 7 P1
2KJ3212 - 77777 - 7 7 N1
2KJ3212 - 77777 - 7 7 M1
2KJ3212 - 77777 - 7 7 L1
2KJ3212 - 77777 - 7 7 K1
2KJ3212 - 77777 - 7 7 J1
2KJ3212 - 77777 - 7 7 H1
2KJ3212 - 77777 - 7 7 G1
2KJ3212 - 77777 - 7 7 F1
2KJ3212 - 77777 - 7 7 E1
2KJ3212 - 77777 - 7 7 D1
2KJ3212 - 77777 - 7 7 C1
2KJ3212 - 77777 - 7 7 B1
2KJ3212 - 77777 - 7 7 A1
2KJ3112 - 77777 - 7 7 W1
2KJ3112 - 77777 - 7 7 V1
2KJ3112 - 77777 - 7 7 U1
2KJ3112 - 77777 - 7 7 T1
2KJ3112 - 77777 - 7 7 S1
2KJ3112 - 77777 - 7 7 R1
2KJ3112 - 77777 - 7 7 Q1
2KJ3112 - 77777 - 7 7 P1
2KJ3112 - 77777 - 7 7 N1
2KJ3112 - 77777 - 7 7 M1
2KJ3112 - 77777 - 7 7 L1
2KJ3112 - 77777 - 7 7 K1
2KJ3112 - 77777 - 7 7 J1
2KJ3112 - 77777 - 7 7 H1
2KJ3112 - 77777 - 7 7 G1
2KJ3112 - 77777 - 7 7 F1
2KJ3112 - 77777 - 7 7 E1
2KJ3112 - 77777 - 7 7 D1
2KJ3112 - 77777 - 7 7 C1
2KJ3112 - 77777 - 7 7 B1
2KJ3112 - 77777 - 7 7 A1
3/84
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Transmission ratios and torques
Selection and ordering data (continued)
i
n2
T2N FR2
1)
JG
Rex
-
rpm Nm N
`
10-4
-
kgm²
Motor frame size
Article No.
63 71 80 90 100 112 132 160 180 200 225 250
D.169
327.18 305.28 271.40
4.4 14 000 70 100 5.0 4.7 14 000 70 100 5.0 5.3 14 000 70 100 5.0
18 472768 / 1445 19 233536 / 765 23 115344 / 425
2KJ3213 - 77777 - 7 7 V1
2KJ3213 - 77777 - 7 7 U1 2KJ3213 - 77777 - 7 7 T1
3
243.68
6.0 14 000 70 100 5.0
28 45568 / 187
2KJ3213 - 77777 - 7 7 S1
220.58
6.6 14 000 70 100 5.0
33 56248 / 255
2KJ3213 - 77777 - 7 7 R1
193.75
7.5 14 000 70 100 5.0
40 378784 / 1955
2KJ3213 - 77777 - 7 7 Q1
175.57
8.3 14 000 70 100 5.0
46 373088 / 2125
2KJ3213 - 77777 - 7 7 P1
156.36
9.3 14 000 70 100 5.0
54 39872 / 255
2KJ3213 - 77777 - 7 7 N1
140.41 10 14 000 70 100 5.0
64 250624 / 1785
2KJ3213 - 77777 - 7 7 M1
125.28 12 14 000 70 100 5.0
74 244928 / 1955
2KJ3213 - 77777 - 7 7 L1
111.69 13 14 000 70 100 5.0
85 5696 / 51
2KJ3213 - 77777 - 7 7 K1
99.06 15 14 000 70 100 5.0 101 11392 / 115
2KJ3213 - 77777 - 7 7 J1
90.94 16 14 000 70 100 5.0 112 54112 / 595
2KJ3213 - 77777 - 7 7 H1
80.12 18 14 000 70 100 5.0 132 31328 / 391
2KJ3213 - 77777 - 7 7 G1
65.72 22 14 000 70 100 5.1 176 4272 / 65
2KJ3213 - 77777 - 7 7 F1
57.63 25 14 000 70 100 5.1 193 122464 / 2125
2KJ3213 - 77777 - 7 7 E1
45.06 32 14 000 70 100 5.1 301 111072 / 2465
2KJ3213 - 77777 - 7 7 D1
41.43 35 14 000 70 100 5.2 200 134657 / 3250
2KJ3213 - 77777 - 7 7 C1
36.33 40 14 000 70 500 5.2 225 340603 / 9375
2KJ3213 - 77777 - 7 7 B1
28.41 51 14 000 69 200 5.3 353 102973 / 3625
2KJ3213 - 77777 - 7 7 A1
Z.169
36.55 40 12 100 70 800 4.7
79 13706/375
2KJ3113 - 77777 - 7 7 Q1
32.88 44 14 000 68 200 4.7
94 11837/360
2KJ3113 - 77777 - 7 7 P1
29.38 49 14 000 65 300 4.8 109 9256/315
2KJ3113 - 77777 - 7 7 N1
26.57 55 14 000 62 900 4.8 131 9167/345
2KJ3113 - 77777 - 7 7 M1
23.45 62 14 000 60 200 4.8 154 7387/315
2KJ3113 - 77777 - 7 7 L1
20.90 69 14 000 59 400 4.8 183 2403/115
2KJ3113 - 77777 - 7 7 K1
18.93 77 14 000 58 600 4.8 203 5963/315
2KJ3113 - 77777 - 7 7 J1
17.03 85 14 000 57 800 4.8 245 1958/115
2KJ3113 - 77777 - 7 7 H1
14.15 102 14 000 56 100 4.8 308 2759/195
2KJ3113 - 77777 - 7 7 G1
12.58 115 13 900 54 900 4.8 377 4717/375
2KJ3113 - 77777 - 7 7 F1
10.03 145 13 900 52 600 5.1 521 4361/435
2KJ3113 - 77777 - 7 7 E1
7.98 182 13 800 50 100 5.3 689 1157/145
2KJ3113 - 77777 - 7 7 D1
7.37 197 7 960 49 100 7.0 409 848/115
2KJ3113 - 77777 - 7 7 C1
5.88 247 7 900 46 700 7.1 571 3920/667
2KJ3113 - 77777 - 7 7 B1
4.68 310 7 820 44 200 7.3 768 3120/667
2KJ3113 - 77777 - 7 7 A1
1) Only in conjunction with reduced-backlash version
Siemens MD 50.1 · 2017
3/85
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Transmission ratios and torques
Selection and ordering data (continued)
i
n2
T2N FR2
1)
JG
Rex
-
rpm Nm N
`
10-4
-
kgm²
D.189
313.63
4.6 19 000 107 000 4.7
36 533169/1700
3
280.59 253.06
5.2 19 000 107 000 4.7 5.7 19 000 107 000 4.7
43 262353/935 49 172081/680
223.66
6.5 19 000 107 000 4.7
61 87451/391
204.44
7.1 19 000 107 000 4.7
71 434434/2125
183.92
7.9 19 000 107 000 4.7
84 375193/2040
164.36
8.8 19 000 107 000 4.7
98 41912/255
148.63 9.8 19 000 107 000 4.7 116 290563/1955
131.17 11 19 000 107 000 4.7 136 33449/255
116.88 12 19 000 107 000 4.7 160 228501/1955
105.89 14 19 000 107 000 4.7 175 27001/255
95.24 15 19 000 107 000 4.7 210 186186/1955
79.14 18 19 000 107 000 4.7 257 6727/85
70.36 21 19 000 107 000 4.7 314 149513/2125
56.08 26 19 000 107 000 4.7 421 138229/2465
44.63 32 19 000 107 000 4.8 531 110019/2465
36.67 40 19 000 104 200 4.8 475 10633/290
29.18 50 19 000 97 800 4.8 617 8463/290
Z.189
34.25 42 19 000 101 700 4.5 140 3596/105
30.73 47 19 000 97 900 4.5 166 3534/115
27.46 53 19 000 94 100 4.6 199 961/35
24.53 59 19 000 90 400 4.6 236 2821/115
22.44 65 19 000 87 500 4.6 262 2356/105
19.95 73 19 000 83 900 4.6 314 2294/115
16.93 86 19 000 79 000 4.6 400 2201/130
14.63 99 19 000 74 900 4.7 481 1829/125
11.97 121 19 000 72 500 4.8 666 1736/145
9.83 148 18 800 70 100 4.8 875 1426/145
7.65 190 16 000 66 800 4.8 1 283 1147/150
1) Only in conjunction with reduced-backlash version
Motor frame size
Article No.
63 71 80 90 100 112 132 160 180 200 225 250
2KJ3214 - 77777 - 7 7 T1
2KJ3214 - 77777 - 7 7 S1
2KJ3214 - 77777 - 7 7 R1
2KJ3214 - 77777 - 7 7 Q1
2KJ3214 - 77777 - 7 7 P1
2KJ3214 - 77777 - 7 7 N1
2KJ3214 - 77777 - 7 7 M1
2KJ3214 - 77777 - 7 7 L1
2KJ3214 - 77777 - 7 7 K1
2KJ3214 - 77777 - 7 7 J1
2KJ3214 - 77777 - 7 7 H1
2KJ3214 - 77777 - 7 7 G1
2KJ3214 - 77777 - 7 7 F1
2KJ3214 - 77777 - 7 7 E1
2KJ3214 - 77777 - 7 7 D1
2KJ3214 - 77777 - 7 7 C1
2KJ3214 - 77777 - 7 7 B1
2KJ3214 - 77777 - 7 7 A1
2KJ3114 - 77777 - 7 7 L1
2KJ3114 - 77777 - 7 7 K1
2KJ3114 - 77777 - 7 7 J1
2KJ3114 - 77777 - 7 7 H1
2KJ3114 - 77777 - 7 7 G1
2KJ3114 - 77777 - 7 7 F1
2KJ3114 - 77777 - 7 7 E1
2KJ3114 - 77777 - 7 7 D1
2KJ3114 - 77777 - 7 7 C1
2KJ3114 - 77777 - 7 7 B1
2KJ3114 - 77777 - 7 7 A1
3/86
Siemens MD 50.1 · 2017
© Siemens AG 2018
Selection and ordering data
i
n2
T2N FR2
1)
JG
Rex
-
rpm Nm N
`
10-4
-
kgm²
E.39
9.22 157 30 3 000 -
0.001 83/9
8.20 177 34 3 000 -
0.001 41/5
7.20 201 40 3 000 -
0.003 36/5
6.55 221 40 3 000 -
0.004 72/11
5.60 259 40 3 000 -
0.007 28/5
5.09 285 40 3 000 -
0.01 56/11
4.50 322 48 3 000 -
0.02 9/2
4.09 355 48 3 000 -
0.02 45/11
3.58 405 58 2 550 -
0.03 43/12
3.31 438 58 2 400 -
0.05 43/13
2.93 495 65 1 620 -
0.07 41/14
2.44 594 65 1 200 -
0.13 39/16
2.29 633 66 1 330 -
0.16 39/17
2.06 704 66 1 370 -
0.19 37/18
1.75 829 66 1 490 -
0.29 7/4
1.50 967 61 1 560 -
0.45 3/2
1.29 1 124 54 1 600 -
0.64 31/24
E.49
9.70 149 86 4 000 -
0.003 97/10
8.82 164 108 4 000 -
0.004 97/11
7.50 193 107 4 000 -
0.007 15/2
6.82 213 104 4 000 -
0.01 75/11
6.08 238 104 4 000 -
0.02 73/12
5.45 266 103 4 000 -
0.02 60/11
4.92 295 102 4 000 -
0.03 59/12
4.54 319 102 4 000 -
0.05 59/13
4.14 350 102 4 000 -
0.09 29/7
3.44 422 101 3 510 -
0.15 55/16
3.24 448 101 3 350 -
0.19 55/17
3.06 474 101 3 200 -
0.23 55/18
2.60 558 102 2 540 -
0.36 13/5
2.23 650 102 1 930 -
0.55 49/22
1.96 740 103 1 420 -
0.78 47/24
1.65 879 103 975 -
1.1 38/23
1.44 1 007 102 1 140 -
1.81 36/25
1) Only in conjunction with reduced-backlash version
SIMOGEAR geared motors Helical geared motors
Transmission ratios and torques for high speeds
Motor frame size
Article No.
63 71 80 90 100 112 132 160 180 200 225 250
2KJ3001 - 77777 - 7 7 S1
2KJ3001 - 77777 - 7 7 R1 2KJ3001 - 77777 - 7 7 Q1
3
2KJ3001 - 77777 - 7 7 P1
2KJ3001 - 77777 - 7 7 N1
2KJ3001 - 77777 - 7 7 M1
2KJ3001 - 77777 - 7 7 L1
2KJ3001 - 77777 - 7 7 K1
2KJ3001 - 77777 - 7 7 J1
2KJ3001 - 77777 - 7 7 H1
2KJ3001 - 77777 - 7 7 G1
2KJ3001 - 77777 - 7 7 F1
2KJ3001 - 77777 - 7 7 E1
2KJ3001 - 77777 - 7 7 D1
2KJ3001 - 77777 - 7 7 C1
2KJ3001 - 77777 - 7 7 B1
2KJ3001 - 77777 - 7 7 A1
2KJ3002 - 77777 - 7 7 S1 2KJ3002 - 77777 - 7 7 R1 2KJ3002 - 77777 - 7 7 Q1 2KJ3002 - 77777 - 7 7 P1 2KJ3002 - 77777 - 7 7 N1 2KJ3002 - 77777 - 7 7 M1 2KJ3002 - 77777 - 7 7 L1 2KJ3002 - 77777 - 7 7 K1 2KJ3002 - 77777 - 7 7 J1 2KJ3002 - 77777 - 7 7 H1 2KJ3002 - 77777 - 7 7 G1 2KJ3002 - 77777 - 7 7 F1 2KJ3002 - 77777 - 7 7 E1 2KJ3002 - 77777 - 7 7 D1 2KJ3002 - 77777 - 7 7 C1 2KJ3002 - 77777 - 7 7 B1 2KJ3002 - 77777 - 7 7 A1
Siemens MD 50.1 · 2017
3/87
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Transmission ratios and torques for high speeds
Selection and ordering data (continued)
i
n2
T2N FR2
-
rpm Nm N
E.69
1)
JG
Rex
`
10-4
-
kgm²
9.30 156 120 6 100 -
0.007 93/10
3
8.45 172 105 6 100 -
0.01 93/11
7.58 191 205 6 100 -
0.02 91/12
6.82 213 170 6 100 -
0.02 75/11
6.17 235 205 6 100 -
0.03 37/6
5.69 255 165 6 100 -
0.05 74/13
5.21 278 200 6 100 -
0.09 73/14
4.38 331 200 6 100 -
0.15 35/8
4.12 352 165 6 100 -
0.19 70/17
3.78 384 200 6 100 -
0.23 34/9
3.30 439 200 6 100 -
0.36 33/10
2.95 492 200 5 680 -
0.55 65/22
2.58 562 197 5 120 -
0.78 31/12
2.22 653 196 4 500 -
1.10 51/23
1.96 740 196 4 050 -
1.81 49/25
1.67 868 196 4 130 -
2.6 5/3
1.43 1 014 195 4 170 -
3.7 10/7
E.89
9.67 150 280 8 000 -
0.02 29/3
8.73 166 280 8 000 -
0.02 96/11
7.92 183 280 8 000 -
0.03 95/12
7.31 198 260 8 000 -
0.05 95/13
6.64 218 260 8 000 -
0.09 93/14
5.62 258 320 8 000 -
0.15 45/8
5.29 274 210 8 000 -
0.19 90/17
4.89 297 360 8 000 -
0.23 44/9
4.35 333 360 8 000 -
0.36 87/20
3.86 376 360 7 520 -
0.55 85/22
3.46 419 365 6 830 -
0.78 83/24
2.96 490 360 6 030 -
1.1 68/23
2.64 549 360 5 410 -
1.81 66/25
2.33 622 360 5 260 -
2.6 7/3
2.05 707 360 5 430 -
3.7 43/21
1.78 815 365 5 550 -
5.4 41/23
1.52 954 360 5 580 -
7.6 32/21
1.3 1 115 360 5 580 - 11
30/23
E.109
7.19 202 565 10 500 -
0.15 115/16
6.76 214 565 10 500 -
0.19 115/17
6.28 231 565 10 500 -
0.23 113/18
5.55 261 560 10 500 -
0.36 111/20
4.95 293 560 10 500 -
0.55 109/22
4.46 325 560 10 500 -
0.78 107/24
3.87 375 555 10 000 -
1.10 89/23
3.48 417 550 9 390 -
1.81 87/25
3.04 477 545 8 440 -
2.6 73/24
2.71 535 545 7 670 -
3.7 19/7
2.39 607 540 6 850 -
5.4 55/23
2.10 690 535 5 980 -
7.8 44/21
1.83 792 530 5 060 - 11
42/23
1.67 868 530 5 170 - 14
5/3
1.43 1 014 465 5 420 - 21
33/23
1) Only in conjunction with reduced-backlash version
3/88
Siemens MD 50.1 · 2017
Motor frame size
Article No.
63 71 80 90 100 112 132 160 180 200 225 250
2KJ3003 - 77777 - 7 7 S1 2KJ3003 - 77777 - 7 7 R1 2KJ3003 - 77777 - 7 7 Q1 2KJ3003 - 77777 - 7 7 P1 2KJ3003 - 77777 - 7 7 N1 2KJ3003 - 77777 - 7 7 M1 2KJ3003 - 77777 - 7 7 L1 2KJ3003 - 77777 - 7 7 K1 2KJ3003 - 77777 - 7 7 J1 2KJ3003 - 77777 - 7 7 H1 2KJ3003 - 77777 - 7 7 G1 2KJ3003 - 77777 - 7 7 F1 2KJ3003 - 77777 - 7 7 E1 2KJ3003 - 77777 - 7 7 D1 2KJ3003 - 77777 - 7 7 C1 2KJ3003 - 77777 - 7 7 B1 2KJ3003 - 77777 - 7 7 A1
2KJ3004 - 77777 - 7 7 T1 2KJ3004 - 77777 - 7 7 S1 2KJ3004 - 77777 - 7 7 R1 2KJ3004 - 77777 - 7 7 Q1 2KJ3004 - 77777 - 7 7 P1 2KJ3004 - 77777 - 7 7 N1 2KJ3004 - 77777 - 7 7 M1 2KJ3004 - 77777 - 7 7 L1 2KJ3004 - 77777 - 7 7 K1 2KJ3004 - 77777 - 7 7 J1 2KJ3004 - 77777 - 7 7 H1 2KJ3004 - 77777 - 7 7 G1 2KJ3004 - 77777 - 7 7 F1 2KJ3004 - 77777 - 7 7 E1 2KJ3004 - 77777 - 7 7 D1 2KJ3004 - 77777 - 7 7 C1 2KJ3004 - 77777 - 7 7 B1 2KJ3004 - 77777 - 7 7 A1
2KJ3005 - 77777 - 7 7 Q1 2KJ3005 - 77777 - 7 7 P1 2KJ3005 - 77777 - 7 7 N1 2KJ3005 - 77777 - 7 7 M1 2KJ3005 - 77777 - 7 7 L1 2KJ3005 - 77777 - 7 7 K1 2KJ3005 - 77777 - 7 7 J1 2KJ3005 - 77777 - 7 7 H1 2KJ3005 - 77777 - 7 7 G1 2KJ3005 - 77777 - 7 7 F1 2KJ3005 - 77777 - 7 7 E1 2KJ3005 - 77777 - 7 7 D1 2KJ3005 - 77777 - 7 7 C1 2KJ3005 - 77777 - 7 7 B1 2KJ3005 - 77777 - 7 7 A1
© Siemens AG 2018
Selection and ordering data (continued)
i
n2
T2N FR2
1)
JG
Rex
-
rpm Nm N
`
10-4
-
kgm²
E.129
9.79 148 665 13 500 -
0.09 137/14
8.38 173 665 13 500 -
0.15 67/8
7.88 184 665 13 500 -
0.19 134/17
7.39 196 800 13 500 -
0.23 133/18
6.55 221 800 13 100 -
0.36 131/20
5.82 249 800 12 500 -
0.55 64/11
5.25 276 795 12 000 -
0.78 21/4
4.65 312 795 11 100 -
1.10 107/23
4.12 352 785 10 200 -
1.81 103/25
3.67 395 780 9 380 -
2.6 11/3
3.29 441 780 8 570 -
3.7 23/7
2.91 498 770 7 780 -
5.4 67/23
2.57 564 765 6 880 -
9.5 18/7
2.26 642 760 5 930 -
14
52/23
2.05 707 765 5 450 -
18
43/21
1.78 815 760 5 830 -
25
41/23
1.46 993 755 6 190 -
40
19/13
1.24 1 169 745 6 350 -
66
31/25
E.149
9.76 149 1 200 16 000 -
0.17 166/17
9.11 159 1 260 16 000 -
0.22 82/9
8.10 179 1 330 15 200 -
0.33 81/10
7.27 199 1 350 14 300 -
0.5 80/11
6.58 220 1 330 13 500 -
0.69 79/12
5.78 251 1 490 10 800 -
1.08 133/23
5.24 277 1 490 9 900 -
1.58 131/25
4.67 310 1 480 8 900 -
2.3 14/3
4.19 346 1 480 7 940 -
4.0 88/21
3.74 388 1 480 6 890 -
4.6 86/23
3.33 435 1 480 5 850 -
6.7 10/3
2.96 490 1 460 4 950 -
9.6 68/23
2.71 535 1 460 4 140 -
12
19/7
2.39 607 1 460 3 530 -
18
55/23
1.96 740 1 470 4 840 -
9.6 51/26
1.72 843 1 460 5 130 -
42
43/25
1.34 1 082 1 280 5 810 - 119
39/29
1) Only in conjunction with reduced-backlash version
SIMOGEAR geared motors Helical geared motors
Transmission ratios and torques for high speeds
Motor frame size
Article No.
63 71 80 90 100 112 132 160 180 200 225 250
2KJ3006 - 77777 - 7 7 T1
2KJ3006 - 77777 - 7 7 S1 2KJ3006 - 77777 - 7 7 R1
3
2KJ3006 - 77777 - 7 7 Q1
2KJ3006 - 77777 - 7 7 P1
2KJ3006 - 77777 - 7 7 N1
2KJ3006 - 77777 - 7 7 M1
2KJ3006 - 77777 - 7 7 L1
2KJ3006 - 77777 - 7 7 K1
2KJ3006 - 77777 - 7 7 J1
2KJ3006 - 77777 - 7 7 H1
2KJ3006 - 77777 - 7 7 G1
2KJ3006 - 77777 - 7 7 F1
2KJ3006 - 77777 - 7 7 E1
2KJ3006 - 77777 - 7 7 D1
2KJ3006 - 77777 - 7 7 C1
2KJ3006 - 77777 - 7 7 B1
2KJ3006 - 77777 - 7 7 A1
2KJ3007 - 77777 - 7 7 S1
2KJ3007 - 77777 - 7 7 R1
2KJ3007 - 77777 - 7 7 Q1
2KJ3007 - 77777 - 7 7 P1
2KJ3007 - 77777 - 7 7 N1
2KJ3007 - 77777 - 7 7 M1
2KJ3007 - 77777 - 7 7 L1
2KJ3007 - 77777 - 7 7 K1
2KJ3007 - 77777 - 7 7 J1
2KJ3007 - 77777 - 7 7 H1
2KJ3007 - 77777 - 7 7 G1
2KJ3007 - 77777 - 7 7 F1
2KJ3007 - 77777 - 7 7 E1
2KJ3007 - 77777 - 7 7 D1
2KJ3007 - 77777 - 7 7 C1
2KJ3007 - 77777 - 7 7 B1
2KJ3007 - 77777 - 7 7 A1
Siemens MD 50.1 · 2017
3/89
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Transmission ratios and torques for very low speeds
Selection and ordering data
i
n2
T2N
FR2
1)
-
rpm
Nm
N
`
D.29-Z19
JG
Rex
10-4 kgm² -
Motor frame size
Article No.
63 71 80 90 100 112 132 160
8 025
0.18 140
3 710
-
0.08 1966032/245
2KJ3221 - 77777 - 7 7 C1
7 183
0.20 140
3 710
-
0.11 251652096/35035
3
6 379
0.23 140
3 710
-
0.13 20315664/3185
Z.29-D19
2KJ3221 - 77777 - 7 7 B1 2KJ3221 - 77777 - 7 7 A1
5 890
0.25 140
3 710
-
0.02 13399254/2275
2KJ3121 - 77777 - 7 7 P1
5 215
0.28 140
3 710
-
0.03 118648233/22750
2KJ3121 - 77777 - 7 7 N1
4 531
0.32 140
3 710
-
0.04 103087809/22750
2KJ3121 - 77777 - 7 7 M1
4 119
0.35 140
3 710
-
0.04 9371619/2275
2KJ3121 - 77777 - 7 7 L1
3 505
0.41 140
3 710
-
0.06 79747173/22750
2KJ3121 - 77777 - 7 7 K1
3 187
0.45 140
3 710
-
0.07 7249743/2275
2KJ3121 - 77777 - 7 7 J1
2 779
0.52 140
3 710
-
0.08 1945053/700
2KJ3121 - 77777 - 7 7 H1
2 487
0.58 140
3 710
-
0.11 5658336/2275
2KJ3121 - 77777 - 7 7 G1
2 209
0.66 140
3 710
-
0.13 20098881/9100
2KJ3121 - 77777 - 7 7 F1
2 039
0.71 140
3 710
-
0.16 60296643/29575
2KJ3121 - 77777 - 7 7 E1
1 771
0.82 140
3 710
-
0.17 56406537/31850
2KJ3121 - 77777 - 7 7 D1
1 539
0.94 140
3 710
-
0.18 17505477/11375
2KJ3121 - 77777 - 7 7 C1
1 389
1.0
140
3 710
-
0.22 1945053/1400
2KJ3121 - 77777 - 7 7 B1
1 308
1.1
140
3 710
-
0.26 3890106/2975
Z.29-Z19
2KJ3121 - 77777 - 7 7 A1
1 114
1.3
140
3 710
-
0.02 362142/325
2KJ3120 - 77777 - 7 7 P1
987
1.5
140
3 710
-
0.03 3206709/3250
2KJ3120 - 77777 - 7 7 N1
857
1.7
140
3 710
-
0.04 2786157/3250
2KJ3120 - 77777 - 7 7 M1
779
1.9
140
3 710
-
0.05 253287/325
2KJ3120 - 77777 - 7 7 L1
663
2.2
140
3 710
-
0.07 2155329/3250
2KJ3120 - 77777 - 7 7 K1
603
2.4
140
3 710
-
0.08 195939/325
2KJ3120 - 77777 - 7 7 J1
526
2.8
140
3 710
-
0.09 52569/100
2KJ3120 - 77777 - 7 7 H1
471
3.1
140
3 710
-
0.12 152928/325
2KJ3120 - 77777 - 7 7 G1
418
3.5
140
3 710
-
0.15 543213/1300
2KJ3120 - 77777 - 7 7 F1
386
3.8
140
3 710
-
0.18 1629639/4225
2KJ3120 - 77777 - 7 7 E1
335.06 4.3
140
3 710
-
0.20 1524501/4550
2KJ3120 - 77777 - 7 7 D1
291.15 5.0
140
3 710
-
0.21 473121/1625
2KJ3120 - 77777 - 7 7 C1
262.85 5.5
140
3 710
-
0.27 52569/200
2KJ3120 - 77777 - 7 7 B1
247.38 5.9
140
3 710
-
0.32 105138/425
2KJ3120 - 77777 - 7 7 A1
1) Only in conjunction with reduced-backlash version
3/90
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Transmission ratios and torques for very low speeds
Selection and ordering data (continued)
i
n2
T2N
FR2
1)
-
rpm
Nm
N
`
D.39-D19
JG
Rex
10-4 kgm² -
8 760
0.17 200
4 370
-
0.08 744588/85
Z.39-D19
8 075
0.18 200
4 370
-
0.02 201872/25
7 150
0.2
200
4 370
-
0.03 893772/125
6 212
0.23 200
4 370
-
0.04 776556/125
5 648
0.26 200
4 370
-
0.04 141192/25
4 806
0.3
200
4 370
-
0.06 600732/125
4 369
0.33 200
4 370
-
0.07 109224/25
3 810
0.38 200
4 370
-
0.08 95238/25
3 410
0.43 200
4 370
-
0.11 85248/25
3 028
0.48 200
4 370
-
0.13 75702/25
2 795
0.52 200
4 370
-
0.16 908424/325
2 428
0.6
200
4 370
-
0.17 424908/175
2 110
0.69 200
4 370
-
0.18 263736/125
1 905
0.76 200
4 370
-
0.22 47619/25
1 793
0.81 200
4 370
-
0.26 761904/425
Z.39-Z19
1 528
0.95 200
4 370
-
0.02 38192/25
1 353
1.1
200
4 370
-
0.03 169092/125
1 175
1.2
200
4 370
-
0.04 146916/125
1 068
1.4
200
4 370
-
0.05 26712/25
909
1.6
200
4 370
-
0.07 113652/125
827
1.8
200
4 370
-
0.08 20664/25
721
2.0
200
4 370
-
0.09 18018/25
645
2.2
200
4 370
-
0.12 16128/25
573
2.5
200
4 370
-
0.15 14322/25
529
2.7
200
4 370
-
0.18 171864/325
459
3.2
200
4 370
-
0.20 11484/25
399
3.6
200
4 370
-
0.21 49896/125
360
4.0
200
4 370
-
0.27 9009/25
339.16 4.3
200
4 370
-
0.32 144144/425
295.68 4.9
200
4 370
-
0.36 7392/25
272.80 5.3
200
4 370
-
0.19 1364/5
236.97 6.1
200
4 370
-
0.22 8294/35
1) Only in conjunction with reduced-backlash version
Motor frame size
Article No.
63 71 80 90 100 112 132 160
2KJ3223 - 77777 - 7 7 A1
2KJ3123 - 77777 - 7 7 P1
3
2KJ3123 - 77777 - 7 7 N1
2KJ3123 - 77777 - 7 7 M1
2KJ3123 - 77777 - 7 7 L1
2KJ3123 - 77777 - 7 7 K1
2KJ3123 - 77777 - 7 7 J1
2KJ3123 - 77777 - 7 7 H1
2KJ3123 - 77777 - 7 7 G1
2KJ3123 - 77777 - 7 7 F1
2KJ3123 - 77777 - 7 7 E1
2KJ3123 - 77777 - 7 7 D1
2KJ3123 - 77777 - 7 7 C1
2KJ3123 - 77777 - 7 7 B1
2KJ3123 - 77777 - 7 7 A1
2KJ3122 - 77777 - 7 7 S1 2KJ3122 - 77777 - 7 7 R1 2KJ3122 - 77777 - 7 7 Q1 2KJ3122 - 77777 - 7 7 P1 2KJ3122 - 77777 - 7 7 N1 2KJ3122 - 77777 - 7 7 M1 2KJ3122 - 77777 - 7 7 L1 2KJ3122 - 77777 - 7 7 K1 2KJ3122 - 77777 - 7 7 J1 2KJ3122 - 77777 - 7 7 H1 2KJ3122 - 77777 - 7 7 G1 2KJ3122 - 77777 - 7 7 F1 2KJ3122 - 77777 - 7 7 E1 2KJ3122 - 77777 - 7 7 D1 2KJ3122 - 77777 - 7 7 C1 2KJ3122 - 77777 - 7 7 B1 2KJ3122 - 77777 - 7 7 A1
Siemens MD 50.1 · 2017
3/91
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Transmission ratios and torques for very low speeds
Selection and ordering data (continued)
i
n2
T2N
FR2
1)
JG
Rex
-
rpm
Nm
N
`
10-4 kgm² -
Motor frame size
Article No.
63 71 80 90 100 112 132 160
D.49-D19
13 709 0.11 320
5 780
-
0.06 9980343/728
2KJ3225 - 77777 - 7 7 D1
12 463 0.12 320
5 780
-
0.07 49901715/4004
3
10 867 0.13 320
5 780
-
0.08 1217115/112
9 727 0.15 320
5 780
-
0.11 9736920/1001
2KJ3225 - 77777 - 7 7 C1 2KJ3225 - 77777 - 7 7 B1 2KJ3225 - 77777 - 7 7 A1
Z.49-D19
9 638 0.15 320
5 900
-
0.02 52625507/5460
2KJ3125 - 77777 - 7 7 P1
8 535 0.17 320
5 900
-
0.03 310660251/36400
2KJ3125 - 77777 - 7 7 N1
7 415 0.20 320
5 900
-
0.04 269917923/36400
2KJ3125 - 77777 - 7 7 M1
6 741 0.22 320
5 900
-
0.04 24537993/3640
2KJ3125 - 77777 - 7 7 L1
5 736 0.25 320
5 900
-
0.06 208804431/36400
2KJ3125 - 77777 - 7 7 K1
5 215 0.28 320
5 900
-
0.07 18982221/3640
2KJ3125 - 77777 - 7 7 J1
4 547 0.32 320
5 900
-
0.08 5092791/1120
2KJ3125 - 77777 - 7 7 H1
4 070 0.36 320
5 900
-
0.11 1851924/455
2KJ3125 - 77777 - 7 7 G1
3 614 0.40 320
5 900
-
0.13 52625507/14560
2KJ3125 - 77777 - 7 7 F1
3 336 0.43 320
5 900
-
0.16 157876521/47320
2KJ3125 - 77777 - 7 7 E1
2 898 0.50 320
5 900
-
0.17 147690939/50960
2KJ3125 - 77777 - 7 7 D1
2 518 0.58 320
5 900
-
0.18 45835119/18200
2KJ3125 - 77777 - 7 7 C1
2 274 0.64 320
5 900
-
0.22 5092791/2240
2KJ3125 - 77777 - 7 7 B1
2 140 0.68 320
5 900
-
0.26 5092791/2380
2KJ3125 - 77777 - 7 7 A1
Z.49-Z19
1 823 0.80 320
5 900
-
0.02 1422311/780
2KJ3124 - 77777 - 7 7 S1
1 615 0.90 320
5 900
-
0.03 8396223/5200
2KJ3124 - 77777 - 7 7 R1
1 403 1.0
320
5 900
-
0.04 7295079/5200
2KJ3124 - 77777 - 7 7 Q1
1 275 1.1
320
5 900
-
0.05 663189/520
2KJ3124 - 77777 - 7 7 P1
1 085 1.3
320
5 900
-
0.07 5643363/5200
2KJ3124 - 77777 - 7 7 N1
987 1.5
320
5 900
-
0.08 513033/520
2KJ3124 - 77777 - 7 7 M1
860 1.7
320
5 900
-
0.09 137643/160
2KJ3124 - 77777 - 7 7 L1
770 1.9
320
5 900
-
0.12 50052/65
2KJ3124 - 77777 - 7 7 K1
684 2.1
320
5 900
-
0.15 1422311/2080
2KJ3124 - 77777 - 7 7 J1
631 2.3
320
5 900
-
0.18 4266933/6760
2KJ3124 - 77777 - 7 7 H1
548 2.6
320
5 900
-
0.20 3991647/7280
2KJ3124 - 77777 - 7 7 G1
476 3.0
320
5 900
-
0.21 1238787/2600
2KJ3124 - 77777 - 7 7 F1
430 3.4
320
5 900
-
0.27 137643/320
2KJ3124 - 77777 - 7 7 E1
405 3.6
320
5 900
-
0.32 137643/340
2KJ3124 - 77777 - 7 7 D1
353 4.1
320
5 900
-
0.36 45881/130
2KJ3124 - 77777 - 7 7 C1
325.62 4.5
320
5 900
-
0.19 1422311/4368
2KJ3124 - 77777 - 7 7 B1
282.85 5.1
320
5 900
-
0.22 1330549/4704
2KJ3124 - 77777 - 7 7 A1
1) Only in conjunction with reduced-backlash version
3/92
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Transmission ratios and torques for very low speeds
Selection and ordering data (continued)
i
n2
T2N
FR2
1)
JG
Rex
-
rpm
Nm
N
`
10-4 kgm² -
Motor frame size
Article No.
63 71 80 90 100 112 132 160
D.59-D19
14 985 0.10 450
7 660
-
0.06 10908747/728
2KJ3227 - 77777 - 7 7 D1
13 622 0.11 450
7 660
-
0.07 54543735/4004
11 878 0.12 450
7 660
-
0.08 1330335/112
10 632 0.14 450
7 660
-
0.11 10642680/1001
2KJ3227 - 77777 - 7 7 C1
2KJ3227 - 77777 - 7 7 B1
3
2KJ3227 - 77777 - 7 7 A1
D.59-Z19
739 2.0
450
7 660
-
0.22 579275/784
2KJ3226 - 77777 - 7 7 J1
642 2.3
450
7 660
-
0.23 35955/56
2KJ3226 - 77777 - 7 7 H1
580 2.5
450
7 660
-
0.30 259675/448
2KJ3226 - 77777 - 7 7 G1
546 2.7
450
7 660
-
0.35 15275/28
2KJ3226 - 77777 - 7 7 F1
507 2.9
450
7 660
-
0.20 1362295/2688
2KJ3226 - 77777 - 7 7 E1
440 3.3
450
7 660
-
0.23 16567265/37632
2KJ3226 - 77777 - 7 7 D1
383 3.8
450
7 660
-
0.24 342771/896
2KJ3226 - 77777 - 7 7 C1
345.36 4.2
450
7 660
-
0.31 7426705/21504
2KJ3226 - 77777 - 7 7 B1
325.05 4.5
450
7 660
-
0.37 436865/1344
Z.59-D19
2KJ3226 - 77777 - 7 7 A1
9 577 0.15 450
7 660
-
0.02 5229173/546
2KJ3127 - 77777 - 7 7 P1
8 480 0.17 450
7 660
-
0.03 30868989/3640
2KJ3127 - 77777 - 7 7 N1
7 368 0.20 450
7 660
-
0.04 26820597/3640
2KJ3127 - 77777 - 7 7 M1
6 698 0.22 450
7 660
-
0.04 26820597/4004
2KJ3127 - 77777 - 7 7 L1
5 700 0.25 450
7 660
-
0.06 20748009/3640
2KJ3127 - 77777 - 7 7 K1
5 182 0.28 450
7 660
-
0.07 20748009/4004
2KJ3127 - 77777 - 7 7 J1
4 518 0.32 450
7 660
-
0.08 506049/112
2KJ3127 - 77777 - 7 7 H1
4 044 0.36 450
7 660
-
0.11 4048392/1001
2KJ3127 - 77777 - 7 7 G1
3 591 0.40 450
7 660
-
0.13 5229173/1456
2KJ3127 - 77777 - 7 7 F1
3 315 0.44 450
7 660
-
0.16 15687519/4732
2KJ3127 - 77777 - 7 7 E1
2 880 0.50 450
7 660
-
0.17 14675421/5096
2KJ3127 - 77777 - 7 7 D1
2 502 0.58 450
7 660
-
0.18 4554441/1820
2KJ3127 - 77777 - 7 7 C1
2 259 0.64 450
7 660
-
0.22 506049/224
2KJ3127 - 77777 - 7 7 B1
2 126 0.68 450
7 660
-
0.26 506049/238
Z.59-Z19
2KJ3127 - 77777 - 7 7 A1
1 812 0.80 450
7 660
-
0.02 141329/78
2KJ3126 - 77777 - 7 7 G1
1 604 0.90 450
7 660
-
0.03 834297/520
2KJ3126 - 77777 - 7 7 F1
1 394 1.0
450
7 660
-
0.04 724881/520
2KJ3126 - 77777 - 7 7 E1
1 267 1.1
450
7 660
-
0.05 724881/572
2KJ3126 - 77777 - 7 7 D1
1 078 1.3
450
7 660
-
0.07 560757/520
2KJ3126 - 77777 - 7 7 C1
980 1.5
450
7 660
-
0.08 560757/572
2KJ3126 - 77777 - 7 7 B1
855 1.7
450
7 660
-
0.09 13677/16
2KJ3126 - 77777 - 7 7 A1
1) Only in conjunction with reduced-backlash version
Siemens MD 50.1 · 2017
3/93
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Transmission ratios and torques for very low speeds
Selection and ordering data (continued)
i
n2
T2N
FR2
1)
JG
Rex
-
rpm
Nm
N
`
10-4 kgm² -
D.69-D19
14 575 0.10 600
11 000
-
0.07 9284040/637
12 708 0.11 600
11 000
-
0.08 622710/49
3
11 375 0.13 600
11 000
-
0.11 7246080/637
D.69-Z19
1 532 0.95 600
11 000
-
0.20 976140/637
1 332 1.1
600
11 000
-
0.21 121176/91
1 202 1.2
600
11 000
-
0.27 8415/7
1 131 1.3
600
11 000
-
0.32 7920/7
986 1.5
600
11 000
-
0.37 89760/91
910 1.6
600
11 000
-
0.19 579700/637
791 1.8
600
11 000
-
0.22 271150/343
687 2.1
600
11 000
-
0.23 33660/49
620 2.3
600
11 000
-
0.30 60775/98
584 2.5
600
11 000
-
0.35 28600/49
542 2.7
600
11 000
-
0.20 318835/588
471 3.1
600
11 000
-
0.23 3877445/8232
409 3.5
600
11 000
-
0.24 80223/196
370 3.9
600
11 000
-
0.31 1738165/4704
347.77 4.2
600
11 000
-
0.37 102245/294
Z.69-D19
10 247 0.14 600
11 000
-
0.02 19581584/1911
9 073 0.16 600
11 000
-
0.03 28898628/3185
7 883 0.18 600
11 000
-
0.04 25108644/3185
7 167 0.2
600
11 000
-
0.04 4565208/637
6 098 0.24 600
11 000
-
0.06 19423668/3185
5 544 0.26 600
11 000
-
0.07 3531576/637
4 834 0.3
600
11 000
-
0.08 236874/49
4 327 0.34 600
11 000
-
0.11 2756352/637
3 843 0.38 600
11 000
-
0.13 2447698/637
3 547 0.41 600
11 000
-
0.16 29372376/8281
3 081 0.47 600
11 000
-
0.17 13738692/4459
2 677 0.54 600
11 000
-
0.18 8527464/3185
2 417 0.6
600
11 000
-
0.22 118437/49
2 275 0.64 600
11 000
-
0.26 1894992/833
1 983 0.73 600
11 000
-
0.29 1263328/637
Z.69-Z19
1 939 0.75 600
11 000
-
0.02 529232/273
1 717 0.84 600
11 000
-
0.03 781044/455
1) Only in conjunction with reduced-backlash version
Motor frame size
Article No.
63 71 80 90 100 112 132 160
2KJ3230 - 77777 - 7 7 C1 2KJ3230 - 77777 - 7 7 B1 2KJ3230 - 77777 - 7 7 A1
2KJ3228 - 77777 - 7 7 Q1 2KJ3228 - 77777 - 7 7 P1 2KJ3228 - 77777 - 7 7 N1 2KJ3228 - 77777 - 7 7 M1 2KJ3228 - 77777 - 7 7 L1 2KJ3228 - 77777 - 7 7 K1 2KJ3228 - 77777 - 7 7 J1 2KJ3228 - 77777 - 7 7 H1 2KJ3228 - 77777 - 7 7 G1 2KJ3228 - 77777 - 7 7 F1 2KJ3228 - 77777 - 7 7 E1 2KJ3228 - 77777 - 7 7 D1 2KJ3228 - 77777 - 7 7 C1 2KJ3228 - 77777 - 7 7 B1 2KJ3228 - 77777 - 7 7 A1
2KJ3130 - 77777 - 7 7 Q1 2KJ3130 - 77777 - 7 7 P1 2KJ3130 - 77777 - 7 7 N1 2KJ3130 - 77777 - 7 7 M1 2KJ3130 - 77777 - 7 7 L1 2KJ3130 - 77777 - 7 7 K1 2KJ3130 - 77777 - 7 7 J1 2KJ3130 - 77777 - 7 7 H1 2KJ3130 - 77777 - 7 7 G1 2KJ3130 - 77777 - 7 7 F1 2KJ3130 - 77777 - 7 7 E1 2KJ3130 - 77777 - 7 7 D1 2KJ3130 - 77777 - 7 7 C1 2KJ3130 - 77777 - 7 7 B1 2KJ3130 - 77777 - 7 7 A1
2KJ3128 - 77777 - 7 7 B1 2KJ3128 - 77777 - 7 7 A1
3/94
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Transmission ratios and torques for very low speeds
Selection and ordering data (continued)
i
n2
T2N
FR2
1)
JG
Rex
-
rpm
Nm
N
`
10-4 kgm² -
Motor frame size
Article No.
63 71 80 90 100 112 132 160
D.79-D39
15 344
0.09 840 13 400
-
13 434
0.11 840 13 400
-
11 778
0.12 840 13 400
-
10 686
0.14 840 13 400
-
0.21 5738565/374 0.25 6394401/476 0.23 22025159/1870 0.33 31972005/2992
2KJ3232 - 77777 - 7 7 D1
2KJ3232 - 77777 - 7 7 C1
2KJ3232 - 77777 - 7 7 B1
3
2KJ3232 - 77777 - 7 7 A1
Z.79-D39
10 451
0.14 840 13 400
-
9 269
0.16 840 13 400
-
8 043
0.18 840 13 400
-
7 311
0.20 840 13 400
-
6 271
0.23 840 13 400
-
5 700
0.25 840 13 400
-
4 998
0.29 840 13 400
-
4 461
0.33 840 13 400
-
3 976
0.36 840 13 400
-
3 670
0.40 840 13 400
-
0.03 47969467/4590 0.05 2085629/225 0.05 123052111/15300 0.07 123052111/16830 0.08 47969467/7650 0.10 47969467/8415 0.12 22941919/4590 0.15 4171258/935 0.17 14599403/3672 0.21 1123031/306
2KJ3132 - 77777 - 7 7 R1 2KJ3132 - 77777 - 7 7 Q1 2KJ3132 - 77777 - 7 7 P1 2KJ3132 - 77777 - 7 7 N1 2KJ3132 - 77777 - 7 7 M1 2KJ3132 - 77777 - 7 7 L1 2KJ3132 - 77777 - 7 7 K1 2KJ3132 - 77777 - 7 7 J1 2KJ3132 - 77777 - 7 7 H1 2KJ3132 - 77777 - 7 7 G1
3 213
0.45 840 13 400
-
2 817
0.51 840 13 400
-
2 556
0.57 840 13 400
-
2 406
0.60 840 13 400
-
2 120
0.68 840 13 400
-
1 840
0.79 840 13 400
-
0.25 3277417/1020 0.23 64654499/22950 0.33 2085629/816 0.39 2085629/867 0.43 14599403/6885 0.58 6256887/3400
2KJ3132 - 77777 - 7 7 F1 2KJ3132 - 77777 - 7 7 E1 2KJ3132 - 77777 - 7 7 D1 2KJ3132 - 77777 - 7 7 C1 2KJ3132 - 77777 - 7 7 B1 2KJ3132 - 77777 - 7 7 A1
Z.79-Z39
2 485
0.58 840 13 400
-
2 210
0.66 840 13 400
-
1 940
0.75 840 13 400
-
1 764
0.82 840 13 400
-
1 509
0.96 840 13 400
-
1 372
1.1
840 13 400
-
1 213
1.2
840 13 400
-
1 102
1.3
840 13 400
-
966
1.5
840 13 400
-
0.06 4025749/1620 0.07 1988623/900 0.08 48503/25 0.10 97006/55 0.12 339521/225 0.14 679042/495 0.17 48503/40 0.22 48503/44 0.26 2085629/2160
2KJ3131 - 77777 - 7 7 T1 2KJ3131 - 77777 - 7 7 S1 2KJ3131 - 77777 - 7 7 R1 2KJ3131 - 77777 - 7 7 Q1 2KJ3131 - 77777 - 7 7 P1 2KJ3131 - 77777 - 7 7 N1 2KJ3131 - 77777 - 7 7 M1 2KJ3131 - 77777 - 7 7 L1 2KJ3131 - 77777 - 7 7 K1
891
1.6
840 13 400
-
789
1.8
840 13 400
-
657
2.2
840 13 400
-
618
2.3
840 13 400
-
554
2.6
840 13 400
-
472
3.1
840 13 400
-
455
3.2
840 13 400
-
379
3.8
840 13 400
-
357
4.1
840 13 400
-
0.31 160433/180 0.36 284089/360 0.48 630539/960 0.56 630539/1020 0.61 1794611/3240 0.79 339521/720 0.36 21853/48 0.48 48503/128 0.56 48503/136
2KJ3131 - 77777 - 7 7 J1 2KJ3131 - 77777 - 7 7 H1 2KJ3131 - 77777 - 7 7 G1 2KJ3131 - 77777 - 7 7 F1 2KJ3131 - 77777 - 7 7 E1 2KJ3131 - 77777 - 7 7 D1 2KJ3131 - 77777 - 7 7 C1 2KJ3131 - 77777 - 7 7 B1 2KJ3131 - 77777 - 7 7 A1
1) Only in conjunction with reduced-backlash version
Siemens MD 50.1 · 2017
3/95
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Transmission ratios and torques for very low speeds
Selection and ordering data (continued)
i
n2
T2N
FR2
1)
JG
Rex
-
rpm
Nm
N
`
10-4 kgm² -
Motor frame size
Article No.
63 71 80 90 100 112 132 160
D.89-D39
16 496 0.09 1 680 18 500
-
0.12 214526312/13005
3
14 723 0.1
1 680 18 500
-
D.89-Z39
0.15 234028704/15895
715 2.0
1 680 18 500
-
0.63 6987123/9775
673 2.2
1 680 18 500
-
0.73 111793968/166175
603 2.4
1 680 18 500
-
0.83 17676824/29325
513 2.8
1 680 18 500
-
1.09 5016396/9775
480 3.0
1 680 18 500
-
0.66 1270386/2645
452 3.2
1 680 18 500
-
0.77 20326176/44965
405 3.6
1 680 18 500
-
0.87 3213968/7935
345 4.2
1 680 18 500
-
1.15 912072/2645
2KJ3234 - 77777 - 7 7 B1 2KJ3234 - 77777 - 7 7 A1
2KJ3233 - 77777 - 7 7 H1 2KJ3233 - 77777 - 7 7 G1 2KJ3233 - 77777 - 7 7 F1 2KJ3233 - 77777 - 7 7 E1 2KJ3233 - 77777 - 7 7 D1 2KJ3233 - 77777 - 7 7 C1 2KJ3233 - 77777 - 7 7 B1 2KJ3233 - 77777 - 7 7 A1
Z.89-D39
13 495 0.11 1 680 18 500
-
11 970 0.12 1 680 18 500
-
10 385 0.14 1 680 18 500
-
9 441 0.15 1 680 18 500
-
8 097 0.18 1 680 18 500
-
7 361 0.20 1 680 18 500
-
6 454 0.22 1 680 18 500
-
0.03 464574838/34425
0.05 40397812/3375
0.05 595867727/57375
0.07 1191735454/126225
0.08 464574838/57375
0.1
929149676/126225
0.12 222187966/34425
2KJ3134 - 77777 - 7 7 N1 2KJ3134 - 77777 - 7 7 M1 2KJ3134 - 77777 - 7 7 .L1 2KJ3134 - 77777 - 7 7 K1 2KJ3134 - 77777 - 7 7 J1 2KJ3134 - 77777 - 7 7 H1 2KJ3134 - 77777 - 7 7 G1
5 761 0.25 1 680 18 500
-
5 134 0.28 1 680 18 500
-
4 739 0.31 1 680 18 500
-
4 149 0.35 1 680 18 500
-
3 638 0.40 1 680 18 500
-
3 300 0.44 1 680 18 500
-
0.15 80795624/14025
0.17 70696171/13770
0.21 10876334/2295
0.25 15870569/3825
0.23 626166086/172125
0.33 10099453/3060
2KJ3134 - 77777 - 7 7 F1 2KJ3134 - 77777 - 7 7 E1 2KJ3134 - 77777 - 7 7 D1 2KJ3134 - 77777 - 7 7 C1 2KJ3134 - 77777 - 7 7 B1 2KJ3134 - 77777 - 7 7 A1
Z.89-Z39
3 209 0.45 1 680 18 500
-
2 853 0.51 1 680 18 500
-
2 505 0.58 1 680 18 500
-
2 278 0.64 1 680 18 500
-
1 949 0.74 1 680 18 500
-
1 771 0.82 1 680 18 500
-
1 566 0.93 1 680 18 500
-
1 423 1.0
1 680 18 500
-
1 247 1.2
1 680 18 500
-
1 151 1.3
1 680 18 500
-
1 019 1.4
1 680 18 500
-
848 1.7
1 680 18 500
-
798 1.8
1 680 18 500
-
0.06 19494293/6075 0.07 9629711/3375 0.08 939484/375 0.10 1878968/825 0.12 6576388/3375 0.14 13152776/7425 0.17 234871/150 0.22 234871/165 0.26 10099453/8100 0.31 776881/675 0.36 1375673/1350 0.48 3053323/3600 0.56 3053323/3825
2KJ3133 - 77777 - 7 7 N1 2KJ3133 - 77777 - 7 7 M1 2KJ3133 - 77777 - 7 7 .L1 2KJ3133 - 77777 - 7 7 K1 2KJ3133 - 77777 - 7 7 J1 2KJ3133 - 77777 - 7 7 H1 2KJ3133 - 77777 - 7 7 G1 2KJ3133 - 77777 - 7 7 F1 2KJ3133 - 77777 - 7 7 E1 2KJ3133 - 77777 - 7 7 D1 2KJ3133 - 77777 - 7 7 C1 2KJ3133 - 77777 - 7 7 B1 2KJ3133 - 77777 - 7 7 A1
1) Only in conjunction with reduced-backlash version
3/96
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Transmission ratios and torques for very low speeds
Selection and ordering data (continued)
i
n2
T2N
FR2
1)
JG
Rex
-
rpm
Nm
N
`
10-4 kgm² -
Motor frame size
Article No.
63 71 80 90 100 112 132 160
D.109-D39
19 321 0.08
3 100 20 200
-
17 565 0.08
3 100 20 200
-
15 064 0.1
3 100 20 200
-
13 695 0.11
3 100 20 200
-
12 008 0.12
3 100 20 200
-
10 717 0.14
3 100 20 200
-
0.05 59992439/3105 0.07 119984878/6831 0.08 2033642/135 0.10 4067284/297 0.12 22370062/1863 0.15 8134568/759
2KJ3236 - 77777 - 7 7 T1
2KJ3236 - 77777 - 7 7 S1
2KJ3236 - 77777 - 7 7 R1
3
2KJ3236 - 77777 - 7 7 Q1
2KJ3236 - 77777 - 7 7 P1
2KJ3236 - 77777 - 7 7 N1
9 551 0.15
3 100 20 200
-
8 817 0.16
3 100 20 200
-
7 719 0.19
3 100 20 200
-
6 768 0.21
3 100 20 200
-
6 140 0.24
3 100 20 200
-
0.18 35588735/3726 0.21 5475190/621 0.25 11185031/1449 0.23 63042902/9315 0.33 5084105/828
2KJ3236 - 77777 - 7 7 M1 2KJ3236 - 77777 - 7 7 L1 2KJ3236 - 77777 - 7 7 K1 2KJ3236 - 77777 - 7 7 J1 2KJ3236 - 77777 - 7 7 H1
D.109-Z39
5 970 0.24
3 100 20 200
-
5 308 0.27
3 100 20 200
-
4 661 0.31
3 100 20 200
-
0.06 33365917/5589 0.07 16481959/3105 0.09 1607996/345
2KJ3235 - 77777 - 7 7 A2 2KJ3235 - 77777 - 7 7 X1 2KJ3235 - 77777 - 7 7 W1
4 237 0.34
3 100 20 200
-
3 625 0.4
3 100 20 200
-
3 296 0.44
3 100 20 200
-
2 913 0.5
3 100 20 200
-
2 648 0.55
3 100 20 200
-
2 320 0.62
3 100 20 200
-
2 141 0.68
3 100 20 200
-
1 896 0.76
3 100 20 200
-
1 578 0.92
3 100 20 200
-
1 485 0.98
3 100 20 200
-
1 331 1.1
3 100 20 200
-
1 133 1.3
3 100 20 200
-
0.10 3215992/759 0.12 11255972/3105 0.15 22511944/6831 0.17 401999/138 0.23 2009995/759 0.27 17285957/7452 0.32 1329689/621 0.38 16481959/8694 0.50 5225987/3312 0.59 307411/207 0.64 14873963/11178 0.84 2813993/2484
2KJ3235 - 77777 - 7 7 V1 2KJ3235 - 77777 - 7 7 U1 2KJ3235 - 77777 - 7 7 T1 2KJ3235 - 77777 - 7 7 S1 2KJ3235 - 77777 - 7 7 R1 2KJ3235 - 77777 - 7 7 Q1 2KJ3235 - 77777 - 7 7 P1 2KJ3235 - 77777 - 7 7 N1 2KJ3235 - 77777 - 7 7 M1 2KJ3235 - 77777 - 7 7 L1 2KJ3235 - 77777 - 7 7 K1 2KJ3235 - 77777 - 7 7 J1
971 1.5
3 100 20 200
-
836 1.7
3 100 20 200
-
690 2.1
3 100 20 200
-
649 2.2
3 100 20 200
-
582 2.5
3 100 20 200
-
495 2.9
3 100 20 200
-
424 3.4
3 100 20 200
-
366 4
3 100 20 200
-
1.10 401999/414
1.40 12461969/14904
0.73 122609695/177744
0.84 7212335/11109
0.96 348966055/599886
1.28 9431515/19044
1.69 9431515/22218
2.20 292376965/799848
2KJ3235 - 77777 - 7 7 H1 2KJ3235 - 77777 - 7 7 G1 2KJ3235 - 77777 - 7 7 F1 2KJ3235 - 77777 - 7 7 E1 2KJ3235 - 77777 - 7 7 D1 2KJ3235 - 77777 - 7 7 C1 2KJ3235 - 77777 - 7 7 B1 2KJ3235 - 77777 - 7 7 A1
1) Only in conjunction with reduced-backlash version
Siemens MD 50.1 · 2017
3/97
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Transmission ratios and torques for very low speeds
Selection and ordering data (continued)
i
n2
T2N
FR2
1)
JG
Rex
-
rpm
Nm
N
`
10-4 kgm² -
Motor frame size
Article No.
63 71 80 90 100 112 132 160
D.129-D49
19 506 0.07
5 000 27 000
-
0.12 1643206859/84240
3
17 733 0.08
5 000 27 000
-
15 675 0.09
5 000 27 000
-
0.14 1643206859/92664 0.17 234743837/14976
14 250 0.1
5 000 27 000
-
0.22 1173719185/82368
12 482 0.12
5 000 27 000
-
0.26 10093984991/808704
11 522 0.13
5 000 27 000
-
0.31 10093984991/876096
2KJ3238 - 77777 - 7 7 L1 2KJ3238 - 77777 - 7 7 K1 2KJ3238 - 77777 - 7 7 J1 2KJ3238 - 77777 - 7 7 H1 2KJ3238 - 77777 - 7 7 G1 2KJ3238 - 77777 - 7 7 F1
10 201 0.14
5 000 27 000
-
8 490 0.17
5 000 27 000
-
7 991 0.18
5 000 27 000
-
7 160 0.2
5 000 27 000
-
6 096 0.24
5 000 27 000
-
0.37 9624497317/943488
0.50 234743837/27648
0.59 13808461/1728
0.65 8685521969/1213056
0.85 1643206859/269568
2KJ3238 - 77777 - 7 7 E1 2KJ3238 - 77777 - 7 7 D1 2KJ3238 - 77777 - 7 7 C1 2KJ3238 - 77777 - 7 7 B1 2KJ3238 - 77777 - 7 7 A1
D.129-Z49
5 963 0.24
5 000 27 000
-
5 420 0.27
5 000 27 000
-
4 610 0.31
5 000 27 000
-
0.18 1339420717/224640
0.21 1339420717/247104
0.27 69042305/14976
2KJ3237 - 77777 - 7 7 B2 2KJ3237 - 77777 - 7 7 A2 2KJ3237 - 77777 - 7 7 X1
4 191 0.35
5 000 27 000
-
3 739 0.39
5 000 27 000
-
3 353 0.43
5 000 27 000
-
3 022 0.48
5 000 27 000
-
2 790 0.52
5 000 27 000
-
2 547 0.57
5 000 27 000
-
2 113 0.69
5 000 27 000
-
1 989 0.73
5 000 27 000
-
1 878 0.77
5 000 27 000
-
1 598 0.91
5 000 27 000
-
1 369 1.1
5 000 27 000
-
1 204 1.2
5 000 27 000
-
0.32 345211525/82368
0.37 1008017653/269568
0.45 69042305/20592
0.53 814699199/269568
0.63 814699199/292032
0.74 400445369/157248
0.95 759465355/359424
1.09 759465355/381888
1.24 759465355/404352
1.53 13808461/8640
1.89 676614589/494208
2.3
648997667/539136
2KJ3237 - 77777 - 7 7 W1 2KJ3237 - 77777 - 7 7 V1 2KJ3237 - 77777 - 7 7 U1 2KJ3237 - 77777 - 7 7 T1 2KJ3237 - 77777 - 7 7 S1 2KJ3237 - 77777 - 7 7 R1 2KJ3237 - 77777 - 7 7 Q1 2KJ3237 - 77777 - 7 7 P1 2KJ3237 - 77777 - 7 7 N1 2KJ3237 - 77777 - 7 7 M1 2KJ3237 - 77777 - 7 7 L1 2KJ3237 - 77777 - 7 7 K1
1 016 1.4
5 000 27 000
-
885 1.6
5 000 27 000
-
873 1.7
5 000 27 000
-
825 1.8
5 000 27 000
-
702 2.1
5 000 27 000
-
601 2.4
5 000 27 000
-
529 2.7
5 000 27 000
-
446 3.3
5 000 27 000
-
389 3.7
5 000 27 000
-
2.9
262360759/258336
3.9
13808461/15600
1.51 208411423/238680
1.71 208411423/252720
2.2
18946493/27000
2.8
928378157/1544400
3.4
890485171/1684800
4.5
359983367/807300
6
18946493/48750
2KJ3237 - 77777 - 7 7 J1 2KJ3237 - 77777 - 7 7 H1 2KJ3237 - 77777 - 7 7 G1 2KJ3237 - 77777 - 7 7 F1 2KJ3237 - 77777 - 7 7 E1 2KJ3237 - 77777 - 7 7 D1 2KJ3237 - 77777 - 7 7 C1 2KJ3237 - 77777 - 7 7 B1 2KJ3237 - 77777 - 7 7 A1
1) Only in conjunction with reduced-backlash version
3/98
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Transmission ratios and torques for very low speeds
Selection and ordering data (continued)
i
n2
T2N
FR2
1)
JG
Rex
-
rpm
Nm
N
`
10-4 kgm² -
Motor frame size
Article No.
63 71 80 90 100 112 132 160
D.149-D49
24 180 0.06
8 000
51 200
-
21 982 0.07
8 000
51 200
-
18 807 0.08
8 000
51 200
-
17 097 0.08
8 000
51 200
-
15 112 0.10
8 000
51 200
-
13 739 0.11
8 000
51 200
-
0.08 118481211/4900 0.10 118481211/5390 0.12 13164579/700 0.14 13164579/770 0.17 118481211/7840 0.22 118481211/8624
2KJ3241 - 77777 - 7 7 N1
2KJ3241 - 77777 - 7 7 M1
2KJ3241 - 77777 - 7 7 L1
3
2KJ3241 - 77777 - 7 7 K1
2KJ3241 - 77777 - 7 7 J1
2KJ3241 - 77777 - 7 7 H1
12 034 0.12
8 000
51 200
-
11 108 0.13
8 000
51 200
-
9 835 0.15
8 000
51 200
-
8 186 0.18
8 000
51 200
-
7 704 0.19
8 000
51 200
-
6 903 0.21
8 000
51 200
-
5 877 0.25
8 000
51 200
-
0.26 188692299/15680 0.31 566076897/50960 0.37 539747739/54880 0.50 513418581/62720 0.59 30201093/3920 0.66 54121047/7840 0.86 13164579/2240
2KJ3241 - 77777 - 7 7 G1 2KJ3241 - 77777 - 7 7 F1 2KJ3241 - 77777 - 7 7 E1 2KJ3241 - 77777 - 7 7 D1 2KJ3241 - 77777 - 7 7 C1 2KJ3241 - 77777 - 7 7 B1 2KJ3241 - 77777 - 7 7 A1
D.149-Z49
5 749 0.25
8 000
51 200
-
0.18 225346617/39200
2KJ3240 - 77777 - 7 7 B2
5 226 0.28
8 000
51 200
-
4 445 0.33
8 000
51 200
-
4 041 0.36
8 000
51 200
-
3 605 0.4
8 000
51 200
-
3 233 0.45
8 000
51 200
-
2 914 0.5
8 000
51 200
-
2 690 0.54
8 000
51 200
-
2 455 0.59
8 000
51 200
-
2 037 0.71
8 000
51 200
-
1 917 0.76
8 000
51 200
-
1 811 0.80
8 000
51 200
-
1 541 0.94
8 000
51 200
-
0.22 225346617/43120
0.28 6969483/1568
0.34 34847415/8624
0.39 56530251/15680
0.47 6969483/2156
0.55 45688833/15680
0.66 137066499/50960
0.78 67371669/27440
1.0
25554771/12544
1.16 25554771/13328
1.31 2839419/1568
1.62 30201093/19600
2KJ3240 - 77777 - 7 7 A2 2KJ3240 - 77777 - 7 7 X1 2KJ3240 - 77777 - 7 7 W1 2KJ3240 - 77777 - 7 7 V1 2KJ3240 - 77777 - 7 7 U1 2KJ3240 - 77777 - 7 7 T1 2KJ3240 - 77777 - 7 7 S1 2KJ3240 - 77777 - 7 7 R1 2KJ3240 - 77777 - 7 7 Q1 2KJ3240 - 77777 - 7 7 P1 2KJ3240 - 77777 - 7 7 N1 2KJ3240 - 77777 - 7 7 M1
1 320 1.1 1 161 1.2
979 1.5 853 1.7 842 1.7 795 1.8 677 2.1 580 2.5 510 2.8
8 000
51 200
-
8 000
51 200
-
8 000
51 200
-
8 000
51 200
-
8 000
51 200
-
8 000
51 200
-
8 000
51 200
-
8 000
51 200
-
8 000
51 200
-
2.0
2323161/1760
2.5
36396189/31360
3.2
1919133/1960
4.2
20908449/24500
1.81 35063523/41650
2.0
3895947/4900
2.6
41438709/61250
3.4
3187593/5500
4.3
49938957/98000
2KJ3240 - 77777 - 7 7 L1 2KJ3240 - 77777 - 7 7 K1 2KJ3240 - 77777 - 7 7 J1 2KJ3240 - 77777 - 7 7 H1 2KJ3240 - 77777 - 7 7 G1 2KJ3240 - 77777 - 7 7 F1 2KJ3240 - 77777 - 7 7 E1 2KJ3240 - 77777 - 7 7 D1 2KJ3240 - 77777 - 7 7 C1
430 3.4 375 3.9
8 000
51 200
-
8 000
51 200
-
5.7
2633229/6125
7.5
57376674/153125
2KJ3240 - 77777 - 7 7 B1 2KJ3240 - 77777 - 7 7 A1
1) Only in conjunction with reduced-backlash version
Siemens MD 50.1 · 2017
3/99
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Transmission ratios and torques for very low speeds
Selection and ordering data (continued)
i
n2
T2N
FR2
1)
JG
Rex
-
rpm
Nm
N
`
10-4 kgm² -
Motor frame size
Article No.
63 71 80 90 100 112 132 160
D.169-D69
23 323 0.06 14 000 70 100 -
0.08 28571136/1225
3
21 203 0.07 14 000 70 100 18 140 0.08 14 000 70 100 -
0.10 5194752/245 0.12 9523712/525
16 491 0.09 14 000 70 100 -
0.15 1731584/105
14 577 0.10 14 000 70 100 -
0.17 3571392/245
13 252 0.11 14 000 70 100 -
0.23 649344/49
2KJ3243 - 77777 - 7 7 N1 2KJ3243 - 77777 - 7 7 M1 2KJ3243 - 77777 - 7 7 L1 2KJ3243 - 77777 - 7 7 K1 2KJ3243 - 77777 - 7 7 J1 2KJ3243 - 77777 - 7 7 H1
11 608 0.12 14 000 70 100 -
10 715 0.14 14 000 70 100 -
9 487 0.15 14 000 70 100 -
7 896 0.18 14 000 70 100 -
7 431 0.2
14 000 70 100 -
6 659 0.22 14 000 70 100 -
5 669 0.26 14 000 70 100 -
0.26 25594976/2205 0.32 102379904/9555 0.39 48809024/5145 0.52 1934504/245 0.61 30952064/4165 0.68 44047168/6615 0.89 595232/105
2KJ3243 - 77777 - 7 7 G1 2KJ3243 - 77777 - 7 7 F1 2KJ3243 - 77777 - 7 7 E1 2KJ3243 - 77777 - 7 7 D1 2KJ3243 - 77777 - 7 7 C1 2KJ3243 - 77777 - 7 7 B1 2KJ3243 - 77777 - 7 7 A1
D.169-Z.69
5 545 0.26 14 000 70 100 -
0.21 115475008/20825
2KJ3242 - 77777 - 7 7 A2
5 041 0.29 14 000 70 100 4 287 0.34 14 000 70 100 3 898 0.37 14 000 70 100 3 478 0.42 14 000 70 100 3 118 0.47 14 000 70 100 2 811 0.52 14 000 70 100 2 594 0.56 14 000 70 100 2 368 0.61 14 000 70 100 1 965 0.74 14 000 70 100 1 849 0.78 14 000 70 100 1 747 0.83 14 000 70 100 1 486 0.98 14 000 70 100 -
0.26 20995456/4165
0.33 3571392/833
0.40 3246720/833
0.47 43451936/12495
0.57 2597376/833
0.67 35118688/12495
0.8
140474752/54145
0.95 69046912/29155
1.25 1636888/833
1.44 26190208/14161
1.62 13095104/7497
2.1
30952064/20825
2KJ3242 - 77777 - 7 7 X1 2KJ3242 - 77777 - 7 7 W1 2KJ3242 - 77777 - 7 7 V1 2KJ3242 - 77777 - 7 7 U1 2KJ3242 - 77777 - 7 7 T1 2KJ3242 - 77777 - 7 7 S1 2KJ3242 - 77777 - 7 7 R1 2KJ3242 - 77777 - 7 7 Q1 2KJ3242 - 77777 - 7 7 P1 2KJ3242 - 77777 - 7 7 N1 2KJ3242 - 77777 - 7 7 M1 2KJ3242 - 77777 - 7 7 L1
1 273 1.1 1 119 1.3
944 1.5 823 1.8 773 1.9 658 2.2 564 2.6 496 2.9 418 3.5
14 000 70 100 14 000 70 100 14 000 70 100 14 000 70 100 14 000 70 100 14 000 70 100 14 000 70 100 14 000 70 100 14 000 70 100 -
2.6
108224/85
3.2
13987952/12495
4.2
90475264/95795
5.7
85713408/104125
3.2
19047424/24633
4.3
45021184/68425
5.6
12121088/21505
7.1
20346112/41055
9.7
131600384/314755
2KJ3242 - 77777 - 7 7 K1 2KJ3242 - 77777 - 7 7 J1 2KJ3242 - 77777 - 7 7 H1 2KJ3242 - 77777 - 7 7 G1 2KJ3242 - 77777 - 7 7 F1 2KJ3242 - 77777 - 7 7 E1 2KJ3242 - 77777 - 7 7 D1 2KJ3242 - 77777 - 7 7 C1 2KJ3242 - 77777 - 7 7 B1
364 4.0
14 000 70 100 -
13
124674048/342125
2KJ3242 - 77777 - 7 7 A1
1) Only in conjunction with reduced-backlash version
3/100 Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Transmission ratios and torques for very low speeds
Selection and ordering data (continued)
i
n2
T2N
FR2
1)
JG
Rex
-
rpm
Nm
N
`
10-4 kgm² -
Motor frame size
Article No.
63 71 80 90 100 112 132 160
D.189-D69
27 816 0.05 19 000 107 000
-
24 424 0.06 19 000 107 000
-
22 204 0.07 19 000 107 000
-
18 996 0.08 19 000 107 000
-
17 269 0.08 19 000 107 000
-
15 265 0.09 19 000 107 000
-
0.07 15994264/575 0.09 14043744/575 0.11 2553408/115 0.12 10922912/575 0.15 1985984/115 0.18 1755468/115
2KJ3245 - 77777 - 7 7 P1
2KJ3245 - 77777 - 7 7 N1
2KJ3245 - 77777 - 7 7 M1
3
2KJ3245 - 77777 - 7 7 L1
2KJ3245 - 77777 - 7 7 K1
2KJ3245 - 77777 - 7 7 J1
13 877 0.1
19 000 107 000
-
12 155 0.12 19 000 107 000
-
11 220 0.13 19 000 107 000
-
9 934 0.15 19 000 107 000
-
8 269 0.18 19 000 107 000
-
7 782 0.19 19 000 107 000
-
6 973 0.21 19 000 107 000
-
5 936 0.24 19 000 107 000
-
0.23 319176/23 0.27 4193618/345 0.32 1290344/115 0.39 7997132/805 0.53 1901757/230 0.62 15214056/1955 0.69 7216924/1035 0.91 682682/115
2KJ3245 - 77777 - 7 7 H1 2KJ3245 - 77777 - 7 7 G1 2KJ3245 - 77777 - 7 7 F1 2KJ3245 - 77777 - 7 7 E1 2KJ3245 - 77777 - 7 7 D1 2KJ3245 - 77777 - 7 7 C1 2KJ3245 - 77777 - 7 7 B1 2KJ3245 - 77777 - 7 7 A1
D.189-Z69
5 807 0.25 19 000 107 000
-
5 279 0.27 19 000 107 000
-
4 490 0.32 19 000 107 000
-
4 082 0.36 19 000 107 000
-
3 642 0.4
19 000 107 000
-
3 265 0.44 19 000 107 000
-
2 943 0.49 19 000 107 000
-
2 717 0.53 19 000 107 000
-
2 480 0.58 19 000 107 000
-
2 058 0.7
19 000 107 000
-
1 937 0.75 19 000 107 000
-
1 829 0.79 19 000 107 000
-
0.24 56760132/9775 0.29 10320024/1955 0.37 1755468/391 0.45 1595880/391 0.53 7119398/1955 0.64 1276704/391 0.77 5754034/1955 0.91 5311416/1955 1.08 33939048/13685 1.45 1609179/782 1.65 12873432/6647 1.87 2145572/1173
2KJ3244 - 77777 - 7 7 A2 2KJ3244 - 77777 - 7 7 X1 2KJ3244 - 77777 - 7 7 W1 2KJ3244 - 77777 - 7 7 V1 2KJ3244 - 77777 - 7 7 U1 2KJ3244 - 77777 - 7 7 T1 2KJ3244 - 77777 - 7 7 S1 2KJ3244 - 77777 - 7 7 R1 2KJ3244 - 77777 - 7 7 Q1 2KJ3244 - 77777 - 7 7 P1 2KJ3244 - 77777 - 7 7 N1 2KJ3244 - 77777 - 7 7 M1
1 556 0.93 19 000 107 000
-
1 333 1.1
19 000 107 000
-
1 172 1.2
19 000 107 000
-
989 1.5
19 000 107 000
-
862 1.7
19 000 107 000
-
810 1.8
19 000 107 000
-
689 2.1
19 000 107 000
-
590 2.5
19 000 107 000
-
519 2.8
19 000 107 000
-
2.4
15214056/9775
3.1
2606604/1955
3.8
2291861/1955
5.1
44471856/44965
6.8
42131232/48875
4.5
21845824/26979
6
154906752/224825
8
26539968/44965
10
23335312/44965
2KJ3244 - 77777 - 7 7 L1 2KJ3244 - 77777 - 7 7 K1 2KJ3244 - 77777 - 7 7 J1 2KJ3244 - 77777 - 7 7 H1 2KJ3244 - 77777 - 7 7 G1 2KJ3244 - 77777 - 7 7 F1 2KJ3244 - 77777 - 7 7 E1 2KJ3244 - 77777 - 7 7 D1 2KJ3244 - 77777 - 7 7 C1
438 3.3
19 000 107 000
-
14
382 3.8
19 000 107 000
-
18
452804352/1034195 428972544/1124125
2KJ3244 - 77777 - 7 7 B1 2KJ3244 - 77777 - 7 7 A1
1) Only in conjunction with reduced-backlash version
Siemens MD 50.1 · 2017 3/101
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Dimensions
Dimensional drawing overview
Information about dimensional drawings can be found in chapter "Introduction" on page 1/21.
Design Helical geared motor Z and D Foot-mounted design
3
Foot/flange-mounted design
G_D087_XX_00184
G_D087_XX_00185
Size
D/Z19 D/Z29 D/Z39 D/Z49 D/Z59 D/Z69 D/Z79 D/Z89 D/Z109 D/Z129 D/Z149 D/Z169 D/Z189
DB/ZB29 DB/ZB39 DB/ZB49 DB/ZB59 DB/ZB69 DB/ZB79 DB/ZB89
Flange-mounted design
G_D087_XX_00186
Flange-mounted design with VLplus reinforced bearing system
DF/ZF19 DF/ZF29 DF/ZF39 DF/ZF49 DF/ZF59 DF/ZF69 DF/ZF79 DF/ZF89 DF/ZF109 DF/ZF129 DF/ZF149 DF/ZF169 DF/ZF189
DF/ZF89 DF/ZF109 DF/ZF129 DF/ZF149 DF/ZF169
Flange-mounted design with XLplus reinforced bearing system
DF/ZF89 DF/ZF109 DF/ZF129 DF/ZF149 DF/ZF169
Dimensional drawing on page
3/104 3/107 3/111 3/115 3/118 3/121 3/124 3/127 3/132 3/137 3/142 3/146 3/150
3/108 3/112 3/115 3/118 3/121 3/124 3/127
3/105 3/109 3/113 3/116 3/119 3/122 3/125 3/128 3/133 3/138 3/143 3/147 3/151
3/129 3/134 3/139 3/144 3/148
3/130 3/135 3/140 3/145 3/149
Housing flange design
3/102 Siemens MD 50.1 · 2017
G_D087_XX_00187
Update 02/2018
DZ/ZZ19 DZ/ZZ29 DZ/ZZ39 DZ/ZZ49 DZ/ZZ59 DZ/ZZ69 DZ/ZZ79 DZ/ZZ89 DZ/ZZ109 DZ/ZZ129
3/106 3/110 3/114 3/117 3/120 3/123 3/126 3/131 3/136 3/141
Dimensional drawing overview (continued)
Design Helical geared motor E Foot-mounted design
Flange-mounted design
Housing flange design
Cooling tower geared motor
Helical tandem geared motor
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Dimensions
Frame size
Dimensional drawing on page
E39 E49 E69 E89 E109 E129 E149
3/152 3/155
3
3/158
3/161
3/164
3/167
3/170
EF39 EF49 EF69 EF89 EF109 EF129 EF149
EZ39 EZ49 EZ69 EZ89 EZ109 EZ129 EZ149
ZKF89 ZKF109 ZKF129 ZKF149 ZKF169 ZKF189 EKF89 EKF109 EKF129 EKF149
D./Z.29-D/Z19 ... D.189-D/Z69
3/153 3/156 3/159 3/162 3/165 3/168 3/171
3/154 3/157 3/160 3/163 3/166 3/169 3/172
3/173 3/174 3/175 3/176 3/177 3/178 3/179 3/180 3/181 3/182
3/183
Additional versions and options Inner contour of the flange design
DF/ZF19 ... DF/ZF189 EF39 ... EF149
3/184 3/185
Update 02/2018
Siemens MD 50.1 · 2017 3/103
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Dimensions
D/Z19 gearbox in a foot-mounted design
DZ030
D/Z19
3
q 2
kB k
LBL LB
Z
Ød to1 4,4
ØAC
i
110
133
l
l4
l3
5u
Ød to1 t
DR 4
75-0,5 50 12
25
Ø9
110
135
Z AD
Shaft
Motor
q AC AD1) k kB LB LBL
d 16 16 20
LA 63 159.5 117.8 124.0 320.0 364.5 160.5 205.0
to1
l
k6
28
k6
40
k6
40
71 167.5 138.8 134.0 352.0 407.0 184.5 239.5
l3
l4
22
3
32
4
32
4
71Z 167.5 138.8 134.0 371.0 426.0 203.5 258.5
t
u
18.0
5
18.0
5
22.5
6
LE 80 168.0 156.3 149.2 408.0 468.0 240.0 300.0
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1
3/104 Siemens MD 50.1 · 2017
i 46 58 58
80Z 168.0 156.3 149.2 443.0 503.0 275.0 335.0
DR M5 M8 M6x16
© Siemens AG 2018
DF/ZF19 gearbox in a flange-mounted design
DZF030
DF/ZF19
kB
k
q
LBL
LB
Z
Ød to1 4,4
ØAC
43,5
Ød to1 t
l
l4
l3
5u
DR 4
10
i2
c1
f1
45°
Øs1
Øe1
76 51,5
SIMOGEAR geared motors Helical geared motors
Dimensions
3
135 Z
AD
Øa1 Øb1 to2
Flange a1
b1
to2 c1
e1
f1
s1
Shaft d
to1 l
l3
l4
t
u
i2
120
80
j6
8
100 3.0 6.6
16
k6
28 22
3
18.0 5
28
140
95
j6
9
115 3.0 9.0
16
k6
40 32
4
18.0 5
40
160 110
j6
9
130 3.5 9.0
20
k6
40 32
4
22.5 6
40
Motor
q AC AD1) k kB LB LBL
LA 63 168.5 117.8 124.0 329.0 373.5 160.5 205.0
71 176.5 138.8 134.0 361.0 416.0 184.5 239.5
71Z 176.5 138.8 134.0 380.0 435.0 203.5 258.5
LE 80 177.0 156.3 149.2 417.0 477.0 240.0 300.0
80Z 177.0 156.3 149.2 452.0 512.0 275.0 335.0
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1 . For inner contour see page 3/184
Siemens MD 50.1 · 2017
DR M5 M8 M6x16
3/105
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Dimensions
DZ/ZZ19 gearbox in a housing flange design
DZZ030
DZ/ZZ19
3
kB
k
q
LBL
LB
Z
Ød to1 4,4
ØAC
43,5
Ød to1 t
l
l4
l3
5u
DR 4
Ø72 Ø48 j6
30° 25°
30° 25°
Ø60
3
M6x12
3°
i2
76
51,5
135
Z AD
Shaft
Motor
q AC AD1) k kB LB LBL
d 16 16 20
LA 63 168.5 117.8 124.0 329.0 373.5 160.5 205.0
to1
l
k6
28
k6
40
k6
40
71 176.5 138.8 134.0 361.0 416.0 184.5 239.5
l3
l4
22
3
32
4
32
4
71Z 176.5 138.8 134.0 380.0 435.0 203.5 258.5
t
u
18.0
5
18.0
5
22.5
6
LE 80 177.0 156.3 149.2 417.0 477.0 240.0 300.0
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1
3/106 Siemens MD 50.1 · 2017
i2 42 54 54
80Z 177.0 156.3 149.2 452.0 512.0 275.0 335.0
DR M5 M8 M6x16
© Siemens AG 2018
D/Z29 gearbox in a foot-mounted design
DZ030
D/Z29
135 2,5
kB k
LBL LB
Ø25 k6 10
Z
75
130
152
50
5
40
58
Ø25 k6 28
DR M10x22 4
ØAC 90 -0,5 53,5
18
SIMOGEAR geared motors Helical geared motors
Dimensions
146
3
32
Ø9
110
142
Z
AD
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 329.0 373.5 194.0 238.5
71 138.8 134.0 361.0 416.0 226.0 281.0
71Z 138.8 134.0 380.0 435.0 245.0 300.0
LE 80 156.3 149.2 425.0 485.0 290.0 350.0
80Z 156.3 149.2 460.0 520.0 325.0 385.0
90 173.8 154.2 486.5 556.5 351.5 421.5
90Z 173.8 154.2 526.5 596.5 391.5 461.5
100 198.0 170.5 543.0 621.5 408.0 486.5
100Z 198.0 170.5 578.0 656.5 443.0 521.5
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1
Siemens MD 50.1 · 2017 3/107
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Dimensions
DB/ZB29 gearbox in a foot/flange-mounted design
DZB030
DB/ZB29
3
kB
k
141
LBL
LB
Ø25 k6 10
Z
81,5
130
152
50
5
40
58
Ø25 k6 28
DR M10x22 4
10
50
8
3
45°
Ø6,6
Ø100
ØAC 90 -0,5 53,5
18
146
32
Ø9
110
142
Z
AD
Ø120 Ø80 j6
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 335.0 379.5 194.0 238.5
71 138.8 134.0 367.0 422.0 226.0 281.0
71Z 138.8 134.0 386.0 441.0 245.0 300.0
LE 80 156.3 149.2 431.0 491.0 290.0 350.0
80Z 156.3 149.2 466.0 526.0 325.0 385.0
90 173.8 154.2 492.5 562.5 351.5 421.5
90Z 173.8 154.2 532.5 602.5 391.5 461.5
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1 . For inner contour see page 3/184
3/108 Siemens MD 50.1 · 2017
100 198.0 170.5 549.0 627.5 408.0 486.5
100Z 198.0 170.5 584.0 662.5 443.0 521.5
© Siemens AG 2018
DF/ZF29 gearbox in a flange-mounted design
DZF030
DF/ZF29
kB
k
141
LBL
LB
Ø25 k6 10
Z
ØAC
54,5
50
5
40
58
Ø25 k6 28
DR M10x22 4
10
50
c1
f1
45°
Øs1
Øe1
90
53,5
SIMOGEAR geared motors Helical geared motors
Dimensions
3
146 Z
AD
Øa1 Øb1 to2
Flange a1 120 140 160
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 335.0 379.5 194.0 238.5
b1 80 95
110
71 138.8 134.0 367.0 422.0 226.0 281.0
to2 j6 j6 j6
71Z 138.8 134.0 386.0 441.0 245.0 300.0
LE 80 156.3 149.2 431.0 491.0 290.0 350.0
c1 8 9 9
80Z 156.3 149.2 466.0 526.0 325.0 385.0
e1 100 115 130
90 173.8 154.2 492.5 562.5 351.5 421.5
f1 3.0 3.0 3.5
90Z 173.8 154.2 532.5 602.5 391.5 461.5
100 198.0 170.5 549.0 627.5 408.0 486.5
s1 6.6 9.0 9.0
100Z 198.0 170.5 584.0 662.5 443.0 521.5
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1 . For inner contour see page 3/184
Siemens MD 50.1 · 2017 3/109
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Dimensions
DZ/ZZ29 gearbox in a housing flange design
DZZ030
DZ/ZZ29
3
kB
k
141
LBL
LB
Ø25 k6 10
Z
ØAC
54,5
50
5
40
58
Ø25 k6 28
DR M10x22 4
3 62
30° 30°
45°
M6x11
Ø68 5°
Ø79 Ø58 j6
90
53,5
146
Z AD
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 335.0 379.5 194.0 238.5
71 138.8 134.0 367.0 422.0 226.0 281.0
71Z 138.8 134.0 386.0 441.0 245.0 300.0
LE 80 156.3 149.2 431.0 491.0 290.0 350.0
80Z 156.3 149.2 466.0 526.0 325.0 385.0
90 173.8 154.2 492.5 562.5 351.5 421.5
90Z 173.8 154.2 532.5 602.5 391.5 461.5
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1
3/110 Siemens MD 50.1 · 2017
100 198.0 170.5 549.0 627.5 408.0 486.5
100Z 198.0 170.5 584.0 662.5 443.0 521.5
© Siemens AG 2018
D/Z39 gearbox in a foot-mounted design
DZ030
D/Z39
kB k 148 3
LBL LB
Ø25 k6 8,5
Z
75
130
160
50
5
40
58
Ø25 k6 28
DR M10x22 4
AC 90 -0,5 53,5
18
SIMOGEAR geared motors Helical geared motors
Dimensions
179
3
34
Ø9
110
145
Z
AD
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 342.0 386.5 194.0 238.5
71 138.8 134.0 374.0 429.0 226.0 281.0
71Z 138.8 134.0 393.0 448.0 245.0 300.0
LE 80 156.3 149.2 438.0 498.0 290.0 350.0
80Z 156.3 149.2 473.0 533.0 325.0 385.0
90 173.8 154.2 499.5 569.5 351.5 421.5
90Z 173.8 154.2 539.5 609.5 391.5 461.5
100 198.0 170.5 556.0 634.5 408.0 486.5
100Z 198.0 170.5 591.0 669.5 443.0 521.5
112 222.0 181.5 566.0 639.0 418.0 491.0
112Z 222.0 181.5 591.0 664.0 443.0 516.0
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1
Siemens MD 50.1 · 2017 3/111
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Dimensions
DB/ZB39 gearbox in a foot/flange-mounted design
DZB030
DB/ZB39
3
kB
k
154
LBL
LB
Ø25 k6 8,5
Z
81
130
160
50
5
40
58
Ø25 k6 28
DR M10x22 4
10
50
8
3
45°
Ø6,6
Ø100
ØAC 90 -0,5 53,5
18
179
34
Ø9
110
145
Z
AD
Ø120 Ø80 j6
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 348.0 392.5 194.0 238.5
71 138.8 134.0 380.0 435.0 226.0 281.0
71Z 138.8 134.0 399.0 454.0 245.0 300.0
LE 80 156.3 149.2 444.0 504.0 290.0 350.0
80Z 156.3 149.2 479.0 539.0 325.0 385.0
90 173.8 154.2 505.5 575.5 351.5 421.5
90Z 173.8 154.2 545.5 615.5 391.5 461.5
100 198.0 170.5 562.0 640.5 408.0 486.5
100Z 198.0 170.5 597.0 675.5 443.0 521.5
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1 . For inner contour see page 3/184
3/112 Siemens MD 50.1 · 2017
112 222.0 181.5 572.0 645.0 418.0 491.0
112Z 222.0 181.5 597.0 670.0 443.0 516.0
© Siemens AG 2018
DF/ZF39 gearbox in a flange-mounted design
DZF030
DF/ZF39
kB
k
154
LBL
LB
Ø25 k6 8,5
Z
ØAC
56
50
5
40
58
Ø25 k6 28
DR M10x22 4
10
50
c1
f1
45°
Øs1
Øe1
90
53,5
SIMOGEAR geared motors Helical geared motors
Dimensions
3
179 Z
AD
Øa1 Øb1 to2
Flange a1 120 160 200
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 348.0 392.5 194.0 238.5
b1 80
110 130
71 138.8 134.0 380.0 435.0 226.0 281.0
71Z 138.8 134.0 399.0 454.0 245.0 300.0
to2 j6 j6 j6
LE 80 156.3 149.2 444.0 504.0 290.0 350.0
c1 8
10 12
80Z 156.3 149.2 479.0 539.0 325.0 385.0
90 173.8 154.2 505.5 575.5 351.5 421.5
e1 100 130 165
90Z 173.8 154.2 545.5 615.5 391.5 461.5
100 198.0 170.5 562.0 640.5 408.0 486.5
f1 3.0 3.5 3.5
100Z 198.0 170.5 597.0 675.5 443.0 521.5
s1 6.6 9.0
11.0
112 222.0 181.5 572.0 645.0 418.0 491.0
112Z 222.0 181.5 597.0 670.0 443.0 516.0
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1 . For inner contour see page 3/184
Siemens MD 50.1 · 2017 3/113
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Dimensions
DZ/ZZ39 gearbox in a housing flange design
DZZ030
DZ/ZZ39
3
kB
k
154
LBL
LB
Ø25 k6 8,5
Z
ØAC
50
5
40
56 58
Ø25 k6 28
DR M10x22 4
4 63
Ø82
M8x16
13°
Ø97 Ø68 j6
23° 21°
23° 18°
90
53,5
179
Z AD
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 348.0 392.5 194.0 238.5
71 138.8 134.0 380.0 435.0 226.0 281.0
71Z 138.8 134.0 399.0 454.0 245.0 300.0
LE 80 156.3 149.2 444.0 504.0 290.0 350.0
80Z 156.3 149.2 479.0 539.0 325.0 385.0
90 173.8 154.2 505.5 575.5 351.5 421.5
90Z 173.8 154.2 545.5 615.5 391.5 461.5
100 198.0 170.5 562.0 640.5 408.0 486.5
100Z 198.0 170.5 597.0 675.5 443.0 521.5
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1
3/114 Siemens MD 50.1 · 2017
112 222.0 181.5 572.0 645.0 418.0 491.0
112Z 222.0 181.5 597.0 670.0 443.0 516.0
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
D/Z49 gearbox in a foot-mounted design and DB/ZB49 gearbox in a foot/flange-mounted design
DZ030, DZB030
Dimensions
D/Z49
179 3
kB k
LBL LB
213 165
3
Ø30 k6 3,9 113,5
81
Z
ØAC
24
115 -0,5
90
165
200
60
5
50
58
43 Ø13,5 135 172
Z AD
Ø30 k6 33
DR M10x22 4
DB/ZB49 10
179 60 10
3
45°
Ø9
Ø115
Ø140 Ø95 j6
Ø30 k6
90
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 363.5 408.0 184.5 229.0
71 138.8 134.0 395.5 450.5 216.5 271.5
71Z 138.8 134.0 414.5 469.5 235.5 290.5
LE 80 156.3 149.2 459.5 519.5 280.5 340.5
80Z 156.3 149.2 494.5 554.5 315.5 375.5
90 173.8 154.2 521.0 591.0 342.0 412.0
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
90Z 173.8 154.2 561.0 631.0 382.0 452.0
100 198.0 170.5 577.5 656.0 398.5 477.0
100Z 198.0 170.5 612.5 691.0 433.5 512.0
112 222.0 181.5 587.5 660.5 408.5 481.5
112Z 222.0 181.5 622.0 695.0 443.0 516.0
132 264.0 207.0 640.5 745.0 461.5 566.0
132Z 264.0 207.0 690.5 795.0 511.5 616.0
) Feather key/keyway DIN 6885-1 . For inner contour see page 3/184
Siemens MD 50.1 · 2017 3/115
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Dimensions
DF/ZF49 gearbox in a flange-mounted design
DZF030
DF/ZF49
3
kB
k
179
LBL
LB
Ø30 k6 3,9 113,5
Z
ØAC
70
60
5
50
58
Ø30 k6 33
DR M10x22 4
60
c1
f1
45°
Øs1
Øe1
Øa1 Øb1 to2
10
116
81
165
213 Z
AD
Flange a1 140 160 200
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 363.5 408.0 184.5 229.0
b1 95
110 130
71 138.8 134.0 395.5 450.5 216.5 271.5
71Z 138.8 134.0 414.5 469.5 235.5 290.5
to2 j6 j6 j6
LE 80 156.3 149.2 459.5 519.5 280.5 340.5
80Z 156.3 149.2 494.5 554.5 315.5 375.5
c1 10 10 12
90 173.8 154.2 521.0 591.0 342.0 412.0
90Z 173.8 154.2 561.0 631.0 382.0 452.0
e1 115 130 165
100 198.0 170.5 577.5 656.0 398.5 477.0
100Z 198.0 170.5 612.5 691.0 433.5 512.0
f1 3.0 3.5 3.5
112 222.0 181.5 587.5 660.5 408.5 481.5
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1 . For inner contour see page 3/184
3/116 Siemens MD 50.1 · 2017
112Z 222.0 181.5 622.0 695.0 443.0 516.0
s1 9.0 9.0
11.0
132 264.0 207.0 640.5 745.0 461.5 566.0
132Z 264.0 207.0 690.5 795.0 511.5 616.0
© Siemens AG 2018
DZ/ZZ49 gearbox in a housing flange design
DZZ030
DZ/ZZ49
kB
k
179
LBL
LB
Ø30 k6 3,9 113,5
Z
ØAC
70
60
5
50
58
Ø30 k6 33
DR M10x22 4
M8x14
Ø114 Ø77 j6 15°
15°
Ø95
13,5 76,5
116
81
SIMOGEAR geared motors Helical geared motors
Dimensions
165
3
213
Z AD
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 363.5 408.0 184.5 229.0
71 138.8 134.0 395.5 450.5 216.5 271.5
71Z 138.8 134.0 414.5 469.5 235.5 290.5
LE 80 156.3 149.2 459.5 519.5 280.5 340.5
80Z 156.3 149.2 494.5 554.5 315.5 375.5
90 173.8 154.2 521.0 591.0 342.0 412.0
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
90Z 173.8 154.2 561.0 631.0 382.0 452.0
100 198.0 170.5 577.5 656.0 398.5 477.0
100Z 198.0 170.5 612.5 691.0 433.5 512.0
112 222.0 181.5 587.5 660.5 408.5 481.5
) Feather key/keyway DIN 6885-1
112Z 222.0 181.5 622.0 695.0 443.0 516.0
132 264.0 207.0 640.5 745.0 461.5 566.0
132Z 264.0 207.0 690.5 795.0 511.5 616.0
Siemens MD 50.1 · 2017 3/117
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Dimensions
D/Z59 gearbox in a foot-mounted design and DB/ZB59 gearbox in a foot/flange-mounted design
DZ030, DZB030
D/Z59 kB
k
3
179 3,5
LBL LB
227 172
Ø35 k6 11,5
108
81
Z
ØAC
24
115 -0,5
100
165
200
70
7
56
5 10
55
Ø14
135
190
Z AD
Ø35 k6 38
DR M12x28 4
DB/ZB59 10
179 70 10
3,5
45°
Ø9
Ø130
Ø160 Ø110 j6
Ø35 k6
100
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 363.5 408.0 184.5 229.0
71 138.8 134.0 395.5 450.5 216.5 271.5
71Z 138.8 134.0 414.5 469.5 235.5 290.5
LE 80 156.3 149.2 459.5 519.5 280.5 340.5
80Z 156.3 149.2 494.5 554.5 315.5 375.5
90 173.8 154.2 521.0 591.0 342.0 412.0
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
3/118 Siemens MD 50.1 · 2017
90Z 173.8 154.2 561.0 631.0 382.0 452.0
100 198.0 170.5 577.5 656.0 398.5 477.0
100Z 198.0 170.5 612.5 691.0 433.5 512.0
112 222.0 181.5 587.5 660.5 408.5 481.5
) Feather key/keyway DIN 6885-1 . For inner contour see page 3/184
112Z 222.0 181.5 622.0 695.0 443.0 516.0
132 264.0 207.0 640.5 745.0 461.5 566.0
132Z 264.0 207.0 690.5 795.0 511.5 616.0
© Siemens AG 2018
DF/ZF59 gearbox in a flange-mounted design
DZF030
DF/ZF59
kB
k
179
LBL
LB
Ø35 k6 11,5
108
Z
ØAC
74
70
7
56
5 10
Ø35 k6 38
DR M12x28 4
70
c1
f1
45°
Øs1
Øe1
Øa1 Øb1 to2
10
117
81
SIMOGEAR geared motors Helical geared motors
Dimensions
172
3
227
Z AD
Flange a1 160 200 250
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 363.5 408.0 184.5 229.0
b1 110 130 180
71 138.8 134.0 395.5 450.5 216.5 271.5
71Z 138.8 134.0 414.5 469.5 235.5 290.5
to2 j6 j6 j6
LE 80 156.3 149.2 459.5 519.5 280.5 340.5
80Z 156.3 149.2 494.5 554.5 315.5 375.5
c1 10 12 15
90 173.8 154.2 521.0 591.0 342.0 412.0
90Z 173.8 154.2 561.0 631.0 382.0 452.0
e1 130 165 215
100 198.0 170.5 577.5 656.0 398.5 477.0
100Z 198.0 170.5 612.5 691.0 433.5 512.0
f1 3.5 3.5 4.0
112 222.0 181.5 587.5 660.5 408.5 481.5
112Z 222.0 181.5 622.0 695.0 443.0 516.0
s1 9.0
11.0 13.5
132 264.0 207.0 640.5 745.0 461.5 566.0
132Z 264.0 207.0 690.5 795.0 511.5 616.0
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1 . For inner contour see page 3/184
Siemens MD 50.1 · 2017 3/119
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Dimensions
DZ/ZZ59 gearbox in a housing flange design
DZZ030
DZ/ZZ59
3
kB
k
179
LBL
LB
Ø35 k6 11,5
108
Z
ØAC
74
70
7
56
5 10
Ø35 k6 38
DR M12x28 4
M10x17
Ø108
13 86,5
Ø127 Ø87 j6 15°
15°
117
81
172
227 Z
AD
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 363.5 408.0 184.5 229.0
71 138.8 134.0 395.5 450.5 216.5 271.5
71Z 138.8 134.0 414.5 469.5 235.5 290.5
LE 80 156.3 149.2 459.5 519.5 280.5 340.5
80Z 156.3 149.2 494.5 554.5 315.5 375.5
90 173.8 154.2 521.0 591.0 342.0 412.0
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
3/120 Siemens MD 50.1 · 2017
90Z 173.8 154.2 561.0 631.0 382.0 452.0
100 198.0 170.5 577.5 656.0 398.5 477.0
100Z 198.0 170.5 612.5 691.0 433.5 512.0
112 222.0 181.5 587.5 660.5 408.5 481.5
) Feather key/keyway DIN 6885-1
112Z 222.0 181.5 622.0 695.0 443.0 516.0
132 264.0 207.0 640.5 745.0 461.5 566.0
132Z 264.0 207.0 690.5 795.0 511.5 616.0
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
D/Z69 gearbox in a foot-mounted design and DB/ZB69 gearbox in a foot/flange-mounted design
DZ030, DZB030
Dimensions
D/Z69
204 3,5
kB k
LBL LB
223 183
3
Ø35 k6 21,3
112
Z
ØAC 130 -0,5 88,5
30
100
195
235
70
7
56
5 10
60 Ø13,5 150 210
Z AD
Ø35 k6 38
DR M12x28 4
DB/ZB69 10
204 70 12
3,5
45°
Ø11
Ø165
Ø200 Ø130 j6
Ø35 k6
100
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 388.5 433.0 184.5 229.0
71 138.8 134.0 420.5 475.5 216.5 271.5
71Z 138.8 134.0 439.5 494.5 235.5 290.5
LE 80 156.3 149.2 484.5 544.5 280.5 340.5
80Z 156.3 149.2 519.5 579.5 315.5 375.5
90 173.8 154.2 546.0 616.0 342.0 412.0
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
90Z 173.8 154.2 586.0 656.0 382.0 452.0
100 198.0 170.5 602.5 681.0 398.5 477.0
100Z 198.0 170.5 637.5 716.0 433.5 512.0
112 222.0 181.5 612.5 685.5 408.5 481.5
112Z 222.0 181.5 647.0 720.0 443.0 516.0
132 264.0 207.0 665.5 770.0 461.5 566.0
132Z 264.0 207.0 715.5 820.0 511.5 616.0
) Feather key/keyway DIN 6885-1 . For inner contour see page 3/184
Siemens MD 50.1 · 2017 3/121
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Dimensions
DF/ZF69 gearbox in a flange-mounted design
DZF030
DF/ZF69
3
kB
k
204
LBL
LB
Ø35 k6 21,3
112
Z
ØAC
70
70
7
56
5 10
Ø35 k6 38
DR M12x28 4
70
c1
f1
45°
Øs1
Øe1
Øa1 Øb1 to2
10
132
88,5
183
223 Z
AD
Flange a1 200 250
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 388.5 433.0 184.5 229.0
b1 130 180
71 138.8 134.0 420.5 475.5 216.5 271.5
71Z 138.8 134.0 439.5 494.5 235.5 290.5
to2 j6 j6
LE 80 156.3 149.2 484.5 544.5 280.5 340.5
80Z 156.3 149.2 519.5 579.5 315.5 375.5
c1 12 15
90 173.8 154.2 546.0 616.0 342.0 412.0
90Z 173.8 154.2 586.0 656.0 382.0 452.0
e1 165 215
100 198.0 170.5 602.5 681.0 398.5 477.0
100Z 198.0 170.5 637.5 716.0 433.5 512.0
f1 3.5 4.0
112 222.0 181.5 612.5 685.5 408.5 481.5
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1 . For inner contour see page 3/184
3/122 Siemens MD 50.1 · 2017
112Z 222.0 181.5 647.0 720.0 443.0 516.0
s1 11.0 13.5
132 264.0 207.0 665.5 770.0 461.5 566.0
132Z 264.0 207.0 715.5 820.0 511.5 616.0
© Siemens AG 2018
DZ/ZZ69 gearbox in a housing flange design
DZZ030
DZ/ZZ69
kB
k
204
LBL
LB
Ø35 k6 21,3
112
Z
ØAC
70
70
7
56
5 10
Ø35 k6 38
DR M12x28 4
M10x17
Ø125
13 86,5
Ø145 Ø105 j6 15°
15°
132
88,5
SIMOGEAR geared motors Helical geared motors
Dimensions
183
3
223
Z AD
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 388.5 433.0 184.5 229.0
71 138.8 134.0 420.5 475.5 216.5 271.5
71Z 138.8 134.0 439.5 494.5 235.5 290.5
LE 80 156.3 149.2 484.5 544.5 280.5 340.5
80Z 156.3 149.2 519.5 579.5 315.5 375.5
90 173.8 154.2 546.0 616.0 342.0 412.0
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
90Z 173.8 154.2 586.0 656.0 382.0 452.0
100 198.0 170.5 602.5 681.0 398.5 477.0
100Z 198.0 170.5 637.5 716.0 433.5 512.0
112 222.0 181.5 612.5 685.5 408.5 481.5
) Feather key/keyway DIN 6885-1
112Z 222.0 181.5 647.0 720.0 443.0 516.0
132 264.0 207.0 665.5 770.0 461.5 566.0
132Z 264.0 207.0 715.5 820.0 511.5 616.0
Siemens MD 50.1 · 2017 3/123
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Dimensions
D/Z79 gearbox in a foot-mounted design and DB/ZB79 gearbox in a foot/flange-mounted design
DZ030, DZB030
D/Z79 kB
k
3
214 3,5
LBL LB
275 217
Ø40 k6 15,5
135
Z
ØAC 140 -0,5 102,5
30
115
205
245
80
5
70
5 12
60
Ø18
170
230
Z AD
Ø40 k6 43
DR M16x36 4
DB/ZB79 10
214 80 15
4
45°
Ø13,5
Ø215
Ø250 Ø180 j6
Ø40 k6
115
Motor
AC AD1) k kB LB LBL
LA 71 138.8 134.0 428.5 483.5 214.5 269.5
71Z 138.8 134.0 447.5 502.5 233.5 288.5
LE 80 156.3 149.2 488.5 548.5 274.5 334.5
80Z 156.3 149.2 523.5 583.5 309.5 369.5
90 173.8 154.2 550.0 620.0 336.0 406.0
90Z 173.8 154.2 590.0 660.0 376.0 446.0
100 198.0 170.5 606.5 685.0 392.5 471.0
100Z 198.0 170.5 641.5 720.0 427.5 506.0
112 222.0 181.5 616.5 689.5 402.5 475.5
112Z 222.0 181.5 641.5 714.5 427.5 500.5
132 264.0 207.0 669.5 774.0 455.5 560.0
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1 . For inner contour see page 3/184
3/124 Siemens MD 50.1 · 2017
132Z 264.0 207.0 719.5 824.0 505.5 610.0
160 318.0 241.0 751.5 867.5 537.5 653.5
160Z 318.0 241.0 811.5 927.5 597.5 713.5
© Siemens AG 2018
DF/ZF79 gearbox in a flange-mounted design
DZF030
DF/ZF79
kB
k
214
LBL
LB
Ø40 k6 15,5
135
Z
ØAC
86
80
5
70
5 12
Ø40 k6 43
DR M16x36 4
80
c1
f1
45°
Øs1
Øe1
Øa1 Øb1 to2
10
145
102,5
SIMOGEAR geared motors Helical geared motors
Dimensions
217
3
275
Z AD
Flange a1 250 300 350
Motor
AC AD1) k kB LB LBL
LA 71 138.8 134.0 428.5 483.5 214.5 269.5
71Z 138.8 134.0 447.5 502.5 233.5 288.5
b1 180 230 250
LE 80 156.3 149.2 488.5 548.5 274.5 334.5
80Z 156.3 149.2 523.5 583.5 309.5 369.5
to2 j6 j6 j6
90 173.8 154.2 550.0 620.0 336.0 406.0
90Z 173.8 154.2 590.0 660.0 376.0 446.0
c1 15 16 16
100 198.0 170.5 606.5 685.0 392.5 471.0
100Z 198.0 170.5 641.5 720.0 427.5 506.0
e1 215 265 300
112 222.0 181.5 616.5 689.5 402.5 475.5
112Z 222.0 181.5 641.5 714.5 427.5 500.5
f1 4.0 4.0 5.0
132 264.0 207.0 669.5 774.0 455.5 560.0
132Z 264.0 207.0 719.5 824.0 505.5 610.0
s1 13.5 13.5 17.5
160 318.0 241.0 751.5 867.5 537.5 653.5
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1 . For inner contour see page 3/184
Update 02/2018
Siemens MD 50.1 · 2017
160Z 318.0 241.0 811.5 927.5 597.5 713.5
3/125
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Dimensions
DZ/ZZ79 gearbox in a housing flange design
DZZ030
DZ/ZZ79
3
kB
k
214
LBL
LB
Ø40 k6 15,5
135
Z
ØAC
86
80
5
70
5 12
Ø40 k6 43
DR M16x36 4
M12x20
Ø135
10,5 94
Ø160 Ø114 j6 15°
15°
145
102,5
217
275 Z
AD
Motor
AC AD1) k kB LB LBL
LA 71 138.8 134.0 428.5 483.5 214.5 269.5
71Z 138.8 134.0 447.5 502.5 233.5 288.5
LE 80 156.3 149.2 488.5 548.5 274.5 334.5
80Z 156.3 149.2 523.5 583.5 309.5 369.5
90 173.8 154.2 550.0 620.0 336.0 406.0
90Z 173.8 154.2 590.0 660.0 376.0 446.0
100 198.0 170.5 606.5 685.0 392.5 471.0
100Z 198.0 170.5 641.5 720.0 427.5 506.0
112 222.0 181.5 616.5 689.5 402.5 475.5
112Z 222.0 181.5 641.5 714.5 427.5 500.5
132 264.0 207.0 669.5 774.0 455.5 560.0
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1
3/126 Siemens MD 50.1 · 2017
132Z 264.0 207.0 719.5 824.0 505.5 610.0
160 318.0 241.0 751.5 867.5 537.5 653.5
160Z 318.0 241.0 811.5 927.5 597.5 713.5
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
D/Z89 gearbox in a foot-mounted design and DB/ZB89 gearbox in a foot/flange-mounted design
DZ030, DZB030
Dimensions
D/Z89
269,5 4
kB k
LBL LB
324 247
3
Ø50 k6 18,9 158,5
Z
ØAC 180 -0,5 116
45
140
260
310
100
10
80
5 14
75 Ø17,5 215 290
Z AD
Ø50 k6 53,5
DR M16x36 4
DB/ZB89 10
269,5 100 16
4
45°
Ø13,5
Ø265
Ø300 Ø230 j6
Ø50 k6
140
Motor
AC AD1) k kB LB LBL
LE 80 156.3 149.2 531.0 591.0 261.5 321.5
80Z 156.3 149.2 566.0 626.0 296.5 356.5
90 173.8 154.2 592.5 662.5 323.0 393.0
90Z 173.8 154.2 632.5 702.5 363.0 433.0
100 198.0 170.5 645.0 723.5 375.5 454.0
100Z 198.0 170.5 680.0 758.5 410.5 489.0
112 222.0 181.5 655.0 728.0 385.5 458.5
112Z 222.0 181.5 680.0 753.0 410.5 483.5
132 264.0 207.0 708.0 812.5 438.5 543.0
132Z 264.0 207.0 758.0 862.5 488.5 593.0
160 318.0 241.0 790.0 906.0 520.5 636.5
160Z 318.0 241.0 850.0 966.0 580.5 696.5
LES 180 352.5 292.0 863.0 992.0 593.5 722.5
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1 . For inner contour see page 3/184
Siemens MD 50.1 · 2017
180Z 352.5 292.0 893.0
1 022.0 623.5 752.5
3/127
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Dimensions
DF/ZF89 gearbox in a flange-mounted design
DZF030
DF/ZF89
3
269,5
kB k
LBL LB
Ø50 k6 18,9 158,5
Z
ØAC
105
100
10
80
5 14
181,5
116
247
324 Z
AD
Ø50 k6 53,5
DR M16x36 4
100
c1
f1
a1 350
45°
Øs1
Øe1
a1 = 450
22.5°
Øs1
Øe1
Øa1 Øb1 to2
10
Flange a1 300 350 450
Motor
AC AD1) k kB LB LBL
LE 80 156.3 149.2 531.0 591.0 261.5 321.5
80Z 156.3 149.2 566.0 626.0 296.5 356.5
b1 230 250 350
90 173.8 154.2 592.5 662.5 323.0 393.0
90Z 173.8 154.2 632.5 702.5 363.0 433.0
to2 j6 j6 h6
100 198.0 170.5 645.0 723.5 375.5 454.0
100Z 198.0 170.5 680.0 758.5 410.5 489.0
c1 16 18 18
112 222.0 181.5 655.0 728.0 385.5 458.5
112Z 222.0 181.5 680.0 753.0 410.5 483.5
e1 265 300 400
132 264.0 207.0 708.0 812.5 438.5 543.0
132Z 264.0 207.0 758.0 862.5 488.5 593.0
f1 4.0 5.0 5.0
160 318.0 241.0 790.0 906.0 520.5 636.5
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1 . For inner contour see page 3/184
3/128 Siemens MD 50.1 · 2017
Update 02/2018
160Z 318.0 241.0 850.0 966.0 580.5 696.5
s1 13.5 17.5 17.5
LES 180 352.5 292.0 863.0 992.0 593.5 722.5
180Z 352.5 292.0 893.0
1 022.0 623.5 752.5
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
DF/ZF89 gearbox in a flange-mounted design with VLplus reinforced bearing system (G30)
DZF040
Dimensions
DF/ZF89
kB
k
369,5
LBL
LB
247
3
Ø60 m6 18,9 158,5
116
Z
ØAC
181,5
120
10
100
105
5 18
324
Z AD
Ø60 m6 64
DR M20x42 4
120 c1 f1
a1 300
45°
Øs1
Øe1
a1 = 450
22.5°
Øs1
Øe1
Øa1 Øb1 to2
10
Flange a1 300 350 450
Motor
AC AD1) k kB LB LBL
LE 80 156.3 149.2 631.0 691.0 261.5 321.5
80Z 156.3 149.2 666.0 726.0 296.5 356.5
b1 230 250 350
90 173.8 154.2 692.5 762.5 323.0 393.0
90Z 173.8 154.2 732.5 802.5 363.0 433.0
to2 j6 j6 h6
100 198.0 170.5 745.0 823.5 375.5 454.0
100Z 198.0 170.5 780.0 858.5 410.5 489.0
c1 16 18 18
112 222.0 181.5 755.0 828.0 385.5 458.5
112Z 222.0 181.5 780.0 853.0 410.5 483.5
e1 265 300 400
132 264.0 207.0 808.0 912.5 438.5 543.0
132Z 264.0 207.0 858.0 962.5 488.5 593.0
f1 4.0 5.0 5.0
160 318.0 241.0 890.0
1 006.0 520.5 636.5
160Z 318.0 241.0 950.0
1 066.0 580.5 696.5
s1 13.5 17.5 17.5
LES 180
352.5 292.0 963.0 1 092.0 593.5 722.5
180Z 352.5 292.0 993.0
1 122.0 623.5 752.5
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1 . For inner contour see page 3/184
Update 02/2018
Siemens MD 50.1 · 2017 3/129
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Dimensions
DF/ZF89 gearbox in a flange-mounted design with XLplus reinforced bearing system (G31)
DZF040
DF/ZF89
kB
k
269,5
LBL
247
3
LB
116
Ø60 m6 18,9 158,5
Z
ØAC
181,5
120
10
100
105
5 18
324
Z AD
Ø60 m6 64
DR M20x42 4
220
18
5
22.5°
Ø17,5
Ø400
Ø450 Ø350 h6
Motor
AC AD1) k kB LB LBL
LE 80 156.3 149.2 531.0 591.0 261.5 321.5
80Z 156.3 149.2 566.0 626.0 296.5 356.5
90 173.8 154.2 592.5 662.5 323.0 393.0
90Z 173.8 154.2 632.5 702.5 363.0 433.0
100 198.0 170.5 645.0 723.5 375.5 454.0
100Z 198.0 170.5 680.0 758.5 410.5 489.0
112 222.0 181.5 655.0 728.0 385.5 458.5
112Z 222.0 181.5 680.0 753.0 410.5 483.5
132 264.0 207.0 708.0 812.5 438.5 543.0
132Z 264.0 207.0 758.0 862.5 488.5 593.0
160 318.0 241.0 790.0 906.0 520.5 636.5
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1
3/130 Siemens MD 50.1 · 2017
Update 02/2018
160Z 318.0 241.0 850.0 966.0 580.5 696.5
LES 180 352.5 292.0 863.0 992.0 593.5 722.5
180Z 352.5 292.0 893.0
1 022.0 623.5 752.5
© Siemens AG 2018
DZ/ZZ89 gearbox in a housing flange design
DZZ030
DZ/ZZ89
269,5
kB k
LBL LB
Ø50 k6 18,9 158,5
Z
ØAC
105
100
10
80
5 14
Ø50 k6 53,5
DR M16x36 4
M12x20
Ø165
15 119
Ø189 Ø140 j6 15°
15°
181,5
116
SIMOGEAR geared motors Helical geared motors
Dimensions
247
3
324
Z AD
Motor
AC AD1) k kB LB LBL
LE 80 156.3 149.2 531.0 591.0 261.5 321.5
80Z 156.3 149.2 566.0 626.0 296.5 356.5
90 173.8 154.2 592.5 662.5 323.0 393.0
90Z 173.8 154.2 632.5 702.5 363.0 433.0
100 198.0 170.5 645.0 723.5 375.5 454.0
100Z 198.0 170.5 680.0 758.5 410.5 489.0
112 222.0 181.5 655.0 728.0 385.5 458.5
112Z 222.0 181.5 680.0 753.0 410.5 483.5
132 264.0 207.0 708.0 812.5 438.5 543.0
132Z 264.0 207.0 758.0 862.5 488.5 593.0
160 318.0 241.0 790.0 906.0 520.5 636.5
160Z 318.0 241.0 850.0 966.0 580.5 696.5
LES 180 352.5 292.0 863.0 992.0 593.5 722.5
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1
Siemens MD 50.1 · 2017
180Z 352.5 292.0 893.0
1 022.0 623.5 752.5
3/131
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Dimensions
D/Z109 gearbox in a foot-mounted design
DZ030
D/Z109
3
313 4
kB k
LBL LB
Ø60 m6 17,4
196
Z
160
310
365
120 10 100
5 18
Ø60 m6 64
DR M20x42 4
ØAC 225 -0,5 141,5
55
365 304
90
Ø22
250
340
Z AD
Motor
AC AD1) k kB LB LBL
LE 90S 173.8 154.2 629.0 699.0 316.0 386.0
90Z 173.8 154.2 669.0 739.0 356.0 426.0
100 198.0 170.5 679.5 758.0 366.5 445.0
100Z 198.0 170.5 714.5 793.0 401.5 480.0
112 222.0 181.5 689.5 762.5 376.5 449.5
112Z 222.0 181.5 714.5 787.5 401.5 474.5
132 264.0 207.0 742.5 847.0 429.5 534.0
132Z 264.0 207.0 792.5 897.0 479.5 584.0
160 318.0 241.0 824.5 940.5 511.5 627.5
160Z 318.0 241.0 884.5
1 000.5 571.5 687.5
LES 180
352.5 292.0 897.5 1 026.5 584.5 713.5
180Z 352.5 292.0 927.5
1 056.5 614.5 743.5
200 392.5 315.0 965.5
1 112.5 652.5 799.5
200Z 392.5 315.0 990.5
1 137.5 677.5 824.5
225 439.0 337.0
1 011.0 1 239.0
698.0 926.0
225Y 439.0 337.0
1 071.0 1 299.0
758.0 986.0
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1
3/132 Siemens MD 50.1 · 2017
© Siemens AG 2018
DF/ZF109 gearbox in a flange-mounted design
DZF030
DF/ZF109
kB
k
313
LBL
LB
Ø60 m6 17,4
196
Z
ØAC
116
120 10 100
5 18
225,5 141,5
SIMOGEAR geared motors Helical geared motors
Dimensions
304
3
365
Z AD
Ø60 m6 64
DR M20x42 4
120
c1
f1
a1 = 350
45°
Øs1
Øe1
a1 = 450
22.5°
Øs1
Øe1
Øa1 Øb1 to2
10
Flange a1 350 450
Motor
AC AD1) k kB LB LBL
LE 90S 173.8 154.2 629.0 699.0 316.0 386.0
90Z 173.8 154.2 669.0 739.0 356.0 426.0
b1 250 350
100 198.0 170.5 679.5 758.0 366.5 445.0
100Z 198.0 170.5 714.5 793.0 401.5 480.0
to2 h6 h6
112 222.0 181.5 689.5 762.5 376.5 449.5
112Z 222.0 181.5 714.5 787.5 401.5 474.5
c1 18 22
132 264.0 207.0 742.5 847.0 429.5 534.0
132Z 264.0 207.0 792.5 897.0 479.5 584.0
160 318.0 241.0 824.5 940.5 511.5 627.5
e1
f1
300
5
400
5
s1 17.5 17.5
LES 160Z 180
180Z 200
200Z 225
225Y
318.0 352.5 352.5 392.5 392.5 439.0 439.0
241.0 292.0 292.0 315.0 315.0 337.0 337.0
884.5 897.5 927.5 965.5 990.5 1 011.0 1 071.0
1 000.5 1 026.5 1 056.5 1 112.5 1 137.5 1 239.0 1 299.0
571.5 584.5 614.5 652.5 677.5 698.0 758.0
687.5 713.5 743.5 799.5 824.5 926.0 986.0
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1 . For inner contour see page 3/184
Siemens MD 50.1 · 2017 3/133
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Dimensions
DF/ZF109 gearbox in a flange-mounted design with VLplus reinforced bearing system (G30)
DZF040
DF/ZF109
kB
k
3
423
LBL
LB
304
Ø70 m6 17,4
196
Z
ØAC 225,5 141,5
140
7,5
125
116
5 20
365
Z AD
Ø70 m6 74,5
DR M20x42 4
140
c1
f1
a1 = 350
45°
Øs1
Øe1
a1 = 450
22.5°
Øs1
Øe1
Øa1 Øb1 to2
10
Flange a1 350 450
Motor
AC AD1) k kB LB LBL
LE 90S 173.8 154.2 739.0 809.0 316.0 386.0
90Z 173.8 154.2 779.0 849.0 356.0 426.0
b1 250 350
100 198.0 170.5 789.5 868.0 366.5 445.0
100Z 198.0 170.5 824.5 903.0 401.5 480.0
to2 h6 h6
112 222.0 181.5 799.5 872.5 376.5 449.5
112Z 222.0 181.5 824.5 897.5 401.5 474.5
132 264.0 207.0 852.5 957.0 429.5 534.0
c1
e1
f1
18
300
5
22
400
5
s1 17.5 17.5
132Z 160
LES 160Z 180
180Z 200
200Z 225
225Y
264.0 318.0 318.0 352.5 352.5 392.5 392.5 439.0 439.0
207.0 241.0 241.0 292.0 292.0 315.0 315.0 337.0 337.0
902.5 934.5 994.5 1 007.5 1 037.5 1 075.5 1 100.5 1 121.0 1 181.0
1 007.0 1 050.5 1 110.5 1 136.5 1 166.5 1 222.5 1 247.5 1 349.0 1 409.0
479.5 511.5 571.5 584.5 614.5 652.5 677.5 698.0 758.0
584.0 627.5 687.5 713.5 743.5 799.5 824.5 926.0 986.0
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1 . For inner contour see page 3/184
3/134 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
DF/ZF109 gearbox in a flange-mounted design with XLplus reinforced bearing system (G31)
DZF040
Dimensions
DF/ZF109
kB
k
313
LBL
LB
304
3
Ø70 m6 17,4
196
Z
ØAC 225,5 141,5
140
7,5
125
116
5 20
365
Z AD
Ø70 m6 74,5
DR M20x42 4
250
22
5
22.5°
Ø17,5
Ø400
Ø450 Ø350 h6
Motor
AC AD1) k kB LB LBL
LE 90S 173.8 154.2 629.0 699.0 316.0 386.0
90Z 173.8 154.2 669.0 739.0 356.0 426.0
100 198.0 170.5 679.5 758.0 366.5 445.0
100Z 198.0 170.5 714.5 793.0 401.5 480.0
112 222.0 181.5 689.5 762.5 376.5 449.5
112Z 222.0 181.5 714.5 787.5 401.5 474.5
132 264.0 207.0 742.5 847.0 429.5 534.0
132Z 264.0 207.0 792.5 897.0 479.5 584.0
160 318.0 241.0 824.5 940.5 511.5 627.5
LES 160Z 180
180Z 200
200Z 225
225Y
318.0 352.5 352.5 392.5 392.5 439.0 439.0
241.0 292.0 292.0 315.0 315.0 337.0 337.0
884.5 897.5 927.5 965.5 990.5 1 011.0 1 071.0
1 000.5 1 026.5 1 056.5 1 112.5 1 137.5 1 239.0 1 299.0
571.5 584.5 614.5 652.5 677.5 698.0 758.0
687.5 713.5 743.5 799.5 824.5 926.0 986.0
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1
Update 02/2018
Siemens MD 50.1 · 2017 3/135
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Dimensions
DZ/ZZ109 gearbox in a housing flange design
DZZ030
DZ/ZZ109
3
kB
k
313
LBL
LB
Ø60 m6 17,4
196
Z
ØAC
116
120 10 100
5 18
Ø60 m6 64
DR M20x42 4
M16x24
Ø185
21 145
Ø220 Ø150 j6 15°
15°
225,5 141,5
304
365 Z
AD
Motor
AC AD1) k kB LB LBL
LE 90S 173.8 154.2 629.0 699.0 316.0 386.0
90Z 173.8 154.2 669.0 739.0 356.0 426.0
100 198.0 170.5 679.5 758.0 366.5 445.0
100Z 198.0 170.5 714.5 793.0 401.5 480.0
112 222.0 181.5 689.5 762.5 376.5 449.5
112Z 222.0 181.5 714.5 787.5 401.5 474.5
132 264.0 207.0 742.5 847.0 429.5 534.0
132Z 264.0 207.0 792.5 897.0 479.5 584.0
160 318.0 241.0 824.5 940.5 511.5 627.5
LES 160Z 180
180Z 200
200Z 225
225Y
318.0 352.5 352.5 392.5 392.5 439.0 439.0
241.0 292.0 292.0 315.0 315.0 337.0 337.0
884.5 897.5 927.5 965.5 990.5 1 011.0 1 071.0
1 000.5 1 026.5 1 056.5 1 112.5 1 137.5 1 239.0 1 299.0
571.5 584.5 614.5 652.5 677.5 698.0 758.0
687.5 713.5 743.5 799.5 824.5 926.0 986.0
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1
3/136 Siemens MD 50.1 · 2017
© Siemens AG 2018
D/Z129 gearbox in a foot-mounted design
DZ030
D/Z129
374 4
kB k
LBL LB
Ø70 m6 24,1 224,5
Z
185
370
440
140 7,5 125
5 20
Ø70 m6 74,5
DR M20x42 4
ØAC 250 -0,5 161,5
65
SIMOGEAR geared motors Helical geared motors
Dimensions
460 372
3
110
Ø26
290
400
Z AD
Motor
AC AD1) k kB LB LBL
LE 90S 173.8 154.2 683.0 753.0 309.0 379.0
90Z 173.8 154.2 723.0 793.0 349.0 419.0
100 198.0 170.5 731.5 810.0 357.5 436.0
100Z 198.0 170.5 766.5 845.0 392.5 471.0
112 222.0 181.5 741.5 814.5 367.5 440.5
112Z 222.0 181.5 766.5 839.5 392.5 465.5
132 264.0 207.0 792.5 897.0 418.5 523.0
132Z 264.0 207.0 842.5 947.0 468.5 573.0
160 318.0 241.0 874.5 990.5 500.5 616.5
LES 160Z 180 180Z 200
200Z 225
225Y 250
318.0 352.5 352.5 392.5 392.5 439.0 439.0 487.0
241.0 292.0 292.0 315.0 315.0 337.0 337.0 407.5
934.5 947.5 977.5 1 015.5 1 040.5 1 061.0 1 121.0 1 172.5
1 050.5 1 076.5 1 106.5 1 162.5 1 187.5 1 289.0 1 349.0 1 397.5
560.5 573.5 603.5 641.5 666.5 687.0 747.0 798.5
676.5 702.5 732.5 788.5 813.5 915.0 975.0 1 023.5
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1
Update 02/2018
Siemens MD 50.1 · 2017 3/137
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Dimensions
DF/ZF129 gearbox in a flange-mounted design
DZF030
DF/ZF129
3
kB
k
374
LBL
LB
Ø70 m6 24,1 224,5
Z
ØAC
147
140 7,5 125
5 20
253
161,5
372
460 Z
AD
Ø70 m6 74,5
DR M20x42 4
140
c1
f1
a1 = 350
45°
Øs1
Øe1
a1 450
22.5°
Øs1
Øe1
Øa1 Øb1 to2
10
Flange a1 350 450 550
Motor
AC AD1) k kB LB LBL
LE 90S 173.8 154.2 683.0 753.0 309.0 379.0
90Z 173.8 154.2 723.0 793.0 349.0 419.0
b1 250 350 450
100 198.0 170.5 731.5 810.0 357.5 436.0
100Z 198.0 170.5 766.5 845.0 392.5 471.0
to2 h6 h6 h6
112 222.0 181.5 741.5 814.5 367.5 440.5
112Z 222.0 181.5 766.5 839.5 392.5 465.5
132 264.0 207.0 792.5 897.0 418.5 523.0
c1 20 22 22
132Z 264.0 207.0 842.5 947.0 468.5 573.0
160 318.0 241.0 874.5 990.5 500.5 616.5
e1
f1
300
5
400
5
500
5
s1 17.5 17.5 17.5
LES 160Z 180 180Z 200
200Z 225
225Y 250
318.0 352.5 352.5 392.5 392.5 439.0 439.0 487.0
241.0 292.0 292.0 315.0 315.0 337.0 337.0 407.5
934.5 947.5 977.5 1 015.5 1 040.5 1 061.0 1 121.0 1 172.5
1 050.5 1 076.5 1 106.5 1 162.5 1 187.5 1 289.0 1 349.0 1 397.5
560.5 573.5 603.5 641.5 666.5 687.0 747.0 798.5
676.5 702.5 732.5 788.5 813.5 915.0 975.0 1 023.5
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1 . For inner contour see page 3/184
3/138 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
DF/ZF129 gearbox in a flange-mounted design with VLplus reinforced bearing system (G30)
DZF040
Dimensions
DF/ZF129
494,5
kB k
LBL LB
372
3
161,5
Ø90 m6 24,1 224,5
Z
ØAC
253
170
15
140
147
5 25
460
Z AD
Ø90 m6 95
DR M24x50 4
170 c1 f1
a1 = 350
45°
Øs1
Øe1
a1 450
22.5°
Øs1
Øe1
Øa1 Øb1 to2
10
Flange a1 350 450 550
Motor
AC AD1) k kB LB LBL
LE 90S 173.8 154.2 803.0 873.0 309.0 379.0
90Z 173.8 154.2 843.0 913.0 349.0 419.0
b1 250 350 450
100 198.0 170.5 851.5 930.0 357.5 436.0
100Z 198.0 170.5 886.5 965.0 392.5 471.0
to2 h6 h6 h6
112 222.0 181.5 861.5 934.5 367.5 440.5
112Z 222.0 181.5 886.5 959.5 392.5 465.5
c1
e1
f1
20
300
5
22
400
5
22
500
5
s1 17.5 17.5 17.5
LES 132 132Z 160 160Z 180 180Z 200 200Z 225 225Y 250
264.0 264.0 318.0 318.0 352.5 352.5 392.5 392.5 439.0 439.0 487.0 207.0 207.0 241.0 241.0 292.0 292.0 315.0 315.0 337.0 337.0 407.5 912.5 962.5 994.5 1 054.5 1 067.5 1 097.5 1 135.5 1 160.5 1 181.0 1 241.0 1 292.5 1 017.0 1 067.0 1 110.5 1 170.5 1 196.5 1 226.5 1 282.5 1 307.5 1 409.0 1 469.0 1 517.5 418.5 468.5 500.5 560.5 573.5 603.5 641.5 666.5 687.0 747.0 798.5 523.0 573.0 616.5 676.5 702.5 732.5 788.5 813.5 915.0 975.0 1 023.5
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1 . For inner contour see page 3/184
Update 02/2018
Siemens MD 50.1 · 2017 3/139
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Dimensions
DF/ZF129 gearbox in a flange-mounted design with XLplus reinforced bearing system (G31)
DZF040
DF/ZF129
kB
k
374
LBL
372
3
LB
161,5
Ø90 m6 24,1 224,5
Z
ØAC
253
170
15
140
147
5 25
460
Z AD
Ø90 m6 95
DR M24x50 4
290
22
5
22.5°
Ø17,5
Ø500
Ø550 Ø450 h6
Motor
AC AD1) k kB LB LBL
LE 90S 173.8 154.2 683.0 753.0 309.0 379.0
90Z 173.8 154.2 723.0 793.0 349.0 419.0
100 198.0 170.5 731.5 810.0 357.5 436.0
100Z 198.0 170.5 766.5 845.0 392.5 471.0
112 222.0 181.5 741.5 814.5 367.5 440.5
112Z 222.0 181.5 766.5 839.5 392.5 465.5
132 264.0 207.0 792.5 897.0 418.5 523.0
132Z 264.0 207.0 842.5 947.0 468.5 573.0
160 318.0 241.0 874.5 990.5 500.5 616.5
LES 160Z 180 180Z 200
200Z 225
225Y 250
318.0 352.5 352.5 392.5 392.5 439.0 439.0 487.0
241.0 292.0 292.0 315.0 315.0 337.0 337.0 407.5
934.5 947.5 977.5 1 015.5 1 040.5 1 061.0 1 121.0 1 172.5
1 050.5 1 076.5 1 106.5 1 162.5 1 187.5 1 289.0 1 349.0 1 397.5
560.5 573.5 603.5 641.5 666.5 687.0 747.0 798.5
676.5 702.5 732.5 788.5 813.5 915.0 975.0 1 023.5
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1
3/140 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
DZ/ZZ129 gearbox in a housing flange design
DZZ030
DZ/ZZ129
kB
k
374
LBL
LB
Ø70 m6 24,1 224,5
Z
ØAC
147
140 7,5 125
5 20
Ø70 m6 74,5
DR M20x42 4
M20x31
Ø215
31 175
Ø260 Ø170 j6 15°
15°
253
161,5
SIMOGEAR geared motors Helical geared motors
Dimensions
372
3
460
Z AD
Motor
AC AD1) k kB LB LBL
LE 90S 173.8 154.2 683.0 753.0 309.0 379.0
90Z 173.8 154.2 723.0 793.0 349.0 419.0
100 198.0 170.5 731.5 810.0 357.5 436.0
100Z 198.0 170.5 766.5 845.0 392.5 471.0
112 222.0 181.5 741.5 814.5 367.5 440.5
112Z 222.0 181.5 766.5 839.5 392.5 465.5
132 264.0 207.0 792.5 897.0 418.5 523.0
132Z 264.0 207.0 842.5 947.0 468.5 573.0
160 318.0 241.0 874.5 990.5 500.5 616.5
LES 160Z 180 180Z 200
200Z 225
225Y 250
318.0 352.5 352.5 392.5 392.5 439.0 439.0 487.0
241.0 292.0 292.0 315.0 315.0 337.0 337.0 407.5
934.5 947.5 977.5 1 015.5 1 040.5 1 061.0 1 121.0 1 172.5
1 050.5 1 076.5 1 106.5 1 162.5 1 187.5 1 289.0 1 349.0 1 397.5
560.5 573.5 603.5 641.5 666.5 687.0 747.0 798.5
676.5 702.5 732.5 788.5 813.5 915.0 975.0 1 023.5
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1
Update 02/2018
Siemens MD 50.1 · 2017 3/141
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Dimensions
D/Z149 gearbox in a foot-mounted design
DZ030
D/Z149
3
414 5
kB k
LBL LB
Ø90 m6 29,6
267
Z
220
410
490
170
15
140
5 25
Ø90 m6 95
DR M24x50 4
ØAC 315 -0,5 181
70
520 421
110
Ø33
340
450
Z AD
Motor
AC AD1) k kB LB LBL
LE 100 198.0 170.5 770.0 848.5 356.0 434.5
100Z 198.0 170.5 805.0 883.5 391.0 469.5
112 222.0 181.5 780.0 853.0 366.0 439.0
112Z 222.0 181.5 805.0 878.0 391.0 464.0
132 264.0 207.0 826.0 930.5 412.0 516.5
132Z 264.0 207.0 876.0 980.5 462.0 566.5
160 318.0 241.0 908.0
1 024.0 494.0 610.0
160Z 318.0 241.0 968.0
1 084.0 554.0 670.0
LES 180
352.5 292.0 981.0 1 110.0 567.0 696.0
180Z 352.5 292.0
1 011.0 1 140.0
597.0 726.0
200 392.5 315.0
1 049.0 1 196.0
635.0 782.0
200Z 392.5 315.0
1 074.0 1 221.0
660.0 807.0
225 439.0 337.0
1 094.5 1 322.5
680.5 908.5
225Y 439.0 337.0
1 154.5 1 382.5
740.5 968.5
250 487.0 407.5
1 206.0 1 431.0
792.0 1 017.0
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1
3/142 Siemens MD 50.1 · 2017
© Siemens AG 2018
DF/ZF149 gearbox in a flange-mounted design
DZF030
DF/ZF149
kB
k
414
LBL
LB
Ø90 m6 29,6
267
Z
ØAC
172
170
15
140
5 25
Ø90 m6 95
DR M24x50 4
170
c1
f1
22.5°
Øs1
Øe1
Øa1 Øb1 to2
10
318,5
181
SIMOGEAR geared motors Helical geared motors
Dimensions
421
3
520
Z AD
Flange a1 450 550
Motor
AC AD1) k kB LB LBL
LE 100 198.0 170.5 770.0 848.5 356.0 434.5
100Z 198.0 170.5 805.0 883.5 391.0 469.5
b1 350 450
112 222.0 181.5 780.0 853.0 366.0 439.0
112Z 222.0 181.5 805.0 878.0 391.0 464.0
to2 h6 h6
132 264.0 207.0 826.0 930.5 412.0 516.5
132Z 264.0 207.0 876.0 980.5 462.0 566.5
c1
e1
f1
22
400
5
25
500
5
s1 17.5 17.5
160 318.0 241.0 908.0
1 024.0 494.0 610.0
160Z 318.0 241.0 968.0
1 084.0 554.0 670.0
LES 180
352.5 292.0 981.0 1 110.0 567.0 696.0
180Z 352.5 292.0
1 011.0 1 140.0
597.0 726.0
200 392.5 315.0
1 049.0 1 196.0
635.0 782.0
200Z 392.5 315.0
1 074.0 1 221.0
660.0 807.0
225 439.0 337.0
1 094.5 1 322.5
680.5 908.5
225Y 439.0 337.0
1 154.5 1 382.5
740.5 968.5
250 487.0 407.5
1 206.0 1 431.0
792.0 1 017.0
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1 . For inner contour see page 3/184
Siemens MD 50.1 · 2017 3/143
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Dimensions
DF/ZF149 gearbox in a flange-mounted design with VLplus reinforced bearing system (G30)
DZF040
DF/ZF149
kB
k
3
569
LBL
LB
421
Ø100 m6 29,6
267
181
Z
ØAC
318,5
210
15
180
172
5 28
520
Z AD
Ø100 m6 106
DR M24x50 4
210 25 5
22.5°
Ø17,5
Ø500
Ø550 Ø450 h6
10
Motor
AC AD1) k kB LB LBL
LE 100
198.0 170.5 925.0 1 003.5 356.0 434.5
100Z 198.0 170.5 960.0
1 038.5 391.0 469.5
112 222.0 181.5 935.0
1 008.0 366.0 439.0
112Z 222.0 181.5 960.0
1 033.0 391.0 464.0
132 264.0 207.0 981.0
1 085.5 412.0 516.5
132Z 264.0 207.0
1 031.0 1 135.5
462.0 566.5
160 318.0 241.0
1 063.0 1 179.0
494.0 610.0
160Z 318.0 241.0
1 123.0 1 239.0
554.0 670.0
LES 180
352.5 292.0 1 136.0 1 265.0 567.0 696.0
180Z 352.5 292.0
1 166.0 1 295.0
597.0 726.0
200 392.5 315.0
1 204.0 1 351.0
635.0 782.0
200Z 392.5 315.0
1 229.0 1 376.0
660.0 807.0
225 439.0 337.0
1 249.5 1 477.5
680.5 908.5
225Y 439.0 337.0
1 309.5 1 537.5
740.5 968.5
250 487.0 407.5
1 361.0 1 586.0
792.0 1 017.0
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1 . For inner contour see page 3/184
3/144 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
DF/ZF149 gearbox in a flange-mounted design with XLplus reinforced bearing system (G31)
DZF040
Dimensions
DF/ZF149
kB
k
419
LBL
LB
421
3
Ø100 m6 29,6
267
181
Z
ØAC
318,5
210
15
180
172
5 28
520
Z AD
Ø100 m6 106
DR M24x50 4
360
25
5
22.5°
Ø17,5
Ø500
Ø550 Ø450 h6
Motor
AC AD1) k kB LB LBL
LE 100 198.0 170.5 775.0 853.5 356.0 434.5
100Z 198.0 170.5 810.0 888.5 391.0 469.5
112 222.0 181.5 785.0 858.0 366.0 439.0
112Z 222.0 181.5 810.0 883.0 391.0 464.0
132 264.0 207.0 831.0 935.5 412.0 516.5
132Z 264.0 207.0 881.0 985.5 462.0 566.5
160 318.0 241.0 913.0
1 029.0 494.0 610.0
160Z 318.0 241.0 973.0
1 089.0 554.0 670.0
LES 180
352.5 292.0 986.0 1 115.0 567.0 696.0
180Z 352.5 292.0
1 016.0 1 145.0
597.0 726.0
200 392.5 315.0
1 054.0 1 201.0
635.0 782.0
200Z 392.5 315.0
1 079.0 1 226.0
660.0 807.0
225 439.0 337.0
1 099.5 1 327.5
680.5 908.5
225Y 439.0 337.0
1 159.5 1 387.5
740.5 968.5
250 487.0 407.5
1 211.0 1 436.0
792.0 1 017.0
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1
Update 02/2018
Siemens MD 50.1 · 2017 3/145
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Dimensions
D/Z169 gearbox in a foot-mounted design
DZ030
D/Z169
3
494 5
kB k
LBL LB
Ø110 m6 38,9
286
Z
260
500
590
210
15
180
5 28
Ø110 m6 116
DR M24x50 4
ØAC 355 -0,5 211
80
589 495
150
Ø39
380
530
Z AD
Motor
AC AD1) k kB LB LBL
LE 112 222.0 181.5 847.5 920.5 353.5 426.5
112Z 222.0 181.5 872.5 945.5 378.5 451.5
132 264.0 207.0 893.0 997.5 399.0 503.5
132Z 264.0 207.0 943.0
1 047.5 449.0 553.5
160 318.0 241.0 975.0
1 091.0 481.0 597.0
160Z 318.0 241.0
1 035.0 1 151.0
541.0 657.0
LES 180
352.5 292.0 1 047.5 1 176.5 553.5 682.5
180Z 352.5 292.0
1 077.5 1 206.5
583.5 712.5
200 392.5 315.0
1 115.5 1 262.5
621.5 768.5
200Z 392.5 315.0
1 140.5 1 287.5
646.5 793.5
225 439.0 337.0
1 160.0 1 388.0
666.0 894.0
225Y 439.0 337.0
1 220.0 1 448.0
726.0 954.0
250 487.0 407.5
1 267.5 1 492.5
773.5 998.5
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1
3/146 Siemens MD 50.1 · 2017
© Siemens AG 2018
DF/ZF169 gearbox in a flange-mounted design
DZF030
DF/ZF169
kB
k
494
LBL
LB
Ø110 m6 38,9
286
Z
ØAC
195
210
15
180
5 28
Ø110 m6 116
DR M24x50 4
210
c1
f1
22.5°
Øs1
Øe1
Øa1 Øb1 to2
10
360,5
211
SIMOGEAR geared motors Helical geared motors
Dimensions
495
3
589
Z AD
Flange a1 450 550 660
Motor
AC AD1) k kB LB LBL
LE 112 222.0 181.5 847.5 920.5 353.5 426.5
b1 350 450 550
112Z 222.0 181.5 872.5 945.5 378.5 451.5
132 264.0 207.0 893.0 997.5 399.0 503.5
to2 h6 h6 h6
132Z 264.0 207.0 943.0
1 047.5 449.0 553.5
160 318.0 241.0 975.0
1 091.0 481.0 597.0
c1 22 25 25
160Z 318.0 241.0
1 035.0 1 151.0
541.0 657.0
LES 180
352.5 292.0 1 047.5 1 176.5 553.5 682.5
e1 400 500 600
180Z 352.5 292.0
1 077.5 1 206.5
583.5 712.5
200 392.5 315.0
1 115.5 1 262.5
621.5 768.5
f1 5 5 6
200Z 392.5 315.0
1 140.5 1 287.5
646.5 793.5
225 439.0 337.0
1 160.0 1 388.0
666.0 894.0
s1 17.5 17.5 17.5
225Y 439.0 337.0
1 220.0 1 448.0
726.0 954.0
250 487.0 407.5
1 267.5 1 492.5
773.5 998.5
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1 . For inner contour see page 3/184
Update 02/2018
Siemens MD 50.1 · 2017 3/147
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Dimensions
DF/ZF169 gearbox in a flange-mounted design with VLplus reinforced bearing system (G30)
DZF040
DF/ZF169
kB
k
3
674
LBL
LB
495
Ø120 m6 38,9
286
211
Z
ØAC
360,5
210
15
180
195
5 32
589
Z AD
Ø120 m6 127
DR M24x50 4
210 c1 f1
22.5°
Øs1
Øe1
Øa1 Øb1 to2
10
Flange a1 450 550 660
Motor
AC AD1) k kB LB LBL
LE 112
222.0 181.5 1 027.5 1 100.5 353.5 426.5
b1 350 450 550
112Z 222.0 181.5
1 052.5 1 125.5
378.5 451.5
132 264.0 207.0
1 073.0 1 177.5
399.0 503.5
to2 h6 h6 h6
132Z 264.0 207.0
1 123.0 1 227.5
449.0 553.5
160 318.0 241.0
1 155.0 1 271.0
481.0 597.0
c1 22 25 25
160Z 318.0 241.0
1 215.0 1 331.0
541.0 657.0
LES 180
352.5 292.0 1 227.5 1 356.5 553.5 682.5
e1 400 500 600
180Z 352.5 292.0
1 257.5 1 386.5
583.5 712.5
200 392.5 315.0
1 295.5 1 442.5
621.5 768.5
f1 5 5 6
200Z 392.5 315.0
1 320.5 1 467.5
646.5 793.5
225 439.0 337.0
1 340.0 1 568.0
666.0 894.0
s1 17.5 17.5 17.5
225Y 439.0 337.0
1 400.0 1 628.0
726.0 954.0
250 487.0 407.5
1 447.5 1 672.5
773.5 998.5
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1 . For inner contour see page 3/184
3/148 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
DF/ZF169 gearbox in a flange-mounted design with XLplus reinforced bearing system (G31)
DZF040
Dimensions
DF/ZF169
kB
k
494
LBL
LB
495
3
Ø120 m6 38,9
286
211
Z
ØAC
360,5
210
15
180
195
5 32
589
Z AD
Ø120 m6 127
DR M24x50 4
390
25
6
22.5°
Ø17,5
Ø600
Ø660 Ø550 h6
Motor
AC AD1) k kB LB LBL
LE 112 222.0 181.5 847.5 920.5 353.5 426.5
112Z 222.0 181.5 872.5 945.5 378.5 451.5
132 264.0 207.0 893.0 997.5 399.0 503.5
132Z 264.0 207.0 943.0
1 047.5 449.0 553.5
160 318.0 241.0 975.0
1 091.0 481.0 597.0
160Z 318.0 241.0
1 035.0 1 151.0
541.0 657.0
LES 180
352.5 292.0 1 047.5 1 176.5 553.5 682.5
180Z 352.5 292.0
1 077.5 1 206.5
583.5 712.5
200 392.5 315.0
1 115.5 1 262.5
621.5 768.5
200Z 392.5 315.0
1 140.5 1 287.5
646.5 793.5
225 439.0 337.0
1 160.0 1 388.0
666.0 894.0
225Y 439.0 337.0
1 220.0 1 448.0
726.0 954.0
250 487.0 407.5
1 267.5 1 492.5
773.5 998.5
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1
Update 02/2018
Siemens MD 50.1 · 2017 3/149
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Dimensions
D/Z189 gearbox in a foot-mounted design
DZ030
D/Z189
3
590 5
kB k
LBL LB
Ø120 m6 58,3 340,5
Z
ØAC
270
580
670
210
15
180
5 32
Ø120 m6 127
DR M24x50 4
425 -1
246
100
648 557
160
Ø39
500
660
Z AD
Motor
AC AD1) k kB LB LBL
LE 112
222.0 181.5 943.5 1 016.5 353.5 426.5
112Z 222.0 181.5 968.5
1 041.5 378.5 451.5
132 264.0 207.0 989.0
1 093.5 399.0 503.5
132Z 264.0 207.0
1 039.0 1 143.5
449.0 553.5
160 318.0 241.0
1 071.0 1 187.0
481.0 597.0
160Z 318.0 241.0
1 131.0 1 247.0
541.0 657.0
LES 180
352.5 292.0 1 143.5 1 272.5 553.5 682.5
180Z 352.5 292.0
1 173.5 1 302.5
583.5 712.5
200 392.5 315.0
1 211.5 1 358.5
621.5 768.5
200Z 392.5 315.0
1 236.5 1 383.5
646.5 793.5
225 439.0 337.0
1 256.0 1 484.0
666.0 894.0
225Y 439.0 337.0
1 316.0 1 544.0
726.0 954.0
250 487.0 407.5
1 363.5 1 588.5
773.5 998.5
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1
3/150 Siemens MD 50.1 · 2017
© Siemens AG 2018
DF/ZF189 gearbox in a flange-mounted design
DZF030
DF/ZF189
kB
k
590
LBL
LB
Ø120 m6 58,3
341
Z
ØAC
207,5
210
15
180
5 32
Ø120 m6 127
DR M24x50 4
210
c1
f1
22.5°
Øs1
Øe1
Øa1 Øb1 to2
10
429
246
SIMOGEAR geared motors Helical geared motors
Dimensions
557
3
648
Z AD
Flange a1 550 660
Motor
AC AD1) k kB LB LBL
LE 112
222.0 181.5 943.5 1 016.5 353.5 426.5
b1 450 550
112Z 222.0 181.5 968.5
1 041.5 378.5 451.5
132 264.0 207.0 989.0
1 093.5 399.0 503.5
to2 h6 h6
132Z 264.0 207.0
1 039.0 1 143.5
449.0 553.5
160 318.0 241.0
1 071.0 1 187.0
481.0 597.0
c1 25 28
160Z 318.0 241.0
1 131.0 1 247.0
541.0 657.0
LES 180
352.5 292.0 1 143.5 1 272.5 553.5 682.5
e1 500 600
180Z 352.5 292.0
1 173.5 1 302.5
583.5 712.5
200 392.5 315.0
1 211.5 1 358.5
621.5 768.5
f1 5 6
200Z 392.5 315.0
1 236.5 1 383.5
646.5 793.5
225 439.0 337.0
1 256.0 1 484.0
666.0 894.0
s1 17.5 22.0
225Y 439.0 337.0
1 316.0 1 544.0
726.0 954.0
250 487.0 407.5
1 363.5 1 588.5
773.5 998.5
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1 . For inner contour see page 3/184
Siemens MD 50.1 · 2017 3/151
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Dimensions
E39 gearbox in a foot-mounted design
E030
E39
3
126 88 60
kB k
LBL LB
3
Z
ØAC
Ø20 k6 48
56
110
135
40
4
32
56
Ø20 k6 22,5
DR M6x16 4
56-0,5 18
113,2 80,3
128
35
Ø11
125
154,5
Z AD
Motor
AC AD1) k kB LB LBL
LA 63
117.8 124.0 320.0 364.5 194.0 238.5
71 138.8 134.0 352.0 407.0 226.0 281.0
71Z 138.8 134.0 371.0 426.0 245.0 300.0
LE 80
156.3 149.2 416.0 476.0 290.0 350.0
80Z 156.3 149.2 451.0 511.0 325.0 385.0
90 173.8 154.2 477.5 547.5 351.5 421.5
90Z 173.8 154.2 517.5 587.5 391.5 461.5
100 198.0 170.5 534.0 612.5 408.0 486.5
100Z 198.0 170.5 569.0 647.5 443.0 521.5
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1
3/152 Siemens MD 50.1 · 2017
112 222.0 181.5 544.0 617.0 418.0 491.0
112Z 222.0 181.5 569.0 642.0 443.0 516.0
© Siemens AG 2018
EF39 gearbox in a flange-mounted design
EF030
EF39
126 88 60
kB k
LBL LB
Z
ØAC
Ø20 k6 48
82
40
4
32
56
Ø20 k6 22,5
DR M6x16 4
10
40
c1
f1
45°
Øs1
Øe1
54,2
113,2
80,3
SIMOGEAR geared motors Helical geared motors
Dimensions
128
3
175,7
Z AD
Øa1 Øb1 to2
Flange a1 120 140 160 200
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 320.0 364.5 194.0 238.5
b1 80 95
110 130
71 138.8 134.0 352.0 407.0 226.0 281.0
71Z 138.8 134.0 371.0 426.0 245.0 300.0
to2 j6 j6 j6 j6
LE 80 156.3 149.2 416.0 476.0 290.0 350.0
c1 8 7 10 12
80Z 156.3 149.2 451.0 511.0 325.0 385.0
90 173.8 154.2 477.5 547.5 351.5 421.5
e1 100 115 130 165
90Z 173.8 154.2 517.5 587.5 391.5 461.5
100 198.0 170.5 534.0 612.5 408.0 486.5
f1 3.0 3.0 3.5 3.5
100Z 198.0 170.5 569.0 647.5 443.0 521.5
s1 6.8 9.0 9.0 11.0
112 222.0 181.5 544.0 617.0 418.0 491.0
112Z 222.0 181.5 569.0 642.0 443.0 516.0
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1 . For inner contour see page 3/184
Siemens MD 50.1 · 2017 3/153
175,7
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Dimensions
EZ39 gearbox in a housing flange design
EZ030
EZ39
3
126 88 60
kB k
LBL LB
Z
ØAC
Ø20 k6 48
82
40
4
32
56
Ø20 k6 22,5
DR M6x16 4
M8x14
10 53
Ø100
Ø120 Ø80 j6
54,2
113,2
80,3
128 Z
AD
Motor
AC AD1) k kB LB LBL
LA 63
117.8 124.0 320.0 364.5 194.0 238.5
71 138.8 134.0 352.0 407.0 226.0 281.0
71Z 138.8 134.0 371.0 426.0 245.0 300.0
LE 80
156.3 149.2 416.0 476.0 290.0 350.0
80Z 156.3 149.2 451.0 511.0 325.0 385.0
90 173.8 154.2 477.5 547.5 351.5 421.5
90Z 173.8 154.2 517.5 587.5 391.5 461.5
100 198.0 170.5 534.0 612.5 408.0 486.5
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1
3/154 Siemens MD 50.1 · 2017
Update 02/2018
100Z 198.0 170.5 569.0 647.5 443.0 521.5
112 222.0 181.5 544.0 617.0 418.0 491.0
112Z 222.0 181.5 569.0 642.0 443.0 516.0
© Siemens AG 2018
E49 gearbox in a foot-mounted design
E030
E49
148,5 103 79,5
kB k
LBL LB
3
Z
ØAC
Ø25 k6 62
75
120
150
50
5
40
58
Ø25 k6 28
DR M10x22 4
80-0,5 20
179,8 147,1 104,7
SIMOGEAR geared motors Helical geared motors
Dimensions
168
3
40 135 169
Z AD
Ø13,5
Motor
AC AD1) k kB LB LBL
LA 63
117.8 124.0 333.0 377.5 184.5 229.0
71 138.8 134.0 365.0 420.0 216.5 271.5
71Z 138.8 134.0 384.0 439.0 235.5 290.5
LE 80
156.3 149.2 429.0 489.0 280.5 340.5
80Z 156.3 149.2 464.0 524.0 315.5 375.5
90 173.8 154.2 490.5 560.5 342.0 412.0
90Z 173.8 154.2 530.5 600.5 382.0 452.0
100 198.0 170.5 547.0 625.5 398.5 477.0
100Z 198.0 170.5 582.0 660.5 433.5 512.0
112 222.0 181.5 557.0 630.0 408.5 481.5
112Z 222.0 181.5 591.5 664.5 443.0 516.0
132 264.0 207.0 610.0 714.5 461.5 566.0
132Z 264.0 207.0 660.0 764.5 511.5 616.0
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1
Siemens MD 50.1 · 2017 3/155
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Dimensions
EF49 gearbox in a flange-mounted design
EF030
EF49
3
148,5 103 79,5
kB k
LBL LB
Z
ØAC
Ø25 k6 62
96
50
5
40
58
Ø25 k6 28
DR M10x22 4
10
50 c1
f1
45°
Øs1
Øe1
72
179,8
147,1
104,7
168 Z
AD
Øa1 Øb1 to2
Flange a1 160 200 250
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 333.0 377.5 184.5 229.0
b1 110 130 180
71 138.8 134.0 365.0 420.0 216.5 271.5
71Z 138.8 134.0 384.0 439.0 235.5 290.5
to2 j6 j6 j6
LE 80 156.3 149.2 429.0 489.0 280.5 340.5
80Z 156.3 149.2 464.0 524.0 315.5 375.5
c1 10 12 15
90 173.8 154.2 490.5 560.5 342.0 412.0
90Z 173.8 154.2 530.5 600.5 382.0 452.0
e1 130 165 215
100 198.0 170.5 547.0 625.5 398.5 477.0
100Z 198.0 170.5 582.0 660.5 433.5 512.0
f1 3.5 3.5 4.0
112 222.0 181.5 557.0 630.0 408.5 481.5
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1 . For inner contour see page 3/184
3/156 Siemens MD 50.1 · 2017
112Z 222.0 181.5 591.5 664.5 443.0 516.0
s1 9.0
11.0 13.5
132 264.0 207.0 610.0 714.5 461.5 566.0
132Z 264.0 207.0 660.0 764.5 511.5 616.0
© Siemens AG 2018
EZ49 gearbox in a housing flange design
EZ030
EZ49
148,5 103 79,5
kB k
LBL LB
Z
ØAC
Ø25 k6 62
96
50
5
40
58
Ø25 k6 28
DR M10x22 4
M10x17
15°
Ø127 Ø87 j6 Ø108 15°
13,5 66,5
72
179,8
147,1
104,7
SIMOGEAR geared motors Helical geared motors
Dimensions
168
3
Z AD
Motor
AC AD1) k kB LB LBL
LA 63
117.8 124.0 333.0 377.5 184.5 229.0
71 138.8 134.0 365.0 420.0 216.5 271.5
71Z 138.8 134.0 384.0 439.0 235.5 290.5
LE 80
156.3 149.2 429.0 489.0 280.5 340.5
80Z 156.3 149.2 464.0 524.0 315.5 375.5
90 173.8 154.2 490.5 560.5 342.0 412.0
90Z 173.8 154.2 530.5 600.5 382.0 452.0
100 198.0 170.5 547.0 625.5 398.5 477.0
100Z 198.0 170.5 582.0 660.5 433.5 512.0
112 222.0 181.5 557.0 630.0 408.5 481.5
112Z 222.0 181.5 591.5 664.5 443.0 516.0
132 264.0 207.0 610.0 714.5 461.5 566.0
132Z 264.0 207.0 660.0 764.5 511.5 616.0
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1
Update 02/2018
Siemens MD 50.1 · 2017 3/157
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Dimensions
E69 gearbox in a foot-mounted design
E030
E69
3
176 121,5
86,5
kB k
LBL LB
3,5
Z
ØAC
Ø30 k6 74,5
85
150
190
60
5
50
58
Ø30 k6 33
DR M10x22 4
90-0,5 25
211,1 178,5 129,2
206
51 170 209
Z AD
Ø17,5
Motor
AC AD1) k kB LB LBL
LA 71
138.8 134.0 390.5 445.5 214.5 269.5
LE 80
138.8 134.0 409.5 464.5 233.5 288.5
80Z 156.3 149.2 450.5 510.5 274.5 334.5
90 156.3 149.2 485.5 545.5 309.5 369.5
90Z 173.8 154.2 512.0 582.0 336.0 406.0
100 173.8 154.2 552.0 622.0 376.0 446.0
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
100Z 198.0 170.5 568.5 647.0 392.5 471.0
112 198.0 170.5 603.5 682.0 427.5 506.0
112Z 222.0 181.5 578.5 651.5 402.5 475.5
132 222.0 181.5 603.5 676.5 427.5 500.5
) Feather key/keyway DIN 6885-1
132Z 264.0 207.0 631.5 736.0 455.5 560.0
160 264.0 207.0 681.5 786.0 505.5 610.0
160Z 318.0 241.0 713.5 829.5 537.5 653.5
3/158 Siemens MD 50.1 · 2017
© Siemens AG 2018
EF69 gearbox in a flange-mounted design
EF030
EF69
176 121,5 86,5
kB k
LBL LB
Z
ØAC
Ø30 k6 74,5
111,5
60
5
50
58
Ø30 k6 33
DR M10x22 4
10
60 c1
f1
45°
Øs1
Øe1
82
211,1
178,5
129,2
SIMOGEAR geared motors Helical geared motors
Dimensions
206
3
Z AD
Øa1 Øb1 to2
Flange a1 200 250
Motor
AC AD1) k kB LB LBL
LA 71
138.8 134.0 390.5 445.5 214.5 269.5
b1 130 180
LE 80
138.8 134.0 409.5 464.5 233.5 288.5
80Z 156.3 149.2 450.5 510.5 274.5 334.5
to2 j6 j6
90 156.3 149.2 485.5 545.5 309.5 369.5
90Z 173.8 154.2 512.0 582.0 336.0 406.0
c1 12 15
100 173.8 154.2 552.0 622.0 376.0 446.0
100Z 198.0 170.5 568.5 647.0 392.5 471.0
e1 165 215
112 198.0 170.5 603.5 682.0 427.5 506.0
112Z 222.0 181.5 578.5 651.5 402.5 475.5
f1 3.5 4.0
132 222.0 181.5 603.5 676.5 427.5 500.5
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1 . For inner contour see page 3/184
132Z 264.0 207.0 631.5 736.0 455.5 560.0
s1 11.0 13.5
160 264.0 207.0 681.5 786.0 505.5 610.0
160Z 318.0 241.0 713.5 829.5 537.5 653.5
Siemens MD 50.1 · 2017 3/159
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Dimensions
EZ69 gearbox in a housing flange design
EZ030
EZ69
3
176 121,5 86,5
kB k
LBL LB
Z
ØAC
Ø30 k6 74,5
111,5
60
5
50
58
Ø30 k6 33
DR M10x22 4
M10x17
15°
Ø145 Ø105 j6 Ø125 15°
13 76,5
82
211,1
178,5
129,2
206 Z
AD
Motor
AC AD1) k kB LB LBL
LA 71
138.8 134.0 390.5 445.5 214.5 269.5
LE 80
138.8 134.0 409.5 464.5 233.5 288.5
80Z 156.3 149.2 450.5 510.5 274.5 334.5
90 156.3 149.2 485.5 545.5 309.5 369.5
90Z 173.8 154.2 512.0 582.0 336.0 406.0
100 173.8 154.2 552.0 622.0 376.0 446.0
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
100Z 198.0 170.5 568.5 647.0 392.5 471.0
112 198.0 170.5 603.5 682.0 427.5 506.0
112Z 222.0 181.5 578.5 651.5 402.5 475.5
132 222.0 181.5 603.5 676.5 427.5 500.5
) Feather key/keyway DIN 6885-1
132Z 264.0 207.0 631.5 736.0 455.5 560.0
160 264.0 207.0 681.5 786.0 505.5 610.0
160Z 318.0 241.0 713.5 829.5 537.5 653.5
3/160 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
E89 gearbox in a foot-mounted design
E030
E89
200 141 108
kB k
LBL LB
3,5
Z
ØAC
Ø40 k6 92,5
110
160
206
80
5
70
5 12
Ø40 k6 43
DR M16x36 4
100-0,5 30
269,6 221,9 157,3
SIMOGEAR geared motors Helical geared motors
Dimensions
254
3
60 215 266
Z AD
Ø17,5
Motor
AC AD1) k kB LB LBL
LE 80 156.3 149.2 461.5 521.5 261.5 321.5
80Z 156.3 149.2 496.5 556.5 296.5 356.5
90 173.8 154.2 523.0 593.0 323.0 393.0
90Z 173.8 154.2 563.0 633.0 363.0 433.0
100 198.0 170.5 575.5 654.0 375.5 454.0
100Z 198.0 170.5 610.5 689.0 410.5 489.0
112 222.0 181.5 585.5 658.5 385.5 458.5
112Z 222.0 181.5 610.5 683.5 410.5 483.5
132 264.0 207.0 638.5 743.0 438.5 543.0
132Z 264.0 207.0 688.5 793.0 488.5 593.0
160 318.0 241.0 720.5 836.5 520.5 636.5
160Z 318.0 241.0 780.5 896.5 580.5 696.5
LES 180 352.5 292.0 793.5 922.5 593.5 722.5
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1
Siemens MD 50.1 · 2017
180Z 352.5 292.0 823.5 952.5 623.5 752.5
3/161
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Dimensions
EF89 gearbox in a flange-mounted design
EF030
EF89
3
200 141 108
kB k
LBL LB
Z
ØAC
Ø40 k6 92,5
123,5
80
5
70
5 12
Ø40 k6 43
DR M16x36 4
10
80 c1
f1
45°
Øs1
Øe1
95,5
269,6
221,9
157,3
254 Z
AD
Øa1 Øb1 to2
Flange a1 250 300 350
Motor
AC AD1) k kB LB LBL
LE 80
156.3 149.2 461.5 521.5 261.5 321.5
80Z 156.3 149.2 496.5 556.5 296.5 356.5
b1 180 230 250
90 173.8 154.2 523.0 593.0 323.0 393.0
90Z 173.8 154.2 563.0 633.0 363.0 433.0
to2 j6 j6 j6
100 198.0 170.5 575.5 654.0 375.5 454.0
100Z 198.0 170.5 610.5 689.0 410.5 489.0
c1 15 16 16
112 222.0 181.5 585.5 658.5 385.5 458.5
112Z 222.0 181.5 610.5 683.5 410.5 483.5
e1 215 265 300
132 264.0 207.0 638.5 743.0 438.5 543.0
132Z 264.0 207.0 688.5 793.0 488.5 593.0
f1 4.0 4.0 5.0
160 318.0 241.0 720.5 836.5 520.5 636.5
160Z 318.0 241.0 780.5 896.5 580.5 696.5
s1 13.5 13.5 17.5
LES 180
352.5 292.0 793.5 922.5 593.5 722.5
180Z 352.5 292.0 823.5 952.5 623.5 752.5
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1 . For inner contour see page 3/184
3/162 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
EZ89 gearbox in a housing flange design
EZ030
EZ89
200 141 108
kB k
LBL LB
Z
ØAC
Ø40 k6 92,5
123,5
80
5
70
5 12
Ø40 k6 43
DR M16x36 4
M12x20
15°
Ø160 Ø114 j6 Ø135 15°
10,5 94
95,5
269,6
221,9
157,3
SIMOGEAR geared motors Helical geared motors
Dimensions
254
3
Z AD
Motor
AC AD1) k kB LB LBL
LE 80
156.3 149.2 461.5 521.5 261.5 321.5
80Z 156.3 149.2 496.5 556.5 296.5 356.5
90 173.8 154.2 523.0 593.0 323.0 393.0
90Z 173.8 154.2 563.0 633.0 363.0 433.0
100 198.0 170.5 575.5 654.0 375.5 454.0
100Z 198.0 170.5 610.5 689.0 410.5 489.0
112 222.0 181.5 585.5 658.5 385.5 458.5
112Z 222.0 181.5 610.5 683.5 410.5 483.5
132 264.0 207.0 638.5 743.0 438.5 543.0
132Z 264.0 207.0 688.5 793.0 488.5 593.0
160 318.0 241.0 720.5 836.5 520.5 636.5
160Z 318.0 241.0 780.5 896.5 580.5 696.5
LES 180
352.5 292.0 793.5 922.5 593.5 722.5
180Z 352.5 292.0 823.5 952.5 623.5 752.5
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1
Update 02/2018
Siemens MD 50.1 · 2017 3/163
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Dimensions
E109 gearbox in a foot-mounted design
E030
E109
3
233 164 130
kB k
LBL LB
4
Z
ØAC
Ø50 k6 113,5
140
185
240
100
10
80
5 14
Ø50 k6 53,5
DR M16x36 4
112-0,5 35
326,9 268,5 196,8
308,5
63
Ø22
250
306
Z AD
Motor
AC AD1) k kB LB LBL
LE
LES
90
90Z 100 100Z 112 112Z 132 132Z 160 160Z 180 180Z 200 200Z 225 225Y
173.8 173.8 198.0 198.0 222.0 222.0 264.0 264.0 318.0 318.0 352.5 352.5 392.5 392.5 439.0 439.0
154.2 154.2 170.5 170.5 181.5 181.5 207.0 207.0 241.0 241.0 292.0 292.0 315.0 315.0 382.0 382.0
549.0 589.0 599.5 634.5 609.5 634.5 662.5 712.5 744.5 804.5 817.5 847.5 885.5 910.5 931.0 991.0
619.0 659.0 678.0 713.0 682.5 707.5 767.0 817.0 860.5 920.5 946.5 976.5 1 032.5 1 057.5 1 159.0 1 219.0
316.0 356.0 366.5 401.5 376.5 401.5 429.5 479.5 511.5 571.5 584.5 614.5 652.5 677.5 698.0 758.0
386.0 426.0 445.0 480.0 449.5 474.5 534.0 584.0 627.5 687.5 713.5 743.5 799.5 824.5 926.0 986.0
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1
3/164 Siemens MD 50.1 · 2017
© Siemens AG 2018
EF109 gearbox in a flange-mounted design
EF030
EF109
233 164 130
kB k
LBL LB
Z
SIMOGEAR geared motors Helical geared motors
Dimensions
308,5
3
326,9 268,5 196,8
ØAC
Ø50 k6 113,5
114,2
140,5
100
10
80
5 14
Z AD
Ø50 k6 53,5
DR M16x36 4
10
100 c1
f1
a1 350
45°
Øs1
Øe1
a1 = 450
22,5°
Øs1
Øe1
Øa1 Øb1 to2
Flange a1
b1
to2
c1
300
230
j6
16
350
250
j6
18
450
350
h6
18
e1
f1
s1
265
4.0
13.5
300
5.0
17.5
400
5.0
17.5
Motor
AC AD1) k kB LB LBL
LE
LES
90
90Z 100 100Z 112 112Z 132 132Z 160 160Z 180 180Z 200 200Z 225 225Y
173.8 173.8 198.0 198.0 222.0 222.0 264.0 264.0 318.0 318.0 352.5 352.5 392.5 392.5 439.0 439.0
154.2 154.2 170.5 170.5 181.5 181.5 207.0 207.0 241.0 241.0 292.0 292.0 315.0 315.0 382.0 382.0
549.0 589.0 599.5 634.5 609.5 634.5 662.5 712.5 744.5 804.5 817.5 847.5 885.5 910.5 931.0 991.0
619.0 659.0 678.0 713.0 682.5 707.5 767.0 817.0 860.5 920.5 946.5 976.5 1 032.5 1 057.5 1 159.0 1 219.0
316.0 356.0 366.5 401.5 376.5 401.5 429.5 479.5 511.5 571.5 584.5 614.5 652.5 677.5 698.0 758.0
386.0 426.0 445.0 480.0 449.5 474.5 534.0 584.0 627.5 687.5 713.5 743.5 799.5 824.5 926.0 986.0
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1 . For inner contour see page 3/184
Update 02/2018
Siemens MD 50.1 · 2017 3/165
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Dimensions
EZ109 gearbox in a housing flange design
EZ030
EZ109
3
233 164 130
kB k
LBL LB
Z
ØAC
Ø50 k6 113,5
140,5
100
10
80
5 14
Ø50 k6 53,5
DR M16x36 4
M12x17,5
15°
Ø192 Ø140 j6 Ø165 15°
15 119
114,2
326,9 268,5 196,8
308,5 Z
AD
Motor
AC AD1) k kB LB LBL
LE
LES
90
90Z 100 100Z 112 112Z 132 132Z 160 160Z 180 180Z 200 200Z 225 225Y
173.8 173.8 198.0 198.0 222.0 222.0 264.0 264.0 318.0 318.0 352.5 352.5 392.5 392.5 439.0 439.0
154.2 154.2 170.5 170.5 181.5 181.5 207.0 207.0 241.0 241.0 292.0 292.0 315.0 315.0 382.0 382.0
549.0 589.0 599.5 634.5 609.5 634.5 662.5 712.5 744.5 804.5 817.5 847.5 885.5 910.5 931.0 991.0
619.0 659.0 678.0 713.0 682.5 707.5 767.0 817.0 860.5 920.5 946.5 976.5 1 032.5 1 057.5 1 159.0 1 219.0
316.0 356.0 366.5 401.5 376.5 401.5 429.5 479.5 511.5 571.5 584.5 614.5 652.5 677.5 698.0 758.0
386.0 426.0 445.0 480.0 449.5 474.5 534.0 584.0 627.5 687.5 713.5 743.5 799.5 824.5 926.0 986.0
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1
3/166 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
E129 gearbox in a foot-mounted design
E030
E129
252 173,5
142,5
kB k
LBL LB
4
Z
ØAC
Ø60 m6 130
152
210
260
120
10
100
5 18
Ø60 m6 64
DR M20x42 4
140-0,5 45
379,3 311,9 228
SIMOGEAR geared motors Helical geared motors
Dimensions
363
3
80
Ø22
310
360
Z AD
Motor
AC AD1) k kB LB LBL
LE
LES
90
90Z 100 100Z 112 112Z 132 132Z 160 160Z 180 180Z 200 200Z 225 225Y 250
173.8 173.8 198.0 198.0 222.0 222.0 264.0 264.0 318.0 318.0 352.5 352.5 392.5 392.5 439.0 439.0 487.0
154.2 154.2 170.5 170.5 181.5 181.5 207.0 207.0 241.0 241.0 292.0 292.0 315.0 315.0 382.0 382.0 457.0
561.0 601.0 609.5 644.5 619.5 644.5 670.5 720.5 752.5 812.5 825.5 855.5 893.5 918.5 945.0 1 005.0 1 050.5
631.0 671.0 688.0 723.0 692.5 717.5 775.0 825.0 868.5 928.5 954.5 984.5 1 040.5 1 065.5 1 173.0 1 233.0 1 275.5
309.0 349.0 357.5 392.5 367.5 392.5 418.5 468.5 500.5 560.5 573.5 603.5 641.5 666.5 693.0 753.0 798.5
379.0 419.0 436.0 471.0 440.5 465.5 523.0 573.0 616.5 676.5 702.5 732.5 788.5 813.5 921.0 981.0 1 023.5
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1
Siemens MD 50.1 · 2017 3/167
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Dimensions
EF129 gearbox in a flange-mounted design
EF030
EF129
3
252 173,5 142,5
kB k
LBL LB
Z
ØAC
Ø60 m6 130
148,5
120
10
100
5 18
Ø60 m6 64
DR M20x42 4
10
120 c1
f1
a1 = 350
45°
Øs1
Øe1
a1 = 450
22,5°
Øs1
Øe1
136,5
379,3 311,9 228
363 Z
AD
Øa1 Øb1 to2
Flange a1
b1
to2
c1
350
250
h6
18
450
350
h6
22
e1
f1
300
5
400
5
s1 17.5 17.5
Motor
AC AD1) k kB LB LBL
LE
LES
90
90Z 100 100Z 112 112Z 132 132Z 160 160Z 180 180Z 200 200Z 225 225Y 250
173.8 173.8 198.0 198.0 222.0 222.0 264.0 264.0 318.0 318.0 352.5 352.5 392.5 392.5 439.0 439.0 487.0
154.2 154.2 170.5 170.5 181.5 181.5 207.0 207.0 241.0 241.0 292.0 292.0 315.0 315.0 382.0 382.0 457.0
561.0 601.0 609.5 644.5 619.5 644.5 670.5 720.5 752.5 812.5 825.5 855.5 893.5 918.5 945.0 1 005.0 1 050.5
631.0 671.0 688.0 723.0 692.5 717.5 775.0 825.0 868.5 928.5 954.5 984.5 1 040.5 1 065.5 1 173.0 1 233.0 1 275.5
309.0 349.0 357.5 392.5 367.5 392.5 418.5 468.5 500.5 560.5 573.5 603.5 641.5 666.5 693.0 753.0 798.5
379.0 419.0 436.0 471.0 440.5 465.5 523.0 573.0 616.5 676.5 702.5 732.5 788.5 813.5 921.0 981.0 1 023.5
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1 . For inner contour see page 3/184
3/168 Siemens MD 50.1 · 2017
© Siemens AG 2018
EZ129 gearbox in a housing flange design
EZ030
EZ129
252 173,5 142,5
kB k
LBL LB
Z
ØAC
Ø60 m6 130
148,5
120
10
100
5 18
Ø60 m6 64
DR M20x42 4
M16x24
15°
Ø220 Ø150 j6 Ø185 15°
21 145
136,5
379,3 311,9 228
SIMOGEAR geared motors Helical geared motors
Dimensions
363
3
Z AD
Motor
AC AD1) k kB LB LBL
LE
LES
90
90Z 100 100Z 112 112Z 132 132Z 160 160Z 180 180Z 200 200Z 225 225Y 250
173.8 173.8 198.0 198.0 222.0 222.0 264.0 264.0 318.0 318.0 352.5 352.5 392.5 392.5 439.0 439.0 487.0
154.2 154.2 170.5 170.5 181.5 181.5 207.0 207.0 241.0 241.0 292.0 292.0 315.0 315.0 382.0 382.0 457.0
561.0 601.0 609.5 644.5 619.5 644.5 670.5 720.5 752.5 812.5 825.5 855.5 893.5 918.5 945.0 1 005.0 1 050.5
631.0 671.0 688.0 723.0 692.5 717.5 775.0 825.0 868.5 928.5 954.5 984.5 1 040.5 1 065.5 1 173.0 1 233.0 1 275.5
309.0 349.0 357.5 392.5 367.5 392.5 418.5 468.5 500.5 560.5 573.5 603.5 641.5 666.5 693.0 753.0 798.5
379.0 419.0 436.0 471.0 440.5 465.5 523.0 573.0 616.5 676.5 702.5 732.5 788.5 813.5 921.0 981.0 1 023.5
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1
Update 02/2018
Siemens MD 50.1 · 2017 3/169
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Dimensions
E149 gearbox in a foot-mounted design
E030
E149
3
267 195 164
kB k
LBL LB
4
Z
ØAC
Ø70 m6 157
175
240
320
140 7,5 125
5 20
Ø70 m6 74,5
DR M20x42 4
160-0,5 50
452,5 367,2 252,4
418,5
111
Ø33
340
415
Z AD
Motor
AC AD1) k kB LB LBL
LE 100
198.0 170.5 623.0 701.5 356.0 434.5
100Z 198.0 170.5 658.0 736.5 391.0 469.5
112 222.0 181.5 633.0 706.0 366.0 439.0
112Z 222.0 181.5 658.0 731.0 391.0 464.0
132 264.0 207.0 679.0 783.5 412.0 516.5
132Z 264.0 207.0 729.0 833.5 462.0 566.5
160 318.0 241.0 761.0 877.0 494.0 610.0
160Z 318.0 241.0 821.0 937.0 554.0 670.0
LES 180
352.5 292.0 834.0 963.0 567.0 696.0
180Z 352.5 292.0 864.0 993.0 597.0 726.0
200 392.5 315.0 902.0
1 049.0 635.0 782.0
200Z 392.5 315.0 927.0
1 074.0 660.0 807.0
225 439.0 382.0 947.5
1 175.5 680.5 908.5
225Y 439.0 382.0
1 007.5 1 235.5
740.5 968.5
250 487.0 457.0
1 059.0 1 284.0
792.0 1 017.0
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1
3/170 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
EF149 gearbox in a flange-mounted design
EF030
EF149
267 195 164
kB k
LBL LB
Z
SIMOGEAR geared motors Helical geared motors
Dimensions
418,5
3
452,5 367,2 252,4
ØAC
Ø70 m6 157
162,3
180,5
140 7,5 125
5 20
Z AD
Ø70 m6 74,5
DR M20x42 4
10
140 c1
f1
a1 = 350
45°
Øs1
Øe1
a1 450
22,5°
Øs1
Øe1
Øa1 Øb1 to2
Flange a1
b1
to2
c1
350
250
h6
20
450
350
h6
22
550
450
h6
22
e1
f1
300
5
400
5
500
5
s1 17.5 17.5 17.5
Motor
AC AD1) k kB LB LBL
LE 100
198.0 170.5 623.0 701.5 356.0 434.5
100Z 198.0 170.5 658.0 736.5 391.0 469.5
112 222.0 181.5 633.0 706.0 366.0 439.0
112Z 222.0 181.5 658.0 731.0 391.0 464.0
132 264.0 207.0 679.0 783.5 412.0 516.5
132Z 264.0 207.0 729.0 833.5 462.0 566.5
160 318.0 241.0 761.0 877.0 494.0 610.0
160Z 318.0 241.0 821.0 937.0 554.0 670.0
LES 180
352.5 292.0 834.0 963.0 567.0 696.0
180Z 352.5 292.0 864.0 993.0 597.0 726.0
200 392.5 315.0 902.0
1 049.0 635.0 782.0
200Z 392.5 315.0 927.0
1 074.0 660.0 807.0
225 439.0 382.0 947.5
1 175.5 680.5 908.5
225Y 439.0 382.0
1 007.5 1 235.5
740.5 968.5
250 487.0 457.0
1 059.0 1 284.0
792.0 1 017.0
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1 . For inner contour see page 3/184
Update 02/2018
Siemens MD 50.1 · 2017 3/171
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Dimensions
EZ149 gearbox in a housing flange design
EZ030
EZ149
3
267 195 164
kB k
LBL LB
Z
ØAC
Ø70 m6 157
180,5
140 7,5 125
5 20
Ø70 m6 74,5
DR M20x42 4
M20x27
15°
Ø260 Ø170 j6 Ø215 15°
31 175
162,3
452,5 367,2 252,4
418,5 Z
AD
Motor
AC AD1) k kB LB LBL
LE 100
198.0 170.5 623.0 701.5 356.0 434.5
100Z 198.0 170.5 658.0 736.5 391.0 469.5
112 222.0 181.5 633.0 706.0 366.0 439.0
112Z 222.0 181.5 658.0 731.0 391.0 464.0
132 264.0 207.0 679.0 783.5 412.0 516.5
132Z 264.0 207.0 729.0 833.5 462.0 566.5
160 318.0 241.0 761.0 877.0 494.0 610.0
160Z 318.0 241.0 821.0 937.0 554.0 670.0
LES 180
352.5 292.0 834.0 963.0 567.0 696.0
180Z 352.5 292.0 864.0 993.0 597.0 726.0
200 392.5 315.0 902.0
1 049.0 635.0 782.0
200Z 392.5 315.0 927.0
1 074.0 660.0 807.0
225 439.0 382.0 947.5
1 175.5 680.5 908.5
225Y 439.0 382.0
1 007.5 1 235.5
740.5 968.5
250 487.0 457.0
1 059.0 1 284.0
792.0 1 017.0
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1
3/172 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
ZKF89 gearbox in a flange-mounted design
ZKF030
ZKF89
269,5
kB k
LBL LB
Ø50 k6 18,9 158,5
Z
ØAC
105
100
10
80
5 14
181,5
116
SIMOGEAR geared motors Cooling tower geared motors
Dimensions
247
3
324
Z AD
Ø50 k6 53,5
DR M16x36 4
180
c1
f1
a1 350
45°
Øs1
Øe1
a1 = 450
22.5°
Øs1
Øe1
Øa1 Øb1 to2
10
Flange a1 300 350 450
Motor
AC AD1) k kB LB LBL
LE 80 156.3 149.2 531.0 591.0 261.5 321.5
80Z 156.3 149.2 566.0 626.0 296.5 356.5
b1 230 250 350
90 173.8 154.2 592.5 662.5 323.0 393.0
90Z 173.8 154.2 632.5 702.5 363.0 433.0
to2 j6 j6 h6
100 198.0 170.5 645.0 723.5 375.5 454.0
100Z 198.0 170.5 680.0 758.5 410.5 489.0
c1 16 18 18
112 222.0 181.5 655.0 728.0 385.5 458.5
112Z 222.0 181.5 680.0 753.0 410.5 483.5
e1 265 300 400
132 264.0 207.0 708.0 812.5 438.5 543.0
132Z 264.0 207.0 758.0 862.5 488.5 593.0
f1 4.0 5.0 5.0
160 318.0 241.0 790.0 906.0 520.5 636.5
160Z 318.0 241.0 850.0 966.0 580.5 696.5
s1 13.5 17.5 17.5
LES 180 352.5 292.0 863.0 992.0 593.5 722.5
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1 . For inner contour see page 3/184
Update 02/2018
Siemens MD 50.1 · 2017
180Z 352.5 292.0 893.0
1 022.0 623.5 752.5
3/173
© Siemens AG 2018
SIMOGEAR geared motors Cooling tower geared motors
Dimensions
ZKF109 gearbox in a flange-mounted design
ZKF030
ZKF109
3
kB
k
313
LBL
LB
Ø60 m6 17,4
196
Z
ØAC
116
120 10 100
5 18
225,5 141,5
304
365 Z
AD
Ø60 m6 64
DR M20x42 4
200
c1
f1
a1 = 350
45°
Øs1
Øe1
a1 = 450
22.5°
Øs1
Øe1
Øa1 Øb1 to2
10
Flange a1 350 450
Motor
AC AD1) k kB LB LBL
LE 90S 173.8 154.2 629.0 699.0 316.0 386.0
90Z 173.8 154.2 669.0 739.0 356.0 426.0
b1 250 350
100 198.0 170.5 679.5 758.0 366.5 445.0
100Z 198.0 170.5 714.5 793.0 401.5 480.0
to2 h6 h6
112 222.0 181.5 689.5 762.5 376.5 449.5
112Z 222.0 181.5 714.5 787.5 401.5 474.5
c1 18 22
132 264.0 207.0 742.5 847.0 429.5 534.0
132Z 264.0 207.0 792.5 897.0 479.5 584.0
160 318.0 241.0 824.5 940.5 511.5 627.5
e1
f1
300
5
400
5
s1 17.5 17.5
LES 160Z 180
180Z 200
200Z 225
225Y
318.0 352.5 352.5 392.5 392.5 439.0 439.0
241.0 292.0 292.0 315.0 315.0 337.0 337.0
884.5 897.5 927.5 965.5 990.5 1 011.0 1 071.0
1 000.5 1 026.5 1 056.5 1 112.5 1 137.5 1 239.0 1 299.0
571.5 584.5 614.5 652.5 677.5 698.0 758.0
687.5 713.5 743.5 799.5 824.5 926.0 986.0
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1 . For inner contour see page 3/184
3/174 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
ZKF129 gearbox in a flange-mounted design
ZKF030
ZKF129
kB
k
374
LBL
LB
Ø70 m6 24,1 224,5
Z
ØAC
147
140 7,5 125
5 20
253
161,5
SIMOGEAR geared motors Cooling tower geared motors
Dimensions
372
3
460
Z AD
Ø70 m6 74,5
DR M20x42 4
220
c1
f1
a1 = 350
45°
Øs1
Øe1
a1 450
22.5°
Øs1
Øe1
Øa1 Øb1 to2
10
Flange a1 350 450 550
Motor
AC AD1) k kB LB LBL
LE 90S 173.8 154.2 683.0 753.0 309.0 379.0
90Z 173.8 154.2 723.0 793.0 349.0 419.0
b1 250 350 450
100 198.0 170.5 731.5 810.0 357.5 436.0
100Z 198.0 170.5 766.5 845.0 392.5 471.0
to2 h6 h6 h6
112 222.0 181.5 741.5 814.5 367.5 440.5
112Z 222.0 181.5 766.5 839.5 392.5 465.5
132 264.0 207.0 792.5 897.0 418.5 523.0
c1 20 22 22
132Z 264.0 207.0 842.5 947.0 468.5 573.0
160 318.0 241.0 874.5 990.5 500.5 616.5
e1
f1
300
5
400
5
500
5
s1 17.5 17.5 17.5
LES 160Z 180 180Z 200
200Z 225
225Y 250
318.0 352.5 352.5 392.5 392.5 439.0 439.0 487.0
241.0 292.0 292.0 315.0 315.0 337.0 337.0 407.5
934.5 947.5 977.5 1 015.5 1 040.5 1 067.0 1 127.0 1 172.5
1 050.5 1 076.5 1 106.5 1 162.5 1 187.5 1 295.0 1 355.0 1 397.5
560.5 573.5 603.5 641.5 666.5 693.0 753.0 798.5
676.5 702.5 732.5 788.5 813.5 921.0 981.0 1 023.5
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1 . For inner contour see page 3/184
Update 02/2018
Siemens MD 50.1 · 2017 3/175
© Siemens AG 2018
SIMOGEAR geared motors Cooling tower geared motors
Dimensions
ZKF149 gearbox in a flange-mounted design
ZKF030
ZKF149
3
kB
k
414
LBL
LB
Ø90 m6 29,6
267
Z
ØAC
172
170
15
140
5 25
Ø90 m6 95
DR M24x50 4
250
c1
f1
22.5°
Øs1
Øe1
Øa1 Øb1 to2
10
318,5
181
421
520 Z
AD
Flange a1 450 550
Motor
AC AD1) k kB LB LBL
LE 100 198.0 170.5 770.0 848.5 356.0 434.5
100Z 198.0 170.5 805.0 883.5 391.0 469.5
b1 350 450
112 222.0 181.5 780.0 853.0 366.0 439.0
112Z 222.0 181.5 805.0 878.0 391.0 464.0
to2 h6 h6
132 264.0 207.0 826.0 930.5 412.0 516.5
132Z 264.0 207.0 876.0 980.5 462.0 566.5
c1
e1
f1
22
400
5
25
500
5
s1 17.5 17.5
160 318.0 241.0 908.0
1 024.0 494.0 610.0
160Z 318.0 241.0 968.0
1 084.0 554.0 670.0
LES 180
352.5 292.0 981.0 1 110.0 567.0 696.0
180Z 352.5 292.0
1 011.0 1 140.0
597.0 726.0
200 392.5 315.0
1 049.0 1 196.0
635.0 782.0
200Z 392.5 315.0
1 074.0 1 221.0
660.0 807.0
225 439.0 337.0
1 094.5 1 322.5
680.5 908.5
225Y 439.0 337.0
1 154.5 1 382.5
740.5 968.5
250 487.0 407.5
1 206.0 1 431.0
792.0 1 017.0
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1 . For inner contour see page 3/184
3/176 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
ZKF169 gearbox in a flange-mounted design
ZKF030
ZKF169
kB
k
494
LBL
LB
Ø110 m6 38,9
286
Z
ØAC
195
210
15
180
5 28
Ø110 m6 116
DR M24x50 4
330
c1
f1
22.5°
Øs1
Øe1
Øa1 Øb1 to2
10
360,5
211
SIMOGEAR geared motors Cooling tower geared motors
Dimensions
495
3
589
Z AD
Flange a1 450 550 660
Motor
AC AD1) k kB LB LBL
LE 112 222.0 181.5 847.5 920.5 353.5 426.5
b1 350 450 550
112Z 222.0 181.5 872.5 945.5 378.5 451.5
132 264.0 207.0 893.0 997.5 399.0 503.5
to2 h6 h6 h6
132Z 264.0 207.0 943.0
1 047.5 449.0 553.5
160 318.0 241.0 975.0
1 091.0 481.0 597.0
c1 22 25 25
160Z 318.0 241.0
1 035.0 1 151.0
541.0 657.0
LES 180
352.5 292.0 1 047.5 1 176.5 553.5 682.5
e1 400 500 600
180Z 352.5 292.0
1 077.5 1 206.5
583.5 712.5
200 392.5 315.0
1 115.5 1 262.5
621.5 768.5
f1 5 5 6
200Z 392.5 315.0
1 140.5 1 287.5
646.5 793.5
225 439.0 337.0
1 160.0 1 388.0
666.0 894.0
s1 17.5 17.5 17.5
225Y 439.0 337.0
1 220.0 1 448.0
726.0 954.0
250 487.0 407.5
1 267.5 1 492.5
773.5 998.5
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1 . For inner contour see page 3/184
Update 02/2018
Siemens MD 50.1 · 2017 3/177
© Siemens AG 2018
SIMOGEAR geared motors Cooling tower geared motors
Dimensions
ZKF189 gearbox in a flange-mounted design
ZKF030
ZKF189
3
kB
k
590
LBL
LB
Ø120 m6 58,3
341
Z
ØAC
207,5
210
15
180
5 32
Ø120 m6 127
DR M24x50 4
330
c1
f1
22.5°
Øs1
Øe1
Øa1 Øb1 to2
10
429
246
557
648 Z
AD
Flange a1 550 660
Motor
AC AD1) k kB LB LBL
LE 112
222.0 181.5 943.5 1 016.5 353.5 426.5
b1 450 550
112Z 222.0 181.5 968.5
1 041.5 378.5 451.5
132 264.0 207.0 989.0
1 093.5 399.0 503.5
to2 h6 h6
132Z 264.0 207.0
1 039.0 1 143.5
449.0 553.5
160 318.0 241.0
1 071.0 1 187.0
481.0 597.0
c1 25 28
160Z 318.0 241.0
1 131.0 1 247.0
541.0 657.0
LES 180
352.5 292.0 1 143.5 1 272.5 553.5 682.5
e1 500 600
180Z 352.5 292.0
1 173.5 1 302.5
583.5 712.5
200 392.5 315.0
1 211.5 1 358.5
621.5 768.5
f1 5 6
200Z 392.5 315.0
1 236.5 1 383.5
646.5 793.5
225 439.0 337.0
1 256.0 1 484.0
666.0 894.0
s1 17.5 22.0
225Y 439.0 337.0
1 316.0 1 544.0
726.0 954.0
250 487.0 407.5
1 363.5 1 588.5
773.5 998.5
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1 . For inner contour see page 3/184
3/178 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
EKF89 gearbox in a flange-mounted design
EKF030
EKF89
200 141 108
kB k
LBL LB
Z
ØAC
Ø40 k6 92,5
123,5
80
5
70
5 12
Ø40 k6 43
DR M16x36 4
10
160
c1
f1
45°
Øs1
Øe1
95,5
269,6
221,9
157,3
SIMOGEAR geared motors Cooling tower geared motors
Dimensions
254
3
Z AD
Øa1 Øb1 to2
Flange a1 250 300 350
Motor
AC AD1) k kB LB LBL
LE 80
156.3 149.2 461.5 521.5 261.5 321.5
80Z 156.3 149.2 496.5 556.5 296.5 356.5
b1 180 230 250
90 173.8 154.2 523.0 593.0 323.0 393.0
90Z 173.8 154.2 563.0 633.0 363.0 433.0
to2 j6 j6 j6
100 198.0 170.5 575.5 654.0 375.5 454.0
100Z 198.0 170.5 610.5 689.0 410.5 489.0
c1 15 16 16
112 222.0 181.5 585.5 658.5 385.5 458.5
112Z 222.0 181.5 610.5 683.5 410.5 483.5
e1 215 265 300
132 264.0 207.0 638.5 743.0 438.5 543.0
132Z 264.0 207.0 688.5 793.0 488.5 593.0
f1 4.0 4.0 5.0
160 318.0 241.0 720.5 836.5 520.5 636.5
160Z 318.0 241.0 780.5 896.5 580.5 696.5
s1 13.5 13.5 17.5
LES 180
352.5 292.0 793.5 922.5 593.5 722.5
180Z 352.5 292.0 823.5 952.5 623.5 752.5
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1 . For inner contour see page 3/184
Update 02/2018
Siemens MD 50.1 · 2017 3/179
© Siemens AG 2018
SIMOGEAR geared motors Cooling tower geared motors
Dimensions
EKF109 gearbox in a flange-mounted design
EKF030
EKF109
3
233 164 130
kB k
LBL LB
Z
ØAC
Ø50 k6 113,5
140,5
100
10
80
5 14
Ø50 k6 53,5
DR M16x36 4
10
180
c1
f1
a1 350
45°
Øs1
Øe1
a1 = 450
22,5°
Øs1
Øe1
114,2
326,9 268,5 196,8
308,5 Z
AD
Øa1 Øb1 to2
Flange a1
b1
to2
c1
300
230
j6
16
350
250
j6
18
450
350
h6
18
e1
f1
s1
265
4.0
13.5
300
5.0
17.5
400
5.0
17.5
Motor
AC AD1) k kB LB LBL
LE
LES
90
90Z 100 100Z 112 112Z 132 132Z 160 160Z 180 180Z 200 200Z 225 225Y
173.8 173.8 198.0 198.0 222.0 222.0 264.0 264.0 318.0 318.0 352.5 352.5 392.5 392.5 439.0 439.0
154.2 154.2 170.5 170.5 181.5 181.5 207.0 207.0 241.0 241.0 292.0 292.0 315.0 315.0 382.0 382.0
549.0 589.0 599.5 634.5 609.5 634.5 662.5 712.5 744.5 804.5 817.5 847.5 885.5 910.5 931.0 991.0
619.0 659.0 678.0 713.0 682.5 707.5 767.0 817.0 860.5 920.5 946.5 976.5 1 032.5 1 057.5 1 159.0 1 219.0
316.0 356.0 366.5 401.5 376.5 401.5 429.5 479.5 511.5 571.5 584.5 614.5 652.5 677.5 698.0 758.0
386.0 426.0 445.0 480.0 449.5 474.5 534.0 584.0 627.5 687.5 713.5 743.5 799.5 824.5 926.0 986.0
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1 . For inner contour see page 3/184
3/180 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
EKF129 gearbox in a flange-mounted design
EKF030
EKF129
252 173,5 142,5
kB k
LBL LB
Z
SIMOGEAR geared motors Cooling tower geared motors
Dimensions
363
3
379,3 311,9 228
ØAC
Ø60 m6 130
136,5
148,5
120
10
100
5 18
Z AD
Ø60 m6 64
DR M20x42 4
10
200
c1
f1
a1 = 350
45°
Øs1
Øe1
a1 = 450
22,5°
Øs1
Øe1
Øa1 Øb1 to2
Flange a1
b1
to2
c1
350
250
h6
18
450
350
h6
22
e1
f1
300
5
400
5
s1 17.5 17.5
Motor
AC AD1) k kB LB LBL
LE
LES
90
90Z 100 100Z 112 112Z 132 132Z 160 160Z 180 180Z 200 200Z 225 225Y 250
173.8 173.8 198.0 198.0 222.0 222.0 264.0 264.0 318.0 318.0 352.5 352.5 392.5 392.5 439.0 439.0 487.0
154.2 154.2 170.5 170.5 181.5 181.5 207.0 207.0 241.0 241.0 292.0 292.0 315.0 315.0 382.0 382.0 457.0
561.0 601.0 609.5 644.5 619.5 644.5 670.5 720.5 752.5 812.5 825.5 855.5 893.5 918.5 945.0 1 005.0 1 050.5
631.0 671.0 688.0 723.0 692.5 717.5 775.0 825.0 868.5 928.5 954.5 984.5 1 040.5 1 065.5 1 173.0 1 233.0 1 275.5
309.0 349.0 357.5 392.5 367.5 392.5 418.5 468.5 500.5 560.5 573.5 603.5 641.5 666.5 693.0 753.0 798.5
379.0 419.0 436.0 471.0 440.5 465.5 523.0 573.0 616.5 676.5 702.5 732.5 788.5 813.5 921.0 981.0 1 023.5
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1 . For inner contour see page 3/184
Update 02/2018
Siemens MD 50.1 · 2017 3/181
© Siemens AG 2018
SIMOGEAR geared motors Cooling tower geared motors
Dimensions
EKF149 gearbox in a flange-mounted design
EKF030
EKF149
3
267 195 164
kB k
LBL LB
Z
ØAC
Ø70 m6 157
180,5
140 7,5 125
5 20
Ø70 m6 74,5
DR M20x42 4
10
220
c1
f1
a1 = 350
45°
Øs1
Øe1
a1 450
22,5°
Øs1
Øe1
162,3
452,5 367,2 252,4
418,5 Z
AD
Øa1 Øb1 to2
Flange a1
b1
to2
c1
350
250
h6
20
450
350
h6
22
550
450
h6
22
e1
f1
300
5
400
5
500
5
s1 17.5 17.5 17.5
Motor
AC AD1) k kB LB LBL
LE 100
198.0 170.5 623.0 701.5 356.0 434.5
100Z 198.0 170.5 658.0 736.5 391.0 469.5
112 222.0 181.5 633.0 706.0 366.0 439.0
112Z 222.0 181.5 658.0 731.0 391.0 464.0
132 264.0 207.0 679.0 783.5 412.0 516.5
132Z 264.0 207.0 729.0 833.5 462.0 566.5
160 318.0 241.0 761.0 877.0 494.0 610.0
160Z 318.0 241.0 821.0 937.0 554.0 670.0
LES 180
352.5 292.0 834.0 963.0 567.0 696.0
180Z 352.5 292.0 864.0 993.0 597.0 726.0
200 392.5 315.0 902.0
1 049.0 635.0 782.0
200Z 392.5 315.0 927.0
1 074.0 660.0 807.0
225 439.0 382.0 947.5
1 175.5 680.5 908.5
225Y 439.0 382.0
1 007.5 1 235.5
740.5 968.5
250 487.0 457.0
1 059.0 1 284.0
792.0 1 017.0
( DIN 332 1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1 . For inner contour see page 3/184
3/182 Siemens MD 50.1 · 2017
Update 02/2018
Helical tandem geared motors
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Dimensions
zB5 z5
LB
3
ØAC
Gearbox D./Z.29-D/Z19 D./Z.39-D/Z19 D./Z.49-D/Z19 D./Z.59-D/Z19 D./Z.69-D/Z19 D./Z.79-D/Z39 D./Z.89-D/Z39
D.109-D/Z39
D.129-D/Z49
Motor LA63 LA63 LA71 LA71Z LA63 LA71 LA71Z LA63 LA71 LA71Z LE80 LE80Z LA63 LA71 LA71Z LE80 LE80Z LA63 LA71 LA71Z LE80 LE80Z LA63 LA71 LA71Z LE80 LE80Z LE90 LE90Z LA63 LA71 LA71Z LE80 LE80Z LE90 LE90Z LE100 LE100Z LA63 LA71 LA71Z LE80 LE80Z LE90 LE90Z
AC 117.8 117.8 138.8 138.8 117.8 138.8 138.8 117.8 138.8 138.8 156.3 156.3 117.8 138.8 138.8 156.3 156.3 117.8 138.8 138.8 156.3 156.3 117.8 138.8 138.8 156.3 156.3 173.8 173.8 117.8 138.8 138.8 156.3 156.3 173.8 173.8 198.0 198.0 117.8 138.8 138.8 156.3 156.3 173.8 173.8
z5 331.0 331.0 363.0 382.0 322.0 354.0 373.0 322.0 354.0 373.0 410.0 445.0 322.0 354.0 373.0 410.0 445.0 373.5 405.5 424.5 469.5 504.5 356.5 388.5 407.5 452.5 487.5 514.0 554.0 347.5 379.5 398.5 443.5 478.5 505.0 545.0 561.5 596.5 376.5 408.5 427.5 472.5 507.5 534.0 574.0
zB5 375.5 375.5 418.0 437.0 366.5 409.0 428.0 366.5 409.0 428.0 470.0 505.0 366.5 409.0 428.0 470.0 505.0 418.0 460.5 479.5 529.5 564.5 401.0 443.5 462.5 512.5 547.5 584.0 624.0 392.0 434.5 453.5 503.5 538.5 575.0 615.0 640.0 675.0 421.0 463.5 482.5 532.5 567.5 604.0 644.0
LB 160.5 160.5 184.5 203.5 160.5 184.5 203.5 160.5 184.5 203.5 240.0 275.0 160.5 184.5 203.5 240.0 275.0 194.0 226.0 245.0 290.0 325.0 194.0 226.0 245.0 290.0 325.0 351.5 391.5 194.0 226.0 245.0 290.0 325.0 351.5 391.5 408.0 443.0 184.5 216.5 235.5 280.5 315.5 342.0 382.0
Gearbox D.129-D/Z49 D.149-D/Z49
D.169-D/Z69
D.189-D/Z69
Motor LE100 LE100Z LE112 LE112Z LA63 LA71 LA71Z LE80 LE80Z LE90 LE90Z LE100 LE100Z LE112 LE112Z LE132 LE132Z LA63 LA71 LA71Z LE80 LE80Z LE90 LE90Z LE100 LE100Z LE112 LE112Z LE132 LE132Z LA63 LA71 LA71Z LE80 LE80Z LE90 LE90Z LE100 LE100Z LE112 LE112Z LE132 LE132Z
AC 198.0 198.0 222.0 222.0 117.8 138.8 138.8 156.3 156.3 173.8 173.8 198.0 198.0 222.0 222.0 264.0 264.0 117.8 138.8 138.8 156.3 156.3 173.8 173.8 198.0 198.0 222.0 222.0 264.0 264.0 117.8 138.8 138.8 156.3 156.3 173.8 173.8 198.0 198.0 222.0 222.0 264.0 264.0
z5 590.5 625.5 600.5 635.0 366.0 398.0 417.0 462.0 497.0 523.5 563.5 580.0 615.0 590.0 624.5 643.0 693.0 391.5 423.5 442.5 487.5 522.5 549.0 589.0 605.5 640.5 615.5 650.0 668.5 718.5 391.5 423.5 442.5 487.5 522.5 549.0 589.0 605.5 640.5 615.5 650.0 668.5 718.5
zB5 669.0 704.0 673.5 708.0 410.5 453.0 472.0 522.0 557.0 593.5 633.5 658.5 693.5 663.0 697.5 747.5 797.5 436.0 478.5 497.5 547.5 582.5 619.0 659.0 684.0 719.0 688.5 723.0 773.0 823.0 436.0 478.5 497.5 547.5 582.5 619.0 659.0 684.0 719.0 688.5 723.0 773.0 823.0
LB 398.5 433.5 408.5 443.0 184.5 216.5 235.5 280.5 315.5 342.0 382.0 398.5 433.5 408.5 443.0 461.5 511.5 184.5 216.5 235.5 280.5 315.5 342.0 382.0 398.5 433.5 408.5 443.0 461.5 511.5 184.5 216.5 235.5 280.5 315.5 342.0 382.0 398.5 433.5 408.5 443.0 461.5 511.5
Siemens MD 50.1 · 2017 3/183
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Dimensions
Inner contour of the flange design
Notes regarding the design of the customer's interface.
i2 f1
3
l
Øa1 Ød2 Ød1 Ød7 Ød
l1 l2
Gearbox
a1
d
d7
d1
d1
d2
f1
i2
l
DF/ZF DB/ZB
l1
l1
l2
DF/ZF DB/ZB
Helical gearbox DF/ZF or DB/ZB
DF/ZF19
120
16
25
48.0
48.0
72.0
3.0
40
28
1.0
1.0
6
120
16
25
48.0
48.0
72.0
3.0
40
40
1.0
1.0
6
120
20
25
48.0
48.0
72.0
3.0
40
40
1.0
1.0
6
140
20
25
48.0
-
87.0
3.0
40
40
1.0
-
6
160
20
25
48.0
-
102.0
3.5
40
40
1.0
-
6.5
DF/ZF29, DB/ZB29
120
25
30
56.0
56.0
72.0
3.0
50
50
2.0
2.0
8
DF/ZF29
140
25
30
56.0
-
87.0
3.5
50
50
2.0
-
7
160
25
30
56.0
-
102.0
3.5
50
50
2.0
-
7.5
DF/ZF39, DB/ZB39
120
25
35
69.0
66.0
72.0
3.0
50
50
4.0
4.0
9
DF/ZF39
160
25
35
66.5
-
102.0
3.5
50
50
1.5
-
6.5
200
25
35
66.5
-
120.0
3.5
50
50
1.5
-
6.5
DF/ZF49, DB/ZB49
140
30
35
79.0
79.0
84.5
3.0
60
60
4.0
4.0
9.5
DF/ZF49
160
30
35
79.0
-
94.5
3.5
60
60
5.5
-
11
200
30
35
79.0
-
121.0
3.5
60
60
4.5
-
10
DF/ZF59, DB/ZB59
160
35
40
88.0
88.0
94.5
3.5
70
70
4.5
4.5
11
DF/ZF59
200
35
40
88.0
-
115.0
3.5
70
70
4.5
-
9
250
35
40
88.0
-
168.0
4.0
70
70
4.0
-
10.5
DF/ZF69, DB/ZB69
200
35
47
105.0 105.0
115.0
3.5
70
70
4.5
4.5
11
DF/ZF69
250
35
47
105.0
-
168.0
4.0
70
70
4.0
-
10.5
DF/ZF79, DB/ZB79
250
40
52
113.0 114.5
168.0
4.0
80
80
0.5
2.5
7.5
DF/ZF79
300
40
52
113.0
-
217.0
4.0
80
80
0.5
-
7.5
350
40
52
113.0
-
238.0
5.0
80
80
0.5
-
8.5
DF/ZF89, DB/ZB89
300
50
62
143.0 143.0
218.0
4.0
100
100
1.5
1.5
8
DF/ZF89
350
50
62
143.0
-
238.0
5.0
100
100
2.5
-
9
450
50
62
143.0
-
334.0
5.0
100
100
0.5
-
9
DF/ZF109
350
60
65
157.0
-
236.0
5.0
120
120
2.0
-
9
450
60
65
168.0
-
335.0
5.0
120
120
0
-
9
DF/ZF129
350
70
75
180.0
-
236.0
5.0
140
140
7.5
-
9
450
70
75
180.0
-
330.0
5.0
140
140
7.5
-
9
550
70
75
180.0
-
428.0
5.0
140
140
5.0
-
9
DF/ZF149
450
90
100
225
-
330.0
5.0
170
170
2.5
-
10
550
90
100
225
-
430.0
5.0
170
170
2.5
-
10
DF/ZF169
450
110
120
235
-
330.0
5.0
210
210
0.5
-
10
550
110
120
235
-
430.0
5.0
210
210
0.5
-
10
660
110
120
235
-
530.0
6.0
210
210
0
-
11
DF/ZF189
550
120
140
274
-
430.0
5.0
210
210
0
-
10
660
120
140
274
-
530.0
6.0
210
210
1.0
-
11
3/184 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Inner contour of the flange design (continued)
Notes regarding the design of the customer's interface.
i2 f1
l
SIMOGEAR geared motors Helical geared motors
Dimensions
3
Øa1 Ød2 Ød1 Ød7 Ød
l1 l2
Gearbox
a1
d
d7
d1
d2
f1
i2
l
Helical gearbox DF/ZF with VLplus reinforced bearing system (G30)
l1
l2
DF/ZF89
300
60
70
143
218
4.0
120
120
1.5
8
350
60
70
143
238
5.0
120
120
2.5
9
450
60
70
143
334
5.0
120
120
0.5
9
DF/ZF109
350
70
75
157
236
5.0
140
140
2.0
9
450
70
75
168
335
5.0
140
140
0
9
DF/ZF129
350
90
95
180
236
5.0
170
170
7.5
10
450
90
95
180
330
5.0
170
170
7.5
10
550
90
95
180
428
5.0
170
170
5.0
10
DF/ZF149
550
100
120
225
430
5.0
210
210
5.5
11
DF/ZF169
450
120
140
235
330
5.0
210
210
0.5
10
550
120
140
235
430
5.0
210
210
0.5
10
660
120
140
235
530
6.0
210
210
0
11
Helical gearbox EF
EF39
120
20
35
-
72
3.0
40
40
6.0
-
140
20
35
-
80
3.0
40
40
6.0
-
160
20
35
87
100
3.5
40
40
5.5
6.5
200
20
35
87
121
3.5
40
40
5.5
6.5
EF49
160
25
40
88
94.5
3.5
50
50
4.5
11
200
25
40
88
115.0
3.5
50
50
4.5
9
250
25
40
88
168.0
4.0
50
50
4.0
10.5
EF69
200
30
40
105
115.0
3.5
60
60
4.5
11
250
30
40
105
168.0
4.0
60
60
4.0
10.5
EF89
250
40
45
113
168.0
4.0
80
80
0.5
7.5
300
40
45
113
217.0
4.0
80
80
0.5
7.5
350
40
45
113
238.0
5.0
80
80
0.5
8.5
EF109
300
50
55
143
218.0
4.0
100
100
1.5
8
350
50
55
143
238.0
5.0
100
100
2.5
9
450
50
55
143
334.0
5.0
100
100
0.5
9
EF129
350
60
65
157
236.0
5.0
120
120
2.0
9
450
60
65
168
335.0
5.0
120
120
0
9
EF149
350
70
75
180
236.0
5.0
140
140
7.5
9
450
70
75
180
330.0
5.0
140
140
7.5
9
550
70
75
180
428.0
5.0
140
140
5.0
9
Update 02/2018
Siemens MD 50.1 · 2017 3/185
© Siemens AG 2018
SIMOGEAR geared motors Helical geared motors
Dimensions
Inner contour of the flange design (continued)
Notes regarding the design of the customer's interface.
i2 f1
3
l
Øa1 Ød2 Ød1 Ød7 Ød
l1 l2
Gearbox
a1
d
Cooling tower gearboxes ZKF
d7
d1
d2
f1
ZKF89
300
50
62
143
218.0
4.0
350
50
62
143
238.0
5.0
450
50
62
143
334.0
5.0
ZKF109
350
60
65
157
236.0
5.0
450
60
65
168
335.0
5.0
ZKF129
350
70
75
180
236.0
5.0
450
70
75
180
330.0
5.0
550
70
75
180
428.0
5.0
ZKF149
450
90
100
225
330.0
5.0
550
90
100
225
430.0
5.0
ZKF169
450
110
120
235
330.0
5.0
550
110
120
235
430.0
5.0
660
110
120
235
530.0
6.0
ZKF189
550
120
140
274
430.0
5.0
660
120
140
274
530.0
6.0
Cooling tower gearboxes EKF
EKF89
250
40
45
113
168
4.0
300
40
45
113
217
4.0
350
40
45
113
238
5.0
EKF109
300
50
55
143
218
4.0
350
50
55
143
238
5.0
450
50
55
143
334
5.0
EKF129
350
60
65
157
236
5.0
450
60
65
168
335
5.0
EKF149
350
70
75
180
236
5.0
450
70
75
180
330
5.0
550
70
75
180
428
5.0
i2
l
l1
l2
180
100
180
100
180
100
200
120
200
120
220
140
220
140
220
140
250
170
250
170
330
210
330
210
330
210
330
210
330
210
1.5
8
2.5
9
0.5
9
2.0
9
0
9
7.5
9
7.5
9
5.0
9
2.5
10
2.5
10
0.5
10
0.5
10
0
11
0
10
1.0
11
160
80
160
80
160
80
180
100
180
100
180
100
200
120
200
120
220
140
220
140
220
140
0.5
7.5
0.5
7.5
0.5
8.5
1.5
8
2.5
9
0.5
9
2.0
9
0
9
7.5
9
7.5
9
5.0
9
3/186 Siemens MD 50.1 · 2017
Update 02/2018
Parallel shaft geared motors
© Siemens AG 2018
4
4/3 Orientation
4/3 Geared motors up to 55 kW 4/3 Selection and ordering data
4/50 Transmission ratios and torques 4/50 Selection and ordering data
4/61 Transmission ratios and torques for very low speeds
4/61 Selection and ordering data
4/72 4/72 4/74 4/78 4/82 4/86 4/90 4/94 4/99 4/104 4/109 4/114 4/119 4/123 4/125
4/126 4/126
4/127
4/128
Dimensions
Dimensional drawing overview Parallel shaft geared motors FD./FZ.29 Parallel shaft geared motors FD./FZ.39 Parallel shaft geared motors FD./FZ.49 Parallel shaft geared motors FD./FZ.69 Parallel shaft geared motors FD./FZ.79 Parallel shaft geared motors FD./FZ.89 Parallel shaft geared motors FD./FZ.109 Parallel shaft geared motors FD./FZ.129 Parallel shaft geared motors FD./FZ.149 Parallel shaft geared motors FD./FZ.169 Parallel shaft geared motors FD./FZ.189
Parallel shaft tandem geared motors
SIMOLOC assembly system
Protection covers Protection cover for hollow shaft Protection cover for hollow shaft with shrink disk Protection cover for hollow shaft with SIMOLOC assembly system Inner contour of the flange design
Siemens MD 50.1 · 2017
SIMOGEAR geared motors Parallel shaft geared motors
Orientation
SIMOGEAR parallel shaft geared motor F
© Siemens AG 2018
4
Fig. 4/1 Parallel shaft geared motor F
Gearbox designation
Number of sizes
FZ29 ... FZ189 (2-stage) 11
FD29 ... FD189 (3-stage) 11
FZ.29-Z19 ... FD.189-D69 11 (4-stage to 6-stage)
Maximum output torque T2N Nm 150 ... 19 000 150 ... 19 000 150 ... 19 000
Transmission ratio i 3.5 ... 70 32 ... 413 274 ... 29 900
SIMOGEAR parallel shaft geared motors are available in the following versions:
Transmission stages · 2-stage or 3-stage parallel shaft geared motors · 4-stage to 6-stage parallel shaft geared motors for very low
output speeds
Versions · Shaft-mounted design · Flange-mounted design with or without VLplus reinforced
bearing systems · Design with integrated housing flange · Foot-mounted design
Mounting · Hollow shaft design with feather key · Hollow shaft design with splined shaft · Hollow shaft design with shrink disk · Hollow shaft design with SIMOLOC assembly system · Solid shaft design with and without feather key
Maximum motor power P1 kW 55 55 7.5
4/2
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data
Prated kW
0.09
n2
T2
rpm
Nm
FD.69-LA63MF6
2.4
350
i -
348.40
FR2 N
11 400
fB -
1.7
m kg
30
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3404 - 7 BD11 - 7 7 S1 P01
2.7
310
309.78
11 500
1.9
30
2KJ3404 - 7 BD11 - 7 7 R1 P01
FD.49-LA63MF6
2.6
335
330.98
8 460
1.4
25
2KJ3403 - 7 BD11 - 7 7 S1 P01
2.9
295
294.29
8 570
1.6
25
2KJ3403 - 7 BD11 - 7 7 R1 P01
3.3
260
3.6
235
258.40 234.91
8 670 8 750
1.8
25
2KJ3403 - 7 BD11 - 7 7 Q1 P01
2.0
25
2KJ3403 - 7 BD11 - 7 7 P1 P01
4
FD.39-LA63MF6
3.1
275
274.26
5 870
1.0
16
2KJ3402 - 7 BD11 - 7 7 R1 P01
3.5
245
243.26
5 980
1.2
16
2KJ3402 - 7 BD11 - 7 7 Q1 P01
4.0
210
211.06
6 110
1.4
16
2KJ3402 - 7 BD11 - 7 7 P1 P01
4.4
194
191.87
6 170
1.5
16
2KJ3402 - 7 BD11 - 7 7 N1 P01
FD.39-LA63MD4
5.1
168
274.26
6 270
1.7
15
2KJ3402 - 7 BB11 - 7 7 R1
5.8
149
243.26
6 340
1.9
15
2KJ3402 - 7 BB11 - 7 7 Q1
FD.29-LA63MD4
4.7
183
298.58
5 220
0.82
9
2KJ3401 - 7 BB11 - 7 7 Q1
5.3
162
264.39
5 220
0.92
9
2KJ3401 - 7 BB11 - 7 7 P1
6.1
141
229.72
5 220
1.1
9
2KJ3401 - 7 BB11 - 7 7 N1
6.7
128
208.83
5 220
1.2
9
2KJ3401 - 7 BB11 - 7 7 M1
7.9
109
177.71
5 220
1.4
9
2KJ3401 - 7 BB11 - 7 7 L1
8.7
99
161.55
5 220
1.5
9
2KJ3401 - 7 BB11 - 7 7 K1
9.9
86
140.86
5 220
1.7
9
2KJ3401 - 7 BB11 - 7 7 J1
11
77
126.09
5 220
1.9
9
2KJ3401 - 7 BB11 - 7 7 H1
13
69
111.97
5 220
2.2
9
2KJ3401 - 7 BB11 - 7 7 G1
FD.29-LA63MD4
14
64
103.36
5 220
2.4
9
2KJ3401 - 7 BB11 - 7 7 F1
16
55
89.78
5 220
2.7
9
2KJ3401 - 7 BB11 - 7 7 E1
18
48
78.02
5 220
3.1
9
2KJ3401 - 7 BB11 - 7 7 D1
20
43
70.43
5 220
3.5
9
2KJ3401 - 7 BB11 - 7 7 C1
21
41
66.29
5 220
3.7
9
2KJ3401 - 7 BB11 - 7 7 B1
24
36
57.79
5 220
4.2
9
2KJ3401 - 7 BB11 - 7 7 A1
FZ.29-LA63MD4
25
35
56.73
5 220
4.3
9
2KJ3301 - 7 BB11 - 7 7 C2
28
31
50.32
5 220
4.9
9
2KJ3301 - 7 BB11 - 7 7 B2
32
27
43.66
5 220
5.6
9
2KJ3301 - 7 BB11 - 7 7 A2
35
24
39.69
5 220
6.2
9
2KJ3301 - 7 BB11 - 7 7 X1
41
21
34.04
5 220
7.2
9
2KJ3301 - 7 BB11 - 7 7 W1
45
19
30.95
5 220
7.9
9
2KJ3301 - 7 BB11 - 7 7 V1
52
17
27.13
5 220
9.0
9
2KJ3301 - 7 BB11 - 7 7 U1
58
15
24.22
5 220
10
9
2KJ3301 - 7 BB11 - 7 7 T1
65
13
21.58
5 220
11
9
2KJ3301 - 7 BB11 - 7 7 S1
70
12
19.92
5 120
12
9
2KJ3301 - 7 BB11 - 7 7 R1
80
11
17.44
4 900
14
9
2KJ3301 - 7 BB11 - 7 7 Q1
92
9.4
15.29
4 700
16
9
2KJ3301 - 7 BB11 - 7 7 P1
101
8.5
13.88
4 550
18
9
2KJ3301 - 7 BB11 - 7 7 N1
107
8
13.06
4 470
19
9
2KJ3301 - 7 BB11 - 7 7 M1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
4/3
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
0.09 FZ.29-LA63MD4
122
7.1
11.51
140
6.1
9.99
144
5.9
9.69
162
5.3
8.63
176
4.9
7.97
4
0.12
FD.69-LA63MG6
2.9
395
348.40
3.2
355
309.78
3.7
310
272.00
FD.69-LA63ME4
3.9
295
348.40
FD.49-LA63MG6
3.0
375
330.98
3.4
335
294.29
FD.49-LA63MG6
3.9
295
258.40
FD.49-LA63ME4
4.1
280
330.98
4.6
250
294.29
FD.39-LA63MG6
3.6
310
274.26
4.1
275
243.26
4.7
240
211.06
FD.39-LA63ME4
4.9
230
274.26
5.5
205
243.26
6.4
179
211.06
7.0
163
191.87
8.2
140
164.56
FD.29-LA63MG6
6.2
185
161.55
FD.29-LA63ME4
6.5
177
208.83
7.6
151
177.71
8.4
137
161.55
9.6
120
140.86
11
107
126.09
12
95
111.97
13
88
103.36
15
76
89.78
17
66
78.02
19
60
70.43
20
56
66.29
23
49
57.79
FZ.29-LA63ME4
24
48
56.73
27
43
50.32
31
37
43.66
34
34
39.69
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
4/4
Siemens MD 50.1 · 2017
FR2 N
4 290 4 090 4 050 3 900 3 800
11 300 11 400 11 500
11 500
8 340 8 460
8 570
8 610 8 700
5 740 5 870 6 000
6 040 6 130 6 230 6 290 6 370
5 220
5 220 5 220 5 220 5 220 5 220 5 220 5 220 5 220 5 220 5 220 5 220 5 220
5 220 5 220 5 220 5 220
fB
m
-
kg
20
9
22
9
24
9
24
9
24
9
1.5
30
1.7
30
1.9
30
2.0
29
1.3
25
1.4
25
1.6
25
1.7
24
1.9
24
0.92
16
1.0
16
1.2
16
1.2
15
1.4
15
1.6
15
1.8
15
2.1
15
0.81
9
0.85
9
0.99
9
1.1
9
1.3
9
1.4
9
1.6
9
1.7
9
2.0
9
2.3
9
2.5
9
2.7
9
3.1
9
3.1
9
3.5
9
4.0
9
4.5
9
1, 5 or 9 2 or 9 A, D, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3301 - 7 BB11 - 7 7 L1 2KJ3301 - 7 BB11 - 7 7 K1 2KJ3301 - 7 BB11 - 7 7 J1 2KJ3301 - 7 BB11 - 7 7 H1 2KJ3301 - 7 BB11 - 7 7 G1
2KJ3404 - 7 BE11 - 7 7 S1 P01 2KJ3404 - 7 BE11 - 7 7 R1 P01 2KJ3404 - 7 BE11 - 7 7 Q1 P01
2KJ3404 - 7 BC11 - 7 7 S1
2KJ3403 - 7 BE11 - 7 7 S1 P01 2KJ3403 - 7 BE11 - 7 7 R1 P01
2KJ3403 - 7 BE11 - 7 7 Q1 P01
2KJ3403 - 7 BC11 - 7 7 S1 2KJ3403 - 7 BC11 - 7 7 R1
2KJ3402 - 7 BE11 - 7 7 R1 P01 2KJ3402 - 7 BE11 - 7 7 Q1 P01 2KJ3402 - 7 BE11 - 7 7 P1 P01
2KJ3402 - 7 BC11 - 7 7 R1 2KJ3402 - 7 BC11 - 7 7 Q1 2KJ3402 - 7 BC11 - 7 7 P1 2KJ3402 - 7 BC11 - 7 7 N1 2KJ3402 - 7 BC11 - 7 7 M1
2KJ3401 - 7 BE11 - 7 7 K1 P01
2KJ3401 - 7 BC11 - 7 7 M1 2KJ3401 - 7 BC11 - 7 7 L1 2KJ3401 - 7 BC11 - 7 7 K1 2KJ3401 - 7 BC11 - 7 7 J1 2KJ3401 - 7 BC11 - 7 7 H1 2KJ3401 - 7 BC11 - 7 7 G1 2KJ3401 - 7 BC11 - 7 7 F1 2KJ3401 - 7 BC11 - 7 7 E1 2KJ3401 - 7 BC11 - 7 7 D1 2KJ3401 - 7 BC11 - 7 7 C1 2KJ3401 - 7 BC11 - 7 7 B1 2KJ3401 - 7 BC11 - 7 7 A1
2KJ3301 - 7 BC11 - 7 7 C2 2KJ3301 - 7 BC11 - 7 7 B2 2KJ3301 - 7 BC11 - 7 7 A2 2KJ3301 - 7 BC11 - 7 7 X1
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
0.12 FZ.29-LA63ME4
40
29
34.04
5 220
5.2
9
2KJ3301 - 7 BC11 - 7 7 W1
44
26
30.95
5 220
5.7
9
2KJ3301 - 7 BC11 - 7 7 V1
50
23
27.13
5 220
6.5
9
2KJ3301 - 7 BC11 - 7 7 U1
56
21
24.22
5 220
7.3
9
2KJ3301 - 7 BC11 - 7 7 T1
63
18
21.58
5 220
8.2
9
2KJ3301 - 7 BC11 - 7 7 S1
68
17
19.92
5 140
8.9
9
2KJ3301 - 7 BC11 - 7 7 R1
77
15
17.44
4 930
10
9
2KJ3301 - 7 BC11 - 7 7 Q1
4
88
13
15.29
4 730
12
9
2KJ3301 - 7 BC11 - 7 7 P1
97
12
13.88
4 580
13
9
2KJ3301 - 7 BC11 - 7 7 N1
103
11
13.06
4 500
14
9
2KJ3301 - 7 BC11 - 7 7 M1
117
9.8
11.51
4 320
15
9
2KJ3301 - 7 BC11 - 7 7 L1
135
8.5
9.99
4 130
16
9
2KJ3301 - 7 BC11 - 7 7 K1
139
8.2
9.69
4 070
17
9
2KJ3301 - 7 BC11 - 7 7 J1
156
7.3
8.63
3 930
18
9
2KJ3301 - 7 BC11 - 7 7 H1
169
6.8
7.97
3 830
18
9
2KJ3301 - 7 BC11 - 7 7 G1
193
5.9
6.98
3 660
21
9
2KJ3301 - 7 BC11 - 7 7 F1
221
5.2
6.12
3 510
22
9
2KJ3301 - 7 BC11 - 7 7 E1
243
4.7
5.55
3 400
23
9
2KJ3301 - 7 BC11 - 7 7 D1
259
4.4
5.22
3 340
24
9
2KJ3301 - 7 BC11 - 7 7 C1
293
3.9
4.60
3 200
25
9
2KJ3301 - 7 BC11 - 7 7 B1
0.18
FD.79-LA71MG6
2.4
720
357.00
14 100
1.4
38
2KJ3405 - 7 CD11 - 7 7 S1 P01
2.6
655
324.62
14 300
1.5
38
2KJ3405 - 7 CD11 - 7 7 R1 P01
3.1
555
276.09
14 500
1.8
38
2KJ3405 - 7 CD11 - 7 7 Q1 P01
3.4
505
250.99
14 500
2.0
38
2KJ3405 - 7 CD11 - 7 7 P1 P01
FD.69-LA71MG6
2.4
705
348.40
10 600
0.85
31
2KJ3404 - 7 CD11 - 7 7 S1 P01
2.7
625
309.78
10 800
0.96
31
2KJ3404 - 7 CD11 - 7 7 R1 P01
3.1
550
272.00
10 900
1.1
31
2KJ3404 - 7 CD11 - 7 7 Q1 P01
3.4
500
247.27
11 000
1.2
31
2KJ3404 - 7 CD11 - 7 7 P1 P01
FD.69-LA63MF4
3.9
440
348.40
11 200
1.4
30
2KJ3404 - 7 BD11 - 7 7 S1
4.4
390
309.78
11 300
1.5
30
2KJ3404 - 7 BD11 - 7 7 R1
5.0
345
272.00
11 400
1.7
30
2KJ3404 - 7 BD11 - 7 7 Q1
5.5
315
247.27
11 500
1.9
30
2KJ3404 - 7 BD11 - 7 7 P1
FD.49-LA71MG6
2.9
595
294.29
7 200
0.81
26
2KJ3403 - 7 CD11 - 7 7 R1 P01
3.3
520
258.40
7 700
0.92
26
2KJ3403 - 7 CD11 - 7 7 Q1 P01
3.6
475
234.91
7 990
1.0
26
2KJ3403 - 7 CD11 - 7 7 P1 P01
FD.49-LA63MF4
4.1
420
330.98
8 210
1.1
25
2KJ3403 - 7 BD11 - 7 7 S1
4.6
375
294.29
8 340
1.3
25
2KJ3403 - 7 BD11 - 7 7 R1
5.2
325
258.40
8 480
1.5
25
2KJ3403 - 7 BD11 - 7 7 Q1
5.7
295
234.91
8 570
1.6
25
2KJ3403 - 7 BD11 - 7 7 P1
6.7
255
200.98
8 690
1.9
25
2KJ3403 - 7 BD11 - 7 7 N1
7.4
230
182.71
8 760
2.1
25
2KJ3403 - 7 BD11 - 7 7 M1
FD.39-LA63MF4
4.9
345
274.26
5 610
0.83
16
2KJ3402 - 7 BD11 - 7 7 R1
5.5
310
243.26
5 740
0.94
16
2KJ3402 - 7 BD11 - 7 7 Q1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
4/5
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
0.18
n2
T2
rpm
Nm
FD.39-LA63MF4
6.4
265
i -
211.06
FR2 N
5 910
7.0
240
191.87
6 000
8.2
210
164.56
6 110
9.0
190
149.60
6 190
10
167
131.17
6 270
4
12
149
117.08
6 340
13
133
104.34
6 400
FD.29-LA63MF4
9.6
179
140.86
5 220
11
161
126.09
5 220
12
143
111.97
5 220
13
132
103.36
5 220
15
114
89.78
5 220
17
99
78.02
5 220
19
90
70.43
5 220
20
84
66.29
5 220
23
74
57.79
5 220
FZ.29-LA63MF4
24
72
56.73
5 220
27
64
50.32
5 220
31
56
43.66
5 220
34
50
39.69
5 220
40
43
34.04
5 220
44
39
30.95
5 220
50
34
27.13
5 220
56
31
24.22
5 220
63
28
21.58
5 190
68
25
19.92
5 070
77
22
17.44
4 870
88
20
15.29
4 670
97
18
13.88
4 530
103
17
13.06
4 450
117
15
11.51
4 270
135
13
9.99
4 090
139
12
9.69
4 040
156
11
8.63
3 890
169
10
7.97
3 790
193
8.9
6.98
3 640
221
7.8
6.12
3 490
243
7.1
5.55
3 380
259
6.6
5.22
3 320
293
5.9
4.60
3 180
338
5.1
4.00
3 040
FZ.29-LA63ME2
162
11
17.44
3 860
184
9.3
15.29
3 710
203
8.5
13.88
3 590
216
8.0
13.06
3 520
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
fB -
1.1 1.2 1.4 1.5 1.7 1.9 2.2
0.84 0.93 1.1 1.1 1.3 1.5 1.7 1.8 2.0
2.1 2.3 2.7 3.0 3.5 3.8 4.3 4.9 5.5 5.9 6.8 7.7 8.5 9.0 9.8 11 12 12 12 14 15 15 16 17 18
14 16 18 19
m kg
16 16 16 16 16 16 16
9 9 9 9 9 9 9 9 9
9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9
9 9 9 9
1, 5 or 9 2 or 9 A, D, F or H
4/6
Siemens MD 50.1 · 2017
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3402 - 7 BD11 - 7 7 P1 2KJ3402 - 7 BD11 - 7 7 N1 2KJ3402 - 7 BD11 - 7 7 M1 2KJ3402 - 7 BD11 - 7 7 L1 2KJ3402 - 7 BD11 - 7 7 K1 2KJ3402 - 7 BD11 - 7 7 J1 2KJ3402 - 7 BD11 - 7 7 H1
2KJ3401 - 7 BD11 - 7 7 J1 2KJ3401 - 7 BD11 - 7 7 H1 2KJ3401 - 7 BD11 - 7 7 G1 2KJ3401 - 7 BD11 - 7 7 F1 2KJ3401 - 7 BD11 - 7 7 E1 2KJ3401 - 7 BD11 - 7 7 D1 2KJ3401 - 7 BD11 - 7 7 C1 2KJ3401 - 7 BD11 - 7 7 B1 2KJ3401 - 7 BD11 - 7 7 A1
2KJ3301 - 7 BD11 - 7 7 C2 2KJ3301 - 7 BD11 - 7 7 B2 2KJ3301 - 7 BD11 - 7 7 A2 2KJ3301 - 7 BD11 - 7 7 X1 2KJ3301 - 7 BD11 - 7 7 W1 2KJ3301 - 7 BD11 - 7 7 V1 2KJ3301 - 7 BD11 - 7 7 U1 2KJ3301 - 7 BD11 - 7 7 T1 2KJ3301 - 7 BD11 - 7 7 S1 2KJ3301 - 7 BD11 - 7 7 R1 2KJ3301 - 7 BD11 - 7 7 Q1 2KJ3301 - 7 BD11 - 7 7 P1 2KJ3301 - 7 BD11 - 7 7 N1 2KJ3301 - 7 BD11 - 7 7 M1 2KJ3301 - 7 BD11 - 7 7 L1 2KJ3301 - 7 BD11 - 7 7 K1 2KJ3301 - 7 BD11 - 7 7 J1 2KJ3301 - 7 BD11 - 7 7 H1 2KJ3301 - 7 BD11 - 7 7 G1 2KJ3301 - 7 BD11 - 7 7 F1 2KJ3301 - 7 BD11 - 7 7 E1 2KJ3301 - 7 BD11 - 7 7 D1 2KJ3301 - 7 BD11 - 7 7 C1 2KJ3301 - 7 BD11 - 7 7 B1 2KJ3301 - 7 BD11 - 7 7 A1
2KJ3301 - 7 BC11 - 7 7 Q1 P00 2KJ3301 - 7 BC11 - 7 7 P1 P00 2KJ3301 - 7 BC11 - 7 7 N1 P00 2KJ3301 - 7 BC11 - 7 7 M1 P00
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
0.18 FZ.29-LA63ME2
245
7.0
11.51
3 380
20
9
2KJ3301 - 7 BC11 - 7 7 L1 P00
282
6.1
9.99
3 230
22
9
2KJ3301 - 7 BC11 - 7 7 K1 P00
291
5.9
9.69
3 190
24
9
2KJ3301 - 7 BC11 - 7 7 J1 P00
327
5.3
8.63
3 070
25
9
2KJ3301 - 7 BC11 - 7 7 H1 P00
354
4.9
7.97
3 000
25
9
2KJ3301 - 7 BC11 - 7 7 G1 P00
0.25
FD.79-LA71MH6
2.4
990
357.00
13 600
1.0
39
2KJ3405 - 7 CE11 - 7 7 S1 P01
4
2.6
900
324.62
13 800
1.1
39
2KJ3405 - 7 CE11 - 7 7 R1 P01
3.1
765
276.09
14 000
1.3
39
2KJ3405 - 7 CE11 - 7 7 Q1 P01
3.4
695
250.99
14 200
1.4
39
2KJ3405 - 7 CE11 - 7 7 P1 P01
FD.79-LA71MG4
3.8
630
357.00
14 300
1.6
38
2KJ3405 - 7 CD11 - 7 7 S1
4.2
570
324.62
14 400
1.7
38
2KJ3405 - 7 CD11 - 7 7 R1
4.9
485
276.09
14 500
2.0
38
2KJ3405 - 7 CD11 - 7 7 Q1
FD.69-LA71MH6
3.5
685
247.27
10 600
0.87
32
2KJ3404 - 7 CE11 - 7 7 P1 P01
FD.69-LA71MG4
3.9
615
348.40
10 800
0.97
31
2KJ3404 - 7 CD11 - 7 7 S1
4.4
545
309.78
10 900
1.1
31
2KJ3404 - 7 CD11 - 7 7 R1
5.0
480
272.00
11 100
1.2
31
2KJ3404 - 7 CD11 - 7 7 Q1
5.5
435
247.27
11 200
1.4
31
2KJ3404 - 7 CD11 - 7 7 P1
6.4
370
211.56
11 400
1.6
31
2KJ3404 - 7 CD11 - 7 7 N1
7.0
340
192.32
11 400
1.8
31
2KJ3404 - 7 CD11 - 7 7 M1
7.9
300
170.00
11 500
2.0
31
2KJ3404 - 7 CD11 - 7 7 L1
FD.49-LA71MG4
4.1
585
330.98
7 270
0.82
26
2KJ3403 - 7 CD11 - 7 7 S1
4.6
520
294.29
7 700
0.92
26
2KJ3403 - 7 CD11 - 7 7 R1
5.2
455
258.40
8 110
1.1
26
2KJ3403 - 7 CD11 - 7 7 Q1
5.7
415
234.91
8 220
1.2
26
2KJ3403 - 7 CD11 - 7 7 P1
6.7
355
200.98
8 400
1.4
26
2KJ3403 - 7 CD11 - 7 7 N1
7.4
320
182.71
8 500
1.5
26
2KJ3403 - 7 CD11 - 7 7 M1
8.4
285
161.50
8 600
1.7
26
2KJ3403 - 7 CD11 - 7 7 L1
9.2
260
146.82
8 670
1.8
26
2KJ3403 - 7 CD11 - 7 7 K1
10
225
128.60
8 770
2.1
26
2KJ3403 - 7 CD11 - 7 7 J1
FD.39-LA71MG4
7.0
335
191.87
5 650
0.85
17
2KJ3402 - 7 CD11 - 7 7 N1
8.2
290
164.56
5 820
1.0
17
2KJ3402 - 7 CD11 - 7 7 M1
9.0
265
149.60
5 910
1.1
17
2KJ3402 - 7 CD11 - 7 7 L1
10
230
131.17
6 040
1.3
17
2KJ3402 - 7 CD11 - 7 7 K1
12
205
117.08
6 130
1.4
17
2KJ3402 - 7 CD11 - 7 7 J1
13
185
104.34
6 210
1.6
17
2KJ3402 - 7 CD11 - 7 7 H1
14
170
96.31
6 260
1.7
17
2KJ3402 - 7 CD11 - 7 7 G1
16
149
84.32
6 340
1.9
17
2KJ3402 - 7 CD11 - 7 7 F1
18
131
73.93
6 410
2.2
17
2KJ3402 - 7 CD11 - 7 7 E1
FZ.39-LA71MG4
23
103
57.99
6 510
2.2
17
2KJ3302 - 7 CD11 - 7 7 A2
FD.29-LA71MG4
13
183
103.36
5 220
0.82
10
2KJ3401 - 7 CD11 - 7 7 F1
15
159
89.78
5 220
0.94
10
2KJ3401 - 7 CD11 - 7 7 E1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
4/7
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
0.25
n2
T2
rpm
Nm
FD.29-LA71MG4
17
138
i -
78.02
FR2 N
5 220
19
125
70.43
5 220
20
117
66.29
5 220
23
102
57.79
5 220
FZ.29-LA71MG4
24
100
56.73
5 220
4
27
89
50.32
5 220
31
77
43.66
5 220
34
70
39.69
5 220
40
60
34.04
5 220
44
55
30.95
5 220
50
48
27.13
5 220
56
43
24.22
5 220
63
38
21.58
5 110
68
35
19.92
4 990
77
31
17.44
4 800
88
27
15.29
4 610
97
24
13.88
4 480
103
23
13.06
4 400
117
20
11.51
4 230
135
18
9.99
4 050
139
17
9.69
3 990
156
15
8.63
3 850
169
14
7.97
3 750
193
12
6.98
3 610
221
11
6.12
3 460
243
9.8
5.55
3 350
259
9.2
5.22
3 290
293
8.1
4.60
3 160
338
7.1
4.00
3 020
FZ.29-LA63MF2
162
15
17.44
3 820
185
13
15.29
3 670
204
12
13.88
3 560
217
11
13.06
3 490
246
9.7
11.51
3 360
0.37
FD.79-LA71MH4
3.8
920
357.00
13 700
4.2
835
324.62
13 900
5.0
710
276.09
14 100
5.5
645
250.99
14 300
6.1
575
223.94
14 400
6.8
515
200.80
14 500
7.6
465
180.99
14 500
FD.69-LA71MH4
5.0
700
272.00
10 600
5.5
635
247.27
10 700
6.5
545
211.56
10 900
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
fB -
1.1 1.2 1.3 1.5
1.5 1.7 1.9 2.1 2.5 2.7 3.1 3.5 3.9 4.3 4.9 5.5 6.1 6.5 7.0 7.7 8.3 8.5 8.5 10 10 11 12 12 13
10 12 13 14 15
1.1 1.2 1.4 1.5 1.7 1.9 2.1
0.86 0.94 1.1
m kg
10 10 10 10
10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10
9 9 9 9 9
39 39 39 39 39 39 39
32 32 32
1, 5 or 9 2 or 9 A, D, F or H
4/8
Siemens MD 50.1 · 2017
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3401 - 7 CD11 - 7 7 D1 2KJ3401 - 7 CD11 - 7 7 C1 2KJ3401 - 7 CD11 - 7 7 B1 2KJ3401 - 7 CD11 - 7 7 A1
2KJ3301 - 7 CD11 - 7 7 C2 2KJ3301 - 7 CD11 - 7 7 B2 2KJ3301 - 7 CD11 - 7 7 A2 2KJ3301 - 7 CD11 - 7 7 X1 2KJ3301 - 7 CD11 - 7 7 W1 2KJ3301 - 7 CD11 - 7 7 V1 2KJ3301 - 7 CD11 - 7 7 U1 2KJ3301 - 7 CD11 - 7 7 T1 2KJ3301 - 7 CD11 - 7 7 S1 2KJ3301 - 7 CD11 - 7 7 R1 2KJ3301 - 7 CD11 - 7 7 Q1 2KJ3301 - 7 CD11 - 7 7 P1 2KJ3301 - 7 CD11 - 7 7 N1 2KJ3301 - 7 CD11 - 7 7 M1 2KJ3301 - 7 CD11 - 7 7 L1 2KJ3301 - 7 CD11 - 7 7 K1 2KJ3301 - 7 CD11 - 7 7 J1 2KJ3301 - 7 CD11 - 7 7 H1 2KJ3301 - 7 CD11 - 7 7 G1 2KJ3301 - 7 CD11 - 7 7 F1 2KJ3301 - 7 CD11 - 7 7 E1 2KJ3301 - 7 CD11 - 7 7 D1 2KJ3301 - 7 CD11 - 7 7 C1 2KJ3301 - 7 CD11 - 7 7 B1 2KJ3301 - 7 CD11 - 7 7 A1
2KJ3301 - 7 BD11 - 7 7 Q1 P00 2KJ3301 - 7 BD11 - 7 7 P1 P00 2KJ3301 - 7 BD11 - 7 7 N1 P00 2KJ3301 - 7 BD11 - 7 7 M1 P00 2KJ3301 - 7 BD11 - 7 7 L1 P00
2KJ3405 - 7 CE11 - 7 7 S1 2KJ3405 - 7 CE11 - 7 7 R1 2KJ3405 - 7 CE11 - 7 7 Q1 2KJ3405 - 7 CE11 - 7 7 P1 2KJ3405 - 7 CE11 - 7 7 N1 2KJ3405 - 7 CE11 - 7 7 M1 2KJ3405 - 7 CE11 - 7 7 L1
2KJ3404 - 7 CE11 - 7 7 Q1 2KJ3404 - 7 CE11 - 7 7 P1 2KJ3404 - 7 CE11 - 7 7 N1
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
0.37
FD.69-LA71MH4
7.1
495
192.32
11 100
1.2
32
2KJ3404 - 7 CE11 - 7 7 M1
8.1
435
170.00
11 200
1.4
32
2KJ3404 - 7 CE11 - 7 7 L1
8.9
395
154.55
11 300
1.5
32
2KJ3404 - 7 CE11 - 7 7 K1
10
345
135.37
11 400
1.7
32
2KJ3404 - 7 CE11 - 7 7 J1
11
320
124.96
11 500
1.9
32
2KJ3404 - 7 CE11 - 7 7 H1
12
285
FD.49-LA71MH4
110.63
11 600
2.1
32
2KJ3404 - 7 CE11 - 7 7 G1
4
6.8
515
200.98
7 720
0.93
27
2KJ3403 - 7 CE11 - 7 7 N1
7.5
470
182.71
8 020
1.0
27
2KJ3403 - 7 CE11 - 7 7 M1
8.5
415
161.50
8 220
1.2
27
2KJ3403 - 7 CE11 - 7 7 L1
9.3
375
146.82
8 340
1.3
27
2KJ3403 - 7 CE11 - 7 7 K1
11
330
128.60
8 470
1.4
27
2KJ3403 - 7 CE11 - 7 7 J1
12
305
118.71
8 540
1.6
27
2KJ3403 - 7 CE11 - 7 7 H1
13
270
105.10
8 640
1.8
27
2KJ3403 - 7 CE11 - 7 7 G1
16
225
87.48
8 770
2.1
27
2KJ3403 - 7 CE11 - 7 7 F1
17
210
82.33
8 820
2.3
27
2KJ3403 - 7 CE11 - 7 7 E1
FD.39-LA71MH4
10
335
131.17
5 650
0.86
18
2KJ3402 - 7 CE11 - 7 7 K1
12
300
117.08
5 780
0.96
18
2KJ3402 - 7 CE11 - 7 7 J1
13
265
104.34
5 910
1.1
18
2KJ3402 - 7 CE11 - 7 7 H1
14
245
96.31
5 980
1.2
18
2KJ3402 - 7 CE11 - 7 7 G1
16
215
84.32
6 100
1.3
18
2KJ3402 - 7 CE11 - 7 7 F1
19
191
73.93
6 180
1.5
18
2KJ3402 - 7 CE11 - 7 7 E1
20
173
67.07
6 250
1.7
18
2KJ3402 - 7 CE11 - 7 7 D1
22
163
63.13
6 290
1.8
18
2KJ3402 - 7 CE11 - 7 7 C1
25
144
55.65
6 360
2.0
18
2KJ3402 - 7 CE11 - 7 7 B1
28
125
48.29
6 430
2.3
18
2KJ3402 - 7 CE11 - 7 7 A1
FZ.39-LA71MH4
21
168
65.21
6 270
1.7
18
2KJ3302 - 7 CE11 - 7 7 B2
24
150
57.99
6 340
1.5
18
2KJ3302 - 7 CE11 - 7 7 A2
27
131
50.91
6 410
1.8
18
2KJ3302 - 7 CE11 - 7 7 X1
30
119
46.29
6 450
2.1
18
2KJ3302 - 7 CE11 - 7 7 W1
FD.29-LA71MH4
19
182
70.43
5 220
0.83
12
2KJ3401 - 7 CE11 - 7 7 C1
21
171
66.29
5 220
0.88
12
2KJ3401 - 7 CE11 - 7 7 B1
24
149
57.79
5 220
1.0
12
2KJ3401 - 7 CE11 - 7 7 A1
FZ.29-LA71MH4
24
146
56.73
5 220
1.0
11
2KJ3301 - 7 CE11 - 7 7 C2
27
130
50.32
5 220
1.2
11
2KJ3301 - 7 CE11 - 7 7 B2
31
113
43.66
5 220
1.3
11
2KJ3301 - 7 CE11 - 7 7 A2
35
102
39.69
5 220
1.5
11
2KJ3301 - 7 CE11 - 7 7 X1
40
88
34.04
5 220
1.7
11
2KJ3301 - 7 CE11 - 7 7 W1
44
80
30.95
5 220
1.9
11
2KJ3301 - 7 CE11 - 7 7 V1
50
70
27.13
5 220
2.1
11
2KJ3301 - 7 CE11 - 7 7 U1
57
62
24.22
5 100
2.4
11
2KJ3301 - 7 CE11 - 7 7 T1
63
56
21.58
4 930
2.7
11
2KJ3301 - 7 CE11 - 7 7 S1
69
51
19.92
4 830
2.9
11
2KJ3301 - 7 CE11 - 7 7 R1
79
45
17.44
4 650
3.3
11
2KJ3301 - 7 CE11 - 7 7 Q1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
4/9
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
0.37
n2
T2
rpm
Nm
FZ.29-LA71MH4
90
39
i -
15.29
FR2 N
4 490
99
36
13.88
4 360
105
34
13.06
4 280
119
30
11.51
4 130
137
26
9.99
3 960
4
141
25
9.69
3 890
159
22
8.63
3 760
172
21
7.97
3 670
196
18
6.98
3 530
224
16
6.12
3 390
247
14
5.55
3 300
262
14
5.22
3 230
298
12
4.60
3 110
342
10
4.00
2 980
FZ.29-LA71MG2
157
22
17.44
3 810
179
20
15.29
3 650
197
18
13.88
3 550
210
17
13.06
3 480
238
15
11.51
3 350
274
13
9.99
3 200
283
12
9.69
3 160
317
11
8.63
3 050
344
10
7.97
2 980
393
9
6.98
2 850
448
7.9
6.12
2 740
494
7.2
5.55
2 650
0.55
FD.89-LE80MB4
4.3
1 220
335.30
17 400
4.7
1 110
304.82
17 400
5.3
995
273.41
17 400
5.9
895
245.82
17 400
FD.79-LE80MB4
4.4
1 180
324.62
13 200
5.2
1 000
276.09
13 600
5.7
915
250.99
13 700
6.4
815
223.94
13 900
7.2
730
200.80
14 100
8.0
660
180.99
14 200
8.6
605
167.07
14 400
9.4
555
152.51
14 500
11
460
126.54
14 500
FD.79-LA71ZML4
4.2
1 240
324.62
13 100
5.0
1 050
276.09
13 500
5.5
960
250.99
13 700
6.1
855
223.94
13 900
6.8
770
200.80
14 000
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
fB -
3.8 4.2 4.5 4.8 5.3 5.7 5.8 5.8 6.8 7.2 7.5 7.9 8.2 8.8
6.7 7.6 8.4 8.9 9.6 11 11 12 12 14 14 15
1.5 1.7 1.9 2.1
0.84 0.99 1.1 1.2 1.4 1.5 1.6 1.8 2.2
0.80 0.94 1.0 1.2 1.3
m kg
11 11 11 11 11 11 11 11 11 11 11 11 11 11
10 10 10 10 10 10 10 10 10 10 10 10
73 73 73 73
42 42 42 42 42 42 42 42 42
39 39 39 39 39
1, 5 or 9 2 or 9 A, D, F or H
4/10
Siemens MD 50.1 · 2017
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3301 - 7 CE11 - 7 7 P1 2KJ3301 - 7 CE11 - 7 7 N1 2KJ3301 - 7 CE11 - 7 7 M1 2KJ3301 - 7 CE11 - 7 7 L1 2KJ3301 - 7 CE11 - 7 7 K1 2KJ3301 - 7 CE11 - 7 7 J1 2KJ3301 - 7 CE11 - 7 7 H1 2KJ3301 - 7 CE11 - 7 7 G1 2KJ3301 - 7 CE11 - 7 7 F1 2KJ3301 - 7 CE11 - 7 7 E1 2KJ3301 - 7 CE11 - 7 7 D1 2KJ3301 - 7 CE11 - 7 7 C1 2KJ3301 - 7 CE11 - 7 7 B1 2KJ3301 - 7 CE11 - 7 7 A1
2KJ3301 - 7 CD11 - 7 7 Q1 P00 2KJ3301 - 7 CD11 - 7 7 P1 P00 2KJ3301 - 7 CD11 - 7 7 N1 P00 2KJ3301 - 7 CD11 - 7 7 M1 P00 2KJ3301 - 7 CD11 - 7 7 L1 P00 2KJ3301 - 7 CD11 - 7 7 K1 P00 2KJ3301 - 7 CD11 - 7 7 J1 P00 2KJ3301 - 7 CD11 - 7 7 H1 P00 2KJ3301 - 7 CD11 - 7 7 G1 P00 2KJ3301 - 7 CD11 - 7 7 F1 P00 2KJ3301 - 7 CD11 - 7 7 E1 P00 2KJ3301 - 7 CD11 - 7 7 D1 P00
2KJ3406 - 7 DB21 - 7 7 S1 2KJ3406 - 7 DB21 - 7 7 R1 2KJ3406 - 7 DB21 - 7 7 Q1 2KJ3406 - 7 DB21 - 7 7 P1
2KJ3405 - 7 DB21 - 7 7 R1 2KJ3405 - 7 DB21 - 7 7 Q1 2KJ3405 - 7 DB21 - 7 7 P1 2KJ3405 - 7 DB21 - 7 7 N1 2KJ3405 - 7 DB21 - 7 7 M1 2KJ3405 - 7 DB21 - 7 7 L1 2KJ3405 - 7 DB21 - 7 7 K1 2KJ3405 - 7 DB21 - 7 7 J1 2KJ3405 - 7 DB21 - 7 7 H1
2KJ3405 - 7 CH11 - 7 7 R1 2KJ3405 - 7 CH11 - 7 7 Q1 2KJ3405 - 7 CH11 - 7 7 P1 2KJ3405 - 7 CH11 - 7 7 N1 2KJ3405 - 7 CH11 - 7 7 M1
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
0.55
FD.79-LA71ZML4
7.6
690
180.99
14 200
1.4
39
2KJ3405 - 7 CH11 - 7 7 L1
8.2
640
167.07
14 300
1.6
39
2KJ3405 - 7 CH11 - 7 7 K1
9.0
585
152.51
14 400
1.7
39
2KJ3405 - 7 CH11 - 7 7 J1
11
485
126.54
14 500
2.1
39
2KJ3405 - 7 CH11 - 7 7 H1
12
455
119.10
14 500
2.2
39
2KJ3405 - 7 CH11 - 7 7 G1
FD.69-LE80MB4
7.5
700
192.32
10 600
0.86
35
2KJ3404 - 7 DB21 - 7 7 M1
4
8.5
620
170.00
10 800
0.97
35
2KJ3404 - 7 DB21 - 7 7 L1
9.3
560
154.55
10 900
1.1
35
2KJ3404 - 7 DB21 - 7 7 K1
11
490
135.37
11 100
1.2
35
2KJ3404 - 7 DB21 - 7 7 J1
12
455
124.96
11 200
1.3
35
2KJ3404 - 7 DB21 - 7 7 H1
13
400
110.63
11 300
1.5
35
2KJ3404 - 7 DB21 - 7 7 G1
16
335
92.08
11 400
1.8
35
2KJ3404 - 7 DB21 - 7 7 F1
17
315
86.67
11 500
1.9
35
2KJ3404 - 7 DB21 - 7 7 E1
19
280
77.65
11 600
2.1
35
2KJ3404 - 7 DB21 - 7 7 D1
FD.69-LA71ZML4
7.1
735
192.32
10 500
0.81
32
2KJ3404 - 7 CH11 - 7 7 M1
8.1
650
170.00
10 700
0.92
32
2KJ3404 - 7 CH11 - 7 7 L1
8.9
590
154.55
10 800
1.0
32
2KJ3404 - 7 CH11 - 7 7 K1
10
515
135.37
11 000
1.2
32
2KJ3404 - 7 CH11 - 7 7 J1
11
475
124.96
11 100
1.3
32
2KJ3404 - 7 CH11 - 7 7 H1
12
420
110.63
11 200
1.4
32
2KJ3404 - 7 CH11 - 7 7 G1
15
350
92.08
11 400
1.7
32
2KJ3404 - 7 CH11 - 7 7 F1
16
330
86.67
11 400
1.8
32
2KJ3404 - 7 CH11 - 7 7 E1
18
295
77.65
11 500
2.0
32
2KJ3404 - 7 CH11 - 7 7 D1
21
250
66.11
11 600
2.4
32
2KJ3404 - 7 CH11 - 7 7 C1
FZ.69-LA71ZML4
21
245
64.67
11 600
2.4
32
2KJ3304 - 7 CH11 - 7 7 X1
FD.49-LA71ZML4
9.3
560
146.82
7 430
0.85
27
2KJ3403 - 7 CH11 - 7 7 K1
11
490
128.60
7 890
0.97
27
2KJ3403 - 7 CH11 - 7 7 J1
12
455
118.71
8 110
1.1
27
2KJ3403 - 7 CH11 - 7 7 H1
13
400
105.10
8 270
1.2
27
2KJ3403 - 7 CH11 - 7 7 G1
16
335
87.48
8 460
1.4
27
2KJ3403 - 7 CH11 - 7 7 F1
17
315
82.33
8 510
1.5
27
2KJ3403 - 7 CH11 - 7 7 E1
19
280
73.77
8 610
1.7
27
2KJ3403 - 7 CH11 - 7 7 D1
22
240
62.81
8 730
2.0
27
2KJ3403 - 7 CH11 - 7 7 C1
FD.49-LE80MB4
8.9
585
161.50
7 270
0.81
30
2KJ3403 - 7 DB21 - 7 7 L1
9.8
535
146.82
7 600
0.90
30
2KJ3403 - 7 DB21 - 7 7 K1
11
465
128.60
8 060
1.0
30
2KJ3403 - 7 DB21 - 7 7 J1
12
430
118.71
8 180
1.1
30
2KJ3403 - 7 DB21 - 7 7 H1
14
380
105.10
8 330
1.3
30
2KJ3403 - 7 DB21 - 7 7 G1
16
315
87.48
8 510
1.5
30
2KJ3403 - 7 DB21 - 7 7 F1
17
300
82.33
8 560
1.6
30
2KJ3403 - 7 DB21 - 7 7 E1
20
265
73.77
8 660
1.8
30
2KJ3403 - 7 DB21 - 7 7 D1
23
225
62.81
8 770
2.1
30
2KJ3403 - 7 DB21 - 7 7 C1
27
196
53.83
8 450
2.4
30
2KJ3403 - 7 DB21 - 7 7 B1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
4/11
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
0.55
n2
T2
rpm
Nm
FZ.49-LA71ZML4
22
235
i -
61.43
FR2 N
8 750
25
210
55.85
8 640
FZ.49-LE80MB4
23
220
61.43
8 730
26
200
55.85
8 540
FD.39-LA71ZML4
4
16
320
84.32
5 700
19
280
73.93
5 850
20
255
67.07
5 950
22
240
63.13
6 000
25
210
55.65
6 110
28
185
48.29
6 210
FD.39-LE80MB4
15
350
96.31
5 590
17
305
84.32
5 760
19
270
73.93
5 890
21
245
67.07
5 980
23
230
63.13
6 040
26
200
55.65
6 150
30
176
48.29
6 240
FZ.39-LA71ZML4
21
250
65.21
5 970
24
220
57.99
6 080
27
195
50.91
6 170
30
177
46.29
6 240
35
152
39.60
6 330
38
138
36.00
6 380
43
122
31.82
6 440
47
111
28.93
6 480
54
97
25.34
6 470
59
90
23.39
6 340
66
79
20.71
6 140
FZ.39-LE80MB4
25
210
57.99
6 110
28
186
50.91
6 200
31
169
46.29
6 270
36
144
39.60
6 360
40
131
36.00
6 410
45
116
31.82
6 460
50
106
28.93
6 500
57
92
25.34
6 390
62
85
23.39
6 260
FZ.29-LE80MB4
29
184
50.32
5 220
33
159
43.66
5 220
36
145
39.69
5 220
42
124
34.04
5 150
47
113
30.95
5 050
53
99
27.13
4 910
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
4/12
Siemens MD 50.1 · 2017
fB -
2.0 2.2
2.1 2.4
0.9 1.0 1.1 1.2 1.4 1.6
0.83 0.94 1.1 1.2 1.3 1.4 1.6
1.2 1.0 1.2 1.4 1.9 1.8 2.3 2.5 2.7 2.9 3.1
1.1 1.3 1.5 2.0 1.9 2.5 2.6 2.9 3.0
0.82 0.94 1.0 1.2 1.3 1.5
m kg
27 27
29 29
18 18 18 18 18 18
20 20 20 20 20 20 20
18 18 18 18 18 18 18 18 18 18 18
20 20 20 20 20 20 20 20 20
14 14 14 14 14 14
1, 5 or 9 2 or 9 A, D, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3303 - 7 CH11 - 7 7 X1 2KJ3303 - 7 CH11 - 7 7 W1
2KJ3303 - 7 DB21 - 7 7 X1 2KJ3303 - 7 DB21 - 7 7 W1
2KJ3402 - 7 CH11 - 7 7 F1 2KJ3402 - 7 CH11 - 7 7 E1 2KJ3402 - 7 CH11 - 7 7 D1 2KJ3402 - 7 CH11 - 7 7 C1 2KJ3402 - 7 CH11 - 7 7 B1 2KJ3402 - 7 CH11 - 7 7 A1
2KJ3402 - 7 DB21 - 7 7 G1 2KJ3402 - 7 DB21 - 7 7 F1 2KJ3402 - 7 DB21 - 7 7 E1 2KJ3402 - 7 DB21 - 7 7 D1 2KJ3402 - 7 DB21 - 7 7 C1 2KJ3402 - 7 DB21 - 7 7 B1 2KJ3402 - 7 DB21 - 7 7 A1
2KJ3302 - 7 CH11 - 7 7 B2 2KJ3302 - 7 CH11 - 7 7 A2 2KJ3302 - 7 CH11 - 7 7 X1 2KJ3302 - 7 CH11 - 7 7 W1 2KJ3302 - 7 CH11 - 7 7 V1 2KJ3302 - 7 CH11 - 7 7 U1 2KJ3302 - 7 CH11 - 7 7 T1 2KJ3302 - 7 CH11 - 7 7 S1 2KJ3302 - 7 CH11 - 7 7 R1 2KJ3302 - 7 CH11 - 7 7 Q1 2KJ3302 - 7 CH11 - 7 7 P1
2KJ3302 - 7 DB21 - 7 7 A2 2KJ3302 - 7 DB21 - 7 7 X1 2KJ3302 - 7 DB21 - 7 7 W1 2KJ3302 - 7 DB21 - 7 7 V1 2KJ3302 - 7 DB21 - 7 7 U1 2KJ3302 - 7 DB21 - 7 7 T1 2KJ3302 - 7 DB21 - 7 7 S1 2KJ3302 - 7 DB21 - 7 7 R1 2KJ3302 - 7 DB21 - 7 7 Q1
2KJ3301 - 7 DB21 - 7 7 B2 2KJ3301 - 7 DB21 - 7 7 A2 2KJ3301 - 7 DB21 - 7 7 X1 2KJ3301 - 7 DB21 - 7 7 W1 2KJ3301 - 7 DB21 - 7 7 V1 2KJ3301 - 7 DB21 - 7 7 U1
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
0.55
FZ.29-LE80MB4
59
88
24.22
4 790
1.7
14
2KJ3301 - 7 DB21 - 7 7 T1
67
79
21.58
4 650
1.9
14
2KJ3301 - 7 DB21 - 7 7 S1
72
73
19.92
4 560
2.1
14
2KJ3301 - 7 DB21 - 7 7 R1
83
64
17.44
4 410
2.4
14
2KJ3301 - 7 DB21 - 7 7 Q1
94
56
15.29
4 270
2.7
14
2KJ3301 - 7 DB21 - 7 7 P1
104
51
13.88
4 160
3.0
14
2KJ3301 - 7 DB21 - 7 7 N1
110
48
13.06
4 090
3.1
14
2KJ3301 - 7 DB21 - 7 7 M1
4
125
42
11.51
3 960
3.4
14
2KJ3301 - 7 DB21 - 7 7 L1
144
36
9.99
3 810
3.7
14
2KJ3301 - 7 DB21 - 7 7 K1
149
35
9.69
3 720
4.0
14
2KJ3301 - 7 DB21 - 7 7 J1
167
32
8.63
3 600
4.1
14
2KJ3301 - 7 DB21 - 7 7 H1
181
29
7.97
3 530
4.1
14
2KJ3301 - 7 DB21 - 7 7 G1
FZ.29-LA71ZML4
31
167
43.66
5 220
0.90
11
2KJ3301 - 7 CH11 - 7 7 A2
35
152
39.69
5 220
0.99
11
2KJ3301 - 7 CH11 - 7 7 X1
40
131
34.04
5 200
1.1
11
2KJ3301 - 7 CH11 - 7 7 W1
44
119
30.95
5 100
1.3
11
2KJ3301 - 7 CH11 - 7 7 V1
50
104
27.13
4 960
1.4
11
2KJ3301 - 7 CH11 - 7 7 U1
57
93
24.22
4 840
1.6
11
2KJ3301 - 7 CH11 - 7 7 T1
63
83
21.58
4 710
1.8
11
2KJ3301 - 7 CH11 - 7 7 S1
69
76
19.92
4 620
2.0
11
2KJ3301 - 7 CH11 - 7 7 R1
79
67
17.44
4 470
2.2
11
2KJ3301 - 7 CH11 - 7 7 Q1
90
59
15.29
4 320
2.6
11
2KJ3301 - 7 CH11 - 7 7 P1
99
53
13.88
4 220
2.8
11
2KJ3301 - 7 CH11 - 7 7 N1
105
50
13.06
4 150
3.0
11
2KJ3301 - 7 CH11 - 7 7 M1
119
44
11.51
4 010
3.2
11
2KJ3301 - 7 CH11 - 7 7 L1
137
38
9.99
3 860
3.6
11
2KJ3301 - 7 CH11 - 7 7 K1
141
37
9.69
3 770
3.8
11
2KJ3301 - 7 CH11 - 7 7 J1
159
33
8.63
3 660
3.9
11
2KJ3301 - 7 CH11 - 7 7 H1
172
31
7.97
3 570
3.9
11
2KJ3301 - 7 CH11 - 7 7 G1
0.75 FD.129-LE90SQ6P
2.2
3 190
413
37 500
1.5
171
2KJ3408 - 7 EC23 - 7 7 T1 P01
2.4
2 950
381
37 500
1.6
171
2KJ3408 - 7 EC23 - 7 7 S1 P01
2.6
2 710
351
37 500
1.8
171
2KJ3408 - 7 EC23 - 7 7 R1 P01
FD.109-LE90SQ6P
2.3
3 170
410.00
25 000
0.98
118
2KJ3407 - 7 EC23 - 7 7 T1 P01
2.5
2 860
370.00
25 000
1.1
118
2KJ3407 - 7 EC23 - 7 7 S1 P01
2.8
2 590
335.70
25 000
1.2
118
2KJ3407 - 7 EC23 - 7 7 R1 P01
3.0
2 390
309.87
25 000
1.3
118
2KJ3407 - 7 EC23 - 7 7 Q1 P01
3.3
2 180
281.68
25 000
1.4
118
2KJ3407 - 7 EC23 - 7 7 P1 P01
FD.89-LE90SQ6P
3.4
2 110
273.41
17 400
0.87
78
2KJ3406 - 7 EC23 - 7 7 Q1 P01
3.8
1 900
245.82
17 400
0.97
78
2KJ3406 - 7 EC23 - 7 7 P1 P01
FD.89-LE80ZMQ4P
4.3
1 650
335.30
17 400
1.1
75
2KJ3406 - 7 DF23 - 7 7 S1
4.8
1 500
304.82
17 400
1.2
75
2KJ3406 - 7 DF23 - 7 7 R1
5.3
1 350
273.41
17 400
1.4
75
2KJ3406 - 7 DF23 - 7 7 Q1
5.9
1 210
245.82
17 400
1.5
75
2KJ3406 - 7 DF23 - 7 7 P1
6.5
1 090
222.33
17 400
1.7
75
2KJ3406 - 7 DF23 - 7 7 N1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
4/13
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
0.75
n2
T2
rpm
Nm
FD.89-LE80ZMQ4P
7.1
1 010
i -
205.23
FR2 N
17 400
7.7
925
188.00
17 400
FD.79-LE80ZMQ4P
5.8
1 240
250.99
13 100
6.5
1 100
223.94
13 400
7.2
990
200.80
13 600
4
8.0
890
180.99
13 800
8.7
825
167.07
13 900
9.5
750
152.51
14 100
11
625
126.54
14 300
12
585
119.10
14 400
13
555
112.48
14 500
15
470
95.71
14 500
FD.69-LE80ZMQ4P
11
665
135.37
10 700
12
615
124.96
10 800
13
545
110.63
10 900
16
455
92.08
11 200
17
425
86.67
11 200
19
380
77.65
11 300
22
325
66.11
11 400
26
280
56.67
11 000
30
240
48.80
10 600
FZ.69-LE80ZMQ4P
22
315
64.67
11 400
25
290
58.79
11 100
29
245
50.00
10 700
FD.49-LE80ZMQ4P
12
585
118.71
7 270
14
515
105.10
7 720
17
430
87.48
8 180
18
405
82.33
8 250
20
360
73.77
8 380
23
310
62.81
8 190
27
265
53.83
7 970
31
225
46.36
7 760
FZ.49-LE80ZMQ4P
24
300
61.43
8 180
26
275
55.85
8 030
31
235
47.50
7 770
34
210
43.18
7 640
38
190
38.53
7 440
FD.39-LE80ZMQ4P
22
330
67.07
5 670
23
310
63.13
5 740
26
275
55.65
5 870
30
235
48.29
6 020
FZ.39-LE80ZMQ4P
25
285
57.99
5 830
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
4/14
Siemens MD 50.1 · 2017
fB -
1.8 2.0
0.81 0.90 1.0 1.1 1.2 1.3 1.6 1.7 1.8 2.1
0.90 0.97 1.1 1.3 1.4 1.6 1.8 2.1 2.5
1.9 2.1 2.4
0.82 0.92 1.1 1.2 1.3 1.5 1.8 2.1
1.6 1.7 2.0 2.3 2.5
0.88 0.93 1.1 1.2
0.80
m kg
75 75
44 44 44 44 44 44 44 44 44 44
37 37 37 37 37 37 37 37 37
36 36 36
32 32 32 32 32 32 32 32
31 31 31 31 31
22 22 22 22
22
1, 5 or 9 2 or 9 A, D, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3406 - 7 DF23 - 7 7 M1 2KJ3406 - 7 DF23 - 7 7 L1
2KJ3405 - 7 DF23 - 7 7 P1 2KJ3405 - 7 DF23 - 7 7 N1 2KJ3405 - 7 DF23 - 7 7 M1 2KJ3405 - 7 DF23 - 7 7 L1 2KJ3405 - 7 DF23 - 7 7 K1 2KJ3405 - 7 DF23 - 7 7 J1 2KJ3405 - 7 DF23 - 7 7 H1 2KJ3405 - 7 DF23 - 7 7 G1 2KJ3405 - 7 DF23 - 7 7 F1 2KJ3405 - 7 DF23 - 7 7 E1
2KJ3404 - 7 DF23 - 7 7 J1 2KJ3404 - 7 DF23 - 7 7 H1 2KJ3404 - 7 DF23 - 7 7 G1 2KJ3404 - 7 DF23 - 7 7 F1 2KJ3404 - 7 DF23 - 7 7 E1 2KJ3404 - 7 DF23 - 7 7 D1 2KJ3404 - 7 DF23 - 7 7 C1 2KJ3404 - 7 DF23 - 7 7 B1 2KJ3404 - 7 DF23 - 7 7 A1
2KJ3304 - 7 DF23 - 7 7 X1 2KJ3304 - 7 DF23 - 7 7 W1 2KJ3304 - 7 DF23 - 7 7 V1
2KJ3403 - 7 DF23 - 7 7 H1 2KJ3403 - 7 DF23 - 7 7 G1 2KJ3403 - 7 DF23 - 7 7 F1 2KJ3403 - 7 DF23 - 7 7 E1 2KJ3403 - 7 DF23 - 7 7 D1 2KJ3403 - 7 DF23 - 7 7 C1 2KJ3403 - 7 DF23 - 7 7 B1 2KJ3403 - 7 DF23 - 7 7 A1
2KJ3303 - 7 DF23 - 7 7 X1 2KJ3303 - 7 DF23 - 7 7 W1 2KJ3303 - 7 DF23 - 7 7 V1 2KJ3303 - 7 DF23 - 7 7 U1 2KJ3303 - 7 DF23 - 7 7 T1
2KJ3402 - 7 DF23 - 7 7 D1 2KJ3402 - 7 DF23 - 7 7 C1 2KJ3402 - 7 DF23 - 7 7 B1 2KJ3402 - 7 DF23 - 7 7 A1
2KJ3302 - 7 DF23 - 7 7 A2
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
0.75
FZ.39-LE80ZMQ4P
28
250
50.91
5 970
0.95
22
2KJ3302 - 7 DF23 - 7 7 X1
31
225
46.29
6 060
1.1
22
2KJ3302 - 7 DF23 - 7 7 W1
37
196
39.60
6 170
1.5
22
2KJ3302 - 7 DF23 - 7 7 V1
40
178
36.00
6 230
1.4
22
2KJ3302 - 7 DF23 - 7 7 U1
46
157
31.82
6 310
1.8
22
2KJ3302 - 7 DF23 - 7 7 T1
50
143
28.93
6 310
1.9
22
2KJ3302 - 7 DF23 - 7 7 S1
57
125
25.34
6 130
2.1
22
2KJ3302 - 7 DF23 - 7 7 R1
4
62
116
23.39
6 010
2.3
22
2KJ3302 - 7 DF23 - 7 7 Q1
70
102
20.71
5 840
2.4
22
2KJ3302 - 7 DF23 - 7 7 P1
84
85
17.24
5 580
2.8
22
2KJ3302 - 7 DF23 - 7 7 N1
89
80
16.22
5 490
2.9
22
2KJ3302 - 7 DF23 - 7 7 M1
100
72
14.54
5 330
3.1
22
2KJ3302 - 7 DF23 - 7 7 L1
117
61
12.38
5 100
3.4
22
2KJ3302 - 7 DF23 - 7 7 K1
137
52
10.61
4 890
3.8
22
2KJ3302 - 7 DF23 - 7 7 J1
179
40
8.10
4 490
4.2
22
2KJ3302 - 7 DF23 - 7 7 G1
FZ.29-LE80ZMQ4P
43
168
34.04
4 770
0.89
16
2KJ3301 - 7 DF23 - 7 7 W1
47
153
30.95
4 700
0.98
16
2KJ3301 - 7 DF23 - 7 7 V1
53
134
27.13
4 600
1.1
16
2KJ3301 - 7 DF23 - 7 7 U1
60
120
24.22
4 510
1.3
16
2KJ3301 - 7 DF23 - 7 7 T1
67
107
21.58
4 410
1.4
16
2KJ3301 - 7 DF23 - 7 7 S1
73
98
19.92
4 340
1.5
16
2KJ3301 - 7 DF23 - 7 7 R1
83
86
17.44
4 220
1.7
16
2KJ3301 - 7 DF23 - 7 7 Q1
95
76
15.29
4 090
2.0
16
2KJ3301 - 7 DF23 - 7 7 P1
104
69
13.88
4 000
2.2
16
2KJ3301 - 7 DF23 - 7 7 N1
111
64
13.06
3 950
2.3
16
2KJ3301 - 7 DF23 - 7 7 M1
126
57
11.51
3 820
2.5
16
2KJ3301 - 7 DF23 - 7 7 L1
145
49
9.99
3 690
2.8
16
2KJ3301 - 7 DF23 - 7 7 K1
150
48
9.69
3 590
3.0
16
2KJ3301 - 7 DF23 - 7 7 J1
168
43
8.63
3 490
3.0
16
2KJ3301 - 7 DF23 - 7 7 H1
182
39
7.97
3 420
3.0
16
2KJ3301 - 7 DF23 - 7 7 G1
208
34
6.98
3 300
3.6
16
2KJ3301 - 7 DF23 - 7 7 F1
237
30
6.12
3 190
3.8
16
2KJ3301 - 7 DF23 - 7 7 E1
261
27
5.55
3 110
3.9
16
2KJ3301 - 7 DF23 - 7 7 D1
278
26
5.22
3 050
4.1
16
2KJ3301 - 7 DF23 - 7 7 C1
315
23
4.60
2 940
4.3
16
2KJ3301 - 7 DF23 - 7 7 B1
362
20
4.00
2 820
4.6
16
2KJ3301 - 7 DF23 - 7 7 A1
FZ.29-LE80ME2P
161
44
17.44
3 590
3.4
15
2KJ3301 - 7 DB23 - 7 7 Q1 P00
183
39
15.29
3 460
3.8
15
2KJ3301 - 7 DB23 - 7 7 P1 P00
202
35
13.88
3 380
4.2
15
2KJ3301 - 7 DB23 - 7 7 N1 P00
215
33
13.06
3 320
4.5
15
2KJ3301 - 7 DB23 - 7 7 M1 P00
1.1
FD.129-LE90ZLR6P
2.3
4 640
413.00
37 400
1.0
174
2KJ3408 - 7 EM23 - 7 7 T1 P01
2.5
4 280
381.00
37 500
1.1
174
2KJ3408 - 7 EM23 - 7 7 S1 P01
2.7
3 940
351.00
37 500
1.2
174
2KJ3408 - 7 EM23 - 7 7 R1 P01
3.1
3 360
299.31
37 500
1.4
174
2KJ3408 - 7 EM23 - 7 7 Q1 P01
3.3
3 160
281.70
37 500
1.5
174
2KJ3408 - 7 EM23 - 7 7 P1 P01
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
4/15
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
1.1
n2
T2
rpm
Nm
FD.129-LE90SM4P
3.5
3 040
i -
413.00
FR2 N
37 500
3.7
2 800
381.00
37 500
4.1
2 580
351.00
37 500
FD.109-LE90ZLR6P
2.8
3 770
335.70
25 000
3.0
3 480
309.87
25 000
4
3.3
3 160
281.68
25 000
FD.109-LE90SM4P
3.5
3 020
410.00
25 000
3.9
2 720
370.00
25 000
4.2
2 470
335.70
25 000
4.6
2 280
309.87
25 000
5.1
2 070
281.68
25 000
6.0
1 750
238.52
25 000
6.3
1 650
224.49
25 000
6.9
1 520
207.31
25 000
FD.89-LE90SM4P
4.7
2 240
304.82
17 400
5.2
2 010
273.41
17 400
5.8
1 810
245.82
17 400
6.4
1 630
222.33
17 400
6.9
1 510
205.23
17 400
7.6
1 380
188.00
17 400
9.0
1 160
157.74
17 400
9.6
1 090
148.46
17 400
10
1 000
136.21
17 400
12
875
118.98
17 400
FD.79-LE90SM4P
8.5
1 230
167.07
13 100
9.3
1 120
152.51
13 300
11
930
126.54
13 700
12
875
119.10
13 800
13
825
112.48
13 900
15
705
95.71
14 200
17
600
81.99
14 400
20
530
72.09
14 500
23
445
60.82
14 500
FZ.79-LE90SM4P
27
395
53.55
14 500
FD.69-LE90SM4P
15
675
92.08
10 600
16
635
86.67
10 700
18
570
77.65
10 700
22
485
66.11
10 500
25
415
56.67
10 200
29
360
48.80
9 990
FZ.69-LE90SM4P
22
475
64.67
10 400
24
430
58.79
10 300
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
4/16
Siemens MD 50.1 · 2017
fB -
1.6 1.7 1.9
0.82 0.89 0.98
1.0 1.1 1.3 1.4 1.5 1.8 1.9 2.0
0.82 0.92 1.0 1.1 1.2 1.3 1.6 1.7 1.8 2.1
0.81 0.89 1.1 1.1 1.2 1.4 1.7 1.9 2.2
2.5
0.88 0.94 1.0 1.2 1.4 1.7
1.3 1.4
m kg
171 171 171
121 121 121
118 118 118 118 118 118 118 118
78 78 78 78 78 78 78 78 78 78
46 46 46 46 46 46 46 46 46
45
37 37 37 37 37 37
37 37
1, 5 or 9 2 or 9 A, D, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3408 - 7 EK23 - 7 7 T1 2KJ3408 - 7 EK23 - 7 7 S1 2KJ3408 - 7 EK23 - 7 7 R1
2KJ3407 - 7 EM23 - 7 7 R1 P01 2KJ3407 - 7 EM23 - 7 7 Q1 P01 2KJ3407 - 7 EM23 - 7 7 P1 P01
2KJ3407 - 7 EK23 - 7 7 T1 2KJ3407 - 7 EK23 - 7 7 S1 2KJ3407 - 7 EK23 - 7 7 R1 2KJ3407 - 7 EK23 - 7 7 Q1 2KJ3407 - 7 EK23 - 7 7 P1 2KJ3407 - 7 EK23 - 7 7 N1 2KJ3407 - 7 EK23 - 7 7 M1 2KJ3407 - 7 EK23 - 7 7 L1
2KJ3406 - 7 EK23 - 7 7 R1 2KJ3406 - 7 EK23 - 7 7 Q1 2KJ3406 - 7 EK23 - 7 7 P1 2KJ3406 - 7 EK23 - 7 7 N1 2KJ3406 - 7 EK23 - 7 7 M1 2KJ3406 - 7 EK23 - 7 7 L1 2KJ3406 - 7 EK23 - 7 7 K1 2KJ3406 - 7 EK23 - 7 7 J1 2KJ3406 - 7 EK23 - 7 7 H1 2KJ3406 - 7 EK23 - 7 7 G1
2KJ3405 - 7 EK23 - 7 7 K1 2KJ3405 - 7 EK23 - 7 7 J1 2KJ3405 - 7 EK23 - 7 7 H1 2KJ3405 - 7 EK23 - 7 7 G1 2KJ3405 - 7 EK23 - 7 7 F1 2KJ3405 - 7 EK23 - 7 7 E1 2KJ3405 - 7 EK23 - 7 7 D1 2KJ3405 - 7 EK23 - 7 7 C1 2KJ3405 - 7 EK23 - 7 7 B1
2KJ3305 - 7 EK23 - 7 7 X1
2KJ3404 - 7 EK23 - 7 7 F1 2KJ3404 - 7 EK23 - 7 7 E1 2KJ3404 - 7 EK23 - 7 7 D1 2KJ3404 - 7 EK23 - 7 7 C1 2KJ3404 - 7 EK23 - 7 7 B1 2KJ3404 - 7 EK23 - 7 7 A1
2KJ3304 - 7 EK23 - 7 7 X1 2KJ3304 - 7 EK23 - 7 7 W1
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
1.1
FZ.69-LE90SM4P
28
365
50.00
10 000
1.6
37
2KJ3304 - 7 EK23 - 7 7 V1
31
335
45.45
9 860
1.8
37
2KJ3304 - 7 EK23 - 7 7 U1
35
295
40.56
9 660
2.0
37
2KJ3304 - 7 EK23 - 7 7 T1
39
265
36.36
9 440
2.2
37
2KJ3304 - 7 EK23 - 7 7 S1
43
240
32.78
9 220
2.5
37
2KJ3304 - 7 EK23 - 7 7 R1
47
220
30.26
9 060
2.7
37
2KJ3304 - 7 EK23 - 7 7 Q1
52
200
27.62
8 870
2.9
37
2KJ3304 - 7 EK23 - 7 7 P1
4
FD.49-LE90SM4P
19
540
73.77
7 310
0.88
32
2KJ3403 - 7 EK23 - 7 7 D1
23
460
62.81
7 270
1.0
32
2KJ3403 - 7 EK23 - 7 7 C1
26
395
53.83
7 180
1.2
32
2KJ3403 - 7 EK23 - 7 7 B1
31
340
46.36
7 060
1.4
32
2KJ3403 - 7 EK23 - 7 7 A1
FZ.49-LE90SM4P
23
450
61.43
7 260
1.1
32
2KJ3303 - 7 EK23 - 7 7 X1
26
410
55.85
7 200
1.2
32
2KJ3303 - 7 EK23 - 7 7 W1
30
350
47.50
7 070
1.4
32
2KJ3303 - 7 EK23 - 7 7 V1
33
315
43.18
7 010
1.5
32
2KJ3303 - 7 EK23 - 7 7 U1
37
280
38.53
6 900
1.7
32
2KJ3303 - 7 EK23 - 7 7 T1
41
255
34.55
6 750
1.9
32
2KJ3303 - 7 EK23 - 7 7 S1
46
230
31.14
6 630
2.1
32
2KJ3303 - 7 EK23 - 7 7 R1
50
210
28.74
6 550
2.3
32
2KJ3303 - 7 EK23 - 7 7 Q1
54
193
26.24
6 420
2.5
32
2KJ3303 - 7 EK23 - 7 7 P1
65
160
21.77
6 170
3.0
32
2KJ3303 - 7 EK23 - 7 7 N1
FD.39-LE90SM4P
30
355
48.29
5 570
0.81
25
2KJ3402 - 7 EK23 - 7 7 A1
FZ.39-LE90SM4P
36
290
39.60
5 820
0.99
24
2KJ3302 - 7 EK23 - 7 7 V1
40
265
36.00
5 910
0.96
24
2KJ3302 - 7 EK23 - 7 7 U1
45
235
31.82
5 910
1.2
24
2KJ3302 - 7 EK23 - 7 7 T1
49
210
28.93
5 860
1.3
24
2KJ3302 - 7 EK23 - 7 7 S1
56
187
25.34
5 710
1.4
24
2KJ3302 - 7 EK23 - 7 7 R1
61
172
23.39
5 630
1.5
24
2KJ3302 - 7 EK23 - 7 7 Q1
69
153
20.71
5 500
1.6
24
2KJ3302 - 7 EK23 - 7 7 P1
83
127
17.24
5 300
1.8
24
2KJ3302 - 7 EK23 - 7 7 N1
88
120
16.22
5 230
1.9
24
2KJ3302 - 7 EK23 - 7 7 M1
98
107
14.54
5 100
2.1
24
2KJ3302 - 7 EK23 - 7 7 L1
115
91
12.38
4 910
2.3
24
2KJ3302 - 7 EK23 - 7 7 K1
134
78
10.61
4 730
2.5
24
2KJ3302 - 7 EK23 - 7 7 J1
156
67
9.13
4 550
2.8
24
2KJ3302 - 7 EK23 - 7 7 H1
176
60
8.10
4 350
2.8
24
2KJ3302 - 7 EK23 - 7 7 G1
211
50
6.74
4 150
3.1
24
2KJ3302 - 7 EK23 - 7 7 F1
224
47
6.35
4 080
3.2
24
2KJ3302 - 7 EK23 - 7 7 E1
250
42
5.69
3 960
3.3
24
2KJ3302 - 7 EK23 - 7 7 D1
294
36
4.84
3 790
3.6
24
2KJ3302 - 7 EK23 - 7 7 C1
343
31
4.15
3 630
3.9
24
2KJ3302 - 7 EK23 - 7 7 B1
399
26
3.57
3 480
4.1
24
2KJ3302 - 7 EK23 - 7 7 A1
FZ.39-LE80ZMJ2P
164
64
17.24
4 490
3.7
22
2KJ3302 - 7 DM23 - 7 7 N1 P00
175
60
16.22
4 420
3.8
22
2KJ3302 - 7 DM23 - 7 7 M1 P00
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
4/17
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
1.1
n2
T2
rpm
Nm
FZ.39-LE80ZMJ2P
195
54
i -
14.54
FR2 N
4 290
229
46
12.38
4 100
FZ.29-LE90SM4P
59
179
24.22
4 050
66
159
21.58
4 010
72
147
19.92
3 970
4
82
129
17.44
3 890
93
113
15.29
3 810
103
102
13.88
3 750
109
96
13.06
3 710
124
85
11.51
3 610
143
74
9.99
3 510
147
71
9.69
3 390
165
64
8.63
3 300
179
59
7.97
3 250
204
52
6.98
3 150
233
45
6.12
3 060
257
41
5.55
2 990
273
38
5.22
2 950
310
34
4.60
2 850
356
30
4.00
2 740
FZ.29-LE80ZMJ2P
163
65
17.44
3 400
185
57
15.29
3 300
204
51
13.88
3 230
217
48
13.06
3 180
246
43
11.51
3 080
284
37
9.99
2 970
293
36
9.69
2 890
329
32
8.63
2 810
356
30
7.97
2 750
406
26
6.98
2 650
463
23
6.12
2 560
511
21
5.55
2 490
543
19
5.22
2 450
616
17
4.60
2 360
709
15
4.00
2 270
1.5
FD.149-LE100LLB6P
2.6
5 560
377.00
65 000
3.0
4 770
323.04
65 000
3.2
4 490
304.03
65 000
3.4
4 200
285.00
65 000
FD.129-LE100LLB6P
2.3
6 090
413.00
35 900
2.5
5 620
381.00
36 400
2.8
5 180
351.00
36 800
3.2
4 420
299.31
37 500
FD.129-LE90ZLR4P
3.5
4 090
413.00
37 500
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
4/18
Siemens MD 50.1 · 2017
fB -
4.1 4.6
0.84 0.94 1.0 1.2 1.3 1.5 1.6 1.7 1.8 2.0 2.0 2.0 2.4 2.5 2.6 2.8 2.9 3.1
2.3 2.6 2.9 3.1 3.4 3.7 4.0 4.1 4.1 4.8 5.0 5.3 5.5 5.7 6.1
1.4 1.7 1.8 1.9
0.80 0.86 0.94 1.1
1.2
m kg
22 22
18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18
16 16 16 16 16 16 16 16 16 16 16 16 16 16 16
275 275 275 275
188 188 188 188
174
1, 5 or 9 2 or 9 A, D, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3302 - 7 DM23 - 7 7 L1 P00 2KJ3302 - 7 DM23 - 7 7 K1 P00
2KJ3301 - 7 EK23 - 7 7 T1 2KJ3301 - 7 EK23 - 7 7 S1 2KJ3301 - 7 EK23 - 7 7 R1 2KJ3301 - 7 EK23 - 7 7 Q1 2KJ3301 - 7 EK23 - 7 7 P1 2KJ3301 - 7 EK23 - 7 7 N1 2KJ3301 - 7 EK23 - 7 7 M1 2KJ3301 - 7 EK23 - 7 7 L1 2KJ3301 - 7 EK23 - 7 7 K1 2KJ3301 - 7 EK23 - 7 7 J1 2KJ3301 - 7 EK23 - 7 7 H1 2KJ3301 - 7 EK23 - 7 7 G1 2KJ3301 - 7 EK23 - 7 7 F1 2KJ3301 - 7 EK23 - 7 7 E1 2KJ3301 - 7 EK23 - 7 7 D1 2KJ3301 - 7 EK23 - 7 7 C1 2KJ3301 - 7 EK23 - 7 7 B1 2KJ3301 - 7 EK23 - 7 7 A1
2KJ3301 - 7 DM23 - 7 7 Q1 P00 2KJ3301 - 7 DM23 - 7 7 P1 P00 2KJ3301 - 7 DM23 - 7 7 N1 P00 2KJ3301 - 7 DM23 - 7 7 M1 P00 2KJ3301 - 7 DM23 - 7 7 L1 P00 2KJ3301 - 7 DM23 - 7 7 K1 P00 2KJ3301 - 7 DM23 - 7 7 J1 P00 2KJ3301 - 7 DM23 - 7 7 H1 P00 2KJ3301 - 7 DM23 - 7 7 G1 P00 2KJ3301 - 7 DM23 - 7 7 F1 P00 2KJ3301 - 7 DM23 - 7 7 E1 P00 2KJ3301 - 7 DM23 - 7 7 D1 P00 2KJ3301 - 7 DM23 - 7 7 C1 P00 2KJ3301 - 7 DM23 - 7 7 B1 P00 2KJ3301 - 7 DM23 - 7 7 A1 P00
2KJ3410 - 7 FM23 - 7 7 W1 P01 2KJ3410 - 7 FM23 - 7 7 V1 P01 2KJ3410 - 7 FM23 - 7 7 U1 P01 2KJ3410 - 7 FM23 - 7 7 T1 P01
2KJ3408 - 7 FM23 - 7 7 T1 P01 2KJ3408 - 7 FM23 - 7 7 S1 P01 2KJ3408 - 7 FM23 - 7 7 R1 P01 2KJ3408 - 7 FM23 - 7 7 Q1 P01
2KJ3408 - 7 EM23 - 7 7 T1
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
1.5
FD.129-LE90ZLR4P
3.8
3 770
381.00
37 500
1.3
174
2KJ3408 - 7 EM23 - 7 7 S1
4.1
3 480
351.00
37 500
1.4
174
2KJ3408 - 7 EM23 - 7 7 R1
4.8
2 960
299.31
37 500
1.6
174
2KJ3408 - 7 EM23 - 7 7 Q1
5.1
2 790
281.70
37 500
1.7
174
2KJ3408 - 7 EM23 - 7 7 P1
5.5
2 590
261.42
37 500
1.9
174
2KJ3408 - 7 EM23 - 7 7 N1
6.3
2 290
FD.109-LE90ZLR4P
231.12
37 500
2.1
174
2KJ3408 - 7 EM23 - 7 7 M1
4
3.9
3 660
370.00
25 000
0.85
121
2KJ3407 - 7 EM23 - 7 7 S1
4.3
3 320
335.70
25 000
0.93
121
2KJ3407 - 7 EM23 - 7 7 R1
4.7
3 070
309.87
25 000
1.0
121
2KJ3407 - 7 EM23 - 7 7 Q1
5.1
2 790
281.68
25 000
1.1
121
2KJ3407 - 7 EM23 - 7 7 P1
6.1
2 360
238.52
25 000
1.3
121
2KJ3407 - 7 EM23 - 7 7 N1
6.4
2 220
224.49
25 000
1.4
121
2KJ3407 - 7 EM23 - 7 7 M1
7.0
2 050
207.31
25 000
1.5
121
2KJ3407 - 7 EM23 - 7 7 L1
7.8
1 820
184.46
25 000
1.7
121
2KJ3407 - 7 EM23 - 7 7 K1
8.8
1 620
163.83
25 000
1.9
121
2KJ3407 - 7 EM23 - 7 7 J1
9.9
1 450
146.65
25 000
2.1
121
2KJ3407 - 7 EM23 - 7 7 H1
FD.89-LE90ZLR4P
6.5
2 200
222.33
17 400
0.84
81
2KJ3406 - 7 EM23 - 7 7 N1
7.0
2 030
205.23
17 400
0.91
81
2KJ3406 - 7 EM23 - 7 7 M1
7.7
1 860
188.00
17 400
0.99
81
2KJ3406 - 7 EM23 - 7 7 L1
9.2
1 560
157.74
17 400
1.2
81
2KJ3406 - 7 EM23 - 7 7 K1
9.7
1 470
148.46
17 400
1.3
81
2KJ3406 - 7 EM23 - 7 7 J1
11
1 350
136.21
17 400
1.4
81
2KJ3406 - 7 EM23 - 7 7 H1
12
1 180
118.98
17 400
1.6
81
2KJ3406 - 7 EM23 - 7 7 G1
14
1 050
106.52
17 400
1.8
81
2KJ3406 - 7 EM23 - 7 7 F1
16
920
93.14
17 400
2.0
81
2KJ3406 - 7 EM23 - 7 7 E1
18
790
79.95
17 400
2.3
81
2KJ3406 - 7 EM23 - 7 7 D1
FD.79-LE90ZLR4P
11
1 250
126.54
13 100
0.80
49
2KJ3405 - 7 EM23 - 7 7 H1
12
1 180
119.10
13 200
0.85
49
2KJ3405 - 7 EM23 - 7 7 G1
13
1 110
112.48
13 400
0.90
49
2KJ3405 - 7 EM23 - 7 7 F1
15
945
95.71
13 700
1.1
49
2KJ3405 - 7 EM23 - 7 7 E1
18
810
81.99
13 900
1.2
49
2KJ3405 - 7 EM23 - 7 7 D1
20
715
72.09
14 100
1.4
49
2KJ3405 - 7 EM23 - 7 7 C1
24
600
60.82
14 400
1.7
49
2KJ3405 - 7 EM23 - 7 7 B1
27
525
53.01
14 500
1.9
49
2KJ3405 - 7 EM23 - 7 7 A1
FZ.79-LE90ZLR4P
27
530
53.55
14 500
1.9
48
2KJ3305 - 7 EM23 - 7 7 X1
30
475
48.03
14 500
2.1
48
2KJ3305 - 7 EM23 - 7 7 W1
33
425
43.18
14 500
2.3
48
2KJ3305 - 7 EM23 - 7 7 V1
37
385
39.06
14 500
2.6
48
2KJ3305 - 7 EM23 - 7 7 U1
FD.69-LE90ZLR4P
22
655
66.11
9 410
0.92
40
2KJ3404 - 7 EM23 - 7 7 C1
25
560
56.67
9 320
1.1
40
2KJ3404 - 7 EM23 - 7 7 B1
30
480
48.80
9 200
1.2
40
2KJ3404 - 7 EM23 - 7 7 A1
FZ.69-LE90ZLR4P
22
640
64.67
9 410
0.94
40
2KJ3304 - 7 EM23 - 7 7 X1
25
580
58.79
9 360
1.0
40
2KJ3304 - 7 EM23 - 7 7 W1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
4/19
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
1.5
n2
T2
rpm
Nm
FZ.69-LE90ZLR4P
29
495
i -
50.00
FR2 N
9 200
32
450
45.45
9 100
36
400
40.56
8 960
40
360
36.36
8 800
44
325
32.78
8 640
4
48
300
30.26
8 520
52
270
27.62
8 390
63
225
22.92
8 060
67
210
21.57
7 970
71
200
20.37
7 850
FD.49-LE90ZLR4P
27
530
53.83
6 250
31
460
46.36
6 240
FZ.49-LE90ZLR4P
26
550
55.85
6 240
30
470
47.50
6 250
33
425
43.18
6 250
38
380
38.53
6 210
42
340
34.55
6 160
46
305
31.14
6 100
50
285
28.74
6 020
55
260
26.24
5 950
66
215
21.77
5 780
71
200
20.49
5 730
75
192
19.35
5 650
88
163
16.47
5 480
102
140
14.11
5 300
FZ.39-LE90ZLR4P
45
315
31.82
5 280
50
285
28.93
5 260
57
250
25.34
5 200
62
230
23.39
5 170
70
205
20.71
5 080
84
171
17.24
4 940
89
161
16.22
4 890
99
144
14.54
4 800
117
123
12.38
4 650
136
105
10.61
4 500
158
90
9.13
4 360
178
80
8.10
4 160
214
67
6.74
3 990
228
63
6.35
3 930
254
56
5.69
3 830
299
48
4.84
3 670
348
41
4.15
3 520
405
35
3.57
3 390
FZ.39-LE90SM2P
167
86
17.24
4 290
178
80
16.22
4 240
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
4/20
Siemens MD 50.1 · 2017
fB -
1.2 1.3 1.5 1.7 1.8 2.0 2.2 2.6 2.8 3.0
0.90 1.0
0.87 1.0 1.1 1.3 1.4 1.6 1.7 1.8 2.2 2.4 2.5 2.9 3.4
0.90 0.96 1.1 1.1 1.2 1.4 1.4 1.5 1.7 1.9 2.1 2.1 2.3 2.4 2.5 2.7 2.9 3.1
2.7 2.9
m kg
40 40 40 40 40 40 40 40 40 40
35 35
35 35 35 35 35 35 35 35 35 35 35 35 35
27 27 27 27 27 27 27 27 27 27 27 27 27 27 27 27 27 27
24 24
1, 5 or 9 2 or 9 A, D, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3304 - 7 EM23 - 7 7 V1 2KJ3304 - 7 EM23 - 7 7 U1 2KJ3304 - 7 EM23 - 7 7 T1 2KJ3304 - 7 EM23 - 7 7 S1 2KJ3304 - 7 EM23 - 7 7 R1 2KJ3304 - 7 EM23 - 7 7 Q1 2KJ3304 - 7 EM23 - 7 7 P1 2KJ3304 - 7 EM23 - 7 7 N1 2KJ3304 - 7 EM23 - 7 7 M1 2KJ3304 - 7 EM23 - 7 7 L1
2KJ3403 - 7 EM23 - 7 7 B1 2KJ3403 - 7 EM23 - 7 7 A1
2KJ3303 - 7 EM23 - 7 7 W1 2KJ3303 - 7 EM23 - 7 7 V1 2KJ3303 - 7 EM23 - 7 7 U1 2KJ3303 - 7 EM23 - 7 7 T1 2KJ3303 - 7 EM23 - 7 7 S1 2KJ3303 - 7 EM23 - 7 7 R1 2KJ3303 - 7 EM23 - 7 7 Q1 2KJ3303 - 7 EM23 - 7 7 P1 2KJ3303 - 7 EM23 - 7 7 N1 2KJ3303 - 7 EM23 - 7 7 M1 2KJ3303 - 7 EM23 - 7 7 L1 2KJ3303 - 7 EM23 - 7 7 K1 2KJ3303 - 7 EM23 - 7 7 J1
2KJ3302 - 7 EM23 - 7 7 T1 2KJ3302 - 7 EM23 - 7 7 S1 2KJ3302 - 7 EM23 - 7 7 R1 2KJ3302 - 7 EM23 - 7 7 Q1 2KJ3302 - 7 EM23 - 7 7 P1 2KJ3302 - 7 EM23 - 7 7 N1 2KJ3302 - 7 EM23 - 7 7 M1 2KJ3302 - 7 EM23 - 7 7 L1 2KJ3302 - 7 EM23 - 7 7 K1 2KJ3302 - 7 EM23 - 7 7 J1 2KJ3302 - 7 EM23 - 7 7 H1 2KJ3302 - 7 EM23 - 7 7 G1 2KJ3302 - 7 EM23 - 7 7 F1 2KJ3302 - 7 EM23 - 7 7 E1 2KJ3302 - 7 EM23 - 7 7 D1 2KJ3302 - 7 EM23 - 7 7 C1 2KJ3302 - 7 EM23 - 7 7 B1 2KJ3302 - 7 EM23 - 7 7 A1
2KJ3302 - 7 EK23 - 7 7 N1 P00 2KJ3302 - 7 EK23 - 7 7 M1 P00
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
1.5
FZ.39-LE90SM2P
198
72
14.54
4 130
3.0
24
2KJ3302 - 7 EK23 - 7 7 L1 P00
233
62
12.38
3 960
3.4
24
2KJ3302 - 7 EK23 - 7 7 K1 P00
272
53
10.61
3 800
3.8
24
2KJ3302 - 7 EK23 - 7 7 J1 P00
316
45
9.13
3 660
4.2
24
2KJ3302 - 7 EK23 - 7 7 H1 P00
356
40
8.10
3 500
4.2
24
2KJ3302 - 7 EK23 - 7 7 G1 P00
428
34
6.74
3 330
4.5
24
2KJ3302 - 7 EK23 - 7 7 F1 P00
454
32
6.35
3 270
4.7
24
2KJ3302 - 7 EK23 - 7 7 E1 P00
4
507
28
5.69
3 180
5.0
24
2KJ3302 - 7 EK23 - 7 7 D1 P00
596
24
4.84
3 030
5.3
24
2KJ3302 - 7 EK23 - 7 7 C1 P00
695
21
4.15
2 890
5.7
24
2KJ3302 - 7 EK23 - 7 7 B1 P00
808
18
3.57
2 770
6.1
24
2KJ3302 - 7 EK23 - 7 7 A1 P00
FZ.29-LE90ZLR4P
83
173
17.44
3 500
0.87
21
2KJ3301 - 7 EM23 - 7 7 Q1
95
152
15.29
3 460
0.99
21
2KJ3301 - 7 EM23 - 7 7 P1
104
138
13.88
3 430
1.1
21
2KJ3301 - 7 EM23 - 7 7 N1
111
129
13.06
3 410
1.2
21
2KJ3301 - 7 EM23 - 7 7 M1
126
114
11.51
3 350
1.3
21
2KJ3301 - 7 EM23 - 7 7 L1
145
99
9.99
3 280
1.4
21
2KJ3301 - 7 EM23 - 7 7 K1
149
96
9.69
3 130
1.5
21
2KJ3301 - 7 EM23 - 7 7 J1
167
86
8.63
3 070
1.5
21
2KJ3301 - 7 EM23 - 7 7 H1
181
79
7.97
3 040
1.5
21
2KJ3301 - 7 EM23 - 7 7 G1
207
69
6.98
2 970
1.8
21
2KJ3301 - 7 EM23 - 7 7 F1
236
61
6.12
2 890
1.9
21
2KJ3301 - 7 EM23 - 7 7 E1
260
55
5.55
2 840
2.0
21
2KJ3301 - 7 EM23 - 7 7 D1
277
52
5.22
2 800
2.0
21
2KJ3301 - 7 EM23 - 7 7 C1
314
46
4.60
2 720
2.1
21
2KJ3301 - 7 EM23 - 7 7 B1
361
40
4.00
2 630
2.3
21
2KJ3301 - 7 EM23 - 7 7 A1
FZ.29-LE90SM2P
165
87
17.44
3 200
1.7
18
2KJ3301 - 7 EK23 - 7 7 Q1 P00
189
76
15.29
3 120
2.0
18
2KJ3301 - 7 EK23 - 7 7 P1 P00
208
69
13.88
3 060
2.2
18
2KJ3301 - 7 EK23 - 7 7 N1 P00
221
65
13.06
3 020
2.3
18
2KJ3301 - 7 EK23 - 7 7 M1 P00
251
57
11.51
2 940
2.5
18
2KJ3301 - 7 EK23 - 7 7 L1 P00
289
50
9.99
2 840
2.7
18
2KJ3301 - 7 EK23 - 7 7 K1 P00
298
48
9.69
2 760
3.0
18
2KJ3301 - 7 EK23 - 7 7 J1 P00
334
43
8.63
2 680
3.0
18
2KJ3301 - 7 EK23 - 7 7 H1 P00
362
40
7.97
2 630
3.0
18
2KJ3301 - 7 EK23 - 7 7 G1 P00
413
35
6.98
2 550
3.5
18
2KJ3301 - 7 EK23 - 7 7 F1 P00
471
30
6.12
2 470
3.8
18
2KJ3301 - 7 EK23 - 7 7 E1 P00
520
28
5.55
2 400
3.9
18
2KJ3301 - 7 EK23 - 7 7 D1 P00
553
26
5.22
2 370
4.1
18
2KJ3301 - 7 EK23 - 7 7 C1 P00
627
23
4.60
2 290
4.2
18
2KJ3301 - 7 EK23 - 7 7 B1 P00
721
20
4.00
2 200
4.6
18
2KJ3301 - 7 EK23 - 7 7 A1 P00
2.2
FD.169-LE112ZMKB6P
2.6
7 970
368.00
73 500
1.7
426
2KJ3411 - 7 GJ23 - 7 7 V1 P01
2.8
7 430
343.01
73 500
1.8
426
2KJ3411 - 7 GJ23 - 7 7 U1 P01
FD.149-LE112ZMKB6P
2.6
8 160
377.00
65 000
0.98
280
2KJ3410 - 7 GJ23 - 7 7 W1 P01
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
4/21
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
2.2
n2
T2
rpm
Nm
FD.149-LE112ZMKB6P
3.0
6 990
i -
323.04
FR2 N
65 000
3.2
6 580
304.03
65 000
3.4
6 170
285.00
65 000
FD.149-LE100ZLSA4P
3.9
5 400
377.00
65 000
4.5
4 630
323.04
65 000
4
4.8
4 360
304.03
65 000
5.1
4 080
285.00
65 000
FD.129-LE100ZLSA4P
3.5
5 920
413.00
36 100
3.8
5 460
381.00
36 600
4.2
5 030
351.00
37 000
4.9
4 290
299.31
37 500
5.2
4 040
281.70
37 500
5.6
3 740
261.42
37 500
6.3
3 310
231.12
37 500
7.1
2 950
206.32
37 500
7.9
2 660
185.66
37 500
9.1
2 310
161.14
37 500
FD.109-LE100ZLSA4P
6.1
3 420
238.52
25 000
6.5
3 210
224.49
25 000
7.1
2 970
207.31
25 000
7.9
2 640
184.46
25 000
8.9
2 350
163.83
25 000
10
2 100
146.65
25 000
12
1 790
125.37
25 000
13
1 600
111.95
25 000
15
1 410
98.94
25 000
FD.89-LE100ZLSA4P
9.3
2 260
157.74
17 400
9.9
2 120
148.46
17 400
11
1 950
136.21
17 400
12
1 700
118.98
17 400
14
1 520
106.52
17 400
16
1 330
93.14
17 400
18
1 140
79.95
17 400
21
1 010
70.67
17 400
24
860
60.09
17 400
28
735
51.51
17 400
FZ.89-LE100ZLSA4P
24
885
61.72
17 400
26
795
55.72
17 400
FD.79-LE100ZLSA4P
18
1 170
81.99
13 200
20
1 030
72.09
13 500
24
870
60.82
13 800
28
760
53.01
14 000
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
fB -
1.1 1.2 1.3
1.5 1.7 1.8 2.0
0.82 0.89 0.96 1.1 1.2 1.3 1.5 1.6 1.8 2.1
0.91 0.96 1.0 1.2 1.3 1.5 1.7 1.9 2.2
0.82 0.87 0.95 1.1 1.2 1.4 1.6 1.8 2.1 2.5
2.1 2.3
0.85 0.97 1.1 1.3
m kg
280 280 280
278 278 278 278
191 191 191 191 191 191 191 191 191 191
137 137 137 137 137 137 137 137 137
96 96 96 96 96 96 96 96 96 96
95 95
65 65 65 65
1, 5 or 9 2 or 9 A, D, F or H
4/22
Siemens MD 50.1 · 2017
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3410 - 7 GJ23 - 7 7 V1 P01 2KJ3410 - 7 GJ23 - 7 7 U1 P01 2KJ3410 - 7 GJ23 - 7 7 T1 P01
2KJ3410 - 7 FN23 - 7 7 W1 2KJ3410 - 7 FN23 - 7 7 V1 2KJ3410 - 7 FN23 - 7 7 U1 2KJ3410 - 7 FN23 - 7 7 T1
2KJ3408 - 7 FN23 - 7 7 T1 2KJ3408 - 7 FN23 - 7 7 S1 2KJ3408 - 7 FN23 - 7 7 R1 2KJ3408 - 7 FN23 - 7 7 Q1 2KJ3408 - 7 FN23 - 7 7 P1 2KJ3408 - 7 FN23 - 7 7 N1 2KJ3408 - 7 FN23 - 7 7 M1 2KJ3408 - 7 FN23 - 7 7 L1 2KJ3408 - 7 FN23 - 7 7 K1 2KJ3408 - 7 FN23 - 7 7 J1
2KJ3407 - 7 FN23 - 7 7 N1 2KJ3407 - 7 FN23 - 7 7 M1 2KJ3407 - 7 FN23 - 7 7 L1 2KJ3407 - 7 FN23 - 7 7 K1 2KJ3407 - 7 FN23 - 7 7 J1 2KJ3407 - 7 FN23 - 7 7 H1 2KJ3407 - 7 FN23 - 7 7 G1 2KJ3407 - 7 FN23 - 7 7 F1 2KJ3407 - 7 FN23 - 7 7 E1
2KJ3406 - 7 FN23 - 7 7 K1 2KJ3406 - 7 FN23 - 7 7 J1 2KJ3406 - 7 FN23 - 7 7 H1 2KJ3406 - 7 FN23 - 7 7 G1 2KJ3406 - 7 FN23 - 7 7 F1 2KJ3406 - 7 FN23 - 7 7 E1 2KJ3406 - 7 FN23 - 7 7 D1 2KJ3406 - 7 FN23 - 7 7 C1 2KJ3406 - 7 FN23 - 7 7 B1 2KJ3406 - 7 FN23 - 7 7 A1
2KJ3306 - 7 FN23 - 7 7 B2 2KJ3306 - 7 FN23 - 7 7 A2
2KJ3405 - 7 FN23 - 7 7 D1 2KJ3405 - 7 FN23 - 7 7 C1 2KJ3405 - 7 FN23 - 7 7 B1 2KJ3405 - 7 FN23 - 7 7 A1
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
2.2
FZ.79-LE100ZLSA4P
31
685
48.03
14 200
1.5
64
2KJ3305 - 7 FN23 - 7 7 W1
34
615
43.18
14 300
1.6
64
2KJ3305 - 7 FN23 - 7 7 V1
38
560
39.06
14 400
1.8
64
2KJ3305 - 7 FN23 - 7 7 U1
41
515
36.05
14 500
1.9
64
2KJ3305 - 7 FN23 - 7 7 T1
44
470
33.02
14 500
2.1
64
2KJ3305 - 7 FN23 - 7 7 S1
53
395
27.71
14 500
2.5
64
2KJ3305 - 7 FN23 - 7 7 R1
56
370
26.08
14 500
2.7
64
2KJ3305 - 7 FN23 - 7 7 Q1
4
61
340
23.93
14 500
2.9
64
2KJ3305 - 7 FN23 - 7 7 P1
FD.69-LE100ZLSA4P
30
700
48.80
7 780
0.86
58
2KJ3404 - 7 FN23 - 7 7 A1
FZ.69-LE100ZLSA4P
36
580
40.56
7 800
1.0
57
2KJ3304 - 7 FN23 - 7 7 T1
40
520
36.36
7 760
1.2
57
2KJ3304 - 7 FN23 - 7 7 S1
45
470
32.78
7 700
1.3
57
2KJ3304 - 7 FN23 - 7 7 R1
48
430
30.26
7 670
1.4
57
2KJ3304 - 7 FN23 - 7 7 Q1
53
395
27.62
7 570
1.5
57
2KJ3304 - 7 FN23 - 7 7 P1
64
325
22.92
7 400
1.8
57
2KJ3304 - 7 FN23 - 7 7 N1
68
305
21.57
7 340
1.9
57
2KJ3304 - 7 FN23 - 7 7 M1
72
290
20.37
7 260
2.1
57
2KJ3304 - 7 FN23 - 7 7 L1
85
245
17.33
7 060
2.4
57
2KJ3304 - 7 FN23 - 7 7 K1
99
210
14.85
6 840
2.8
57
2KJ3304 - 7 FN23 - 7 7 J1
112
187
13.06
6 640
3.2
57
2KJ3304 - 7 FN23 - 7 7 H1
133
158
11.01
6 390
3.8
57
2KJ3304 - 7 FN23 - 7 7 G1
165
128
8.90
6 030
3.7
57
2KJ3304 - 7 FN23 - 7 7 E1
192
109
7.62
5 810
4.3
57
2KJ3304 - 7 FN23 - 7 7 D1
FZ.49-LE100ZLSA4P
38
550
38.53
5 050
0.87
53
2KJ3303 - 7 FN23 - 7 7 T1
42
495
34.55
5 110
0.97
53
2KJ3303 - 7 FN23 - 7 7 S1
47
445
31.14
5 150
1.1
53
2KJ3303 - 7 FN23 - 7 7 R1
51
410
28.74
5 160
1.2
53
2KJ3303 - 7 FN23 - 7 7 Q1
56
375
26.24
5 160
1.3
53
2KJ3303 - 7 FN23 - 7 7 P1
67
310
21.77
5 120
1.5
53
2KJ3303 - 7 FN23 - 7 7 N1
71
290
20.49
5 110
1.6
53
2KJ3303 - 7 FN23 - 7 7 M1
76
275
19.35
5 080
1.7
53
2KJ3303 - 7 FN23 - 7 7 L1
89
235
16.47
4 980
2.0
53
2KJ3303 - 7 FN23 - 7 7 K1
104
200
14.11
4 880
2.4
53
2KJ3303 - 7 FN23 - 7 7 J1
118
178
12.40
4 760
2.7
53
2KJ3303 - 7 FN23 - 7 7 H1
140
150
10.46
4 620
3.2
53
2KJ3303 - 7 FN23 - 7 7 G1
161
131
9.12
4 490
3.7
53
2KJ3303 - 7 FN23 - 7 7 F1
174
120
8.40
4 330
3.7
53
2KJ3303 - 7 FN23 - 7 7 E1
203
103
7.20
4 190
4.4
53
2KJ3303 - 7 FN23 - 7 7 D1
FZ.49-LE90ZLR2P
175
120
16.47
4 410
4.0
35
2KJ3303 - 7 EM23 - 7 7 K1 P00
FZ.39-LE100ZLSA4P
71
295
20.71
4 380
0.84
42
2KJ3302 - 7 FN23 - 7 7 P1
85
245
17.24
4 360
0.95
42
2KJ3302 - 7 FN23 - 7 7 N1
90
230
16.22
4 350
0.99
42
2KJ3302 - 7 FN23 - 7 7 M1
101
205
14.54
4 320
1.1
42
2KJ3302 - 7 FN23 - 7 7 L1
118
178
12.38
4 210
1.2
42
2KJ3302 - 7 FN23 - 7 7 K1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
4/23
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
2.2
n2
T2
rpm
Nm
FZ.39-LE100ZLSA4P
138
152
i -
10.61
FR2 N
4 130
160
131
9.13
4 030
181
116
8.10
3 840
217
97
6.74
3 720
231
91
6.35
3 670
4
257
82
5.69
3 590
303
69
4.84
3 480
353
60
4.15
3 350
410
51
3.57
3 240
FZ.39-LE90ZLR2P
168
125
17.24
4 000
178
118
16.22
3 950
199
106
14.54
3 870
233
90
12.38
3 740
272
77
10.61
3 620
317
66
9.13
3 500
357
59
8.10
3 340
429
49
6.74
3 200
455
46
6.35
3 150
508
41
5.69
3 060
597
35
4.84
2 940
696
30
4.15
2 820
810
26
3.57
2 700
FZ.29-LE100ZLSA4P
112
187
13.06
2 910
127
165
11.51
2 910
147
143
9.99
2 890
151
139
9.69
2 690
170
124
8.63
2 690
184
114
7.97
2 680
210
100
6.98
2 650
239
88
6.12
2 610
264
80
5.55
2 580
281
75
5.22
2 560
318
66
4.60
2 510
366
57
4.00
2 450
FZ.29-LE90ZLR2P
166
127
17.44
2 860
189
111
15.29
2 830
208
101
13.88
2 790
221
95
13.06
2 770
251
84
11.51
2 710
289
73
9.99
2 650
298
70
9.69
2 540
335
63
8.63
2 490
363
58
7.97
2 460
414
51
6.98
2 390
472
44
6.12
2 340
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
fB -
1.3 1.4 1.4 1.6 1.6 1.7 1.8 2.0 2.1
1.9 2.0 2.1 2.3 2.6 2.8 2.8 3.1 3.2 3.4 3.6 3.9 4.2
0.8 0.87 0.95 1.0 1.1 1.0 1.2 1.3 1.4 1.4 1.5 1.6
1.2 1.3 1.5 1.6 1.7 1.9 2.0 2.1 2.1 2.4 2.6
m kg
42 42 42 42 42 42 42 42 42
27 27 27 27 27 27 27 27 27 27 27 27 27
35 35 35 35 35 35 35 35 35 35 35 35
21 21 21 21 21 21 21 21 21 21 21
1, 5 or 9 2 or 9 A, D, F or H
4/24
Siemens MD 50.1 · 2017
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3302 - 7 FN23 - 7 7 J1 2KJ3302 - 7 FN23 - 7 7 H1 2KJ3302 - 7 FN23 - 7 7 G1 2KJ3302 - 7 FN23 - 7 7 F1 2KJ3302 - 7 FN23 - 7 7 E1 2KJ3302 - 7 FN23 - 7 7 D1 2KJ3302 - 7 FN23 - 7 7 C1 2KJ3302 - 7 FN23 - 7 7 B1 2KJ3302 - 7 FN23 - 7 7 A1
2KJ3302 - 7 EM23 - 7 7 N1 P00 2KJ3302 - 7 EM23 - 7 7 M1 P00 2KJ3302 - 7 EM23 - 7 7 L1 P00 2KJ3302 - 7 EM23 - 7 7 K1 P00 2KJ3302 - 7 EM23 - 7 7 J1 P00 2KJ3302 - 7 EM23 - 7 7 H1 P00 2KJ3302 - 7 EM23 - 7 7 G1 P00 2KJ3302 - 7 EM23 - 7 7 F1 P00 2KJ3302 - 7 EM23 - 7 7 E1 P00 2KJ3302 - 7 EM23 - 7 7 D1 P00 2KJ3302 - 7 EM23 - 7 7 C1 P00 2KJ3302 - 7 EM23 - 7 7 B1 P00 2KJ3302 - 7 EM23 - 7 7 A1 P00
2KJ3301 - 7 FN23 - 7 7 M1 2KJ3301 - 7 FN23 - 7 7 L1 2KJ3301 - 7 FN23 - 7 7 K1 2KJ3301 - 7 FN23 - 7 7 J1 2KJ3301 - 7 FN23 - 7 7 H1 2KJ3301 - 7 FN23 - 7 7 G1 2KJ3301 - 7 FN23 - 7 7 F1 2KJ3301 - 7 FN23 - 7 7 E1 2KJ3301 - 7 FN23 - 7 7 D1 2KJ3301 - 7 FN23 - 7 7 C1 2KJ3301 - 7 FN23 - 7 7 B1 2KJ3301 - 7 FN23 - 7 7 A1
2KJ3301 - 7 EM23 - 7 7 Q1 P00 2KJ3301 - 7 EM23 - 7 7 P1 P00 2KJ3301 - 7 EM23 - 7 7 N1 P00 2KJ3301 - 7 EM23 - 7 7 M1 P00 2KJ3301 - 7 EM23 - 7 7 L1 P00 2KJ3301 - 7 EM23 - 7 7 K1 P00 2KJ3301 - 7 EM23 - 7 7 J1 P00 2KJ3301 - 7 EM23 - 7 7 H1 P00 2KJ3301 - 7 EM23 - 7 7 G1 P00 2KJ3301 - 7 EM23 - 7 7 F1 P00 2KJ3301 - 7 EM23 - 7 7 E1 P00
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
2.2
FZ.29-LE90ZLR2P
521
40
5.55
2 290
2.7
21
2KJ3301 - 7 EM23 - 7 7 D1 P00
554
38
5.22
2 250
2.8
21
2KJ3301 - 7 EM23 - 7 7 C1 P00
628
33
4.60
2 190
2.9
21
2KJ3301 - 7 EM23 - 7 7 B1 P00
722
29
4.00
2 110
3.1
21
2KJ3301 - 7 EM23 - 7 7 A1 P00
3
FD.189-LE132SH6P
2.8
10 200
FD.169-LE132SH6P
347.35
110 900
1.9
660
2KJ3412 - 7 HF23 - 7 7 T1 P01
4
2.6
10 800
368.00
73 500
1.3
448
2KJ3411 - 7 HF23 - 7 7 V1 P01
2.8
10 100
343.01
73 500
1.3
448
2KJ3411 - 7 HF23 - 7 7 U1 P01
3.2
9 000
304.94
73 500
1.5
448
2KJ3411 - 7 HF23 - 7 7 T1 P01
3.5
8 080
273.80
73 500
1.7
448
2KJ3411 - 7 HF23 - 7 7 S1 P01
FD.149-LE132SH6P
3.0
9 540
323.04
65 000
0.84
301
2KJ3410 - 7 HF23 - 7 7 V1 P01
3.2
8 980
304.03
65 000
0.89
301
2KJ3410 - 7 HF23 - 7 7 U1 P01
3.4
8 410
285.00
65 000
0.95
301
2KJ3410 - 7 HF23 - 7 7 T1 P01
FD.149-LE100ZLSB4P
3.9
7 420
377.00
65 000
1.1
278
2KJ3410 - 7 FP23 - 7 7 W1
4.5
6 360
323.04
65 000
1.3
278
2KJ3410 - 7 FP23 - 7 7 V1
4.8
5 980
304.03
65 000
1.3
278
2KJ3410 - 7 FP23 - 7 7 U1
5.1
5 610
285.00
65 000
1.4
278
2KJ3410 - 7 FP23 - 7 7 T1
5.8
4 970
252.64
65 000
1.6
278
2KJ3410 - 7 FP23 - 7 7 S1
6.5
4 410
224.42
65 000
1.8
278
2KJ3410 - 7 FP23 - 7 7 R1
7.2
3 980
202.50
65 000
2.0
278
2KJ3410 - 7 FP23 - 7 7 Q1
FD.129-LE100ZLSB4P
4.9
5 890
299.31
36 100
0.82
191
2KJ3408 - 7 FP23 - 7 7 Q1
5.2
5 540
281.70
36 500
0.87
191
2KJ3408 - 7 FP23 - 7 7 P1
5.6
5 140
261.42
36 900
0.94
191
2KJ3408 - 7 FP23 - 7 7 N1
6.3
4 550
231.12
37 400
1.1
191
2KJ3408 - 7 FP23 - 7 7 M1
7.1
4 060
206.32
37 500
1.2
191
2KJ3408 - 7 FP23 - 7 7 L1
7.8
3 650
185.66
37 500
1.3
191
2KJ3408 - 7 FP23 - 7 7 K1
9
3 170
161.14
37 500
1.5
191
2KJ3408 - 7 FP23 - 7 7 J1
10
2 850
144.92
37 500
1.7
191
2KJ3408 - 7 FP23 - 7 7 H1
11
2 490
126.66
37 500
1.9
191
2KJ3408 - 7 FP23 - 7 7 G1
13
2 220
113.03
37 500
2.2
191
2KJ3408 - 7 FP23 - 7 7 F1
FD.109-LE100ZLSB4P
7.9
3 630
184.46
25 000
0.85
137
2KJ3407 - 7 FP23 - 7 7 K1
8.9
3 220
163.83
25 000
0.96
137
2KJ3407 - 7 FP23 - 7 7 J1
9.9
2 880
146.65
25 000
1.1
137
2KJ3407 - 7 FP23 - 7 7 H1
12
2 460
125.37
25 000
1.3
137
2KJ3407 - 7 FP23 - 7 7 G1
13
2 200
111.95
25 000
1.4
137
2KJ3407 - 7 FP23 - 7 7 F1
15
1 940
98.94
25 000
1.6
137
2KJ3407 - 7 FP23 - 7 7 E1
17
1 710
86.83
25 000
1.8
137
2KJ3407 - 7 FP23 - 7 7 D1
19
1 480
75.59
25 000
2.1
137
2KJ3407 - 7 FP23 - 7 7 C1
23
1 270
64.62
25 000
2.4
137
2KJ3407 - 7 FP23 - 7 7 B1
FZ.109-LE100ZLSB4P
21
1 390
70.74
25 000
2.2
134
2KJ3307 - 7 FP23 - 7 7 B2
22
1 280
65.30
25 000
2.4
134
2KJ3307 - 7 FP23 - 7 7 A2
FD.89-LE100ZLSB4P
14
2 090
106.52
17 400
0.88
96
2KJ3406 - 7 FP23 - 7 7 F1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
4/25
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
3
n2
T2
rpm
Nm
FD.89-LE100ZLSB4P
16
1 830
i -
93.14
FR2 N
17 400
18
1 570
79.95
17 400
21
1 390
70.67
17 400
24
1 180
60.09
17 400
28
1 010
51.51
17 400
4
FZ.89-LE100ZLSB4P
24
1 210
61.72
17 400
26
1 090
55.72
17 400
29
995
50.54
17 400
31
915
46.66
17 400
34
835
42.41
17 400
41
705
35.91
17 400
FD.79-LE100ZLSB4P
24
1 190
60.82
13 200
27
1 040
53.01
13 500
FZ.79-LE100ZLSB4P
30
945
48.03
13 700
34
850
43.18
13 900
37
765
39.06
14 000
40
710
36.05
14 100
44
650
33.02
14 300
53
545
27.71
14 500
56
510
26.08
14 500
61
470
23.93
14 500
70
410
20.90
14 500
78
365
18.71
14 500
89
320
16.36
14 500
FZ.69-LE100ZLSB4P
40
715
36.36
6 580
44
645
32.78
6 640
48
595
30.26
6 670
53
540
27.62
6 700
63
450
22.92
6 650
67
425
21.57
6 620
71
400
20.37
6 600
84
340
17.33
6 490
98
290
14.85
6 370
111
255
13.06
6 240
132
215
11.01
6 060
152
189
9.60
5 890
163
175
8.90
5 740
191
150
7.62
5 560
217
132
6.70
5 400
257
111
5.66
5 190
295
97
4.93
5 020
FZ.49-LE100ZLSB4P
51
565
28.74
4 170
55
515
26.24
4 260
67
425
21.77
4 390
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
4/26
Siemens MD 50.1 · 2017
fB -
1.0 1.2 1.3 1.6 1.8
1.5 1.7 1.9 2.0 2.2 2.6
0.84 0.96
1.1 1.2 1.3 1.4 1.5 1.8 1.9 2.1 2.4 2.7 3.1
0.84 0.93 1.0 1.1 1.3 1.4 1.5 1.8 2.1 2.3 2.8 3.2 2.7 3.1 3.3 3.7 4.0
0.85 0.93 1.1
m kg
96 96 96 96 96
95 95 95 95 95 95
65 65
64 64 64 64 64 64 64 64 64 64 64
57 57 57 57 57 57 57 57 57 57 57 57 57 57 57 57 57
53 53 53
1, 5 or 9 2 or 9 A, D, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3406 - 7 FP23 - 7 7 E1 2KJ3406 - 7 FP23 - 7 7 D1 2KJ3406 - 7 FP23 - 7 7 C1 2KJ3406 - 7 FP23 - 7 7 B1 2KJ3406 - 7 FP23 - 7 7 A1
2KJ3306 - 7 FP23 - 7 7 B2 2KJ3306 - 7 FP23 - 7 7 A2 2KJ3306 - 7 FP23 - 7 7 X1 2KJ3306 - 7 FP23 - 7 7 W1 2KJ3306 - 7 FP23 - 7 7 V1 2KJ3306 - 7 FP23 - 7 7 U1
2KJ3405 - 7 FP23 - 7 7 B1 2KJ3405 - 7 FP23 - 7 7 A1
2KJ3305 - 7 FP23 - 7 7 W1 2KJ3305 - 7 FP23 - 7 7 V1 2KJ3305 - 7 FP23 - 7 7 U1 2KJ3305 - 7 FP23 - 7 7 T1 2KJ3305 - 7 FP23 - 7 7 S1 2KJ3305 - 7 FP23 - 7 7 R1 2KJ3305 - 7 FP23 - 7 7 Q1 2KJ3305 - 7 FP23 - 7 7 P1 2KJ3305 - 7 FP23 - 7 7 N1 2KJ3305 - 7 FP23 - 7 7 M1 2KJ3305 - 7 FP23 - 7 7 L1
2KJ3304 - 7 FP23 - 7 7 S1 2KJ3304 - 7 FP23 - 7 7 R1 2KJ3304 - 7 FP23 - 7 7 Q1 2KJ3304 - 7 FP23 - 7 7 P1 2KJ3304 - 7 FP23 - 7 7 N1 2KJ3304 - 7 FP23 - 7 7 M1 2KJ3304 - 7 FP23 - 7 7 L1 2KJ3304 - 7 FP23 - 7 7 K1 2KJ3304 - 7 FP23 - 7 7 J1 2KJ3304 - 7 FP23 - 7 7 H1 2KJ3304 - 7 FP23 - 7 7 G1 2KJ3304 - 7 FP23 - 7 7 F1 2KJ3304 - 7 FP23 - 7 7 E1 2KJ3304 - 7 FP23 - 7 7 D1 2KJ3304 - 7 FP23 - 7 7 C1 2KJ3304 - 7 FP23 - 7 7 B1 2KJ3304 - 7 FP23 - 7 7 A1
2KJ3303 - 7 FP23 - 7 7 Q1 2KJ3303 - 7 FP23 - 7 7 P1 2KJ3303 - 7 FP23 - 7 7 N1
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
3
FZ.49-LE100ZLSB4P
71
400
20.49
4 410
1.2
53
2KJ3303 - 7 FP23 - 7 7 M1
75
380
19.35
4 410
1.3
53
2KJ3303 - 7 FP23 - 7 7 L1
88
320
16.47
4 440
1.5
53
2KJ3303 - 7 FP23 - 7 7 K1
103
275
14.11
4 400
1.7
53
2KJ3303 - 7 FP23 - 7 7 J1
117
240
12.40
4 370
2.0
53
2KJ3303 - 7 FP23 - 7 7 H1
139
205
10.46
4 270
2.3
53
2KJ3303 - 7 FP23 - 7 7 G1
160
180
9.12
4 190
2.7
53
2KJ3303 - 7 FP23 - 7 7 F1
4
173
165
8.40
4 020
2.7
53
2KJ3303 - 7 FP23 - 7 7 E1
202
142
7.20
3 920
3.2
53
2KJ3303 - 7 FP23 - 7 7 D1
230
125
6.33
3 840
3.4
53
2KJ3303 - 7 FP23 - 7 7 C1
272
105
5.34
3 720
3.8
53
2KJ3303 - 7 FP23 - 7 7 B1
313
92
4.65
3 610
4.1
53
2KJ3303 - 7 FP23 - 7 7 A1
FZ.39-LE100ZLSB4P
118
240
12.38
3 760
0.86
42
2KJ3302 - 7 FP23 - 7 7 K1
137
205
10.61
3 750
0.95
42
2KJ3302 - 7 FP23 - 7 7 J1
159
180
9.13
3 670
1.1
42
2KJ3302 - 7 FP23 - 7 7 H1
180
159
8.10
3 490
1.0
42
2KJ3302 - 7 FP23 - 7 7 G1
216
133
6.74
3 430
1.1
42
2KJ3302 - 7 FP23 - 7 7 F1
229
125
6.35
3 400
1.2
42
2KJ3302 - 7 FP23 - 7 7 E1
256
112
5.69
3 350
1.2
42
2KJ3302 - 7 FP23 - 7 7 D1
301
95
4.84
3 270
1.3
42
2KJ3302 - 7 FP23 - 7 7 C1
351
82
4.15
3 170
1.4
42
2KJ3302 - 7 FP23 - 7 7 B1
408
70
3.57
3 080
1.5
42
2KJ3302 - 7 FP23 - 7 7 A1
FZ.29-LE100ZLSB4P
208
137
6.98
2 300
0.89
35
2KJ3301 - 7 FP23 - 7 7 F1
238
121
6.12
2 300
0.95
35
2KJ3301 - 7 FP23 - 7 7 E1
262
109
5.55
2 310
0.99
35
2KJ3301 - 7 FP23 - 7 7 D1
279
103
5.22
2 300
1.0
35
2KJ3301 - 7 FP23 - 7 7 C1
316
91
4.60
2 280
1.1
35
2KJ3301 - 7 FP23 - 7 7 B1
364
79
4.00
2 250
1.2
35
2KJ3301 - 7 FP23 - 7 7 A1
4
FD.189-LE132MJ6P
2.8
13 600
347.35
110 900
1.4
665
2KJ3412 - 7 HK23 - 7 7 T1 P01
3.1
12 200
310.76
110 900
1.6
665
2KJ3412 - 7 HK23 - 7 7 S1 P01
3.5
11 000
280.27
110 900
1.7
665
2KJ3412 - 7 HK23 - 7 7 R1 P01
3.9
9 750
247.71
110 900
1.9
665
2KJ3412 - 7 HK23 - 7 7 Q1 P01
FD.169-LE132MJ6P
2.6
14 400
368.00
73 500
0.94
453
2KJ3411 - 7 HK23 - 7 7 V1 P01
2.8
13 500
343.01
73 500
1.0
453
2KJ3411 - 7 HK23 - 7 7 U1 P01
3.2
12 000
304.94
73 500
1.1
453
2KJ3411 - 7 HK23 - 7 7 T1 P01
3.5
10 700
273.80
73 500
1.3
453
2KJ3411 - 7 HK23 - 7 7 S1 P01
FD.169-LE112ZMKB4P
4.0
9 620
368.00
73 500
1.4
426
2KJ3411 - 7 GJ23 - 7 7 V1
4.3
8 970
343.01
73 500
1.5
426
2KJ3411 - 7 GJ23 - 7 7 U1
4.8
7 970
304.94
73 500
1.7
426
2KJ3411 - 7 GJ23 - 7 7 T1
5.3
7 160
273.80
73 500
1.9
426
2KJ3411 - 7 GJ23 - 7 7 S1
5.9
6 480
247.84
73 500
2.1
426
2KJ3411 - 7 GJ23 - 7 7 R1
FD.149-LE112ZMKB4P
3.9
9 860
377.00
65 000
0.81
280
2KJ3410 - 7 GJ23 - 7 7 W1
4.5
8 450
323.04
65 000
0.95
280
2KJ3410 - 7 GJ23 - 7 7 V1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
4/27
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
4
n2
T2
rpm
Nm
FD.149-LE112ZMKB4P
4.8
7 950
i -
304.03
FR2 N
65 000
5.1
7 450
285.00
65 000
5.8
6 610
252.64
65 000
6.5
5 870
224.42
65 000
7.2
5 290
202.50
65 000
4
8.1
4 690
179.44
65 000
9.2
4 150
158.91
65 000
10
3 700
141.43
65 000
FD.129-LE112ZMKB4P
6.3
6 040
231.12
36 000
7.1
5 390
206.32
36 600
7.9
4 850
185.66
37 200
9.1
4 210
161.14
37 500
10
3 790
144.92
37 500
12
3 310
126.66
37 500
13
2 950
113.03
37 500
15
2 600
99.58
37 500
17
2 280
87.25
37 500
FD.109-LE112ZMKB4P
10
3 830
146.65
25 000
12
3 280
125.37
25 000
13
2 920
111.95
25 000
15
2 580
98.94
25 000
17
2 270
86.83
25 000
19
1 970
75.59
25 000
23
1 690
64.62
25 000
26
1 440
55.31
25 000
FZ.109-LE112ZMKB4P
21
1 850
70.74
25 000
22
1 700
65.30
25 000
24
1 570
60.12
25 000
28
1 340
51.27
25 000
30
1 260
48.25
25 000
33
1 170
44.78
25 000
FD.89-LE112ZMKB4P
18
2 090
79.95
17 400
21
1 840
70.67
17 400
24
1 570
60.09
17 400
28
1 340
51.51
17 400
FZ.89-LE112ZMKB4P
24
1 610
61.72
17 400
26
1 450
55.72
17 400
29
1 320
50.54
17 400
31
1 220
46.66
17 400
34
1 110
42.41
17 400
41
940
35.91
17 400
43
880
33.80
17 400
47
815
31.21
17 400
53
725
27.77
17 400
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
4/28
Siemens MD 50.1 · 2017
fB -
1.0 1.1 1.2 1.4 1.5 1.7 1.9 2.2
0.8 0.9 1.0 1.2 1.3 1.5 1.6 1.9 2.1
0.81 0.95 1.1 1.2 1.4 1.6 1.8 2.1
1.7 1.8 2.0 2.3 2.5 2.6
0.88 1.0 1.2 1.4
1.1 1.3 1.4 1.5 1.7 2.0 2.1 2.3 2.5
m kg
280 280 280 280 280 280 280 280
192 192 192 192 192 192 192 192 192
137 137 137 137 137 137 137 137
134 134 134 134 134 134
96 96 96 96
95 95 95 95 95 95 95 95 95
1, 5 or 9 2 or 9 A, D, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3410 - 7 GJ23 - 7 7 U1 2KJ3410 - 7 GJ23 - 7 7 T1 2KJ3410 - 7 GJ23 - 7 7 S1 2KJ3410 - 7 GJ23 - 7 7 R1 2KJ3410 - 7 GJ23 - 7 7 Q1 2KJ3410 - 7 GJ23 - 7 7 P1 2KJ3410 - 7 GJ23 - 7 7 N1 2KJ3410 - 7 GJ23 - 7 7 M1
2KJ3408 - 7 GJ23 - 7 7 M1 2KJ3408 - 7 GJ23 - 7 7 L1 2KJ3408 - 7 GJ23 - 7 7 K1 2KJ3408 - 7 GJ23 - 7 7 J1 2KJ3408 - 7 GJ23 - 7 7 H1 2KJ3408 - 7 GJ23 - 7 7 G1 2KJ3408 - 7 GJ23 - 7 7 F1 2KJ3408 - 7 GJ23 - 7 7 E1 2KJ3408 - 7 GJ23 - 7 7 D1
2KJ3407 - 7 GJ23 - 7 7 H1 2KJ3407 - 7 GJ23 - 7 7 G1 2KJ3407 - 7 GJ23 - 7 7 F1 2KJ3407 - 7 GJ23 - 7 7 E1 2KJ3407 - 7 GJ23 - 7 7 D1 2KJ3407 - 7 GJ23 - 7 7 C1 2KJ3407 - 7 GJ23 - 7 7 B1 2KJ3407 - 7 GJ23 - 7 7 A1
2KJ3307 - 7 GJ23 - 7 7 B2 2KJ3307 - 7 GJ23 - 7 7 A2 2KJ3307 - 7 GJ23 - 7 7 X1 2KJ3307 - 7 GJ23 - 7 7 W1 2KJ3307 - 7 GJ23 - 7 7 V1 2KJ3307 - 7 GJ23 - 7 7 U1
2KJ3406 - 7 GJ23 - 7 7 D1 2KJ3406 - 7 GJ23 - 7 7 C1 2KJ3406 - 7 GJ23 - 7 7 B1 2KJ3406 - 7 GJ23 - 7 7 A1
2KJ3306 - 7 GJ23 - 7 7 B2 2KJ3306 - 7 GJ23 - 7 7 A2 2KJ3306 - 7 GJ23 - 7 7 X1 2KJ3306 - 7 GJ23 - 7 7 W1 2KJ3306 - 7 GJ23 - 7 7 V1 2KJ3306 - 7 GJ23 - 7 7 U1 2KJ3306 - 7 GJ23 - 7 7 T1 2KJ3306 - 7 GJ23 - 7 7 S1 2KJ3306 - 7 GJ23 - 7 7 R1
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
4
FZ.89-LE112ZMKB4P
59
645
24.67
17 400
2.9
95
2KJ3306 - 7 GJ23 - 7 7 Q1
FZ.79-LE112ZMKB4P
30
1 250
48.03
13 100
0.80
65
2KJ3305 - 7 GJ23 - 7 7 W1
34
1 130
43.18
13 300
0.89
65
2KJ3305 - 7 GJ23 - 7 7 V1
37
1 020
39.06
13 500
0.98
65
2KJ3305 - 7 GJ23 - 7 7 U1
40
940
36.05
13 700
1.1
65
2KJ3305 - 7 GJ23 - 7 7 T1
44
860
33.02
13 800
1.2
65
2KJ3305 - 7 GJ23 - 7 7 S1
4
53
725
27.71
14 100
1.4
65
2KJ3305 - 7 GJ23 - 7 7 R1
56
680
26.08
14 200
1.5
65
2KJ3305 - 7 GJ23 - 7 7 Q1
61
625
23.93
14 300
1.6
65
2KJ3305 - 7 GJ23 - 7 7 P1
70
545
20.90
14 500
1.8
65
2KJ3305 - 7 GJ23 - 7 7 N1
78
490
18.71
14 500
2.0
65
2KJ3305 - 7 GJ23 - 7 7 M1
89
425
16.36
14 500
2.3
65
2KJ3305 - 7 GJ23 - 7 7 L1
104
365
14.04
14 500
2.7
65
2KJ3305 - 7 GJ23 - 7 7 K1
118
325
12.41
14 400
3.1
65
2KJ3305 - 7 GJ23 - 7 7 J1
138
275
10.56
13 900
3.6
65
2KJ3305 - 7 GJ23 - 7 7 H1
172
220
8.51
13 100
3.2
65
2KJ3305 - 7 GJ23 - 7 7 F1
196
195
7.44
12 700
3.7
65
2KJ3305 - 7 GJ23 - 7 7 E1
228
167
6.39
12 200
4.3
65
2KJ3305 - 7 GJ23 - 7 7 D1
259
148
5.64
11 800
4.7
65
2KJ3305 - 7 GJ23 - 7 7 C1
FZ.69-LE112ZMKB4P
53
720
27.62
5 580
0.83
58
2KJ3304 - 7 GJ23 - 7 7 P1
64
600
22.92
5 710
1.0
58
2KJ3304 - 7 GJ23 - 7 7 N1
68
560
21.57
5 770
1.1
58
2KJ3304 - 7 GJ23 - 7 7 M1
72
530
20.37
5 780
1.1
58
2KJ3304 - 7 GJ23 - 7 7 L1
84
450
17.33
5 800
1.3
58
2KJ3304 - 7 GJ23 - 7 7 K1
98
385
14.85
5 770
1.5
58
2KJ3304 - 7 GJ23 - 7 7 J1
112
340
13.06
5 710
1.8
58
2KJ3304 - 7 GJ23 - 7 7 H1
133
285
11.01
5 620
2.1
58
2KJ3304 - 7 GJ23 - 7 7 G1
152
250
9.60
5 500
2.4
58
2KJ3304 - 7 GJ23 - 7 7 F1
164
230
8.90
5 380
2.0
58
2KJ3304 - 7 GJ23 - 7 7 E1
192
199
7.62
5 230
2.3
58
2KJ3304 - 7 GJ23 - 7 7 D1
218
175
6.70
5 110
2.5
58
2KJ3304 - 7 GJ23 - 7 7 C1
258
148
5.66
4 950
2.8
58
2KJ3304 - 7 GJ23 - 7 7 B1
296
129
4.93
4 800
3.0
58
2KJ3304 - 7 GJ23 - 7 7 A1
FZ.49-LE112ZMKB4P
67
570
21.77
3 430
0.84
53
2KJ3303 - 7 GJ23 - 7 7 N1
71
535
20.49
3 520
0.90
53
2KJ3303 - 7 GJ23 - 7 7 M1
75
505
19.35
3 580
0.95
53
2KJ3303 - 7 GJ23 - 7 7 L1
89
430
16.47
3 710
1.1
53
2KJ3303 - 7 GJ23 - 7 7 K1
103
365
14.11
3 810
1.3
53
2KJ3303 - 7 GJ23 - 7 7 J1
118
320
12.40
3 840
1.5
53
2KJ3303 - 7 GJ23 - 7 7 H1
140
270
10.46
3 840
1.8
53
2KJ3303 - 7 GJ23 - 7 7 G1
160
235
9.12
3 820
2.0
53
2KJ3303 - 7 GJ23 - 7 7 F1
174
220
8.40
3 610
2.0
53
2KJ3303 - 7 GJ23 - 7 7 E1
203
188
7.20
3 580
2.4
53
2KJ3303 - 7 GJ23 - 7 7 D1
231
166
6.33
3 530
2.6
53
2KJ3303 - 7 GJ23 - 7 7 C1
273
140
5.34
3 460
2.9
53
2KJ3303 - 7 GJ23 - 7 7 B1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
4/29
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
4
n2
T2
rpm
Nm
FZ.49-LE112ZMKB4P
314
122
i -
4.65
FR2 N
3 390
FZ.39-LE112ZMKB4P
217
176
6.74
3 060
230
166
6.35
3 050
257
149
5.69
3 040
302
127
4.84
3 000
4
352
109
4.15
2 940
409
93
3.57
2 890
5.5
FD.189-LE132ZMS6P
2.8
18 800
347.35
110 900
3.1
16 800
310.76
110 900
3.5
15 100
280.27
110 900
3.9
13 400
247.71
110 900
FD.189-LE132ZST4P
4.2
12 400
347.35
110 900
4.7
11 100
310.76
110 900
5.2
10 000
280.27
110 900
5.9
8 880
247.71
110 900
FD.169-LE132ZMS6P
3.2
16 500
304.94
73 500
3.5
14 800
273.80
73 500
FD.169-LE132ZST4P
4.0
13 100
368.00
73 500
4.3
12 200
343.01
73 500
4.8
10 900
304.94
73 500
5.4
9 810
273.80
73 500
5.9
8 880
247.84
73 500
6.7
7 800
217.70
73 500
7.4
7 070
197.27
73 500
FD.149-LE132ZST4P
5.8
9 050
252.64
65 000
6.5
8 040
224.42
65 000
7.2
7 260
202.50
65 000
8.2
6 430
179.44
65 000
9.2
5 690
158.91
65 000
10
5 070
141.43
65 000
12
4 540
126.73
65 000
13
4 020
112.36
65 000
15
3 550
99.18
65 000
FD.129-LE132ZST4P
9.1
5 770
161.14
36 300
10
5 190
144.92
36 800
12
4 540
126.66
37 500
13
4 050
113.03
37 500
15
3 570
99.58
37 500
17
3 120
87.25
37 500
19
2 720
76.04
37 500
21
2 480
69.40
37 500
25
2 140
59.75
37 500
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
4/30
Siemens MD 50.1 · 2017
fB -
3.1
0.86 0.90 0.94 1.0 1.1 1.2
1.0 1.1 1.3 1.4
1.5 1.7 1.9 2.1
0.82 0.92
1.0 1.1 1.2 1.4 1.5 1.7 1.9
0.88 0.99 1.1 1.2 1.4 1.6 1.8 2.0 2.2
0.84 0.93 1.1 1.2 1.4 1.6 1.8 1.9 2.3
m kg
53
45 45 45 45 45 45
667 667 667 667
667 667 667 667
455 455
455 455 455 455 455 455 455
308 308 308 308 308 308 308 308 308
222 222 222 222 222 222 222 222 222
1, 5 or 9 2 or 9 A, D, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3303 - 7 GJ23 - 7 7 A1
2KJ3302 - 7 GJ23 - 7 7 F1 2KJ3302 - 7 GJ23 - 7 7 E1 2KJ3302 - 7 GJ23 - 7 7 D1 2KJ3302 - 7 GJ23 - 7 7 C1 2KJ3302 - 7 GJ23 - 7 7 B1 2KJ3302 - 7 GJ23 - 7 7 A1
2KJ3412 - 7 HL23 - 7 7 T1 P01 2KJ3412 - 7 HL23 - 7 7 S1 P01 2KJ3412 - 7 HL23 - 7 7 R1 P01 2KJ3412 - 7 HL23 - 7 7 Q1 P01
2KJ3412 - 7 HJ23 - 7 7 T1 2KJ3412 - 7 HJ23 - 7 7 S1 2KJ3412 - 7 HJ23 - 7 7 R1 2KJ3412 - 7 HJ23 - 7 7 Q1
2KJ3411 - 7 HL23 - 7 7 T1 P01 2KJ3411 - 7 HL23 - 7 7 S1 P01
2KJ3411 - 7 HJ23 - 7 7 V1 2KJ3411 - 7 HJ23 - 7 7 U1 2KJ3411 - 7 HJ23 - 7 7 T1 2KJ3411 - 7 HJ23 - 7 7 S1 2KJ3411 - 7 HJ23 - 7 7 R1 2KJ3411 - 7 HJ23 - 7 7 Q1 2KJ3411 - 7 HJ23 - 7 7 P1
2KJ3410 - 7 HJ23 - 7 7 S1 2KJ3410 - 7 HJ23 - 7 7 R1 2KJ3410 - 7 HJ23 - 7 7 Q1 2KJ3410 - 7 HJ23 - 7 7 P1 2KJ3410 - 7 HJ23 - 7 7 N1 2KJ3410 - 7 HJ23 - 7 7 M1 2KJ3410 - 7 HJ23 - 7 7 L1 2KJ3410 - 7 HJ23 - 7 7 K1 2KJ3410 - 7 HJ23 - 7 7 J1
2KJ3408 - 7 HJ23 - 7 7 J1 2KJ3408 - 7 HJ23 - 7 7 H1 2KJ3408 - 7 HJ23 - 7 7 G1 2KJ3408 - 7 HJ23 - 7 7 F1 2KJ3408 - 7 HJ23 - 7 7 E1 2KJ3408 - 7 HJ23 - 7 7 D1 2KJ3408 - 7 HJ23 - 7 7 C1 2KJ3408 - 7 HJ23 - 7 7 B1 2KJ3408 - 7 HJ23 - 7 7 A1
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
5.5
FZ.129-LE132ZST4P
21
2 480
69.20
37 500
2.0
217
2KJ3308 - 7 HJ23 - 7 7 A2
25
2 120
59.22
37 500
2.3
217
2KJ3308 - 7 HJ23 - 7 7 X1
26
1 990
55.74
37 500
2.4
217
2KJ3308 - 7 HJ23 - 7 7 W1
FD.109-LE132ZST4P
15
3 540
98.94
25 000
0.87
168
2KJ3407 - 7 HJ23 - 7 7 E1
17
3 110
86.83
25 000
1.0
168
2KJ3407 - 7 HJ23 - 7 7 D1
19
2 710
75.59
25 000
1.1
168
2KJ3407 - 7 HJ23 - 7 7 C1
4
23
2 310
64.62
25 000
1.3
168
2KJ3407 - 7 HJ23 - 7 7 B1
26
1 980
55.31
25 000
1.6
168
2KJ3407 - 7 HJ23 - 7 7 A1
FZ.109-LE132ZST4P
24
2 150
60.12
25 000
1.4
164
2KJ3307 - 7 HJ23 - 7 7 X1
29
1 830
51.27
25 000
1.7
164
2KJ3307 - 7 HJ23 - 7 7 W1
30
1 730
48.25
25 000
1.8
164
2KJ3307 - 7 HJ23 - 7 7 V1
33
1 600
44.78
25 000
1.9
164
2KJ3307 - 7 HJ23 - 7 7 U1
37
1 410
39.59
25 000
2.2
164
2KJ3307 - 7 HJ23 - 7 7 T1
41
1 260
35.34
25 000
2.4
164
2KJ3307 - 7 HJ23 - 7 7 S1
46
1 140
31.80
25 000
2.7
164
2KJ3307 - 7 HJ23 - 7 7 R1
FD.89-LE132ZST4P
24
2 150
60.09
17 400
0.86
127
2KJ3406 - 7 HJ23 - 7 7 B1
28
1 840
51.51
17 400
1.0
127
2KJ3406 - 7 HJ23 - 7 7 A1
FZ.89-LE132ZST4P
35
1 520
42.41
17 400
1.2
126
2KJ3306 - 7 HJ23 - 7 7 V1
41
1 280
35.91
17 400
1.4
126
2KJ3306 - 7 HJ23 - 7 7 U1
43
1 210
33.80
17 400
1.5
126
2KJ3306 - 7 HJ23 - 7 7 T1
47
1 110
31.21
17 400
1.7
126
2KJ3306 - 7 HJ23 - 7 7 S1
53
995
27.77
17 400
1.9
126
2KJ3306 - 7 HJ23 - 7 7 R1
59
880
24.67
17 400
2.1
126
2KJ3306 - 7 HJ23 - 7 7 Q1
66
790
22.08
17 400
2.3
126
2KJ3306 - 7 HJ23 - 7 7 P1
78
675
18.88
17 400
2.7
126
2KJ3306 - 7 HJ23 - 7 7 N1
87
600
16.86
17 400
3.1
126
2KJ3306 - 7 HJ23 - 7 7 M1
98
530
14.90
17 400
3.5
126
2KJ3306 - 7 HJ23 - 7 7 L1
193
270
7.60
17 400
4.0
126
2KJ3306 - 7 HJ23 - 7 7 F1
FZ.79-LE132ZST4P
44
1 180
33.02
13 200
0.84
96
2KJ3305 - 7 HJ23 - 7 7 S1
53
990
27.71
13 600
1.0
96
2KJ3305 - 7 HJ23 - 7 7 R1
56
935
26.08
13 700
1.1
96
2KJ3305 - 7 HJ23 - 7 7 Q1
61
855
23.93
13 900
1.2
96
2KJ3305 - 7 HJ23 - 7 7 P1
70
745
20.90
14 100
1.3
96
2KJ3305 - 7 HJ23 - 7 7 N1
78
670
18.71
14 200
1.5
96
2KJ3305 - 7 HJ23 - 7 7 M1
90
585
16.36
14 400
1.7
96
2KJ3305 - 7 HJ23 - 7 7 L1
104
500
14.04
14 000
2.0
96
2KJ3305 - 7 HJ23 - 7 7 K1
118
445
12.41
13 700
2.2
96
2KJ3305 - 7 HJ23 - 7 7 J1
139
375
10.56
13 300
2.6
96
2KJ3305 - 7 HJ23 - 7 7 H1
162
320
9.05
12 900
3.1
96
2KJ3305 - 7 HJ23 - 7 7 G1
172
305
8.51
12 600
2.4
96
2KJ3305 - 7 HJ23 - 7 7 F1
197
265
7.44
12 300
2.7
96
2KJ3305 - 7 HJ23 - 7 7 E1
229
225
6.39
11 900
3.1
96
2KJ3305 - 7 HJ23 - 7 7 D1
260
200
5.64
11 500
3.5
96
2KJ3305 - 7 HJ23 - 7 7 C1
305
172
4.80
11 100
3.8
96
2KJ3305 - 7 HJ23 - 7 7 B1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
4/31
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
5.5
n2
T2
rpm
Nm
FZ.79-LE132ZST4P
356
147
i -
4.11
FR2 N
10 700
FZ.69-LE132ZST4P
72
730
20.37
4 540
85
620
17.33
4 740
99
530
14.85
4 870
112
465
13.06
4 930
4
133
395
11.01
4 930
153
340
9.60
4 940
165
315
8.90
4 820
192
270
7.62
4 770
219
240
6.70
4 690
259
200
5.66
4 600
297
177
4.93
4 490
FZ.69-LE132ZST4P
89
590
16.47
2 660
104
505
14.11
2 890
118
445
12.40
3 020
140
375
10.46
3 150
161
325
9.12
3 220
174
300
8.40
3 020
203
255
7.20
3 090
231
225
6.33
3 100
274
191
5.34
3 090
315
167
4.65
3 060
7.5
FD.189-LE132ZMS4P
4.2
16 900
347.35
110 900
4.7
15 100
310.76
110 900
5.2
13 600
280.27
110 900
5.9
12 000
247.71
110 900
6.5
11 000
226.42
110 900
7.2
9 920
203.69
110 900
8.1
8 860
182.03
110 900
FD.169-LE132ZMS4P
4.3
16 700
343.01
73 500
4.8
14 800
304.94
73 500
5.4
13 300
273.80
73 500
5.9
12 000
247.84
73 500
6.8
10 600
217.70
73 500
7.5
9 610
197.27
73 500
8.4
8 560
175.69
73 500
9.3
7 680
157.76
73 500
10
6 850
140.77
73 500
12
6 110
125.49
73 500
FD.149-LE132ZMS4P
7.3
9 860
202.50
65 000
8.2
8 740
179.44
65 000
9.3
7 740
158.91
65 000
10
6 890
141.43
65 000
12
6 170
126.73
65 000
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
4/32
Siemens MD 50.1 · 2017
fB -
4.1
0.82 0.97 1.1 1.3 1.5 1.7 1.5 1.7 1.8 2.0 2.2
0.81 0.95 1.1 1.3 1.5 1.5 1.7 1.9 2.1 2.2
1.1 1.3 1.4 1.6 1.7 1.9 2.1
0.81 0.92 1.0 1.1 1.3 1.4 1.6 1.8 2.0 2.2
0.81 0.92 1.0 1.2 1.3
m kg
96
88 88 88 88 88 88 88 88 88 88 88
76 76 76 76 76 76 76 76 76 76
667 667 667 667 667 667 667
455 455 455 455 455 455 455 455 455 455
308 308 308 308 308
1, 5 or 9 2 or 9 A, D, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3305 - 7 HJ23 - 7 7 A1
2KJ3304 - 7 HJ23 - 7 7 L1 2KJ3304 - 7 HJ23 - 7 7 K1 2KJ3304 - 7 HJ23 - 7 7 J1 2KJ3304 - 7 HJ23 - 7 7 H1 2KJ3304 - 7 HJ23 - 7 7 G1 2KJ3304 - 7 HJ23 - 7 7 F1 2KJ3304 - 7 HJ23 - 7 7 E1 2KJ3304 - 7 HJ23 - 7 7 D1 2KJ3304 - 7 HJ23 - 7 7 C1 2KJ3304 - 7 HJ23 - 7 7 B1 2KJ3304 - 7 HJ23 - 7 7 A1
2KJ3303 - 7 HJ23 - 7 7 K1 2KJ3303 - 7 HJ23 - 7 7 J1 2KJ3303 - 7 HJ23 - 7 7 H1 2KJ3303 - 7 HJ23 - 7 7 G1 2KJ3303 - 7 HJ23 - 7 7 F1 2KJ3303 - 7 HJ23 - 7 7 E1 2KJ3303 - 7 HJ23 - 7 7 D1 2KJ3303 - 7 HJ23 - 7 7 C1 2KJ3303 - 7 HJ23 - 7 7 B1 2KJ3303 - 7 HJ23 - 7 7 A1
2KJ3412 - 7 HL23 - 7 7 T1 2KJ3412 - 7 HL23 - 7 7 S1 2KJ3412 - 7 HL23 - 7 7 R1 2KJ3412 - 7 HL23 - 7 7 Q1 2KJ3412 - 7 HL23 - 7 7 P1 2KJ3412 - 7 HL23 - 7 7 N1 2KJ3412 - 7 HL23 - 7 7 M1
2KJ3411 - 7 HL23 - 7 7 U1 2KJ3411 - 7 HL23 - 7 7 T1 2KJ3411 - 7 HL23 - 7 7 S1 2KJ3411 - 7 HL23 - 7 7 R1 2KJ3411 - 7 HL23 - 7 7 Q1 2KJ3411 - 7 HL23 - 7 7 P1 2KJ3411 - 7 HL23 - 7 7 N1 2KJ3411 - 7 HL23 - 7 7 M1 2KJ3411 - 7 HL23 - 7 7 L1 2KJ3411 - 7 HL23 - 7 7 K1
2KJ3410 - 7 HL23 - 7 7 Q1 2KJ3410 - 7 HL23 - 7 7 P1 2KJ3410 - 7 HL23 - 7 7 N1 2KJ3410 - 7 HL23 - 7 7 M1 2KJ3410 - 7 HL23 - 7 7 L1
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
7.5
FD.149-LE132ZMS4P
13
5 470
112.36
65 000
1.5
308
2KJ3410 - 7 HL23 - 7 7 K1
15
4 830
99.18
65 000
1.7
308
2KJ3410 - 7 HL23 - 7 7 J1
17
4 240
87.20
63 900
1.9
308
2KJ3410 - 7 HL23 - 7 7 H1
19
3 840
78.98
62 800
2.1
308
2KJ3410 - 7 HL23 - 7 7 G1
21
3 350
68.76
61 000
2.4
308
2KJ3410 - 7 HL23 - 7 7 F1
FD.129-LE132ZMS4P
13
5 500
113.03
36 500
0.88
222
2KJ3408 - 7 HL23 - 7 7 F1
4
15
4 850
99.58
37 200
1.0
222
2KJ3408 - 7 HL23 - 7 7 E1
17
4 250
87.25
37 500
1.1
222
2KJ3408 - 7 HL23 - 7 7 D1
19
3 700
76.04
37 500
1.3
222
2KJ3408 - 7 HL23 - 7 7 C1
21
3 380
69.40
37 500
1.4
222
2KJ3408 - 7 HL23 - 7 7 B1
25
2 910
59.75
37 500
1.7
222
2KJ3408 - 7 HL23 - 7 7 A1
FZ.129-LE132ZMS4P
21
3 370
69.20
37 500
1.4
217
2KJ3308 - 7 HL23 - 7 7 A2
25
2 880
59.22
37 500
1.7
217
2KJ3308 - 7 HL23 - 7 7 X1
26
2 710
55.74
37 500
1.8
217
2KJ3308 - 7 HL23 - 7 7 W1
28
2 540
52.25
37 500
1.9
217
2KJ3308 - 7 HL23 - 7 7 V1
32
2 250
46.32
37 500
2.1
217
2KJ3308 - 7 HL23 - 7 7 U1
36
2 000
41.14
37 500
2.4
217
2KJ3308 - 7 HL23 - 7 7 T1
40
1 800
37.12
37 500
2.7
217
2KJ3308 - 7 HL23 - 7 7 S1
FD.109-LE132ZMS4P
19
3 680
75.59
25 000
0.84
168
2KJ3407 - 7 HL23 - 7 7 C1
23
3 140
64.62
25 000
0.98
168
2KJ3407 - 7 HL23 - 7 7 B1
27
2 690
55.31
25 000
1.2
168
2KJ3407 - 7 HL23 - 7 7 A1
FZ.109-LE132ZMS4P
24
2 920
60.12
25 000
1.1
164
2KJ3307 - 7 HL23 - 7 7 X1
29
2 490
51.27
25 000
1.2
164
2KJ3307 - 7 HL23 - 7 7 W1
30
2 350
48.25
25 000
1.3
164
2KJ3307 - 7 HL23 - 7 7 V1
33
2 180
44.78
25 000
1.4
164
2KJ3307 - 7 HL23 - 7 7 U1
37
1 920
39.59
25 000
1.6
164
2KJ3307 - 7 HL23 - 7 7 T1
42
1 720
35.34
25 000
1.8
164
2KJ3307 - 7 HL23 - 7 7 S1
46
1 540
31.80
25 000
2.0
164
2KJ3307 - 7 HL23 - 7 7 R1
53
1 340
27.60
25 000
2.3
164
2KJ3307 - 7 HL23 - 7 7 Q1
59
1 200
24.82
25 000
2.6
164
2KJ3307 - 7 HL23 - 7 7 P1
68
1 050
21.70
25 000
2.9
164
2KJ3307 - 7 HL23 - 7 7 N1
FZ.89-LE132ZMS4P
35
2 060
42.41
17 400
0.9
126
2KJ3306 - 7 HL23 - 7 7 V1
41
1 750
35.91
17 400
1.1
126
2KJ3306 - 7 HL23 - 7 7 U1
43
1 640
33.80
17 400
1.1
126
2KJ3306 - 7 HL23 - 7 7 T1
47
1 520
31.21
17 400
1.2
126
2KJ3306 - 7 HL23 - 7 7 S1
53
1 350
27.77
17 400
1.4
126
2KJ3306 - 7 HL23 - 7 7 R1
60
1 200
24.67
17 400
1.5
126
2KJ3306 - 7 HL23 - 7 7 Q1
67
1 070
22.08
17 400
1.7
126
2KJ3306 - 7 HL23 - 7 7 P1
78
920
18.88
17 400
2.0
126
2KJ3306 - 7 HL23 - 7 7 N1
87
820
16.86
17 400
2.3
126
2KJ3306 - 7 HL23 - 7 7 M1
99
725
14.90
17 400
2.5
126
2KJ3306 - 7 HL23 - 7 7 L1
112
635
13.07
17 400
2.9
126
2KJ3306 - 7 HL23 - 7 7 K1
129
550
11.38
17 400
3.3
126
2KJ3306 - 7 HL23 - 7 7 J1
151
470
9.73
17 400
3.9
126
2KJ3306 - 7 HL23 - 7 7 H1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
4/33
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
7.5
n2
T2
rpm
Nm
FZ.89-LE132ZMS4P
193
370
i -
7.60
FR2 N
17 200
219
325
6.72
16 800
249
285
5.90
16 200
287
250
5.13
15 700
335
210
4.39
15 100
4
391
183
FZ.79-LE132ZMS4P
3.76
14 500
61
1 160
23.93
13 300
70
1 010
20.90
13 400
79
910
18.71
13 400
90
795
16.36
13 200
105
680
14.04
13 100
118
605
12.41
12 800
139
515
10.56
12 600
162
440
9.05
12 300
173
415
8.51
12 000
198
360
7.44
11 700
230
310
6.39
11 400
261
275
5.64
11 100
306
230
4.80
10 800
358
200
4.11
10 400
FZ.69-LE132ZMS4P
99
720
14.85
3 680
113
635
13.06
3 870
134
535
11.01
4 060
153
465
9.60
4 160
165
430
8.90
4 060
193
370
7.62
4 110
219
325
6.70
4 130
260
275
5.66
4 110
298
240
4.93
4 070
FZ.49-LE132ZMS4P
141
510
10.46
2 260
161
440
9.12
2 470
175
405
8.40
2 260
204
350
7.20
2 390
232
305
6.33
2 510
275
260
5.34
2 580
316
225
4.65
2 630
9.2
FD.189-LE160MPA4P
4.2
20 700
347.35
110 900
4.7
18 500
310.76
110 900
5.2
16 700
280.27
110 900
5.9
14 800
247.71
110 900
6.5
13 500
226.42
110 900
7.2
12 100
203.69
110 900
8.1
10 800
182.03
110 900
8.9
9 830
164.61
110 900
10
8 680
145.28
110 900
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
4/34
Siemens MD 50.1 · 2017
fB -
3.0 3.4 3.9 4.4 5.0 5.4
0.86 0.98 1.1 1.3 1.5 1.7 1.9 2.3 1.7 2.0 2.3 2.5 2.8 3.0
0.83 0.94 1.1 1.3 1.1 1.3 1.3 1.5 1.6
0.94 1.1 1.1 1.3 1.4 1.5 1.7
0.92 1.0 1.1 1.3 1.4 1.6 1.7 1.9 2.2
m kg
126 126 126 126 126 126
96 96 96 96 96 96 96 96 96 96 96 96 96 96
88 88 88 88 88 88 88 88 88
84 84 84 84 84 84 84
684 684 684 684 684 684 684 684 684
1, 5 or 9 2 or 9 A, D, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3306 - 7 HL23 - 7 7 F1 2KJ3306 - 7 HL23 - 7 7 E1 2KJ3306 - 7 HL23 - 7 7 D1 2KJ3306 - 7 HL23 - 7 7 C1 2KJ3306 - 7 HL23 - 7 7 B1 2KJ3306 - 7 HL23 - 7 7 A1
2KJ3305 - 7 HL23 - 7 7 P1 2KJ3305 - 7 HL23 - 7 7 N1 2KJ3305 - 7 HL23 - 7 7 M1 2KJ3305 - 7 HL23 - 7 7 L1 2KJ3305 - 7 HL23 - 7 7 K1 2KJ3305 - 7 HL23 - 7 7 J1 2KJ3305 - 7 HL23 - 7 7 H1 2KJ3305 - 7 HL23 - 7 7 G1 2KJ3305 - 7 HL23 - 7 7 F1 2KJ3305 - 7 HL23 - 7 7 E1 2KJ3305 - 7 HL23 - 7 7 D1 2KJ3305 - 7 HL23 - 7 7 C1 2KJ3305 - 7 HL23 - 7 7 B1 2KJ3305 - 7 HL23 - 7 7 A1
2KJ3304 - 7 HL23 - 7 7 J1 2KJ3304 - 7 HL23 - 7 7 H1 2KJ3304 - 7 HL23 - 7 7 G1 2KJ3304 - 7 HL23 - 7 7 F1 2KJ3304 - 7 HL23 - 7 7 E1 2KJ3304 - 7 HL23 - 7 7 D1 2KJ3304 - 7 HL23 - 7 7 C1 2KJ3304 - 7 HL23 - 7 7 B1 2KJ3304 - 7 HL23 - 7 7 A1
2KJ3303 - 7 HL23 - 7 7 G1 2KJ3303 - 7 HL23 - 7 7 F1 2KJ3303 - 7 HL23 - 7 7 E1 2KJ3303 - 7 HL23 - 7 7 D1 2KJ3303 - 7 HL23 - 7 7 C1 2KJ3303 - 7 HL23 - 7 7 B1 2KJ3303 - 7 HL23 - 7 7 A1
2KJ3412 - 7 JQ23 - 7 7 T1 2KJ3412 - 7 JQ23 - 7 7 S1 2KJ3412 - 7 JQ23 - 7 7 R1 2KJ3412 - 7 JQ23 - 7 7 Q1 2KJ3412 - 7 JQ23 - 7 7 P1 2KJ3412 - 7 JQ23 - 7 7 N1 2KJ3412 - 7 JQ23 - 7 7 M1 2KJ3412 - 7 JQ23 - 7 7 L1 2KJ3412 - 7 JQ23 - 7 7 K1
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
9.2
FD.169-LE160MPA4P
5.4
16 300
273.80
73 500
0.83
472
2KJ3411 - 7 JQ23 - 7 7 S1
5.9
14 800
247.84
73 500
0.92
472
2KJ3411 - 7 JQ23 - 7 7 R1
6.8
13 000
217.70
73 500
1.0
472
2KJ3411 - 7 JQ23 - 7 7 Q1
7.5
11 700
197.27
73 500
1.2
472
2KJ3411 - 7 JQ23 - 7 7 P1
8.4
10 500
175.69
73 500
1.3
472
2KJ3411 - 7 JQ23 - 7 7 N1
9.3
9 420
157.76
73 500
10
8 410
140.77
73 500
1.4
472
2KJ3411 - 7 JQ23 - 7 7 M1
1.6
472
2KJ3411 - 7 JQ23 - 7 7 L1
4
12
7 500
125.49
73 500
1.8
472
2KJ3411 - 7 JQ23 - 7 7 K1
13
6 650
111.30
73 500
2.0
472
2KJ3411 - 7 JQ23 - 7 7 J1
14
6 100
102.18
73 500
2.2
472
2KJ3411 - 7 JQ23 - 7 7 H1
FD.149-LE160MPA4P
9.3
9 490
158.91
65 000
0.84
325
2KJ3410 - 7 JQ23 - 7 7 N1
10
8 450
141.43
65 000
0.95
325
2KJ3410 - 7 JQ23 - 7 7 M1
12
7 570
126.73
64 500
1.1
325
2KJ3410 - 7 JQ23 - 7 7 L1
13
6 710
112.36
63 700
1.2
325
2KJ3410 - 7 JQ23 - 7 7 K1
15
5 920
99.18
62 700
1.3
325
2KJ3410 - 7 JQ23 - 7 7 J1
17
5 210
87.20
61 500
1.5
325
2KJ3410 - 7 JQ23 - 7 7 H1
19
4 720
78.98
60 600
1.7
325
2KJ3410 - 7 JQ23 - 7 7 G1
21
4 110
68.76
59 100
1.9
325
2KJ3410 - 7 JQ23 - 7 7 F1
26
3 360
56.37
57 000
2.4
325
2KJ3410 - 7 JQ23 - 7 7 E1
FD.129-LE160MPA4P
15
5 950
99.58
36 100
0.81
239
2KJ3408 - 7 JQ23 - 7 7 E1
17
5 210
87.25
36 800
0.93
239
2KJ3408 - 7 JQ23 - 7 7 D1
19
4 540
76.04
37 500
1.1
239
2KJ3408 - 7 JQ23 - 7 7 C1
21
4 140
69.40
37 500
1.2
239
2KJ3408 - 7 JQ23 - 7 7 B1
25
3 570
59.75
37 500
1.4
239
2KJ3408 - 7 JQ23 - 7 7 A1
FZ.129-LE160MPA4P
21
4 130
69.20
37 500
1.2
234
2KJ3308 - 7 JQ23 - 7 7 A2
25
3 540
59.22
37 500
1.4
234
2KJ3308 - 7 JQ23 - 7 7 X1
26
3 330
55.74
37 500
1.5
234
2KJ3308 - 7 JQ23 - 7 7 W1
28
3 120
52.25
37 500
1.6
234
2KJ3308 - 7 JQ23 - 7 7 V1
32
2 760
46.32
37 500
1.8
234
2KJ3308 - 7 JQ23 - 7 7 U1
36
2 450
41.14
37 500
2.0
234
2KJ3308 - 7 JQ23 - 7 7 T1
40
2 210
37.12
37 500
2.2
234
2KJ3308 - 7 JQ23 - 7 7 S1
45
1 960
32.90
37 500
2.5
234
2KJ3308 - 7 JQ23 - 7 7 R1
50
1 740
29.13
37 100
2.8
234
2KJ3308 - 7 JQ23 - 7 7 Q1
FD.109-LE160MPA4P
23
3 860
64.62
25 000
0.80
185
2KJ3407 - 7 JQ23 - 7 7 B1
27
3 300
55.31
25 000
0.94
185
2KJ3407 - 7 JQ23 - 7 7 A1
FZ.109-LE160MPA4P
24
3 590
60.12
25 000
0.86
182
2KJ3307 - 7 JQ23 - 7 7 X1
29
3 060
51.27
25 000
1.0
182
2KJ3307 - 7 JQ23 - 7 7 W1
30
2 880
48.25
25 000
1.1
182
2KJ3307 - 7 JQ23 - 7 7 V1
33
2 670
44.78
25 000
1.2
182
2KJ3307 - 7 JQ23 - 7 7 U1
37
2 360
39.59
25 000
1.3
182
2KJ3307 - 7 JQ23 - 7 7 T1
42
2 110
35.34
25 000
1.5
182
2KJ3307 - 7 JQ23 - 7 7 S1
46
1 900
31.80
25 000
1.6
182
2KJ3307 - 7 JQ23 - 7 7 R1
53
1 650
27.60
25 000
1.9
182
2KJ3307 - 7 JQ23 - 7 7 Q1
59
1 480
24.82
25 000
2.1
182
2KJ3307 - 7 JQ23 - 7 7 P1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
4/35
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
9.2
n2
T2
rpm
Nm
FZ.109-LE160MPA4P
68
1 290
i -
21.70
FR2 N
25 000
76
1 150
19.36
25 000
86
1 020
17.06
24 600
98
890
14.95
23 900
163
535
9.02
21 200
4
185
475
FZ.89-LE160MPA4P
7.94
20 600
41
2 140
35.91
17 400
43
2 020
33.80
17 400
47
1 860
31.21
17 400
53
1 660
27.77
17 400
60
1 470
24.67
17 400
67
1 320
22.08
17 400
78
1 120
18.88
17 400
87
1 000
16.86
17 400
99
890
14.90
17 400
112
780
13.07
17 400
129
680
11.38
17 400
151
580
9.73
17 400
176
495
8.33
17 300
193
450
7.60
16 900
219
400
6.72
16 400
249
350
5.90
15 900
287
305
5.13
15 400
335
260
4.39
14 900
391
225
3.76
14 300
FZ.79-LE160MPA4P
70
1 240
20.90
12 200
79
1 110
18.71
12 300
90
975
16.36
12 300
105
835
14.04
12 200
118
740
12.41
12 100
139
630
10.56
12 000
162
540
9.05
11 700
173
505
8.51
11 500
198
445
7.44
11 300
230
380
6.39
11 000
261
335
5.64
10 800
306
285
4.80
10 400
358
245
4.11
10 100
11
FD.189-LE160MPB4P
4.7
22 100
310.76
110 800
5.3
19 900
280.27
110 900
6.0
17 600
247.71
110 900
6.5
16 100
226.42
110 900
7.2
14 500
203.69
110 900
8.1
12 900
182.03
110 900
9.0
11 700
164.61
110 900
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
fB -
2.4 2.7 3.0 3.5 3.9 4.2
0.86 0.92 0.99 1.1 1.3 1.4 1.6 1.8 2.1 2.4 2.7 3.2 3.5 2.4 2.8 3.1 3.6 4.0 4.4
0.80 0.89 1.0 1.2 1.3 1.6 1.8 1.4 1.6 1.9 2.1 2.3 2.5
0.86 0.95 1.1 1.2 1.3 1.5 1.6
m kg
182 182 182 182 182 182
145 145 145 145 145 145 145 145 145 145 145 145 145 145 145 145 145 145 145
114 114 114 114 114 114 114 114 114 114 114 114 114
676 676 676 676 676 676 676
1, 5 or 9 2 or 9 A, D, F or H
4/36
Siemens MD 50.1 · 2017
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3307 - 7 JQ23 - 7 7 N1 2KJ3307 - 7 JQ23 - 7 7 M1 2KJ3307 - 7 JQ23 - 7 7 L1 2KJ3307 - 7 JQ23 - 7 7 K1 2KJ3307 - 7 JQ23 - 7 7 F1 2KJ3307 - 7 JQ23 - 7 7 E1
2KJ3306 - 7 JQ23 - 7 7 U1 2KJ3306 - 7 JQ23 - 7 7 T1 2KJ3306 - 7 JQ23 - 7 7 S1 2KJ3306 - 7 JQ23 - 7 7 R1 2KJ3306 - 7 JQ23 - 7 7 Q1 2KJ3306 - 7 JQ23 - 7 7 P1 2KJ3306 - 7 JQ23 - 7 7 N1 2KJ3306 - 7 JQ23 - 7 7 M1 2KJ3306 - 7 JQ23 - 7 7 L1 2KJ3306 - 7 JQ23 - 7 7 K1 2KJ3306 - 7 JQ23 - 7 7 J1 2KJ3306 - 7 JQ23 - 7 7 H1 2KJ3306 - 7 JQ23 - 7 7 G1 2KJ3306 - 7 JQ23 - 7 7 F1 2KJ3306 - 7 JQ23 - 7 7 E1 2KJ3306 - 7 JQ23 - 7 7 D1 2KJ3306 - 7 JQ23 - 7 7 C1 2KJ3306 - 7 JQ23 - 7 7 B1 2KJ3306 - 7 JQ23 - 7 7 A1
2KJ3305 - 7 JQ23 - 7 7 N1 2KJ3305 - 7 JQ23 - 7 7 M1 2KJ3305 - 7 JQ23 - 7 7 L1 2KJ3305 - 7 JQ23 - 7 7 K1 2KJ3305 - 7 JQ23 - 7 7 J1 2KJ3305 - 7 JQ23 - 7 7 H1 2KJ3305 - 7 JQ23 - 7 7 G1 2KJ3305 - 7 JQ23 - 7 7 F1 2KJ3305 - 7 JQ23 - 7 7 E1 2KJ3305 - 7 JQ23 - 7 7 D1 2KJ3305 - 7 JQ23 - 7 7 C1 2KJ3305 - 7 JQ23 - 7 7 B1 2KJ3305 - 7 JQ23 - 7 7 A1
2KJ3412 - 7 JR23 - 7 7 S1 2KJ3412 - 7 JR23 - 7 7 R1 2KJ3412 - 7 JR23 - 7 7 Q1 2KJ3412 - 7 JR23 - 7 7 P1 2KJ3412 - 7 JR23 - 7 7 N1 2KJ3412 - 7 JR23 - 7 7 M1 2KJ3412 - 7 JR23 - 7 7 L1
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
11
FD.189-LE160MPB4P
10
10 300
145.28
110 900
1.8
676
2KJ3412 - 7 JR23 - 7 7 K1
11
9 210
129.45
110 900
2.1
676
2KJ3412 - 7 JR23 - 7 7 J1
FD.169-LE160MPB4P
6.8
15 500
217.70
73 500
0.88
464
2KJ3411 - 7 JR23 - 7 7 Q1
7.5
14 000
197.27
73 500
0.97
464
2KJ3411 - 7 JR23 - 7 7 P1
8.4
12 500
9.3
11 200
175.69 157.76
73 500 73 500
1.1
464
2KJ3411 - 7 JR23 - 7 7 N1
1.2
464
2KJ3411 - 7 JR23 - 7 7 M1
4
10
10 000
140.77
73 500
1.4
464
2KJ3411 - 7 JR23 - 7 7 L1
12
8 930
125.49
73 500
1.5
464
2KJ3411 - 7 JR23 - 7 7 K1
13
7 920
111.30
73 500
1.7
464
2KJ3411 - 7 JR23 - 7 7 J1
14
7 270
102.18
73 500
1.9
464
2KJ3411 - 7 JR23 - 7 7 H1
16
6 410
90.03
73 500
2.1
464
2KJ3411 - 7 JR23 - 7 7 G1
FD.149-LE160MPB4P
12
9 020
126.73
60 700
0.89
317
2KJ3410 - 7 JR23 - 7 7 L1
13
8 000
112.36
60 300
1.0
317
2KJ3410 - 7 JR23 - 7 7 K1
15
7 060
99.18
59 700
1.1
317
2KJ3410 - 7 JR23 - 7 7 J1
17
6 210
87.20
58 900
1.3
317
2KJ3410 - 7 JR23 - 7 7 H1
19
5 620
78.98
58 200
1.4
317
2KJ3410 - 7 JR23 - 7 7 G1
21
4 890
68.76
57 100
1.6
317
2KJ3410 - 7 JR23 - 7 7 F1
26
4 010
56.37
55 300
2.0
317
2KJ3410 - 7 JR23 - 7 7 E1
29
3 560
50.01
54 100
2.2
317
2KJ3410 - 7 JR23 - 7 7 D1
33
3 220
45.30
53 100
2.5
317
2KJ3410 - 7 JR23 - 7 7 C1
FZ.149-LE160MPB4P
30
3 450
48.48
53 800
2.3
311
2KJ3310 - 7 JR23 - 7 7 T1
34
3 120
43.89
52 800
2.6
311
2KJ3310 - 7 JR23 - 7 7 S1
FD.129-LE160MPB4P
19
5 410
76.04
36 600
0.9
231
2KJ3408 - 7 JR23 - 7 7 C1
21
4 940
69.40
37 100
0.98
231
2KJ3408 - 7 JR23 - 7 7 B1
25
4 250
59.75
37 500
1.1
231
2KJ3408 - 7 JR23 - 7 7 A1
FZ.129-LE160MPB4P
21
4 920
69.20
37 100
0.98
226
2KJ3308 - 7 JR23 - 7 7 A2
25
4 210
59.22
37 500
1.1
226
2KJ3308 - 7 JR23 - 7 7 X1
26
3 970
55.74
37 500
1.2
226
2KJ3308 - 7 JR23 - 7 7 W1
28
3 720
52.25
37 500
1.3
226
2KJ3308 - 7 JR23 - 7 7 V1
32
3 290
46.32
37 500
1.5
226
2KJ3308 - 7 JR23 - 7 7 U1
36
2 930
41.14
37 500
1.7
226
2KJ3308 - 7 JR23 - 7 7 T1
40
2 640
37.12
37 500
1.8
226
2KJ3308 - 7 JR23 - 7 7 S1
45
2 340
32.90
36 900
2.1
226
2KJ3308 - 7 JR23 - 7 7 R1
51
2 070
29.13
36 100
2.3
226
2KJ3308 - 7 JR23 - 7 7 Q1
57
1 840
25.93
35 300
2.6
226
2KJ3308 - 7 JR23 - 7 7 P1
63
1 650
23.23
34 500
2.9
226
2KJ3308 - 7 JR23 - 7 7 N1
FZ.109-LE160MPB4P
29
3 650
51.27
25 000
0.85
174
2KJ3307 - 7 JR23 - 7 7 W1
31
3 430
48.25
25 000
0.90
174
2KJ3307 - 7 JR23 - 7 7 V1
33
3 180
44.78
25 000
0.97
174
2KJ3307 - 7 JR23 - 7 7 U1
37
2 820
39.59
25 000
1.1
174
2KJ3307 - 7 JR23 - 7 7 T1
42
2 510
35.34
25 000
1.2
174
2KJ3307 - 7 JR23 - 7 7 S1
46
2 260
31.80
25 000
1.4
174
2KJ3307 - 7 JR23 - 7 7 R1
53
1 960
27.60
25 000
1.6
174
2KJ3307 - 7 JR23 - 7 7 Q1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
4/37
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
11
n2
T2
rpm
Nm
FZ.109-LE160MPB4P
59
1 760
i -
24.82
FR2 N
25 000
68
1 540
21.70
24 900
76
1 370
19.36
24 500
86
1 210
17.06
23 900
99
1 060
14.95
23 300
4
113
925
13.03
22 700
124
845
11.89
22 200
164
640
9.02
20 900
186
565
7.94
20 300
212
495
6.96
19 600
243
430
6.07
19 000
266
395
5.54
18 500
309
340
4.77
17 900
FZ.89-LE160MPB4P
47
2 220
31.21
17 400
53
1 970
27.77
17 400
60
1 750
24.67
17 400
67
1 570
22.08
17 400
78
1 340
18.88
17 400
87
1 200
16.86
17 400
99
1 060
14.90
17 400
113
930
13.07
17 400
130
810
11.38
17 400
152
690
9.73
17 400
177
590
8.33
16 900
194
540
7.60
16 500
219
475
6.72
16 100
250
420
5.90
15 600
288
365
5.13
15 100
336
310
4.39
14 600
392
265
3.76
14 100
FZ.79-LE160MPB4P
90
1 160
16.36
11 300
105
1 000
14.04
11 400
119
880
12.41
11 400
140
750
10.56
11 300
163
645
9.05
11 200
173
605
8.51
10 900
198
530
7.44
10 800
231
455
6.39
10 600
262
400
5.64
10 400
307
340
4.80
10 100
359
290
4.11
9 910
15
FD.189-LE160ZLL4P
6.5
21 900
226.42
110 900
7.2
19 700
203.69
110 900
8.1
17 600
182.03
110 900
9.0
15 900
164.61
110 900
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
fB -
1.8 2.0 2.2 2.6 2.9 3.3 3.6 3.3 3.5 3.8 4.2 4.4 4.8
0.83 0.94 1.1 1.2 1.4 1.5 1.7 2.0 2.3 2.7 2.9 2.0 2.3 2.6 3.0 3.4 3.7
0.86 1.0 1.1 1.3 1.6 1.2 1.4 1.6 1.7 1.9 2.1
0.86 0.96 1.1 1.2
m kg
174 174 174 174 174 174 174 174 174 174 174 174 174
137 137 137 137 137 137 137 137 137 137 137 137 137 137 137 137 137
106 106 106 106 106 106 106 106 106 106 106
701 701 701 701
1, 5 or 9 2 or 9 A, D, F or H
4/38
Siemens MD 50.1 · 2017
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3307 - 7 JR23 - 7 7 P1 2KJ3307 - 7 JR23 - 7 7 N1 2KJ3307 - 7 JR23 - 7 7 M1 2KJ3307 - 7 JR23 - 7 7 L1 2KJ3307 - 7 JR23 - 7 7 K1 2KJ3307 - 7 JR23 - 7 7 J1 2KJ3307 - 7 JR23 - 7 7 H1 2KJ3307 - 7 JR23 - 7 7 F1 2KJ3307 - 7 JR23 - 7 7 E1 2KJ3307 - 7 JR23 - 7 7 D1 2KJ3307 - 7 JR23 - 7 7 C1 2KJ3307 - 7 JR23 - 7 7 B1 2KJ3307 - 7 JR23 - 7 7 A1
2KJ3306 - 7 JR23 - 7 7 S1 2KJ3306 - 7 JR23 - 7 7 R1 2KJ3306 - 7 JR23 - 7 7 Q1 2KJ3306 - 7 JR23 - 7 7 P1 2KJ3306 - 7 JR23 - 7 7 N1 2KJ3306 - 7 JR23 - 7 7 M1 2KJ3306 - 7 JR23 - 7 7 L1 2KJ3306 - 7 JR23 - 7 7 K1 2KJ3306 - 7 JR23 - 7 7 J1 2KJ3306 - 7 JR23 - 7 7 H1 2KJ3306 - 7 JR23 - 7 7 G1 2KJ3306 - 7 JR23 - 7 7 F1 2KJ3306 - 7 JR23 - 7 7 E1 2KJ3306 - 7 JR23 - 7 7 D1 2KJ3306 - 7 JR23 - 7 7 C1 2KJ3306 - 7 JR23 - 7 7 B1 2KJ3306 - 7 JR23 - 7 7 A1
2KJ3305 - 7 JR23 - 7 7 L1 2KJ3305 - 7 JR23 - 7 7 K1 2KJ3305 - 7 JR23 - 7 7 J1 2KJ3305 - 7 JR23 - 7 7 H1 2KJ3305 - 7 JR23 - 7 7 G1 2KJ3305 - 7 JR23 - 7 7 F1 2KJ3305 - 7 JR23 - 7 7 E1 2KJ3305 - 7 JR23 - 7 7 D1 2KJ3305 - 7 JR23 - 7 7 C1 2KJ3305 - 7 JR23 - 7 7 B1 2KJ3305 - 7 JR23 - 7 7 A1
2KJ3412 - 7 JU23 - 7 7 P1 2KJ3412 - 7 JU23 - 7 7 N1 2KJ3412 - 7 JU23 - 7 7 M1 2KJ3412 - 7 JU23 - 7 7 L1
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
15
FD.189-LE160ZLL4P
10
14 100
145.28
110 900
1.3
701
2KJ3412 - 7 JU23 - 7 7 K1
11
12 500
129.45
110 900
1.5
701
2KJ3412 - 7 JU23 - 7 7 J1
13
11 300
117.27
110 900
1.7
701
2KJ3412 - 7 JU23 - 7 7 H1
14
10 200
105.48
110 900
1.9
701
2KJ3412 - 7 JU23 - 7 7 G1
17
8 510
87.65
110 900
2.2
701
2KJ3412 - 7 JU23 - 7 7 F1
FD.169-LE160ZLL4P
8.4
17 000
175.69
73 500
0.80
489
2KJ3411 - 7 JU23 - 7 7 N1
4
9.3
15 300
157.76
73 500
0.89
489
2KJ3411 - 7 JU23 - 7 7 M1
10
13 600
140.77
73 500
0.99
489
2KJ3411 - 7 JU23 - 7 7 L1
12
12 100
125.49
73 500
1.1
489
2KJ3411 - 7 JU23 - 7 7 K1
13
10 800
111.30
73 500
1.3
489
2KJ3411 - 7 JU23 - 7 7 J1
14
9 920
102.18
73 500
1.4
489
2KJ3411 - 7 JU23 - 7 7 H1
16
8 740
90.03
73 500
1.6
489
2KJ3411 - 7 JU23 - 7 7 G1
20
7 170
73.85
73 500
1.9
489
2KJ3411 - 7 JU23 - 7 7 F1
23
6 280
64.75
73 500
2.2
489
2KJ3411 - 7 JU23 - 7 7 E1
FD.149-LE160ZLL4P
15
9 630
99.18
53 300
0.83
342
2KJ3410 - 7 JU23 - 7 7 J1
17
8 460
87.20
53 300
0.94
342
2KJ3410 - 7 JU23 - 7 7 H1
19
7 670
78.98
53 100
1.0
342
2KJ3410 - 7 JU23 - 7 7 G1
21
6 670
68.76
52 700
1.2
342
2KJ3410 - 7 JU23 - 7 7 F1
26
5 470
56.37
51 600
1.5
342
2KJ3410 - 7 JU23 - 7 7 E1
29
4 850
50.01
50 900
1.6
342
2KJ3410 - 7 JU23 - 7 7 D1
33
4 390
45.30
50 200
1.8
342
2KJ3410 - 7 JU23 - 7 7 C1
37
3 820
39.43
49 100
2.1
342
2KJ3410 - 7 JU23 - 7 7 B1
46
3 140
32.33
47 400
2.4
342
2KJ3410 - 7 JU23 - 7 7 A1
FZ.149-LE160ZLL4P
30
4 700
48.48
50 700
1.7
336
2KJ3310 - 7 JU23 - 7 7 T1
34
4 260
43.89
49 900
1.9
336
2KJ3310 - 7 JU23 - 7 7 S1
38
3 740
38.55
48 900
2.1
336
2KJ3310 - 7 JU23 - 7 7 R1
42
3 390
34.93
48 100
2.4
336
2KJ3310 - 7 JU23 - 7 7 Q1
47
3 020
31.11
47 100
2.6
336
2KJ3310 - 7 JU23 - 7 7 P1
53
2 710
27.94
46 100
2.9
336
2KJ3310 - 7 JU23 - 7 7 N1
FD.129-LE160ZLL4P
25
5 800
59.75
35 800
0.84
256
2KJ3408 - 7 JU23 - 7 7 A1
FZ.129-LE160ZLL4P
25
5 750
59.22
35 800
0.84
251
2KJ3308 - 7 JU23 - 7 7 X1
26
5 410
55.74
35 800
0.90
251
2KJ3308 - 7 JU23 - 7 7 W1
28
5 070
52.25
35 800
0.96
251
2KJ3308 - 7 JU23 - 7 7 V1
32
4 490
46.32
35 600
1.1
251
2KJ3308 - 7 JU23 - 7 7 U1
36
3 990
41.14
35 300
1.2
251
2KJ3308 - 7 JU23 - 7 7 T1
40
3 600
37.12
35 000
1.3
251
2KJ3308 - 7 JU23 - 7 7 S1
45
3 190
32.90
34 600
1.5
251
2KJ3308 - 7 JU23 - 7 7 R1
51
2 820
29.13
34 000
1.7
251
2KJ3308 - 7 JU23 - 7 7 Q1
57
2 510
25.93
33 400
1.9
251
2KJ3308 - 7 JU23 - 7 7 P1
63
2 250
23.23
32 900
2.1
251
2KJ3308 - 7 JU23 - 7 7 N1
72
2 000
20.60
32 200
2.4
251
2KJ3308 - 7 JU23 - 7 7 M1
81
1 760
18.18
31 500
2.7
251
2KJ3308 - 7 JU23 - 7 7 L1
92
1 550
15.99
30 700
3.1
251
2KJ3308 - 7 JU23 - 7 7 K1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
4/39
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
15
n2
T2
rpm
Nm
FZ.129-LE160ZLL4P
102
1 400
i -
14.48
FR2 N
30 000
117
1 220
12.61
29 200
151
950
9.80
27 300
FZ.109-LE160ZLL4P
37
3 840
39.59
23 300
42
3 430
35.34
23 400
4
46
3 080
31.80
23 500
53
2 680
27.60
23 400
59
2 410
24.82
23 300
68
2 100
21.70
23 100
76
1 880
19.36
22 800
86
1 650
17.06
22 500
99
1 450
14.95
22 000
113
1 260
13.03
21 600
124
1 150
11.89
21 200
144
990
10.23
20 700
164
875
9.02
20 100
186
770
7.94
19 600
212
675
6.96
19 000
243
590
6.07
18 400
266
535
5.54
18 100
309
460
4.77
17 500
FZ.89-LE160ZLL4P
67
2 140
22.08
17 100
78
1 830
18.88
17 200
87
1 630
16.86
17 200
99
1 440
14.90
17 100
113
1 260
13.07
17 000
130
1 100
11.38
16 700
152
945
9.73
16 400
177
805
8.33
16 000
194
735
7.60
15 600
219
650
6.72
15 300
250
570
5.90
15 000
288
495
5.13
14 600
336
425
4.39
14 100
392
365
3.76
13 600
FZ.79-LE160ZLL4P
119
1 200
12.41
9 750
140
1 020
10.56
9 930
163
875
9.05
10 000
173
825
8.51
9 720
198
720
7.44
9 740
231
620
6.39
9 680
262
545
5.64
9 630
307
465
4.80
9 470
359
395
4.11
9 320
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
fB -
3.3 3.7 3.8
0.81 0.90 1.0 1.2 1.3 1.5 1.6 1.9 2.1 2.4 2.6 2.9 2.4 2.6 2.8 3.1 3.2 3.5
0.86 1.0 1.1 1.3 1.5 1.7 2.0 2.2 1.5 1.7 1.9 2.2 2.5 2.7
0.83 0.98 1.1 0.87 1.0 1.2 1.3 1.4 1.5
m kg
251 251 251
199 199 199 199 199 199 199 199 199 199 199 199 199 199 199 199 199 199
162 162 162 162 162 162 162 162 162 162 162 162 162 162
131 131 131 131 131 131 131 131 131
1, 5 or 9 2 or 9 A, D, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3308 - 7 JU23 - 7 7 J1 2KJ3308 - 7 JU23 - 7 7 H1 2KJ3308 - 7 JU23 - 7 7 F1
2KJ3307 - 7 JU23 - 7 7 T1 2KJ3307 - 7 JU23 - 7 7 S1 2KJ3307 - 7 JU23 - 7 7 R1 2KJ3307 - 7 JU23 - 7 7 Q1 2KJ3307 - 7 JU23 - 7 7 P1 2KJ3307 - 7 JU23 - 7 7 N1 2KJ3307 - 7 JU23 - 7 7 M1 2KJ3307 - 7 JU23 - 7 7 L1 2KJ3307 - 7 JU23 - 7 7 K1 2KJ3307 - 7 JU23 - 7 7 J1 2KJ3307 - 7 JU23 - 7 7 H1 2KJ3307 - 7 JU23 - 7 7 G1 2KJ3307 - 7 JU23 - 7 7 F1 2KJ3307 - 7 JU23 - 7 7 E1 2KJ3307 - 7 JU23 - 7 7 D1 2KJ3307 - 7 JU23 - 7 7 C1 2KJ3307 - 7 JU23 - 7 7 B1 2KJ3307 - 7 JU23 - 7 7 A1
2KJ3306 - 7 JU23 - 7 7 P1 2KJ3306 - 7 JU23 - 7 7 N1 2KJ3306 - 7 JU23 - 7 7 M1 2KJ3306 - 7 JU23 - 7 7 L1 2KJ3306 - 7 JU23 - 7 7 K1 2KJ3306 - 7 JU23 - 7 7 J1 2KJ3306 - 7 JU23 - 7 7 H1 2KJ3306 - 7 JU23 - 7 7 G1 2KJ3306 - 7 JU23 - 7 7 F1 2KJ3306 - 7 JU23 - 7 7 E1 2KJ3306 - 7 JU23 - 7 7 D1 2KJ3306 - 7 JU23 - 7 7 C1 2KJ3306 - 7 JU23 - 7 7 B1 2KJ3306 - 7 JU23 - 7 7 A1
2KJ3305 - 7 JU23 - 7 7 J1 2KJ3305 - 7 JU23 - 7 7 H1 2KJ3305 - 7 JU23 - 7 7 G1 2KJ3305 - 7 JU23 - 7 7 F1 2KJ3305 - 7 JU23 - 7 7 E1 2KJ3305 - 7 JU23 - 7 7 D1 2KJ3305 - 7 JU23 - 7 7 C1 2KJ3305 - 7 JU23 - 7 7 B1 2KJ3305 - 7 JU23 - 7 7 A1
page 10/44 page 11/2 page 10/37
4/40
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
18.5
FD.189-LES180MQ4P
8.0
21 900
182.03
110 900
0.87
750
2KJ3412 - 7 KL33 - 7 7 M1
8.9
19 800
164.61
110 900
0.96
750
2KJ3412 - 7 KL33 - 7 7 L1
10
17 500
145.28
110 900
1.1
750
2KJ3412 - 7 KL33 - 7 7 K1
11
15 600
129.45
110 900
1.2
750
2KJ3412 - 7 KL33 - 7 7 J1
12
14 100
117.27
110 900
1.3
750
2KJ3412 - 7 KL33 - 7 7 H1
14
12 700
105.48
110 900
17
10 500
87.65
110 900
1.5
750
2KJ3412 - 7 KL33 - 7 7 G1
1.8
750
2KJ3412 - 7 KL33 - 7 7 F1
4
19
9 390
77.92
110 900
2.0
750
2KJ3412 - 7 KL33 - 7 7 E1
FD.169-LES180MQ4P
10
16 900
140.77
73 500
0.8
538
2KJ3411 - 7 KL33 - 7 7 L1
12
15 100
125.49
73 500
0.9
538
2KJ3411 - 7 KL33 - 7 7 K1
13
13 400
111.30
73 500
1.0
538
2KJ3411 - 7 KL33 - 7 7 J1
14
12 300
102.18
73 500
1.1
538
2KJ3411 - 7 KL33 - 7 7 H1
16
10 800
90.03
73 500
1.3
538
2KJ3411 - 7 KL33 - 7 7 G1
20
8 900
73.85
73 500
1.5
538
2KJ3411 - 7 KL33 - 7 7 F1
23
7 800
64.75
73 500
1.7
538
2KJ3411 - 7 KL33 - 7 7 E1
29
6 100
50.63
73 500
2.2
538
2KJ3411 - 7 KL33 - 7 7 D1
31
5 610
46.55
73 500
2.4
538
2KJ3411 - 7 KL33 - 7 7 C1
FD.149-LES180MQ4P
19
9 520
78.98
48 600
0.84
397
2KJ3410 - 7 KL33 - 7 7 G1
21
8 290
68.76
48 700
0.96
397
2KJ3410 - 7 KL33 - 7 7 F1
26
6 790
56.37
48 500
1.2
397
2KJ3410 - 7 KL33 - 7 7 E1
29
6 030
50.01
48 100
1.3
397
2KJ3410 - 7 KL33 - 7 7 D1
32
5 460
45.30
47 600
1.5
397
2KJ3410 - 7 KL33 - 7 7 C1
37
4 750
39.43
46 900
1.7
397
2KJ3410 - 7 KL33 - 7 7 B1
45
3 890
32.33
45 700
1.9
397
2KJ3410 - 7 KL33 - 7 7 A1
FZ.149-LES180MQ4P
42
4 210
34.93
46 200
1.9
416
2KJ3310 - 7 KL33 - 7 7 Q1
47
3 750
31.11
45 400
2.1
416
2KJ3310 - 7 KL33 - 7 7 P1
52
3 360
27.94
44 600
2.4
416
2KJ3310 - 7 KL33 - 7 7 N1
59
3 000
24.93
43 700
2.7
416
2KJ3310 - 7 KL33 - 7 7 M1
66
2 680
22.22
42 800
3.0
416
2KJ3310 - 7 KL33 - 7 7 L1
FZ.129-LES180MQ4P
50
3 510
29.13
32 200
1.4
328
2KJ3308 - 7 KL33 - 7 7 Q1
56
3 120
25.93
31 800
1.6
328
2KJ3308 - 7 KL33 - 7 7 P1
63
2 800
23.23
31 400
1.7
328
2KJ3308 - 7 KL33 - 7 7 N1
71
2 480
20.60
30 900
2.0
328
2KJ3308 - 7 KL33 - 7 7 M1
81
2 190
18.18
30 300
2.2
328
2KJ3308 - 7 KL33 - 7 7 L1
92
1 920
15.99
29 700
2.5
328
2KJ3308 - 7 KL33 - 7 7 K1
101
1 740
14.48
29 200
2.7
328
2KJ3308 - 7 KL33 - 7 7 J1
116
1 520
12.61
28 400
3.0
328
2KJ3308 - 7 KL33 - 7 7 H1
142
1 240
10.34
27 300
3.5
328
2KJ3308 - 7 KL33 - 7 7 G1
149
1 180
9.80
26 700
3.1
328
2KJ3308 - 7 KL33 - 7 7 F1
169
1 040
8.65
26 000
3.5
328
2KJ3308 - 7 KL33 - 7 7 E1
193
915
7.60
25 300
3.9
328
2KJ3308 - 7 KL33 - 7 7 D1
213
830
6.89
24 700
4.4
328
2KJ3308 - 7 KL33 - 7 7 C1
FZ.109-LES180MQ4P
59
2 990
24.82
21 500
1.0
277
2KJ3307 - 7 KL33 - 7 7 P1
68
2 610
21.70
21 500
1.2
277
2KJ3307 - 7 KL33 - 7 7 N1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
4/41
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
18.5
n2
T2
rpm
Nm
FZ.109-LES180MQ4P
76
2 330
i -
19.36
FR2 N
21 400
86
2 050
17.06
21 200
98
1 800
14.95
20 900
112
1 570
13.03
20 600
123
1 430
11.89
20 400
4
143
1 230
10.23
19 900
162
1 080
9.02
19 400
185
955
7.94
19 000
210
835
6.96
18 500
241
730
6.07
18 000
264
665
5.54
17 700
307
575
4.77
17 100
FZ.89-LES180MQ4P
87
2 030
16.86
15 600
98
1 790
14.90
15 700
112
1 570
13.07
15 700
129
1 370
11.38
15 600
151
1 170
9.73
15 500
176
1 000
8.33
15 300
193
915
7.60
14 900
218
810
6.72
14 600
248
710
5.90
14 400
286
615
5.13
14 100
334
525
4.39
13 700
390
450
3.76
13 300
22
FD.189-LES180ZLN4P
8.9
23 500
164.61
110 000
10
20 700
145.28
110 900
11
18 500
129.45
110 900
13
16 700
117.27
110 900
14
15 000
105.48
110 900
17
12 500
87.65
110 900
19
11 100
77.92
110 900
24
8 870
62.11
110 900
FD.169-LES180ZLN4P
13
15 900
111.30
73 500
14
14 600
102.18
73 500
16
12 800
90.03
73 500
20
10 500
73.85
73 500
23
9 250
64.75
73 500
29
7 230
50.63
73 500
32
6 650
46.55
72 600
36
5 830
40.82
71 000
FZ.169-LES180ZLN4P
36
5 870
41.07
71 100
40
5 280
36.94
69 700
FD.149-LES180ZLN4P
21
9 820
68.76
44 800
26
8 050
56.37
45 300
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
4/42
Siemens MD 50.1 · 2017
fB -
1.3 1.5 1.7 2.0 2.1 2.3 1.9 2.1 2.3 2.5 2.6 2.8
0.91 1.0 1.2 1.3 1.6 1.7 1.2 1.4 1.6 1.8 2.0 2.2
0.81 0.92 1.0 1.1 1.3 1.5 1.7 2.1
0.85 0.93 1.1 1.3 1.5 1.9 2.0 2.3
2.3 2.6
0.81 0.99
m kg
277 277 277 277 277 277 277 277 277 277 277 277
238 238 238 238 238 238 238 238 238 238 238 238
755 755 755 755 755 755 755 755
543 543 543 543 543 543 543 543
555 555
402 402
1, 5 or 9 2 or 9 A, D, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3307 - 7 KL33 - 7 7 M1 2KJ3307 - 7 KL33 - 7 7 L1 2KJ3307 - 7 KL33 - 7 7 K1 2KJ3307 - 7 KL33 - 7 7 J1 2KJ3307 - 7 KL33 - 7 7 H1 2KJ3307 - 7 KL33 - 7 7 G1 2KJ3307 - 7 KL33 - 7 7 F1 2KJ3307 - 7 KL33 - 7 7 E1 2KJ3307 - 7 KL33 - 7 7 D1 2KJ3307 - 7 KL33 - 7 7 C1 2KJ3307 - 7 KL33 - 7 7 B1 2KJ3307 - 7 KL33 - 7 7 A1
2KJ3306 - 7 KL33 - 7 7 M1 2KJ3306 - 7 KL33 - 7 7 L1 2KJ3306 - 7 KL33 - 7 7 K1 2KJ3306 - 7 KL33 - 7 7 J1 2KJ3306 - 7 KL33 - 7 7 H1 2KJ3306 - 7 KL33 - 7 7 G1 2KJ3306 - 7 KL33 - 7 7 F1 2KJ3306 - 7 KL33 - 7 7 E1 2KJ3306 - 7 KL33 - 7 7 D1 2KJ3306 - 7 KL33 - 7 7 C1 2KJ3306 - 7 KL33 - 7 7 B1 2KJ3306 - 7 KL33 - 7 7 A1
2KJ3412 - 7 KN33 - 7 7 L1 2KJ3412 - 7 KN33 - 7 7 K1 2KJ3412 - 7 KN33 - 7 7 J1 2KJ3412 - 7 KN33 - 7 7 H1 2KJ3412 - 7 KN33 - 7 7 G1 2KJ3412 - 7 KN33 - 7 7 F1 2KJ3412 - 7 KN33 - 7 7 E1 2KJ3412 - 7 KN33 - 7 7 D1
2KJ3411 - 7 KN33 - 7 7 J1 2KJ3411 - 7 KN33 - 7 7 H1 2KJ3411 - 7 KN33 - 7 7 G1 2KJ3411 - 7 KN33 - 7 7 F1 2KJ3411 - 7 KN33 - 7 7 E1 2KJ3411 - 7 KN33 - 7 7 D1 2KJ3411 - 7 KN33 - 7 7 C1 2KJ3411 - 7 KN33 - 7 7 B1
2KJ3311 - 7 KN33 - 7 7 R1 2KJ3311 - 7 KN33 - 7 7 Q1
2KJ3410 - 7 KN33 - 7 7 F1 2KJ3410 - 7 KN33 - 7 7 E1
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
22
FD.149-LES180ZLN4P
29
7 140
50.01
45 200
1.1
402
2KJ3410 - 7 KN33 - 7 7 D1
32
6 470
45.30
45 100
1.2
402
2KJ3410 - 7 KN33 - 7 7 C1
37
5 630
39.43
44 700
1.4
402
2KJ3410 - 7 KN33 - 7 7 B1
45
4 620
32.33
43 800
1.6
402
2KJ3410 - 7 KN33 - 7 7 A1
FZ.149-LES180ZLN4P
42
4 990
34.93
44 200
1.6
421
2KJ3310 - 7 KN33 - 7 7 Q1
47
4 440
31.11
43 600
1.8
421
2KJ3310 - 7 KN33 - 7 7 P1
4
53
3 990
27.94
43 000
2.0
421
2KJ3310 - 7 KN33 - 7 7 N1
59
3 560
24.93
42 300
2.2
421
2KJ3310 - 7 KN33 - 7 7 M1
66
3 170
22.22
41 500
2.5
421
2KJ3310 - 7 KN33 - 7 7 L1
75
2 810
19.71
40 700
2.8
421
2KJ3310 - 7 KN33 - 7 7 K1
81
2 580
18.10
40 000
3.1
421
2KJ3310 - 7 KN33 - 7 7 J1
FZ.129-LES180ZLN4P
50
4 160
29.13
30 300
1.2
333
2KJ3308 - 7 KN33 - 7 7 Q1
57
3 700
25.93
30 200
1.3
333
2KJ3308 - 7 KN33 - 7 7 P1
63
3 320
23.23
29 900
1.5
333
2KJ3308 - 7 KN33 - 7 7 N1
71
2 940
20.60
29 600
1.6
333
2KJ3308 - 7 KN33 - 7 7 M1
81
2 590
18.18
29 200
1.9
333
2KJ3308 - 7 KN33 - 7 7 L1
92
2 280
15.99
28 700
2.1
333
2KJ3308 - 7 KN33 - 7 7 K1
102
2 070
14.48
28 200
2.3
333
2KJ3308 - 7 KN33 - 7 7 J1
117
1 800
12.61
27 600
2.5
333
2KJ3308 - 7 KN33 - 7 7 H1
142
1 470
10.34
26 600
2.9
333
2KJ3308 - 7 KN33 - 7 7 G1
150
1 400
9.80
26 000
2.6
333
2KJ3308 - 7 KN33 - 7 7 F1
170
1 230
8.65
25 400
2.9
333
2KJ3308 - 7 KN33 - 7 7 E1
193
1 080
7.60
24 700
3.3
333
2KJ3308 - 7 KN33 - 7 7 D1
213
985
6.89
24 200
3.7
333
2KJ3308 - 7 KN33 - 7 7 C1
245
855
6.00
23 500
4.2
333
2KJ3308 - 7 KN33 - 7 7 B1
299
700
4.92
22 400
4.3
333
2KJ3308 - 7 KN33 - 7 7 A1
FZ.109-LES180ZLN4P
59
3 540
24.82
19 600
0.87
282
2KJ3307 - 7 KN33 - 7 7 P1
68
3 100
21.70
19 800
1.0
282
2KJ3307 - 7 KN33 - 7 7 N1
76
2 760
19.36
19 900
1.1
282
2KJ3307 - 7 KN33 - 7 7 M1
86
2 430
17.06
19 900
1.3
282
2KJ3307 - 7 KN33 - 7 7 L1
98
2 130
14.95
19 800
1.5
282
2KJ3307 - 7 KN33 - 7 7 K1
113
1 860
13.03
19 600
1.7
282
2KJ3307 - 7 KN33 - 7 7 J1
124
1 690
11.89
19 500
1.8
282
2KJ3307 - 7 KN33 - 7 7 H1
144
1 460
10.23
19 100
2.0
282
2KJ3307 - 7 KN33 - 7 7 G1
163
1 280
9.02
18 700
1.6
282
2KJ3307 - 7 KN33 - 7 7 F1
185
1 130
7.94
18 400
1.8
282
2KJ3307 - 7 KN33 - 7 7 E1
211
995
6.96
18 000
1.9
282
2KJ3307 - 7 KN33 - 7 7 D1
242
865
6.07
17 500
2.1
282
2KJ3307 - 7 KN33 - 7 7 C1
265
790
5.54
17 200
2.2
282
2KJ3307 - 7 KN33 - 7 7 B1
308
680
4.77
16 700
2.4
282
2KJ3307 - 7 KN33 - 7 7 A1
FZ.89-LES180ZLN4P
99
2 130
14.90
14 300
0.87
243
2KJ3306 - 7 KN33 - 7 7 L1
112
1 860
13.07
14 500
0.99
243
2KJ3306 - 7 KN33 - 7 7 K1
129
1 620
11.38
14 600
1.1
243
2KJ3306 - 7 KN33 - 7 7 J1
151
1 390
9.73
14 600
1.3
243
2KJ3306 - 7 KN33 - 7 7 H1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
4/43
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
22
n2
T2
rpm
Nm
FZ.89-LES180ZLN4P
176
1 190
i -
8.33
FR2 N
14 500
193
1 080
7.60
14 100
219
960
6.72
14 000
249
840
5.90
13 800
287
730
5.13
13 600
4
335
625
4.39
13 200
391
535
3.76
12 900
30
FD.189-LES200ZLU4P
13
22 800
117.27
110 400
14
20 500
105.48
110 900
17
17 000
87.65
110 900
19
15 100
77.92
110 200
24
12 100
62.11
106 800
30
9 630
49.43
102 900
36
7 910
40.61
99 200
FZ.189-LES200ZLU4P
39
7 390
37.93
97 900
FD.169-LES200ZLU4P
20
14 300
73.85
69 500
23
12 600
64.75
69 200
29
9 860
50.63
68 100
32
9 070
46.55
67 600
36
7 950
40.82
66 600
46
6 220
31.92
64 300
FZ.169-LES200ZLU4P
40
7 200
36.94
65 700
45
6 430
33.02
64 600
49
5 820
29.86
63 600
56
5 130
26.35
62 200
63
4 570
23.48
60 900
FD.149-LES200ZLU4P
29
9 740
50.01
38 700
32
8 820
45.30
39 200
37
7 680
39.43
39 500
45
6 300
32.33
39 600
FZ.149-LES200ZLU4P
47
6 060
31.11
39 500
53
5 440
27.94
39 400
59
4 850
24.93
39 000
66
4 330
22.22
38 600
75
3 840
19.71
38 100
81
3 520
18.10
37 700
92
3 100
15.94
37 000
112
2 540
13.08
35 800
128
2 230
11.47
35 000
164
1 740
8.97
33 300
182
1 570
8.09
32 300
221
1 290
6.64
31 000
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
fB -
1.5 1.0 1.2 1.3 1.5 1.7 1.8
0.83 0.92 1.1 1.3 1.6 2.0 2.4
2.6
0.94 1.1 1.4 1.5 1.7 2.2
1.9 2.1 2.3 2.6 3.0
0.82 0.91 1.0 1.2
1.3 1.5 1.6 1.8 2.1 2.3 2.6 3.0 3.3 3.9 3.6 4.4
m kg
243 243 243 243 243 243 243
825 825 825 825 825 825 825
830
613 613 613 613 613 613
631 631 631 631 631
472 472 472 472
495 495 495 495 495 495 495 495 495 495 495 495
1, 5 or 9 2 or 9 A, D, F or H
4/44
Siemens MD 50.1 · 2017
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3306 - 7 KN33 - 7 7 G1 2KJ3306 - 7 KN33 - 7 7 F1 2KJ3306 - 7 KN33 - 7 7 E1 2KJ3306 - 7 KN33 - 7 7 D1 2KJ3306 - 7 KN33 - 7 7 C1 2KJ3306 - 7 KN33 - 7 7 B1 2KJ3306 - 7 KN33 - 7 7 A1
2KJ3412 - 7 LN33 - 7 7 H1 2KJ3412 - 7 LN33 - 7 7 G1 2KJ3412 - 7 LN33 - 7 7 F1 2KJ3412 - 7 LN33 - 7 7 E1 2KJ3412 - 7 LN33 - 7 7 D1 2KJ3412 - 7 LN33 - 7 7 C1 2KJ3412 - 7 LN33 - 7 7 B1
2KJ3312 - 7 LN33 - 7 7 L1
2KJ3411 - 7 LN33 - 7 7 F1 2KJ3411 - 7 LN33 - 7 7 E1 2KJ3411 - 7 LN33 - 7 7 D1 2KJ3411 - 7 LN33 - 7 7 C1 2KJ3411 - 7 LN33 - 7 7 B1 2KJ3411 - 7 LN33 - 7 7 A1
2KJ3311 - 7 LN33 - 7 7 Q1 2KJ3311 - 7 LN33 - 7 7 P1 2KJ3311 - 7 LN33 - 7 7 N1 2KJ3311 - 7 LN33 - 7 7 M1 2KJ3311 - 7 LN33 - 7 7 L1
2KJ3410 - 7 LN33 - 7 7 D1 2KJ3410 - 7 LN33 - 7 7 C1 2KJ3410 - 7 LN33 - 7 7 B1 2KJ3410 - 7 LN33 - 7 7 A1
2KJ3310 - 7 LN33 - 7 7 P1 2KJ3310 - 7 LN33 - 7 7 N1 2KJ3310 - 7 LN33 - 7 7 M1 2KJ3310 - 7 LN33 - 7 7 L1 2KJ3310 - 7 LN33 - 7 7 K1 2KJ3310 - 7 LN33 - 7 7 J1 2KJ3310 - 7 LN33 - 7 7 H1 2KJ3310 - 7 LN33 - 7 7 G1 2KJ3310 - 7 LN33 - 7 7 F1 2KJ3310 - 7 LN33 - 7 7 E1 2KJ3310 - 7 LN33 - 7 7 D1 2KJ3310 - 7 LN33 - 7 7 C1
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
30
FZ.129-LES200ZLU4P
57
5 050
25.93
26 400
0.96
408
2KJ3308 - 7 LN33 - 7 7 P1
63
4 520
23.23
26 600
1.1
408
2KJ3308 - 7 LN33 - 7 7 N1
71
4 010
20.60
26 600
1.2
408
2KJ3308 - 7 LN33 - 7 7 M1
81
3 540
18.18
26 500
1.4
408
2KJ3308 - 7 LN33 - 7 7 L1
92
3 110
15.99
26 300
1.5
408
2KJ3308 - 7 LN33 - 7 7 K1
102
2 820
14.48
26 100
1.7
408
2KJ3308 - 7 LN33 - 7 7 J1
117
2 450
12.61
25 800
1.8
408
2KJ3308 - 7 LN33 - 7 7 H1
4
142
2 010
10.34
25 100
2.1
408
2KJ3308 - 7 LN33 - 7 7 G1
150
1 910
9.80
24 400
1.9
408
2KJ3308 - 7 LN33 - 7 7 F1
170
1 680
8.65
24 000
2.2
408
2KJ3308 - 7 LN33 - 7 7 E1
193
1 480
7.60
23 500
2.4
408
2KJ3308 - 7 LN33 - 7 7 D1
213
1 340
6.89
23 100
2.7
408
2KJ3308 - 7 LN33 - 7 7 C1
245
1 160
6.00
22 600
3.1
408
2KJ3308 - 7 LN33 - 7 7 B1
299
955
4.92
21 700
3.2
408
2KJ3308 - 7 LN33 - 7 7 A1
FZ.109-LES200ZLU4P
76
3 770
19.36
16 600
0.82
357
2KJ3307 - 7 LN33 - 7 7 M1
86
3 320
17.06
17 000
0.93
357
2KJ3307 - 7 LN33 - 7 7 L1
98
2 910
14.95
17 300
1.1
357
2KJ3307 - 7 LN33 - 7 7 K1
113
2 540
13.03
17 400
1.2
357
2KJ3307 - 7 LN33 - 7 7 J1
124
2 310
11.89
17 500
1.3
357
2KJ3307 - 7 LN33 - 7 7 H1
144
1 990
10.23
17 400
1.4
357
2KJ3307 - 7 LN33 - 7 7 G1
163
1 750
9.02
17 200
1.2
357
2KJ3307 - 7 LN33 - 7 7 F1
185
1 540
7.94
17 000
1.3
357
2KJ3307 - 7 LN33 - 7 7 E1
211
1 350
6.96
16 800
1.4
357
2KJ3307 - 7 LN33 - 7 7 D1
242
1 180
6.07
16 500
1.5
357
2KJ3307 - 7 LN33 - 7 7 C1
265
1 080
5.54
16 300
1.6
357
2KJ3307 - 7 LN33 - 7 7 B1
308
930
4.77
15 900
1.7
357
2KJ3307 - 7 LN33 - 7 7 A1
37
FD.189-LES225SD4P
17
20 900
87.65
103 900
0.91
901
2KJ3412 - 7 MF33 - 7 7 F1
19
18 600
77.92
103 300
1.0
901
2KJ3412 - 7 MF33 - 7 7 E1
24
14 800
62.11
101 400
1.3
901
2KJ3412 - 7 MF33 - 7 7 D1
30
11 800
49.43
98 600
1.6
901
2KJ3412 - 7 MF33 - 7 7 C1
36
9 700
40.61
95 600
2.0
901
2KJ3412 - 7 MF33 - 7 7 B1
46
7 720
32.32
91 800
2.5
901
2KJ3412 - 7 MF33 - 7 7 A1
FZ.189-LES225SD4P
39
9 060
37.93
94 500
2.1
873
2KJ3312 - 7 MF33 - 7 7 L1
43
8 130
34.03
92 700
2.3
873
2KJ3312 - 7 MF33 - 7 7 K1
49
7 270
30.41
90 800
2.6
873
2KJ3312 - 7 MF33 - 7 7 J1
54
6 490
27.17
88 800
2.9
873
2KJ3312 - 7 MF33 - 7 7 H1
FD.169-LES225SD4P
23
15 400
64.75
63 200
0.88
689
2KJ3411 - 7 MF33 - 7 7 E1
29
12 100
50.63
63 300
1.1
689
2KJ3411 - 7 MF33 - 7 7 D1
32
11 100
46.55
63 200
1.2
689
2KJ3411 - 7 MF33 - 7 7 C1
36
9 750
40.82
62 700
1.4
689
2KJ3411 - 7 MF33 - 7 7 B1
46
7 630
31.92
61 200
1.8
689
2KJ3411 - 7 MF33 - 7 7 A1
FZ.169-LES225SD4P
45
7 890
33.02
61 400
1.7
674
2KJ3311 - 7 MF33 - 7 7 P1
49
7 130
29.86
60 700
1.9
674
2KJ3311 - 7 MF33 - 7 7 N1
56
6 300
26.35
59 700
2.2
674
2KJ3311 - 7 MF33 - 7 7 M1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
4/45
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
37
n2
T2
rpm
Nm
FZ.169-LES225SD4P
63
5 610
i -
23.48
FR2 N
58 600
69
5 080
21.27
57 700
77
4 570
19.13
56 600
183
1 920
8.07
46 200
FD.149-LES225SD4P
37
9 420
39.43
35 100
4
46
7 720
32.33
35 900
FZ.149-LES225SD4P
53
6 680
27.94
36 200
59
5 960
24.93
36 200
67
5 310
22.22
36 100
75
4 710
19.71
35 800
82
4 320
18.10
35 600
93
3 810
15.94
35 100
113
3 120
13.08
34 300
129
2 740
11.47
33 600
165
2 140
8.97
32 200
183
1 930
8.09
31 300
223
1 580
6.64
30 100
254
1 390
5.82
29 300
FZ.129-LES225SD4P
64
5 550
23.23
23 600
72
4 920
20.60
24 000
81
4 340
18.18
24 200
92
3 820
15.99
24 300
102
3 460
14.48
24 300
117
3 010
12.61
24 200
143
2 470
10.34
23 800
151
2 340
9.80
23 100
171
2 060
8.65
22 800
194
1 810
7.60
22 500
215
1 640
6.89
22 200
246
1 430
6.00
21 700
300
1 170
4.92
21 000
FZ.109-LES225SD4P
99
3 570
14.95
15 100
113
3 110
13.03
15 500
124
2 840
11.89
15 700
144
2 440
10.23
15 900
164
2 150
9.02
15 800
186
1 890
7.94
15 800
212
1 660
6.96
15 700
243
1 450
6.07
15 500
267
1 320
5.54
15 400
310
1 140
4.77
15 200
45
FD.189-LES225YMF4P
19
22 600
77.92
95 700
24
18 000
62.11
95 300
30
14 300
49.43
93 800
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
4/46
Siemens MD 50.1 · 2017
fB -
2.4 2.7 3.0 4.3
0.85 0.97
1.2 1.3 1.5 1.7 1.8 2.1 2.4 2.7 3.2 2.9 3.6 4.1
0.87 0.98 1.1 1.3 1.4 1.5 1.7 1.5 1.8 2.0 2.2 2.5 2.6
0.87 1.0 1.1 1.2 0.97 1.1 1.1 1.2 1.3 1.4
0.84 1.1 1.3
m kg
674 674 674 674
545 545
540 540 540 540 540 540 540 540 540 540 540 540
451 451 451 451 451 451 451 451 451 451 451 451 451
399 399 399 399 399 399 399 399 399 399
946 946 946
1, 5 or 9 2 or 9 A, D, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3311 - 7 MF33 - 7 7 L1 2KJ3311 - 7 MF33 - 7 7 K1 2KJ3311 - 7 MF33 - 7 7 J1 2KJ3311 - 7 MF33 - 7 7 D1
2KJ3410 - 7 MF33 - 7 7 B1 2KJ3410 - 7 MF33 - 7 7 A1
2KJ3310 - 7 MF33 - 7 7 N1 2KJ3310 - 7 MF33 - 7 7 M1 2KJ3310 - 7 MF33 - 7 7 L1 2KJ3310 - 7 MF33 - 7 7 K1 2KJ3310 - 7 MF33 - 7 7 J1 2KJ3310 - 7 MF33 - 7 7 H1 2KJ3310 - 7 MF33 - 7 7 G1 2KJ3310 - 7 MF33 - 7 7 F1 2KJ3310 - 7 MF33 - 7 7 E1 2KJ3310 - 7 MF33 - 7 7 D1 2KJ3310 - 7 MF33 - 7 7 C1 2KJ3310 - 7 MF33 - 7 7 B1
2KJ3308 - 7 MF33 - 7 7 N1 2KJ3308 - 7 MF33 - 7 7 M1 2KJ3308 - 7 MF33 - 7 7 L1 2KJ3308 - 7 MF33 - 7 7 K1 2KJ3308 - 7 MF33 - 7 7 J1 2KJ3308 - 7 MF33 - 7 7 H1 2KJ3308 - 7 MF33 - 7 7 G1 2KJ3308 - 7 MF33 - 7 7 F1 2KJ3308 - 7 MF33 - 7 7 E1 2KJ3308 - 7 MF33 - 7 7 D1 2KJ3308 - 7 MF33 - 7 7 C1 2KJ3308 - 7 MF33 - 7 7 B1 2KJ3308 - 7 MF33 - 7 7 A1
2KJ3307 - 7 MF33 - 7 7 K1 2KJ3307 - 7 MF33 - 7 7 J1 2KJ3307 - 7 MF33 - 7 7 H1 2KJ3307 - 7 MF33 - 7 7 G1 2KJ3307 - 7 MF33 - 7 7 F1 2KJ3307 - 7 MF33 - 7 7 E1 2KJ3307 - 7 MF33 - 7 7 D1 2KJ3307 - 7 MF33 - 7 7 C1 2KJ3307 - 7 MF33 - 7 7 B1 2KJ3307 - 7 MF33 - 7 7 A1
2KJ3412 - 7 MT33 - 7 7 E1 2KJ3412 - 7 MT33 - 7 7 D1 2KJ3412 - 7 MT33 - 7 7 C1
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
45
FD.189-LES225YMF4P
36
11 800
40.61
91 600
1.6
946
2KJ3412 - 7 MT33 - 7 7 B1
46
9 390
32.32
88 700
2.0
946
2KJ3412 - 7 MT33 - 7 7 A1
FZ.189-LES225YMF4P
39
11 000
37.93
90 800
1.7
918
2KJ3312 - 7 MT33 - 7 7 L1
43
9 890
34.03
89 400
1.9
918
2KJ3312 - 7 MT33 - 7 7 K1
49
8 840
30.41
87 800
2.1
918
2KJ3312 - 7 MT33 - 7 7 J1
54
7 900
27.17
86 100
2.4
918
2KJ3312 - 7 MT33 - 7 7 H1
4
59
7 220
24.85
84 700
2.6
918
2KJ3312 - 7 MT33 - 7 7 G1
67
6 420
22.09
82 800
3.0
918
2KJ3312 - 7 MT33 - 7 7 F1
FD.169-LES225YMF4P
29
14 700
50.63
57 800
0.92
734
2KJ3411 - 7 MT33 - 7 7 D1
32
13 500
46.55
58 100
1.0
734
2KJ3411 - 7 MT33 - 7 7 C1
36
11 800
40.82
58 400
1.1
734
2KJ3411 - 7 MT33 - 7 7 B1
46
9 280
31.92
57 700
1.5
734
2KJ3411 - 7 MT33 - 7 7 A1
FZ.169-LES225YMF4P
45
9 600
33.02
57 800
1.4
719
2KJ3311 - 7 MT33 - 7 7 P1
49
8 680
29.86
57 500
1.6
719
2KJ3311 - 7 MT33 - 7 7 N1
56
7 660
26.35
56 800
1.8
719
2KJ3311 - 7 MT33 - 7 7 M1
63
6 820
23.48
56 100
2.0
719
2KJ3311 - 7 MT33 - 7 7 L1
69
6 180
21.27
55 400
2.2
719
2KJ3311 - 7 MT33 - 7 7 K1
77
5 560
19.13
54 500
2.4
719
2KJ3311 - 7 MT33 - 7 7 J1
93
4 620
15.90
52 900
2.9
719
2KJ3311 - 7 MT33 - 7 7 H1
105
4 100
14.13
51 800
3.1
719
2KJ3311 - 7 MT33 - 7 7 G1
131
3 270
11.26
49 600
3.6
719
2KJ3311 - 7 MT33 - 7 7 F1
165
2 600
8.97
47 300
4.0
719
2KJ3311 - 7 MT33 - 7 7 E1
183
2 340
8.07
45 200
3.6
719
2KJ3311 - 7 MT33 - 7 7 D1
206
2 080
7.18
44 100
4.0
719
2KJ3311 - 7 MT33 - 7 7 C1
FD.149-LES225YMF4P
46
9 400
32.33
31 700
0.80
590
2KJ3410 - 7 MT33 - 7 7 A1
FZ.149-LES225YMF4P
53
8 120
27.94
32 600
0.98
585
2KJ3310 - 7 MT33 - 7 7 N1
59
7 240
24.93
33 000
1.1
585
2KJ3310 - 7 MT33 - 7 7 M1
67
6 460
22.22
33 200
1.2
585
2KJ3310 - 7 MT33 - 7 7 L1
75
5 730
19.71
33 300
1.4
585
2KJ3310 - 7 MT33 - 7 7 K1
82
5 260
18.10
33 300
1.5
585
2KJ3310 - 7 MT33 - 7 7 J1
93
4 630
15.94
33 100
1.7
585
2KJ3310 - 7 MT33 - 7 7 H1
113
3 800
13.08
32 600
2.0
585
2KJ3310 - 7 MT33 - 7 7 G1
129
3 330
11.47
32 100
2.2
585
2KJ3310 - 7 MT33 - 7 7 F1
165
2 600
8.97
31 100
2.6
585
2KJ3310 - 7 MT33 - 7 7 E1
183
2 350
8.09
30 200
2.4
585
2KJ3310 - 7 MT33 - 7 7 D1
223
1 930
6.64
29 200
2.9
585
2KJ3310 - 7 MT33 - 7 7 C1
254
1 690
5.82
28 500
3.4
585
2KJ3310 - 7 MT33 - 7 7 B1
325
1 320
4.55
27 100
4.3
585
2KJ3310 - 7 MT33 - 7 7 A1
FZ.129-LES225YMF4P
72
5 990
20.60
21 000
0.81
496
2KJ3308 - 7 MT33 - 7 7 M1
81
5 280
18.18
21 600
0.92
496
2KJ3308 - 7 MT33 - 7 7 L1
92
4 640
15.99
22 000
1.0
496
2KJ3308 - 7 MT33 - 7 7 K1
102
4 210
14.48
22 200
1.1
496
2KJ3308 - 7 MT33 - 7 7 J1
117
3 660
12.61
22 300
1.2
496
2KJ3308 - 7 MT33 - 7 7 H1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
4/47
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
45
n2
T2
rpm
Nm
FZ.129-LES225YMF4P
143
3 000
i -
10.34
FR2 N
22 300
151
2 840
9.80
21 600
171
2 510
8.65
21 400
194
2 210
7.60
21 300
215
2 000
6.89
21 100
4
246
1 740
6.00
20 800
300
1 430
4.92
20 200
FZ.109-LES225YMF4P
113
3 780
13.03
13 300
124
3 450
11.89
13 700
144
2 970
10.23
14 200
164
2 620
9.02
14 200
186
2 300
7.94
14 400
212
2 020
6.96
14 500
243
1 760
6.07
14 500
267
1 610
5.54
14 500
310
1 380
4.77
14 300
55
FD.189-LES250MD4P
24
22 100
62.11
87 700
30
17 600
49.43
87 700
36
14 500
40.61
86 700
45
11 500
32.32
84 800
FZ.189-LES250MD4P
48
10 800
30.41
84 200
54
9 700
27.17
82 800
59
8 870
24.85
81 700
67
7 890
22.09
80 200
78
6 700
18.75
77 900
91
5 790
16.21
75 700
FD.169-LES250MD4P
32
16 600
46.55
51 800
36
14 500
40.82
52 800
46
11 400
31.92
53 400
FZ.169-LES250MD4P
56
9 410
26.35
53 300
63
8 390
23.48
52 900
69
7 600
21.27
52 500
77
6 830
19.13
52 000
92
5 680
15.90
50 800
104
5 040
14.13
50 000
131
4 020
11.26
48 100
164
3 200
8.97
46 100
182
2 880
8.07
43 900
205
2 560
7.18
42 900
257
2 040
5.72
41 000
323
1 620
4.55
39 000
FZ.149-LES250MD4P
66
7 930
22.22
29 600
75
7 040
19.71
30 100
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
4/48
Siemens MD 50.1 · 2017
fB -
1.4 1.3 1.4 1.6 1.8 2.1 2.1
0.82 0.89 0.97 0.80 0.87 0.94 1.0 1.1 1.2
0.86 1.1 1.3 1.6
1.7 2.0 2.1 2.4 2.8 3.3
0.82 0.93 1.2
1.4 1.6 1.8 2.0 2.4 2.6 2.9 3.2 2.9 3.2 4.0 4.5
1.0 1.1
m kg
496 496 496 496 496 496 496
444 444 444 444 444 444 444 444 444
1 049 1 049 1 049 1 049
1 021 1 021 1 021 1 021 1 021 1 021
838 838 838
822 822 822 822 822 822 822 822 822 822 822 822
687 687
1, 5 or 9 2 or 9 A, D, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3308 - 7 MT33 - 7 7 G1 2KJ3308 - 7 MT33 - 7 7 F1 2KJ3308 - 7 MT33 - 7 7 E1 2KJ3308 - 7 MT33 - 7 7 D1 2KJ3308 - 7 MT33 - 7 7 C1 2KJ3308 - 7 MT33 - 7 7 B1 2KJ3308 - 7 MT33 - 7 7 A1
2KJ3307 - 7 MT33 - 7 7 J1 2KJ3307 - 7 MT33 - 7 7 H1 2KJ3307 - 7 MT33 - 7 7 G1 2KJ3307 - 7 MT33 - 7 7 F1 2KJ3307 - 7 MT33 - 7 7 E1 2KJ3307 - 7 MT33 - 7 7 D1 2KJ3307 - 7 MT33 - 7 7 C1 2KJ3307 - 7 MT33 - 7 7 B1 2KJ3307 - 7 MT33 - 7 7 A1
2KJ3412 - 7 NM33 - 7 7 D1 2KJ3412 - 7 NM33 - 7 7 C1 2KJ3412 - 7 NM33 - 7 7 B1 2KJ3412 - 7 NM33 - 7 7 A1
2KJ3312 - 7 NM33 - 7 7 J1 2KJ3312 - 7 NM33 - 7 7 H1 2KJ3312 - 7 NM33 - 7 7 G1 2KJ3312 - 7 NM33 - 7 7 F1 2KJ3312 - 7 NM33 - 7 7 E1 2KJ3312 - 7 NM33 - 7 7 D1
2KJ3411 - 7 NM33 - 7 7 C1 2KJ3411 - 7 NM33 - 7 7 B1 2KJ3411 - 7 NM33 - 7 7 A1
2KJ3311 - 7 NM33 - 7 7 M1 2KJ3311 - 7 NM33 - 7 7 L1 2KJ3311 - 7 NM33 - 7 7 K1 2KJ3311 - 7 NM33 - 7 7 J1 2KJ3311 - 7 NM33 - 7 7 H1 2KJ3311 - 7 NM33 - 7 7 G1 2KJ3311 - 7 NM33 - 7 7 F1 2KJ3311 - 7 NM33 - 7 7 E1 2KJ3311 - 7 NM33 - 7 7 D1 2KJ3311 - 7 NM33 - 7 7 C1 2KJ3311 - 7 NM33 - 7 7 B1 2KJ3311 - 7 NM33 - 7 7 A1
2KJ3310 - 7 NM33 - 7 7 L1 2KJ3310 - 7 NM33 - 7 7 K1
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
55
FZ.149-LES250MD4P
81
6 460
18.10
30 300
1.2
687
2KJ3310 - 7 NM33 - 7 7 J1
92
5 690
15.94
30 500
1.4
687
2KJ3310 - 7 NM33 - 7 7 H1
112
4 670
13.08
30 500
1.6
687
2KJ3310 - 7 NM33 - 7 7 G1
128
4 090
11.47
30 300
1.8
687
2KJ3310 - 7 NM33 - 7 7 F1
164
3 200
8.97
29 600
2.1
687
2KJ3310 - 7 NM33 - 7 7 E1
182
2 890
8.09
28 800
2.0
687
2KJ3310 - 7 NM33 - 7 7 D1
221
2 370
6.64
28 100
2.4
687
2KJ3310 - 7 NM33 - 7 7 C1
4
253
2 080
5.82
27 500
2.7
687
2KJ3310 - 7 NM33 - 7 7 B1
323
1 620
4.55
26 400
3.5
687
2KJ3310 - 7 NM33 - 7 7 A1
FZ.129-LES250MD4P
92
5 710
15.99
19 100
0.84
598
2KJ3308 - 7 NM33 - 7 7 K1
102
5 170
14.48
19 600
0.91
598
2KJ3308 - 7 NM33 - 7 7 J1
117
4 500
12.61
20 100
1.0
598
2KJ3308 - 7 NM33 - 7 7 H1
142
3 690
10.34
20 400
1.2
598
2KJ3308 - 7 NM33 - 7 7 G1
170
3 090
8.65
19 700
1.2
598
2KJ3308 - 7 NM33 - 7 7 E1
193
2 710
7.60
19 800
1.3
598
2KJ3308 - 7 NM33 - 7 7 D1
213
2 460
6.89
19 700
1.5
598
2KJ3308 - 7 NM33 - 7 7 C1
245
2 140
6.00
19 600
1.7
598
2KJ3308 - 7 NM33 - 7 7 B1
299
1 750
4.92
19 300
1.7
598
2KJ3308 - 7 NM33 - 7 7 A1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
4/49
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Transmission ratios and torques
Selection and ordering data
i
n2
T2N FR2
-
rpm Nm N
FD.29
1) JG
Rex
`
10-4 -
kgm²
298.58 4.9 150 5 220 7.9 0.02 94054/315
264.39 5.5 150 5 220 8.0 0.03 92537/350
229.72 6.3 150 5 220 8.0 0.04 80401/350
208.83 6.9 150 5 220 8.0 0.05 80401/385
4
177.71 161.55
8.2 150 5 220 8.0 0.06 62197/350
9
150 5 220 8.0 0.08 62197/385
140.86 10
150 5 220 8.0 0.09 19721/140
126.09 11
150 5 220 8.0 0.12 48544/385
111.97 13
150 5 220 8.0 0.14 47027/420
103.36 14
150 5 220 8.0 0.17 47027/455
89.78 16
150 5 220 8.1 0.19 43993/490
78.02 19
150 5 220 8.0 0.19 13653/175
70.43 21
150 5 220 8.1 0.25 19721/280
66.29 22
150 5 220 8.1 0.29 39442/595
57.79 25
150 5 220 8.1 0.33 6068/105
FZ.29
56.73 26
150 5 220 7.6 0.04 851/15
50.32 29
150 5 220 8.0 0.05 1258/25
43.66 33
150 5 220 8.0 0.06 2183/50
39.69 37
150 5 220 8.0 0.08 2183/55
34.04 43
150 4 910 8.1 0.10 851/25
30.95 47
150 4 720 8.1 0.12 1702/55
27.13 53
150 4 460 8.2 0.14 407/15
24.22 60
150 4 250 8.3 0.17 1332/55
21.58 67
150 4 040 8.4 0.20 259/12
19.92 73
150 3 910 8.4 0.24 259/13
17.44 83
150 3 680 8.6 0.28 1221/70
15.29 95
150 3 470 8.8 0.30 1147/75
13.88 104
150 3 320 8.9 0.38 111/8
13.06 111
150 3 230 8.9 0.44 222/17
11.51 126
143 3 100 8.6 0.50 518/45
9.99 145
136 2 960 8.8 0.67 999/100
9.69 150
143 2 660 13.8 0.26 2664/275
8.63 168
130 2 640 14.0 0.32 259/30
7.97 182
120 2 630 14.0 0.38 518/65
6.98 208
123 2 440 14.5 0.46 1221/175
6.12 237
114 2 370 15.0 0.53 2294/375
5.55 261
108 2 320 15.3 0.66 111/20
5.22 278
106 2 300 15.3 0.76 444/85
4.60 315
97 2 280 15.3 0.92 1036/225
4.00 362
91 2 250 15.0 1.21 999/250
1) Only in conjunction with reduced-backlash version
Motor frame size
Article No.
63 71 80 90 100 112 132 160 180 200 225 250
2KJ3401 - 7 77 7 7 - 7 7 Q1 2KJ3401 - 7 77 7 7 - 7 7 P1 2KJ3401 - 7 77 7 7 - 7 7 N1 2KJ3401 - 7 77 7 7 - 7 7 M1 2KJ3401 - 7 77 7 7 - 7 7 L1 2KJ3401 - 7 77 7 7 - 7 7 K1 2KJ3401 - 7 77 7 7 - 7 7 J1 2KJ3401 - 7 77 7 7 - 7 7 H1 2KJ3401 - 7 77 7 7 - 7 7 G1 2KJ3401 - 7 77 7 7 - 7 7 F1 2KJ3401 - 7 77 7 7 - 7 7 E1 2KJ3401 - 7 77 7 7 - 7 7 D1 2KJ3401 - 7 77 7 7 - 7 7 C1 2KJ3401 - 7 77 7 7 - 7 7 B1 2KJ3401 - 7 77 7 7 - 7 7 A1
2KJ3301 - 7 77 7 7 - 7 7 C2 2KJ3301 - 7 77 7 7 - 7 7 B2 2KJ3301 - 7 77 7 7 - 7 7 A2 2KJ3301 - 7 77 7 7 - 7 7 X1 2KJ3301 - 7 77 7 7 - 7 7 W1 2KJ3301 - 7 77 7 7 - 7 7 V1 2KJ3301 - 7 77 7 7 - 7 7 U1 2KJ3301 - 7 77 7 7 - 7 7 T1 2KJ3301 - 7 77 7 7 - 7 7 S1 2KJ3301 - 7 77 7 7 - 7 7 R1 2KJ3301 - 7 77 7 7 - 7 7 Q1 2KJ3301 - 7 77 7 7 - 7 7 P1 2KJ3301 - 7 77 7 7 - 7 7 N1 2KJ3301 - 7 77 7 7 - 7 7 M1 2KJ3301 - 7 77 7 7 - 7 7 L1 2KJ3301 - 7 77 7 7 - 7 7 K1 2KJ3301 - 7 77 7 7 - 7 7 J1 2KJ3301 - 7 77 7 7 - 7 7 H1 2KJ3301 - 7 77 7 7 - 7 7 G1 2KJ3301 - 7 77 7 7 - 7 7 F1 2KJ3301 - 7 77 7 7 - 7 7 E1 2KJ3301 - 7 77 7 7 - 7 7 D1 2KJ3301 - 7 77 7 7 - 7 7 C1 2KJ3301 - 7 77 7 7 - 7 7 B1 2KJ3301 - 7 77 7 7 - 7 7 A1
4/50
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Transmission ratios and torques
Selection and ordering data (continued)
i
n2
T2N FR2
1) JG
Rex
-
rpm Nm N
`
10-4 -
kgm²
Motor frame size
Article No.
63 71 80 90 100 112 132 160 180 200 225 250
FD.39
274.26 5.3 290 5 820 6.9 0.04 32637/119
2KJ3402 - 7 77 7 7 - 7 7 R1
243.26 6
290 5 820 7.0 0.05 8514/35
2KJ3402 - 7 77 7 7 - 7 7 Q1
211.06 6.9 290 5 820 7.0 0.06 251163/1190
2KJ3402 - 7 77 7 7 - 7 7 P1
191.87 7.6 290 5 820 7.0 0.07 22833/119
2KJ3402 - 7 77 7 7 - 7 7 N1
164.56 149.60
8.8 290 5 820 7.0 0.09 97911/595 9.7 290 5 820 7.0 0.11 17802/119
2KJ3402 - 7 77 7 7 - 7 7 M1 2KJ3402 - 7 77 7 7 - 7 7 L1
4
131.17 11
290 5 820 7.0 0.12 15609/119
2KJ3402 - 7 77 7 7 - 7 7 K1
117.08 12
290 5 820 7.0 0.15 13932/119
2KJ3402 - 7 77 7 7 - 7 7 J1
104.34 14
290 5 820 7.0 0.18 7095/68
2KJ3402 - 7 77 7 7 - 7 7 H1
96.31 15
290 5 820 7.0 0.21 21285/221
2KJ3402 - 7 77 7 7 - 7 7 G1
84.32 17
290 5 820 7.1 0.25 140481/1666
2KJ3402 - 7 77 7 7 - 7 7 F1
73.93 20
290 5 820 7.1 0.24 43989/595
2KJ3402 - 7 77 7 7 - 7 7 E1
67.07 22
290 5 820 7.2 0.34 63855/952
2KJ3402 - 7 77 7 7 - 7 7 D1
63.13 23
290 5 820 7.2 0.40 127710/2023
2KJ3402 - 7 77 7 7 - 7 7 C1
55.65 26
290 5 820 7.2 0.44 946/17
2KJ3402 - 7 77 7 7 - 7 7 B1
48.29 30
290 5 820 7.2 0.59 114939/2380
2KJ3402 - 7 77 7 7 - 7 7 A1
FZ.39
65.21 22
290 6 040 6.3 0.06 913/14
2KJ3302 - 7 77 7 7 - 7 7 B2
57.99 25
230 6 000 6.6 0.08 4059/70
2KJ3302 - 7 77 7 7 - 7 7 A2
50.91 28
240 5 950 6.6 0.09 1782/35
2KJ3302 - 7 77 7 7 - 7 7 X1
46.29 31
255 5 820 6.6 0.11 324/7
2KJ3302 - 7 77 7 7 - 7 7 W1
39.60 37
290 5 950 6.7 0.13 198/5
2KJ3302 - 7 77 7 7 - 7 7 V1
36.00 40
255 5 480 6.7 0.16 36/1
2KJ3302 - 7 77 7 7 - 7 7 U1
31.82 46
285 5 320 6.8 0.19 891/28
2KJ3302 - 7 77 7 7 - 7 7 T1
28.93 50
275 5 080 6.8 0.26 405/14
2KJ3302 - 7 77 7 7 - 7 7 S1
25.34 57
265 4 930 6.9 0.30 1419/56
2KJ3302 - 7 77 7 7 - 7 7 R1
23.39 62
260 4 730 6.9 0.36 4257/182
2KJ3302 - 7 77 7 7 - 7 7 Q1
20.71 70
250 4 730 7.0 0.42 4059/196
2KJ3302 - 7 77 7 7 - 7 7 P1
17.24 84
235 4 450 7.2 0.57 3861/224
2KJ3302 - 7 77 7 7 - 7 7 N1
16.22 89
230 4 360 7.2 0.66 3861/238
2KJ3302 - 7 77 7 7 - 7 7 M1
14.54 100
220 4 220 7.3 0.74 407/28
2KJ3302 - 7 77 7 7 - 7 7 L1
12.38 117
210 3 990 7.5 0.97 99/8
2KJ3302 - 7 77 7 7 - 7 7 K1
10.61 137
199 3 790 7.7 1.28 297/28
2KJ3302 - 7 77 7 7 - 7 7 J1
9.13 159
189 3 610 7.9 1.65 1023/112
2KJ3302 - 7 77 7 7 - 7 7 H1
8.10 179
167 3 430 12.1 0.70 3403/420
2KJ3302 - 7 77 7 7 - 7 7 G1
6.74 215
152 3 270 12.5 0.96 1079/160
2KJ3302 - 7 77 7 7 - 7 7 F1
6.35 228
149 3 200 12.5 1.11 1079/170
2KJ3302 - 7 77 7 7 - 7 7 E1
5.69 255
140 3 120 12.9 1.29 3071/540
2KJ3302 - 7 77 7 7 - 7 7 D1
4.84 300
128 3 000 13.4 1.73 581/120
2KJ3302 - 7 77 7 7 - 7 7 C1
4.15 349
118 2 950 13.9 2.30 83/20
2KJ3302 - 7 77 7 7 - 7 7 B1
3.57 406
108 2 890 14.5 3.00 2573/720
2KJ3302 - 7 77 7 7 - 7 7 A1
1) Only in conjunction with reduced-backlash version
Siemens MD 50.1 · 2017
4/51
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Transmission ratios and torques
Selection and ordering data (continued)
i
n2
T2N FR2
1) JG
Rex
-
rpm Nm N
`
10-4 -
kgm²
FD.49
330.98 4.4 480 7 960 6.2 0.06 26809/81
294.29 4.9 480 7 960 6.3 0.07 13243/45
258.40 5.6 480 7 960 6.3 0.08 1292/5
234.91 6.2 480 7 960 6.3 0.10 2584/11
4
200.98 182.71
7.2 480 7 960 6.3 0.12 9044/45 7.9 480 7 960 6.3 0.14 18088/99
161.50 9
480 7 960 6.3 0.17 323/2
146.82 9.9 480 7 960 6.3 0.22 1615/11
128.60 11
480 7 960 6.3 0.26 13889/108
118.71 12
480 7 960 6.3 0.31 13889/117
105.10 14
480 7 960 6.4 0.37 13243/126
87.48 17
480 7 960 6.4 0.50 4199/48
82.33 18
480 7 960 6.4 0.59 247/3
73.77 20
480 7 630 6.4 0.66 11951/162
62.81 23
480 7 070 6.4 0.86 2261/36
53.83 27
480 6 560 6.5 1.13 323/6
46.36 31
480 6 080 6.5 1.46 10013/216
FZ.49
61.43 24
480 6 990 6.0 0.18 1843/30
55.85 26
480 6 680 6.0 0.22 1843/33
47.50 31
480 6 160 6.0 0.27 95/2
43.18 34
480 5 870 6.0 0.33 475/11
38.53 38
480 5 530 6.1 0.39 1387/36
34.55 42
480 5 220 6.1 0.47 380/11
31.14 47
480 4 940 6.2 0.55 1121/36
28.74 50
480 4 730 6.1 0.65 1121/39
26.24 55
480 4 490 6.2 0.77 551/21
21.77 67
480 4 030 6.3 0.99 1045/48
20.49 71
480 3 890 6.3 1.15 1045/51
19.35 75
480 3 750 6.3 1.30 1045/54
16.47 88
480 3 390 6.4 1.61 247/15
14.11 103
480 3 060 6.6 1.99 931/66
12.40 117
480 3 010 6.7 2.50 893/72
10.46 139
480 3 140 6.8 3.10 722/69
9.12 159
480 3 210 7.4 4.20 228/25
8.40 173
450 3 010 9.3 2.20 42/5
7.20 201
450 3 070 9.6 2.80 1029/143
6.33 229
430 3 090 9.9 3.50 329/52
5.34 272
400 3 080 10.2 4.60 1596/299
4.65 312
375 3 060 11.3 6.10 1512/325
1) Only in conjunction with reduced-backlash version
Motor frame size
Article No.
63 71 80 90 100 112 132 160 180 200 225 250
2KJ3403 - 7 77 7 7 - 7 7 S1 2KJ3403 - 7 77 7 7 - 7 7 R1 2KJ3403 - 7 77 7 7 - 7 7 Q1 2KJ3403 - 7 77 7 7 - 7 7 P1 2KJ3403 - 7 77 7 7 - 7 7 N1 2KJ3403 - 7 77 7 7 - 7 7 M1 2KJ3403 - 7 77 7 7 - 7 7 L1 2KJ3403 - 7 77 7 7 - 7 7 K1 2KJ3403 - 7 77 7 7 - 7 7 J1 2KJ3403 - 7 77 7 7 - 7 7 H1 2KJ3403 - 7 77 7 7 - 7 7 G1 2KJ3403 - 7 77 7 7 - 7 7 F1 2KJ3403 - 7 77 7 7 - 7 7 E1 2KJ3403 - 7 77 7 7 - 7 7 D1 2KJ3403 - 7 77 7 7 - 7 7 C1 2KJ3403 - 7 77 7 7 - 7 7 B1 2KJ3403 - 7 77 7 7 - 7 7 A1
2KJ3303 - 7 77 7 7 - 7 7 X1 2KJ3303 - 7 77 7 7 - 7 7 W1 2KJ3303 - 7 77 7 7 - 7 7 V1 2KJ3303 - 7 77 7 7 - 7 7 U1 2KJ3303 - 7 77 7 7 - 7 7 T1 2KJ3303 - 7 77 7 7 - 7 7 S1 2KJ3303 - 7 77 7 7 - 7 7 R1 2KJ3303 - 7 77 7 7 - 7 7 Q1 2KJ3303 - 7 77 7 7 - 7 7 P1 2KJ3303 - 7 77 7 7 - 7 7 N1 2KJ3303 - 7 77 7 7 - 7 7 M1 2KJ3303 - 7 77 7 7 - 7 7 L1 2KJ3303 - 7 77 7 7 - 7 7 K1 2KJ3303 - 7 77 7 7 - 7 7 J1 2KJ3303 - 7 77 7 7 - 7 7 H1 2KJ3303 - 7 77 7 7 - 7 7 G1 2KJ3303 - 7 77 7 7 - 7 7 F1 2KJ3303 - 7 77 7 7 - 7 7 E1 2KJ3303 - 7 77 7 7 - 7 7 D1 2KJ3303 - 7 77 7 7 - 7 7 C1 2KJ3303 - 7 77 7 7 - 7 7 B1 2KJ3303 - 7 77 7 7 - 7 7 A1
4/52
Siemens MD 50.1 · 2017
© Siemens AG 2018
Selection and ordering data (continued)
i
n2
T2N FR2
1) JG
Rex
-
rpm Nm N
`
10-4 -
kgm²
FD.69
348.40 4.2 600 10 800 6.0 0.06 28220/81
309.78 4.7 600 10 800 6.0 0.07 2788/9
272.00 5.3 600 10 800 6.0 0.08 272/1
247.27 5.9 600 10 800 6.0 0.10 2720/11
211.56 6.9 600 10 800 6.0 0.12 1904/9
192.32 7.5 600 10 800 6.0 0.14 19040/99
170.00 8.5 600 10 800 6.1 0.17 170/1
154.55 9.4 600 10 800 6.1 0.22 1700/11
135.37 11
600 10 800 6.1 0.26 3655/27
124.96 12
600 10 800 6.1 0.31 14620/117
110.63 13
600 10 800 6.1 0.38 6970/63
92.08 16
600 10 800 6.1 0.51 1105/12
86.67 17
600 10 800 6.1 0.60 260/3
77.65 19
600 10 400 6.2 0.66 6290/81
66.11 22
600 9 720 6.2 0.87 595/9
56.67 26
600 9 050 6.2 1.15 170/3
48.80 30
600 8 430 6.2 1.47 2635/54
FZ.69
64.67 22
600 9 620 5.7 0.19 194/3
58.79 25
600 9 210 5.7 0.23 1940/33
50.00 29
600 8 530 5.8 0.29 50/1
45.45 32
600 8 140 5.8 0.35 500/11
40.56 36
600 7 700 5.8 0.41 365/9
36.36 40
600 7 290 5.9 0.49 400/11
32.78 44
600 6 920 5.9 0.58 295/9
30.26 48
600 6 640 5.9 0.69 1180/39
27.62 52
600 6 330 5.9 0.83 580/21
22.92 63
600 5 720 6.0 1.07 275/12
21.57 67
600 5 540 6.0 1.23 1100/51
20.37 71
600 5 360 6.0 1.39 550/27
17.33 84
600 4 890 6.2 1.74 52/3
14.85 98
600 4 450 6.2 2.20 490/33
13.06 111
600 4 110 6.2 2.70 235/18
11.01 132
600 4 040 6.2 3.50 760/69
9.60 151
600 4 140 6.2 4.60 48/5
8.90 163
475 4 040 8.9 2.40 89/10
7.62 190
465 4 100 8.9 3.10 4361/572
6.70 216
440 4 120 8.9 3.90 4183/624
5.66 256
410 4 110 8.9 5.10 1691/299
4.93 294
385 4 070 8.9 6.80 1602/325
1) Only in conjunction with reduced-backlash version
SIMOGEAR geared motors Parallel shaft geared motors
Transmission ratios and torques
Motor frame size
Article No.
63 71 80 90 100 112 132 160 180 200 225 250
2KJ3404 - 7 77 7 7 - 7 7 S1
2KJ3404 - 7 77 7 7 - 7 7 R1
2KJ3404 - 7 77 7 7 - 7 7 Q1
2KJ3404 - 7 77 7 7 - 7 7 P1
2KJ3404 - 7 77 7 7 - 7 7 N1 2KJ3404 - 7 77 7 7 - 7 7 M1
4
2KJ3404 - 7 77 7 7 - 7 7 L1
2KJ3404 - 7 77 7 7 - 7 7 K1
2KJ3404 - 7 77 7 7 - 7 7 J1
2KJ3404 - 7 77 7 7 - 7 7 H1
2KJ3404 - 7 77 7 7 - 7 7 G1
2KJ3404 - 7 77 7 7 - 7 7 F1
2KJ3404 - 7 77 7 7 - 7 7 E1
2KJ3404 - 7 77 7 7 - 7 7 D1
2KJ3404 - 7 77 7 7 - 7 7 C1
2KJ3404 - 7 77 7 7 - 7 7 B1
2KJ3404 - 7 77 7 7 - 7 7 A1
2KJ3304 - 7 77 7 7 - 7 7 X1 2KJ3304 - 7 77 7 7 - 7 7 W1 2KJ3304 - 7 77 7 7 - 7 7 V1 2KJ3304 - 7 77 7 7 - 7 7 U1 2KJ3304 - 7 77 7 7 - 7 7 T1 2KJ3304 - 7 77 7 7 - 7 7 S1 2KJ3304 - 7 77 7 7 - 7 7 R1 2KJ3304 - 7 77 7 7 - 7 7 Q1 2KJ3304 - 7 77 7 7 - 7 7 P1 2KJ3304 - 7 77 7 7 - 7 7 N1 2KJ3304 - 7 77 7 7 - 7 7 M1 2KJ3304 - 7 77 7 7 - 7 7 L1 2KJ3304 - 7 77 7 7 - 7 7 K1 2KJ3304 - 7 77 7 7 - 7 7 J1 2KJ3304 - 7 77 7 7 - 7 7 H1 2KJ3304 - 7 77 7 7 - 7 7 G1 2KJ3304 - 7 77 7 7 - 7 7 F1 2KJ3304 - 7 77 7 7 - 7 7 E1 2KJ3304 - 7 77 7 7 - 7 7 D1 2KJ3304 - 7 77 7 7 - 7 7 C1 2KJ3304 - 7 77 7 7 - 7 7 B1 2KJ3304 - 7 77 7 7 - 7 7 A1
Siemens MD 50.1 · 2017
4/53
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Transmission ratios and torques
Selection and ordering data (continued)
i
n2
T2N FR2
1) JG
Rex
-
rpm Nm N
`
10-4 -
kgm²
FD.79
357.00 4.1 1 000 13 600 5.6 0.17 57133/160
324.62 4.5 1 000 13 600 5.6 0.20 57133/176
276.09 5.3 1 000 13 600 5.6 0.25 8835/32
250.99 5.8 1 000 13 600 5.6 0.30 44175/176
4
223.94 200.80
6.5 1 000 13 600 5.6 0.35 42997/192 7.2 1 000 13 600 5.6 0.42 8835/44
180.99 8 1 000 13 600 5.6 0.49 34751/192
167.07 8.7 1 000 13 600 5.6 0.58 34751/208
152.51 9.5 1 000 13 600 5.6 0.69 17081/112
126.54 11 1 000 13 600 5.7 0.87 32395/256
119.10 12 1 000 13 600 5.7 1.01 32395/272
112.48 13 1 000 13 600 5.7 1.15 32395/288
95.71 15 1 000 13 600 5.7 1.39 7657/80
81.99 18 1 000 13 600 5.7 1.70 28861/352
72.09 20 1 000 13 600 5.7 2.10 27683/384
60.82 24 1 000 13 600 5.7 2.60 11191/184
53.01 27 1 000 13 600 5.8 3.50 5301/100
FZ.79
53.55 27 1 000 13 600 5.6 0.56 589/11
48.03 30 1 000 13 600 5.6 0.77 1729/36
43.18 34 1 000 13 600 5.7 0.87 475/11
39.06 37 1 000 13 600 5.7 0.97 703/18
36.05 40 1 000 13 600 5.7 1.15 1406/39
33.02 44 1 000 13 600 5.7 1.49 1387/42
27.71 52 1 000 13 600 5.7 1.62 665/24
26.08 56 1 000 13 600 5.7 1.85 1330/51
23.93 61 1 000 13 600 5.7 2.0 646/27
20.90 69 1 000 13 600 5.7 2.9 209/10
18.71 77 1 000 12 900 5.7 3.6 1235/66
16.36 89 1 000 12 200 5.7 4.2 589/36
14.04 103 1 000 11 400 5.8 4.7 323/23
12.41 117 1 000 10 800 6.2 6.0 931/75
10.56 137 1 000 10 100 6.3 7.8 95/9
9.05 160 1 000 9 980 6.5 10
190/21
8.51 170
720 10 300 8.9 4.6 468/55
7.44 195
725 9 770 9.2 5.5 186/25
6.39 227
720 9 690 9.3 6.5 3672/575
5.64 257
700 9 620 10.2 8.3 3528/625
4.80 302
650 9 480 10.6 11
24/5
4.11 353
605 9 310 11.0 15
144/35
1) Only in conjunction with reduced-backlash version
Motor frame size
Article No.
63 71 80 90 100 112 132 160 180 200 225 250
2KJ3405 - 7 77 7 7 - 7 7 S1 2KJ3405 - 7 77 7 7 - 7 7 R1 2KJ3405 - 7 77 7 7 - 7 7 Q1 2KJ3405 - 7 77 7 7 - 7 7 P1 2KJ3405 - 7 77 7 7 - 7 7 N1 2KJ3405 - 7 77 7 7 - 7 7 M1 2KJ3405 - 7 77 7 7 - 7 7 L1 2KJ3405 - 7 77 7 7 - 7 7 K1 2KJ3405 - 7 77 7 7 - 7 7 J1 2KJ3405 - 7 77 7 7 - 7 7 H1 2KJ3405 - 7 77 7 7 - 7 7 G1 2KJ3405 - 7 77 7 7 - 7 7 F1 2KJ3405 - 7 77 7 7 - 7 7 E1 2KJ3405 - 7 77 7 7 - 7 7 D1 2KJ3405 - 7 77 7 7 - 7 7 C1 2KJ3405 - 7 77 7 7 - 7 7 B1 2KJ3405 - 7 77 7 7 - 7 7 A1
2KJ3305 - 7 77 7 7 - 7 7 X1 2KJ3305 - 7 77 7 7 - 7 7 W1 2KJ3305 - 7 77 7 7 - 7 7 V1 2KJ3305 - 7 77 7 7 - 7 7 U1 2KJ3305 - 7 77 7 7 - 7 7 T1 2KJ3305 - 7 77 7 7 - 7 7 S1 2KJ3305 - 7 77 7 7 - 7 7 R1 2KJ3305 - 7 77 7 7 - 7 7 Q1 2KJ3305 - 7 77 7 7 - 7 7 P1 2KJ3305 - 7 77 7 7 - 7 7 N1 2KJ3305 - 7 77 7 7 - 7 7 M1 2KJ3305 - 7 77 7 7 - 7 7 L1 2KJ3305 - 7 77 7 7 - 7 7 K1 2KJ3305 - 7 77 7 7 - 7 7 J1 2KJ3305 - 7 77 7 7 - 7 7 H1 2KJ3305 - 7 77 7 7 - 7 7 G1 2KJ3305 - 7 77 7 7 - 7 7 F1 2KJ3305 - 7 77 7 7 - 7 7 E1 2KJ3305 - 7 77 7 7 - 7 7 D1 2KJ3305 - 7 77 7 7 - 7 7 C1 2KJ3305 - 7 77 7 7 - 7 7 B1 2KJ3305 - 7 77 7 7 - 7 7 A1
4/54
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Transmission ratios and torques
Selection and ordering data (continued)
i
n2
T2N FR2
1) JG
Rex
-
rpm Nm N
`
10-4 -
kgm²
Motor frame size
Article No.
63 71 80 90 100 112 132 160 180 200 225 250
FD.89
335.30 4.3 1 850 17 400 5.1 0.42 370512/1105
2KJ3406 - 7 77 7 7 - 7 7 S1
304.82 4.8 1 850 17 400 5.1 0.51 741024/2431
2KJ3406 - 7 77 7 7 - 7 7 R1
273.41 5.3 1 850 17 400 5.1 0.71 4648/17
2KJ3406 - 7 77 7 7 - 7 7 Q1
245.82 5.9 1 850 17 400 5.1 0.79 597600/2431
2KJ3406 - 7 77 7 7 - 7 7 P1
222.33 205.23
6.5 1 850 17 400 5.1 0.88 49136/221 7.1 1 850 17 400 5.1 1.03 589632/2873
2KJ3406 - 7 77 7 7 - 7 7 N1 2KJ3406 - 7 77 7 7 - 7 7 M1
4
188.00 7.7 1 850 17 400 5.1 1.35 290832/1547
2KJ3406 - 7 77 7 7 - 7 7 L1
157.74 9.2 1 850 17 400 5.1 1.43 34860/221
2KJ3406 - 7 77 7 7 - 7 7 K1
148.46 9.8 1 850 17 400 5.1 1.64 557760/3757
2KJ3406 - 7 77 7 7 - 7 7 J1
136.21 11 1 850 17 400 5.1 1.79 5312/39
2KJ3406 - 7 77 7 7 - 7 7 H1
118.98 12 1 850 17 400 5.1 2.6 131472/1105
2KJ3406 - 7 77 7 7 - 7 7 G1
106.52 14 1 850 17 400 5.1 3.1 19920/187
2KJ3406 - 7 77 7 7 - 7 7 F1
93.14 16 1 850 17 400 5.1 3.7 20584/221
2KJ3406 - 7 77 7 7 - 7 7 E1
79.95 18 1 850 17 400 5.2 4.0 23904/299
2KJ3406 - 7 77 7 7 - 7 7 D1
70.67 21 1 850 17 400 5.2 5.1 390432/5525
2KJ3406 - 7 77 7 7 - 7 7 C1
60.09 24 1 850 17 400 5.3 6.5 13280/221
2KJ3406 - 7 77 7 7 - 7 7 B1
51.51 28 1 850 17 400 5.3 8.5 79680/1547
2KJ3406 - 7 77 7 7 - 7 7 A1
FZ.89
61.72 23 1 850 17 400 4.8 1.38 2407/39
2KJ3306 - 7 77 7 7 - 7 7 B2
55.72 26 1 850 17 400 4.8 1.51 7968/143
2KJ3306 - 7 77 7 7 - 7 7 A2
50.54 29 1 850 17 400 4.8 1.77 7885/156
2KJ3306 - 7 77 7 7 - 7 7 X1
46.66 31 1 850 17 400 4.8 2.1 7885/169
2KJ3306 - 7 77 7 7 - 7 7 W1
42.41 34 1 850 17 400 4.9 2.4 7719/182
2KJ3306 - 7 77 7 7 - 7 7 V1
35.91 40 1 850 17 400 4.9 2.9 3735/104
2KJ3306 - 7 77 7 7 - 7 7 U1
33.80 43 1 850 17 400 4.9 3.0 7470/221
2KJ3306 - 7 77 7 7 - 7 7 T1
31.21 46 1 850 17 400 5.0 4.5 3652/117
2KJ3306 - 7 77 7 7 - 7 7 S1
27.77 52 1 850 17 400 5.0 5.5 7221/260
2KJ3306 - 7 77 7 7 - 7 7 R1
24.67 59 1 850 17 400 5.0 6.7 7055/286
2KJ3306 - 7 77 7 7 - 7 7 Q1
22.08 66 1 850 17 400 5.1 6.7 6889/312
2KJ3306 - 7 77 7 7 - 7 7 P1
18.88 77 1 850 17 200 5.1 7.9 5644/299
2KJ3306 - 7 77 7 7 - 7 7 N1
16.86 86 1 850 16 400 5.4 10
5478/325
2KJ3306 - 7 77 7 7 - 7 7 M1
14.90 97 1 850 15 500 5.5 12
581/39
2KJ3306 - 7 77 7 7 - 7 7 L1
13.07 111 1 850 14 600 5.3 16
3569/273
2KJ3306 - 7 77 7 7 - 7 7 K1
11.38 127 1 850 14 600 5.3 20
3403/299
2KJ3306 - 7 77 7 7 - 7 7 J1
9.73 149 1 850 14 600 5.5 26
2656/273
2KJ3306 - 7 77 7 7 - 7 7 H1
8.33 174 1 740 14 500 5.6 33
2490/299
2KJ3306 - 7 77 7 7 - 7 7 G1
7.60 191 1 100 14 100 9.0 14
4752/625
2KJ3306 - 7 77 7 7 - 7 7 F1
6.72 216 1 110 14 000 9.2 17
168/25
2KJ3306 - 7 77 7 7 - 7 7 E1
5.90 246 1 110 13 800 9.2 23
1032/175
2KJ3306 - 7 77 7 7 - 7 7 D1
5.13 283 1 110 13 600 9.2 28
2952/575
2KJ3306 - 7 77 7 7 - 7 7 C1
4.39 330 1 060 13 300 9.2 39
768/175
2KJ3306 - 7 77 7 7 - 7 7 B1
3.76 386
985 12 900 9.5 50
432/115
2KJ3306 - 7 77 7 7 - 7 7 A1
1) Only in conjunction with reduced-backlash version
Siemens MD 50.1 · 2017
4/55
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Transmission ratios and torques
Selection and ordering data (continued)
i
n2
T2N FR2
1) JG
Rex
-
rpm Nm N
`
10-4 -
kgm²
FD.109
410.00 3.5 3 100 25 000 6.5 1.27 332021/810
370.00 3.9 3 100 25 000 6.5 1.37 183184/495
335.70 4.3 3 100 25 000 6.5 1.61 217531/648
309.87 4.7 3 100 25 000 6.5 1.89 217531/702
4
281.68 238.52
5.1 3 100 25 000 6.5 6.1 3 100 25 000 6.5
2.2 354919/1260 2.6 11449/48
224.49 6.5 3 100 25 000 6.5 2.6 11449/51
207.31 7 3 100 25 000 6.5 4.0 251878/1215
184.46 7.9 3 100 25 000 6.5 5.0 332021/1800
163.83 8.9 3 100 25 000 6.5 5.9 194633/1188
146.65 9.9 3 100 25 000 6.5 5.9 950267/6480
125.37 12 3 100 25 000 6.5 6.7 389266/3105
111.95 13 3 100 25 000 6.5 8.6 125939/1125
98.94 15 3 100 25 000 6.5 9.6 80143/810
86.83 17 3 100 25 000 6.5 14 492307/5670
75.59 19 3 100 25 000 6.5 16 469409/6210
64.62 22 3 100 25 000 6.5 21 183184/2835
55.31 26 3 100 25 000 6.5 25 11449/207
FZ.109
70.74 20 3 100 25 000 4.6 3.6 12733/180
65.30 22 3 100 25 000 4.6 4.3 12733/195
60.12 24 3 100 25 000 4.6 4.9 6313/105
51.27 28 3 100 25 000 4.6 6.3 2461/48
48.25 30 3 100 25 000 4.6 7.1 2461/51
44.78 32 3 100 25 000 4.6 7.8 12091/270
39.59 37 3 100 25 000 4.6 9.5 3959/100
35.34 41 3 100 24 700 4.7 11 11663/330
31.80 46 3 100 23 600 4.7 13 11449/360
27.60 53 3 100 22 200 4.7 16 9523/345
24.82 58 3 100 21 200 4.9 19 3103/125
21.70 67 3 100 19 900 5.0 23 7811/360
19.36 75 3 100 18 900 5.0 27 2033/105
17.06 85 3 100 17 800 5.0 33 1177/69
14.95 97 3 100 16 700 5.1 40 4708/315
13.03 111 3 100 15 600 5.2 48 1498/115
11.89 122 3 060 15 600 5.2 56 107/9
10.23 142 2 880 15 900 5.3 70 1177/115
9.02 161 2 090 16 100 7.6 36 1767/196
7.94 183 2 000 15 800 7.8 44 5115/644
6.96 208 1 900 15 700 7.9 54 341/49
6.07 239 1 800 15 600 8.1 68 279/46
5.54 262 1 730 15 400 8.2 79 155/28
4.77 304 1 620 15 200 8.4 102 3069/644
1) Only in conjunction with reduced-backlash version
Motor frame size
Article No.
63 71 80 90 100 112 132 160 180 200 225 250
2KJ3407 - 7 77 7 7 - 7 7 T1 2KJ3407 - 7 77 7 7 - 7 7 S1 2KJ3407 - 7 77 7 7 - 7 7 R1 2KJ3407 - 7 77 7 7 - 7 7 Q1 2KJ3407 - 7 77 7 7 - 7 7 P1 2KJ3407 - 7 77 7 7 - 7 7 N1 2KJ3407 - 7 77 7 7 - 7 7 M1 2KJ3407 - 7 77 7 7 - 7 7 L1 2KJ3407 - 7 77 7 7 - 7 7 K1 2KJ3407 - 7 77 7 7 - 7 7 J1 2KJ3407 - 7 77 7 7 - 7 7 H1 2KJ3407 - 7 77 7 7 - 7 7 G1 2KJ3407 - 7 77 7 7 - 7 7 F1 2KJ3407 - 7 77 7 7 - 7 7 E1 2KJ3407 - 7 77 7 7 - 7 7 D1 2KJ3407 - 7 77 7 7 - 7 7 C1 2KJ3407 - 7 77 7 7 - 7 7 B1 2KJ3407 - 7 77 7 7 - 7 7 A1
2KJ3307 - 7 77 7 7 - 7 7 B2 2KJ3307 - 7 77 7 7 - 7 7 A2 2KJ3307 - 7 77 7 7 - 7 7 X1 2KJ3307 - 7 77 7 7 - 7 7 W1 2KJ3307 - 7 77 7 7 - 7 7 V1 2KJ3307 - 7 77 7 7 - 7 7 U1 2KJ3307 - 7 77 7 7 - 7 7 T1 2KJ3307 - 7 77 7 7 - 7 7 S1 2KJ3307 - 7 77 7 7 - 7 7 R1 2KJ3307 - 7 77 7 7 - 7 7 Q1 2KJ3307 - 7 77 7 7 - 7 7 P1 2KJ3307 - 7 77 7 7 - 7 7 N1 2KJ3307 - 7 77 7 7 - 7 7 M1 2KJ3307 - 7 77 7 7 - 7 7 L1 2KJ3307 - 7 77 7 7 - 7 7 K1 2KJ3307 - 7 77 7 7 - 7 7 J1 2KJ3307 - 7 77 7 7 - 7 7 H1 2KJ3307 - 7 77 7 7 - 7 7 G1 2KJ3307 - 7 77 7 7 - 7 7 F1 2KJ3307 - 7 77 7 7 - 7 7 E1 2KJ3307 - 7 77 7 7 - 7 7 D1 2KJ3307 - 7 77 7 7 - 7 7 C1 2KJ3307 - 7 77 7 7 - 7 7 B1 2KJ3307 - 7 77 7 7 - 7 7 A1
4/56
Siemens MD 50.1 · 2017
© Siemens AG 2018
Selection and ordering data (continued)
i
n2
T2N FR2
1) JG
Rex
-
rpm Nm N
`
10-4 -
kgm²
FD.129
413.00 3.5 4 850 37 200 5.5 3.3 9911/24
381.00 3.8 4 850 37 200 5.5 3.9 9911/26
351.00 4.1 4 850 37 200 5.5 4.5 34397/98
299.31 4.8 4 850 37 200 5.5 5.6 67045/224
281.70 5.1 4 850 37 200 5.5 6.4 67045/238
261.42 5.5 4 850 37 200 5.5 6.9 65879/252
231.12 6.3 4 850 37 200 5.5 8.4 64713/280
206.32 7 4 850 37 200 5.5 10 5777/28
185.66 7.8 4 850 37 200 5.5 12 62381/336
161.14 9 4 850 37 200 5.5 14 51887/322
144.92 10 4 850 37 200 5.5 16 50721/350
126.66 11 4 850 37 200 5.5 19 42559/336
113.03 13 4 850 37 200 5.5 23 11077/98
99.58 15 4 850 37 200 5.5 27 32065/322
87.25 17 4 850 37 200 5.5 32 12826/147
76.04 19 4 850 37 200 5.5 37 1749/23
69.40 21 4 850 37 200 5.5 44 2915/42
59.75 24 4 850 37 200 5.5 53 19239/322
FZ.129
69.20 21 4 850 37 200 5.1 7.7 13563/196
59.22 24 4 850 37 200 5.1 9.7 6633/112
55.74 26 4 850 37 200 5.1 11 6633/119
52.25 28 4 850 36 600 5.1 12 209/4
46.32 31 4 850 34 800 5.1 15 12969/280
41.14 35 4 850 33 100 5.1 18 288/7
37.12 39 4 850 31 700 5.1 21 297/8
32.90 44 4 850 30 100 5.2 26 10593/322
29.13 50 4 850 28 500 5.3 29 10197/350
25.93 56 4 850 27 100 5.3 35 363/14
23.23 62 4 850 25 800 5.3 41 2277/98
20.60 70 4 850 24 400 5.3 49 6633/322
18.18 80 4 850 23 000 5.4 60 891/49
15.99 91 4 800 21 700 5.4 73 2574/161
14.48 100 4 690 21 000 5.5 83 1419/98
12.61 115 4 530 20 100 5.5 101 4059/322
10.34 140 4 320 20 400 5.5 135 1881/182
9.80 148 3 630 19 600 8.1 64 2479/253
8.65 168 3 640 19 700 8.1 79 666/77
7.60 191 3 620 19 800 8.1 97 1924/253
6.89 210 3 630 19 700 8.2 112 1591/231
6.00 242 3 640 19 600 8.3 140 1517/253
4.92 295 3 030 19 300 8.5 192 703/143
1) Only in conjunction with reduced-backlash version
SIMOGEAR geared motors Parallel shaft geared motors
Transmission ratios and torques
Motor frame size
Article No.
63 71 80 90 100 112 132 160 180 200 225 250
2KJ3408 - 7 77 7 7 - 7 7 T1
2KJ3408 - 7 77 7 7 - 7 7 S1
2KJ3408 - 7 77 7 7 - 7 7 R1
2KJ3408 - 7 77 7 7 - 7 7 Q1
2KJ3408 - 7 77 7 7 - 7 7 P1 2KJ3408 - 7 77 7 7 - 7 7 N1
4
2KJ3408 - 7 77 7 7 - 7 7 M1
2KJ3408 - 7 77 7 7 - 7 7 L1
2KJ3408 - 7 77 7 7 - 7 7 K1
2KJ3408 - 7 77 7 7 - 7 7 J1
2KJ3408 - 7 77 7 7 - 7 7 H1
2KJ3408 - 7 77 7 7 - 7 7 G1
2KJ3408 - 7 77 7 7 - 7 7 F1
2KJ3408 - 7 77 7 7 - 7 7 E1
2KJ3408 - 7 77 7 7 - 7 7 D1
2KJ3408 - 7 77 7 7 - 7 7 C1
2KJ3408 - 7 77 7 7 - 7 7 B1
2KJ3408 - 7 77 7 7 - 7 7 A1
2KJ3308 - 7 77 7 7 - 7 7 A2
2KJ3308 - 7 77 7 7 - 7 7 X1
2KJ3308 - 7 77 7 7 - 7 7 W1
2KJ3308 - 7 77 7 7 - 7 7 V1
2KJ3308 - 7 77 7 7 - 7 7 U1
2KJ3308 - 7 77 7 7 - 7 7 T1
2KJ3308 - 7 77 7 7 - 7 7 S1
2KJ3308 - 7 77 7 7 - 7 7 R1
2KJ3308 - 7 77 7 7 - 7 7 Q1
2KJ3308 - 7 77 7 7 - 7 7 P1
2KJ3308 - 7 77 7 7 - 7 7 N1
2KJ3308 - 7 77 7 7 - 7 7 M1
2KJ3308 - 77777 - 7 7 L1
2KJ3308 - 77777 - 7 7 K1
2KJ3308 - 77777 - 7 7 J1
2KJ3308 - 77777 - 7 7 H1
2KJ3308 - 77777 - 7 7 G1
2KJ3308 - 7 77 7 7 - 7 7 F1
2KJ3308 - 77777 - 7 7 E1
2KJ3308 - 77777 - 7 7 D1
2KJ3308 - 77777 - 7 7 C1
2KJ3308 - 77777 - 7 7 B1
2KJ3308 - 77777 - 7 7 A1
Siemens MD 50.1 · 2017
4/57
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Transmission ratios and torques
Selection and ordering data (continued)
i
n2
T2N FR2
1) JG
Rex
-
rpm Nm N
`
10-4 -
kgm²
FD.149
377.00 3.8 8 000 65 000 4.8 7.1 18495/49
323.04 4.5 8 000 65 000 4.8 9 9045/28
304.03 4.8 8 000 65 000 4.8 10 36180/119
285.00 5.1 8 000 6 5000 4.8 11 285/1
4
252.64 224.42
5.7 8 000 65 000 4.8 14 6.5 8 000 65 000 4.8 16
3537/14 17280/77
202.50 7.2 8 000 65 000 4.8 19 405/2
179.44 8.1 8 000 65 000 4.8 23 28890/161
158.91 9.1 8 000 65 000 4.8 26 5562/35
141.43 10 8 000 65 000 4.8 31 990/7
126.73 11 8 000 65 000 4.8 37 6210/49
112.36 13 8 000 63 600 4.8 43 18090/161
99.18 15 8 000 60 700 4.8 53 4860/49
87.20 17 8 000 57 700 4.8 63 14040/161
78.98 18 8 000 54 800 4.8 71 3870/49
68.76 21 8 000 52 600 4.9 85 11070/161
56.37 26 8 000 49 600 4.9 111 5130/91
50.01 29 8 000 45 600 5.2 73 37960/759
45.30 32 8 000 43 300 5.2 83 31390/693
39.43 37 7 970 41 400 5.2 102 29930/759
32.33 45 7 510 39 000 5.2 135 13870/429
FZ.149
48.48 30 8 000 42 700 4.6 31 1600/33
43.89 33 8 000 40 800 4.6 36 395/9
38.55 38 8 000 38 500 4.6 44 2660/69
34.93 42 8 000 36 800 4.6 51 524/15
31.11 47 8 000 34 900 4.7 60 280/9
27.94 52 8 000 33 100 4.7 72 1760/63
24.93 58 8 000 31 300 4.7 84 1720/69
22.22 65 8 000 29 600 4.7 98 200/9
19.71 74 8 000 27 800 4.7 117 1360/69
18.10 80 8 000 26 600 4.8 132 380/21
15.94 91 8 000 24 900 4.8 156 1100/69
13.08 111 7 620 23 200 4.9 212 170/13
11.47 126 7 320 23 700 4.9 241 172/15
8.97 162 6 770 24 500 6.2 379 260/29
8.09 179 5 690 23 900 6.2 200 2420/299
6.64 218 5 690 24 000 6.3 277 1122/169
5.82 249 5 680 24 000 6.6 325 1892/325
4.55 319 5 650 23 600 7.3 517 132/29
1) Only in conjunction with reduced-backlash version
Motor frame size
Article No.
63 71 80 90 100 112 132 160 180 200 225 250
2KJ3410 - 7 77 7 7 - 7 7 W1
2KJ3410 - 7 77 7 7 - 7 7 V1
2KJ3410 - 7 77 7 7 - 7 7 U1
2KJ3410 - 7 77 7 7 - 7 7 T1
2KJ3410 - 7 77 7 7 - 7 7 S1
2KJ3410 - 7 77 7 7 - 7 7 R1
2KJ3410 - 7 77 7 7 - 7 7 Q1
2KJ3410 - 7 77 7 7 - 7 7 P1
2KJ3410 - 7 77 7 7 - 7 7 N1
2KJ3410 - 7 77 7 7 - 7 7 M1
2KJ3410 - 7 77 7 7 - 7 7 L1
2KJ3410 - 7 77 7 7 - 7 7 K1
2KJ3410 - 77777 - 7 7 J1
2KJ3410 - 77777 - 7 7 H1
2KJ3410 - 77777 - 7 7 G1
2KJ3410 - 77777 - 7 7 F1
2KJ3410 - 77777 - 7 7 E1
2KJ3410 - 77777 - 7 7 D1
2KJ3410 - 77777 - 7 7 C1
2KJ3410 - 77777 - 7 7 B1
2KJ3410 - 77777 - 7 7 A1
2KJ3310 - 7 77 7 7 - 7 7 T1
2KJ3310 - 7 77 7 7 - 7 7 S1
2KJ3310 - 7 77 7 7 - 7 7 R1
2KJ3310 - 7 77 7 7 - 7 7 Q1
2KJ3310 - 7 77 7 7 - 7 7 P1
2KJ3310 - 7 77 7 7 - 7 7 N1
2KJ3310 - 7 77 7 7 - 7 7 M1
2KJ3310 - 77777 - 7 7 L1
2KJ3310 - 77777 - 7 7 K1
2KJ3310 - 77777 - 7 7 J1
2KJ3310 - 77777 - 7 7 H1
2KJ3310 - 77777 - 7 7 G1
2KJ3310 - 77777 - 7 7 F1
2KJ3310 - 77777 - 7 7 E1
2KJ3310 - 77777 - 7 7 D1
2KJ3310 - 77777 - 7 7 C1
2KJ3310 - 77777 - 7 7 B1
2KJ3310 - 77777 - 7 7 A1
4/58
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Transmission ratios and torques
Selection and ordering data (continued)
i
n2
T2N FR2
1) JG
Rex
-
rpm Nm N
`
10-4 -
kgm²
Motor frame size
Article No.
63 71 80 90 100 112 132 160 180 200 225 250
FD.169
368.00 3.9 13 600 73 500 4.4 18 106240/289
2KJ3411 - 7 77 7 7 - 7 7 V1
343.01 4.2 13 600 73 500 4.4 19 52480/153
2KJ3411 - 7 77 7 7 - 7 7 U1
304.94 4.8 13 600 73 500 4.4 24 5184/17
2KJ3411 - 7 77 7 7 - 7 7 T1
273.80 5.3 13 600 73 500 4.4 28 51200/187
2KJ3411 - 7 77 7 7 - 7 7 S1
247.84 217.70
5.9 13 600 73 500 4.4 33 6.7 13 600 73 500 4.4 40
12640/51 85120/391
2KJ3411 - 7 77 7 7 - 7 7 R1 2KJ3411 - 7 77 7 7 - 7 7 Q1
4
197.27 7.4 13 600 73 500 4.4 46 16768/85
2KJ3411 - 7 77 7 7 - 7 7 P1
175.69 8.3 13 600 73 500 4.4 54 8960/51
2KJ3411 - 7 77 7 7 - 7 7 N1
157.76 9.2 13 600 73 500 4.4 64 56320/357
2KJ3411 - 7 77 7 7 - 7 7 M1
140.77 10 13 600 73 500 4.4 74 55040/391
2KJ3411 - 7 77 7 7 - 7 7 L1
125.49 12 13 600 73 500 4.4 86 6400/51
2KJ3411 - 77777 - 7 7 K1
111.30 13 13 600 73 500 4.4 101 2560/23
2KJ3411 - 77777 - 7 7 J1
102.18 14 13 600 73 500 4.4 113 12160/119
2KJ3411 - 77777 - 7 7 H1
90.03 16 13 600 73 500 4.4 132 35200/391
2KJ3411 - 77777 - 7 7 G1
73.85 20 13 600 71 200 4.5 176 960/13
2KJ3411 - 77777 - 7 7 F1
64.75 22 13 600 67 400 4.5 194 5504/85
2KJ3411 - 77777 - 7 7 E1
50.63 29 13 600 60 600 4.5 302 24960/493
2KJ3411 - 77777 - 7 7 D1
46.55 31 13 600 58 300 4.7 201 3026/65
2KJ3411 - 77777 - 7 7 C1
40.82 36 13 600 55 000 4.7 226 15308/375
2KJ3411 - 77777 - 7 7 B1
31.92 45 13 600 53 400 4.8 355 4628/145
2KJ3411 - 77777 - 7 7 A1
FZ.169
44.93 32 12 400 59 900 4.2 68 3100/69
2KJ3311 - 7 77 7 7 - 7 7 S1
41.07 35 13 600 55 100 4.3 80 616/15
2KJ3311 - 7 77 7 7 - 7 7 R1
36.94 39 13 600 52 500 4.3 95 665/18
2KJ3311 - 7 77 7 7 - 7 7 Q1
33.02 44 13 600 49 800 4.4 111 2080/63
2KJ3311 - 7 77 7 7 - 7 7 P1
29.86 49 13 600 47 500 4.4 133 2060/69
2KJ3311 - 7 77 7 7 - 7 7 N1
26.35 55 13 600 44 700 4.4 157 1660/63
2KJ3311 - 77777 - 7 7 M1
23.48 62 13 600 42 200 4.4 186 540/23
2KJ3311 - 77777 - 7 7 L1
21.27 68 13 600 42 300 4.3 206 1340/63
2KJ3311 - 77777 - 7 7 K1
19.13 76 13 600 42 800 4.3 249 440/23
2KJ3311 - 77777 - 7 7 J1
15.90 91 13 500 43 200 4.4 314 620/39
2KJ3311 - 77777 - 7 7 H1
14.13 103 12 900 43 200 4.4 386 212/15
2KJ3311 - 77777 - 7 7 G1
11.26 129 11 700 42 800 4.6 534 980/87
2KJ3311 - 77777 - 7 7 F1
8.97 162 10 400 41 900 4.8 710 260/29
2KJ3311 - 7 77 7 7 - 7 7 E1
8.07 180 8 350 39 300 5.9 396 1364/169
2KJ3311 - 77777 - 7 7 D1
7.18 202 8 310 38 900 5.9 489 2332/325
2KJ3311 - 77777 - 7 7 C1
5.72 253 8 210 37 800 6.4 697 2156/377
2KJ3311 - 77777 - 7 7 B1
4.55 319 7 300 36 400 6.8 967 132/29
2KJ3311 - 7 77 7 7 - 7 7 A1
1) Only in conjunction with reduced-backlash version
Siemens MD 50.1 · 2017
4/59
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Transmission ratios and torques
Selection and ordering data (continued)
i
n2
T2N FR2
1) JG
Rex
-
rpm Nm N
`
10-4 -
kgm²
FD.189
347.35 4.2 19 000 110 900 4.1
36 590499/1700
310.76 4.7 19 000 110 900 4.1
43 290563/935
280.27 5.2 19 000 110 900 4.1
49 571753/2040
247.71 5.9 19 000 110 900 4.1
61 290563/1173
4
226.42 203.69
6.4 19 000 110 900 4.1 7.1 19 000 110 900 4.1
71 1443442/6375 84 1246609/6120
182.03 8 19 000 110 900 4.1
98 139256/765
164.61 8.8 19 000 110 900 4.1 117 965419/5865
145.28 10 19 000 110 900 4.1 136 111137/765
129.45 11 19 000 110 900 4.1 160 253071/1955
117.27 12 19 000 110 900 4.1 175 89713/765
105.48 14 19 000 110 900 4.1 210 206206/1955
87.65 17 19 000 108 200 4.1 258 22351/255
77.92 19 19 000 103 200 4.1 314 496769/6375
62.11 23 19 000 94 000 4.2 422 459277/7395
49.43 29 19 000 85 400 4.2 533 121849/2465
40.61 36 19 000 78 400 4.4 478 35329/870
32.32 45 19 000 70 800 4.4 621 9373/290
FZ.189
37.93 38 19 000 76 100 4.0 143 11948/315
34.03 43 19 000 72 500 4.1 169 3914/115
30.41 48 19 000 68 900 4.1 202 3193/105
27.17 53 19 000 65 400 4.1 241 9373/345
24.85 58 19 000 62 700 4.1 269 7828/315
22.09 66 19 000 59 300 4.1 321 7622/345
18.75 77 19 000 54 700 4.2 410 7313/390
16.21 89 19 000 50 800 4.2 495 6077/375
13.26 109 17 600 48 700 4.3 687 5768/435
10.89 133 16 300 50 000 4.4 906 4738/435
8.47 171 14 700 50 400 4.8 1 333 3811/450
1) Only in conjunction with reduced-backlash version
Motor frame size
Article No.
63 71 80 90 100 112 132 160 180 200 225 250
2KJ3412 - 7 77 7 7 - 7 7 T1
2KJ3412 - 7 77 7 7 - 7 7 S1
2KJ3412 - 7 77 7 7 - 7 7 R1
2KJ3412 - 7 77 7 7 - 7 7 Q1
2KJ3412 - 7 77 7 7 - 7 7 P1
2KJ3412 - 7 77 7 7 - 7 7 N1
2KJ3412 - 7 77 7 7 - 7 7 M1
2KJ3412 - 7 77 7 7 - 7 7 L1
2KJ3412 - 77777 - 7 7 K1
2KJ3412 - 77777 - 7 7 J1
2KJ3412 - 77777 - 7 7 H1
2KJ3412 - 77777 - 7 7 G1
2KJ3412 - 77777 - 7 7 F1
2KJ3412 - 77777 - 7 7 E1
2KJ3412 - 77777 - 7 7 D1
2KJ3412 - 7 77 7 7 - 7 7 C1
2KJ3412 - 77777 - 7 7 B1
2KJ3412 - 7 77 7 7 - 7 7 A1
2KJ3312 - 7 77 7 7 - 7 7 L1
2KJ3312 - 7 77 7 7 - 7 7 K1
2KJ3312 - 77777 - 7 7 J1
2KJ3312 - 77777 - 7 7 H1
2KJ3312 - 77777 - 7 7 G1
2KJ3312 - 77777 - 7 7 F1
2KJ3312 - 77777 - 7 7 E1
2KJ3312 - 77777 - 7 7 D1
2KJ3312 - 77777 - 7 7 C1
2KJ3312 - 7 77 7 7 - 7 7 B1
2KJ3312 - 7 77 7 7 - 7 7 A1
4/60
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Transmission ratios and torques for very low speeds
Selection and ordering data
i
n2
T2N
FR2
1)
JG
Rex
-
rpm
Nm
N
`
10-4 kgm² -
Motor frame size
Article No.
63 71 80 90 100 112 132 160
FZ.29-D19
8 237
0.18 150
5 220
-
0.03 93697098/11375
2KJ3321 - 7 7 77 7 - 7 7 P1
7 157
0.20 150
5 220
-
0.04 81408954/11375
2KJ3321 - 7 7 77 7 - 7 7 N1
6 506
0.22 150
5 220
-
0.04 14801628/2275
2KJ3321 - 7 7 77 7 - 7 7 M1
5 536
0.26 150
5 220
-
0.06 62976738/11375
2KJ3321 - 7 7 77 7 - 7 7 L1
5 033
0.29 150
5 220
-
4 389
0.33 150
5 220
-
3 928
0.37 150
5 220
-
0.07 0.08 0.11
11450316/2275 768009/175 8936832/2275
2KJ3321 - 7 7 77 7 - 7 7 K1
2KJ3321 - 7 7 77 7 - 7 7 J1
4
2KJ3321 - 7 7 77 7 - 7 7 H1
3 488
0.42 150
5 220
-
0.13 7936093/2275
2KJ3321 - 7 7 77 7 - 7 7 G1
3 220
0.45 150
5 220
-
0.16 95233116/29575
2KJ3321 - 7 7 77 7 - 7 7 F1
2 797
0.52 150
5 220
-
0.17 44544522/15925
2KJ3321 - 7 7 77 7 - 7 7 E1
2 431
0.60 150
5 220
-
0.18 27648324/11375
2KJ3321 - 7 7 77 7 - 7 7 D1
2 194
0.66 150
5 220
-
0.22 768009/350
2KJ3321 - 7 7 77 7 - 7 7 C1
2 065
0.70 150
5 220
-
0.26 361416/175
2KJ3321 - 7 7 77 7 - 7 7 B1
1 800
0.81 150
5 220
-
0.29 4096048/2275
2KJ3321 - 7 7 77 7 - 7 7 A1
FZ.29-Z19
1 760
0.82 150
5 220
-
0.02 1715912/975
2KJ3320 - 7 7 77 7 - 7 7 R1
1 558
0.93 150
5 220
-
0.03 2532354/1625
2KJ3320 - 7 7 77 7 - 7 7 Q1
1 354
1.1
150
5 220
-
0.04 2200242/1625
2KJ3320 - 7 7 77 7 - 7 7 P1
1 231
1.2
150
5 220
-
0.05 400044/325
2KJ3320 - 7 7 77 7 - 7 7 N1
1 047
1.4
150
5 220
-
0.07 1702074/1625
2KJ3320 - 7 7 77 7 - 7 7 M1
952
1.5
150
5 220
-
0.08 309468/325
2KJ3320 - 7 7 77 7 - 7 7 L1
830
1.7
150
5 220
-
0.09 20757/25
2KJ3320 - 7 7 77 7 - 7 7 K1
743
2
150
5 220
-
0.12 241536/325
2KJ3320 - 7 7 77 7 - 7 7 J1
660
2.2
150
5 220
-
0.15 214489/325
2KJ3320 - 7 7 77 7 - 7 7 H1
609
2.4
150
5 220
-
0.18 2573868/4225
2KJ3320 - 7 7 77 7 - 7 7 G1
529
2.7
150
5 220
-
0.2
1203906/2275
2KJ3320 - 7 7 77 7 - 7 7 F1
460
3.2
150
5 220
-
0.21 747252/1625
2KJ3320 - 7 7 77 7 - 7 7 E1
415
3.5
150
5 220
-
0.27 20757/50
2KJ3320 - 7 7 77 7 - 7 7 D1
391
3.7
150
5 220
-
0.32 9768/25
2KJ3320 - 7 7 77 7 - 7 7 C1
340.63 4.3
150
5 220
-
0.36 110704/325
2KJ3320 - 7 7 77 7 - 7 7 B1
314.27 4.6
150
5 220
-
0.19 428978/1365
2KJ3320 - 7 7 77 7 - 7 7 A1
1) Only in conjunction with reduced-backlash version
Siemens MD 50.1 · 2017
4/61
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Transmission ratios and torques for very low speeds
Selection and ordering data (continued)
i
n2
T2N
FR2
1)
JG
Rex
-
rpm
Nm
N
`
10-4 kgm² -
Motor frame size
Article No.
63 71 80 90 100 112 132 160
FZ.39-D19
8 247
0.18 230
6 040
-
0.04 262670067/31850
2KJ3323 - 7 7 77 7 - 7 7 N1
7 497
0.19 230
6 040
-
0.04 23879097/3185
2KJ3323 - 7 7 77 7 - 7 7 M1
6 380
0.23 230
6 040
-
0.06 203197599/31850
2KJ3323 - 7 7 77 7 - 7 7 L1
5 800
0.25 230
6 040
-
0.07 18472509/3185
2KJ3323 - 7 7 77 7 - 7 7 K1
5 057
0.29 230
6 040
-
0.08 4956039/980
4
4 527
0.32 230
6 040
-
0.11 14417568/3185
4 020
0.36 230
6 040
-
0.13 51212403/12740
2KJ3323 - 7 7 77 7 - 7 7 J1 2KJ3323 - 7 7 77 7 - 7 7 H1 2KJ3323 - 7 7 77 7 - 7 7 G1
3 711
0.39 230
6 040
-
0.16 153637209/41405
2KJ3323 - 7 7 77 7 - 7 7 F1
3 223
0.45 230
6 040
-
0.17 143725131/44590
2KJ3323 - 7 7 77 7 - 7 7 E1
2 801
0.52 230
6 040
-
0.18 44604351/15925
2KJ3323 - 7 7 77 7 - 7 7 D1
2 529
0.57 230
6 040
-
0.22 4956039/1960
2KJ3323 - 7 7 77 7 - 7 7 C1
2 380
0.61 230
6 040
-
0.26 9912078/4165
2KJ3323 - 7 7 77 7 - 7 7 B1
2 075
0.7
230
6 040
-
0.29 6608052/3185
2KJ3323 - 7 7 77 7 - 7 7 A1
FZ.39-Z19
2 028
0.71 230
6 040
-
0.02 922746/455
2KJ3322 - 7 7 77 7 - 7 7 T1
1 796
0.81 230
6 040
-
0.03 8170767/4550
2KJ3322 - 7 7 77 7 - 7 7 S1
1 560
0.93 230
6 040
-
0.04 7099191/4550
2KJ3322 - 7 7 77 7 - 7 7 R1
1 418
1.0
230
6 040
-
0.05 645381/455
2KJ3322 - 7 7 77 7 - 7 7 Q1
1 207
1.2
230
6 040
-
0.07 5491827/4550
2KJ3322 - 7 7 77 7 - 7 7 P1
1 097
1.3
230
6 040
-
0.08 499257/455
2KJ3322 - 7 7 77 7 - 7 7 N1
957
1.5
230
6 040
-
0.09 133947/140
2KJ3322 - 7 7 77 7 - 7 7 M1
856
1.7
230
6 040
-
0.12 389664/455
2KJ3322 - 7 7 77 7 - 7 7 L1
761
1.9
230
6 040
-
0.15 1384119/1820
2KJ3322 - 7 7 77 7 - 7 7 K1
702
2.1
230
6 040
-
0.18 4152357/5915
2KJ3322 - 7 7 77 7 - 7 7 J1
610
2.4
230
6 040
-
0.2
3884463/6370
2KJ3322 - 7 7 77 7 - 7 7 H1
530
2.7
230
6 040
-
0.21 1205523/2275
2KJ3322 - 7 7 77 7 - 7 7 G1
478
3.0
230
6 040
-
0.27 133947/280
2KJ3322 - 7 7 77 7 - 7 7 F1
450
3.2
230
6 040
-
0.32 267894/595
2KJ3322 - 7 7 77 7 - 7 7 E1
393
3.7
230
6 040
-
0.36 178596/455
2KJ3322 - 7 7 77 7 - 7 7 D1
362
4.0
230
6 040
-
0.19 461373/1274
2KJ3322 - 7 7 77 7 - 7 7 C1
314.58 4.6
230
6 040
-
0.22 431607/1372
2KJ3322 - 7 7 77 7 - 7 7 B1
273.36 5.3
230
6 040
-
0.23 133947/490
2KJ3322 - 7 7 77 7 - 7 7 A1
1) Only in conjunction with reduced-backlash version
4/62
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Transmission ratios and torques for very low speeds
Selection and ordering data (continued)
i
n2
T2N
FR2
1)
JG
Rex
-
rpm
Nm
N
`
10-4 kgm² -
Motor frame size
Article No.
63 71 80 90 100 112 132 160
FD.49-D19
14 685 0.10 480
7 960
-
0.07 14699730/1001
2KJ3425 - 7 7 77 7 - 7 7 C1
12 805 0.11 480
7 960
-
0.08 179265/14
2KJ3425 - 7 7 77 7 - 7 7 B1
11 461 0.13 480
7 960
-
0.11 11472960/1001
2KJ3425 - 7 7 77 7 - 7 7 A1
FD.49-Z19
752 1.9
480
7 960
-
679 2.1
480
7 960
-
639 2.3
480
7 960
-
0.21 0.28 0.32
3762/5 2717/4 10868/17
2KJ3424 - 7 7 77 7 - 7 7 J1
2KJ3424 - 7 7 77 7 - 7 7 H1
4
2KJ3424 - 7 7 77 7 - 7 7 G1
557 2.6
480
7 960
-
0.37 1672/3
2KJ3424 - 7 7 77 7 - 7 7 F1
514 2.8
480
7 960
-
0.20 32395/63
2KJ3424 - 7 7 77 7 - 7 7 E1
447 3.2
480
7 960
-
0.23 393965/882
2KJ3424 - 7 7 77 7 - 7 7 D1
388 3.7
480
7 960
-
0.25 2717/7
2KJ3424 - 7 7 77 7 - 7 7 C1
350 4.1
480
7 960
-
0.32 176605/504
2KJ3424 - 7 7 77 7 - 7 7 B1
329.79 4.4
480
7 960
-
0.37 353210/1071
2KJ3424 - 7 7 77 7 - 7 7 A1
FZ.49-D19
11 357 0.13 480
7 960
-
0.02 46506262/4095
2KJ3325 - 7 7 77 7 - 7 7 Q1
10 056 0.14 480
7 960
-
0.03 45756161/4550
2KJ3325 - 7 7 77 7 - 7 7 P1
8 737 0.17 480
7 960
-
0.04 39755353/4550
2KJ3325 - 7 7 77 7 - 7 7 N1
7 943 0.18 480
7 960
-
0.04 3614123/455
2KJ3325 - 7 7 77 7 - 7 7 M1
6 759 0.21 480
7 960
-
0.06 30754141/4550
2KJ3325 - 7 7 77 7 - 7 7 L1
6 145 0.24 480
7 960
-
0.07 2795831/455
2KJ3325 - 7 7 77 7 - 7 7 K1
5 358 0.27 480
7 960
-
0.08 750101/140
2KJ3325 - 7 7 77 7 - 7 7 J1
4 796 0.3
480
7 960
-
0.11 2182112/455
2KJ3325 - 7 7 77 7 - 7 7 H1
4 259 0.34 480
7 960
-
0.13 23253131/5460
2KJ3325 - 7 7 77 7 - 7 7 G1
3 931 0.37 480
7 960
-
0.16 23253131/5915
2KJ3325 - 7 7 77 7 - 7 7 F1
3 415 0.42 480
7 960
-
0.17 21752929/6370
2KJ3325 - 7 7 77 7 - 7 7 E1
2 967 0.49 480
7 960
-
0.18 6750909/2275
2KJ3325 - 7 7 77 7 - 7 7 D1
2 679 0.54 480
7 960
-
0.22 750101/280
2KJ3325 - 7 7 77 7 - 7 7 C1
2 521 0.58 480
7 960
-
0.26 1500202/595
2KJ3325 - 7 7 77 7 - 7 7 B1
2 198 0.66 480
7 960
-
0.29 3000404/1365
2KJ3325 - 7 7 77 7 - 7 7 A1
FZ.49-Z19
2 149 0.67 480
7 960
-
0.02 1256926/585
2KJ3324 - 7 7 77 7 - 7 7 J1
1 903 0.76 480
7 960
-
0.03 1236653/650
2KJ3324 - 7 7 77 7 - 7 7 H1
1 653 0.88 480
7 960
-
0.04 1074469/650
2KJ3324 - 7 7 77 7 - 7 7 G1
1 503 0.96 480
7 960
-
0.05 97679/65
2KJ3324 - 7 7 77 7 - 7 7 F1
1 279 1.1
480
7 960
-
0.07 831193/650
2KJ3324 - 7 7 77 7 - 7 7 E1
1 163 1.2
480
7 960
-
0.08 75563/65
2KJ3324 - 7 7 77 7 - 7 7 D1
1 014 1.4
480
7 960
-
0.09 20273/20
2KJ3324 - 7 7 77 7 - 7 7 C1
907 1.6
480
7 960
-
0.13 58976/65
2KJ3324 - 7 7 77 7 - 7 7 B1
806 1.8
480
7 960
-
0.15 628463/780
2KJ3324 - 7 7 77 7 - 7 7 A1
1) Only in conjunction with reduced-backlash version
Siemens MD 50.1 · 2017
4/63
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Transmission ratios and torques for very low speeds
Selection and ordering data (continued)
i
n2
T2N
FR2
1)
JG
Rex
-
rpm
Nm
N
`
10-4 kgm² -
FD.69-D19
13 479 0.11 600
10 800
-
0.08 94350/7
12 065 0.12 600
10 800
-
0.11 12076800/1001
FD.69-Z19
1 200 1.2
600
10 800
-
0.32 1200/1
1 046 1.4
600
10 800
-
0.37 13600/13
4
965 1.5
600
10 800
-
0.19 263500/273
838 1.7
600
10 800
-
0.22 123250/147
729 2.0
600
10 800
-
0.23 5100/7
658 2.2
600
10 800
-
0.30 27625/42
619 2.3
600
10 800
-
0.35 13000/21
587 2.5
600
10 800
-
0.37 1760/3
541 2.7
600
10 800
-
0.20 34100/63
470 3.1
600
10 800
-
0.23 207350/441
409 3.5
600
10 800
-
0.25 2860/7
369 3.9
600
10 800
-
0.32 46475/126
FZ.69-D19
11 955 0.12 600
10 800
-
0.02 9790792/819
10 586 0.14 600
10 800
-
0.03 4816438/455
9 197 0.16 600
10 800
-
0.04 4184774/455
8 361 0.17 600
10 800
-
0.04 760868/91
7 115 0.20 600
10 800
-
0.06 3237278/455
6 468 0.22 600
10 800
-
0.07 588596/91
5 640 0.26 600
10 800
-
0.08 39479/7
5 048 0.29 600
10 800
-
0.11 459392/91
4 483 0.32 600
10 800
-
0.13 1223849/273
4 138 0.35 600
10 800
-
0.16 4895396/1183
3 595 0.4
600
10 800
-
0.17 2289782/637
3 124 0.46 600
10 800
-
0.18 1421244/455
2 820 0.51 600
10 800
-
0.22 39479/14
2 654 0.55 600
10 800
-
0.26 315832/119
2 314 0.63 600
10 800
-
0.29 631664/273
FZ.69-Z19
2 262 0.64 600
10 800
-
0.02 264616/117
2 003 0.72 600
10 800
-
0.03 130174/65
1 740 0.83 600
10 800
-
0.04 113102/65
1 582 0.92 600
10 800
-
0.05 20564/13
1 346 1.1
600
10 800
-
0.07 87494/65
1 224 1.2
600
10 800
-
0.08 15908/13
1) Only in conjunction with reduced-backlash version
Motor frame size
Article No.
63 71 80 90 100 112 132 160
2KJ3427 - 7 7 77 7 - 7 7 B1 2KJ3427 - 7 7 77 7 - 7 7 A1
2KJ3426 - 7 7 77 7 - 7 7 M1 2KJ3426 - 7 7 77 7 - 7 7 L1 2KJ3426 - 7 7 77 7 - 7 7 K1 2KJ3426 - 7 7 77 7 - 7 7 J1 2KJ3426 - 7 7 77 7 - 7 7 H1 2KJ3426 - 7 7 77 7 - 7 7 G1 2KJ3426 - 7 7 77 7 - 7 7 F1 2KJ3426 - 7 7 77 7 - 7 7 E1 2KJ3426 - 7 7 77 7 - 7 7 D1 2KJ3426 - 7 7 77 7 - 7 7 C1 2KJ3426 - 7 7 77 7 - 7 7 B1 2KJ3426 - 7 7 77 7 - 7 7 A1
2KJ3327 - 7 7 77 7 - 7 7 Q1 2KJ3327 - 7 7 77 7 - 7 7 P1 2KJ3327 - 7 7 77 7 - 7 7 N1 2KJ3327 - 7 7 77 7 - 7 7 M1 2KJ3327 - 7 7 77 7 - 7 7 L1 2KJ3327 - 7 7 77 7 - 7 7 K1 2KJ3327 - 7 7 77 7 - 7 7 J1 2KJ3327 - 7 7 77 7 - 7 7 H1 2KJ3327 - 7 7 77 7 - 7 7 G1 2KJ3327 - 7 7 77 7 - 7 7 F1 2KJ3327 - 7 7 77 7 - 7 7 E1 2KJ3327 - 7 7 77 7 - 7 7 D1 2KJ3327 - 7 7 77 7 - 7 7 C1 2KJ3327 - 7 7 77 7 - 7 7 B1 2KJ3327 - 7 7 77 7 - 7 7 A1
2KJ3326 - 7 7 77 7 - 7 7 F1 2KJ3326 - 7 7 77 7 - 7 7 E1 2KJ3326 - 7 7 77 7 - 7 7 D1 2KJ3326 - 7 7 77 7 - 7 7 C1 2KJ3326 - 7 7 77 7 - 7 7 B1 2KJ3326 - 7 7 77 7 - 7 7 A1
4/64
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Transmission ratios and torques for very low speeds
Selection and ordering data (continued)
i
n2
T2N
FR2
1)
JG
Rex
-
rpm
Nm
N
`
10-4 kgm² -
Motor frame size
Article No.
63 71 80 90 100 112 132 160
FD.79-D39
17 865 0.08 1 000 13 600
-
0.08 583103521/32640
2KJ3430 - 7 7 77 7 - 7 7 E1
16 241 0.09 1 000 13 600
-
0.10 53009411/3264
2KJ3430 - 7 7 77 7 - 7 7 D1
14 240 0.10 1 000 13 600
-
0.12 278875597/19584
2KJ3430 - 7 7 77 7 - 7 7 C1
12 710 0.11 1 000 13 600
-
0.15 6914271/544
2KJ3430 - 7 7 77 7 - 7 7 B1
11 327 0.13 1 000 13 600
-
FZ.79-D39
11 301 0.13 1 000 13600
-
0.17 887331445/78336 0.03 155608271/13770
2KJ3430 - 7 7 77 7 - 7 7 A1
4
2KJ3330 - 7 7 77 7 - 7 7 N1
10 023 0.14 1 000 13 600
-
0.05 6765577/675
2KJ3330 - 7 7 77 7 - 7 7 M1
8 696 0.17 1 000 13 600
-
0.05 399169043/45900
2KJ3330 - 7 7 77 7 - 7 7 L1
7 906 0.18 1 000 13 600
-
0.07 399169043/50490
2KJ3330 - 7 7 77 7 - 7 7 K1
6 780 0.21 1 000 13 600
-
0.08 155608271/22950
2KJ3330 - 7 7 77 7 - 7 7 J1
6 164 0.24 1 000 13 600
-
0.10 155608271/25245
2KJ3330 - 7 7 77 7 - 7 7 H1
5 405 0.27 1 000 13 600
-
0.12 74421347/13770
2KJ3330 - 7 7 77 7 - 7 7 G1
4 824 0.30 1 000 13 600
-
0.15 13531154/2805
2KJ3330 - 7 7 77 7 - 7 7 F1
4 299 0.34 1 000 13 600
-
0.17 47359039/11016
2KJ3330 - 7 7 77 7 - 7 7 E1
3 968 0.37 1 000 13 600
-
0.21 3643003/918
2KJ3330 - 7 7 77 7 - 7 7 D1
3 474 0.42 1 000 13 600
-
0.25 10631621/3060
2KJ3330 - 7 7 77 7 - 7 7 C1
3 046 0.48 1 000 13 600
-
0.23 209732887/68850
2KJ3330 - 7 7 77 7 - 7 7 B1
2 764 0.52 1 000 13 600
-
0.33 6765577/2448
2KJ3330 - 7 7 77 7 - 7 7 A1
FZ.79-Z39
2 687 0.54 1 000 13 600
-
0.06 13059137/4860
2KJ3328 - 7 7 77 7 - 7 7 S2
2 389 0.61 1 000 13 600
-
0.07 6450899/2700
2KJ3328 - 7 7 77 7 - 7 7 R1
2 098 0.69 1 000 13 600
-
0.08 157339/75
2KJ3328 - 7 7 77 7 - 7 7 Q1
1 907 0.76 1 000 13 600
-
0.10 314678/165
2KJ3328 - 7 7 77 7 - 7 7 P1
1 632 0.89 1 000 13 600
-
0.12 1101373/675
2KJ3328 - 7 7 77 7 - 7 7 N1
1 483 0.98 1 000 13 600
-
0.14 2202746/1485
2KJ3328 - 7 7 77 7 - 7 7 M1
1 311 1.1
1 000 13 600
-
0.17 157339/120
2KJ3328 - 7 7 77 7 - 7 7 L1
1 192 1.2
1 000 13 600
-
0.22 157339/132
2KJ3328 - 7 7 77 7 - 7 7 K1
1 044 1.4
1 000 13 600
-
0.26 6765577/6480
2KJ3328 - 7 7 77 7 - 7 7 J1
964 1.5
1 000 13 600
-
0.31 520429/540
2KJ3328 - 7 7 77 7 - 7 7 H1
853 1.7
1 000 13 600
-
0.36 921557/1080
2KJ3328 - 7 7 77 7 - 7 7 G1
710 2.0
1 000 13 600
-
0.48 2045407/2880
2KJ3328 - 7 7 77 7 - 7 7 F1
668 2.2
1 000 13 600
-
0.56 2045407/3060
2KJ3328 - 7 7 77 7 - 7 7 E1
599 2.4
1 000 13 600
-
0.61 5821543/9720
2KJ3328 - 7 7 77 7 - 7 7 D1
510 2.8
1 000 13 600
-
0.79 1101373/2160
2KJ3328 - 7 7 77 7 - 7 7 C1
437 3.3
1 000 13 600
-
1.03 157339/360
2KJ3328 - 7 7 77 7 - 7 7 B1
376 3.9
1 000 13 600
-
1.31 4877509/12960
2KJ3328 - 7 7 77 7 - 7 7 A1
1) Only in conjunction with reduced-backlash version
Siemens MD 50.1 · 2017
4/65
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Transmission ratios and torques for very low speeds
Selection and ordering data (continued)
i
n2
T2N
FR2
1)
JG
Rex
-
rpm
Nm
N
`
10-4 kgm² -
FD.89-D39
17 750 0.08 1 850 17 400
-
0.12 15389528/867
15 843 0.09 1 850 17 400
-
0.15 50365728/3179
FD.89-Z39
648 2.2
1 850 17 400
-
0.75 47389680/73117
581 2.5
1 850 17 400
-
0.85 7493240/12903
4
494 2.9
1 850 17 400
-
1.12 2126460/4301
424 3.4
1 850 17 400
-
1.48 1822680/4301
365 4
1 850 17 400
-
1.91 1569530/4301
FZ.89-D39
14 522 0.1
1 850 17 400
-
0.03 33327322/2295
12 880 0.11 1 850 17 400
-
0.05 2898028/225
11 175 0.13 1 850 17 400
-
0.05 42745913/3825
10 159 0.14 1 850 17 400
-
0.07 85491826/8415
8 713 0.17 1 850 17 400
-
0.08 33327322/3825
7 921 0.18 1 850 17 400
-
0.10 66654644/8415
6 945 0.21 1 850 17 400
-
0.12 15939154/2295
6 299 0.23 1 850 17 400
-
0.15 5796056/935
5 525 0.26 1 850 17 400
-
0.17 5071549/918
5 100 0.28 1 850 17 400
-
0.21 10143098/1989
4 465 0.32 1 850 17 400
-
0.25 1138511/255
3 915 0.37 1 850 17 400
-
0.23 44919434/11475
3 552 0.41 1 850 17 400
-
0.33 724507/204
FZ.89-Z39
3 453 0.42 1 850 17 400
-
0.06 1398467/405
3 070 0.47 1 850 17 400
-
0.07 690809/225
2 696 0.54 1 850 17 400
-
0.08 67396/25
2 451 0.59 1 850 17 400
-
0.10 134792/55
2 097 0.69 1 850 17 400
-
0.12 471772/225
1 906 0.76 1 850 17 400
-
0.14 943544/495
1 685 0.86 1 850 17 400
-
0.17 16849/10
1 532 0.95 1 850 17 400
-
0.22 16849/11
1 342 1.1
1 850 17 400
-
0.26 724507/540
1 238 1.2
1 850 17 400
-
0.31 724507/585
1 097 1.3
1 850 17 400
-
0.36 98687/90
913 1.6
1 850 17 400
-
0.48 219037/240
859 1.7
1 850 17 400
-
0.56 219037/255
770 1.9
1 850 17 400
-
0.61 623413/810
1) Only in conjunction with reduced-backlash version
Motor frame size
Article No.
63 71 80 90 100 112 132 160
2KJ3432 - 7 7 77 7 - 7 7 B1 2KJ3432 - 7 7 77 7 - 7 7 A1
2KJ3431 - 7 7 77 7 - 7 7 E1 2KJ3431 - 7 7 77 7 - 7 7 D1 2KJ3431 - 7 7 77 7 - 7 7 C1 2KJ3431 - 7 7 77 7 - 7 7 B1 2KJ3431 - 7 7 77 7 - 7 7 A1
2KJ3332 - 7 7 77 7 - 7 7 N1 2KJ3332 - 7 7 77 7 - 7 7 M1 2KJ3332 - 7 7 77 7 - 7 7 L1 2KJ3332 - 7 7 77 7 - 7 7 K1 2KJ3332 - 7 7 77 7 - 7 7 J1 2KJ3332 - 7 7 77 7 - 7 7 H1 2KJ3332 - 7 7 77 7 - 7 7 G1 2KJ3332 - 7 7 77 7 - 7 7 F1 2KJ3332 - 7 7 77 7 - 7 7 E1 2KJ3332 - 7 7 77 7 - 7 7 D1 2KJ3332 - 7 7 77 7 - 7 7 C1 2KJ3332 - 7 7 77 7 - 7 7 B1 2KJ3332 - 7 7 77 7 - 7 7 A1
2KJ3331 - 7 7 77 7 - 7 7 P1 2KJ3331 - 7 7 77 7 - 7 7 N1 2KJ3331 - 7 7 77 7 - 7 7 M1 2KJ3331 - 7 7 77 7 - 7 7 L1 2KJ3331 - 7 7 77 7 - 7 7 K1 2KJ3331 - 7 7 77 7 - 7 7 J1 2KJ3331 - 7 7 77 7 - 7 7 H1 2KJ3331 - 7 7 77 7 - 7 7 G1 2KJ3331 - 7 7 77 7 - 7 7 F1 2KJ3331 - 7 7 77 7 - 7 7 E1 2KJ3331 - 7 7 77 7 - 7 7 D1 2KJ3331 - 7 7 77 7 - 7 7 C1 2KJ3331 - 7 7 77 7 - 7 7 B1 2KJ3331 - 7 7 77 7 - 7 7 A1
4/66
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Transmission ratios and torques for very low speeds
Selection and ordering data (continued)
i
n2
T2N
FR2
1)
JG
Rex
-
rpm
Nm
N
`
10-4 kgm² -
Motor frame size
Article No.
63 71 80 90 100 112 132 160
FD.109-D39
22 701 0.06 3 100 25 000
-
0.05 5286392566/232875
2KJ3434 - 7 7 77 7 - 7 7 L1
20 637 0.07 3 100 25 000
-
0.07 10572785132/512325
2KJ3434 - 7 7 77 7 - 7 7 K1
17 699 0.08 3 100 25 000
-
0.08 179199748/10125
2KJ3434 - 7 7 77 7 - 7 7 J1
16 090 0.09 3 100 25 000
-
0.10 358399496/22275
2KJ3434 - 7 7 77 7 - 7 7 H1
14 108 0.10 3 100 25 000
-
12 592 0.12 3 100 25 000
-
11 222 0.13 3 100 25 000
-
0.12 1971197228/139725 0.15 716798992/56925 0.18 313599559/27945
2KJ3434 - 7 7 77 7 - 7 7 G1
2KJ3434 - 7 7 77 7 - 7 7 F1
4
2KJ3434 - 7 7 77 7 - 7 7 E1
10 359 0.14 3 100 25 000
-
0.21 96492172/9315
2KJ3434 - 7 7 77 7 - 7 7 D1
9 069 0.16 3 100 25 000
-
0.25 140799802/15525
2KJ3434 - 7 7 77 7 - 7 7 C1
7 952 0.18 3 100 25 000
-
0.23 5555192188/698625
2KJ3434 - 7 7 77 7 - 7 7 B1
7 214 0.2
3 100 25 000
-
0.33 44799937/6210
2KJ3434 - 7 7 77 7 - 7 7 A1
FD.109-Z39
7 014 0.21 3 100 25 000
-
0.06 2940126098/419175
2KJ3433 - 7 7 77 7 - 7 7 A2
6 237 0.23 3 100 25 000
-
0.07 1452351446/232875
2KJ3433 - 7 7 77 7 - 7 7 X1
5 476 0.26 3 100 25 000
-
0.09 141692824/25875
2KJ3433 - 7 7 77 7 - 7 7 W1
4 978 0.29 3 100 25 000
-
0.10 283385648/56925
2KJ3433 - 7 7 77 7 - 7 7 V1
4 259 0.34 3 100 25 000
-
0.12 991849768/232875
2KJ3433 - 7 7 77 7 - 7 7 U1
3 872 0.37 3 100 25 000
-
0.15 1983699536/512325
2KJ3433 - 7 7 77 7 - 7 7 T1
3 423 0.42 3 100 25 000
-
0.17 17711603/5175
2KJ3433 - 7 7 77 7 - 7 7 S1
3 111 0.47 3 100 25 000
-
0.23 35423206/11385
2KJ3433 - 7 7 77 7 - 7 7 R1
2 725 0.53 3 100 25 000
-
0.27 761598929/279450
2KJ3433 - 7 7 77 7 - 7 7 Q1
2 516 0.58 3 100 25 000
-
0.32 117169066/46575
2KJ3433 - 7 7 77 7 - 7 7 P1
2 227 0.65 3 100 25 000
-
0.38 103739389/46575
2KJ3433 - 7 7 77 7 - 7 7 N1
1 854 0.78 3 100 25 000
-
0.50 230250839/124200
2KJ3433 - 7 7 77 7 - 7 7 M1
1 745 0.83 3 100 25 000
-
0.59 27088334/15525
2KJ3433 - 7 7 77 7 - 7 7 L1
1 563 0.93 3 100 25 000
-
0.64 655329311/419175
2KJ3433 - 7 7 77 7 - 7 7 K1
1 331 1.1
3 100 25 000
-
0.84 123981221/93150
2KJ3433 - 7 7 77 7 - 7 7 J1
1 141 1.3
3 100 25 000
-
1.10 17711603/15525
2KJ3433 - 7 7 77 7 - 7 7 H1
982 1.5
3 100 25 000
-
1.40 549059693/558900
2KJ3433 - 7 7 77 7 - 7 7 G1
810 1.8
3 100 25 000
-
0.73 154343969/190440
2KJ3433 - 7 7 77 7 - 7 7 F1
763 1.9
3 100 25 000
-
0.84 18158114/23805
2KJ3433 - 7 7 77 7 - 7 7 E1
683 2.1
3 100 25 000
-
0.96 439286681/642735
2KJ3433 - 7 7 77 7 - 7 7 D1
582 2.5
3 100 25 000
-
1.28 83108291/142830
2KJ3433 - 7 7 77 7 - 7 7 C1
499 2.9
3 100 25 000
-
1.70 11872613/23805
2KJ3433 - 7 7 77 7 - 7 7 B1
429 3.4
3 100 25 000
-
2.20 368051003/856980
2KJ3433 - 7 7 77 7 - 7 7 A1
1) Only in conjunction with reduced-backlash version
Update 02/2018
Siemens MD 50.1 · 2017
4/67
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Transmission ratios and torques for very low speeds
Selection and ordering data (continued)
i
n2
T2N
FR2
1)
JG
Rex
-
rpm
Nm
N
`
10-4 kgm² -
Motor frame size
Article No.
63 71 80 90 100 112 132 160
FD.129-D49
27 777 0.05 4 850 37 200
-
0.08 31110629/1120
2KJ3436 - 7 7 77 7 - 7 7 N1
25 252 0.06 4 850 37 200
-
0.10 2828239/112
2KJ3436 - 7 7 77 7 - 7 7 M1
21 605 0.07 4 850 37 200
-
0.12 31110629/1440
2KJ3436 - 7 7 77 7 - 7 7 L1
19 641 0.07 4 850 37 200
-
0.14 2828239/144
2KJ3436 - 7 7 77 7 - 7 7 K1
17 361 0.08 4 850 37 200
-
0.17 31110629/1792
4
15 783 0.09 4 850 37 200
-
0.22 14141195/896
13 824 0.10 4 850 37 200
-
0.26 1337757047/96768
2KJ3436 - 7 7 77 7 - 7 7 J1 2KJ3436 - 7 7 77 7 - 7 7 H1 2KJ3436 - 7 7 77 7 - 7 7 G1
12 761 0.11 4 850 37 200
-
0.31 1337757047/104832
2KJ3436 - 7 7 77 7 - 7 7 F1
11 298 0.13 4 850 37 200
-
0.37 1275535789/112896
2KJ3436 - 7 7 77 7 - 7 7 E1
9 404 0.15 4 850 37 200
-
0.50 404438177/43008
2KJ3436 - 7 7 77 7 - 7 7 D1
8 851 0.16 4 850 37 200
-
0.59 23790481/2688
2KJ3436 - 7 7 77 7 - 7 7 C1
7 930 0.18 4 850 37 200
-
0.65 1151093273/145152
2KJ3436 - 7 7 77 7 - 7 7 B1
6 751 0.21 4 850 37 200
-
0.85 31110629/4608
2KJ3436 - 7 7 77 7 - 7 7 A1
FD.129-Z49
6 604 0.22 4 850 37 200
-
0.18 177513589/26880
2KJ3435 - 7 7 77 7 - 7 7 B2
6 004 0.24 4 850 37 200
-
0.21 16137599/2688
2KJ3435 - 7 7 77 7 - 7 7 A2
5 106 0.28 4 850 37 200
-
0.27 9150185/1792
2KJ3435 - 7 7 77 7 - 7 7 X1
4 642 0.31 4 850 37 200
-
0.32 4159175/896
2KJ3435 - 7 7 77 7 - 7 7 W1
4 142 0.35 4 850 37 200
-
0.38 133592701/32256
2KJ3435 - 7 7 77 7 - 7 7 V1
3 714 0.39 4 850 37 200
-
0.45 831835/224
2KJ3435 - 7 7 77 7 - 7 7 U1
3 347 0.43 4 850 37 200
-
0.53 107972183/32256
2KJ3435 - 7 7 77 7 - 7 7 T1
3 090 0.47 4 850 37 200
-
0.63 107972183/34944
2KJ3435 - 7 7 77 7 - 7 7 S1
2 821 0.51 4 850 37 200
-
0.75 53071073/18816
2KJ3435 - 7 7 77 7 - 7 7 R1
2 340 0.62 4 850 37 200
-
0.95 100652035/43008
2KJ3435 - 7 7 77 7 - 7 7 Q1
2 203 0.66 4 850 37 200
-
1.10 100652035/45696
2KJ3435 - 7 7 77 7 - 7 7 P1
2 080 0.70 4 850 37 200
-
1.25 100652035/48384
2KJ3435 - 7 7 77 7 - 7 7 N1
1 770 0.82 4 850 37 200
-
1.53 23790481/13440
2KJ3435 - 7 7 77 7 - 7 7 M1
1 516 0.96 4 850 37 200
-
1.89 1164569/768
2KJ3435 - 7 7 77 7 - 7 7 L1
1 333 1.1
4 850 37 200
-
2.3
86011739/64512
2KJ3435 - 7 7 77 7 - 7 7 K1
1 125 1.3
4 850 37 200
-
2.9
34770703/30912
2KJ3435 - 7 7 77 7 - 7 7 J1
980 1.5
4 850 37 200
-
3.9
5490111/5600
2KJ3435 - 7 7 77 7 - 7 7 H1
967 1.5
4 850 37 200
-
1.51 27620791/28560
2KJ3435 - 7 7 77 7 - 7 7 G1
913 1.6
4 850 37 200
-
1.71 27620791/30240
2KJ3435 - 7 7 77 7 - 7 7 F1
777 1.9
4 850 37 200
-
2.2
32642753/42000
2KJ3435 - 7 7 77 7 - 7 7 E1
666 2.2
4 850 37 200
-
2.8
1597897/2400
2KJ3435 - 7 7 77 7 - 7 7 D1
585 2.5
4 850 37 200
-
3.5
118016107/201600
2KJ3435 - 7 7 77 7 - 7 7 C1
494 2.9
4 850 37 200
-
4.5
47708639/96600
2KJ3435 - 7 7 77 7 - 7 7 B1
430 3.4
4 850 37 200
-
6.0
7532943/17500
2KJ3435 - 7 7 77 7 - 7 7 A1
1) Only in conjunction with reduced-backlash version
4/68
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Transmission ratios and torques for very low speeds
Selection and ordering data (continued)
i
n2
T2N
FR2
1)
JG
Rex
-
rpm
Nm
N
`
10-4 kgm² -
Motor frame size
Article No.
63 71 80 90 100 112 132 160
FD.149-D49
27 793 0.05 8 000 65 000
-
0.08 1361853/49
2KJ3438 - 7 7 77 7 - 7 7 N1
25 266 0.06 8 000 65 000
-
0.10 13618530/539
2KJ3438 - 7 7 77 7 - 7 7 M1
21 617 0.07 8 000 65 000
-
0.12 151317/7
2KJ3438 - 7 7 77 7 - 7 7 L1
19 652 0.07 8 000 65 000
-
0.14 1513170/77
2KJ3438 - 7 7 77 7 - 7 7 K1
17 371 0.08 8 000 65 000
-
15 791 0.09 8 000 65 000
-
13 832 0.10 8 000 65 000
-
0.17 0.22 0.26
6809265/392 34046325/2156 10844385/784
2KJ3438 - 7 7 77 7 - 7 7 J1
2KJ3438 - 7 7 77 7 - 7 7 H1
4
2KJ3438 - 7 7 77 7 - 7 7 G1
12 768 0.11 8 000 65 000
-
0.31 32533155/2548
2KJ3438 - 7 7 77 7 - 7 7 F1
11 305 0.13 8 000 65 000
-
0.37 31019985/2744
2KJ3438 - 7 7 77 7 - 7 7 E1
9 409 0.15 8 000 65 000
-
0.50 29506815/3136
2KJ3438 - 7 7 77 7 - 7 7 D1
8 856 0.16 8 000 65 000
-
0.59 1735695/196
2KJ3438 - 7 7 77 7 - 7 7 C1
7 935 0.18 8 000 65 000
-
0.66 3110405/392
2KJ3438 - 7 7 77 7 - 7 7 B1
6 755 0.21 8 000 65 000
-
0.86 756585/112
2KJ3438 - 7 7 77 7 - 7 7 A1
FD.149-Z49
6 608 0.22 8 000 65 000
-
0.18 2590191/392
2KJ3437 - 7 7 77 7 - 7 7 B2
6 007 0.24 8 000 65 000
-
0.22 12950955/2156
2KJ3437 - 7 7 77 7 - 7 7 A2
5 109 0.28 8 000 65 000
-
0.28 2002725/392
2KJ3437 - 7 7 77 7 - 7 7 X1
4 545 0.32 8 000 65 000
-
0.34 10013625/2156
2KJ3437 - 7 7 77 7 - 7 7 W1
4 144 0.35 8 000 65 000
-
0.39 3248865/784
2KJ3437 - 7 7 77 7 - 7 7 V1
3 716 0.39 8 000 65 000
-
0.47 2002725/539
2KJ3437 - 7 7 77 7 - 7 7 U1
3 349 0.43 8 000 65 000
-
0.55 2625795/784
2KJ3437 - 7 7 77 7 - 7 7 T1
3 092 0.47 8 000 65 000
-
0.66 7877385/2548
2KJ3437 - 7 7 77 7 - 7 7 S1
2 822 0.51 8 000 65 000
-
0.78 3871935/1372
2KJ3437 - 7 7 77 7 - 7 7 R1
2 342 0.62 8 000 65 000
-
1.0
7343325/3136
2KJ3437 - 7 7 77 7 - 7 7 Q1
2 204 0.66 8 000 65 000
-
1.16 7343325/3332
2KJ3437 - 7 7 77 7 - 7 7 P1
2 081 0.70 8 000 65 000
-
1.31 815925/392
2KJ3437 - 7 7 77 7 - 7 7 N1
1 771 0.82 8 000 65 000
-
1.62 347139/196
2KJ3437 - 7 7 77 7 - 7 7 M1
1 517 0.96 8 000 65 000
-
2.0
133515/88
2KJ3437 - 7 7 77 7 - 7 7 L1
1 334 1.1
8 000 65 000
-
2.5
2091735/1568
2KJ3437 - 7 7 77 7 - 7 7 K1
1 125 1.3
8 000 65 000
-
3.2
110295/98
2KJ3437 - 7 7 77 7 - 7 7 J1
981 1.5
8 000 65 000
-
4.2
240327/245
2KJ3437 - 7 7 77 7 - 7 7 H1
968 1.5
8 000 65 000
-
1.81 806058/833
2KJ3437 - 7 7 77 7 - 7 7 G1
914 1.6
8 000 65 000
-
2.0
44781/49
2KJ3437 - 7 7 77 7 - 7 7 F1
778 1.9
8 000 65 000
-
2.6
952614/1225
2KJ3437 - 7 7 77 7 - 7 7 E1
666 2.2
8 000 65 000
-
3.4
36639/55
2KJ3437 - 7 7 77 7 - 7 7 D1
586 2.5
8 000 65 000
-
4.3
574011/980
2KJ3437 - 7 7 77 7 - 7 7 C1
494 2.9
8 000 65 000
-
5.7
121068/245
2KJ3437 - 7 7 77 7 - 7 7 B1
431 3.4
8 000 65 000
-
7.5
2638008/6125
2KJ3437 - 7 7 77 7 - 7 7 A1
1) Only in conjunction with reduced-backlash version
Siemens MD 50.1 · 2017
4/69
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Transmission ratios and torques for very low speeds
Selection and ordering data (continued)
i
n2
T2N
FR2
1)
JG
Rex
-
rpm
Nm
N
`
10-4 kgm² -
FD.169-D69
29 846 0.05 13 600 73 500
-
0.07 4387328/147
26 206 0.06 13 600 73 500
-
0.08 1284096/49
23 824 0.06 13 600 73 500
-
0.10 1167360/49
20 382 0.07 13 600 73 500
-
0.12 428032/21
18 530 0.08 13 600 73 500
-
0.15 389120/21
4
16 379 0.09 13 600 73 500
-
0.17 802560/49
14 890 0.10 13 600 73 500
-
0.23 729600/49
13 042 0.11 13 600 73 500
-
0.26 5751680/441
12 039 0.12 13 600 73 500
-
0.32 23006720/1911
10 659 0.14 13 600 73 500
-
0.39 10968320/1029
8 872 0.16 13 600 73 500
-
0.52 434720/49
8 350 0.17 13 600 73 500
-
0.61 6955520/833
7 482 0.19 13 600 73 500
-
0.68 9898240/1323
6 370 0.23 13 600 73 500
-
0.89 133760/21
FD.169-Z69
6 230 0.23 13 600 73 500
-
0.21 5189888/833
5 664 0.26 13 600 73 500
-
0.26 4718080/833
4 817 0.30 13 600 73 500
-
0.33 4012800/833
4 379 0.33 13 600 73 500
-
0.40 3648000/833
3 907 0.37 13 600 73 500
-
0.47 9764480/2499
3 503 0.41 13 600 73 500
-
0.57 2918400/833
3 158 0.46 13 600 73 500
-
0.67 7891840/2499
2 915 0.50 13 600 73 500
-
0.80 31567360/10829
2 661 0.54 13 600 73 500
-
0.95 15516160/5831
2 208 0.66 13 600 73 500
-
1.25 1839200/833
2 078 0.70 13 600 73 500
-
1.44 29427200/14161
1 963 0.74 13 600 73 500
-
1.63 14713600/7497
1 670 0.87 13 600 73 500
-
2.1
1391104/833
1 431 1.0
13 600 73 500
-
2.6
24320/17
1 258 1.2
13 600 73 500
-
3.2
3143360/2499
1 061 1.4
13 600 73 500
-
4.2
20331520/19159
925 1.6
13 600 73 500
-
5.7
3852288/4165
869 1.7
13 600 73 500
-
3.2
21401600/24633
739 2.0
13 600 73 500
-
4.3
2023424/2737
633 2.3
13 600 73 500
-
5.6
2723840/4301
557 2.6
13 600 73 500
-
7.1
4572160/8211
470 3.1
13 600 73 500
-
9.7
29573120/62951
409 3.5
13 600 73 500
-
13
5603328/13685
1) Only in conjunction with reduced-backlash version
Motor frame size
Article No.
63 71 80 90 100 112 132 160
2KJ3441 - 7 7 77 7 - 7 7 P1 2KJ3441 - 7 7 77 7 - 7 7 N1 2KJ3441 - 7 7 77 7 - 7 7 M1 2KJ3441 - 7 7 77 7 - 7 7 L1 2KJ3441 - 7 7 77 7 - 7 7 K1 2KJ3441 - 7 7 77 7 - 7 7 J1 2KJ3441 - 7 7 77 7 - 7 7 H1 2KJ3441 - 7 7 77 7 - 7 7 G1 2KJ3441 - 7 7 77 7 - 7 7 F1 2KJ3441 - 7 7 77 7 - 7 7 E1 2KJ3441 - 7 7 77 7 - 7 7 D1 2KJ3441 - 7 7 77 7 - 7 7 C1 2KJ3441 - 7 7 77 7 - 7 7 B1 2KJ3441 - 7 7 77 7 - 7 7 A1
2KJ3440 - 7 7 77 7 - 7 7 A2 2KJ3440 - 7 7 77 7 - 7 7 X1 2KJ3440 - 7 7 77 7 - 7 7 W1 2KJ3440 - 7 7 77 7 - 7 7 V1 2KJ3440 - 7 7 77 7 - 7 7 U1 2KJ3440 - 7 7 77 7 - 7 7 T1 2KJ3440 - 7 7 77 7 - 7 7 S1 2KJ3440 - 7 7 77 7 - 7 7 R1 2KJ3440 - 7 7 77 7 - 7 7 Q1 2KJ3440 - 7 7 77 7 - 7 7 P1 2KJ3440 - 7 7 77 7 - 7 7 N1 2KJ3440 - 7 7 77 7 - 7 7 M1 2KJ3440 - 7 7 77 7 - 7 7 L1 2KJ3440 - 7 7 77 7 - 7 7 K1 2KJ3440 - 7 7 77 7 - 7 7 J1 2KJ3440 - 7 7 77 7 - 7 7 H1 2KJ3440 - 7 7 77 7 - 7 7 G1 2KJ3440 - 7 7 77 7 - 7 7 F1 2KJ3440 - 7 7 77 7 - 7 7 E1 2KJ3440 - 7 7 77 7 - 7 7 D1 2KJ3440 - 7 7 77 7 - 7 7 C1 2KJ3440 - 7 7 77 7 - 7 7 B1 2KJ3440 - 7 7 77 7 - 7 7 A1
4/70
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Transmission ratios and torques for very low speeds
Selection and ordering data (continued)
i
n2
T2N
FR2
1)
JG
Rex
-
rpm
Nm
N
`
10-4 kgm² -
Motor frame size
Article No.
63 71 80 90 100 112 132 160
FD.189-D69
27 341 0.05 19 000 110 900 -
0.10 2870816/105
2KJ3443 - 7 7 77 7 - 7 7 M1
23 392 0.06 19 000 110 900 -
0.12 15789488/675
2KJ3443 - 7 7 77 7 - 7 7 L1
21 265 0.07 19 000 110 900 -
0.15 2870816/135
2KJ3443 - 7 7 77 7 - 7 7 K1
18 797 0.08 19 000 110 900 -
0.17 1973686/105
2KJ3443 - 7 7 77 7 - 7 7 J1
17 088 14 968 13 817
0.08 0.10 0.10
19 000 110 900 19 000 110 900 19 000 110 900 -
0.23 0.27 0.32
358852/21 42434249/2835 13056692/945
2KJ3443 - 7 7 77 7 - 7 7 H1
2KJ3443 - 7 7 77 7 - 7 7 G1
4
2KJ3443 - 7 7 77 7 - 7 7 F1
12 233 0.12 19 000 110 900 -
0.39 80921126/6615
2KJ3443 - 7 7 77 7 - 7 7 E1
10 182 0.14 19 000 110 900 -
0.53 12828959/1260
2KJ3443 - 7 7 77 7 - 7 7 D1
9 583 0.15 19 000 110 900 -
0.62 51315836/5355
2KJ3443 - 7 7 77 7 - 7 7 C1
8 586 0.17 19 000 110 900 -
0.69 73026382/8505
2KJ3443 - 7 7 77 7 - 7 7 B1
7 310 0.20 19 000 110 900 -
0.90 986843/135
2KJ3443 - 7 7 77 7 - 7 7 A1
FD.189-Z69
7 150 0.20 19 000 110 900 -
0.23 191447542/26775
2KJ3442 - 7 7 77 7 - 7 7 C2
6 500 0.22 19 000 110 900 -
0.28 34808644/5355
2KJ3442 - 7 7 77 7 - 7 7 B2
5 529 0.26 19 000 110 900 -
0.35 1973686/357
2KJ3442 - 7 7 77 7 - 7 7 A2
5 026 0.29 19 000 110 900 -
0.43 1794260/357
2KJ3442 - 7 7 77 7 - 7 7 X1
4 484 0.32 19 000 110 900 -
0.51 72039539/16065
2KJ3442 - 7 7 77 7 - 7 7 W1
4 021 0.36 19 000 110 900 -
0.62 1435408/357
2KJ3442 - 7 7 77 7 - 7 7 V1
3 624 0.40 19 000 110 900 -
0.73 58223737/16065
2KJ3442 - 7 7 77 7 - 7 7 U1
3 345 0.43 19 000 110 900 -
0.87 17914996/5355
2KJ3442 - 7 7 77 7 - 7 7 T1
3 054 0.47 19 000 110 900 -
1.04 114473788/37485
2KJ3442 - 7 7 77 7 - 7 7 S1
2 534 0.57 19 000 110 900 -
1.38 10855273/4284
2KJ3442 - 7 7 77 7 - 7 7 R1
2 385 0.61 19 000 110 900 -
1.57 43421092/18207
2KJ3442 - 7 7 77 7 - 7 7 Q1
2 252 0.64 19 000 110 900 -
1.78 21710546/9639
2KJ3442 - 7 7 77 7 - 7 7 P1
1 917 0.76 19 000 110 900 -
2.3
51315836/26775
2KJ3442 - 7 7 77 7 - 7 7 N1
1 642 0.88 19 000 110 900 -
2.9
1255982/765
2KJ3442 - 7 7 77 7 - 7 7 M1
1 444 1.0
19 000 110 900 -
3.6
46381621/32130
2KJ3442 - 7 7 77 7 - 7 7 L1
1 218 1.2
19 000 110 900 -
4.8
150000136/123165
2KJ3442 - 7 7 77 7 - 7 7 K1
1 061 1.4
19 000 110 900 -
6.4
15789488/14875
2KJ3442 - 7 7 77 7 - 7 7 J1
997 1.5
19 000 110 900 -
4.0
31578976/31671
2KJ3442 - 7 7 77 7 - 7 7 H1
848 1.7
19 000 110 900 -
5.4
74641216/87975
2KJ3442 - 7 7 77 7 - 7 7 G1
727 2.0
19 000 110 900 -
7.1
140669984/193545
2KJ3442 - 7 7 77 7 - 7 7 F1
639 2.3
19 000 110 900 -
9.1
33732088/52785
2KJ3442 - 7 7 77 7 - 7 7 E1
539 2.7
19 000 110 900 -
12
218182016/404685
2KJ3442 - 7 7 77 7 - 7 7 D1
478 3.0
19 000 110 900 -
12
8403976/17595
2KJ3442 - 7 7 77 7 - 7 7 C1
403 3.6
19 000 110 900 -
16
54357632/134895
2KJ3442 - 7 7 77 7 - 7 7 B1
351 4.1
19 000 110 900 -
21
17165568/48875
2KJ3442 - 7 7 77 7 - 7 7 A1
1) Only in conjunction with reduced-backlash version
Siemens MD 50.1 · 2017
4/71
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
Dimensional drawing overview
Information about dimensional drawings can be found in chapter "Introduction" on page 1/21.
Design Parallel shaft geared motor FZ and FD Shaft-mounted design
4
G_D087_XX_00188
Housing flange design
Flange-mounted design
G_D087_XX_00189
G_D087_XX_00190
Flange-mounted design with VLplus reinforced bearing system
Size
FDAD./FZAD.29 FDAD./FZAD.39 FDAD./FZAD.49 FDAD./FZAD.69 FDAD./FZAD.79 FDAD./FZAD.89 FDAD./FZAD.109 FDAD./FZAD.129 FDAD./FZAD.149 FDAD./FZAD.169 FDAD./FZAD.189
FD.Z./FZ.Z.29 FD.Z./FZ.Z.39 FD.Z./FZ.Z.49 FD.Z./FZ.Z.69 FD.Z./FZ.Z.79 FD.Z./FZ.Z.89 FD.Z./FZ.Z.109 FD.Z./FZ.Z.129 FD.Z./FZ.Z.149 FD.Z./FZ.Z.169 FD.Z./FZ.Z.189
FD.F./FZ.F.29 FD.F./FZ.F.39 FD.F./FZ.F.49 FD.F./FZ.F.69 FD.F./FZ.F.79 FD.F./FZ.F.89 FD.F./FZ.F.109 FD.F./FZ.F.129 FD.F./FZ.F.149 FD.F./FZ.F.169 FD.F./FZ.F.189
FD.F./FZ.F.89 FD.F./FZ.F.109 FD.F./FZ.F.129 FD.F./FZ.F.149 FD.F./FZ.F.169
Dimensional drawing on page
4/74 4/78 4/82 4/86 4/90 4/94 4/99 4/104 4/109 4/114 4/119
4/75 4/79 4/83 4/87 4/91 4/95 4/100 4/105 4/110 4/115 4/120
4/76 4/80 4/84 4/88 4/92 4/96 4/101 4/106 4/111 4/116 4/121
4/97 4/102 4/107 4/112 4/117
4/72
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Dimensional drawing overview (continued)
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
Design Parallel shaft geared motor FZ and FD Foot-mounted design
G_D087_XX_00191
Parallel shaft tandem geared motor
Frame size
FD../FZ..29 FD../FZ..39 FD../FZ..49 FD../FZ..69 FD../FZ..79 FD../FZ..89 FD../FZ..109 FD../FZ..129 FD../FZ..149 FD../FZ..169 FD../FZ..189
FD../FZ..29-D/Z19 ... FD..189-D/Z69
Dimensional drawing on page
4/77
4/81
4/85
4/89
4/93
4
4/98
4/103
4/108
4/113
4/118
4/122
4/123 ... 4/124
Additional versions and options SIMOLOC assembly system
Protection covers
FDADR/FZADR29 ... FDADR/FZADR89
4/125
FD../FZ..29 ... FD../FZ..189
4/126 ... 4/127
Inner contour of the flange design
FDF/FZF.29 ... FDF/FZF.189
FDAF/FZAF.29 ... FDAF/FZAF.189
4/128
Update 02/2018
Siemens MD 50.1 · 2017
4/73
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
FDAD./FZAD.29 gearbox in a shaft-mounted design
FAD030, FADS030
FDAD/FZAD29
kB
k
LBL
AD
25
LB
10
4
ØAC 224,5
140 98,5
FDAD/FZAD29
8,5
90
142
FDADS/FZADS29
8,5
90
64,5 Ø30
Ø10,5
Ø40 Ø30
y y
14
min.4
2,2*
y =
RZ 40 RZ 25
15
Ø57
Ø25 H7
Ø40 Ø25 H7
R1,6
106,5
40
40
5 28,3
M10
32,6
89
1
104
72
4
Ø25 h6 Ø25 h6
8 JS9 Ø25
132,5 25
20
0,1x45°
126
25
30
Ø25 h6
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 292.5 337.0 194.0 238.5
71 138.8 134.0 324.5 379.5 226.0 281.0
71Z 138.8 134.0 343.5 398.5 245.0 300.0
LE 80 156.3 149.2 388.5 448.5 290.0 350.0
80Z 156.3 149.2 423.5 483.5 325.0 385.0
902) 173.8 154.2 450.0 520.0 351.5 421.5
90Z2) 173.8 154.2 490.0 560.0 391.5 461.5
1002) 198.0 170.5 506.5 585.0 408.0 486.5
100Z2) 198.0 170.5 541.5 620.0 443.0 521.5
$ ISO 4017
( DIN 332
1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1 2) FDADS/FZADS not possible
* Spring compression at max. torque
4/74
Siemens MD 50.1 · 2017
© Siemens AG 2018
FD.Z./FZ.Z.29 gearbox in a housing flange design
FZ030, FAZ030, FAZS030
FDZ/FZZ29
kB k
9,5
90
LBL
26
LB
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
AD 10
ØAC
140 Ø102 Ø74 j6
Ø25 k6 Ø11
98,5
6
4
224,5
Ø25 k6
50
5
40
58
Ø86
64,5
28
11 81
3
97
DR M10x22 4
FDAZ/FZAZ29
8,5
90
FDAZS/FZAZS29
8,5
90
M8x16 142
Ø57
Ø25 H7
Ø40 Ø25 H7
R1,6
5 106,5
5
5
132,5
25
40
40
28,3
20
8 JS9 Ø25
M10
32,6
89
1
104
72
0,1x45°
126
25
30
Ø25 h6 Ø25 h6
4
Ø25 h6
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 293.5 338.0 194.0 238.5
71 138.8 134.0 325.5 380.5 226.0 281.0
71Z 138.8 134.0 344.5 399.5 245.0 300.0
LE 80 156.3 149.2 389.5 449.5 290.0 350.0
80Z 156.3 149.2 424.5 484.5 325.0 385.0
902) 173.8 154.2 451.0 521.0 351.5 421.5
90Z2) 173.8 154.2 491.0 561.0 391.5 461.5
1002) 198.0 170.5 507.5 586.0 408.0 486.5
100Z2) 198.0 170.5 542.5 621.0 443.0 521.5
$ ISO 4017
( DIN 332
) Feather key/keyway DIN 6885-1 / Use bores only for foot-mounted design
1) AD depends on the motor options, for other dimensions see page 8/42.
2) FDADS/FZADS not possible
Siemens MD 50.1 · 2017
4/75
45°
64,5
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
FD.F./FZ.F.29 gearbox in a flange-mounted design
FF030, FAF030, FAFS030
FDF/FZF29 28,5
kB
k
90
LBL
LB
Øa1 Øb1
Ø25 k6 98,5
c1
4
f1
ØAC
50
5
40
Ø25 k6
25
97
FDAF/FZAF29
28,5
90
11
DR M10x22 4
FDAFS/FZAFS29
28,5
90
28
58 10
224,5
a1=120 AD
10
Øe1
Øs1 142
a1=160 136
Ø57
Ø40 Ø25 H7
R1,6
20
106,5
20
132,5
5
25
40
40
28,3
20
8 JS9 Ø25
M10
32,6
89
1
104
72
0,1x45°
126
25
30
Ø25 h6 Ø25 h6
4
Ø25 h6
Ø25 H7
Øe1 Øs1
45°
Flange a1
b1
c1
120
80
8
160
110
9
f1
e1
s1
3.0
100
6.6
3.5
130
9.0
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 312.5 357.0 194.0 238.5
71 138.8 134.0 344.5 399.5 226.0 281.0
71Z 138.8 134.0 363.5 418.5 245.0 300.0
LE 80 156.3 149.2 408.5 468.5 290.0 350.0
80Z 156.3 149.2 443.5 503.5 325.0 385.0
902) 173.8 154.2 470.0 540.0 351.5 421.5
90Z2) 173.8 154.2 510.0 580.0 391.5 461.5
1002) 198.0 170.5 526.5 605.0 408.0 486.5
100Z2) 198.0 170.5 561.5 640.0 443.0 521.5
$ ISO 4017
( DIN 332
) Feather key/keyway DIN 6885-1 . For inner contour see page 4/128
1) AD depends on the motor options, for other dimensions see page 8/42. 2) FDADS/FZADS not possible
/ Use bores only for foot-mounted design
4/76
Siemens MD 50.1 · 2017
© Siemens AG 2018
FD../FZ..29 gearbox in a foot-mounted design
F030, FA030, FAS030
FD/FZ29
kB k
9,5
90
LBL
26
LB
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
AD 10
19
ØAC
140 Ø25 k6
Ø11 98,5 M8x16
64,5 224,5
4
100
119
50
5
40
58
31
Ø25 k6
28
71,5
65
81
97
FDA/FZA29
8,5
90
DR M10x22 4
FDAS/FZAS29
8,5
90
11 142
Ø57
Ø25 H7
Ø40 Ø25 H7
R1,6
20,5 106,5
20,5
5
132,5
25
40
40
28,3
20
8 JS9 Ø25
M10
32,6
89
1
104
72
0,1x45°
126
25
30
Ø25 h6 Ø25 h6
4
Ø25 h6
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 293.5 338.0 194.0 238.5
71 138.8 134.0 325.5 380.5 226.0 281.0
71Z 138.8 134.0 344.5 399.5 245.0 300.0
LE 80 156.3 149.2 389.5 449.5 290.0 350.0
80Z 156.3 149.2 424.5 484.5 325.0 385.0
902) 173.8 154.2 451.0 521.0 351.5 421.5
90Z2) 173.8 154.2 491.0 561.0 391.5 461.5
1002) 198.0 170.5 507.5 586.0 408.0 486.5
100Z2) 198.0 170.5 542.5 621.0 443.0 521.5
$ ISO 4017
( DIN 332
) Feather key/keyway DIN 6885-1 / Use bores only for housing flange design
1) AD depends on the motor options, for other dimensions see page 8/42. 2) FDADS/FZADS not possible
Siemens MD 50.1 · 2017
4/77
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
FDAD./FZAD.39 gearbox in a shaft-mounted design
FAD030, FADS030, FADT030
FDAD/FZAD39 31,5
kB k
LBL LB
AD 12
13,5
min.4
3,8*
Ø40 Ø30
y y
ØAC 258
4
FDAD/FZAD39 14,5 98,5
158 113
FDADS/FZADS39 14,5 98,5
y =
RZ 40 RZ 25
172
15
FDADT/FZADT39 14,5 98,5
79 Ø30
Ø10,5
Ø76
Ø45 Ø30 H7
R3
122
5
44
44
33,3
M10 32,6
1 105
120 89
4
Ø30 h6 Ø30 h6
8 JS9 Ø30
Ø30 h6 33,051-0,039
Ø45
149,5 28
20
0,1x45° 25
143 33
Ø30 H7 Ø37
R2
120
N30x1,25x30x22x9H 2
20 35,5
M10x30 7
18
25
25
18
W30x1,25x30x22x8f
2,75
2
84 8 M10
3
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 307.0 351.5 194.0 238.5
71 138.8 134.0 339.0 394.0 226.0 281.0
71Z 138.8 134.0 358.0 413.0 245.0 300.0
LE 80 156.3 149.2 403.0 463.0 290.0 350.0
80Z 156.3 149.2 438.0 498.0 325.0 385.0
90S 173.8 154.2 464.5 534.5 351.5 421.5
90Z 173.8 154.2 504.5 574.5 391.5 461.5
1002) 198.0 170.5 521.0 599.5 408.0 486.5
100Z2) 198.0 170.5 556.0 634.5 443.0 521.5
1122) 222.0 181.5 531.0 604.0 418.0 491.0
112Z2) 222.0 181.5 556.0 629.0 443.0 516.0
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm
1) AD depends on the motor options, for other dimensions see page 8/42. 2) FDADS/FZADS not possible
* Spring compression at max. torque
4/78
Siemens MD 50.1 · 2017
© Siemens AG 2018
FD.Z./FZ.Z.39 gearbox in a housing flange design
FZ030, FAZ030, FAZS030, FAZT030
FDZ/FZZ39
14,5
98,5
31,5
kB k
LBL LB
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
AD 12
ØAC
158 Ø120 Ø80 j6
Ø25 k6 Ø11
113
258 Ø100 79
6
4
30°
50
5
40
58
Ø25 k6
28
95
11
4
112
FDAZ/FZAZ39 14,5 98,5
DR M10x22 4
FDAZS/FZAZS39 14,5 98,5
M8x14 165
FDAZT/FZAZT39 14,5 98,5
Ø76
Ø45 Ø30 H7
R3
6
6
122
149,5
28
5
44
44
33,3
20
8 JS9 Ø30
M10 32,6
1 105
120 89
0,1x45° 25
143 33
Ø30 h6 Ø30 h6
4
Ø30 h6 33,051-0,039
Ø45
Ø30 H7 Ø37
R2
6 120
N30x1,25x30x22x9H 2
20 35,5
M10x30 7
18
25
25
18
W30x1,25x30x22x8f
2,75
2
84 8 M10
3
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 307.0 351.5 194.0 238.5
71 138.8 134.0 339.0 394.0 226.0 281.0
71Z 138.8 134.0 358.0 413.0 245.0 300.0
LE 80 156.3 149.2 403.0 463.0 290.0 350.0
80Z 156.3 149.2 438.0 498.0 325.0 385.0
90 173.8 154.2 464.5 534.5 351.5 421.5
90Z 173.8 154.2 504.5 574.5 391.5 461.5
1002) 198.0 170.5 521.0 599.5 408.0 486.5
100Z2) 198.0 170.5 556.0 634.5 443.0 521.5
1122) 222.0 181.5 531.0 604.0 418.0 491.0
112Z2) 222.0 181.5 556.0 629.0 443.0 516.0
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1
/ Use bores only for foot-mounted design 1) AD depends on the motor options, for other dimensions see page 8/42.
+ ISO 4762 , Without locating shoulder +1 mm 2) FDADS/FZADS not possible
Siemens MD 50.1 · 2017
4/79
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
FD.F./FZ.F.39 in a flange-mounted design
FF030, FAF030, FAFS030, FAFT030
FDF/FZF39 38,5
kB
k
98,5
LBL
LB
© Siemens AG 2018
Ø160 Ø110 j6
Ø25 k6 113
10
4
10 3,5
ØAC
50
5
40
Ø25 k6
30
112
FDAF/FZAF39
38,5
98,5
11 DR M10x22 4
FDAFS/FZAFS39
38,5
98,5
28 258
79
AD 12
58
Ø130
Ø9 165
FDAFT/FZAFT39
38,5
98,5
45°
Ø76
Ø45 Ø30 H7
R3
24
122
24
149,5
28 5
44
44
33,3
20
8 JS9 Ø30
M10 32,6
1 105
120 89
0,1x45° 25
143 33
Ø30 h6 Ø30 h6
4
Ø30 h6 33,051-0,039
Ø45
Ø30 H7 Ø37
R2
24
120
N30x1,25x30x22x9H 2
20 35,5
M10x30 7
18
25
25
18
W30x1,25x30x22x8f
2,75
2
84 8 M10
3
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 331.0 375.5 194.0 238.5
71 138.8 134.0 363.0 418.0 226.0 281.0
71Z 138.8 134.0 382.0 437.0 245.0 300.0
LE 80 156.3 149.2 427.0 487.0 290.0 350.0
80Z 156.3 149.2 462.0 522.0 325.0 385.0
90 173.8 154.2 488.5 558.5 351.5 421.5
90Z 173.8 154.2 528.5 598.5 391.5 461.5
1002) 198.0 170.5 545.0 623.5 408.0 486.5
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762
. For inner contour see page 4/128 / Use bores only for foot-mounted design 1) AD depends on the motor options, for other dimensions see page 8/42. 2) FADAFS/FZAFS not possible
4/80
Siemens MD 50.1 · 2017
100Z2) 198.0 170.5 580.0 658.5 443.0 521.5
1122) 222.0 181.5 555.0 628.0 418.0 491.0
112Z2) 222.0 181.5 580.0 653.0 443.0 516.0
, Without locating shoulder +1 mm
© Siemens AG 2018
FD../FZ..39 gearbox in a foot-mounted design
F030, FA030, FAS030, FAT030
FD/FZ39
kB k
14,5
98,5
LBL
31,5
LB
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
AD 12
20
ØAC
158 Ø25 k6
Ø11 113 M8x14
79 258
4
115
135
50
5
40
58
Ø25 k6
31
28
72,5
77
95
112
FDA/FZA39 14,5 98,5
DR M10x22 4
FDAS/FZAS39 14,5 98,5
11
165
FDAT/FZAT39 14,5 98,5
Ø76
Ø45 Ø30 H7
R3
22,5
22,5
122
149,5
28
5
44
44
33,3
20
8 JS9 Ø30
M10 32,6
1 105
120 89
0,1x45° 25
143 33
Ø30 h6 Ø30 h6
4
Ø30 h6 33,051-0,039
Ø45
Ø30 H7 Ø37
R2
22,5 120
N30x1,25x30x22x9H 2
20 35,5
M10x30 7
18
25
25
18
W30x1,25x30x22x8f
2,75
2
84 8 M10
3
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 307.0 351.5 194.0 238.5
71 138.8 134.0 339.0 394.0 226.0 281.0
71Z 138.8 134.0 358.0 413.0 245.0 300.0
LE 80 156.3 149.2 403.0 463.0 290.0 350.0
80Z 156.3 149.2 438.0 498.0 325.0 385.0
90 173.8 154.2 464.5 534.5 351.5 421.5
90Z 173.8 154.2 504.5 574.5 391.5 461.5
1002) 198.0 170.5 521.0 599.5 408.0 486.5
100Z2) 198.0 170.5 556.0 634.5 443.0 521.5
1122) 222.0 181.5 531.0 604.0 418.0 491.0
112Z2) 222.0 181.5 556.0 629.0 443.0 516.0
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm
/ Use bores only for housing flange design
1) AD depends on the motor options, for other dimensions see page 8/42.
2) FDAS/FZAS not possible
Siemens MD 50.1 · 2017
4/81
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
FDAD./FZAD.49 gearbox in a shaft-mounted design
FAD030, FADS030, FADT030
FDAD/FZAD49 32
kB k
LBL LB
AD 12
18,5
min.6
4,7*
Ø50 Ø40
y y
ØAC 316
4
FDAD/FZAD49 9,5 130
170 137
FDADS/FZADS49
9,5
130
187,5
y =
RZ 40 RZ 25
20
FDADT/FZADT49 9,5 130
91 Ø40
Ø12,5
Ø84
Ø50 Ø35 H7
R3
152
5
58
58
38,3
M12 42
1 132
150 114
4
Ø35 h6 Ø35 h6
10 JS9 Ø35
182 30
20
0,1x45° 25
175 35
Ø35 h6 38,944-0,045
Ø50
Ø35 H7 Ø37
R2
150
N35x2x30x16x9H 2
20 35,5
M10x30 7
18
32
32
18
W35x2x30x16x8f
4
2
114 8 M10
3
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 324.0 368.5 184.5 229.0
71 138.8 134.0 356.0 411.0 216.5 271.5
71Z 138.8 134.0 375.0 430.0 235.5 290.5
LE 80 156.3 149.2 420.0 480.0 280.5 340.5
80Z 156.3 149.2 455.0 515.0 315.5 375.5
90 173.8 154.2 481.5 551.5 342.0 412.0
90Z 173.8 154.2 521.5 591.5 382.0 452.0
100 198.0 170.5 538.0 616.5 398.5 477.0
100Z 198.0 170.5 573.0 651.5 433.5 512.0
1122) 222.0 181.5 548.0 621.0 408.5 481.5
112Z2) 222.0 181.5 582.5 655.5 443.0 516.0
1322) 264.0 207.0 601.0 705.5 461.5 566.0
132Z2) 264.0 207.0 651.0 755.5 511.5 616.0
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332
) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm
1) AD depends on the motor options, for other dimensions see page 8/42. 2) FDADS/FZADS not possible
* Spring compression at max. torque
4/82
Siemens MD 50.1 · 2017
© Siemens AG 2018
FD.Z./FZ.Z.49 gearbox in a housing flange design
FZ030, FAZ030, FAZS030, FAZT030
FDZ/FZZ49
9,5
130
32
kB k
LBL LB
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
AD 12
ØAC
170 Ø133 Ø95 j6
Ø30 k6 Ø14
137
316 Ø115 91
7
4
30°
60 3,5 50
58
Ø30 k6
33
114
11
5
141
FDAZ/FZAZ49 9,5 130
DR M10x22 4
FDAZS/FZAZS49
9,5
130
M10x17 180
FDAZT/FZAZT49 9,5 130
Ø84
Ø50 Ø35 H7
R3
7
7
152
182
30
5
58
58
38,3
20
10 JS9 Ø35
M12 42
1 132
150 114
0,1x45° 25
175 35
Ø35 h6 Ø35 h6
4
Ø35 h6 38,944-0,045
Ø50
Ø35 H7 Ø37
R2
7 150
N35x2x30x16x9H 2
20 35,5
M10x30 7
18
32
32
18
W35x2x30x16x8f
4
2
114 8 M10
3
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 324.0 368.5 184.5 229.0
71 138.8 134.0 356.0 411.0 216.5 271.5
71Z 138.8 134.0 375.0 430.0 235.5 290.5
LE 80 156.3 149.2 420.0 480.0 280.5 340.5
80Z 156.3 149.2 455.0 515.0 315.5 375.5
90 173.8 154.2 481.5 551.5 342.0 412.0
90Z 173.8 154.2 521.5 591.5 382.0 452.0
100 198.0 170.5 538.0 616.5 398.5 477.0
100Z 198.0 170.5 573.0 651.5 433.5 512.0
1122) 222.0 181.5 548.0 621.0 408.5 481.5
112Z2) 222.0 181.5 582.5 655.5 443.0 516.0
1322) 264.0 207.0 601.0 705.5 461.5 566.0
132Z2) 264.0 207.0 651.0 755.5 511.5 616.0
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm
/ Use bores only for foot-mounted design
1) AD depends on the motor options, for other dimensions see page 8/42.
2) FDAZS/FZAZS not possible
Siemens MD 50.1 · 2017
4/83
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
FD.F./FZ.F.49 gearbox in a flange-mounted design
FF030, FAF030, FAFS030, FAFT030
FDF/FZF49 39,5
kB
k
130
LBL
LB
Ø200 Ø130 j6
Ø30 k6 137
12
4
10 3,5
ØAC
60 3,5 50
Ø30 k6
37
141
FDAF/FZAF49
34,5
130
11 DR M10x22 4
FDAFS/FZAFS49
34,5
130
33 316
91
AD 12
58
Ø165
Ø11 180
FDAFT/FZAFT49
34,5
130
45°
Ø84
Ø50 Ø35 H7
R3
25
152
25
182
30 5
58
58
38,3
20
10 JS9 Ø35
M12 42
1 132
150 114
0,1x45° 25
175 35
Ø35 h6 Ø35 h6
4
Ø35 h6 38,944-0,045
Ø50
Ø35 H7 Ø37
R2
25
150
N35x2x30x16x9H 2
20 35,5
M10x30 7
18
32
32
18
W35x2x30x16x8f
4
2
114 8 M10
3
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 354.0 398.5 184.5 229.0
71 138.8 134.0 386.0 441.0 216.5 271.5
71Z 138.8 134.0 394.0 460.0 235.5 290.5
LE 80 156.3 149.2 450.0 510.0 280.5 340.5
80Z 156.3 149.2 485.0 545.0 315.5 375.5
90 173.8 154.2 511.5 581.5 342.0 412.0
90Z 173.8 154.2 551.5 621.5 382.0 452.0
100 198.0 170.5 568.0 646.5 398.5 477.0
100Z 198.0 170.5 603.0 681.5 433.5 512.0
1122) 222.0 181.5 578.0 651.0 408.5 481.5
112Z2) 222.0 181.5 612.5 685.5 443.0 516.0
1322) 264.0 207.0 631.0 735.5 461.5 566.0
132Z2) 264.0 207.0 681.0 785.5 511.5 616.0
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762
. For inner contour see page 4/128 / Use bores only for foot-mounted design 1) AD depends on the motor options, for other dimensions see page 8/42. 2) FADAFS/FZAFS not possible
, Without locating shoulder +1 mm
4/84
Siemens MD 50.1 · 2017
© Siemens AG 2018
FD../FZ..49 gearbox in a foot-mounted design
F030, FA030, FAS030, FAT030
FD/FZ49
kB k
9,5
130
LBL
32
LB
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
AD 12
20
ØAC
170 Ø30 k6
Ø14 137 M10x17
91 316
4
145
165
60 3,5 50
58
Ø30 k6
43
33
91
93
114
141
FDA/FZA49 9,5 130
DR M10x22 4
FDAS/FZAS49
9,5
130
11
180
FDAT/FZAT49 9,5 130
Ø84
Ø50 Ø35 H7
R3
31
31
152
182
30
5
58
58
38,3
20
10 JS9 Ø35
M12 42
1 132
150 114
0,1x45° 25
175 35
Ø35 h6 Ø35 h6
4
Ø35 h6 38,944-0,045
Ø50
Ø35 H7 Ø37
R2
31 150
N35x2x30x16x9H 2
20 35,5
M10x30 7
18
32
32
18
W35x2x30x16x8f
4
2
114 8 M10
3
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 324.0 368.5 184.5 229.0
71 138.8 134.0 356.0 411.0 216.5 271.5
71Z 138.8 134.0 375.0 430.0 235.5 290.5
LE 80 156.3 149.2 420.0 480.0 280.5 340.5
80Z 156.3 149.2 455.0 515.0 315.5 375.5
90 173.8 154.2 481.5 551.5 342.0 412.0
90Z 173.8 154.2 521.5 591.5 382.0 452.0
100 198.0 170.5 538.0 616.5 398.5 477.0
100Z 198.0 170.5 573.0 651.5 433.5 512.0
1122) 222.0 181.5 548.0 621.0 408.5 481.5
112Z2) 222.0 181.5 582.5 655.5 443.0 516.0
1322) 264.0 207.0 601.0 705.5 461.5 566.0
132Z2) 264.0 207.0 651.0 755.5 511.5 616.0
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm
/ Use bores only for housing flange design
1) AD depends on the motor options, for other dimensions see page 8/42.
2) FDAS/FZAS not possible
Siemens MD 50.1 · 2017
4/85
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
FDAD./FZAD.69 gearbox in a shaft-mounted design
FAD030, FADS030, FADT030
FDAD/FZAD69 41
kB k
LBL LB
AD 14
18
min.6
5,1*
Ø50 Ø40
y y
ØAC 326,5
4
FDAD/FZAD69
18
131
198 138
FDADS/FZADS69
18
131
207,5
y =
RZ 40 RZ 25
20
FDADT/FZADT69
18
131
100,5 Ø40
Ø12,5
Ø84
Ø55 Ø40 H7
R3
168
5
60
60
43,3
M16 47,75
1 142
166 124
4
Ø40 h6 Ø40 h6
12 JS9 Ø40
198 27
20
0,1x45° 25
192 28
Ø40 h6 38,944-0,045
Ø55
Ø40 H7 Ø37
R2
166
N35x2x30x16x9H 2
20 36,5
M10x30 7
19
32
32
19
W35x2x30x16x8f
4
2
129 8 M10
3
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 333.5 378.0 184.5 229.0
71 138.8 134.0 365.5 420.5 216.5 271.5
71Z 138.8 134.0 384.5 439.5 235.5 290.5
LE 80 156.3 149.2 429.5 489.5 280.5 340.5
80Z 156.3 149.2 464.5 524.5 315.5 375.5
90 173.8 154.2 491.0 561.0 342.0 412.0
90Z 173.8 154.2 531.0 601.0 382.0 452.0
100 198.0 170.5 547.5 626.0 398.5 477.0
100Z 198.0 170.5 582.5 661.0 433.5 512.0
1122) 222.0 181.5 557.5 630.5 408.5 481.5
112Z2) 222.0 181.5 592.0 665.0 443.0 516.0
1322) 264.0 207.0 610.5 715.0 461.5 566.0
132Z2) 264.0 207.0 660.5 765.0 511.5 616.0
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332
) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm
1) AD depends on the motor options, for other dimensions see page 8/42. 2) FDADS/FZADS not possible
* Spring compression at max. torque
4/86
Siemens MD 50.1 · 2017
© Siemens AG 2018
FD.Z./FZ.Z.69 gearbox in a housing flange design
FZ030, FAZ030, FAZS030, FAZT030
FDZ/FZZ69
18
131
41
kB k
LBL LB
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
AD 14
ØAC
198 Ø154 Ø110 j6
Ø35 k6 Ø14
138
326,5 Ø130 100,5
7
4
30°
70
7
56
5 10
Ø35 k6
38
126
11
5
157
FDAZ/FZAZ69
18
131
DR M12x28 4
FDAZS/FZAZS69
18
131
M12x20 200
FDAZT/FZAZT69
18
131
Ø84
Ø55 Ø40 H7
R3
7
7
168
198
27
5
60
60
43,3
20
12 JS9 Ø40
M16 47,75
1 142
166 124
0,1x45° 25
192 28
Ø40 h6 Ø40 h6
4
Ø40 h6 38,944-0,045
Ø55
Ø40 H7 Ø37
R2
7 166
N35x2x30x16x9H 2
20 36,5
M10x30 7
19
32
32
19
W35x2x30x16x8f
4
2
129 8 M10
3
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 333.5 378.0 184.5 229.0
71 138.8 134.0 365.5 420.5 216.5 271.5
71Z 138.8 134.0 384.5 439.5 235.5 290.5
LE 80 156.3 149.2 429.5 489.5 280.5 340.5
80Z 156.3 149.2 464.5 524.5 315.5 375.5
90 173.8 154.2 491.0 561.0 342.0 412.0
90Z 173.8 154.2 531.0 601.0 382.0 452.0
100 198.0 170.5 547.5 626.0 398.5 477.0
100Z 198.0 170.5 582.5 661.0 433.5 512.0
1122) 222.0 181.5 557.5 630.5 408.5 481.5
112Z2) 222.0 181.5 592.0 665.0 443.0 516.0
1322) 264.0 207.0 610.5 715.0 461.5 566.0
132Z2) 264.0 207.0 660.5 765.0 511.5 616.0
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm
/ Use bores only for foot-mounted design
1) AD depends on the motor options, for other dimensions see page 8/42.
2) FDAZS/FZAZS not possible
Siemens MD 50.1 · 2017
4/87
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
FD.F./FZ.F.69 gearbox in a flange-mounted design
FF030, FAF030, FAFS030, FAFT030
FDF/FZF69 46
kB
k
131
LBL
LB
Ø250 Ø180 j6
Ø35 k6 138
15
4
10 4
ØAC
70
7
56
Ø35 k6
35
157
FDAF/FZAF69
41,5
131
11 DR M12x28 4
FDAFS/FZAFS69
41,5
131
38
AD 14
326,5
5 10
Ø215
100,5
Ø13,5 200
FDAFT/FZAFT69
41,5
131
45°
Ø84
Ø55 Ø40 H7
R3
23,5
168
23,5
198
27 5
60
60
43,3
20
12 JS9 Ø40
M16 47,75
1 142
166 124
0,1x45° 25
192 28
Ø40 h6 Ø40 h6
4
Ø40 h6 38,944-0,045
Ø55
Ø40 H7 Ø37
R2
23,5
166
N35x2x30x16x9H 2
20 36,5
M10x30 7
19
32
32
19
W35x2x30x16x8f
4
2
129 8 M10
3
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 361.5 406.0 184.5 229.0
71 138.8 134.0 393.5 448.5 216.5 271.5
71Z 138.8 134.0 412.5 467.5 235.5 290.5
LE 80 156.3 149.2 457.5 517.5 280.5 340.5
80Z 156.3 149.2 492.5 552.5 315.5 375.5
90 173.8 154.2 519.0 589.0 342.0 412.0
90Z 173.8 154.2 559.0 629.0 382.0 452.0
100 198.0 170.5 575.5 654.0 398.5 477.0
100Z 198.0 170.5 610.5 689.0 433.5 512.0
1122) 222.0 181.5 585.5 658.5 408.5 481.5
112Z2) 222.0 181.5 620.0 693.0 443.0 516.0
1322) 264.0 207.0 638.5 743.0 461.5 566.0
132Z2) 264.0 207.0 688.5 793.0 511.5 616.0
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762
. For inner contour see page 4/128 / Use bores only for foot-mounted design 1) AD depends on the motor options, for other dimensions see page 8/42. 2) FADAFS/FZAFS not possible
, Without locating shoulder +1 mm
4/88
Siemens MD 50.1 · 2017
© Siemens AG 2018
FD../FZ..69 gearbox in a foot-mounted design
F030, FA030, FAS030, FAT030
FD/FZ69
kB k
18
131
LBL
41
LB
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
AD 14
27
ØAC
198 Ø35 k6
Ø14 138 M12x20
4
326,5
170
197
70
7
56
5 10
Ø35 k6
100,5
55
38
103,5
102
126
157
FDA/FZA69
18
131
DR M12x28 4
FDAS/FZAS69
18
131
11
200
FDAT/FZAT69
18
131
Ø84
Ø55 Ø40 H7
R3
33,5
33,5
168
198
27
5
60
60
43,3
20
12 JS9 Ø40
M16 47,75
1 142
166 124
0,1x45° 25
192 28
Ø40 h6 Ø40 h6
4
Ø40 h6 38,944-0,045
Ø55
Ø40 H7 Ø37
R2
33,5 166
N35x2x30x16x9H 2
20 36,5
M10x30 7
19
32
32
19
W35x2x30x16x8f
4
2
129 8 M10
3
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 333.5 378.0 184.5 229.0
71 138.8 134.0 365.5 420.5 216.5 271.5
71Z 138.8 134.0 384.5 439.5 235.5 290.5
LE 80 156.3 149.2 429.5 489.5 280.5 340.5
80Z 156.3 149.2 464.5 524.5 315.5 375.5
90 173.8 154.2 491.0 561.0 342.0 412.0
90Z 173.8 154.2 531.0 601.0 382.0 452.0
100 198.0 170.5 547.5 626.0 398.5 477.0
100Z 198.0 170.5 582.5 661.0 433.5 512.0
1122) 222.0 181.5 557.5 630.5 408.5 481.5
112Z2) 222.0 181.5 592.0 665.0 443.0 516.0
1322) 264.0 207.0 610.5 715.0 461.5 566.0
132Z2) 264.0 207.0 660.5 765.0 511.5 616.0
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm
/ Use bores only for housing flange design 1) AD depends on the motor options, for other dimensions see page 8/42.
2) FDAS/FZAS not possible
Siemens MD 50.1 · 2017
4/89
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
FDAD./FZAD.79 gearbox in a shaft-mounted design
FAD030, FADS030, FADT030
FDAD/FZAD79 41
kB k
LBL LB
AD 16
17,5
min.6
7,6*
Ø50 Ø40
y y
ØAC 373
4
FDAD/FZAD79
15
148
218 163
FDADS/FZADS79
15
148
y =
RZ 40 RZ 25
217
20
FDADT/FZADT79
15
148
103 Ø40
Ø12,5
Ø94
Ø55 Ø40 H7
R3
182
5
60
60
43,3
M16 47,75
1 156
180 138
4
Ø40 h6 Ø40 h6
12 JS9 Ø40
215,5 33
20
0,1x45° 25
208 43
Ø40 h6 48,88-0,047
Ø55
Ø40 H7 Ø47
R2
180
N45x2x30x21x9H 2
32 50,5
M16x50 7
25
42
42
25
W45x2x30x21x8f
4
2
129 8 M16
3
Motor
AC AD1) k kB LB LBL
LA 71 138.8 134.0 377.5 432.5 214.5 269.5
71Z 138.8 134.0 396.5 451.5 233.5 288.5
LE 80 156.3 149.2 437.5 497.5 274.5 334.5
80Z 156.3 149.2 472.5 532.5 309.5 369.5
90 173.8 154.2 499.0 569.0 336.0 406.0
90Z 173.8 154.2 539.0 609.0 376.0 446.0
100 198.0 170.5 555.5 634.0 392.5 471.0
100Z 198.0 170.5 590.5 669.0 427.5 506.0
112 222.0 181.5 565.5 638.5 402.5 475.5
112Z 222.0 181.5 590.5 663.5 427.5 500.5
132 264.0 207.0 618.5 723.0 455.5 560.0
132Z 264.0 207.0 668.5 773.0 505.5 610.0
1602) 318.0 241.0 700.5 816.5 537.5 653.5
160Z2) 318.0 241.0 760.5 876.5 597.5 713.5
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332
) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm
1) AD depends on the motor options, for other dimensions see page 8/42. 2) FDADS/FZADS not possible
* Spring compression at max. torque
4/90
Siemens MD 50.1 · 2017
© Siemens AG 2018
FD.Z./FZ.Z.79 gearbox in a housing flange design
FZ030, FAZ030, FAZS030, FAZT030
FDZ/FZZ79
15
148
41
kB k
LBL LB
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
AD 16
ØAC
218 Ø154 Ø110 j6
Ø40 k6 Ø14
163
373 Ø130 103
7,5
4
30°
80
5
70
5 12
Ø40 k6
43
136
11
5
170
FDAZ/FZAZ79
15
148
DR M16x36 4
FDAZS/FZAZS79
15
148
M12x20 212
FDAZT/FZAZT79
15
148
Ø94
Ø55 Ø40 H7
R3
7,5
7,5
182
215,5
33
5
60
60
43,3
20
12 JS9 Ø40
M16 47,75
1 156
180 138
0,1x45° 25
208 43
Ø40 h6 Ø40 h6
4
Ø40 h6 48,88-0,047
Ø55
Ø40 H7 Ø47
R2
7,5 180
N45x2x30x21x9H 2
32 50,5
M16x50 7
25
42
42
25
W45x2x30x21x8f
4
2
129 8 M16
3
Motor
AC AD1) k kB LB LBL
LA 71 138.8 134.0 377.5 432.5 214.5 269.5
71Z 138.8 134.0 396.5 451.5 233.5 288.5
LE 80 156.3 149.2 437.5 497.5 274.5 334.5
80Z 156.3 149.2 472.5 532.5 309.5 369.5
90 173.8 154.2 499.0 569.0 336.0 406.0
90Z 173.8 154.2 539.0 609.0 376.0 446.0
100 198.0 170.5 555.5 634.0 392.5 471.0
100Z 198.0 170.5 590.5 669.0 427.5 506.0
112 222.0 181.5 565.5 638.5 402.5 475.5
112Z 222.0 181.5 590.5 663.5 427.5 500.5
132 264.0 207.0 618.5 723.0 455.5 560.0
132Z 264.0 207.0 668.5 773.0 505.5 610.0
1602) 318.0 241.0 700.5 816.5 537.5 653.5
160Z2) 318.0 241.0 760.5 876.5 597.5 713.5
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm
/ Use bores only for foot-mounted design
1) AD depends on the motor options, for other dimensions see page 8/42.
2) FDAZS/FZAZS not possible
Siemens MD 50.1 · 2017
4/91
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
FD.F./FZ.F.79 gearbox in a flange-mounted design
FF030, FAF030, FAFS030, FAFT030
FDF/FZF79 43
kB
k
148
LBL
LB
Ø250 Ø180 j6
Ø40 k6 163
15
4
10 4
ØAC
80
5
70
Ø40 k6
35
170
FDAF/FZAF79
38
148
11 DR M16x36 4
FDAFS/FZAFS79
38
148
43 373
103
AD 16
5 12
Ø215
Ø13,5 212
FDAFT/FZAFT79
38
148
45°
Ø94
Ø55 Ø40 H7
R3
23
182
23
215,5
33 5
60
60
43,3
20
12 JS9 Ø40
M16 47,75
1 156
180 138
0,1x45° 25
208 43
Ø40 h6 Ø40 h6
4
Ø40 h6 48,88-0,047
Ø55
Ø40 H7 Ø47
R2
23
180
N45x2x30x21x9H 2
32 50,5
M16x50 7
25
42
42
25
W45x2x30x21x8f
4
2
129 8 M16
3
Motor
AC AD1) k kB LB LBL
LA 71 138.8 134.0 405.5 460.5 214.5 269.5
71Z 138.8 134.0 424.5 479.5 233.5 288.5
LE 80 156.3 149.2 465.5 525.5 274.5 334.5
80Z 156.3 149.2 500.5 560.5 309.5 369.5
90 173.8 154.2 527.0 597.0 336.0 406.0
90Z 173.8 154.2 567.0 637.0 376.0 446.0
100 198.0 170.5 583.5 662.0 392.5 471.0
100Z 198.0 170.5 618.5 697.0 427.5 506.0
112 222.0 181.5 593.5 666.5 402.5 475.5
112Z 222.0 181.5 618.5 691.5 427.5 500.5
132 264.0 207.0 646.5 751.0 455.5 560.0
132Z 264.0 207.0 696.5 801.0 505.5 610.0
1602) 318.0 241.0 728.5 844.5 537.5 653.5
160Z2) 318.0 241.0 788.5 904.5 597.5 713.5
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762
. For inner contour see page 4/128 / Use bores only for foot-mounted design 1) AD depends on the motor options, for other dimensions see page 8/42. 2) FADAFS/FZAFS not possible
, Without locating shoulder +1 mm
4/92
Siemens MD 50.1 · 2017
© Siemens AG 2018
FD../FZ..79 gearbox in a foot-mounted design
F030, FA030, FAS030, FAT030
FD/FZ79
15
148
41
kB k
LBL LB
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
AD 16
25
ØAC
218 Ø40 k6
Ø14 163 M12x20
103 373
4
190
216
80
5
70
5 12
Ø40 k6
60
43
117,5
112
136
170
FDA/FZA79 15 148
DR M16x36 4
FDAS/FZAS79 15 148
11
212
FDAT/FZAT79
15
148
Ø94
Ø55 Ø40 H7
R3
37,5
37,5
182
215,5
33
5
60
60
43,3
20
12 JS9 Ø40
M16 47,75
1 156
180 138
0,1x45° 25
208 43
Ø40 h6 Ø40 h6
4
Ø40 h6 48,88-0,047
Ø55
Ø40 H7 Ø47
R2
37,5 180
N45x2x30x21x9H 2
32 50,5
M16x50 7
25
42
42
25
W45x2x30x21x8f
4
2
129 8 M16
3
Motor
AC AD1) k kB LB LBL
LA 71 138.8 134.0 377.5 432.5 214.5 269.5
71Z 138.8 134.0 396.5 451.5 233.5 288.5
LE 80 156.3 149.2 437.5 497.5 274.5 334.5
80Z 156.3 149.2 472.5 532.5 309.5 369.5
90 173.8 154.2 499.0 569.0 336.0 406.0
90Z 173.8 154.2 539.0 609.0 376.0 446.0
100 198.0 170.5 555.5 634.0 392.5 471.0
100Z 198.0 170.5 590.5 669.0 427.5 506.0
112 222.0 181.5 565.5 638.5 402.5 475.5
112Z 222.0 181.5 590.5 663.5 427.5 500.5
132 264.0 207.0 618.5 723.0 455.5 560.0
132Z 264.0 207.0 668.5 773.0 505.5 610.0
1602) 318.0 241.0 700.5 816.5 537.5 653.5
160Z2) 318.0 241.0 760.5 876.5 597.5 713.5
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm
/ Use bores only for housing flange design
1) AD depends on the motor options, for other dimensions see page 8/42.
2) FDAS/FZAS not possible
Siemens MD 50.1 · 2017
4/93
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
FDAD./FZAD.89 gearbox in a shaft-mounted design
FAD030, FADS030, FADT030
FDAD/FZAD89 50
kB k
LBL LB
AD 20
27,5
min.8
6,2*
Ø75 Ø60
y y
ØAC 468
4
FDAD/FZAD89 13 186,5
278 203,5
FDADS/FZADS89 13 186,5
y =
RZ 40 RZ 25
276
30
FDADT/FZADT89 13 186,5
132,5 Ø60
Ø21
Ø119
Ø70 Ø50 H7
R3
212
5
78
78
53,8
M16 44,5
1 183
210 165
4
Ø50 h6 Ø50 h6
14 JS9 Ø50
247,5 35
30
0,2x45° 35
240 40
Ø50 h6 54,156-0,049
Ø70
Ø50 H7 Ø55
R2
210
N50x2x30x24x9H 2
32 50,5
M16x50 7
23
52
52
23
W50x2x30x24x8f
4
2
159 8 M16
3
Motor
AC AD1) k kB LB LBL
LE 80 156.3 149.2 461.0 521.0 261.5 321.5
80Z 156.3 149.2 496.0 556.0 296.5 356.5
90 173.8 154.2 522.5 592.5 323.0 393.0
90Z 173.8 154.2 562.5 632.5 363.0 433.0
100 198.0 170.5 575.0 653.5 375.5 454.0
100Z 198.0 170.5 610.0 688.5 410.5 489.0
112 222.0 181.5 585.0 658.0 385.5 458.5
112Z 222.0 181.5 610.0 683.0 410.5 483.5
132 264.0 207.0 638.0 742.5 438.5 543.0
132Z 264.0 207.0 688.0 792.5 488.5 593.0
160 318.0 241.0 720.0 836.0 520.5 636.5
160Z 318.0 241.0 780.0 896.0 580.5 696.5
LES 1802) 352.5 292.0 793.0 922.0 593.5 722.5
180Z2) 352.5 292.0 823.0 952.0 623.5 752.5
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm
1) AD depends on the motor options, for other dimensions see page 8/42. 2) FDADS/FZADS not possible
* Spring compression at max. torque
4/94
Siemens MD 50.1 · 2017
© Siemens AG 2018
FD.Z./FZ.Z.89 gearbox in a housing flange design
FZ030, FAZ030, FAZS030, FAZT030
FDZ/FZZ89
13 50
186,5
kB k
LBL LB
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
AD 20
ØAC
278 Ø190 Ø130 j6
Ø50 k6 Ø22
203,5
468 Ø165 132,5
8,5
4
30°
100 10 80
5 14
Ø50 k6
53,5
168
11
5,5
198,5
FDAZ/FZAZ89 13 186,5
DR M16x36 4
FDAZS/FZAZS89 13 186,5
M12x20 270
FDAZT/FZAZT89 13 186,5
Ø119
Ø70 Ø50 H7
R3
8,5
8,5
212
247,5
35
5
78
78
53,8
30
14 JS9 Ø50
M16 44,5
1 183
210 165
0,2x45° 35
240 40
Ø50 h6 Ø50 h6
4
Ø50 h6 54,156-0,049
Ø70
Ø50 H7 Ø55
R2
8,5 210
N50x2x30x24x9H 2
32 50,5
M16x50 7
23
52
52
23
W50x2x30x24x8f
4
2
159 8 M16
3
Motor
AC AD1) k kB LB LBL
LE 80 156.3 149.2 461.0 521.0 261.5 321.5
80Z 156.3 149.2 496.0 556.0 296.5 356.5
90 173.8 154.2 522.5 592.5 323.0 393.0
90Z 173.8 154.2 562.5 632.5 363.0 433.0
100 198.0 170.5 575.0 653.5 375.5 454.0
100Z 198.0 170.5 610.0 688.5 410.5 489.0
112 222.0 181.5 585.0 658.0 385.5 458.5
112Z 222.0 181.5 610.0 683.0 410.5 483.5
132 264.0 207.0 638.0 742.5 438.5 543.0
132Z 264.0 207.0 688.0 792.5 488.5 593.0
160 318.0 241.0 720.0 836.0 520.5 636.5
160Z 318.0 241.0 780.0 896.0 580.5 696.5
LES 1802) 352.5 292.0 793.0 922.0 593.5 722.5
180Z2) 352.5 292.0 823.0 952.0 623.5 752.5
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm
/ Use bores only for foot-mounted design
1) AD depends on the motor options, for other dimensions see page 8/42.
2) FDAS/FZAS not possible
Siemens MD 50.1 · 2017
4/95
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
FD.F./FZ.F.89 gearbox in a flange-mounted design
FF030, FAF030, FAFS030, FAFT030
FDF/FZF89 50
186,5
kB k
LBL LB
Ø300 Ø230 j6
Ø50 k6 203,5
16
4
10 4
ØAC
100 10 80
Ø50 k6
11
45,5
198,5
DR M16x36 4
FDAF/FZAF89
50
186,5
FDAFS/FZAFS89
50
186,5
53,5 468
132,5
AD 20
5 14
Ø265
Ø13,5 270
FDAFT/FZAFT89
50
186,5
45°
Ø119
Ø70 Ø50 H7
R3
37
212
37
247,5
35 5
78
78
53,8
30
14 JS9 Ø50
M16 44,5
1 183
210 165
0,2x45° 35
240 40
Ø50 h6 Ø50 h6
4
Ø50 h6 54,156-0,049
Ø70
Ø50 H7 Ø55
R2
37
210
N50x2x30x24x9H 2
32 50,5
M16x50 7
23
52
52
23
W50x2x30x24x8f
4
2
159 8 M16
3
Motor
AC AD1) k kB LB LBL
LE 80 156.3 149.2 498.0 558.0 261.5 321.5
80Z 156.3 149.2 533.0 593.0 296.5 356.5
90 173.8 154.2 559.5 629.5 323.0 393.0
90Z 173.8 154.2 599.5 669.5 363.0 433.0
100 198.0 170.5 612.0 690.5 375.5 454.0
100Z 198.0 170.5 647.0 725.5 410.5 489.0
112 222.0 181.5 622.0 695.0 385.5 458.5
112Z 222.0 181.5 647.0 720.0 410.5 483.5
132 264.0 207.0 675.0 779.5 438.5 543.0
132Z 264.0 207.0 725.0 829.5 488.5 593.0
160 318.0 241.0 757.0 873.0 520.5 636.5
160Z 318.0 241.0 817.0 933.0 580.5 696.5
LES 1802) 352.5 292.0 830.0 959.0 593.5 722.5
180Z2) 352.5 292.0 860.0 989.0 623.5 752.5
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762
. For inner contour see page 4/128 / Use bores only for foot-mounted design 1) AD depends on the motor options, for other dimensions see page 8/42. 2) FADAFS/FZAFS not possible
, Without locating shoulder +1 mm
4/96
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
FD.F./FZ.F.89 gearbox in a flange-mounted design with VLplus reinforced bearing system (G30)
FF040, FAF040
Dimensions
FDF/FZF89
123,5
186,5
kB k
LBL LB
AD 20
16
10 4
Z
ØAC
4
468 132,5
Ø300 Ø230 j6
Ø60 m6 203,5
45°
11
119
198,5
FDAF/FZAF89
123,5
186,5
Ø60 m6 64
120 10 100
5 18
DR M20x42 4
Ø265
Ø13,5 270
Z AD
14 JS9
Ø70 Ø50 H7
R3
323,5 78
5
78
53,8
M16 44,5
1 294,5
321,5 276,5
Ø50 h6
4
Motor
AC AD1) k kB LB LBL
LE 80 156.3 149.2 571.5 631.5 261.5 321.5
80Z 156.3 149.2 606.5 666.5 296.5 356.5
90 173.8 154.2 633.0 703.0 323.0 393.0
90Z 173.8 154.2 673.0 743.0 363.0 433.0
100 198.0 170.5 685.5 764.0 375.5 454.0
100Z 198.0 170.5 720.5 799.0 410.5 489.0
112 222.0 181.5 695.5 768.5 385.5 458.5
112Z 222.0 181.5 720.5 793.5 410.5 483.5
132 264.0 207.0 748.5 853.0 438.5 543.0
132Z 264.0 207.0 798.5 903.0 488.5 593.0
160 318.0 241.0 830.5 946.5 520.5 636.5
160Z 318.0 241.0 890.5
1 006.5 580.5 696.5
LES 180
352.5 292.0 903.5 1 033.0 593.5 722.5
180Z 352.5 292.0 933.5
1 062.5 623.5 752.5
$ ISO 4014 ( DIN 332 ) Feather key/keyway DIN 6885-1 . For inner contour see page 4/128
/ Use bores only for foot-mounted design 1) AD depends on the motor options, for other dimensions see page 8/42.
Update 02/2018
Siemens MD 50.1 · 2017
4/97
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
FD../FZ..89 gearbox in a foot-mounted design
F030, FA030, FAS030, FAT030
FD/FZ89
kB k
13
186,5
LBL
50
LB
AD 20
35
ØAC
278 Ø50 k6
Ø22
4
203,5
136,5
140 168 198,5
FDA/FZA89 13 186,5
M16x25
Ø50 k6
100 10 80
DR M16x36 4
FDAS/FZAS89 13 186,5
53,5
5 14
70
11
270
FDAT/FZAT89 13 186,5
275
240
132,5 468
Ø119
Ø70 Ø50 H7
R3
36,5
36,5
212
247,5
35
5
78
78
53,8
30
14 JS9 Ø50
M16 44,5
1 183
210 165
0,2x45° 35
240 40
Ø50 h6 Ø50 h6
4
Ø50 h6 54,156-0,049
Ø70
Ø50 H7 Ø55
R2
36,5 210
N50x2x30x24x9H 2
32 50,5
M16x50 7
23
52
52
23
W50x2x30x24x8f
4
2
159 8 M16
3
Motor
AC AD1) k kB LB LBL
LE 80 156.3 149.2 461.0 521.0 261.5 321.5
80Z 156.3 149.2 496.0 556.0 296.5 356.5
90 173.8 154.2 522.5 592.5 323.0 393.0
90Z 173.8 154.2 562.5 632.5 363.0 433.0
100 198.0 170.5 575.0 653.5 375.5 454.0
100Z 198.0 170.5 610.0 688.5 410.5 489.0
112 222.0 181.5 585.0 658.0 385.5 458.5
112Z 222.0 181.5 610.0 683.0 410.5 483.5
132 264.0 207.0 638.0 742.5 438.5 543.0
132Z 264.0 207.0 688.0 792.5 488.5 593.0
160 318.0 241.0 720.0 836.0 520.5 636.5
160Z 318.0 241.0 780.0 896.0 580.5 696.5
LES 1802) 352.5 292.0 793.0 922.0 593.5 722.5
180Z2) 352.5 292.0 823.0 952.0 623.5 752.5
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm
/ Use bores only for housing flange design
1) AD depends on the motor options, for other dimensions see page 8/42.
2) FDAS/FZAS not possible
4/98
Siemens MD 50.1 · 2017
© Siemens AG 2018
FDAD./FZAD.109 gearbox in a shaft-mounted design
FAD030, FADS030, FADT030
FDAD/FZAD109 62
kB k
LBL LB
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
AD 26
27
min.8
8,2*
Ø75 Ø60
y y
ØAC 568,5
FDAD/FZAD109
23
204
346 252,5
4
y =
RZ 40 RZ 25
340
30
157 Ø60
Ø21
FDADS/FZADS109
23
204
FDADT/FZADT109
23
204
Ø145
Ø85 Ø60 H7
R3
243
5
93
93
64,4
M20 57
1 210
240 188
4
Ø60 h6 Ø65 h6
18 JS9 Ø65
282,5 39
40
0,2x45° 45
274 45
Ø65 h6 68,989-0,055
Ø85
Ø65 H7 Ø72
R2
240
N65x2x30x31x9H 2
39,5 60,5
M20x55 7
25
62
62
25
W65x2x30x31x8f
4
2
179 8 M20
3
Motor
AC AD1) k kB LB LBL
LE 90 173.8 154.2 543.0 613.0 316.0 386.0
90Z 173.8 154.2 583.0 653.0 356.0 426.0
100 198.0 170.5 593.5 672.0 366.5 445.0
100Z 198.0 170.5 628.5 707.0 401.5 480.0
112 222.0 181.5 603.5 676.5 376.5 449.5
112Z 222.0 181.5 628.5 701.5 401.5 474.5
132 264.0 207.0 656.5 761.0 429.5 534.0
132Z 264.0 207.0 706.5 811.0 479.5 584.0
160 318.0 241.0 738.5 854.5 511.5 627.5
160Z 318.0 241.0 798.5 914.5 571.5 687.5
LES 180 352.5 292.0 811.5 940.5 584.5 713.5
180Z 352.5 292.0 841.5 970.5 614.5 743.5
200
200Z 2252) 225Y2)
392.5 392.5 439.0 439.0
315.0 315.0 382.0 382.0
879.5 904.5 925.0 985.0
1 026.5 1 051.5 1 153.0 1 213.0
652.5 677.5 698.0 758.0
799.5 824.5 926.0 986.0
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 1) AD depends on the motor options, for other dimensions see page 8/42. 2) FDAS/FZAS not possible
+ ISO 4762 , Without locating shoulder +1 mm * Spring compression at max. torque
Siemens MD 50.1 · 2017
4/99
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
FD.Z./FZ.Z.109 gearbox in a housing flange design
FZ030, FAZ030, FAZS030, FAZT030
FDZ/FZZ109
23
204
62
kB k
LBL LB
AD 26
ØAC
346 Ø245 Ø180 j6
Ø60 m6 Ø22
252,5
4
9
120 10 100
5 18
Ø60 m6
64
195
11
5
227
FDAZ/FZAZ109 23 204
DR M20x42 4
FDAZS/FZAZS109
23
204
M16x25 330
FDAZT/FZAZT109 23 204
568,5 Ø215 157
30°
Ø145
Ø85 Ø60 H7
R3
9
9
243
282,5
39
5
93
93
64,4
40
18 JS9 Ø65
M20 57
1 210
240 188
0,2x45° 45
274 45
Ø60 h6 Ø65 h6
4
Ø65 h6 68,989-0,055
Ø85
Ø65 H7 Ø72
R2
9 240
N65x2x30x31x9H 2
39,5 60,5
M20x55 7
25
62
62
25
W65x2x30x31x8f
4
2
179 8 M20
3
Motor
AC AD1) k kB LB LBL
LE 90 173.8 154.2 543.0 613.0 316.0 386.0
90Z 173.8 154.2 583.0 653.0 356.0 426.0
100 198.0 170.5 593.5 672.0 366.5 445.0
100Z 198.0 170.5 628.5 707.0 401.5 480.0
112 222.0 181.5 603.5 676.5 376.5 449.5
112Z 222.0 181.5 628.5 701.5 401.5 474.5
132 264.0 207.0 656.5 761.0 429.5 534.0
132Z 264.0 207.0 706.5 811.0 479.5 584.0
160 318.0 241.0 738.5 854.5 511.5 627.5
160Z 318.0 241.0 798.5 914.5 571.5 687.5
LES 180 352.5 292.0 811.5 940.5 584.5 713.5
180Z 352.5 292.0 841.5 970.5 614.5 743.5
200
200Z 2252) 225Y2)
392.5 392.5 439.0 439.0
315.0 315.0 382.0 382.0
879.5 904.5 925.0 985.0
1 026.5 1 051.5 1 153.0 1 213.0
652.5 677.5 698.0 758.0
799.5 824.5 926.0 986.0
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762
/ Use bores only for foot-mounted design 1) AD depends on the motor options, for other dimensions see page 8/42.
, Without locating shoulder +1 mm 2) FDAS/FZAS not possible
4/100 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
FD.F./FZ.F.109 gearbox in a flange-mounted design
FF030, FAF030, FAFS030, FAFT030
FDF/FZF109 59
kB
k
204
LBL
LB
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
AD 26
64 568,5
157
Ø350 Ø250 j6
Ø60 m6 252,5
18 10 5
ØAC
4
45°
120 10 100
5 18
Ø300
Ø60 m6
11
45
227
DR M20x42 4
FDAF/FZAF109
59
204
FDAFS/FZAFS109
59
204
Ø17,5 330
FDAFT/FZAFT109
59
204
Ø145
Ø85 Ø60 H7
R3
36
243
36
282,5
39 5
93
93
64,4
40
18 JS9 Ø65
M20 57
1 210
240 188
0,2x45° 45
274 45
Ø60 h6 Ø65 h6
4
Ø65 h6 68,989-0,055
Ø85
Ø65 H7 Ø72
R2
36
240
N65x2x30x31x9H 2
39,5 60,5
M20x55 7
25
62
62
25
W65x2x30x31x8f
4
2
179 8 M20
3
Motor
AC AD1) k kB LB LBL
LE 90 173.8 154.2 579.0 649.0 316.0 386.0
90Z 173.8 154.2 619.0 689.0 356.0 426.0
100 198.0 170.5 629.5 708.0 366.5 445.0
100Z 198.0 170.5 664.5 743.0 401.5 480.0
112 222.0 181.5 639.5 712.5 376.5 449.5
112Z 222.0 181.5 664.5 737.5 401.5 474.5
132 264.0 207.0 692.5 797.0 429.5 534.0
132Z 264.0 207.0 742.5 847.0 479.5 584.0
160 318.0 241.0 774.5 890.5 511.5 627.5
160Z 318.0 241.0 834.5 950.5 571.5 687.5
LES 180 352.5 292.0 847.5 976.5 584.5 713.5
180Z 200
200Z 2252) 225Y2)
352.5 392.5 392.5 439.0 439.0
292.0 315.0 315.0 382.0 382.0
877.5 915.5 940.5 961.0 1 021.0
1 006.5 1 062.5 1 087.5 1 189.0 1 249.0
614.5 652.5 677.5 698.0 758.0
743.5 799.5 824.5 926.0 986.0
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm
. For inner contour see page 4/128
/ Use bores only for foot-mounted design
1) AD depends on the motor options, for other dimensions see page 8/42.
2) FDAS/FZAS not possible
Siemens MD 50.1 · 2017 4/101
45°
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
FD.F./FZ.F.109 gearbox in a flange-mounted design with VLplus reinforced bearing system (G30)
FF040, FAF040
FDF/FZF109
kB k
149
204
LBL
AD
LB
26
18
4
10 5
ØAC
Z
568,5 157
Ø350 Ø250 j6
Ø70 m6 252,5
11
135
227
FDAF/FZAF109
149
204
Ø70 m6 74,5
140 7,5 125
5 20
DR M20x42 4
Ø300
Ø17,5 330
Z AD
18 JS9
Ø85 Ø60 H7
R3
369 93
5
93
64,4
M20 57
1 336
366 314
Ø60 h6
4
Motor
AC AD1) k kB LB LBL
LE 90 173.8 154.2 669.0 739.0 316.0 386.0
90Z 173.8 154.2 709.0 779.0 356.0 426.0
100 198.0 170.5 719.5 798.0 366.5 445.0
100Z 198.0 170.5 754.5 833.0 401.5 480.0
112 222.0 181.5 729.5 802.5 376.5 449.5
112Z 222.0 181.5 754.5 827.5 401.5 474.5
132 264.0 207.0 782.5 887.0 429.5 534.0
132Z 264.0 207.0 832.5 937.0 479.5 584.0
160 318.0 241.0 864.5 980.5 511.5 627.5
LES 160Z 180
180Z 200
200Z 225
225Y
318.0 352.5 352.5 392.5 392.5 439.0 439.0
241.0 292.0 292.0 315.0 315.0 382.0 382.0
924.5 937.5 967.5 1 005.5 1 030.5 1 051.0 1 111.0
1 040.5 1 066.5 1 096.5 1 152.5 1 177.5 1 279.0 1 339.0
571.5 584.5 614.5 652.5 677.5 698.0 758.0
687.5 713.5 743.5 799.5 824.5 926.0 986.0
$ ISO 4014 ( DIN 332 ) Feather key/keyway DIN 6885-1 . For inner contour see page 4/128
/ Use bores only for foot-mounted design 1) AD depends on the motor options, for other dimensions see page 8/42.
4/102 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
FD../FZ.109 gearbox in a foot-mounted design
F030, FA030, FAS030, FAT030
FD/FZ109
kB k
23
204
LBL
62
LB
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
AD 26
40
ØAC
346 Ø60 m6
Ø22
157 568,5
252,5
4
310
350
120 10 100
5 18
Ø60 m6
100
64
M16x25
163
165
195
227
FDA/FZA109
23
204
DR M20x42 4
FDAS/FZAS109
23
204
11
330
FDAT/FZAT109
23
204
Ø145
Ø85 Ø60 H7
R3
43
43
243
282,5
39
5
93
93
64,4
40
18 JS9 Ø65
M20 57
1 210
240 188
0,2x45° 45
274 45
Ø60 h6 Ø65 h6
4
Ø65 h6 68,989-0,055
Ø85
Ø65 H7 Ø72
R2
43 240
N65x2x30x31x9H 2
39,5 60,5
M20x55 7
25
62
62
25
W65x2x30x31x8f
4
2
179 8 M20
3
Motor
AC AD1) k kB LB LBL
LE 90 173.8 154.2 543.0 613.0 316.0 386.0
90Z 173.8 154.2 583.0 653.0 356.0 426.0
100 198.0 170.5 593.5 672.0 366.5 445.0
100Z 198.0 170.5 628.5 707.0 401.5 480.0
112 222.0 181.5 603.5 676.5 376.5 449.5
112Z 222.0 181.5 628.5 701.5 401.5 474.5
132 264.0 207.0 656.5 761.0 429.5 534.0
132Z 264.0 207.0 706.5 811.0 479.5 584.0
160 318.0 241.0 738.5 854.5 511.5 627.5
160Z 318.0 241.0 798.5 914.5 571.5 687.5
LES 180 352.5 292.0 811.5 940.5 584.5 713.5
180Z 352.5 292.0 841.5 970.5 614.5 743.5
200
200Z 2252) 225Y2)
392.5 392.5 439.0 439.0
315.0 315.0 382.0 382.0
879.5 904.5 925.0 985.0
1 026.5 1 051.5 1 153.0 1 213.0
652.5 677.5 698.0 758.0
799.5 824.5 926.0 986.0
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762
/ Use bores only for housing flange design 1) AD depends on the motor options, for other dimensions see page 8/42.
, Without locating shoulder +1 mm 2) FDAS/FZAS not possible
Siemens MD 50.1 · 2017 4/103
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
FDAD./FZAD.129 gearbox in a shaft-mounted design
FAD030, FADS030, FADT030
FDAD/FZAD129 70
kB k
LBL LB
AD 30
36,5
min.10
8,9*
Ø100 Ø80
y y
ØAC 643
4
FDAD/FZAD129
25
262
395 284
FDADS/FZADS129
25
262
y =
RZ 40 RZ 25
412
40
FDADT/FZADT129
25
262
173,5 Ø80
Ø25
Ø159
Ø95 Ø70 H7
R3
302,5
123
123
5 74,9
M20 58,5
1 270
300 248
4
Ø70 h6 Ø75 h6
20 JS9 Ø75
348,5 45
50
0,2x45° 55
340 50
Ø75 h6 74,181-0,057
Ø85
Ø75 H7 Ø72
R2
300
N70x2x30x34x9H 2
39,5 60,5
M20x55 7
25
72
72
25
W70x2x30x34x8f
4
2
239 8 M20
3
Motor
AC AD1) k kB LB LBL
LE 90 173.8 154.2 596.0 666.0 309.0 379.0
90Z 173.8 154.2 636.0 706.0 349.0 419.0
100 198.0 170.5 644.5 723.0 357.5 436.0
100Z 198.0 170.5 679.5 758.0 392.5 471.0
112 222.0 181.5 654.5 727.5 367.5 440.5
112Z 222.0 181.5 679.5 752.5 392.5 465.5
132 264.0 207.0 705.5 810.0 418.5 523.0
132Z 264.0 207.0 755.5 860.0 468.5 573.0
160 318.0 241.0 787.5 903.5 500.5 616.5
160Z 318.0 241.0 847.5 963.5 560.5 676.5
LES 180 352.5 292.0 860.5 989.5 573.5 702.5
180Z 200 200Z 225 225Y 2502) 352.5 392.5 392.5 439.0 439.0 487.0 292.0 315.0 315.0 382.0 382.0 457.5 890.5 928.5 953.5 974.0 1 034.0 1 085.5
1 019.5 1 075.5 1 100.5 1 202.0 1 262.0 1 310.5 603.5 641.5 666.5 687.0 747.0 798.5 732.5 788.5 813.5 915.0 975.0 1 023.5
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm
1) AD depends on the motor options, for other dimensions see page 8/42.
* Spring compression at max. torque
2) FDAS/FZAS not possible
4/104 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
FD.Z./FZ.Z.129 gearbox in a housing flange design
FZ030, FAZ030, FAZS030, FAZT030
FDZ/FZZ129
25
262
70
kB k
LBL LB
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
AD 30
ØAC
395 Ø250 Ø180 j6
Ø70 m6 Ø26
284
9
4
643
45°
140 7,5 125
5 20
Ø215
Ø70 m6
173,5
74,5
245
11
5
287
FDAZ/FZAZ129 25 262
DR M20x42 4
FDAZS/FZAZS129
25
262
M16x25 400
FDAZT/FZAZT129 25 262
Ø159
Ø95 Ø70 H7
R3
9
9
302,5
348,5
45
5
123
123
74,9
50
20 JS9 Ø75
M20 58,5
1 270
300 248
0,2x45° 55
340 50
Ø70 h6 Ø75 h6
4
Ø75 h6 74,181-0,057
Ø85
Ø75 H7 Ø72
R2
9 300
N70x2x30x34x9H 2
39,5 60,5
M20x55 7
25
72
72
25
W70x2x30x34x8f
4
2
239 8 M20
3
Motor
AC AD1) k kB LB LBL
LE 90 173.8 154.2 596.0 666.0 309.0 379.0
90Z 173.8 154.2 636.0 706.0 349.0 419.0
100 198.0 170.5 644.5 723.0 357.5 436.0
100Z 198.0 170.5 679.5 758.0 392.5 471.0
112 222.0 181.5 654.5 727.5 367.5 440.5
112Z 222.0 181.5 679.5 752.5 392.5 465.5
132 264.0 207.0 705.5 810.0 418.5 523.0
132Z 264.0 207.0 755.5 860.0 468.5 573.0
160 318.0 241.0 787.5 903.5 500.5 616.5
160Z 318.0 241.0 847.5 963.5 560.5 676.5
LES 180 352.5 292.0 860.5 989.5 573.5 702.5
180Z 200 200Z 225 225Y 2502) 352.5 392.5 392.5 439.0 439.0 487.0 292.0 315.0 315.0 382.0 382.0 457.5 890.5 928.5 953.5 974.0 1 034.0 1 085.5
1 019.5 1 075.5 1 100.5 1 202.0 1 262.0 1 310.5 603.5 641.5 666.5 687.0 747.0 798.5 732.5 788.5 813.5 915.0 975.0 1 023.5
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1
/ Use bores only for foot-mounted design 1) AD depends on the motor options, for other dimensions see page 8/42.
+ ISO 4762 , Without locating shoulder +1 mm 2) FDAS/FZAS not possible
Update 02/2018
Siemens MD 50.1 · 2017 4/105
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
FD.F./FZ.F.129 gearbox in a flange-mounted design
FF030, FAF030, FAFS030, FAFT030
FDF/FZF129 66,5
kB
k
262
LBL
LB
Ø450 Ø350 h6
Ø70 m6 284
22
4
10 5
ØAC
140 7,5 125
Ø70 m6
50,5
287
FDAF/FZAF129
66,5
262
11 DR M20x42 4
FDAFS/FZAFS129
66,5
262
74,5 643
173,5
AD 30
5 20
Ø400
Ø17,5 400
FDAFT/FZAFT129
66,5
262
45° 22.5°
Ø159
Ø95 Ø70 H7
R3
41,5 302,5
41,5
348,5
45 5
123
123
74,9
50
20 JS9 Ø75
M20 58,5
1 270
300 248
0,2x45° 55
340 50
Ø70 h6 Ø75 h6
4
Ø75 h6 74,181-0,057
Ø85
Ø75 H7 Ø72
R2
41,5
300
N70x2x30x34x9H 2
39,5 60,5
M20x55 7
25
72
72
25
W70x2x30x34x8f
4
2
239 8 M20
3
Motor
AC AD1) k kB LB LBL
LE 90 173.8 154.2 637.5 707.5 309.0 379.0
90Z 173.8 154.2 677.5 747.5 349.0 419.0
100 198.0 170.5 686.0 764.5 357.5 436.0
100Z 198.0 170.5 721.0 799.5 392.5 471.0
112 222.0 181.5 696.0 769.0 367.5 440.5
112Z 222.0 181.5 721.0 794.0 392.5 465.5
132 264.0 207.0 747.0 851.5 418.5 523.0
132Z 264.0 207.0 797.0 901.5 468.5 573.0
160 318.0 241.0 829.0 945.0 500.5 616.5
LES 160Z 180 180Z 200
200Z 225
225Y 2502)
318.0 352.5 352.5 392.5 392.5 439.0 439.0 487.0
241.0 292.0 292.0 315.0 315.0 382.0 382.0 457.5
889.0 902.0 932.0 970.0 995.0 1 015.0 1 075.0 1 127.0
1 005.0 1 031.0 1 061.0 1 117.0 1 142.0 1 243.5 1 303.5 1 352.0
560.5 573.5 603.5 641.5 666.5 687.0 747.0 798.5
676.5 702.5 732.5 788.5 813.5 915.0 975.0 1 023.5
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1
. For inner contour see page 4/128 / Use bores only for foot-mounted design 1) AD depends on the motor options, for other dimensions see page 8/42.
+ ISO 4762 , Without locating shoulder +1 mm 2) FDAS/FZAS not possible
4/106 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
FD.F./FZ.F.129 gearbox in a flange-mounted design with VLplus reinforced bearing system (G30)
FF040, FAF040
Dimensions
FDF/FZF129
kB
k
174
262
LBL
LB
AD 30
22
10 5
Z
ØAC
4
643 173,5
Ø450 Ø350 h6
Ø90 m6 284
22.5°
11
158
287
FDAF/FZAF129
174
262
Ø90 m6 95
170 15 140
5 25
DR M24x50 4
Ø400
45° Ø17,5
400
Z AD
20 JS9
Ø95 Ø70 H7
R3
452,5 123
5
123
74,9
M20 58,5
1 420
450 398
Ø70 h6
4
Motor
AC AD1) k kB LB LBL
LE 90 173.8 154.2 745.0 815.0 309.0 379.0
90Z 173.8 154.2 751.0 855.0 349.0 419.0
100 198.0 170.5 793.5 872.0 357.5 436.0
100Z 198.0 170.5 828.5 907.0 392.5 471.0
112 222.0 181.5 803.5 876.5 367.5 440.5
112Z 222.0 181.5 828.5 901.5 392.5 465.5
132 264.0 207.0 854.5 959.0 418.5 523.0
132Z 160
LES 160Z 180 180Z 200
200Z 225
225Y 250
264.0 318.0 318.0 352.5 352.5 392.5 392.5 439.0 439.0 487.0
207.0 241.0 241.0 292.0 292.0 315.0 315.0 382.0 382.0 457.5
904.5 936.5 996.5 1 009.5 1 039.5 1 077.5 1 102.5 1 123.0 1 183.0 1 234.5
1 009.0 1 052.5 1 112.5 1 138.5 1 168.5 1 224.5 1 249.5 1 351.0 1 411.0 1 459.5
468.5 500.5 560.5 573.5 603.5 641.5 666.5 687.0 747.0 798.5
573.0 616.5 676.5 702.5 732.5 788.5 813.5 915.0 975.0 1 023.5
$ ISO 4014 ( DIN 332 ) Feather key/keyway DIN 6885-1 / Use bores only for foot-mounted design
. For inner contour see page 4/128
1) AD depends on the motor options, for other dimensions see page 8/42.
Update 02/2018
Siemens MD 50.1 · 2017 4/107
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
FD../FZ..129 gearbox in a foot-mounted design
F030, FA030, FAS030, FAT030
FD/FZ129
kB k
25
262
LBL
70
LB
AD 30
50
ØAC
395 Ø70 m6
Ø26 284 M20x31
4
188,5
205
245
287
FDA/FZA129
25
262
Ø70 m6
140 7,5 125
DR M20x42 4
FDAS/FZAS129
25
262
74,5
5 20
120
11
400
FDAT/FZAT129
25
262
400
350
173,5 643
Ø159
Ø95 Ø70 H7
R3
48,5
48,5
302,5
348,5
45
5
123
123
74,9
50
20 JS9 Ø75
M20 58,5
1 270
300 248
0,2x45° 55
340 50
Ø70 h6 Ø75 h6
4
Ø75 h6 74,181-0,057
Ø85
Ø75 H7 Ø72
R2
48,5 300
N70x2x30x34x9H 2
39,5 60,5
M20x55 7
25
72
72
25
W70x2x30x34x8f
4
2
239 8 M20
3
Motor
AC AD1) k kB LB LBL
LE 90 173.8 154.2 596.0 666.0 309.0 379.0
90Z 173.8 154.2 636.0 706.0 349.0 419.0
100 198.0 170.5 644.5 723.0 357.5 436.0
100Z 198.0 170.5 679.5 758.0 392.5 471.0
112 222.0 181.5 654.5 727.5 367.5 440.5
112Z 222.0 181.5 679.5 752.5 392.5 465.5
132 264.0 207.0 705.5 810.0 418.5 523.0
132Z 264.0 207.0 755.5 860.0 468.5 573.0
160 318.0 241.0 787.5 903.5 500.5 616.5
160Z 318.0 241.0 847.5 963.5 560.5 676.5
LES 180 352.5 292.0 860.5 989.5 573.5 702.5
180Z 200 200Z 225 225Y 2502) 352.5 392.5 392.5 439.0 439.0 487.0 292.0 315.0 315.0 382.0 382.0 457.5 890.5 928.5 953.5 974.0 1 034.0 1 085.5
1 019.5 1 075.5 1 100.5 1 202.0 1 262.0 1 310.5 603.5 641.5 666.5 687.0 747.0 798.5 732.5 788.5 813.5 915.0 975.0 1 023.5
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762
/ Use bores only for housing flange design 1) AD depends on the motor options, for other dimensions see page 8/42.
, Without locating shoulder +1 mm 2) FDAS/FZAS not possible
4/108 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
FDAD./FZAD.149 gearbox in a shaft-mounted design
FAD030, FADS030, FADT030
FDAD/FZAD149 88
kB k
LBL LB
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
AD 38
35,5 min.10
11,9*
Ø100 Ø80
y y
ØAC 755,5
FDAD/FZAD149 39,5 281
485 336
4
y =
RZ 40 RZ 25
450
40
203,5 Ø80
Ø25
FDADS/FZADS149 39,5 281
FDADT/FZADT149 39,5 281
Ø201
Ø120 Ø90 H7
R3
356,5
135
135
5 95,4
M24 75
1 313
350 287
4
Ø90 h6 Ø95 h6
25 JS9 Ø95
408,5 49
60
0,2x45° 65
404 54
Ø95 h6 91,024-0,055 Ø105
Ø95 H7 Ø90
R2
350
N85x3x30x27x9H 2
41 60,5
M20x60 7
26
89
89
26
W85x3x30x27x8f
6
2
289 8 M20
3
Motor
AC AD1) k kB LB LBL
LE 100 198.0 170.5 676.5 755.0 356.0 434.5
100Z 198.0 170.5 711.5 790.0 391.0 469.5
112 222.0 181.5 686.5 759.5 366.0 439.0
112Z 222.0 181.5 711.5 784.5 391.0 464.0
132 264.0 207.0 732.5 837.0 412.0 516.5
132Z 264.0 207.0 782.5 887.0 462.0 566.5
160 318.0 241.0 814.5 930.5 494.0 610.0
160Z 318.0 241.0 874.5 990.5 554.0 670.0
LES
180
180Z 200
200Z 225
225Y 250
352.5 352.5 392.5 392.5 439.0 439.0 487.0
292.0 292.0 315.0 315.0 382.0 382.0 457.5
887.5 917.5 955.5 980.5 1 000.5 1 060.5 1 112.0
1 016.5 1 046.5 1 102.5 1 127.5 1 229.0 1 289.0 1 337.0
567.0 597.0 635.0 660.0 680.5 740.5 792.0
696.0 726.0 782.0 807.0 908.5 968.5 1 017.0
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm
1) AD depends on the motor options, for other dimensions see page 8/42.
* Spring compression at max. torque
Siemens MD 50.1 · 2017 4/109
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
FD.Z./FZ.Z.149 gearbox in a housing flange design
FZ030, FAZ030, FAZS030, FAZT030
FDZ/FZZ149
39,5
281
88
kB k
LBL LB
AD 38
ØAC
485 Ø305 Ø210 j6
Ø90 m6 Ø26
336
4
11
170 15 140
5 25
Ø260
755,5
Ø90 m6
95
260
11
5
333
FDAZ/FZAZ149 39,5 281
DR M24x50 4
FDAZS/FZAZS149 39,5 281
M20x31 450
FDAZT/FZAZT149 39,5 281
45°
203,5
Ø201
Ø120 Ø90 H7
R3
11
11
356,5
408,5
49
5
135
135
95,4
60
25 JS9 Ø95
M24 75
1 313
350 287
0,2x45° 65
404 54
Ø90 h6 Ø95 h6
4
Ø95 h6 91,024-0,055 Ø105
Ø95 H7 Ø90
R2
11 350
N85x3x30x27x9H 2
41 60,5
M20x60 7
26
89
89
26
W85x3x30x27x8f
6
2
289 8 M20
3
Motor
AC AD1) k kB LB LBL
LE 100 198.0 170.5 676.5 755.0 356.0 434.5
100Z 198.0 170.5 711.5 790.0 391.0 469.5
112 222.0 181.5 686.5 759.5 366.0 439.0
112Z 222.0 181.5 711.5 784.5 391.0 464.0
132 264.0 207.0 732.5 837.0 412.0 516.5
132Z 264.0 207.0 782.5 887.0 462.0 566.5
160 318.0 241.0 814.5 930.5 494.0 610.0
160Z 318.0 241.0 874.5 990.5 554.0 670.0
LES
180
180Z 200
200Z 225
225Y 250
352.5 352.5 392.5 392.5 439.0 439.0 487.0
292.0 292.0 315.0 315.0 382.0 382.0 457.5
887.5 917.5 955.5 980.5 1 000.5 1 060.5 1 112.0
1 016.5 1 046.5 1 102.5 1 127.5 1 229.0 1 289.0 1 337.0
567.0 597.0 635.0 660.0 680.5 740.5 792.0
696.0 726.0 782.0 807.0 908.5 968.5 1 017.0
$ ISO 4014 % DIN 5480 & DIN 332-D / Use bores only for foot-mounted design
( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm 1) AD depends on the motor options, for other dimensions see page 8/42.
4/110 Siemens MD 50.1 · 2017
© Siemens AG 2018
FD.F./FZ.F.149 gearbox in a flange-mounted design
FF030, FAF030, FAFS030, FAFT030
FDF/FZF149 96,5
kB
k
281
LBL
LB
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
AD 38
Ø450 Ø350 h6
Ø90 m6 336
22 10 5
ØAC
4
755,5
170 15 140
5 25
Ø400
45° 22,5°
Ø90 m6
203,5
95
68
333
FDAF/FZAF149
80,5
281
11 DR M24x50 4
FDAFS/FZAFS149 80,5 281
Ø17,5 450
FDAFT/FZAFT149 80,5 281
Ø201
Ø120 Ø90 H7
R3
41
356,5
41
408,5
49 5
135
135
95,4
60
25 JS9 Ø95
M24 75
1 313
350 287
0,2x45° 65
404 54
Ø90 h6 Ø95 h6
4
Ø95 h6 91,024-0,055 Ø105
Ø95 H7 Ø90
R2
41
350
N85x3x30x27x9H 2
41 60,5
M20x60 7
26
89
89
26
W85x3x30x27x8f
6
2
289 8 M20
3
Motor
AC AD1) k kB LB LBL
LE 100 198.0 170.5 734.0 812.5 356.0 434.5
100Z 198.0 170.5 769.0 847.5 391.0 469.5
112 222.0 181.5 744.0 817.0 366.0 439.0
112Z 222.0 181.5 769.0 842.0 391.0 464.0
132 264.0 207.0 790.0 894.5 412.0 516.5
132Z 264.0 207.0 840.0 944.5 462.0 566.5
160 318.0 241.0 872.0 988.0 494.0 610.0
LES 160Z 180
180Z 200
200Z 225
225Y 250
318.0 352.5 352.5 392.5 392.5 439.0 439.0 487.0
241.0 292.0 292.0 315.0 315.0 382.0 382.0 457.5
932.0 945.0 975.0 1 013.0 1 038.0 1 058.5 1 118.5 1 170.0
1 048.0 1 074.0 1 104.0 1 160.0 1 185.0 1 286.5 1 346.5 1 395.0
554.0 567.0 597.0 635.0 660.0 680.5 740.5 792.0
670.0 696.0 726.0 782.0 807.0 908.5 968.5 1 017.0
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762
. For inner contour see page 4/128
/ Use bores only for foot-mounted design
1) AD depends on the motor options, for other dimensions see page 8/42.
, Without locating shoulder +1 mm
Siemens MD 50.1 · 2017 4/111
22.5°
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
FD.F./FZ.F.149 gearbox in a flange-mounted design with VLplus reinforced bearing system (G30)
FF040, FAF040
FDF/FZF149
213,5
kB k 281
LBL LB
AD 38
22
4
10
5
ØAC
Z
755,5
Ø450 Ø350 h6
Ø100 m6 336
11
185
333
FDAF/FZAF149
213,5
281
Ø100 m6 106
210 15 180
5 28
DR M24x50 4
203,5
Ø400
45° Ø17,5
450
Z AD
25 JS9
Ø120 Ø90 H7
R3
530,5 135
5
135
95,4
M24 75
1 487
524 461
Ø90 h6
4
Motor
AC AD1) k kB LB LBL
LE 100 198.0 170.5 851.0 929.5 356.0 434.5
100Z 198.0 170.5 886.0 964.5 391.0 469.5
112 222.0 181.5 861.0 934.0 366.0 439.0
112Z 222.0 181.5 886.0 959.0 391.0 464.0
LES
132
132Z 160
160Z 180
180Z 200
200Z 225
225Y 250
264.0 264.0 318.0 318.0 352.5 352.5 392.5 392.5 439.0 439.0 487.0
207.0 207.0 241.0 241.0 292.0 292.0 315.0 315.0 382.0 382.0 457.5
907.0 957.0 989.0 1 049.0 1 062.0 1 092.0 1 130.0 1 155.0 1 175.5 1 235.5 1 287.0
1 011.5 1 061.5 1 105.0 1 165.0 1 191.0 1 221.0 1 277.0 1 302.0 1 403.5 1 463.5 1 512.0
412.0 462.0 494.0 554.0 567.0 597.0 635.0 660.0 680.5 740.5 792.0
516.5 566.5 610.0 670.0 696.0 726.0 782.0 807.0 908.5 968.5 1 017.0
$ ISO 4014 ( DIN 332 ) Feather key/keyway DIN 6885-1 / Use bores only for foot-mounted design
. For inner contour see page 4/128
1) AD depends on the motor options, for other dimensions see page 8/42.
4/112 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
FD../FZ..149 gearbox in a foot-mounted design
F030, FA030, FAS030, FAT030
FD/FZ149
39,5
281
88
kB k
LBL LB
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
AD 38
60
ØAC
485 Ø90 m6
Ø26 336 M24x38
4
755,5
400
460
170 15 140
5 25
Ø90 m6
203,5
125
95
239,5
220
260
333
FDA/FZA149 39,5 281
DR M24x50 4
FDAS/FZAS149 39,5 281
11
450
FDAT/FZAT149 39,5 281
Ø201
Ø120 Ø90 H7
R3
69,5
69,5
356,5
408,5
49
5
135
135
95,4
60
25 JS9 Ø95
M24 75
1 313
350 287
0,2x45° 65
404 54
Ø90 h6 Ø95 h6
4
Ø95 h6 91,024-0,055 Ø105
Ø95 H7 Ø90
R2
69,5 350
N85x3x30x27x9H 2
41 60,5
M20x60 7
26
89
89
26
W85x3x30x27x8f
6
2
289 8 M20
3
Motor
AC AD1) k kB LB LBL
LE 100 198.0 170.5 676.5 755.0 356.0 434.5
100Z 198.0 170.5 711.5 790.0 391.0 469.5
112 222.0 181.5 686.5 759.5 366.0 439.0
112Z 222.0 181.5 711.5 784.5 391.0 464.0
132 264.0 207.0 732.5 837.0 412.0 516.5
132Z 264.0 207.0 782.5 887.0 462.0 566.5
160 318.0 241.0 814.5 930.5 494.0 610.0
160Z 318.0 241.0 874.5 990.5 554.0 670.0
LES
180
180Z 200
200Z 225
225Y 250
352.5 352.5 392.5 392.5 439.0 439.0 487.0
292.0 292.0 315.0 315.0 382.0 382.0 457.5
887.5 917.5 955.5 980.5 1 000.5 1 060.5 1 112.0
1 016.5 1 046.5 1 102.5 1 127.5 1 229.0 1 289.0 1 337.0
567.0 597.0 635.0 660.0 680.5 740.5 792.0
696.0 726.0 782.0 807.0 908.5 968.5 1 017.0
$ ISO 4014 % DIN 5480 & DIN 332-D / Use bores only for housing flange design
( DIN 332
) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm 1) AD depends on the motor options, for other dimensions see page 8/42.
Siemens MD 50.1 · 2017 4/113
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
FDAD./FZAD.169 gearbox in a shaft-mounted design
FAD030, FADS030, FADT030
FDAD/FZAD169 110
kB k
LBL LB
AD 40
47
min.12
7,9*
Ø140 Ø120
y y
ØAC 865
4
FDAD/FZAD169
42
341
550 386
FDADS/FZADS169
42
341
y =
RZ 40 RZ 25
530
50
FDADT/FZADT169
42
341
236 Ø120
Ø31
Ø234
Ø140 Ø100 H7
R3
416 150
5
150
106,4
M24 73,5
1 373
410 347
4
Ø100 h6 Ø105 h6
28 JS9 Ø105
496 85
60
0,6x45° 65
485 90
Ø105 h6 95,910-0,053 Ø110
Ø105 H7 Ø90
R2
410
N90x3x30x28x9H 2
36 49,5
M20x45 7
32,5 100
100 32,5
W90x3x30x28x8f
6
2
360 8 M20
3
Motor
AC AD1) k kB LB LBL
LE 112 222.0 181.5 739.5 812.5 353.5 426.5
112Z 222.0 181.5 764.5 837.5 378.5 451.5
132 264.0 207.0 785.0 889.5 399.0 503.5
132Z 264.0 207.0 835.0 939.5 449.0 553.5
160 318.0 241.0 867.0 983.0 481.0 597.0
160Z 318.0 241.0 927.0
1 043.0 541.0 657.0
LES 180
352.5 292.0 939.5 1 068.5 553.5 682.5
180Z 352.5 292.0 969.5
1 098.5 583.0 712.5
200 392.5 315.0
1 007.5 1 154.5
621.5 768.5
200Z 392.5 315.0
1 032.5 1 179.5
646.5 793.5
225 439.0 382.0
1 052.5 1 280.0
666.0 894.0
225Y 439.0 382.0
1 112.0 1 340.0
726.0 954.0
250 487.0 457.0
1 159.5 1 384.5
773.5 998.5
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm
1) AD depends on the motor options, for other dimensions see page 8/42.
* Spring compression at max. torque
4/114 Siemens MD 50.1 · 2017
© Siemens AG 2018
FD.Z./FZ.Z.169 gearbox in a housing flange design
FZ030, FAZ030, FAZS030, FAZT030
FDZ/FZZ169
45
341
113
kB k
LBL LB
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
AD 40
ØAC
550 Ø350 Ø250 j6
Ø110 m6 Ø33
386
868,5 Ø300 236
13
4
30°
210 15 180
5 28
Ø110 m6
116
316
11
5
395
FDAZ/FZAZ169 42 341
DR M24x50 4
FDAZS/FZAZS169
42
341
M20x31 530
FDAZT/FZAZT169 42 341
Ø234
Ø140 Ø100 H7
R3
10
10
416
496
85
5
150
150
106,4
60
28 JS9 Ø105
M24 73,5
1 373
410 347
0,6x45° 65
485 90
Ø100 h6 Ø105 h6
4
Ø105 h6 95,910-0,053 Ø110
Ø105 H7 Ø90
R2
10 410
N90x3x30x28x9H 2
36 49,5
M20x45 7
32,5 100
100 32,5
W90x3x30x28x8f
6
2
360 8 M20
3
Motor
AC AD1) k kB LB LBL
LE 112 222.0 181.5 739.5 812.5 353.5 426.5
112Z 222.0 181.5 764.5 837.5 378.5 451.5
132 264.0 207.0 785.0 889.5 399.0 503.5
132Z 264.0 207.0 835.0 939.5 449.0 553.5
160 318.0 241.0 867.0 983.0 481.0 597.0
160Z 318.0 241.0 927.0
1 043.0 541.0 657.0
LES 180
352.5 292.0 939.5 1 068.5 553.5 682.5
180Z 352.5 292.0 969.5
1 098.5 583.0 712.5
200 392.5 315.0
1 007.5 1 154.5
621.5 768.5
200Z 392.5 315.0
1 032.5 1 179.5
646.5 793.5
225 439.0 382.0
1 052.5 1 280.0
666.0 894.0
225Y 439.0 382.0
1 112.0 1 340.0
726.0 954.0
250 487.0 457.0
1 159.5 1 384.5
773.5 998.5
$ ISO 4014 % DIN 5480 & DIN 332-D / Use bores only for foot-mounted design
( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm 1) AD depends on the motor options, for other dimensions see page 8/42.
Update 02/2018
Siemens MD 50.1 · 2017 4/115
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
FD.F./FZ.F.169 gearbox in a flange-mounted design
FF030, FAF030, FAFS030, FAFT030
FDF/FZF169 110
kB
k
341
LBL
LB
Ø550 Ø450 h6
Ø110 m6 386
25
4
10 5
ØAC
210 15 180
Ø110 m6
11
78
395
DR M24x50 4
FDAF/FZAF169
93
341
FDAFS/FZAFS169
93
341
116 865
236
AD 40
5 28
Ø500
Ø17,5 530
FDAFT/FZAFT169
93
341
45° 22,5°
Ø234
Ø140 Ø100 H7
R3
51
416
51
496
85 5
150
150
106,4
60
28 JS9 Ø105
M24 73,5
1 373
410 347
0,6x45° 65
485 90
Ø100 h6 Ø105 h6
4
Ø105 h6 95,910-0,053 Ø110
Ø105 H7 Ø90
R2
51
410
N90x3x30x28x9H 2
36 49,5
M20x45 7
32,5 100
100 32,5
W90x3x30x28x8f
6
2
360 8 M20
3
Motor
AC AD1) k kB LB LBL
LE 112 222.0 181.5 804.5 877.5 353.5 426.5
112Z 222.0 181.5 829.5 902.5 378.5 451.5
132 264.0 207.0 850.0 954.5 399.0 503.5
132Z 264.0 207.0 900.0
1 004.5 449.0 553.5
160 318.0 241.0 932.0
1 048.0 481.0 597.0
160Z 318.0 241.0 992.0
1 108.0 541.0 657.0
LES 180
352.5 292.0 1 004.5 1 133.5 553.5 682.5
180Z 352.5 292.0
1 034.5 1 163.5
583.5 712.5
200 392.5 315.0
1 072.5 1 219.5
621.5 768.5
200Z 392.5 315.0
1 097.5 1 244.5
646.5 793.5
225 439.0 382.0
1 117.0 1 345.0
666.0 894.0
225Y 439.0 382.0
1 177.0 1 405.0
726.0 954.0
250 487.0 457.5
1 224.5 1 449.5
773.5 998.5
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762
. For inner contour see page 4/128
/ Use bores only for foot-mounted design
1) AD depends on the motor options, for other dimensions see page 8/42.
, Without locating shoulder +1 mm
4/116 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
FD.F./FZ.F.169 gearbox in a flange-mounted design with VLplus reinforced bearing system (G30)
FF040, FAF040
Dimensions
FDF/FZF169
kB
k
242
341
LBL
LB
AD 40
25
10
5
Z
ØAC
4
868,5 236
Ø550 Ø450 h6
Ø120 m6 386
22.5°
11
210
395
FDAF/FZAF169
242
341
Ø120 m6 127
210 15 180
5 32
DR M24x50 4
Ø500
45° Ø17,5
530
Z AD
28 JS9
Ø140 Ø100 H7
R3
614,5 150
5
150
106,4
M24 73,5
1 574
611 548
Ø100 h6
4
Motor
AC AD1) k kB LB LBL
LE 112
222.0 181.5 936.5 1 009.5 353.5 426.5
112Z 222.0 181.5 961.5
1 034.5 378.5 451.5
132 264.0 207.0 982.0
1 086.5 399.0 503.5
132Z 264.0 207.0
1 032.0 1 136.5
449.0 553.5
160 318.0 241.0
1 064.0 1 180.0
481.0 597.0
160Z 318.0 241.0
1 124.0 1 240.0
541.0 657.0
LES 180
352.5 292.0 1 136.5 1 265.5 553.5 682.5
180Z 352.5 292.0
1 166.5 1 295.5
583.5 712.5
200 392.5 315.0
1 204.5 1 351.5
621.5 768.5
200Z 392.5 315.0
1 129.5 1 376.5
646.5 793.5
225 439.0 382.0
1 249.0 1 477.0
666.0 894.0
225Y 439.0 382.0
1 309.0 1 537.0
726.0 954.0
250 487.0 457.5
1 356.5 1 581.5
773.5 998.5
$ ISO 4014 ( DIN 332 ) Feather key/keyway DIN 6885-1 / Use bores only for foot-mounted design
. For inner contour see page 4/128
1) AD depends on the motor options, for other dimensions see page 8/42.
Update 02/2018
Siemens MD 50.1 · 2017 4/117
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
FD../FZ..169 gearbox in a foot-mounted design
F030, FA030, FAS030, FAT030
FD/FZ169
kB k
45
341
LBL
113
LB
AD 40
70
ØAC
550 Ø110 m6
Ø33 386 M30x46
4
292
270
316
395
FDA/FZA169 42 341
Ø110 m6
210 15 180
DR M24x50 4
FDAS/FZAS169
42
341
116
5 28
142
11
530
FDAT/FZAT169 42 341
520
450
236 868,5
Ø234
Ø140 Ø100 H7
R3
79
79
416
496
85
5
150
150
106,4
60
28 JS9 Ø105
M24 73,5
1 373
410 347
0,6x45° 65
485 90
Ø100 h6 Ø105 h6
4
Ø105 h6 95,910-0,053 Ø110
Ø105 H7 Ø90
R2
79 410
N90x3x30x28x9H 2
36 49,5
M20x45 7
32,5 100
100 32,5
W90x3x30x28x8f
6
2
360 8 M20
3
Motor
AC AD1) k kB LB LBL
LE 112 222.0 181.5 739.5 812.5 353.5 426.5
112Z 222.0 181.5 764.5 837.5 378.5 451.5
132 264.0 207.0 785.0 889.5 399.0 503.5
132Z 264.0 207.0 835.0 939.5 449.0 553.5
160 318.0 241.0 867.0 983.0 481.0 597.0
$ ISO 4014 % DIN 5480 & DIN 332-D / Use bores only for housing flange design
( DIN 332
4/118 Siemens MD 50.1 · 2017
160Z 318.0 241.0 927.0
1 043.0 541.0 657.0
LES 180
352.5 292.0 939.5 1 068.5 553.5 682.5
180Z 352.5 292.0 969.5
1 098.5 583.0 712.5
200 392.5 315.0
1 007.5 1 154.5
621.5 768.5
200Z 392.5 315.0
1 032.5 1 179.5
646.5 793.5
225 439.0 382.0
1 052.5 1 280.0
666.0 894.0
225Y 439.0 382.0
1 112.0 1 340.0
726.0 954.0
250 487.0 457.0
1 159.5 1 384.5
773.5 998.5
) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm 1) AD depends on the motor options, for other dimensions see page 8/42.
Update 02/2018
© Siemens AG 2018
FDAD./FZAD.189 gearbox in a shaft-mounted design
FAD030, FADS030, FADT030
FDAD/FZAD189 150
kB k
LBL LB
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
AD 44
46,5
min.12
8,9*
Ø140 Ø120
y y
ØAC 1000
FDAD/FZAD189
80
355
660 442
4
y =
RZ 40 RZ 25
660
50
266 Ø120
Ø31
FDADS/FZADS189
80
355
FDADT/FZADT189
80
355
Ø267
Ø160 Ø120 H7
R3
509 180
5
180
127,4
M24
73
460
1
500
434
4
120 h6 Ø125 h6
32 JS9 Ø125
593,5 62
100
0,6x45°
583
105
67
Ø125 h6 115,998 -0,061 Ø130
Ø125 H7 Ø110
R2
500
N110x3x30x35x9H 2
45,5 57
M24x60 7
32
99
99 32
W110x3x30x35x8f
6
2
442,5 8 M24
3
Motor
AC AD1) k kB LB LBL
LE 112 222.0 181.5 788.5 861.5 353.5 426.5
112Z 222.0 181.5 813.5 886.5 378.5 451.5
132 264.0 207.0 834.0 938.5 399.0 503.5
132Z 264.0 207.0 884.0 988.5 449.0 553.5
160 318.0 241.0 916.0
1 032.0 481.0 597.0
160Z 318.0 241.0 976.0
1 092.0 541.0 657.0
LES 180
352.5 292.0 988.5 1 117.5 553.5 682.5
180Z 352.5 292.0
1 018.5 1 147.5
583.5 712.5
200 392.5 315.0
1 056.5 1 203.5
621.5 768.5
200Z 392.5 315.0
1 081.5 1 228.5
646.5 793.5
225 439.0 382.0
1 101.0 1 329.0
666.0 894.0
225Y 439.0 382.0
1 161.0 1 389.0
726.0 954.0
250 487.0 457.5
1 208.5 1 433.5
773.5 998.5
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm
/ Use bores only for foot-mounted design
1) AD depends on the motor options, for other dimensions see page 8/42.
* Spring compression at max. torque
Siemens MD 50.1 · 2017 4/119
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
FD.Z./FZ.Z.189 gearbox in a housing flange design
FZ030, FAZ030, FAZS030, FAZT030
FDZ/FZZ189
kB k
80
355
LBL
150
LB
AD 44
ØAC
660 Ø400 Ø300 j6
Ø120 m6 Ø33
442
4
14
45°
210 20 180
5 32
Ø120 m6
370
5
477
FDAZ/FZAZ189
80
355
11 DR M24x50 4
FDAZS/FZAZS189
80
355
M24x38 660
FDAZT/FZAZT189
80
355
127 1000
22,5° Ø350 266
Ø267
Ø160 Ø120 H7
R3
14
14
509
5
593,5
62
180
180
127,4
100
32 JS9 Ø125
M24
73
460
1
500
434
0,6x45°
583
105
67
120 h6 Ø125 h6
4
Ø125 h6 115,998 -0,061 Ø130
Ø125 H7 Ø110
R2
14 500
N110x3x30x35x9H 2
45,5 57
M24x60 7
32
99
99 32
W110x3x30x35x8f
6
2
442,5 8 M24
3
Motor
AC AD1) k kB LB LBL
LE 112 222.0 181.5 788.5 861.5 353.5 426.5
112Z 222.0 181.5 813.5 886.5 378.5 451.5
132 264.0 207.0 834.0 938.5 399.0 503.5
132Z 264.0 207.0 884.0 988.5 449.0 553.5
160 318.0 241.0 916.0
1 032.0 481.0 597.0
160Z 318.0 241.0 976.0
1 092.0 541.0 657.0
LES 180
352.5 292.0 988.5 1 117.5 553.5 682.5
180Z 352.5 292.0
1 018.5 1 147.5
583.5 712.5
200 392.5 315.0
1 056.5 1 203.5
621.5 768.5
200Z 392.5 315.0
1 081.5 1 228.5
646.5 793.5
225 439.0 382.0
1 101.0 1 329.0
666.0 894.0
225Y 439.0 382.0
1 161.0 1 389.0
726.0 954.0
250 487.0 457.5
1 208.5 1 433.5
773.5 998.5
$ ISO 4014 % DIN 5480 & DIN 332-D / Use bores only for foot-mounted design
( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm 1) AD depends on the motor options, for other dimensions see page 8/42.
4/120 Siemens MD 50.1 · 2017
© Siemens AG 2018
FD.F./FZ.F.189 gearbox in a flange-mounted design
FF030, FAF030, FAFS030, FAFT030
FDF/FZF189 151
kB
k
355
LBL
LB
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
AD 44
Ø660 Ø550 h6
Ø120 m6 442
127 1000
266
28
10
6
ØAC
4
210 20 180
5 32
Ø600
Ø120 m6
22,5°
85
477
FDAF/FZAF189
140
355
11 DR M24x50 4
FDAFS/FZAFS189
140
355
45° Ø22
660
FDAFT/FZAFT189
140
355
Ø267
Ø160 Ø120 H7
R3
60
508
60
593,5
5
62
180
180
127,4
100
32 JS9 Ø125
M24 73
1 460
500 434
0,6x45°
583
105
67
120 h6 Ø125 h6
4
Ø125 h6 115,998 -0,061 Ø130
Ø125 H7 Ø110
R2
60
500
N110x3x30x35x9H 2
45,5 57
M24x60 7
32
99
99 32
W110x3x30x35x8f
6
2
442,5 8 M24
3
Motor
AC AD1) k kB LB LBL
LE 112 222.0 181.5 859.5 932.5 353.5 426.5
112Z 222.0 181.5 884.5 957.5 378.5 451.5
132 264.0 207.0 905.0
1 009.5 399.0 503.5
132Z 264.0 207.0 955.0
1 059.5 449.0 553.5
160 318.0 241.0 987.0
1 103.0 481.0 597.0
160Z 318.0 241.0
1 047.0 1 163.0
541.0 657.0
LES 180
352.5 292.0 1 059.5 1 188.5 553.5 682.5
180Z 352.5 292.0
1 089.5 1 218.5
583.5 712.5
200 392.5 315.0
1 127.5 1 274.5
621.5 768.5
200Z 392.5 315.0
1 152.5 1 299.5
646.5 793.5
225 439.0 382.0
1 172.0 1 400.0
666.0 894.0
225Y 439.0 382.0
1 232.0 1 460.0
726.0 954.0
250 487.0 457.5
1 279.5 1 504.5
773.5 998.5
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762
. For inner contour see page 4/128
/ Use bores only for foot-mounted design
1) AD depends on the motor options, for other dimensions see page 8/42.
, Without locating shoulder +1 mm
Siemens MD 50.1 · 2017 4/121
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
FD../FZ..189 gearbox in a foot-mounted design
F030, FA030, FAS030, FAT030
FD/FZ189
80 150
kB
k
355
LBL
LB
AD 44
85
ØAC
660 Ø120 m6
Ø33 442
4
328
310
370
477
FDA/FZA189
80
355
M36x54
Ø120 m6
210 20 180
DR M24x50 4
FDAS/FZAS189
80
355
127
5 32
170
11
660
FDAT/FZAT189
80
355
626
540
266 1000
Ø267
Ø160 Ø120 H7
R3
118
118
508
5
593,5
62
180
180
127,4
100
32 JS9 Ø125
M24 73
1 460
500 434
0,6x45°
583
105
67
120 h6 Ø125 h6
4
Ø125 h6 115,998 -0,061 Ø130
Ø125 H7 Ø110
R2
118 500
N110x3x30x35x9H 2
45,5 57
M24x60 7
32
99
99 32
W110x3x30x35x8f
6
2
442,5 8 M24
3
Motor
AC AD1) k kB LB LBL
LE 112 222.0 181.5 788.5 861.5 353.5 426.5
112Z 222.0 181.5 813.5 886.5 378.5 451.5
132 264.0 207.0 834.0 938.5 399.0 503.5
132Z 264.0 207.0 884.0 988.5 449.0 553.5
160 318.0 241.0 916.0
1 032.0 481.0 597.0
160Z 318.0 241.0 976.0
1 092.0 541.0 657.0
LES 180
352.5 292.0 988.5 1 117.5 553.5 682.5
180Z 352.5 292.0
1 018.5 1 147.5
583.5 712.5
200 392.5 315.0
1 056.5 1 203.5
621.5 768.5
200Z 392.5 315.0
1 081.5 1 228.5
646.5 793.5
225 439.0 382.0
1 101.0 1 329.0
666.0 894.0
225Y 439.0 382.0
1 161.0 1 389.0
726.0 954.0
250 487.0 457.5
1 208.5 1 433.5
773.5 998.5
$ ISO 4014 % DIN 5480 & DIN 332-D / Use bores only for housing flange design
( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm 1) AD depends on the motor options, for other dimensions see page 8/42.
4/122 Siemens MD 50.1 · 2017
Parallel shaft tandem geared motors
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
zB5 z5
LB
ØAC
4
Gearbox
Motor
FD../FZ..29-D/Z19 LA63
FD../FZ..39-D/Z19 LA63
LA71
LA71Z
FD../FZ..49-D/Z19 LA63
LA71
LA71Z
LE80
LE80Z
FD../FZ..69-D/Z19 LA63
LA71
LA71Z
LE80
LE80Z
FD../FZ..79-D/Z39 LA63
LA71
LA71Z
LE80
LE80Z
FD../FZ..89-D/Z39 LA63
LA71
LA71Z
LE80
LE80Z
LE90
LE90Z
FD..109-D/Z39 LA63
LA71
LA71Z
LE80
LE80Z
LE90
LE90Z
LE100
LE100Z
AC 117.8 117.8 138.8 138.8 117.8 138.8 138.8 156.3 156.3 117.8 138.8 138.8 156.3 156.3 117.8 138.8 138.8 156.3 156.3 117.8 138.8 138.8 156.3 156.3 173.8 173.8 117.8 138.8 138.8 156.3 156.3 173.8 173.8 198.0 198.0
z5 331.0 331.0 363.0 382.0 322.0 354.0 373.0 410.0 445.0 322.0 354.0 373.0 410.0 445.0 373.5 405.5 424.5 469.5 504.5 356.5 388.5 407.5 452.5 487.5 514.0 554.0 347.5 379.5 398.5 443.5 478.5 505.0 545.0 561.5 596.5
zB5 375.5 375.5 418.0 437.0 366.5 409.0 428.0 470.0 505.0 366.5 409.0 428.0 470.0 505.0 418.0 460.5 479.5 529.5 564.5 401.0 443.5 462.5 512.5 547.5 584.0 624.0 392.0 434.5 453.5 503.5 538.5 575.0 615.0 640.0 675.0
LB 160.5 160.5 184.5 203.5 160.5 184.5 203.5 240.0 275.0 160.5 184.5 203.5 240.0 275.0 194.0 226.0 245.0 290.0 325.0 194.0 226.0 245.0 290.0 325.0 351.5 391.5 194.0 226.0 245.0 290.0 325.0 351.5 391.5 408.0 443.0
Gearbox FD..129-D/Z49
FD..149-D/Z49
Motor LA63 LA71 LA71Z LE80 LE80Z LE90 LE90Z LE100 LE100Z LE112 LE112Z LA63 LA71 LA71Z LE80 LE80Z LE90 LE90Z LE100 LE100Z LE112 LE112Z LE132 LE132Z
AC 117.8 138.8 138.8 156.3 156.3 173.8 173.8 198.0 198.0 222.0 222.0 117.8 138.8 138.8 156.3 156.3 173.8 173.8 198.0 198.0 222.0 222.0 264.0 264.0
z5 376.5 408.5 427.5 472.5 507.5 534.0 574.0 590.5 625.5 600.5 635.0 366.0 398.0 417.0 462.0 497.0 523.5 563.5 580.0 615.0 590.0 624.5 643.0 693.0
zB5 421.0 463.5 482.5 532.5 567.5 604.0 644.0 669.0 704.0 673.5 708.0 410.5 453.0 472.0 522.0 557.0 593.5 633.5 658.5 693.5 663.0 697.5 747.5 797.5
LB 184.5 216.5 235.5 280.5 315.5 342.0 382.0 398.5 433.5 408.5 443.0 184.5 216.5 235.5 280.5 315.5 342.0 382.0 398.5 433.5 408.5 443.0 461.5 511.5
Siemens MD 50.1 · 2017 4/123
ØAC
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
Parallel shaft tandem geared motors
4
© Siemens AG 2018
zB5 z5
LB
Gearbox FD..169-D/Z69
FD..189-D/Z69
Motor LA63 LA71 LA71Z LE80 LE80Z LE90 LE90Z LE100 LE100Z LE112 LE112Z LE132 LE132Z LA63 LA71 LA71Z LE80 LE80Z LE90 LE90Z LE100 LE100Z LE112 LE112Z LE132 LE132Z
AC 117.8 138.8 138.8 156.3 156.3 173.8 173.8 198.0 198.0 222.0 222.0 264.0 264.0 117.8 138.8 138.8 156.3 156.3 173.8 173.8 198.0 198.0 222.0 222.0 264.0 264.0
z5 391.5 423.5 442.5 487.5 522.5 549.0 589.0 605.5 640.5 615.5 650.0 668.5 718.5 391.5 423.5 442.5 487.5 522.5 549.0 589.0 605.5 640.5 615.5 650.0 668.5 718.5
zB5 436.0 478.5 497.5 547.5 582.5 619.0 659.0 684.0 719.0 688.5 723.0 773.0 823.0 436.0 478.5 497.5 547.5 582.5 619.0 659.0 684.0 719.0 688.5 723.0 773.0 823.0
LB 184.5 216.5 235.5 280.5 315.5 342.0 382.0 398.5 433.5 408.5 443.0 461.5 511.5 184.5 216.5 235.5 280.5 315.5 342.0 382.0 398.5 433.5 408.5 443.0 461.5 511.5
4/124 Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOLOC assembly system
FDADR/FZADR a10 to10 x2 to10
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
o8 m4
4
Øg6 Ød Ød h11 Ød Øg7
o9
Note mounting tolerance to10 when positioning the torque arm.
d
g6
g7
FDADR/FZADR29
25
58.5
56
20
1"
0.75"
FDADR/FZADR39
30
62.0
76
25
1.25"
1.1875"
1"
FDADR/FZADR49
35
65.0
84
30
1.375"
1.4375"
1.25"
1.1875"
FDADR/FZADR.69
40
79.5
94
35
1.5"
1.625"
1.4375"
1.375"
FDADR/FZADR79
40
79.5
94
35
1.5"
1.625"
1.4375"
1.375"
FDADR/FZADR89
50
89.0
114
40
2"
1.9375"
1.75"
1.625"
m4
o8
o9
18.5
140.5
161
22
160.5
181
24
192.0
214
30
217.5
240
30
232.0
259
32
264.0
295
Rz16
a10
to10
x2
40.0
+2.1
23.5
+0.6
46.5
+2.2
29.5
+0.7
47.0
+2.6
24.5
+0.8
59.5
+2.5
37.0
+0.7
60.0
+3.2
34.0
+1.4
69.0
+3.4
32.0
+1.5
Siemens MD 50.1 · 2017 4/125
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
Protection covers
Protection cover for hollow shaft F.A, F.AF, F.AZ, F.AD
© Siemens AG 2018 o9
4
Øg7
Gearbox type
Protection cover
g7 o9
F.A..29 F.A..39 F.A..49 F.A..69 F.A..79 F.A..89 F.A..109 F.A..129 F.A..149 F.A..169 F.A..189
67.0 120.5
82.5 134.0
80.0 177.0
99.0 179.0
99.0 192.5
137.0 232.5
187.0 281.5
187.0 348.0
218.0 425.0
257.5 520.0
309.5 623.5
Protection cover for hollow shaft with shrink disk
F.AS, F.AFS, F.AZS, F.ADS
o9
Rotating protective cover
G_D087_EN_00276
Øg7 Øg7s
Protection cover Steel o9s
Gearbox type
F.A..29 F.A..39 F.A..49
Rotating protective cover with shrink disk version
max. motor frame size that can be
80
mounted
90
100
g7
57.0
76.0
84.0
o9
Protection cover
132.5 149.5 182.0
max. motor frame size that can be
71
mounted
80
100
g7s
58.0
82.5
86.0
o9s
135.5 170.0 198.0
F.A..69
100 84.0
198.0
100 99.0
210.0
F.A..79
132 94.0
215.5
112 99.0
223.5
F.A..89
160 119.0 247.5
132 137.0 284.5
F.A..109
200 145.0 282.5
200 187.0 308.5
F.A..129
225 159.0 348.5
225 187.0 375.0
F.A..149
250 201.0 408.5
250 218.0 425.0
F.A..169
250 234.0 496.0
250 257.5 520.0
F.A..189
250 267.0 593.5
250 309.5 623.5
4/126 Siemens MD 50.1 · 2017
© Siemens AG 2018
Protection covers
Protection cover for hollow shaft with SIMOLOC assembly system
F.ADR
o9
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
4
Rotating
protective cover
G_D087_EN_00277
Øg7 Øg7s
Gearbox type
Rotating protective cover
max. motor frame size that can be mounted
g7 o9
Protection cover
max. motor frame size that can be mounted g7s o9s
F.ADR29
80 56.0 161.0
71 58.0 164.0
o9s
F.ADR39
90 76.0 181.0
80 82.5 184.0
Protection cover
F.ADR49
100 84.0
214.0
100 86.0
219.0
F.ADR69
100 94.0
240.0
100 99.0
249.5
F.ADR79
132 94.0
259.0
112 99.0
263.5
F.ADR89
160 114.0 295.0
132 137.0 303.5
Siemens MD 50.1 · 2017 4/127
© Siemens AG 2018
SIMOGEAR geared motors Parallel shaft geared motors
Dimensions
Inner contour of the flange design
Notes regarding the design of the customer's interface for the solid shaft design
FDF/FZF
i2
f1
4
l
Ød
Ød7
Øa1
l1 l2
Gearbox type a1 d d7 d1 d2 f1 i2 l l1 l2
FDF/FZF29
120 25 40 - 70 3.0 40 40 24.0 -
160 25 40 70 101 3.5 40 40 8.5 24.5
FDF/FZF39
160 25 30 - 100 3.5 50 50 5.0 -
FDF/FZF49
200 30 35 - 118 3.5 60 60 5.5 -
FDF/FZF69
250 35 45 - 165 4.0 70 70 6.5 -
FDF/FZF79
250 40 55 - 165 4.0 80 80 6.5 -
FDF/FZF89
300 50 55 - 165 4.0 100 100 8.0 -
FDF/FZF109
350 60 65 - 235 5.0 120 120 9.0 -
FDF/FZF129
450 70 75 - 336 5.0 140 140 9.0 -
FDF/FZF149
450 90 100 - 336 5.0 170 170 10.0 -
FDF/FZF169
550 110 120 - 427 5.0 210 210 10.0 -
FDF/FZF189
660 120 160 - 517 6.0 210 210 11.0 -
With VLplus reinforced bearing system (G30)
FDF/FZF89
300 60 70 143 218 4.0 120 120 1.5 8
FDF/FZF109
350 70 85 190 234 5.0 140 140 2.0 4
FDF/FZF129
450 90 95 - 336 5.0 170 170 16.5 -
FDF/FZF149
450 100 120 225 336 5.0 210 210 10.5 11
FDF/FZF169
550 120 140 - 426 5.0 210 210 19.5 -
Ød2 Øa1
Ød1
Notes regarding the design of the customer's interface for the hollow shaft design
Ød2
FDAF./FZAF.
f4 f1
Ød1
Ød7
Ød
Gearbox type a1 d d7 d1 d2 f1
FDAF./FZAF.29 120 25 40
- 70 3.0
160 25 40 70 101 3.5
FDAF./FZAF.39 160 30 45 80 102 3.5
FDAF./FZAF.49 200 35 50 90 120 3.5
FDAF./FZAF.69 250 40 55 104 165 4.0
FDAF./FZAF.79 250 40 55 104 165 4.0
FDAF./FZAF.89 300 50 70 135 215 4.0
FDAF./FZAF.109 350 60 85 184 210 5.0
FDAF./FZAF.129 450 70 95 184 336 5.0
FDAF./FZAF.149 450 90 120 214 330 5.0
FDAF./FZAF.169 550 100 140 254 426 5.0
FDAF./FZAF.189 660 120 160 306 518 6.0
With VLplus reinforced bearing system (G30)
FDAF./FZAF.89 300 50 70 143 218 4.0
FDAF./FZAF.109 350 60 85 190 234 5.0
FDAF./FZAF.129 450 70 95
- 336 5.0
FDAF./FZAF.149 450 90 120 225 330 5.0
FDAF./FZAF.169 550 100 140
- 426 5.0
f4 l1 l2 20.0 24.0 20.0 8.5 24.5 24.0 2.0 29.5 25.0 4.0 30.5 23.5 2.0 29.5 23.0 2.0 29.5 37.0 2.0 44.5 36.0 13.0 45.0 41.5 16.5 48.5 41.0 10.5 50.0 56.0 14.5 56.0 66.0 6.0 62.0
0 1.5 8 0 2.0 4 0 16.5 0 10.5 11 0 14.5 -
l1 l2
4/128 Siemens MD 50.1 · 2017
Update 02/2018
Bevel geared motors
© Siemens AG 2018
5
5/2 Orientation
5/3 Geared motors up to 55 kW 5/3 Selection and ordering data
5/49 Transmission ratios and torques 5/49 Selection and ordering data
5/63 Transmission ratios and torques for very low speeds
5/63 Selection and ordering data
5/73 5/73 5/75 5/79 5/83 5/87 5/91 5/95 5/99 5/103 5/107 5/112 5/117 5/122 5/127 5/132 5/136 5/137
5/139 5/139
5/140
5/141
Dimensions Dimensional drawing overview Bevel geared motors B..19 Bevel geared motors B..29 Bevel geared motors B..39 Bevel geared motors B..49 Bevel geared motors K..39 Bevel geared motors K..49 Bevel geared motors K..69 Bevel geared motors K..79 Bevel geared motors K..89 Bevel geared motors K..109 Bevel geared motors K..129 Bevel geared motors K..149 Bevel geared motors K..169 Bevel geared motors K..189
Bevel tandem geared motors
SIMOLOC assembly system
Protection covers Protection cover for hollow shaft Protection cover for hollow shaft with shrink disk Protection covers for hollow shaft with SIMOLOC assembly system Inner contour of the flange design
Siemens MD 50.1 · 2017
SIMOGEAR geared motors Bevel geared motors
Orientation
SIMOGEAR bevel geared motor B
© Siemens AG 2018
5
Fig. 5/1 Bevel geared motor B
Gearbox designation B19 ... B49 (2-stage)
Number of frame sizes Maximum output torque
T2N Nm
4
50... 450
Transmission ratio i 3.5 ... 59
SIMOGEAR bevel geared motor K
Maximum motor power P1 kW 7.5
Fig. 5/2 Bevel geared motor K
Gearbox designation
K39 ... K189 (3-stage) K.39-D/Z19 ... K189-DZ69 (5-stage and 6-stage)
Number of frame sizes Maximum output torque
T2N Nm
10
150 ... 19 500
10
220 ... 19 500
Transmission ratio i 5.7 ... 237 170 ... 14 900
Maximum motor power P1 kW 55 7.5
SIMOGEAR bevel geared motors are available in the following versions:
Transmission stages · 2-stage or 3-stage bevel geared motors · 5-stage or 6-stage bevel geared motors for very low output
speeds
Versions · Shaft-mounted design · Flange-mounted design with or without VLplus reinforced
bearing systems · Design with integrated housing flange · Foot-mounted design
Mounting · Hollow shaft design with feather key · Hollow shaft design with splined shaft · Hollow shaft design with shrink disk · Hollow shaft design with SIMOLOC assembly system · Solid shaft design with and without feather key
For 2-stage bevel gearboxes B, the torque arm is supplied loose to enable it to be mounted as required on site. The position of the torque arm can be freely selected.
5/2
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data
Prated kW
0.09
n2
T2
rpm
Nm
K.39-LA63MF6
5.4
159
i -
157.32
FR2 N
6 300
fB -
1.4
m kg
15
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3504 - 7 BD11 - 7 7 J2 P01
6.1
141
139.54
6 370
1.6
15
2KJ3504 - 7 BD11 - 7 7 H2 P01
7.0
122
121.07
6 440
1.8
15
2KJ3504 - 7 BD11 - 7 7 G2 P01
7.7
111
110.06
6 480
2.0
15
2KJ3504 - 7 BD11 - 7 7 F2 P01
B.29-LA63MF6
18
47
46.85
4 200
2.3
9
2KJ3501 - 7 BD11 - 7 7 B2 P01
20
42
41.56
4 200
2.6
9
2KJ3501 - 7 BD11 - 7 7 A2 P01
24
36
36.06
4 200
3.0
9
2KJ3501 - 7 BD11 - 7 7 X1 P01
26
33
32.78
4 200
3.3
9
2KJ3501 - 7 BD11 - 7 7 W1 P01
B.29-LA63MD4
5
30
29
46.85
4 200
3.8
9
2KJ3501 - 7 BB11 - 7 7 B2
34
26
41.56
4 200
4.3
9
2KJ3501 - 7 BB11 - 7 7 A2
39
22
36.06
4 200
5.0
9
2KJ3501 - 7 BB11 - 7 7 X1
43
20
32.78
4 200
5.5
9
2KJ3501 - 7 BB11 - 7 7 W1
50
17
28.11
4 200
6.4
9
2KJ3501 - 7 BB11 - 7 7 V1
55
16
25.56
4 200
7.0
9
2KJ3501 - 7 BB11 - 7 7 U1
62
14
22.41
4 200
8.0
9
2KJ3501 - 7 BB11 - 7 7 T1
70
12
20.00
4 200
9.0
9
2KJ3501 - 7 BB11 - 7 7 S1
79
11
17.82
4 200
10
9
2KJ3501 - 7 BB11 - 7 7 R1
85
10
16.45
4 200
11
9
2KJ3501 - 7 BB11 - 7 7 Q1
97
8.8
14.40
4 200
12
9
2KJ3501 - 7 BB11 - 7 7 P1
111
7.8
12.63
4 200
14
9
2KJ3501 - 7 BB11 - 7 7 N1
B.19-LA63MF6
20
43
42.10
1 910
1.2
8
2KJ3500 - 7 BD11 - 7 7 A2 P01
23
38
37.28
1 910
1.3
8
2KJ3500 - 7 BD11 - 7 7 X1 P01
26
33
32.39
1 910
1.5
8
2KJ3500 - 7 BD11 - 7 7 W1 P01
29
30
29.44
1 910
1.7
8
2KJ3500 - 7 BD11 - 7 7 V1 P01
B.19-LA63MD4
33
26
42.10
1 910
1.9
8
2KJ3500 - 7 BB11 - 7 7 A2
38
23
37.28
1 910
2.2
8
2KJ3500 - 7 BB11 - 7 7 X1
43
20
32.39
1 910
2.5
8
2KJ3500 - 7 BB11 - 7 7 W1
48
18
29.44
1 910
2.8
8
2KJ3500 - 7 BB11 - 7 7 V1
56
15
25.06
1 910
3.2
8
2KJ3500 - 7 BB11 - 7 7 U1
61
14
22.78
1 910
3.6
8
2KJ3500 - 7 BB11 - 7 7 T1
70
12
19.86
1 910
4.1
8
2KJ3500 - 7 BB11 - 7 7 S1
79
11
17.78
1 910
4.6
8
2KJ3500 - 7 BB11 - 7 7 R1
89
9.7
15.79
1 910
5.2
8
2KJ3500 - 7 BB11 - 7 7 Q1
96
8.9
14.57
1 910
5.6
8
2KJ3500 - 7 BB11 - 7 7 P1
111
7.8
12.66
1 910
6.4
8
2KJ3500 - 7 BB11 - 7 7 N1
127
6.8
11.00
1 910
7.4
8
2KJ3500 - 7 BB11 - 7 7 M1
141
6.1
9.93
1 910
8.2
8
2KJ3500 - 7 BB11 - 7 7 L1
150
5.7
9.35
1 910
8.7
8
2KJ3500 - 7 BB11 - 7 7 K1
172
5
8.15
1 910
9.4
8
2KJ3500 - 7 BB11 - 7 7 J1
178
4.8
7.87
1 910
7.9
8
2KJ3500 - 7 BB11 - 7 7 H1
200
4.3
6.99
1 910
8.9
8
2KJ3500 - 7 BB11 - 7 7 G1
217
4
6.45
1 910
9.8
8
2KJ3500 - 7 BB11 - 7 7 F1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
5/3
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
0.09
n2
T2
rpm
Nm
B.19-LA63MD4
250
3.4
i -
5.61
287
3
4.87
318
2.7
4.40
338
2.5
4.14
388
2.2
3.61
0.12
K.49-LA63MG6
5.0
225
200.25
5.6
200
178.06
K.39-LA63MG6
5
6.4
180
157.32
7.2
160
139.54
8.3
139
121.07
K.39-LA63ME4
8.6
134
157.32
9.7
118
139.54
11
103
121.07
B.29-LA63MG6
21
54
46.85
24
48
41.56
28
41
36.06
B.29-LA63ME4
29
40
46.85
32
35
41.56
37
31
36.06
41
28
32.78
48
24
28.11
53
22
25.56
60
19
22.41
68
17
20.00
76
15
17.82
82
14
16.45
94
12
14.40
107
11
12.63
118
9.7
11.46
125
9.2
10.78
142
8.1
9.51
172
6.7
7.84
183
6.3
7.38
207
5.5
6.51
B.19-LA63MG6
24
48
42.10
27
43
37.28
31
37
32.39
B.19-LA63ME4
32
36
42.10
36
32
37.28
42
28
32.39
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
FR2 N
1 910 1 910 1 910 1 910 1 910
8 770 8 850
6 230 6 300 6 380
6 400 6 460 6 510
4 200 4 200 4 200
4 200 4 200 4 200 4 200 4 200 4 200 4 200 4 200 4 200 4 200 4 200 4 200 4 200 4 200 4 200 4 150 4 070 3 900
1 910 1 910 1 910
1 910 1 910 1 910
fB -
11 12 13 13 14
1.8 2.1
1.2 1.4 1.6
1.6 1.9 2.1
2.0 2.3 2.7
2.8 3.1 3.6 4.0 4.6 5.1 5.8 6.5 7.3 7.9 9.0 10 11 12 14 11 12 14
1.0 1.2 1.3
1.4 1.6 1.8
m kg
8 8 8 8 8
22 22
15 15 15
15 15 15
9 9 9
9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9
8 8 8
8 8 8
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
5/4
Siemens MD 50.1 · 2017
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3500 - 7 BB11 - 7 7 E1 2KJ3500 - 7 BB11 - 7 7 D1 2KJ3500 - 7 BB11 - 7 7 C1 2KJ3500 - 7 BB11 - 7 7 B1 2KJ3500 - 7 BB11 - 7 7 A1
2KJ3505 - 7 BE11 - 7 7 J2 P01 2KJ3505 - 7 BE11 - 7 7 H2 P01
2KJ3504 - 7 BE11 - 7 7 J2 P01 2KJ3504 - 7 BE11 - 7 7 H2 P01 2KJ3504 - 7 BE11 - 7 7 G2 P01
2KJ3504 - 7 BC11 - 7 7 J2 2KJ3504 - 7 BC11 - 7 7 H2 2KJ3504 - 7 BC11 - 7 7 G2
2KJ3501 - 7 BE11 - 7 7 B2 P01 2KJ3501 - 7 BE11 - 7 7 A2 P01 2KJ3501 - 7 BE11 - 7 7 X1 P01
2KJ3501 - 7 BC11 - 7 7 B2 2KJ3501 - 7 BC11 - 7 7 A2 2KJ3501 - 7 BC11 - 7 7 X1 2KJ3501 - 7 BC11 - 7 7 W1 2KJ3501 - 7 BC11 - 7 7 V1 2KJ3501 - 7 BC11 - 7 7 U1 2KJ3501 - 7 BC11 - 7 7 T1 2KJ3501 - 7 BC11 - 7 7 S1 2KJ3501 - 7 BC11 - 7 7 R1 2KJ3501 - 7 BC11 - 7 7 Q1 2KJ3501 - 7 BC11 - 7 7 P1 2KJ3501 - 7 BC11 - 7 7 N1 2KJ3501 - 7 BC11 - 7 7 M1 2KJ3501 - 7 BC11 - 7 7 L1 2KJ3501 - 7 BC11 - 7 7 K1 2KJ3501 - 7 BC11 - 7 7 H1 2KJ3501 - 7 BC11 - 7 7 G1 2KJ3501 - 7 BC11 - 7 7 F1
2KJ3500 - 7 BE11 - 7 7 A2 P01 2KJ3500 - 7 BE11 - 7 7 X1 P01 2KJ3500 - 7 BE11 - 7 7 W1 P01
2KJ3500 - 7 BC11 - 7 7 A2 2KJ3500 - 7 BC11 - 7 7 X1 2KJ3500 - 7 BC11 - 7 7 W1
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
0.09 B.19-LA63ME4
46
25
29.44
1 910
2.0
8
2KJ3500 - 7 BC11 - 7 7 V1
54
21
25.06
1 910
2.4
8
2KJ3500 - 7 BC11 - 7 7 U1
59
19
22.78
1 910
2.6
8
2KJ3500 - 7 BC11 - 7 7 T1
68
17
19.86
1 910
3.0
8
2KJ3500 - 7 BC11 - 7 7 S1
76
15
17.78
1 910
3.3
8
2KJ3500 - 7 BC11 - 7 7 R1
85
13
15.79
1 910
3.7
8
2KJ3500 - 7 BC11 - 7 7 Q1
93
12
14.57
1 910
4.0
8
2KJ3500 - 7 BC11 - 7 7 P1
107
11
12.66
1 910
4.7
8
2KJ3500 - 7 BC11 - 7 7 N1
123
9.3
11.00
1 910
5.4
8
2KJ3500 - 7 BC11 - 7 7 M1
136
8.4
9.93
1 910
5.9
8
2KJ3500 - 7 BC11 - 7 7 L1
5
144
7.9
9.35
1 910
6.3
8
2KJ3500 - 7 BC11 - 7 7 K1
166
6.9
8.15
1 910
6.8
8
2KJ3500 - 7 BC11 - 7 7 J1
172
6.7
7.87
1 910
5.7
8
2KJ3500 - 7 BC11 - 7 7 H1
193
5.9
6.99
1 910
6.4
8
2KJ3500 - 7 BC11 - 7 7 G1
209
5.5
6.45
1 910
7.1
8
2KJ3500 - 7 BC11 - 7 7 F1
241
4.8
5.61
1 910
7.8
8
2KJ3500 - 7 BC11 - 7 7 E1
277
4.1
4.87
1 910
8.5
8
2KJ3500 - 7 BC11 - 7 7 D1
307
3.7
4.40
1 910
9.1
8
2KJ3500 - 7 BC11 - 7 7 C1
326
3.5
4.14
1 910
9.4
8
2KJ3500 - 7 BC11 - 7 7 B1
374
3.1
3.61
1 910
10
8
2KJ3500 - 7 BC11 - 7 7 A1
0.18
K.79-LA71MG6
3.5
490
244.25
14 400
1.7
35
2KJ3508 - 7 CD11 - 7 7 J2 P01
3.8
445
222.05
14 400
1.8
35
2KJ3508 - 7 CD11 - 7 7 H2 P01
K.69-LA71MG6
4.3
395
196.59
11 300
1.5
30
2KJ3507 - 7 CD11 - 7 7 H2 P01
4.8
360
178.72
11 400
1.7
30
2KJ3507 - 7 CD11 - 7 7 G2 P01
5.6
305
152.00
11 500
2.0
30
2KJ3507 - 7 CD11 - 7 7 F2 P01
6.2
275
138.18
11 600
2.1
30
2KJ3507 - 7 CD11 - 7 7 E2 P01
K.49-LA71MG6
4.2
405
200.25
7 940
1.0
23
2KJ3505 - 7 CD11 - 7 7 J2 P01
4.8
360
178.06
8 290
1.2
23
2KJ3505 - 7 CD11 - 7 7 H2 P01
5.4
315
156.34
8 510
1.3
23
2KJ3505 - 7 CD11 - 7 7 G2 P01
6.0
285
142.13
8 600
1.5
23
2KJ3505 - 7 CD11 - 7 7 F2 P01
K.49-LA63MF4
6.7
255
200.25
8 690
1.6
22
2KJ3505 - 7 BD11 - 7 7 J2
7.6
225
178.06
8 770
1.9
22
2KJ3505 - 7 BD11 - 7 7 H2
8.6
199
156.34
8 850
2.1
22
2KJ3505 - 7 BD11 - 7 7 G2
K.39-LA71MG6
7.0
245
121.07
5 980
0.90
16
2KJ3504 - 7 CD11 - 7 7 G2 P01
7.7
220
110.06
6 080
0.99
16
2KJ3504 - 7 CD11 - 7 7 F2 P01
K.39-LA63MF4
8.6
200
157.32
6 150
1.1
15
2KJ3504 - 7 BD11 - 7 7 J2
9.7
178
139.54
6 230
1.2
15
2KJ3504 - 7 BD11 - 7 7 H2
11
154
121.07
6 320
1.4
15
2KJ3504 - 7 BD11 - 7 7 G2
12
140
110.06
6 370
1.6
15
2KJ3504 - 7 BD11 - 7 7 F2
14
120
94.39
6 450
1.8
15
2KJ3504 - 7 BD11 - 7 7 E2
16
109
85.81
6 490
2.0
15
2KJ3504 - 7 BD11 - 7 7 D2
18
96
75.24
6 530
2.3
15
2KJ3504 - 7 BD11 - 7 7 C2
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
5/5
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
0.18
n2
T2
rpm
Nm
B.39-LA71MG6
15
114
i -
56.36
17
101
50.11
B.29-LA71MG6
18
95
46.85
20
84
41.56
24
73
36.06
26
66
32.78
B.29-LA63MF4
29
60
46.85
5
32
53
41.56
37
46
36.06
41
42
32.78
48
36
28.11
53
32
25.56
60
28
22.41
68
26
20.00
76
23
17.82
82
21
16.45
94
18
14.40
107
16
12.63
118
15
11.46
125
14
10.78
142
12
9.51
164
10
8.25
172
10
7.84
183
9.4
7.38
207
8.3
6.51
239
7.2
5.65
266
6.5
5.07
282
6.1
4.78
321
5.4
4.21
B.19-LA71MG6
29
60
29.44
B.19-LA63MF4
32
54
42.10
36
48
37.28
42
41
32.39
46
38
29.44
54
32
25.06
59
29
22.78
68
25
19.86
76
23
17.78
85
20
15.79
93
19
14.57
107
16
12.66
123
14
11.00
136
13
9.93
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
FR2 N
6 980 6 980
4 200 4 200 4 200 4 200
4 200 4 200 4 200 4 200 4 200 4 200 4 200 4 200 4 200 4 200 4 200 4 200 4 200 4 200 4 200 4 200 4 110 4 040 3 880 3 700 3 590 3 520 3 380
1 910
1 910 1 910 1 910 1 910 1 910 1 910 1 910 1 910 1 910 1 910 1 910 1 910 1 910
fB -
2.2 2.1
1.2 1.3 1.5 1.7
1.8 2.1 2.4 2.6 3.1 3.4 3.9 4.3 4.8 5.3 6.0 6.8 7.5 8.0 9.1 10 7.5 8.0 9.0 10 12 12 14
0.84
0.93 1.1 1.2 1.3 1.6 1.7 2.0 2.2 2.5 2.7 3.1 3.6 4.0
m kg
15 15
10 10 10 10
9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9
9
8 8 8 8 8 8 8 8 8 8 8 8 8
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
5/6
Siemens MD 50.1 · 2017
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3502 - 7 CD11 - 7 7 A2 P01 2KJ3502 - 7 CD11 - 7 7 X1 P01
2KJ3501 - 7 CD11 - 7 7 B2 P01 2KJ3501 - 7 CD11 - 7 7 A2 P01 2KJ3501 - 7 CD11 - 7 7 X1 P01 2KJ3501 - 7 CD11 - 7 7 W1 P01
2KJ3501 - 7 BD11 - 7 7 B2 2KJ3501 - 7 BD11 - 7 7 A2 2KJ3501 - 7 BD11 - 7 7 X1 2KJ3501 - 7 BD11 - 7 7 W1 2KJ3501 - 7 BD11 - 7 7 V1 2KJ3501 - 7 BD11 - 7 7 U1 2KJ3501 - 7 BD11 - 7 7 T1 2KJ3501 - 7 BD11 - 7 7 S1 2KJ3501 - 7 BD11 - 7 7 R1 2KJ3501 - 7 BD11 - 7 7 Q1 2KJ3501 - 7 BD11 - 7 7 P1 2KJ3501 - 7 BD11 - 7 7 N1 2KJ3501 - 7 BD11 - 7 7 M1 2KJ3501 - 7 BD11 - 7 7 L1 2KJ3501 - 7 BD11 - 7 7 K1 2KJ3501 - 7 BD11 - 7 7 J1 2KJ3501 - 7 BD11 - 7 7 H1 2KJ3501 - 7 BD11 - 7 7 G1 2KJ3501 - 7 BD11 - 7 7 F1 2KJ3501 - 7 BD11 - 7 7 E1 2KJ3501 - 7 BD11 - 7 7 D1 2KJ3501 - 7 BD11 - 7 7 C1 2KJ3501 - 7 BD11 - 7 7 B1
2KJ3500 - 7 CD11 - 7 7 V1 P01
2KJ3500 - 7 BD11 - 7 7 A2 2KJ3500 - 7 BD11 - 7 7 X1 2KJ3500 - 7 BD11 - 7 7 W1 2KJ3500 - 7 BD11 - 7 7 V1 2KJ3500 - 7 BD11 - 7 7 U1 2KJ3500 - 7 BD11 - 7 7 T1 2KJ3500 - 7 BD11 - 7 7 S1 2KJ3500 - 7 BD11 - 7 7 R1 2KJ3500 - 7 BD11 - 7 7 Q1 2KJ3500 - 7 BD11 - 7 7 P1 2KJ3500 - 7 BD11 - 7 7 N1 2KJ3500 - 7 BD11 - 7 7 M1 2KJ3500 - 7 BD11 - 7 7 L1
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
0.18 B.19-LA63MF4
144
12
9.35
1 910
4.2
8
2KJ3500 - 7 BD11 - 7 7 K1
166
10
8.15
1 910
4.5
8
2KJ3500 - 7 BD11 - 7 7 J1
172
10
7.87
1 910
3.8
8
2KJ3500 - 7 BD11 - 7 7 H1
193
8.9
6.99
1 910
4.3
8
2KJ3500 - 7 BD11 - 7 7 G1
209
8.2
6.45
1 910
4.7
8
2KJ3500 - 7 BD11 - 7 7 F1
241
7.1
5.61
1 910
5.2
8
2KJ3500 - 7 BD11 - 7 7 E1
277
6.2
4.87
1 910
5.6
8
2KJ3500 - 7 BD11 - 7 7 D1
307
5.6
4.40
1 910
6.1
8
2KJ3500 - 7 BD11 - 7 7 C1
326
5.3
4.14
1 910
6.3
8
2KJ3500 - 7 BD11 - 7 7 B1
374
4.6
3.61
1 910
6.7
8
2KJ3500 - 7 BD11 - 7 7 A1
0.25 K.79-LA71MH6
5
3.5
675
244.25
14 200
1.2
37
2KJ3508 - 7 CE11 - 7 7 J2 P01
3.9
615
222.05
14 300
1.3
37
2KJ3508 - 7 CE11 - 7 7 H2 P01
4.6
520
188.85
14 400
1.6
37
2KJ3508 - 7 CE11 - 7 7 G2 P01
5.0
475
171.69
14 400
1.7
37
2KJ3508 - 7 CE11 - 7 7 F2 P01
K.79-LA71MG4
5.5
430
244.25
14 400
1.9
35
2KJ3508 - 7 CD11 - 7 7 J2
6.1
390
222.05
14 400
2.1
35
2KJ3508 - 7 CD11 - 7 7 H2
K.69-LA71MH6
4.4
545
196.59
10 900
1.1
32
2KJ3507 - 7 CE11 - 7 7 H2 P01
4.8
495
178.72
11 100
1.2
32
2KJ3507 - 7 CE11 - 7 7 G2 P01
5.7
420
152.00
11 200
1.4
32
2KJ3507 - 7 CE11 - 7 7 F2 P01
6.2
380
138.18
11 300
1.6
32
2KJ3507 - 7 CE11 - 7 7 E2 P01
K.69-LA71MG4
6.9
345
196.59
11 400
1.7
30
2KJ3507 - 7 CD11 - 7 7 H2
7.6
315
178.72
11 500
1.9
30
2KJ3507 - 7 CD11 - 7 7 G2
K.49-LA71MH6
4.8
490
178.06
7 270
0.85
25
2KJ3505 - 7 CE11 - 7 7 H2 P01
5.5
430
156.34
7 740
0.97
25
2KJ3505 - 7 CE11 - 7 7 G2 P01
6.1
395
142.13
8 020
1.1
25
2KJ3505 - 7 CE11 - 7 7 F2 P01
K.49-LA71MG4
6.7
350
200.25
8 370
1.2
23
2KJ3505 - 7 CD11 - 7 7 J2
7.6
315
178.06
8 510
1.3
23
2KJ3505 - 7 CD11 - 7 7 H2
8.6
275
156.34
8 630
1.5
23
2KJ3505 - 7 CD11 - 7 7 G2
9.5
250
142.13
8 700
1.7
23
2KJ3505 - 7 CD11 - 7 7 F2
11
215
121.60
8 800
2.0
23
2KJ3505 - 7 CD11 - 7 7 E2
12
196
110.55
8 860
2.1
23
2KJ3505 - 7 CD11 - 7 7 D2
K.39-LA71MG4
9.7
245
139.54
5 980
0.89
16
2KJ3504 - 7 CD11 - 7 7 H2
11
210
121.07
6 110
1.0
16
2KJ3504 - 7 CD11 - 7 7 G2
12
195
110.06
6 170
1.1
16
2KJ3504 - 7 CD11 - 7 7 F2
14
167
94.39
6 270
1.3
16
2KJ3504 - 7 CD11 - 7 7 E2
16
152
85.81
6 330
1.4
16
2KJ3504 - 7 CD11 - 7 7 D2
18
133
75.24
6 400
1.7
16
2KJ3504 - 7 CD11 - 7 7 C2
20
119
67.16
6 450
1.9
16
2KJ3504 - 7 CD11 - 7 7 B2
23
106
59.85
6 500
2.1
16
2KJ3504 - 7 CD11 - 7 7 A2
24
98
55.25
6 530
2.3
16
2KJ3504 - 7 CD11 - 7 7 X1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
5/7
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
0.25
n2
T2
rpm
Nm
B.39-LA71MH6
15
156
i -
56.36
17
139
50.11
20
122
44.00
22
111
40.00
B.39-LA71MG4
27
89
50.11
B.29-LA71MH6
18
130
46.85
21
115
41.56
5
24
100
36.06
26
91
32.78
B.29-LA71MG4
29
83
46.85
32
74
41.56
37
64
36.06
41
58
32.78
48
50
28.11
53
45
25.56
60
40
22.41
68
35
20.00
76
32
17.82
82
29
16.45
94
26
14.40
107
22
12.63
118
20
11.46
125
19
10.78
142
17
9.51
164
15
8.25
172
14
7.84
183
13
7.38
207
12
6.51
239
10
5.65
266
9
5.07
282
8.5
4.78
321
7.4
4.21
370
6.5
3.65
B.19-LA71MG4
42
57
32.39
46
52
29.44
54
44
25.06
59
40
22.78
68
35
19.86
76
31
17.78
85
28
15.79
93
26
14.57
107
22
12.66
123
20
11.00
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
FR2 N
6 980 6 980 6 980 6 980
6 980
4 030 4 110 4 190 4 200
4 200 4 200 4 200 4 200 4 200 4 200 4 200 4 200 4 200 4 200 4 200 4 200 4 200 4 200 4 200 4 150 4 070 4 000 3 840 3 680 3 570 3 500 3 360 3 210
1 910 1 910 1 910 1 910 1 910 1 910 1 910 1 910 1 910 1 910
fB -
1.6 1.5 2.0 2.1
2.4
0.85 0.95 1.1 1.2
1.3 1.5 1.7 1.9 2.2 2.4 2.8 3.1 3.5 3.8 4.3 4.9 5.4 5.8 6.5 7.5 5.4 5.7 6.5 7.5 8.3 8.8 9.9 11
0.87 0.96 1.1 1.2 1.4 1.6 1.8 1.9 2.2 2.6
m kg
17 17 17 17
15
12 12 12 12
10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10
9 9 9 9 9 9 9 9 9 9
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
5/8
Siemens MD 50.1 · 2017
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3502 - 7 CE11 - 7 7 A2 P01 2KJ3502 - 7 CE11 - 7 7 X1 P01 2KJ3502 - 7 CE11 - 7 7 W1 P01 2KJ3502 - 7 CE11 - 7 7 V1 P01
2KJ3502 - 7 CD11 - 7 7 X1
2KJ3501 - 7 CE11 - 7 7 B2 P01 2KJ3501 - 7 CE11 - 7 7 A2 P01 2KJ3501 - 7 CE11 - 7 7 X1 P01 2KJ3501 - 7 CE11 - 7 7 W1 P01
2KJ3501 - 7 CD11 - 7 7 B2 2KJ3501 - 7 CD11 - 7 7 A2 2KJ3501 - 7 CD11 - 7 7 X1 2KJ3501 - 7 CD11 - 7 7 W1 2KJ3501 - 7 CD11 - 7 7 V1 2KJ3501 - 7 CD11 - 7 7 U1 2KJ3501 - 7 CD11 - 7 7 T1 2KJ3501 - 7 CD11 - 7 7 S1 2KJ3501 - 7 CD11 - 7 7 R1 2KJ3501 - 7 CD11 - 7 7 Q1 2KJ3501 - 7 CD11 - 7 7 P1 2KJ3501 - 7 CD11 - 7 7 N1 2KJ3501 - 7 CD11 - 7 7 M1 2KJ3501 - 7 CD11 - 7 7 L1 2KJ3501 - 7 CD11 - 7 7 K1 2KJ3501 - 7 CD11 - 7 7 J1 2KJ3501 - 7 CD11 - 7 7 H1 2KJ3501 - 7 CD11 - 7 7 G1 2KJ3501 - 7 CD11 - 7 7 F1 2KJ3501 - 7 CD11 - 7 7 E1 2KJ3501 - 7 CD11 - 7 7 D1 2KJ3501 - 7 CD11 - 7 7 C1 2KJ3501 - 7 CD11 - 7 7 B1 2KJ3501 - 7 CD11 - 7 7 A1
2KJ3500 - 7 CD11 - 7 7 W1 2KJ3500 - 7 CD11 - 7 7 V1 2KJ3500 - 7 CD11 - 7 7 U1 2KJ3500 - 7 CD11 - 7 7 T1 2KJ3500 - 7 CD11 - 7 7 S1 2KJ3500 - 7 CD11 - 7 7 R1 2KJ3500 - 7 CD11 - 7 7 Q1 2KJ3500 - 7 CD11 - 7 7 P1 2KJ3500 - 7 CD11 - 7 7 N1 2KJ3500 - 7 CD11 - 7 7 M1
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
0.25 B.19-LA71MG4
136
18
9.93
1 910
2.8
9
2KJ3500 - 7 CD11 - 7 7 L1
144
16
9.35
1 910
3.0
9
2KJ3500 - 7 CD11 - 7 7 K1
166
14
8.15
1 910
3.3
9
2KJ3500 - 7 CD11 - 7 7 J1
172
14
7.87
1 910
2.7
9
2KJ3500 - 7 CD11 - 7 7 H1
193
12
6.99
1 910
3.1
9
2KJ3500 - 7 CD11 - 7 7 G1
209
11
6.45
1 910
3.4
9
2KJ3500 - 7 CD11 - 7 7 F1
241
9.9
5.61
1 910
3.7
9
2KJ3500 - 7 CD11 - 7 7 E1
277
8.6
4.87
1 910
4.1
9
2KJ3500 - 7 CD11 - 7 7 D1
307
7.8
4.40
1 910
4.4
9
2KJ3500 - 7 CD11 - 7 7 C1
326
7.3
4.14
1 910
4.5
9
2KJ3500 - 7 CD11 - 7 7 B1
5
374
6.4
3.61
1 910
4.9
9
2KJ3500 - 7 CD11 - 7 7 A1
0.37
K.79-LA71MH4
5.6
630
244.25
14 300
1.3
37
2KJ3508 - 7 CE11 - 7 7 J2
6.2
570
222.05
14 400
1.4
37
2KJ3508 - 7 CE11 - 7 7 H2
7.3
485
188.85
14 400
1.7
37
2KJ3508 - 7 CE11 - 7 7 G2
8.0
440
171.69
14 400
1.9
37
2KJ3508 - 7 CE11 - 7 7 F2
8.9
395
153.18
14 400
2.1
37
2KJ3508 - 7 CE11 - 7 7 E2
K.69-LA71MH4
7.0
505
196.59
11 000
1.2
32
2KJ3507 - 7 CE11 - 7 7 H2
7.7
460
178.72
11 100
1.3
32
2KJ3507 - 7 CE11 - 7 7 G2
9.0
390
152.00
11 300
1.5
32
2KJ3507 - 7 CE11 - 7 7 F2
9.9
355
138.18
11 400
1.7
32
2KJ3507 - 7 CE11 - 7 7 E2
11
315
123.29
11 500
1.9
32
2KJ3507 - 7 CE11 - 7 7 D2
12
285
110.55
11 600
2.1
32
2KJ3507 - 7 CE11 - 7 7 C2
6.1
515
225.26
7 080
0.82
27
2KJ3522 - 7 CE11 - 7 7 B1
6.5
485
212.01
7 310
0.87
27
2KJ3522 - 7 CE11 - 7 7 A1
K.49-LA71MH4
6.8
515
200.25
7 080
0.81
25
2KJ3505 - 7 CE11 - 7 7 J2
7.7
455
178.06
7 550
0.91
25
2KJ3505 - 7 CE11 - 7 7 H2
8.8
400
156.34
7 980
1.0
25
2KJ3505 - 7 CE11 - 7 7 G2
9.6
365
142.13
8 250
1.1
25
2KJ3505 - 7 CE11 - 7 7 F2
11
310
121.60
8 530
1.3
25
2KJ3505 - 7 CE11 - 7 7 E2
12
285
110.55
8 600
1.5
25
2KJ3505 - 7 CE11 - 7 7 D2
14
250
97.71
8 700
1.7
25
2KJ3505 - 7 CE11 - 7 7 C2
15
225
88.83
8 770
1.8
25
2KJ3505 - 7 CE11 - 7 7 B2
18
200
77.81
8 820
2.1
25
2KJ3505 - 7 CE11 - 7 7 A2
19
185
71.82
8 670
2.3
25
2KJ3505 - 7 CE11 - 7 7 X1
K.39-LA71MH4
15
240
94.39
6 000
0.90
17
2KJ3504 - 7 CE11 - 7 7 E2
16
220
85.81
6 080
0.99
17
2KJ3504 - 7 CE11 - 7 7 D2
18
194
75.24
6 170
1.1
17
2KJ3504 - 7 CE11 - 7 7 C2
20
173
67.16
6 250
1.3
17
2KJ3504 - 7 CE11 - 7 7 B2
23
154
59.85
6 320
1.4
17
2KJ3504 - 7 CE11 - 7 7 A2
25
143
55.25
6 360
1.5
17
2KJ3504 - 7 CE11 - 7 7 X1
28
125
48.37
6 430
1.8
17
2KJ3504 - 7 CE11 - 7 7 W1
32
109
42.41
6 490
2.0
17
2KJ3504 - 7 CE11 - 7 7 V1
36
99
38.48
6 530
2.2
17
2KJ3504 - 7 CE11 - 7 7 U1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
5/9
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
0.37
n2
T2
rpm
Nm
K.39-LA71MH4
38
93
i -
36.21
43
82
31.92
B.39-LA71MH4
24
145
56.36
27
129
50.11
31
113
44.00
34
103
40.00
B.29-LA71MH4
29
121
46.85
5
33
107
41.56
38
93
36.06
42
84
32.78
49
72
28.11
54
66
25.56
61
58
22.41
68
52
20.00
77
46
17.82
83
42
16.45
95
37
14.40
108
33
12.63
120
30
11.46
127
28
10.78
144
24
9.51
166
21
8.25
175
20
7.84
186
19
7.38
210
17
6.51
242
15
5.65
270
13
5.07
287
12
4.78
325
11
4.21
375
9.4
3.65
B.19-LA71MH4
60
59
22.78
69
51
19.86
77
46
17.78
87
41
15.79
94
38
14.57
108
33
12.66
125
28
11.00
138
26
9.93
147
24
9.35
168
21
8.15
174
20
7.87
196
18
6.99
212
17
6.45
244
14
5.61
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
FR2 N
6 530 6 470
6 980 6 980 6 980 6 980
4 080 4 150 4 200 4 200 4 200 4 200 4 200 4 200 4 200 4 200 4 200 4 200 4 200 4 200 4 200 4 070 3 990 3 920 3 770 3 610 3 510 3 450 3 310 3 170
1 910 1 910 1 910 1 910 1 910 1 910 1 910 1 910 1 910 1 910 1 910 1 910 1 910 1 910
5/10
Siemens MD 50.1 · 2017
fB -
2.4 2.7
1.7 1.6 2.2 2.2
0.91 1.0 1.2 1.3 1.5 1.7 1.9 2.1 2.4 2.6 3.0 3.4 3.7 4.0 4.5 5.2 3.7 3.9 4.5 5.1 5.7 6.0 6.8 7.8
0.85 0.98 1.1 1.2 1.3 1.5 1.8 2.0 2.1 2.2 1.9 2.1 2.3 2.6
m kg
17 17
17 17 17 17
12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12
10 10 10 10 10 10 10 10 10 10 10 10 10 10
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3504 - 7 CE11 - 7 7 T1 2KJ3504 - 7 CE11 - 7 7 S1
2KJ3502 - 7 CE11 - 7 7 A2 2KJ3502 - 7 CE11 - 7 7 X1 2KJ3502 - 7 CE11 - 7 7 W1 2KJ3502 - 7 CE11 - 7 7 V1
2KJ3501 - 7 CE11 - 7 7 B2 2KJ3501 - 7 CE11 - 7 7 A2 2KJ3501 - 7 CE11 - 7 7 X1 2KJ3501 - 7 CE11 - 7 7 W1 2KJ3501 - 7 CE11 - 7 7 V1 2KJ3501 - 7 CE11 - 7 7 U1 2KJ3501 - 7 CE11 - 7 7 T1 2KJ3501 - 7 CE11 - 7 7 S1 2KJ3501 - 7 CE11 - 7 7 R1 2KJ3501 - 7 CE11 - 7 7 Q1 2KJ3501 - 7 CE11 - 7 7 P1 2KJ3501 - 7 CE11 - 7 7 N1 2KJ3501 - 7 CE11 - 7 7 M1 2KJ3501 - 7 CE11 - 7 7 L1 2KJ3501 - 7 CE11 - 7 7 K1 2KJ3501 - 7 CE11 - 7 7 J1 2KJ3501 - 7 CE11 - 7 7 H1 2KJ3501 - 7 CE11 - 7 7 G1 2KJ3501 - 7 CE11 - 7 7 F1 2KJ3501 - 7 CE11 - 7 7 E1 2KJ3501 - 7 CE11 - 7 7 D1 2KJ3501 - 7 CE11 - 7 7 C1 2KJ3501 - 7 CE11 - 7 7 B1 2KJ3501 - 7 CE11 - 7 7 A1
2KJ3500 - 7 CE11 - 7 7 T1 2KJ3500 - 7 CE11 - 7 7 S1 2KJ3500 - 7 CE11 - 7 7 R1 2KJ3500 - 7 CE11 - 7 7 Q1 2KJ3500 - 7 CE11 - 7 7 P1 2KJ3500 - 7 CE11 - 7 7 N1 2KJ3500 - 7 CE11 - 7 7 M1 2KJ3500 - 7 CE11 - 7 7 L1 2KJ3500 - 7 CE11 - 7 7 K1 2KJ3500 - 7 CE11 - 7 7 J1 2KJ3500 - 7 CE11 - 7 7 H1 2KJ3500 - 7 CE11 - 7 7 G1 2KJ3500 - 7 CE11 - 7 7 F1 2KJ3500 - 7 CE11 - 7 7 E1
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
0.37
B.19-LA71MH4
281
13
4.87
1 910
2.8
10
2KJ3500 - 7 CE11 - 7 7 D1
311
11
4.40
1 910
3.0
10
2KJ3500 - 7 CE11 - 7 7 C1
331
11
4.14
1 910
3.1
10
2KJ3500 - 7 CE11 - 7 7 B1
380
9.3
3.61
1 910
3.3
10
2KJ3500 - 7 CE11 - 7 7 A1
0.55
K.89-LA71ZML4
5.9
885
231.80
18 100
1.8
58
2KJ3510 - 7 CH11 - 7 7 K2
6.5
805
210.72
18 100
2.0
58
2KJ3510 - 7 CH11 - 7 7 J2
K.89-LE80MB4
6.2
845
231.80
18 100
1.9
60
2KJ3510 - 7 DB21 - 7 7 K2
6.8
765
K.79-LA71ZML4
210.72
18 100
2.1
60
2KJ3510 - 7 DB21 - 7 7 J2
5
5.6
935
244.25
13 700
0.88
37
2KJ3508 - 7 CH11 - 7 7 J2
6.2
850
222.05
13 900
0.96
37
2KJ3508 - 7 CH11 - 7 7 H2
7.3
720
188.85
14 100
1.1
37
2KJ3508 - 7 CH11 - 7 7 G2
8.0
655
171.69
14 300
1.2
37
2KJ3508 - 7 CH11 - 7 7 F2
8.9
585
153.18
14 400
1.4
37
2KJ3508 - 7 CH11 - 7 7 E2
10
525
137.35
14 400
1.6
37
2KJ3508 - 7 CH11 - 7 7 D2
11
475
123.80
14 400
1.7
37
2KJ3508 - 7 CH11 - 7 7 C2
12
435
114.28
14 400
1.9
37
2KJ3508 - 7 CH11 - 7 7 B2
13
400
104.32
14 400
2.1
37
2KJ3508 - 7 CH11 - 7 7 A2
K.79-LE80MB4
5.9
890
244.25
13 800
0.92
39
2KJ3508 - 7 DB21 - 7 7 J2
6.5
810
222.05
13 900
1.0
39
2KJ3508 - 7 DB21 - 7 7 H2
7.6
685
188.85
14 200
1.2
39
2KJ3508 - 7 DB21 - 7 7 G2
8.4
625
171.69
14 300
1.3
39
2KJ3508 - 7 DB21 - 7 7 F2
9.4
555
153.18
14 400
1.5
39
2KJ3508 - 7 DB21 - 7 7 E2
10
500
137.35
14 400
1.6
39
2KJ3508 - 7 DB21 - 7 7 D2
12
450
123.80
14 400
1.8
39
2KJ3508 - 7 DB21 - 7 7 C2
13
415
114.28
14 400
2.0
39
2KJ3508 - 7 DB21 - 7 7 B2
14
380
104.32
14 400
2.2
39
2KJ3508 - 7 DB21 - 7 7 A2
K.69-LA71ZML4
7.0
750
196.59
9 880
0.80
32
2KJ3507 - 7 CH11 - 7 7 H2
7.7
685
178.72
10 300
0.88
32
2KJ3507 - 7 CH11 - 7 7 G2
9.0
580
152.00
10 900
1.0
32
2KJ3507 - 7 CH11 - 7 7 F2
9.9
530
138.18
11 000
1.1
32
2KJ3507 - 7 CH11 - 7 7 E2
11
470
123.29
11 100
1.3
32
2KJ3507 - 7 CH11 - 7 7 D2
12
420
110.55
11 200
1.4
32
2KJ3507 - 7 CH11 - 7 7 C2
14
380
99.64
11 300
1.6
32
2KJ3507 - 7 CH11 - 7 7 B2
15
350
91.98
11 400
1.7
32
2KJ3507 - 7 CH11 - 7 7 A2
16
320
83.96
11 500
1.9
32
2KJ3507 - 7 CH11 - 7 7 X1
20
265
69.67
11 600
2.2
32
2KJ3507 - 7 CH11 - 7 7 W1
21
250
65.57
11 600
2.4
32
2KJ3507 - 7 CH11 - 7 7 V1
K.69-LE80MB4
7.3
715
196.59
10 100
0.84
34
2KJ3507 - 7 DB21 - 7 7 H2
8.1
650
178.72
10 500
0.92
34
2KJ3507 - 7 DB21 - 7 7 G2
9.5
550
152.00
10 900
1.1
34
2KJ3507 - 7 DB21 - 7 7 F2
10
500
138.18
11 000
1.2
34
2KJ3507 - 7 DB21 - 7 7 E2
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
5/11
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
0.55
n2
T2
rpm
Nm
K.69-LE80MB4
12
450
i -
123.29
13
400
110.55
14
360
99.64
16
335
91.98
17
305
83.96
21
250
69.67
K.49-LA71ZML4
11
465
121.60
12
420
110.55
5
14
375
97.71
15
340
88.83
18
295
77.81
19
275
71.82
22
240
63.59
26
200
52.93
27
191
49.82
31
171
44.63
K.49-LE80MB4
10
515
142.13
12
440
121.60
13
400
110.55
15
355
97.71
16
320
88.83
19
280
77.81
20
260
71.82
23
230
63.59
27
193
52.93
29
182
49.82
B.49-LE80MB4
24
215
59.28
27
197
53.89
B.49-LA71ZML4
23
225
59.28
25
205
53.89
K.39-LE80MB4
19
270
75.24
21
245
67.16
24
215
59.85
26
200
55.25
30
176
48.37
34
155
42.41
37
140
38.48
40
132
36.21
45
116
31.92
52
101
27.70
54
98
26.89
60
87
23.97
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
FR2 N
11 200 11 300 11 400 11 400 11 500 11 600
7 470 7 820 8 170 8 200 8 080 7 960 7 840 7 570 7 460 7 290
7 080 7 670 7 980 8 250 8 180 8 030 7 910 7 750 7 470 7 380
11 100 10 800
11 200 10 900
5 890 5 980 6 100 6 150 6 240 6 320 6 280 6 210 6 050 5 850 5 810 5 660
fB -
1.3 1.5 1.7 1.8 2 2.4
0.90 0.99 1.1 1.2 1.4 1.5 1.7 2.1 2.2 2.5
0.81 0.95 1.0 1.2 1.3 1.5 1.6 1.8 2.2 2.3
2.1 2.3
2.0 2.2
0.80 0.90 1.0 1.1 1.2 1.4 1.6 1.7 1.9 2.2 2.2 2.5
m kg
34 34 34 34 34 34
25 25 25 25 25 25 25 25 25 25
27 27 27 27 27 27 27 27 27 27
25 25
23 23
20 20 20 20 20 20 20 20 20 20 20 20
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
5/12
Siemens MD 50.1 · 2017
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3507 - 7 DB21 - 7 7 D2 2KJ3507 - 7 DB21 - 7 7 C2 2KJ3507 - 7 DB21 - 7 7 B2 2KJ3507 - 7 DB21 - 7 7 A2 2KJ3507 - 7 DB21 - 7 7 X1 2KJ3507 - 7 DB21 - 7 7 W1
2KJ3505 - 7 CH11 - 7 7 E2 2KJ3505 - 7 CH11 - 7 7 D2 2KJ3505 - 7 CH11 - 7 7 C2 2KJ3505 - 7 CH11 - 7 7 B2 2KJ3505 - 7 CH11 - 7 7 A2 2KJ3505 - 7 CH11 - 7 7 X1 2KJ3505 - 7 CH11 - 7 7 W1 2KJ3505 - 7 CH11 - 7 7 V1 2KJ3505 - 7 CH11 - 7 7 U1 2KJ3505 - 7 CH11 - 7 7 T1
2KJ3505 - 7 DB21 - 7 7 F2 2KJ3505 - 7 DB21 - 7 7 E2 2KJ3505 - 7 DB21 - 7 7 D2 2KJ3505 - 7 DB21 - 7 7 C2 2KJ3505 - 7 DB21 - 7 7 B2 2KJ3505 - 7 DB21 - 7 7 A2 2KJ3505 - 7 DB21 - 7 7 X1 2KJ3505 - 7 DB21 - 7 7 W1 2KJ3505 - 7 DB21 - 7 7 V1 2KJ3505 - 7 DB21 - 7 7 U1
2KJ3503 - 7 DB21 - 7 7 C2 2KJ3503 - 7 DB21 - 7 7 B2
2KJ3503 - 7 CH11 - 7 7 C2 2KJ3503 - 7 CH11 - 7 7 B2
2KJ3504 - 7 DB21 - 7 7 C2 2KJ3504 - 7 DB21 - 7 7 B2 2KJ3504 - 7 DB21 - 7 7 A2 2KJ3504 - 7 DB21 - 7 7 X1 2KJ3504 - 7 DB21 - 7 7 W1 2KJ3504 - 7 DB21 - 7 7 V1 2KJ3504 - 7 DB21 - 7 7 U1 2KJ3504 - 7 DB21 - 7 7 T1 2KJ3504 - 7 DB21 - 7 7 S1 2KJ3504 - 7 DB21 - 7 7 R1 2KJ3504 - 7 DB21 - 7 7 Q1 2KJ3504 - 7 DB21 - 7 7 P1
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
0.55
K.39-LE80MB4
65
81
22.12
5 550
2.7
20
2KJ3504 - 7 DB21 - 7 7 N1
74
71
19.37
5 360
3.1
20
2KJ3504 - 7 DB21 - 7 7 M1
K.39-LA71ZML4
20
255
67.16
5 950
0.85
17
2KJ3504 - 7 CH11 - 7 7 B2
23
225
59.85
6 060
0.96
17
2KJ3504 - 7 CH11 - 7 7 A2
25
210
55.25
6 110
1.0
17
2KJ3504 - 7 CH11 - 7 7 X1
28
185
48.37
6 210
1.2
17
2KJ3504 - 7 CH11 - 7 7 W1
32
163
42.41
6 290
1.4
17
2KJ3504 - 7 CH11 - 7 7 V1
36
148
38.48
6 340
1.5
17
2KJ3504 - 7 CH11 - 7 7 U1
38
139
36.21
6 270
1.6
17
2KJ3504 - 7 CH11 - 7 7 T1
43
122
31.92
6 110
1.8
17
2KJ3504 - 7 CH11 - 7 7 S1
5
49
106
27.70
5 920
2.1
17
2KJ3504 - 7 CH11 - 7 7 R1
51
103
26.89
5 880
2.1
17
2KJ3504 - 7 CH11 - 7 7 Q1
57
92
23.97
5 720
2.4
17
2KJ3504 - 7 CH11 - 7 7 P1
62
85
22.12
5 610
2.6
17
2KJ3504 - 7 CH11 - 7 7 N1
71
74
19.37
5 440
3.0
17
2KJ3504 - 7 CH11 - 7 7 M1
B.39-LE80MB4
29
183
50.11
6 980
1.1
19
2KJ3502 - 7 DB21 - 7 7 X1
33
160
44.00
6 980
1.6
19
2KJ3502 - 7 DB21 - 7 7 W1
36
146
40.00
6 980
1.6
19
2KJ3502 - 7 DB21 - 7 7 V1
42
125
34.22
6 980
2.0
19
2KJ3502 - 7 DB21 - 7 7 U1
46
113
31.11
6 980
2.2
19
2KJ3502 - 7 DB21 - 7 7 T1
52
100
27.50
6 980
2.5
19
2KJ3502 - 7 DB21 - 7 7 S1
58
91
25.00
6 980
2.7
19
2KJ3502 - 7 DB21 - 7 7 R1
66
80
21.90
6 980
3.1
19
2KJ3502 - 7 DB21 - 7 7 Q1
B.39-LA71ZML4
24
215
56.36
6 980
1.2
17
2KJ3502 - 7 CH11 - 7 7 A2
27
192
50.11
6 980
1.1
17
2KJ3502 - 7 CH11 - 7 7 X1
31
169
44.00
6 980
1.5
17
2KJ3502 - 7 CH11 - 7 7 W1
34
153
40.00
6 980
1.5
17
2KJ3502 - 7 CH11 - 7 7 V1
40
131
34.22
6 980
1.9
17
2KJ3502 - 7 CH11 - 7 7 U1
44
119
31.11
6 980
2.1
17
2KJ3502 - 7 CH11 - 7 7 T1
50
105
27.50
6 980
2.4
17
2KJ3502 - 7 CH11 - 7 7 S1
55
96
25.00
6 980
2.6
17
2KJ3502 - 7 CH11 - 7 7 R1
63
84
21.90
6 980
3.0
17
2KJ3502 - 7 CH11 - 7 7 Q1
B.29-LE80MB4
40
132
36.06
4 020
0.84
14
2KJ3501 - 7 DB21 - 7 7 X1
44
120
32.78
4 080
0.92
14
2KJ3501 - 7 DB21 - 7 7 W1
51
103
28.11
4 170
1.1
14
2KJ3501 - 7 DB21 - 7 7 V1
56
93
25.56
4 200
1.2
14
2KJ3501 - 7 DB21 - 7 7 U1
64
82
22.41
4 200
1.3
14
2KJ3501 - 7 DB21 - 7 7 T1
72
73
20.00
4 200
1.5
14
2KJ3501 - 7 DB21 - 7 7 S1
81
65
17.82
4 200
1.7
14
2KJ3501 - 7 DB21 - 7 7 R1
88
60
16.45
4 200
1.8
14
2KJ3501 - 7 DB21 - 7 7 Q1
100
52
14.40
4 200
2.1
14
2KJ3501 - 7 DB21 - 7 7 P1
114
46
12.63
4 200
2.4
14
2KJ3501 - 7 DB21 - 7 7 N1
126
42
11.46
4 200
2.6
14
2KJ3501 - 7 DB21 - 7 7 M1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
5/13
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
0.55
n2
T2
rpm
Nm
B.29-LE80MB4
134
39
i -
10.78
151
35
9.51
175
30
8.25
184
29
7.84
195
27
7.38
221
24
6.51
255
21
5.65
284
18
5.07
301
17
4.78
5
342
15
4.21
B.29-LA71ZML4
38
138
36.06
42
126
32.78
49
108
28.11
54
98
25.56
61
86
22.41
68
77
20.00
77
68
17.82
83
63
16.45
95
55
14.40
108
48
12.63
120
44
11.46
127
41
10.78
144
36
9.51
166
32
8.25
175
30
7.84
186
28
7.38
210
25
6.51
242
22
5.65
270
19
5.07
287
18
4.78
325
16
4.21
375
14
3.65
B.19-LA71ZML4
87
60
15.79
94
56
14.57
108
48
12.66
125
42
11.00
138
38
9.93
147
36
9.35
168
31
8.15
174
30
7.87
196
27
6.99
212
25
6.45
244
22
5.61
281
19
4.87
311
17
4.40
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
FR2 N
4 200 4 070 3 920 3 830 3 770 3 630 3 480 3 410 3 340 3 220
3 990 4 050 4 150 4 200 4 200 4 200 4 200 4 200 4 200 4 200 4 200 4 200 4 140 3 970 3 890 3 820 3 690 3 530 3 460 3 400 3 270 3 130
1 910 1 910 1 910 1 910 1 910 1 910 1 910 1 910 1 910 1 910 1 910 1 910 1 910
5/14
Siemens MD 50.1 · 2017
fB -
2.8 3.2 3.7 2.6 2.8 3.2 3.6 4.0 4.2 4.8
0.80 0.88 1.0 1.1 1.3 1.4 1.6 1.7 2 2.3 2.5 2.7 3.0 3.5 2.5 2.7 3.0 3.5 3.8 4.0 4.6 5.2
0.83 0.90 1.0 1.2 1.3 1.4 1.5 1.3 1.4 1.6 1.7 1.9 2.0
m kg
14 14 14 14 14 14 14 14 14 14
12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12 12
10 10 10 10 10 10 10 10 10 10 10 10 10
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3501 - 7 DB21 - 7 7 L1 2KJ3501 - 7 DB21 - 7 7 K1 2KJ3501 - 7 DB21 - 7 7 J1 2KJ3501 - 7 DB21 - 7 7 H1 2KJ3501 - 7 DB21 - 7 7 G1 2KJ3501 - 7 DB21 - 7 7 F1 2KJ3501 - 7 DB21 - 7 7 E1 2KJ3501 - 7 DB21 - 7 7 D1 2KJ3501 - 7 DB21 - 7 7 C1 2KJ3501 - 7 DB21 - 7 7 B1
2KJ3501 - 7 CH11 - 7 7 X1 2KJ3501 - 7 CH11 - 7 7 W1 2KJ3501 - 7 CH11 - 7 7 V1 2KJ3501 - 7 CH11 - 7 7 U1 2KJ3501 - 7 CH11 - 7 7 T1 2KJ3501 - 7 CH11 - 7 7 S1 2KJ3501 - 7 CH11 - 7 7 R1 2KJ3501 - 7 CH11 - 7 7 Q1 2KJ3501 - 7 CH11 - 7 7 P1 2KJ3501 - 7 CH11 - 7 7 N1 2KJ3501 - 7 CH11 - 7 7 M1 2KJ3501 - 7 CH11 - 7 7 L1 2KJ3501 - 7 CH11 - 7 7 K1 2KJ3501 - 7 CH11 - 7 7 J1 2KJ3501 - 7 CH11 - 7 7 H1 2KJ3501 - 7 CH11 - 7 7 G1 2KJ3501 - 7 CH11 - 7 7 F1 2KJ3501 - 7 CH11 - 7 7 E1 2KJ3501 - 7 CH11 - 7 7 D1 2KJ3501 - 7 CH11 - 7 7 C1 2KJ3501 - 7 CH11 - 7 7 B1 2KJ3501 - 7 CH11 - 7 7 A1
2KJ3500 - 7 CH11 - 7 7 Q1 2KJ3500 - 7 CH11 - 7 7 P1 2KJ3500 - 7 CH11 - 7 7 N1 2KJ3500 - 7 CH11 - 7 7 M1 2KJ3500 - 7 CH11 - 7 7 L1 2KJ3500 - 7 CH11 - 7 7 K1 2KJ3500 - 7 CH11 - 7 7 J1 2KJ3500 - 7 CH11 - 7 7 H1 2KJ3500 - 7 CH11 - 7 7 G1 2KJ3500 - 7 CH11 - 7 7 F1 2KJ3500 - 7 CH11 - 7 7 E1 2KJ3500 - 7 CH11 - 7 7 D1 2KJ3500 - 7 CH11 - 7 7 C1
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
0.55
B.19-LA71ZML4
331
16
4.14
1 910
2.1
10
2KJ3500 - 7 CH11 - 7 7 B1
380
14
3.61
1 910
2.2
10
2KJ3500 - 7 CH11 - 7 7 A1
B.19-LE80MB4
91
58
15.79
1 910
0.87
12
2KJ3500 - 7 DB21 - 7 7 Q1
99
53
14.57
1 910
0.94
12
2KJ3500 - 7 DB21 - 7 7 P1
114
46
12.66
1 910
1.1
12
2KJ3500 - 7 DB21 - 7 7 N1
131
40
11.00
1 910
1.2
12
2KJ3500 - 7 DB21 - 7 7 M1
145
36
9.93
1 910
1.4
12
2KJ3500 - 7 DB21 - 7 7 L1
154
34
9.35
1 910
1.5
12
2KJ3500 - 7 DB21 - 7 7 K1
177
30
8.15
1 910
1.6
12
2KJ3500 - 7 DB21 - 7 7 J1
183
29
7.87
1 910
1.3
12
2KJ3500 - 7 DB21 - 7 7 H1
5
206
26
6.99
1 910
1.5
12
2KJ3500 - 7 DB21 - 7 7 G1
223
24
6.45
1 910
1.7
12
2KJ3500 - 7 DB21 - 7 7 F1
257
20
5.61
1 910
1.8
12
2KJ3500 - 7 DB21 - 7 7 E1
296
18
4.87
1 910
2.0
12
2KJ3500 - 7 DB21 - 7 7 D1
327
16
4.40
1 910
2.1
12
2KJ3500 - 7 DB21 - 7 7 C1
348
15
4.14
1 910
2.2
12
2KJ3500 - 7 DB21 - 7 7 B1
399
13
3.61
1 910
2.4
12
2KJ3500 - 7 DB21 - 7 7 A1
0.75
K.109-LE90SQ6P
4.3
1 670
216.65
24 500
1.7
101
2KJ3511 - 7 EC23 - 7 7 H2 P01
4.7
1 510
195.60
24 500
1.9
101
2KJ3511 - 7 EC23 - 7 7 G2 P01
5.2
1 370
177.43
24 500
2.1
101
2KJ3511 - 7 EC23 - 7 7 F2 P01
K.89-LE90SQ6P
4.0
1 790
231.80
18 100
0.89
64
2KJ3510 - 7 EC23 - 7 7 K2 P01
4.4
1 630
210.72
18 100
0.98
64
2KJ3510 - 7 EC23 - 7 7 J2 P01
4.9
1 460
189.01
18 100
1.1
64
2KJ3510 - 7 EC23 - 7 7 H2 P01
5.4
1 310
169.94
18 100
1.2
64
2KJ3510 - 7 EC23 - 7 7 G2 P01
K.89-LE80ZMQ4P
6.3
1 140
231.80
18 100
1.4
62
2KJ3510 - 7 DF23 - 7 7 K2
6.9
1 040
210.72
18 100
1.5
62
2KJ3510 - 7 DF23 - 7 7 J2
7.7
930
189.01
18 100
1.7
62
2KJ3510 - 7 DF23 - 7 7 H2
8.5
835
169.94
18 100
1.9
62
2KJ3510 - 7 DF23 - 7 7 G2
9.4
755
153.70
18 100
2.1
62
2KJ3510 - 7 DF23 - 7 7 F2
K.79-LE80ZMQ4P
7.7
930
188.85
13 700
0.88
41
2KJ3508 - 7 DF23 - 7 7 G2
8.4
845
171.69
13 900
0.97
41
2KJ3508 - 7 DF23 - 7 7 F2
9.5
755
153.18
14 100
1.1
41
2KJ3508 - 7 DF23 - 7 7 E2
11
675
137.35
14 200
1.2
41
2KJ3508 - 7 DF23 - 7 7 D2
12
610
123.80
14 300
1.3
41
2KJ3508 - 7 DF23 - 7 7 C2
13
565
114.28
14 400
1.5
41
2KJ3508 - 7 DF23 - 7 7 B2
14
515
104.32
14 400
1.6
41
2KJ3508 - 7 DF23 - 7 7 A2
17
425
86.56
14 400
1.9
41
2KJ3508 - 7 DF23 - 7 7 X1
18
400
81.47
14 400
2.0
41
2KJ3508 - 7 DF23 - 7 7 W1
19
380
76.94
14 400
2.2
41
2KJ3508 - 7 DF23 - 7 7 V1
K.69-LE80ZMQ4P
9.5
750
152.00
9 880
0.80
36
2KJ3507 - 7 DF23 - 7 7 F2
10
680
138.18
10 300
0.88
36
2KJ3507 - 7 DF23 - 7 7 E2
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
5/15
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
0.75
n2
T2
rpm
Nm
K.69-LE80ZMQ4P
12
605
i -
123.29
13
545
110.55
15
490
99.64
16
450
91.98
17
415
83.96
21
340
69.67
K.69-LE80ZMQ4P
22
320
65.57
23
305
61.93
5
28
260
K.49-LE80ZMQ4P
52.69
15
480
97.71
16
435
88.83
19
380
77.81
20
355
71.82
23
310
63.59
27
260
52.93
29
245
49.82
32
220
44.63
38
188
38.00
45
161
32.57
B.49-LE90SQ6P
16
455
59.28
17
415
53.89
20
355
45.83
22
320
41.67
B.49-LE80ZMQ4P
24
290
59.28
27
265
53.89
32
225
45.83
35
205
41.67
39
184
37.18
44
165
33.33
K.39-LE80ZMQ4P
26
270
55.25
30
235
48.37
34
205
42.41
38
190
38.48
40
179
36.21
45
158
31.92
52
137
27.70
54
133
26.89
60
118
23.97
66
109
22.12
75
96
19.37
85
84
16.98
94
76
15.41
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
FR2 N
10 800 10 900 11 100 11 200 11 200 11 100
11 000 10 800 10 500
7 250 7 260 7 230 7 150 7 110 6 930 6 870 6 750 6 560 6 360
11 200 11 200 10 900 10 700
10 500 10 300
9 980 9 760 9 480 9 220
5 890 6 000 5 930 5 810 5 760 5 650 5 510 5 480 5 370 5 280 5 120 4 970 4 860
fB -
0.99 1.1 1.2 1.3 1.4 1.7
1.9 2.0 2.3
0.87 0.96 1.1 1.2 1.3 1.6 1.7 1.9 2.2 2.6
0.98 1.1 1.3 1.4
1.5 1.7 2.0 2.2 2.5 2.7
0.81 0.92 1.1 1.2 1.2 1.4 1.6 1.7 1.9 2.0 2.3 2.6 2.9
m kg
36 36 36 36 36 36
36 36 36
29 29 29 29 29 29 29 29 29 29
28 28 28 28
27 27 27 27 27 27
22 22 22 22 22 22 22 22 22 22 22 22 22
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
5/16
Siemens MD 50.1 · 2017
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3507 - 7 DF23 - 7 7 D2 2KJ3507 - 7 DF23 - 7 7 C2 2KJ3507 - 7 DF23 - 7 7 B2 2KJ3507 - 7 DF23 - 7 7 A2 2KJ3507 - 7 DF23 - 7 7 X1 2KJ3507 - 7 DF23 - 7 7 W1
2KJ3507 - 7 DF23 - 7 7 V1 2KJ3507 - 7 DF23 - 7 7 U1 2KJ3507 - 7 DF23 - 7 7 T1
2KJ3505 - 7 DF23 - 7 7 C2 2KJ3505 - 7 DF23 - 7 7 B2 2KJ3505 - 7 DF23 - 7 7 A2 2KJ3505 - 7 DF23 - 7 7 X1 2KJ3505 - 7 DF23 - 7 7 W1 2KJ3505 - 7 DF23 - 7 7 V1 2KJ3505 - 7 DF23 - 7 7 U1 2KJ3505 - 7 DF23 - 7 7 T1 2KJ3505 - 7 DF23 - 7 7 S1 2KJ3505 - 7 DF23 - 7 7 R1
2KJ3503 - 7 EC23 - 7 7 C2 P01 2KJ3503 - 7 EC23 - 7 7 B2 P01 2KJ3503 - 7 EC23 - 7 7 A2 P01 2KJ3503 - 7 EC23 - 7 7 X1 P01
2KJ3503 - 7 DF23 - 7 7 C2 2KJ3503 - 7 DF23 - 7 7 B2 2KJ3503 - 7 DF23 - 7 7 A2 2KJ3503 - 7 DF23 - 7 7 X1 2KJ3503 - 7 DF23 - 7 7 W1 2KJ3503 - 7 DF23 - 7 7 V1
2KJ3504 - 7 DF23 - 7 7 X1 2KJ3504 - 7 DF23 - 7 7 W1 2KJ3504 - 7 DF23 - 7 7 V1 2KJ3504 - 7 DF23 - 7 7 U1 2KJ3504 - 7 DF23 - 7 7 T1 2KJ3504 - 7 DF23 - 7 7 S1 2KJ3504 - 7 DF23 - 7 7 R1 2KJ3504 - 7 DF23 - 7 7 Q1 2KJ3504 - 7 DF23 - 7 7 P1 2KJ3504 - 7 DF23 - 7 7 N1 2KJ3504 - 7 DF23 - 7 7 M1 2KJ3504 - 7 DF23 - 7 7 L1 2KJ3504 - 7 DF23 - 7 7 K1
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
0.75
K.39-LE80ZMQ4P
100
72
14.50
4 790
3.1
22
2KJ3504 - 7 DF23 - 7 7 J1
113
63
12.78
4 650
3.5
22
2KJ3504 - 7 DF23 - 7 7 H1
144
50
10.04
4 290
3.7
22
2KJ3504 - 7 DF23 - 7 7 F1
B.39-LE80ZMQ4P
29
245
50.11
6 980
0.85
21
2KJ3502 - 7 DF23 - 7 7 X1
33
215
44.00
6 980
1.2
21
2KJ3502 - 7 DF23 - 7 7 W1
36
198
40.00
6 980
1.2
21
2KJ3502 - 7 DF23 - 7 7 V1
42
169
34.22
6 980
1.5
21
2KJ3502 - 7 DF23 - 7 7 U1
47
154
31.11
6 980
1.6
21
2KJ3502 - 7 DF23 - 7 7 T1
53
136
27.50
6 980
1.8
21
2KJ3502 - 7 DF23 - 7 7 S1
58
123
25.00
6 980
2.0
21
2KJ3502 - 7 DF23 - 7 7 R1
5
66
108
21.90
6 980
2.3
21
2KJ3502 - 7 DF23 - 7 7 Q1
72
100
20.21
6 980
2.5
21
2KJ3502 - 7 DF23 - 7 7 P1
81
88
17.90
6 980
2.8
21
2KJ3502 - 7 DF23 - 7 7 N1
97
74
14.90
6 980
3.4
21
2KJ3502 - 7 DF23 - 7 7 M1
B.29-LE80ZMQ4P
57
126
25.56
4 050
0.87
16
2KJ3501 - 7 DF23 - 7 7 U1
65
111
22.41
4 130
0.99
16
2KJ3501 - 7 DF23 - 7 7 T1
72
99
20.00
4 190
1.1
16
2KJ3501 - 7 DF23 - 7 7 S1
81
88
17.82
4 200
1.2
16
2KJ3501 - 7 DF23 - 7 7 R1
88
81
16.45
4 200
1.4
16
2KJ3501 - 7 DF23 - 7 7 Q1
101
71
14.40
4 200
1.5
16
2KJ3501 - 7 DF23 - 7 7 P1
115
62
12.63
4 200
1.8
16
2KJ3501 - 7 DF23 - 7 7 N1
127
57
11.46
4 140
1.9
16
2KJ3501 - 7 DF23 - 7 7 M1
135
53
10.78
4 090
2.1
16
2KJ3501 - 7 DF23 - 7 7 L1
152
47
9.51
3 950
2.3
16
2KJ3501 - 7 DF23 - 7 7 K1
176
41
8.25
3 810
2.7
16
2KJ3501 - 7 DF23 - 7 7 J1
185
39
7.84
3 720
1.9
16
2KJ3501 - 7 DF23 - 7 7 H1
196
36
7.38
3 660
2.1
16
2KJ3501 - 7 DF23 - 7 7 G1
223
32
6.51
3 540
2.3
16
2KJ3501 - 7 DF23 - 7 7 F1
257
28
5.65
3 400
2.7
16
2KJ3501 - 7 DF23 - 7 7 E1
286
25
5.07
3 340
3.0
16
2KJ3501 - 7 DF23 - 7 7 D1
303
24
4.78
3 270
3.1
16
2KJ3501 - 7 DF23 - 7 7 C1
344
21
4.21
3 160
3.6
16
2KJ3501 - 7 DF23 - 7 7 B1
397
18
3.65
3 030
4.0
16
2KJ3501 - 7 DF23 - 7 7 A1
B.19-LE80ZMQ4P
115
62
12.66
1 910
0.80
14
2KJ3500 - 7 DF23 - 7 7 N1
132
54
11.00
1 910
0.92
14
2KJ3500 - 7 DF23 - 7 7 M1
146
49
9.93
1 910
1.0
14
2KJ3500 - 7 DF23 - 7 7 L1
155
46
9.35
1 910
1.1
14
2KJ3500 - 7 DF23 - 7 7 K1
178
40
8.15
1 910
1.2
14
2KJ3500 - 7 DF23 - 7 7 J1
184
39
7.87
1 910
0.98
14
2KJ3500 - 7 DF23 - 7 7 H1
207
34
6.99
1 910
1.1
14
2KJ3500 - 7 DF23 - 7 7 G1
225
32
6.45
1 910
1.2
14
2KJ3500 - 7 DF23 - 7 7 F1
258
28
5.61
1 910
1.3
14
2KJ3500 - 7 DF23 - 7 7 E1
298
24
4.87
1 910
1.5
14
2KJ3500 - 7 DF23 - 7 7 D1
330
22
4.40
1 910
1.6
14
2KJ3500 - 7 DF23 - 7 7 C1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
5/17
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
0.75
n2
T2
rpm
Nm
B.19-LE80ZMQ4P
350
20
i -
4.14
402
18
3.61
1.1
K.129-LE90ZLR6P
4.1
2 560
228.30
4.4
2 360
210.74
4.8
2 180
194.04
K.109-LE90ZLR6P
4.3
2 430
216.65
4.8
2 190
195.60
5
5.3
1 990
177.43
5.7
1 840
163.78
6.3
1 670
148.88
K.109-LE90SM4P
6.6
1 590
216.65
7.3
1 440
195.60
K.89-LE90ZLR6P
5.5
1 900
169.94
K.89-LE90SM4P
6.1
1 700
231.80
6.8
1 550
210.72
7.5
1 390
189.01
8.4
1 250
169.94
9.3
1 130
153.70
10
1 040
141.88
11
955
129.96
13
800
109.04
14
755
102.63
K.79-LE90SM4P
10
1 010
137.35
12
840
114.28
12
910
123.80
14
765
104.32
16
635
86.56
17
600
81.47
19
565
76.94
22
480
65.47
25
410
56.08
29
360
49.31
34
305
41.60
K.69-LE90SM4P
14
735
99.64
15
675
91.98
17
615
83.96
20
510
69.67
22
480
65.57
23
455
61.93
27
385
52.69
32
330
45.14
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
5/18
Siemens MD 50.1 · 2017
FR2 N
1 910 1 910
39 400 39 600 39 800
24 500 24 500 24 500 24 500 24 500
24 500 24 500
18 100
18 100 18 100 18 100 18 100 18 100 18 100 18 100 18 100 18 100
13 600 13 900 13 700 14 000 14 300 14 400 14 400 14 400 14 400 14 400 14 400
9 990 10 100 10 100 10 000
9 960 9 890 9 700 9 470
fB -
1.6 1.7
1.7 1.9 2.0
1.2 1.3 1.5 1.6 1.7
1.8 2.0
0.84
0.94 1.0 1.1 1.3 1.4 1.5 1.7 2.0 2.1
0.81 0.97 0.90 1.1 1.3 1.4 1.4 1.7 2.0 2.3 2.6
0.82 0.88 0.97 1.2 1.2 1.3 1.5 1.8
m kg
14 14
154 154 154
104 104 104 104 104
101 101
67
64 64 64 64 64 64 64 64 64
42 42 42 42 42 42 42 42 42 42 42
37 37 37 37 37 37 37 37
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3500 - 7 DF23 - 7 7 B1 2KJ3500 - 7 DF23 - 7 7 A1
2KJ3512 - 7 EM23 - 7 7 J2 P01 2KJ3512 - 7 EM23 - 7 7 H2 P01 2KJ3512 - 7 EM23 - 7 7 G2 P01
2KJ3511 - 7 EM23 - 7 7 H2 P01 2KJ3511 - 7 EM23 - 7 7 G2 P01 2KJ3511 - 7 EM23 - 7 7 F2 P01 2KJ3511 - 7 EM23 - 7 7 E2 P01 2KJ3511 - 7 EM23 - 7 7 D2 P01
2KJ3511 - 7 EK23 - 7 7 H2 2KJ3511 - 7 EK23 - 7 7 G2
2KJ3510 - 7 EM23 - 7 7 G2 P01
2KJ3510 - 7 EK23 - 7 7 K2 2KJ3510 - 7 EK23 - 7 7 J2 2KJ3510 - 7 EK23 - 7 7 H2 2KJ3510 - 7 EK23 - 7 7 G2 2KJ3510 - 7 EK23 - 7 7 F2 2KJ3510 - 7 EK23 - 7 7 E2 2KJ3510 - 7 EK23 - 7 7 D2 2KJ3510 - 7 EK23 - 7 7 C2 2KJ3510 - 7 EK23 - 7 7 B2
2KJ3508 - 7 EK23 - 7 7 D2 2KJ3508 - 7 EK23 - 7 7 B2 2KJ3508 - 7 EK23 - 7 7 C2 2KJ3508 - 7 EK23 - 7 7 A2 2KJ3508 - 7 EK23 - 7 7 X1 2KJ3508 - 7 EK23 - 7 7 W1 2KJ3508 - 7 EK23 - 7 7 V1 2KJ3508 - 7 EK23 - 7 7 U1 2KJ3508 - 7 EK23 - 7 7 T1 2KJ3508 - 7 EK23 - 7 7 S1 2KJ3508 - 7 EK23 - 7 7 R1
2KJ3507 - 7 EK23 - 7 7 B2 2KJ3507 - 7 EK23 - 7 7 A2 2KJ3507 - 7 EK23 - 7 7 X1 2KJ3507 - 7 EK23 - 7 7 W1 2KJ3507 - 7 EK23 - 7 7 V1 2KJ3507 - 7 EK23 - 7 7 U1 2KJ3507 - 7 EK23 - 7 7 T1 2KJ3507 - 7 EK23 - 7 7 S1
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
1.1
K.69-LE90SM4P
36
290
39.69
9 260
2.1
37
2KJ3507 - 7 EK23 - 7 7 R1
43
245
33.48
8 950
2.3
37
2KJ3507 - 7 EK23 - 7 7 Q1
49
215
29.18
8 690
2.6
37
2KJ3507 - 7 EK23 - 7 7 P1
K.49-LE90SM4P
22
465
63.59
5 960
0.90
30
2KJ3505 - 7 EK23 - 7 7 W1
27
390
52.93
5 970
1.1
30
2KJ3505 - 7 EK23 - 7 7 V1
29
365
49.82
5 980
1.1
30
2KJ3505 - 7 EK23 - 7 7 U1
32
325
44.63
5 980
1.3
30
2KJ3505 - 7 EK23 - 7 7 T1
38
280
38.00
5 890
1.5
30
2KJ3505 - 7 EK23 - 7 7 S1
44
240
32.57
5 790
1.7
30
2KJ3505 - 7 EK23 - 7 7 R1
51
205
28.05
5 690
2.0
30
2KJ3505 - 7 EK23 - 7 7 Q1
5
54
194
26.30
5 620
2.2
30
2KJ3505 - 7 EK23 - 7 7 P1
61
172
23.28
5 510
2.4
30
2KJ3505 - 7 EK23 - 7 7 N1
74
143
19.38
5 330
2.9
30
2KJ3505 - 7 EK23 - 7 7 M1
78
134
18.24
5 270
3.1
30
2KJ3505 - 7 EK23 - 7 7 L1
146
72
9.75
4 530
3.8
30
2KJ3505 - 7 EK23 - 7 7 F1
155
68
9.18
4 460
4.0
30
2KJ3505 - 7 EK23 - 7 7 E1
173
61
8.22
4 330
4.2
30
2KJ3505 - 7 EK23 - 7 7 D1
B.49-LE90ZLR6P
20
515
45.83
9 860
0.87
31
2KJ3503 - 7 EM23 - 7 7 A2 P01
22
465
41.67
9 780
0.96
31
2KJ3503 - 7 EM23 - 7 7 X1 P01
B.49-LE90SM4P
24
435
59.28
9 680
1.0
28
2KJ3503 - 7 EK23 - 7 7 C2
26
395
53.89
9 560
1.1
28
2KJ3503 - 7 EK23 - 7 7 B2
31
335
45.83
9 320
1.3
28
2KJ3503 - 7 EK23 - 7 7 A2
34
305
41.67
9 150
1.5
28
2KJ3503 - 7 EK23 - 7 7 X1
38
270
37.18
8 970
1.6
28
2KJ3503 - 7 EK23 - 7 7 W1
43
245
33.33
8 750
1.8
28
2KJ3503 - 7 EK23 - 7 7 V1
47
220
30.05
8 560
2.0
28
2KJ3503 - 7 EK23 - 7 7 U1
51
200
27.74
8 430
2.2
28
2KJ3503 - 7 EK23 - 7 7 T1
56
187
25.32
8 230
2.4
28
2KJ3503 - 7 EK23 - 7 7 S1
68
155
21.01
7 870
2.9
28
2KJ3503 - 7 EK23 - 7 7 R1
72
146
19.77
7 750
3.1
28
2KJ3503 - 7 EK23 - 7 7 Q1
K.39-LE90SM4P
39
265
36.21
5 030
0.82
24
2KJ3504 - 7 EK23 - 7 7 T1
45
235
31.92
4 990
0.93
24
2KJ3504 - 7 EK23 - 7 7 S1
51
200
27.70
4 980
1.1
24
2KJ3504 - 7 EK23 - 7 7 R1
53
198
26.89
4 930
1.1
24
2KJ3504 - 7 EK23 - 7 7 Q1
59
177
23.97
4 870
1.2
24
2KJ3504 - 7 EK23 - 7 7 P1
64
163
22.12
4 820
1.3
24
2KJ3504 - 7 EK23 - 7 7 N1
74
143
19.37
4 730
1.5
24
2KJ3504 - 7 EK23 - 7 7 M1
84
125
16.98
4 640
1.8
24
2KJ3504 - 7 EK23 - 7 7 L1
92
114
15.41
4 550
1.9
24
2KJ3504 - 7 EK23 - 7 7 K1
98
107
14.50
4 500
2.1
24
2KJ3504 - 7 EK23 - 7 7 J1
112
94
12.78
4 400
2.3
24
2KJ3504 - 7 EK23 - 7 7 H1
128
82
11.09
4 260
2.7
24
2KJ3504 - 7 EK23 - 7 7 G1
142
74
10.04
4 070
2.5
24
2KJ3504 - 7 EK23 - 7 7 F1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
5/19
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
1.1
n2
T2
rpm
Nm
K.39-LE90SM4P
162
65
i -
8.81
178
59
7.99
189
55
7.52
215
49
6.63
248
42
5.75
B.39-LE90SM4P
42
250
34.22
46
225
31.11
52
200
27.50
5
57
184
25.00
65
161
21.90
71
149
20.21
80
132
17.90
96
110
14.90
102
103
14.02
113
93
12.56
133
79
10.69
155
68
9.17
181
58
7.89
216
49
6.60
229
46
6.21
B.29-LE90SM4P
80
131
17.82
87
121
16.45
99
106
14.40
113
93
12.63
124
84
11.46
132
80
10.78
150
70
9.51
173
61
8.25
182
58
7.84
193
54
7.38
219
48
6.51
252
42
5.65
281
37
5.07
298
35
4.78
338
31
4.21
390
27
3.65
1.5
K.129-LE100LLB6P
4.2
3 370
228.30
4.6
3 110
210.74
5.0
2 860
194.04
5.9
2 440
165.47
K.129-LE90ZLR4P
6.3
2 260
228.30
6.9
2 080
210.74
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
FR2 N
3 950 3 870 3 820 3 700 3 580
6 980 6 980 6 980 6 980 6 980 6 980 6 980 6 800 6 710 6 510 6 240 5 980 5 740 5 490 5 400
4 030 4 080 4 090 3 990 3 920 3 860 3 760 3 640 3 550 3 500 3 400 3 280 3 250 3 200 3 090 2 970
38 600 38 900 39 100 39 500
39 700 39 900
fB -
2.8 3.0 3.1 3.3 3.5
0.99 1.1 1.2 1.4 1.5 1.7 1.9 2.3 2.4 2.7 3.0 3.4 3.8 4.1 4.4
0.84 0.91 1.0 1.2 1.3 1.4 1.6 1.8 1.3 1.4 1.6 1.8 2.0 2.1 2.4 2.7
1.3 1.4 1.5 1.8
1.9 2.1
m kg
24 24 24 24 24
23 23 23 23 23 23 23 23 23 23 23 23 23 23 23
18 18 18 18 18 18 18 18 18 18 18 18 18 18 18 18
167 167 167 167
154 154
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3504 - 7 EK23 - 7 7 E1 2KJ3504 - 7 EK23 - 7 7 D1 2KJ3504 - 7 EK23 - 7 7 C1 2KJ3504 - 7 EK23 - 7 7 B1 2KJ3504 - 7 EK23 - 7 7 A1
2KJ3502 - 7 EK23 - 7 7 U1 2KJ3502 - 7 EK23 - 7 7 T1 2KJ3502 - 7 EK23 - 7 7 S1 2KJ3502 - 7 EK23 - 7 7 R1 2KJ3502 - 7 EK23 - 7 7 Q1 2KJ3502 - 7 EK23 - 7 7 P1 2KJ3502 - 7 EK23 - 7 7 N1 2KJ3502 - 7 EK23 - 7 7 M1 2KJ3502 - 7 EK23 - 7 7 L1 2KJ3502 - 7 EK23 - 7 7 K1 2KJ3502 - 7 EK23 - 7 7 J1 2KJ3502 - 7 EK23 - 7 7 H1 2KJ3502 - 7 EK23 - 7 7 G1 2KJ3502 - 7 EK23 - 7 7 F1 2KJ3502 - 7 EK23 - 7 7 E1
2KJ3501 - 7 EK23 - 7 7 R1 2KJ3501 - 7 EK23 - 7 7 Q1 2KJ3501 - 7 EK23 - 7 7 P1 2KJ3501 - 7 EK23 - 7 7 N1 2KJ3501 - 7 EK23 - 7 7 M1 2KJ3501 - 7 EK23 - 7 7 L1 2KJ3501 - 7 EK23 - 7 7 K1 2KJ3501 - 7 EK23 - 7 7 J1 2KJ3501 - 7 EK23 - 7 7 H1 2KJ3501 - 7 EK23 - 7 7 G1 2KJ3501 - 7 EK23 - 7 7 F1 2KJ3501 - 7 EK23 - 7 7 E1 2KJ3501 - 7 EK23 - 7 7 D1 2KJ3501 - 7 EK23 - 7 7 C1 2KJ3501 - 7 EK23 - 7 7 B1 2KJ3501 - 7 EK23 - 7 7 A1
2KJ3512 - 7 FM23 - 7 7 J2 P01 2KJ3512 - 7 FM23 - 7 7 H2 P01 2KJ3512 - 7 FM23 - 7 7 G2 P01 2KJ3512 - 7 FM23 - 7 7 F2 P01
2KJ3512 - 7 EM23 - 7 7 J2 2KJ3512 - 7 EM23 - 7 7 H2
page 10/44 page 11/2 page 10/37
5/20
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
1.5
K.109-LE100LLB6P
4.5
3 190
216.65
24 500
0.91
116
2KJ3511 - 7 FM23 - 7 7 H2 P01
5.0
2 880
195.60
24 500
1.0
116
2KJ3511 - 7 FM23 - 7 7 G2 P01
5.5
2 620
177.43
24 500
1.1
116
2KJ3511 - 7 FM23 - 7 7 F2 P01
5.9
2 410
163.78
24 500
1.2
116
2KJ3511 - 7 FM23 - 7 7 E2 P01
K.109-LE90ZLR4P
6.7
2 140
216.65
24 500
1.4
104
2KJ3511 - 7 EM23 - 7 7 H2
7.4
1 930
195.60
24 500
1.5
104
2KJ3511 - 7 EM23 - 7 7 G2
8.1
1 750
177.43
24 500
1.6
104
2KJ3511 - 7 EM23 - 7 7 F2
8.8
1 620
163.78
24 500
1.8
104
2KJ3511 - 7 EM23 - 7 7 E2
9.7
1 470
K.89-LE90ZLR4P
148.88
24 500
2.0
104
2KJ3511 - 7 EM23 - 7 7 D2
5
7.6
1 870
189.01
18 100
0.85
67
2KJ3510 - 7 EM23 - 7 7 H2
8.5
1 680
169.94
18 100
0.95
67
2KJ3510 - 7 EM23 - 7 7 G2
9.4
1 520
153.70
18 100
1.1
67
2KJ3510 - 7 EM23 - 7 7 F2
10
1 400
141.88
18 100
1.1
67
2KJ3510 - 7 EM23 - 7 7 E2
11
1 280
129.96
18 100
1.2
67
2KJ3510 - 7 EM23 - 7 7 D2
13
1 080
109.04
18 100
1.5
67
2KJ3510 - 7 EM23 - 7 7 C2
14
1 010
102.63
18 100
1.6
67
2KJ3510 - 7 EM23 - 7 7 B2
15
930
94.16
18 100
1.7
67
2KJ3510 - 7 EM23 - 7 7 A2
18
815
82.25
18 100
2.0
67
2KJ3510 - 7 EM23 - 7 7 X1
20
730
73.64
18 100
2.2
67
2KJ3510 - 7 EM23 - 7 7 W1
K.79-LE90ZLR4P
17
855
86.56
13 900
0.96
45
2KJ3508 - 7 EM23 - 7 7 X1
18
805
81.47
14 000
1.0
45
2KJ3508 - 7 EM23 - 7 7 W1
19
760
76.94
14 000
1.1
45
2KJ3508 - 7 EM23 - 7 7 V1
22
645
65.47
14 300
1.3
45
2KJ3508 - 7 EM23 - 7 7 U1
26
555
56.08
14 400
1.5
45
2KJ3508 - 7 EM23 - 7 7 T1
29
485
49.31
14 400
1.7
45
2KJ3508 - 7 EM23 - 7 7 S1
35
410
41.60
14 400
1.9
45
2KJ3508 - 7 EM23 - 7 7 R1
40
355
36.26
14 400
2.1
45
2KJ3508 - 7 EM23 - 7 7 Q1
44
325
32.78
14 400
2.5
45
2KJ3508 - 7 EM23 - 7 7 P1
K.69-LE90ZLR4P
21
690
69.67
8 680
0.87
40
2KJ3507 - 7 EM23 - 7 7 W1
22
650
65.57
8 690
0.92
40
2KJ3507 - 7 EM23 - 7 7 V1
23
610
61.93
8 720
0.98
40
2KJ3507 - 7 EM23 - 7 7 U1
27
520
52.69
8 680
1.1
40
2KJ3507 - 7 EM23 - 7 7 T1
32
445
45.14
8 590
1.3
40
2KJ3507 - 7 EM23 - 7 7 S1
36
390
39.69
8 490
1.5
40
2KJ3507 - 7 EM23 - 7 7 R1
43
330
33.48
8 300
1.7
40
2KJ3507 - 7 EM23 - 7 7 Q1
50
285
29.18
8 140
1.9
40
2KJ3507 - 7 EM23 - 7 7 P1
55
255
26.05
7 980
2.3
40
2KJ3507 - 7 EM23 - 7 7 N1
59
240
24.52
7 890
2.4
40
2KJ3507 - 7 EM23 - 7 7 M1
62
225
23.15
7 810
2.5
40
2KJ3507 - 7 EM23 - 7 7 L1
73
195
19.70
7 530
2.8
40
2KJ3507 - 7 EM23 - 7 7 K1
86
167
16.88
7 280
3.2
40
2KJ3507 - 7 EM23 - 7 7 J1
97
147
14.84
7 070
3.5
40
2KJ3507 - 7 EM23 - 7 7 H1
155
93
9.34
6 130
4.0
40
2KJ3507 - 7 EM23 - 7 7 E1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
5/21
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
1.5
n2
T2
rpm
Nm
K.49-LE90ZLR4P
27
525
i -
52.93
29
490
49.82
32
440
44.63
38
375
38.00
44
320
32.57
52
275
28.05
55
260
26.30
62
230
23.28
75
192
19.38
5
79
181
18.24
88
162
16.34
104
138
13.91
121
118
11.93
148
97
9.75
157
91
9.18
176
82
8.22
206
69
7.00
241
60
6.00
279
51
5.17
B.49-LE90ZLR4P
27
530
53.89
32
450
45.83
35
410
41.67
39
365
37.18
43
330
33.33
48
295
30.05
52
275
27.74
57
250
25.32
69
205
21.01
73
196
19.77
77
185
18.67
91
158
15.89
106
135
13.61
174
82
8.29
185
77
7.80
K.39-LE90ZLR4P
52
275
27.70
54
265
26.89
60
235
23.97
65
215
22.12
75
192
19.37
85
168
16.98
94
153
15.41
100
144
14.50
113
127
12.78
130
110
11.09
144
100
10.04
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
FR2 N
4 880 4 970 5 040 5 110 5 130 5 110 5 080 5 030 4 920 4 880 4 800 4 670 4 540 4 290 4 240 4 140 3 990 3 840 3 700
8 600 8 500 8 400 8 290 8 140 8 020 7 890 7 760 7 490 7 380 7 290 7 020 6 770 6 010 5 910
4 270 4 290 4 310 4 320 4 260 4 220 4 170 4 140 4 070 3 980 3 770
5/22
Siemens MD 50.1 · 2017
fB -
0.80 0.85 0.95 1.1 1.3 1.5 1.6 1.8 2.2 2.3 2.6 3.0 3.6 2.8 3.0 3.1 3.5 3.8 4.1
0.84 0.99 1.1 1.2 1.4 1.5 1.6 1.8 2.2 2.3 2.4 2.9 3.3 4.0 4.3
0.8 0.83 0.93 1.0 1.1 1.3 1.4 1.5 1.7 2.0 1.8
m kg
33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33
31 31 31 31 31 31 31 31 31 31 31 31 31 31 31
27 27 27 27 27 27 27 27 27 27 27
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3505 - 7 EM23 - 7 7 V1 2KJ3505 - 7 EM23 - 7 7 U1 2KJ3505 - 7 EM23 - 7 7 T1 2KJ3505 - 7 EM23 - 7 7 S1 2KJ3505 - 7 EM23 - 7 7 R1 2KJ3505 - 7 EM23 - 7 7 Q1 2KJ3505 - 7 EM23 - 7 7 P1 2KJ3505 - 7 EM23 - 7 7 N1 2KJ3505 - 7 EM23 - 7 7 M1 2KJ3505 - 7 EM23 - 7 7 L1 2KJ3505 - 7 EM23 - 7 7 K1 2KJ3505 - 7 EM23 - 7 7 J1 2KJ3505 - 7 EM23 - 7 7 H1 2KJ3505 - 7 EM23 - 7 7 F1 2KJ3505 - 7 EM23 - 7 7 E1 2KJ3505 - 7 EM23 - 7 7 D1 2KJ3505 - 7 EM23 - 7 7 C1 2KJ3505 - 7 EM23 - 7 7 B1 2KJ3505 - 7 EM23 - 7 7 A1
2KJ3503 - 7 EM23 - 7 7 B2 2KJ3503 - 7 EM23 - 7 7 A2 2KJ3503 - 7 EM23 - 7 7 X1 2KJ3503 - 7 EM23 - 7 7 W1 2KJ3503 - 7 EM23 - 7 7 V1 2KJ3503 - 7 EM23 - 7 7 U1 2KJ3503 - 7 EM23 - 7 7 T1 2KJ3503 - 7 EM23 - 7 7 S1 2KJ3503 - 7 EM23 - 7 7 R1 2KJ3503 - 7 EM23 - 7 7 Q1 2KJ3503 - 7 EM23 - 7 7 P1 2KJ3503 - 7 EM23 - 7 7 N1 2KJ3503 - 7 EM23 - 7 7 M1 2KJ3503 - 7 EM23 - 7 7 H1 2KJ3503 - 7 EM23 - 7 7 G1
2KJ3504 - 7 EM23 - 7 7 R1 2KJ3504 - 7 EM23 - 7 7 Q1 2KJ3504 - 7 EM23 - 7 7 P1 2KJ3504 - 7 EM23 - 7 7 N1 2KJ3504 - 7 EM23 - 7 7 M1 2KJ3504 - 7 EM23 - 7 7 L1 2KJ3504 - 7 EM23 - 7 7 K1 2KJ3504 - 7 EM23 - 7 7 J1 2KJ3504 - 7 EM23 - 7 7 H1 2KJ3504 - 7 EM23 - 7 7 G1 2KJ3504 - 7 EM23 - 7 7 F1
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
1.5
K.39-LE90ZLR4P
164
87
8.81
3 700
2.1
27
2KJ3504 - 7 EM23 - 7 7 E1
181
79
7.99
3 640
2.2
27
2KJ3504 - 7 EM23 - 7 7 D1
192
74
7.52
3 600
2.3
27
2KJ3504 - 7 EM23 - 7 7 C1
218
66
6.63
3 500
2.4
27
2KJ3504 - 7 EM23 - 7 7 B1
251
57
5.75
3 400
2.6
27
2KJ3504 - 7 EM23 - 7 7 A1
B.39-LE90ZLR4P
46
305
31.11
6 980
0.81
26
2KJ3502 - 7 EM23 - 7 7 T1
53
270
27.50
6 980
0.92
26
2KJ3502 - 7 EM23 - 7 7 S1
58
245
25.00
6 980
1.0
26
2KJ3502 - 7 EM23 - 7 7 R1
66
215
21.90
6 980
1.2
26
2KJ3502 - 7 EM23 - 7 7 Q1
71
200
20.21
6 890
1.2
26
2KJ3502 - 7 EM23 - 7 7 P1
5
81
177
17.90
6 730
1.4
26
2KJ3502 - 7 EM23 - 7 7 N1
97
148
14.90
6 480
1.7
26
2KJ3502 - 7 EM23 - 7 7 M1
103
139
14.02
6 390
1.8
26
2KJ3502 - 7 EM23 - 7 7 L1
115
125
12.56
6 230
2.0
26
2KJ3502 - 7 EM23 - 7 7 K1
135
106
10.69
6 000
2.3
26
2KJ3502 - 7 EM23 - 7 7 J1
158
91
9.17
5 780
2.5
26
2KJ3502 - 7 EM23 - 7 7 H1
183
78
7.89
5 560
2.8
26
2KJ3502 - 7 EM23 - 7 7 G1
219
65
6.60
5 350
3.1
26
2KJ3502 - 7 EM23 - 7 7 F1
233
62
6.21
5 260
3.2
26
2KJ3502 - 7 EM23 - 7 7 E1
260
55
5.56
5 100
3.6
26
2KJ3502 - 7 EM23 - 7 7 D1
305
47
4.74
4 870
4.3
26
2KJ3502 - 7 EM23 - 7 7 C1
356
40
4.06
4 660
5.0
26
2KJ3502 - 7 EM23 - 7 7 B1
B.29-LE90ZLR4P
413
35
3.50
4 450
5.5
26
2KJ3502 - 7 EM23 - 7 7 A1
114
125
12.63
3 670
0.88
21
2KJ3501 - 7 EM23 - 7 7 N1
126
114
11.46
3 620
0.97
21
2KJ3501 - 7 EM23 - 7 7 M1
134
107
10.78
3 590
1.0
21
2KJ3501 - 7 EM23 - 7 7 L1
152
94
9.51
3 520
1.2
21
2KJ3501 - 7 EM23 - 7 7 K1
175
82
8.25
3 430
1.3
21
2KJ3501 - 7 EM23 - 7 7 J1
184
78
7.84
3 320
0.96
21
2KJ3501 - 7 EM23 - 7 7 H1
196
73
7.38
3 290
1.0
21
2KJ3501 - 7 EM23 - 7 7 G1
222
64
6.51
3 220
1.2
21
2KJ3501 - 7 EM23 - 7 7 F1
256
56
5.65
3 120
1.3
21
2KJ3501 - 7 EM23 - 7 7 E1
285
50
5.07
3 120
1.5
21
2KJ3501 - 7 EM23 - 7 7 D1
302
47
4.78
3 070
1.6
21
2KJ3501 - 7 EM23 - 7 7 C1
343
42
4.21
2 970
1.8
21
2KJ3501 - 7 EM23 - 7 7 B1
396
36
3.65
2 870
2.0
21
2KJ3501 - 7 EM23 - 7 7 A1
2.2
K.149-LE112ZMKB6P
4.1
5 130
237.03
65 000
1.6
254
2KJ3513 - 7 GJ23 - 7 7 J2 P01
4.8
4 390
202.86
65 000
1.8
254
2KJ3513 - 7 GJ23 - 7 7 H2 P01
5.1
4 130
190.92
65 000
1.9
254
2KJ3513 - 7 GJ23 - 7 7 G2 P01
5.4
3 870
178.97
65 000
2.1
254
2KJ3513 - 7 GJ23 - 7 7 F2 P01
K.129-LE112ZMKB6P
4.2
4 940
228.30
37 100
0.89
170
2KJ3512 - 7 GJ23 - 7 7 J2 P01
4.6
4 560
210.74
37 400
0.96
170
2KJ3512 - 7 GJ23 - 7 7 H2 P01
5.0
4 200
194.04
37 800
1.0
170
2KJ3512 - 7 GJ23 - 7 7 G2 P01
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
5/23
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
2.2
n2
T2
rpm
Nm
K.129-LE112ZMKB6P
5.9
3 580
i -
165.47
K.129-LE100ZLSA4P
6.4
3 270
228.30
7.0
3 020
210.74
7.5
2 780
194.04
8.9
2 370
165.47
9.4
2 230
155.74
10
2 070
144.53
K.109-LE112ZMKB6P
5
5.9
3 540
K.109-LE100ZLSA4P
163.78
6.8
3 100
216.65
7.5
2 800
195.60
8.3
2 540
177.43
8.9
2 340
163.78
9.8
2 130
148.88
12
1 700
118.65
12
1 800
126.07
13
1 570
109.57
15
1 390
97.49
17
1 240
86.59
K.89-LE100ZLSA4P
11
1 860
129.96
13
1 560
109.04
14
1 470
102.63
16
1 350
94.16
18
1 180
82.25
20
1 050
73.64
23
920
64.39
27
790
55.27
30
700
48.85
35
595
41.54
K.79-LE100ZLSA4P
22
935
65.47
26
800
56.08
30
705
49.31
35
595
41.60
40
520
36.26
45
470
32.78
54
390
27.20
57
365
25.60
61
345
24.17
71
295
20.57
83
250
17.62
95
220
15.49
112
187
13.07
139
151
10.51
163
129
9.01
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
5/24
Siemens MD 50.1 · 2017
FR2 N
38 400
38 700 38 900 39 200 39 600 39 700 39 900
24 500
24 500 24 500 24 500 24 500 24 500 24 500 24 500 24 500 24 500 24 500
18 100 18 100 18 100 18 100 18 100 18 100 18 100 18 100 18 100 18 100
13 700 14 000 14 200 14 400 14 400 14 400 14 400 14 400 14 400 14 400 14 400 14 400 14 400 14 400 13 800
fB -
1.2
1.3 1.5 1.6 1.9 2.0 2.1
0.82
0.93 1.0 1.1 1.2 1.4 1.7 1.6 1.8 2.1 2.3
0.86 1.0 1.1 1.2 1.4 1.5 1.7 2.0 2.3 2.6
0.87 1.0 1.2 1.3 1.5 1.7 2.1 2.1 2.2 2.5 2.8 3.1 3.5 3.0 3.5
m kg
170
170 170 170 170 170 170
120
119 119 119 119 119 119 119 119 119 119
84 84 84 84 84 84 84 84 84 84
63 63 63 63 63 63 63 63 63 63 63 63 63 63 63
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3512 - 7 GJ23 - 7 7 F2 P01
2KJ3512 - 7 FN23 - 7 7 J2 2KJ3512 - 7 FN23 - 7 7 H2 2KJ3512 - 7 FN23 - 7 7 G2 2KJ3512 - 7 FN23 - 7 7 F2 2KJ3512 - 7 FN23 - 7 7 E2 2KJ3512 - 7 FN23 - 7 7 D2
2KJ3511 - 7 GJ23 - 7 7 E2 P01
2KJ3511 - 7 FN23 - 7 7 H2 2KJ3511 - 7 FN23 - 7 7 G2 2KJ3511 - 7 FN23 - 7 7 F2 2KJ3511 - 7 FN23 - 7 7 E2 2KJ3511 - 7 FN23 - 7 7 D2 2KJ3511 - 7 FN23 - 7 7 B2 2KJ3511 - 7 FN23 - 7 7 C2 2KJ3511 - 7 FN23 - 7 7 A2 2KJ3511 - 7 FN23 - 7 7 X1 2KJ3511 - 7 FN23 - 7 7 W1
2KJ3510 - 7 FN23 - 7 7 D2 2KJ3510 - 7 FN23 - 7 7 C2 2KJ3510 - 7 FN23 - 7 7 B2 2KJ3510 - 7 FN23 - 7 7 A2 2KJ3510 - 7 FN23 - 7 7 X1 2KJ3510 - 7 FN23 - 7 7 W1 2KJ3510 - 7 FN23 - 7 7 V1 2KJ3510 - 7 FN23 - 7 7 U1 2KJ3510 - 7 FN23 - 7 7 T1 2KJ3510 - 7 FN23 - 7 7 S1
2KJ3508 - 7 FN23 - 7 7 U1 2KJ3508 - 7 FN23 - 7 7 T1 2KJ3508 - 7 FN23 - 7 7 S1 2KJ3508 - 7 FN23 - 7 7 R1 2KJ3508 - 7 FN23 - 7 7 Q1 2KJ3508 - 7 FN23 - 7 7 P1 2KJ3508 - 7 FN23 - 7 7 N1 2KJ3508 - 7 FN23 - 7 7 M1 2KJ3508 - 7 FN23 - 7 7 L1 2KJ3508 - 7 FN23 - 7 7 K1 2KJ3508 - 7 FN23 - 7 7 J1 2KJ3508 - 7 FN23 - 7 7 H1 2KJ3508 - 7 FN23 - 7 7 G1 2KJ3508 - 7 FN23 - 7 7 E1 2KJ3508 - 7 FN23 - 7 7 D1
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
2.2
K.79-LE100ZLSA4P
185
114
7.92
13 300
4.0
63
2KJ3508 - 7 FN23 - 7 7 C1
K.69-LE100ZLSA4P
32
645
45.14
7 110
0.93
57
2KJ3507 - 7 FN23 - 7 7 S1
37
565
39.69
7 190
1.1
57
2KJ3507 - 7 FN23 - 7 7 R1
44
480
33.48
7 180
1.2
57
2KJ3507 - 7 FN23 - 7 7 Q1
50
415
29.18
7 170
1.3
57
2KJ3507 - 7 FN23 - 7 7 P1
56
370
26.05
7 110
1.6
57
2KJ3507 - 7 FN23 - 7 7 N1
60
350
24.52
7 060
1.7
57
2KJ3507 - 7 FN23 - 7 7 M1
63
330
23.15
7 020
1.8
57
2KJ3507 - 7 FN23 - 7 7 L1
74
280
19.70
6 890
2.0
57
2KJ3507 - 7 FN23 - 7 7 K1
87
240
16.88
6 720
2.2
57
2KJ3507 - 7 FN23 - 7 7 J1
5
99
210
14.84
6 580
2.4
57
2KJ3507 - 7 FN23 - 7 7 H1
117
180
12.52
6 350
2.7
57
2KJ3507 - 7 FN23 - 7 7 G1
134
156
10.91
6 180
3.0
57
2KJ3507 - 7 FN23 - 7 7 F1
157
134
9.34
5 730
2.8
57
2KJ3507 - 7 FN23 - 7 7 E1
183
115
8.01
5 550
3.2
57
2KJ3507 - 7 FN23 - 7 7 D1
208
101
7.04
5 400
3.6
57
2KJ3507 - 7 FN23 - 7 7 C1
247
85
5.94
5 190
4.0
57
2KJ3507 - 7 FN23 - 7 7 B1
283
74
5.18
5 020
4.4
57
2KJ3507 - 7 FN23 - 7 7 A1
K.49-LE100ZLSA4P
45
465
32.57
3 970
0.9
51
2KJ3505 - 7 FN23 - 7 7 R1
52
400
28.05
4 110
1.0
51
2KJ3505 - 7 FN23 - 7 7 Q1
56
375
26.30
4 150
1.1
51
2KJ3505 - 7 FN23 - 7 7 P1
63
330
23.28
4 220
1.3
51
2KJ3505 - 7 FN23 - 7 7 N1
76
275
19.38
4 240
1.5
51
2KJ3505 - 7 FN23 - 7 7 M1
80
260
18.24
4 230
1.6
51
2KJ3505 - 7 FN23 - 7 7 L1
90
230
16.34
4 240
1.8
51
2KJ3505 - 7 FN23 - 7 7 K1
105
199
13.91
4 170
2.1
51
2KJ3505 - 7 FN23 - 7 7 J1
123
171
11.93
4 100
2.5
51
2KJ3505 - 7 FN23 - 7 7 H1
143
147
10.27
4 020
2.8
51
2KJ3505 - 7 FN23 - 7 7 G1
150
140
9.75
3 910
2.0
51
2KJ3505 - 7 FN23 - 7 7 F1
160
132
9.18
3 880
2.1
51
2KJ3505 - 7 FN23 - 7 7 E1
178
118
8.22
3 810
2.2
51
2KJ3505 - 7 FN23 - 7 7 D1
209
100
7.00
3 710
2.4
51
2KJ3505 - 7 FN23 - 7 7 C1
244
86
6.00
3 600
2.6
51
2KJ3505 - 7 FN23 - 7 7 B1
283
74
5.17
3 490
2.8
51
2KJ3505 - 7 FN23 - 7 7 A1
B.49-LE100ZLSA4P
39
530
37.18
7 140
0.84
48
2KJ3503 - 7 FN23 - 7 7 W1
44
475
33.33
7 130
0.94
48
2KJ3503 - 7 FN23 - 7 7 V1
49
430
30.05
7 080
1.0
48
2KJ3503 - 7 FN23 - 7 7 U1
53
395
27.74
7 050
1.1
48
2KJ3503 - 7 FN23 - 7 7 T1
58
360
25.32
6 990
1.2
48
2KJ3503 - 7 FN23 - 7 7 S1
70
300
21.01
6 820
1.5
48
2KJ3503 - 7 FN23 - 7 7 R1
74
280
19.77
6 780
1.6
48
2KJ3503 - 7 FN23 - 7 7 Q1
78
265
18.67
6 720
1.7
48
2KJ3503 - 7 FN23 - 7 7 P1
92
225
15.89
6 540
2.0
48
2KJ3503 - 7 FN23 - 7 7 N1
108
195
13.61
6 330
2.3
48
2KJ3503 - 7 FN23 - 7 7 M1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
5/25
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
2.2
n2
T2
rpm
Nm
B.49-LE100ZLSA4P
122
172
i -
11.97
145
145
10.10
166
126
8.80
177
119
8.29
188
112
7.80
199
106
7.37
234
90
6.27
273
77
5.37
310
68
4.72
5
K.39-LE100ZLSA4P
86
240
16.98
95
220
15.41
101
205
14.50
115
183
12.78
132
159
11.09
146
144
10.04
166
126
8.81
183
115
7.99
195
108
7.52
221
95
6.63
255
82
5.75
B.39-LE100ZLSA4P
67
310
21.90
72
290
20.21
82
255
17.90
98
210
14.90
104
200
14.02
117
180
12.56
137
153
10.69
160
132
9.17
186
113
7.89
222
95
6.60
236
89
6.21
263
80
5.56
309
68
4.74
361
58
4.06
419
50
3.50
B.29-LE100ZLSA4P
154
136
9.51
178
118
8.25
225
93
6.51
259
81
5.65
289
73
5.07
306
69
4.78
348
60
4.21
401
52
3.65
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
FR2 N
6 170 5 940 5 760 5 770 5 680 5 590 5 360 5 140 4 960
3 540 3 540 3 570 3 540 3 520 3 290 3 270 3 240 3 220 3 180 3 120
6 230 6 160 6 090 5 960 5 890 5 780 5 610 5 430 5 260 5 120 5 050 4 900 4 700 4 510 4 330
3 110 3 080 2 900 2 850 2 900 2 860 2 800 2 720
fB -
2.6 3.1 3.6 2.8 3.0 3.1 3.7 4.3 4.9
0.9 1.0 1.1 1.2 1.4 1.3 1.4 1.5 1.6 1.7 1.8
0.80 0.86 0.97 1.2 1.2 1.4 1.6 1.7 1.9 2.1 2.2 2.5 2.9 3.4 3.8
0.81 0.93 0.80 0.93 1.0 1.1 1.2 1.4
m kg
48 48 48 48 48 48 48 48 48
41 41 41 41 41 41 41 41 41 41 41
41 41 41 41 41 41 41 41 41 41 41 41 41 41 41
36 36 36 36 36 36 36 36
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3503 - 7 FN23 - 7 7 L1 2KJ3503 - 7 FN23 - 7 7 K1 2KJ3503 - 7 FN23 - 7 7 J1 2KJ3503 - 7 FN23 - 7 7 H1 2KJ3503 - 7 FN23 - 7 7 G1 2KJ3503 - 7 FN23 - 7 7 F1 2KJ3503 - 7 FN23 - 7 7 E1 2KJ3503 - 7 FN23 - 7 7 D1 2KJ3503 - 7 FN23 - 7 7 C1
2KJ3504 - 7 FN23 - 7 7 L1 2KJ3504 - 7 FN23 - 7 7 K1 2KJ3504 - 7 FN23 - 7 7 J1 2KJ3504 - 7 FN23 - 7 7 H1 2KJ3504 - 7 FN23 - 7 7 G1 2KJ3504 - 7 FN23 - 7 7 F1 2KJ3504 - 7 FN23 - 7 7 E1 2KJ3504 - 7 FN23 - 7 7 D1 2KJ3504 - 7 FN23 - 7 7 C1 2KJ3504 - 7 FN23 - 7 7 B1 2KJ3504 - 7 FN23 - 7 7 A1
2KJ3502 - 7 FN23 - 7 7 Q1 2KJ3502 - 7 FN23 - 7 7 P1 2KJ3502 - 7 FN23 - 7 7 N1 2KJ3502 - 7 FN23 - 7 7 M1 2KJ3502 - 7 FN23 - 7 7 L1 2KJ3502 - 7 FN23 - 7 7 K1 2KJ3502 - 7 FN23 - 7 7 J1 2KJ3502 - 7 FN23 - 7 7 H1 2KJ3502 - 7 FN23 - 7 7 G1 2KJ3502 - 7 FN23 - 7 7 F1 2KJ3502 - 7 FN23 - 7 7 E1 2KJ3502 - 7 FN23 - 7 7 D1 2KJ3502 - 7 FN23 - 7 7 C1 2KJ3502 - 7 FN23 - 7 7 B1 2KJ3502 - 7 FN23 - 7 7 A1
2KJ3501 - 7 FN23 - 7 7 K1 2KJ3501 - 7 FN23 - 7 7 J1 2KJ3501 - 7 FN23 - 7 7 F1 2KJ3501 - 7 FN23 - 7 7 E1 2KJ3501 - 7 FN23 - 7 7 D1 2KJ3501 - 7 FN23 - 7 7 C1 2KJ3501 - 7 FN23 - 7 7 B1 2KJ3501 - 7 FN23 - 7 7 A1
page 10/44 page 11/2 page 10/37
5/26
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
3
K.169-LE132SH6P
4.3
6 590
223.30
70 000
2.0
446
2KJ3514 - 7 HF23 - 7 7 F2 P01
K.149-LE132SH6P
4.1
7 000
237.03
65 000
1.1
276
2KJ3513 - 7 HF23 - 7 7 J2 P01
4.8
5 990
202.86
65 000
1.3
276
2KJ3513 - 7 HF23 - 7 7 H2 P01
5.1
5 630
190.92
65 000
1.4
276
2KJ3513 - 7 HF23 - 7 7 G2 P01
5.4
5 280
178.97
65 000
1.5
276
2KJ3513 - 7 HF23 - 7 7 F2 P01
K.149-LE100ZLSB4P
6.1
4 660
237.03
65 000
1.7
253
2KJ3513 - 7 FP23 - 7 7 J2
7.2
3 990
202.86
65 000
2.0
253
2KJ3513 - 7 FP23 - 7 7 H2
7.6
3 750
K.129-LE132SH6P
190.92
65 000
2.1
253
2KJ3513 - 7 FP23 - 7 7 G2
5
5.9
4 880
165.47
37 100
0.90
193
2KJ3512 - 7 HF23 - 7 7 F2 P01
K.129-LE100ZLSB4P
6.4
4 490
228.30
37 500
0.98
170
2KJ3512 - 7 FP23 - 7 7 J2
6.9
4 150
210.74
37 800
1.1
170
2KJ3512 - 7 FP23 - 7 7 H2
7.5
3 820
194.04
38 200
1.2
170
2KJ3512 - 7 FP23 - 7 7 G2
8.8
3 250
165.47
38 700
1.4
170
2KJ3512 - 7 FP23 - 7 7 F2
K.129-LE100ZLSB4P
9.3
3 060
155.74
38 900
1.4
170
2KJ3512 - 7 FP23 - 7 7 E2
10
2 840
144.53
39 100
1.5
170
2KJ3512 - 7 FP23 - 7 7 D2
11
2 510
127.77
39 400
1.7
170
2KJ3512 - 7 FP23 - 7 7 C2
13
2 240
114.06
39 700
2.0
170
2KJ3512 - 7 FP23 - 7 7 B2
14
2 020
102.64
39 900
2.2
170
2KJ3512 - 7 FP23 - 7 7 A2
K.109-LE100ZLSB4P
8.2
3 490
177.43
24 500
0.83
119
2KJ3511 - 7 FP23 - 7 7 F2
8.9
3 220
163.78
24 500
0.90
119
2KJ3511 - 7 FP23 - 7 7 E2
9.8
2 930
148.88
24 500
0.99
119
2KJ3511 - 7 FP23 - 7 7 D2
12
2 330
118.65
24 500
1.2
119
2KJ3511 - 7 FP23 - 7 7 B2
12
2 480
126.07
24 500
1.2
119
2KJ3511 - 7 FP23 - 7 7 C2
13
2 150
109.57
24 500
1.3
119
2KJ3511 - 7 FP23 - 7 7 A2
15
1 920
97.49
24 500
1.5
119
2KJ3511 - 7 FP23 - 7 7 X1
17
1 700
86.59
24 500
1.7
119
2KJ3511 - 7 FP23 - 7 7 W1
19
1 520
77.51
24 500
1.9
119
2KJ3511 - 7 FP23 - 7 7 V1
22
1 300
66.26
24 500
2.2
119
2KJ3511 - 7 FP23 - 7 7 U1
K.89-LE100ZLSB4P
15
1 850
94.16
18 100
0.86
84
2KJ3510 - 7 FP23 - 7 7 A2
18
1 620
82.25
18 100
0.99
84
2KJ3510 - 7 FP23 - 7 7 X1
20
1 450
73.64
18 100
1.1
84
2KJ3510 - 7 FP23 - 7 7 W1
23
1 260
64.39
18 100
1.3
84
2KJ3510 - 7 FP23 - 7 7 V1
26
1 080
55.27
18 100
1.5
84
2KJ3510 - 7 FP23 - 7 7 U1
30
960
48.85
18 100
1.7
84
2KJ3510 - 7 FP23 - 7 7 T1
35
815
41.54
18 100
1.9
84
2KJ3510 - 7 FP23 - 7 7 S1
37
770
39.29
18 100
2.1
84
2KJ3510 - 7 FP23 - 7 7 R1
44
645
32.96
18 100
2.5
84
2KJ3510 - 7 FP23 - 7 7 Q1
47
610
31.03
18 100
2.6
84
2KJ3510 - 7 FP23 - 7 7 P1
K.79-LE100ZLSB4P
30
970
49.31
13 600
0.84
63
2KJ3508 - 7 FP23 - 7 7 S1
35
815
41.60
13 900
0.98
63
2KJ3508 - 7 FP23 - 7 7 R1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
5/27
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
3
n2
T2
rpm
Nm
K.79-LE100ZLSB4P
40
710
i -
36.26
44
645
32.78
53
535
27.20
57
500
25.60
60
475
24.17
71
405
20.57
83
345
17.62
94
305
15.49
111
255
13.07
5
128
220
11.39
138
205
10.51
161
177
9.01
184
156
7.92
218
132
6.68
250
115
5.82
K.69-LE100ZLSB4P
43
655
33.48
50
575
29.18
56
510
26.05
59
480
24.52
63
455
23.15
74
385
19.70
86
330
16.88
98
290
14.84
116
245
12.52
133
215
10.91
156
184
9.34
182
158
8.01
207
139
7.04
245
117
5.94
281
102
5.18
K.49-LE100ZLSB4P
55
515
26.30
62
455
23.28
75
380
19.38
80
355
18.24
89
320
16.34
105
270
13.91
122
235
11.93
142
200
10.27
149
192
9.75
158
181
9.18
177
162
8.22
208
138
7.00
242
118
6.00
281
102
5.17
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
FR2 N
14 100 14 300 14 400 14 400 14 400 14 400 14 400 14 400 14 400 14 400 14 100 13 500 13 100 12 600 12 100
5 960 6 050 6 140 6 150 6 150 6 160 6 100 6 030 5 910 5 780 5 300 5 180 5 070 4 920 4 790
3 070 3 260 3 440 3 510 3 550 3 630 3 610 3 620 3 490 3 480 3 460 3 410 3 350 3 270
fB -
1.1 1.3 1.5 1.6 1.6 1.8 2.1 2.3 2.6 2.9 2.2 2.5 2.9 3.5 3.8
0.88 0.97 1.2 1.2 1.3 1.4 1.6 1.8 2.0 2.2 2.0 2.3 2.6 2.9 3.2
0.81 0.92 1.1 1.2 1.3 1.5 1.8 2.1 1.4 1.5 1.6 1.7 1.9 2.1
m kg
63 63 63 63 63 63 63 63 63 63 63 63 63 63 63
57 57 57 57 57 57 57 57 57 57 57 57 57 57 57
51 51 51 51 51 51 51 51 51 51 51 51 51 51
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3508 - 7 FP23 - 7 7 Q1 2KJ3508 - 7 FP23 - 7 7 P1 2KJ3508 - 7 FP23 - 7 7 N1 2KJ3508 - 7 FP23 - 7 7 M1 2KJ3508 - 7 FP23 - 7 7 L1 2KJ3508 - 7 FP23 - 7 7 K1 2KJ3508 - 7 FP23 - 7 7 J1 2KJ3508 - 7 FP23 - 7 7 H1 2KJ3508 - 7 FP23 - 7 7 G1 2KJ3508 - 7 FP23 - 7 7 F1 2KJ3508 - 7 FP23 - 7 7 E1 2KJ3508 - 7 FP23 - 7 7 D1 2KJ3508 - 7 FP23 - 7 7 C1 2KJ3508 - 7 FP23 - 7 7 B1 2KJ3508 - 7 FP23 - 7 7 A1
2KJ3507 - 7 FP23 - 7 7 Q1 2KJ3507 - 7 FP23 - 7 7 P1 2KJ3507 - 7 FP23 - 7 7 N1 2KJ3507 - 7 FP23 - 7 7 M1 2KJ3507 - 7 FP23 - 7 7 L1 2KJ3507 - 7 FP23 - 7 7 K1 2KJ3507 - 7 FP23 - 7 7 J1 2KJ3507 - 7 FP23 - 7 7 H1 2KJ3507 - 7 FP23 - 7 7 G1 2KJ3507 - 7 FP23 - 7 7 F1 2KJ3507 - 7 FP23 - 7 7 E1 2KJ3507 - 7 FP23 - 7 7 D1 2KJ3507 - 7 FP23 - 7 7 C1 2KJ3507 - 7 FP23 - 7 7 B1 2KJ3507 - 7 FP23 - 7 7 A1
2KJ3505 - 7 FP23 - 7 7 P1 2KJ3505 - 7 FP23 - 7 7 N1 2KJ3505 - 7 FP23 - 7 7 M1 2KJ3505 - 7 FP23 - 7 7 L1 2KJ3505 - 7 FP23 - 7 7 K1 2KJ3505 - 7 FP23 - 7 7 J1 2KJ3505 - 7 FP23 - 7 7 H1 2KJ3505 - 7 FP23 - 7 7 G1 2KJ3505 - 7 FP23 - 7 7 F1 2KJ3505 - 7 FP23 - 7 7 E1 2KJ3505 - 7 FP23 - 7 7 D1 2KJ3505 - 7 FP23 - 7 7 C1 2KJ3505 - 7 FP23 - 7 7 B1 2KJ3505 - 7 FP23 - 7 7 A1
page 10/44 page 11/2 page 10/37
5/28
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
3
B.49-LE100ZLSB4P
52
545
27.74
6 070
0.82
48
2KJ3503 - 7 FP23 - 7 7 T1
57
495
25.32
6 110
0.90
48
2KJ3503 - 7 FP23 - 7 7 S1
69
410
21.01
6 110
1.1
48
2KJ3503 - 7 FP23 - 7 7 R1
74
385
19.77
6 100
1.2
48
2KJ3503 - 7 FP23 - 7 7 Q1
78
365
18.67
6 070
1.2
48
2KJ3503 - 7 FP23 - 7 7 P1
92
310
15.89
5 990
1.4
48
2KJ3503 - 7 FP23 - 7 7 N1
107
265
13.61
5 880
1.7
48
2KJ3503 - 7 FP23 - 7 7 M1
122
235
11.97
5 760
1.9
48
2KJ3503 - 7 FP23 - 7 7 L1
144
199
10.10
5 600
2.3
48
2KJ3503 - 7 FP23 - 7 7 K1
165
173
8.80
5 460
2.6
48
2KJ3503 - 7 FP23 - 7 7 J1
176
163
8.29
5 520
2.0
48
2KJ3503 - 7 FP23 - 7 7 H1
5
187
154
7.80
5 450
2.1
48
2KJ3503 - 7 FP23 - 7 7 G1
197
145
7.37
5 380
2.3
48
2KJ3503 - 7 FP23 - 7 7 F1
232
123
6.27
5 180
2.7
48
2KJ3503 - 7 FP23 - 7 7 E1
271
106
5.37
4 980
3.1
48
2KJ3503 - 7 FP23 - 7 7 D1
308
93
4.72
4 820
3.6
48
2KJ3503 - 7 FP23 - 7 7 C1
366
78
3.98
4 620
4.2
48
2KJ3503 - 7 FP23 - 7 7 B1
419
68
3.47
4 450
4.8
48
2KJ3503 - 7 FP23 - 7 7 A1
K.39-LE100ZLSB4P
114
250
12.78
2 950
0.87
41
2KJ3504 - 7 FP23 - 7 7 H1
131
215
11.09
3 020
1.0
41
2KJ3504 - 7 FP23 - 7 7 G1
145
198
10.04
2 730
0.93
41
2KJ3504 - 7 FP23 - 7 7 F1
165
173
8.81
2 790
1.1
41
2KJ3504 - 7 FP23 - 7 7 E1
182
157
7.99
2 810
1.1
41
2KJ3504 - 7 FP23 - 7 7 D1
193
148
7.52
2 820
1.2
41
2KJ3504 - 7 FP23 - 7 7 C1
219
131
6.63
2 810
1.2
41
2KJ3504 - 7 FP23 - 7 7 B1
253
113
5.75
2 810
1.3
41
2KJ3504 - 7 FP23 - 7 7 A1
B.39-LE100ZLSB4P
98
290
14.90
5 360
0.85
41
2KJ3502 - 7 FP23 - 7 7 M1
104
275
14.02
5 330
0.91
41
2KJ3502 - 7 FP23 - 7 7 L1
116
245
12.56
5 290
1.0
41
2KJ3502 - 7 FP23 - 7 7 K1
136
210
10.69
5 180
1.1
41
2KJ3502 - 7 FP23 - 7 7 J1
159
181
9.17
5 070
1.3
41
2KJ3502 - 7 FP23 - 7 7 H1
184
155
7.89
4 950
1.4
41
2KJ3502 - 7 FP23 - 7 7 G1
220
130
6.60
4 890
1.5
41
2KJ3502 - 7 FP23 - 7 7 F1
234
122
6.21
4 830
1.6
41
2KJ3502 - 7 FP23 - 7 7 E1
262
109
5.56
4 720
1.8
41
2KJ3502 - 7 FP23 - 7 7 D1
307
93
4.74
4 540
2.1
41
2KJ3502 - 7 FP23 - 7 7 C1
358
80
4.06
4 370
2.5
41
2KJ3502 - 7 FP23 - 7 7 B1
416
69
3.50
4 210
2.8
41
2KJ3502 - 7 FP23 - 7 7 A1
B.29-LE100ZLSB4P
346
83
4.21
2 600
0.89
36
2KJ3501 - 7 FP23 - 7 7 B1
399
72
3.65
2 550
1.0
36
2KJ3501 - 7 FP23 - 7 7 A1
4
K.169-LE132MJ6P
4.3
8 790
223.30
70 000
1.5
451
2KJ3514 - 7 HK23 - 7 7 F2 P01
4.7
8 200
208.35
70 000
1.6
451
2KJ3514 - 7 HK23 - 7 7 E2 P01
5.2
7 290
185.23
70 000
1.8
451
2KJ3514 - 7 HK23 - 7 7 D2 P01
5.8
6 550
166.31
70 000
2.0
451
2KJ3514 - 7 HK23 - 7 7 C2 P01
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
5/29
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
4
n2
T2
rpm
Nm
K.149-LE132MJ6P
4.1
9 330
i -
237.03
4.8
7 980
202.86
5.1
7 510
190.92
5.4
7 040
178.97
K.149-LE112ZMKB4P
6.2
6 200
237.03
7.2
5 300
202.86
7.6
4 990
190.92
8.2
4 680
178.97
5
9.2
4 150
158.65
10
3 680
140.93
K.129-LE112ZMKB4P
6.9
5 510
210.74
7.5
5 070
194.04
8.8
4 320
165.47
9.4
4 070
155.74
10
3 780
144.53
11
3 340
127.77
13
2 980
114.06
14
2 680
102.64
16
2 330
89.09
18
2 090
80.12
21
1 830
70.03
K.109-LE112ZMKB4P
12
3 100
118.65
12
3 290
126.07
13
2 860
109.57
15
2 550
97.49
17
2 260
86.59
19
2 020
77.51
22
1 730
66.26
25
1 540
59.17
28
1 360
52.29
32
1 200
45.89
K.89-LE112ZMKB4P
20
1 920
73.64
23
1 680
64.39
26
1 440
55.27
30
1 270
48.85
35
1 080
41.54
37
1 020
39.29
44
860
32.96
47
810
31.03
51
745
28.46
59
650
24.86
66
580
22.26
75
505
19.46
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
FR2 N
65 000 65 000 65 000 65 000
65 000 65 000 65 000 65 000 65 000 65 000
36 500 36 900 37 700 37 900 38 200 38 600 39 000 39 300 39 600 39 900 40 000
24 500 24 500 24 500 24 500 24 500 24 500 24 500 24 500 24 500 24 500
18 100 18 100 18 100 18 100 18 100 18 100 18 100 18 100 18 100 18 100 18 100 18 100
fB -
0.86 1.0 1.1 1.1
1.3 1.5 1.6 1.7 1.9 2.2
0.80 0.87 1.0 1.1 1.2 1.3 1.5 1.6 1.9 2.1 2.4
0.93 0.88 1.0 1.1 1.3 1.4 1.7 1.9 2.1 2.4
0.83 0.95 1.1 1.3 1.4 1.6 1.9 2.0 2.1 2.5 2.7 3.1
m kg
281 281 281 281
254 254 254 254 254 254
170 170 170 170 170 170 170 170 170 170 170
120 120 120 120 120 120 120 120 120 120
84 84 84 84 84 84 84 84 84 84 84 84
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
5/30
Siemens MD 50.1 · 2017
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3513 - 7 HK23 - 7 7 J2 P01 2KJ3513 - 7 HK23 - 7 7 H2 P01 2KJ3513 - 7 HK23 - 7 7 G2 P01 2KJ3513 - 7 HK23 - 7 7 F2 P01
2KJ3513 - 7 GJ23 - 7 7 J2 2KJ3513 - 7 GJ23 - 7 7 H2 2KJ3513 - 7 GJ23 - 7 7 G2 2KJ3513 - 7 GJ23 - 7 7 F2 2KJ3513 - 7 GJ23 - 7 7 E2 2KJ3513 - 7 GJ23 - 7 7 D2
2KJ3512 - 7 GJ23 - 7 7 H2 2KJ3512 - 7 GJ23 - 7 7 G2 2KJ3512 - 7 GJ23 - 7 7 F2 2KJ3512 - 7 GJ23 - 7 7 E2 2KJ3512 - 7 GJ23 - 7 7 D2 2KJ3512 - 7 GJ23 - 7 7 C2 2KJ3512 - 7 GJ23 - 7 7 B2 2KJ3512 - 7 GJ23 - 7 7 A2 2KJ3512 - 7 GJ23 - 7 7 X1 2KJ3512 - 7 GJ23 - 7 7 W1 2KJ3512 - 7 GJ23 - 7 7 V1
2KJ3511 - 7 GJ23 - 7 7 B2 2KJ3511 - 7 GJ23 - 7 7 C2 2KJ3511 - 7 GJ23 - 7 7 A2 2KJ3511 - 7 GJ23 - 7 7 X1 2KJ3511 - 7 GJ23 - 7 7 W1 2KJ3511 - 7 GJ23 - 7 7 V1 2KJ3511 - 7 GJ23 - 7 7 U1 2KJ3511 - 7 GJ23 - 7 7 T1 2KJ3511 - 7 GJ23 - 7 7 S1 2KJ3511 - 7 GJ23 - 7 7 R1
2KJ3510 - 7 GJ23 - 7 7 W1 2KJ3510 - 7 GJ23 - 7 7 V1 2KJ3510 - 7 GJ23 - 7 7 U1 2KJ3510 - 7 GJ23 - 7 7 T1 2KJ3510 - 7 GJ23 - 7 7 S1 2KJ3510 - 7 GJ23 - 7 7 R1 2KJ3510 - 7 GJ23 - 7 7 Q1 2KJ3510 - 7 GJ23 - 7 7 P1 2KJ3510 - 7 GJ23 - 7 7 N1 2KJ3510 - 7 GJ23 - 7 7 M1 2KJ3510 - 7 GJ23 - 7 7 L1 2KJ3510 - 7 GJ23 - 7 7 K1
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
4
K.89-LE112ZMKB4P
139
275
10.51
18 100
3.1
84
2KJ3510 - 7 GJ23 - 7 7 E1
162
235
9.02
18 100
3.4
84
2KJ3510 - 7 GJ23 - 7 7 D1
183
205
7.97
18 000
3.7
84
2KJ3510 - 7 GJ23 - 7 7 C1
215
177
6.78
17 300
4.1
84
2KJ3510 - 7 GJ23 - 7 7 B1
251
152
5.81
16 600
4.4
84
2KJ3510 - 7 GJ23 - 7 7 A1
K.79-LE112ZMKB4P
40
945
36.26
13 700
0.81
64
2KJ3508 - 7 GJ23 - 7 7 Q1
45
855
32.78
13 900
0.96
64
2KJ3508 - 7 GJ23 - 7 7 P1
54
710
27.20
14 100
1.1
64
2KJ3508 - 7 GJ23 - 7 7 N1
57
670
25.60
14 200
1.2
64
2KJ3508 - 7 GJ23 - 7 7 M1
60
630
24.17
14 300
1.2
64
2KJ3508 - 7 GJ23 - 7 7 L1
5
71
535
20.57
14 400
1.4
64
2KJ3508 - 7 GJ23 - 7 7 K1
83
460
17.62
14 400
1.6
64
2KJ3508 - 7 GJ23 - 7 7 J1
94
405
15.49
14 400
1.7
64
2KJ3508 - 7 GJ23 - 7 7 H1
112
340
13.07
14 400
1.9
64
2KJ3508 - 7 GJ23 - 7 7 G1
128
295
11.39
14 000
2.2
64
2KJ3508 - 7 GJ23 - 7 7 F1
139
275
10.51
13 600
1.6
64
2KJ3508 - 7 GJ23 - 7 7 E1
162
235
9.01
13 200
1.9
64
2KJ3508 - 7 GJ23 - 7 7 D1
184
205
7.92
12 800
2.2
64
2KJ3508 - 7 GJ23 - 7 7 C1
219
175
6.68
12 300
2.6
64
2KJ3508 - 7 GJ23 - 7 7 B1
251
152
5.82
11 900
2.8
64
2KJ3508 - 7 GJ23 - 7 7 A1
K.69-LE112ZMKB4P
56
680
26.05
4 910
0.88
58
2KJ3507 - 7 GJ23 - 7 7 N1
60
640
24.52
5 000
0.93
58
2KJ3507 - 7 GJ23 - 7 7 M1
63
605
23.15
5 070
0.97
58
2KJ3507 - 7 GJ23 - 7 7 L1
74
515
19.70
5 220
1.1
58
2KJ3507 - 7 GJ23 - 7 7 K1
86
440
16.88
5 310
1.2
58
2KJ3507 - 7 GJ23 - 7 7 J1
98
385
14.84
5 350
1.3
58
2KJ3507 - 7 GJ23 - 7 7 H1
117
325
12.52
5 330
1.5
58
2KJ3507 - 7 GJ23 - 7 7 G1
134
285
10.91
5 270
1.6
58
2KJ3507 - 7 GJ23 - 7 7 F1
156
240
9.34
4 790
1.5
58
2KJ3507 - 7 GJ23 - 7 7 E1
182
210
8.01
4 710
1.7
58
2KJ3507 - 7 GJ23 - 7 7 D1
207
184
7.04
4 660
2.0
58
2KJ3507 - 7 GJ23 - 7 7 C1
246
155
5.94
4 570
2.2
58
2KJ3507 - 7 GJ23 - 7 7 B1
282
136
5.18
4 480
2.4
58
2KJ3507 - 7 GJ23 - 7 7 A1
K.49-LE112ZMKB4P
75
505
19.38
2 460
0.83
52
2KJ3505 - 7 GJ23 - 7 7 M1
80
475
18.24
2 560
0.88
52
2KJ3505 - 7 GJ23 - 7 7 L1
89
425
16.34
2 730
0.98
52
2KJ3505 - 7 GJ23 - 7 7 K1
105
360
13.91
2 920
1.2
52
2KJ3505 - 7 GJ23 - 7 7 J1
122
310
11.93
3 020
1.3
52
2KJ3505 - 7 GJ23 - 7 7 H1
142
265
10.27
3 110
1.5
52
2KJ3505 - 7 GJ23 - 7 7 G1
150
255
9.75
2 960
1.1
52
2KJ3505 - 7 GJ23 - 7 7 F1
159
240
9.18
2 980
1.1
52
2KJ3505 - 7 GJ23 - 7 7 E1
178
215
8.22
3 010
1.2
52
2KJ3505 - 7 GJ23 - 7 7 D1
209
183
7.00
3 030
1.3
52
2KJ3505 - 7 GJ23 - 7 7 C1
243
157
6.00
3 020
1.4
52
2KJ3505 - 7 GJ23 - 7 7 B1
282
135
5.17
2 990
1.6
52
2KJ3505 - 7 GJ23 - 7 7 A1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
5/31
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
4
n2
T2
rpm
Nm
B.49-LE112ZMKB4P
69
550
i -
21.01
74
515
19.77
78
485
18.67
92
415
15.89
107
355
13.61
122
310
11.97
145
260
10.10
166
230
8.80
176
215
8.29
5
187
200
7.80
198
193
7.37
233
164
6.27
272
141
5.37
309
123
4.72
367
104
3.98
421
91
3.47
K.39-LE112ZMKB4P
183
205
7.99
194
197
7.52
220
173
6.63
254
150
5.75
B.39-LE112ZMKB4P
137
280
10.69
159
240
9.17
185
205
7.89
221
173
6.60
235
162
6.21
263
145
5.56
308
124
4.74
360
106
4.06
417
92
3.50
5.5
K.189-LE132ZMS6P
4.9
10 800
199.51
5.4
9 660
178.49
K.169-LE132ZMS6P
4.3
12 000
223.30
4.7
11 200
208.35
5.2
10 000
185.23
5.8
9 000
166.31
6.4
8 150
150.55
6.6
8 000
223.30
7.0
7 470
208.35
7.9
6 640
185.23
K.149-LE132ZMS6P
5.4
9 690
178.97
K.149-LE132ZST4P
6.2
8 490
237.03
7.2
7 270
202.86
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
5/32
Siemens MD 50.1 · 2017
FR2 N
5 170 5 230 5 260 5 280 5 280 5 250 5 180 5 070 5 210 5 170 5 090 4 930 4 770 4 640 4 460 4 310
2 300 2 300 2 370 2 420
4 640 4 600 4 560 4 580 4 550 4 460 4 320 4 180 4 040
104 000 104 000
70 000 70 000 70 000 70 000 70 000 70 000 70 000 70 000
65 000
65 000 65 000
fB -
0.82 0.87 0.92 1.1 1.3 1.4 1.7 2.0 1.5 1.6 1.7 2.0 2.3 2.7 3.2 3.6
0.84 0.87 0.93 1.0
0.86 0.96 1.1 1.2 1.2 1.4 1.6 1.9 2.1
1.8 2.0
1.1 1.2 1.3 1.4 1.6 1.6 1.7 2.0
0.83
0.94 1.1
m kg
49 49 49 49 49 49 49 49 49 49 49 49 49 49 49 49
45 45 45 45
44 44 44 44 44 44 44 44 44
683 683
453 453 453 453 453 453 453 453
283
283 283
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3503 - 7 GJ23 - 7 7 R1 2KJ3503 - 7 GJ23 - 7 7 Q1 2KJ3503 - 7 GJ23 - 7 7 P1 2KJ3503 - 7 GJ23 - 7 7 N1 2KJ3503 - 7 GJ23 - 7 7 M1 2KJ3503 - 7 GJ23 - 7 7 L1 2KJ3503 - 7 GJ23 - 7 7 K1 2KJ3503 - 7 GJ23 - 7 7 J1 2KJ3503 - 7 GJ23 - 7 7 H1 2KJ3503 - 7 GJ23 - 7 7 G1 2KJ3503 - 7 GJ23 - 7 7 F1 2KJ3503 - 7 GJ23 - 7 7 E1 2KJ3503 - 7 GJ23 - 7 7 D1 2KJ3503 - 7 GJ23 - 7 7 C1 2KJ3503 - 7 GJ23 - 7 7 B1 2KJ3503 - 7 GJ23 - 7 7 A1
2KJ3504 - 7 GJ23 - 7 7 D1 2KJ3504 - 7 GJ23 - 7 7 C1 2KJ3504 - 7 GJ23 - 7 7 B1 2KJ3504 - 7 GJ23 - 7 7 A1
2KJ3502 - 7 GJ23 - 7 7 J1 2KJ3502 - 7 GJ23 - 7 7 H1 2KJ3502 - 7 GJ23 - 7 7 G1 2KJ3502 - 7 GJ23 - 7 7 F1 2KJ3502 - 7 GJ23 - 7 7 E1 2KJ3502 - 7 GJ23 - 7 7 D1 2KJ3502 - 7 GJ23 - 7 7 C1 2KJ3502 - 7 GJ23 - 7 7 B1 2KJ3502 - 7 GJ23 - 7 7 A1
2KJ3515 - 7 HL23 - 7 7 W1 P01 2KJ3515 - 7 HL23 - 7 7 V1 P01
2KJ3514 - 7 HL23 - 7 7 F2 P01 2KJ3514 - 7 HL23 - 7 7 E2 P01 2KJ3514 - 7 HL23 - 7 7 D2 P01 2KJ3514 - 7 HL23 - 7 7 C2 P01 2KJ3514 - 7 HL23 - 7 7 B2 P01 2KJ3514 - 7 HJ23 - 7 7 F2 P01 2KJ3514 - 7 HJ23 - 7 7 E2 P01 2KJ3514 - 7 HJ23 - 7 7 D2 P01
2KJ3513 - 7 HL23 - 7 7 F2 P01
2KJ3513 - 7 HJ23 - 7 7 J2 2KJ3513 - 7 HJ23 - 7 7 H2
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
5.5
K.149-LE132ZST4P
7.7
6 840
190.92
65 000
1.2
283
2KJ3513 - 7 HJ23 - 7 7 G2
8.2
6 410
178.97
65 000
1.2
283
2KJ3513 - 7 HJ23 - 7 7 F2
9.2
5 680
158.65
65 000
1.4
283
2KJ3513 - 7 HJ23 - 7 7 E2
10
5 050
140.93
65 000
1.6
283
2KJ3513 - 7 HJ23 - 7 7 D2
12
4 550
127.16
65 000
1.8
283
2KJ3513 - 7 HJ23 - 7 7 C2
13
4 040
112.68
65 000
2.0
283
2KJ3513 - 7 HJ23 - 7 7 B2
15
3 570
99.79
65 000
2.2
283
2KJ3513 - 7 HJ23 - 7 7 A2
K.129-LE132ZST4P
10
5 180
144.53
36 800
0.85
200
2KJ3512 - 7 HJ23 - 7 7 D2
11
4 580
127.77
37 400
0.96
200
2KJ3512 - 7 HJ23 - 7 7 C2
13
4 080
114.06
37 900
1.1
200
2KJ3512 - 7 HJ23 - 7 7 B2
5
14
3 680
102.64
38 300
1.2
200
2KJ3512 - 7 HJ23 - 7 7 A2
16
3 190
89.09
38 800
1.4
200
2KJ3512 - 7 HJ23 - 7 7 X1
18
2 870
80.12
39 100
1.5
200
2KJ3512 - 7 HJ23 - 7 7 W1
21
2 510
70.03
39 400
1.8
200
2KJ3512 - 7 HJ23 - 7 7 V1
23
2 240
62.49
39 700
2.0
200
2KJ3512 - 7 HJ23 - 7 7 U1
27
1 970
55.05
40 000
2.2
200
2KJ3512 - 7 HJ23 - 7 7 T1
30
1 730
48.24
40 000
2.5
200
2KJ3512 - 7 HJ23 - 7 7 S1
K.109-LE132ZST4P
15
3 490
97.49
24 500
0.83
151
2KJ3511 - 7 HJ23 - 7 7 X1
17
3 100
86.59
24 500
0.93
151
2KJ3511 - 7 HJ23 - 7 7 W1
19
2 770
77.51
24 500
1.0
151
2KJ3511 - 7 HJ23 - 7 7 V1
22
2 370
66.26
24 500
1.2
151
2KJ3511 - 7 HJ23 - 7 7 U1
25
2 120
59.17
24 500
1.4
151
2KJ3511 - 7 HJ23 - 7 7 T1
28
1 870
52.29
24 500
1.5
151
2KJ3511 - 7 HJ23 - 7 7 S1
32
1 640
45.89
24 500
1.8
151
2KJ3511 - 7 HJ23 - 7 7 R1
37
1 430
39.95
24 500
2.0
151
2KJ3511 - 7 HJ23 - 7 7 Q1
43
1 220
34.15
24 500
2.2
151
2KJ3511 - 7 HJ23 - 7 7 P1
50
1 040
29.23
24 500
2.5
151
2KJ3511 - 7 HJ23 - 7 7 N1
59
895
24.98
24 500
2.7
151
2KJ3511 - 7 HJ23 - 7 7 M1
66
800
22.31
24 500
3.0
151
2KJ3511 - 7 HJ23 - 7 7 L1
140
375
10.45
21 400
3.4
151
2KJ3511 - 7 HJ23 - 7 7 E1
160
325
9.17
20 700
3.9
151
2KJ3511 - 7 HJ23 - 7 7 D1
K.89-LE132ZST4P
27
1 980
55.27
18 100
0.81
115
2KJ3510 - 7 HJ23 - 7 7 U1
30
1 750
48.85
18 100
0.91
115
2KJ3510 - 7 HJ23 - 7 7 T1
35
1 480
41.54
18 100
1.1
115
2KJ3510 - 7 HJ23 - 7 7 S1
37
1 400
39.29
18 100
1.1
115
2KJ3510 - 7 HJ23 - 7 7 R1
44
1 180
32.96
18 100
1.4
115
2KJ3510 - 7 HJ23 - 7 7 Q1
47
1 110
31.03
18 100
1.4
115
2KJ3510 - 7 HJ23 - 7 7 P1
51
1 020
28.46
18 100
1.6
115
2KJ3510 - 7 HJ23 - 7 7 N1
59
890
24.86
18 100
1.8
115
2KJ3510 - 7 HJ23 - 7 7 M1
66
795
22.26
18 100
2.0
115
2KJ3510 - 7 HJ23 - 7 7 L1
75
695
19.46
18 100
2.2
115
2KJ3510 - 7 HJ23 - 7 7 K1
88
595
16.71
18 100
2.5
115
2KJ3510 - 7 HJ23 - 7 7 J1
99
530
14.77
18 100
2.7
115
2KJ3510 - 7 HJ23 - 7 7 H1
117
450
12.56
18 100
3.0
115
2KJ3510 - 7 HJ23 - 7 7 G1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
5/33
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
5.5
n2
T2
rpm
Nm
K.89-LE132ZST4P
136
385
i -
10.76
139
375
10.51
162
320
9.02
184
285
7.97
216
240
6.78
252
205
5.81
K.79-LE132ZST4P
54
975
27.20
57
915
25.60
5
61
865
24.17
71
735
20.57
83
630
17.62
95
555
15.49
112
465
13.07
129
405
11.39
139
375
10.51
163
320
9.01
185
280
7.92
219
235
6.68
252
205
5.82
K.69-LE132ZST4P
87
605
16.88
99
530
14.84
117
445
12.52
134
390
10.91
157
335
9.34
183
285
8.01
208
250
7.04
247
210
5.94
283
186
5.18
K.49-LE132ZST4P
105
495
13.91
123
425
11.93
143
365
10.27
160
325
9.18
178
295
8.22
209
250
7.00
244
215
6.00
283
185
5.17
B.49-LE132ZST4P
108
485
13.61
122
425
11.97
145
360
10.10
166
315
8.80
177
295
8.29
188
280
7.80
199
260
7.37
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
FR2 N
18 100 18 100 18 100 17 500 16 900 16 300
13 600 13 700 13 800 14 100 14 300 14 000 13 700 13 300 13 000 12 600 12 300 11 900 11 500
4 120 4 300 4 460 4 510 3 930 4 030 4 060 4 080 4 020
1 860 2 120 2 320 2 270 2 340 2 460 2 530 2 570
4 400 4 480 4 510 4 500 4 730 4 690 4 690
fB -
3.2 2.2 2.5 2.7 3.0 3.2
0.82 0.86 0.89 1.0 1.1 1.3 1.4 1.6 1.2 1.4 1.6 1.9 2.1
0.88 0.97 1.1 1.2 1.1 1.3 1.4 1.6 1.8
0.84 0.98 1.1 0.82 0.87 0.96 1.0 1.1
0.92 1.0 1.2 1.4 1.1 1.2 1.2
m kg
115 115 115 115 115 115
94 94 94 94 94 94 94 94 94 94 94 94 94
88 88 88 88 88 88 88 88 88
82 82 82 82 82 82 82 82
79 79 79 79 79 79 79
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
5/34
Siemens MD 50.1 · 2017
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3510 - 7 HJ23 - 7 7 F1 2KJ3510 - 7 HJ23 - 7 7 E1 2KJ3510 - 7 HJ23 - 7 7 D1 2KJ3510 - 7 HJ23 - 7 7 C1 2KJ3510 - 7 HJ23 - 7 7 B1 2KJ3510 - 7 HJ23 - 7 7 A1
2KJ3508 - 7 HJ23 - 7 7 N1 2KJ3508 - 7 HJ23 - 7 7 M1 2KJ3508 - 7 HJ23 - 7 7 L1 2KJ3508 - 7 HJ23 - 7 7 K1 2KJ3508 - 7 HJ23 - 7 7 J1 2KJ3508 - 7 HJ23 - 7 7 H1 2KJ3508 - 7 HJ23 - 7 7 G1 2KJ3508 - 7 HJ23 - 7 7 F1 2KJ3508 - 7 HJ23 - 7 7 E1 2KJ3508 - 7 HJ23 - 7 7 D1 2KJ3508 - 7 HJ23 - 7 7 C1 2KJ3508 - 7 HJ23 - 7 7 B1 2KJ3508 - 7 HJ23 - 7 7 A1
2KJ3507 - 7 HJ23 - 7 7 J1 2KJ3507 - 7 HJ23 - 7 7 H1 2KJ3507 - 7 HJ23 - 7 7 G1 2KJ3507 - 7 HJ23 - 7 7 F1 2KJ3507 - 7 HJ23 - 7 7 E1 2KJ3507 - 7 HJ23 - 7 7 D1 2KJ3507 - 7 HJ23 - 7 7 C1 2KJ3507 - 7 HJ23 - 7 7 B1 2KJ3507 - 7 HJ23 - 7 7 A1
2KJ3505 - 7 HJ23 - 7 7 J1 2KJ3505 - 7 HJ23 - 7 7 H1 2KJ3505 - 7 HJ23 - 7 7 G1 2KJ3505 - 7 HJ23 - 7 7 E1 2KJ3505 - 7 HJ23 - 7 7 D1 2KJ3505 - 7 HJ23 - 7 7 C1 2KJ3505 - 7 HJ23 - 7 7 B1 2KJ3505 - 7 HJ23 - 7 7 A1
2KJ3503 - 7 HJ23 - 7 7 M1 2KJ3503 - 7 HJ23 - 7 7 L1 2KJ3503 - 7 HJ23 - 7 7 K1 2KJ3503 - 7 HJ23 - 7 7 J1 2KJ3503 - 7 HJ23 - 7 7 H1 2KJ3503 - 7 HJ23 - 7 7 G1 2KJ3503 - 7 HJ23 - 7 7 F1
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
5.5
B.49-LE132ZST4P
234
225
6.27
4 570
1.5
79
2KJ3503 - 7 HJ23 - 7 7 E1
273
193
5.37
4 460
1.7
79
2KJ3503 - 7 HJ23 - 7 7 D1
310
169
4.72
4 360
2.0
79
2KJ3503 - 7 HJ23 - 7 7 C1
368
143
3.98
4 220
2.3
79
2KJ3503 - 7 HJ23 - 7 7 B1
422
124
3.47
4 110
2.6
79
2KJ3503 - 7 HJ23 - 7 7 A1
7.5
K.189-LE132ZMS4P
7.4
9 720
199.51
104 000
2.0
683
2KJ3515 - 7 HL23 - 7 7 W1
K.169-LE132ZMS4P
6.6
10 800
223.30
70 000
1.2
453
2KJ3514 - 7 HL23 - 7 7 F2
7.1
10 100
7.9
9 020
208.35 185.23
70 000 70 000
1.3
453
2KJ3514 - 7 HL23 - 7 7 E2
1.4
453
2KJ3514 - 7 HL23 - 7 7 D2
5
8.8
8 100
166.31
70 000
1.6
453
2KJ3514 - 7 HL23 - 7 7 C2
9.8
7 330
150.55
70 000
1.8
453
2KJ3514 - 7 HL23 - 7 7 B2
11
6 440
132.24
70 000
2.0
453
2KJ3514 - 7 HL23 - 7 7 A2
12
5 830
119.83
70 000
2.2
453
2KJ3514 - 7 HL23 - 7 7 X1
K.149-LE132ZMS4P
7.2
9 880
202.86
65 000
0.81
283
2KJ3513 - 7 HL23 - 7 7 H2
7.7
9 300
190.92
65 000
0.86
283
2KJ3513 - 7 HL23 - 7 7 G2
8.2
8 720
178.97
65 000
0.92
283
2KJ3513 - 7 HL23 - 7 7 F2
9.3
7 730
158.65
65 000
1.0
283
2KJ3513 - 7 HL23 - 7 7 E2
10
6 860
140.93
65 000
1.2
283
2KJ3513 - 7 HL23 - 7 7 D2
12
6 190
127.16
65 000
1.3
283
2KJ3513 - 7 HL23 - 7 7 C2
13
5 490
112.68
65 000
1.5
283
2KJ3513 - 7 HL23 - 7 7 B2
15
4 860
99.79
64 000
1.6
283
2KJ3513 - 7 HL23 - 7 7 A2
17
4 320
88.81
62 900
1.8
283
2KJ3513 - 7 HL23 - 7 7 X1
18
3 870
79.59
61 700
2.1
283
2KJ3513 - 7 HL23 - 7 7 W1
21
3 430
70.56
60 400
2.3
283
2KJ3513 - 7 HL23 - 7 7 V1
K.129-LE132ZMS4P
14
5 000
102.64
37 000
0.88
200
2KJ3512 - 7 HL23 - 7 7 A2
17
4 340
89.09
37 700
1.0
200
2KJ3512 - 7 HL23 - 7 7 X1
18
3 900
80.12
38 100
1.1
200
2KJ3512 - 7 HL23 - 7 7 W1
21
3 410
70.03
38 600
1.3
200
2KJ3512 - 7 HL23 - 7 7 V1
24
3 040
62.49
38 900
1.4
200
2KJ3512 - 7 HL23 - 7 7 U1
27
2 680
55.05
39 300
1.6
200
2KJ3512 - 7 HL23 - 7 7 T1
30
2 350
48.24
39 200
1.9
200
2KJ3512 - 7 HL23 - 7 7 S1
35
2 040
42.04
38 300
2.1
200
2KJ3512 - 7 HL23 - 7 7 R1
38
1 870
38.37
37 700
2.4
200
2KJ3512 - 7 HL23 - 7 7 Q1
45
1 600
33.03
36 700
2.7
200
2KJ3512 - 7 HL23 - 7 7 P1
K.109-LE132ZMS4P
22
3 220
66.26
24 500
0.9
151
2KJ3511 - 7 HL23 - 7 7 U1
25
2 880
59.17
24 500
1.0
151
2KJ3511 - 7 HL23 - 7 7 T1
28
2 540
52.29
24 500
1.1
151
2KJ3511 - 7 HL23 - 7 7 S1
32
2 230
45.89
24 500
1.3
151
2KJ3511 - 7 HL23 - 7 7 R1
37
1 940
39.95
24 500
1.4
151
2KJ3511 - 7 HL23 - 7 7 Q1
43
1 660
34.15
24 500
1.6
151
2KJ3511 - 7 HL23 - 7 7 P1
50
1 420
29.23
24 500
1.8
151
2KJ3511 - 7 HL23 - 7 7 N1
59
1 210
24.98
24 500
2
151
2KJ3511 - 7 HL23 - 7 7 M1
66
1 080
22.31
24 500
2.2
151
2KJ3511 - 7 HL23 - 7 7 L1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
5/35
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
7.5
n2
T2
rpm
Nm
K.109-LE132ZMS4P
75
960
i -
19.71
85
840
17.30
98
730
15.06
114
625
12.87
141
505
10.45
160
445
9.17
184
385
7.99
215
330
6.83
252
285
5.84
5
K.89-LE132ZMS4P
37
1 910
39.29
45
1 600
32.96
47
1 510
31.03
52
1 380
28.46
59
1 210
24.86
66
1 080
22.26
76
945
19.46
88
810
16.71
100
720
14.77
117
610
12.56
137
520
10.76
140
510
10.51
163
435
9.02
184
385
7.97
217
330
6.78
253
280
5.81
K.79-LE132ZMS4P
83
855
17.62
95
755
15.49
112
635
13.07
129
555
11.39
140
510
10.51
163
435
9.01
186
385
7.92
220
325
6.68
253
280
5.82
K.69-LE132ZMS4P
117
610
12.52
135
530
10.91
157
455
9.34
184
390
8.01
209
340
7.04
247
285
5.94
284
250
5.18
K.49-LE132ZMS4P
143
500
10.27
284
250
5.17
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
FR2 N
24 200 23 600 22 900 22 100 20 800 20 200 19 500 18 800 18 100
18 100 18 100 18 100 18 100 18 100 18 100 18 100 18 100 18 100 18 100 18 100 17 900 17 400 16 900 16 400 15 800
12 900 12 800 12 700 12 500 12 100 11 900 11 600 11 300 11 100
3 280 3 510 2 850 3 080 3 250 3 400 3 440
1 260 2 020
fB -
2.5 2.8 3.1 3.5 2.5 2.8 3.3 3.9 4.6
0.84 1.0 1.1 1.2 1.3 1.5 1.6 1.8 2.0 2.2 2.4 1.7 1.8 2.0 2.2 2.4
0.83 0.92 1.0 1.2 0.87 1.0 1.2 1.4 1.5
0.80 0.88 0.81 0.94 1.1 1.2 1.3
0.83 0.83
m kg
151 151 151 151 151 151 151 151 151
115 115 115 115 115 115 115 115 115 115 115 115 115 115 115 115
94 94 94 94 94 94 94 94 94
88 88 88 88 88 88 88
82 82
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
5/36
Siemens MD 50.1 · 2017
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3511 - 7 HL23 - 7 7 K1 2KJ3511 - 7 HL23 - 7 7 J1 2KJ3511 - 7 HL23 - 7 7 H1 2KJ3511 - 7 HL23 - 7 7 G1 2KJ3511 - 7 HL23 - 7 7 E1 2KJ3511 - 7 HL23 - 7 7 D1 2KJ3511 - 7 HL23 - 7 7 C1 2KJ3511 - 7 HL23 - 7 7 B1 2KJ3511 - 7 HL23 - 7 7 A1
2KJ3510 - 7 HL23 - 7 7 R1 2KJ3510 - 7 HL23 - 7 7 Q1 2KJ3510 - 7 HL23 - 7 7 P1 2KJ3510 - 7 HL23 - 7 7 N1 2KJ3510 - 7 HL23 - 7 7 M1 2KJ3510 - 7 HL23 - 7 7 L1 2KJ3510 - 7 HL23 - 7 7 K1 2KJ3510 - 7 HL23 - 7 7 J1 2KJ3510 - 7 HL23 - 7 7 H1 2KJ3510 - 7 HL23 - 7 7 G1 2KJ3510 - 7 HL23 - 7 7 F1 2KJ3510 - 7 HL23 - 7 7 E1 2KJ3510 - 7 HL23 - 7 7 D1 2KJ3510 - 7 HL23 - 7 7 C1 2KJ3510 - 7 HL23 - 7 7 B1 2KJ3510 - 7 HL23 - 7 7 A1
2KJ3508 - 7 HL23 - 7 7 J1 2KJ3508 - 7 HL23 - 7 7 H1 2KJ3508 - 7 HL23 - 7 7 G1 2KJ3508 - 7 HL23 - 7 7 F1 2KJ3508 - 7 HL23 - 7 7 E1 2KJ3508 - 7 HL23 - 7 7 D1 2KJ3508 - 7 HL23 - 7 7 C1 2KJ3508 - 7 HL23 - 7 7 B1 2KJ3508 - 7 HL23 - 7 7 A1
2KJ3507 - 7 HL23 - 7 7 G1 2KJ3507 - 7 HL23 - 7 7 F1 2KJ3507 - 7 HL23 - 7 7 E1 2KJ3507 - 7 HL23 - 7 7 D1 2KJ3507 - 7 HL23 - 7 7 C1 2KJ3507 - 7 HL23 - 7 7 B1 2KJ3507 - 7 HL23 - 7 7 A1
2KJ3505 - 7 HL23 - 7 7 G1 2KJ3505 - 7 HL23 - 7 7 A1
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
7.5
B.49-LE132ZMS4P
146
490
10.10
3 640
0.91
79
2KJ3503 - 7 HL23 - 7 7 K1
167
425
8.80
3 760
1.0
79
2KJ3503 - 7 HL23 - 7 7 J1
177
400
8.29
4 100
0.82
79
2KJ3503 - 7 HL23 - 7 7 H1
188
380
7.80
4 090
0.87
79
2KJ3503 - 7 HL23 - 7 7 G1
199
355
7.37
4 120
0.92
79
2KJ3503 - 7 HL23 - 7 7 F1
234
305
6.27
4 090
1.1
79
2KJ3503 - 7 HL23 - 7 7 E1
274
260
5.37
4 060
1.3
79
2KJ3503 - 7 HL23 - 7 7 D1
311
230
4.72
4 000
1.4
79
2KJ3503 - 7 HL23 - 7 7 C1
369
194
3.98
3 920
1.7
79
2KJ3503 - 7 HL23 - 7 7 B1
424
169
9.2
K.189-LE160MPA4P
3.47
3 840
1.9
79
2KJ3503 - 7 HL23 - 7 7 A1
5
7.4
11 900
199.51
104 000
1.6
700
2KJ3515 - 7 JQ23 - 7 7 W1
8.2
10 600
178.49
104 000
1.8
700
2KJ3515 - 7 JQ23 - 7 7 V1
9.1
9 620
160.98
104 000
2.0
700
2KJ3515 - 7 JQ23 - 7 7 U1
K.169-LE160MPA4P
6.6
13 300
223.30
70 000
0.97
469
2KJ3514 - 7 JQ23 - 7 7 F2
7.1
12 400
208.35
70 000
1.0
469
2KJ3514 - 7 JQ23 - 7 7 E2
7.9
11 000
185.23
70 000
1.2
469
2KJ3514 - 7 JQ23 - 7 7 D2
8.8
9 940
166.31
70 000
1.3
469
2KJ3514 - 7 JQ23 - 7 7 C2
9.8
8 990
150.55
70 000
1.4
469
2KJ3514 - 7 JQ23 - 7 7 B2
11
7 900
132.24
70 000
1.6
469
2KJ3514 - 7 JQ23 - 7 7 A2
12
7 160
119.83
70 000
1.8
469
2KJ3514 - 7 JQ23 - 7 7 X1
14
6 370
106.72
70 000
2.0
469
2KJ3514 - 7 JQ23 - 7 7 W1
K.149-LE160MPA4P
9.3
9 480
158.65
62 700
0.84
301
2KJ3513 - 7 JQ23 - 7 7 E2
10
8 420
140.93
62 600
0.95
301
2KJ3513 - 7 JQ23 - 7 7 D2
12
7 600
127.16
62 200
1.1
301
2KJ3513 - 7 JQ23 - 7 7 C2
13
6 730
112.68
61 700
1.2
301
2KJ3513 - 7 JQ23 - 7 7 B2
15
5 960
99.79
61 000
1.3
301
2KJ3513 - 7 JQ23 - 7 7 A2
17
5 300
88.81
60 100
1.5
301
2KJ3513 - 7 JQ23 - 7 7 X1
18
4 750
79.59
59 200
1.7
301
2KJ3513 - 7 JQ23 - 7 7 W1
21
4 210
70.56
58 200
1.9
301
2KJ3513 - 7 JQ23 - 7 7 V1
24
3 720
62.28
57 000
2.1
301
2KJ3513 - 7 JQ23 - 7 7 U1
27
3 270
54.76
55 700
2.4
301
2KJ3513 - 7 JQ23 - 7 7 T1
K.129-LE160MPA4P
17
5 320
89.09
36 700
0.83
218
2KJ3512 - 7 JQ23 - 7 7 X1
18
4 780
80.12
37 200
0.92
218
2KJ3512 - 7 JQ23 - 7 7 W1
21
4 180
70.03
37 800
1.1
218
2KJ3512 - 7 JQ23 - 7 7 V1
24
3 730
62.49
38 200
1.2
218
2KJ3512 - 7 JQ23 - 7 7 U1
27
3 290
55.05
37 900
1.3
218
2KJ3512 - 7 JQ23 - 7 7 T1
30
2 880
48.24
37 400
1.5
218
2KJ3512 - 7 JQ23 - 7 7 S1
35
2 510
42.04
36 700
1.8
218
2KJ3512 - 7 JQ23 - 7 7 R1
38
2 290
38.37
36 300
1.9
218
2KJ3512 - 7 JQ23 - 7 7 Q1
45
1 970
33.03
35 400
2.2
218
2KJ3512 - 7 JQ23 - 7 7 P1
47
1 880
31.55
35 200
2.3
218
2KJ3512 - 7 JQ23 - 7 7 N1
53
1 640
27.58
34 300
2.7
218
2KJ3512 - 7 JQ23 - 7 7 M1
60
1 470
24.61
33 600
3.0
218
2KJ3512 - 7 JQ23 - 7 7 L1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
5/37
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
9.2
n2
T2
rpm
Nm
K.109-LE160MPA4P
25
3 530
i -
59.17
28
3 120
52.29
32
2 740
45.89
37
2 380
39.95
43
2 040
34.15
50
1 740
29.23
59
1 490
24.98
66
1 330
22.31
75
1 170
19.71
5
85
1 030
17.30
98
900
15.06
114
765
12.87
133
655
11.02
141
625
10.45
160
545
9.17
184
475
7.99
215
405
6.83
252
345
5.84
K.89-LE160MPA4P
45
1 970
32.96
47
1 850
31.03
52
1 700
28.46
59
1 480
24.86
66
1 330
22.26
76
1 160
19.46
88
995
16.71
100
880
14.77
117
750
12.56
137
640
10.76
140
625
10.51
163
535
9.02
184
475
7.97
217
405
6.78
253
345
5.81
11
K.189-LE160MPB4P
7.4
14 200
199.51
8.3
12 700
178.49
9.2
11 400
160.98
10
10 100
142.28
11
9 260
130.05
K.169-LE160MPB4P
6.6
15 900
223.30
7.1
14 800
208.35
8
13 100
185.23
8.9
11 800
166.31
9.8
10 700
150.55
11
9 410
132.24
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
FR2 N
24 500 24 500 24 500 24 500 24 500 24 500 24 200 23 900 23 400 22 900 22 300 21 600 20 900 20 300 19 800 19 200 18 500 17 800
18 100 18 100 18 100 18 100 18 100 18 100 18 100 18 100 18 100 18 000 17 200 16 800 16 400 15 900 15 400
104 000 104 000 104 000 104 000 104 000
70 000 70 000 70 000 70 000 70 000 70 000
fB -
0.82 0.93 1.1 1.2 1.3 1.5 1.6 1.8 2.0 2.3 2.6 2.9 3.2 2.0 2.3 2.7 3.2 3.7
0.81 0.86 0.94 1.1 1.2 1.3 1.5 1.6 1.8 1.9 1.3 1.5 1.6 1.8 1.9
1.3 1.5 1.7 1.9 2.1
0.82 0.88 0.99 1.1 1.2 1.4
m kg
170 170 170 170 170 170 170 170 170 170 170 170 170 170 170 170 170 170
133 133 133 133 133 133 133 133 133 133 133 133 133 133 133
692 692 692 692 692
461 461 461 461 461 461
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
5/38
Siemens MD 50.1 · 2017
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3511 - 7 JQ23 - 7 7 T1 2KJ3511 - 7 JQ23 - 7 7 S1 2KJ3511 - 7 JQ23 - 7 7 R1 2KJ3511 - 7 JQ23 - 7 7 Q1 2KJ3511 - 7 JQ23 - 7 7 P1 2KJ3511 - 7 JQ23 - 7 7 N1 2KJ3511 - 7 JQ23 - 7 7 M1 2KJ3511 - 7 JQ23 - 7 7 L1 2KJ3511 - 7 JQ23 - 7 7 K1 2KJ3511 - 7 JQ23 - 7 7 J1 2KJ3511 - 7 JQ23 - 7 7 H1 2KJ3511 - 7 JQ23 - 7 7 G1 2KJ3511 - 7 JQ23 - 7 7 F1 2KJ3511 - 7 JQ23 - 7 7 E1 2KJ3511 - 7 JQ23 - 7 7 D1 2KJ3511 - 7 JQ23 - 7 7 C1 2KJ3511 - 7 JQ23 - 7 7 B1 2KJ3511 - 7 JQ23 - 7 7 A1
2KJ3510 - 7 JQ23 - 7 7 Q1 2KJ3510 - 7 JQ23 - 7 7 P1 2KJ3510 - 7 JQ23 - 7 7 N1 2KJ3510 - 7 JQ23 - 7 7 M1 2KJ3510 - 7 JQ23 - 7 7 L1 2KJ3510 - 7 JQ23 - 7 7 K1 2KJ3510 - 7 JQ23 - 7 7 J1 2KJ3510 - 7 JQ23 - 7 7 H1 2KJ3510 - 7 JQ23 - 7 7 G1 2KJ3510 - 7 JQ23 - 7 7 F1 2KJ3510 - 7 JQ23 - 7 7 E1 2KJ3510 - 7 JQ23 - 7 7 D1 2KJ3510 - 7 JQ23 - 7 7 C1 2KJ3510 - 7 JQ23 - 7 7 B1 2KJ3510 - 7 JQ23 - 7 7 A1
2KJ3515 - 7 JR23 - 7 7 W1 2KJ3515 - 7 JR23 - 7 7 V1 2KJ3515 - 7 JR23 - 7 7 U1 2KJ3515 - 7 JR23 - 7 7 T1 2KJ3515 - 7 JR23 - 7 7 S1
2KJ3514 - 7 JR23 - 7 7 F2 2KJ3514 - 7 JR23 - 7 7 E2 2KJ3514 - 7 JR23 - 7 7 D2 2KJ3514 - 7 JR23 - 7 7 C2 2KJ3514 - 7 JR23 - 7 7 B2 2KJ3514 - 7 JR23 - 7 7 A2
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
11
K.169-LE160MPB4P
12
8 530
119.83
70 000
1.5
461
2KJ3514 - 7 JR23 - 7 7 X1
14
7 600
106.72
70 000
1.7
461
2KJ3514 - 7 JR23 - 7 7 W1
15
6 820
95.83
70 000
1.9
461
2KJ3514 - 7 JR23 - 7 7 V1
17
6 090
85.51
70 000
2.1
461
2KJ3514 - 7 JR23 - 7 7 U1
K.149-LE160MPB4P
10
10 000
140.93
58 100
0.80
293
2KJ3513 - 7 JR23 - 7 7 D2
12
9 050
127.16
58 100
0.88
293
2KJ3513 - 7 JR23 - 7 7 C2
13
8 020
112.68
58 000
1.0
293
2KJ3513 - 7 JR23 - 7 7 B2
15
7 100
99.79
57 700
1.1
293
2KJ3513 - 7 JR23 - 7 7 A2
17
6 320
88.81
57 200
1.3
293
2KJ3513 - 7 JR23 - 7 7 X1
19
5 660
79.59
56 600
1.4
293
2KJ3513 - 7 JR23 - 7 7 W1
5
21
5 020
70.56
55 900
1.6
293
2KJ3513 - 7 JR23 - 7 7 V1
24
4 430
62.28
54 900
1.8
293
2KJ3513 - 7 JR23 - 7 7 U1
27
3 900
54.76
53 900
2.1
293
2KJ3513 - 7 JR23 - 7 7 T1
30
3 530
49.60
53 000
2.3
293
2KJ3513 - 7 JR23 - 7 7 S1
34
3 070
43.18
51 700
2.6
293
2KJ3513 - 7 JR23 - 7 7 R1
K.129-LE160MPB4P
21
4 980
70.03
35 800
0.88
210
2KJ3512 - 7 JR23 - 7 7 V1
24
4 450
62.49
35 800
0.99
210
2KJ3512 - 7 JR23 - 7 7 U1
27
3 920
55.05
35 700
1.1
210
2KJ3512 - 7 JR23 - 7 7 T1
31
3 430
48.24
35 500
1.3
210
2KJ3512 - 7 JR23 - 7 7 S1
35
2 990
42.04
35 100
1.5
210
2KJ3512 - 7 JR23 - 7 7 R1
38
2 730
38.37
34 700
1.6
210
2KJ3512 - 7 JR23 - 7 7 Q1
45
2 350
33.03
34 100
1.9
210
2KJ3512 - 7 JR23 - 7 7 P1
47
2 240
31.55
33 900
2.0
210
2KJ3512 - 7 JR23 - 7 7 N1
53
1 960
27.58
33 200
2.2
210
2KJ3512 - 7 JR23 - 7 7 M1
60
1 750
24.61
32 600
2.5
210
2KJ3512 - 7 JR23 - 7 7 L1
68
1 540
21.68
31 800
2.8
210
2KJ3512 - 7 JR23 - 7 7 K1
78
1 350
19.00
31 100
3.1
210
2KJ3512 - 7 JR23 - 7 7 J1
89
1 170
16.56
30 200
3.4
210
2KJ3512 - 7 JR23 - 7 7 H1
125
840
11.80
28 000
3.4
210
2KJ3512 - 7 JR23 - 7 7 E1
143
735
10.34
27 200
3.9
210
2KJ3512 - 7 JR23 - 7 7 D1
K.109-LE160MPB4P
32
3 260
45.89
23 500
0.89
162
2KJ3511 - 7 JR23 - 7 7 R1
37
2 840
39.95
23 600
0.99
162
2KJ3511 - 7 JR23 - 7 7 Q1
43
2 430
34.15
23 600
1.1
162
2KJ3511 - 7 JR23 - 7 7 P1
50
2 080
29.23
23 400
1.3
162
2KJ3511 - 7 JR23 - 7 7 N1
59
1 770
24.98
23 200
1.3
162
2KJ3511 - 7 JR23 - 7 7 M1
66
1 580
22.31
22 900
1.5
162
2KJ3511 - 7 JR23 - 7 7 L1
75
1 400
19.71
22 500
1.7
162
2KJ3511 - 7 JR23 - 7 7 K1
85
1 230
17.30
22 100
1.9
162
2KJ3511 - 7 JR23 - 7 7 J1
98
1 070
15.06
21 600
2.2
162
2KJ3511 - 7 JR23 - 7 7 H1
115
915
12.87
21 000
2.4
162
2KJ3511 - 7 JR23 - 7 7 G1
134
785
11.02
20 400
2.7
162
2KJ3511 - 7 JR23 - 7 7 F1
141
740
10.45
19 800
1.7
162
2KJ3511 - 7 JR23 - 7 7 E1
161
650
9.17
19 300
1.9
162
2KJ3511 - 7 JR23 - 7 7 D1
185
565
7.99
18 800
2.2
162
2KJ3511 - 7 JR23 - 7 7 C1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
5/39
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
11
n2
T2
rpm
Nm
K.109-LE160MPB4P
216
485
i -
6.83
253
415
5.84
K.89-LE160MPB4P
59
1 770
24.86
66
1 580
22.26
76
1 380
19.46
88
1 190
16.71
100
1 050
14.77
117
895
12.56
5
137
765
10.76
140
745
10.51
164
640
9.02
185
565
7.97
218
480
6.78
254
410
5.81
15
K.189-LE160ZLL4P
7.4
19 300
199.51
8.3
17 300
178.49
9.2
15 600
160.98
10
13 800
142.28
11
12 600
130.05
13
11 300
117.00
14
10 100
104.56
16
9 180
94.55
K.169-LE160ZLL4P
8.9
16 100
166.31
9.8
14 600
150.55
11
12 800
132.24
12
11 600
119.83
14
10 300
106.72
15
9 300
95.83
17
8 300
85.51
19
7 400
76.23
22
6 560
67.61
24
6 020
62.07
27
5 310
54.68
K.149-LE160ZLL4P
15
9 690
99.79
17
8 620
88.81
19
7 730
79.59
21
6 850
70.56
24
6 040
62.28
27
5 310
54.76
30
4 810
49.60
34
4 190
43.18
42
3 430
35.40
46
3 140
32.33
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
FR2 N
18 100 17 500
18 100 18 100 18 100 18 100 18 100 17 800 17 400 16 500 16 200 15 900 15 500 15 100
104 000 104 000 104 000 104 000 104 000 104 000 104 000 104 000
70 000 70 000 70 000 70 000 70 000 70 000 70 000 70 000 70 000 70 000 70 000
50 500 50 800 50 800 50 700 50 400 49 900 49 400 48 600 47 200 46 500
fB -
2.7 3.1
0.9 1.0 1.1 1.2 1.3 1.5 1.6 1.1 1.2 1.4 1.5 1.6
0.99 1.1 1.2 1.4 1.5 1.7 1.9 2.1
0.80 0.89 1.0 1.1 1.3 1.4 1.6 1.8 2.0 2.2 2.4
0.83 0.93 1.0 1.2 1.3 1.5 1.7 1.9 2.3 2.5
m kg
162 162
125 125 125 125 125 125 125 125 125 125 125 125
717 717 717 717 717 717 717 717
486 486 486 486 486 486 486 486 486 486 486
318 318 318 318 318 318 318 318 318 318
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
5/40
Siemens MD 50.1 · 2017
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3511 - 7 JR23 - 7 7 B1 2KJ3511 - 7 JR23 - 7 7 A1
2KJ3510 - 7 JR23 - 7 7 M1 2KJ3510 - 7 JR23 - 7 7 L1 2KJ3510 - 7 JR23 - 7 7 K1 2KJ3510 - 7 JR23 - 7 7 J1 2KJ3510 - 7 JR23 - 7 7 H1 2KJ3510 - 7 JR23 - 7 7 G1 2KJ3510 - 7 JR23 - 7 7 F1 2KJ3510 - 7 JR23 - 7 7 E1 2KJ3510 - 7 JR23 - 7 7 D1 2KJ3510 - 7 JR23 - 7 7 C1 2KJ3510 - 7 JR23 - 7 7 B1 2KJ3510 - 7 JR23 - 7 7 A1
2KJ3515 - 7 JU23 - 7 7 W1 2KJ3515 - 7 JU23 - 7 7 V1 2KJ3515 - 7 JU23 - 7 7 U1 2KJ3515 - 7 JU23 - 7 7 T1 2KJ3515 - 7 JU23 - 7 7 S1 2KJ3515 - 7 JU23 - 7 7 R1 2KJ3515 - 7 JU23 - 7 7 Q1 2KJ3515 - 7 JU23 - 7 7 P1
2KJ3514 - 7 JU23 - 7 7 C2 2KJ3514 - 7 JU23 - 7 7 B2 2KJ3514 - 7 JU23 - 7 7 A2 2KJ3514 - 7 JU23 - 7 7 X1 2KJ3514 - 7 JU23 - 7 7 W1 2KJ3514 - 7 JU23 - 7 7 V1 2KJ3514 - 7 JU23 - 7 7 U1 2KJ3514 - 7 JU23 - 7 7 T1 2KJ3514 - 7 JU23 - 7 7 S1 2KJ3514 - 7 JU23 - 7 7 R1 2KJ3514 - 7 JU23 - 7 7 Q1
2KJ3513 - 7 JU23 - 7 7 A2 2KJ3513 - 7 JU23 - 7 7 X1 2KJ3513 - 7 JU23 - 7 7 W1 2KJ3513 - 7 JU23 - 7 7 V1 2KJ3513 - 7 JU23 - 7 7 U1 2KJ3513 - 7 JU23 - 7 7 T1 2KJ3513 - 7 JU23 - 7 7 S1 2KJ3513 - 7 JU23 - 7 7 R1 2KJ3513 - 7 JU23 - 7 7 Q1 2KJ3513 - 7 JU23 - 7 7 P1
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
15
K.149-LE160ZLL4P
51
2 780
28.66
45 500
2.7
318
2KJ3513 - 7 JU23 - 7 7 N1
58
2 450
25.30
44 500
3.0
318
2KJ3513 - 7 JU23 - 7 7 M1
104
1 370
14.15
39 100
3.0
318
2KJ3513 - 7 JU23 - 7 7 G1
119
1 200
12.44
38 000
3.3
318
2KJ3513 - 7 JU23 - 7 7 F1
131
1 090
11.26
37 100
3.6
318
2KJ3513 - 7 JU23 - 7 7 E1
150
950
9.81
35 800
4.0
318
2KJ3513 - 7 JU23 - 7 7 D1
K.129-LE160ZLL4P
27
5 340
55.05
30 800
0.82
235
2KJ3512 - 7 JU23 - 7 7 T1
31
4 680
48.24
31 200
0.94
235
2KJ3512 - 7 JU23 - 7 7 S1
35
4 080
42.04
31 300
1.1
235
2KJ3512 - 7 JU23 - 7 7 R1
38
3 720
38.37
31 300
1.2
235
2KJ3512 - 7 JU23 - 7 7 Q1
5
45
3 200
33.03
31 200
1.4
235
2KJ3512 - 7 JU23 - 7 7 P1
47
3 060
31.55
31 100
1.4
235
2KJ3512 - 7 JU23 - 7 7 N1
53
2 670
27.58
30 800
1.6
235
2KJ3512 - 7 JU23 - 7 7 M1
60
2 390
24.61
30 400
1.8
235
2KJ3512 - 7 JU23 - 7 7 L1
68
2 100
21.68
29 900
2.0
235
2KJ3512 - 7 JU23 - 7 7 K1
78
1 840
19.00
29 400
2.2
235
2KJ3512 - 7 JU23 - 7 7 J1
89
1 600
16.56
28 800
2.5
235
2KJ3512 - 7 JU23 - 7 7 H1
98
1 460
15.11
28 300
2.7
235
2KJ3512 - 7 JU23 - 7 7 G1
113
1 260
13.01
27 500
3.0
235
2KJ3512 - 7 JU23 - 7 7 F1
125
1 140
11.80
27 000
2.5
235
2KJ3512 - 7 JU23 - 7 7 E1
143
1 000
10.34
26 300
2.8
235
2KJ3512 - 7 JU23 - 7 7 D1
164
875
9.01
25 500
3.2
235
2KJ3512 - 7 JU23 - 7 7 C1
179
795
8.22
25 000
3.4
235
2KJ3512 - 7 JU23 - 7 7 B1
208
685
7.08
24 200
3.7
235
2KJ3512 - 7 JU23 - 7 7 A1
K.109-LE160ZLL4P
43
3 310
34.15
20 300
0.82
187
2KJ3511 - 7 JU23 - 7 7 P1
50
2 830
29.23
20 600
0.92
187
2KJ3511 - 7 JU23 - 7 7 N1
59
2 420
24.98
20 700
0.98
187
2KJ3511 - 7 JU23 - 7 7 M1
66
2 160
22.31
20 700
1.1
187
2KJ3511 - 7 JU23 - 7 7 L1
75
1 910
19.71
20 600
1.2
187
2KJ3511 - 7 JU23 - 7 7 K1
85
1 680
17.30
20 400
1.4
187
2KJ3511 - 7 JU23 - 7 7 J1
98
1 460
15.06
20 100
1.6
187
2KJ3511 - 7 JU23 - 7 7 H1
115
1 250
12.87
19 700
1.8
187
2KJ3511 - 7 JU23 - 7 7 G1
134
1 070
11.02
19 300
2.0
187
2KJ3511 - 7 JU23 - 7 7 F1
141
1 010
10.45
18 600
1.2
187
2KJ3511 - 7 JU23 - 7 7 E1
161
890
9.17
18 300
1.4
187
2KJ3511 - 7 JU23 - 7 7 D1
185
775
7.99
17 800
1.6
187
2KJ3511 - 7 JU23 - 7 7 C1
216
660
6.83
17 400
2.0
187
2KJ3511 - 7 JU23 - 7 7 B1
253
565
5.84
16 900
2.3
187
2KJ3511 - 7 JU23 - 7 7 A1
K.89-LE160ZLL4P
76
1 890
19.46
16 300
0.83
150
2KJ3510 - 7 JU23 - 7 7 K1
88
1 620
16.71
16 400
0.91
150
2KJ3510 - 7 JU23 - 7 7 J1
100
1 430
14.77
16 400
0.99
150
2KJ3510 - 7 JU23 - 7 7 H1
117
1 220
12.56
16 300
1.1
150
2KJ3510 - 7 JU23 - 7 7 G1
137
1 040
10.76
16 100
1.2
150
2KJ3510 - 7 JU23 - 7 7 F1
140
1 020
10.51
15 000
0.83
150
2KJ3510 - 7 JU23 - 7 7 E1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
5/41
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
15
n2
T2
rpm
Nm
K.89-LE160ZLL4P
164
875
i -
9.02
185
770
7.97
218
655
6.78
254
560
5.81
18.5
K.189-LES180MQ4P
11
15 600
130.05
13
14 000
117.00
14
12 500
104.56
16
11 300
94.55
5
18
10 000
83.44
20
8 930
74.35
22
8 090
67.36
K.169-LES180MQ4P
12
14 400
119.83
14
12 800
106.72
15
11 500
95.83
17
10 200
85.51
19
9 160
76.23
22
8 120
67.61
24
7 460
62.07
27
6 570
54.68
33
5 390
44.86
K.149-LES180MQ4P
18
9 560
79.59
21
8 480
70.56
24
7 480
62.28
27
6 580
54.76
30
5 960
49.60
34
5 190
43.18
42
4 250
35.40
45
3 880
32.33
51
3 440
28.66
58
3 040
25.30
66
2 670
22.25
73
2 420
20.15
84
2 100
17.54
104
1 700
14.15
118
1 490
12.44
131
1 350
11.26
150
1 170
9.81
183
965
8.04
216
820
6.82
K.129-LES180MQ4P
35
5 050
42.04
38
4 610
38.37
45
3 970
33.03
47
3 790
31.55
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
FR2 N
14 900 14 700 14 500 14 200
104 000 104 000 104 000 104 000 104 000 104 000 104 000
70 000 70 000 70 000 70 000 70 000 70 000 70 000 70 000 70 000
45 800 46 300 46 500 46 400 46 300 45 900 45 000 44 500 43 800 42 900 42 000 41 200 40 200 38 200 37 200 36 300 35 200 33 600 32 300
28 100 28 300 28 600 28 600
fB -
0.91 0.99 1.1 1.2
1.2 1.4 1.6 1.7 1.9 2.2 2.4
0.9 1.0 1.1 1.3 1.4 1.6 1.7 2.0 2.4
0.84 0.94 1.1 1.2 1.3 1.5 1.8 2.0 2.2 2.4 2.7 2.9 3.3 2.4 2.7 2.9 3.3 3.8 4.4
0.87 0.95 1.1 1.2
m kg
150 150 150 150
794 794 794 794 794 794 794
565 565 565 565 565 565 565 565 565
394 394 394 394 394 394 394 394 394 394 394 394 394 394 394 394 394 394 394
312 312 312 312
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
5/42
Siemens MD 50.1 · 2017
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3510 - 7 JU23 - 7 7 D1 2KJ3510 - 7 JU23 - 7 7 C1 2KJ3510 - 7 JU23 - 7 7 B1 2KJ3510 - 7 JU23 - 7 7 A1
2KJ3515 - 7 KL33 - 7 7 S1 2KJ3515 - 7 KL33 - 7 7 R1 2KJ3515 - 7 KL33 - 7 7 Q1 2KJ3515 - 7 KL33 - 7 7 P1 2KJ3515 - 7 KL33 - 7 7 N1 2KJ3515 - 7 KL33 - 7 7 M1 2KJ3515 - 7 KL33 - 7 7 L1
2KJ3514 - 7 KL33 - 7 7 X1 2KJ3514 - 7 KL33 - 7 7 W1 2KJ3514 - 7 KL33 - 7 7 V1 2KJ3514 - 7 KL33 - 7 7 U1 2KJ3514 - 7 KL33 - 7 7 T1 2KJ3514 - 7 KL33 - 7 7 S1 2KJ3514 - 7 KL33 - 7 7 R1 2KJ3514 - 7 KL33 - 7 7 Q1 2KJ3514 - 7 KL33 - 7 7 P1
2KJ3513 - 7 KL33 - 7 7 W1 2KJ3513 - 7 KL33 - 7 7 V1 2KJ3513 - 7 KL33 - 7 7 U1 2KJ3513 - 7 KL33 - 7 7 T1 2KJ3513 - 7 KL33 - 7 7 S1 2KJ3513 - 7 KL33 - 7 7 R1 2KJ3513 - 7 KL33 - 7 7 Q1 2KJ3513 - 7 KL33 - 7 7 P1 2KJ3513 - 7 KL33 - 7 7 N1 2KJ3513 - 7 KL33 - 7 7 M1 2KJ3513 - 7 KL33 - 7 7 L1 2KJ3513 - 7 KL33 - 7 7 K1 2KJ3513 - 7 KL33 - 7 7 J1 2KJ3513 - 7 KL33 - 7 7 G1 2KJ3513 - 7 KL33 - 7 7 F1 2KJ3513 - 7 KL33 - 7 7 E1 2KJ3513 - 7 KL33 - 7 7 D1 2KJ3513 - 7 KL33 - 7 7 C1 2KJ3513 - 7 KL33 - 7 7 B1
2KJ3512 - 7 KL33 - 7 7 R1 2KJ3512 - 7 KL33 - 7 7 Q1 2KJ3512 - 7 KL33 - 7 7 P1 2KJ3512 - 7 KL33 - 7 7 N1
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
18.5
K.129-LES180MQ4P
53
3 310
27.58
28 600
1.3
312
2KJ3512 - 7 KL33 - 7 7 M1
60
2 950
24.61
28 500
1.5
312
2KJ3512 - 7 KL33 - 7 7 L1
68
2 600
21.68
28 300
1.6
312
2KJ3512 - 7 KL33 - 7 7 K1
77
2 280
19.00
27 900
1.8
312
2KJ3512 - 7 KL33 - 7 7 J1
89
1 990
16.56
27 500
2.0
312
2KJ3512 - 7 KL33 - 7 7 H1
97
1 810
15.11
27 100
2.2
312
2KJ3512 - 7 KL33 - 7 7 G1
113
1 560
13.01
26 500
2.4
312
2KJ3512 - 7 KL33 - 7 7 F1
125
1 410
11.80
26 100
2.0
312
2KJ3512 - 7 KL33 - 7 7 E1
142
1 240
10.34
25 500
2.3
312
2KJ3512 - 7 KL33 - 7 7 D1
163
1 080
9.01
24 800
2.5
312
2KJ3512 - 7 KL33 - 7 7 C1
179
985
8.22
24 400
2.7
312
2KJ3512 - 7 KL33 - 7 7 B1
5
208
850
7.08
23 600
3.0
312
2KJ3512 - 7 KL33 - 7 7 A1
K.109-LES180MQ4P
66
2 680
22.31
18 800
0.89
263
2KJ3511 - 7 KL33 - 7 7 L1
75
2 360
19.71
18 900
1.0
263
2KJ3511 - 7 KL33 - 7 7 K1
85
2 070
17.30
18 900
1.2
263
2KJ3511 - 7 KL33 - 7 7 J1
98
1 810
15.06
18 800
1.3
263
2KJ3511 - 7 KL33 - 7 7 H1
114
1 540
12.87
18 700
1.4
263
2KJ3511 - 7 KL33 - 7 7 G1
133
1 320
11.02
18 400
1.6
263
2KJ3511 - 7 KL33 - 7 7 F1
141
1 250
10.45
17 600
1.0
263
2KJ3511 - 7 KL33 - 7 7 E1
160
1 100
9.17
17 400
1.2
263
2KJ3511 - 7 KL33 - 7 7 D1
184
960
7.99
17 100
1.3
263
2KJ3511 - 7 KL33 - 7 7 C1
215
820
6.83
16 700
1.6
263
2KJ3511 - 7 KL33 - 7 7 B1
252
700
5.84
16 300
1.9
263
2KJ3511 - 7 KL33 - 7 7 A1
22
K.189-LES180ZLN4P
11
18 500
130.05
104 000
1.0
799
2KJ3515 - 7 KN33 - 7 7 S1
13
16 700
117.00
104 000
1.2
799
2KJ3515 - 7 KN33 - 7 7 R1
14
14 900
104.56
104 000
1.3
799
2KJ3515 - 7 KN33 - 7 7 Q1
16
13 500
94.55
104 000
1.4
799
2KJ3515 - 7 KN33 - 7 7 P1
18
11 900
83.44
104 000
1.6
799
2KJ3515 - 7 KN33 - 7 7 N1
20
10 600
74.35
104 000
1.8
799
2KJ3515 - 7 KN33 - 7 7 M1
22
9 620
67.36
104 000
2.0
799
2KJ3515 - 7 KN33 - 7 7 L1
24
8 650
60.58
104 000
2.3
799
2KJ3515 - 7 KN33 - 7 7 K1
K.169-LES180ZLN4P
14
15 200
106.72
70 000
0.85
570
2KJ3514 - 7 KN33 - 7 7 W1
15
13 600
95.83
70 000
0.95
570
2KJ3514 - 7 KN33 - 7 7 V1
17
12 200
85.51
70 000
1.1
570
2KJ3514 - 7 KN33 - 7 7 U1
19
10 800
76.23
70 000
1.2
570
2KJ3514 - 7 KN33 - 7 7 T1
22
9 660
67.61
70 000
1.3
570
2KJ3514 - 7 KN33 - 7 7 S1
24
8 870
62.07
70 000
1.5
570
2KJ3514 - 7 KN33 - 7 7 R1
27
7 810
54.68
70 000
1.7
570
2KJ3514 - 7 KN33 - 7 7 Q1
33
6 410
44.86
70 000
2.0
570
2KJ3514 - 7 KN33 - 7 7 P1
37
5 620
39.33
69 200
2.3
570
2KJ3514 - 7 KN33 - 7 7 N1
K.149-LES180ZLN4P
24
8 900
62.28
42 500
0.90
399
2KJ3513 - 7 KN33 - 7 7 U1
27
7 820
54.76
43 000
1.0
399
2KJ3513 - 7 KN33 - 7 7 T1
30
7 080
49.60
43 100
1.1
399
2KJ3513 - 7 KN33 - 7 7 S1
34
6 170
43.18
43 100
1.3
399
2KJ3513 - 7 KN33 - 7 7 R1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
5/43
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
22
n2
T2
rpm
Nm
K.149-LES180ZLN4P
42
5 060
i -
35.40
45
4 620
32.33
51
4 090
28.66
58
3 610
25.30
66
3 180
22.25
73
2 880
20.15
84
2 500
17.54
102
2 050
14.38
104
2 020
14.15
5
118
1 770
12.44
131
1 600
11.26
150
1 400
9.81
183
1 140
8.04
216
975
6.82
K.129-LES180ZLN4P
38
5 480
38.37
45
4 720
33.03
47
4 500
31.55
53
3 940
27.58
60
3 510
24.61
68
3 090
21.68
77
2 710
19.00
89
2 360
16.56
97
2 160
15.11
113
1 850
13.01
125
1 680
11.80
142
1 470
10.34
163
1 280
9.01
179
1 170
8.22
208
1 010
7.08
K.109-LES180ZLN4P
75
2 810
19.71
85
2 470
17.30
98
2 150
15.06
114
1 830
12.87
133
1 570
11.02
141
1 490
10.45
160
1 310
9.17
184
1 140
7.99
215
975
6.83
252
835
5.84
30
K.189-LES200ZLU4P
13
22 800
117.00
14
20 300
104.56
16
18 400
94.55
18
16 200
83.44
20
14 400
74.35
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
FR2 N
42 700 42 400 41 900 41 300 40 600 40 000 39 100 37 700 37 200 36 300 35 600 34 600 33 100 31 800
25 400 26 000 26 200 26 500 26 600 26 600 26 400 26 200 25 900 25 500 25 200 24 700 24 100 23 800 23 100
17 200 17 400 17 500 17 600 17 400 16 600 16 500 16 300 16 000 15 700
104 000 104 000 104 000 104 000 104 000
fB -
1.6 1.7 1.9 2.1 2.3 2.5 2.7 3.2 2.0 2.3 2.5 2.7 3.2 3.7
0.80 0.93 0.98 1.1 1.3 1.4 1.5 1.7 1.8 2.0 1.7 1.9 2.1 2.3 2.5
0.84 0.97 1.1 1.2 1.3 0.84 0.97 1.1 1.3 1.6
0.86 0.96 1.1 1.2 1.3
m kg
399 399 399 399 399 399 399 399 399 399 399 399 399 399
317 317 317 317 317 317 317 317 317 317 317 317 317 317 317
268 268 268 268 268 268 268 268 268 268
875 875 875 875 875
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
5/44
Siemens MD 50.1 · 2017
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3513 - 7 KN33 - 7 7 Q1 2KJ3513 - 7 KN33 - 7 7 P1 2KJ3513 - 7 KN33 - 7 7 N1 2KJ3513 - 7 KN33 - 7 7 M1 2KJ3513 - 7 KN33 - 7 7 L1 2KJ3513 - 7 KN33 - 7 7 K1 2KJ3513 - 7 KN33 - 7 7 J1 2KJ3513 - 7 KN33 - 7 7 H1 2KJ3513 - 7 KN33 - 7 7 G1 2KJ3513 - 7 KN33 - 7 7 F1 2KJ3513 - 7 KN33 - 7 7 E1 2KJ3513 - 7 KN33 - 7 7 D1 2KJ3513 - 7 KN33 - 7 7 C1 2KJ3513 - 7 KN33 - 7 7 B1
2KJ3512 - 7 KN33 - 7 7 Q1 2KJ3512 - 7 KN33 - 7 7 P1 2KJ3512 - 7 KN33 - 7 7 N1 2KJ3512 - 7 KN33 - 7 7 M1 2KJ3512 - 7 KN33 - 7 7 L1 2KJ3512 - 7 KN33 - 7 7 K1 2KJ3512 - 7 KN33 - 7 7 J1 2KJ3512 - 7 KN33 - 7 7 H1 2KJ3512 - 7 KN33 - 7 7 G1 2KJ3512 - 7 KN33 - 7 7 F1 2KJ3512 - 7 KN33 - 7 7 E1 2KJ3512 - 7 KN33 - 7 7 D1 2KJ3512 - 7 KN33 - 7 7 C1 2KJ3512 - 7 KN33 - 7 7 B1 2KJ3512 - 7 KN33 - 7 7 A1
2KJ3511 - 7 KN33 - 7 7 K1 2KJ3511 - 7 KN33 - 7 7 J1 2KJ3511 - 7 KN33 - 7 7 H1 2KJ3511 - 7 KN33 - 7 7 G1 2KJ3511 - 7 KN33 - 7 7 F1 2KJ3511 - 7 KN33 - 7 7 E1 2KJ3511 - 7 KN33 - 7 7 D1 2KJ3511 - 7 KN33 - 7 7 C1 2KJ3511 - 7 KN33 - 7 7 B1 2KJ3511 - 7 KN33 - 7 7 A1
2KJ3515 - 7 LN33 - 7 7 R1 2KJ3515 - 7 LN33 - 7 7 Q1 2KJ3515 - 7 LN33 - 7 7 P1 2KJ3515 - 7 LN33 - 7 7 N1 2KJ3515 - 7 LN33 - 7 7 M1
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
30
K.189-LES200ZLU4P
22
13 100
67.36
104 000
1.5
875
2KJ3515 - 7 LN33 - 7 7 L1
24
11 800
60.58
104 000
1.7
875
2KJ3515 - 7 LN33 - 7 7 K1
29
9 810
50.34
104 000
2.0
875
2KJ3515 - 7 LN33 - 7 7 J1
33
8 720
44.76
104 000
2.2
875
2KJ3515 - 7 LN33 - 7 7 H1
K.169-LES200ZLU4P
19
14 800
76.23
65 900
0.88
645
2KJ3514 - 7 LN33 - 7 7 T1
22
13 100
67.61
66 300
0.99
645
2KJ3514 - 7 LN33 - 7 7 S1
24
12 000
62.07
66 400
1.1
645
2KJ3514 - 7 LN33 - 7 7 R1
27
10 600
54.68
66 200
1.2
645
2KJ3514 - 7 LN33 - 7 7 Q1
33
8 740
44.86
65 300
1.5
645
2KJ3514 - 7 LN33 - 7 7 P1
37
7 660
39.33
64 500
1.7
645
2KJ3514 - 7 LN33 - 7 7 N1
5
48
5 990
30.75
62 500
2.2
645
2KJ3514 - 7 LN33 - 7 7 M1
50
5 730
29.43
62 100
2.3
645
2KJ3514 - 7 LN33 - 7 7 L1
54
5 260
27.02
61 300
2.5
645
2KJ3514 - 7 LN33 - 7 7 K1
62
4 630
23.80
60 000
2.8
645
2KJ3514 - 7 LN33 - 7 7 J1
120
2 370
12.20
51 100
2.8
645
2KJ3514 - 7 LN33 - 7 7 E1
147
1 950
10.01
49 000
3.3
645
2KJ3514 - 7 LN33 - 7 7 D1
167
1 710
8.78
47 600
3.7
645
2KJ3514 - 7 LN33 - 7 7 C1
K.149-LES200ZLU4P
30
9 660
49.60
35 900
0.83
474
2KJ3513 - 7 LN33 - 7 7 S1
34
8 410
43.18
36 900
0.95
474
2KJ3513 - 7 LN33 - 7 7 R1
42
6 890
35.40
37 600
1.1
474
2KJ3513 - 7 LN33 - 7 7 Q1
45
6 300
32.33
37 700
1.2
474
2KJ3513 - 7 LN33 - 7 7 P1
51
5 580
28.66
37 800
1.4
474
2KJ3513 - 7 LN33 - 7 7 N1
58
4 930
25.30
37 600
1.5
474
2KJ3513 - 7 LN33 - 7 7 M1
66
4 330
22.25
37 400
1.7
474
2KJ3513 - 7 LN33 - 7 7 L1
73
3 920
20.15
37 100
1.8
474
2KJ3513 - 7 LN33 - 7 7 K1
84
3 410
17.54
36 500
2.0
474
2KJ3513 - 7 LN33 - 7 7 J1
102
2 800
14.38
35 600
2.4
474
2KJ3513 - 7 LN33 - 7 7 H1
104
2 750
14.15
35 100
1.5
474
2KJ3513 - 7 LN33 - 7 7 G1
118
2 420
12.44
34 400
1.7
474
2KJ3513 - 7 LN33 - 7 7 F1
131
2 190
11.26
33 900
1.8
474
2KJ3513 - 7 LN33 - 7 7 E1
150
1 910
9.81
33 100
2.0
474
2KJ3513 - 7 LN33 - 7 7 D1
183
1 560
8.04
31 800
2.4
474
2KJ3513 - 7 LN33 - 7 7 C1
216
1 320
6.82
30 800
2.7
474
2KJ3513 - 7 LN33 - 7 7 B1
K.129-LES200ZLU4P
53
5 370
27.58
21 600
0.82
393
2KJ3512 - 7 LN33 - 7 7 M1
60
4 790
24.61
22 200
0.92
393
2KJ3512 - 7 LN33 - 7 7 L1
68
4 220
21.68
22 700
1.0
393
2KJ3512 - 7 LN33 - 7 7 K1
77
3 700
19.00
23 100
1.1
393
2KJ3512 - 7 LN33 - 7 7 J1
89
3 220
16.56
23 300
1.2
393
2KJ3512 - 7 LN33 - 7 7 H1
97
2 940
15.11
23 300
1.3
393
2KJ3512 - 7 LN33 - 7 7 G1
113
2 530
13.01
23 200
1.5
393
2KJ3512 - 7 LN33 - 7 7 F1
125
2 300
11.80
23 100
1.2
393
2KJ3512 - 7 LN33 - 7 7 E1
142
2 010
10.34
22 800
1.4
393
2KJ3512 - 7 LN33 - 7 7 D1
163
1 750
9.01
22 500
1.6
393
2KJ3512 - 7 LN33 - 7 7 C1
179
1 600
8.22
22 300
1.7
393
2KJ3512 - 7 LN33 - 7 7 B1
208
1 380
7.08
21 800
1.8
393
2KJ3512 - 7 LN33 - 7 7 A1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
5/45
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
37
n2
T2
rpm
Nm
K.189-LES225SD4P
16
22 600
i -
94.55
18
19 900
83.44
20
17 700
74.35
22
16 100
67.36
24
14 400
60.58
29
12 000
50.34
33
10 700
44.76
41
8 520
35.67
52
6 780
28.39
5
K.169-LES225SD4P
22
16 100
67.61
24
14 800
62.07
27
13 000
54.68
33
10 700
44.86
38
9 400
39.33
48
7 350
30.75
50
7 030
29.43
55
6 460
27.02
62
5 690
23.80
76
4 660
19.53
86
4 090
17.12
121
2 910
12.20
148
2 390
10.01
168
2 090
8.78
215
1 640
6.86
K.149-LES225SD4P
42
8 460
35.40
46
7 720
32.33
52
6 850
28.66
58
6 040
25.30
66
5 310
22.25
73
4 810
20.15
84
4 190
17.54
103
3 430
14.38
104
3 380
14.15
119
2 970
12.44
131
2 690
11.26
151
2 340
9.81
184
1 920
8.04
217
1 630
6.82
K.129-LES225SD4P
68
5 180
21.68
78
4 540
19.00
89
3 950
16.56
98
3 610
15.11
114
3 110
13.01
125
2 820
11.80
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
FR2 N
104 000 104 000 104 000 104 000 104 000 104 000 104 000 104 000 104 000
59 200 59 800 60 400 60 600 60 300 59 200 58 900 58 400 57 400 55 700 54 500 49 500 47 600 46 400 43 900
33 100 33 700 34 100 34 400 34 500 34 500 34 300 33 700 33 200 32 700 32 300 31 700 30 700 29 800
19 400 20 100 20 700 20 900 21 200 21 200
fB -
0.86 0.98 1.1 1.2 1.3 1.6 1.8 2.3 2.9
0.80 0.88 0.99 1.2 1.4 1.8 1.8 2.0 2.3 2.7 3.0 2.3 2.7 3.0 3.7
0.93 1.0 1.1 1.2 1.4 1.5 1.6 1.9 1.2 1.4 1.5 1.6 1.9 2.2
0.82 0.91 1.0 1.1 1.2 1.0
m kg
917 917 917 917 917 917 917 917 917
690 690 690 690 690 690 690 690 690 690 690 690 690 690 690
518 518 518 518 518 518 518 518 518 518 518 518 518 518
435 435 435 435 435 435
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
5/46
Siemens MD 50.1 · 2017
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3515 - 7 MF33 - 7 7 P1 2KJ3515 - 7 MF33 - 7 7 N1 2KJ3515 - 7 MF33 - 7 7 M1 2KJ3515 - 7 MF33 - 7 7 L1 2KJ3515 - 7 MF33 - 7 7 K1 2KJ3515 - 7 MF33 - 7 7 J1 2KJ3515 - 7 MF33 - 7 7 H1 2KJ3515 - 7 MF33 - 7 7 G1 2KJ3515 - 7 MF33 - 7 7 F1
2KJ3514 - 7 MF33 - 7 7 S1 2KJ3514 - 7 MF33 - 7 7 R1 2KJ3514 - 7 MF33 - 7 7 Q1 2KJ3514 - 7 MF33 - 7 7 P1 2KJ3514 - 7 MF33 - 7 7 N1 2KJ3514 - 7 MF33 - 7 7 M1 2KJ3514 - 7 MF33 - 7 7 L1 2KJ3514 - 7 MF33 - 7 7 K1 2KJ3514 - 7 MF33 - 7 7 J1 2KJ3514 - 7 MF33 - 7 7 H1 2KJ3514 - 7 MF33 - 7 7 G1 2KJ3514 - 7 MF33 - 7 7 E1 2KJ3514 - 7 MF33 - 7 7 D1 2KJ3514 - 7 MF33 - 7 7 C1 2KJ3514 - 7 MF33 - 7 7 B1
2KJ3513 - 7 MF33 - 7 7 Q1 2KJ3513 - 7 MF33 - 7 7 P1 2KJ3513 - 7 MF33 - 7 7 N1 2KJ3513 - 7 MF33 - 7 7 M1 2KJ3513 - 7 MF33 - 7 7 L1 2KJ3513 - 7 MF33 - 7 7 K1 2KJ3513 - 7 MF33 - 7 7 J1 2KJ3513 - 7 MF33 - 7 7 H1 2KJ3513 - 7 MF33 - 7 7 G1 2KJ3513 - 7 MF33 - 7 7 F1 2KJ3513 - 7 MF33 - 7 7 E1 2KJ3513 - 7 MF33 - 7 7 D1 2KJ3513 - 7 MF33 - 7 7 C1 2KJ3513 - 7 MF33 - 7 7 B1
2KJ3512 - 7 MF33 - 7 7 K1 2KJ3512 - 7 MF33 - 7 7 J1 2KJ3512 - 7 MF33 - 7 7 H1 2KJ3512 - 7 MF33 - 7 7 G1 2KJ3512 - 7 MF33 - 7 7 F1 2KJ3512 - 7 MF33 - 7 7 E1
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
N
-
m
Article No.
Order code
kg
(Article No. supplement below) No. of poles
37
K.129-LES225SD4P
143
2 470
10.34
21 200
1.2
435
2KJ3512 - 7 MF33 - 7 7 D1
164
2 150
9.01
21 100
1.3
435
2KJ3512 - 7 MF33 - 7 7 C1
180
1 960
8.22
21 000
1.4
435
2KJ3512 - 7 MF33 - 7 7 B1
209
1 690
7.08
20 700
1.5
435
2KJ3512 - 7 MF33 - 7 7 A1
45
K.189-LES225YMF4P
18
24 200
83.44
104 000
0.8
962
2KJ3515 - 7 MT33 - 7 7 N1
20
21 600
74.35
104 000
0.9
962
2KJ3515 - 7 MT33 - 7 7 M1
22
19 500
67.36
104 000
1.0
962
2KJ3515 - 7 MT33 - 7 7 L1
24
17 600
60.58
104 000
1.1
962
2KJ3515 - 7 MT33 - 7 7 K1
29
14 600
50.34
104 000
33
13 000
44.76
104 000
1.3
962
2KJ3515 - 7 MT33 - 7 7 J1
1.5
962
2KJ3515 - 7 MT33 - 7 7 H1
5
41
10 300
35.67
104 000
1.9
962
2KJ3515 - 7 MT33 - 7 7 G1
52
8 250
28.39
103 900
2.4
962
2KJ3515 - 7 MT33 - 7 7 F1
58
7 370
25.37
101 700
2.6
962
2KJ3515 - 7 MT33 - 7 7 E1
K.169-LES225YMF4P
27
15 800
54.68
53 900
0.82
735
2KJ3514 - 7 MT33 - 7 7 Q1
33
13 000
44.86
55 200
1.0
735
2KJ3514 - 7 MT33 - 7 7 P1
38
11 400
39.33
55 600
1.1
735
2KJ3514 - 7 MT33 - 7 7 N1
48
8 940
30.75
55 500
1.5
735
2KJ3514 - 7 MT33 - 7 7 M1
50
8 550
29.43
55 400
1.5
735
2KJ3514 - 7 MT33 - 7 7 L1
55
7 850
27.02
55 100
1.7
735
2KJ3514 - 7 MT33 - 7 7 K1
62
6 920
23.80
54 600
1.9
735
2KJ3514 - 7 MT33 - 7 7 J1
76
5 670
19.53
53 400
2.2
735
2KJ3514 - 7 MT33 - 7 7 H1
86
4 970
17.12
52 400
2.5
735
2KJ3514 - 7 MT33 - 7 7 G1
110
3 890
13.39
50 400
3.1
735
2KJ3514 - 7 MT33 - 7 7 F1
121
3 540
12.20
47 700
1.9
735
2KJ3514 - 7 MT33 - 7 7 E1
148
2 910
10.01
46 100
2.2
735
2KJ3514 - 7 MT33 - 7 7 D1
168
2 550
8.78
45 100
2.5
735
2KJ3514 - 7 MT33 - 7 7 C1
215
1 990
6.86
42 900
3.1
735
2KJ3514 - 7 MT33 - 7 7 B1
K.149-LES225YMF4P
46
9 400
32.33
29 000
0.83
563
2KJ3513 - 7 MT33 - 7 7 P1
52
8 330
28.66
30 000
0.92
563
2KJ3513 - 7 MT33 - 7 7 N1
58
7 350
25.30
30 800
1.0
563
2KJ3513 - 7 MT33 - 7 7 M1
66
6 470
22.25
31 300
1.1
563
2KJ3513 - 7 MT33 - 7 7 L1
73
5 850
20.15
31 600
1.2
563
2KJ3513 - 7 MT33 - 7 7 K1
84
5 100
17.54
31 700
1.4
563
2KJ3513 - 7 MT33 - 7 7 J1
103
4 180
14.38
31 600
1.6
563
2KJ3513 - 7 MT33 - 7 7 H1
104
4 110
14.15
31 000
1.0
563
2KJ3513 - 7 MT33 - 7 7 G1
119
3 610
12.44
30 800
1.1
563
2KJ3513 - 7 MT33 - 7 7 F1
131
3 270
11.26
30 600
1.2
563
2KJ3513 - 7 MT33 - 7 7 E1
151
2 850
9.81
30 200
1.3
563
2KJ3513 - 7 MT33 - 7 7 D1
184
2 330
8.04
29 500
1.6
563
2KJ3513 - 7 MT33 - 7 7 C1
217
1 980
6.82
28 800
1.8
563
2KJ3513 - 7 MT33 - 7 7 B1
K.129-LES225YMF4P
89
4 810
16.56
17 800
0.83
480
2KJ3512 - 7 MT33 - 7 7 H1
98
4 390
15.11
18 300
0.90
480
2KJ3512 - 7 MT33 - 7 7 G1
114
3 780
13.01
18 900
1.0
480
2KJ3512 - 7 MT33 - 7 7 F1
125
3 430
11.80
19 100
0.82
480
2KJ3512 - 7 MT33 - 7 7 E1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
5/47
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Geared motors up to 55 kW
Selection and ordering data (continued)
Prated kW
45
n2
T2
rpm
Nm
K.129-LES225YMF4P
143
3 000
i -
10.34
164
2 620
9.01
180
2 390
8.22
209
2 050
7.08
55
K.189-LES250MD4P
22
24 000
67.36
24
21 600
60.58
29
17 900
50.34
33
15 900
44.76
5
41
12 700
35.67
52
10 100
28.39
58
9 060
25.37
70
7 530
21.09
78
6 700
18.75
K.169-LES250MD4P
33
16 000
44.86
37
14 000
39.33
48
10 900
30.75
50
10 500
29.43
54
9 650
27.02
62
8 500
23.80
75
6 970
19.53
86
6 110
17.12
110
4 780
13.39
120
4 350
12.20
147
3 570
10.01
167
3 130
8.78
214
2 450
6.86
K.149-LES250MD4P
58
9 040
25.30
66
7 950
22.25
73
7 200
20.15
84
6 260
17.54
102
5 130
14.38
104
5 050
14.15
118
4 440
12.44
131
4 020
11.26
150
3 500
9.81
183
2 870
8.04
216
2 430
6.82
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
FR2 N
19 400 19 500 19 500 19 500
104 000 104 000 104 000 104 000 103 500 100 300
98 400 95 300 93 100
48 400 49 700 51 100 51 000 51 100 51 000 50 500 49 900 48 400 45 400 44 300 43 500 41 700
26 100 27 200 27 900 28 600 29 100 28 300 28 500 28 500 28 400 28 000 27 500
fB -
0.95 1.1 1.1 1.2
0.81 0.90 1.1 1.2 1.5 1.9 2.2 2.6 2.9
0.81 0.93 1.2 1.2 1.3 1.5 1.8 2.0 2.5 1.6 1.8 2.0 2.5
0.82 0.91 0.98 1.1 1.3 0.82 0.91 0.98 1.1 1.3 1.5
m kg
480 480 480 480
1 066 1 066 1 066 1 066 1 066 1 066 1 066 1 066 1 066
837 837 837 837 837 837 837 837 837 837 837 837 837
664 664 664 664 664 664 664 664 664 664 664
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3512 - 7 MT33 - 7 7 D1 2KJ3512 - 7 MT33 - 7 7 C1 2KJ3512 - 7 MT33 - 7 7 B1 2KJ3512 - 7 MT33 - 7 7 A1
2KJ3515 - 7 NM33 - 7 7 L1 2KJ3515 - 7 NM33 - 7 7 K1 2KJ3515 - 7 NM33 - 7 7 J1 2KJ3515 - 7 NM33 - 7 7 H1 2KJ3515 - 7 NM33 - 7 7 G1 2KJ3515 - 7 NM33 - 7 7 F1 2KJ3515 - 7 NM33 - 7 7 E1 2KJ3515 - 7 NM33 - 7 7 D1 2KJ3515 - 7 NM33 - 7 7 C1
2KJ3514 - 7 NM33 - 7 7 P1 2KJ3514 - 7 NM33 - 7 7 N1 2KJ3514 - 7 NM33 - 7 7 M1 2KJ3514 - 7 NM33 - 7 7 L1 2KJ3514 - 7 NM33 - 7 7 K1 2KJ3514 - 7 NM33 - 7 7 J1 2KJ3514 - 7 NM33 - 7 7 H1 2KJ3514 - 7 NM33 - 7 7 G1 2KJ3514 - 7 NM33 - 7 7 F1 2KJ3514 - 7 NM33 - 7 7 E1 2KJ3514 - 7 NM33 - 7 7 D1 2KJ3514 - 7 NM33 - 7 7 C1 2KJ3514 - 7 NM33 - 7 7 B1
2KJ3513 - 7 NM33 - 7 7 M1 2KJ3513 - 7 NM33 - 7 7 L1 2KJ3513 - 7 NM33 - 7 7 K1 2KJ3513 - 7 NM33 - 7 7 J1 2KJ3513 - 7 NM33 - 7 7 H1 2KJ3513 - 7 NM33 - 7 7 G1 2KJ3513 - 7 NM33 - 7 7 F1 2KJ3513 - 7 NM33 - 7 7 E1 2KJ3513 - 7 NM33 - 7 7 D1 2KJ3513 - 7 NM33 - 7 7 C1 2KJ3513 - 7 NM33 - 7 7 B1
page 10/44 page 11/2 page 10/37
5/48
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Transmission ratios and torques
Selection and ordering data
i
n2
T2N
FR2
1)
JG
Rex
-
rpm Nm
N
`
10-4
-
kgm²
Motor frame size
Article No.
63 71 80 90 100 112 132 160 180 200 225 250
B.19
42.10 34
50
3 880 13.0 0.02 3410/81
2KJ3500 - 77777 - 77 A2
37.28 39
50
3 700 13.5 0.03 671/18
2KJ3500 - 77777 - 77 X1
32.39 45
50
3 510 13.6 0.04 583/18
2KJ3500 - 77777 - 77 W1
29.44 49
50
3 380 13.6 0.04 265/9
2KJ3500 - 77777 - 77 V1
25.06 58
50
3 170 13.7 0.06 451/18
2KJ3500 - 77777 - 77 U1
22.78 64
50
3 050 13.7 0.08 205/9
2KJ3500 - 77777 - 77 T1
19.86 73
50
2 890 13.9 0.09 715/36
2KJ3500 - 77777 - 77 S1
17.78 82 15.79 92 14.57 100
50
2 770 14.0 0.12 160/9
50
2 640 14.1 0.14 1705/108
50
2 550 14.1 0.17 1705/117
2KJ3500 - 77777 - 77 R1
2KJ3500 - 77777 - 77 Q1
5
2KJ3500 - 77777 - 77 P1
12.66 115
50
2 410 14.4 0.19 1595/126
2KJ3500 - 77777 - 77 N1
11.00 132
50
2 270 14.1 0.19 11/1
2KJ3500 - 77777 - 77 M1
9.93 146
50
2 190 14.2 0.25 715/72
2KJ3500 - 77777 - 77 L1
9.35 155
50
2 160 14.2 0.29 1430/153
2KJ3500 - 77777 - 77 K1
8.15 178
47
2 110 14.6 0.33 220/27
2KJ3500 - 77777 - 77 J1
7.87 184
38
2 160 21.4 0.14 1472/187
2KJ3500 - 77777 - 77 H1
6.99 207
38
2 100 21.7 0.17 713/102
2KJ3500 - 77777 - 77 G1
6.45 225
39
2 060 21.6 0.20 1426/221
2KJ3500 - 77777 - 77 F1
5.61 258
37
1 990 22.3 0.22 667/119
2KJ3500 - 77777 - 77 E1
4.87 298
35
1 930 21.6 0.24 414/85
2KJ3500 - 77777 - 77 D1
4.40 330
34
1 880 22.0 0.32 299/68
2KJ3500 - 77777 - 77 C1
4.14 350
33
1 850 22.0 0.37 1196/289
2KJ3500 - 77777 - 77 B1
3.61 402
31
1 780 22.8 0.43 184/51
2KJ3500 - 77777 - 77 A1
1) Only in conjunction with reduced-backlash version
Siemens MD 50.1 · 2017
5/49
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Transmission ratios and torques
Selection and ordering data (continued)
i
n2
T2N
FR2
1)
JG
Rex
-
rpm Nm
N
`
10-4
-
kgm²
B.29
46.85 31
110
4 130 10.6 0.04 1265/27
41.56 35
110
4 130 11.0 0.05 374/9
36.06 40
110
4 130 11.1 0.06 649/18
32.78 44
110
4 130 11.1 0.07 295/9
28.11 52
110
4 130 11.2 0.09 253/9
25.56 57
110
4 130 11.2 0.11 230/9
22.41 65
110
4 130 11.4 0.13 605/27
20.00 72
110
4 130 11.4 0.16 20/1
5
17.82 81 16.45 88
110
4 130 11.5 0.19 1925/108
110
4 130 11.5 0.23 1925/117
14.40 101
110
4 020 11.7 0.28 605/42
12.63 115
110
3 800 12.0 0.27 341/27
11.46 127
110
3 650 12.1 0.38 275/24
10.78 135
110
3 560 12.1 0.44 550/51
9.51 152
110
3 370 11.8 0.50 770/81
8.25 176
110
3 160 12.0 0.67 33/4
7.84 185
75
3 350 16.5 0.41 345/44
7.38 196
75
3 260 16.5 0.48 1380/187
6.51 223
75
3 100 16.1 0.54 644/99
5.65 257
75
2 920 16.3 0.73 621/110
5.07 286
74
2 900 18.9 0.60 345/68
4.78 303
74
2 830 18.9 0.70 1380/289
4.21 344
74
2 680 18.2 0.82 644/153
3.65 397
73
2 550 18.6 1.10 621/170
1) Only in conjunction with reduced-backlash version
Motor frame size
Article No.
63 71 80 90 100 112 132 160 180 200 225 250
2KJ3501 - 77777 - 77 B2 2KJ3501 - 77777 - 77 A2 2KJ3501 - 77777 - 77 X1 2KJ3501 - 77777 - 77 W1 2KJ3501 - 77777 - 77 V1 2KJ3501 - 77777 - 77 U1 2KJ3501 - 77777 - 77 T1 2KJ3501 - 77777 - 77 S1 2KJ3501 - 77777 - 77 R1 2KJ3501 - 77777 - 77 Q1 2KJ3501 - 77777 - 77 P1 2KJ3501 - 77777 - 77 N1 2KJ3501 - 77777 - 77 M1 2KJ3501 - 77777 - 77 L1 2KJ3501 - 77777 - 77 K1 2KJ3501 - 77777 - 77 J1 2KJ3501 - 77777 - 77 H1 2KJ3501 - 77777 - 77 G1 2KJ3501 - 77777 - 77 F1 2KJ3501 - 77777 - 77 E1 2KJ3501 - 77777 - 77 D1 2KJ3501 - 77777 - 77 C1 2KJ3501 - 77777 - 77 B1 2KJ3501 - 77777 - 77 A1
5/50
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Transmission ratios and torques
Selection and ordering data (continued)
i
n2
T2N
FR2
1)
JG
Rex
-
rpm Nm
N
`
10-4
-
kgm²
Motor frame size
Article No.
63 71 80 90 100 112 132 160 180 200 225 250
B.39
56.36 26
250
6 980 8.5 0.06 4565/81
2KJ3502 - 77777 - 77 A2
50.11 29
210
6 980 8.8 0.08 451/9
2KJ3502 - 77777 - 77 X1
44.00 33
250
6 980 8.9 0.09 44/1
2KJ3502 - 77777 - 77 W1
40.00 36
230
6 980 8.9 0.11 40/1
2KJ3502 - 77777 - 77 V1
34.22 42
250
6 980 8.9 0.13 308/9
2KJ3502 - 77777 - 77 U1
31.11 47
250
6 980 8.9 0.16 280/9
2KJ3502 - 77777 - 77 T1
27.50 53
250
6 980 9.0 0.20 55/2
2KJ3502 - 77777 - 77 S1
25.00 58 21.90 66 20.21 72
250
6 980 9.0 0.26 25/1
250
6 720 9.2 0.30 2365/108
250
6 490 9.2 0.36 2365/117
2KJ3502 - 77777 - 77 R1
2KJ3502 - 77777 - 77 Q1
5
2KJ3502 - 77777 - 77 P1
17.90 81
250
6 160 9.3 0.43 2255/126
2KJ3502 - 77777 - 77 N1
14.90 97
250
5 680 9.5 0.58 715/48
2KJ3502 - 77777 - 77 M1
14.02 103
250
5 520 9.5 0.67 715/51
2KJ3502 - 77777 - 77 L1
12.56 115
250
5 260 9.6 0.75 2035/162
2KJ3502 - 77777 - 77 K1
10.69 136
240
4 960 9.8 0.98 385/36
2KJ3502 - 77777 - 77 J1
9.17 158
230
4 690 10.1 1.29 55/6
2KJ3502 - 77777 - 77 H1
7.89 184
220
4 550 10.3 1.66 1705/216
2KJ3502 - 77777 - 77 G1
6.60 220
200
4 590 15.1 0.94 897/136
2KJ3502 - 77777 - 77 F1
6.21 233
200
4 550 15.1 1.08 1794/289
2KJ3502 - 77777 - 77 E1
5.56 261
200
4 460 15.5 1.26 851/153
2KJ3502 - 77777 - 77 D1
4.74 306
200
4 330 16.0 1.69 161/34
2KJ3502 - 77777 - 77 C1
4.06 357
200
4 190 16.5 2.30 69/17
2KJ3502 - 77777 - 77 B1
3.50 414
192
4 050 17.1 3.00 713/204
2KJ3502 - 77777 - 77 A1
1) Only in conjunction with reduced-backlash version
Siemens MD 50.1 · 2017
5/51
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Transmission ratios and torques
Selection and ordering data (continued)
i
n2
T2N
FR2
1)
JG
Rex
-
rpm Nm
N
`
10-4
-
kgm²
B.49
59.28 24
450
9 510 8.3 0.19 1067/18
53.89 27
450
9 120 8.3 0.23 485/9
45.83 32
450
8 480 8.3 0.28 275/6
41.67 35
450
8 120 8.3 0.34 125/3
37.18 39
450
7 710 8.4 0.40 4015/108
33.33 44
450
7 320 8.4 0.48 100/3
30.05 48
450
6 970 8.4 0.56 3245/108
27.74 52
450
6 710 8.4 0.67 3245/117
5
25.32 57
450
6 420 8.5 0.80 1595/63
21.01 69
450
5 850 8.6 1.03 3025/144
19.77 73
450
5 670 8.6 1.18 3025/153
18.67 78
450
5 510 8.6 1.34 3025/162
15.89 91
450
5 060 8.7 1.66 143/9
13.61 107
450
4 660 8.9 2.10 245/18
11.97 121
450
4 340 9.0 2.50 2585/216
10.10 144
450
3 930 9.2 3.30 2090/207
8.80 165
450
3 620 9.7 4.40 44/5
8.29 175
330
4 540 14.1 1.52 2255/272
7.80 186
330
4 410 14.1 1.74 2255/289
7.37 197
330
4 290 14.1 1.97 2255/306
6.27 231
330
3 970 14.4 2.50 533/85
5.37 270
330
3 700 14.8 3.30 2009/374
4.72 307
330
3 690 15.1 4.10 1927/408
3.98 364
330
3 660 15.6 5.40 1558/391
3.47 418
325
3 610 17.0 7.20 1476/425
1) Only in conjunction with reduced-backlash version
Motor frame size
Article No.
63 71 80 90 100 112 132 160 180 200 225 250
2KJ3503 - 77777 - 77 C2 2KJ3503 - 77777 - 77 B2 2KJ3503 - 77777 - 77 A2 2KJ3503 - 77777 - 77 X1 2KJ3503 - 77777 - 77 W1 2KJ3503 - 77777 - 77 V1 2KJ3503 - 77777 - 77 U1 2KJ3503 - 77777 - 77 T1 2KJ3503 - 77777 - 77 S1 2KJ3503 - 77777 - 77 R1 2KJ3503 - 77777 - 77 Q1 2KJ3503 - 77777 - 77 P1 2KJ3503 - 77777 - 77 N1 2KJ3503 - 77777 - 77 M1 2KJ3503 - 77777 - 77 L1 2KJ3503 - 77777 - 77 K1 2KJ3503 - 77777 - 77 J1 2KJ3503 - 77777 - 77 H1 2KJ3503 - 77777 - 77 G1 2KJ3503 - 77777 - 77 F1 2KJ3503 - 77777 - 77 E1 2KJ3503 - 77777 - 77 D1 2KJ3503 - 77777 - 77 C1 2KJ3503 - 77777 - 77 B1 2KJ3503 - 77777 - 77 A1
5/52
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Transmission ratios and torques
Selection and ordering data (continued)
i
n2
T2N
FR2
1)
JG
Rex
-
rpm Nm
N
`
10-4
-
kgm²
Motor frame size
Article No.
63 71 80 90 100 112 132 160 180 200 225 250
K.39
157.32 9.2 220
6 080 7.3 0.04 3933/25
2KJ3504 - 77777 - 77 J2
139.54 10
220
6 080 7.4 0.05 17442/125
2KJ3504 - 77777 - 77 H2
121.07 12
220
6 080 7.4 0.06 30267/250
2KJ3504 - 77777 - 77 G2
110.06 13
220
6 080 7.4 0.07 30267/275
2KJ3504 - 77777 - 77 F2
94.39 15
220
6 080 7.4 0.09 11799/125
2KJ3504 - 77777 - 77 E2
85.81 17
220
6 080 7.4 0.11 23598/275
2KJ3504 - 77777 - 77 D2
75.24 19
220
6 080 7.5 0.12 1881/25
2KJ3504 - 77777 - 77 C2
67.16 22 59.85 24 55.25 26
220
6 080 7.5 0.15 18468/275
220
6 080 7.5 0.18 1197/20
220
6 080 7.5 0.22 3591/65
2KJ3504 - 77777 - 77 B2
2KJ3504 - 77777 - 77 A2
5
2KJ3504 - 77777 - 77 X1
48.37 30
220
6 080 7.6 0.26 16929/350
2KJ3504 - 77777 - 77 W1
42.41 34
220
5 790 7.7 0.24 5301/125
2KJ3504 - 77777 - 77 V1
38.47 38
220
5 540 7.7 0.34 1539/40
2KJ3504 - 77777 - 77 U1
36.21 40
220
5 390 7.7 0.40 3078/85
2KJ3504 - 77777 - 77 T1
31.92 45
220
5 080 7.6 0.44 798/25
2KJ3504 - 77777 - 77 S1
27.70 52
220
4 760 7.7 0.60 13851/500
2KJ3504 - 77777 - 77 R1
26.89 54
220
4 690 9.2 0.26 6804/253
2KJ3504 - 77777 - 77 Q1
23.97 60
220
4 440 9.3 0.32 2205/92
2KJ3504 - 77777 - 77 P1
22.12 66
220
4 270 9.3 0.38 6615/299
2KJ3504 - 77777 - 77 N1
19.37 75
220
4 000 9.4 0.47 891/46
2KJ3504 - 77777 - 77 M1
16.98 85
220
3 740 9.6 0.51 1953/115
2KJ3504 - 77777 - 77 L1
15.41 94
220
3 560 9.7 0.67 2835/184
2KJ3504 - 77777 - 77 K1
14.50 100
220
3 450 9.7 0.78 5670/391
2KJ3504 - 77777 - 77 J1
12.78 113
220
3 220 9.7 0.92 294/23
2KJ3504 - 77777 - 77 H1
11.09 131
220
2 990 9.8 1.24 5103/460
2KJ3504 - 77777 - 77 G1
10.04 144
184
2 880 14.7 0.55 231/23
2KJ3504 - 77777 - 77 F1
8.81 165
183
2 790 15.1 0.62 3038/345
2KJ3504 - 77777 - 77 E1
7.99 181
175
2 810 15.3 0.80 735/92
2KJ3504 - 77777 - 77 D1
7.52 193
171
2 810 15.3 0.92 2940/391
2KJ3504 - 77777 - 77 C1
6.63 219
161
2 820 15.3 1.11 1372/207
2KJ3504 - 77777 - 77 B1
5.75 252
150
2 810 15.4 1.49 1323/230
2KJ3504 - 77777 - 77 A1
1) Only in conjunction with reduced-backlash version
Siemens MD 50.1 · 2017
5/53
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Transmission ratios and torques
Selection and ordering data (continued)
i
n2
T2N
FR2
1)
JG
Rex
-
rpm Nm
N
`
10-4
-
kgm²
Motor frame size
Article No.
63 71 80 90 100 112 132 160 180 200 225 250
K.49
200.25 7.2 420
7 820 6.7 0.06 12616/63
2KJ3505 - 77777 - 77 J2
178.06 8.1 420
7 820 6.8 0.07 6232/35
2KJ3505 - 77777 - 77 H2
156.34 9.3 420
7 820 6.8 0.08 5472/35
2KJ3505 - 77777 - 77 G2
142.13 10
420
7 820 6.8 0.10 10944/77
2KJ3505 - 77777 - 77 F2
121.60 12
420
7 820 6.8 0.12 608/5
2KJ3505 - 77777 - 77 E2
110.55 13
420
7 820 6.8 0.14 1216/11
2KJ3505 - 77777 - 77 D2
97.71 15
420
7 710 6.8 0.17 684/7
2KJ3505 - 77777 - 77 C2
88.83 16
420
7 370 6.8 0.22 6840/77
5
77.81 19
420
6 910 6.9 0.25 1634/21
71.82 20
420
6 640 6.9 0.30 6536/91
2KJ3505 - 77777 - 77 B2 2KJ3505 - 77777 - 77 A2 2KJ3505 - 77777 - 77 X1
63.59 23
420
6 250 6.9 0.37 3116/49
2KJ3505 - 77777 - 77 W1
52.93 27
420
5 680 7.0 0.50 741/14
2KJ3505 - 77777 - 77 V1
49.82 29
420
5 500 7.0 0.58 5928/119
2KJ3505 - 77777 - 77 U1
44.63 32
420
5 190 7.0 0.65 2812/63
2KJ3505 - 77777 - 77 T1
38.00 38
420
4 740 7.1 0.84 38/1
2KJ3505 - 77777 - 77 S1
32.57 45
420
4 340 7.1 1.11 228/7
2KJ3505 - 77777 - 77 R1
28.05 52
420
3 970 7.2 1.43 589/21
2KJ3505 - 77777 - 77 Q1
26.30 55
420
3 820 8.6 0.52 55040/2093
2KJ3505 - 77777 - 77 P1
23.28 62
420
3 540 8.7 0.65 26240/1127
2KJ3505 - 77777 - 77 N1
19.38 75
420
3 130 8.8 0.90 3120/161
2KJ3505 - 77777 - 77 M1
18.24 79
420
3 000 8.8 1.03 49920/2737
2KJ3505 - 77777 - 77 L1
16.34 89
420
2 780 9.0 1.21 23680/1449
2KJ3505 - 77777 - 77 K1
13.91 104
420
2 880 9.1 1.62 320/23
2KJ3505 - 77777 - 77 J1
11.93 122
420
3 000 9.3 2.20 1920/161
2KJ3505 - 77777 - 77 H1
10.27 141
415
3 080 9.5 2.90 4960/483
2KJ3505 - 77777 - 77 G1
9.75 149
275
2 960 14.2 1.03 39/4
2KJ3505 - 77777 - 77 F1
9.18 158
270
2 980 14.2 1.19 156/17
2KJ3505 - 77777 - 77 E1
8.22 176
255
3 010 14.5 1.40 74/9
2KJ3505 - 77777 - 77 D1
7.00 207
240
3 030 14.8 1.88 7/1
2KJ3505 - 77777 - 77 C1
6.00 242
225
3 020 15.2 2.50 6/1
2KJ3505 - 77777 - 77 B1
5.17 280
210
2 990 15.4 3.30 31/6
2KJ3505 - 77777 - 77 A1
1) Only in conjunction with reduced-backlash version
5/54
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Transmission ratios and torques
Selection and ordering data (continued)
i
n2
T2N
FR2
1)
JG
Rex
-
rpm Nm
N
`
10-4
-
kgm²
Motor frame size
Article No.
63 71 80 90 100 112 132 160 180 200 225 250
K.69
196.59 7.4 600
10 800 6.4 0.17 14744/75
2KJ3507 - 77777 - 77 H2
178.72 8.1 600
10 800 6.4 0.20 29488/165
2KJ3507 - 77777 - 77 G2
152.00 9.5 600
10 800 6.4 0.25 152/1
2KJ3507 - 77777 - 77 F2
138.18 10
600
10 800 6.4 0.30 1520/11
2KJ3507 - 77777 - 77 E2
123.29 12
600
10 800 6.4 0.35 5548/45
2KJ3507 - 77777 - 77 D2
110.55 13
600
10 800 6.4 0.42 1216/11
2KJ3507 - 77777 - 77 C2
99.64 15
600
10 800 6.4 0.49 4484/45
2KJ3507 - 77777 - 77 B2
91.98 16 83.96 17 69.67 21
600
10 600 6.4 0.58 17936/195
600
10 100 6.4 0.69 8816/105
600
9 300 6.5 0.87 209/3
2KJ3507 - 77777 - 77 A2
2KJ3507 - 77777 - 77 X1
5
2KJ3507 - 77777 - 77 W1
65.57 22
600
9 030 6.5 1.01 3344/51
2KJ3507 - 77777 - 77 V1
61.93 23
600
8 770 6.5 1.15 1672/27
2KJ3507 - 77777 - 77 U1
52.69 28
600
8 090 6.5 1.40 3952/75
2KJ3507 - 77777 - 77 T1
45.14 32
600
7 470 6.5 1.70 7448/165
2KJ3507 - 77777 - 77 S1
39.69 37
600
6 980 6.5 2.10 1786/45
2KJ3507 - 77777 - 77 R1
33.48 43
580
6 500 6.5 2.60 11552/345
2KJ3507 - 77777 - 77 Q1
29.18 50
555
6 200 6.5 3.50 3648/125
2KJ3507 - 77777 - 77 P1
26.05 56
600
5 500 7.8 1.25 3751/144
2KJ3507 - 77777 - 77 N1
24.52 59
595
5 340 7.8 1.44 3751/153
2KJ3507 - 77777 - 77 M1
23.15 63
585
5 230 7.8 1.63 3751/162
2KJ3507 - 77777 - 77 L1
19.70 74
555
4 950 8.0 2.10 4433/225
2KJ3507 - 77777 - 77 K1
16.88 86
530
4 680 8.0 2.60 1519/90
2KJ3507 - 77777 - 77 J1
14.84 98
515
4 430 8.0 3.30 16027/1080
2KJ3507 - 77777 - 77 H1
12.52 116
490
4 170 8.0 4.30 12958/1035
2KJ3507 - 77777 - 77 G1
10.91 133
470
3 960 8.0 5.70 1364/125
2KJ3507 - 77777 - 77 F1
9.34 155
370
3 640 13.0 2.40 3224/345
2KJ3507 - 77777 - 77 E1
8.01 181
365
3 330 13.0 3.10 6076/759
2KJ3507 - 77777 - 77 D1
7.04 206
365
3 210 13.0 3.90 1457/207
2KJ3507 - 77777 - 77 C1
5.94 244
345
3 350 13.0 5.10 9424/1587
2KJ3507 - 77777 - 77 B1
5.18 280
330
3 420 13.0 6.80 2976/575
2KJ3507 - 77777 - 77 A1
1) Only in conjunction with reduced-backlash version
Siemens MD 50.1 · 2017
5/55
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Transmission ratios and torques
Selection and ordering data (continued)
i
n2
T2N
FR2
1)
JG
Rex
-
rpm Nm
N
`
10-4
-
kgm²
Motor frame size
Article No.
63 71 80 90 100 112 132 160 180 200 225 250
K.79
244.25 5.9 820
13 900 5.7
0.17 175861/720
2KJ3508 - 77777 - 77 J2
222.05 6.5 820
13 900 5.7
0.20 175861/792
2KJ3508 - 77777 - 77 H2
188.85 7.7 820
13 900 5.7 0.25 9065/48
2KJ3508 - 77777 - 77 G2
171.69 8.4 820
13 900 5.7 0.31 45325/264
2KJ3508 - 77777 - 77 F2
153.18 9.5 820
13 900 5.8 0.35 132349/864
2KJ3508 - 77777 - 77 E2
137.35 11
820
13 900 5.8 0.42 9065/66
2KJ3508 - 77777 - 77 D2
123.80 12
820
13 900 5.8 0.50 106967/864
2KJ3508 - 77777 - 77 C2
114.28 13
820
13 900 5.8 0.59 106967/936
5
104.32 14
820
13 900 5.8 0.70 7511/72
86.56 17
820
13 900 5.8 0.89 99715/1152
2KJ3508 - 77777 - 77 B2 2KJ3508 - 77777 - 77 A2 2KJ3508 - 77777 - 77 X1
81.47 18
820
13 900 5.8 1.02 99715/1224
2KJ3508 - 77777 - 77 W1
76.94 19
820
13 900 5.8 1.16 99715/1296
2KJ3508 - 77777 - 77 V1
65.47 22
820
13 900 5.9 1.42 23569/360
2KJ3508 - 77777 - 77 U1
56.08 26
820
13 900 5.9 1.73 88837/1584
2KJ3508 - 77777 - 77 T1
49.31 29
820
13 900 5.9 2.10 85211/1728
2KJ3508 - 77777 - 77 S1
41.60 35
800
14 000 6.0 2.70 34447/828
2KJ3508 - 77777 - 77 R1
36.26 40
770
14 000 6.1 3.60 1813/50
2KJ3508 - 77777 - 77 Q1
32.78 44
820
13 900 7.2 0.94 6293/192
2KJ3508 - 77777 - 77 P1
27.20 53
800
14 000 7.3 1.23 83545/3072
2KJ3508 - 77777 - 77 N1
25.60 57
785
14 000 7.3 1.41 83545/3264
2KJ3508 - 77777 - 77 M1
24.17 60
770
14 000 7.3 1.60 83545/3456
2KJ3508 - 77777 - 77 L1
20.57 70
740
14 100 7.4 2.00 19747/960
2KJ3508 - 77777 - 77 K1
17.62 82
715
13 800 7.5 2.60 74431/4224
2KJ3508 - 77777 - 77 J1
15.49 94
695
13 300 7.6 3.20 71393/4608
2KJ3508 - 77777 - 77 H1
13.07 111
665
12 600 7.8 4.20 28861/2208
2KJ3508 - 77777 - 77 G1
11.39 127
645
12 000 8.3 5.50 4557/400
2KJ3508 - 77777 - 77 F1
10.51 138
445
12 600 10.4 2.30 1209/115
2KJ3508 - 77777 - 77 E1
9.01 161
450
11 900 10.6 3.00 4557/506
2KJ3508 - 77777 - 77 D1
7.92 183
450
11 300 10.8 3.70 1457/184
2KJ3508 - 77777 - 77 C1
6.68 217
455
10 900 11.1 4.90 3534/529
2KJ3508 - 77777 - 77 B1
5.82 249
430
10 700 12.1 6.60 3348/575
2KJ3508 - 77777 - 77 A1
1) Only in conjunction with reduced-backlash version
5/56
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Transmission ratios and torques
Selection and ordering data (continued)
i
n2
T2N
FR2
1)
JG
Rex
-
rpm Nm
N
`
10-4
-
kgm²
Motor frame size
Article No.
63 71 80 90 100 112 132 160 180 200 225 250
K.89
231.80 6.3
1 600 18 100 5.6
0.42 10199/44
2KJ3510 - 77777 - 77 K2
210.72 6.9
1 600 18 100 5.6
0.51 50995/242
2KJ3510 - 77777 - 77 J2
189.01 7.7
1 600 18 100 5.6
0.71 149695/792
2KJ3510 - 77777 - 77 H2
169.94 8.5
1 600 18 100 5.6
0.80 41125/242
2KJ3510 - 77777 - 77 G2
153.70 9.4
1 600 18 100 5.6
0.88 60865/396
2KJ3510 - 77777 - 77 F2
141.88 10
1 600 18 100 5.6 1.05 60865/429
2KJ3510 - 77777 - 77 E2
129.96 11
1 600 18 100 5.6 1.37 17155/132
2KJ3510 - 77777 - 77 D2
109.04 13 102.63 14
94.16 15
1 600 18 100 5.6 1 600 18 100 5.6 1 600 18 100 5.6
1.45 57575/528 1.66 57575/561 1.81 27965/297
2KJ3510 - 77777 - 77 C2
2KJ3510 - 77777 - 77 B2
5
2KJ3510 - 77777 - 77 A2
82.25 18
1 600 18 100 5.6 2.60 329/4
2KJ3510 - 77777 - 77 X1
73.64 20
1 600 18 100 5.6 3.20 106925/1452
2KJ3510 - 77777 - 77 W1
64.39 23
1 600 18 100 5.6 3.70 50995/792
2KJ3510 - 77777 - 77 V1
55.27 26
1 600 18 100 5.6 4.10 27965/506
2KJ3510 - 77777 - 77 U1
48.85 30
1 600 18 100 5.6 5.20 16121/330
2KJ3510 - 77777 - 77 T1
41.54 35
1 570 18 100 5.6 6.60 8225/198
2KJ3510 - 77777 - 77 S1
39.29 37
1 600 18 100 7.0 1.86 11315/288
2KJ3510 - 77777 - 77 R1
32.96 44
1 600 18 100 7.0 2.10 37975/1152
2KJ3510 - 77777 - 77 Q1
31.03 47
1 600 18 100 7.0 2.40 37975/1224
2KJ3510 - 77777 - 77 P1
28.46 51
1 600 18 100 7.0 2.70 18445/648
2KJ3510 - 77777 - 77 N1
24.86 58
1 600 18 100 7.1 3.80 2387/96
2KJ3510 - 77777 - 77 M1
22.26 65
1 600 18 100 7.1 4.70 70525/3168
2KJ3510 - 77777 - 77 L1
19.46 75
1 560 17 900 7.1 5.70 33635/1728
2KJ3510 - 77777 - 77 K1
16.71 87
1 480 17 200 7.1 6.80 18445/1104
2KJ3510 - 77777 - 77 J1
14.77 98
1 420 16 600 7.1 8.60 10633/720
2KJ3510 - 77777 - 77 H1
12.56 115
1 330 16 300 7.1 11.00 5425/432
2KJ3510 - 77777 - 77 G1
10.76 135
1 250 16 100 7.1 15.00 775/72
2KJ3510 - 77777 - 77 F1
10.51 138
845 16 100 10.8 6.40 6727/640
2KJ3510 - 77777 - 77 E1
9.02 161
800 15 400 10.8 7.70 33201/3680
2KJ3510 - 77777 - 77 D1
7.97 182
770 14 800 10.8 9.80 31899/4000
2KJ3510 - 77777 - 77 C1
6.78 214
720 14 500 10.8 13.00 217/32
2KJ3510 - 77777 - 77 B1
5.81 250
675 14 200 10.8 17.00 93/16
2KJ3510 - 77777 - 77 A1
1) Only in conjunction with reduced-backlash version
Siemens MD 50.1 · 2017
5/57
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Transmission ratios and torques
Selection and ordering data (continued)
i
n2
T2N
FR2
1)
JG
Rex
-
rpm Nm
N
`
10-4
-
kgm²
Motor frame size
Article No.
63 71 80 90 100 112 132 160 180 200 225 250
K.109
216.65 6.7
2 900 24 500 5.6
1.27 107242/495
2KJ3511 - 77777 - 77 H2
195.60 7.4
2 900 24 500 5.6
1.37 118336/605
2KJ3511 - 77777 - 77 G2
177.43 8.2
2 900 24 500 5.6
1.61 35131/198
2KJ3511 - 77777 - 77 F2
163.78 8.9
2 900 24 500 5.6
1.9 70262/429
2KJ3511 - 77777 - 77 E2
148.88 9.7
2 900 24 500 5.6
2.2 57319/385
2KJ3511 - 77777 - 77 D2
126.07 12
2 900 24 500 5.6 2.6 5547/44
2KJ3511 - 77777 - 77 C2
118.65 12
2 900 24 500 5.6 2.6 22188/187
2KJ3511 - 77777 - 77 B2
109.57 13
2 900 24 500 5.6 4.1 14792/135
5
97.49 15
2 900 24 500 5.6 5.0 53621/550
86.59 17
2 900 24 500 5.7 6.0 31433/363
2KJ3511 - 77777 - 77 A2 2KJ3511 - 77777 - 77 X1 2KJ3511 - 77777 - 77 W1
77.51 19
2 900 24 500 5.7 5.9 153467/1980
2KJ3511 - 77777 - 77 V1
66.26 22
2 900 24 500 5.7 6.8 251464/3795
2KJ3511 - 77777 - 77 U1
59.17 25
2 900 24 500 5.8 8.6 7396/125
2KJ3511 - 77777 - 77 T1
52.29 28
2 900 24 500 5.8 9.7 25886/495
2KJ3511 - 77777 - 77 S1
45.89 32
2 900 24 500 5.8 14
159014/3465
2KJ3511 - 77777 - 77 R1
39.95 36
2 820 23 900 5.8 17
151618/3795
2KJ3511 - 77777 - 77 Q1
34.15 42
2 710 22 700 5.8 21
118336/3465
2KJ3511 - 77777 - 77 P1
29.23 50
2 620 21 500 5.8 27
7396/253
2KJ3511 - 77777 - 77 N1
24.98 58
2 380 21 000 6.9 9.9 163744/6555
2KJ3511 - 77777 - 77 M1
22.31 65
2 380 20 000 7.1 13
52976/2375
2KJ3511 - 77777 - 77 L1
19.71 74
2 380 18 900 7.1 15
16856/855
2KJ3511 - 77777 - 77 K1
17.30 84
2 400 17 800 7.1 20
14792/855
2KJ3511 - 77777 - 77 J1
15.06 96
2 310 17 500 7.1 25
98728/6555
2KJ3511 - 77777 - 77 H1
12.87 113
2 200 17 500 7.1 33
11008/855
2KJ3511 - 77777 - 77 G1
11.02 132
2 100 17 400 7.2 43
4816/437
2KJ3511 - 77777 - 77 F1
10.45 139
1 260 17 600 10.8 17
784/75
2KJ3511 - 77777 - 77 E1
9.17 158
1 270 16 700 10.8 23
688/75
2KJ3511 - 77777 - 77 D1
7.99 181
1 280 16 300 10.8 29
4592/575
2KJ3511 - 77777 - 77 C1
6.83 212
1 300 16 000 10.8 38
512/75
2KJ3511 - 77777 - 77 B1
5.84 248
1 300 15 700 11.0 49
672/115
2KJ3511 - 77777 - 77 A1
1) Only in conjunction with reduced-backlash version
5/58
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Transmission ratios and torques
Selection and ordering data (continued)
i
n2
T2N
FR2
1)
JG
Rex
-
rpm Nm
N
`
10-4
-
kgm²
Motor frame size
Article No.
63 71 80 90 100 112 132 160 180 200 225 250
K.129
228.30 6.4
4 400 37 600 6.3
3.3 30821/135
2KJ3512 - 77777 - 77 J2
210.74 6.9
4 400 37 600 6.3
3.9 123284/585
2KJ3512 - 77777 - 77 H2
194.04 7.5
4 400 37 600 6.3
4.5 8732/45
2KJ3512 - 77777 - 77 G2
165.47 8.8
4 400 37 600 6.3
5.6 5957/36
2KJ3512 - 77777 - 77 F2
155.74 9.3
4 400 37 600 6.3
6.4 23828/153
2KJ3512 - 77777 - 77 E2
144.53 10
4 400 37 600 6.3 7.0 58534/405
2KJ3512 - 77777 - 77 D2
127.77 11
4 400 37 600 6.3 8.4 9583/75
2KJ3512 - 77777 - 77 C2
114.06 13 102.64 14
89.09 16
4 400 37 600 6.3 10 4 400 37 600 6.3 12 4 400 37 600 6.3 14
56462/495 27713/270 92204/1035
2KJ3512 - 77777 - 77 B2
2KJ3512 - 77777 - 77 A2
5
2KJ3512 - 77777 - 77 X1
80.12 18
4 400 37 600 6.3 17
30044/375
2KJ3512 - 77777 - 77 W1
70.03 21
4 400 37 600 6.3 19
18907/270
2KJ3512 - 77777 - 77 V1
62.49 23
4 400 36 200 6.4 23
2812/45
2KJ3512 - 77777 - 77 U1
55.05 26
4 400 34 300 6.4 27
11396/207
2KJ3512 - 77777 - 77 T1
48.24 30
4 400 32 400 6.4 33
6512/135
2KJ3512 - 77777 - 77 S1
42.04 34
4 400 30 500 6.4 39
14504/345
2KJ3512 - 77777 - 77 R1
38.37 38
4 400 29 200 6.9 45
1036/27
2KJ3512 - 77777 - 77 Q1
33.03 44
4 400 27 300 7.0 55
11396/345
2KJ3512 - 77777 - 77 P1
31.55 46
4 400 26 700 7.0 23
3944/125
2KJ3512 - 77777 - 77 N1
27.58 53
4 400 25 000 7.0 27
1241/45
2KJ3512 - 77777 - 77 M1
24.61 59
4 400 23 700 7.1 33
2584/105
2KJ3512 - 77777 - 77 L1
21.68 67
4 270 22 700 7.1 40
1496/69
2KJ3512 - 77777 - 77 K1
19.00 76
4 140 21 700 7.1 50
5984/315
2KJ3512 - 77777 - 77 J1
16.56 88
4 020 20 600 7.2 62
1904/115
2KJ3512 - 77777 - 77 H1
15.11 96
3 940 20 000 7.2 72
136/9
2KJ3512 - 77777 - 77 G1
13.01 111
3 810 19 000 7.2 91
1496/115
2KJ3512 - 77777 - 77 F1
11.80 123
2 830 21 400 9.5 46
119680/10143
2KJ3512 - 77777 - 77 E1
10.34 140
2 850 20 100 9.6 57
95744/9261
2KJ3512 - 77777 - 77 D1
9.01 161
2 760 19 500 9.7 71
4352/483
2KJ3512 - 77777 - 77 C1
8.22 176
2 680 19 500 9.8 83
10880/1323
2KJ3512 - 77777 - 77 B1
7.08 205
2 530 19 500 9.9 107
23936/3381
2KJ3512 - 77777 - 77 A1
1) Only in conjunction with reduced-backlash version
Siemens MD 50.1 · 2017
5/59
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Transmission ratios and torques
Selection and ordering data (continued)
i
n2
T2N
FR2
1)
JG
Rex
-
rpm Nm
N
`
10-4
-
kgm²
Motor frame size
Article No.
63 71 80 90 100 112 132 160 180 200 225 250
K.149
237.03 6.1
8 000 65 000 5.3
7.1 83433/352
2KJ3513 - 77777 - 77 J2
202.86 7.1
8 000 65 000 5.3
9.0 285621/1408
2KJ3513 - 77777 - 77 H2
190.92 7.6
8 000 65 000 5.3 10
285621/1496
2KJ3513 - 77777 - 77 G2
178.97 8.1
8 000 65 000 5.3 11
188993/1056
2KJ3513 - 77777 - 77 F2
158.65 9.1
8 000 65 000 5.3 14
558453/3520
2KJ3513 - 77777 - 77 E2
140.93 10
8 000 64 100 5.3 16
17052/121
2KJ3513 - 77777 - 77 D2
127.16 11
8 000 61 400 5.3 19
89523/704
2KJ3513 - 77777 - 77 C2
112.68 13
8 000 58 400 5.3 23
456141/4048
5
99.79 15
8 000 55 600 5.4 26
439089/4400
88.81 16
8 000 52 900 5.4 31
1421/16
2KJ3513 - 77777 - 77 B2 2KJ3513 - 77777 - 77 A2 2KJ3513 - 77777 - 77 X1
79.59 18
8 000 50 400 5.4 37
14007/176
2KJ3513 - 77777 - 77 W1
70.56 21
8 000 47 900 5.4 43
285621/4048
2KJ3513 - 77777 - 77 V1
62.28 23
8 000 45 300 5.4 52
5481/88
2KJ3513 - 77777 - 77 U1
54.76 26
8 000 42 700 5.4 63
55419/1012
2KJ3513 - 77777 - 77 T1
49.60 29
8 000 40 800 5.4 70
8729/176
2KJ3513 - 77777 - 77 S1
43.18 34
8 000 38 200 5.4 85
174783/4048
2KJ3513 - 77777 - 77 R1
35.40 41
7 850 35 100 5.5 110
80997/2288
2KJ3513 - 77777 - 77 Q1
32.33 45
7 760 33 900 6.1 49
12673/392
2KJ3513 - 77777 - 77 P1
28.66 51
7 630 32 200 6.1 59
36917/1288
2KJ3513 - 77777 - 77 N1
25.30 57
7 420 30 900 6.1 73
4959/196
2KJ3513 - 77777 - 77 M1
22.25 65
7 210 29 500 6.2 89
7163/322
2KJ3513 - 77777 - 77 L1
20.15 72
7 070 28 400 6.2 103
23693/1176
2KJ3513 - 77777 - 77 K1
17.54 83
6 890 28 500 6.3 128
22591/1288
2KJ3513 - 77777 - 77 J1
14.38 101
6 660 29 000 6.3 174
10469/728
2KJ3513 - 77777 - 77 H1
14.15 102
4 140 31 100 8.0 79
17328/1225
2KJ3513 - 77777 - 77 G1
12.44 117
4 030 29 800 8.0 97
150176/12075
2KJ3513 - 77777 - 77 F1
11.26 129
3 950 28 800 8.1 113
124184/11025
2KJ3513 - 77777 - 77 E1
9.81 148
3 850 28 400 8.2 141
118408/12075
2KJ3513 - 77777 - 77 D1
8.04 180
3 720 28 000 8.3 194
54872/6825
2KJ3513 - 77777 - 77 C1
6.82 213
3 630 27 500 8.4 266
89528/13125
2KJ3513 - 77777 - 77 B1
1) Only in conjunction with reduced-backlash version
5/60
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Transmission ratios and torques
Selection and ordering data (continued)
i
n2
T2N
FR2
1)
JG
Rex
-
rpm Nm
N
`
10-4
-
kgm²
Motor frame size
Article No.
63 71 80 90 100 112 132 160 180 200 225 250
K.169
223.30 6.5 13 000 70 000 5.2 18
273319/1224
2KJ3514 - 77777 - 77 F2
208.35 7.0 13 000 70 000 5.2 20
135013/648
2KJ3514 - 77777 - 77 E2
185.23 7.8 13 000 70 000 5.2 24
29637/160
2KJ3514 - 77777 - 77 D2
166.31 8.7 13 000 70 000 5.2 28
16465/99
2KJ3514 - 77777 - 77 C2
150.55 9.6 13 000 70 000 5.2 33
260147/1728
2KJ3514 - 77777 - 77 B2
132.24 11
13 000 70 000 5.2 40
437969/3312
2KJ3514 - 77777 - 77 A2
119.83 12
13 000 70 000 5.2 47
431383/3600
2KJ3514 - 77777 - 77 X1
106.72 14 95.83 15 85.51 17
13 000 70 000 5.2 54 13 000 70 000 5.2 65 13 000 70 000 5.2 75
23051/216 36223/378 141599/1656
2KJ3514 - 77777 - 77 W1
2KJ3514 - 77777 - 77 V1
5
2KJ3514 - 77777 - 77 U1
76.23 19
13 000 70 000 5.2 88
16465/216
2KJ3514 - 77777 - 77 T1
67.61 21
13 000 66 900 5.3 103
55981/828
2KJ3514 - 77777 - 77 S1
62.07 23
13 000 64 500 5.3 114
62567/1008
2KJ3514 - 77777 - 77 R1
54.68 27
13 000 60 900 5.3 134
181115/3312
2KJ3514 - 77777 - 77 Q1
44.86 32
13 000 55 700 5.3 180
55981/1248
2KJ3514 - 77777 - 77 P1
39.33 37
13 000 52 300 5.3 198
141599/3600
2KJ3514 - 77777 - 77 N1
30.75 47
13 000 46 500 5.4 309
42809/1392
2KJ3514 - 77777 - 77 M1
29.43 49
13 000 45 500 5.8 133
25721/874
2KJ3514 - 77777 - 77 L1
27.02 54
13 000 43 500 5.9 151
1513/56
2KJ3514 - 77777 - 77 K1
23.80 61
13 000 40 800 5.9 181
83215/3496
2KJ3514 - 77777 - 77 J1
19.53 74
12 700 40 000 6.0 249
77163/3952
2KJ3514 - 77777 - 77 H1
17.12 85
12 400 40 800 6.0 288
65059/3800
2KJ3514 - 77777 - 77 G1
13.39 108
11 900 41 300 6.2 457
59007/4408
2KJ3514 - 77777 - 77 F1
12.20 119
6 760 38 700 8.1 202
143990/11799
2KJ3514 - 77777 - 77 E1
10.01 145
6 530 37 800 8.3 280
22253/2223
2KJ3514 - 77777 - 77 D1
8.78 165
6 360 37 800 8.3 328
112574/12825
2KJ3514 - 77777 - 77 C1
6.86 211
6 130 37 300 8.8 523
34034/4959
2KJ3514 - 77777 - 77 B1
1) Only in conjunction with reduced-backlash version
Siemens MD 50.1 · 2017
5/61
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Transmission ratios and torques
Selection and ordering data (continued)
i
n2
T2N
FR2
1)
JG
Rex
-
rpm Nm
N
`
10-4
-
kgm²
Motor frame size
Article No.
63 71 80 90 100 112 132 160 180 200 225 250
K.189
199.51 7.3 19 100 104 000 4.8
37 186543/935
2KJ3515 - 77777 - 77 W1
178.49 8.1 19 500 104 000 4.8
43 367164/2057
2KJ3515 - 77777 - 77 V1
160.98 9
19 500 104 000 4.8
50 60207/374
2KJ3515 - 77777 - 77 U1
142.28 10
19 500 104 000 4.8
62 611940/4301
2KJ3515 - 77777 - 77 T1
130.05 11
19 500 104 000 4.8
73 55272/425
2KJ3515 - 77777 - 77 S1
117.00 12
19 500 104 000 4.8
86 43757/374
2KJ3515 - 77777 - 77 R1
104.56 14
19 500 104 000 4.8 100 19552/187
2KJ3515 - 77777 - 77 Q1
94.55 15
19 500 104 000 4.8 119 406644/4301
5
83.44 17
19 500 104 000 4.8 140 15604/187
74.35 20
19 500 104 000 4.8 164 319788/4301
2KJ3515 - 77777 - 77 P1
2KJ3515 - 77777 - 77 N1
2KJ3515 - 77777 - 77 M1
67.36 22
19 500 104 000 4.8 182 12596/187
2KJ3515 - 77777 - 77 L1
60.58 24
19 500 104 000 4.8 220 23688/391
2KJ3515 - 77777 - 77 K1
50.34 29
19 500 104 000 4.8 273 122388/2431
2KJ3515 - 77777 - 77 J1
44.76 32
19 500 99 100 4.8 334 209244/4675
2KJ3515 - 77777 - 77 H1
35.67 41
19 500 89 900 4.9 455 193452/5423
2KJ3515 - 77777 - 77 G1
28.39 51
19 500 81 300 5.0 586 153972/5423
2KJ3515 - 77777 - 77 F1
25.37 57
19 500 77 300 5.3 335 11088/437
2KJ3515 - 77777 - 77 E1
21.09 69
19 500 70 900 5.4 439 5208/247
2KJ3515 - 77777 - 77 D1
18.75 77
19 500 67 000 5.4 545 8904/475
2KJ3515 - 77777 - 77 C1
14.94 97
19 500 60 000 5.6 786 8232/551
2KJ3515 - 77777 - 77 B1
11.89 122
19 500 61 300 5.7 1 109 6552/551
2KJ3515 - 77777 - 77 A1
1) Only in conjunction with reduced-backlash version
5/62
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Transmission ratios and torques for very low speeds
Selection and ordering data
i
n2
T2N
FR2
1)
JG
Rex
-
rpm
Nm
N
`
10-4 kgm² -
Motor frame size
Article No.
63 71 80 90 100 112 132 160
K.39-D19
6 699
0.22
220
6 080
-
0.11 167640192/25025
2KJ3521 - 77777 - 77 H1
5 949
0.24
220
6 080
-
0.13 13533453/2275
2KJ3521 - 77777 - 77 G1
5 491
0.26
220
6 080
-
0.16 162401436/29575
2KJ3521 - 77777 - 77 F1
4 770
0.30
220
6 080
-
0.17 75961962/15925
2KJ3521 - 77777 - 77 E1
4 145
0.35
220
6 080
-
0.18 47148804/11375
2KJ3521 - 77777 - 77 D1
3 742
0.39
220
6 080
-
0.22 1309689/350
2KJ3521 - 77777 - 77 C1
3 522
0.41
220
6 080
-
0.26 10477512/2975
2KJ3521 - 77777 - 77 B1
3 070
0.47
220
6 080
-
0.29 6985008/2275
2KJ3521 - 77777 - 77 A1
K.39-Z19
3 001
0.48
220
6 080
-
2 657
0.55
220
6 080
-
0.02 975384/325 0.03 4318434/1625
2KJ3520 - 77777 - 77 E2
5
2KJ3520 - 77777 - 77 D2
2 309
0.63
220
6 080
-
0.04 3752082/1625
2KJ3520 - 77777 - 77 C2
2 099
0.69
220
6 080
-
0.05 7504164/3575
2KJ3520 - 77777 - 77 B2
1 786
0.81
220
6 080
-
0.07 2902554/162
2KJ3520 - 77777 - 77 A2
1 624
0.89
220
6 080
-
0.08 5805108/3575
2KJ3520 - 77777 - 77 X1
1 416
1.0
220
6 080
-
0.09 35397/25
2KJ3520 - 77777 - 77 W1
1 267
1.1
220
6 080
-
0.12 4530816/3575
2KJ3520 - 77777 - 77 V1
1 125
1.3
220
6 080
-
0.15 365769/325
2KJ3520 - 77777 - 77 U1
1 039
1.4
220
6 080
-
0.18 4389228/4225
2KJ3520 - 77777 - 77 T1
902
1.6
220
6 080
-
0.20 2053026/2275
2KJ3520 - 77777 - 77 S1
784
1.8
220
6 080
-
0.21 1274292/1625
2KJ3520 - 77777 - 77 R1
708
2.0
220
6 080
-
0.27 35397/50
2KJ3520 - 77777 - 77 Q1
666
2.2
220
6 080
-
0.32 283176/425
2KJ3520 - 77777 - 77 P1
581
2.5
220
6 080
-
0.36 188784/325
2KJ3520 - 77777 - 77 N1
536
2.7
220
6 080
-
0.19 243846/455
2KJ3520 - 77777 - 77 M1
466
3.1
220
6 080
-
0.22 114057/245
2KJ3520 - 77777 - 77 L1
405
3.6
220
6 080
-
0.23 70794/175
2KJ3520 - 77777 - 77 K1
365
4.0
220
6 080
-
0.29 51129/140
2KJ3520 - 77777 - 77 J1
343.72 4.2
220
6 080
-
0.35 204516/595
2KJ3520 - 77777 - 77 H1
329.29 4.4
220
6 080
-
0.32 699732/2125
2KJ3520 - 77777 - 77 G1
287.07 5.1
220
6 080
-
0.37 466488/1625
2KJ3520 - 77777 - 77 F1
264.86 5.5
220
6 080
-
0.19 602547/2275
2KJ3520 - 77777 - 77 E1
230.07 6.3
220
6 080
-
0.22 563673/2450
2KJ3520 - 77777 - 77 D1
199.92 7.3
220
6 080
-
0.23 174933/875
2KJ3520 - 77777 - 77 C1
180.49 8.0
220
6 080
-
0.30 252681/1400
2KJ3520 - 77777 - 77 B1
169.87 8.5
220
6 080
-
0.35 505362/2975
2KJ3520 - 77777 - 77 A1
1) Only in conjunction with reduced-backlash version
Siemens MD 50.1 · 2017
5/63
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Transmission ratios and torques for very low speeds
Selection and ordering data (continued)
i
n2
T2N
FR2
1)
JG
Rex
-
rpm
Nm
N
`
10-4 kgm² -
K.49-D19
9 641
0.15
420
7 820
-
0.08 67488/7
8 630
0.17
420
7 820
-
0.11 8638464/1001
7 663
0.19
420
7 820
-
0.13 697376/91
7 074
0.20
420
7 820
-
0.16 8368512/1183
6 145
0.24
420
7 820
-
0.17 3914304/637
5 340
0.27
420
7 820
-
0.18 2429568/455
4 821
0.30
420
7 820
-
0.22 33744/7
4 537
0.32
420
7 820
-
0.26 539904/119
3 955
0.37
420
7 820
-
0.29 359936/91
5
K.49-Z19
3 866
0.38
420
7 820
-
0.02 150784/39
3 424
0.42
420
7 820
-
0.03 222528/65
2 975
0.49
420
7 820
-
0.04 193344/65
2 704
0.54
420
7 820
-
0.05 386688/143
2 301
0.63
420
7 820
-
0.07 149568/65
2 092
0.69
420
7 820
-
0.08 299136/143
1 824
0.79
420
7 820
-
0.09 1824/1
1 633
0.89
420
7 820
-
0.12 233472/143
1 450
1.0
420
7 820
-
0.15 18848/13
1 338
1.1
420
7 820
-
0.18 226176/169
1 163
1.2
420
7 820
-
0.20 105792/91
1 010
1.4
420
7 820
-
0.21 65664/65
912
1.6
420
7 820
-
0.27 912/1
858
1.7
420
7 820
-
0.32 14592/17
748
1.9
420
7 820
-
0.36 9728/13
690
2.1
420
7 820
-
0.19 188480/273
600
2.4
420
7 820
-
0.22 88160/147
521
2.8
420
7 820
-
0.23 3648/7
470
3.1
420
7 820
-
0.30 9880/21
443
3.3
420
7 820
-
0.35 158080/357
437
3.3
420
7 820
-
0.27 24453/56
411
3.5
420
7 820
-
0.32 48906/119
358
4.1
420
7 820
-
0.37 2508/7
330.56 4.4
420
7 820
-
0.20 32395/98
287.15 5.0
420
7 820
-
0.23 393965/1372
249.52 5.8
420
7 820
-
0.24 24453/98
225.26 6.4
420
7 820
-
0.31 176605/784
212.01 6.8
420
7 820
-
0.37 176605/833
1) Only in conjunction with reduced-backlash version
Motor frame size
Article No.
63 71 80 90 100 112 132 160
2KJ3523 - 77777 - 77 J1 2KJ3523 - 77777 - 77 H1 2KJ3523 - 77777 - 77 G1 2KJ3523 - 77777 - 77 F1 2KJ3523 - 77777 - 77 E1 2KJ3523 - 77777 - 77 D1 2KJ3523 - 77777 - 77 C1 2KJ3523 - 77777 - 77 B1 2KJ3523 - 77777 - 77 A1
2KJ3522 - 77777 - 77 G2 2KJ3522 - 77777 - 77 F2 2KJ3522 - 77777 - 77 E2 2KJ3522 - 77777 - 77 D2 2KJ3522 - 77777 - 77 C2 2KJ3522 - 77777 - 77 B2 2KJ3522 - 77777 - 77 A2 2KJ3522 - 77777 - 77 W1 2KJ3522 - 77777 - 77 V1 2KJ3522 - 77777 - 77 U1 2KJ3522 - 77777 - 77 T1 2KJ3522 - 77777 - 77 S1 2KJ3522 - 77777 - 77 R1 2KJ3522 - 77777 - 77 Q1 2KJ3522 - 77777 - 77 P1 2KJ3522 - 77777 - 77 N1 2KJ3522 - 77777 - 77 M1 2KJ3522 - 77777 - 77 L1 2KJ3522 - 77777 - 77 K1 2KJ3522 - 77777 - 77 J1 2KJ3522 - 77777 - 77 H1 2KJ3522 - 77777 - 77 G1 2KJ3522 - 77777 - 77 F1 2KJ3522 - 77777 - 77 E1 2KJ3522 - 77777 - 77 D1 2KJ3522 - 77777 - 77 C1 2KJ3522 - 77777 - 77 B1 2KJ3522 - 77777 - 77 A1
5/64
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Transmission ratios and torques for very low speeds
Selection and ordering data (continued)
i
n2
T2N
FR2
1)
JG
Rex
-
rpm
Nm
N
`
10-4 kgm² -
Motor frame size
Article No.
63 71 80 90 100 112 132 160
K.69-D19
9 641
0.15
600 10 800
-
0.08 67488/7
2KJ3525 - 77777 - 77 J1
8 630
0.17
600 10 800
-
0.11 8638464/1001
2KJ3525 - 77777 - 77 H1
7 663
0.19
600 10 800
-
0.13 697376/91
2KJ3525 - 77777 - 77 G1
7 074
0.20
600 10 800
-
0.16 8368512/1183
2KJ3525 - 77777 - 77 F1
6 145
0.24
600 10 800
-
0.17 3914304/637
2KJ3525 - 77777 - 77 E1
5 340
0.27
600 10 800
-
0.18 2429568/455
2KJ3525 - 77777 - 77 D1
4 821
0.30
600 10 800
-
0.22 33744/7
2KJ3525 - 77777 - 77 C1
4 537
0.32
600 10 800
-
0.26 539904/119
2KJ3525 - 77777 - 77 B1
3 955
0.37
600 10 800
-
K.69-Z19
0.29 359936/91
2KJ3525 - 77777 - 77 A1
5
3 866
0.38
600 10 800
-
0.02 150784/39
2KJ3524 - 77777 - 77 F2
3 424
0.42
600 10 800
-
0.03 222528/65
2KJ3524 - 77777 - 77 E2
2 975
0.49
600 10 800
-
0.04 193344/65
2KJ3524 - 77777 - 77 D2
2 704
0.54
600 10 800
-
0.05 386688/143
2KJ3524 - 77777 - 77 C2
2 301
0.63
600 10 800
-
0.07 149568/65
2KJ3524 - 77777 - 77 B2
2 092
0.69
600 10 800
-
0.08 299136/143
2KJ3524 - 77777 - 77 A2
1 824
0.79
600 10 800
-
0.10 1824/1
2KJ3524 - 77777 - 77 W1
1 633
0.89
600 10 800
-
0.13 233472/143
2KJ3524 - 77777 - 77 V1
1 450
1.0
600 10 800
-
0.15 18848/13
2KJ3524 - 77777 - 77 U1
1 338
1.1
600 10 800
-
0.18 226176/169
2KJ3524 - 77777 - 77 T1
1 163
1.2
600 10 800
-
0.21 105792/91
2KJ3524 - 77777 - 77 S1
1 010
1.4
600 10 800
-
0.21 65664/65
2KJ3524 - 77777 - 77 R1
912
1.6
600 10 800
-
0.27 912/1
2KJ3524 - 77777 - 77 Q1
858
1.7
600 10 800
-
0.32 14592/17
2KJ3524 - 77777 - 77 P1
748
1.9
600 10 800
-
0.37 9728/13
2KJ3524 - 77777 - 77 N1
690
2.1
600 10 800
-
0.20 188480/273
2KJ3524 - 77777 - 77 M1
600
2.4
600 10 800
-
0.23 88160/147
2KJ3524 - 77777 - 77 L1
521
2.8
600 10 800
-
0.24 3648/7
2KJ3524 - 77777 - 77 K1
470
3.1
600 10 800
-
0.31 9880/21
2KJ3524 - 77777 - 77 J1
443
3.3
600 10 800
-
0.37 158080/357
2KJ3524 - 77777 - 77 H1
419
3.5
600 10 800
-
0.38 147136/351
2KJ3524 - 77777 - 77 G1
387
3.7
600 10 800
-
0.22 2850760/7371
2KJ3524 - 77777 - 77 F1
335.96 4.3
600 10 800
-
0.25 1333420/3969
2KJ3524 - 77777 - 77 E1
291.94 5.0
600 10 800
-
0.27 18392/63
2KJ3524 - 77777 - 77 D1
263.55 5.5
600 10 800
-
0.35 149435/567
2KJ3524 - 77777 - 77 C1
248.05 5.8
600 10 800
-
0.41 2390960/9639
2KJ3524 - 77777 - 77 B1
216.25 6.7
600 10 800
-
0.48 367840/1701
2KJ3524 - 77777 - 77 A1
1) Only in conjunction with reduced-backlash version
Siemens MD 50.1 · 2017
5/65
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Transmission ratios and torques for very low speeds
Selection and ordering data (continued)
i
n2
T2N
FR2
1)
JG
Rex
-
rpm
Nm
N
`
10-4 kgm² -
K.79-D19
9 522
0.15
820 13 900
-
0.13 1485365/156
8 789
0.16
820 13 900
-
0.16 1485365/169
7 635
0.19
820 13 900
-
0.17 198505/26
6 634
0.22
820 13 900
-
0.18 86247/13
5 989
0.24
820 13 900
-
0.22 47915/8
5 637
0.26
820 13 900
-
0.26 95830/17
4 914
0.30
820 13 900
-
0.29 191660/39
K.79-Z19
5
4 804
0.30
820 13 900
-
4 254
0.34
820 13 900
-
0.02 562030/117 0.03 110593/26
3 696
0.39
820 13 900
-
0.04 96089/26
3 360
0.43
820 13 900
-
0.05 480445/143
2 859
0.51
820 13 900
-
0.07 74333/26
2 599
0.56
820 13 900
-
0.08 371665/143
2 266
0.64
820 13 900
-
0.10 9065/4
2 029
0.71
820 13 900
-
0.13 290080/143
1 801
0.81
820 13 900
-
0.15 281015/156
1 663
0.87
820 13 900
-
0.18 281015/169
1 444
1.0
820 13 900
-
0.21 37555/26
1 255
1.2
820 13 900
-
0.21 16317/13
1 133
1.3
820 13 900
-
0.27 9065/8
1 066
1.4
820 13 900
-
0.32 18130/17
930
1.6
820 13 900
-
0.37 36260/39
858
1.7
820 13 900
-
0.20 200725/234
745
1.9
820 13 900
-
0.23 26825/36
648
2.2
820 13 900
-
0.24 1295/2
585
2.5
820 13 900
-
0.31 84175/144
550
2.6
820 13 900
-
0.37 84175/153
521
2.8
820 13 900
-
0.38 1096865/2106
481
3.0
820 13 900
-
0.22 24287725/50544
417
3.5
820 13 900
-
0.25 3245825/7776
363
4.0
820 13 900
-
0.27 156695/432
327.46 4.4
820 13 900
-
0.35 10185175/31104
308.19 4.7
820 13 900
-
0.41 10185175/33048
268.68 5.4
820 13 900
-
0.48 783475/2916
1) Only in conjunction with reduced-backlash version
Motor frame size
Article No.
63 71 80 90 100 112 132 160
2KJ3527 - 77777 - 77 G1 2KJ3527 - 77777 - 77 F1 2KJ3527 - 77777 - 77 E1 2KJ3527 - 77777 - 77 D1 2KJ3527 - 77777 - 77 C1 2KJ3527 - 77777 - 77 B1 2KJ3527 - 77777 - 77 A1
2KJ3526 - 77777 - 77 F2 2KJ3526 - 77777 - 77 E2 2KJ3526 - 77777 - 77 D2 2KJ3526 - 77777 - 77 C2 2KJ3526 - 77777 - 77 B2 2KJ3526 - 77777 - 77 A2 2KJ3526 - 77777 - 77 W1 2KJ3526 - 77777 - 77 V1 2KJ3526 - 77777 - 77 U1 2KJ3526 - 77777 - 77 T1 2KJ3526 - 77777 - 77 S1 2KJ3526 - 77777 - 77 R1 2KJ3526 - 77777 - 77 Q1 2KJ3526 - 77777 - 77 P1 2KJ3526 - 77777 - 77 N1 2KJ3526 - 77777 - 77 M1 2KJ3526 - 77777 - 77 L1 2KJ3526 - 77777 - 77 K1 2KJ3526 - 77777 - 77 J1 2KJ3526 - 77777 - 77 H1 2KJ3526 - 77777 - 77 G1 2KJ3526 - 77777 - 77 F1 2KJ3526 - 77777 - 77 E1 2KJ3526 - 77777 - 77 D1 2KJ3526 - 77777 - 77 C1 2KJ3526 - 77777 - 77 B1 2KJ3526 - 77777 - 77 A1
5/66
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Transmission ratios and torques for very low speeds
Selection and ordering data (continued)
i
n2
T2N
FR2
1)
JG
Rex
-
rpm
Nm
N
`
10-4 kgm² -
Motor frame size
Article No.
63 71 80 90 100 112 132 160
K.89-D39
9 761 0.15 1 600 18 100
-
0.17 1577036825/161568
2KJ3530 - 77777 - 77 E1
9 010 0.16 1 600 18 100
-
0.21 121310525/13464
2KJ3530 - 77777 - 77 D1
7 888 0.18 1 600 18 100
-
0.25 6436885/816
2KJ3530 - 77777 - 77 C1
6 916 0.21 1 600 18 100
-
0.23 279360809/40392
2KJ3530 - 77777 - 77 B1
6 275 0.23 1 600 18 100
-
0.33 225290975/35904
2KJ3530 - 77777 - 77 A1
K.89-Z39
6 101 0.24 1 600 18 100
-
0.06 86972795/14256
2KJ3528 - 77777 - 77 F2
5 425 0.27 1 600 18 100
-
0.07 8592493/1584
2KJ3528 - 77777 - 77 E2
4 763 0.30 1 600 18 100
-
4 330 0.33 1 600 18 100
-
0.08 209573/44 0.10 1047865/242
2KJ3528 - 77777 - 77 D2 2KJ3528 - 77777 - 77 C2
5
3 705 0.39 1 600 18 100
-
0.12 1467011/396
2KJ3528 - 77777 - 77 B2
3 368 0.43 1 600 18 100
-
0.14 7335055/2178
2KJ3528 - 77777 - 77 A2
2 977 0.49 1 600 18 100
-
0.17 1047865/352
2KJ3528 - 77777 - 77 W1
2 706 0.54 1 600 18 100
-
0.22 5239325/1936
2KJ3528 - 77777 - 77 V1
2 370 0.61 1 600 18 100
-
0.26 45058195/19008
2KJ3528 - 77777 - 77 U1
2 188 0.66 1 600 18 100
-
0.31 3466015/1584
2KJ3528 - 77777 - 77 T1
1 937 0.75 1 600 18 100
-
0.36 6137495/3168
2KJ3528 - 77777 - 77 S1
1 612 0.90 1 600 18 100
-
0.48 13622245/8448
2KJ3528 - 77777 - 77 R1
1 518 0.96 1 600 18 100
-
0.56 13622245/8976
2KJ3528 - 77777 - 77 Q1
1 360 1.1
1 600 18 100
-
0.61 38771005/28512
2KJ3528 - 77777 - 77 P1
1 158 1.3
1 600 18 100
-
0.79 7335055/6336
2KJ3528 - 77777 - 77 N1
992 1.5
1 600 18 100
-
1.04 1047865/1056
2KJ3528 - 77777 - 77 M1
854 1.7
1 600 18 100
-
1.32 32483815/38016
2KJ3528 - 77777 - 77 L1
705 2.1
1 600 18 100
-
0.61 45656975/64768
2KJ3528 - 77777 - 77 K1
663 2.2
1 600 18 100
-
0.70 45656975/68816
2KJ3528 - 77777 - 77 J1
594 2.4
1 600 18 100
-
0.79 129946775/218592
2KJ3528 - 77777 - 77 H1
506 2.9
1 600 18 100
-
1.04 24584525/48576
2KJ3528 - 77777 - 77 G1
476 3.0
1 600 18 100
-
0.65 84791525/178112
2KJ3528 - 77777 - 77 F1
448 3.2
1 600 18 100
-
0.75 84791525/189244
2KJ3528 - 77777 - 77 E1
401 3.6
1 600 18 100
-
0.85 241329725/601128
2KJ3528 - 77777 - 77 D1
341.78 4.2
1 600 18 100
-
1.12 45656975/133584
2KJ3528 - 77777 - 77 C1
292.96 4.9
1 600 18 100
-
1.48 6522425/22264
2KJ3528 - 77777 - 77 B1
252.27 5.7
1 600 18 100
-
1.92 202195175/801504
2KJ3528 - 77777 - 77 A1
1) Only in conjunction with reduced-backlash version
Update 02/2018
Siemens MD 50.1 · 2017
5/67
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Transmission ratios and torques for very low speeds
Selection and ordering data (continued)
i
n2
T2N
FR2
1)
JG
Rex
-
rpm
Nm
N
`
10-4 kgm² -
Motor frame size
Article No.
63 71 80 90 100 112 132 160
K.109-D39
13 352
0.11 2 900 24 500 -
0.12 57881096/4335
2KJ3532 - 77777 - 77 G1
11 918
0.12 2 900 24 500 -
0.15 2083719456/174845
2KJ3532 - 77777 - 77 F1
10 621
0.14 2 900 24 500 -
0.17 101291918/9537
2KJ3532 - 77777 - 77 E1
9 804
0.15 2 900 24 500 -
0.21 31166744/3179
2KJ3532 - 77777 - 77 D1
8 583
0.17 2 900 24 500 -
0.25 12403092/1445
2KJ3532 - 77777 - 77 C1
7 526
0.19 2 900 24 500 -
0.23 1794313976/238425
2KJ3532 - 77777 - 77 B1
6 828
0.21 2 900 24 500 -
0.33 21705411/3179
2KJ3532 - 77777 - 77 A1
K.109-Z39
5
6 638 5 903
0.22 2 900 24 500 0.25 2 900 24 500 -
0.06 55861988/8415 0.07 27594476/4675
2KJ3531 - 77777 - 77 F2 2KJ3531 - 77777 - 77 F2
5 183
0.28 2 900 24 500 -
0.08 24229296/4675
2KJ3531 - 77777 - 77 E2
4 712
0.31 2 900 24 500 -
0.10 48458592/10285
2KJ3531 - 77777 - 77 D2
4 031
0.36 2 900 24 500 -
0.12 18845008/4675
2KJ3531 - 77777 - 77 C2
3 665
0.40 2 900 24 500 -
0.14 37690016/10285
2KJ3531 - 77777 - 77 B2
3 239
0.45 2 900 24 500 -
0.17 3028662/935
2KJ3531 - 77777 - 77 A2
2 945
0.49 2 900 24 500 -
0.23 6057324/2057
2KJ3531 - 77777 - 77 W1
2 579
0.56 2 900 24 500 -
0.26 7235137/2805
2KJ3531 - 77777 - 77 V1
2 381
0.61 2 900 24 500 -
0.31 2226196/935
2KJ3531 - 77777 - 77 U1
2 108
0.69 2 900 24 500 -
0.36 1971034/935
2KJ3531 - 77777 - 77 T1
1 755
0.83 2 900 24 500 -
0.48 6562101/3740
2KJ3531 - 77777 - 77 S1
1 651
0.88 2 900 24 500 -
0.57 26248404/15895
2KJ3531 - 77777 - 77 R1
1 480
0.98 2 900 24 500 -
0.62 12451166/8415
2KJ3531 - 77777 - 77 Q1
1 260
1.2
2 900 24 500 -
0.80 1177813/935
2KJ3531 - 77777 - 77 P1
1 080
1.3
2 900 24 500 -
1.05 1009554/935
2KJ3531 - 77777 - 77 N1
930
1.6
2 900 24 500 -
1.34 5216029/5610
2KJ3531 - 77777 - 77 M1
767
1.9
2 900 24 500 -
0.63 13196313/17204
2KJ3531 - 77777 - 77 L1
722
2.0
2 900 24 500 -
0.73 52785252/73117
2KJ3531 - 77777 - 77 K1
647
2.2
2 900 24 500 -
0.83 8346386/12903
2KJ3531 - 77777 - 77 J1
551
2.6
2 900 24 500 -
1.09 2368569/4301
2KJ3531 - 77777 - 77 H1
519
2.8
2 900 24 500 -
1.40 88672493/170775
2KJ3531 - 77777 - 77 G1
428
3.4
2 900 24 500 -
0.73 24926369/58190
2KJ3531 - 77777 - 77 F1
403
3.6
2 900 24 500 -
0.84 11730056/29095
2KJ3531 - 77777 - 77 E1
361
4.0
2 900 24 500 -
0.97 283777124/785565
2KJ3531 - 77777 - 77 D1
307.54 4.7
2 900 24 500 -
1.28 26843782/87285
2KJ3531 - 77777 - 77 C1
263.61 5.5
2 900 24 500 -
1.70 7669652/29095
2KJ3531 - 77777 - 77 B1
227
6.4
2 900 24 500 -
2.20 59439803/261855
2KJ3531 - 77777 - 77 A1
1) Only in conjunction with reduced-backlash version
5/68
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Transmission ratios and torques for very low speeds
Selection and ordering data (continued)
i
n2
T2N
FR2
1)
JG
Rex
-
rpm
Nm
N
`
10-4 kgm² -
Motor frame size
Article No.
63 71 80 90 100 112 132 160
K.129-D39
14 490 0.10
4 400 40 000 -
0.09 2494142287/172125
2KJ3534 - 77777 - 77 H1
13 173 0.11
4 400 40 000 -
0.10 4988284574/378675
2KJ3534 - 77777 - 77 G1
11 550 0.13
4 400 40 000 -
0.12 1192850659/103275
2KJ3534 - 77777 - 77 F1
10 309 0.14
4 400 40 000 -
0.15 433763876/42075
2KJ3534 - 77777 - 77 E1
9 188 0.16
4 400 40 000 -
0.18 759086783/82620
2KJ3534 - 77777 - 77 D1
8 481 0.17
4 400 40 000 -
0.21 58391291/6885
2KJ3534 - 77777 - 77 C1
7 425 0.20
4 400 40 000 -
0.25 170407237/22950
2KJ3534 - 77777 - 77 B1
6 510 0.22
4 400 40 000 -
0.23 3361670039/516375
2KJ3534 - 77777 - 77 A1
K.129-Z39
5 743 0.25
4 400 37 600 -
0.06 209316289/36450
2KJ3533 - 77777 - 77 A2
5
5 106 0.28
4 400 37 600 -
0.07 103397203/20250
2KJ3533 - 77777 - 77 X1
4 483 0.32
4 400 37 600 -
0.09 5043766/1125
2KJ3533 - 77777 - 77 W1
4 076 0.36
4 400 37 600 -
0.11 10087532/2475
2KJ3533 - 77777 - 77 V1
3 487 0.42
4 400 37 600 -
0.13 35306362/10125
2KJ3533 - 77777 - 77 U1
3 170 0.46
4 400 37 600 -
0.15 70612724/22275
2KJ3533 - 77777 - 77 T1
2 802 0.52
4 400 37 600 -
0.18 2521883/900
2KJ3533 - 77777 - 77 S1
2 547 0.57
4 400 37 600 -
0.24 2521883/990
2KJ3533 - 77777 - 77 R1
2 231 0.65
4 400 37 600 -
0.28 108440969/48600
2KJ3533 - 77777 - 77 Q1
2 060 0.70
4 400 37 600 -
0.33 8341613/4050
2KJ3533 - 77777 - 77 P1
1 824 0.79
4 400 37 600 -
0.39 14771029/8100
2KJ3533 - 77777 - 77 N1
1 518 0.96
4 400 37 600 -
0.53 32784479/21600
2KJ3533 - 77777 - 77 M1
1 429 1.0
4 400 37 600 -
0.61 32784479/22950
2KJ3533 - 77777 - 77 L1
1 280 1.1
4 400 37 600 -
0.68 93309671/72900
2KJ3533 - 77777 - 77 K1
1 090 1.3
4 400 37 600 -
0.88 17653181/16200
2KJ3533 - 77777 - 77 J1
934 1.6
4 400 37 600 -
1.16 2521883/2700
2KJ3533 - 77777 - 77 H1
804 1.8
4 400 37 600 -
1.48 78178373/97200
2KJ3533 - 77777 - 77 G1
664 2.2
4 400 37 600 -
0.85 21976409/33120
2KJ3533 - 77777 - 77 F1
625 2.3
4 400 37 600 -
0.98 21976409/35190
2KJ3533 - 77777 - 77 E1
560 2.6
4 400 37 600 -
1.13 62548241/111780
2KJ3533 - 77777 - 77 D1
476 3.0
4 400 37 600 -
1.51 11833451/24840
2KJ3533 - 77777 - 77 C1
408 3.6
4 400 37 600 -
2.00 1690493/4140
2KJ3533 - 77777 - 77 B1
352 4.1
4 400 37 600 -
2.60 52405283/149040
2KJ3533 - 77777 - 77 A1
1) Only in conjunction with reduced-backlash version
Siemens MD 50.1 · 2017
5/69
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Transmission ratios and torques for very low speeds
Selection and ordering data (continued)
i
n2
T2N
FR2
1)
JG
Rex
-
rpm
Nm
N
`
10-4 kgm² -
K.149-D49
13 575
0.11 8 000 65 000 -
0.12 23891273/1760
12 341
0.12 8 000 65 000 -
0.14 23891273/1936
10 908
0.13 8 000 65 000 -
0.17 30717351/2816
9 917
0.15 8 000 65 000 -
0.22 153586755/15488
8 686
0.17 8 000 65 000 -
0.26 146760677/16896
8 018
0.18 8 000 65 000 -
0.31 146760677/18304
7 099
0.20 8 000 65 000 -
0.37 19990657/2816
5 909
0.25 8 000 65 000 -
0.50 133108521/22528
5
5 561 4 983
0.26 8 000 65 000 0.29 8 000 65 000 -
0.59 7829913/1408 0.66 126282443/25344
4 242
0.34 8 000 65 000 -
0.86 23891273/5632
K.149-Z49
4 149
0.35 8 000 65 000 -
0.18 58423197/14080
3 772
0.38 8 000 65 000 -
0.22 58423197/15488
3 208
0.45 8 000 65 000 -
0.28 9034515/2816
2 917
0.5
8 000 65 000 -
0.34 45172575/15488
2 602
0.56 8 000 65 000 -
0.39 14655991/5632
2 333
0.62 8 000 65 000 -
0.47 9034515/3872
2 103
0.69 8 000 65 000 -
0.55 11845253/5632
1 941
0.75 8 000 65 000 -
0.66 35535759/18304
1 772
0.82 8 000 65 000 -
0.78 2495247/1408
1 470
0.99 8 000 65 000 -
1.00 3011505/2048
1 384
1.0
8 000 65 000 -
1.16 3011505/2176
1 307
1.1
8 000 65 000 -
1.31 1003835/768
1 112
1.3
8 000 65 000 -
1.62 7829913/7040
953
1.5
8 000 65 000 -
2.00 29512749/30976
838
1.7
8 000 65 000 -
2.50 9436049/11264
707
2.1
8 000 65 000 -
3.20 497553/704
616
2.4
8 000 65 000 -
4.20 5420709/8800
608
2.4
8 000 65 000 -
1.81 826413/1360
574
2.5
8 000 65 000 -
2.00 275471/480
488
3.0
8 000 65 000 -
2.60 10743369/22000
418
3.5
8 000 65 000 -
3.40 40494237/96800
368
3.9
8 000 65 000 -
4.30 12947137/35200
310.31 4.7
8 000 65 000 -
5.70 682689/2200
270.46 5.4
8 000 65 000 -
7.50 7437717/27500
1) Only in conjunction with reduced-backlash version
Motor frame size
Article No.
63 71 80 90 100 112 132 160
2KJ3536 - 77777 - 77 L1 2KJ3536 - 77777 - 77 K1 2KJ3536 - 77777 - 77 J1 2KJ3536 - 77777 - 77 H1 2KJ3536 - 77777 - 77 G1 2KJ3536 - 77777 - 77 F1 2KJ3536 - 77777 - 77 E1 2KJ3536 - 77777 - 77 D1 2KJ3536 - 77777 - 77 C1 2KJ3536 - 77777 - 77 B1 2KJ3536 - 77777 - 77 A1
2KJ3535 - 77777 - 77 B2 2KJ3535 - 77777 - 77 A2 2KJ3535 - 77777 - 77 X1 2KJ3535 - 77777 - 77 W1 2KJ3535 - 77777 - 77 V1 2KJ3535 - 77777 - 77 U1 2KJ3535 - 77777 - 77 T1 2KJ3535 - 77777 - 77 S1 2KJ3535 - 77777 - 77 R1 2KJ3535 - 77777 - 77 Q1 2KJ3535 - 77777 - 77 P1 2KJ3535 - 77777 - 77 N1 2KJ3535 - 77777 - 77 M1 2KJ3535 - 77777 - 77 L1 2KJ3535 - 77777 - 77 K1 2KJ3535 - 77777 - 77 J1 2KJ3535 - 77777 - 77 H1 2KJ3535 - 77777 - 77 G1 2KJ3535 - 77777 - 77 F1 2KJ3535 - 77777 - 77 E1 2KJ3535 - 77777 - 77 D1 2KJ3535 - 77777 - 77 C1 2KJ3535 - 77777 - 77 B1 2KJ3535 - 77777 - 77 A1
5/70
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Transmission ratios and torques for very low speeds
Selection and ordering data (continued)
i
n2
T2N
FR2
1)
JG
Rex
-
rpm
Nm
N
`
10-4 kgm² -
Motor frame size
Article No.
63 71 80 90 100 112 132 160
K.169-D49
14 931
0.10 13 000 70 000 -
0.22 315340973/21120
2KJ3538 - 77777 - 77 H1
13 078
0.11 13 000 70 000 -
0.26 13559661839/1036800
2KJ3538 - 77777 - 77 G1
12 072
0.12 13 000 70 000 -
0.31 13559661839/1123200
2KJ3538 - 77777 - 77 F1
10 689
0.14 13 000 70 000 -
0.38 12928979893/1209600
2KJ3538 - 77777 - 77 E1
8 896
0.16 13 000 70 000 -
0.51 4099432649/460800
2KJ3538 - 77777 - 77 D1
8 373
0.17 13 000 70 000 -
0.59 241143097/28800
2KJ3538 - 77777 - 77 C1
7 502
0.19 13 000 70 000 -
0.66 11667616001/1555200
2KJ3538 - 77777 - 77 B1
6 387
0.23 13 000 70 000 -
0.86 2207386811/345600
2KJ3538 - 77777 - 77 A1
K.169-Z49
6 248
0.23 13 000 70 000 -
0.19 1799298493/288000
2KJ3537 - 77777 - 77 C2
5
5 680
0.26 13 000 70 000 -
0.23 1799298493/316800
2KJ3537 - 77777 - 77 B2
4 831
0.30 13 000 70 000 -
0.28 18549469/3840
2KJ3537 - 77777 - 77 A2
4 391
0.33 13 000 70 000 -
0.34 18549469/4224
2KJ3537 - 77777 - 77 X1
3 918
0.37 13 000 70 000 -
0.40 1354111237/345600
2KJ3537 - 77777 - 77 W1
3 513
0.41 13 000 70 000 -
0.48 18549469/5280
2KJ3537 - 77777 - 77 V1
3 167
0.46 13 000 70 000 -
0.57 1094418671/345600
2KJ3537 - 77777 - 77 U1
2 923
0.50 13 000 70 000 -
0.67 1094418671/374400
2KJ3537 - 77777 - 77 T1
2 668
0.54 13 000 70 000 -
0.80 537934601/201600
2KJ3537 - 77777 - 77 S1
2 214
0.65 13 000 70 000 -
1.03 204044159/92160
2KJ3537 - 77777 - 77 R1
2 084
0.70 13 000 70 000 -
1.19 204044159/97920
2KJ3537 - 77777 - 77 Q1
1 968
0.74 13 000 70 000 -
1.35 204044159/103680
2KJ3537 - 77777 - 77 P1
1 675
0.87 13 000 70 000 -
1.67 241143097/144000
2KJ3537 - 77777 - 77 N1
1 435
1.0
13 000 70 000 -
2.10 908923981/633600
2KJ3537 - 77777 - 77 M1
1 261
1.1
13 000 70 000 -
2.60 871825043/691200
2KJ3537 - 77777 - 77 L1
1 064
1.4
13 000 70 000 -
3.30 352439911/331200
2KJ3537 - 77777 - 77 K1
927
1.6
13 000 70 000 -
4.40 18549469/20000
2KJ3537 - 77777 - 77 J1
915
1.6
13 000 70 000 -
1.98 279967567/306000
2KJ3537 - 77777 - 77 H1
864
1.7
13 000 70 000 -
2.20 279967567/324000
2KJ3537 - 77777 - 77 G1
735
2.0
13 000 70 000 -
2.90 330870761/450000
2KJ3537 - 77777 - 77 F1
630
2.3
13 000 70 000 -
3.80 1247128253/1980000
2KJ3537 - 77777 - 77 E1
554
2.6
13 000 70 000 -
4.70 1196225059/2160000
2KJ3537 - 77777 - 77 D1
467
3.1
13 000 70 000 -
6.30 483580343/1035000
2KJ3537 - 77777 - 77 C1
416
3.5
13 000 70 000 -
6.90 25840171/62100
2KJ3537 - 77777 - 77 B1
363
4.0
13 000 70 000 -
9.10 1360009/3750
2KJ3537 - 77777 - 77 A1
1) Only in conjunction with reduced-backlash version
Siemens MD 50.1 · 2017
5/71
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Transmission ratios and torques for very low speeds
Selection and ordering data (continued)
i
n2
T2N
FR2
1)
JG
Rex
-
rpm
Nm
N
`
10-4 kgm² -
K.189-D69
13 345
0.11 19 500 104 000 -
0.26 840736/63
12 318
0.12 19 500 104 000 -
0.32 258688/21
10 907
0.13 19 500 104 000 -
0.38 1603264/147
9 078
0.16 19 500 104 000 -
0.52 63544/7
8 544
0.17 19 500 104 000 -
0.61 1016704/119
7 655
0.19 19 500 104 000 -
0.67 1446848/189
6 517
0.22 19 500 104 000 -
0.89 19552/3
K.189-Z69
5
6 375 5 795
0.23 19 500 104 000 0.25 19 500 104 000 -
0.21 3793088/595 0.26 7586176/1309
4 929
0.29 19 500 104 000 -
0.32 586560/119
4 481
0.32 19 500 104 000 -
0.39 5865600/1309
3 998
0.36 19 500 104 000 -
0.46 1427296/357
3 585
0.40 19 500 104 000 -
0.56 4692480/1309
3 231
0.45 19 500 104 000 -
0.66 1153568/357
2 983
0.49 19 500 104 000 -
0.78 354944/119
2 723
0.53 19 500 104 000 -
0.93 2268032/833
2 259
0.64 19 500 104 000 -
1.23 268840/119
2 126
0.68 19 500 104 000 -
1.41 4301440/2023
2 008
0.72 19 500 104 000 -
1.59 2150720/1071
1 709
0.85 19 500 104 000 -
2.0 1016704/595
1 464
0.99 19 500 104 000 -
2.5 273728/187
1 287
1.1
19 500 104 000 -
3.2 459472/357
1 086
1.3
19 500 104 000 -
4.1 2971904/2737
946
1.5
19 500 104 000 -
5.5 2815488/2975
889
1.6
19 500 104 000 -
3.1 3128320/3519
756
1.9
19 500 104 000 -
4.0 16267264/21505
648
2.2
19 500 104 000 -
5.3 30657536/47311
570
2.5
19 500 104 000 -
6.7 7351552/12903
481
3.0
19 500 104 000 -
9.1 47550464/98923
419
3.5
19 500 104 000 -
12
45047808/107525
384
3.8
19 500 104 000 -
11
37948928/98923
334.36 4.3
19 500 104 000 -
14
35951616/107525
1) Only in conjunction with reduced-backlash version
Motor frame size
Article No.
63 71 80 90 100 112 132 160
2KJ3541 - 77777 - 77 G1 2KJ3541 - 77777 - 77 F1 2KJ3541 - 77777 - 77 E1 2KJ3541 - 77777 - 77 D1 2KJ3541 - 77777 - 77 C1 2KJ3541 - 77777 - 77 B1 2KJ3541 - 77777 - 77 A1
2KJ3540 - 77777 - 77 C2 2KJ3540 - 77777 - 77 B2 2KJ3540 - 77777 - 77 A2 2KJ3540 - 77777 - 77 X1 2KJ3540 - 77777 - 77 W1 2KJ3540 - 77777 - 77 V1 2KJ3540 - 77777 - 77 U1 2KJ3540 - 77777 - 77 T1 2KJ3540 - 77777 - 77 S1 2KJ3540 - 77777 - 77 R1 2KJ3540 - 77777 - 77 Q1 2KJ3540 - 77777 - 77 P1 2KJ3540 - 77777 - 77 N1 2KJ3540 - 77777 - 77 M1 2KJ3540 - 77777 - 77 L1 2KJ3540 - 77777 - 77 K1 2KJ3540 - 77777 - 77 J1 2KJ3540 - 77777 - 77 H1 2KJ3540 - 77777 - 77 G1 2KJ3540 - 77777 - 77 F1 2KJ3540 - 77777 - 77 E1 2KJ3540 - 77777 - 77 D1 2KJ3540 - 77777 - 77 C1 2KJ3540 - 77777 - 77 B1 2KJ3540 - 77777 - 77 A1
5/72
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Dimensional drawing overview
Information about dimensional drawings can be found in chapter "Introduction" on page 1/21.
Design Bevel geared motors B and K Foot-mounted design
Flange-mounted design
G_D087_XX_00195
G_D087_XX_00196
Flange-mounted design with VLplus reinforced bearing system
Size
B..19 B..29 B..39 B..49 K..39 K..49 K..69 K..79 K..89 K..109 K..129 K..149 K..169 K..189
B.F.19 B.F.29 B.F.39 B.F.49 K.F.39 K.F.49 K.F.69 K.F.79 K.F.89 K.F.109 K.F.129 K.F.149 K.F.169 K.F.189
K.F.89 K.F.109 K.F.129 K.F.149 K.F.169
Dimensions
Dimensional drawing on page
5/75
5/79
5/83
5/87
5/91
5/95
5/99
5/103
5/107
5/112 5/117
5
5/122
5/127
5/132
5/76 5/80 5/84 5/88 5/92 5/96 5/100 5/104 5/108 5/113 5/118 5/123 5/128 5/133
5/109 5/114 5/119 5/124 5/129
Housing flange design
G_D087_XX_00197
B.Z.19 B.Z.29 B.Z.39 B.Z.49 K.Z.39 K.Z.49 K.Z.69 K.Z.79 K.Z.89 K.Z.109 K.Z.129 K.Z.149 K.Z.169 K.Z.189
5/77 5/81 5/85 5/89 5/93 5/97 5/101 5/105 5/110 5/115 5/120 5/125 5/130 5/134
Update 02/2018
Siemens MD 50.1 · 2017
5/73
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Dimensions
Dimensional drawing overview (continued)
Design
Bevel geared motors B and K Shaft-mounted design
5
Bevel tandem geared motors
G_D087_XX_00198
Size
BAD.19 BAD.29 BAD.39 BAD.49 KAD.39 KAD.49 KAD.69 KAD.79 KAD.89 KAD.109 KAD.129 KAD.149 KAD.169 KAD.189
K.39-D/Z19 ... K.189-D/Z69
Dimensional drawing on page
5/78 5/82 5/86 5/90 5/94 5/98 5/102 5/106 5/111 5/116 5/121 5/126 5/131 5/135
5/136
Additional versions and options SIMOLOC assembly system
BADR29 ... BADR49 KADR39 ... BADR89
5/137 ... 5/138
Protection covers Inner contour of the flange design
BA.19 ... KA.189
5/139 ... 5/140
BF19 ... KF189 BAF19 ... KAF189
5/141
5/74
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
B..19 gearbox in a foot-mounted design
B030, BA030
B19
50 -0,5 7 11
kB k q
LBL LB
SIMOGEAR geared motors Bevel geared motors
Dimensions
90 40 47,5
90 AD 47,5
Ø20 k6
Ø20 k6
ØAC 22,5
69 30
20
31 7
50 -0,5 30
20
Ø20 k6
40
5
30
Ø6,6
65
32
4
Ø6,6
19,5
19,5
75
52,5
60
90
BA19
52 50
DR M6x16 4
6 JS9
Ø20 H7 Ø30
5
22,8
35
2,5 12,5
35
R1,6
M6 23,4
1 84
100 72
Ø20 h6
4
Motor
q AC AD1) k kB LB LBL
LA 63 133.0 117.8 124.0 343.5 388.0 160.5 205.0
71 141.0 138.8 134.0 375.5 430.5 184.5 239.5
71Z 141.0 138.8 134.0 394.5 449.5 203.5 258.5
$ ISO 4014
( DIN 332
1) AD depends on the motor options, for other dimensions see page 8/42.
LE 80 149.5 156.3 149.2 439.5 499.5 240.0 300.0
80Z 149.5 156.3 149.2 474.5 534.5 275.0 335.0
) Feather key/keyway DIN 6885-1 / Use bores only for housing flange design
Siemens MD 50.1 · 2017
5/75
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Dimensions
B.F.19 gearbox in a flange-mounted design
BF030, BAF030
BF19
50 -0,5 45°
q Ø6,6
kB k
LBL LB
47,5 11
120 40 8 3
50 -0,5 70,5 31 ØAC
22,5 Ø20 k6
5
Ø100
BAF19
80
52 50
65
40
32
4
DR M6x16 4
90
AD
10
Ø20 k6 Ø80 j6 Ø120
Ø120
6 JS9
Ø20 H7 Ø30
R1,6
5
22,8
35
35
M6 23,4
1 84
100 72
Ø20 h6
4
Motor
q AC AD1) k kB LB LBL
LA 63 133.0 117.8 124.0 343.5 388.0 160.5 205.0
71 141.0 138.8 134.0 375.5 430.5 184.5 239.5
71Z 141.0 138.8 134.0 394.5 449.5 203.5 258.5
LE 80 149.5 156.3 149.2 439.5 499.5 240.0 300.0
80Z 149.5 156.3 149.2 474.5 534.5 275.0 335.0
$ ISO 4014
( DIN 332
) Feather key/keyway DIN 6885-1 . For inner contour see page 5/141
1) AD depends on the motor options, for other dimensions see page 8/42.
/ Use bores only for foot-mounted design
5/76
Siemens MD 50.1 · 2017
© Siemens AG 2018
B.Z.19 gearbox in a housing flange design
BZ030, BAZ030
BZ19
50 -0,5
q
M6x12
kB k
LBL LB
SIMOGEAR geared motors Bevel geared motors
Dimensions
90
90
AD
47,5 47,5
3
3
11
Ø20 k6 Ø55J7 Ø82
Ø82 Ø55J7
ØAC 22,5
69
31
50 -0,5
Ø70
40
5
65
32
4
90
Ø20 k6
BAZ19 52 50
DR M6x16 4
6 JS9
Ø20 H7 Ø30
R1,6
5
22,8
35
35
M6 23,4
1 84
100 72
Ø20 h6
4
Motor
q AC AD1) k kB LB LBL
LA 63 133.0 117.8 124.0 343.5 388.0 160.5 205.0
71 141.0 138.8 134.0 375.5 430.5 184.5 239.5
71Z 141.0 138.8 134.0 394.5 449.5 203.5 258.5
$ ISO 4014
( DIN 332
1) AD depends on the motor options, for other dimensions see page 8/42.
Update 02/2018
LE 80 149.5 156.3 149.2 439.5 499.5 240.0 300.0
80Z 149.5 156.3 149.2 474.5 534.5 275.0 335.0
) Feather key/keyway DIN 6885-1 / Use bores only for foot-mounted design
Siemens MD 50.1 · 2017
5/77
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Dimensions
BAD.19 gearbox in a shaft-mounted design
BAD030
BAD19 50 -0,5
kB k q
LBL LB
AD 55,5 47,5 51,5
1,5 11
ØAC
70,5
31
50 -0,5
Ø20
100
5
Ø9
R15
BAD19 52 50
82
12 55,5
6 JS9
Ø20 H7 Ø30
R1,6
5
22,8
35
35
M6 23,4
1 84
100 72
Ø20 h6
4
Motor
q AC AD1) k kB LB LBL
LA 63 133.0 117.8 124.0 343.5 388.0 160.5 205.0
71 141.0 138.8 134.0 375.5 430.5 184.5 239.5
71Z 141.0 138.8 134.0 394.5 449.5 203.5 258.5
$ ISO 4014
( DIN 332
1) AD depends on the motor options, for other dimensions see page 8/42.
5/78
Siemens MD 50.1 · 2017
LE 80 149.5 156.3 149.2 439.5 499.5 240.0 300.0
80Z 149.5 156.3 149.2 474.5 534.5 275.0 335.0
) Feather key/keyway DIN 6885-1 / Use bores only for foot-mounted design
© Siemens AG 2018
B..29 gearbox in a foot-mounted design
B030, BA030, BAS030
B29
63 -0,5 8 11
kB k 117
LBL LB
SIMOGEAR geared motors Bevel geared motors
Dimensions
100 40 58
100 AD 58
Ø20 k6
Ø20 k6
ØAC 22,5
79 35
25
32,5 8
63 -0,5 35
25
Ø20 k6
40
5
35
Ø9
65
32
4
Ø9
25
25
90
55
70
105
BA29
62 60
BAS29
DR M6x16 4
85 60
Ø55
Ø20
u JS9
2
5
15
t
40
40
R1,6
M l9
1 105
120 93
Ød h6
4
Ød H7 Ø40
Ø20 h6
Ø20 H7
2
24
15
20
0,1x45°
139
29
25
Ø20 h6
Shaft
Motor
AC AD1) k kB LB LBL
d 20 25
LA 63 117.8 124.0 374.0 418.5 194.0 238.5
71 138.8 134.0 406.0 461.0 226.0 281.0
l9 23.4 27.6
71Z 138.8 134.0 425.0 480.0 245.0 300.0
LE 80 156.3 149.2 470.0 530.0 290.0 350.0
M M6 M10
80Z 156.3 149.2 505.0 565.0 325.0 385.0
$ ISO 4014
( DIN 332
1) AD depends on the motor options, for other dimensions see page 8/42.
t
u
22.8
6
28.3
8
90 173.8 154.2 531.5 601.5 351.5 421.5
90Z 173.8 154.2 571.5 641.5 391.5 461.5
100 198.0 170.5 588.0 666.5 408.0 486.5
100Z 198.0 170.5 623.0 701.5 443.0 521.5
) Feather key/keyway DIN 6885-1 / Use bores only for housing flange design
Siemens MD 50.1 · 2017
5/79
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Dimensions
B.F.29 gearbox in a flange-mounted design
BF030, BAF030, BAFS030
B29
63 -0,5 a1=120 45°
kB k 117 Øs
LBL LB
58 11
120 40 c1 f1
Ø20 k6 Øb1 to2
Øa1
ØAC 22,5
Ø20 k6
79
32,5
63 -0,5
5
Øe1
BAF29
80
62 60
65
40
32
4
BAFS29
DR M6x16 4
80 85 60
105
AD
10
a1=160 136
Øa1
Ø55
Øa1
45° R1,6
5
t
40
40
Øe1
24
Øs1
20
Ø20
Ø20 H7
u JS9
Ø40
M l9
1 105
120 93
Ød H7
0,1x45°
139
29
25
Ø20 h6
Ø20 h6
Ød h6
4
Flange a1
b1
c1
120
80
8
160
110
9
f1
e1
s
to2
3.0
100
6.6
j6
3.5
130
9.0
j6
Shaft d 20 25
l9
M
t
u
23.4
M6
22.8
6
27.6
M10
28.3
8
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 374.0 418.5 194.0 238.5
71 138.8 134.0 406.0 461.0 226.0 281.0
71Z 138.8 134.0 425.0 480.0 245.0 300.0
LE 80 156.3 149.2 470.0 530.0 290.0 350.0
80Z 156.3 149.2 505.0 565.0 325.0 385.0
90 173.8 154.2 531.5 601.5 351.5 421.5
90Z 173.8 154.2 571.5 641.5 391.5 461.5
100 198.0 170.5 588.0 666.5 408.0 486.5
100Z 198.0 170.5 623.0 701.5 443.0 521.5
$ ISO 4014
( DIN 332
) Feather key/keyway DIN 6885-1 . For inner contour see page 5/141
1) AD depends on the motor options, for other dimensions see page 8/42.
/ Use bores only for foot-mounted design
5/80
Siemens MD 50.1 · 2017
© Siemens AG 2018
B.Z.29 gearbox in a housing flange design
BZ030, BAZ030, BAZS030
BZ29
63 -0,5
117
M8x20
kB k
LBL LB
SIMOGEAR geared motors Bevel geared motors
Dimensions
100
58 3 11
100 AD 58
3
Ø20 k6 Ø74 j6 Ø102
Ø102 Ø74 j6
ØAC 22,5
79
32,5
63 -0,5
Ø86
40
5
65
32
4
105
Ø20 k6
BAZ29 62 60
BAZS29
DR M6x16 4
85 60
Ø55
Ø20
u JS9
5
t
40
40
M l9
1 105
120 93
Ød h6
4
R1,6
Ød H7 Ø40
Ø20 h6
Ø20 H7
24 20
0,1x45°
139
29
25
Ø20 h6
Shaft
Motor
AC AD1) k kB LB LBL
d 20 25
LA 63 117.8 124.0 374.0 418.5 194.0 238.5
71 138.8 134.0 406.0 461.0 226.0 281.0
l9 23.4 27.6
71Z 138.8 134.0 425.0 480.0 245.0 300.0
LE 80 156.3 149.2 470.0 530.0 290.0 350.0
M M6 M10
80Z 156.3 149.2 505.0 565.0 325.0 385.0
$ ISO 4014
( DIN 332
1) AD depends on the motor options, for other dimensions see page 8/42.
t
u
22.8
6
28.3
8
90 173.8 154.2 531.5 601.5 351.5 421.5
90Z 173.8 154.2 571.5 641.5 391.5 461.5
100 198.0 170.5 588.0 666.5 408.0 486.5
100Z 198.0 170.5 623.0 701.5 443.0 521.5
) Feather key/keyway DIN 6885-1 / Use bores only for foot-mounted design
Siemens MD 50.1 · 2017
5/81
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Dimensions
BAD.29 gearbox in a shaft-mounted design
BAD030, BADS030
BAD29 63 -0,5
kB k 117
LBL LB
AD
65,5
58
60
11
ØAC
79
32,5
63 -0,5
110
5
Ø11
R20
BAD29 62 60
BADS29
85 60
105
13 64
Ø25
Ø55
Ø20
u JS9
5
t
40
40
M l9
1 105
120 93
Ød h6
4
R1,6
Ød H7 Ø40
Ø20 h6
Ø20 H7
24 20
0,1x45°
139
29
25
Ø20 h6
Shaft
Motor
AC AD1) k kB LB LBL
d 20 25
LA 63 117.8 124.0 374.0 418.5 194.0 238.5
71 138.8 134.0 406.0 461.0 226.0 281.0
l9 23.4 27.6
71Z 138.8 134.0 425.0 480.0 245.0 300.0
LE 80 156.3 149.2 470.0 530.0 290.0 350.0
M M6 M10
80Z 156.3 149.2 505.0 565.0 325.0 385.0
$ ISO 4014
( DIN 332
1) AD depends on the motor options, for other dimensions see page 8/42.
5/82
Siemens MD 50.1 · 2017
t
u
22.8
6
28.3
8
90 173.8 154.2 531.5 601.5 351.5 421.5
90Z 173.8 154.2 571.5 641.5 391.5 461.5
100 198.0 170.5 588.0 666.5 408.0 486.5
100Z 198.0 170.5 623.0 701.5 443.0 521.5
) Feather key/keyway DIN 6885-1 / Use bores only for foot-mounted design
© Siemens AG 2018
B..39 gearbox in a foot-mounted design
B030, BA030, BAS030
B39
11 11
80 -0,5
kB k 148
LBL LB
SIMOGEAR geared motors Bevel geared motors
Dimensions
130
60
68
130 AD 68
Ø30 k6
Ø30 k6
ØAC
90 50
30
40 11
80 -0,5 50
29
Ø30 k6
60
5
50
Ø9
85
50
3,5
Ø9
29
30
100
80
100
120
33
DR M10x22 4
BA39 72 70
BAS39
102 70
Ø84
Ø35
u JS9
5
5
20
t
54
54
R3
M l9
1 118
140 106
Ød h6
4
Ød H7 Ø55
Ø35 h6
Ø35 H7
5
30
20
20
0,1x45°
165
35
25
Ø35 h6
Shaft
Motor AC AD1) k kB LB LBL
d 30 35 40
LA 63 117.8 124.0 422.0 466.5 194.0 238.5
71 138.8 134.0 454.0 509.0 226.0 281.0
l9 32.6 37 47.75
71Z 138.8 134.0 473.0 528.0 245.0 300.0
LE 80 156.3 149.2 518.0 578.0 290.0 350.0
M M10 M12 M16
80Z 156.3 149.2 553.0 613.0 325.0 385.0
90 173.8 154.2 579.5 649.5 351.5 421.5
$ ISO 4014
( DIN 332
1) AD depends on the motor options, for other dimensions see page 8/42.
Update 02/2018
t
u
33.3
8
38.3
10
43.3
12
90Z 173.8 154.2 619.5 689.5 391.5 461.5
100 198.0 170.5 636.0 714.5 408.0 486.5
100Z 198.0 170.5 671.0 749.5 443.0 521.5
112 222.0 181.5 646.0 719.0 418.0 491.0
112Z 222.0 181.5 671.0 744.0 443.0 516.0
) Feather key/keyway DIN 6885-1 / Use bores only for housing flange design
Siemens MD 50.1 · 2017
5/83
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Dimensions
B.F.39 gearbox in a flange-mounted design
BF030, BAF030, BAFS030
BF39
80 -0,5 45°
148 Øs1
kB k
LBL LB
68 11
157 60 c1 f1
90
ØAC
40
Øe1
5
BAF39
97
72 70
85
60
50
3,5
33
DR M10x22 4
BAFS39
97
102 70
Ø30 k6
120
AD
10
80 -0,5
Ø30 k6 Øb1 to2
Øa1
Øa1
Ø84
Øa1
Ø35
Ø35 H7
5
t
54
54
30 20
u JS9
Ø55
R3
M l9
1 118
140 106
Ød H7
0,1x45°
165
35
25
Ø35 h6
Ø35 h6
Ød h6
4
Flange a1
b1
c1
f1
e1
s
to2
160
110
10
3.5
130
9
j6
200
130
12
3.5
165
11
j6
Shaft d 30 35 40
l9
M
t
u
32.6
M10
33.3
8
37
M12
38.3
10
47.75
M16
43.3
12
Motor LA
63
71
LE
71Z
80
80Z
90
90Z
100
100Z
112
112Z
AC AD1)
117.8 124.0
138.8 134.0
138.8 134.0
156.3 149.2
156.3 149.2
173.8 154.2
173.8 154.2
198.0 170.5
198.0 170.5
222.0 181.5
222.0 181.5
k
422.0
454.0
473.0
518.0
553.0
579.5
619.5
636.0
671.0
646.0
671.0
kB
466.5
509.0
528.0
578.0
613.0
649.5
689.5
714.5
749.5
719.0
744.0
LB
194.0
226.0
245.0
290.0
325.0
351.5
391.5
408.0
443.0
418.0
443.0
LBL
238.5
281.0
300.0
350.0
385.0
421.5
461.5
486.5
521.5
491.0
516.0
$ ISO 4014
( DIN 332
) Feather key/keyway DIN 6885-1 . For inner contour see page 5/141
1) AD depends on the motor options, for other dimensions see page 8/42.
/ Use bores only for foot-mounted design
5/84
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
B.Z.39 gearbox in a housing flange design
BZ030, BAZ030, BAZS030
BZ39
80 -0,5 M10x20
60°
kB k 148
LBL LB
SIMOGEAR geared motors Bevel geared motors
Dimensions
130 68
3
11
130 AD
Ø30 k6 Ø95 j6 Ø135
ØAC
90
Ø135 Ø95 j6
40
80 -0,5
Ø115
60
5
85
50
3,5
120
Ø30 k6
33
BAZ39 72 70
DR M10x22 4
BAZS39 102 70
Ø84
Ø35
u JS9
5
t
54
54
M l9
1 118
140 106
Ød h6
4
R3
Ød H7 Ø55
Ø35 h6
Ø35 H7
30 20
0,1x45°
165
35
25
Ø35 h6
Shaft
Motor AC AD1) k kB LB LBL
d 30 35 40
LA 63 117.8 124.0 422.0 466.5 194.0 238.5
LA71 138.8 134.0 454.0 509.0 226.0 281.0
l9 32.6 37 47.75
71Z 138.8 134.0 473.0 528.0 245.0 300.0
LE LE80 156.3 149.2 518.0 578.0 290.0 350.0
M M10 M12 M16
LE80Z 156.3 149.2 553.0 613.0 325.0 385.0
LE90 173.8 154.2 579.5 649.5 351.5 421.5
$ ISO 4014
( DIN 332
1) AD depends on the motor options, for other dimensions see page 8/42.
t
u
33.3
8
38.3
10
43.3
12
LE90Z 173.8 154.2 619.5 689.5 391.5 461.5
LE100 198.0 170.5 636.0 714.5 408.0 486.5
LE100Z 198.0 170.5 671.0 749.5 443.0 521.5
LE112 222.0 181.5 646.0 719.0 418.0 491.0
LE112Z 222.0 181.5 671.0 744.0 443.0 516.0
) Feather key/keyway DIN 6885-1 / Use bores only for foot-mounted design
Siemens MD 50.1 · 2017
5/85
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Dimensions
BAD.39 gearbox in a shaft-mounted design
BAD030, BADS030
BAD39 80 -0,5
kB k 148
LBL LB
AD
85,5
68
79
9
11
ØAC
90
40
80 -0,5
160
5
R30 Ø16
BAD39 72 70
BADS39 102 70
120
32 38 84,5 87,5
Ø19 Ø46
Ø84
Ø35
u JS9
5
t
54
54
M l9
1 118
140 106
Ød h6
4
R3
Ød H7 Ø55
Ø35 h6
Ø35 H7
30 20
0,1x45°
165
35
25
Ø35 h6
Shaft
Motor AC AD1) k kB LB LBL
d 30 35 40
LA 63 117.8 124.0 422.0 466.5 194.0 238.5
71 138.8 134.0 454.0 509.0 226.0 281.0
l9 32.6 37 47.75
71Z 138.8 134.0 473.0 528.0 245.0 300.0
LE 80 156.3 149.2 518.0 578.0 290.0 350.0
M M10 M12 M16
80Z 156.3 149.2 553.0 613.0 325.0 385.0
90 173.8 154.2 579.5 649.5 351.5 421.5
$ ISO 4014
( DIN 332
1) AD depends on the motor options, for other dimensions see page 8/42.
5/86
Siemens MD 50.1 · 2017
Update 02/2018
t
u
33.3
8
38.3
10
43.3
12
90Z 173.8 154.2 619.5 689.5 391.5 461.5
100 198.0 170.5 636.0 714.5 408.0 486.5
100Z 198.0 170.5 671.0 749.5 443.0 521.5
112 222.0 181.5 646.0 719.0 418.0 491.0
112Z 222.0 181.5 671.0 744.0 443.0 516.0
) Feather key/keyway DIN 6885-1 / Use bores only for foot-mounted design
© Siemens AG 2018
B..49 gearbox in a foot-mounted design
B030, BA030, BAS030
B49
100 -0,5 12 11
kB k 179
LBL LB
SIMOGEAR geared motors Bevel geared motors
Dimensions
155
70
83
155 AD 83
Ø35 k6
Ø35 k6
ØAC
104 60
32
54 12
100 -0,5 60
32
Ø35 k6
70
5
60
Ø11
10 5
56
7
Ø11
32
32
125
92,5
120
148
38
DR M12x28 4
BA49 87 85
BAS49
117 85
Ø84
Ø40
u JS9
5
5
22,5
t
70
70
R3
M l9
1 148
170 115
Ød h6
4
Ød H7 Ø55
Ø40 h6
Ø40 H7
5
27
22,5
20
0,1x45°
196
28
25
Ø40 h6
Shaft
Motor
AC AD1) k kB LB LBL
d 35 40
LA 63 117.8 124.0 463.5 508.0 184.5 229.0
71 138.8 134.0 495.5 550.5 216.5 271.5
l9 57 67.75
71Z 138.8 134.0 514.5 569.5 235.5 290.5
LE 80 156.3 149.2 559.5 619.5 280.5 340.5
80Z 156.3 149.2 594.5 654.5 315.5 375.5
M M12 M16
90 173.8 154.2 621.0 691.0 342.0 412.0
90Z 173.8 154.2 661.0 731.0 382.0 452.0
t 38.3 43.3
100 198.0 170.5 677.5 756.0 398.5 477.0
100Z 198.0 170.5 712.5 791.0 433.5 512.0
112 222.0 181.5 687.5 760.5 408.5 481.5
u 10 12
112Z 222.0 181.5 722.0 795.0 443.0 516.0
132 264.0 207.0 740.5 845.0 461.5 566.0
132Z 264.0 207.0 790.5 895.0 511.5 616.0
$ ISO 4014
( DIN 332
1) AD depends on the motor options, for other dimensions see page 8/42.
Update 02/2018
) Feather key/keyway DIN 6885-1 / Use bores only for housing flange design
Siemens MD 50.1 · 2017
5/87
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Dimensions
B.F.49 gearbox in a flange-mounted design
BF030, BAF030, BAFS030
BF49
100 -0,5 45°
179 Ø11
kB k
LBL LB
83 11
182 70 12 3,5
Ø35 k6 100 -0,5 104
ØAC
54
5
Ø165
BAF49
112
87 85
10 5
70
56
7
38
DR M12x28 4
BAFS49
112
117 85
148
AD
10
Ø35 k6 Ø130 j6
Ø200
Ø200
Ø84
Ø200
Ø40
u JS9
5
t
70
70
M l9
1 148
170 115
Ød h6
4
R3
Ød H7 Ø55
Ø40 h6
Ø40 H7
27 20
0,1x45°
196
28
25
Ø40 h6
Shaft d 35 40
l9
M
t
u
57
M12
38.3
10
67.75
M16
43.3
12
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 463.5 508.0 184.5 229.0
71 138.8 134.0 495.5 550.5 216.5 271.5
71Z 138.8 134.0 514.5 569.5 235.5 290.5
LE 80 156.3 149.2 559.5 619.5 280.5 340.5
80Z 156.3 149.2 594.5 654.5 315.5 375.5
90 173.8 154.2 621.0 691.0 342.0 412.0
90Z 173.8 154.2 661.0 731.0 382.0 452.0
100 198.0 170.5 677.5 756.0 398.5 477.0
100Z 198.0 170.5 712.5 791.0 433.5 512.0
112 222.0 181.5 687.5 760.5 408.5 481.5
112Z 222.0 181.5 722.0 795.0 443.0 516.0
132 264.0 207.0 740.5 845.0 461.5 566.0
132Z 264.0 207.0 790.5 895.0 511.5 616.0
$ ISO 4014
( DIN 332
) Feather key/keyway DIN 6885-1 . For inner contour see page 5/141
1) AD depends on the motor options, for other dimensions see page 8/42.
/ Use bores only for foot-mounted design
5/88
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
B.Z.49 gearbox in a housing flange design
BZ030, BAZ030, BAZS030
BZ49
100 -0,5 M10x20
60°
kB k 179
LBL LB
SIMOGEAR geared motors Bevel geared motors
Dimensions
155 83
3
11
155 AD
Ø35 k6 Ø95 j6 Ø135
ØAC
Ø135 Ø95 j6
100 -0,5 104 54
Ø115
70
5
10 5
56
7
148
Ø35 k6
38
BAZ49 87 85
DR M12x28 4
BAZS49 117 85
Ø84
Ø40
u JS9
5
t
70
70
M l9
1 148
170 115
Ød h6
4
R3
Ød H7 Ø55
Ø40 h6
Ø40 H7
27 20
0,1x45°
196
28
25
Ø40 h6
Shaft
Motor
AC AD1) k kB LB LBL
d 35 40
LA 63 117.8 124.0 463.5 508.0 184.5 229.0
71 138.8 134.0 495.5 550.5 216.5 271.5
l9 57 67.75
71Z 138.8 134.0 514.5 569.5 235.5 290.5
LE 80 156.3 149.2 559.5 619.5 280.5 340.5
80Z 156.3 149.2 594.5 654.5 315.5 375.5
M M12 M16
90 173.8 154.2 621.0 691.0 342.0 412.0
$ ISO 4014
( DIN 332
1) AD depends on the motor options, for other dimensions see page 8/42.
90Z 173.8 154.2 661.0 731.0 382.0 452.0
t
u
38.3
10
43.3
12
100 198.0 170.5 677.5 756.0 398.5 477.0
100Z 198.0 170.5 712.5 791.0 433.5 512.0
112 222.0 181.5 687.5 760.5 408.5 481.5
112Z 222.0 181.5 722.0 795.0 443.0 516.0
132 264.0 207.0 740.5 845.0 461.5 566.0
132Z 264.0 207.0 790.5 895.0 511.5 616.0
) Feather key/keyway DIN 6885-1 / Use bores only for foot-mounted design
Siemens MD 50.1 · 2017
5/89
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Dimensions
BAD.49 gearbox in a shaft-mounted design
BAD030, BADS030
BAD49 100 -0,5
kB k 179
LBL LB
AD
100,5
83
94
9
11
ØAC
104
54
100 -0,5
160
5
R30 Ø16
BAD49 87 85
BADS49 117 85
148
32 38 99,5 102,5
Ø19 Ø46
Ø84
Ø40
u JS9
5
t
70
70
M l9
1 148
170 115
Ød h6
4
R3
Ød H7 Ø55
Ø40 h6
Ø40 H7
27 20
0,1x45°
196
28
25
Ø40 h6
Shaft
Motor
AC AD1) k kB LB LBL
d 35 40
LA 63 117.8 124.0 463.5 508.0 184.5 229.0
71 138.8 134.0 495.5 550.5 216.5 271.5
l9 57 67.75
71Z 138.8 134.0 514.5 569.5 235.5 290.5
LE 80 156.3 149.2 559.5 619.5 280.5 340.5
80Z 156.3 149.2 594.5 654.5 315.5 375.5
M M12 M16
90 173.8 154.2 621.0 691.0 342.0 412.0
90Z 173.8 154.2 661.0 731.0 382.0 452.0
t 38.3 43.3
100 198.0 170.5 677.5 756.0 398.5 477.0
100Z 198.0 170.5 712.5 791.0 433.5 512.0
112 222.0 181.5 687.5 760.5 408.5 481.5
u 10 12
112Z 222.0 181.5 722.0 795.0 443.0 516.0
132 264.0 207.0 740.5 845.0 461.5 566.0
132Z 264.0 207.0 790.5 895.0 511.5 616.0
$ ISO 4014
( DIN 332
1) AD depends on the motor options, for other dimensions see page 8/42.
) Feather key/keyway DIN 6885-1 / Use bores only for foot-mounted design
5/90
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
K..39 gearbox in a foot-mounted design
K030, KA030, KAS030, KAT030
K39
63 -0,5 16
135,5
kB k
LBL LB
SIMOGEAR geared motors Bevel geared motors
Dimensions
110
50
58
110 58
Ø25 k6
Ø25 k6
65 47
31
ØAC
12,3 16
100 -0,5 68
35
Ø25 k6
50
5
28
Ø11
85
40
5
Ø11
32
32
100
60
28
110
120
AD DR M10x22
4
KA39 62,5 60
KAS39
89,5 60
KAT39 60 60
Ø76
5
33,3
44
2 10
44
M10 32,6
1 105
120 89
Ø30 h6
4
Ø30 H7 Ø45
Ø30 h6
Ø30 H7
R2 R3
2
28
10
21,5
0,1x45°
143
33
25
Ø30 h6
Ø30
M10x30 7
35,5 20
2 10
N30x1,25x30x22x9H 2
18
25
25 18
W30x1,25x30x22x8f
8 84 M10
2
2,75
3
Ø45 Ø37
33,051-0,039
8 JS9
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 392.0 436.5 194.0 238.5
71 138.8 134.0 424.0 479.0 226.0 281.0
71Z 138.8 134.0 443.0 498.0 245.0 300.0
LE 80 156.3 149.2 488.0 548.0 290.0 350.0
80Z 156.3 149.2 523.0 583.0 325.0 385.0
90 173.8 154.2 549.5 619.5 351.5 421.5
90Z 173.8 154.2 589.5 659.5 391.5 461.5
100 198.0 170.5 606.0 684.5 408.0 486.5
100Z 198.0 170.5 641.0 719.5 443.0 521.5
112 222.0 181.5 616.0 689.0 418.0 491.0
112Z 222.0 181.5 641.0 714.0 443.0 516.0
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm 1) AD depends on the motor options, for other dimensions see page 8/42.
Siemens MD 50.1 · 2017
5/91
Ø25 k6 Ø110 j6 Ø160
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Dimensions
K.F.39 gearbox in a flange-mounted design
KF030, KAF030, KAFS030, KAFT030
KF39
66 45°
135,5 Ø9
kB k
LBL LB
Ø130
5
11
12,3
ØAC
85
50
40
5
28
KA39
84
62,5 60
DR M10x22 4
KAS39
84 89,5 60
Ø25 k6
100 -0,5
65
58
134
50
10 3,5
100
10
AD
KAT39
84
60 60
Ø160
Ø160
Ø76
Ø160
8 JS9
5
33,3
44
44
M10 32,6
1 105
120 89
Ø30 h6
4
Ø30 H7 Ø45
Ø30 h6
Ø30 H7
R2 R3
28 21,5
0,1x45°
143
33
25
Ø30 h6
Ø30
M10x30 7
35,5 20
N30x1,25x30x22x9H 2
18
25
25 18
W30x1,25x30x22x8f
8 84 M10
2
2,75
3
Ø45 Ø37
33,051-0,039
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 395.0 439.5 194.0 238.5
71 138.8 134.0 427.0 482.0 226.0 281.0
71Z 138.8 134.0 446.0 501.0 245.0 300.0
LE 80 156.3 149.2 491.0 551.0 290.0 350.0
80Z 156.3 149.2 526.0 586.0 325.0 385.0
90 173.8 154.2 552.5 622.5 351.5 421.5
90Z 173.8 154.2 592.5 662.5 391.5 461.5
100 198.0 170.5 609.0 687.5 408.0 486.5
100Z 198.0 170.5 644.0 722.5 443.0 521.5
112 222.0 181.5 619.0 692.0 418.0 491.0
112Z 222.0 181.5 644.0 717.0 443.0 516.0
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762
. For inner contour see page 5/141
/ Use bores only for foot-mounted design
1) AD depends on the motor options, for other dimensions see page 8/42.
, Without locating shoulder +1 mm
5/92
Siemens MD 50.1 · 2017
© Siemens AG 2018
K.Z.39 gearbox in a housing flange design
KZ030, KAZ030, KAZS030, KAZT030
KZ39
66 60°
kB k 135,5 M8x14
LBL LB
SIMOGEAR geared motors Bevel geared motors
Dimensions
110 58
4
110 58
4
Ø25 k6 Ø80 j6 Ø120
65
Ø120 Ø80 j6
ØAC
100 -0,5
Ø100 11
12,3
Ø25 k6
50
5
85
40
5
100
AD
28
DR M10x22 4
KAZ39 62,5 60
KAZS39 89,5 60
KAZT39 60 60
Ø76
8 JS9
5
33,3
44
44
M10 32,6
1 105
120 89
Ø30 h6
4
Ø30 H7 Ø45
Ø30 h6
Ø30 H7
R2 R3
28 21,5
0,1x45°
143
33
25
Ø30 h6
Ø30
M10x30 7
35,5 20
N30x1,25x30x22x9H 2
18
25
25 18
W30x1,25x30x22x8f
8 84 M10
2
2,75
3
Ø45 Ø37
33,051-0,039
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 395.0 439.5 194.0 238.5
71 138.8 134.0 427.0 482.0 226.0 281.0
71Z 138.8 134.0 446.0 501.0 245.0 300.0
LE 80 156.3 149.2 491.0 551.0 290.0 350.0
80Z 156.3 149.2 526.0 586.0 325.0 385.0
90 173.8 154.2 552.5 622.5 351.5 421.5
90Z 173.8 154.2 592.5 662.5 391.5 461.5
100 198.0 170.5 609.0 687.5 408.0 486.5
100Z 198.0 170.5 644.0 722.5 443.0 521.5
112 222.0 181.5 619.0 692.0 418.0 491.0
112Z 222.0 181.5 644.0 717.0 443.0 516.0
$ ISO 4014 % DIN 5480 & DIN 332-D / Use bores only for foot-mounted design
( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm 1) AD depends on the motor options, for other dimensions see page 8/42.
Siemens MD 50.1 · 2017
5/93
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Dimensions
KAD.39 gearbox in a shaft-mounted design
KAD031, KADS031, KADT031
KAD39
11
66
135,5
kB k
LBL LB
AD
58
58
65
ØAC
12,3
100 -0,5
140
160
5
13
Ø10 H9
23,5
73,5
146,5
KAD39 62,5 60
KADS39
89,5 60
24
28
24
KADT39 60 60
Ø76
8 JS9
5
33,3
44
44
M10 32,6
1 105
120 89
Ø30 h6
4
Ø30 H7 Ø45
Ø30 h6
Ø30 H7
R2 R3
28 21,5
0,1x45°
143
33
25
Ø30 h6
Ø30
M10x30 7
35,5 20
N30x1,25x30x22x9H 2
18
25
25 18
W30x1,25x30x22x8f
8 84 M10
2
2,75
3
Ø45 Ø37
33,051-0,039
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 395.0 439.5 194.0 238.5
71 138.8 134.0 427.0 482.0 226.0 281.0
71Z 138.8 134.0 446.0 501.0 245.0 300.0
LE 80 156.3 149.2 491.0 551.0 290.0 350.0
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 / Use bores only for housing flange design
5/94
Siemens MD 50.1 · 2017
80Z 156.3 149.2 526.0 586.0 325.0 385.0
90 173.8 154.2 552.5 622.5 351.5 421.5
90Z 173.8 154.2 592.5 662.5 391.5 461.5
100 198.0 170.5 609.0 687.5 408.0 486.5
100Z 198.0 170.5 644.0 722.5 443.0 521.5
112 222.0 181.5 619.0 692.0 418.0 491.0
112Z 222.0 181.5 644.0 717.0 443.0 516.0
) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm 1) AD depends on the motor options, for other dimensions see page 8/42.
© Siemens AG 2018
K..49 gearbox in a foot-mounted design
K030, KA030, KAS030, KAT030
K49
71 -0,5 18
kB k 158
LBL LB
SIMOGEAR geared motors Bevel geared motors
Dimensions
135
60
73
135 73
Ø30 k6
Ø30 k6
74 55
30
ØAC
10,6 18
112 -0,5 75
33
Ø30 k6
60
5
35
Ø11
85
50 3,5
Ø11
32
32
120
75
33
130
145
AD DR M10x22
4
KA49 77 75
KAS49
107 75
KAT49 75 75
Ø84
Ø50 Ø37
38,944-0,045
5
38,3
58
2 15
58
M12 42
1 132
150 114
Ø35 h6
4
Ø35 H7 Ø50
Ø35 h6
Ø35 H7
R2 R3
2
30
15
20
0,1x45°
175
35
25
Ø35 h6
Ø35
M10x30 7
35,5 20
2 15
N35x2x30x16x9H 2
18
32
32 18
W35x2x30x16x8f
8 114 M10
2
4
3
10 JS9
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 413.5 458.0 184.5 229.0
71 138.8 134.0 445.5 500.5 216.5 271.5
71Z 138.8 134.0 464.5 519.5 235.5 290.5
LE 80 156.3 149.2 509.5 569.5 280.5 340.5
80Z 156.3 149.2 544.5 604.5 315.5 375.5
90 173.8 154.2 571.0 641.0 342.0 412.0
90Z 173.8 154.2 611.0 681.0 382.0 452.0
100 198.0 170.5 627.5 706.0 398.5 477.0
100Z 198.0 170.5 662.5 741.0 433.5 512.0
112 222.0 181.5 637.5 710.5 408.5 481.5
112Z 222.0 181.5 672.0 745.0 443.0 516.0
132 264.0 207.0 690.5 795.0 461.5 566.0
132Z 264.0 207.0 740.5 845.0 511.5 616.0
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm 1) AD depends on the motor options, for other dimensions see page 8/42.
Siemens MD 50.1 · 2017
5/95
Ø30 k6 Ø130 j6 Ø200
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Dimensions
K.F.49 gearbox in a flange-mounted design
KF030, KAF030, KAFS030, KAFT030
KF49
75,5 45°
158 Ø11
kB k
LBL LB
Ø165
5
11
10,6
ØAC
85
60 50 3,5
33
KAF49
100
77 75
DR M10x22 4
KAFS49
100
107 75
Ø30 k6
112 -0,5
74
73
165
60
12 3,5
110
10
AD
KAFT49
100
75 75
Ø200
Ø200
Ø84
Ø200
10 JS9
Ø50 Ø37
38,944-0,045
5
38,3
58
58
M12 42
1 132
150 114
Ø35 h6
4
Ø35 H7 Ø50
Ø35 h6
Ø35 H7
R2 R3
30 20
0,1x45°
175
35
25
Ø35 h6
Ø35
M10x30 7
35,5 20
N35x2x30x16x9H 2
18
32
32 18
W35x2x30x16x8f
8 114 M10
2
4
3
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 418.0 462.5 184.5 229.0
71 138.8 134.0 450.0 505.0 216.5 271.5
71Z 138.8 134.0 469.0 524.0 235.5 290.5
LE 80 156.3 149.2 514.0 574.0 280.5 340.5
80Z 156.3 149.2 549.0 609.0 315.5 375.5
90 173.8 154.2 575.5 645.5 342.0 412.0
90Z 173.8 154.2 615.5 685.5 382.0 452.0
100 198.0 170.5 632.0 710.5 398.5 477.0
100Z 198.0 170.5 667.0 745.5 433.5 512.0
112 222.0 181.5 642.0 715.0 408.5 481.5
112Z 222.0 181.5 676.5 749.5 443.0 516.0
132 264.0 207.0 695.0 799.5 461.5 566.0
132Z 264.0 207.0 745.0 849.5 511.5 616.0
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762
. For inner contour see page 5/141
/ Use bores only for foot-mounted design
1) AD depends on the motor options, for other dimensions see page 8/42.
, Without locating shoulder +1 mm
5/96
Siemens MD 50.1 · 2017
© Siemens AG 2018
K.Z.49 gearbox in a housing flange design
KZ030, KAZ030, KAZS030, KAZT030
KZ49
75,5 60°
kB k 158 M10x17
LBL LB
SIMOGEAR geared motors Bevel geared motors
Dimensions
135 73
5
135 73
5
Ø30 k6 Ø95 j6 Ø133
74
Ø133 Ø95 j6
ØAC
112 -0,5
Ø115 11
10,6
Ø30 k6
60
5
85
50 3,5
110
AD
33
DR M10x22 4
KAZ49 77 75
KAZS49
107 75
KAZT49 75 75
Ø84
10 JS9
Ø50 Ø37
38,944-0,045
5
38,3
58
58
M12 42
1 132
150 114
Ø35 h6
4
Ø35 H7 Ø50
Ø35 h6
Ø35 H7
R2 R3
30 20
0,1x45°
175
35
25
Ø35 h6
Ø35
M10x30 7
35,5 20
N35x2x30x16x9H 2
18
32
32 18
W35x2x30x16x8f
8 114 M10
2
4
3
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 418.0 462.5 184.5 229.0
71 138.8 134.0 450.0 505.0 216.5 271.5
71Z 138.8 134.0 469.0 524.0 235.5 290.5
LE 80 156.3 149.2 514.0 574.0 280.5 340.5
80Z 156.3 149.2 549.0 609.0 315.5 375.5
90 173.8 154.2 575.5 645.5 342.0 412.0
90Z 173.8 154.2 615.5 685.5 382.0 452.0
100 198.0 170.5 632.0 710.5 398.5 477.0
100Z 198.0 170.5 667.0 745.5 433.5 512.0
112 222.0 181.5 642.0 715.0 408.5 481.5
112Z 222.0 181.5 676.5 749.5 443.0 516.0
132 264.0 207.0 695.0 799.5 461.5 566.0
132Z 264.0 207.0 745.0 849.5 511.5 616.0
$ ISO 4014 % DIN 5480 & DIN 332-D / Use bores only for foot-mounted design
( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm 1) AD depends on the motor options, for other dimensions see page 8/42.
Siemens MD 50.1 · 2017
5/97
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Dimensions
KAD.49 gearbox in a shaft-mounted design
KAD031, KADS031, KADT031
KAD49
11
75,5
kB k 158
LBL LB
AD
73
73
74
ØAC
10,6
112 -0,5
160
182
5
13
Ø10 H9
30
83,3
166,6
KAD49 77 75
KADS49
107 75
24
28
26
KADT49 75 75
Ø84
10 JS9
5
38,3
58
58
M12 42
1 132
150 114
Ø35 h6
4
Ø35 H7 Ø50
Ø35 h6
Ø35 H7
R2 R3
30 20
0,1x45°
175
35
25
Ø35 h6
Ø35
M10x30 7
35,5 20
N35x2x30x16x9H 2
18
32
32 18
W35x2x30x16x8f
8 114 M10
2
4
3
Ø50 Ø37
38,944-0,045
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 418.0 462.5 184.5 229.0
71 138.8 134.0 450.0 505.0 216.5 271.5
71Z 138.8 134.0 469.0 524.0 235.5 290.5
LE 80 156.3 149.2 514.0 574.0 280.5 340.5
80Z 156.3 149.2 549.0 609.0 315.5 375.5
90 173.8 154.2 575.5 645.5 342.0 412.0
90Z 173.8 154.2 615.5 685.5 382.0 452.0
100 198.0 170.5 632.0 710.5 398.5 477.0
100Z 198.0 170.5 667.0 745.5 433.5 512.0
112 222.0 181.5 642.0 715.0 408.5 481.5
112Z 222.0 181.5 676.5 749.5 443.0 516.0
132 264.0 207.0 695.0 799.5 461.5 566.0
132Z 264.0 207.0 745.0 849.5 511.5 616.0
$ ISO 4014 % DIN 5480 & DIN 332-D / Use bores only for housing flange design
( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm 1) AD depends on the motor options, for other dimensions see page 8/42.
5/98
Siemens MD 50.1 · 2017
© Siemens AG 2018
K..69 gearbox in a foot-mounted design
K030, KA030, KAS030, KAT030
K69
80 -0,5 21
kB k 173
LBL LB
SIMOGEAR geared motors Bevel geared motors
Dimensions
153
70
81
153 81
Ø35 k6
Ø35 k6
83 63
34
ØAC
6 21
132 -0,5 87
40
Ø35 k6
70
5
30
Ø13,5
10 5
56
7
Ø13,5
40
40
130
88
38
130
157
AD DR M12x28
4
KA69 85 83
KAS69
115 83
KAT69 83 83
Ø84
Ø55 Ø37
38,944-0,045
5
43,3
60
2 18
60
M16 47,75
1 142
166 124
Ø40 h6
4
Ø40 H7 Ø55
Ø40 h6
Ø40 H7
R2 R3
2
27
18
20
0,1x45°
192
28
25
Ø40 h6
Ø40
M10x30 7
36,5 20
2 18
N35x2x30x16x9H 2
19
32
32 19
W35x2x30x16x8f
8 129 M10
2
4
3
12 JS9
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 437.5 482.0 184.5 229.0
71 138.8 134.0 469.5 524.5 216.5 271.5
71Z 138.8 134.0 488.5 543.5 235.5 290.5
LE 80 156.3 149.2 533.5 593.5 280.5 340.5
80Z 156.3 149.2 568.5 628.5 315.5 375.5
90 173.8 154.2 595.0 665.0 342.0 412.0
90Z 173.8 154.2 635.0 705.0 382.0 452.0
100 198.0 170.5 651.5 730.0 398.5 477.0
100Z 198.0 170.5 686.5 765.0 433.5 512.0
112 222.0 181.5 661.5 734.5 408.5 481.5
112Z 222.0 181.5 696.0 769.0 443.0 516.0
132 264.0 207.0 714.5 819.0 461.5 566.0
132Z 264.0 207.0 764.5 869.0 511.5 616.0
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm 1) AD depends on the motor options, for other dimensions see page 8/42.
Siemens MD 50.1 · 2017
5/99
Ø35 k6 Ø180 j6 Ø250
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Dimensions
K.F.69 gearbox in a flange-mounted design
KF030, KAF030, KAFS030, KAFT030
KF69
90,5 45°
kB k 173 Ø13,5
LBL LB
Ø215
5
11
6
ØAC
10 5
70
56
7
38
KAF69
106,5
85 83
DR M12x28 4
KAFS69
106,5 115 83
Ø35 k6
132 -0,5
83
81
181
70
15 4
130
10
AD
KAFT69
106,5
83 83
Ø250
Ø250
Ø84
Ø250
12 JS9
Ø55 Ø37
38,944-0,045
5
43,3
60
60
M16 47,75
1 142
166 124
Ø40 h6
4
Ø40 H7 Ø55
Ø40 h6
Ø40 H7
R2 R3
27 20
0,1x45°
192
28
25
Ø40 h6
Ø40
M10x30 7
36,5 20
N35x2x30x16x9H 2
19
32
32 19
W35x2x30x16x8f
8 129 M10
2
4
3
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 448.0 492.5 184.5 229.0
71 138.8 134.0 480.0 535.0 216.5 271.5
71Z 138.8 134.0 499.0 554.0 235.5 290.5
LE 80 156.3 149.2 544.0 604.0 280.5 340.5
80Z 156.3 149.2 579.0 639.0 315.5 375.5
90 173.8 154.2 605.5 675.5 342.0 412.0
90Z 173.8 154.2 645.5 715.5 382.0 452.0
100 198.0 170.5 662.0 740.5 398.5 477.0
100Z 198.0 170.5 697.0 775.5 433.5 512.0
112 222.0 181.5 672.0 745.0 408.5 481.5
112Z 222.0 181.5 706.5 779.5 443.0 516.0
132 264.0 207.0 725.0 829.5 461.5 566.0
132Z 264.0 207.0 775.0 879.5 511.5 616.0
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762
. For inner contour see page 5/141
/ Use bores only for foot-mounted design
1) AD depends on the motor options, for other dimensions see page 8/42.
, Without locating shoulder +1 mm
5/100 Siemens MD 50.1 · 2017
© Siemens AG 2018
K.Z.69 gearbox in a housing flange design
KZ030, KAZ030, KAZS030, KAZT030
KZ69
90,5 60°
kB k 173 M12x20
LBL LB
SIMOGEAR geared motors Bevel geared motors
Dimensions
153 81
5
153 81
5
Ø35 k6 Ø110 j6 Ø154
83
Ø154 Ø110 j6
ØAC
132 -0,5
Ø130 11
6
Ø35 k6
70
5
10 5
56
7
130
AD
38
DR M12x28 4
KAZ69 85 83
KAZS69
115 83
KAZT69 83 83
Ø84
12 JS9
Ø55 Ø37
38,944-0,045
5
43,3
60
60
M16 47,75
1 142
166 124
Ø40 h6
4
Ø40 H7 Ø55
Ø40 h6
Ø40 H7
R2 R3
27 20
0,1x45°
192
28
25
Ø40 h6
Ø40
M10x30 7
36,5 20
N35x2x30x16x9H 2
19
32
32 19
W35x2x30x16x8f
8 129 M10
2
4
3
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 448.0 492.5 184.5 229.0
71 138.8 134.0 480.0 535.0 216.5 271.5
71Z 138.8 134.0 499.0 554.0 235.5 290.5
LE 80 156.3 149.2 544.0 604.0 280.5 340.5
80Z 156.3 149.2 579.0 639.0 315.5 375.5
90 173.8 154.2 605.5 675.5 342.0 412.0
90Z 173.8 154.2 645.5 715.5 382.0 452.0
100 198.0 170.5 662.0 740.5 398.5 477.0
100Z 198.0 170.5 697.0 775.5 433.5 512.0
112 222.0 181.5 672.0 745.0 408.5 481.5
112Z 222.0 181.5 706.5 779.5 443.0 516.0
132 264.0 207.0 725.0 829.5 461.5 566.0
132Z 264.0 207.0 775.0 879.5 511.5 616.0
$ ISO 4014 % DIN 5480 & DIN 332-D / Use bores only for foot-mounted design
( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm 1) AD depends on the motor options, for other dimensions see page 8/42.
Siemens MD 50.1 · 2017 5/101
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Dimensions
KAD.69 gearbox in a shaft-mounted design
KAD030, KADS030, KADT030
KAD69
11
90,5
kB k 173
LBL LB
AD
81
81
83
ØAC
6
132 -0,5
192
217
5
15
Ø16 H9 40 80 182
KAD69 85 83
KADS69 115 83
32
38
20
KADT69 83 83
Ø84
12 JS9
5
43,3
60
60
M16 47,75
1 142
166 124
Ø40 h6
4
Ø40 H7 Ø55
Ø40 h6
Ø40 H7
R2 R3
27 20
0,1x45°
192
28
25
Ø40 h6
Ø40
M10x30 7
36,5 20
N35x2x30x16x9H 2
19
32
32 19
W35x2x30x16x8f
8 129 M10
2
4
3
Ø55 Ø37
38,944-0,045
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 448.0 492.5 184.5 229.0
71 138.8 134.0 480.0 535.0 216.5 271.5
71Z 138.8 134.0 499.0 554.0 235.5 290.5
LE 80 156.3 149.2 544.0 604.0 280.5 340.5
80Z 156.3 149.2 579.0 639.0 315.5 375.5
90 173.8 154.2 605.5 675.5 342.0 412.0
90Z 173.8 154.2 645.5 715.5 382.0 452.0
100 198.0 170.5 662.0 740.5 398.5 477.0
100Z 198.0 170.5 697.0 775.5 433.5 512.0
112 222.0 181.5 672.0 745.0 408.5 481.5
112Z 222.0 181.5 706.5 779.5 443.0 516.0
132 264.0 207.0 725.0 829.5 461.5 566.0
132Z 264.0 207.0 775.0 879.5 511.5 616.0
$ ISO 4014 % DIN 5480 & DIN 332-D / Use bores only for housing flange design
( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm 1) AD depends on the motor options, for other dimensions see page 8/42.
5/102 Siemens MD 50.1 · 2017
© Siemens AG 2018
K..79 gearbox in a foot-mounted design
K030, KA030, KAS030, KAT030
K79
90 -0,5 24
kB k 180
LBL LB
SIMOGEAR geared motors Bevel geared motors
Dimensions
170
80
87,5
170 87,5
Ø40 k6
Ø40 k6
90,5 65
41
ØAC
12,2 24
140 -0,5 95
49,5
Ø40 k6
80
5
30
Ø13,5
12 5
70
5
Ø13,5
45
45
140
100
43
120
170
AD DR M16x36
4
KA79 92 90
KAS79
125,5 90
KAT79 90 90
Ø94
Ø55 Ø47
48,88-0,047
5
43,3
60
2,5 20
60
M16 47,75
1 156
180 138
Ø40 h6
4
Ø40 H7 Ø55
Ø40 h6
Ø40 H7
R2 R3
2,5
33
20
20
0,1x45°
208
43
25
Ø40 h6
Ø40
M16x50 7
50,5 32
2,5 20
N45x2x30x21x9H 2
25
42
42 25
W45x2x30x21x8f
8 129 M16
2
4
3
12 JS9
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 454.5 499.0 184.5 229.0
71 138.8 134.0 486.5 541.5 216.5 271.5
71Z 138.8 134.0 505.5 560.5 235.5 290.5
LE 80 156.3 149.2 550.5 610.5 280.5 340.5
80Z 156.3 149.2 585.5 645.5 315.5 375.5
90 173.8 154.2 612.0 682.0 342.0 412.0
90Z 173.8 154.2 652.0 722.0 382.0 452.0
100 198.0 170.5 668.5 747.0 398.5 477.0
100Z 198.0 170.5 703.5 782.0 433.5 512.0
112 222.0 181.5 678.5 751.5 408.5 481.5
112Z 222.0 181.5 713.0 786.0 443.0 516.0
132 264.0 207.0 731.5 836.0 461.5 566.0
132Z 264.0 207.0 781.5 886.0 511.5 616.0
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm 1) AD depends on the motor options, for other dimensions see page 8/42.
Siemens MD 50.1 · 2017 5/103
Ø40 k6 Ø180 j6 Ø250
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Dimensions
K.F.79 gearbox in a flange-mounted design
KF030, KAF030, KAFS030, KAFT030
KF79
89,5 45°
kB k 180 Ø13,5
LBL LB
Ø215
5
11
12,2
ØAC
12 5
80
70
5
43
KAF79
113
92 90
DR M16x36 4
KAFS79
113
125,5 90
Ø40 k6
140 -0,5
90,5
87,5
197,5
80
15 4
140
10
AD
KAFT79
113
90 90
Ø250
Ø250
Ø94
Ø250
12 JS9
Ø55 Ø47
48,88-0,047
5
43,3
60
60
M16 47,75
1 156
180 138
Ø40 h6
4
Ø40 H7 Ø55
Ø40 h6
Ø40 H7
R2 R3
33 20
0,1x45°
208
43
25
Ø40 h6
Ø40
M16x50 7
50,5 32
N45x2x30x21x9H 2
25
42
42 25
W45x2x30x21x8f
8 129 M16
2
4
3
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 454.0 498.5 184.5 229.0
71 138.8 134.0 486.0 541.0 216.5 271.5
71Z 138.8 134.0 505.0 560.0 235.5 290.5
LE 80 156.3 149.2 550.0 610.0 280.5 340.5
80Z 156.3 149.2 585.0 645.0 315.5 375.5
90 173.8 154.2 611.5 681.5 342.0 412.0
90Z 173.8 154.2 651.5 721.5 382.0 452.0
100 198.0 170.5 668.0 746.5 398.5 477.0
100Z 198.0 170.5 703.0 781.5 433.5 512.0
112 222.0 181.5 678.5 751.0 408.5 481.5
112Z 222.0 181.5 712.5 785.5 443.0 516.0
132 264.0 207.0 731.0 835.5 461.5 566.0
132Z 264.0 207.0 781.0 885.5 511.5 616.0
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762
. For inner contour see page 5/141
/ Use bores only for foot-mounted design
1) AD depends on the motor options, for other dimensions see page 8/42.
, Without locating shoulder +1 mm
5/104 Siemens MD 50.1 · 2017
© Siemens AG 2018
K.Z.79 gearbox in a housing flange design
KZ030, KAZ030, KAZS030, KAZT030
KZ79
89,5 60°
kB k 180 M12x20
LBL LB
SIMOGEAR geared motors Bevel geared motors
Dimensions
170 87,5
5
170 87,5
5
Ø40 k6 Ø110 j6 Ø154
90,5
Ø154 Ø110 j6
ØAC
140 -0,5
Ø130 11
12,2
Ø40 k6
80
5
12 5
70
5
140
AD
43
DR M16x36 4
KAZ79 92 90
KAZS79 125,5 90
KAZT79 90 90
Ø94
12 JS9
Ø55 Ø47
48,88-0,047
5
43,3
60
60
M16 47,75
1 156
180 138
Ø40 h6
4
Ø40 H7 Ø55
Ø40 h6
Ø40 H7
R2 R3
33 20
0,1x45°
208
43
25
Ø40 h6
Ø40
M16x50 7
50,5 32
N45x2x30x21x9H 2
25
42
42 25
W45x2x30x21x8f
8 129 M16
2
4
3
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 454.0 498.5 184.5 229.0
71 138.8 134.0 486.0 541.0 216.5 271.5
71Z 138.8 134.0 505.0 560.0 235.5 290.5
LE 80 156.3 149.2 550.0 610.0 280.5 340.5
80Z 156.3 149.2 585.0 645.0 315.5 375.5
90 173.8 154.2 611.5 681.5 342.0 412.0
90Z 173.8 154.2 651.5 721.5 382.0 452.0
100 198.0 170.5 668.0 746.5 398.5 477.0
100Z 198.0 170.5 703.0 781.5 433.5 512.0
112 222.0 181.5 678.5 751.0 408.5 481.5
112Z 222.0 181.5 712.5 785.5 443.0 516.0
132 264.0 207.0 731.0 835.5 461.5 566.0
132Z 264.0 207.0 781.0 885.5 511.5 616.0
$ ISO 4014 % DIN 5480 & DIN 332-D / Use bores only for foot-mounted design
( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm 1) AD depends on the motor options, for other dimensions see page 8/42.
Siemens MD 50.1 · 2017 5/105
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Dimensions
KAD.79 gearbox in a shaft-mounted design
KAD030, KADS030, KADT030
KAD79
11
89,5
kB k 180
LBL LB
AD 87,5 87,5
90,5
ØAC
12,2
140 -0,5
200
225
5
15
Ø16 H9 45 80
182
KAD79 92 90
KADS79 125,5 90
32
38
27
KADT79 90 90
Ø94
12 JS9
5
43,3
60
60
M16 47,75
1 156
180 138
Ø40 h6
4
Ø40 H7 Ø55
Ø40 h6
Ø40 H7
R2 R3
33 20
0,1x45°
208
43
25
Ø40 h6
Ø40
M16x50 7
50,5 32
N45x2x30x21x9H 2
25
42
42 25
W45x2x30x21x8f
8 129 M16
2
4
3
Ø55 Ø47
48,88-0,047
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 454.0 498.5 184.5 229.0
71 138.8 134.0 486.0 541.0 216.5 271.5
71Z 138.8 134.0 505.0 560.0 235.5 290.5
LE 80 156.3 149.2 550.0 610.0 280.5 340.5
80Z 156.3 149.2 585.0 645.0 315.5 375.5
90 173.8 154.2 611.5 681.5 342.0 412.0
90Z 173.8 154.2 651.5 721.5 382.0 452.0
100 198.0 170.5 668.0 746.5 398.5 477.0
100Z 198.0 170.5 703.0 781.5 433.5 512.0
112 222.0 181.5 678.5 751.0 408.5 481.5
112Z 222.0 181.5 712.5 785.5 443.0 516.0
132 264.0 207.0 731.0 835.5 461.5 566.0
132Z 264.0 207.0 781.0 885.5 511.5 616.0
$ ISO 4014 % DIN 5480 & DIN 332-D / Use bores only for housing flange design
( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm 1) AD depends on the motor options, for other dimensions see page 8/42.
5/106 Siemens MD 50.1 · 2017
© Siemens AG 2018
K..89 gearbox in a foot-mounted design
K030, KA030, KAS030, KAT030
K89
112 -0,5 27
211,5
kB k
LBL LB
SIMOGEAR geared motors Bevel geared motors
Dimensions
205 100 102
205 102
Ø50 k6
Ø50 k6
110,5 75
59,5
ØAC
24,3 27
180 -0,5 125
60,5
Ø50 k6
100
5
40
Ø17,5
14 5
80 10
Ø18
55
55
165
122,5
53,5
150
200
AD DR M16x36
4
KA89 107 105
KAS89
142,5 105
KAT89 105 105
Ø119
Ø70 Ø55
54,156-0,049
5
53,8
78
3 22,5
78
M16 44,5
1 183
210 165
Ø50 h6
4
Ø50 H7 Ø70
Ø50 h6
Ø50 H7
R2 R3
3
35
22,5
30
0,2x45°
240
40
35
Ø50 h6
Ø50
M16x50 7
50,5 32
3 22,5
N50x2x30x24x9H 2
23
52
52 23
W50x2x30x24x8f
8 159 M16
2
4
3
14 JS9
Motor
AC AD1) k kB LB LBL
LA 71 138.8 134.0 538.0 593.0 214.5 269.5
71Z 138.8 134.0 557.0 612.0 233.5 288.5
LE 80 156.3 149.2 598.0 658.0 274.5 334.5
80Z 156.3 149.2 633.0 693.0 309.5 369.5
90 173.8 154.2 659.5 729.5 336.0 406.0
90Z 173.8 154.2 699.5 769.5 376.0 446.0
100 198.0 170.5 716.0 794.5 392.5 471.0
100Z 198.0 170.5 751.0 829.5 427.5 506.0
112 222.0 181.5 726.0 799.0 402.5 475.5
112Z 222.0 181.5 751.0 824.0 427.5 500.5
132 264.0 207.0 779.0 883.5 455.5 560.0
132Z 264.0 207.0 829.0 933.5 505.5 610.0
160 318.0 241.0 861.0 977.0 537.5 653.5
160Z 318.0 241.0 921.0
1 037.0 597.5 713.5
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm 1) AD depends on the motor options, for other dimensions see page 8/42.
Siemens MD 50.1 · 2017 5/107
Ø50 k6 Ø230 j6 Ø300
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Dimensions
K.F.89 gearbox in a flange-mounted design
KF030, KAF030, KAFS030, KAFT030
KF89
108 45°
kB k 215,5 Ø13,5
LBL LB
Ø265
5
11
22,4
ØAC
14 5
100 80 10
53,5
KAF89
142
107 105
DR M16x36 4
KAFS89
142
142,5 105
Ø50 k6 180 -0,5
110,5
102
242
100
16 4
170
10
AD
KAFT89
142
105 105
Ø300
Ø300
Ø119
Ø300
14 JS9
Ø70 Ø55
54,156-0,049
5
53,8
78
78
M16 44,5
1 183
210 165
Ø50 h6
4
Ø50 H7 Ø70
Ø50 h6
Ø50 H7
R2 R3
35 30
0,2x45°
240
40
35
Ø50 h6
Ø50
M16x50 7
50,5 32
N50x2x30x24x9H 2
23
52
52 23
W50x2x30x24x8f
8 159 M16
2
4
3
Motor
AC AD1) k kB LB LBL
LA 71 138.8 134.0 538.0 593.0 214.5 269.5
71Z 138.8 134.0 557.0 612.0 233.5 288.5
LE 80 156.3 149.2 598.0 658.0 274.5 334.5
80Z 156.3 149.2 633.0 693.0 309.5 369.5
90 173.8 154.2 659.5 729.5 336.0 406.0
90Z 173.8 154.2 699.5 769.5 376.0 446.0
100 198.0 170.5 716.0 794.5 392.5 471.0
100Z 198.0 170.5 751.0 829.5 427.5 506.0
112 222.0 181.5 726.0 799.0 402.5 475.5
112Z 222.0 181.5 751.0 824.0 427.5 500.5
132 264.0 207.0 779.0 883.5 455.5 560.0
132Z 264.0 207.0 829.0 933.5 505.5 610.0
160 318.0 241.0 861.0 977.0 537.5 653.5
160Z 318.0 241.0 921.0
1 037.0 597.5 713.5
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762
. For inner contour see page 5/141
/ Use bores only for foot-mounted design
1) AD depends on the motor options, for other dimensions see page 8/42.
, Without locating shoulder +1 mm
5/108 Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
K.F.89 gearbox in a flange-mounted design with VLplus reinforced bearing system (G30)
KF040, KAF040
Dimensions
KF89
108 45°
kB k 215,5 Ø13,5
LBL LB
102
335,5
120
16 4
Ø60 m6 230 j6 Ø300
110,5
64 ØAC
Ø265 11
22,4
Z
180 -0,5
5
170
10
5
120
18
100 10
Ø60 m6
KAF89 108 215,5
DR M20x42 4
Z AD
Ø300
14 JS9
Ø50 H7 Ø70
R3
5
53,8
78
215,5 78
M16 44,5
1 294,5 321,5 276,5
Ø50 h6
4
Motor
AC AD1) k kB LB LBL
LA 71 138.8 134.0 538.0 593.0 214.5 269.5
71Z 138.8 134.0 557.0 612.0 233.5 288.5
LE 80 156.3 149.2 598.0 658.0 274.5 334.5
80Z 156.3 149.2 633.0 693.0 309.5 369.5
90 173.8 154.2 659.5 729.5 336.0 406.0
90Z 173.8 154.2 699.5 769.5 376.0 446.0
100 198.0 170.5 716.0 794.5 392.5 471.0
100Z 198.0 170.5 751.0 829.5 427.5 506.0
112 222.0 181.5 726.0 799.0 402.5 475.5
112Z 222.0 181.5 751.0 824.0 427.5 500.5
132 264.0 207.0 779.0 883.5 455.5 560.0
132Z 264.0 207.0 829.0 933.5 505.5 610.0
160 318.0 241.0 861.0 977.0 537.5 653.5
160Z 318.0 241.0 921.0
1 037.0 597.5 713.5
$ ISO 4014 ( DIN 332 ) Feather key/keyway DIN 6885-1 . For inner contour see page 5/141
/ Use bores only for foot-mounted design 1) AD depends on the motor options, for other dimensions see page 8/42.
Update 02/2018
Siemens MD 50.1 · 2017 5/109
Ø50 k6 Ø130 j6 Ø190
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Dimensions
K.Z.89 gearbox in a housing flange design
KZ030, KAZ030, KAZS030, KAZT030
KZ89
108 60°
kB k 215,5 M12x20
LBL LB
205 102
5,5
205 102
5,5
110,5
Ø190 Ø130 j6
ØAC
180 -0,5
Ø165
5
11
KAZ89 107 105
22,4
14 5
100 80 10
53,5
DR M16x36 4
KAZS89 142,5 105
Ø50 k6
170 AD
KAZT89 105 105
Ø119
14 JS9
5
53,8
78
78
M16 44,5
1 183
210 165
Ø50 h6
4
Ø50 H7 Ø70
Ø50 h6
Ø50 H7
R2 R3
35 30
0,2x45°
240
40
35
Ø50 h6
Ø50
M16x50 7
50,5 32
N50x2x30x24x9H 2
23
52
52 23
W50x2x30x24x8f
8 159 M16
2
4
3
Ø70 Ø55
54,156-0,049
Motor
AC AD1) k kB LB LBL
LA 71 138.8 134.0 538.0 593.0 214.5 269.5
71Z 138.8 134.0 557.0 612.0 233.5 288.5
LE 80 156.3 149.2 598.0 658.0 274.5 334.5
80Z 156.3 149.2 633.0 693.0 309.5 369.5
90 173.8 154.2 659.5 729.5 336.0 406.0
90Z 173.8 154.2 699.5 769.5 376.0 446.0
100 198.0 170.5 716.0 794.5 392.5 471.0
100Z 198.0 170.5 751.0 829.5 427.5 506.0
112 222.0 181.5 726.0 799.0 402.5 475.5
112Z 222.0 181.5 751.0 824.0 427.5 500.5
132 264.0 207.0 779.0 883.5 455.5 560.0
132Z 264.0 207.0 829.0 933.5 505.5 610.0
160 318.0 241.0 861.0 977.0 537.5 653.5
160Z 318.0 241.0 921.0
1 037.0 597.5 713.5
$ ISO 4014 % DIN 5480 & DIN 332-D / Use bores only for foot-mounted design
( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm 1) AD depends on the motor options, for other dimensions see page 8/42.
5/110 Siemens MD 50.1 · 2017
© Siemens AG 2018
KAD.89 gearbox in a shaft-mounted design
KAD031, KADS031, KADT031
KAD89
11
108
215,5
kB k
LBL LB
SIMOGEAR geared motors Bevel geared motors
Dimensions
AD 102 102
110,5
ØAC
22,4
180 -0,5
250
282
20
5
Ø16 H9 52,5 88,5
208
KAD89 107 105
KADS89 142,5 105
50
56
26
KADT89 105 105
Ø119
14 JS9
Ø70 Ø55
54,156-0,049
5
53,8
78
78
M16 44,5
1 183
210 165
Ø50 h6
4
Ø50 H7 Ø70
Ø50 h6
Ø50 H7
R2 R3
35 30
0,2x45°
240
40
35
Ø50 h6
Ø50
M16x50 7
50,5 32
N50x2x30x24x9H 2
23
52
52 23
W50x2x30x24x8f
8 159 M16
2
4
3
Motor
AC AD1) k kB LB LBL
LA 71 138.8 134.0 538.0 593.0 214.5 269.5
71Z 138.8 134.0 557.0 612.0 233.5 288.5
LE 80 156.3 149.2 598.0 658.0 274.5 334.5
80Z 156.3 149.2 633.0 693.0 309.5 369.5
90 173.8 154.2 659.5 729.5 336.0 406.0
90Z 173.8 154.2 699.5 769.5 376.0 446.0
100 198.0 170.5 716.0 794.5 392.5 471.0
100Z 198.0 170.5 751.0 829.5 427.5 506.0
112 222.0 181.5 726.0 799.0 402.5 475.5
112Z 222.0 181.5 751.0 824.0 427.5 500.5
132 264.0 207.0 779.0 883.5 455.5 560.0
132Z 264.0 207.0 829.0 933.5 505.5 610.0
160 318.0 241.0 861.0 977.0 537.5 653.5
160Z 318.0 241.0 921.0
1 037.0 597.5 713.5
$ ISO 4014 % DIN 5480 & DIN 332-D / Use bores only for housing flange design
( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm 1) AD depends on the motor options, for other dimensions see page 8/42.
Siemens MD 50.1 · 2017 5/111
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Dimensions
K..109 gearbox in a foot-mounted design
K030, KA030, KAS030, KAT030
K109
132 -0,5 32
251,5
kB k
LBL LB
240 120 116
240 116
Ø60 m6
Ø60 m6
130,5 91
65
ØAC
24,6 32
212 -0,5 142
65
Ø60 m6
5
120
55
Ø22
18 5
100 10
Ø22
65
65
180
150
64
180
230
AD DR M20x42
4
KA109 123 120
KAS109 162,5 120
KAT109 120 120
Ø145
18 JS9
5
64,4
93
4 30
93
M20 57
1 210
240 188
Ø60 h6
4
Ø60 H7 Ø85
Ø65 h6
Ø65 H7
R2 R3
4
39
30
40
0,2x45°
274
45
45
Ø65 h6
Ø65
M20x55 7
60,5 39,5
4 30
N65x2x30x31x9H 2
25
62
62 25
W65x2x30x31x8f
8 179 M20
2
4
3
Ø85 Ø72
68,989-0,055
Motor
AC AD1) k kB LB LBL
LE 80 156.3 149.2 645.0 705.0 261.5 321.5
80Z 156.3 149.2 680.0 740.0 296.5 356.5
90 173.8 154.2 706.5 776.5 323.0 393.0
90Z 173.8 154.2 746.5 816.5 363.0 433.0
100 198.0 170.5 759.0 837.5 375.5 454.0
100Z 198.0 170.5 794.0 872.5 410.5 489.0
112 222.0 181.5 769.0 842.0 385.5 458.5
112Z 222.0 181.5 794.0 867.0 410.5 483.5
132 264.0 207.0 822.0 926.5 438.5 543.0
132Z 264.0 207.0 872.0 976.5 488.5 593.0
160 318.0 241.0 904.0
1 020.0 520.5 636.5
160Z 318.0 241.0 964.0
1 080.0 580.5 696.5
LES 180
352.5 292.0 977.0 1 106.0 593.5 722.5
180Z 352.5 292.0
1 007.0 1 136.0
623.5 752.5
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm 1) AD depends on the motor options, for other dimensions see page 8/42.
5/112 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
K.F.109 gearbox in a flange-mounted design
KF030, KAF030, KAFS030, KAFT030
KF109
139 45°
kB k 251,5 Ø17,5
LBL LB
SIMOGEAR geared motors Bevel geared motors
Dimensions
116
276
120
18 5
Ø60 m6 Ø250 j6 Ø350
129
Ø300 11
24,6
ØAC
212 -0,5
Ø60 m6
120
5
18 5
100 10
210
10
AD
64
DR M20x42 4
KAF109 156 123 120
KAFS109
156
162,5 120
KAFT109
156
120 120
Ø350
Ø350
Ø145
Ø350
18 JS9
Ø85 Ø72
68,989-0,055
5
64,4
93
93
M20 57
1 210
240 188
Ø60 h6
4
Ø60 H7 Ø85
Ø65 h6
Ø65 H7
R2 R3
39 40
0,2x45°
274
45
45
Ø65 h6
Ø65
M20x55 7
60,5 39,5
N65x2x30x31x9H 2
25
62
62 25
W65x2x30x31x8f
8 179 M20
2
4
3
Motor
AC AD1) k kB LB LBL
LE 80 156.3 149.2 652.0 712.0 261.5 321.5
80Z 156.3 149.2 687.0 747.0 296.5 356.5
90 173.8 154.2 713.5 783.5 323.0 393.0
90Z 173.8 154.2 753.5 823.5 363.0 433.0
100 198.0 170.5 766.0 844.5 375.5 454.0
100Z 198.0 170.5 801.0 879.5 410.5 489.0
112 222.0 181.5 776.0 849.0 385.5 458.5
112Z 222.0 181.5 801.0 874.0 410.5 483.5
132 264.0 207.0 829.0 933.5 438.5 543.0
132Z 264.0 207.0 879.0 983.5 488.5 593.0
160 318.0 241.0 911.0
1 027.0 520.5 636.5
160Z 318.0 241.0 971.0
1 087.0 580.5 696.5
LES 180
352.5 292.0 984.0 1 113.0 593.5 722.5
180Z 352.5 292.0
1 014.0 1 143.0
623.5 752.5
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762
. For inner contour see page 5/141
/ Use bores only for foot-mounted design
1) AD depends on the motor options, for other dimensions see page 8/42.
, Without locating shoulder +1 mm
Update 02/2018
Siemens MD 50.1 · 2017 5/113
Ø70 m6 Ø250 j6
Ø350
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Dimensions
K.F.109 gearbox in a flange-mounted design with VLplus reinforced bearing system (G30)
KF040, KAF040
KF109
kB
116
k
139
251,5
LBL
45°
Ø17,5
LB
386 140
18 5
129
74,5 ØAC
Ø300
5
11
24,6
Z
212 -0,5
210
10
5
140
20
125 7,5
Ø70 m6
KAF109 123
246
DR M20x42 4
Z AD
Ø350
18 JS9
Ø60 H7 Ø85
R3
5
246
64,4
93
93
M20 57
1 336
366 314
Ø60 h6
4
Motor
AC AD1) k kB LB LBL
LE 80 156.3 149.2 652.0 712.0 261.5 321.5
80Z 156.3 149.2 687.0 747.0 296.5 356.5
90 173.8 154.2 713.5 783.5 323.0 393.0
90Z 173.8 154.2 753.5 823.5 363.0 433.0
100 198.0 170.5 766.0 844.5 375.5 454.0
100Z 198.0 170.5 801.0 879.5 410.5 489.0
112 222.0 181.5 776.0 849.0 385.5 458.5
112Z 222.0 181.5 801.0 874.0 410.5 483.5
132 264.0 207.0 829.0 933.5 438.5 543.0
132Z 264.0 207.0 879.0 983.5 488.5 593.0
160 318.0 241.0 911.0
1 027.0 520.5 636.5
160Z 318.0 241.0 971.0
1 087.0 580.5 696.5
LES 180
352.5 292.0 984.0 1 113.0 593.5 722.5
180Z 352.5 292.0
1 014.0 1 143.0
623.5 752.5
$ ISO 4014 ( DIN 332 ) Feather key/keyway DIN 6885-1 / Use bores only for foot-mounted design
. For inner contour see page 5/141
1) AD depends on the motor options, for other dimensions see page 8/42.
5/114 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
K.Z.109 gearbox in a housing flange design
KZ030, KAZ030, KAZS030, KAZT030
KZ109
139 60°
kB k 251,5 M16x25
LBL LB
SIMOGEAR geared motors Bevel geared motors
Dimensions
240 116
5
240 116
5
Ø60 m6 Ø180 j6 Ø245
129
Ø245 Ø180 j6
ØAC
212 -0,5
Ø215
24,6
Ø60 m6
120
5
18 5
100 10
210
11
AD
64
DR M20x42 4
KAZ109 123 120
KAZS109 162,5 120
KAZT109 120 120
Ø145
18 JS9
Ø85 Ø72
68,989-0,055
5
64,4
93
93
M20 57
1 210
240 188
Ø60 h6
4
Ø60 H7 Ø85
Ø65 h6
Ø65 H7
R2 R3
39 40
0,2x45°
274
45
45
Ø65 h6
Ø65
M20x55 7
60,5 39,5
N65x2x30x31x9H 2
25
62
62 25
W65x2x30x31x8f
8 179 M20
2
4
3
Motor
AC AD1) k kB LB LBL
LE 80 156.3 149.2 652.0 712.0 261.5 321.5
80Z 156.3 149.2 687.0 747.0 296.5 356.5
90 173.8 154.2 713.5 783.5 323.0 393.0
90Z 173.8 154.2 753.5 823.5 363.0 433.0
100 198.0 170.5 766.0 844.5 375.5 454.0
100Z 198.0 170.5 801.0 879.5 410.5 489.0
112 222.0 181.5 776.0 849.0 385.5 458.5
112Z 222.0 181.5 801.0 874.0 410.5 483.5
132 264.0 207.0 829.0 933.5 438.5 543.0
132Z 264.0 207.0 879.0 983.5 488.5 593.0
160 318.0 241.0 911.0
1 027.0 520.5 636.5
160Z 318.0 241.0 971.0
1 087.0 580.5 696.5
LES 180
352.5 292.0 984.0 1 113.0 593.5 722.5
180Z 352.5 292.0
1 014.0 1 143.0
623.5 752.5
$ ISO 4014 % DIN 5480 & DIN 332-D / Use bores only for foot-mounted design
( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm 1) AD depends on the motor options, for other dimensions see page 8/42.
Update 02/2018
Siemens MD 50.1 · 2017 5/115
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Dimensions
KAD.109 gearbox in a shaft-mounted design
KAD030, KADS030, KADT030
KAD109
11
139
251,5
kB k
LBL LB
AD 116 116
129
ØAC
24,6
212 -0,5
300
333,5
5
24
Ø25 H9 60 119
263
KAD109 123 120
KADS109 162,5 120
50
56
31,5
KADT109 120 120
Ø145
18 JS9
5
64,4
93
93
M20 57
1 210
240 188
Ø60 h6
4
Ø60 H7 Ø85
Ø65 h6
Ø65 H7
R2 R3
39 40
0,2x45°
274
45
45
Ø65 h6
Ø65
M20x55 7
60,5 39,5
N65x2x30x31x9H 2
25
62
62 25
W65x2x30x31x8f
8 179 M20
2
4
3
Ø85 Ø72
68,989-0,055
Motor
AC AD1) k kB LB LBL
LE 80 156.3 149.2 652.0 712.0 261.5 321.5
80Z 156.3 149.2 687.0 747.0 296.5 356.5
90 173.8 154.2 713.5 783.5 323.0 393.0
90Z 173.8 154.2 753.5 823.5 363.0 433.0
100 198.0 170.5 766.0 844.5 375.5 454.0
100Z 198.0 170.5 801.0 879.5 410.5 489.0
112 222.0 181.5 776.0 849.0 385.5 458.5
112Z 222.0 181.5 801.0 874.0 410.5 483.5
132 264.0 207.0 829.0 933.5 438.5 543.0
132Z 264.0 207.0 879.0 983.5 488.5 593.0
160 318.0 241.0 911.0
1 027.0 520.5 636.5
160Z 318.0 241.0 971.0
1 087.0 580.5 696.5
LES 180
352.5 292.0 984.0 1 113.0 593.5 722.5
180Z 352.5 292.0
1 014.0 1 143.0
623.5 752.5
$ ISO 4014 % DIN 5480 & DIN 332-D / Use bores only for housing flange design
( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm 1) AD depends on the motor options, for other dimensions see page 8/42.
5/116 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
K..129 gearbox in a foot-mounted design
K030, KA030, KAS030, KAT030
K129
160 -0,5 35
kB k 290
LBL LB
SIMOGEAR geared motors Bevel geared motors
Dimensions
290 140 146
290 146
Ø70 m6
Ø70 m6
154 105
71
ØAC
28 35
265 -1 190
60
Ø70 m6
140
5
75
Ø26
20 5
125 7,5
Ø26
60
60
240
170
74,5
240
290
AD DR M20x42
4
KA129 152,5 150
KAS129 198,5 150
KAT129 150 150
Ø159
Ø85 Ø72
74,181-0,057
5
74,9
123
4 30
123
M20 58,5
1 270
300 248
Ø70 h6
4
Ø70 H7 Ø95
Ø75 h6
Ø75 H7
R2 R3
4
45
30
50
0,2x45°
340
50
55
Ø75 h6
Ø75
M20x55 7
60,5 39,5
4 30
N70x2x30x34x9H 2
25
72
72 25
W70x2x30x34x8f
8 239 M20
2
4
3
20 JS9
Motor
AC AD1) k kB LB LBL
LE 90 173.8 154.2 766.0 836.0 316.0 386.0
90Z 173.8 154.2 806.0 876.0 356.0 426.0
100 198.0 170.5 816.5 895.0 366.5 445.0
100Z 198.0 170.5 851.5 930.0 401.5 480.0
112 222.0 181.5 826.5 899.5 376.5 449.5
112Z 222.0 181.5 851.5 924.5 401.5 474.5
132 264.0 207.0 879.5 984.0 429.5 534.0
132Z 160
LES 160Z 180
180Z 200
200Z 225
225Y
264.0 318.0 318.0 352.5 352.5 392.5 392.5 439.0 439.0
207.0 241.0 241.0 292.0 292.0 315.0 315.0 382.0 382.0
929.5 961.5 1 021.5 1 034.5 1 064.5 1 102.5 1 127.5 1 148.0 1 208.0
1 034.0 1 077.5 1 137.5 1 163.5 1 193.5 1 249.5 1 274.5 1 376.0 1 436.0
479.5 511.5 571.5 584.5 614.5 652.5 677.5 698.0 758.0
584.0 627.5 687.5 713.5 743.5 799.5 824.5 926 986
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm 1) AD depends on the motor options, for other dimensions see page 8/42.
Update 02/2018
Siemens MD 50.1 · 2017 5/117
Ø70 m6 Ø350 j6 Ø450
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Dimensions
K.F.129 gearbox in a flange-mounted design
KF030, KAF030, KAFS030, KAFT030
KF129
161,5 22,5°
290 Ø17,5
kB k
LBL LB
146
331,5
140
22 5
154
45° 28
ØAC
Ø400
265 -1
5
11
20 5
140 125 7,5
Ø70 m6
240
10
AD
74,5
DR M20x42 4
KAF129 191,5 152,5 150
KAFS129
191,5
198,5 150
KAFT129 191,5 150 150
Ø450
Ø450
Ø159
Ø450
20 JS9
Ø85 Ø72
74,181-0,057
5
74,9
123
123
M20 58,5
1 270
300 248
Ø70 h6
4
Ø70 H7 Ø95
Ø75 h6
Ø75 H7
R2 R3
45 50
0,2x45°
340
50
55
Ø75 h6
Ø75
M20x55 7
60,5 39,5
N70x2x30x34x9H 2
25
72
72 25
W70x2x30x34x8f
8 239 M20
2
4
3
Motor
AC AD1) k kB LB LBL
LE 90 173.8 154.2 767.5 837.5 316.0 386.0
90Z 173.8 154.2 807.5 877.5 356.0 426.0
100 198.0 170.5 818.0 896.5 366.5 445.0
100Z 198.0 170.5 853.0 931.5 401.5 480.0
112 222.0 181.5 828.0 901.0 376.5 449.5
112Z 222.0 181.5 853.0 926.0 401.5 474.5
132 264.0 207.0 881.0 985.5 429.5 534.0
132Z 160
LES 160Z 180
180Z 200
200Z 225
225Y
264.0 318.0 318.0 352.5 352.5 392.5 392.5 439.0 439.0
207.0 241.0 241.0 292.0 292.0 315.0 315.0 382.0 382.0
931.0 963.0 1 023.0 1 036.0 1 066.0 1 104.0 1 129.0 1 149.5 1 209.5
1 035.5 1 079.0 1 139.0 1 165.0 1 195.0 1 251.0 1 276.0 1 377.5 1 437.5
479.5 511.5 571.5 584.5 614.5 652.5 677.5 698.0 758.0
584.0 627.5 687.5 713.5 743.5 799.5 824.5 926.0 986.0
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762
. For inner contour see page 5/141
/ Use bores only for foot-mounted design
1) AD depends on the motor options, for other dimensions see page 8/42.
, Without locating shoulder +1 mm
5/118 Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
K.F.129 gearbox in a flange-mounted design with VLplus reinforced bearing system (G30)
KF040, KAF040
Dimensions
KF129
161,5 22,5
290 Ø17,5
kB k
LBL LB
146
469
170
22 5
Ø90 m6 Ø350 h6 Ø450
154
95 ØAC
Ø400 11
28
Z
265 -1
5
240
10
5
170
25
140 15
Ø90 m6
KAF129 153,5 299
DR M24x50 4
Z AD
Ø450
20 JS9
Ø70 H7 Ø95
R3
5
74,9
123
299 123
M20 58,5
1 420 450 398
Ø70 h6
4
Motor
AC AD1) k kB LB LBL
LE 90 173.8 154.2 767.5 837.5 316.0 386.0
90Z 173.8 154.2 807.5 877.5 356.0 426.0
100 198.0 170.5 818.0 896.5 366.5 445.0
100Z 198.0 170.5 853.0 931.5 401.5 480.0
112 222.0 181.5 828.0 901.0 376.5 449.5
112Z 222.0 181.5 853.0 926.0 401.5 474.5
132 264.0 207.0 881.0 985.5 429.5 534.0
132Z 160
LES 160Z 180
180Z 200
200Z 225
225Y
264.0 318.0 318.0 352.5 352.5 392.5 392.5 439.0 439.0
207.0 241.0 241.0 292.0 292.0 315.0 315.0 382.0 382.0
931.0 963.0 1 023.0 1 036.0 1 066.0 1 104.0 1 129.0 1 149.5 1 209.5
1 035.5 1 079.0 1 139.0 1 165.0 1 195.0 1 251.0 1 276.0 1 377.5 1 437.5
479.5 511.5 571.5 584.5 614.5 652.5 677.5 698.0 758.0
584.0 627.5 687.5 713.5 743.5 799.5 824.5 926.0 986.0
$ ISO 4014 ( DIN 332 ) Feather key/keyway DIN 6885-1 / Use bores only for foot-mounted design
. For inner contour see page 5/141
1) AD depends on the motor options, for other dimensions see page 8/42.
Update 02/2018
Siemens MD 50.1 · 2017 5/119
Ø70 m6 Ø180 j6 Ø250
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Dimensions
K.Z.129 gearbox in a housing flange design
KZ030, KAZ030, KAZS030, KAZT030
KZ129
161,5 45°
kB k 290 M16x25
LBL LB
290 146
5
290 146
5
154
Ø250 Ø180 j6
ØAC
265 -1
Ø215
5
11
KAZ129 152,5 150
28
20 5
140 125 7,5
74,5
DR M20x42 4
KAZS129 198,5 150
Ø70 m6
240 AD
KAZT129 150 150
Ø159
20 JS9
5
74,9
123
123
M20 58,5
1 270
300 248
Ø70 h6
4
Ø70 H7 Ø95
Ø75 h6
Ø75 H7
R2 R3
45 50
0,2x45°
340
50
55
Ø75 h6
Ø75
M20x55 7
60,5 39,5
N70x2x30x34x9H 2
25
72
72 25
W70x2x30x34x8f
8 239 M20
2
4
3
Ø85 Ø72
74,181-0,057
Motor
AC AD1) k kB LB LBL
LE 90 173.8 154.2 767.5 837.5 316.0 386.0
90Z 173.8 154.2 807.5 877.5 356.0 426.0
100 198.0 170.5 818.0 896.5 366.5 445.0
100Z 198.0 170.5 853.0 931.5 401.5 480.0
112 222.0 181.5 828.0 901.0 376.5 449.5
112Z 222.0 181.5 853.0 926.0 401.5 474.5
132 264.0 207.0 881.0 985.5 429.5 534.0
132Z 160
LES 160Z 180
180Z 200
200Z 225
225Y
264.0 318.0 318.0 352.5 352.5 392.5 392.5 439.0 439.0
207.0 241.0 241.0 292.0 292.0 315.0 315.0 382.0 382.0
931.0 963.0 1 023.0 1 036.0 1 066.0 1 104.0 1 129.0 1 149.5 1 209.5
1 035.5 1 079.0 1 139.0 1 165.0 1 195.0 1 251.0 1 276.0 1 377.5 1 437.5
479.5 511.5 571.5 584.5 614.5 652.5 677.5 698.0 758.0
584.0 627.5 687.5 713.5 743.5 799.5 824.5 926.0 986.0
$ ISO 4014 % DIN 5480 & DIN 332-D / Use bores only for foot-mounted design
( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm 1) AD depends on the motor options, for other dimensions see page 8/42.
5/120 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
KAD.129 gearbox in a shaft-mounted design
KAD030, KADS030, KADT030
KAD129 11
161,5
kB k 290
LBL LB
SIMOGEAR geared motors Bevel geared motors
Dimensions
AD 146 146
154
ØAC
28
265 -1
350
389,5
30
5
Ø25 H9 70 120
298
KAD129 152,5 150
KADS129 198,5 150
50
56
62
KADT129 150 150
Ø159
20 JS9
Ø85 Ø72
74,181-0,057
5
74,9
123
123
M20 58,5
1 270
300 248
Ø70 h6
4
Ø70 H7 Ø95
Ø75 h6
Ø75 H7
R2 R3
45 50
0,2x45°
340
50
55
Ø75 h6
Ø75
M20x55 7
60,5 39,5
N70x2x30x34x9H 2
25
72
72 25
W70x2x30x34x8f
8 239 M20
2
4
3
Motor
AC AD1) k kB LB LBL
LE 90 173.8 154.2 767.5 837.5 316.0 386.0
90Z 173.8 154.2 807.5 877.5 356.0 426.0
100 198.0 170.5 818.0 896.5 366.5 445.0
100Z 198.0 170.5 853.0 931.5 401.5 480.0
112 222.0 181.5 828.0 901.0 376.5 449.5
112Z 222.0 181.5 853.0 926.0 401.5 474.5
132 264.0 207.0 881.0 985.5 429.5 534.0
132Z 160
LES 160Z 180
180Z 200
200Z 225
225Y
264.0 318.0 318.0 352.5 352.5 392.5 392.5 439.0 439.0
207.0 241.0 241.0 292.0 292.0 315.0 315.0 382.0 382.0
931.0 963.0 1 023.0 1 036.0 1 066.0 1 104.0 1 129.0 1 149.5 1 209.5
1 035.5 1 079.0 1 139.0 1 165.0 1 195.0 1 251.0 1 276.0 1 377.5 1 437.5
479.5 511.5 571.5 584.5 614.5 652.5 677.5 698.0 758.0
584.0 627.5 687.5 713.5 743.5 799.5 824.5 926.0 986.0
$ ISO 4014 % DIN 5480 & DIN 332-D / Use bores only for housing flange design
( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm 1) AD depends on the motor options, for other dimensions see page 8/42.
Update 02/2018
Siemens MD 50.1 · 2017 5/121
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Dimensions
K..149 gearbox in a foot-mounted design
K030, KA030, KAS030, KAT030
K149
200 -0,5 40
347,5
kB k
LBL LB
345 170 169
345 169
Ø90 m6
Ø90 m6
182 140
81,5
ØAC
39 40
315 -1 220
90
Ø90 m6
5
170
95
Ø33
25 5
140 15
Ø33
90
90
270
210
95
280
340
AD DR M24x50
4
KA149 181,5 175
KAS149 233,5 175
KAT149 175 175
Ø201
25 JS9
5
95,4
135
6 40
135
M24 75
1 313
350 287
Ø90 h6
4
Ø90 H7 Ø120
Ø95 h6
Ø95 H7
R2 R3
6
49
40
60
0,2x45°
404
54
65
Ø95 h6
Ø95
M20x60 7
60,5 41
6 40
N85x3x30x27x9H 2
26
89
89 26
W85x3x30x27x8f
8 289 M20
2
6
3
Ø105 Ø90
91,024-0,055
Motor
AC AD1) k kB LB LBL
LE
LES
90
90Z 100 100Z 112 112Z 132 132Z 160 160Z 180 180Z 200 200Z 225 225Y 250
173.8 173.8 198.0 198.0 222.0 222.0 264.0 264.0 318.0 318.0 352.5 352.5 392.5 392.5 439.0 439.0 487.0
154.2 154.2 170.5 170.5 181.5 181.5 207.0 207.0 241.0 241.0 292.0 292.0 315.0 315.0 382.0 382.0 457.5
856.5 896.5 905.0 940.0 915.0 940.0 966.0 1 016.0 1 048.0 1 108.0 1 121.0 1 151.0 1 189.0 1 214.0 1 234.5 1 294.5 1 346.0
926.5 966.5 983.5 1 018.5 988.0 1 013.0 1 070.5 1 120.5 1 164.0 1 224.0 1 250.0 1 280.0 1 336.0 1 361.0 1 462.5 1 522.5 1 571.0
309.0 349.0 357.5 392.5 367.5 392.5 418.5 468.5 500.5 560.5 573.5 603.5 641.5 666.5 687.0 747.0 798.5
379.0 419.0 436.0 471.0 440.5 465.5 523.0 573.0 616.5 676.5 702.5 732.5 788.5 813.5 915.0 975.0 1 023.5
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm 1) AD depends on the motor options, for other dimensions see page 8/42.
5/122 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
K.F.149 gearbox in a flange-mounted design
KF030, KAF030, KAFS030, KAFT030
KF149
193,5 22,5°
347,5 Ø17,5
kB k
LBL LB
SIMOGEAR geared motors Bevel geared motors
Dimensions
169
402
170
22 5
Ø90 m6 Ø350 j6 Ø450
182
45° 39
ØAC
Ø400
315 -1
170
5
Ø90 m6
25 5
140 15
278
10
11
AD
95
DR M24x50 4
KAF149 216 181,5 175
KAFS149
216
233,5 175
KAFT149
216
175 175
Ø450
Ø450
Ø201
Ø450
25 JS9
Ø105 Ø90
91,024-0,055
5
95,4
135
135
M24 75
1 313
350 287
Ø90 h6
4
Ø90 H7 Ø120
Ø95 h6
Ø95 H7
R2 R3
49 60
0,2x45°
404
54
65
Ø95 h6
Ø95
M20x60 7
60,5 41
N85x3x30x27x9H 2
26
89
89 26
W85x3x30x27x8f
8 289 M20
2
6
3
Motor
AC AD1) k kB LB LBL
LE
LES
90
90Z 100 100Z 112 112Z 132 132Z 160 160Z 180 180Z 200 200Z 225 225Y 250
173.8 173.8 198.0 198.0 222.0 222.0 264.0 264.0 318.0 318.0 352.5 352.5 392.5 392.5 439.0 439.0 487.0
154.2 154.2 170.5 170.5 181.5 181.5 207.0 207.0 241.0 241.0 292.0 292.0 315.0 315.0 382.0 382.0 457.5
850.0 890.0 898.5 933.5 908.5 933.5 959.5 1 009.5 1 041.5 1 101.5 1 114.5 1 144.5 1 182.5 1 207.5 1 228.0 1 288.0 1 339.5
920.0 960.0 977.0 1 012.0 981.5 1 006.5 1 064.0 1 114.0 1 157.5 1 217.5 1 243.5 1 273.5 1 329.5 1 354.5 1 456.0 1 516.0 1 564.5
309.0 349.0 357.5 392.5 367.5 392.5 418.5 468.5 500.5 560.5 573.5 603.5 641.5 666.5 687.0 747.0 798.5
379.0 419.0 436.0 471.0 440.5 465.5 523.0 573.0 616.5 676.5 702.5 732.5 788.5 813.5 915.0 975.0 1 023.5
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762
. For inner contour see page 5/141
/ Use bores only for foot-mounted design
1) AD depends on the motor options, for other dimensions see page 8/42.
, Without locating shoulder +1 mm
Update 02/2018
Siemens MD 50.1 · 2017 5/123
Ø100 m6 Ø350 h6 Ø450
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Dimensions
K.F.149 gearbox in a flange-mounted design with VLplus reinforced bearing system (G30)
KF040, KAF040
KF149
kB
169
k
193,5
347,5
LBL
22,5
Ø17,5
LB
559 210
22 5
182
106 ØAC
Ø400
5
11
39
Z
315 -1
278
10
5
210
28
180 15
Ø100 m6
KAF149 181,5 349
DR M24x50 4
Z AD
Ø450
25 JS9
Ø90 H7 Ø120
R3
5
95,4
135
349 135
M24 70
1 487 524 461
Ø90 h6
4
Motor
AC AD1) k kB LB LBL
LE
LES
90
90Z 100 100Z 112 112Z 132 132Z 160 160Z 180 180Z 200 200Z 225 225Y 250
173.8 173.8 198.0 198.0 222.0 222.0 264.0 264.0 318.0 318.0 352.5 352.5 392.5 392.5 439.0 439.0 487.0
154.2 154.2 170.5 170.5 181.5 181.5 207.0 207.0 241.0 241.0 292.0 292.0 315.0 315.0 382.0 382.0 457.5
850.0 890.0 898.5 933.5 908.5 933.5 959.5 1 009.5 1 041.5 1 101.5 1 114.5 1 144.5 1 182.5 1 207.5 1 228.0 1 288.0 1 339.5
920.0 960.0 977.0 1 012.0 981.5 1 006.5 1 064.0 1 114.0 1 157.5 1 217.5 1 243.5 1 273.5 1 329.5 1 354.5 1 456.0 1 516.0 1 564.5
309.0 349.0 357.5 392.5 367.5 392.5 418.5 468.5 500.5 560.5 573.5 603.5 641.5 666.5 687.0 747.0 798.5
379.0 419.0 436.0 471.0 440.5 465.5 523.0 573.0 616.5 676.5 702.5 732.5 788.5 813.5 915.0 975.0 1 023.5
$ ISO 4014 ( DIN 332 ) Feather key/keyway DIN 6885-1 . For inner contour see page 5/141
/ Use bores only for foot-mounted design 1) AD depends on the motor options, for other dimensions see page 8/42.
5/124 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
K.Z.149 gearbox in a housing flange design
KZ030, KAZ030, KAZS030, KAZT030
KZ149
193,5 45°
kB k 347,5 M20x31
LBL LB
SIMOGEAR geared motors Bevel geared motors
Dimensions
345 169
5
345 169
5
Ø90 m6 Ø210 j6 Ø305
182
Ø305 Ø210 j6
ØAC
315 -1
Ø260 11
39
Ø90 m6
170
5
25 5
140 15
278
AD
95
DR M24x50 4
KAZ149 181,5 175
KAZS149 233,5 175
KAZT149 175 175
Ø201
25 JS9
Ø105 Ø90
91,024-0,055
5
95,4
135
135
M24 75
1 313
350 287
Ø90 h6
4
Ø90 H7 Ø120
Ø95 h6
Ø95 H7
R2 R3
49 60
0,2x45°
404
54
65
Ø95 h6
Ø95
M20x60 7
60,5 41
N85x3x30x27x9H 2
26
89
89 26
W85x3x30x27x8f
8 289 M20
2
6
3
Motor
AC AD1) k kB LB LBL
LE
LES
90
90Z 100 100Z 112 112Z 132 132Z 160 160Z 180 180Z 200 200Z 225 225Y 250
173.8 173.8 198.0 198.0 222.0 222.0 264.0 264.0 318.0 318.0 352.5 352.5 392.5 392.5 439.0 439.0 487.0
154.2 154.2 170.5 170.5 181.5 181.5 207.0 207.0 241.0 241.0 292.0 292.0 315.0 315.0 382.0 382.0 457.5
850.0 890.0 898.5 933.5 908.5 933.5 959.5 1 009.5 1 041.5 1 101.5 1 114.5 1 144.5 1 182.5 1 207.5 1 228.0 1 288.0 1 339.5
920.0 960.0 977.0 1 012.0 981.5 1 006.5 1 064.0 1 114.0 1 157.5 1 217.5 1 243.5 1 273.5 1 329.5 1 354.5 1 456.0 1 516.0 1 564.5
309.0 349.0 357.5 392.5 367.5 392.5 418.5 468.5 500.5 560.5 573.5 603.5 641.5 666.5 687.0 747.0 798.5
379.0 419.0 436.0 471.0 440.5 465.5 523.0 573.0 616.5 676.5 702.5 732.5 788.5 813.5 915.0 975.0 1 023.5
$ ISO 4014 % DIN 5480 & DIN 332-D / Use bores only for foot-mounted design
( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm 1) AD depends on the motor options, for other dimensions see page 8/42.
Update 02/2018
Siemens MD 50.1 · 2017 5/125
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Dimensions
KAD.149 gearbox in a shaft-mounted design
KAD031, KADS031, KADT031
KAD149 11
193,5
347,5
kB k
LBL LB
AD 169 169
182
ØAC
39
315 -1
450
492
5
32
Ø25 H9 74 144
346
KAD149 181,5 175
KADS149 233,5 175
50
56
77
KADT149 175 175
Ø201
25 JS9
5
95,4
135
135
M24 75
1 313
350 287
Ø90 h6
4
Ø90 H7 Ø120
Ø95 h6
Ø95 H7
R2 R3
49 60
0,2x45°
404
54
65
Ø95 h6
Ø95
M20x60 7
60,5 41
N85x3x30x27x9H 2
26
89
89 26
W85x3x30x27x8f
8 289 M20
2
6
3
Ø105 Ø90
91,024-0,055
Motor
AC AD1) k kB LB LBL
LE
LES
90
90Z 100 100Z 112 112Z 132 132Z 160 160Z 180 180Z 200 200Z 225 225Y 250
173.8 173.8 198.0 198.0 222.0 222.0 264.0 264.0 318.0 318.0 352.5 352.5 392.5 392.5 439.0 439.0 487.0
154.2 154.2 170.5 170.5 181.5 181.5 207.0 207.0 241.0 241.0 292.0 292.0 315.0 315.0 382.0 382.0 457.5
850.0 890.0 898.5 933.5 908.5 933.5 959.5 1 009.5 1 041.5 1 101.5 1 114.5 1 144.5 1 182.5 1 207.5 1 228.0 1 288.0 1 339.5
920.0 960.0 977.0 1 012.0 981.5 1 006.5 1 064.0 1 114.0 1 157.5 1 217.5 1 243.5 1 273.5 1 329.5 1 354.5 1 456.0 1 516.0 1 564.5
309.0 349.0 357.5 392.5 367.5 392.5 418.5 468.5 500.5 560.5 573.5 603.5 641.5 666.5 687.0 747.0 798.5
379.0 419.0 436.0 471.0 440.5 465.5 523.0 573.0 616.5 676.5 702.5 732.5 788.5 813.5 915.0 975.0 1 023.5
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762
/ Use bores only for housing flange design 1) AD depends on the motor options, for other dimensions see page 8/42.
, Without locating shoulder +1 mm
5/126 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
K..169 gearbox in a foot-mounted design
K030, KA030, KAS030, KAT030
K169
225 -0,5 45
kB k 410
LBL LB
SIMOGEAR geared motors Bevel geared motors
Dimensions
418
210
195
418 195
Ø110 m6
Ø110 m6
213 155
101
ØAC
38,9 45
375 -1 265
103
Ø110 m6
210
5
115
Ø39
28 5
180 15
Ø39
112
112
330
253
116
350
400
AD DR M24x50
4
KA169 208,5 205
KAS169
291 205
KAT169 205 205
Ø234
Ø110 Ø90
95,910-0,053
5
106,4
150
5 43,5
150
M24 73,5
1 373
410 347
Ø100 h6
4
Ø100 H7 Ø140
Ø105 h6
Ø105 H7
R2 R3
5
85
43,5
60
0,6x45°
485
90
65
Ø105 h6
Ø105
M20x45 7
49,5 36
5 43,5
N90x3x30x28x9H 2
32,5 100
100 32,5
W90x3x30x28x8f
8 360 M20
2
6
3
28 JS9
Motor
AC AD1) k kB LB LBL
LE
LES
100
100Z 112
112Z 132
132Z 160
160Z 180
180Z 200
200Z 225
225Y 250
198.0 198.0 222.0 222.0 264.0 264.0 318.0 318.0 352.5 352.5 392.5 392.5 439.0 439.0 487.0
170.5 170.5 181.5 181.5 207.0 207.0 241.0 241.0 292.0 292.0 315.0 315.0 382.0 382.0 457.5
991.0 1 026.0 1 001.0 1 026.0 1 047.0 1 097.0 1 129.0 1 189.0 1 202.0 1 232.0 1 270.0 1 295.0 1 315.5 1 375.5 1 427.0
1 069.5 1 104.5 1 074.0 1 099.0 1 151.5 1 201.5 1 245.0 1 305.0 1 331.0 1 361.0 1 417.0 1 442.0 1 543.5 1 603.5 1 652.0
356.0 391.0 366.0 391.0 412.0 462.0 494.0 554.0 567.0 597.0 635.0 660.0 680.5 740.5 792.0
434.5 469.5 439
464.0 516.5 566.5 610.0 670.0 696.0 726.0 782.0 807.0 908.5 968.5 1 017.0
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm 1) AD depends on the motor options, for other dimensions see page 8/42.
Update 02/2018
Siemens MD 50.1 · 2017 5/127
Ø110 m6 Ø450 h6
Ø550
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Dimensions
K.F.169 gearbox in a flange-mounted design
KF030, KAF030, KAFS030, KAFT030
KF169
225 22,5°
410 Ø17,5
kB k
LBL LB
45° 38,9
Ø500
ØAC
5
11
28 5
210 180 15
116
KAF169 256 208,5 205
DR M24x50 4
KAFS169
256
291 205
Ø110 m6
375 -1
213
195
483
210
25
5
400
10
AD
KAFT169
256
205 205
Ø550
Ø550
Ø234
Ø550
28 JS9
Ø110 Ø90
95,910-0,053
5
106,4
150
150
M24 73,5
1 373
410 347
Ø100 h6
4
Ø100 H7 Ø140
Ø105 h6
Ø105 H7
R2 R3
85 60
0,6x45°
485
90
65
Ø105 h6
Ø105
M20x45 7
49,5 36
N90x3x30x28x9H 2
32,5 100
100 32,5
W90x3x30x28x8f
8 360 M20
2
6
3
Motor
AC AD1) k kB LB LBL
LE
LES
100
100Z 112
112Z 132
132Z 160
160Z 180
180Z 200
200Z 225
225Y 250
198.0 198.0 222.0 222.0 264.0 264.0 318.0 318.0 352.5 352.5 392.5 392.5 439.0 439.0 487.0
170.5 170.5 181.5 181.5 207.0 207.0 241.0 241.0 292.0 292.0 315.0 315.0 382.0 382.0 457.5
991.0 1026.0 1001.0 1026.0 1047.0 1097.0 1129.0 1189.0 1202.0 1232.0 1 270.0 1 295.0 1 315.5 1 375.5 1 427.0
1069.5 1104.5 1074.0 1099.0 1151.5 1201.5 1245.0 1305.0 1331.0 1361.0 1 417.0 1 442.0 1 543.5 1 603.5 1 652.0
356.0 391.0 366.0 391.0 412.0 462.0 494.0 554.0 567.0 597.0 635.0 660.0 680.5 740.5 792.0
434.5 469.5 439.0 464.0 516.5 566.5 610.0 670.0 696.0 726.0 782.0 807.0 908.5 968.5 1 017.0
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762
. For inner contour see page 5/141
/ Use bores only for foot-mounted design
1) AD depends on the motor options, for other dimensions see page 8/42.
, Without locating shoulder +1 mm
5/128 Siemens MD 50.1 · 2017
Update 02/2018
28 JS9 45°
Ø100 h6
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
K.F.169 gearbox in a flange-mounted design with VLplus reinforced bearing system (G30)
KF040, KAF040
Dimensions
KF169
225 22,5°
410 Ø17,5
kB k
LBL LB
195
615
210
25
5
Ø120 m6 Ø450 h6 Ø550
213
127 ØAC
Ø500 11
38,9
Z
375 -1
5
400
10
5
210
32
180 15
Ø120 m6
KAF169 212 405
DR M24x50 4
Z AD
Ø550
Ø100 H7 Ø140
R3
5
106,4
150
405 150
M24 73,5
1 574
611 548
4
Motor
AC AD1) k kB LB LBL
LE
LES
100
100Z 112
112Z 132
132Z 160
160Z 180
180Z 200
200Z 225
225Y 250
198.0 198.0 222.0 222.0 264.0 264.0 318.0 318.0 352.5 352.5 392.5 392.5 439.0 439.0 487.0
170.5 170.5 181.5 181.5 207.0 207.0 241.0 241.0 292.0 292.0 315.0 315.0 382.0 382.0 457.5
991.0 1 026.0 1 001.0 1 026.0 1 047.0 1 097.0 1 129.0 1 189.0 1 202.0 1 232.0 1 270.0 1 295.0 1 315.5 1 375.5 1 427.0
1 069.5 1 104.5 1 074.0 1 099.0 1 151.5 1 201.5 1 245.0 1 305.0 1 331.0 1 361.0 1 417.0 1 442.0 1 543.5 1 603.5 1 652.0
356.0 391.0 366.0 391.0 412.0 462.0 494.0 554.0 567.0 597.0 635.0 660.0 680.5 740.5 792.0
434.5 469.5 439.0 464.0 516.5 566.5 610.0 670.0 696.0 726.0 782.0 807.0 908.5 968.5 1 017.0
$ ISO 4014
( DIN 332
) Feather key/keyway DIN 6885-1 / Use bores only for foot-mounted design
. For inner contour see page 5/141
1) AD depends on the motor options, for other dimensions see page 8/42.
Update 02/2018
Siemens MD 50.1 · 2017 5/129
Ø110 m6 Ø250 j6
Ø350
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Dimensions
K.Z.169 gearbox in a housing flange design
KZ030, KAZ030, KAZS030, KAZT030
KZ169
225 -0,5
410
M20x31
30°
kB k
LBL LB
418 5 195
418 195 5
213
Ø350 Ø250 j6
ØAC
Ø300
38,9
375 -1
5
11
28 5
210 180 15
400 AD
Ø110 m6
116
DR M24x50 4
KAZ169 208,5 205
KAZS169 291 205
KAZT169 205 205
Ø234
28 JS9
5
106,4
150
150
M24 73,5
1 373
410 347
Ø100 h6
4
Ø100 H7 Ø140
Ø105 h6
Ø105 H7
R2 R3
85 60
0,6x45°
485
90
65
Ø105 h6
Ø105
M20x45 7
49,5 36
N90x3x30x28x9H 2
32,5 100
100 32,5
W90x3x30x28x8f
8 360 M20
2
6
3
Ø110 Ø90
95,910-0,053
Motor
AC AD1) k kB LB LBL
LE
LES
100
100Z 112
112Z 132
132Z 160
160Z 180
180Z 200
200Z 225
225Y 250
198.0 198.0 222.0 222.0 264.0 264.0 318.0 318.0 352.5 352.5 392.5 392.5 439.0 439.0 487.0
170.5 170.5 181.5 181.5 207.0 207.0 241.0 241.0 292.0 292.0 315.0 315.0 382.0 382.0 457.5
991.0 1026.0 1001.0 1026.0 1047.0 1097.0 1129.0 1189.0 1202.0 1232.0 1 270.0 1 295.0 1 315.5 1 375.5 1 427.0
1069.5 1104.5 1074.0 1099.0 1151.5 1201.5 1245.0 1305.0 1331.0 1361.0 1 417.0 1 442.0 1 543.5 1 603.5 1 652.0
356.0 391.0 366.0 391.0 412.0 462.0 494.0 554.0 567.0 597.0 635.0 660.0 680.5 740.5 792.0
434.5 469.5 439.0 464.0 516.5 566.5 610.0 670.0 696.0 726.0 782.0 807.0 908.5 968.5 1 017.0
$ ISO 4014 % DIN 5480 & DIN 332-D / Use bores only for foot-mounted design
( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm 1) AD depends on the motor options, for other dimensions see page 8/42.
5/130 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
KAD.169 gearbox in a shaft-mounted design
KAD031, KADS031, KADT031
KAD169
11
225 -0,5
kB k 410
LBL LB
SIMOGEAR geared motors Bevel geared motors
Dimensions
AD 195 195
213
ØAC
38,9
375 -1
550
620
45
5
Ø40 H9
60
210
420
KAD169 208,5 205
KADS169 291 205
80
88
7
KADT169 205 205
Ø234
Ø110 Ø90
95,910-0,053
5
106,4
150
150
M24 73,5
1 373
410 347
Ø100 h6
4
Ø100 H7 Ø140
Ø105 h6
Ø105 H7
R2 R3
85 60
0,6x45°
485
90
65
Ø105 h6
Ø105
M20x45 7
49,5 36
N90x3x30x28x9H 2
32,5 100
100 32,5
W90x3x30x28x8f
8 360 M20
2
6
3
28 JS9
Motor
AC AD1) k kB LB LBL
LE
LES
100
100Z 112
112Z 132
132Z 160
160Z 180
180Z 200
200Z 225
225Y 250
198.0 198.0 222.0 222.0 264.0 264.0 318.0 318.0 352.5 352.5 392.5 392.5 439.0 439.0 487.0
170.5 170.5 181.5 181.5 207.0 207.0 241.0 241.0 292.0 292.0 315.0 315.0 382.0 382.0 457.5
991.0 1026.0 1001.0 1026.0 1047.0 1097.0 1129.0 1189.0 1202.0 1232.0 1 270.0 1 295.0 1 315.5 1 375.5 1 427.0
1069.5 1104.5 1074.0 1099.0 1151.5 1201.5 1245.0 1305.0 1331.0 1361.0 1 417.0 1 442.0 1 543.5 1 603.5 1 652.0
356.0 391.0 366.0 391.0 412.0 462.0 494.0 554.0 567.0 597.0 635.0 660.0 680.5 740.5 792.0
434.5 469.5 439.0 464.0 516.5 566.5 610.0 670.0 696.0 726.0 782.0 807.0 908.5 968.5 1 017.0
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762
/ Use bores only for housing flange design 1) AD depends on the motor options, for other dimensions see page 8/42.
, Without locating shoulder +1 mm
Update 02/2018
Siemens MD 50.1 · 2017 5/131
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Dimensions
K..189 gearbox in a foot-mounted design
K030, KA030, KAS030, KAT030
K189
280 -0,5 50
kB k 418
LBL LB
460
210
236
460 236
Ø120 m6
Ø120 m6
264,5 180
125
ØAC
75,8 50
450 -1 320
104
Ø120 m6
5
210
140
Ø39
32 5
180 20
Ø39
116
116
420
250
127
380
500
AD DR M24x50
4
KA189 253,5 250
KAS189
341 250
KAT189 250 250
Ø267
32 JS9
5
127,4
180
5 40
180
M24 73
1 460
500 434
Ø120 h6
4
Ø120 H7 Ø160
Ø125 h6
Ø125 H7
R2 R3
5
62
40
100
0,6x45°
485
67
105
Ø125 h6
Ø125
M24x60 7
57 45,5
5 40
N110x3x30x35x9H 2
Ø110
32
99
99
32
W110x3x30x35x8f
8 443 M24
2
6
3
Ø130
115,998-0,061
Motor
AC AD1) k kB LB LBL
LE 112
222.0 181.5 1 051.5 1 124.5 353.5 426.5
112Z 222.0 181.5
1 076.5 1 149.5
378.5 451.5
132 264.0 207.0
1 097.0 1 201.5
399.0 503.5
132Z 264.0 207.0
1 147.0 1 251.5
449.0 553.5
160 318.0 241.0
1 179.0 1 295.0
481.0 597.0
160Z 318.0 241.0
1 239.0 1 355.0
541.0 657.0
LES 180
352.5 292.0 1 251.5 1 380.5 553.5 682.5
180Z 352.5 292.0
1 281.5 1 410.5
583.5 712.5
200 392.5 315.0
1 319.5 1 466.5
621.5 768.5
200Z 392.5 315.0
1 344.5 1 491.5
646.5 793.5
225 439.0 382.0
1 364.0 1 592.0
666.0 894.0
225Y 439.0 382.0
1 424.0 1 652.0
726.0 954.0
250 487.0 457.5
1 471.5 1 696.5
773.5 998.5
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm 1) AD depends on the motor options, for other dimensions see page 8/42.
5/132 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
K.F.189 gearbox in a flange-mounted design
KF030, KAF030, KAFS030, KAFT030
KF189
280 22,5°
418 Ø22
kB k
LBL LB
SIMOGEAR geared motors Bevel geared motors
Dimensions
236
531
210
28
6
Ø120 m6 Ø550 h6
Ø660
264,5
45° 75,8
Ø600
ØAC
Ø120 m6 450 -1
210
5
32 5
180 20
500
10
11
AD
127
DR M24x50 4
KAF189 310 253,5 250
KAFS189
310
341 250
KAFT189
310
250 250
Ø660
Ø660
Ø267
Ø660
32 JS9
5
127,4
180
180
M24 73
1 460
500 434
Ø120 h6
4
Ø120 H7 Ø160
Ø125 h6
Ø125 H7
R2 R3
62 100
0,6x45°
583
67
105
Ø125 h6
Ø125
M24x60 7
57 45,5
N110x3x30x35x9H 2
Ø110
32
99
99 32
W110x3x30x35x8f
8 443 M24
2
6
3
Ø130
115,998-0,061
Motor
AC AD1) k kB LB LBL
LE 112
222.0 181.5 1 051.5 1 124.5 353.5 426.5
112Z 222.0 181.5
1 076.5 1 149.5
378.5 451.5
132 264.0 207.0
1 097.0 1 201.5
399.0 503.5
132Z 264.0 207.0
1 147.0 1 251.5
449.0 553.5
160 318.0 241.0
1 179.0 1 295.0
481.0 597.0
160Z 318.0 241.0
1 239.0 1 355.0
541.0 657.0
LES 180
352.5 292.0 1 251.5 1 380.5 553.5 682.5
180Z 352.5 292.0
1 281.5 1 410.5
583.5 712.5
200 392.5 315.0
1 319.5 1 466.5
621.5 768.5
200Z 392.5 315.0
1 344.5 1 491.5
646.5 793.5
225 439.0 382.0
1 364.0 1 592.0
666.0 894.0
225Y 439.0 382.0
1 424.0 1 652.0
726.0 954.0
250 487.0 457.5
1 471.5 1 696.5
773.5 998.5
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762
. For inner contour see page 5/141
/ Use bores only for foot-mounted design
1) AD depends on the motor options, for other dimensions see page 8/42.
, Without locating shoulder +1 mm
Siemens MD 50.1 · 2017 5/133
Ø120 m6 Ø300 j6
Ø400
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Dimensions
K.Z.189 gearbox in a housing flange design
KZ030, KAZ030, KAZS030, KAZT030
KZ189
280 -0,5
418
M24x38
22,5° 45°
kB k
LBL LB
264,5
Ø350
460 5 236
460 236 5
Ø400 Ø300 j6
ØAC
75,8
450 -1
5
11
32 5
210 180 20
500 AD
Ø120 m6
127
DR M24x50 4
KAZ189 253,5 250
KAZS189 341 250
KAZT189 250 250
Ø267
32 JS9
5
127,4
180
180
M24 73
1 460
500 434
Ø120 h6
4
Ø120 H7 Ø160
Ø125 h6
Ø125 H7
R2 R3
62 100
0,6x45°
583
67
105
Ø125 h6
Ø125
M24x60 7
57 45,5
N110x3x30x35x9H 2
Ø110
32
99
99 32
W110x3x30x35x8f
8 443 M24
2
6
3
Ø130
115,998-0,061
Motor
AC AD1) k kB LB LBL
LE 112
222.0 181.5 1 051.5 1 124.5 353.5 426.5
112Z 222.0 181.5
1 076.5 1 149.5
378.5 451.5
132 264.0 207.0
1 097.0 1 201.5
399.0 503.5
132Z 264.0 207.0
1 147.0 1 251.5
449.0 553.5
160 318.0 241.0
1 179.0 1 295.0
481.0 597.0
160Z 318.0 241.0
1 239.0 1 355.0
541.0 657.0
LES 180
352.5 292.0 1 251.5 1 380.5 553.5 682.5
180Z 352.5 292.0
1 281.5 1 410.5
583.5 712.5
200 392.5 315.0
1 319.5 1 466.5
621.5 768.5
200Z 392.5 315.0
1 344.5 1 491.5
646.5 793.5
225 439.0 382.0
1 364.0 1 592.0
666.0 894.0
225Y 439.0 382.0
1 424.0 1 652.0
726.0 954.0
250 487.0 457.5
1 471.5 1 696.5
773.5 998.5
$ ISO 4014 % DIN 5480 & DIN 332-D / Use bores only for foot-mounted design
( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762 , Without locating shoulder +1 mm 1) AD depends on the motor options, for other dimensions see page 8/42.
5/134 Siemens MD 50.1 · 2017
© Siemens AG 2018
KAD.189 gearbox in a shaft-mounted design
KAD031, KADS031, KADT031
KAD189
11
280 -0,5
kB k 418
LBL LB
SIMOGEAR geared motors Bevel geared motors
Dimensions
AD 236 236
264,5
ØAC
75,8
450 -1
700
769,5
45
5
Ø40 H9
50
227
454
KAD189 253,5 250
KADS189 341 250
80
88
1,25
KADT189 250 250
Ø267
5
127,4
180
180
M24 73
1 460
500 434
Ø120 h6
4
Ø120 H7 Ø160
Ø125 h6
Ø125 H7
R2 R3
62 100
0,6x45°
583
67
105
Ø125 h6
Ø125
M24x60 7
57 45,5
N110x3x30x35x9H 2
Ø110
32 99
99
32
W110x3x30x35x8f
8 443 M24
2
6
3
Ø130
115,998-0,061
32 JS9
Motor
AC AD1) k kB LB LBL
LE 112
222.0 181.5 1 051.5 1 124.5 353.5 426.5
112Z 222.0 181.5
1 076.5 1 149.5
378.5 451.5
132 264.0 207.0
1 097.0 1 201.5
399.0 503.5
132Z 264.0 207.0
1 147.0 1 251.5
449.0 553.5
160 318.0 241.0
1 179.0 1 295.0
481.0 597.0
160Z 318.0 241.0
1 239.0 1 355.0
541.0 657.0
LES 180
352.5 292.0 1 251.5 1 380.5 553.5 682.5
180Z 352.5 292.0
1 281.5 1 410.5
583.5 712.5
200 392.5 315.0
1 319.5 1 466.5
621.5 768.5
200Z 392.5 315.0
1 344.5 1 491.5
646.5 793.5
225 439.0 382.0
1 364.0 1 592.0
666.0 894.0
225Y 439.0 382.0
1 424.0 1 652.0
726.0 954.0
250 487.0 457.5
1 471.5 1 696.5
773.5 998.5
$ ISO 4014 % DIN 5480 & DIN 332-D ( DIN 332 ) Feather key/keyway DIN 6885-1 + ISO 4762
/ Use bores only for housing flange design 1) AD depends on the motor options, for other dimensions see page 8/42.
, Without locating shoulder +1 mm
Update 02/2018
Siemens MD 50.1 · 2017 5/135
SIMOGEAR geared motors Bevel geared motors
Dimensions
Bevel tandem geared motors
© Siemens AG 2018
zB5 z5
LB
ØAC
5
Gearbox K.39-D/Z19
Motor LA63
AC 117.8
z5 331.0
zB5 375.5
LB 160.5
Gearbox K.129-D/Z39
Motor LE90Z
AC 173.8
z5 545.0
zB5 615.0
LB 391.5
LA71 LA71Z
138.8 138.8
363.0 382.0
418.0 437.0
184.5 203.5
LE100 LE100Z
198.0 198.0
561.5 596.5
640.0 675.0
408.0 443.0
K.49-D/Z19
LA63
117.8
322.0
366.5
160.5
LE112
222.0
571.5
644.5
418.0
LA71 LA71Z
138.8 138.8
354.0 373.0
409.0 428.0
184.5 203.5
K.149-D/Z49
LE112Z LA63
222.0 117.8
596.5 376.5
669.5 421.0
443.0 184.5
LE80 LE80Z
156.3 156.3
410.0 445.0
470.0 505.0
240.0 275.0
LA71 LA71Z
138.8 138.8
408.5 427.5
463.5 482.5
216.5 235.5
K.69-D/Z19
LA63
117.8
322.0
366.5
160.5
LE80
156.3
472.5
532.5
280.5
LA71 LA71Z
138.8 138.8
354.0 373.0
409.0 428.0
184.5 203.5
LE80Z LE90
156.3 173.8
507.5 534.0
567.5 604.0
315.5 342.0
LE80 LE80Z
156.3 156.3
410.0 445.0
470.0 505.0
240.0 275.0
LE90Z LE100
173.8 198.0
574.0 590.5
644.0 669.0
382.0 398.5
K.79-D/Z19
LA63
117.8
322.0
366.5
160.5
LE100Z 198.0
625.5
704.0
433.5
LA71 LA71Z
138.8 138.8
354.0 373.0
409.0 428.0
184.5 203.5
LE112 LE112Z
222.0 222.0
600.5 635.0
673.5 708.0
408.5 443.0
LE80 LE80Z
156.3 156.3
410.0 445.0
470.0 505.0
240.0 275.0
LE132 LE132Z
264.0 264.0
653.5 703.5
758.0 808.0
461.5 511.5
K.89-D/Z39
LA63
117.8
373.5
418.0
194.0
K.169-D/Z49 LA63
117.8
366.0
410.5
184.5
LA71 LA71Z
138.8 138.8
405.5 424.5
460.5 479.5
226.0 245.0
LA71 LA71Z
138.8 138.8
398.0 417.5
453.0 472.5
216.5 235.5
LE80
156.3
469.5
529.5
290.0
LE80
156.3
462.0
522.0
280.5
LE80Z LE90
156.3 173.8
504.5 531.0
564.5 601.0
325.0 351.5
LE80Z LE90
156.3 173.8
497.0 523.5
557.0 593.5
315.5 342.0
LE90Z LE100
173.8 198.0
571.0 587.5
641.0 666.0
391.5 408.0
LE90Z LE100
173.8 198.0
563.5 580.0
633.5 658.5
382.0 398.5
LE100Z 198.0
622.5
701.0
443.0
LE100Z 198.0
615.0
693.5
433.5
K.109-D/Z39
LA63 LA71
117.8 138.8
356.5 388.5
401.0 443.5
194.0 226.0
LE112 LE112Z
222.0 222.0
590.0 624.5
663.0 697.5
408.5 443.0
LA71Z LE80
138.8 156.3
407.5 452.5
462.5 512.5
245.0 290.0
LE132 LE132Z
264.0 264.0
643.0 693.0
747.5 797.5
461.5 511.5
LE80Z
156.3
487.5
547.5
325.0
K.189-D/Z69 LA63
117.8
391.5
436.0
184.5
LE90 LE90Z
173.8 173.8
514.0 554.0
584.0 624.0
351.5 391.5
LA71 LA71Z
138.8 138.8
423.5 442.5
478.5 497.5
216.5 235.5
LE100 LE100Z
198.0 198.0
570.5 605.5
649.0 684.0
408.0 443.0
LE80 LE80Z
156.3 156.3
487.5 522.5
547.5 582.5
280.5 315.5
LE112
222.0
580.5
653.5
418.0
LE90
173.8
549
619.0
342.0
K.129-D/Z39
LE112Z LA63
222.0 117.8
605.5 347.5
678.5 392.0
443.0 194.0
LE90Z LE100
173.8 198.0
589 605.5
659.0 684.0
382.0 398.5
LA71 LA71Z
138.8 138.8
379.5 398.5
434.5 453.5
226.0 245.0
LE100Z LE112
198.0 222.0
640.5 615.5
719.0 688.5
433.5 408.5
LE80
156.3
443.5
503.5
290.0
LE112Z
222.0
650
723.0
443.0
LE80Z LE90
156.3 173.8
478.5 505.0
538.5 575.0
325.0 351.5
LE132 LE132Z
264.0 264.0
668.5 718.5
773.0 823.0
461.5 511.5
5/136 Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOLOC assembly system
BADR
q1
q2 to10
KADR q1
q2 to10
SIMOGEAR geared motors Bevel geared motors
Dimensions
o8 m4
Ød Øg6
Ød
Øg7
Ød h11
Rz16
5
a10 to10
a10 to10
Note mounting tolerance to10 when positioning the torque arm.
d
g6
g7
BADR29
20
58.5
56
1"
0.75"
BADR39
30
62.0
76
25
1.25"
1.1875"
1"
BADR49
35
65.0
84
30
1.375"
1.4375"
1.25"
1.1875"
40
79.5
94
1.625"
KADR39
30
62.0
76
25
1.25"
1.1875"
1"
KADR49
35
65.0
84
30
1.375"
1.4375"
1.25"
1.1875"
m4
o8
q1
q2
18.5
151
102
75
22
180.5
116
85
a10
to10
11
+2.1
+0.6
2.5
+2.2
+0.7
24
210.0
134
100
-2.5
+2.6
+0.8
30
220
140
104
1.5
22
160.5
106
75
39
+2.2
+0.7
24
192.0
124
90
41
+2.6
+0.8
Siemens MD 50.1 · 2017 5/137
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Dimensions
SIMOLOC assembly system (continued)
d
g6
g7
m4
KADR69
40
79.5
94
30
35
1.5"
1.625"
1.4375"
1.375"
KADR79
40
79.5
94
30
35
1.5"
1.625"
5
1.4375" 1.375"
KADR89
50
89.0
114
32
40
2"
1.9375"
1.75"
1.625"
o8
q1
q2
a10
to10
217.5
138
102
39
+2.5 +0.7
232.0
150
109
46
+3.2 +1.4
264.0
171
124
45
+3.4 +1.5
5/138 Siemens MD 50.1 · 2017
© Siemens AG 2018
Protection covers
Protection cover for hollow shaft BA, BAF, BAZ, BAD
q1
SIMOGEAR geared motors Bevel geared motors
Dimensions
KA1), KAF, KAZ, KAD
q1
Øg7 Øg7
5
Gearbox type BA.19
Protection cover
g7
82.0
q1
57.5
BA.29
67.0 76.0
BA.39
80.0 96.0
BA.49
80.0 111.0
KA.39
82.5 73.0
KA.49
80.0 105.0
KA.69
99.0 95.0
KA.79
99.0 101.5
KA.89
137.0 124.5
KA.109 KA.129 KA.149 KA.169 KA.189
187.0 168.0
187.0 198.0
218.0 250.0
257.5 313.0
309.5 373.5
Protection cover for hollow shaft with shrink disk
BAS, BAFS, BAZS, BADS
KAFS, KAZS, KADS
q1
Rotating protective cover
q1
Rotating protective cover
Øg7s Øg7 Øg7s Øg7
G_D087_EN_00278
Protection cover q1s
Protection cover q1s
Gearbox type BA..29 BA..39 BA..49 KA..39 KA..49
Rotating protective cover with shrink disk version
g7
55
84
84
76.0
84
q1
85
102
117
Protection cover
89.5 107
g7s
58
86
86
82.5
86
q1s
91
119
134
109.0 122
KA..69
84 115
99 126
KA..79 KA..89 KA..109 KA..129 KA..149 KA..169 KA..189
94.0 125.5
119.0 142.5
142.0 162.5
159.0 198.5
201.0 233.5
234.0 291.0
267.0 343.5
99.0 132.5
137.0 176.5
187.0 195.0
187.0 225.0
218.0 250.0
257.5 313.0
309.5 373.5
1) KA/KAS version valid only for gearbox sizes 169 and 189
Update 02/2018
Siemens MD 50.1 · 2017 5/139
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Dimensions
Protection covers
Protection cover for hollow shaft with SIMOLOC assembly system BADR
KADR
q1
q1
Rotating protective cover
Rotating protective cover
Øg7s Øg7 Øg7s Øg7
G_D087_EN_00279
5
Protection cover
Steel
q1s
Protection cover Steel
q1s
Gearbox type
Rotating protective cover
g7 q1
Protection cover
g7s q1s
BADR29
56 102
58 102
BADR39
76 116
86.0 119.0
() Dimension in brackets for hollow shaft d=40 and d=1.625"
BADR49
84 (94) 134 (140)
86 (99) 138 (143)
KADR39
76 106
82.5 109
KADR49
84 124
86 126
KADR69
94 138
99 145
KADR79
94 150
99 151.5
KADR89
114 171
137 176.5
5/140 Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Bevel geared motors
Dimensions
Inner contour of the flange design
Notes regarding the design of the customer's interface for the solid shaft design
BF, KF
i2 f1
l
l1 l2
Ød
Ød7
Ød1
Ød2
Øa1
Gearbox type a1 d d7 d1 d2 f1 i2 l l1 l2
BF19
120 20 30 60 68 3.0 40 40 23.5 29.5
BF29
120 20 40 - 70 3.0 40 40 24.0 -
160 20 40 70 101 3.5 40 40 8.5 24.5
BF39
160 30 55 93 100 3.5 60 60 11.0 31.5
200 30 55 93 119 3.5 60 60 16.0 31.5
BF49
200 35 55 93 119 3.5 70 70 16.0 31.5
KF39
160 25 30 - 100 3.5 50 50 5.0 -
KF49
200 30 35 - 118 3.5 60 60 5.5 -
KF69
250 35 45 - 165 4.0 70 70 6.5 -
KF79
250 40 55 - 165 4.0 80 80 6.5 -
KF89 KF109
300 50 350 60
55 - 165 4.0 100 100 8.0 65 - 235 5.0 120 120 9.0 -
5
KF129
450 70 75 - 336 5.0 140 140 9.0 -
KF149
450 90 100 - 336 5.0 170 170 10.0 -
KF169
550 110 120 - 427 5.0 210 210 10.0 -
KF189
660 120 160 - 517 6.0 210 210 11.0 -
With VLplus reinforced bearing system (G30)
KF89
300 60 70 143 218 4.0 120 120 1.5 8
KF109
350 70 85 190 234 5.0 140 140 2.0 4
KF129
450 90 95 - 336 5.0 170 170 16.5 -
KF149
450 100 120 225 336 5.0 210 210 10.5 11
KF169
550 120 140 - 426 5.0 210 210 19.5 -
Notes regarding the design of the customer's interface for the hollow shaft design
BAF., KAF.
f4 f1
l1 l2
Ød
Ød7
Ød1
Ød2
Øa1
Gearbox type a1 d d7 d1 d2 f1
BAF.19
120 20 30 60 68 3.0
BAF.29
120 20/ 40
- 70 3.0
25
160 20 40 70 101 3.5
25
BAF.39
160 30 55 93 100 3.5
35
40
BAF.39
200 30 55 93 119 3.5
35
40
BAF.49
200 35 55 93 119 3.5
40
KAF.39
160 30 45 80 102 3.5
KAF.49
200 35 50 90 120 3.5
KAF.69
250 40 55 104 165 4.0
KAF.79
250 40 55 104 165 4.0
KAF.89
300 50 70 135 215 4.0
KAF.109
350 60 85 184 210 5.0
KAF.129
450 70 95 184 336 5.0
KAF.149
450 90 120 214 219 5.0
KAF.169
550 100 140 254 426 5.0
KAF.189
660 120 160 306 518 6.0
With VLplus reinforced bearing system (G30)
KAF.89
300 50 70 143 218 4.0
KAF.109
350 60 85 190 234 5.0
KAF.129
450 70 95
- 336 5.0
KAF.149
450 90 120 225 330 5.0
KAF.169
550 100 140
- 426 5.0
f4 l1 l2 30.0 23.5 29.5 20.0 24.0 -
20.0 8.5 24.5
27.0 11.0 31.5
27.0 16.0 31.5
27.0 16.0 31.5
24.0 2.0 29.5 25.0 4.0 30.5 23.5 2.0 29.5 23.0 2.0 29.5 37.0 2.0 44.5 36.0 13.0 45.0 41.5 16.5 48.5 41.0 40.0 50.0 56.0 14.5 56.0 66.0 6.0 62.0
0 1.5 8 0 2.0 4 0 16.5 0 10.5 11 0 14.5 -
Update 02/2018
Siemens MD 50.1 · 2017 5/141
SIMOGEAR geared motors
Notes
© Siemens AG 2018
5
5/142 Siemens MD 50.1 · 2017
Helical worm geared motors
© Siemens AG 2018
6
6/2 Orientation
6/3 Geared motors up to 7.5 kW 6/3 Selection and ordering data
6/20 Transmission ratios and torques 6/20 Selection and ordering data
6/25 Transmission ratios and torques for very low speeds
6/25 Selection and ordering data
6/30 Efficiencies 6/30 Selection and ordering data
6/40 Dimensions 6/40 Dimensional drawing overview 6/42 Helical worm geared motors C..29 6/46 Helical worm geared motors C..39 6/50 Helical worm geared motors C..49 6/54 Helical worm geared motors C..69 6/58 Helical worm geared motors C..89 6/62 Helical worm tandem geared motors 6/63 SIMOLOC assembly system
Protection covers 6/64 Protection covers for hollow shaft 6/64 Protection covers for hollow shaft with
shrink disk 6/64 Protection covers for hollow shaft with
SIMOLOC assembly system 6/65 Inner contour of the flange design
Siemens MD 50.1 · 2017
SIMOGEAR geared motors Helical worm geared motors
Orientation
SIMOGEAR helical worm geared motors C
© Siemens AG 2018
Fig. 6/1 Helical worm gearbox C
6
Gearbox designation Number of sizes
C29 ... C89 (2-stage)
5
C.29-D/Z19 ... C.89-D/Z39 5 (4-stage or 5-stage)
Maximum output torque T2N Nm 82 ... 1 450 80 ... 1 310
Transmission ratio i 6.48 ... 363 270 ... 19 000
SIMOGEAR helical worm geared motors are available in the following versions:
Transmission stages · 2-stage helical worm geared motors · 4-stage or 5-stage helical worm geared motors for very low
output speeds
Designs · Shaft-mounted design · Flange-mounted design · Design with integrated housing flange · Foot-mounted design
Mounting · Hollow shaft design with feather key · Hollow shaft design with shrink disk · Hollow shaft design with SIMOLOC assembly system · Solid shaft design with and without feather key (at one end or
both ends)
For helical worm gearboxes, the torque arm is supplied loose to enable it to be mounted as required on site. The position of the torque arm can be freely selected.
Maximum motor power P1 kW 7.5 7.5
6/2
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Helical worm geared motors
Geared motors up to 7.5 kW
Selection and ordering data
Prated kW
0.09
n2
T2
rpm
Nm
C.49-LA63MF6
2.8
183
i -
299.0
FR2 N
8 730
fB -
1.9
m kg
20
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3603 - 7 BD11 - 7 7 N2 P01
C.39-LA63MF6
2.8
174
299.0
6 250
1.1
14
2KJ3602 - 7 BD11 - 7 7 N2 P01
3.2
158
265.2
6 310
1.2
14
2KJ3602 - 7 BD11 - 7 7 M2 P01
3.7
142
230.1
6 370
1.3
14
2KJ3602 - 7 BD11 - 7 7 L2 P01
4.1
131
209.18
6 410
1.5
14
2KJ3602 - 7 BD11 - 7 7 K2 P01
C.39-LA63MD4
4.7
118
299.0
6 460
1.6
14
2KJ3602 - 7 BB11 - 7 7 N2
5.3
107
265.2
6 500
1.8
14
2KJ3602 - 7 BB11 - 7 7 M2
6.1
95
230.1
6 540
2.0
14
2KJ3602 - 7 BB11 - 7 7 L2
C.29-LA63MF6
4.1
130
209.18
4 030
0.82
9
2KJ3601 - 7 BD11 - 7 7 K2 P01
4.7
115
179.4
4 100
0.93
9
2KJ3601 - 7 BD11 - 7 7 J2 P01
C.29-LA63MD4
5.3
106
265.2
4 150
1.0
8
2KJ3601 - 7 BB11 - 7 7 M2
6
6.1
94
230.1
4 210
1.1
8
2KJ3601 - 7 BB11 - 7 7 L2
6.7
87
209.18
4 240
1.2
8
2KJ3601 - 7 BB11 - 7 7 K2
7.8
77
179.4
4 290
1.4
8
2KJ3601 - 7 BB11 - 7 7 J2
8.6
71
163.09
4 330
1.5
8
2KJ3601 - 7 BB11 - 7 7 H2
9.8
63
143.0
4 370
1.7
8
2KJ3601 - 7 BB11 - 7 7 G2
11
57
127.64
4 400
1.9
8
2KJ3601 - 7 BB11 - 7 7 F2
12
52
113.75
4 420
2.1
8
2KJ3601 - 7 BB11 - 7 7 E2
13
48
105.0
4 440
2.3
8
2KJ3601 - 7 BB11 - 7 7 D2
15
42
91.93
4 470
2.6
8
2KJ3601 - 7 BB11 - 7 7 C2
17
37
80.6
4 500
3.0
8
2KJ3601 - 7 BB11 - 7 7 B2
19
34
73.12
4 500
3.2
8
2KJ3601 - 7 BB11 - 7 7 A2
20
32
68.82
4 500
3.4
8
2KJ3601 - 7 BB11 - 7 7 X1
23
28
60.67
4 500
3.9
8
2KJ3601 - 7 BB11 - 7 7 W1
27
24
52.65
4 500
4.5
8
2KJ3601 - 7 BB11 - 7 7 V1
28
27
49.87
4 500
3.8
8
2KJ3601 - 7 BB11 - 7 7 U1
32
23
43.27
4 500
4.4
8
2KJ3601 - 7 BB11 - 7 7 T1
36
21
39.33
4 500
4.8
8
2KJ3601 - 7 BB11 - 7 7 S1
0.12
43
18
C.49-LA63MG6
3.3
215
32.64 299.00
4 500 8 730
5.0
8
2KJ3601 - 7 BB11 - 7 7 Q1
1.6
20
2KJ3603 - 7 BE11 - 7 7 N2 P01
3.8
196
265.20
8 730
1.8
20
2KJ3603 - 7 BE11 - 7 7 M2 P01
4.3
175
C.39-LA63MG6
3.3
205
230.10 299.00
8 730 6 130
2.0
20
2KJ3603 - 7 BE11 - 7 7 L2 P01
0.93
14
2KJ3602 - 7 BE11 - 7 7 N2 P01
3.8
186
265.20
6 200
1.0
14
2KJ3602 - 7 BE11 - 7 7 M2 P01
4.3
167
C.39-LA63ME4
230.10
6 270
1.1
14
2KJ3602 - 7 BE11 - 7 7 L2 P01
4.5
162
299.00
6 290
1.2
14
2KJ3602 - 7 BC11 - 7 7 N2
5.1
147
265.20
6 350
1.3
14
2KJ3602 - 7 BC11 - 7 7 M2
5.9
131
230.10
6 410
1.5
14
2KJ3602 - 7 BC11 - 7 7 L2
6.5
121
209.18
6 450
1.6
14
2KJ3602 - 7 BC11 - 7 7 K2
7.5
106
179.40
6 500
1.8
14
2KJ3602 - 7 BC11 - 7 7 J2
8.3
97
163.09
6 530
2.0
14
2KJ3602 - 7 BC11 - 7 7 H2
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
6/3
© Siemens AG 2018
SIMOGEAR geared motors Helical worm geared motors
Geared motors up to 7.5 kW
Selection and ordering data (continued)
Prated kW
0.12
n2
T2
rpm
Nm
C.29-LA63MG6
5.6
135
i -
179.40
FR2 N
4 000
C.29-LA63ME4
5.9
129
230.10
4 030
6.5
120
209.18
4 080
7.5
106
179.40
4 150
8.3
98
163.09
4 190
9.4
87
143.00
4 240
11
79
127.64
4 280
12
71
113.75
4 330
13
66
105.00
4 350
15
58
91.93
4 390
17
51
80.60
4 430
18
47
73.12
4 450
6
20
44
68.82
4 460
22
39
60.67
4 490
26
34
52.65
4 500
27
37
49.87
4 500
31
32
43.27
4 500
34
30
39.33
4 500
40
26
33.73
4 500
41
25
32.64
4 500
48
22
28.32
4 500
52
20
25.75
4 500
0.18
C.69-LA71MG6
2.4
450
360.00
11 100
2.7
410
319.80
11 200
3.0
370
280.80
11 300
3.3
345
255.27
11 400
C.49-LA71MG6
2.8
365
299.00
8 370
3.2
330
265.20
8 470
3.7
295
230.10
8 570
4.1
275
209.18
8 630
C.49-LA63MF4
4.5
255
299.00
8 690
5.1
230
265.20
8 730
5.9
200
230.10
8 730
6.5
188
209.18
8 730
C.39-LA63MF4
5.1
220
265.20
6 080
5.9
197
230.10
6 160
6.5
181
209.18
6 220
7.5
159
179.40
6 300
8.3
146
163.09
6 350
9.4
129
143.00
6 420
11
117
127.64
6 460
12
104
113.75
6 510
13
97
105.00
6 530
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
fB -
0.80
0.83 0.91 1.0 1.1 1.3 1.4 1.5 1.7 1.9 2.1 2.4 2.5 2.8 3.3 2.8 3.2 3.5 4.0 3.6 4.2 4.6
1.5 1.6 1.8 2.0
0.94 1.0 1.2 1.3
1.4 1.5 1.7 1.9
0.87 0.98 1.1 1.2 1.3 1.5 1.7 1.9 2.0
m kg
9
8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8
30 30 30 30
21 21 21 21
20 20 20 20
14 14 14 14 14 14 14 14 14
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
6/4
Siemens MD 50.1 · 2017
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3601 - 7 BE11 - 7 7 J2 P01
2KJ3601 - 7 BC11 - 7 7 L2 2KJ3601 - 7 BC11 - 7 7 K2 2KJ3601 - 7 BC11 - 7 7 J2 2KJ3601 - 7 BC11 - 7 7 H2 2KJ3601 - 7 BC11 - 7 7 G2 2KJ3601 - 7 BC11 - 7 7 F2 2KJ3601 - 7 BC11 - 7 7 E2 2KJ3601 - 7 BC11 - 7 7 D2 2KJ3601 - 7 BC11 - 7 7 C2 2KJ3601 - 7 BC11 - 7 7 B2 2KJ3601 - 7 BC11 - 7 7 A2 2KJ3601 - 7 BC11 - 7 7 X1 2KJ3601 - 7 BC11 - 7 7 W1 2KJ3601 - 7 BC11 - 7 7 V1 2KJ3601 - 7 BC11 - 7 7 U1 2KJ3601 - 7 BC11 - 7 7 T1 2KJ3601 - 7 BC11 - 7 7 S1 2KJ3601 - 7 BC11 - 7 7 R1 2KJ3601 - 7 BC11 - 7 7 Q1 2KJ3601 - 7 BC11 - 7 7 P1 2KJ3601 - 7 BC11 - 7 7 N1
2KJ3604 - 7 CD11 - 7 7 M2 P01 2KJ3604 - 7 CD11 - 7 7 L2 P01 2KJ3604 - 7 CD11 - 7 7 K2 P01 2KJ3604 - 7 CD11 - 7 7 J2 P01
2KJ3603 - 7 CD11 - 7 7 N2 P01 2KJ3603 - 7 CD11 - 7 7 M2 P01 2KJ3603 - 7 CD11 - 7 7 L2 P01 2KJ3603 - 7 CD11 - 7 7 K2 P01
2KJ3603 - 7 BD11 - 7 7 N2 2KJ3603 - 7 BD11 - 7 7 M2 2KJ3603 - 7 BD11 - 7 7 L2 2KJ3603 - 7 BD11 - 7 7 K2
2KJ3602 - 7 BD11 - 7 7 M2 2KJ3602 - 7 BD11 - 7 7 L2 2KJ3602 - 7 BD11 - 7 7 K2 2KJ3602 - 7 BD11 - 7 7 J2 2KJ3602 - 7 BD11 - 7 7 H2 2KJ3602 - 7 BD11 - 7 7 G2 2KJ3602 - 7 BD11 - 7 7 F2 2KJ3602 - 7 BD11 - 7 7 E2 2KJ3602 - 7 BD11 - 7 7 D2
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Helical worm geared motors
Geared motors up to 7.5 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
m
Article No.
Order code
N
-
kg
(Article No. supplement below) No. of poles
0.18
C.29-LA63MF4
9.4
131
143.00
4 020
0.84
9
2KJ3601 - 7 BD11 - 7 7 G2
11
118
127.64
4 090
0.93
9
2KJ3601 - 7 BD11 - 7 7 F2
12
107
113.75
4 140
1.0
9
2KJ3601 - 7 BD11 - 7 7 E2
13
99
105.00
4 180
1.1
9
2KJ3601 - 7 BD11 - 7 7 D2
15
88
91.93
4 240
1.3
9
2KJ3601 - 7 BD11 - 7 7 C2
17
77
80.60
4 290
1.4
9
2KJ3601 - 7 BD11 - 7 7 B2
18
70
73.12
4 330
1.6
9
2KJ3601 - 7 BD11 - 7 7 A2
20
66
68.82
4 350
1.7
9
2KJ3601 - 7 BD11 - 7 7 X1
22
58
60.67
4 390
1.9
9
2KJ3601 - 7 BD11 - 7 7 W1
26
51
52.65
4 430
2.2
9
2KJ3601 - 7 BD11 - 7 7 V1
27
55
49.87
4 410
1.8
9
2KJ3601 - 7 BD11 - 7 7 U1
31
48
43.27
4 440
2.1
9
2KJ3601 - 7 BD11 - 7 7 T1
34
44
39.33
4 460
2.3
9
2KJ3601 - 7 BD11 - 7 7 S1
40
38
33.73
4 490
2.7
9
2KJ3601 - 7 BD11 - 7 7 R1
6
41
37
32.64
4 500
2.4
9
2KJ3601 - 7 BD11 - 7 7 Q1
48
32
28.32
4 500
2.8
9
2KJ3601 - 7 BD11 - 7 7 P1
52
30
25.75
4 500
3.0
9
2KJ3601 - 7 BD11 - 7 7 N1
61
26
22.08
4 500
3.6
9
2KJ3601 - 7 BD11 - 7 7 M1
67
23
20.07
4 500
3.9
9
2KJ3601 - 7 BD11 - 7 7 L1
77
20
17.60
4 500
4.5
9
2KJ3601 - 7 BD11 - 7 7 K1
86
18
15.71
4 500
5.0
9
2KJ3601 - 7 BD11 - 7 7 J1
0.25
C.69-LA71MH6
2.4
625
360.00
10 700
1.1
31
2KJ3604 - 7 CE11 - 7 7 M2 P01
2.7
565
319.80
10 900
1.2
31
2KJ3604 - 7 CE11 - 7 7 L2 P01
3.1
510
280.80
11 000
1.3
31
2KJ3604 - 7 CE11 - 7 7 K2 P01
3.4
470
255.27
11 100
1.4
31
2KJ3604 - 7 CE11 - 7 7 J2 P01
C.69-LA71MG4
3.8
435
360.00
11 200
1.5
30
2KJ3604 - 7 CD11 - 7 7 M2
4.2
390
319.80
11 300
1.7
30
2KJ3604 - 7 CD11 - 7 7 L2
4.8
350
280.80
11 400
1.9
30
2KJ3604 - 7 CD11 - 7 7 K2
5.3
320
255.27
11 400
2.1
30
2KJ3604 - 7 CD11 - 7 7 J2
4.2
330
322.85
8 470
1.1
23
2KJ3624 - 7 CD11 - 7 7 A1
C.49-LA71MH6
3.7
410
230.10
8 240
0.85
22
2KJ3603 - 7 CE11 - 7 7 L2 P01
4.1
380
209.18
8 330
0.92
22
2KJ3603 - 7 CE11 - 7 7 K2 P01
C.49-LA71MG4
4.5
350
299.00
8 410
0.99
21
2KJ3603 - 7 CD11 - 7 7 N2
5.1
320
265.20
8 500
1.1
21
2KJ3603 - 7 CD11 - 7 7 M2
5.9
280
230.10
8 610
1.2
21
2KJ3603 - 7 CD11 - 7 7 L2
6.5
260
209.18
8 670
1.4
21
2KJ3603 - 7 CD11 - 7 7 K2
7.5
225
179.40
8 730
1.6
21
2KJ3603 - 7 CD11 - 7 7 J2
8.3
205
163.09
8 730
1.7
21
2KJ3603 - 7 CD11 - 7 7 H2
9.4
185
143.00
8 730
1.9
21
2KJ3603 - 7 CD11 - 7 7 G2
11
165
127.64
8 650
2.1
21
2KJ3603 - 7 CD11 - 7 7 F2
C.39-LA71MG4
7.5
220
179.40
6 080
0.88
15
2KJ3602 - 7 CD11 - 7 7 J2
8.3
200
163.09
6 150
0.95
15
2KJ3602 - 7 CD11 - 7 7 H2
9.4
180
143.00
6 230
1.1
15
2KJ3602 - 7 CD11 - 7 7 G2
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
6/5
© Siemens AG 2018
SIMOGEAR geared motors Helical worm geared motors
Geared motors up to 7.5 kW
Selection and ordering data (continued)
Prated kW
0.25
n2
T2
rpm
Nm
C.39-LA71MG4
11
162
i -
127.64
FR2 N
6 290
12
145
113.75
6 360
13
134
105.00
6 400
15
118
91.93
6 460
17
103
80.60
6 510
18
94
73.12
6 550
20
89
68.82
6 560
22
78
60.67
6 610
27
78
49.87
6 610
C.29-LA71MG4
13
138
105.00
3 990
15
122
91.93
4 070
17
107
80.60
4 140
6
18
98
73.12
4 190
20
92
68.82
4 220
22
81
60.67
4 270
26
70
52.65
4 330
27
77
49.87
4 290
31
67
43.27
4 350
34
62
39.33
4 370
40
53
33.73
4 420
41
52
32.64
4 420
48
45
28.32
4 460
52
41
25.75
4 480
61
36
22.08
4 500
67
32
20.07
4 500
77
28
17.60
4 500
86
25
15.71
4 500
96
23
14.00
4 500
104
21
12.92
4 500
0.37
C.69-LA71MH4
3.8
635
360.00
10 700
4.3
575
319.80
10 800
4.9
510
280.80
11 000
5.4
470
255.27
11 100
6.3
410
218.40
11 200
6.9
375
198.55
11 300
7.8
330
175.50
11 400
8.6
300
159.55
11 500
C.49-LA71MH4
6.0
415
230.10
8 220
6.5
380
209.18
8 330
7.6
330
179.40
8 470
8.4
305
163.09
8 480
9.6
265
143.00
8 300
11
240
127.64
8 090
12
215
113.75
7 900
13
199
105.00
7 760
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
fB -
1.2 1.3 1.4 1.6 1.9 2.1 2.2 2.4 2.5
0.8 0.9 1.0 1.1 1.2 1.4 1.6 1.3 1.5 1.7 1.9 1.7 2.0 2.2 2.6 2.8 3.2 3.6 4.1 4.4
1.1 1.2 1.3 1.4 1.6 1.8 2.0 2.1
0.84 0.93 1.1 1.2 1.3 1.5 1.6 1.8
m kg
15 15 15 15 15 15 15 15 15
10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10 10
31 31 31 31 31 31 31 31
22 22 22 22 22 22 22 22
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
6/6
Siemens MD 50.1 · 2017
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3602 - 7 CD11 - 7 7 F2 2KJ3602 - 7 CD11 - 7 7 E2 2KJ3602 - 7 CD11 - 7 7 D2 2KJ3602 - 7 CD11 - 7 7 C2 2KJ3602 - 7 CD11 - 7 7 B2 2KJ3602 - 7 CD11 - 7 7 A2 2KJ3602 - 7 CD11 - 7 7 X1 2KJ3602 - 7 CD11 - 7 7 W1 2KJ3602 - 7 CD11 - 7 7 U1
2KJ3601 - 7 CD11 - 7 7 D2 2KJ3601 - 7 CD11 - 7 7 C2 2KJ3601 - 7 CD11 - 7 7 B2 2KJ3601 - 7 CD11 - 7 7 A2 2KJ3601 - 7 CD11 - 7 7 X1 2KJ3601 - 7 CD11 - 7 7 W1 2KJ3601 - 7 CD11 - 7 7 V1 2KJ3601 - 7 CD11 - 7 7 U1 2KJ3601 - 7 CD11 - 7 7 T1 2KJ3601 - 7 CD11 - 7 7 S1 2KJ3601 - 7 CD11 - 7 7 R1 2KJ3601 - 7 CD11 - 7 7 Q1 2KJ3601 - 7 CD11 - 7 7 P1 2KJ3601 - 7 CD11 - 7 7 N1 2KJ3601 - 7 CD11 - 7 7 M1 2KJ3601 - 7 CD11 - 7 7 L1 2KJ3601 - 7 CD11 - 7 7 K1 2KJ3601 - 7 CD11 - 7 7 J1 2KJ3601 - 7 CD11 - 7 7 H1 2KJ3601 - 7 CD11 - 7 7 G1
2KJ3604 - 7 CE11 - 7 7 M2 2KJ3604 - 7 CE11 - 7 7 L2 2KJ3604 - 7 CE11 - 7 7 K2 2KJ3604 - 7 CE11 - 7 7 J2 2KJ3604 - 7 CE11 - 7 7 H2 2KJ3604 - 7 CE11 - 7 7 G2 2KJ3604 - 7 CE11 - 7 7 F2 2KJ3604 - 7 CE11 - 7 7 E2
2KJ3603 - 7 CE11 - 7 7 L2 2KJ3603 - 7 CE11 - 7 7 K2 2KJ3603 - 7 CE11 - 7 7 J2 2KJ3603 - 7 CE11 - 7 7 H2 2KJ3603 - 7 CE11 - 7 7 G2 2KJ3603 - 7 CE11 - 7 7 F2 2KJ3603 - 7 CE11 - 7 7 E2 2KJ3603 - 7 CE11 - 7 7 D2
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Helical worm geared motors
Geared motors up to 7.5 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
m
Article No.
Order code
N
-
kg
(Article No. supplement below) No. of poles
0.37
C.49-LA71MH4
15
175
91.93
7 530
2.0
22
2KJ3603 - 7 CE11 - 7 7 C2
17
154
80.60
7 290
2.2
22
2KJ3603 - 7 CE11 - 7 7 B2
19
139
73.12
7 130
2.3
22
2KJ3603 - 7 CE11 - 7 7 A2
C.39-LA71MH4
11
235
127.64
6 020
0.82
16
2KJ3602 - 7 CE11 - 7 7 F2
12
210
113.75
6 110
0.92
16
2KJ3602 - 7 CE11 - 7 7 E2
13
196
105.00
6 170
0.99
16
2KJ3602 - 7 CE11 - 7 7 D2
15
172
91.93
6 260
1.1
16
2KJ3602 - 7 CE11 - 7 7 C2
17
151
80.60
6 330
1.3
16
2KJ3602 - 7 CE11 - 7 7 B2
19
137
73.12
6 390
1.4
16
2KJ3602 - 7 CE11 - 7 7 A2
20
129
68.82
6 420
1.5
16
2KJ3602 - 7 CE11 - 7 7 X1
23
114
60.67
6 470
1.6
16
2KJ3602 - 7 CE11 - 7 7 W1
26
99
52.65
6 530
1.8
16
2KJ3602 - 7 CE11 - 7 7 V1
27
114
49.87
6 470
1.7
16
2KJ3602 - 7 CE11 - 7 7 U1
32
99
43.27
6 530
2.0
16
2KJ3602 - 7 CE11 - 7 7 T1
6
35
90
39.33
6 560
2.2
16
2KJ3602 - 7 CE11 - 7 7 S1
41
77
33.73
6 610
2.6
16
2KJ3602 - 7 CE11 - 7 7 R1
C.29-LA71MH4
20
134
68.82
4 010
0.82
11
2KJ3601 - 7 CE11 - 7 7 X1
23
118
60.67
4 090
0.93
11
2KJ3601 - 7 CE11 - 7 7 W1
26
103
52.65
4 160
1.1
11
2KJ3601 - 7 CE11 - 7 7 V1
27
112
49.87
4 120
0.91
11
2KJ3601 - 7 CE11 - 7 7 U1
32
98
43.27
4 190
1.0
11
2KJ3601 - 7 CE11 - 7 7 T1
35
90
39.33
4 230
1.1
11
2KJ3601 - 7 CE11 - 7 7 S1
41
78
33.73
4 290
1.3
11
2KJ3601 - 7 CE11 - 7 7 R1
42
76
32.64
4 300
1.2
11
2KJ3601 - 7 CE11 - 7 7 Q1
48
66
28.32
4 350
1.4
11
2KJ3601 - 7 CE11 - 7 7 P1
53
60
25.75
4 380
1.5
11
2KJ3601 - 7 CE11 - 7 7 N1
62
52
22.08
4 420
1.8
11
2KJ3601 - 7 CE11 - 7 7 M1
68
47
20.07
4 450
1.9
11
2KJ3601 - 7 CE11 - 7 7 L1
78
42
17.60
4 470
2.2
11
2KJ3601 - 7 CE11 - 7 7 K1
87
37
15.71
4 500
2.5
11
2KJ3601 - 7 CE11 - 7 7 J1
98
33
14.00
4 500
2.8
11
2KJ3601 - 7 CE11 - 7 7 H1
106
30
12.92
4 450
3.0
11
2KJ3601 - 7 CE11 - 7 7 G1
121
27
11.31
4 280
3.5
11
2KJ3601 - 7 CE11 - 7 7 F1
138
23
9.92
4 140
4.0
11
2KJ3601 - 7 CE11 - 7 7 E1
152
21
9.00
4 020
4.4
11
2KJ3601 - 7 CE11 - 7 7 D1
162
20
8.47
3 950
4.6
11
2KJ3601 - 7 CE11 - 7 7 C1
183
18
7.47
3 800
4.9
11
2KJ3601 - 7 CE11 - 7 7 B1
0.55
C.89-Z39-LE80MB4
2.4
1 540
590
16 100
0.80
58
2KJ3628 - 7 DB21 - 7 7 D1
2.8
1 340
506
16 300
0.93
58
2KJ3628 - 7 DB21 - 7 7 C1
3.3
1 170
436
16 300
1.1
58
2KJ3628 - 7 DB21 - 7 7 B1
4.0
990
360
16 300
1.3
58
2KJ3628 - 7 DB21 - 7 7 A1
C.89-Z39-LA71ZML4
3.8
1 030
360
16 300
1.3
56
2KJ3628 - 7 CH11 - 7 7 A1
C.89-LE80MB4
4.0
950
363.00
16 300
1.5
53
2KJ3605 - 7 DB21 - 7 7 N2
4.4
870
329.73
16 300
1.7
53
2KJ3605 - 7 DB21 - 7 7 M2
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
6/7
© Siemens AG 2018
SIMOGEAR geared motors Helical worm geared motors
Geared motors up to 7.5 kW
Selection and ordering data (continued)
Prated kW
0.55
n2
T2
rpm
Nm
C.89-LE80MB4
4.9
780
i -
295.75
FR2 N
16 300
5.4
705
265.91
16 300
C.89-LA71ZML4
3.8
995
363.00
16 300
4.2
910
329.73
16 300
4.6
820
295.75
16 300
5.2
740
265.91
16 300
5.7
675
240.50
16 300
C.69-LA71ZML4
4.9
760
280.80
10 400
5.4
700
255.27
10 600
6.3
610
218.40
10 800
6.9
555
198.55
10 900
6
7.8
495
175.50
11 000
8.6
450
159.55
11 100
9.8
395
139.75
11 300
11
365
129.00
11 300
12
325
114.21
11 300
13
335
102.50
10 600
C.69-LE80MB4
4.5
815
319.80
10 300
5.1
725
280.80
10 500
5.6
665
255.27
10 600
6.6
580
218.40
10 800
7.3
530
198.55
11 000
8.2
470
175.50
11 100
9
430
159.55
11 200
10
375
139.75
11 300
11
345
129.00
11 400
13
305
114.21
11 200
14
320
102.50
10 500
C.49-LE80MB4
8.8
430
163.09
7 460
10
380
143.00
7 360
11
340
127.64
7 260
13
305
113.75
7 130
14
280
105.00
7 060
16
245
91.93
6 910
18
215
80.60
6 740
20
197
73.12
6 600
21
185
68.82
6 530
24
163
60.67
6 350
27
142
52.65
6 150
29
162
49.87
5 620
33
141
43.27
5 470
C.49-LA71ZML4
9.6
400
143.00
7 390
11
355
127.64
7 320
12
320
113.75
7 190
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
6/8
Siemens MD 50.1 · 2017
fB -
1.8 2.0
1.5 1.6 1.8 2.0 2.1
0.89 0.96 1.1 1.2 1.4 1.4 1.5 1.6 1.7 2.0
0.82 0.93 1.0 1.2 1.3 1.4 1.5 1.6 1.6 1.7 2.1
0.82 0.93 1.0 1.2 1.3 1.4 1.5 1.6 1.6 1.7 1.9 2.0 2.5
0.89 0.99 1.1
m kg
53 53
51 51 51 51 51
31 31 31 31 31 31 31 31 31 31
34 34 34 34 34 34 34 34 34 34 34
25 25 25 25 25 25 25 25 25 25 25 25 25
22 22 22
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3605 - 7 DB21 - 7 7 L2 2KJ3605 - 7 DB21 - 7 7 K2
2KJ3605 - 7 CH11 - 7 7 N2 2KJ3605 - 7 CH11 - 7 7 M2 2KJ3605 - 7 CH11 - 7 7 L2 2KJ3605 - 7 CH11 - 7 7 K2 2KJ3605 - 7 CH11 - 7 7 J2
2KJ3604 - 7 CH11 - 7 7 K2 2KJ3604 - 7 CH11 - 7 7 J2 2KJ3604 - 7 CH11 - 7 7 H2 2KJ3604 - 7 CH11 - 7 7 G2 2KJ3604 - 7 CH11 - 7 7 F2 2KJ3604 - 7 CH11 - 7 7 E2 2KJ3604 - 7 CH11 - 7 7 D2 2KJ3604 - 7 CH11 - 7 7 C2 2KJ3604 - 7 CH11 - 7 7 B2 2KJ3604 - 7 CH11 - 7 7 A2
2KJ3604 - 7 DB21 - 7 7 L2 2KJ3604 - 7 DB21 - 7 7 K2 2KJ3604 - 7 DB21 - 7 7 J2 2KJ3604 - 7 DB21 - 7 7 H2 2KJ3604 - 7 DB21 - 7 7 G2 2KJ3604 - 7 DB21 - 7 7 F2 2KJ3604 - 7 DB21 - 7 7 E2 2KJ3604 - 7 DB21 - 7 7 D2 2KJ3604 - 7 DB21 - 7 7 C2 2KJ3604 - 7 DB21 - 7 7 B2 2KJ3604 - 7 DB21 - 7 7 A2
2KJ3603 - 7 DB21 - 7 7 H2 2KJ3603 - 7 DB21 - 7 7 G2 2KJ3603 - 7 DB21 - 7 7 F2 2KJ3603 - 7 DB21 - 7 7 E2 2KJ3603 - 7 DB21 - 7 7 D2 2KJ3603 - 7 DB21 - 7 7 C2 2KJ3603 - 7 DB21 - 7 7 B2 2KJ3603 - 7 DB21 - 7 7 A2 2KJ3603 - 7 DB21 - 7 7 X1 2KJ3603 - 7 DB21 - 7 7 W1 2KJ3603 - 7 DB21 - 7 7 V1 2KJ3603 - 7 DB21 - 7 7 U1 2KJ3603 - 7 DB21 - 7 7 T1
2KJ3603 - 7 CH11 - 7 7 G2 2KJ3603 - 7 CH11 - 7 7 F2 2KJ3603 - 7 CH11 - 7 7 E2
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Helical worm geared motors
Geared motors up to 7.5 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
m
Article No.
Order code
N
-
kg
(Article No. supplement below) No. of poles
0.55
C.49-LA71ZML4
13
295
105.00
7 110
1.2
22
2KJ3603 - 7 CH11 - 7 7 D2
15
260
91.93
6 950
1.4
22
2KJ3603 - 7 CH11 - 7 7 C2
17
225
80.60
6 810
1.5
22
2KJ3603 - 7 CH11 - 7 7 B2
19
205
73.12
6 680
1.5
22
2KJ3603 - 7 CH11 - 7 7 A2
20
195
68.82
6 590
1.6
22
2KJ3603 - 7 CH11 - 7 7 X1
23
172
60.67
6 420
1.7
22
2KJ3603 - 7 CH11 - 7 7 W1
26
149
52.65
6 220
1.8
22
2KJ3603 - 7 CH11 - 7 7 V1
27
170
49.87
5 670
1.9
22
2KJ3603 - 7 CH11 - 7 7 U1
32
148
43.27
5 530
2.4
22
2KJ3603 - 7 CH11 - 7 7 T1
C.39-LE80MB4
16
240
91.93
6 000
0.80
19
2KJ3602 - 7 DB21 - 7 7 C2
18
210
80.60
6 110
0.91
19
2KJ3602 - 7 DB21 - 7 7 B2
20
194
73.12
6 170
1.0
19
2KJ3602 - 7 DB21 - 7 7 A2
21
183
68.82
6 210
1.1
19
2KJ3602 - 7 DB21 - 7 7 X1
24
161
60.67
6 300
1.1
19
2KJ3602 - 7 DB21 - 7 7 W1
6
27
140
52.65
6 370
1.2
19
2KJ3602 - 7 DB21 - 7 7 V1
29
162
49.87
6 290
1.2
19
2KJ3602 - 7 DB21 - 7 7 U1
33
140
43.27
6 370
1.4
19
2KJ3602 - 7 DB21 - 7 7 T1
37
127
39.33
6 420
1.6
19
2KJ3602 - 7 DB21 - 7 7 S1
43
109
33.73
6 490
1.8
19
2KJ3602 - 7 DB21 - 7 7 R1
44
108
32.64
6 490
2.0
19
2KJ3602 - 7 DB21 - 7 7 Q1
51
94
28.32
6 290
2.5
19
2KJ3602 - 7 DB21 - 7 7 P1
56
86
25.75
6 150
2.7
19
2KJ3602 - 7 DB21 - 7 7 N1
C.39-LA71ZML4
17
220
80.60
6 080
0.87
16
2KJ3602 - 7 CH11 - 7 7 B2
19
200
73.12
6 150
0.95
16
2KJ3602 - 7 CH11 - 7 7 A2
20
192
68.82
6 180
1.0
16
2KJ3602 - 7 CH11 - 7 7 X1
23
169
60.67
6 270
1.1
16
2KJ3602 - 7 CH11 - 7 7 W1
26
147
52.65
6 350
1.2
16
2KJ3602 - 7 CH11 - 7 7 V1
27
170
49.87
6 260
1.2
16
2KJ3602 - 7 CH11 - 7 7 U1
32
147
43.27
6 350
1.4
16
2KJ3602 - 7 CH11 - 7 7 T1
35
134
39.33
6 400
1.5
16
2KJ3602 - 7 CH11 - 7 7 S1
41
115
33.73
6 470
1.7
16
2KJ3602 - 7 CH11 - 7 7 R1
42
114
32.64
6 470
1.9
16
2KJ3602 - 7 CH11 - 7 7 Q1
48
99
28.32
6 360
2.4
16
2KJ3602 - 7 CH11 - 7 7 P1
53
90
25.75
6 230
2.6
16
2KJ3602 - 7 CH11 - 7 7 N1
62
77
22.08
6 010
3.0
16
2KJ3602 - 7 CH11 - 7 7 M1
C.29-LE80MB4
37
127
39.33
4 040
0.81
13
2KJ3601 - 7 DB21 - 7 7 S1
43
110
33.73
4 130
0.95
13
2KJ3601 - 7 DB21 - 7 7 R1
44
107
32.64
4 140
0.84
13
2KJ3601 - 7 DB21 - 7 7 Q1
51
93
28.32
4 210
0.96
13
2KJ3601 - 7 DB21 - 7 7 P1
56
85
25.75
4 250
1.1
13
2KJ3601 - 7 DB21 - 7 7 N1
65
73
22.08
4 310
1.2
13
2KJ3601 - 7 DB21 - 7 7 M1
72
67
20.07
4 350
1.4
13
2KJ3601 - 7 DB21 - 7 7 L1
82
59
17.60
4 390
1.6
13
2KJ3601 - 7 DB21 - 7 7 K1
92
52
15.71
4 370
1.8
13
2KJ3601 - 7 DB21 - 7 7 J1
103
47
14.00
4 250
2.0
13
2KJ3601 - 7 DB21 - 7 7 H1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
6/9
© Siemens AG 2018
SIMOGEAR geared motors Helical worm geared motors
Geared motors up to 7.5 kW
Selection and ordering data (continued)
Prated kW
0.55
n2
T2
rpm
Nm
C.29-LE80MB4
111
43
i -
12.92
FR2 N
4 180
127
38
11.31
4 040
145
33
9.92
3 920
160
30
9.00
3 820
170
28
8.47
3 770
193
25
7.47
3 640
222
22
6.48
3 490
C.29-LA71ZML4
41
115
33.73
4 100
42
112
32.64
4 120
48
98
28.32
4 190
53
89
25.75
4 230
62
77
22.08
4 290
6
68
70
20.07
4 330
78
62
17.60
4 370
87
55
15.71
4 410
98
49
14.00
4 300
106
45
12.92
4 230
121
40
11.31
4 090
138
35
9.92
3 960
152
32
9.00
3 860
162
30
8.47
3 810
183
26
7.47
3 690
211
23
6.48
3 540
0.75
C.89-LE90SQ6P
2.8
1 760
329.73
15 700
3.1
1 600
295.75
16 000
3.5
1 460
265.91
16 200
C.89-LE80ZMQ4P
4.0
1 290
363.00
16 300
4.4
1 170
329.73
16 300
4.9
1 060
295.75
16 300
5.5
960
265.91
16 300
6.0
870
240.50
16 300
6.5
805
222.00
16 300
7.1
735
203.36
16 300
C.69-LE80ZMQ4P
6.6
785
218.40
10 400
7.3
720
198.55
10 500
8.3
640
175.50
10 700
9.1
580
159.55
10 800
10
510
139.75
11 000
11
470
129.00
10 800
13
415
114.21
10 600
14
435
102.50
9 790
16
385
90.00
9 560
18
350
81.82
9 400
21
300
70.00
9 120
23
270
63.64
8 960
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
6/10
Siemens MD 50.1 · 2017
fB -
2.2 2.5 2.8 3.0 3.2 3.4 3.8
0.90 0.80 0.92 1.0 1.2 1.3 1.5 1.7 1.9 2.1 2.3 2.7 2.9 3.1 3.3 3.7
0.82 0.90 0.99
1.1 1.2 1.4 1.5 1.7 1.8 2.0
0.86 0.94 1.0 1.1 1.2 1.2 1.3 1.5 1.8 1.9 2.2 2.3
m kg
13 13 13 13 13 13 13
11 11 11 11 11 11 11 11 11 11 11 11 11 11 11 11
58 58 58
55 55 55 55 55 55 55
36 36 36 36 36 36 36 36 36 36 36 36
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3601 - 7 DB21 - 7 7 G1 2KJ3601 - 7 DB21 - 7 7 F1 2KJ3601 - 7 DB21 - 7 7 E1 2KJ3601 - 7 DB21 - 7 7 D1 2KJ3601 - 7 DB21 - 7 7 C1 2KJ3601 - 7 DB21 - 7 7 B1 2KJ3601 - 7 DB21 - 7 7 A1
2KJ3601 - 7 CH11 - 7 7 R1 2KJ3601 - 7 CH11 - 7 7 Q1 2KJ3601 - 7 CH11 - 7 7 P1 2KJ3601 - 7 CH11 - 7 7 N1 2KJ3601 - 7 CH11 - 7 7 M1 2KJ3601 - 7 CH11 - 7 7 L1 2KJ3601 - 7 CH11 - 7 7 K1 2KJ3601 - 7 CH11 - 7 7 J1 2KJ3601 - 7 CH11 - 7 7 H1 2KJ3601 - 7 CH11 - 7 7 G1 2KJ3601 - 7 CH11 - 7 7 F1 2KJ3601 - 7 CH11 - 7 7 E1 2KJ3601 - 7 CH11 - 7 7 D1 2KJ3601 - 7 CH11 - 7 7 C1 2KJ3601 - 7 CH11 - 7 7 B1 2KJ3601 - 7 CH11 - 7 7 A1
2KJ3605 - 7 EC23 - 7 7 M2 2KJ3605 - 7 EC23 - 7 7 L2 2KJ3605 - 7 EC23 - 7 7 K2
2KJ3605 - 7 DF23 - 7 7 N2 2KJ3605 - 7 DF23 - 7 7 M2 2KJ3605 - 7 DF23 - 7 7 L2 2KJ3605 - 7 DF23 - 7 7 K2 2KJ3605 - 7 DF23 - 7 7 J2 2KJ3605 - 7 DF23 - 7 7 H2 2KJ3605 - 7 DF23 - 7 7 G2
2KJ3604 - 7 DF23 - 7 7 H2 2KJ3604 - 7 DF23 - 7 7 G2 2KJ3604 - 7 DF23 - 7 7 F2 2KJ3604 - 7 DF23 - 7 7 E2 2KJ3604 - 7 DF23 - 7 7 D2 2KJ3604 - 7 DF23 - 7 7 C2 2KJ3604 - 7 DF23 - 7 7 B2 2KJ3604 - 7 DF23 - 7 7 A2 2KJ3604 - 7 DF23 - 7 7 X1 2KJ3604 - 7 DF23 - 7 7 W1 2KJ3604 - 7 DF23 - 7 7 V1 2KJ3604 - 7 DF23 - 7 7 U1
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Helical worm geared motors
Geared motors up to 7.5 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
m
Article No.
Order code
N
-
kg
(Article No. supplement below) No. of poles
0.75
C.49-LE80ZMQ4P
13
410
113.75
6 400
0.86
27
2KJ3603 - 7 DF23 - 7 7 E2
14
380
105.00
6 360
0.93
27
2KJ3603 - 7 DF23 - 7 7 D2
16
335
91.93
6 280
1.0
27
2KJ3603 - 7 DF23 - 7 7 C2
18
290
80.60
6 220
1.1
27
2KJ3603 - 7 DF23 - 7 7 B2
20
265
73.12
6 130
1.2
27
2KJ3603 - 7 DF23 - 7 7 A2
21
250
68.82
6 070
1.2
27
2KJ3603 - 7 DF23 - 7 7 X1
24
220
60.67
5 950
1.3
27
2KJ3603 - 7 DF23 - 7 7 W1
28
192
52.65
5 800
1.4
27
2KJ3603 - 7 DF23 - 7 7 V1
29
220
49.87
5 110
1.5
27
2KJ3603 - 7 DF23 - 7 7 U1
34
191
43.27
5 040
1.8
27
2KJ3603 - 7 DF23 - 7 7 T1
37
174
39.33
4 970
2.3
27
2KJ3603 - 7 DF23 - 7 7 S1
43
149
33.73
4 860
2.5
27
2KJ3603 - 7 DF23 - 7 7 R1
47
136
30.67
4 780
2.8
27
2KJ3603 - 7 DF23 - 7 7 Q1
C.39-LE80ZMQ4P
24
215
60.67
6 100
0.84
21
2KJ3602 - 7 DF23 - 7 7 W1
6
28
189
52.65
6 190
0.90
21
2KJ3602 - 7 DF23 - 7 7 V1
29
215
49.87
6 100
0.91
21
2KJ3602 - 7 DF23 - 7 7 U1
34
190
43.27
6 190
1.0
21
2KJ3602 - 7 DF23 - 7 7 T1
37
172
39.33
6 260
1.2
21
2KJ3602 - 7 DF23 - 7 7 S1
43
148
33.73
6 270
1.4
21
2KJ3602 - 7 DF23 - 7 7 R1
44
147
32.64
6 040
1.5
21
2KJ3602 - 7 DF23 - 7 7 Q1
51
128
28.32
5 900
1.8
21
2KJ3602 - 7 DF23 - 7 7 P1
56
116
25.75
5 800
2.0
21
2KJ3602 - 7 DF23 - 7 7 N1
66
100
22.08
5 630
2.4
21
2KJ3602 - 7 DF23 - 7 7 M1
72
91
20.07
5 520
2.6
21
2KJ3602 - 7 DF23 - 7 7 L1
82
80
17.60
5 360
2.8
21
2KJ3602 - 7 DF23 - 7 7 K1
92
71
15.71
5 230
3.0
21
2KJ3602 - 7 DF23 - 7 7 J1
104
63
14.00
5 090
3.2
21
2KJ3602 - 7 DF23 - 7 7 H1
112
58
12.92
4 990
3.4
21
2KJ3602 - 7 DF23 - 7 7 G1
128
51
11.31
4 830
3.7
21
2KJ3602 - 7 DF23 - 7 7 F1
146
45
9.92
4 660
4.0
21
2KJ3602 - 7 DF23 - 7 7 E1
C.29-LE80ZMQ4P
66
99
22.08
4 180
0.92
15
2KJ3601 - 7 DF23 - 7 7 M1
72
91
20.07
4 220
1.0
15
2KJ3601 - 7 DF23 - 7 7 L1
82
80
17.60
4 150
1.2
15
2KJ3601 - 7 DF23 - 7 7 K1
92
71
15.71
4 080
1.3
15
2KJ3601 - 7 DF23 - 7 7 J1
104
63
14.00
4 010
1.5
15
2KJ3601 - 7 DF23 - 7 7 H1
112
58
12.92
3 950
1.6
15
2KJ3601 - 7 DF23 - 7 7 G1
128
51
11.31
3 840
1.8
15
2KJ3601 - 7 DF23 - 7 7 F1
146
45
9.92
3 730
2.1
15
2KJ3601 - 7 DF23 - 7 7 E1
161
41
9.00
3 650
2.2
15
2KJ3601 - 7 DF23 - 7 7 D1
171
38
8.47
3 610
2.3
15
2KJ3601 - 7 DF23 - 7 7 C1
194
34
7.47
3 500
2.5
15
2KJ3601 - 7 DF23 - 7 7 B1
224
29
6.48
3 380
2.8
15
2KJ3601 - 7 DF23 - 7 7 A1
1.1
C.89-LE90SM4P
4.3
1 750
329.73
15 700
0.82
58
2KJ3605 - 7 EK23 - 7 7 M2
4.8
1 580
295.75
16 000
0.92
58
2KJ3605 - 7 EK23 - 7 7 L2
5.4
1 430
265.91
16 300
1.0
58
2KJ3605 - 7 EK23 - 7 7 K2
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
6/11
© Siemens AG 2018
SIMOGEAR geared motors Helical worm geared motors
Geared motors up to 7.5 kW
Selection and ordering data (continued)
Prated kW
1.1
n2
T2
rpm
Nm
C.89-LE90SM4P
5.9
1 300
i -
240.50
FR2 N
16 300
6.4
1 200
222.00
16 300
7.0
1 100
203.36
16 300
8.4
925
170.62
16 300
8.9
870
160.59
16 300
9.7
800
147.33
16 300
11
695
128.70
16 300
12
625
115.23
16 300
14
545
100.75
16 300
16
465
86.48
16 300
19
410
76.44
16 300
C.69-LE90SM4P
11
705
129.00
9 720
6
12
620
114.21
9 630
14
650
102.50
8 560
16
570
90.00
8 510
17
520
81.82
8 440
20
445
70.00
8 310
22
405
63.64
8 210
25
360
56.25
8 050
28
325
51.14
7 940
32
285
44.79
7 750
34
265
41.35
7 630
39
235
36.61
7 440
48
200
30.00
6 950
90
107
15.88
5 900
C.49-LE90SM4P
21
370
68.82
5 300
23
330
60.67
5 250
27
285
52.65
5 210
29
325
49.87
4 270
33
285
43.27
4 280
36
255
39.33
4 320
42
220
33.73
4 300
46
200
30.67
4 270
53
178
26.89
4 200
59
158
24.00
4 160
67
141
21.39
4 100
72
130
19.74
4 050
82
114
17.29
3 960
94
100
15.16
3 870
104
91
13.75
3 790
110
85
12.94
3 750
125
75
11.41
3 650
144
65
9.90
3 540
C.39-LE90SM4P
42
220
33.73
5 590
44
215
32.64
5 320
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
fB -
1.1 1.2 1.3 1.5 1.5 1.6 1.7 1.8 1.9 2.1 2.3
0.81 0.86 1.0 1.2 1.3 1.5 1.6 1.7 1.8 1.9 2.0 2.1 2.7 3.4
0.81 0.86 0.94 0.98 1.2 1.5 1.7 1.9 2.1 2.2 2.3 2.5 2.7 2.9 3.0 3.2 3.5 3.8
0.91 0.98
m kg
58 58 58 58 58 58 58 58 58 58 58
36 36 36 36 36 36 36 36 36 36 36 36 36 36
27 27 27 27 27 27 27 27 27 27 27 27 27 27 27 27 27 27
23 23
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
6/12
Siemens MD 50.1 · 2017
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3605 - 7 EK23 - 7 7 J2 2KJ3605 - 7 EK23 - 7 7 H2 2KJ3605 - 7 EK23 - 7 7 G2 2KJ3605 - 7 EK23 - 7 7 F2 2KJ3605 - 7 EK23 - 7 7 E2 2KJ3605 - 7 EK23 - 7 7 D2 2KJ3605 - 7 EK23 - 7 7 C2 2KJ3605 - 7 EK23 - 7 7 B2 2KJ3605 - 7 EK23 - 7 7 A2 2KJ3605 - 7 EK23 - 7 7 X1 2KJ3605 - 7 EK23 - 7 7 W1
2KJ3604 - 7 EK23 - 7 7 C2 2KJ3604 - 7 EK23 - 7 7 B2 2KJ3604 - 7 EK23 - 7 7 A2 2KJ3604 - 7 EK23 - 7 7 X1 2KJ3604 - 7 EK23 - 7 7 W1 2KJ3604 - 7 EK23 - 7 7 V1 2KJ3604 - 7 EK23 - 7 7 U1 2KJ3604 - 7 EK23 - 7 7 T1 2KJ3604 - 7 EK23 - 7 7 S1 2KJ3604 - 7 EK23 - 7 7 R1 2KJ3604 - 7 EK23 - 7 7 Q1 2KJ3604 - 7 EK23 - 7 7 P1 2KJ3604 - 7 EK23 - 7 7 N1 2KJ3604 - 7 EK23 - 7 7 H1
2KJ3603 - 7 EK23 - 7 7 X1 2KJ3603 - 7 EK23 - 7 7 W1 2KJ3603 - 7 EK23 - 7 7 V1 2KJ3603 - 7 EK23 - 7 7 U1 2KJ3603 - 7 EK23 - 7 7 T1 2KJ3603 - 7 EK23 - 7 7 S1 2KJ3603 - 7 EK23 - 7 7 R1 2KJ3603 - 7 EK23 - 7 7 Q1 2KJ3603 - 7 EK23 - 7 7 P1 2KJ3603 - 7 EK23 - 7 7 N1 2KJ3603 - 7 EK23 - 7 7 M1 2KJ3603 - 7 EK23 - 7 7 L1 2KJ3603 - 7 EK23 - 7 7 K1 2KJ3603 - 7 EK23 - 7 7 J1 2KJ3603 - 7 EK23 - 7 7 H1 2KJ3603 - 7 EK23 - 7 7 G1 2KJ3603 - 7 EK23 - 7 7 F1 2KJ3603 - 7 EK23 - 7 7 E1
2KJ3602 - 7 EK23 - 7 7 R1 2KJ3602 - 7 EK23 - 7 7 Q1
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Helical worm geared motors
Geared motors up to 7.5 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
m
Article No.
Order code
N
-
kg
(Article No. supplement below) No. of poles
1.1
C.39-LE90SM4P
50
191
28.32
5 230
1.2
23
2KJ3602 - 7 EK23 - 7 7 P1
55
173
25.75
5 200
1.4
23
2KJ3602 - 7 EK23 - 7 7 N1
65
149
22.08
5 120
1.6
23
2KJ3602 - 7 EK23 - 7 7 M1
71
135
20.07
5 060
1.7
23
2KJ3602 - 7 EK23 - 7 7 L1
81
119
17.60
4 960
1.9
23
2KJ3602 - 7 EK23 - 7 7 K1
91
106
15.71
4 870
2.0
23
2KJ3602 - 7 EK23 - 7 7 J1
102
94
14.00
4 770
2.2
23
2KJ3602 - 7 EK23 - 7 7 H1
110
87
12.92
4 700
2.3
23
2KJ3602 - 7 EK23 - 7 7 G1
126
76
11.31
4 580
2.5
23
2KJ3602 - 7 EK23 - 7 7 F1
144
67
9.92
4 440
2.7
23
2KJ3602 - 7 EK23 - 7 7 E1
158
61
9.00
4 350
2.9
23
2KJ3602 - 7 EK23 - 7 7 D1
168
57
8.47
4 290
3.0
23
2KJ3602 - 7 EK23 - 7 7 C1
191
50
7.47
4 170
3.3
23
2KJ3602 - 7 EK23 - 7 7 B1
220
44
6.48
4 010
3.5
23
2KJ3602 - 7 EK23 - 7 7 A1
6
C.29-LE90SM4P
91
106
15.71
3 610
0.87
17
2KJ3601 - 7 EK23 - 7 7 J1
102
95
14.00
3 570
0.98
17
2KJ3601 - 7 EK23 - 7 7 H1
110
87
12.92
3 560
1.1
17
2KJ3601 - 7 EK23 - 7 7 G1
126
76
11.31
3 510
1.2
17
2KJ3601 - 7 EK23 - 7 7 F1
144
67
9.92
3 440
1.4
17
2KJ3601 - 7 EK23 - 7 7 E1
158
61
9.00
3 390
1.5
17
2KJ3601 - 7 EK23 - 7 7 D1
168
57
8.47
3 360
1.6
17
2KJ3601 - 7 EK23 - 7 7 C1
191
50
7.47
3 290
1.7
17
2KJ3601 - 7 EK23 - 7 7 B1
220
44
6.48
3 190
1.9
17
2KJ3601 - 7 EK23 - 7 7 A1
1.5
C.89-LE90ZLR4P
6.0
1 740
240.50
15 800
0.83
61
2KJ3605 - 7 EM23 - 7 7 J2
6.5
1 610
222.00
16 000
0.90
61
2KJ3605 - 7 EM23 - 7 7 H2
7.1
1 480
203.36
16 200
0.98
61
2KJ3605 - 7 EM23 - 7 7 G2
8.5
1 240
170.62
16 300
1.1
61
2KJ3605 - 7 EM23 - 7 7 F2
9.0
1 170
160.59
16 300
1.1
61
2KJ3605 - 7 EM23 - 7 7 E2
9.8
1 070
147.33
16 300
1.2
61
2KJ3605 - 7 EM23 - 7 7 D2
11
935
128.70
16 300
1.3
61
2KJ3605 - 7 EM23 - 7 7 C2
13
840
115.23
16 300
1.3
61
2KJ3605 - 7 EM23 - 7 7 B2
14
735
100.75
16 300
1.4
61
2KJ3605 - 7 EM23 - 7 7 A2
17
630
86.48
16 200
1.6
61
2KJ3605 - 7 EM23 - 7 7 X1
19
555
76.44
15 800
1.7
61
2KJ3605 - 7 EM23 - 7 7 W1
C.69-LE90ZLR4P
16
770
90.00
7 250
0.87
39
2KJ3604 - 7 EM23 - 7 7 X1
18
700
81.82
7 300
0.96
39
2KJ3604 - 7 EM23 - 7 7 W1
21
600
70.00
7 320
1.1
39
2KJ3604 - 7 EM23 - 7 7 V1
23
550
63.64
7 280
1.2
39
2KJ3604 - 7 EM23 - 7 7 U1
26
485
56.25
7 250
1.3
39
2KJ3604 - 7 EM23 - 7 7 T1
28
440
51.14
7 200
1.3
39
2KJ3604 - 7 EM23 - 7 7 S1
32
385
44.79
7 110
1.4
39
2KJ3604 - 7 EM23 - 7 7 R1
35
355
41.35
7 040
1.5
39
2KJ3604 - 7 EM23 - 7 7 Q1
39
315
36.61
6 920
1.6
39
2KJ3604 - 7 EM23 - 7 7 P1
48
265
30.00
6 470
2.0
39
2KJ3604 - 7 EM23 - 7 7 N1
55
235
26.28
6 320
2.2
39
2KJ3604 - 7 EM23 - 7 7 M1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
6/13
© Siemens AG 2018
SIMOGEAR geared motors Helical worm geared motors
Geared motors up to 7.5 kW
Selection and ordering data (continued)
Prated kW
1.5
n2
T2
rpm
Nm
C.69-LE90ZLR4P
60
215
i -
24.26
FR2 N
6 240
67
193
21.48
6 080
81
160
17.88
5 870
91
144
15.88
5 600
103
128
14.06
5 450
124
106
11.70
5 230
131
100
11.01
5 160
146
90
9.87
5 020
C.49-LE90ZLR4P
33
380
43.27
3 450
37
345
39.33
3 530
43
295
33.73
3 640
47
270
30.67
3 650
6
54
235
26.89
3 700
60
210
24.00
3 690
68
190
21.39
3 660
73
175
19.74
3 650
84
153
17.29
3 610
95
135
15.16
3 550
105
122
13.75
3 510
112
115
12.94
3 480
127
101
11.41
3 410
146
88
9.90
3 330
161
82
9.00
3 180
171
77
8.47
3 150
193
68
7.47
3 070
223
59
6.48
2 980
C.39-LE90ZLR4P
51
255
28.32
4 480
56
230
25.75
4 530
65
200
22.08
4 510
72
182
20.07
4 500
82
160
17.60
4 470
92
142
15.71
4 440
103
127
14.00
4 380
112
117
12.92
4 340
128
103
11.31
4 250
146
90
9.92
4 160
161
82
9.00
4 090
171
77
8.47
4 040
193
68
7.47
3 940
223
59
6.48
3 820
C.29-LE90ZLR4P
128
103
11.31
3 100
146
90
9.92
3 090
161
82
9.00
3 060
171
77
8.47
3 050
193
68
7.47
3 010
223
59
6.48
2 950
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
6/14
Siemens MD 50.1 · 2017
fB -
2.3 2.5 2.7 2.5 2.8 3.4 3.6 4.0
0.91 1.1 1.3 1.4 1.5 1.6 1.7 1.8 2.0 2.1 2.3 2.4 2.5 2.8 3.1 3.3 3.6 3.9
0.92 1.0 1.2 1.3 1.4 1.5 1.6 1.7 1.9 2.0 2.1 2.2 2.4 2.6
0.91 1.0 1.1 1.2 1.3 1.4
m kg
39 39 39 39 39 39 39 39
30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30
26 26 26 26 26 26 26 26 26 26 26 26 26 26
20 20 20 20 20 20
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3604 - 7 EM23 - 7 7 L1 2KJ3604 - 7 EM23 - 7 7 K1 2KJ3604 - 7 EM23 - 7 7 J1 2KJ3604 - 7 EM23 - 7 7 H1 2KJ3604 - 7 EM23 - 7 7 G1 2KJ3604 - 7 EM23 - 7 7 F1 2KJ3604 - 7 EM23 - 7 7 E1 2KJ3604 - 7 EM23 - 7 7 D1
2KJ3603 - 7 EM23 - 7 7 T1 2KJ3603 - 7 EM23 - 7 7 S1 2KJ3603 - 7 EM23 - 7 7 R1 2KJ3603 - 7 EM23 - 7 7 Q1 2KJ3603 - 7 EM23 - 7 7 P1 2KJ3603 - 7 EM23 - 7 7 N1 2KJ3603 - 7 EM23 - 7 7 M1 2KJ3603 - 7 EM23 - 7 7 L1 2KJ3603 - 7 EM23 - 7 7 K1 2KJ3603 - 7 EM23 - 7 7 J1 2KJ3603 - 7 EM23 - 7 7 H1 2KJ3603 - 7 EM23 - 7 7 G1 2KJ3603 - 7 EM23 - 7 7 F1 2KJ3603 - 7 EM23 - 7 7 E1 2KJ3603 - 7 EM23 - 7 7 D1 2KJ3603 - 7 EM23 - 7 7 C1 2KJ3603 - 7 EM23 - 7 7 B1 2KJ3603 - 7 EM23 - 7 7 A1
2KJ3602 - 7 EM23 - 7 7 P1 2KJ3602 - 7 EM23 - 7 7 N1 2KJ3602 - 7 EM23 - 7 7 M1 2KJ3602 - 7 EM23 - 7 7 L1 2KJ3602 - 7 EM23 - 7 7 K1 2KJ3602 - 7 EM23 - 7 7 J1 2KJ3602 - 7 EM23 - 7 7 H1 2KJ3602 - 7 EM23 - 7 7 G1 2KJ3602 - 7 EM23 - 7 7 F1 2KJ3602 - 7 EM23 - 7 7 E1 2KJ3602 - 7 EM23 - 7 7 D1 2KJ3602 - 7 EM23 - 7 7 C1 2KJ3602 - 7 EM23 - 7 7 B1 2KJ3602 - 7 EM23 - 7 7 A1
2KJ3601 - 7 EM23 - 7 7 F1 2KJ3601 - 7 EM23 - 7 7 E1 2KJ3601 - 7 EM23 - 7 7 D1 2KJ3601 - 7 EM23 - 7 7 C1 2KJ3601 - 7 EM23 - 7 7 B1 2KJ3601 - 7 EM23 - 7 7 A1
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Helical worm geared motors
Geared motors up to 7.5 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
m
Article No.
Order code
N
-
kg
(Article No. supplement below) No. of poles
2.2
C.89-LE100ZLSA4P
9.9
1 550
147.33
15 800
0.82
77
2KJ3605 - 7 FN23 - 7 7 D2
11
1 350
128.70
15 700
0.87
77
2KJ3605 - 7 FN23 - 7 7 C2
13
1 210
115.23
15 500
0.92
77
2KJ3605 - 7 FN23 - 7 7 B2
15
1 060
100.75
15 200
0.99
77
2KJ3605 - 7 FN23 - 7 7 A2
17
910
86.48
14 900
1.1
77
2KJ3605 - 7 FN23 - 7 7 X1
19
805
76.44
14 600
1.1
77
2KJ3605 - 7 FN23 - 7 7 W1
23
680
65.00
14 200
1.3
77
2KJ3605 - 7 FN23 - 7 7 V1
26
720
55.61
12 500
2.0
77
2KJ3605 - 7 FN23 - 7 7 U1
29
645
50.00
12 300
2.2
77
2KJ3605 - 7 FN23 - 7 7 T1
32
585
45.22
12 100
2.4
77
2KJ3605 - 7 FN23 - 7 7 S1
35
540
41.74
11 900
2.5
77
2KJ3605 - 7 FN23 - 7 7 R1
38
495
38.24
11 700
2.6
77
2KJ3605 - 7 FN23 - 7 7 Q1
C.69-LE100ZLSA4P
26
700
56.25
5 900
0.87
57
2KJ3604 - 7 FN23 - 7 7 T1
29
640
51.14
5 940
0.90
57
2KJ3604 - 7 FN23 - 7 7 S1
6
33
560
44.79
6 000
0.97
57
2KJ3604 - 7 FN23 - 7 7 R1
35
515
41.35
6 030
1.0
57
2KJ3604 - 7 FN23 - 7 7 Q1
40
455
36.61
6 030
1.1
57
2KJ3604 - 7 FN23 - 7 7 P1
49
385
30.00
5 630
1.4
57
2KJ3604 - 7 FN23 - 7 7 N1
56
340
26.28
5 570
1.5
57
2KJ3604 - 7 FN23 - 7 7 M1
60
315
24.26
5 540
1.6
57
2KJ3604 - 7 FN23 - 7 7 L1
68
275
21.48
5 500
1.7
57
2KJ3604 - 7 FN23 - 7 7 K1
82
230
17.88
5 370
1.9
57
2KJ3604 - 7 FN23 - 7 7 J1
92
205
15.88
5 110
1.7
57
2KJ3604 - 7 FN23 - 7 7 H1
104
185
14.06
4 990
1.9
57
2KJ3604 - 7 FN23 - 7 7 G1
125
154
11.70
4 850
2.3
57
2KJ3604 - 7 FN23 - 7 7 F1
133
145
11.01
4 790
2.5
57
2KJ3604 - 7 FN23 - 7 7 E1
148
130
9.87
4 700
2.8
57
2KJ3604 - 7 FN23 - 7 7 D1
174
110
8.40
4 550
3.3
57
2KJ3604 - 7 FN23 - 7 7 C1
203
95
7.20
4 390
3.8
57
2KJ3604 - 7 FN23 - 7 7 B1
236
82
6.20
4 240
4.3
57
2KJ3604 - 7 FN23 - 7 7 A1
C.49-LE100ZLSA4P
54
345
26.89
2 740
1.0
48
2KJ3603 - 7 FN23 - 7 7 P1
61
305
24.00
2 870
1.1
48
2KJ3603 - 7 FN23 - 7 7 N1
68
275
21.39
2 920
1.2
48
2KJ3603 - 7 FN23 - 7 7 M1
74
250
19.74
2 990
1.2
48
2KJ3603 - 7 FN23 - 7 7 L1
85
220
17.29
3 020
1.4
48
2KJ3603 - 7 FN23 - 7 7 K1
97
195
15.16
3 020
1.5
48
2KJ3603 - 7 FN23 - 7 7 J1
107
177
13.75
3 030
1.6
48
2KJ3603 - 7 FN23 - 7 7 H1
113
166
12.94
3 030
1.6
48
2KJ3603 - 7 FN23 - 7 7 G1
128
146
11.41
3 010
1.7
48
2KJ3603 - 7 FN23 - 7 7 F1
148
127
9.90
2 980
1.9
48
2KJ3603 - 7 FN23 - 7 7 E1
163
118
9.00
2 830
2.2
48
2KJ3603 - 7 FN23 - 7 7 D1
173
111
8.47
2 810
2.3
48
2KJ3603 - 7 FN23 - 7 7 C1
196
98
7.47
2 770
2.4
48
2KJ3603 - 7 FN23 - 7 7 B1
226
85
6.48
2 730
2.7
48
2KJ3603 - 7 FN23 - 7 7 A1
C.39-LE100ZLSA4P
83
230
17.60
3 660
0.97
40
2KJ3602 - 7 FN23 - 7 7 K1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
6/15
© Siemens AG 2018
SIMOGEAR geared motors Helical worm geared motors
Geared motors up to 7.5 kW
Selection and ordering data (continued)
Prated kW
2.2
n2
T2
rpm
Nm
C.39-LE100ZLSA4P
93
205
i -
15.71
FR2 N
3 700
105
184
14.00
3 710
113
170
12.92
3 720
130
148
11.31
3 720
148
130
9.92
3 690
163
118
9.00
3 660
173
111
8.47
3 640
196
98
7.47
3 580
226
85
6.48
3 510
3
C.89-LE100ZLSB4P
19
1 100
76.44
13 300
22
935
65.00
13 100
26
990
55.61
11 100
6
29
890
50.00
11 000
32
805
45.22
10 900
35
745
41.74
10 900
38
680
38.24
10 800
45
570
32.08
10 500
48
535
30.20
10 500
53
490
27.70
10 300
58
455
25.03
9 850
69
380
21.00
9 580
74
360
19.76
9 460
C.69-LE100ZLSB4P
48
530
30.00
4 670
55
465
26.28
4 750
60
430
24.26
4 780
68
380
21.48
4 810
81
315
17.88
4 810
92
285
15.88
4 520
103
250
14.06
4 520
124
210
11.70
4 440
132
199
11.01
4 400
147
178
9.87
4 350
173
152
8.40
4 250
202
130
7.20
4 140
235
112
6.20
4 030
C.49-LE100ZLSB4P
61
420
24.00
1 930
68
375
21.39
2 080
74
345
19.74
2 200
84
305
17.29
2 310
96
265
15.16
2 440
106
240
13.75
2 500
112
225
12.94
2 540
128
200
11.41
2 570
147
174
9.90
2 590
162
162
9.00
2 430
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
fB -
1.0 1.1 1.2 1.3 1.4 1.5 1.5 1.7 1.8
0.84 0.92 1.5 1.6 1.7 1.8 1.9 2.1 2.2 2.3 2.4 2.8 3.1
1.0 1.1 1.1 1.2 1.4 1.3 1.4 1.7 1.8 2.0 2.4 2.8 3.2
0.82 0.88 0.91 0.98 1.1 1.1 1.2 1.3 1.4 1.6
m kg
40 40 40 40 40 40 40 40 40
77 77 77 77 77 77 77 77 77 77 77 77 77
57 57 57 57 57 57 57 57 57 57 57 57 57
48 48 48 48 48 48 48 48 48 48
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
6/16
Siemens MD 50.1 · 2017
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3602 - 7 FN23 - 7 7 J1 2KJ3602 - 7 FN23 - 7 7 H1 2KJ3602 - 7 FN23 - 7 7 G1 2KJ3602 - 7 FN23 - 7 7 F1 2KJ3602 - 7 FN23 - 7 7 E1 2KJ3602 - 7 FN23 - 7 7 D1 2KJ3602 - 7 FN23 - 7 7 C1 2KJ3602 - 7 FN23 - 7 7 B1 2KJ3602 - 7 FN23 - 7 7 A1
2KJ3605 - 7 FP23 - 7 7 W1 2KJ3605 - 7 FP23 - 7 7 V1 2KJ3605 - 7 FP23 - 7 7 U1 2KJ3605 - 7 FP23 - 7 7 T1 2KJ3605 - 7 FP23 - 7 7 S1 2KJ3605 - 7 FP23 - 7 7 R1 2KJ3605 - 7 FP23 - 7 7 Q1 2KJ3605 - 7 FP23 - 7 7 P1 2KJ3605 - 7 FP23 - 7 7 N1 2KJ3605 - 7 FP23 - 7 7 M1 2KJ3605 - 7 FP23 - 7 7 L1 2KJ3605 - 7 FP23 - 7 7 K1 2KJ3605 - 7 FP23 - 7 7 J1
2KJ3604 - 7 FP23 - 7 7 N1 2KJ3604 - 7 FP23 - 7 7 M1 2KJ3604 - 7 FP23 - 7 7 L1 2KJ3604 - 7 FP23 - 7 7 K1 2KJ3604 - 7 FP23 - 7 7 J1 2KJ3604 - 7 FP23 - 7 7 H1 2KJ3604 - 7 FP23 - 7 7 G1 2KJ3604 - 7 FP23 - 7 7 F1 2KJ3604 - 7 FP23 - 7 7 E1 2KJ3604 - 7 FP23 - 7 7 D1 2KJ3604 - 7 FP23 - 7 7 C1 2KJ3604 - 7 FP23 - 7 7 B1 2KJ3604 - 7 FP23 - 7 7 A1
2KJ3603 - 7 FP23 - 7 7 N1 2KJ3603 - 7 FP23 - 7 7 M1 2KJ3603 - 7 FP23 - 7 7 L1 2KJ3603 - 7 FP23 - 7 7 K1 2KJ3603 - 7 FP23 - 7 7 J1 2KJ3603 - 7 FP23 - 7 7 H1 2KJ3603 - 7 FP23 - 7 7 G1 2KJ3603 - 7 FP23 - 7 7 F1 2KJ3603 - 7 FP23 - 7 7 E1 2KJ3603 - 7 FP23 - 7 7 D1
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
SIMOGEAR geared motors Helical worm geared motors
Geared motors up to 7.5 kW
Selection and ordering data (continued)
Prated
n2
T2
i
kW
rpm
Nm
-
FR2
fB
m
Article No.
Order code
N
-
kg
(Article No. supplement below) No. of poles
3
C.49-LE100ZLSB4P
172
153
8.47
2 430
1.7
48
2KJ3603 - 7 FP23 - 7 7 C1
195
135
7.47
2 440
1.8
48
2KJ3603 - 7 FP23 - 7 7 B1
225
117
6.48
2 440
2.0
48
2KJ3603 - 7 FP23 - 7 7 A1
C.39-LE100ZLSB4P
104
250
14.00
2 990
0.81
40
2KJ3602 - 7 FP23 - 7 7 H1
113
230
12.92
3 060
0.85
40
2KJ3602 - 7 FP23 - 7 7 G1
129
200
11.31
3 150
0.93
40
2KJ3602 - 7 FP23 - 7 7 F1
147
179
9.92
3 150
1.0
40
2KJ3602 - 7 FP23 - 7 7 E1
162
162
9.00
3 180
1.1
40
2KJ3602 - 7 FP23 - 7 7 D1
172
153
8.47
3 180
1.1
40
2KJ3602 - 7 FP23 - 7 7 C1
195
134
7.47
3 190
1.2
40
2KJ3602 - 7 FP23 - 7 7 B1
225
117
6.48
3 170
1.3
40
2KJ3602 - 7 FP23 - 7 7 A1
4
C.89-LE112ZMKB4P
26
1310
29
1180
55.61 50.00
9 370 9 500
1.1
77
2KJ3605 - 7 GJ23 - 7 7 U1
1.2
77
2KJ3605 - 7 GJ23 - 7 7 T1
6
32
1070
45.22
9 560
1.3
77
2KJ3605 - 7 GJ23 - 7 7 S1
35
990
41.74
9 590
1.4
77
2KJ3605 - 7 GJ23 - 7 7 R1
38
905
38.24
9 610
1.4
77
2KJ3605 - 7 GJ23 - 7 7 Q1
46
760
32.08
9 560
1.6
77
2KJ3605 - 7 GJ23 - 7 7 P1
48
715
30.20
9 530
1.7
77
2KJ3605 - 7 GJ23 - 7 7 N1
53
655
27.70
9 470
1.7
77
2KJ3605 - 7 GJ23 - 7 7 M1
58
605
25.03
8 940
1.8
77
2KJ3605 - 7 GJ23 - 7 7 L1
70
510
21.00
8 790
2.1
77
2KJ3605 - 7 GJ23 - 7 7 K1
74
480
19.76
8 730
2.3
77
2KJ3605 - 7 GJ23 - 7 7 J1
81
440
18.13
8 640
2.5
77
2KJ3605 - 7 GJ23 - 7 7 H1
92
385
15.84
8 470
2.9
77
2KJ3605 - 7 GJ23 - 7 7 G1
103
340
14.18
8 350
3.1
77
2KJ3605 - 7 GJ23 - 7 7 F1
118
300
12.40
8 130
3.4
77
2KJ3605 - 7 GJ23 - 7 7 E1
137
255
10.64
7 910
3.7
77
2KJ3605 - 7 GJ23 - 7 7 D1
155
225
9.41
7 710
4.0
77
2KJ3605 - 7 GJ23 - 7 7 C1
182
194
8.00
7 420
4.3
77
2KJ3605 - 7 GJ23 - 7 7 B1
213
167
6.86
7 150
4.3
77
2KJ3605 - 7 GJ23 - 7 7 A1
C.69-LE112ZMKB4P
56
620
26.28
3 700
0.83
58
2KJ3604 - 7 GJ23 - 7 7 M1
60
570
24.26
3 830
0.86
58
2KJ3604 - 7 GJ23 - 7 7 L1
68
505
21.48
3 960
0.93
58
2KJ3604 - 7 GJ23 - 7 7 K1
82
420
17.88
4 100
1.0
58
2KJ3604 - 7 GJ23 - 7 7 J1
92
380
15.88
3 800
0.94
58
2KJ3604 - 7 GJ23 - 7 7 H1
104
335
14.06
3 880
1.1
58
2KJ3604 - 7 GJ23 - 7 7 G1
125
280
11.70
3 910
1.3
58
2KJ3604 - 7 GJ23 - 7 7 F1
133
260
11.01
3 940
1.4
58
2KJ3604 - 7 GJ23 - 7 7 E1
148
235
9.87
3 910
1.5
58
2KJ3604 - 7 GJ23 - 7 7 D1
174
200
8.40
3 880
1.8
58
2KJ3604 - 7 GJ23 - 7 7 C1
203
173
7.20
3 810
2.1
58
2KJ3604 - 7 GJ23 - 7 7 B1
235
149
6.20
3 740
2.3
58
2KJ3604 - 7 GJ23 - 7 7 A1
C.49-LE112ZMKB4P
96
355
15.16
1 600
0.80
49
2KJ3603 - 7 GJ23 - 7 7 J1
106
320
13.75
1 820
0.85
49
2KJ3603 - 7 GJ23 - 7 7 H1
113
300
12.94
1 900
0.89
49
2KJ3603 - 7 GJ23 - 7 7 G1
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
6/17
© Siemens AG 2018
SIMOGEAR geared motors Helical worm geared motors
Geared motors up to 7.5 kW
Selection and ordering data (continued)
Prated kW
4
n2
T2
rpm
Nm
C.49-LE112ZMKB4P
128
265
i -
11.41
FR2 N
2 010
147
230
9.90
2 110
162
215
9.00
1 580
172
200
8.47
1 760
195
179
7.47
1 940
225
155
6.48
2 080
C.39-LE112ZMKB4P
162
215
9.00
2 580
172
200
8.47
2 650
195
179
7.47
2 680
225
155
6.48
2 740
5.5
C.89-LE132ZST4P
38
1 240
38.24
7 810
6
46
1 040
49
980
32.08 30.20
8 050 8 100
53
895
27.70
8 180
59
830
25.03
7 590
70
695
21.00
7 680
74
655
19.76
7 680
81
600
18.13
7 680
92
525
15.84
7 630
103
470
14.18
7 570
118
410
12.40
7 470
138
350
10.64
7 330
156
310
9.41
7 190
183
265
8.00
6 980
214
225
6.86
6 790
C.69-LE132ZST4P
125
385
11.70
2 950
133
360
11.01
3 170
148
325
9.87
3 230
174
275
8.40
3 310
203
235
7.20
3 340
236
200
6.20
3 360
7.5
C.89-LE132ZMS4P
46
1 410
32.08
6 070
49
1 330
30.20
6 220
53
1 220
27.70
6 430
59
1 130
25.03
4 900
70
950
21.00
6 040
74
890
19.76
6 270
81
820
18.13
6 360
93
715
15.84
6 490
104
640
14.18
6 540
119
560
12.40
6 570
138
480
10.64
6 550
156
425
9.41
6 500
184
360
8.00
6 410
214
310
6.86
6 280
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
6/18
Siemens MD 50.1 · 2017
fB -
0.95 1.0 1.2 1.3 1.3 1.5
0.81 0.83 0.91 0.99
1.0 1.2 1.2 1.3 1.3 1.5 1.7 1.8 2.1 2.2 2.4 2.7 2.9 3.1 3.1
0.94 0.99 1.1 1.3 1.5 1.7
0.86 0.89 0.92 0.96 1.1 1.3 1.4 1.5 1.7 1.8 2.0 2.2 2.3 2.3
m kg
49 49 49 49 49 49
44 44 44 44
108 108 108 108 108 108 108 108 108 108 108 108 108 108 108
88 88 88 88 88 88
108 108 108 108 108 108 108 108 108 108 108 108 108 108
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3603 - 7 GJ23 - 7 7 F1 2KJ3603 - 7 GJ23 - 7 7 E1 2KJ3603 - 7 GJ23 - 7 7 D1 2KJ3603 - 7 GJ23 - 7 7 C1 2KJ3603 - 7 GJ23 - 7 7 B1 2KJ3603 - 7 GJ23 - 7 7 A1
2KJ3602 - 7 GJ23 - 7 7 D1 2KJ3602 - 7 GJ23 - 7 7 C1 2KJ3602 - 7 GJ23 - 7 7 B1 2KJ3602 - 7 GJ23 - 7 7 A1
2KJ3605 - 7 HJ23 - 7 7 Q1 2KJ3605 - 7 HJ23 - 7 7 P1 2KJ3605 - 7 HJ23 - 7 7 N1 2KJ3605 - 7 HJ23 - 7 7 M1 2KJ3605 - 7 HJ23 - 7 7 L1 2KJ3605 - 7 HJ23 - 7 7 K1 2KJ3605 - 7 HJ23 - 7 7 J1 2KJ3605 - 7 HJ23 - 7 7 H1 2KJ3605 - 7 HJ23 - 7 7 G1 2KJ3605 - 7 HJ23 - 7 7 F1 2KJ3605 - 7 HJ23 - 7 7 E1 2KJ3605 - 7 HJ23 - 7 7 D1 2KJ3605 - 7 HJ23 - 7 7 C1 2KJ3605 - 7 HJ23 - 7 7 B1 2KJ3605 - 7 HJ23 - 7 7 A1
2KJ3604 - 7 HJ23 - 7 7 F1 2KJ3604 - 7 HJ23 - 7 7 E1 2KJ3604 - 7 HJ23 - 7 7 D1 2KJ3604 - 7 HJ23 - 7 7 C1 2KJ3604 - 7 HJ23 - 7 7 B1 2KJ3604 - 7 HJ23 - 7 7 A1
2KJ3605 - 7 HL23 - 7 7 P1 2KJ3605 - 7 HL23 - 7 7 N1 2KJ3605 - 7 HL23 - 7 7 M1 2KJ3605 - 7 HL23 - 7 7 L1 2KJ3605 - 7 HL23 - 7 7 K1 2KJ3605 - 7 HL23 - 7 7 J1 2KJ3605 - 7 HL23 - 7 7 H1 2KJ3605 - 7 HL23 - 7 7 G1 2KJ3605 - 7 HL23 - 7 7 F1 2KJ3605 - 7 HL23 - 7 7 E1 2KJ3605 - 7 HL23 - 7 7 D1 2KJ3605 - 7 HL23 - 7 7 C1 2KJ3605 - 7 HL23 - 7 7 B1 2KJ3605 - 7 HL23 - 7 7 A1
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
Selection and ordering data (continued)
Prated kW
7.5
n2
T2
rpm
Nm
C.69-LE132ZMS4P
149
440
175
375
204
320
237
275
i -
9.87 8.40 7.20 6.20
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
FR2 N
1 400 1 990 2 470 2 790
fB -
0.82 0.96 1.1 1.3
m kg
88 88 88 88
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
SIMOGEAR geared motors Helical worm geared motors
Geared motors up to 7.5 kW
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3604 - 7 HL23 - 7 7 D1 2KJ3604 - 7 HL23 - 7 7 C1 2KJ3604 - 7 HL23 - 7 7 B1 2KJ3604 - 7 HL23 - 7 7 A1
page 10/44 page 11/2 page 10/37
6
Siemens MD 50.1 · 2017
6/19
© Siemens AG 2018
SIMOGEAR geared motors Helical worm geared motors
Transmission ratios and torques
Selection and ordering data
i
n2
T2N
FR2
JG
Rex
Motor frame size
Article No.
-
rpm
Nm
N
10-4 kgm² -
63 71 80 90 100 112 132
C.29
265.20
5.5
108
4 140
0.05
1326/5
2KJ3601 - 7 7 7 7 7 - 7 7 M2
230.10
6.3
108
4 140
0.05
2301/10
2KJ3601 - 7 7 7 7 7 - 7 7 L2
209.18
6.9
109
4 130
0.07
2301/11
2KJ3601 - 7 7 7 7 7 - 7 7 K2
179.40
8.1
110
4 130
0.08
897/5
2KJ3601 - 7 7 7 7 7 - 7 7 J2
163.09
8.9
110
4 130
0.10
1794/11
2KJ3601 - 7 7 7 7 7 - 7 7 H2
143.00 10
110
4 130
0.11
143/1
2KJ3601 - 7 7 7 7 7 - 7 7 G2
127.64 11
110
4 130
0.14
1404/11
2KJ3601 - 7 7 7 7 7 - 7 7 F2
113.75 13
110
4 130
0.16
455/4
2KJ3601 - 7 7 7 7 7 - 7 7 E2
105.00 14
110
4 130
0.20
105/1
2KJ3601 - 7 7 7 7 7 - 7 7 D2
91.93 16
110
4 130
0.22
1287/14
2KJ3601 - 7 7 7 7 7 - 7 7 C2
80.60 18
110
4 130
0.22
403/5
2KJ3601 - 7 7 7 7 7 - 7 7 B2
73.12 20
110
4 130
0.28
585/8
2KJ3601 - 7 7 7 7 7 - 7 7 A2
6
68.82 21 60.67 24
110
4 130
0.33
1170/17
110
4 130
0.36
182/3
2KJ3601 - 7 7 7 7 7 - 7 7 X1 2KJ3601 - 7 7 7 7 7 - 7 7 W1
52.65 28
110
4 130
0.48
1053/20
2KJ3601 - 7 7 7 7 7 - 7 7 V1
49.87 29
102
4 170
0.05
748/15
2KJ3601 - 7 7 7 7 7 - 7 7 U1
43.27 34
103
4 160
0.06
649/15
2KJ3601 - 7 7 7 7 7 - 7 7 T1
39.33 37
103
4 160
0.07
118/3
2KJ3601 - 7 7 7 7 7 - 7 7 S1
33.73 43
104
4 160
0.09
506/15
2KJ3601 - 7 7 7 7 7 - 7 7 R1
32.64 44
90
4 230
0.05
816/25
2KJ3601 - 7 7 7 7 7 - 7 7 Q1
28.32 51
90
4 230
0.06
708/25
2KJ3601 - 7 7 7 7 7 - 7 7 P1
25.75 56
91
4 220
0.07
1416/55
2KJ3601 - 7 7 7 7 7 - 7 7 N1
22.08 66
91
4 220
0.09
552/25
2KJ3601 - 7 7 7 7 7 - 7 7 M1
20.07 72
92
4 200
0.11
1104/55
2KJ3601 - 7 7 7 7 7 - 7 7 L1
17.60 82
92
3 970
0.13
88/5
2KJ3601 - 7 7 7 7 7 - 7 7 K1
15.71 92
92
3 770
0.15
864/55
2KJ3601 - 7 7 7 7 7 - 7 7 J1
14.00 104
93
3 560
0.18
14/1
2KJ3601 - 7 7 7 7 7 - 7 7 H1
12.92 112
93
3 430
0.22
168/13
2KJ3601 - 7 7 7 7 7 - 7 7 G1
11.31 128
94
3 210
0.25
396/35
2KJ3601 - 7 7 7 7 7 - 7 7 F1
9.92 146
94
3 020
0.26
248/25
2KJ3601 - 7 7 7 7 7 - 7 7 E1
9.00 161
91
2 960
0.33
9/1
2KJ3601 - 7 7 7 7 7 - 7 7 D1
8.47 171
90
2 950
0.38
144/17
2KJ3601 - 7 7 7 7 7 - 7 7 C1
7.47 194
86
2 920
0.43
112/15
2KJ3601 - 7 7 7 7 7 - 7 7 B1
6.48 224
82
2 880
0.57
162/25
2KJ3601 - 7 7 7 7 7 - 7 7 A1
6/20
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Helical worm geared motors
Transmission ratios and torques
Selection and ordering data (continued)
i
n2
T2N
FR2
JG
Rex
Motor frame size
Article No.
-
rpm
Nm
N
10-4 kgm² -
63 71 80 90 100 112 132
C.39
299.00
4.8
192
6 180
0.04
299/1
2KJ3602 - 7 7 7 7 7 - 77 N2
265.20
5.5
192
6 180
0.05
1326/5
2KJ3602 - 7 7 7 7 7 - 77 M2
230.10
6.3
193
6 180
0.06
2301/10
2KJ3602 - 7 7 7 7 7 - 77 L2
209.18
6.9
193
6 180
0.07
2301/11
2KJ3602 - 7 7 7 7 7 - 77 K2
179.40
8.1
193
6 180
0.09
897/5
2KJ3602 - 7 7 7 7 7 - 77 J2
163.09
8.9
193
6 180
0.11
1794/11
2KJ3602 - 7 7 7 7 7 - 77 H2
143.00 10
194
6 170
0.13
143/1
2KJ3602 - 7 7 7 7 7 - 77 G2
127.64 11
194
6 170
0.16
1404/11
2KJ3602 - 7 7 7 7 7 - 77 F2
113.75 13
194
6 170
0.19
455/4
2KJ3602 - 7 7 7 7 7 - 77 E2
105.00 14
194
6 170
0.23
105/1
2KJ3602 - 7 7 7 7 7 - 77 D2
91.93 16
194
6 170
0.27
1287/14
2KJ3602 - 7 7 7 7 7 - 77 C2
80.60 18
194
6 170
0.26
403/5
2KJ3602 - 7 7 7 7 7 - 77 B2
73.12 20 68.82 21
194
6 170
0.36
585/8
194
6 170
0.43
1170/17
2KJ3602 - 7 7 7 7 7 - 77 A2 2KJ3602 - 7 7 7 7 7 - 77 X1
6
60.67 24
183
6 210
0.47
182/3
2KJ3602 - 7 7 7 7 7 - 77 W1
52.65 28
170
6 260
0.64
1053/20
2KJ3602 - 7 7 7 7 7 - 77 V1
49.87 29
198
6 160
0.06
748/15
2KJ3602 - 7 7 7 7 7 - 77 U1
43.27 34
199
6 150
0.07
649/15
2KJ3602 - 7 7 7 7 7 - 77 T1
39.33 37
200
6 140
0.08
118/3
2KJ3602 - 7 7 7 7 7 - 77 S1
33.73 43
200
5 730
0.11
506/15
2KJ3602 - 7 7 7 7 7 - 77 R1
32.64 44
215
5 260
0.07
816/25
2KJ3602 - 7 7 7 7 7 - 77 Q1
28.32 51
235
4 680
0.08
708/25
2KJ3602 - 7 7 7 7 7 - 77 P1
25.75 56
235
4 450
0.10
1416/55
2KJ3602 - 7 7 7 7 7 - 77 N1
22.08 66
235
4 100
0.13
552/25
2KJ3602 - 7 7 7 7 7 - 77 M1
20.07 72
235
3 890
0.16
1104/55
2KJ3602 - 7 7 7 7 7 - 77 L1
17.60 82
225
3 720
0.19
88/5
2KJ3602 - 7 7 7 7 7 - 77 K1
15.71 92
215
3 600
0.23
864/55
2KJ3602 - 7 7 7 7 7 - 77 J1
14.00 104
205
3 490
0.28
14/1
2KJ3602 - 7 7 7 7 7 - 77 H1
12.92 112
199
3 400
0.34
168/13
2KJ3602 - 7 7 7 7 7 - 77 G1
11.31 128
189
3 270
0.41
396/35
2KJ3602 - 7 7 7 7 7 - 77 F1
9.92 146
181
3 130
0.44
248/25
2KJ3602 - 7 7 7 7 7 - 77 E1
9.00 161
174
3 040
0.59
9/1
2KJ3602 - 7 7 7 7 7 - 77 D1
8.47 171
170
3 030
0.68
144/17
2KJ3602 - 7 7 7 7 7 - 77 C1
7.47 194
163
3 050
0.81
112/15
2KJ3602 - 7 7 7 7 7 - 77 B1
6.48 224
154
3 050
1.08
162/25
2KJ3602 - 7 7 7 7 7 - 77 A1
Siemens MD 50.1 · 2017
6/21
© Siemens AG 2018
SIMOGEAR geared motors Helical worm geared motors
Transmission ratios and torques
Selection and ordering data (continued)
i
n2
T2N
FR2
JG
Rex
Motor frame size
Article No.
-
rpm
Nm
N
10-4 kgm² -
63 71 80 90 100 112 132
C.49
299.00
4.8
350
8 410
0.04
299/1
2KJ3603 - 7 7 7 7 7 - 77 N2
265.20
5.5
350
8 410
0.05
1326/5
2KJ3603 - 7 7 7 7 7 - 77 M2
230.10
6.3
355
8 400
0.07
2301/10
2KJ3603 - 7 7 7 7 7 - 77 L2
209.18
6.9
355
8 400
0.08
2301/11
2KJ3603 - 7 7 7 7 7 - 77 K2
179.40
8.1
355
8 260
0.10
897/5
2KJ3603 - 7 7 7 7 7 - 77 J2
163.09
8.9
355
7 920
0.13
1794/11
2KJ3603 - 7 7 7 7 7 - 77 H2
143.00 10
355
7 480
0.15
143/1
2KJ3603 - 7 7 7 7 7 - 77 G2
127.64 11
355
7 110
0.18
1404/11
2KJ3603 - 7 7 7 7 7 - 77 F2
113.75 13
355
6 760
0.22
455/4
2KJ3603 - 7 7 7 7 7 - 77 E2
105.00 14
355
6 510
0.26
105/1
2KJ3603 - 7 7 7 7 7 - 77 D2
91.93 16
350
6 160
0.32
1287/14
2KJ3603 - 7 7 7 7 7 - 77 C2
80.60 18
330
5 930
0.32
403/5
2KJ3603 - 7 7 7 7 7 - 77 B2
6
73.12 20 68.82 21
315
5 770
0.44
585/8
2KJ3603 - 7 7 7 7 7 - 77 A2
305
5 680
0.51
1170/17
2KJ3603 - 7 7 7 7 7 - 77 X1
60.67 24
285
5 500
0.58
182/3
2KJ3603 - 7 7 7 7 7 - 77 W1
52.65 28
265
5 290
0.78
1053/20
2KJ3603 - 7 7 7 7 7 - 77 V1
49.87 29
320
4 250
0.08
748/15
2KJ3603 - 7 7 7 7 7 - 77 U1
43.27 34
350
3 680
0.10
649/15
2KJ3603 - 7 7 7 7 7 - 77 T1
39.33 37
400
3 050
0.12
118/3
2KJ3603 - 7 7 7 7 7 - 77 S1
33.73 43
375
2 940
0.15
506/15
2KJ3603 - 7 7 7 7 7 - 77 R1
30.67 47
385
2 660
0.19
92/3
2KJ3603 - 7 7 7 7 7 - 77 Q1
26.89 54
360
2 620
0.23
242/9
2KJ3603 - 7 7 7 7 7 - 77 P1
24.00 60
345
2 540
0.28
24/1
2KJ3603 - 7 7 7 7 7 - 77 N1
21.39 68
330
2 460
0.34
385/18
2KJ3603 - 7 7 7 7 7 - 77 M1
19.74 73
315
2 450
0.41
770/39
2KJ3603 - 7 7 7 7 7 - 77 L1
17.29 84
300
2 350
0.51
121/7
2KJ3603 - 7 7 7 7 7 - 77 K1
15.16 96
285
2 270
0.56
682/45
2KJ3603 - 7 7 7 7 7 - 77 J1
13.75 105
275
2 200
0.73
55/4
2KJ3603 - 7 7 7 7 7 - 77 H1
12.94 112
270
2 160
0.85
220/17
2KJ3603 - 7 7 7 7 7 - 77 G1
11.41 127
255
2 100
1.02
308/27
2KJ3603 - 7 7 7 7 7 - 77 F1
9.90 146
245
1 990
1.36
99/10
2KJ3603 - 7 7 7 7 7 - 77 E1
9.00 161
255
1 140
1.03
9/1
2KJ3603 - 7 7 7 7 7 - 77 D1
8.47 171
255
1 290
1.18
144/17
2KJ3603 - 7 7 7 7 7 - 77 C1
7.47 194
240
1 580
1.45
112/15
2KJ3603 - 7 7 7 7 7 - 77 B1
6.48 224
230
1 850
1.93
162/25
2KJ3603 - 7 7 7 7 7 - 77 A1
6/22
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Helical worm geared motors
Transmission ratios and torques
Selection and ordering data (continued)
i
n2
T2N
FR2
JG
Rex
Motor frame size
Article No.
-
rpm
Nm
N
10-4 kgm² -
63 71 80 90 100 112 132
C.69
360.00
4.0
675
10 600
0.07
1079/3
2KJ3604 - 7 7 7 7 7 - 77 M2
319.80
4.5
675
10 600
0.09
1599/5
2KJ3604 - 7 7 7 7 7 - 77 L2
280.80
5.2
675
10 600
0.11
1404/5
2KJ3604 - 7 7 7 7 7 - 77 K2
255.27
5.7
675
10 600
0.13
2808/11
2KJ3604 - 7 7 7 7 7 - 77 J2
218.40
6.6
675
10 600
0.16
1092/5
2KJ3604 - 7 7 7 7 7 - 77 H2
198.55
7.3
675
10 600
0.19
2184/11
2KJ3604 - 7 7 7 7 7 - 77 G2
175.50
8.3
665
10 600
0.23
351/2
2KJ3604 - 7 7 7 7 7 - 77 F2
159.55
9.1
640
10 700
0.30
1755/11
2KJ3604 - 7 7 7 7 7 - 77 E2
139.75 10
590
10 500
0.35
559/4
2KJ3604 - 7 7 7 7 7 - 77 D2
129.00 11
565
10 300
0.42
129/1
2KJ3604 - 7 7 7 7 7 - 77 C2
114.21 13
535
9 990
0.52
1599/14 2KJ3604 - 7 7 7 7 7 - 77 B2
102.50 14
675
8 310
0.10
205/2
2KJ3604 - 7 7 7 7 7 - 77 A2
90.00 16 81.82 18
675
7 790
0.12
90/1
675
7 410
0.15
900/11
2KJ3604 - 7 7 7 7 7 - 77 X1 2KJ3604 - 7 7 7 7 7 - 77 W1
6
70.00 21
660
6 920
0.18
70/1
2KJ3604 - 7 7 7 7 7 - 77 V1
63.64 23
640
6 700
0.22
700/11
2KJ3604 - 7 7 7 7 7 - 77 U1
56.25 26
610
6 460
0.27
225/4
2KJ3604 - 7 7 7 7 7 - 77 T1
51.14 28
580
6 320
0.34
1125/22
2KJ3604 - 7 7 7 7 7 - 77 S1
44.79 32
545
6 110
0.41
1075/24
2KJ3604 - 7 7 7 7 7 - 77 R1
41.35 35
525
5 980
0.49
1075/26
2KJ3604 - 7 7 7 7 7 - 77 Q1
36.61 40
500
5 770
0.61
1025/28 2KJ3604 - 7 7 7 7 7 - 77 P1
30.00 48
545
4 560
0.46
30/1
2KJ3604 - 7 7 7 7 7 - 77 N1
26.28 55
515
4 410
0.56
473/18
2KJ3604 - 7 7 7 7 7 - 77 M1
24.26 60
500
4 300
0.67
946/39
2KJ3604 - 7 7 7 7 7 - 77 L1
21.48 68
475
4 160
0.83
451/21
2KJ3604 - 7 7 7 7 7 - 77 K1
17.88 81
440
3 960
1.17
143/8
2KJ3604 - 7 7 7 7 7 - 77 J1
15.88 91
360
3 950
0.88
1032/65
2KJ3604 - 7 7 7 7 7 - 77 H1
14.06 103
355
3 730
1.11
492/35
2KJ3604 - 7 7 7 7 7 - 77 G1
11.70 124
360
3 310
1.56
117/10
2KJ3604 - 7 7 7 7 7 - 77 F1
11.01 132
360
3 180
1.79
936/85
2KJ3604 - 7 7 7 7 7 - 77 E1
9.87 147
360
2 890
2.10
148/15
2KJ3604 - 7 7 7 7 7 - 77 D1
8.40 173
360
3 110
2.90
42/5
2KJ3604 - 7 7 7 7 7 - 77 C1
7.20 201
360
3 170
3.90
36/5
2KJ3604 - 7 7 7 7 7 - 77 B1
6.20 234
355
3 190
5.20
31/5
2KJ3604 - 7 7 7 7 7 - 77 A1
Siemens MD 50.1 · 2017
6/23
© Siemens AG 2018
SIMOGEAR geared motors Helical worm geared motors
Transmission ratios and torques
Selection and ordering data (continued)
i
n2
T2N
FR2
JG
Rex
Motor frame size
Article No.
-
rpm
Nm
N
10-4 kgm² -
63 71 80 90 100 112 132
C.89
363.00
4
1 450
16 200
0.47
3627/10
2KJ3605 - 7 7 7 7 7 - 77 N2
329.73
4.4
1 450
16 200
0.57
3627/11
2KJ3605 - 7 7 7 7 7 - 77 M2
295.75
4.9
1 450
16 200
0.78
1183/4
2KJ3605 - 7 7 7 7 7 - 77 L2
265.91
5.5
1 450
16 200
0.89
2925/11
2KJ3605 - 7 7 7 7 7 - 77 K2
240.50
6
1 450
16 200
1.00
481/2
2KJ3605 - 7 7 7 7 7 - 77 J2
222.00
6.5
1 450
16 200
1.18
222/1
2KJ3605 - 7 7 7 7 7 - 77 H2
203.36
7.1
1 450
16 200
1.52
2847/14
2KJ3605 - 7 7 7 7 7 - 77 G2
170.62
8.5
1 360
16 300
1.67
1365/8
2KJ3605 - 7 7 7 7 7 - 77 F2
160.59
9
1 330
16 300
1.91
2730/17
2KJ3605 - 7 7 7 7 7 - 77 E2
147.33
9.8
1 280
16 300
2.10
442/3
2KJ3605 - 7 7 7 7 7 - 77 D2
128.70 11
1 190
16 300
3.00
1287/10
2KJ3605 - 7 7 7 7 7 - 77 C2
115.23 13
1 120
15 900
3.70
2535/22
2KJ3605 - 7 7 7 7 7 - 77 B2
6
100.75 14 86.48 17
1 050 985
15 300 14 600
4.40
403/4
4.90
1989/23
2KJ3605 - 7 7 7 7 7 - 77 A2 2KJ3605 - 7 7 7 7 7 - 77 X1
76.44 19
930
14 100
6.30
1911/25
2KJ3605 - 7 7 7 7 7 - 77 W1
65.00 22
865
13 400
8.10
65/1
2KJ3605 - 7 7 7 7 7 - 77 V1
55.61 26
1 450
8 630
0.89
1001/18
2KJ3605 - 7 7 7 7 7 - 77 U1
50.00 29
1 430
8 160
1.02
50/1
2KJ3605 - 7 7 7 7 7 - 77 T1
45.22 32
1 380
7 910
1.15
407/9
2KJ3605 - 7 7 7 7 7 - 77 S1
41.74 35
1 340
7 720
1.35
1628/39
2KJ3605 - 7 7 7 7 7 - 77 R1
38.24 38
1 300
7 510
1.73
803/21
2KJ3605 - 7 7 7 7 7 - 77 Q1
32.08 45
1 220
7 110
1.97
385/12
2KJ3605 - 7 7 7 7 7 - 77 P1
30.20 48
1 200
6 950
2.20
1540/51
2KJ3605 - 7 7 7 7 7 - 77 N1
27.70 52
1 140
6 890
2.50
748/27
2KJ3605 - 7 7 7 7 7 - 77 M1
25.03 58
1 090
5 490
2.10
876/35
2KJ3605 - 7 7 7 7 7 - 77 L1
21.00 69
1 070
4 480
2.50
21/1
2KJ3605 - 7 7 7 7 7 - 77 K1
19.76 73
1 120
3 400
2.80
336/17
2KJ3605 - 7 7 7 7 7 - 77 J1
18.13 80
1 110
3 180
3.20
272/15
2KJ3605 - 7 7 7 7 7 - 77 H1
15.84 92
1 110
4 150
4.40
396/25
2KJ3605 - 7 7 7 7 7 - 77 G1
14.18 102
1 070
4 810
5.40
156/11
2KJ3605 - 7 7 7 7 7 - 77 F1
12.40 117
1 010
5 490
6.60
62/5
2KJ3605 - 7 7 7 7 7 - 77 E1
10.64 136
960
5 620
8.00
1224/115
2KJ3605 - 7 7 7 7 7 - 77 D1
9.41 154
915
5 680
10.00
1176/125
2KJ3605 - 7 7 7 7 7 - 77 C1
8.00 181
840
5 710
14.00
8/1
2KJ3605 - 7 7 7 7 7 - 77 B1
6.86 211
720
5 690
18.00
48/7
2KJ3605 - 7 7 7 7 7 - 77 A1
6/24
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Helical worm geared motors
Transmission ratios and torques for very low speeds
Selection and ordering data
i
n2
T2N
FR2
JG
Rex
-
rpm
Nm
N
10-4 kgm² -
Motor frame size
Article No.
63 71 80 90 100 112 132
C.29-D19
9 219
0.16
80
4 280 0.02 37750064/4095
2KJ3621 - 7 7 7 7 7 - 7 7 Q1
8 163
0.18
80
4 280 0.03 18570596/2275
2KJ3621 - 7 7 7 7 7 - 7 7 P1
7 092
0.20
81
4 270 0.04 16135108/2275
2KJ3621 - 7 7 7 7 7 - 7 7 N1
6 448
0.22
81
4 270 0.04 2933656/455
2KJ3621 - 7 7 7 7 7 - 7 7 M1
5 487
0.26
82
4 270 0.06 12481876/2275
2KJ3621 - 7 7 7 7 7 - 7 7 L1
4 988
0.29
82
4 270 0.07 2269432/455
2KJ3621 - 7 7 7 7 7 - 7 7 K1
4 349
0.33
83
4 260 0.08 152218/35
2KJ3621 - 7 7 7 7 7 - 7 7 J1
3 893
0.37
84
4 260 0.11 1771264/455
2KJ3621 - 7 7 7 7 7 - 7 7 H1
3 457
0.42
84
4 260 0.13 4718758/1365
2KJ3621 - 7 7 7 7 7 - 7 7 G1
3 191
0.45
84
4 260 0.16 18875032/5915
2KJ3621 - 7 7 7 7 7 - 7 7 F1
2 772
0.52
85
4 250 0.17 8828644/3185
2KJ3621 - 7 7 7 7 7 - 7 7 E1
2 409
0.60
86
4 250 0.18 5479848/2275
2KJ3621 - 7 7 7 7 7 - 7 7 D1
2 175 2 047
0.67
86
0.71
86
4 250 0.22 76109/35 4 250 0.26 71632/35
2KJ3621 - 7 7 7 7 7 - 7 7 C1 2KJ3621 - 7 7 7 7 7 - 7 7 B1
6
1 784
0.81
87
4 240 0.29 2435488/1365
2KJ3621 - 7 7 7 7 7 - 7 7 A1
C.29-Z19
1 744
0.83
87
4 240 0.02 1020272/585
2KJ3620 - 7 7 7 7 7 - 7 7 S1
1 544
0.94
87
4 240 0.03 501908/325
2KJ3620 - 7 7 7 7 7 - 7 7 R1
1 342
1.1
88
4 240 0.04 436084/325
2KJ3620 - 7 7 7 7 7 - 7 7 Q1
1 220
1.2
88
4 240 0.05 79288/65
2KJ3620 - 7 7 7 7 7 - 7 7 P1
1 038
1.4
89
4 230 0.07 337348/325
2KJ3620 - 7 7 7 7 7 - 7 7 N1
944
1.5
90
4 230 0.08 61336/65
2KJ3620 - 7 7 7 7 7 - 7 7 M1
823
1.8
90
4 230 0.09 4114/5
2KJ3620 - 7 7 7 7 7 - 7 7 L1
736
2.0
91
4 220 0.12 47872/65
2KJ3620 - 7 7 7 7 7 - 7 7 K1
654
2.2
91
4 220 0.15 127534/195
2KJ3620 - 7 7 7 7 7 - 7 7 J1
604
2.4
91
4 220 0.18 510136/845
2KJ3620 - 7 7 7 7 7 - 7 7 H1
524
2.8
92
4 220 0.20 238612/455
2KJ3620 - 7 7 7 7 7 - 7 7 G1
456
3.2
93
4 210 0.21 148104/325
2KJ3620 - 7 7 7 7 7 - 7 7 F1
411
3.5
93
4 210 0.27 2057/5
2KJ3620 - 7 7 7 7 7 - 7 7 E1
387
3.7
93
4 210 0.32 1936/5
2KJ3620 - 7 7 7 7 7 - 7 7 D1
337.56 4.3
94
4 210 0.36 65824/195
2KJ3620 - 7 7 7 7 7 - 7 7 C1
311.44 4.7
94
4 210 0.19 255068/819
2KJ3620 - 7 7 7 7 7 - 7 7 B1
270.54 5.4
95
4 200 0.22 119306/441
2KJ3620 - 7 7 7 7 7 - 7 7 A1
Siemens MD 50.1 · 2017
6/25
© Siemens AG 2018
SIMOGEAR geared motors Helical worm geared motors
Transmission ratios and torques for very low speeds
Selection and ordering data (continued)
i
n2
T2N
FR2
JG
Rex
-
rpm
Nm
N
10-4 kgm² -
C.39-D19
11 553
0.13
160 6 300 0.06 150183/13
10 502
0.14
160 6 300 0.07 136530/13
9 219
0.16
156 6 320 0.02 37750064/4095
8 163
0.18
157 6 310 0.03 18570596/2275
7 092
0.20
157 6 310 0.04 16135108/2275
6 448
0.22
158 6 310 0.04 2933656/455
5 487
0.26
159 6 300 0.06 12481876/2275
4 988
0.29
159 6 300 0.07 2269432/455
4 349
0.33
160 6 300 0.08 152218/35
3 893
0.37
161 6 300 0.11 1771264/455
3 457
0.42
161 6 300 0.13 4718758/1365
3 191
0.45
162 6 290 0.16 18875032/5915
6
2 772 2 409
0.52
163 6 290 0.17 8828644/3185
0.60
165 6 280 0.18 5479848/2275
2 175
0.67
166 6 280 0.22 76109/35
2 047
0.71
167 6 270 0.26 71632/35
1 784
0.81
169 6 270 0.29 2435488/1365
C.39-Z19
1 744
0.83
169 6 270 0.02 1020272/585
1 544
0.94
171 6 260 0.03 501908/325
1 342
1.1
173 6 250 0.04 436084/325
1 220
1.2
173 6 250 0.05 79288/65
1 038
1.4
175 6 240 0.07 337348/325
944
1.5
175 6 240 0.08 61336/65
823
1.8
176 6 240 0.09 4114/5
736
2.0
177 6 240 0.12 47872/65
654
2.2
178 6 230 0.15 127534/195
604
2.4
179 6 230 0.18 510136/845
524
2.8
180 6 230 0.20 238612/455
456
3.2
181 6 220 0.21 148104/325
411
3.5
182 6 220 0.27 2057/5
387
3.7
182 6 220 0.32 1936/5
337.56 4.3
183 6 210 0.36 65824/195
311.44 4.7
184 6 210 0.19 255068/819
270.54 5.4
185 6 210 0.22 119306/441
Motor frame size
Article No.
63 71 80 90 100 112 132
2KJ3623 - 7 7 7 7 7 - 77 S1 2KJ3623 - 7 7 7 7 7 - 77 R1 2KJ3623 - 7 7 7 7 7 - 77 Q1 2KJ3623 - 7 7 7 7 7 - 77 P1 2KJ3623 - 7 7 7 7 7 - 77 N1 2KJ3623 - 7 7 7 7 7 - 77 M1 2KJ3623 - 7 7 7 7 7 - 77 L1 2KJ3623 - 7 7 7 7 7 - 77 K1 2KJ3623 - 7 7 7 7 7 - 77 J1 2KJ3623 - 7 7 7 7 7 - 77 H1 2KJ3623 - 7 7 7 7 7 - 77 G1 2KJ3623 - 7 7 7 7 7 - 77 F1 2KJ3623 - 7 7 7 7 7 - 77 E1 2KJ3623 - 7 7 7 7 7 - 77 D1 2KJ3623 - 7 7 7 7 7 - 77 C1 2KJ3623 - 7 7 7 7 7 - 77 B1 2KJ3623 - 7 7 7 7 7 - 77 A1
2KJ3622 - 7 7 7 7 7 - 77 S1 2KJ3622 - 7 7 7 7 7 - 77 R1 2KJ3622 - 7 7 7 7 7 - 77 Q1 2KJ3622 - 7 7 7 7 7 - 77 P1 2KJ3622 - 7 7 7 7 7 - 77 N1 2KJ3622 - 7 7 7 7 7 - 77 M1 2KJ3622 - 7 7 7 7 7 - 77 L1 2KJ3622 - 7 7 7 7 7 - 77 K1 2KJ3622 - 7 7 7 7 7 - 77 J1 2KJ3622 - 7 7 7 7 7 - 77 H1 2KJ3622 - 7 7 7 7 7 - 77 G1 2KJ3622 - 7 7 7 7 7 - 77 F1 2KJ3622 - 7 7 7 7 7 - 77 E1 2KJ3622 - 7 7 7 7 7 - 77 D1 2KJ3622 - 7 7 7 7 7 - 77 C1 2KJ3622 - 7 7 7 7 7 - 77 B1 2KJ3622 - 7 7 7 7 7 - 77 A1
6/26
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Helical worm geared motors
Transmission ratios and torques for very low speeds
Selection and ordering data (continued)
i
n2
T2N
FR2
JG
Rex
-
rpm
Nm
N
10-4 kgm² -
Motor frame size
Article No.
63 71 80 90 100 112 132
C.49-D19
11 463
0.13
270 8 640 0.04 2006103/175
2KJ3625 - 7 7 7 7 7 - 77 N1
10 421
0.14
270 8 640 0.04 364746/35
2KJ3625 - 7 7 7 7 7 - 77 M1
8 868
0.16
270 8 640 0.06 1551891/175
2KJ3625 - 7 7 7 7 7 - 77 L1
8 062
0.18
270 8 640 0.07 282162/35
2KJ3625 - 7 7 7 7 7 - 77 K1
7 029
0.21
275 8 630 0.08 492063/70
2KJ3625 - 7 7 7 7 7 - 77 J1
6 292
0.23
275 8 630 0.11 220224/35
2KJ3625 - 7 7 7 7 7 - 77 H1
5 588
0.26
275 8 630 0.13 391127/70
2KJ3625 - 7 7 7 7 7 - 77 G1
5 158
0.28
275 8 630 0.16 2346762/455
2KJ3625 - 7 7 7 7 7 - 77 F1
4 480
0.32
280 8 610 0.17 1097679/245
2KJ3625 - 7 7 7 7 7 - 77 E1
3 893
0.37
280 8 730 0.18 681318/175
2KJ3625 - 7 7 7 7 7 - 77 D1
3 515
0.41
280 8 610 0.22 492063/140
2KJ3625 - 7 7 7 7 7 - 77 C1
3 308
0.44
285 8 600 0.26 1968252/595
2KJ3625 - 7 7 7 7 7 - 77 B1
2 884
0.50
C.49-Z19
285 8 600 0.29 100936/35
2KJ3625 - 7 7 7 7 7 - 77 A1
6
2 819
0.51
285 8 600 0.02 42284/15
2KJ3624 - 7 7 7 7 7 - 77 V1
2 496
0.58
290 8 590 0.03 62403/25
2KJ3624 - 7 7 7 7 7 - 77 U1
2 169
0.67
295 8 570 0.04 54219/25
2KJ3624 - 7 7 7 7 7 - 77 T1
1 972
0.74
295 8 570 0.05 9858/5
2KJ3624 - 7 7 7 7 7 - 77 S1
1678
0.86
305 8 540 0.07 41943/25
2KJ3624 - 7 7 7 7 7 - 77 R1
1 525
0.95
305 8 540 0.08 7626/5
2KJ3624 - 7 7 7 7 7 - 77 Q1
1 330
1.1
315 8 510 0.10 13299/10
2KJ3624 - 7 7 7 7 7 - 77 P1
1 190
1.2
320 8 500 0.13 5952/5
2KJ3624 - 7 7 7 7 7 - 77 N1
1 057
1.4
325 8 480 0.15 10571/10
2KJ3624 - 7 7 7 7 7 - 77 M1
976
1.5
330 8 470 0.18 63426/65
2KJ3624 - 7 7 7 7 7 - 77 L1
848
1.7
340 8 440 0.21 29667/35
2KJ3624 - 7 7 7 7 7 - 77 K1
737
2.0
340 8 440 0.21 18414/25
2KJ3624 - 7 7 7 7 7 - 77 J1
665
2.2
340 8 440 0.27 13299/20
2KJ3624 - 7 7 7 7 7 - 77 H1
626
2.3
345 8 430 0.32 53196/85
2KJ3624 - 7 7 7 7 7 - 77 G1
546
2.7
345 8 430 0.37 2728/5
2KJ3624 - 7 7 7 7 7 - 77 F1
503
2.9
345 8 430 0.20 10571/21
2KJ3624 - 7 7 7 7 7 - 77 E1
437
3.3
345 8 430 0.23 128557/294
2KJ3624 - 7 7 7 7 7 - 77 D1
380
3.8
350 8 410 0.24 13299/35
2KJ3624 - 7 7 7 7 7 - 77 C1
343.03 4.2
350 8 410 0.31 57629/168
2KJ3624 - 7 7 7 7 7 - 77 B1
322.85 4.5
350 8 410 0.36 115258/357
2KJ3624 - 7 7 7 7 7 - 77 A1
Siemens MD 50.1 · 2017
6/27
© Siemens AG 2018
SIMOGEAR geared motors Helical worm geared motors
Transmission ratios and torques for very low speeds
Selection and ordering data (continued)
i
n2
T2N
FR2
JG
Rex
-
rpm
Nm
N
10-4 kgm² -
C.69-D19
18 949
0.08
495 11 000 0.02 5172970/273
16 779
0.09
495 11 000 0.03 3053721/182
14 578
0.10
495 11 000 0.04 2653233/182
13 253
0.11
495 11 000 0.04 1206015/91
11 277
0.13
500 11 000 0.06 2052501/182
10 252
0.14
500 11 000 0.07 932955/91
8 939
0.16
500 11 000 0.08 250305/28
8 002
0.18
500 12 200 0.11 728160/91
7 106
0.20
500 11 000 0.13 2586485/364
6 559
0.22
500 11 000 0.16 7759455/1183
5 698
0.25
500 11 000 0.17 7258845/1274
4 951
0.29
505 11 000 0.18 450549/91
6
4 470 4 207
0.32
505 11 000 0.22 250305/56
0.34
505 11 000 0.26 500610/119
3 667
0.40
505 11 000 0.29 333740/91
C.69-D19
3 585
0.40
505 11 000 0.02 139810/39
3 174
0.46
510 11 000 0.03 82533/26
2 758
0.53
510 11 000 0.04 71709/26
2 507
0.58
515 11 000 0.05 32595/13
2 134
0.68
515 11 000 0.07 55473/26
1 940
0.75
520 11 000 0.08 25215/13
1 691
0.86
520 11 000 0.09 6765/4
1 514
0.96
525 11 000 0.12 19680/13
1 344
1.1
530 11 000 0.15 69905/52
1 241
1.2
530 11 000 0.18 209715/169
1 078
1.3
535 10 900 0.20 196185/182
937
1.5
540 10 900 0.21 12177/13
846
1.7
545 10 900 0.27 6765/8
796
1.8
550 10 900 0.32 13530/17
694
2.1
555 10 900 0.36 9020/13
640
2.3
560 10 900 0.19 349525/546
556
2.6
570 10 900 0.22 326975/588
483
3.0
580 10 800 0.23 6765/14
436
3.3
585 10 800 0.29 146575/336
411
3.5
590 10 800 0.35 146575/357
Motor frame size
Article No.
63 71 80 90 100 112 132
2KJ3627 - 7 7 7 7 7 - 77 Q1 2KJ3627 - 7 7 7 7 7 - 77 P1 2KJ3627 - 7 7 7 7 7 - 77 N1 2KJ3627 - 7 7 7 7 7 - 77 M1 2KJ3627 - 7 7 7 7 7 - 77 L1 2KJ3627 - 7 7 7 7 7 - 77 K1 2KJ3627 - 7 7 7 7 7 - 77 J1 2KJ3627 - 7 7 7 7 7 - 77 H1 2KJ3627 - 7 7 7 7 7 - 77 G1 2KJ3627 - 7 7 7 7 7 - 77 F1 2KJ3627 - 7 7 7 7 7 - 77 E1 2KJ3627 - 7 7 7 7 7 - 77 D1 2KJ3627 - 7 7 7 7 7 - 77 C1 2KJ3627 - 7 7 7 7 7 - 77 B1 2KJ3627 - 7 7 7 7 7 - 77 A1
2KJ3626 - 7 7 7 7 7 - 77 V1 2KJ3626 - 7 7 7 7 7 - 77 U1 2KJ3626 - 7 7 7 7 7 - 77 T1 2KJ3626 - 7 7 7 7 7 - 77 S1 2KJ3626 - 7 7 7 7 7 - 77 R1 2KJ3626 - 7 7 7 7 7 - 77 Q1 2KJ3626 - 7 7 7 7 7 - 77 P1 2KJ3626 - 7 7 7 7 7 - 77 N1 2KJ3626 - 7 7 7 7 7 - 77 M1 2KJ3626 - 7 7 7 7 7 - 77 L1 2KJ3626 - 7 7 7 7 7 - 77 K1 2KJ3626 - 7 7 7 7 7 - 77 J1 2KJ3626 - 7 7 7 7 7 - 77 H1 2KJ3626 - 7 7 7 7 7 - 77 G1 2KJ3626 - 7 7 7 7 7 - 77 F1 2KJ3626 - 7 7 7 7 7 - 77 E1 2KJ3626 - 7 7 7 7 7 - 77 D1 2KJ3626 - 7 7 7 7 7 - 77 C1 2KJ3626 - 7 7 7 7 7 - 77 B1 2KJ3626 - 7 7 7 7 7 - 77 A1
6/28
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Helical worm geared motors
Transmission ratios and torques for very low speeds
Selection and ordering data (continued)
i
n2
T2N
FR2
JG
Rex
-
rpm
Nm
N
10-4 kgm² -
Motor frame size
Article No.
63 71 80 90 100 112 132
C.89-D39
18 243
0.08
850 16 300 0.05 93039401/5100
2KJ3630 - 7 7 7 7 7 - 77 R1
16 585
0.09
855 16 300 0.07 93039401/5610
2KJ3630 - 7 7 7 7 7 - 77 Q1
14 223
0.10
860 16 300 0.08 36269597/2550
2KJ3630 - 7 7 7 7 7 - 77 P1
13 085
0.11 1 100 16 300 0.03 90088999/6885
2KJ3630 - 7 7 7 7 7 - 77 N1
11 606
0.12 1 100 16 300 0.05 7833826/675
2KJ3630 - 7 7 7 7 7 - 77 M1
10 070
0.14
1 100 16 300 0.05
231097867/22950
2KJ3630 - 7 7 7 7 7 - 77 L1
9 154
0.16 1 100 16 300 0.07 21008897/2295
2KJ3630 - 7 7 7 7 7 - 77 K1
7 851
0.18
1 100 16 300 0.08
90088999/11475
2KJ3630 - 7 7 7 7 7 - 77 J1
7 137
0.20 1 100 16 300 0.10 16379818/2295
2KJ3630 - 7 7 7 7 7 - 77 H1
6 258
0.23 1 110 16 300 0.12 43086043/6885
2KJ3630 - 7 7 7 7 7 - 77 G1
5 586
0.26 1 110 16 300 0.15 1424332/255
2KJ3630 - 7 7 7 7 7 - 77 F1
4 978 4 595
0.29 1 110 16 300 0.17 27418391/5508 0.32 1 110 16 300 0.21 2109107/459
2KJ3630 - 7 7 7 7 7 - 77 E1 2KJ3630 - 7 7 7 7 7 - 77 D1
6
4 023
0.36 1 110 16 300 0.25 6155149/1530
2KJ3630 - 7 7 7 7 7 - 77 C1
3 527
0.41
1 120 16 300 0.23
121424303/34425
2KJ3630 - 7 7 7 7 7 - 77 B1
3 200
0.45 1 120 16 300 0.33 3916913/1224
2KJ3630 - 7 7 7 7 7 - 77 A1
C.89-Z39
3 111
0.47 1 120 16 300 0.06 7560553/2430
2KJ3628 - 7 7 7 7 7 - 77 T1
2 766
0.52 1 120 16 300 0.07 3734731/1350
2KJ3628 - 7 7 7 7 7 - 77 S1
2 429
0.60 1 130 16 300 0.08 182182/75
2KJ3628 - 7 7 7 7 7 - 77 R1
2 208
0.66 1 130 16 300 0.10 33124/15
2KJ3628 - 7 7 7 7 7 - 77 Q1
1 889
0.77 1 140 16 300 0.12 1275274/675
2KJ3628 - 7 7 7 7 7 - 77 P1
1 718
0.84 1 150 16 300 0.14 231868/135
2KJ3628 - 7 7 7 7 7 - 77 N1
1 518
0.96 1 150 16 300 0.17 91091/60
2KJ3628 - 7 7 7 7 7 - 77 M1
1 380
1.1
1 160 16 300 0.22 8281/6
2KJ3628 - 7 7 7 7 7 - 77 L1
1 209
1.2
1 170 16 300 0.26 3916913/3240
2KJ3628 - 7 7 7 7 7 - 77 K1
1 116
1.3
1 170 16 300 0.31 303301/270
2KJ3628 - 7 7 7 7 7 - 77 J1
988
1.5
1 180 16 300 0.36 533533/540
2KJ3628 - 7 7 7 7 7 - 77 H1
822
1.8
1 200 16 300 0.48 1184183/1440
2KJ3628 - 7 7 7 7 7 - 77 G1
774
1.9
1 210 16 300 0.56 1184183/1530
2KJ3628 - 7 7 7 7 7 - 77 F1
693
2.1
1 220 16 300 0.61 3370367/4860
2KJ3628 - 7 7 7 7 7 - 77 E1
590
2.5
1 230 16 300 0.79 637637/1080
2KJ3628 - 7 7 7 7 7 - 77 D1
506
2.9
1 260 16 300 1.03 91091/180
2KJ3628 - 7 7 7 7 7 - 77 C1
436
3.3
1 280 16 300 1.31 2823821/6480
2KJ3628 - 7 7 7 7 7 - 77 B1
360
4.0
1 310 16 300 0.59 793793/2208
2KJ3628 - 7 7 7 7 7 - 77 A1
Siemens MD 50.1 · 2017
6/29
© Siemens AG 2018
SIMOGEAR geared motors Helical worm geared motors
Efficiencies
Selection and ordering data
nmot = 2 800 rpm
nmot = 1 400 rpm
nmot = 900 rpm
i
n2
T2N
Pmot
n2
T2N
Pmot
n2
T2N
Pmot
Article No.
-
rpm Nm kW %
rpm Nm kW %
rpm Nm kW %
C.29
265.20 10.6 110
0.17 73
5.3 108
0.09 65
3.4 106
0.06 59 2KJ3601 - 7 7 7 7 7 - 77 M2
230.10 12.2 110
0.19 74
6.1 108
0.10 67
3.9 106
0.07 61 2KJ3601 - 7 7 7 7 7 - 77 L2
209.18 13.4 110
0.21 75
6.7 109
0.11 68
4.3 107
0.08 62 2KJ3601 - 7 7 7 7 7 - 77 K2
179.40 15.6 110
0.24 76
7.8 109
0.13 70
5.0 107
0.09 64 2KJ3601 - 7 7 7 7 7 - 77 J2
163.09 17.2 110
0.26 76
8.6 110
0.14 71
5.5 108
0.10 65 2KJ3601 - 7 7 7 7 7 - 77 H2
143.00 19.6 110
0.30 76
9.8 110
0.16 72
6.3 108
0.11 67 2KJ3601 - 7 7 7 7 7 - 77 G2
127.64 22 110
0.33 76
11.0 110
0.17 73
7.1 109
0.12 68 2KJ3601 - 7 7 7 7 7 - 77 F2
113.75 25 110
0.38 76
12.3 110
0.19 74
7.9 109
0.13 70 2KJ3601 - 7 7 7 7 7 - 77 E2
105.00 27 110
0.41 76
13.3 110
0.21 74
8.6 110
0.14 70 2KJ3601 - 7 7 7 7 7 - 77 D2
91.93 30 110
0.46 76
15.2 110
0.23 75
9.8 110
0.16 72 2KJ3601 - 7 7 7 7 7 - 77 C2
80.60 35 105
0.51 76
17.4 110
0.27 75
11.2 110
0.18 73 2KJ3601 - 7 7 7 7 7 - 77 B2
73.12 38 101
0.53 76
19.1 110
0.29 75
12.3 110
0.19 74 2KJ3601 - 7 7 7 7 7 - 77 A2
68.82 41
99
0.56 76
20 110
0.31 75
13.1 110
0.21 74 2KJ3601 - 7 7 7 7 7 - 77 X1
6
60.67 46
95
0.61 75
23 110
0.35 76
14.8 110
0.23 74 2KJ3601 - 7 7 7 7 7 - 77 W1
52.65 53
90
0.67 75
27 110
0.41 76
17.1 110
0.26 75 2KJ3601 - 7 7 7 7 7 - 77 V1
49.87 56 105
0.69 90
28 102
0.34 87
18 100
0.22 84 2KJ3601 - 7 7 7 7 7 - 77 U1
43.27 65 106
0.80 90
32 103
0.39 88
21 101
0.26 86 2KJ3601 - 7 7 7 7 7 - 77 T1
39.33 71 106
0.88 90
36 103
0.44 89
23 101
0.28 86 2KJ3601 - 7 7 7 7 7 - 77 S1
33.73 83 107
1.00 90
42 104
0.51 89
27 102
0.33 87 2KJ3601 - 7 7 7 7 7 - 77 R1
32.64 86
92
0.91 92
43
90
0.45 90
28
88
0.30 87 2KJ3601 - 7 7 7 7 7 - 77 Q1
28.32 99
93
1.10 92
49
90
0.51 90
32
89
0.34 88 2KJ3601 - 7 7 7 7 7 - 77 P1
25.75 109
93
1.20 92
54
90
0.57 91
35
89
0.37 89 2KJ3601 - 7 7 7 7 7 - 77 N1
22.08 127
94
1.40 92
63
91
0.66 91
41
89
0.43 89 2KJ3601 - 7 7 7 7 7 - 77 M1
20.07 140
94
1.50 92
70
91
0.74 91
45
90
0.47 90 2KJ3601 - 7 7 7 7 7 - 77 L1
17.60 159
93
1.7* 92
80
92
0.85 92
51
90
0.54 90 2KJ3601 - 7 7 7 7 7 - 77 K1
15.71 178
89
1.8* 92
89
92
0.95 92
57
91
0.60 91 2KJ3601 - 7 7 7 7 7 - 77 J1
14.00 200
86
2.0* 92 100
93
1.10 92
64
91
0.67 91 2KJ3601 - 7 7 7 7 7 - 77 H1
12.92 217
83
2.1* 92 108
93
1.20 92
70
91
0.74 91 2KJ3601 - 7 7 7 7 7 - 77 G1
11.31 248
79
2.3* 92 124
94
1.30 92
80
92
0.85 91 2KJ3601 - 7 7 7 7 7 - 77 F1
9.92 282
74
2.4* 91 141
94
1.50 92
91
92
0.97 91 2KJ3601 - 7 7 7 7 7 - 77 E1
9.00 311
71
2.6* 92 156
90
1.6* 92 100
93
1.10 92 2KJ3601 - 7 7 7 7 7 - 77 D1
8.47 331
70
2.7* 91 165
88
1.7* 92 106
93
1.10 92 2KJ3601 - 7 7 7 7 7 - 77 C1
7.47 375
66
2.8* 91 187
83
1.8* 92 120
93
1.30 92 2KJ3601 - 7 7 7 7 7 - 77 B1
6.48 432
62
3.1* 91 216
78
1.9* 92 139
91
1.40 92 2KJ3601 - 7 7 7 7 7 - 77 A1
* Pmot max = 1.5 kW
6/30
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Helical worm geared motors
Efficiencies
Selection and ordering data (continued)
nmot = 700 rpm
nmot = 500 rpm
nmot = 100 rpm
i
n2
T2N
Pmot
n2
T2N
Pmot
n2
T2N
Pmot
Article No.
-
rpm Nm kW %
rpm Nm kW %
rpm Nm kW %
C.29
265.20
2.6 104 <0.06 57
1.9 103 <0.06 54
0.38 95 <0.06 47 2KJ3601 - 7 7 7 7 7 - 77 M2
230.10
3 105
0.06 58
2.2 104 <0.06 55
0.43 96 <0.06 48 2KJ3601 - 7 7 7 7 7 - 77 L2
209.18
3.3 105
0.06 59
2.4 104 <0.06 56
0.48 97 <0.06 48 2KJ3601 - 7 7 7 7 7 - 77 K2
179.40
3.9 106
0.07 61
2.8 105 <0.06 57
0.56 97 <0.06 48 2KJ3601 - 7 7 7 7 7 - 77 J2
163.09
4.3 107
0.08 62
3.1 105
0.06 58
0.61 98 <0.06 48 2KJ3601 - 7 7 7 7 7 - 77 H2
143.00
4.9 107
0.09 64
3.5 106
0.07 59
0.70 98 <0.06 48 2KJ3601 - 7 7 7 7 7 - 77 G2
127.64
5.5 108
0.10 65
3.9 106
0.07 61
0.78 99 <0.06 49 2KJ3601 - 7 7 7 7 7 - 77 F2
113.75
6.2 108
0.11 66
4.4 107
0.08 62
0.88 99 <0.06 49 2KJ3601 - 7 7 7 7 7 - 77 E2
105.00
6.7 109
0.11 67
4.8 107
0.09 63
0.95 100 <0.06 49 2KJ3601 - 7 7 7 7 7 - 77 D2
91.93
7.6 109
0.13 69
5.4 108
0.09 65
1.1 100 <0.06 50 2KJ3601 - 7 7 7 7 7 - 77 C2
80.60
8.7 110
0.14 70
6.2 108
0.11 66
1.2 101 <0.06 50 2KJ3601 - 7 7 7 7 7 - 77 B2
73.12
9.6 110
0.16 71
6.8 109
0.12 67
1.4 101 <0.06 51 2KJ3601 - 7 7 7 7 7 - 77 A2
68.82 10.2 110
0.16 72
7.3 109
0.12 68
1.5 102 <0.06 51 2KJ3601 - 7 7 7 7 7 - 77 X1
60.67 11.5 110
0.18 73
8.2 110
0.14 70
1.6 102 <0.06 52 2KJ3601 - 7 7 7 7 7 - 77 W1
6
52.65 13.3 110
0.21 74
9.5 110
0.15 71
1.9 103 <0.06 53 2KJ3601 - 7 7 7 7 7 - 77 V1
49.87 14.0 99
0.18 83
10.0 98
0.13 80
2.0 91 <0.06 73 2KJ3601 - 7 7 7 7 7 - 77 U1
43.27 16.2 100
0.20 84
11.6 98
0.15 81
2.3 91 <0.06 74 2KJ3601 - 7 7 7 7 7 - 77 T1
39.33 17.8 100
0.22 84
12.7 99
0.16 82
2.5 92 <0.06 74 2KJ3601 - 7 7 7 7 7 - 77 S1
33.73 21 101
0.26 85
14.8 99
0.19 83
3.0 92 <0.06 74 2KJ3601 - 7 7 7 7 7 - 77 R1
32.64 21
87
0.22 86
15.3 86
0.17 84
3.1 80 <0.06 77 2KJ3601 - 7 7 7 7 7 - 77 Q1
28.32 25
88
0.27 87
17.7 86
0.19 84
3.5 80 <0.06 78 2KJ3601 - 7 7 7 7 7 - 77 P1
25.75 27
88
0.29 87
19.4 87
0.21 85
3.9 81 <0.06 78 2KJ3601 - 7 7 7 7 7 - 77 N1
22.08 32
89
0.34 88
23
87
0.25 86
4.5 81 <0.06 78 2KJ3601 - 7 7 7 7 7 - 77 M1
20.07 35
89
0.37 89
25
88
0.27 87
5.0 82 <0.06 79 2KJ3601 - 7 7 7 7 7 - 77 L1
17.60 40
89
0.42 89
28
88
0.30 87
5.7 82
0.06 79 2KJ3601 - 7 7 7 7 7 - 77 K1
15.71 45
90
0.47 90
32
89
0.34 88
6.4 83
0.07 79 2KJ3601 - 7 7 7 7 7 - 77 J1
14.00 50
90
0.53 90
36
89
0.38 89
7.1 83
0.08 80 2KJ3601 - 7 7 7 7 7 - 77 H1
12.92 54
90
0.57 90
39
89
0.41 89
7.7 83
0.08 80 2KJ3601 - 7 7 7 7 7 - 77 G1
11.31 62
91
0.65 91
44
90
0.46 90
8.8 84
0.10 81 2KJ3601 - 7 7 7 7 7 - 77 F1
9.92 71
91
0.75 91
50
90
0.53 90 10.1 84
0.11 81 2KJ3601 - 7 7 7 7 7 - 77 E1
9.00 78
92
0.82 91
56
91
0.59 91 11.1 85
0.12 82 2KJ3601 - 7 7 7 7 7 - 77 D1
8.47 83
92
0.88 91
59
91
0.62 91 11.8 85
0.13 82 2KJ3601 - 7 7 7 7 7 - 77 C1
7.47 94
93
1.00 92
67
91
0.71 91 13.4 85
0.15 83 2KJ3601 - 7 7 7 7 7 - 77 B1
6.48 108
93
1.20 92
77
92
0.81 91 15.4 86
0.17 84 2KJ3601 - 7 7 7 7 7 - 77 A1
Siemens MD 50.1 · 2017
6/31
© Siemens AG 2018
SIMOGEAR geared motors Helical worm geared motors
Efficiencies
Selection and ordering data (continued)
nmot = 2 800 rpm
nmot = 1 400 rpm
nmot = 900 rpm
i
n2
T2N Pmot
n2
T2N Pmot
n2
T2N Pmot
Article No.
-
rpm Nm kW %
rpm Nm kW %
rpm Nm kW %
C.39
299.00
9.4 194
0.27 71
4.7 192 0.15 64
3.0 189 0.10 58 2KJ3602 - 7 7 7 7 7 - 77 N2
265.20 10.6 194
0.30 72
5.3 192 0.16 66
3.4 190 0.11 60 2KJ3602 - 7 7 7 7 7 - 77 M2
230.10 12.2 194
0.34 73
6.1 193 0.18 68
3.9 191 0.13 62 2KJ3602 - 7 7 7 7 7 - 77 L2
209.18 13.4 194
0.38 73
6.7 193 0.20 68
4.3 191 0.14 63 2KJ3602 - 7 7 7 7 7 - 77 K2
179.40 15.6 194
0.44 73
7.8 193 0.23 70
5.0 192 0.16 65 2KJ3602 - 7 7 7 7 7 - 77 J2
163.09 17.2 194
0.48 73
8.6 193 0.25 71
5.5 192 0.17 66 2KJ3602 - 7 7 7 7 7 - 77 H2
143.00 19.6 194
0.55 73
9.8 194 0.28 71
6.3 193 0.19 68 2KJ3602 - 7 7 7 7 7 - 77 G2
127.64 22 194
0.61 73
11 194
0.31 72
7.1 193 0.21 69 2KJ3602 - 7 7 7 7 7 - 77 F2
113.75 25 181
0.66 73
12.3 194
0.35 72
7.9 193 0.23 70 2KJ3602 - 7 7 7 7 7 - 77 E2
105.00 27 175
0.68 73
13.3 194
0.37 72
8.6 193 0.25 70 2KJ3602 - 7 7 7 7 7 - 77 D2
91.93 30 165
0.72 72
15.2 194
0.43 72
9.8 194 0.28 71 2KJ3602 - 7 7 7 7 7 - 77 C2
80.60 35 157
0.80 72
17.4 194
0.49 73
11.2 194
0.32 72 2KJ3602 - 7 7 7 7 7 - 77 B2
73.12 38 150
0.84 72
19.1 189
0.52 73
12.3 194
0.35 72 2KJ3602 - 7 7 7 7 7 - 77 A2
6
68.82 41 147
0.88 72
20 185
0.53 73
13.1 194
0.37 72 2KJ3602 - 7 7 7 7 7 - 77 X1
60.67 46 139
0.94 72
23 175
0.58 73
14.8 194
0.41 73 2KJ3602 - 7 7 7 7 7 - 77 W1
52.65 53 131
1.00 72
27 166
0.65 73
17.1 192
0.47 73 2KJ3602 - 7 7 7 7 7 - 77 V1
49.87 56 195
1.30 89
28 198
0.66 89
18 194
0.41 89 2KJ3602 - 7 7 7 7 7 - 77 U1
43.27 65 196
1.50 89
32 199
0.75 89
21 196
0.49 89 2KJ3602 - 7 7 7 7 7 - 77 T1
39.33 71 196
1.60 89
36 200
0.85 89
23 196
0.53 89 2KJ3602 - 7 7 7 7 7 - 77 S1
33.73 83 196
1.90 89
42 200
1.00 89
27 197
0.63 89 2KJ3602 - 7 7 7 7 7 - 77 R1
32.64 86 200
2.00 91
43 210
1.00 91
28 205
0.68 90 2KJ3602 - 7 7 7 7 7 - 77 Q1
28.32 99 200
2.30 91
49 225
1.30 91
32 225
0.84 90 2KJ3602 - 7 7 7 7 7 - 77 P1
25.75 109 200
2.50 91
54 235
1.50 91
35 230
0.95 90 2KJ3602 - 7 7 7 7 7 - 77 N1
22.08 127 198
2.90 91
63 235
1.70 91
41 230
1.10 91 2KJ3602 - 7 7 7 7 7 - 77 M1
20.07 140 188
3.00 91
70 235
1.90 91
45 235
1.20 91 2KJ3602 - 7 7 7 7 7 - 77 L1
17.60 159 180
3.3* 91
80 225
2.10 92
51 235
1.40 91 2KJ3602 - 7 7 7 7 7 - 77 K1
15.71 178 172
3.5* 91
89 215
2.20 91
57 235
1.60 91 2KJ3602 - 7 7 7 7 7 - 77 J1
14.00 200 164
3.8* 91 100 205
2.40 91
64 235
1.70 92 2KJ3602 - 7 7 7 7 7 - 77 H1
12.92 217 159
4.0* 91 108 200
2.50 92
70 230
1.90 92 2KJ3602 - 7 7 7 7 7 - 77 G1
11.31 248 152
4.3* 91 124 192
2.70 91
80 220
2.00 92 2KJ3602 - 7 7 7 7 7 - 77 F1
9.92 282 145
4.7* 91 141 183
3.00 91
91 210
2.20 92 2KJ3602 - 7 7 7 7 7 - 77 E1
9.00 311 137
4.9* 91 156 177
3.2* 91 100 205
2.30 92 2KJ3602 - 7 7 7 7 7 - 77 D1
8.47 331 129
4.9* 91 165 173
3.3* 91 106 200
2.40 92 2KJ3602 - 7 7 7 7 7 - 77 C1
7.47 375 114
4.9* 91 187 166
3.6* 91 120 192
2.60 92 2KJ3602 - 7 7 7 7 7 - 77 B1
6.48 432
99
4.9* 91 216 157
3.9* 91 139 182
2.90 92 2KJ3602 - 7 7 7 7 7 - 77 A1
* Pmot max = 3 kW
6/32
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Helical worm geared motors
Efficiencies
Selection and ordering data (continued)
nmot = 700 rpm
nmot = 500 rpm
nmot = 100 rpm
i
n2
T2N
Pmot
n2
T2N
Pmot
n2
T2N
Pmot
Article No.
-
rpm Nm kW %
rpm Nm kW %
rpm Nm kW %
C.39
299.00
2.3 187
0.08 55
1.7 184
0.06 52
0.33 170 <0.06 44 2KJ3602 - 7 7 7 7 7 - 77 N2
265.20
2.6 188
0.09 57
1.9 185
0.07 53
0.38 167 <0.06 44 2KJ3602 - 7 7 7 7 7 - 77 M2
230.10
3.0 189
0.10 58
2.2 186
0.08 54
0.43 164 <0.06 44 2KJ3602 - 7 7 7 7 7 - 77 L2
209.18
3.3 190
0.11 59
2.4 187
0.09 55
0.48 162 <0.06 44 2KJ3602 - 7 7 7 7 7 - 77 K2
179.40
3.9 191
0.13 62
2.8 188
0.10 57
0.56 160 <0.06 45 2KJ3602 - 7 7 7 7 7 - 77 J2
163.09
4.3 191
0.14 63
3.1 189
0.11 58
0.61 160 <0.06 45 2KJ3602 - 7 7 7 7 7 - 77 H2
143.00
4.9 192
0.15 64
3.5 190
0.12 60
0.70 160 <0.06 46 2KJ3602 - 7 7 7 7 7 - 77 G2
127.64
5.5 192
0.17 66
3.9 191
0.13 61
0.78 161 <0.06 46 2KJ3602 - 7 7 7 7 7 - 77 F2
113.75
6.2 193
0.19 67
4.4 191
0.14 63
0.88 162 <0.06 47 2KJ3602 - 7 7 7 7 7 - 77 E2
105.00
6.7 193
0.20 68
4.8 192
0.15 64
0.95 163 <0.06 47 2KJ3602 - 7 7 7 7 7 - 77 D2
91.93
7.6 193
0.22 69
5.4 192
0.17 66
1.1 166 <0.06 48 2KJ3602 - 7 7 7 7 7 - 77 C2
80.60
8.7 193
0.25 70
6.2 193
0.19 67
1.2 168 <0.06 49 2KJ3602 - 7 7 7 7 7 - 77 B2
73.12
9.6 194
0.28 71
6.8 193
0.20 68
1.4 170 <0.06 49 2KJ3602 - 7 7 7 7 7 - 77 A2
68.82 10.2 194
0.29 71
7.3 193
0.21 69
1.5 172 <0.06 50 2KJ3602 - 7 7 7 7 7 - 77 X1
6
60.67 11.5 194
0.32 72
8.2 193
0.24 70
1.6 176
0.06 51 2KJ3602 - 7 7 7 7 7 - 77 W1
52.65 13.3 194
0.37 73
9.5 194
0.27 71
1.9 180
0.07 53 2KJ3602 - 7 7 7 7 7 - 77 V1
49.87 14.0 192
0.32 88
10.0 190
0.23 86
2.0 177
0.06 66 2KJ3602 - 7 7 7 7 7 - 77 U1
43.27 16.2 194
0.37 88
11.6 191
0.27 87
2.3 178
0.06 67 2KJ3602 - 7 7 7 7 7 - 77 T1
39.33 17.8 194
0.41 88
12.7 192
0.29 88
2.5 179
0.07 68 2KJ3602 - 7 7 7 7 7 - 77 S1
33.73 21 196
0.49 89
14.8 193
0.34 88
3.0 180
0.08 71 2KJ3602 - 7 7 7 7 7 - 77 R1
32.64 21 200
0.51 88
15.3 197
0.37 86
3.1 174
0.08 76 2KJ3602 - 7 7 7 7 7 - 77 Q1
28.32 25 220
0.66 89
17.7 215
0.47 87
3.5 192
0.09 76 2KJ3602 - 7 7 7 7 7 - 77 P1
25.75 27 230
0.73 89
19.4 225
0.53 87
3.9 210
0.11 77 2KJ3602 - 7 7 7 7 7 - 77 N1
22.08 32 230
0.86 90
23 225
0.62 88
4.5 210
0.13 77 2KJ3602 - 7 7 7 7 7 - 77 M1
20.07 35 230
0.94 90
25 230
0.68 89
5.0 215
0.15 78 2KJ3602 - 7 7 7 7 7 - 77 L1
17.60 40 230
1.10 91
28 230
0.76 90
5.7 215
0.16 79 2KJ3602 - 7 7 7 7 7 - 77 K1
15.71 45 235
1.20 91
32 230
0.86 90
6.4 215
0.18 79 2KJ3602 - 7 7 7 7 7 - 77 J1
14.00 50 235
1.40 91
36 230
0.97 91
7.1 215
0.20 80 2KJ3602 - 7 7 7 7 7 - 77 H1
12.92 54 235
1.50 92
39 230
1.10 91
7.7 215
0.22 81 2KJ3602 - 7 7 7 7 7 - 77 G1
11.31 62 235
1.70 92
44 235
1.20 91
8.8 220
0.25 82 2KJ3602 - 7 7 7 7 7 - 77 F1
9.92 71 230
1.90 92
50 235
1.40 91 10.1 220
0.28 83 2KJ3602 - 7 7 7 7 7 - 77 E1
9.00 78 220
2.00 92
56 235
1.50 92 11.1 220
0.31 83 2KJ3602 - 7 7 7 7 7 - 77 D1
8.47 83 215
2.10 92
59 235
1.60 92 11.8 220
0.33 84 2KJ3602 - 7 7 7 7 7 - 77 C1
7.47 94 205
2.30 92
67 230
1.80 92 13.4 220
0.37 85 2KJ3602 - 7 7 7 7 7 - 77 B1
6.48 108 198
2.50 92
77 220
2.00 92 15.4 225
0.42 86 2KJ3602 - 7 7 7 7 7 - 77 A1
Siemens MD 50.1 · 2017
6/33
© Siemens AG 2018
SIMOGEAR geared motors Helical worm geared motors
Efficiencies
Selection and ordering data (continued)
nmot = 2 800 rpm
nmot = 1 400 rpm
nmot = 900 rpm
i
n2
T2N
Pmot
n2
T2N
Pmot
n2
T2N
Pmot
Article No.
-
rpm Nm kW %
rpm Nm kW %
rpm Nm kW %
C.49
299.00
9.4 355
0.48 73
4.7 350
0.26 67
3.0 345
0.18 61 2KJ3603 - 7 7 7 7 7 - 77 N2
265.20 10.6 355
0.54 74
5.3 350
0.29 69
3.4 350
0.20 63 2KJ3603 - 7 7 7 7 7 - 77 M2
230.10 12.2 355
0.62 74
6.1 350
0.32 70
3.9 350
0.22 65 2KJ3603 - 7 7 7 7 7 - 77 L2
209.18 13.4 355
0.68 74
6.7 355
0.35 71
4.3 350
0.24 66 2KJ3603 - 7 7 7 7 7 - 77 K2
179.40 15.6 355
0.79 74
7.8 355
0.40 72
5.0 350
0.27 68 2KJ3603 - 7 7 7 7 7 - 77 J2
163.09 17.2 340
0.84 74
8.6 355
0.44 73
5.5 350
0.30 69 2KJ3603 - 7 7 7 7 7 - 77 H2
143.00 19.6 315
0.89 74
9.8 355
0.50 73
6.3 355
0.33 70 2KJ3603 - 7 7 7 7 7 - 77 G2
127.64 22 300
0.95 73
11.0 355
0.56 73
7.1 355
0.37 71 2KJ3603 - 7 7 7 7 7 - 77 F2
113.75 25 285
1.00 73
12.3 355
0.62 74
7.9 355
0.41 72 2KJ3603 - 7 7 7 7 7 - 77 E2
105.00 27 275
1.10 73
13.3 350
0.66 74
8.6 355
0.44 72 2KJ3603 - 7 7 7 7 7 - 77 D2
91.93 30 260
1.10 73
15.2 330
0.72 74
9.8 355
0.50 73 2KJ3603 - 7 7 7 7 7 - 77 C2
80.60 35 250
1.30 73
17.4 315
0.78 74
11.2 355
0.57 74 2KJ3603 - 7 7 7 7 7 - 77 B2
73.12 38 240
1.30 73
19.1 300
0.82 74
12.3 345
0.61 74 2KJ3603 - 7 7 7 7 7 - 77 A2
6
68.82 41 230
1.40 73
20 295
0.84 74
13.1 340
0.63 74 2KJ3603 - 7 7 7 7 7 - 77 X1
60.67 46 220
1.50 73
23 280
0.92 74
14.8 320
0.68 74 2KJ3603 - 7 7 7 7 7 - 77 W1
52.65 53 210
1.60 73
27 265
1.00 74
17.1 305
0.74 74 2KJ3603 - 7 7 7 7 7 - 77 V1
49.87 56 310
2.10 90
28 310
1.00 89
18 305
0.66 87 2KJ3603 - 7 7 7 7 7 - 77 U1
43.27 65 340
2.60 90
32 340
1.30 89
21 335
0.85 88 2KJ3603 - 7 7 7 7 7 - 77 T1
39.33 71 335
2.80 89
36 395
1.70 89
23 395
1.10 88 2KJ3603 - 7 7 7 7 7 - 77 S1
33.73 83 315
3.10 89
42 365
1.80 90
27 365
1.20 89 2KJ3603 - 7 7 7 7 7 - 77 R1
30.67 91 300
3.20 89
46 380
2.10 89
29 400
1.40 89 2KJ3603 - 7 7 7 7 7 - 77 Q1
26.89 104 285
3.50 89
52 360
2.20 90
33 400
1.50 89 2KJ3603 - 7 7 7 7 7 - 77 P1
24.00 117 275
3.80 89
58 345
2.40 90
38 400
1.80 90 2KJ3603 - 7 7 7 7 7 - 77 N1
21.39 131 260
4.1* 89
65 330
2.50 90
42 385
1.90 90 2KJ3603 - 7 7 7 7 7 - 77 M1
19.74 142 255
4.3* 89
71 320
2.70 90
46 370
2.00 90 2KJ3603 - 7 7 7 7 7 - 77 L1
17.29 162 240
4.6* 89
81 305
2.90 90
52 355
2.20 90 2KJ3603 - 7 7 7 7 7 - 77 K1
15.16 185 230
5.1* 89
92 290
3.20 90
59 335
2.30 90 2KJ3603 - 7 7 7 7 7 - 77 J1
13.75 204 220
5.4* 89 102 280
3.40 90
65 325
2.50 90 2KJ3603 - 7 7 7 7 7 - 77 H1
12.94 216 210
5.3* 89 108 275
3.50 90
70 315
2.60 90 2KJ3603 - 7 7 7 7 7 - 77 G1
11.41 245 185
5.4* 89 123 260
3.80 90
79 305
2.80 90 2KJ3603 - 7 7 7 7 7 - 77 F1
9.90 283 161
5.4* 89 141 250
4.1* 89
91 290
3.10 90 2KJ3603 - 7 7 7 7 7 - 77 E1
9.00 311 185
6.6* 91 156 260
4.6* 92 100 260
3.00 92 2KJ3603 - 7 7 7 7 7 - 77 D1
8.47 331 174
6.6* 91 165 260
4.9* 92 106 260
3.20 92 2KJ3603 - 7 7 7 7 7 - 77 C1
7.47 375 153
6.6* 91 187 250
5.3* 92 120 260
3.60 92 2KJ3603 - 7 7 7 7 7 - 77 B1
6.48 432 133
6.6* 91 216 235
5.8* 92 139 260
4.1* 92 2KJ3603 - 7 7 7 7 7 - 77 A1
* Pmot max = 4 kW
6/34
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Helical worm geared motors
Efficiencies
Selection and ordering data (continued)
nmot = 700 rpm
nmot = 500 rpm
nmot = 100 rpm
i
n2
T2N
Pmot
n2
T2N
Pmot
n2
T2N
Pmot
Article No.
-
rpm Nm kW %
rpm Nm kW %
rpm Nm kW %
C.49
299.00
2.3 340
0.14 58
1.7 315
0.10 54
0.33 260 <0.06 45 2KJ3603 - 7 7 7 7 7 - 77 N2
265.20
2.6 340
0.16 60
1.9 315
0.11 55
0.38 255 <0.06 45 2KJ3603 - 7 7 7 7 7 - 77 M2
230.10
3.0 345
0.18 61
2.2 320
0.13 57
0.43 255 <0.06 45 2KJ3603 - 7 7 7 7 7 - 77 L2
209.18
3.3 345
0.19 63
2.4 320
0.14 58
0.48 255 <0.06 45 2KJ3603 - 7 7 7 7 7 - 77 K2
179.40
3.9 350
0.22 65
2.8 330
0.16 60
0.56 255 <0.06 46 2KJ3603 - 7 7 7 7 7 - 77 J2
163.09
4.3 350
0.24 66
3.1 330
0.18 61
0.61 255 <0.06 46 2KJ3603 - 7 7 7 7 7 - 77 H2
143.00
4.9 350
0.27 68
3.5 340
0.20 63
0.70 255 <0.06 47 2KJ3603 - 7 7 7 7 7 - 77 G2
127.64
5.5 350
0.30 69
3.9 350
0.22 65
0.78 260 <0.06 47 2KJ3603 - 7 7 7 7 7 - 77 F2
113.75
6.2 355
0.33 70
4.4 350
0.25 66
0.88 260 <0.06 48 2KJ3603 - 7 7 7 7 7 - 77 E2
105.00
6.7 355
0.35 71
4.8 350
0.26 67
0.95 265 <0.06 49 2KJ3603 - 7 7 7 7 7 - 77 D2
91.93
7.6 355
0.39 72
5.4 350
0.29 69
1.1 270
0.06 50 2KJ3603 - 7 7 7 7 7 - 77 C2
80.60
8.7 355
0.45 73
6.2 355
0.33 70
1.2 275
0.07 51 2KJ3603 - 7 7 7 7 7 - 77 B2
73.12
9.6 355
0.49 73
6.8 355
0.36 71
1.4 280
0.08 52 2KJ3603 - 7 7 7 7 7 - 77 A2
68.82 10.2 355
0.52 73
7.3 355
0.38 72
1.5 280
0.08 52 2KJ3603 - 7 7 7 7 7 - 77 X1
6
60.67 11.5 350
0.57 74
8.2 355
0.42 73
1.6 285
0.09 54 2KJ3603 - 7 7 7 7 7 - 77 W1
52.65 13.3 330
0.63 74
9.5 355
0.48 73
1.9 295
0.11 55 2KJ3603 - 7 7 7 7 7 - 77 V1
49.87 14.0 295
0.51 86
10.0 285
0.37 83
2.0 245
0.07 71 2KJ3603 - 7 7 7 7 7 - 77 U1
43.27 16.2 330
0.65 87
11.6 320
0.47 84
2.3 275
0.09 71 2KJ3603 - 7 7 7 7 7 - 77 T1
39.33 17.8 390
0.83 87
12.7 375
0.60 85
2.5 320
0.12 72 2KJ3603 - 7 7 7 7 7 - 77 S1
33.73 21 360
0.91 88
14.8 355
0.64 86
3.0 300
0.13 73 2KJ3603 - 7 7 7 7 7 - 77 R1
30.67 23 395
1.10 88
16.3 385
0.77 87
3.3 330
0.16 73 2KJ3603 - 7 7 7 7 7 - 77 Q1
26.89 26 395
1.20 89
18.6 390
0.87 88
3.7 330
0.17 74 2KJ3603 - 7 7 7 7 7 - 77 P1
24.00 29 395
1.40 89
21 390
0.99 88
4.2 335
0.20 75 2KJ3603 - 7 7 7 7 7 - 77 N1
21.39 33 395
1.50 89
23 395
1.10 89
4.7 340
0.22 76 2KJ3603 - 7 7 7 7 7 - 77 M1
19.74 35 400
1.60 90
25 395
1.20 89
5.1 340
0.24 77 2KJ3603 - 7 7 7 7 7 - 77 L1
17.29 40 385
1.80 90
29 395
1.30 89
5.8 345
0.27 78 2KJ3603 - 7 7 7 7 7 - 77 K1
15.16 46 365
2.00 90
33 390
1.50 90
6.6 345
0.30 79 2KJ3603 - 7 7 7 7 7 - 77 J1
13.75 51 355
2.10 90
36 390
1.60 90
7.3 345
0.33 80 2KJ3603 - 7 7 7 7 7 - 77 H1
12.94 54 345
2.20 90
39 385
1.80 90
7.7 350
0.35 80 2KJ3603 - 7 7 7 7 7 - 77 G1
11.41 61 330
2.40 90
44 370
1.90 90
8.8 355
0.40 82 2KJ3603 - 7 7 7 7 7 - 77 F1
9.90 71 315
2.60 90
51 350
2.10 90 10.1 360
0.46 83 2KJ3603 - 7 7 7 7 7 - 77 E1
9.00 78 260
2.30 92
56 255
1.70 91 11.1 235
0.33 84 2KJ3603 - 7 7 7 7 7 - 77 D1
8.47 83 260
2.50 92
59 260
1.80 91 11.8 240
0.35 84 2KJ3603 - 7 7 7 7 7 - 77 C1
7.47 94 260
2.80 92
67 260
2.00 92 13.4 240
0.40 85 2KJ3603 - 7 7 7 7 7 - 77 B1
6.48 108 260
3.20 92
77 260
2.30 92 15.4 245
0.46 87 2KJ3603 - 7 7 7 7 7 - 77 A1
Siemens MD 50.1 · 2017
6/35
© Siemens AG 2018
SIMOGEAR geared motors Helical worm geared motors
Efficiencies
Selection and ordering data (continued)
nmot = 2 800 rpm
nmot = 1 400 rpm
nmot = 900 rpm
i
n2
T2N
Pmot
n2
T2N
Pmot
n2
T2N
Pmot
Article No.
-
rpm Nm kW %
rpm Nm kW %
rpm Nm kW %
C.69
360.00
7.8 575
0.65 73
3.9 680
0.40 69
2.5 645
0.27 63 2KJ3604 - 7 7 7 7 7 - 77 M2
319.80
8.8 570
0.72 73
4.4 680
0.45 70
2.8 655
0.30 65 2KJ3604 - 7 7 7 7 7 - 77 L2
280.80 10.0 560
0.81 73
5.0 680
0.50 71
3.2 660
0.33 66 2KJ3604 - 7 7 7 7 7 - 77 K2
255.27 11.0 555
0.88 73
5.5 680
0.55 72
3.5 665
0.36 67 2KJ3604 - 7 7 7 7 7 - 77 J2
218.40 12.8 530
0.97 74
6.4 655
0.60 73
4.1 675
0.42 70 2KJ3604 - 7 7 7 7 7 - 77 H2
198.55 14.1 510
1.00 73
7.1 635
0.65 73
4.5 680
0.46 70 2KJ3604 - 7 7 7 7 7 - 77 G2
175.50 16.0 485
1.10 73
8.0 610
0.70 74
5.1 685
0.51 72 2KJ3604 - 7 7 7 7 7 - 77 F2
159.55 17.5 470
1.20 73
8.8 590
0.74 74
5.6 670
0.54 72 2KJ3604 - 7 7 7 7 7 - 77 E2
139.75 20 440
1.30 73
10.0 550
0.79 74
6.4 630
0.58 73 2KJ3604 - 7 7 7 7 7 - 77 D2
129.00 22 425
1.30 74
10.9 535
0.83 74
7.0 610
0.61 73 2KJ3604 - 7 7 7 7 7 - 77 C2
114.21 25 405
1.40 73
12.3 510
0.89 74
7.9 585
0.66 74 2KJ3604 - 7 7 7 7 7 - 77 B2
102.50 27 555
1.80 87
13.7 645
1.10 86
8.8 625
0.69 84 2KJ3604 - 7 7 7 7 7 - 77 A2
90.00 31 555
2.10 87
15.6 665
1.30 86
10.0 650
0.81 84 2KJ3604 - 7 7 7 7 7 - 77 X1
6
81.82 34 545
2.20 87
17.1 680
1.40 87
11.0 775
1.10 85 2KJ3604 - 7 7 7 7 7 - 77 W1
70.00 40 515
2.50 87
20 650
1.60 87
12.9 680
1.10 86 2KJ3604 - 7 7 7 7 7 - 77 V1
63.64 44 500
2.70 87
22 630
1.70 87
14.1 720
1.20 86 2KJ3604 - 7 7 7 7 7 - 77 U1
56.25 50 480
2.90 87
25 605
1.80 87
16.0 695
1.30 87 2KJ3604 - 7 7 7 7 7 - 77 T1
51.14 55 455
3.00 87
27 575
1.90 87
17.6 660
1.40 87 2KJ3604 - 7 7 7 7 7 - 77 S1
44.79 63 430
3.30 87
31 545
2.00 87
20 630
1.50 87 2KJ3604 - 7 7 7 7 7 - 77 R1
41.35 68 420
3.40 87
34 525
2.20 87
22 610
1.60 87 2KJ3604 - 7 7 7 7 7 - 77 Q1
36.61 76 400
3.70 87
38 505
2.30 87
25 580
1.80 87 2KJ3604 - 7 7 7 7 7 - 77 P1
30.00 93 435
4.70 90
47 545
3.00 90
30 560
2.00 90 2KJ3604 - 7 7 7 7 7 - 77 N1
26.28 107 410
5.10 90
53 520
3.20 90
34 550
2.20 90 2KJ3604 - 7 7 7 7 7 - 77 M1
24.26 115 400
5.30 90
58 500
3.40 90
37 545
2.30 91 2KJ3604 - 7 7 7 7 7 - 77 L1
21.48 130 380
5.8* 90
65 480
3.60 90
42 540
2.60 91 2KJ3604 - 7 7 7 7 7 - 77 K1
17.88 157 355
6.5* 90
78 450
4.10 90
50 520
3.00 91 2KJ3604 - 7 7 7 7 7 - 77 J1
15.88 176 365
7.3* 92
88 365
3.70 92
57 365
2.40 92 2KJ3604 - 7 7 7 7 7 - 77 H1
14.06 199 360
8.2* 92 100 360
4.10 92
64 360
2.60 92 2KJ3604 - 7 7 7 7 7 - 77 G1
11.70 239 345
9.5* 92 120 365
5.00 92
77 365
3.20 92 2KJ3604 - 7 7 7 7 7 - 77 F1
11.01 254 325
9.5* 92 127 365
5.40 92
82 365
3.50 92 2KJ3604 - 7 7 7 7 7 - 77 E1
9.87 284 290
9.5* 92 142 365
6.0* 92
91 365
3.80 92 2KJ3604 - 7 7 7 7 7 - 77 D1
8.40 333 250
9.6* 91 167 370
7.1* 92 107 370
4.50 92 2KJ3604 - 7 7 7 7 7 - 77 C1
7.20 389 210
9.6* 91 194 365
8.2* 92 125 365
5.30 92 2KJ3604 - 7 7 7 7 7 - 77 B1
6.20 452 184
9.6* 91 226 365
9.4* 92 145 365
6.1* 92 2KJ3604 - 7 7 7 7 7 - 77 A1
* Pmot max = 5.5 kW
6/36
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Helical worm geared motors
Efficiencies
Selection and ordering data (continued)
nmot = 700 rpm
nmot = 500 rpm
nmot = 100 rpm
i
n2
T2N
Pmot
n2
T2N
Pmot
n2
T2N
Pmot
Article No.
-
rpm Nm kW %
rpm Nm kW %
rpm Nm kW %
C.69
360.00
1.9 610
0.20 60
1.4 570
0.15 55
0.28 460 <0.06 45 2KJ3604 - 7 7 7 7 7 - 77 M2
319.80
2.2 620
0.23 61
1.6 575
0.17 57
0.31 460 <0.06 45 2KJ3604 - 7 7 7 7 7 - 77 L2
280.80
2.5 625
0.26 63
1.8 580
0.19 58
0.36 455 <0.06 45 2KJ3604 - 7 7 7 7 7 - 77 K2
255.27
2.7 635
0.28 64
2.0 590
0.21 59
0.39 455 <0.06 45 2KJ3604 - 7 7 7 7 7 - 77 J2
218.40
3.2 645
0.33 66
2.3 605
0.24 62
0.46 460 <0.06 46 2KJ3604 - 7 7 7 7 7 - 77 H2
198.55
3.5 650
0.35 68
2.5 610
0.25 63
0.50 455 <0.06 47 2KJ3604 - 7 7 7 7 7 - 77 G2
175.50
4.0 665
0.40 69
2.8 625
0.28 65
0.57 460
0.06 48 2KJ3604 - 7 7 7 7 7 - 77 F2
159.55
4.4 670
0.44 70
3.1 635
0.31 66
0.63 465
0.06 48 2KJ3604 - 7 7 7 7 7 - 77 E2
139.75
5.0 670
0.49 72
3.6 650
0.36 68
0.72 475
0.07 49 2KJ3604 - 7 7 7 7 7 - 77 D2
129.00
5.4 655
0.51 72
3.9 660
0.39 69
0.78 480
0.08 50 2KJ3604 - 7 7 7 7 7 - 77 C2
114.21
6.1 630
0.55 73
4.4 670
0.44 71
0.88 490
0.09 51 2KJ3604 - 7 7 7 7 7 - 77 B2
102.50
6.8 610
0.54 81
4.9 585
0.39 78
0.98 500
0.08 67 2KJ3604 - 7 7 7 7 7 - 77 A2
90.00
7.8 635
0.63 82
5.6 610
0.45 79
1.1 515
0.09 67 2KJ3604 - 7 7 7 7 7 - 77 X1
81.82
8.6 800
0.87 84
6.1 775
0.62 80
1.2 650
0.12 68 2KJ3604 - 7 7 7 7 7 - 77 W1
6
70.00 10.0 665
0.83 84
7.1 645
0.59 82
1.4 540
0.12 68 2KJ3604 - 7 7 7 7 7 - 77 V1
63.64 11.0 775
1.00 85
7.9 830
0.83 83
1.6 695
0.17 69 2KJ3604 - 7 7 7 7 7 - 77 U1
56.25 12.4 750
1.10 86
8.9 810
0.90 84
1.8 675
0.18 70 2KJ3604 - 7 7 7 7 7 - 77 T1
51.14 13.7 715
1.20 86
9.8 785
0.95 85
2.0 750
0.22 71 2KJ3604 - 7 7 7 7 7 - 77 S1
44.79 15.6 680
1.30 87
11.2 750
1.00 86
2.2 760
0.24 72 2KJ3604 - 7 7 7 7 7 - 77 R1
41.35 16.9 660
1.30 87
12.1 730
1.10 86
2.4 765
0.27 72 2KJ3604 - 7 7 7 7 7 - 77 Q1
36.61 19.1 630
1.50 87
13.7 700
1.20 87
2.7 770
0.30 73 2KJ3604 - 7 7 7 7 7 - 77 P1
30.00 23 560
1.50 90
16.7 555
1.10 89
3.3 480
0.22 77 2KJ3604 - 7 7 7 7 7 - 77 N1
26.28 27 550
1.70 90
19 545
1.20 90
3.8 480
0.24 78 2KJ3604 - 7 7 7 7 7 - 77 M1
24.26 29 545
1.80 90
21 540
1.30 90
4.1 475
0.26 79 2KJ3604 - 7 7 7 7 7 - 77 L1
21.48 33 540
2.10 91
23 540
1.40 90
4.7 475
0.30 80 2KJ3604 - 7 7 7 7 7 - 77 K1
17.88 39 545
2.50 91
28 545
1.80 91
5.6 490
0.35 82 2KJ3604 - 7 7 7 7 7 - 77 J1
15.88 44 365
1.80 92
31 360
1.30 91
6.3 330
0.26 83 2KJ3604 - 7 7 7 7 7 - 77 H1
14.06 50 360
2.10 92
36 355
1.50 92
7.1 330
0.29 84 2KJ3604 - 7 7 7 7 7 - 77 G1
11.70 60 365
2.50 92
43 365
1.80 92
8.5 340
0.36 85 2KJ3604 - 7 7 7 7 7 - 77 F1
11.01 64 365
2.70 92
45 365
1.90 92
9.1 340
0.38 86 2KJ3604 - 7 7 7 7 7 - 77 E1
9.87 71 365
3.00 92
51 365
2.10 92 10.1 345
0.43 86 2KJ3604 - 7 7 7 7 7 - 77 D1
8.40 83 370
3.50 92
60 370
2.50 92 11.9 350
0.50 87 2KJ3604 - 7 7 7 7 7 - 77 C1
7.20 97 365
4.10 92
69 365
2.90 92 13.9 350
0.59 88 2KJ3604 - 7 7 7 7 7 - 77 B1
6.20 113 365
4.70 92
81 365
3.40 92 16.1 355
0.67 89 2KJ3604 - 7 7 7 7 7 - 77 A1
Siemens MD 50.1 · 2017
6/37
© Siemens AG 2018
SIMOGEAR geared motors Helical worm geared motors
Efficiencies
Selection and ordering data (continued)
nmot = 2 800 rpm
nmot = 1 400 rpm
nmot = 900 rpm
i
n2
T2N
Pmot
n2
T2N
Pmot
n2
T2N
Pmot
Article No.
-
rpm Nm kW %
rpm Nm kW %
rpm Nm kW %
C.89
363.00
7.7 1 180 1.30 73
3.9 1 460 0.83 72
2.5 1 430 0.55 68 2KJ3605 - 7 7 7 7 7 - 77 N2
329.73
8.5 1 180 1.40 73
4.2 1 460 0.89 72
2.7 1 440 0.59 69 2KJ3605 - 7 7 7 7 7 - 77 M2
295.75
9.5 1 170 1.60 73
4.7 1 460 0.99 73
3.0 1 460 0.66 70 2KJ3605 - 7 7 7 7 7 - 77 L2
265.91 10.5 1 170 1.80 73
5.3 1 460 1.10 73
3.4 1 470 0.74 71 2KJ3605 - 7 7 7 7 7 - 77 K2
240.50 11.6 1 160 1.90 73
5.8 1 450 1.20 73
3.7 1 480 0.80 72 2KJ3605 - 7 7 7 7 7 - 77 J2
222.00 12.6 1 120 2.00 73
6.3 1 410 1.30 73
4.1 1 490 0.89 72 2KJ3605 - 7 7 7 7 7 - 77 H2
203.36 13.8 1 090 2.20 73
6.9 1 370 1.40 73
4.4 1 500 0.95 73 2KJ3605 - 7 7 7 7 7 - 77 G2
170.62 16.4 1 030 2.40 73
8.2 1 300 1.50 73
5.3 1 490 1.10 73 2KJ3605 - 7 7 7 7 7 - 77 F2
160.59 17.4 1 010 2.50 73
8.7 1 270 1.60 73
5.6 1 460 1.20 74 2KJ3605 - 7 7 7 7 7 - 77 E2
147.33 19
980 2.70 73
9.5 1 230 1.70 74
6.1 1 430 1.20 74 2KJ3605 - 7 7 7 7 7 - 77 D2
128.70 22
915 2.90 73
10.9 1 150 1.80 73
7.0 1 340 1.30 74 2KJ3605 - 7 7 7 7 7 - 77 C2
115.23 24
875 3.00 73
12.1 1 100 1.90 74
7.8 1 280 1.40 74 2KJ3605 - 7 7 7 7 7 - 77 B2
100.75 28
830 3.30 73
13.9 1 040 2.10 74
8.9 1 210 1.50 74 2KJ3605 - 7 7 7 7 7 - 77 A2
6
86.48 32
780 3.60 73
16.2 980 2.30 73
10.4 1 140 1.70 74 2KJ3605 - 7 7 7 7 7 - 77 X1
76.44 37
740 4.00 73
18.3 935 2.40 73
11.8 1 080 1.80 74 2KJ3605 - 7 7 7 7 7 - 77 W1
65.00 43
695 4.30 73
22
875 2.80 73
13.8 1 010 2.00 74 2KJ3605 - 7 7 7 7 7 - 77 V1
55.61 50 1 150 6.70 90
25 1 450 4.20 91
16.2 1 550 2.90 90 2KJ3605 - 7 7 7 7 7 - 77 U1
50.00 56 1 130 7.40 90
28 1 430 4.60 90
18.0 1 560 3.30 90 2KJ3605 - 7 7 7 7 7 - 77 T1
45.22 62 1 100 7.90 90
31 1 380 5.00 91
19.9 1 560 3.60 90 2KJ3605 - 7 7 7 7 7 - 77 S1
41.74 67 1 070 8.30 90
34 1 350 5.30 91
22 1 560 4.00 91 2KJ3605 - 7 7 7 7 7 - 77 R1
38.24 73 1 040 8.80 90
37 1 310 5.60 91
24 1 520 4.20 91 2KJ3605 - 7 7 7 7 7 - 77 Q1
32.08 87
985 10*
90
44 1 240 6.30 91
28 1 440 4.70 91 2KJ3605 - 7 7 7 7 7 - 77 P1
30.20 93
950 10.3* 90
46 1 200 6.40 91
30 1 390 4.80 91 2KJ3605 - 7 7 7 7 7 - 77 N1
27.70 101
920 10.8* 90
51 1 160 6.90 91
32 1 340 5.00 91 2KJ3605 - 7 7 7 7 7 - 77 M1
25.03 112 1 080 13.7* 93
56 1 090 6.90 93
36 1 090 4.50 93 2KJ3605 - 7 7 7 7 7 - 77 L1
21.00 133 1 000 15.1* 93
67 1 080 8.20 93
43 1 070 5.20 93 2KJ3605 - 7 7 7 7 7 - 77 K1
19.76 142
980 15.8* 93
71 1 120 9.00 93
46 1 120 5.80 93 2KJ3605 - 7 7 7 7 7 - 77 J1
18.13 154
950 16.6* 93
77 1 120 9.7* 93
50 1 120 6.30 93 2KJ3605 - 7 7 7 7 7 - 77 H1
15.84 177
865 17.3* 93
88 1 140 11.3* 93
57 1 140 7.30 93 2KJ3605 - 7 7 7 7 7 - 77 G1
14.18 197
770 17.3* 92
99 1 090 12.2* 93
63 1 150 8.20 93 2KJ3605 - 7 7 7 7 7 - 77 F1
12.40 226
675 17.3* 93 113 1 040 13.3* 93
73 1 140 9.5* 93 2KJ3605 - 7 7 7 7 7 - 77 E1
10.64 263
580 17.3* 92 132
985 14.7* 93
85 1 140 10.9* 93 2KJ3605 - 7 7 7 7 7 - 77 D1
9.41 298
510 17.4* 92 149
940 15.9* 93
96 1 090 11.8* 93 2KJ3605 - 7 7 7 7 7 - 77 C1
8.00 350
435 17.4* 92 175
870 17.3* 93 112 1 030 13.1* 93 2KJ3605 - 7 7 7 7 7 - 77 B1
6.86 408
370 17.4* 92 204
745 17.3* 93 131
980 14.5* 93 2KJ3605 - 7 7 7 7 7 - 77 A1
* Pmot max = 9.2 kW
6/38
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Helical worm geared motors
Efficiencies
Selection and ordering data (continued)
nmot = 700 rpm
nmot = 500 rpm
nmot = 100 rpm
i
n2
T2N
Pmot
n2
T2N
Pmot
n2
T2N
Pmot
Article No.
-
rpm Nm kW %
rpm Nm kW %
rpm Nm kW %
C.89
363.00
1.9 1 360 0.42 64
1.4 1 260 0.31 60
0.28 955 0.06 45 2KJ3605 - 7 7 7 7 7 - 77 N2
329.73
2.1 1 380 0.46 66
1.5 1 280 0.33 61
0.30 960 0.07 45 2KJ3605 - 7 7 7 7 7 - 77 M2
295.75
2.4 1 400 0.53 67
1.7 1 310 0.37 62
0.34 965 0.08 45 2KJ3605 - 7 7 7 7 7 - 77 L2
265.91
2.6 1 420 0.57 68
1.9 1 330 0.42 64
0.38 975 0.08 46 2KJ3605 - 7 7 7 7 7 - 77 K2
240.50
2.9 1 440 0.63 70
2.1 1 360 0.46 66
0.42 985 0.09 47 2KJ3605 - 7 7 7 7 7 - 77 J2
222.00
3.2 1 450 0.69 70
2.3 1 380 0.50 67
0.45 995 0.10 47 2KJ3605 - 7 7 7 7 7 - 77 H2
203.36
3.4 1 470 0.74 71
2.5 1 400 0.54 68
0.49 1 000 0.11 48 2KJ3605 - 7 7 7 7 7 - 77 G2
170.62
4.1 1 490 0.89 72
2.9 1 440 0.63 70
0.59 1 030 0.13 50 2KJ3605 - 7 7 7 7 7 - 77 F2
160.59
4.4 1 490 0.95 73
3.1 1 450 0.67 71
0.62 1 040 0.14 50 2KJ3605 - 7 7 7 7 7 - 77 E2
147.33
4.8 1 500 1.00 73
3.4 1 460 0.73 71
0.68 1 060 0.15 51 2KJ3605 - 7 7 7 7 7 - 77 D2
128.70
5.4 1 450 1.10 74
3.9 1 480 0.84 72
0.78 1 090 0.17 53 2KJ3605 - 7 7 7 7 7 - 77 C2
115.23
6.1 1 390 1.20 74
4.3 1 490 0.92 73
0.87 1 110 0.19 54 2KJ3605 - 7 7 7 7 7 - 77 B2
100.75
6.9 1 310 1.30 74
5.0 1 460 1.00 74
0.99 1 150 0.21 56 2KJ3605 - 7 7 7 7 7 - 77 A2
86.48
8.1 1 230 1.40 74
5.8 1 380 1.10 74
1.2 1 190 0.26 58 2KJ3605 - 7 7 7 7 7 - 77 X1
6
76.44
9.2 1 170 1.50 74
6.5 1 310 1.20 74
1.3 1 220 0.28 60 2KJ3605 - 7 7 7 7 7 - 77 W1
65.00 10.8 1 100 1.70 74
7.7 1 230 1.30 74
1.5 1 270 0.32 62 2KJ3605 - 7 7 7 7 7 - 77 V1
55.61 12.6 1 540 2.30 90
9.0 1 510 1.60 88
1.8 1 290 0.33 75 2KJ3605 - 7 7 7 7 7 - 77 U1
50.00 14.0 1 540 2.50 90
10.0 1 530 1.80 88
2.0 1 430 0.40 75 2KJ3605 - 7 7 7 7 7 - 77 T1
45.22 15.5 1 550 2.80 90
11.1 1 530 2.00 89
2.2 1 430 0.43 76 2KJ3605 - 7 7 7 7 7 - 77 S1
41.74 16.8 1 550 3.00 90
12.0 1 540 2.20 89
2.4 1 450 0.48 77 2KJ3605 - 7 7 7 7 7 - 77 R1
38.24 18.3 1 560 3.30 90
13.1 1 540 2.40 90
2.6 1 450 0.51 77 2KJ3605 - 7 7 7 7 7 - 77 Q1
32.08 22 1 560 4.00 91
15.6 1 550 2.80 90
3.1 1 390 0.57 79 2KJ3605 - 7 7 7 7 7 - 77 P1
30.20 23 1 510 4.00 91
16.6 1 550 3.00 90
3.3 1 460 0.64 79 2KJ3605 - 7 7 7 7 7 - 77 N1
27.70 25 1 460 4.20 91
18.1 1 560 3.30 91
3.6 1 470 0.69 80 2KJ3605 - 7 7 7 7 7 - 77 M1
25.03 28 1 090 3.50 93
20 1 080 2.50 92
4.0
990 0.50 84 2KJ3605 - 7 7 7 7 7 - 77 L1
21.00 33 1 070 4.00 93
24 1 070 2.90 92
4.8
985 0.59 85 2KJ3605 - 7 7 7 7 7 - 77 K1
19.76 35 1 120 4.50 93
25 1 120 3.20 92
5.1 1 030 0.65 85 2KJ3605 - 7 7 7 7 7 - 77 J1
18.13 39 1 110 4.90 93
28 1 110 3.50 92
5.5 1 030 0.70 85 2KJ3605 - 7 7 7 7 7 - 77 H1
15.84 44 1 140 5.70 93
32 1 130 4.10 93
6.3 1 050 0.81 86 2KJ3605 - 7 7 7 7 7 - 77 G1
14.18 49 1 150 6.40 93
35 1 140 4.50 93
7.1 1 070 0.92 87 2KJ3605 - 7 7 7 7 7 - 77 F1
12.40 56 1 140 7.30 93
40 1 140 5.20 93
8.1 1 080 1.00 88 2KJ3605 - 7 7 7 7 7 - 77 E1
10.64 66 1 150 8.50 93
47 1 140 6.10 93
9.4 1 090 1.20 88 2KJ3605 - 7 7 7 7 7 - 77 D1
9.41 74 1 120 9.4* 93
53 1 120 6.70 93 10.6 1 070 1.30 89 2KJ3605 - 7 7 7 7 7 - 77 C1
8.00 88 1 120 11.2* 93
62 1 130 7.90 93 12.5 1 090 1.60 90 2KJ3605 - 7 7 7 7 7 - 77 B1
6.86 102 1 060 12.3* 93
73 1 110 9.20 93 14.6 1 090 1.80 91 2KJ3605 - 7 7 7 7 7 - 77 A1
* Pmot max = 9.2 kW
Siemens MD 50.1 · 2017
6/39
© Siemens AG 2018
SIMOGEAR geared motors Helical worm geared motors
Dimensions
Dimensional drawing overview
Information about dimensional drawings can be found in chapter Introduction on page 1/21.
Design
Size
Foot-mounted design
C..29
C..39
C..49
Flange-mounted design
G_D087_XX_00254
C..69 C..89
C.F.29
C.F.39
6
Housing flange design
G_D087_XX_00255
C.F.49 C.F.69 C.F.89
C.Z.29
C.Z.39
C.Z.49
Shaft-mounted design
G_D087_XX_00256
C.Z.69 C.Z.89
CAD.29
Dimensional drawing on page
6/42 6/46 6/50 6/54 6/58
6/43 6/47 6/51 6/55 6/59
6/44 6/48 6/52 6/56 6/60
6/45
CAD.39
6/49
CAD.49
6/53
Helical worm tandem geared motors
G_D087_XX_00257
CAD.69
6/57
CAD.89
6/61
C.29-D/Z19 ... C.89-D/Z39 6/62
6/40
Siemens MD 50.1 · 2017
Dimensional drawing overview (continued)
Design Additional versions and options SIMOLOC assembly system
© Siemens AG 2018
SIMOGEAR geared motors Helical worm geared motors
Dimensions
Size
Dimensional drawing on page
CADR.29 ... CADR.89
6/63
Protection covers Inner contour of the flange design
CA.29 ... CA.89
6/64
CA.S29 ... CA.S89
CADR29 ... CADR89
6
CF29 ... CF89
6/65
CAF.29 ... CAF.89
Siemens MD 50.1 · 2017
6/41
SIMOGEAR geared motors Helical worm geared motors
Dimensions
C..29 gearbox in a foot-mounted design
C030, CA030, CAS030
C29
63 -0,5 18
88 18
kB k
LBL LB
© Siemens AG 2018
100 40 58
100 AD 58
10 ØAC Ø20 k6 Ø20 k6
63 -0,5 40
19
80 -0,5 40
19
22,5 Ø20 k6
35
Ø9
18
18
63
6
CA29 62 60
6 JS9
5
22,8
40
2 15
40
M6 23,4
1 104
120 92
Ø20 h6
4
R1,6
Ø20 H7 Ø35
Ø20 h6
Ø20 H7
Ø20 h6
Ø9
90
55
108
CAS29
85 60
65
40 32 4
Ø55
2 15
24 20
DR M6x16 4
Ø20
0,1x45°
139
29
25
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 345.0 389.5 194.0 238.5
71 138.8 134.0 377.0 432.0 226.0 281.0
71Z 138.8 134.0 396.0 451.0 245.0 300.0
LE 80 156.3 149.2 441.0 501.0 290.0 350.0
$ ISO 4014
( DIN 332
1) AD depends on the motor options, for other dimensions see page 8/42.
6/42
Siemens MD 50.1 · 2017
80Z 156.3 149.2 476.0 536.0 325.0 385.0
90 173.8 154.2 502.5 572.5 351.5 421.5
90Z 173.8 154.2 542.5 612.5 391.5 461.5
) Feather key/keyway DIN 6885-1
© Siemens AG 2018
C.F.29 gearbox in a flange-mounted design
CF030, CAF030, CAFS030
CF29
63 Øs1 a1=120
kB
k
88
LBL
45°
LB
SIMOGEAR geared motors Helical worm geared motors
Dimensions
58
120
40
c1
f1
Ø20 k6 Øb1 to2
Øa1
62
ØAC
83
Øe1
CAF29
80
62 60
84
10
AD
6
a1=160
CAFS29
80
85 60
136
Øa1
Øa1 Ø55
45° R1,6
Ø20 k6
6 JS9
5
22,8
40
40
M6 23,4
1 104
120 92
Ø20 h6
4
Ø20 H7 Ø35
Ø20 h6
Ø20 H7
Ø20 h6
Øe1 Øs1
24
40
20
65
32 4
Ø20
22,5
0,1x45°
139
29
25
DR M6x16 4
Flange a1
b1
c1
f1
120
80
8
3.0
160
110
9
3.5
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 345.0 389.5 194.0 238.5
71 138.8 134.0 377.0 432.0 226.0 281.0
71Z 138.8 134.0 396.0 451.0 245.0 300.0
LE 80 156.3 149.2 441.0 501.0 290.0 350.0
$ ISO 4014
( DIN 332
1) AD depends on the motor options, for other dimensions see page 8/42.
e1
s1
to2
100
6.6
j6
130
9.0
j6
80Z 156.3 149.2 476.0 536.0 325.0 385.0
90
90Z
173.8
173.8
154.2
154.2
502.5
542.5
572.5
612.5
351.5
391.5
421.5
461.5
) Feather key/keyway DIN 6885-1 . For inner contour see page 6/65.
Siemens MD 50.1 · 2017
6/43
ØAC Ø102 Ø74 j6
Ø20 k6 Ø74 j6 Ø102
SIMOGEAR geared motors Helical worm geared motors
Dimensions
C.Z.29 gearbox in a housing flange design
CZ030, CAZ030, CAZS030
CZ29
kB
k
63
88
LBL
M8x16
LB
© Siemens AG 2018
62
Ø86
58 3
100 AD 58
3
83
6
CAZ29 62 60
6 JS9
2
5
22,8
40
40
M6 23,4
1 104
120 92
Ø20 h6
4
R1,6
Ø20 H7 Ø35
Ø20 h6
Ø20 H7
Ø20 h6
84
CAZS29 85 60
65
40 32 4
Ø55
2
24 20
DR M6x16 4
Ø20
0,1x45°
139
29
25
22,5 Ø20 k6
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 345.0 389.5 194.0 238.5
71 138.8 134.0 377.0 432.0 226.0 281.0
71Z 138.8 134.0 396.0 451.0 245.0 300.0
LE 80 156.3 149.2 441.0 501.0 290.0 350.0
$ ISO 4014
( DIN 332
1) AD depends on the motor options, for other dimensions see page 8/42.
6/44
Siemens MD 50.1 · 2017
80Z 156.3 149.2 476.0 536.0 325.0 385.0
90 173.8 154.2 502.5 572.5 351.5 421.5
90Z 173.8 154.2 542.5 612.5 391.5 461.5
) Feather key/keyway DIN 6885-1
© Siemens AG 2018
CAD.29 gearbox in a shaft-mounted design
CAD030, CADS030
CAD29
kB
k
63
88
LBL
LB
SIMOGEAR geared motors Helical worm geared motors
Dimensions
AD
65,5
58
60
3
62
ØAC Ø25
110
Ø11
R20
13
64
6
CAD29 62 60
CADS29 85 60
Ø55
Ø20
6 JS9
5
22,8
40
40
M6 23,4
1 104
120 92
Ø20 h6
4
R1,6
Ø20 H7 Ø35
Ø20 h6
Ø20 H7
24 20
0,1x45°
139
29
25
Ø20 h6
Motor
AC AD1) k kB LB LBL
LA 63 117.8 124.0 345.0 389.5 194.0 238.5
71 138.8 134.0 377.0 432.0 226.0 281.0
71Z 138.8 134.0 396.0 451.0 245.0 300.0
LE 80 156.3 149.2 441.0 501.0 290.0 350.0
$ ISO 4014
( DIN 332
1) AD depends on the motor options, for other dimensions see page 8/42.
80Z 156.3 149.2 476.0 536.0 325.0 385.0
90 173.8 154.2 502.5 572.5 351.5 421.5
90Z 173.8 154.2 542.5 612.5 391.5 461.5
) Feather key/keyway DIN 6885-1
Siemens MD 50.1 · 2017
6/45
SIMOGEAR geared motors Helical worm geared motors
Dimensions
C..39 gearbox in a foot-mounted design
C030, CA030, CAS030
C39
75 -0,5 102 12
kB k
LBL LB
© Siemens AG 2018
110 50 58
110 58
Ø25 k6
ØAC Ø25 k6
62 35
30
12,5 15
100 -0,5 45
30
28 Ø25 k6
35
Ø11
30
30
80
6
CA39 62 60
u JS9
5
t
44
2 12
44
R
M l9
1 105 120 89
Ød h6
4
Ød H7 Ø45
Ø30 h6
Ø30 H7
Ø30 h6
CAS39
90
60
Ø11
100
60
120
AD
8 5
50
40
5
Ø76
2 12 28 21,5
DR M10x22 4
Ø30
0,1x45°
143
33
25
Shaft
Motor
AC AD1) k kB LB LBL
d 25 30
LA 63 117.8 124.0 371.0 415.5 194.0 238.5
l9 32.6 32.6
71 138.8 134.0 403.0 458.0 226.0 281.0
71Z 138.8 134.0 422.0 477.0 245.0 300.0
M M10 M10
LE 80 156.3 149.2 467.0 527.0 290.0 350.0
R 1.6 3.0
80Z 156.3 149.2 502.0 562.0 325.0 385.0
$ ISO 4014
( DIN 332
1) AD depends on the motor options, for other dimensions see page 8/42.
6/46
Siemens MD 50.1 · 2017
90 173.8 154.2 528.5 598.5 351.5 421.5
t
u
28.3
8
33.3
8
90Z 173.8 154.2 568.5 638.5 391.5 461.5
100 198.0 170.5 585.0 663.5 408.0 486.5
100Z 198.0 170.5 620.0 698.5 443.0 521.5
) Feather key/keyway DIN 6885-1
© Siemens AG 2018
C.F.39 gearbox in a flange-mounted design
CF030, CAF030, CAFS030
CF39
75 Ø9
kB k 102
45°
LBL LB
SIMOGEAR geared motors Helical worm geared motors
Dimensions
58
134
50
10
3,5
100 -0,5 62 12,5
ØAC Ø25 k6
Ø110 j6 Ø160
Ø130 11
CAF39
84
62 60
5
t
44
44
M l9
1 105
120 89
Ød h6
4
R
Ød H7 Ø45
Ø160 Ø76
Ø30 h6
Ø30 H7
Ø30 h6
100
AD
10
6
CAFS39
84
90
60
8 5
50
40
5
Ø160 28 Ø25 k6
28 21,5
DR M10x22 4
Ø30
0,1x45°
143
33
25
u JS9
Shaft
Motor
AC AD1) k kB LB LBL
d 25 30
LA 63 117.8 124.0 371.0 415.5 194.0 238.5
l9 32.6 32.6
71 138.8 134.0 403.0 458.0 226.0 281.0
71Z 138.8 134.0 422.0 477.0 245.0 300.0
$ ISO 4014
( DIN 332
/ Use bores only for foot-mounted design
M M10 M10
LE 80 156.3 149.2 467.0 527.0 290.0 350.0
R
t
u
1.6
28.3
8
3.0
33.3
8
80Z 156.3 149.2 502.0 562.0 325.0 385.0
90 173.8 154.2 528.5 598.5 351.5 421.5
90Z 173.8 154.2 568.5 638.5 391.5 461.5
100 198.0 170.5 585.0 663.5 408.0 486.5
100Z 198.0 170.5 620.0 698.5 443.0 521.5
) Feather key/keyway DIN 6885-1 . For inner contour see page 6/65 1) AD depends on the motor options, for other dimensions see page 8/42.
Siemens MD 50.1 · 2017
6/47
ØAC Ø120 Ø80 j6 Ø25 k6 Ø80 j6 Ø120
SIMOGEAR geared motors Helical worm geared motors
Dimensions
C.Z.39 gearbox in a housing flange design
CZ030, CAZ030, CAZS030
CZ39
75 60°
102 M8x14
kB k
LBL LB
62
Ø100
© Siemens AG 2018
110
58
58
4
4
12,5
100 -0,5
11
6
CAZ39 62 60
u JS9
5
t
44
2 44
R
M l9
1 105 120 89
Ød h6
4
Ød H7 Ø45
Ø30 h6
Ø30 H7
Ø30 h6
100 AD
CAZS39 90 60
8 5
50
40
5
Ø76
2
28 21,5
DR M10x22 4
Ø30
0,1x45°
143
33
25
28 Ø25 k6
Shaft
Motor
AC AD1) k kB LB LBL
d 25 30
LA 63 117.8 124.0 371.0 415.5 194.0 238.5
l9 32.6 32.6
71 138.8 134.0 403.0 458.0 226.0 281.0
71Z 138.8 134.0 422.0 477.0 245.0 300.0
M M10 M10
LE 80 156.3 149.2 467.0 527.0 290.0 350.0
R 1.6 3.0
80Z 156.3 149.2 502.0 562.0 325.0 385.0
90 173.8 154.2 528.5 598.5 351.5 421.5
t 28.3 33.3
90Z 173.8 154.2 568.5 638.5 391.5 461.5
u 8 8
100 198.0 170.5 585.0 663.5 408.0 486.5
100Z 198.0 170.5 620.0 698.5 443.0 521.5
$ ISO 4014
( DIN 332
) Feather key/keyway DIN 6885-1 / Use bores only for foot-mounted design
1) AD depends on the motor options, for other dimensions see page 8/42.
6/48
Siemens MD 50.1 · 2017
© Siemens AG 2018
CAD.39 gearbox in a shaft-mounted design
CAD030, CADS030
CAD39
kB
k
75
102
LBL
LB
SIMOGEAR geared motors Helical worm geared motors
Dimensions
AD
69,5
58
64
4
62
ØAC
12,5
100 -0,5
130
Ø45
11
Ø16
32 38
6
75
CAD39
78 CADS39
62 60
90 60
Ø76
R R30
Ø30
u JS9
5
t
44
44
M l9
1 105
120 89
Ød h6
4
Ød H7 Ø45
Ø30 h6
Ø30 H7
28 21,5
0,1x45°
143
33
25
Ø30 h6
Shaft
Motor
AC AD1) k kB LB LBL
d 25 30
LA 63 117.8 124.0 371.0 415.5 194.0 238.5
l9 32.6 32.6
71 138.8 134.0 403.0 458.0 226.0 281.0
71Z 138.8 134.0 422.0 477.0 245.0 300.0
M M10 M10
LE 80 156.3 149.2 467.0 527.0 290.0 350.0
R 1.6 3.0
80Z 156.3 149.2 502.0 562.0 325.0 385.0
90 173.8 154.2 528.5 598.5 351.5 421.5
t 28.3 33.3
90Z 173.8 154.2 568.5 638.5 391.5 461.5
u 8 8
100 198.0 170.5 585.0 663.5 408.0 486.5
100Z 198.0 170.5 620.0 698.5 443.0 521.5
$ ISO 4014
( DIN 332
) Feather key/keyway DIN 6885-1 / Use bores only for foot-mounted design
1) AD depends on the motor options, for other dimensions see page 8/42.
Siemens MD 50.1 · 2017
6/49
SIMOGEAR geared motors Helical worm geared motors
Dimensions
C..49 gearbox in a foot-mounted design
C030, CA030, CAS030
C49
80 -0,5 116 15
kB k
LBL LB
© Siemens AG 2018
135 60 73
135 73
Ø30 k6
ØAC Ø30 k6
82,2 45
35
24,5 15
112 -0,5 55
35
33 Ø30 k6
45
Ø11
32
32
100
6
CA49 77 75
u JS9
5
t
58
2 20
58
R3
M l9
1 132 150 l11
Ød h6
4
Ød H7 Ø50
Ø35 h6
Ø35 H7
Ø35 h6
CAS49 107 75
Ø11
110
80
144
AD
8 5
60 50 3,5
Ø84
2 20 30 20
DR M10x22 4
Ø35
0,1x45°
175
35
25
Shaft
Motor
AC AD1) k kB LB LBL
d 30 35
LA 63 117.8 124.0 380.5 425.0 184.5 229.0
71 138.8 134.0 412.5 467.5 216.5 271.5
l9 32.6 42
71Z 138.8 134.0 431.5 486.5 235.5 290.5
LE 80 156.3 149.2 476.5 536.5 280.5 340.5
l11 114 116
80Z 156.3 149.2 511.5 571.5 315.5 375.5
M M10 M12
90 173.8 154.2 538.0 608.0 342.0 412.0
90Z 173.8 154.2 578.0 648.0 382.0 452.0
t 33.3 38.3
100 198.0 170.5 594.5 673.0 398.5 477.0
$ ISO 4014
( DIN 332
) Feather key/keyway DIN 6885-1
1) AD depends on the motor options, for other dimensions see page 8/42.
6/50
Siemens MD 50.1 · 2017
100Z 198.0 170.5 629.5 708.0 433.5 512.0
u 8
10
112 222.0 181.5 604.5 677.5 408.5 481.5
112Z 222.0 181.5 639.0 712.0 443.0 516.0
© Siemens AG 2018
C.F.49 gearbox in a flange-mounted design
CF030, CAF030, CAFS030
CF49
80 Ø11
kB
k
116
LBL
45°
LB
SIMOGEAR geared motors Helical worm geared motors
Dimensions
73
165
60
12
3,5
112 -0,5 82,2 24,5 ØAC Ø30 k6 Ø130 j6 Ø200
Ø165 11
CAF49
100
77 75
5
t
58
58
M l9
1 132
150 l11
Ød h6
4
R3
Ød H7 Ø50
Ø200 Ø84
Ø35 h6
Ø35 H7
Ø35 h6
110
AD
10
6
CAFS49
100
107 75
8 5
60 50 3,5
Ø200 33 Ø30 k6
30 20
DR M10x22 4
Ø35
0,1x45°
175
35
25
u JS9
Shaft
Motor
AC AD1) k kB LB LBL
d 30 35
LA 63 117.8 124.0 380.5 425.0 184.5 229.0
71 138.8 134.0 412.5 467.5 216.5 271.5
l9 32.6 42
71Z 138.8 134.0 431.5 486.5 235.5 290.5
LE 80 156.3 149.2 476.5 536.5 280.5 340.5
l11 114 116
80Z 156.3 149.2 511.5 571.5 315.5 375.5
$ ISO 4014
( DIN 332
/ Use bores only for foot-mounted design
M
t
u
M10
33.3
8
M12
38.3
10
90 173.8 154.2 538.0 608.0 342.0 412.0
90Z 173.8 154.2 578.0 648.0 382.0 452.0
100 198.0 170.5 594.5 673.0 398.5 477.0
100Z 198.0 170.5 629.5 708.0 433.5 512.0
112 222.0 181.5 604.5 677.5 408.5 481.5
112Z 222.0 181.5 639.0 712.0 443.0 516.0
) Feather key/keyway DIN 6885-1 . For inner contour see page 6/65 1) AD depends on the motor options, for other dimensions see page 8/42.
Siemens MD 50.1 · 2017
6/51
112 -0,5 82,2 24,5 ØAC Ø133 Ø95 j6 Ø30 k6 Ø95 j6 Ø133
SIMOGEAR geared motors Helical worm geared motors
Dimensions
C.Z.49 gearbox in a housing flange design
CZ030, CAZ030, CAZS030
CZ49
80 60°
116 M10x14,5
kB k
LBL LB
Ø115
© Siemens AG 2018
135
73
73
5
5
11
6
CAZ49 77 75
u JS9
5
t
58
2 58
R3
M l9
1 132 150 l11
Ød h6
4
Ød H7 Ø50
Ø35 h6
Ø35 H7
Ø35 h6
100 AD
CAZS49 107 75
8 5
60 50 3,5
Ø84
2
30 20
DR M10x22 4
Ø35
0,1x45°
175
35
25
33 Ø30 k6
Shaft
Motor
AC AD1) k kB LB LBL
d 30 35
LA 63 117.8 124.0 380.5 425.0 184.5 229.0
71 138.8 134.0 412.5 467.5 216.5 271.5
l9 32.6 42
71Z 138.8 134.0 431.5 486.5 235.5 290.5
LE 80 156.3 149.2 476.5 536.5 280.5 340.5
l11 114 116
80Z 156.3 149.2 511.5 571.5 315.5 375.5
M M10 M12
90 173.8 154.2 538.0 608.0 342.0 412.0
90Z 173.8 154.2 578.0 648.0 382.0 452.0
t 33.3 38.3
100 198.0 170.5 594.5 673.0 398.5 477.0
100Z 198.0 170.5 629.5 708.0 433.5 512.0
u 8
10
112 222.0 181.5 604.5 677.5 408.5 481.5
112Z 222.0 181.5 639.0 712.0 443.0 516.0
$ ISO 4014
( DIN 332
) Feather key/keyway DIN 6885-1 / Use bores only for foot-mounted design
1) AD depends on the motor options, for other dimensions see page 8/42.
6/52
Siemens MD 50.1 · 2017
© Siemens AG 2018
CAD.49 gearbox in a shaft-mounted design
CAD030, CADS030
CAD49
kB
k
80
116
LBL
LB
SIMOGEAR geared motors Helical worm geared motors
Dimensions
AD
88,4
73
82
5
82,2
ØAC
24,5
112 -0,5
160
Ø50
11
Ø16
32 38
6
87,5
CAD49
90,5 CADS49
77 75
107 75
Ø84
R3 R30
Ø35
u JS9
5
t
58
58
M l9
1 132
150 l11
Ød h6
4
Ød H7 Ø50
Ø35 h6
Ø35 H7
30 20
0,1x45°
175
35
25
Ø35 h6
Shaft
Motor
AC AD1) k kB LB LBL
d 30 35
LA 63 117.8 124.0 380.5 425.0 184.5 229.0
71 138.8 134.0 412.5 467.5 216.5 271.5
l9 32.6 42
71Z 138.8 134.0 431.5 486.5 235.5 290.5
LE 80 156.3 149.2 476.5 536.5 280.5 340.5
l11 114 116
80Z 156.3 149.2 511.5 571.5 315.5 375.5
M M10 M12
90 173.8 154.2 538.0 608.0 342.0 412.0
90Z 173.8 154.2 578.0 648.0 382.0 452.0
t 33.3 38.3
100 198.0 170.5 594.5 673.0 398.5 477.0
100Z 198.0 170.5 629.5 708.0 433.5 512.0
u 8
10
112 222.0 181.5 604.5 677.5 408.5 481.5
112Z 222.0 181.5 639.0 712.0 443.0 516.0
$ ISO 4014
( DIN 332
) Feather key/keyway DIN 6885-1 / Use bores only for foot-mounted design
1) AD depends on the motor options, for other dimensions see page 8/42.
Siemens MD 50.1 · 2017
6/53
SIMOGEAR geared motors Helical worm geared motors
Dimensions
C..69 gearbox in a foot-mounted design
C030, CA030, CAS030
C69
106 -0,5 135 18
kB k
LBL LB
© Siemens AG 2018
154 70 80
154 80
Ø35 k6 Ø35 k6
94 60
40
32 18
ØAC
140 -0,5 70
40
38 Ø35 k6
60
Ø13,5
45
45
130
6
CA69 86 84
u JS9
5
t
60
4 19
60
R3
M l9
1 144 168 126
Ød h6
4
Ød H7 Ø65
Ø40 h6
Ø40 H7
Ø40 h6
Ø13,5
130
89
160
AD
CAS69 115 84
10 5
70
56
7
Ø84
4 19 27 20
DR M12x28 4
Ø40
0,1x45°
194
28
25
Shaft
Motor
AC AD1) k kB LB LBL
d 40 45
LA 63 117.8 124.0 425.5 470.0 184.5 229.0
71 138.8 134.0 457.5 512.5 216.5 271.5
l9 47.75 48.75
71Z 138.8 134.0 476.5 531.5 235.5 290.5
LE 80 156.3 149.2 521.5 581.5 280.5 340.5
80Z 156.3 149.2 556.5 616.5 315.5 375.5
M M16 M16
90 173.8 154.2 583.0 653.0 342.0 412.0
90Z 173.8 154.2 623.0 693.0 382.0 452.0
t 43.3 48.8
100 198.0 170.5 639.5 718.0 398.5 477.0
100Z 198.0 170.5 674.5 753.0 433.5 512.0
$ ISO 4014
( DIN 332
) Feather key/keyway DIN 6885-1
1) AD depends on the motor options, for other dimensions see page 8/42.
6/54
Siemens MD 50.1 · 2017
112 222.0 181.5 649.5 722.5 408.5 481.5
u 12 14
112Z 222.0 181.5 684.0 757.0 443.0 516.0
132 264.0 207.0 702.5 807.0 461.5 566.0
132Z 264.0 207.0 752.5 857.0 511.5 616.0
© Siemens AG 2018
C.F.69 gearbox in a flange-mounted design
CF030, CAF030, CAFS030
CF69
106 Ø11
kB
k
135
LBL
45°
LB
SIMOGEAR geared motors Helical worm geared motors
Dimensions
80
196,5
70
12
3,5
140 -0,5 94 32 ØAC Ø35 k6 Ø130 j6 Ø200
Ø165 11
CAF69
126,5
86 84
5
t
60
60
M l9
1 144
168 126
Ød h6
4
R3
Ød H7 Ø65
Ø200 Ø84
Ø40 h6
Ø40 H7
Ø40 h6
128
AD
10
6
CAFS69 115
126,5 84
10 5
70
56
7
Ø200 38 Ø35 k6
27 20
DR M12x28 4
Ø40
0,1x45°
194
28
25
u JS9
Shaft
Motor
AC AD1) k kB LB LBL
d 40 45
LA 63 117.8 124.0 425.5 470.0 184.5 229.0
71 138.8 134.0 457.5 512.5 216.5 271.5
l9 47.75 48.75
71Z 138.8 134.0 476.5 531.5 235.5 290.5
LE 80 156.3 149.2 521.5 581.5 280.5 340.5
$ ISO 4014
( DIN 332
/ Use bores only for foot-mounted design
80Z 156.3 149.2 556.5 616.5 315.5 375.5
M
t
u
M16
43.3
12
M16
48.8
14
90 173.8 154.2 583.0 653.0 342.0 412.0
90Z 173.8 154.2 623.0 693.0 382.0 452.0
100 198.0 170.5 639.5 718.0 398.5 477.0
100Z 198.0 170.5 674.5 753.0 433.5 512.0
112 222.0 181.5 649.5 722.5 408.5 481.5
112Z 222.0 181.5 684.0 757.0 443.0 516.0
132 264.0 207.0 702.5 807.0 461.5 566.0
132Z 264.0 207.0 752.5 857.0 511.5 616.0
) Feather key/keyway DIN 6885-1 . For inner contour see page 6/65 1) AD depends on the motor options, for other dimensions see page 8/42.
Siemens MD 50.1 · 2017
6/55
140 -0,5 94 32 ØAC Ø150 Ø110 j6 Ø35 k6 Ø110 j6 Ø150
SIMOGEAR geared motors Helical worm geared motors
Dimensions
C.Z.69 gearbox in a housing flange design
CZ030, CAZ030, CAZS030
CZ69
106 60°
135 M12x20
kB k
LBL LB
Ø130
© Siemens AG 2018
80 3,5
154 80
3,5
11
6
CAZ69 86 84
u JS9
5
t
60
2 60
R3
M l9
1 144 168 126
Ød h6
4
Ød H7 Ø65
Ø40 h6
Ø40 H7
Ø40 h6
128 AD
CAZS69 115 84
10 5
70
56
7
Ø84
2
27 20
DR M12x28 4
Ø40
0,1x45°
194
28
25
38 Ø35 k6
Shaft
Motor
AC AD1) k kB LB LBL
d 40 45
LA 63 117.8 124.0 425.5 470.0 184.5 229.0
71 138.8 134.0 457.5 512.5 216.5 271.5
l9 47.75 48.75
71Z 138.8 134.0 476.5 531.5 235.5 290.5
80 156.3 149.2 521.5 581.5 280.5 340.5
LE 80Z 156.3 149.2 556.5 616.5 315.5 375.5
M M16 M16
90 173.8 154.2 583.0 653.0 342.0 412.0
90Z 173.8 154.2 623.0 693.0 382.0 452.0
t 43.3 48.8
100 198.0 170.5 639.5 718.0 398.5 477.0
100Z 198.0 170.5 674.5 753.0 433.5 512.0
112 222.0 181.5 649.5 722.5 408.5 481.5
u 12 14
112Z 222.0 181.5 684.0 757.0 443.0 516.0
132 264.0 207.0 702.5 807.0 461.5 566.0
132Z 264.0 207.0 752.5 857.0 511.5 616.0
$ ISO 4014
( DIN 332
) Feather key/keyway DIN 6885-1 / Use bores only for foot-mounted design
1) AD depends on the motor options, for other dimensions see page 8/42.
6/56
Siemens MD 50.1 · 2017
© Siemens AG 2018
CAD.69 gearbox in a shaft-mounted design
CAD030, CADS030
CAD69
kB
k
106
135
LBL
LB
SIMOGEAR geared motors Helical worm geared motors
Dimensions
AD 99 80 91,5 7,5
94
ØAC
32
140 -0,5
200
Ø60
11
Ø25
40 46
6
97,5
CAD69
CADS69
100,5
86 84
115 84
Ø84
R3 R30
Ø40
u JS9
5
t
60
60
M l9
1 144
168 126
Ød h6
4
Ød H7 Ø65
Ø40 h6
Ø40 H7
27 20
0,1x45°
194
28
25
Ø40 h6
Shaft
Motor
AC AD1) k kB LB LBL
d 40 45
LA 63 117.8 124.0 425.5 470.0 184.5 229.0
71 138.8 134.0 457.5 512.5 216.5 271.5
l9 47.75 48.75
71Z 138.8 134.0 476.5 531.5 235.5 290.5
LE 80 156.3 149.2 521.5 581.5 280.5 340.5
80Z 156.3 149.2 556.5 616.5 315.5 375.5
M M16 M16
90 173.8 154.2 583.0 653.0 342.0 412.0
90Z 173.8 154.2 623.0 693.0 382.0 452.0
t 43.3 48.8
100 198.0 170.5 639.5 718.0 398.5 477.0
100Z 198.0 170.5 674.5 753.0 433.5 512.0
112 222.0 181.5 649.5 722.5 408.5 481.5
u 12 14
112Z 222.0 181.5 684 757 443 516
132 264.0 207.0 702.5 807.0 461.5 566.0
132Z 264.0 207.0 752.5 857.0 511.5 616.0
$ ISO 4014
( DIN 332
) Feather key/keyway DIN 6885-1 / Use bores only for foot-mounted design
1) AD depends on the motor options, for other dimensions see page 8/42.
Siemens MD 50.1 · 2017
6/57
SIMOGEAR geared motors Helical worm geared motors
Dimensions
C..89 gearbox in a foot-mounted design
C030, CA030, CAS030
C89
125 -0,5 154 25
kB k
LBL LB
© Siemens AG 2018
195 90 100
195 100
Ø45 k6 Ø45 k6
112,5 75
50
30,5 25
ØAC
180 -0,5 60
50
48,5 Ø45 k6
75
Ø17,5
50
50
135
6
CA89 108 105
u JS9
5
t
78
5 30
78
R3
M l9
1 l8
210 l11
Ød h6
4
Ød H7 Ø80
Ø50 h6
Ø50 H7
Ø50 h6
Ø17,5
150
120
185
AD
CAS89 142,5 105
14 5
90
80
5
Ø119
5 30 35 30
DR M16x36 4
Ø50
0,2x45°
240
40
35
Shaft
Motor
AC AD1) k kB LB LBL
d 50 60
LA 71 138.8 134.0 493.5 548.5 214.5 269.5
71Z 138.8 134.0 512.5 567.5 233.5 288.5
l8 183 180
LE 80 156.3 149.2 553.5 613.5 274.5 334.5
l9 44.5 57
80Z 156.3 149.2 588.5 648.5 309.5 369.5
90 173.8 154.2 615.0 685.0 336.0 406.0
l11 165 158
90Z 173.8 154.2 655.0 725.0 376.0 446.0
M M16 M20
100 198.0 170.5 671.5 750.0 392.5 471.0
100Z 198.0 170.5 706.5 785.0 427.5 506.0
t 53.8 64.4
112 222.0 181.5 681.5 754.5 402.5 475.5
112Z 222.0 181.5 706.5 779.5 427.5 500.5
$ ISO 4014
( DIN 332
) Feather key/keyway DIN 6885-1
1) AD depends on the motor options, for other dimensions see page 8/42.
6/58
Siemens MD 50.1 · 2017
u 14 18
132 264.0 207.0 734.5 839.0 455.5 560.0
132Z 264.0 207.0 784.5 889.0 505.5 610.0
© Siemens AG 2018
C.F.89 gearbox in a flange-mounted design
CF030, CAF030, CAFS030
CF89
125 Ø13,5
kB
k
154
LBL
45°
LB
SIMOGEAR geared motors Helical worm geared motors
Dimensions
100
240,5
90
15
4
180 -0,5 112,5 30,5 ØAC Ø45 k6 Ø180 j6 Ø250
Ø215 11
CAF89
150,5
108 105
5
t
78
78
M l9
1 l8
210 l11
Ød h6
4
R3
Ød H7 Ø80
Ø250 Ø119
Ø50 h6
Ø50 H7
Ø50 h6
154
AD
10
6
CAFS89
150,5
142,5 105
14 5
90
80
5
Ø250 48,5 Ø45 k6
35 30
DR M16x36 4
Ø50
0,2x45°
240
40
35
u JS9
Shaft
Motor
AC AD1) k kB LB LBL
d 50 60
LA 71 138.8 134.0 493.5 548.5 214.5 269.5
71Z 138.8 134.0 512.5 567.5 233.5 288.5
l8 183 180
LE 80 156.3 149.2 553.5 613.5 274.5 334.5
l9 44.5 57
80Z 156.3 149.2 588.5 648.5 309.5 369.5
90 173.8 154.2 615.0 685.0 336.0 406.0
$ ISO 4014
( DIN 332
/ Use bores only for foot-mounted design
l11
M
t
u
165
M16
53.8
14
158
M20
64.4
18
90Z 173.8 154.2 655.0 725.0 376.0 446.0
100 198.0 170.5 671.5 750.0 392.5 471.0
100Z 198.0 170.5 706.5 785.0 427.5 506.0
112 222.0 181.5 681.5 754.5 402.5 475.5
112Z 222.0 181.5 706.5 779.5 427.5 500.5
132 264.0 207.0 734.5 839.0 455.5 560.0
132Z 264.0 207.0 784.5 889.0 505.5 610.0
) Feather key/keyway DIN 6885-1 . For inner contour see page 6/65 1) AD depends on the motor options, for other dimensions see page 8/42.
Siemens MD 50.1 · 2017
6/59
180 -0,5 112,5 30,5 ØAC Ø190 Ø130 j6 Ø45 k6 Ø130 j6 Ø190
SIMOGEAR geared motors Helical worm geared motors
Dimensions
C.Z.89 gearbox in a housing flange design
CZ030, CAZ030, CAZS030
CZ89
125 60°
154 M12x20
kB k
LBL LB
Ø165
© Siemens AG 2018
100 3,5
195 100
3,5
11
6
CAZ89 108 105
u JS9
5
t
78
5 78
M l9
1 l8
210 l11
Ød h6
4
R3
Ød H7 Ø80
Ø50 h6
Ø50 H7
Ø50 h6
154 AD
CAZS89 142,5 105
14 5
90
80
5
Ø119
5
35 30
DR M16x36 4
Ø50
0,2x45°
240
40
35
48,5 Ø45 k6
Shaft
Motor
AC AD1) k kB LB LBL
d 50 60
LA 71 138.8 134.0 493.5 548.5 214.5 269.5
71Z 138.8 134.0 512.5 567.5 233.5 288.5
l8 183 180
LE 80 156.3 149.2 553.5 613.5 274.5 334.5
l9 44.5 57
80Z 156.3 149.2 588.5 648.5 309.5 369.5
90 173.8 154.2 615.0 685.0 336.0 406.0
l11 165 158
90Z 173.8 154.2 655.0 725.0 376.0 446.0
M M16 M20
100 198.0 170.5 671.5 750.0 392.5 471.0
100Z 198.0 170.5 706.5 785.0 427.5 506.0
t 53.8 64.4
112 222.0 181.5 681.5 754.5 402.5 475.5
112Z 222.0 181.5 706.5 779.5 427.5 500.5
u 14 18
132 264.0 207.0 734.5 839.0 455.5 560.0
132Z 264.0 207.0 784.5 889.0 505.5 610.0
$ ISO 4014
( DIN 332
) Feather key/keyway DIN 6885-1 / Use bores only for foot-mounted design
1) AD depends on the motor options, for other dimensions see page 8/42.
6/60
Siemens MD 50.1 · 2017
© Siemens AG 2018
CAD.89 gearbox in a shaft-mounted design
CAD030, CADS030
CAD89
kB
k
125
154
LBL
LB
SIMOGEAR geared motors Helical worm geared motors
Dimensions
AD 119 100 111,5 6,5
112,5
ØAC
30,5
250 180 -0,5
Ø60
11
Ø25
40 46
6
130,5
CAD89
CADS89
133,5
108 105
142,5 105
Ø119
R3 R30
Ø50
u JS9
5
t
78
78
M l9
1 l8
210 l11
Ød h6
4
Ød H7 Ø80
Ø50 h6
Ø50 H7
35 30
0,2x45°
240
40
35
Ø50 h6
Shaft
Motor
AC AD1) k kB LB LBL
d 50 60
LA 71 138.8 134.0 493.5 548.5 214.5 269.5
71Z 138.8 134.0 512.5 567.5 233.5 288.5
l8 183 180
LE 80 156.3 149.2 553.5 613.5 274.5 334.5
l9 44.5 57
80Z 156.3 149.2 588.5 648.5 309.5 369.5
90 173.8 154.2 615.0 685.0 336.0 406.0
l11 165 158
90Z 173.8 154.2 655.0 725.0 376.0 446.0
M M16 M20
100 198.0 170.5 671.5 750.0 392.5 471.0
100Z 198.0 170.5 706.5 785.0 427.5 506.0
t 53.8 64.4
112 222.0 181.5 681.5 754.5 402.5 475.5
112Z 222.0 181.5 706.5 779.5 427.5 500.5
u 14 18
132 264.0 207.0 734.5 839.0 455.5 560.0
132Z 264.0 207.0 784.5 889.0 505.5 610.0
$ ISO 4014
( DIN 332
) Feather key/keyway DIN 6885-1 / Use bores only for foot-mounted design
1) AD depends on the motor options, for other dimensions see page 8/42.
Siemens MD 50.1 · 2017
6/61
SIMOGEAR geared motors Helical worm geared motors
Dimensions
Helical worm tandem geared motors
© Siemens AG 2018
zB5 z5
LB
6
ØAC
Gearbox C.29-D/Z19 C.39-D/Z19 C.49-D/Z19
C.69-D/Z19
C.89-D/Z39
Motor LA63 LA63 LA71 LE71Z LA63 LA71 LA71Z LE80 LE80Z LA63 LA71 LA71Z LE80 LE80Z LA63 LA71 LA71Z LE80 LE80Z LE90 LE90Z
AC 117.8 117.8 138.8 138.8 117.8 138.8 138.8 156.3 156.3 117.8 138.8 138.8 156.3 156.3 117.8 138.8 138.8 156.3 156.3 173.8 173.8
6/62
Siemens MD 50.1 · 2017
z5 331.0 331.0 363.0 382.0 322.0 354.0 373.0 410.0 445.0 322.0 354.0 373.0 410.0 445.0 373.5 405.5 424.5 469.5 504.5 531.0 571.0
zB5 375.5 375.5 418.0 437.0 366.5 409.0 428.0 470.0 505.0 366.5 409.0 428.0 470.0 505.0 418.0 460.5 479.5 529.5 564.5 601.0 641.0
LB 160.5 160.5 184.5 203.5 160.5 184.5 203.5 240.0 275.0 160.5 184.5 203.5 240.0 275.0 194.0 226.0 245.0 290.0 325.0 351.5 391.5
SIMOLOC assembly system
CADR q1
© Siemens AG 2018
SIMOGEAR geared motors Helical worm geared motors
Dimensions
q2 to10
o8 m4
Ød Øg6
Ød
Øg7
Rz16
Ød h11
a10 to10
6
Note mounting tolerance to10 when positioning the torque arm.
d
g6
g7
m4
o8
q1
q2
a10
to10
CADR.29
20
58.5
56
18.5
151.0
102
75
11
+2.1
1"
+0.6
0.75"
CADR39
30
62.0
76
22
160.5
106
75
39
+2.2
25
+0.7
1.25"
1.1875"
1"
CADR49
35
65.0
84
24
192.0
124
90
35
+2.6
30
+0.8
1.4375"
1.375"
1.25"
1.1875"
CADR69
40
79.5
94
30
217.5
138
102
39
+2.5
35
+0.7
1.5"
1.4375"
1.375"
1.625"
CADR89
50
89.0
114
32
264.0
171
124
45
+3.4
40
+1.5
2"
1.9375"
1.75"
1.625"
Siemens MD 50.1 · 2017
6/63
SIMOGEAR geared motors Helical worm geared motors
Dimensions
Protection covers
Protection cover for hollow shaft
CAF, CAZ, CAD
q1
© Siemens AG 2018
Gearbox type CA.29
Protection cover
g7
67.0
q1
76.0
CA.39
82.5 73.0
CA.49
80.0 99.0
CA.69
99.0 95.5
CA.89
137.0 124.5
Øg7
6
Protection covers for hollow shaft with shrink disk CAS, CAFS, CAZS, CADS
q1
Rotating protective cover
Gearbox type CA.S29 CA.S39 CA.S49 CA.S69
Rotating protective cover with shrink disk version
g7
55.0
76.0
84.0
84.0
q1
85.0
89.5
107.0
115.0
Protection cover
g7s
58.0
82.5
86.0
99.0
q1s
91.0
109.0
122.0
126.5
CA.S89
94.0 125.5
137.0 176.5
Øg7s Øg7
G_D087_EN_00280
Protection cover Steel
q1s
Protection covers for hollow shaft with SIMOLOC assembly system
CADR
q1
Rotating protective cover
Gearbox type CADR29 CADR39
Rotating protective cover
g7
56.0
76.0
q1
101.5
106.0
Protection cover
g7s
58.0
82.5
q1s
102.0
109.0
CADR49
84.0 124.0
86.0 126.0
CADR69
94.0 144.0
99 145.5
CADR89
114.0 171.0
137.0 176.5
Øg7s Øg7
G_D087_EN_00281
Protection cover q1s
6/64
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Helical worm geared motors
Dimensions
Inner contour of the flange design
Notes regarding the design of the customer's interface for the solid shaft design
CF
i2
f1
Gearbox type CF29
CF39 CF49 CF69 CF89
a1 d d7 d1 d2 f1 i2 l l1 l2
120 20 40 - 70 3.0 40 40 24.0 -
160
70 101 3.5
8.5 24.5
160 25 30 - 100 3.5 50 50 5.0 -
200 30 35 - 118 3.5 60 60 5.5 -
200 35 45 105 120 4.0 70 70 4.5 48.0
250 45 70 134 165 4.0 90 90 6.5 53.0
l
Øa1
Ød2
Ød1
Ød7
Ød
6
l1 l2
Notes regarding the design of the customer's interface for the hollow shaft design
CAF.
f4 f1
Gearbox type CAF.29
CAF.39 CAF.49 CAF.69 CAF.89
a1 d d7 120 20 35 160 160 25/30 45 200 30/35 50 200 40/45 65 250 50/60 80
d1 d2 f1 - 70 3.0
70 101 3.5 80 102 3.5 90 120 3.5 105 120 4.0 134 147 4
f4 l1 l2 23.0 24.0 -
8.5 24.5 24.0 2.0 29.5 25.0 4.0 30.5 42.0 4.5 48.0 45.5 14.0 53.0
Øa1
Ød2
Ød1
Ød7
Ød
l1 l2
Siemens MD 50.1 · 2017
6/65
SIMOGEAR geared motors
Notes
© Siemens AG 2018
6
6/66
Siemens MD 50.1 · 2017
Worm geared motors
© Siemens AG 2018
7
7/2 Orientation
7/3 Geared motors up to 0.55 kW 7/3 Selection and ordering data
7/7 Transmission ratios and torques 7/7 Selection and ordering data
7/9 General technical specifications 7/9 Permissible radial force
7/9 Dimensions 7/9 Dimensional drawing overview 7/10 Worm geared motors S..09 7/14 Worm geared motors S..19 7/18 Worm geared motors S..29 7/22 Protection cover for hollow shaft
Siemens MD 50.1 · 2017
SIMOGEAR geared motors Worm geared motors
Orientation
SIMOGEAR worm geared motors S
© Siemens AG 2018
Fig. 7/1 Worm gearbox S
Gearbox designation
Number of frame sizes Maximum output torque
Transmission ratio
7
S09 ... S29 (1-stage)
3
T2N Nm 33 ... 116
i 5.0 ... 100
Maximum motor power P1 kW 0.55
SIMOGEAR worm geared motors are available in the following versions for mounting in any position: 7 1 stage 7 Shaft-mounted design with torque arm SAD 7 Flange-mounted design SF 7 Design with integrated housing flange SZ 7 Foot-mounted design S 7 Solid shaft design with feather key
(at one end or both ends) S 7 Hollow shaft design with feather key SA 7 Hollow shaft design with plug-in shaft SE
For worm gearboxes, the torque arm is supplied loose to enable it to be mounted as required on site. The position of the torque arm can be freely selected.
7/2
Siemens MD 50.1 · 2017
© Siemens AG 2018
Selection and ordering data
Prated
n2
T2
i
kW
rpm
Nm
-
0.09
S.29-LAI63MF6
8.5
46.2
100
10.6
41.0
80
14.2
34.5
60
S.19-LAI63MF6
10.6
39.6
80
14.2
33.8
60
17
30.0
50
S.09-LAI63MF6
14.2
29.9
60
17.0
26.8
50
21.2
23.5
40
0.12
S.29-LAI63ME4
13.5
40.3
100
16.9
35.7
80
22.5
29.9
60
27
26.5
50
33.8
22.9
40
45
18.5
30
S.19-LAI63ME4
16.9
34.8
80
22.5
29.5
60
27
26.2
50
33.8
22.6
40
45
18.2
30
54
15.9
25
67.5
13.5
20
90
10.6
15
135
7.4
10
193
5.4
7
270
3.9
5
S.09-LAI63ME4
22.5
26.4
60
27.0
23.5
50
33.8
20.5
40
45.0
16.9
30
54.0
14.8
25
67.5
12.7
20
90
10.1
15
135
7.2
10
193
5.2
7
270
3.8
5
0.18
S.29-LAI71MG6
10.6
82
80
14.2
69.1
60
17
61.5
50
21.2
53.2
40
28.3
43.3
30
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
fB
m
-
kg
1.6
8
2.1
8
2.8
8
0.9
6
1.4
6
1.7
6
0.8
5
1
5
1.3
5
1.7
8
2.3
8
2.7
8
3
8
3.4
8
4.1
8
1
6
1.5
6
1.7
6
2
6
2.4
6
2.5
6
3.2
6
4.1
6
5.7
6
7.6
6
10
6
0.88
5
1.1
5
1.4
5
1.7
5
1.9
5
2.2
5
2.7
5
3.9
5
5.3
5
6.7
5
1.1
10
1.4
10
1.5
10
1.8
10
2.1
10
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
SIMOGEAR geared motors Worm geared motors
Geared motors up to 0.55 kW
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3732 - 7 BD11 - 7 7 A1 P01 2KJ3732 - 7 BD11 - 7 7 B1 P01 2KJ3732 - 7 BD11 - 7 7 C1 P01
2KJ3731 - 7 BD11 - 7 7 B1 P01 2KJ3731 - 7 BD11 - 7 7 C1 P01 2KJ3731 - 7 BD11 - 7 7 D1 P01
2KJ3730 - 7 BD11 - 7 7 C1 P01 2KJ3730 - 7 BD11 - 7 7 D1 P01 2KJ3730 - 7 BD11 - 7 7 E1 P01
2KJ3732 - 7 BC11 - 7 7 A1
2KJ3732 - 7 BC11 - 7 7 B1
2KJ3732 - 7 BC11 - 7 7 C1
2KJ3732 - 7 BC11 - 7 7 D1
2KJ3732 - 7 BC11 - 7 7 E1 2KJ3732 - 7 BC11 - 7 7 F1
7
2KJ3731 - 7 BC11 - 7 7 B1 2KJ3731 - 7 BC11 - 7 7 C1 2KJ3731 - 7 BC11 - 7 7 D1 2KJ3731 - 7 BC11 - 7 7 E1 2KJ3731 - 7 BC11 - 7 7 F1 2KJ3731 - 7 BC11 - 7 7 G1 2KJ3731 - 7 BC11 - 7 7 H1 2KJ3731 - 7 BC11 - 7 7 J1 2KJ3731 - 7 BC11 - 7 7 K1 2KJ3731 - 7 BC11 - 7 7 L1 2KJ3731 - 7 BC11 - 7 7 M1
2KJ3730 - 7 BC11 - 7 7 C1 2KJ3730 - 7 BC11 - 7 7 D1 2KJ3730 - 7 BC11 - 7 7 E1 2KJ3730 - 7 BC11 - 7 7 F1 2KJ3730 - 7 BC11 - 7 7 G1 2KJ3730 - 7 BC11 - 7 7 H1 2KJ3730 - 7 BC11 - 7 7 J1 2KJ3730 - 7 BC11 - 7 7 K1 2KJ3730 - 7 BC11 - 7 7 L1 2KJ3730 - 7 BC11 - 7 7 M1
2KJ3732 - 7 CD11 - 7 7 B1 P01 2KJ3732 - 7 CD11 - 7 7 C1 P01 2KJ3732 - 7 CD11 - 7 7 D1 P01 2KJ3732 - 7 CD11 - 7 7 E1 P01 2KJ3732 - 7 CD11 - 7 7 F1 P01
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
7/3
SIMOGEAR geared motors Worm geared motors
Geared motors up to 0.55 kW
Selection and ordering data
Prated
n2
T2
i
kW
rpm
Nm
-
0.18
S.29-LAI63MF4
13.5
60.4
100
16.9
53.5
80
22.5
44.8
60
27
39.8
50
33.8
34.3
40
45
27.7
30
54
24.0
25
67.5
20.4
20
S.29-LAI63ME2
282
5.4
10
403
3.9
7
564
2.8
5
S.19-LAI71MG6
17.0
60.1
50
21.2
52.4
40
S.19-LAI63MF4
7
22.5
44.3
60
27.0
39.2
50
33.8
34.0
40
45
27.4
30
54
23.8
25
67.5
20.3
20
90
15.9
15
135
11.1
10
193
8.0
7
270
5.8
5
S.19-LAI63ME2
282
5.4
10
403
3.9
7
564
2.8
5
S.09-LAI63MF4
33.8
30.7
40
45.0
25.3
30
54.0
22.2
25
67.5
19.1
20
90
15.2
15
135
10.8
10
193
7.8
7
270
5.8
5
S.09-LAI63ME2
282
5.2
10
403
3.8
7
564
2.8
5
0.25
S.29-LAI71MH6
14.3
94.9
60
17.2
84.5
50
S.29-LAI71MG4
16.9
74.3
80
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
7/4
Siemens MD 50.1 · 2017
© Siemens AG 2018
fB
m
-
kg
1.2
8
1.5
8
1.8
8
2.0
8
2.3
8
2.8
8
3.1
8
3.7
8
9.9
8
13.4
8
18.1
8
0.86
8
1.0
8
1.0
6
1.1
6
1.3
6
1.6
6
1.6
6
2.2
6
2.7
6
3.8
6
5.1
6
6.7
6
5.6
6
7.5
6
9.9
6
0.91
5
1.1
5
1.3
5
1.4
5
1.8
5
2.6
5
3.5
5
4.5
5
3.9
5
5.3
5
7
5
1
10
1.1
10
1.1
10
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3732 - 7 BD11 - 7 7 A1 2KJ3732 - 7 BD11 - 7 7 B1 2KJ3732 - 7 BD11 - 7 7 C1 2KJ3732 - 7 BD11 - 7 7 D1 2KJ3732 - 7 BD11 - 7 7 E1 2KJ3732 - 7 BD11 - 7 7 F1 2KJ3732 - 7 BD11 - 7 7 G1 2KJ3732 - 7 BD11 - 7 7 H1
2KJ3732 - 7 BC11 - 7 7 K1 P00 2KJ3732 - 7 BC11 - 7 7 L1 P00 2KJ3732 - 7 BC11 - 7 7 M1 P00
2KJ3731 - 7 CD11 - 7 7 D1 P01 2KJ3731 - 7 CD11 - 7 7 E1 P01
2KJ3731 - 7 BD11 - 7 7 C1 2KJ3731 - 7 BD11 - 7 7 D1 2KJ3731 - 7 BD11 - 7 7 E1 2KJ3731 - 7 BD11 - 7 7 F1 2KJ3731 - 7 BD11 - 7 7 G1 2KJ3731 - 7 BD11 - 7 7 H1 2KJ3731 - 7 BD11 - 7 7 J1 2KJ3731 - 7 BD11 - 7 7 K1 2KJ3731 - 7 BD11 - 7 7 L1 2KJ3731 - 7 BD11 - 7 7 M1
2KJ3731 - 7 BC11 - 7 7 K1 P00 2KJ3731 - 7 BC11 - 7 7 L1 P00 2KJ3731 - 7 BC11 - 7 7 M1 P00
2KJ3730 - 7 BD11 - 7 7 E1 2KJ3730 - 7 BD11 - 7 7 F1 2KJ3730 - 7 BD11 - 7 7 G1 2KJ3730 - 7 BD11 - 7 7 H1 2KJ3730 - 7 BD11 - 7 7 J1 2KJ3730 - 7 BD11 - 7 7 K1 2KJ3730 - 7 BD11 - 7 7 L1 2KJ3730 - 7 BD11 - 7 7 M1
2KJ3730 - 7 BC11 - 7 7 K1 P00 2KJ3730 - 7 BC11 - 7 7 L1 P00 2KJ3730 - 7 BC11 - 7 7 M1 P00
2KJ3732 - 7 CE11 - 7 7 C1 P01 2KJ3732 - 7 CE11 - 7 7 D1 P01
2KJ3732 - 7 CD11 - 7 7 B1
page 10/44 page 11/2 page 10/37
© Siemens AG 2018
Selection and ordering data
Prated
n2
T2
i
kW
rpm
Nm
-
0.25
S.29-LAI71MG4
22.5
62.3
60
27
55.3
50
33.8
47.6
40
45
38.5
30
54
33.4
25
S.29-LAI63MF2
283
7.4
10
404
5.4
7
566
3.9
5
S.19-LAI71MG4
27
54.5
50
33.8
47.2
40
45
38
30
54
33.1
25
67.5
28.1
20
90
22.1
15
135
15.5
10
193
11.2
7
270
8.1
5
S.19-LAI63MF2
283
7.4
10
404
5.4
7
566
3.9
5
S.09-LAI63MF2
70.8
21.3
40
94.3
17.2
30
113
15.2
25
142
13
20
189
10.3
15
283
7.3
10
404
5.3
7
566
3.8
5
0.37
S.29-LAI71MH4
22.8
90.9
60
27.4
80.7
50
34.2
69.5
40
45.7
56.2
30
54.8
48.7
25
68.5
41.3
20
S.29-LAI71MG2
274
11.4
10
391
8.2
7
548
6
5
S.19-LAI71MH4
54.8
48.3
25
68.5
41.1
20
91.3
32.2
15
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
fB
m
-
kg
1.3
10
1.4
10
1.7
10
2
10
2.3
10
7.1
8
9.7
8
13.1
8
0.82
8
0.95
8
1.2
8
1.2
8
1.5
8
2
8
2.8
8
3.7
8
4.8
8
4
6
5.4
6
7.1
6
1
5
1.2
5
1.4
5
1.6
5
2
5
2.8
5
3.8
5
5
5
0.89
10
0.98
10
1.1
10
1.4
10
1.5
10
1.8
10
4.8
10
6.5
10
8.7
10
0.81
8
1.1
8
1.3
8
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
SIMOGEAR geared motors Worm geared motors
Geared motors up to 0.55 kW
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3732 - 7 CD11 - 7 7 C1 2KJ3732 - 7 CD11 - 7 7 D1 2KJ3732 - 7 CD11 - 7 7 E1 2KJ3732 - 7 CD11 - 7 7 F1 2KJ3732 - 7 CD11 - 7 7 G1
2KJ3732 - 7 BD11 - 7 7 K1 P00 2KJ3732 - 7 BD11 - 7 7 L1 P00 2KJ3732 - 7 BD11 - 7 7 M1 P00
2KJ3731 - 7 CD11 - 7 7 D1
2KJ3731 - 7 CD11 - 7 7 E1
2KJ3731 - 7 CD11 - 7 7 F1
2KJ3731 - 7 CD11 - 7 7 G1
2KJ3731 - 7 CD11 - 7 7 H1
2KJ3731 - 7 CD11 - 7 7 J1
2KJ3731 - 7 CD11 - 7 7 K1
2KJ3731 - 7 CD11 - 7 7 L1
7
2KJ3731 - 7 CD11 - 7 7 M1
2KJ3731 - 7 BD11 - 7 7 K1 P00 2KJ3731 - 7 BD11 - 7 7 L1 P00 2KJ3731 - 7 BD11 - 7 7 M1 P00
2KJ3730 - 7 BD11 - 7 7 E1 P00 2KJ3730 - 7 BD11 - 7 7 F1 P00 2KJ3730 - 7 BD11 - 7 7 G1 P00 2KJ3730 - 7 BD11 - 7 7 H1 P00 2KJ3730 - 7 BD11 - 7 7 J1 P00 2KJ3730 - 7 BD11 - 7 7 K1 P00 2KJ3730 - 7 BD11 - 7 7 L1 P00 2KJ3730 - 7 BD11 - 7 7 M1 P00
2KJ3732 - 7 CE11 - 7 7 C1 2KJ3732 - 7 CE11 - 7 7 D1 2KJ3732 - 7 CE11 - 7 7 E1 2KJ3732 - 7 CE11 - 7 7 F1 2KJ3732 - 7 CE11 - 7 7 G1 2KJ3732 - 7 CE11 - 7 7 H1
2KJ3732 - 7 CD11 - 7 7 K1 P00 2KJ3732 - 7 CD11 - 7 7 L1 P00 2KJ3732 - 7 CD11 - 7 7 M1 P00
2KJ3731 - 7 CE11 - 7 7 G1 2KJ3731 - 7 CE11 - 7 7 H1 2KJ3731 - 7 CE11 - 7 7 J1
page 10/44 page 11/2 page 10/37
Siemens MD 50.1 · 2017
7/5
SIMOGEAR geared motors Worm geared motors
Geared motors up to 0.55 kW
Selection and ordering data
Prated
n2
T2
i
kW
rpm
Nm
-
0.37
S.19-LAI71MH4
137
22.6
10
196
16.3
7
274
11.8
5
S.19-LAI71MG2
274
11.4
10
391
8.2
7
548
5.9
5
0.55
S.29-LAI71MH2
280
16.5
10
400
11.9
7
560
8.7
5
S.19-LAI71MH2
112
35.8
25
140
30.4
20
S.19-LAI71MH2
187
23.7
15
7
280
16.5
10
400
11.9
7
560
8.6
5
Article No. supplement Shaft design Frequency and voltage Gearbox mounting type
© Siemens AG 2018
fB
m
-
kg
1.9
8
2.5
8
3.3
8
2.7
8
3.6
8
4.7
8
3.2
10
4.4
10
5.9
10
0.83
8
1
8
1.3
8
1.8
8
2.4
8
3.2
8
1, 5, 6, 7 or 9 2 or 9 A, D, F or H
Article No.
Order code
(Article No. supplement below) No. of poles
2KJ3731 - 7 CE11 - 7 7 K1 2KJ3731 - 7 CE11 - 7 7 L1 2KJ3731 - 7 CE11 - 7 7 M1
2KJ3731 - 7 CD11 - 7 7 K1 P00 2KJ3731 - 7 CD11 - 7 7 L1 P00 2KJ3731 - 7 CD11 - 7 7 M1 P00
2KJ3732 - 7 CE11 - 7 7 K1 P00 2KJ3732 - 7 CE11 - 7 7 L1 P00 2KJ3732 - 7 CE11 - 7 7 M1 P00
2KJ3731 - 7 CE11 - 7 7 G1 P00 2KJ3731 - 7 CE11 - 7 7 H1 P00
2KJ3731 - 7 CE11 - 7 7 J1 P00 2KJ3731 - 7 CE11 - 7 7 K1 P00 2KJ3731 - 7 CE11 - 7 7 L1 P00 2KJ3731 - 7 CE11 - 7 7 M1 P00
page 10/44 page 11/2 page 10/37
7/6
Siemens MD 50.1 · 2017
© Siemens AG 2018
SIMOGEAR geared motors Worm geared motors
Transmission ratios and torques
Selection and ordering data
i S.09
Lead
nmot = 2 800 rpm
angle of
the worm n2
T2N
Pmot
m
rpm Nm kW %
nmot = 1 400 rpm
n2
T2N
Pmot
rpm Nm kW
%
Motor frame size Article No.
63
71
80
2.1
35.0 18
0.14 48
17.5 19
0.07 47
2KJ3730 - 7 7 7 7 7 - 77 B1
60
2.7
46.7 22
0.20 55
23.3 24
0.11 52
2KJ3730 - 7 7 7 7 7 - 77 C1
50
3.2
56.0 21
0.21 58
28.0 27
0.14 56
2KJ3730 - 7 7 7 7 7 - 77 D1
40
3.8
70.0 21
0.24 63
35.0 28
0.17 61
2KJ3730 - 7 7 7 7 7 - 77 E1
30
4.6
93.3 20
0.29 68
46.7 28
0.20 67
2KJ3730 - 7 7 7 7 7 - 77 F1
25
5.2
112.0 20
0.33 72
56.0 27
0.23 70
2KJ3730 - 7 7 7 7 7 - 77 G1
20
7.4
140.0 21
0.40 77
70.0 27
0.26 75
2KJ3730 - 7 7 7 7 7 - 77 H1
15
9.2
186.7 20
0.48 81
93.3 27
0.33 80
2KJ3730 - 7 7 7 7 7 - 77 J1
10
14.0
280.0 20
0.68 86 140.0 27
0.47 85
2KJ3730 - 7 7 7 7 7 - 77 K1
7
19.0
400.0 19
0.89 89 200.0 26
0.62 88
2KJ3730 - 7 7 7 7 7 - 77 L1
5
25.0
560.0 19
1.22 91 280.0 25
0.81 91
2KJ3730 - 7 7 7 7 7 - 77 M1
S.19
80
3.5
35.0 33
0.22 55
17.5 35
0.12 54
2KJ3731 - 7 7 7 7 7 - 77 B1
60
3.5
46.7 33
0.26 61
23.3 44
0.18 59
2KJ3731 - 7 7 7 7 7 - 77 C1
50
4.0
56.0 33
0.30 64
28.0 44
0.20 63
2KJ3731 - 7 7 7 7 7 - 77 D1
40
4.5
70.0 31
0.33 68
35.0 43
0.24 67
2KJ3731 - 7 7 7 7 7 - 77 E1
30
5.5
93.3 31
0.42 73
46.7 41
0.28 72
2KJ3731 - 7 7 7 7 7 - 77 F1
7
25
6.5
112.0 31
0.48 76
56.0 41
0.32 75
2KJ3731 - 7 7 7 7 7 - 77 G1
20
9.5
140.0 31
0.56 81
70.0 41
0.38 80
2KJ3731 - 7 7 7 7 7 - 77 H1
15
11.0
186.7 30
0.70 84
93.3 41
0.48 84
2KJ3731 - 7 7 7 7 7 - 77 J1
10
17.0
280.0 30
1.00 88 140.0 40
0.67 88
2KJ3731 - 7 7 7 7 7 - 77 K1
7
17.0
400.0 29
1.33 91 200.0 39
0.91 90
2KJ3731 - 7 7 7 7 7 - 77 L1
5
23.0
560.0 28
1.78 92 280.0 37
1.18 92
2KJ3731 - 7 7 7 7 7 - 77 M1
S.29
100
2.0
28.0 57
0.33 50
14.0 72
0.22 49
2KJ3732 - 7 7 7 7 7 - 77 A1
80
2.5
35.0 57
0.39 54
17.5 80
0.27 54
2KJ3732 - 7 7 7 7 7 - 77 B1
60
3.0
46.7 57
0.46 60
23.3 78
0.32 59
2KJ3732 - 7 7 7 7 7 - 77 C1
50
3.5
56.0 55
0.50 64
28.0 75
0.35 63
2KJ3732 - 7 7 7 7 7 - 77 D1
40
4.5
70.0 55
0.59 68
35.0 74
0.40 68
2KJ3732 - 7 7 7 7 7 - 77 E1
30
5.0
93.3 53
0.71 73
46.7 73
0.49 73
2KJ3732 - 7 7 7 7 7 - 77 F1
25
6.0
112.0 53
0.82 76
56.0 73
0.56 76
2KJ3732 - 7 7 7 7 7 - 77 G1
20
8.5
140.0 53
0.96 81
70.0 73
0.67 80
2KJ3732 - 7 7 7 7 7 - 77 H1
15
10.0
186.7 53
1.23 84
93.3 72
0.84 84
2KJ3732 - 7 7 7 7 7 - 77 J1
10
15.0
280.0 53
1.77 88 140.0 72
1.20 88
2KJ3732 - 7 7 7 7 7 - 77 K1
7
15.0
400.0 53
2.44 91 200.0 71
1.63 91
2KJ3732 - 7 7 7 7 7 - 77 L1
5
21.0
560.0 51
3.22 93 280.0 69
2.18 93
2KJ3732 - 7 7 7 7 7 - 77 M1
Siemens MD 50.1 · 2017
7/7
© Siemens AG 2018
SIMOGEAR geared motors Worm geared motors
Transmission ratios and torques
Selection and ordering data
i S.09
Lead
nmot = 900 rpm
angle of
the worm n2
T2N
Pmot
m
rpm Nm kW %
nmot = 500 rpm
n2
T2N
Pmot
rpm Nm kW
%
Motor frame size Article No.
63
71
80
2.1
11.3 19 0.05
44
6.3 20 0.03
40
2KJ3730 - 7 7 7 7 7 - 77 B1
60
2.7
15.0 24 0.08
50
8.3 24 0.05
45
2KJ3730 - 7 7 7 7 7 - 77 C1
50
3.2
18.0 27 0.10
53
10.0 28 0.06
49
2KJ3730 - 7 7 7 7 7 - 77 D1
40
3.8
22.5 31 0.13
58
12.5 31 0.08
54
2KJ3730 - 7 7 7 7 7 - 77 E1
30
4.6
30.0 32 0.16
64
16.7 33 0.10
60
2KJ3730 - 7 7 7 7 7 - 77 F1
25
5.2
36.0 32 0.18
68
20.0 32 0.10
64
2KJ3730 - 7 7 7 7 7 - 77 G1
20
7.4
45.0 31 0.20
73
25.0 31 0.12
70
2KJ3730 - 7 7 7 7 7 - 77 H1
15
9.2
60.0 33 0.27
78
33.3 33 0.15
75
2KJ3730 - 7 7 7 7 7 - 77 J1
10
14.0
90.0 32 0.36
84
50.0 33 0.21
81
2KJ3730 - 7 7 7 7 7 - 77 K1
7
19.0
128.6 31 0.48
87
71.4 33 0.29
85
2KJ3730 - 7 7 7 7 7 - 77 L1
5
25.0
180.0 30 0.63
90 100.0 33 0.39
88
2KJ3730 - 7 7 7 7 7 - 77 M1
S.19
80
3.5
11.3 35 0.08
51
6.3 36 0.05
47
2KJ3731 - 7 7 7 7 7 - 77 B1
60
3.5
15.0 49 0.14
57
8.3 51 0.09
52
2KJ3731 - 7 7 7 7 7 - 77 C1
50
4.0
18.0 51 0.16
61
10.0 59 0.11
56
2KJ3731 - 7 7 7 7 7 - 77 D1
40
4.5
22.5 51 0.18
65
12.5 64 0.14
61
2KJ3731 - 7 7 7 7 7 - 77 E1
7
30
5.5
30.0 50 0.22
70
16.7 63 0.17
66
2KJ3731 - 7 7 7 7 7 - 77 F1
25
6.5
36.0 49 0.25
74
20.0 62 0.19
70
2KJ3731 - 7 7 7 7 7 - 77 G1
20
9.5
45.0 50 0.30
78
25.0 62 0.22
75
2KJ3731 - 7 7 7 7 7 - 77 H1
15
11.0
60.0 50 0.38
82
33.3 62 0.27
79
2KJ3731 - 7 7 7 7 7 - 77 J1
10
17.0
90.0 49 0.53
87
50.0 61 0.38
85
2KJ3731 - 7 7 7 7 7 - 77 K1
7
17.0
128.6 47 0.70
90
71.4 58 0.49
88
2KJ3731 - 7 7 7 7 7 - 77 L1
5
23.0
180.0 44 0.91
91 100.0 56 0.65
90
2KJ3731 - 7 7 7 7 7 - 77 M1
S.29
100
2.0
9.0 72 0.14
47
5.0 72 0.09
43
2KJ3732 - 7 7 7 7 7 - 77 A1
80
2.5
11.3 92 0.21
52
6.3 93 0.13
48
2KJ3732 - 7 7 7 7 7 - 77 B1
60
3.0
15.0 93 0.26
57
8.3 116 0.19
53
2KJ3732 - 7 7 7 7 7 - 77 C1
50
3.5
18.0 90 0.28
61
10.0 115 0.21
57
2KJ3732 - 7 7 7 7 7 - 77 D1
40
4.5
22.5 90 0.32
66
12.5 113 0.24
62
2KJ3732 - 7 7 7 7 7 - 77 E1
30
5.0
30.0 86 0.38
72
16.7 110 0.28
68
2KJ3732 - 7 7 7 7 7 - 77 F1
25
6.0
36.0 85 0.43
75
20.0 109 0.32
71
2KJ3732 - 7 7 7 7 7 - 77 G1
20
8.5
45.0 85 0.51
79
25.0 109 0.38
76
2KJ3732 - 7 7 7 7 7 - 77 H1
15
10.0
60.0 85 0.64
83
33.3 109 0.47
81
2KJ3732 - 7 7 7 7 7 - 77 J1
10
15.0
90.0 85 0.92
87
50.0 109 0.66
86
2KJ3732 - 7 7 7 7 7 - 77 K1
7
15.0
128.6 84 1.26
90
71.4 107 0.90
89
2KJ3732 - 7 7 7 7 7 - 77 L1
5
21.0
180.0 82 1.68
92 100.0 105 1.21
91
2KJ3732 - 7 7 7 7 7 - 77 M1
7/8
Siemens MD 50.1 · 2017
© Siemens AG 2018
Permissible radial force FRperm
Gearbox d
l
y
type
mm
mm
mm
S09
16
40
83.5
SF09
106.0
S19
20
40
98.0
SF19
128.0
S29
20
40
120.5
SF29
153.5
z mm
63.5 86.0 78.0 108.0 100.5 133.5
SIMOGEAR geared motors Worm geared motors
General technical specifications
a kNmm 36 000
76 000
72 000
FRperm in N with x = l/2 for output speeds n2 in rpm
16
25
40
63
100 160
1 800 1 800 3 800 3 200 3 600 3 600
1 800 1 800 3 800 3 120 3 600 3 600
1 800 1 800 3 800 2 920 3 600 3 600
1 800 1 800 3 200 2 450 3 600 3 600
1 800 1 620 2 650 2 030 3 600 3 150
1 690 1 330 2 180 1 670 3 290 2 580
250
1 400 1 100 1 780 1 360 2 680 2 110
400
1 120 880
1 420 1 090 2 120 1 660
Dimensions
Dimensional drawing overview
Information about dimensional drawings can be found in chapter Introduction on page 1/21.
Design
Frame size
Dimensional drawing on page
7
Foot-mounted design
S.09
7/10
S.19
7/14
S.29
7/18
Flange-mounted design
S.F09
7/11
S.F19
7/15
S.F29
7/19
Housing flange design
S.Z09
7/12
S.Z19
7/16
S.Z29
7/20
Shaft-mounted design
SAD09
7/13
SAD19
7/17
SAD29
7/21
Additional versions and options
Protection cover for hollow shafts
7/22
Siemens MD 50.1 · 2017
7/9
Ød to1
6
SIMOGEAR geared motors Worm geared motors
Dimensions
S.09 gearbox in a foot-mounted design
S030, SA030, SE030
S09
kB
k
45 -0,3 60
LBL
6
LB
© Siemens AG 2018
82,5
40
40
q
AD
40
l
6
Ø16 k6
ØAC t
20
30 6
55
45 -0,3 57 -0,3
27,5
20
Ød to1 6,6
27,5 20
55
Ø6,6 20
u5
l
l3
l4
65
i
78
7
SA09
44 42
DR M5x12,5 4
SE09
44
84,5
Ø16 k6
ua JS9
5
ta
30
2 9,5
30
R1,6
M5 19,8
1 69
84 60
Øda h6
4
Øda H7 Ø25 5 JS9
5 18
M5 1
44,5
52
2,5
40
84
32
111,5
DR M5x12,5 4
Solid shaft d
to1
l
l3
l4
u
t
14
k6
30
22
4
5
16
16
k6
40
32
4
5
18
Motor
AC
LAI 63
118
AD 1) 101
k 284.5
$ ISO 4014
( DIN 332
1) AD depends on the motor options, for other dimensions, see page 8/48.
7/10
Siemens MD 50.1 · 2017
q 72.5 82.5
kB 335.5
i
Hollow shaft da
ua
40
14
5
50
16
5
ta 16.3 18.3
LB 179.5
LBL 230.5
) Feather key/keyway DIN 6885-1 * Solid shaft with 2nd shaft extension only d16
© Siemens AG 2018
S.F09 gearbox in a flange-mounted design
SF030, SAF030, SEF030
SF09
kB
k
45 -0,3
60
LBL
LB
Ø6,6
45°
SIMOGEAR geared motors Worm geared motors
Dimensions
40
105
AD
30 ØAC
18 Ø16 k6 45 -0,3 57 -0,3 Ø16 k6 b1 to2 Øa1
Øe1
55
40
32
4
78
f1
c1
40
DR M5x12,5 4
SAF09
65
SEF09
84,5
7
44 42
44
65
90
Øa1 Ø16 k6
Øa1
45° R1,6
5
ta
30
30
5 18
2,5
40
84
32
Øe1 Ø6,6
5 JS9
Ø25
M5
1
19,8
69
84
60
Øda H7
M5
111,5
1
DR M5x12,5
4
Øda h6
4
ua JS9
Hollow shaft da 14 16
Flange
a1
80
120
Motor
AC
LAI 63
118
e1 65
100
AD 1) 101
ua 5 5
b1 50 80
k 284.5
$ ISO 4014
( DIN 332
1) AD depends on the motor options, for other dimensions, see page 8/48.
to2 j6 j6
kB 335.5
ta 16.3 18.3
c1 7 7
LB 179.5
f1 2.5 3.0
LBL 230.5
) Feather key/keyway DIN 6885-1
Siemens MD 50.1 · 2017
7/11
Ød to1 Ø47 H7
Ø72
SIMOGEAR geared motors Worm geared motors
Dimensions
S.Z09 gearbox in a housing flange design
SZ030, SAZ030, SEZ030
SZ09
kB
k
45 -0,3 60
LBL
LB
Ø60
45 -0,3 57 -0,3 30
7
SAZ09
44 42
© Siemens AG 2018
82,5 40 40
q
AD
40
l
6
Ø16 k6
ØAC t
Ød to1
u5
l
l3
l4
DR M5x12,5 4
SEZ09
44
84,5
3,5 78
Ø16 k6
ua JS9
5
ta
30
30
M5 19,8
1 69
84 60
Øda h6
4
R1,6
Øda H7 Ø25 5 JS9
5 18
M5 1
2,5
40
84
32
111,5
DR M5x12,5 4
Solid shaft d
to1
l
l3
14
k6
30
22
16
k6
40
32
Motor
AC
LAI 63
118
AD 1) 101
l4
u
4
5
4
5
k 284.5
$ ISO 4014
( DIN 332
1) AD depends on the motor options, for other dimensions, see page 8/48.
7/12
Siemens MD 50.1 · 2017
t
q
16
72.5
18
82.5
kB 335.5
Hollow shaft da 14 16
LB 179.5
ua
ta
5
16.3
5
18.3
LBL 230.5
) Feather key/keyway DIN 6885-1 * Solid shaft with 2nd shaft extension only d16
© Siemens AG 2018
SAD09 gearbox in a shaft-mounted design
SAD030
SAD09
kB
k
45 -0,3
60
LBL
LB
SIMOGEAR geared motors Worm geared motors
Dimensions
AD
50
40
44
2
ØAC
57 -0,3
30
45 -0,3
90
Ø20
Ø9
SAD09 44 42
78 12 48,5
7
R1,6 R15
ua JS9
Øda H7 Ø25
5
ta
30
30
M5 19,8
1 69
84 60
Øda h6
4
Hollow shaft da 14 16
Motor
AC
LAI 63
118
AD 1) 101
ua 5 5
k 284.5
$ ISO 4014
( DIN 332
1) AD depends on the motor options, for other dimensions, see page 8/48.
kB 335.5
ta 16.3 18.3
LB 179.5
LBL 230.5
) Feather key/keyway DIN 6885-1
Siemens MD 50.1 · 2017
7/13
Ød to1
7
SIMOGEAR geared motors Worm geared motors
Dimensions
S.19 gearbox in a foot-mounted design
S030, SA030, SE030
S19
kB
k
50 -0,4 67
LBL
7
LB
© Siemens AG 2018
90 40 47,5
90 AD 47,5 40
6
Ø20 k6
ØAC t
20
36 7
60
50 -0,4 63 -0,4
30
20
Ød to1 6,6
30 20
60
6,6 20
u5
l
l3
l4
75
i
90
7
SA19
52 50
DR M6x16 4
SE19
52
92,5
Ø20 k6
ua JS9
5
ta
35
2,5 12,5
35
5 22,5
Øda H7 Ø30 6 JS9
R1,6
M6
23,4
M6
1
84
1
100
75
Øda h6
4
45
55
2,5
40
100
32
126,5
DR M6x16 4
Solid shaft d
to1
l
l3
18
k6
40
32
20
k6
40
32
Motor
AC
AD 1)
LAI 63
118
101
LAI 71
139
111
l4 4 4
k 296.5 327.0
i 52.5 52.5
$ ISO 4014
( DIN 332
1) AD depends on the motor options, for other dimensions, see page 8/48.
7/14
Siemens MD 50.1 · 2017
u 6 6
kB 347.5 378.5
t 20.5 22.5
Hollow shaft da 18 20
LB 179.5 210
ua 6 6
LBL 230.5 261.5
ta 20.8 22.8
) Feather key/keyway DIN 6885-1 * Solid shaft with 2nd shaft extension only d20
36 ØAC
22,5 Ø20 k6 50 -0,4 63 -0,4 Ø20 k6 b1 to2 Øa1
© Siemens AG 2018
S.F19 gearbox in a flange-mounted design
SF030, SAF030, SEF030
SF19
kB
k
50 -0,4
67
LBL
LB
Øs1
45°
Øe1
65
40
32
4
SAF19
80
52 50
DR M6x16 4
SEF19
52
92,5 80
SIMOGEAR geared motors Worm geared motors
Dimensions
47,5
120
AD
90
f1
c1
40
7
Øa1 Ø20 k6
Øa1
ua JS9
5
ta
35
35
M6
1
23,4
84
100
75
Øda h6
4
R1,6
Øda H7
Ø30
6 JS9
5 22,5
M6 1
2,5
40
100
32
126,5
DR M6x16 4
Hollow shaft da 18 20
Flange
a1
110
120
Motor
AC
LAI 63
118
LAI 71
139
e1 87
100 AD 1) 101 111
ua 6 6
b1
to2
60
H8
80
j6
k 296.5 327.0
$ ISO 4014
( DIN 332
1) AD depends on the motor options, for other dimensions, see page 8/48.
c1 8 8
kB 347.5 378.5
ta 20.8 22.8
f1 4.0 3.0
LB 179.5 210
s1 9
6.6
LBL 230.5 261.5
) Feather key/keyway DIN 6885-1
Siemens MD 50.1 · 2017
7/15
Ød to1 Ø47 H8
Ø82
SIMOGEAR geared motors Worm geared motors
Dimensions
S.Z19 gearbox in a housing flange design
SZ030, SAZ030, SEZ030
SZ19
kB
k
50 -0,4 67
LBL
LB
Ø70
50 -0,4 63 -0,4 36
7
SAZ19
52 50
© Siemens AG 2018
90 40 47,5
90 AD 47,5 l
6
Ø20 k6
ØAC t
Ød to1
u5
l
l3
l4
DR M6x16 4
SEZ19
52
92,5
3,5 90
Ø20 k6
ua JS9
5
ta
35
35
M6 23,4
1 84
100 75
Øda h6
4
R1,6
Øda H7 Ø30 6 JS9
5 22,5
M6 1
2,5
40
100
32
126,5
DR M6x16 4
Solid shaft d
to1
l
l3
l4
u
18
k6
40
31
4
6
20
k6
40
32
4
6
Motor
AC
AD 1)
k
LAI 63
118
101
296.5
LAI 71
139
111
327.0
$ ISO 4014
( DIN 332
1) AD depends on the motor options, for other dimensions, see page 8/48.
7/16
Siemens MD 50.1 · 2017
t 20.5 22.5
kB 347.5 378.5
Hollow shaft da 18 20
LB 179.5 210
ua 6 6
LBL 230.5 261.5
ta 20.8 22.8
) Feather key/keyway DIN 6885-1 * Solid shaft with 2nd shaft extension only d20
© Siemens AG 2018
SAD19 gearbox in a shaft-mounted design
SAD030
SAD19
kB
k
50 -0,4
67
LBL
LB
SIMOGEAR geared motors Worm geared motors
Dimensions
AD 58,5 47,5 52,5
2,5
ØAC
63 -0,4
36
50 -0,4
100
Ø20
Ø9
SAD19 52 50
90 12 55,5
7
R1,6 R15
ua JS9
Øda H7 Ø30
5
ta
35
35
M6 23,4
1 84
100 75
Øda h6
4
Hollow shaft da 18 20
Motor
AC
LAI 63
118
LAI 71
139
AD 1) 101 111
ua 6 6
k 296.5 327.0
$ ISO 4014
( DIN 332
1) AD depends on the motor options, for other dimensions, see page 8/48.
kB 347.5 378.5
ta 20.8 22.8
LB 179.5 210.0
LBL 230.5 261.5
) Feather key/keyway DIN 6885-1
Siemens MD 50.1 · 2017
7/17
Ød to1
8
SIMOGEAR geared motors Worm geared motors
Dimensions
S.29 gearbox in a foot-mounted design
S030, SA030, SE030
S29
kB
k
63 -0,5 83
LBL
8
LB
© Siemens AG 2018
102 40 58
q
AD
58
l
6
Ø20 k6
ØAC t
25
50 8
70
63 -0,5 82 -0,5
35
25
35 25
70
9 25
Ød to1 9
u5
l
l3
l4
90
i
107
7
SA29
63 60,5
DR M6x16 4
SE29
63
103
Ø20 k6
ua JS9
5
ta
40
2,5 15,5
40
5 22,5
Øda H7 Ø40 6 JS9
R1,6
M
l9
M
1
106
1
121
95
Øda h6
4
45
58
2,5
40
121
32
148,5
DR M6x16 4
Solid shaft d
to1
l
l3
l4
20
k6
40 32
4
25
k6
50 40
5
Motor
AC
AD 1)
LAI 63
118
101
LAI 71
139
111
u
t
q
6
22.5 102
8
28.0 112
k 325.5 356.5
$ ISO 4014
( DIN 332
1) AD depends on the motor options, for other dimensions, see page 8/48.
i 57 67
kB 376.5 407.5
Hollow shaft da
ua
20 6
25 8
LB 179.5 210.5
ta
l9
M
22.8 23.4 M6
28.3 32.6 M10
LBL 230.5 261.5
) Feather key/keyway DIN 6885-1 * Solid shaft with 2nd shaft extension only d20
7/18
Siemens MD 50.1 · 2017
50 ØAC
22,5 Ø20 k6 63 -0,5 82 -0,5 Ø20 k6 b1 to2 Øa1
© Siemens AG 2018
S.F29 gearbox in a flange-mounted design
SF030, SAF030, SEF030
SF29
kB
k
63 -0,5
83
LBL
LB
Øs1
45°
Øe1
65
40
32
4
SAF29
qa
63 60,5
DR M6x16 4
SEF29
103
63
qe
SIMOGEAR geared motors Worm geared motors
Dimensions
58
q
AD
90
f1
c1
40
7
Øa1 Ø20 k6
Øa1
ua JS9
5
ta
40
40
M
1
l9
106
121
95
Øda h6
4
R1,6
Øda H7
Ø40
6 JS9
5 22,5
M 1
2,5
40
121
32
148,5
DR M6x16 4
Hollow shaft da 20 25
Flange
a1
120
160
Motor
AC
LAI 63
118
LAI 71
139
ua 6 8
e1
b1
100
80
130
110
AD 1)
101
111
to2 j6 j6
k 325.5 356.5
ta 22.8 28.3
c1 8 8
$ ISO 4014
( DIN 332
1) AD depends on the motor options, for other dimensions, see page 8/48.
f1 3.0 3.5
kB 376.5 407.5
l9 23.4 32.6
s1 6.6 9.0
LB 179.5 210.5
M M6 M10
q
qa / qe
120
80
135
85
LBL 230.5 261.5
) Feather key/keyway DIN 6885-1
Siemens MD 50.1 · 2017
7/19
Ød to1 Ø62 H8 Ø100
SIMOGEAR geared motors Worm geared motors
Dimensions
S.Z29 gearbox in a housing flange design
SZ030, SAZ030, SEZ030
SZ29
kB
k
63 -0,5 83
LBL
LB
Ø88
63 -0,5 82 -0,5 50
7
SAZ29
63 60,5
© Siemens AG 2018
102
40
58
q
AD
58
l
6
Ø20 k6
ØAC t
u5
l
l3
l4
DR M6x16 4
SEZ29
63
103
Ød to1
4,5 107
Ø20 k6
ua JS9
5
ta
40
40
M l9
1 106
121 95
Øda h6
4
R1,6
Øda H7 Ø40 6 JS9
5 22,5
M 1
2,5
40
121
32
148,5
DR M6x16 4
Solid shaft d
to1
l
l3
l4
u
t
q
Hollow shaft da
ua
ta
l9
M
20
k6
40 32
4
6
22.5 102
20
6
22.8 23.4 M6
25
k6
50 40
5
8
28.0 112
25
8
28.3 32.6 M10
Motor
AC
AD 1)
k
kB
LB
LBL
LAI 63
118
101
325.5
376.5
179.5
230.5
LAI 71
139
111
356.5
407.5
210.5
261.5
$ ISO 4014
( DIN 332
1) AD depends on the motor options, for other dimensions, see page 8/48.
) Feather key/keyway DIN 6885-1 * Solid shaft with 2nd shaft extension only d20
7/20
Siemens MD 50.1 · 2017
© Siemens AG 2018
SAD29 gearbox in a shaft-mounted design
SAD030
SAD29
kB
k
63 -0,5
83
LBL
LB
SIMOGEAR geared motors Worm geared motors
Dimensions
AD
69
58
63
2,5
ØAC
82 -0,5
50
63 -0,5
Ø25
110
Ø11
SAD29 63 60,5
107 13 67
7
R1,6 R20
ua JS9
Øda H7 Ø40
5
ta
40
40
M l9
1 106
121 95
Øda h6
4
Hollow shaft da 20 25
Motor
AC
LAI 63
118
LAI 71
139
ua 6 8 AD 1) 101 111
k 325.5 356.5
ta 22.8 28.3
$ ISO 4014
( DIN 332
1) AD depends on the motor options, for other dimensions, see page 8/48.
kB 376.5 407.5
l9 23.4 32.6
LB 179.5 210.5
M M6 M10
LBL 230.5 261.5
) Feather key/keyway DIN 6885-1
Siemens MD 50.1 · 2017
7/21
SIMOGEAR geared motors Worm geared motors
Dimensions
Protection cover for hollow shaft
© Siemens AG 2018
SA, SAZ, SAF, SE, SEZ q1
Øg7
Gearbox type
Protection cover
g7 q1
7
S.09
72 51
S.19
82 59.5
S.29
100 70
7/22
Siemens MD 50.1 · 2017
Motors
© Siemens AG 2018
8
8/2 Orientation 8/2 MODULOG modular system 8/3 Technical specifications 8/5 EMC measures
8/6 Motors with Standard Efficiency IE1 Selection and ordering data
8/6 · 4/2/6/8-pole at 50 Hz 8/8 · 4/2/6/8-pole at 60 Hz, 50 Hz power 8/10 · 4/2/6/8-pole at 60 Hz, 60 Hz power 8/12 · 4/6/8-pole at 87 Hz
8/14 Motors with High Efficiency IE2 Selection and ordering data
8/14 · 4/2/6/8-pole at 50 Hz 8/16 · 4/2/6/8-pole at 60 Hz, 50 Hz power 8/18 · 4/2/6/8-pole at 60 Hz, 60 Hz power 8/20 · 4/6/8-pole at 87 Hz
8/22 Motors with Premium Efficiency IE3 Selection and ordering data
8/22 · 4/2/6-pole at 50 Hz 8/24 · 4/2/6-pole at 60 Hz, 50 Hz power 8/26 · 4/2/6-pole at 60 Hz, 60 Hz power 8/28 · 4/6-pole at 87 Hz
8/30 VSD10 line motors for inverter operation Selection and ordering data Line voltage 400 V / 460 V
8/30 · 4-pole at 50 Hz, 60 Hz, 87 Hz Line voltage 500 V / 575 V
8/32 · 4-pole at 50 Hz, 60 Hz, 87 Hz Line voltage 690 V
8/34 · 4-pole at 50 Hz, 87 Hz
8/36 NEMA Premium Efficient motors MG1, Table 12-12 Selection and ordering data
8/36 · 4/2/6-pole at 60 Hz, 50 Hz power 8/40 · 4/2/6-pole at 60 Hz, 60 Hz power
8/42 Dimensions 8/42 Motors 8/48 Motors for worm geared motors S
Additional lengths 8/49 Second shaft extension, handwheel, and
canopy 8/50 Encoder 8/51 Prepared for encoder mounting 8/52 Separately driven fan, encoder, and canopy 8/53 Application terminal box 8/54 HAN 10E motor plug 8/56 HAN K4/4 motor plug 8/58 HAN Q8 and HAN Q12 motor plugs
Update 02/2018
Siemens MD 50.1 · 2017
Motors Orientation
MODULOG modular system
Overview
© Siemens AG 2018
The MODULOG modular system has a range of benefits for machine and plant designers.
The name MODULOG stands for a clear and transparent
8
modular motor system with an optimum logistical structure. It enables users to assemble powerful, durable, and extremely
easy-to-service motors from just a few standard components to
create a customized motor system for most applications.
At the heart of the system is a basic motor dimensioned for international line supply conditions with an individually configurable MODULOG modular system at the non-drive end (NDE) of the motor.
Functional expansions, such as brakes, backstops, rotary encoders, separately driven fan, canopy, etc., can be combined almost arbitrarily as "additional functional components".
Brake motor Motor with forced ventilation
G_D087_EN_00158
8/2
Siemens MD 50.1 · 2017
© Siemens AG 2018
Motors Orientation
Overview
The motors comply with all applicable international (IEC), European (EN, CENELEC), and national (DIN/VDE) standards:
Technical specifications
Motor type
Three-phase induction motors with squirrel cage rotor
Connection types
You can establish the connection type that can be used from the product number suffixes in the selection and ordering data for the required motor.
Number of poles
2, 4, 6, 8
Rated speed (synchronous speed)
750 ... 3 600 rpm
Rated power (50 Hz)
0.09 ... 55 kW (4-pole)
Rated torque
0.85 ... 355 Nm (4-pole)
Stator winding insulation
Temperature class 155 (F) Utilization according to temperature class 130 (B) Optionally, temperature class 180 (H)
Degree of protection acc. to IEC 60034-5 (EN 60034-5)
IP55 Optional IP65, IP56
Cooling acc. to IEC 60034-6 (EN 60034-6)
Self-cooled (IC 411) Optionally, force ventilated (IC 416)
Coolant temperature
-20 ... +40 °C
Installation altitude
Up to 1 000 m above sea level
Rated voltage
200 ... 690 V
You can establish the voltage that can be used from the selection and ordering data for the required motor.
Rated frequency
50 Hz, 60 Hz, 87 Hz
Vibration severity acc. to IEC 60034-14 (EN 60034-14)
Vibration severity A
Balancing type
Half-key balancing
8
Sound pressure level, sound power level acc. to IEC 60034-9 (EN 60034-9) You can establish the corresponding sound pressure level and sound power level from the selection and ordering data for the required motor.
Weight
You can establish the corresponding weight from the selection and ordering data for the required motor.
Rating plates
See "Rating plate" in chapter "General options"
Connection and terminal boxes
See "Connection, circuit, and terminal boxes" in chapter "Motor options"
Siemens MD 50.1 · 2017
8/3
© Siemens AG 2018
Motors Orientation
Technical specifications
Overview
The geared motors comply with all of the applicable IEC/EN standards.
IEC
EN
DIN/VDE
Title
IEC 60027-4
EN 60027-4
EN 60027-4
Formula symbols for electrical engineering Part 4: Rotating electrical machines
IEC 60034-1
EN 60034-1
EN 60034-1
Rotating electrical machines:
(VDE 0530-1)
- Rating and performance
IEC 60034-2-1
EN 60034-2-1
EN 60034-2-1 (VDE 0530-2-1)
- Standard technique to determine the losses and efficiency based on testing (with the exception of machines for track and road vehicles) (IEC 60034-2-1:2007); German Edition EN 60034-2-1:2007
IEC 60034-5
EN 60034-5
EN 60034-5 (VDE 0530-5)
- Degrees of protection provided by integral design of rotating electrical machines (IP code) - Classification
IEC 60034-6
EN 60034-6
EN 60034-6
- Classification of cooling methods (IC Code)
(VDE 0530-6)
IEC 60034-7
EN 60034-7
EN 60034-7 (VDE 0530-7)
- Classification of types of construction, mounting arrangements and terminal box position (IM code)
IEC 60034-8
EN 60034-8
EN 60034-8
- Terminal markings and direction of rotation
(VDE 0530-8)
IEC 60034-9
EN 60034-9
EN 60034-9
- Noise limits
(VDE 0530-9)
IEC 60034-11
EN 60034-11
EN 60034-11
- Built-in thermal protection
(VDE 0530-11)
IEC 60034-12
EN 60034-12
EN 60034-12 (VDE 0530-12)
- Starting behavior of three-phase squirrel cage induction motors, with the exception of pole-changing motors
IEC 60034-14
EN 60034-14
EN 60034-14
- Mechanical vibration of certain machines with shaft heights 56 mm and higher
(VDE 0530-14)
8
IEC 60034-30-1 EN 60034-30-1 EN 60034-30-1
- International efficiency classes for rotating electrical machines (IE code)
(VDE 0530-30)
-
-
DIN VDE 0530-17 - Inverter-fed squirrel-cage induction motors
(VDE 0530-17)
Application guide
IEC 60038
EN 60038
EN 60038 (VDE 0175-1)
IEC standard voltages
-
EN 50347
EN 50347
Three-phase induction motors for general applications with standardized dimensions
and power ratings frame sizes 56 up to 315 and flange sizes 65 up to 740
IEC 60085
EN 60085
EN 60085
Electrical insulation, thermal evaluation + designation
(VDE 0301-1)
IEC 60445
EN 60445
EN 60445
Identification of equipment terminals, conductor terminations and conductors
(VDE 0197)
IEC 60529
EN 60529
EN 60529
Degrees of protection provided by the enclosure (IP code)
(VDE 0470-1)
IEC 62444
EN 62444
EN 62444
Cable glands for electrical installation
(VDE 0619)
-
-
DIN 42925
Terminal box cable entries for three-phase squirrel-cage induction motors at rated
voltages from 400 V to 690 V
Tolerances
According to EN 60034, the following tolerances are permitted: Motors which comply with EN 60034-1 must have a voltage tolerance of ± 5 %/frequency tolerance of ± 2 % (Zone A). If utilized, the admissible limit temperature of the temperature class may be exceeded by 10 K.
Description Efficiency
Power factor
Tolerance
Prated 150 kW: - 0.15 (1 - ) Prated > 150 kW: - 0.1 (1 - )
---(-1-----6-c--o--s----)
Description Slip at full load and operating temperature
Starting torque Breakdown torque Starting current Moment of inertia
Tolerance ± 20 % of the setpoint slip for Prated 1 kW ± 30 % of the setpoint slip for Prated < 1 kW -15 % and +25 % -10 % without upper limit +20 % without lower limit ± 10 %
(minimum 0.02/maximum 0.07)
8/4
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Motors Orientation
Technical specifications
Efficiency and power factor
The efficiency and power factor cos for each rated power are listed in the selection tables in the individual sections of this catalog.
For motors with Standard Efficiency (IE1), High Efficiency (IE2) and Premium Efficiency (IE3), the 3/4 load efficiency is also listed in the selection tables. The part-load values stated in the tables below are averages; precise values can be provided on request.
Partial-load power factor cos
Partial-load efficiency in %
4/4
1/4
1/2
3/4
5/4
of full load
4/4
1/4
1/2
3/4
5/4
of full load
0.92
0.70
0.86
0.90
0.92
97
93
96.0
97.0
96.5
0.91
0.65
0.85
0.89
0.91
96
92
95.0
96.0
95.5
0.90
0.63
0.83
0.88
0.90
95
90
93.5
95.0
94.5
0.89
0.61
0.80
0.86
0.89
94
89
92.5
94.0
93.5
0.88
0.57
0.78
0.85
0.88
93
88
91.5
93.0
92.5
0.87
0.53
0.76
0.84
0.87
92
87
91.0
92.0
91.5
0.86
0.51
0.75
0.83
0.86
91
86
90.0
91.0
90.0
0.85
0.49
0.73
0.81
0.86
90
85
89.0
90.0
89.0
0.84
0.47
0.71
0.80
0.85
89
84
88.0
89.0
88.0
0.83
0.45
0.69
0.79
0.84
88
80
87.0
88.0
87.0
0.82
0.43
0.67
0.77
0.83
87
79
86.0
87.0
86.0
0.81
0.41
0.66
0.76
0.82
86
78
85.0
86.0
85.0
0.80
0.40
0.65
0.75
0.81
85
76
84.0
85.0
83.5
0.79
0.38
0.63
0.74
0.80
84
74
83.0
84.0
82.5
0.78
0.36
0.61
0.72
0.80
83
72
82.0
83.0
81.5
0.77
0.34
0.59
0.71
0.79
82
70
81.0
82.0
80.5
8
0.76
0.32
0.58
0.70
0.78
81
68
80.0
81.0
79.5
0.75
0.30
0.56
0.69
0.78
80
66
79.0
80.0
78.5
0.74
0.29
0.55
0.68
0.77
79
64
77.0
79.5
77.5
0.73
0.28
0.54
0.67
0.77
78
62
75.5
78.5
76.5
0.72
0.27
0.52
0.63
0.76
77
60
74.0
77.5
75.0
0.71
0.26
0.50
0.62
0.76
76
58
73.0
76.0
74.0
75
56
72.0
75.0
73.0
74
55
71.0
74.0
72.0
73
54
70.0
73.0
71.0
72
53
68.0
72.0
70.0
71
52
67.0
71.0
69.0
70
51
66.0
70.0
68.0
69
50
65.0
69.0
67.0
68
49
64.0
67.5
66.0
67
48
62.0
66.5
65.0
66
47
61.0
65.0
64.0
65
46
60.0
64.0
63.0
64
45
59.0
63.0
62.0
63
44
57.0
62.0
61.0
62
43
56.0
60.5
60.5
61
42
55.0
59.5
59.5
60
41
54.0
58.5
58.5
EMC measures
SIMOGEAR geared motors are designed as components for installation in systems and machines. The manufacturer of the system or machine is responsible for complying with EMC Directive 2014/30/EU.
LA and LE motors, when correctly used in continuous operation connected to the line supply, fulfill basic EMC standards EN 50081 and EN 50082.
Siemens MD 50.1 · 2017
8/5
Motors Motors with Standard Efficiency IE1
© Siemens AG 2018
Selection and ordering data
Frame Motor size
Prated
nrated
Trated
Irated
cos
Efficiency ISt/Irated Article No. class
Order code
kW
4-pole, 1 500 rpm at 50 Hz
rpm
Nm
400 V
A
-
4/4 load 3/4 load acc. to IEC
%
%
60034-30 -
Data position
Number
9th 10th 11th 12th of poles
63
LA63MD4
LA63ME4 1)
LA63MF4 1)
71
LA71MG4 1)
LA71MH4 1)
0.09 1 400
0.61
0.42
0.61 51.30 45.80
-
0.12 1 350
0.85
0.42
0.75 53.60 52.10
-
0.18 1 350
1.27
0.58
0.76 58.30 56.80
-
0.25 1 350
1.77
0.77
0.78 61.90 60.40
-
0.37 1 370
2.58
1.06
0.78 65.80 64.80
-
2.90 B B 1 1 2.80 B C 1 1 3.00 B D 1 1 3.00 C D 1 1 3.30 C E 1 1 -
LA71ZML4
0.55 1 370
3.83
1.54
0.73 70.00 69.00
-
3.70 C H 1 1 -
80
LE80MB4
0.55 1 440
3.65
1.64
0.69 70.00 68.40
-
LE80MF4 2)
0.75 1 430
5.01
2.00
0.75 72.10 72.00 IE1
90
LE90SE4 2)
1.10 1 425
7.37
2.80
0.76 75.00 75.40 IE1
LE90LD4 2)
1.50 1 420
10.1
3.70
0.76 77.20 77.40 IE1
100
LE100LB4 2)
2.20 1 425
14.7
4.90
0.81 79.70 80.50 IE1
LE100LH4 2)
3.00 1 425
20.1
6.30
0.85 81.50 83.00 IE1
112
LE112ME4 2)
4.00 1 435
26.6
8.20
0.85 83.10 84.50 IE1
132
LE132SF4 2)
5.50 1 450
36.2
11.20
0.82 84.70 85.70 IE1
LE132ME4 2)
7.50 1 450
49.4
15.20
0.82 86.00 86.90 IE1
LE132ZMSA4 2) 9.20 1 450
60.6
18.00
0.84 87.60 88.70 IE1
160
LE160MD4 2)
11.00 1 460
71.9
22.00
0.82 87.60 88.00 IE1
LE160LA4 2)
15.00 1 460
98.1
30.00
0.82 88.70 89.30 IE1
2-pole, 3 000 rpm at 50 Hz
63
LA63ME2 1)
0.18 2 820
0.61
0.51
0.79 62.00 60.50
-
LA63MF2 1)
0.25 2 830
0.84
0.69
0.80 63.00 62.00
-
8
71
LA71MG2 1)
LA71MH2 1)
0.37 2 740
1.29
1.00
0.82 66.00 65.00
-
0.55 2 800
1.88
1.36
0.82 71.00 71.00
-
100
LE100LD2 2)
3.00 2 835
10.1
6.10
0.87 81.50 82.80 IE1
112
LE112MB2 2)
4.00 2 930
13.0
8.10
0.86 83.10 83.80 IE1
132
LE132SB2 2)
5.50 2 905
18.1
10.60
0.89 84.70 85.70 IE1
LE132SF2 2)
7.50 2 925
24.5
14.40
0.87 86.00 86.90 IE1
160
LE160MA2 2)
11.00 2 925
35.9
21.50
0.85 87.60 87.60 IE1
LE160MF2 2)
15.00 2 930
48.9
29.00
0.84 88.70 89.00 IE1
LE160LB2 2)
18.50 2 935
60.2
35.00
0.86 89.30 90.00 IE1
6-pole, 1 000 rpm at 50 Hz
63
LA63MF6 1)
0.09
850
1.01
0.44
0.66 50.20 48.70
-
4.60 D B 2 1 4.70 D D 2 1 5.00 E L 2 1 4.90 E N 2 1 5.10 F L 2 1 5.40 F N 2 1 5.30 G H 2 1 5.70 H F 2 1 6.60 H J 2 1 7.40 H V 2 1 6.40 J P 2 1 7.00 J S 2 1 -
3.70 B C 1 1 P00 4.00 B D 1 1 P00 3.50 C D 1 1 P00 4.30 C E 1 1 P00 6.20 F M 2 1 P00 7.30 G G 2 1 P00 5.60 H E 2 1 P00 6.30 H F 2 1 P00 5.80 J N 2 1 P00 6.10 J Q 2 1 P00 7.00 J T 2 1 P00
2.00 B D 1 1 P01
LA63MG6
0.12
71
LA71MG6 1)
0.18
LA71MH6 1)
0.25
100
LE100LD6 2)
1.50
112
LE112MB6 2)
2.20
132
LE132SB6 2)
3.00
LE132MA6 2)
4.00
LE132MJ6 2)
5.50
160
LE160ML6 2)
7.50
LE160LN6 2)
11.00
8-pole, 750 rpm at 50 Hz
870
1.32
850
2.02
830
2.88
940
15.2
930
22.6
955
30.0
950
40.2
950
55.3
970
73.8
965 108.9
0.75 0.72 0.79 3.90 5.40 7.30 9.30 12.80 17.60 24.00
0.62 37.20 32.60
-
0.68 57.30 55.80
-
0.76 61.90 60.40
-
0.74 75.20 76.00 IE1
0.75 77.70 78.80 IE1
0.74 79.70 80.20 IE1
0.76 81.40 82.90 IE1
0.75 83.10 84.60 IE1
0.73 84.70 85.40 IE1
0.77 86.40 86.40 IE1
1.90 B E 1 1 P01 2.30 C D 1 1 P01 2.70 C E 1 1 P01 4.00 F M 2 1 P01 4.10 G G 2 1 P01 4.60 H E 2 1 P01 4.70 H H 2 1 P01 5.20 H K 2 1 P01 5.50 J H 2 1 P01 5.90 J U 2 1 P01
71
LA71MH8
0.09
630
1.36
0.36
0.68 51.00 49.50
-
2.20 C E 1 1 P02
LA71MJ8
0.12
645
1.78
0.53
0.64 51.00 49.50
-
2.20 C F 1 1 P02
100
LE100LA8
0.75
705
10.2
3.01
0.62 62.60 60.80
-
3.00 F B 2 1 P02
LE100LK8
1.10
705
14.9
3.85
0.63 65.50 64.20
-
3.20 F P 2 1 P02
112
LE112MG8
1.50
700
20.5
4.65
0.65 71.60 72.20
-
3.30 G J 2 1 P02
132
LE132SL8
2.20
715
29.4
6.30
0.66 76.80 77.40
-
3.90 H G 2 1 P02
LE132MJ8
3.00
710
40.3
8.60
0.66 76.60 77.80
-
3.90 H K 2 1 P02
160
LE160MD8
4.00
720
53.1
10.60
0.69 78.30 78.50
-
3.80 J F 2 1 P02
LE160ML8
5.50
720
72.9
13.80
0.70 81.70 82.50
-
4.00 J H 2 1 P02
LE160LN8
7.50
715 100.2
18.60
0.70 83.50 84.50
-
3.80 J L 2 1 P02
1) The technical specifications also apply to LAI63 and LAI71 motors (with IEC B14 flange) for worm geared motors S. 2) Only as brake motor or motor for intermittent duty S3 - 75 %.
8/6
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Motors Motors with Standard Efficiency IE1
Selection and ordering data (continued)
Frame Motor size
TSt/Trated TBk/Trated TA/Trated LpfA
LWA
Z0
Jmot
mmot
Article No.
Order code
Data position
Number
-
-
-
dB (A)
dB (A)
1/h
10-4 kgm² kg
9th 10th 11th 12th of poles
4-pole, 1 500 rpm at 50 Hz
63
LA63MD4
LA63ME4 1)
LA63MF4 1)
71
LA71MG4 1)
LA71MH4 1)
2.60
2.70
2.30
42
1.90
2.00
1.70
42
1.90
1.90
1.60
42
1.90
1.90
1.50
44
1.90
2.10
1.60
44
53
20 000
53
20 000
53
15 000
55
10 000
55
10 000
2.9
3.2
BB 1 1 -
2.9
3.2
BC 1 1 -
3.7
3.6
BD 1 1 -
5.2
4.3
CD 1 1 -
7.7
5.8
CE 1 1 -
LA71ZML4
2.30
2.30
2.10
46
57
9 000
11.0
8.1
CH 1 1 -
80
LE80MB4
2.20
2.80
2.40
53
64
9 000
O. R.
O. R.
DB 2 1 -
LE80MF4 2)
2.10
2.50
2.30
53
64
9 000
O. R.
O. R.
DD 2 1 -
90
LE90SE4 2)
2.20
2.60
2.40
56
67
7 500
O. R.
O. R.
EL 2 1 -
LE90LD4 2)
2.40
2.60
2.60
58
69
7 500
O. R.
O. R.
EN 2 1 -
100
LE100LB4 2)
2.20
2.30
2.40
60
72
6 000
59.0
21
FL 2 1 -
LE100LH4 2)
2.40
2.60
2.60
60
72
6 000
78.0
25
FN 2 1 -
112
LE112ME4 2)
2.20
2.60
2.40
58
70
5 000
100.0
31
GH 2 1 -
132
LE132SF4 2)
2.30
2.70
2.50
64
76
3 000
190.0
44
HF 2 1 -
LE132ME4 2)
2.60
3.10
2.80
64
76
3 000
240.0
51
HJ 2 1 -
LE132ZMSA4 2) 2.20
3.20 O. R.
65
77
1 600
330.0
O. R.
HV 2 1 -
160
LE160MD4 2)
2.30
3.10
2.50
65
77
2 000
440.0
73
JP 2 1 -
LE160LA4 2)
2.50
3.40
2.70
65
77
2 000
560.0
84
JS 2 1 -
2-pole, 3 000 rpm at 50 Hz
63
LA63ME2 1)
2.00
2.20 O. R.
49
60
7 000
1.8
3.2
B C 1 1 P00
LA63MF2 1)
2.00
2.20 O. R.
49
60
7 000
2.2
3.6
B D 1 1 P00
71
LA71MG2 1)
2.30
2.30 O. R.
52
63
7 000
2.9
4.5
C D 1 1 P00
LA71MH2 1)
2.50
2.60 O. R.
52
63
7 000
4.1
5.5
C E 1 1 P00
8
100
LE100LD2 2)
3.20
2.90
3.50
67
79
3 000
34.0
23
F M 2 1 P00
112
LE112MB2 2)
2.70
3.70
2.90
69
81
2 000
67.0
29
G G 2 1 P00
132
LE132SB2 2)
1.90
2.50
2.00
68
80
1 000
130.0
40
H E 2 1 P00
LE132SF2 2)
2.10
3.20
2.30
68
80
1 000
160.0
46
H F 2 1 P00
160
LE160MA2 2)
2.00
2.60
2.20
70
82
600
300.0
69
J N 2 1 P00
LE160MF2 2)
2.50
3.10
2.70
70
82
600
360.0
78
J Q 2 1 P00
LE160LB2 2)
2.50
3.20
2.70
70
82
600
440.0
90
J T 2 1 P00
6-pole, 1 000 rpm at 50 Hz
63
LA63MF6 1)
1.80
1.90 O. R.
39
50
15 000
3.7
3.6
B D 1 1 P01
LA63MG6
2.10
71
LA71MG6 1)
2.10
LA71MH6 1)
2.20
100
LE100LD6 2)
2.00
112
LE112MB6 2)
2.30
132
LE132SB6 2)
2.00
LE132MA6 2)
2.10
LE132MJ6 2)
2.50
160
LE160ML6 2)
2.10
LE160LN6 2)
1.90
8-pole, 750 rpm at 50 Hz
2.10 O. R.
39
1.90 O. R.
39
2.00 O. R.
39
2.20
2.20
59
2.50
2.50
57
2.60
2.20
63
2.50
2.30
63
2.80
2.70
63
2.90
2.30
67
2.70
2.00
67
50
15 000
3.7
3.6
B E 1 1 P01
50
15 000
5.5
4.3
C D 1 1 P01
50
15 000
8.0
5.3
C E 1 1 P01
71
9 000
65.0
22
F M 2 1 P01
69
8 000
92.0
29
G G 2 1 P01
75
6 000
170.0
39
H E 2 1 P01
75
6 000
210.0
45
H H 2 1 P01
75
5 000
270.0
55
H K 2 1 P01
79
4 000
560.0
83
J H 2 1 P01
79
4 000
780.0
106
J U 2 1 P01
71
LA71MH8
1.90
1.70 O. R.
36
47
O. R.
8.0
5.3
C E 1 1 P02
LA71MJ8
2.20
2.00 O. R.
36
47
O. R.
8.0
5.3
C F 1 1 P02
100
LE100LA8
1.90
2.20
2.00
60
72
O. R.
56.0
17
F B 2 1 P02
LE100LK8
2.00
2.30
2.20
60
72
O. R.
78.0
22
F P 2 1 P02
112
LE112MG8
1.60
1.90
1.70
63
75
O. R.
94.0
29
G J 2 1 P02
132
LE132SL8
1.70
2.40
1.80
63
75
O. R.
190.0
37
H G 2 1 P02
LE132MJ8
1.80
2.20
1.90
63
75
O. R.
240.0
44
H K 2 1 P02
160
LE160MD8
1.70
2.30
1.80
63
75
O. R.
440.0
60
J F 2 1 P02
LE160ML8
1.60
2.20
1.70
63
75
O. R.
560.0
72
J H 2 1 P02
LE160LN8
1.70
2.20
1.80
63
75
O. R.
770.0
91
J L 2 1 P02
O. R. On request
1) The technical specifications also apply to LAI63 and LAI71 motors (with IEC B14 flange) for worm geared motors S. 2) Only as brake motor or motor for intermittent duty S3 - 75 %.
Siemens MD 50.1 · 2017
8/7
Motors Motors with Standard Efficiency IE1
© Siemens AG 2018
Selection and ordering data (continued)
Frame Motor size
Prated
nrated
Trated
Irated
cos
Efficiency ISt/Irated Article No. class
Order code
kW
rpm
Nm
4-pole, 1 800 rpm at 60 Hz, 50 Hz power
460 V
A
-
4/4 load 3/4 load acc. to IEC
%
%
60034-30 -
Data position
Number
9th 10th 11th 12th of poles
63
LA63MD4
0.09 1 695
0.51
0.41
0.60 46.00 41.00
-
3.30 B B 1 1 -
LA63ME4
0.12 1 670
0.69
0.42
0.68 54.10 51.80
-
3.20 B C 1 1 -
LA63MF4
0.18 1 690
1.02
0.56
0.70 58.80 56.40
-
3.30 B D 1 1 -
71
LA71MG4
0.25 1 675
1.43
0.74
0.65 65.50 63.00
-
3.60 C D 1 1 -
LA71MH4
0.37 1 695
2.08
0.97
0.66 73.00 71.80
-
4.20 C E 1 1 -
LA71ZML4
0.55 1 680
3.13
1.41
0.68 72.20 71.00
-
4.20 C H 1 1 -
80
LE80MB4
0.55 1 745
3.01
1.41
LE80MF4 1)
0.75 1 735
4.13
1.70
90
LE90SE4 1)
1.10 1 730
6.07
2.35
LE90LD4 1)
1.50 1 730
8.28
3.15
100
LE100LB4 1)
2.20 1 720
12.2
4.30
LE100LH4 1)
3.00 1 725
16.6
5.50
112
LE112ME4 1)
4.00 1 730
22.1
7.30
132
LE132SF4 1)
5.50 1 745
30.1
9.90
LE132ME4 1)
7.50 1 750
40.9
13.40
LE132ZMSA4 1) 9.20 1 760
49.9
15.40
160
LE160MD4 1)
11.00 1 760
59.7
19.90
LE160LA4 1)
15.00 1 760
81.4
27.00
0.69 74.00 73.00
-
0.75 77.00 76.60 IE1
0.77 79.00 79.20 IE1
0.77 81.50 81.70 IE1
0.82 83.00 83.00
-
0.86 85.00 85.00
-
0.85 85.00 85.00
-
0.84 87.00 87.00
-
0.84 87.50 87.50
-
0.85 88.50 88.90 IE1
0.82 88.50 88.50
-
0.82 89.50 89.50
-
5.70 D B 2 1 5.60 D D 2 1 5.90 E L 2 1 6.40 E N 2 1 5.80 F L 2 1 6.00 F N 2 1 5.80 G H 2 1 6.70 H F 2 1 7.00 H J 2 1 9.10 H V 2 1 7.70 J P 2 1 7.60 J S 2 1 -
2-pole, 3 600 rpm at 60 Hz, 50 Hz power
63
LA63ME2
0.18 3 455
0.50
0.47
0.76 63.50 61.70
-
4.50 B C 1 1 P00
LA63MF2
8
71
LA71MG2
LA71MH2
0.25 3 455
0.69
0.65
0.75 65.00 63.20
-
0.37 3 410
1.04
0.91
0.76 67.00 65.10
-
0.55 3 440
1.53
1.25
0.78 71.10 70.00
-
100
LE100LD2 1)
3.00 3 430
8.35
5.30
0.88 84.50 84.50
-
112
LE112MB2 1)
4.00 3 525
10.8
7.10
0.88 84.50 84.50
-
132
LE132SB2 1)
5.50 3 505
15.0
9.30
0.90 86.00 86.00
-
LE132SF2 1)
7.50 3 530
20.3
12.80
0.88 87.50 87.50
-
160
LE160MA2 1)
11.00 3 520
29.8
19.20
0.86 87.50 87.50
-
LE160MF2 1)
15.00 3 530
40.6
26.00
0.86 88.50 88.50
-
LE160LB2 1)
18.50 3 530
50.0
31.00
0.87 89.50 89.50
-
4.60 B D 1 1 P00 5.00 C D 1 1 P00 5.40 C E 1 1 P00 6.80 F M 2 1 P00 7.50 G G 2 1 P00 5.70 H E 2 1 P00 6.90 H F 2 1 P00 6.50 J N 2 1 P00 6.40 J Q 2 1 P00 7.20 J T 2 1 P00
6-pole, 1 200 rpm at 60 Hz, 50 Hz power
63
LA63MF6
0.09 1 075
0.8
0.38
0.63 47.10 44.90
-
2.20 B D 1 1 P01
LA63MG6
0.12 1 100
1.04
0.73
0.53 39.40 33.80
-
2.10 B E 1 1 P01
71
LA71MG6
0.18 1 080
1.59
0.67
0.61 56.40 54.10
-
3.10 C D 1 1 P01
LA71MH6
0.25 1 090
2.19
0.72
0.70 62.90 60.60
-
100
LE100LD6 1)
1.50 1 140
12.6
3.30
0.78 77.00 77.50
-
112
LE112MB6 1)
2.20 1 130
18.6
4.70
0.78 78.50 79.00
-
132
LE132SB6 1)
3.00 1 150
24.9
6.30
0.75 83.50 83.50
-
LE132MA6 1)
4.00 1 145
33.4
8.10
0.78 83.50 83.50
-
LE132MJ6 1)
5.50 1 150
45.7
11.20
0.76 85.00 85.00
-
160
LE160ML6 1)
7.50 1 170
61.2
15.30
0.75 86.00 86.00
-
LE160LN6 1)
11.00 1 165
90.2
21.00
0.77 89.00 89.00
-
3.40 C E 1 1 P01 4.50 F M 2 1 P01 4.50 G G 2 1 P01 4.60 H E 2 1 P01 4.70 H H 2 1 P01 5.20 H K 2 1 P01 6.20 J H 2 1 P01 6.30 J U 2 1 P01
8-pole, 900 rpm at 60 Hz, 50 Hz power
71
LA71MH8
0.09
815
1.05
0.36
0.61 51.40 49.70
-
2.40 C E 1 1 P02
LA71MJ8
0.12
825
1.39
0.55
0.56 50.10 48.10
-
2.30 C F 1 1 P02
100
LE100LA8
0.75
855
8.38
2.73
0.61 67.90 67.40
-
3.30 F B 2 1 P02
LE100LK8
1.10
855
12.3
3.20
0.62 72.40 72.40
-
3.50 F P 2 1 P02
112
LE112MG8
1.50
850
16.9
4.00
0.66 74.30 74.30
-
3.80 G J 2 1 P02
132
LE132SL8
2.20
865
24.3
5.40
0.66 80.60 80.60
-
4.60 H G 2 1 P02
LE132MJ8
3.00
865
33.1
7.10
0.68 81.00 81.00
-
4.50 H K 2 1 P02
160
LE160MD8
4.00
870
43.9
9.60
0.70 78.30 78.80
-
4.30 J F 2 1 P02
LE160ML8
5.50
870
60.4
12.40
0.71 81.90 81.90
-
4.20 J H 2 1 P02
LE160LN8
7.50
870
82.3
17.20
0.70 81.90 81.90
-
4.30 J L 2 1 P02
1) Only as brake motor or motor for intermittent duty S3 - 75 %
8/8
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Motors Motors with Standard Efficiency IE1
Selection and ordering data (continued)
Frame Motor size
TSt/Trated TBk/Trated TA/Trated LpfA
LWA
Z0
Jmot
mmot
Article No.
Order code
-
-
-
4-pole, 1 800 rpm at 60 Hz, 50 Hz power
dB (A)
dB (A)
1/h
10-4 kgm² kg
Data position
Number
9th 10th 11th 12th of poles
63
LA63MD4
3.20
3.30
2.90
46
57
15 000
2.9
3.2
BB 1 1 -
LA63ME4
2.30
2.40
2.10
46
57
15 000
2.9
3.2
BC 1 1 -
LA63MF4
2.30
2.30
2.00
46
57
12 000
3.7
3.6
BD 1 1 -
71
LA71MG4
2.20
2.30
1.80
48
59
8 000
5.2
4.3
CD 1 1 -
LA71MH4
2.30
2.50
2.00
48
59
8 000
7.7
5.8
CE 1 1 -
LA71ZML4
2.50
2.50
2.30
48
59
7 000
11
8.1
CH 1 1
80
LE80MB4
2.40
3.30
2.60
55
66
7 000
O. R.
O. R.
DB 2 1 -
LE80MF4 1)
2.30
2.80
2.50
55
66
7 000
O. R.
O. R.
DD 2 1 -
90
LE90SE4 1)
2.50
3.00
2.80
54
65
6 000
O. R.
O. R.
EL 2 1 -
LE90LD4 1)
2.60
3.00
2.90
55
66
6 000
O. R.
O. R.
EN 2 1 -
100
LE100LB4 1)
2.20
2.40
2.40
62
74
5 000
59.0
21
FL 2 1 -
LE100LH4 1)
2.20
2.30
2.40
62
74
5 000
78.0
25
FN 2 1 -
112
LE112ME4 1)
2.10
2.70 O. R.
62
74
5 000
100.0
31
GH 2 1 -
132
LE132SF4 1)
2.20
2.80 O. R.
68
80
3 000
190.0
44
HF 2 1 -
LE132ME4 1)
2.40
3.00 O. R.
68
80
3 000
240.0
51
HJ 2 1 -
LE132ZMSA4 1) 2.40
3.70 O. R.
69
81
1 600
330.0 O. R.
HV 2 1 -
160
LE160MD4 1)
2.30
3.10 O. R.
69
81
2 000
440.0
73
JP 2 1 -
LE160LA4 1)
2.50
3.40 O. R.
69
81
2 000
560.0
84
JS 2 1 -
2-pole, 3 600 rpm at 60 Hz, 50 Hz power
63
LA63ME2
2.40
2.70 O. R.
53
64
5 000
1.8
3.2
B C 1 1 P00
LA63MF2
2.40
2.70 O. R.
53
64
5 000
2.2
3.6
B D 1 1 P00
71
LA71MG2
2.90
2.90 O. R.
56
67
5 000
2.9
4.5
C D 1 1 P00
8
LA71MH2
3.00
2.90 O. R.
56
67
5 000
4.1
5.5
C E 1 1 P00
100
LE100LD2 1)
3.40
3.30 O. R.
71
83
2 000
34.0
23
F M 2 1 P00
112
LE112MB2 1)
2.70
3.80 O. R.
73
85
O. R.
67.0
29
G G 2 1 P00
132
LE132SB2 1)
1.80
2.70 O. R.
72
84
O. R.
130.0
40
H E 2 1 P00
LE132SF2 1)
2.30
3.40 O. R.
72
84
O. R.
160.0
46
H F 2 1 P00
160
LE160MA2 1)
2.10
2.90 O. R.
77
89
O. R.
300.0
69
J N 2 1 P00
LE160MF2 1)
2.40
3.10 O. R.
77
89
O. R.
360.0
78
J Q 2 1 P00
LE160LB2 1)
2.40
3.20 O. R.
77
89
O. R.
440.0
90
J T 2 1 P00
6-pole, 1 200 rpm at 60 Hz, 50 Hz power
63
LA63MF6
2.10
1.80 O. R.
43
54
10 500
3.7
3.6
B D 1 1 P01
LA63MG6
2.70
2.80 O. R.
43
54
10 500
3.7
3.6
B E 1 1 P01
71
LA71MG6
2.50
2.50 O. R.
43
54
10 500
5.5
4.3
C D 1 1 P01
LA71MH6
2.70
2.60 O. R.
43
100
LE100LD6 1)
2.10
2.50 O. R.
62
112
LE112MB6 1)
2.30
2.60 O. R.
60
132
LE132SB6 1)
1.90
2.30 O. R.
67
LE132MA6 1)
2.00
2.40 O. R.
67
LE132MJ6 1)
2.40
2.60 O. R.
67
160
LE160ML6 1)
2.30
3.00 O. R.
70
LE160LN6 1)
1.90
2.70 O. R.
70
54
10 500
8.0
5.3
C E 1 1 P01
74
O. R.
65.0
22
F M 2 1 P01
72
O. R.
92.0
29
G G 2 1 P01
79
O. R.
170.0
39
H E 2 1 P01
79
O. R.
210.0
45
H H 2 1 P01
79
O. R.
270.0
55
H K 2 1 P01
82
O. R.
560.0
83
J H 2 1 P01
82
O. R.
780.0 106
J U 2 1 P01
8-pole, 900 rpm at 60 Hz, 50 Hz power
71
LA71MH8
2.30
2.00 O. R.
39
50
O. R.
8.0
5.3
C E 1 1 P02
LA71MJ8
2.60
2.40 O. R.
39
51
O. R.
8.0
5.3
C F 1 1 P02
100
LE100LA8
1.70
2.30 O. R.
63
75
O. R.
56.0
17
F B 2 1 P02
LE100LK8
1.80
2.30 O. R.
63
75
O. R.
78.0
22
F P 2 1 P02
112
LE112MG8
1.60
2.00 O. R.
66
78
O. R.
94.0
29
G J 2 1 P02
132
LE132SL8
1.60
2.30 O. R.
66
78
O. R.
190.0
37
H G 2 1 P02
LE132MJ8
1.70
2.20 O. R.
66
78
O. R.
240.0
44
H K 2 1 P02
160
LE160MD8
1.70
2.30 O. R.
71
83
O. R.
440.0
60
J F 2 1 P02
LE160ML8
1.60
2.20 O. R.
71
83
O. R.
560.0
72
J H 2 1 P02
LE160LN8
1.70
2.20 O. R.
71
83
O. R.
770.0
91
J L 2 1 P02
O. R. On request
1) Only as brake motor or motor for intermittent duty S3 - 75 %
Siemens MD 50.1 · 2017
8/9
Motors Motors with Standard Efficiency IE1
© Siemens AG 2018
Selection and ordering data (continued)
Frame Motor size
Prated
nrated
Trated
Irated
cos
Efficiency ISt/Irated Article No. class
Order code
kW
rpm
Nm
4-pole, 1 800 rpm at 60 Hz, 60 Hz power
460 V
A
-
4/4 load 3/4 load acc. to IEC
%
%
60034-30 -
Data position
Number
9th 10th 11th 12th of poles
63
LA63MD4
LA63ME4 1)
LA63MF4 1)
71
LA71MG4 1)
LA71MH4 1)
0.11 1 675
0.63
0.42
0.64 51.80 46.20
-
0.14 1 650
0.81
0.43
0.74 56.00 54.50
-
0.21 1 650
1.22
0.59
0.77 58.30 56.80
-
0.29 1 650
1.68
0.76
0.77 61.90 60.40
-
0.43 1 670
2.46
1.08
0.76 65.80 64.80
-
3.20 B B 1 1 3.10 B C 1 1 3.10 B D 1 1 3.30 C D 1 1 3.80 C E 1 1 -
LA71ZML4
0.66 1 665
3.79
1.54
0.74 72.80 71.80
-
3.80 C H 1 1 -
80
LE80MB4
0.63 1 740
3.46
1.55
LE80MF4 2)
0.86 1 730
4.75
1.87
90
LE90SE4 2)
1.27 1 725
7.03
2.60
LE90LD4 2)
1.75 1 720
9.72
3.50
100
LE100LB4 2)
2.55 1 720 14.2
4.70
LE100LH4 2)
3.45 1 725 19.1
5.90
112
LE112ME4 2)
4.55 1 730 25.1
7.90
132
LE132SF4 2)
6.30 1 745 34.5
10.80
LE132ME4 2)
8.60 1 750 46.9
14.70
LE132ZMSA4 2) 10.50 1 750
57.3
17.70
160
LE160MD4 2)
12.60 1 760 68.4
22.00
LE160LA4 2)
17.30 1 760 93.9
29.50
0.69 74.00 72.90 IE1 0.75 77.00 76.90 IE1 0.77 79.00 79.30 IE1 0.77 81.50 82.00 IE1 0.82 83.00 83.00 IE1 0.86 85.00 85.00 IE1 0.85 85.00 85.00 IE1 0.84 87.00 87.00 IE1 0.84 87.50 87.50 IE1 0.85 88.50 89.50 IE1 0.82 88.50 88.50 IE1 0.82 90.50 90.50 IE1
5.40 D B 2 1 5.30 D D 2 1 5.60 E L 2 1 6.00 E N 2 1 5.80 F L 2 1 6.00 F N 2 1 5.80 G H 2 1 6.70 H F 2 1 7.00 H J 2 1 8.00 H V 2 1 6.80 J P 2 1 7.30 J S 2 1 -
2-pole, 3 600 rpm at 60 Hz, 60 Hz power
63
LA63ME2 1)
0.21 3 420
0.59
0.51
0.81 64.00 63.00
-
LA63MF2 1)
0.29 3 430
0.81
0.68
0.82 65.00 64.00
-
8
71
LA71MG2 1)
0.43 3 340
1.23
1.00
0.82 66.00 65.00
-
LA71MH2 1)
0.63 3 400
1.77
1.36
0.82 71.00 71.00
-
100
LE100LD2 2)
3.45 3 430
9.6
5.80
0.88 84.50 84.50 IE1
112
LE112MB2 2)
4.55 3 525 12.3
7.70
0.88 84.50 84.50 IE1
132
LE132SB2 2)
6.30 3 505 17.2
10.20
0.90 86.00 86.00 IE1
LE132SF2 2)
8.60 3 530 23.3
14.00
0.88 87.50 87.50 IE1
160
LE160MA2 2)
12.60 3 520 34.2
21.00
0.86 87.50 87.50 IE1
LE160MF2 2)
17.30 3 530 46.8
28.00
0.86 89.50 89.50 IE1
LE160LB2 2)
21.30 3 530 57.6
34.50
0.87 89.50 89.50 IE1
4.10 B C 1 1 P00 4.30 B D 1 1 P00 4.50 C D 1 1 P00 4.90 C E 1 1 P00 6.80 F M 2 1 P00 7.50 G G 2 1 P00 5.70 H E 2 1 P00 6.90 H F 2 1 P00 5.70 J N 2 1 P00 6.40 J Q 2 1 P00 7.20 J T 2 1 P00
6-pole, 1 200 rpm at 60 Hz, 60 Hz power
63
LA63MF6 1)
0.10 1 050
0.91
0.39
0.67 48.00 46.50
-
2.10 B D 1 1 P01
LA63MG6
71
LA71MG6 1)
LA71MH6 1)
100
LE100LD6 2)
112
LE112MB6 2)
132
LE132SB6 2)
LE132MA6 2)
LE132MJ6 2)
160
LE160ML6 2)
LE160LN6 2)
0.14 0.21 0.29 1.75 2.55 3.45 4.55 6.30 8.60 12.60
1 080 1 035 1 030 1 140 1 130 1 150 1 145 1 150 1 170 1 165
1.24 1.94 2.69 14.7 21.5 28.6 37.9 52.3 70.2 103.3
0.74 0.69 0.78 3.65 5.20 6.90 8.80 12.20 16.70 23.00
0.57 41.90 37.00
-
0.67 57.30 55.80
-
0.75 61.90 60.40
-
0.78 77.00 77.50 IE1
0.78 78.50 79.00 IE1
0.75 83.50 83.50 IE1
0.78 83.50 83.50 IE1
0.76 85.00 85.00 IE1
0.75 86.00 86.00 IE1
0.77 89.00 89.00 IE1
2.10 B E 1 1 P01 3.00 C D 1 1 P01 3.10 C E 1 1 P01 4.50 F M 2 1 P01 4.50 G G 2 1 P01 4.60 H E 2 1 P01 4.70 H H 2 1 P01 5.20 H K 2 1 P01 5.90 J H 2 1 P01 6.30 J U 2 1 P01
8-pole, 900 rpm at 60 Hz, 60 Hz power
71
LA71MH8
0.104 780
1.27
0.39
0.66 50.50 49.00
-
2.20 C E 1 1 P02
LA71MJ8
0.14
795
1.68
0.56
0.62 50.60 49.10
-
2.20 C F 1 1 P02
100 LE100LA8
0.86
855
9.61
2.73
0.61 68.00 67.50
-
3.30 F B 2 1 P02
LE100LK8
1.27
855 14.2
3.55
0.62 72.50 72.50
-
3.50 F P 2 1 P02
112 LE112MG8
1.75
850 19.7
4.50
0.66 74.30 74.30
-
3.80 G J 2 1 P02
132 LE132SL8
2.55
865 28.2
6.00
0.66 81.40 81.40
-
4.10 H G 2 1 P02
LE132MJ8
3.45
865 38.1
7.80
0.68 82.10 82.10
-
4.00 H K 2 1 P02
160 LE160MD8
4.55
870 49.9
10.40
0.70 78.30 78.80
-
4.10 J F 2 1 P02
LE160ML8
6.30
870 69.2
13.60
0.71 81.90 81.90
-
4.20 J H 2 1 P02
LE160LN8
8.60
865 94.9
18.80
0.70 82.00 82.00
-
4.10 J L 2 1 P02
1) The technical specifications also apply to LAI63 and LAI71 motors (with IEC B14 flange) for worm geared motors S. 2) Only as brake motor or motor for intermittent duty S3 - 75 %.
8/10
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Motors Motors with Standard Efficiency IE1
Selection and ordering data (continued)
Frame Motor size
TSt/Trated TBk/Trated TA/Trated LpfA
LWA
Z0
Jmot
mmot
Article No.
Order code
-
-
-
4-pole, 1 800 rpm at 60 Hz, 60 Hz power
dB (A)
dB (A)
1/h
10-4 kgm² kg
Data position
Number
9th 10th 11th 12th of poles
63
LA63MD4
LA63ME4 1)
LA63MF4 1)
71
LA71MG4 1)
LA71MH4 1)
2.50
2.70
2.30
46
2.00
2.10
1.80
46
2.00
2.00
1.70
46
1.90
2.00
1.60
48
2.00
2.20
1.70
48
57
15 000
2.9
57
15 000
2.9
57
12 000
3.7
59
8 000
5.2
59
8 000
7.7
3.2
BB 1 1 -
3.2
BC 1 1 -
3.6
BD 1 1 -
4.3
CD 1 1 -
5.8
CE 1 1 -
LA71ZML4
2.40
2.40
2.20
50
61
7 000
11.0
8.1
CH 1 1 -
80
LE80MB4
2.30
3.10
2.50
55
66
7 000
O. R.
O. R.
DB 2 1 -
LE80MF4 2)
2.20
2.70
2.40
55
66
7 000
O. R.
O. R.
DD 2 1 -
90
LE90SE4 2)
2.40
2.80
2.60
54
65
6 000
O. R.
O. R.
EL 2 1 -
LE90LD4 2)
2.50
2.80
2.80
55
66
6 000
O. R.
O. R.
EN 2 1 -
100
LE100LB4 2)
2.20
2.40
2.40
62
74
5 000
59.0
21
FL 2 1 -
LE100LH4 2)
2.20
2.30
2.40
62
74
5 000
78.0
25
FN 2 1 -
112
LE112ME4 2)
2.10
2.70
2.30
62
74
5 000
100.0
31
GH 2 1 -
132
LE132SF4 2)
2.20
2.80
2.40
68
80
3 000
190.0
44
HF 2 1 -
LE132ME4 2)
2.40
3.00
2.60
68
80
3 000
240.0
51
HJ 2 1 -
LE132ZMSA4 2) 2.10
3.20
O. R.
69
81
1 600
330.0
O. R.
HV 2 1 -
160
LE160MD4 2)
2.30
3.00
2.50
69
81
2 000
440.0
73
JP 2 1 -
LE160LA4 2)
2.50
3.40
2.70
69
81
2 000
560.0
84
JS 2 1 -
2-pole, 3 600 rpm at 60 Hz, 60 Hz power
63
LA63ME2 1)
2.10
2.30 O. R.
53
64
5 000
1.8
3.2
B C 1 1 P00
LA63MF2 1)
2.10
2.30 O. R.
53
64
5 000
2.2
3.6
B D 1 1 P00
71
LA71MG2 1)
2.50
2.50 O. R.
56
67
5 000
2.9
4.5
C D 1 1 P00
8
LA71MH2 1)
2.60
2.50 O. R.
56
67
5 000
4.1
5.5
C E 1 1 P00
100
LE100LD2 2)
3.40
3.30
3.70
71
83
2 000
34.0
23
F M 2 1 P00
112
LE112MB2 2)
2.70
3.80
2.90
73
85
O. R.
67.0
29
G G 2 1 P00
132
LE132SB2 2)
1.80
2.70
1.90
72
84
O. R.
130.0
40
H E 2 1 P00
LE132SF2 2)
2.30
3.40
2.50
72
84
O. R.
160.0
46
H F 2 1 P00
160
LE160MA2 2)
2.00
2.80
2.20
77
89
O. R.
300.0
69
J N 2 1 P00
LE160MF2 2)
2.40
3.10
2.60
77
89
O. R.
360.0
78
J Q 2 1 P00
LE160LB2 2)
2.40
3.20
2.60
77
89
O. R.
440.0
90
J T 2 1 P00
6-pole, 1 200 rpm at 60 Hz, 60 Hz power
63
LA63MF6 1)
1.90
1.60 O. R.
43
54
10 500
3.7
3.6
B D 1 1 P01
LA63MG6
2.30
2.30 O. R.
43
71
LA71MG6 1)
2.10
2.10 O. R.
43
LA71MH6 1)
2.30
2.20 O. R.
43
100
LE100LD6 2)
2.10
2.50
2.30
62
112
LE112MB6 2)
2.30
2.60
2.50
60
132
LE132SB6 2)
1.90
2.30
2.00
67
LE132MA6 2)
2.00
2.40
2.20
67
LE132MJ6 2)
2.40
2.60
2.60
67
160
LE160ML6 2)
2.20
2.90
2.40
70
LE160LN6 2)
1.90
2.70
2.00
70
54
10 500
3.7
3.6
B E 1 1 P01
54
10 500
5.5
4.3
C D 1 1 P01
54
10 500
8.0
5.3
C E 1 1 P01
74
O. R.
65.0
22
F M 2 1 P01
72
O. R.
92.0
29
G G 2 1 P01
79
O. R.
170.0
39
H E 2 1 P01
79
O. R.
210.0
45
H H 2 1 P01
79
O. R.
270.0
55
H K 2 1 P01
82
O. R.
560.0
83
J H 2 1 P01
82
O. R.
780.0
106
J U 2 1 P01
8-pole, 900 rpm at 60 Hz, 60 Hz power
71
LA71MH8
1.90
1.70 O. R.
39
50
O. R.
8.0
5.3
C E 1 1 P02
LA71MJ8
2.20
2.00 O. R.
39
51
O. R.
8.0
5.3
C F 1 1 P02
100
LE100LA8
1.70
2.30
1.80
63
75
O. R.
56.0
17
F B 2 1 P02
LE100LK8
1.80
2.30
1.90
63
75
O. R.
78.0
22
F P 2 1 P02
112
LE112MG8
1.60
2.00
1.70
66
78
O. R.
94.0
29
G J 2 1 P02
132
LE132SL8
1.60
2.20
1.70
66
78
O. R.
190.0
37
H G 2 1 P02
LE132MJ8
1.70
2.30
1.80
66
78
O. R.
240.0
44
H K 2 1 P02
160
LE160MD8
1.70
2.20
1.80
71
83
O. R.
440.0
60
J F 2 1 P02
LE160ML8
1.60
2.20
1.70
71
83
O. R.
560.0
72
J H 2 1 P02
LE160LN8
1.70
2.10
1.80
71
83
O. R.
770.0
91
J L 2 1 P02
O. R. On request
1) The technical specifications also apply to LAI63 and LAI71 motors (with IEC B14 flange) for worm geared motors S. 2) Only as brake motor or motor for intermittent duty S3 - 75 %.
Siemens MD 50.1 · 2017
8/11
Motors Motors with Standard Efficiency IE1
© Siemens AG 2018
Selection and ordering data (continued)
Frame Motor size
Prated
nrated
kW
rpm
4-pole, 2 610 rpm at 87 Hz power
Trated Nm
Irated 400 V A
cos
-
4/4 load %
TBk/Trated -
Article No.
Order code
Data position
Power
9th 10th 11th 12th
Number of poles
63
LA63MD4
LA63ME4 1)
LA63MF4 1)
71
LA71MG4 1)
LA71MH4 1)
0.15
2 530
0.20
2 460
0.30
2 460
0.45
2 460
0.65
2 480
0.57
0.64
0.54
63.00
2.9
B B 1 1 P91
-
0.78
0.70
0.73
56.50
2.1
B C 1 1 P91
-
1.16
0.97
0.76
59.00
2.0
B D 1 1 P91
-
1.75
1.40
0.78
59.50
1.9
C D 1 1 P91
-
2.50
1.80
0.79
66.00
2.1
C E 1 1 P91
-
LA71ZML4
0.95
2 480
3.66
2.68
0.73
70.00
2.3
C H 1 1 P91
-
80
LE80MB4
0.95
2 570
3.53
2.80
0.66
74.20
2.8
D B 2 1 P91
-
LE80MF4
1.30
2 550
4.87
3.50
0.71
75.50
2.5
D D 2 1 P92
-
90
LE90SE4
1.90
2 540
7.14
4.70
0.71
82.20
2.6
E L 2 1 P92
-
LE90LD4
2.60
2 535
9.79
6.40
0.71
82.60
2.6
E N 2 1 P92
-
100
LE100LB4
3.60
2 540
14.3
8.30
0.77
81.70
2.5
F L 2 1 P92
-
LE100LH4
5.00
2 540
18.8
10.80
0.80
83.80
2.7
F N 2 1 P92
-
112
LE112ME4
6.50
2 550
24.3
13.60
0.81
85.30
2.8
G H 2 1 P92
-
132
LE132SF4
9.00
2 560
33.6
19.20
0.79
85.70
2.9
H F 2 1 P92
-
LE132ME4
13.00
2 560
48.5
26.50
0.79
86.20
3.2
H J 2 1 P92
-
LE132ZMSA4
15.20
2 565
56.6
28.50
0.84
86.00
3.4
H V 2 1 P92
-
160
LE160MD4
17.00
2 575
63
37.00
0.76
87.50
3.5
J P 2 1 P92
-
LE160LA4
26.00
2 575
96.4
49.00
0.78
88.80
3.8
J S 2 1 P92
-
6-pole, 1 740 rpm at 87 Hz power
63
LA63MF6 1)
0.15
1 590
0.9
0.75
0.65
44.50
2.1
B D 1 1 P91
P01
8
LA63MG6
71
LA71MG6 1)
0.20
O. R.
0.30
1 580
O. R. 1.81
O. R. 1.05
O. R. 0.70
O. R. 59.00
O. R. 2.1
B E 1 1 P91
P01
C D 1 1 P91
P01
LA71MH6 1)
0.45
1 570
2.74
1.40
0.75
62.00
2.1
C E 1 1 P91
P01
100
LE100LD6
2.60
1 680
14.8
6.90
0.70
77.20
2.2
F M 2 1 P92
P01
112
LE112MB6
3.80
1 680
21.6
9.30
0.72
82.00
2.6
G G 2 1 P92
P01
132
LE132SB6
5.00
1 695
28.2
12.70
0.69
82.60
2.7
H E 2 1 P92
P01
LE132MA6
7.00
1 695
39.4
15.40
0.72
84.80
2.7
H H 2 1 P92
P01
LE132MJ6
9.00
1 695
50.7
21.00
0.72
85.80
3.0
H K 2 1 P92
P01
160
LE160ML6
13.00
1 710
72.6
28.50
0.70
86.90
3.1
J H 2 1 P92
P01
LE160LN6
17.00
1 710
94.9
37.50
0.74
88.70
3.0
J U 2 1 P92
P01
8-pole, 1 305 rpm at 87 Hz power
71
LA71MH8
0.15
1 185
1.21
0.60
0.67
54.00
1.9
C E 1 1 P92
P02
LA71MJ8
0.20
1 200
1.59
0.85
0.63
54.00
2.2
C F 1 1 P92
P02
100
LE100LA8
1.30
1 265
9.81
5.10
0.55
67.40
2.2
F B 2 1 P92
P02
LE100LK8
1.90
1 265
14.3
6.60
0.57
72.50
2.3
F P 2 1 P92
P02
112
LE112MG8
2.60
1 255
19.8
8.00
0.61
77.20
1.9
G J 2 1 P92
P02
132
LE132SL8
3.60
1 275
27
10.80
0.62
81.90
2.4
H G 2 1 P92
P02
LE132MJ8
5.00
1 270
37.6
13.90
0.63
82.40
2.3
H K 2 1 P92
P02
160
LE160MD8
7.00
1 280
52.2
19.90
0.64
79.30
2.3
J F 2 1 P92
P02
LE160ML8
9.00
1 275
67.4
25.50
0.65
82.70
2.2
J H 2 1 P92
P02
LE160LN8
13.00
1 275
97.4
34.00
0.67
85.20
2.2
J L 2 1 P92
P02
O. R. On request 1) The technical specifications also apply to LAI63 and LAI71 motors (with IEC B14 flange) for worm geared motors S.
8/12
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Motors Motors with Standard Efficiency IE1
Selection and ordering data (continued)
Frame Motor size
LpfA
dB (A)
4-pole, 2 610 rpm at 87 Hz power
LWA dB (A)
Jmot 10-4 kgm²
mmot kg
Article No.
Order code
Data position
Power
9th 10th 11th 12th
Number of poles
63
LA63MD4
O. R.
LA63ME4 1)
O. R.
LA63MF4 1)
O. R.
71
LA71MG4 1)
O. R.
LA71MH4 1)
O. R.
O. R. O. R. O. R. O. R. O. R.
2.9
3.2
B B 1 1 P91
-
2.9
3.2
B C 1 1 P91
-
3.7
3.6
B D 1 1 P91
-
5.2
4.3
C D 1 1 P91
-
7.7
5.8
C E 1 1 P91
-
LA71ZML4
O. R.
O. R.
11.0
8.1
C H 1 1 P91
-
80
LE80MB4
O. R.
O. R.
O. R.
O. R.
D B 2 1 P91
-
LE80MF4
O. R.
O. R.
O. R.
O. R.
D D 2 1 P92
-
90
LE90SE4
O. R.
O. R.
O. R.
O. R.
E L 2 1 P92
-
LE90LD4
O. R.
O. R.
O. R.
O. R.
E N 2 1 P92
-
100
LE100LB4
O. R.
O. R.
59.0
21
F L 2 1 P92
-
LE100LH4
O. R.
O. R.
78.0
25
F N 2 1 P92
-
112
LE112ME4
O. R.
O. R.
100.0
31
G H 2 1 P92
-
132
LE132SF4
O. R.
O. R.
190.0
44
H F 2 1 P92
-
LE132ME4
O. R.
O. R.
240.0
51
H J 2 1 P92
-
LE132ZMSA4 O. R.
O. R.
330.0
O. R.
H V 2 1 P92
-
160
LE160MD4
O. R.
O. R.
440.0
73
J P 2 1 P92
-
LE160LA4
O. R.
O. R.
560.0
84
J S 2 1 P92
-
6-pole, 1 740 rpm at 87 Hz power
63
LA63MF6 1)
O. R.
O. R.
3.7
3.6
B D 1 1 P91
P01
LA63MG6
O. R.
71
LA71MG6 1)
O. R.
LA71MH6 1)
O. R.
O. R. O. R. O. R.
3.7 5.5
3.6
B E 1 1 P91
P01
4.3
C D 1 1 P91
P01
8
8.0
5.3
C E 1 1 P91
P01
100
LE100LD6
O. R.
O. R.
65.0
22
F M 2 1 P92
P01
112
LE112MB6
O. R.
O. R.
92.0
29
G G 2 1 P92
P01
132
LE132SB6
O. R.
O. R.
170.0
39
H E 2 1 P92
P01
LE132MA6
O. R.
O. R.
210.0
45
H H 2 1 P92
P01
LE132MJ6
O. R.
O. R.
270.0
55
H K 2 1 P92
P01
160
LE160ML6
O. R.
O. R.
560.0
83
J H 2 1 P92
P01
LE160LN6
O. R.
O. R.
780.0
106
J U 2 1 P92
P01
8-pole, 1 305 rpm at 87 Hz power
71
LA71MH8
O. R.
O. R.
8.0
5.3
C E 1 1 P92
P02
LA71MJ8
O. R.
O. R.
8.0
5.3
C F 1 1 P92
P02
100
LE100LA8
O. R.
O. R.
56.0
17
F B 2 1 P92
P02
LE100LK8
O. R.
O. R.
78.0
22
F P 2 1 P92
P02
112
LE112MG8
O. R.
O. R.
94.0
29
G J 2 1 P92
P02
132
LE132SL8
O. R.
O. R.
190.0
37
H G 2 1 P92
P02
LE132MJ8
O. R.
O. R.
240.0
44
H K 2 1 P92
P02
160
LE160MD8
O. R.
O. R.
440.0
60
J F 2 1 P92
P02
LE160ML8
O. R.
O. R.
560.0
72
J H 2 1 P92
P02
LE160LN8
O. R.
O. R.
770.0
91
J L 2 1 P92
P02
O. R. On request 1) The technical specifications also apply to LAI63 and LAI71 motors (with IEC B14 flange) for worm geared motors S.
Siemens MD 50.1 · 2017
8/13
Motors Motors with High Efficiency IE2
© Siemens AG 2018
Selection and ordering data
Frame Motor size
Prated
nrated
Trated
Irated
cos
Efficiency ISt/Irated Article No. class
Order code
400 V
kW
rpm
Nm
A
-
4/4 load 3/4 load acc. to IEC
%
%
60034-30 -
Data position
Number
9th 10th 11th 12th of poles
4-pole, 1 500 rpm at 50 Hz
80
LE80MD4E
0.55 1 440
3.65
1.39
0.74 77.10 76.80
-
5.30 D C 2 2 -
LE80MH4E
0.75 1 440
4.97
1.79
0.76 79.60 79.90 IE2
5.60 D E 2 2 -
90
LE90SG4E
1.10 1 425
7.37
2.50
0.78 81.40 81.80 IE2
5.60 E K 2 2 -
LE90LH4E
1.50 1 435
9.98
3.30
0.79 82.80 83.50 IE2
6.40 E M 2 2 -
100 LE100LE4E
2.20 1 455
14.4
4.65
0.81 84.30 85.10 IE2
6.90 F L 2 2 -
LE100LK4E
3.00 1 455
19.7
6.20
0.82 85.50 86.40 IE2
6.90 F M 2 2 -
112 LE112ME4E
4.00 1 460
26.2
8.20
0.81 86.60 87.30 IE2
7.10 G H 2 2 -
132 LE132SF4E
5.50 1 465
35.9
11.30
0.80 87.70 89.00 IE2
6.90 H G 2 2 -
LE132MF4E
7.50 1 465
48.9
14.70
0.83 88.70 90.30 IE2
6.90 H J 2 2 -
LE132ZMM4E
9.20 1 455
60.4
17.90
0.83 89.30 90.40 IE2
7.10 H V 2 2 -
160 LE160MF4E
11.00 1 470
71.5
21.00
0.85 89.80 90.90 IE2
6.70 J P 2 2 -
LE160LD4E
15.00 1 475
97.1
28.00
0.85 90.60 91.30 IE2
7.30 J U 2 2 -
180 LES180MM4E 18.50 1 465 120.6
35.00
0.84 91.20 92.00 IE2
7.20 K L 3 2 -
LES180ZLJ4E 22.00 1 465 143.4
41.50
0.84 91.60 92.20 IE2
7.30 K N 3 2 -
200 LES200LN4E
30.00 1 470 194.9
56.00
0.84 92.30 92.80 IE2
6.70 L M 3 2 -
225 LES225SD4E
37.00 1 470 240.4
65.00
0.88 92.70 93.50 IE2
6.60 M F 3 2 -
LES225YMF4E 45.00 1 475 291
80.00
0.87 93.10 93.80 IE2
6.90 M T 3 2 -
250 LES250MD4E 55.00 1 480 355
100.00
0.85 93.50 93.90 IE2
6.80 N M 3 2 -
2-pole, 3 000 rpm at 50 Hz
80
LE80MA2E
0.75 2 805
2.55
1.67
0.84 77.40 79.50 IE2
8
LE80ME2E
90
LE90SG2E
1.10 1.50
2 835 2 885
3.71
2.40
0.83 79.60 81.30 IE2
4.96
3.15
0.84 81.30 82.30 IE2
4.90 D B 2 2 P00 6.00 D M 2 2 P00 6.90 E K 2 2 P00
LE90LH2E
2.20 2 890
7.27
4.50
0.85 83.20 83.90 IE2
7.10 E M 2 2 P00
100 LE100LD2E
3.00 2 905
9.86
6.10
0.84 84.60 85.20 IE2
7.00 F K 2 2 P00
112 LE112MA2E
4.00 2 950
12.9
7.80
0.86 85.80 86.70 IE2
7.40 G G 2 2 P00
132 LE132SB2E
5.50 2 950
17.8
10.50
0.87 87.00 88.00 IE2
6.60 H E 2 2 P00
LE132SF2E
7.50 2 950
24.3
14.10
0.87 88.10 88.70 IE2
7.50 H G 2 2 P00
160 LE160MB2E
11.00 2 955
35.5
20.50
0.87 89.40 90.00 IE2
7.40 J N 2 2 P00
LE160MG2E
15.00 2 955
48.5
27.00
0.88 90.30 90.90 IE2
7.60 J Q 2 2 P00
LE160LB2E
18.50 2 955
59.8
33.50
0.88 90.90 91.20 IE2
7.90 J T 2 2 P00
6-pole, 1 000 rpm at 50 Hz
80
LE80MD6E
0.37
925
3.82
1.08
0.69 71.40 71.50
-
4.00 D C 2 2 P01
LE80MK6E
0.55
935
5.62
1.63
0.66 74.00 74.00
-
4.40 D F 2 2 P01
90
LE90SH6E
0.75
935
7.66
2.05
0.70 75.90 76.00 IE2
4.10 E C 2 2 P01
LE90LLB6E
1.10
935
11.2
2.90
0.70 78.10 78.60 IE2
4.40 E P 2 2 P01
100 LE100LLB6E
1.50
970
14.8
3.70
0.73 79.80 80.50 IE2
5.40 F P 2 2 P01
112 LE112ME6E
2.20
965
21.8
5.20
0.75 81.80 82.60 IE2
5.00 G H 2 2 P01
132 LE132SC6E
3.00
970
29.5
7.20
0.72 83.30 83.40 IE2
5.00 H F 2 2 P01
LE132MB6E
4.00
970
39.4
9.10
0.75 84.60 85.50 IE2
5.00 H H 2 2 P01
LE132MJ6E
5.50
970
54.1
12.10
0.76 86.00 87.00 IE2
5.60 H L 2 2 P01
160 LE160ML6E
7.50
975
73.5
16.80
0.74 87.20 88.00 IE2
4.70 J H 2 2 P01
LE160LL6E
11.00
975 107.7
23.50
0.76 88.70 89.60 IE2
4.80 J V 2 2 P01
180 LES180LE6E
15.00
975 146.9
31.00
0.78 89.70 90.10 IE2
6.00 K M 3 2 P01
200 LES200LG6E
18.50
978 180.6
36.00
0.82 90.40 91.30 IE2
5.80 L L 3 2 P01
LES200LP6E
22.00
978 214.8
42.50
0.82 90.90 91.60 IE2
6.20 L N 3 2 P01
225 LES225YMF6E 30.00
980 292
57.00
0.83 91.70 92.50 IE2
6.10 M K 3 2 P01
250 LES250MD6E 37.00
982 360
70.00
0.83 92.20 93.10 IE2
6.00 N D 3 2 P01
8-pole, 750 rpm at 50 Hz
180 LES180LE8E
11.00
720 145.9
26.00
0.70 86.60 87.60
-
4.90 K M 3 2 P02
200 LES200LP8E
15.00
718 199.5
32.00
0.76 88.90 90.80
-
5.40 L N 3 2 P02
225 LES225SD8E
18.50
730 242
38.50
0.78 89.00 89.90
-
5.40 M F 3 2 P02
LES225MD8E 22.00
730 288
44.00
0.80 90.30 91.30
-
5.50 M G 3 2 P02
250 LES250MD8E 30.00
732 391
59.00
0.80 91.30 92.20
-
5.60 N D 3 2 P02
8/14
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Motors Motors with High Efficiency IE2
Selection and ordering data (continued)
Frame Motor size
TSt/Trated TBk/Trated TA/Trated LpfA
LWA
Z0
Jmot
mmot
Article No.
Order code
Data position
Number
-
-
-
dB (A)
dB (A)
1/h
10-4 kgm² kg
9th 10th 11th 12th of poles
4-pole, 1 500 rpm at 50 Hz
80
LE80MD4E
2.20
3.10
2.47
53
64
9 000
17
9.3
DC 2 2 -
LE80MH4E
2.20
3.10
2.47
53
64
9 000
21
10
DE 2 2 -
90
LE90SG4E
2.30
2.90
2.30
56
68
10 000
28
12
EK 2 2 -
LE90LH4E
2.60
3.40
2.80
56
68
10 000
36
15
EM 2 2 -
100
LE100LE4E
2.10
3.30
2.43
60
72
6 000
86
20
FL 2 2 -
LE100LK4E
2.00
3.10
2.30
60
72
6 000
110
24
FM 2 2 -
112
LE112ME4E
2.50
3.20
2.60
58
70
5 000
140
24
GH 2 2 -
132
LE132SF4E
2.30
2.90
2.37
64
76
3 000
270
35
HG 2 2 -
LE132MF4E
2.30
2.90
2.30
64
76
3 000
340
42
HJ 2 2 -
LE132ZMM4E
2.30
3.10
2.37
64
76
1 600
410
O. R.
HV 2 2 -
160
LE160MF4E
2.10
2.80
2.30
65
77
2 000
650
61
JP 2 2 -
LE160LD4E
2.30
3.00
2.50
65
77
2 000
830
73
JU 2 2 -
180
LES180MM4E
2.50
3.40
2.50
58
71
O. R.
1 200
151
KL 3 2 -
LES180ZLJ4E
2.60
3.50
2.60
58
71
O. R.
1 300
156
KN 3 2 -
200
LES200LN4E
2.50
3.30
2.60
62
75
O. R.
2 000
211
LM 3 2 -
225
LES225SD4E
2.30
2.90
2.00
62
75
O. R.
4 200
280
MF 3 2 -
LES225YMF4E
2.50
3.10
2.10
63
76
O. R.
4 600
305
MT 3 2 -
250
LES250MD4E
2.70
3.00
2.10
62
75
O. R.
7 500
385
NM 3 2 -
2-pole, 3 000 rpm at 50 Hz
80
LE80MA2E
1.90
2.30
1.93
60
71
6 000
8
8.3
D B 2 2 P00
LE80ME2E
90
LE90SG2E
2.70
3.10
2.57
60
2.70
3.60
2.80
65
71
6 000
77
5 000
11
10
D M 2 2 P00
17
12
E K 2 2 P00
8
LE90LH2E
2.50
3.70
2.80
65
77
5 000
21
14
E M 2 2 P00
100
LE100LD2E
2.30
3.30
2.63
67
79
3 000
44
21
F K 2 2 P00
112
LE112MA2E
2.40
3.30
2.43
69
81
2 000
92
22
G G 2 2 P00
132
LE132SB2E
1.80
2.90
2.13
68
80
1 000
200
32
H E 2 2 P00
LE132SF2E
2.20
3.10
2.40
68
80
1 000
240
36
H G 2 2 P00
160
LE160MB2E
2.10
3.20
2.40
70
82
600
450
57
J N 2 2 P00
LE160MG2E
2.40
3.40
2.63
70
82
600
530
65
J Q 2 2 P00
LE160LB2E
2.90
3.60
3.03
70
82
600
610
74
J T 2 2 P00
6-pole, 1 000 rpm at 50 Hz
80
LE80MD6E
2.10
2.40
2.17
42
53
12 000
17
8.3
D C 2 2 P01
LE80MK6E
2.50
2.90
2.63
42
53
12 000
25
11.3
D F 2 2 P01
90
LE90SH6E
2.00
2.50
2.13
43
55
10 000
30
12
E C 2 2 P01
LE90LLB6E
2.20
2.60
2.23
43
55
10 000
40
15
E P 2 2 P01
100
LE100LLB6E
2.00
2.80
2.17
59
71
9 000
110
24
F P 2 2 P01
112
LE112ME6E
2.00
2.80
2.17
62
74
8 000
140
24
G H 2 2 P01
132
LE132SC6E
1.60
2.50
1.93
63
75
6 000
240
31
H F 2 2 P01
LE132MB6E
1.60
2.30
1.87
63
75
6 000
290
36
H H 2 2 P01
LE132MJ6E
1.90
2.60
2.07
63
75
5 000
370
45
H L 2 2 P01
160
LE160ML6E
1.90
2.20
1.93
67
79
4 000
750
67
J H 2 2 P01
LE160LL6E
1.90
2.20
1.87
67
79
4 000
980
83
J V 2 2 P01
180
LES180LE6E
2.50
3.10
2.40
56
70
O. R.
1 700
141
K M 3 2 P01
200
LES200LG6E
2.40
2.60
2.20
58
72
O. R.
2 500
181
L L 3 2 P01
LES200LP6E
2.50
2.60
2.20
58
72
O. R.
3 000
201
L N 3 2 P01
225
LES225YMF6E
2.50
2.80
2.00
56
70
O. R.
5 800
285
M K 3 2 P01
250
LES250MD6E
2.80
2.50
2.00
57
71
O. R.
8 600
370
N D 3 2 P01
8-pole, 750 rpm at 50 Hz
180
LES180LE8E
2.30
2.60
O. R.
67
74
O. R.
1 950
155
K M 3 2 P02
200
LES200LP8E
2.40
2.80
O. R.
57
64
O. R.
3 440
220
L N 3 2 P02
225
LES225SD8E
2.20
2.70
1.80
53
66
O. R.
4 300
250
M F 3 2 P02
LES225MD8E
2.30
2.70
1.90
53
66
O. R.
5 000
270
M G 3 2 P02
250
LES250MD8E
2.40
2.70
1.90
58
72
O. R.
8 600
370
N D 3 2 P02
O. R. On request
Update 02/2018
Siemens MD 50.1 · 2017
8/15
Motors Motors with High Efficiency IE2
© Siemens AG 2018
Selection and ordering data (continued)
Frame Motor size
Prated
nrated
Trated
Irated
cos
Efficiency ISt/Irated Article No. class
Order code
460 V
kW
rpm
Nm
A
-
4/4 load 3/4 load acc. to IEC
%
%
60034-30 -
Data position
Number
9th 10th 11th 12th of poles
4-pole, 1 800 rpm at 60 Hz, 50 Hz power
80
LE80MD4E
0.55 1 750
3
1.29
0.71 75.50 74.60
-
6.40 D C 2 2 -
LE80MH4E
0.75 1 750
4.09
1.68
0.72 78.00 77.40 IE2
6.80 D E 2 2 -
90
LE90SG4E
1.10 1 740
6.04
2.20
0.74 84.00 83.70 IE2
7.00 E K 2 2 -
LE90LH4E
1.50 1 745
8.21
3.00
0.75 84.00 84.00 IE2
7.50 E M 2 2 -
100 LE100LE4E
2.20 1 760
11.9
4.05
0.78 87.50 88.30 IE2
8.10 F L 2 2 -
LE100LK4E
3.00 1 765
16.2
5.40
0.79 87.50 86.00 IE2
8.30 F M 2 2 -
112 LE112ME4E
3.70 1 770
20
6.90
0.77 87.50 87.00 IE2
8.70 G H 2 2 -
132 LE132SF4E
5.50 1 770
29.7
9.90
0.78 89.50 89.60 IE2
8.00 H G 2 2 -
LE132MF4E
7.50 1 770
40.5
12.80
0.82 89.50 90.30 IE2
8.00 H J 2 2 -
LE132ZMM4E
9.20 1 760
49.9
15.50
0.82 89.50 89.90 IE2
8.10 H V 2 2 -
160 LE160MF4E
11.00 1 775
59.2
18.10
0.84 91.00 91.30 IE2
7.70 J P 2 2 -
LE160LD4E
15.00 1 780
80.5
24.50
0.84 91.00 90.70 IE2
8.50 J U 2 2 -
180
LES180MM4E 18.50 1 770
99.8
30.50
0.83 92.40 92.60 IE2
7.70 K L 3 2 -
LES180ZLJ4E 22.00 1 770 118.7
36.00
0.83 92.40 92.50 IE2
8.40 K N 3 2 -
200 LES200LN4E
30.00 1 778 161.1
48.00
0.84 93.00 92.90 IE2
8.20 L M 3 2 -
225 LES225SD4E
37.00 1 778 198.7
57.00
0.87 93.00 93.20 IE2
7.20 M F 3 2 -
LES225YMF4E 45.00 1 778 241.7
70.00
0.86 93.60 93.80 IE2
7.60 M T 3 2 -
250 LES250MD4E 55.00 1 785 294
87.00
0.84 94.10 94.10 IE2
7.30 N M 3 2 -
2-pole, 3 600 rpm at 60 Hz, 50 Hz power
80
LE80MA2E
0.75 3 445
2.08
1.50
0.83 75.50 75.50 IE2
8
LE80ME2E
90
LE90SG2E
1.10 3 465 1.50 3 505
3.03
2.05
0.82 82.50 82.50 IE2
4.09
2.75
0.82 84.00 84.00 IE2
6.00 D B 2 2 P00 6.80 D M 2 2 P00 8.50 E K 2 2 P00
LE90LH2E
2.20 3 510
5.99
3.90
0.83 85.50 85.50 IE2
8.70 E M 2 2 P00
100 LE100LD2E
3.00 3 520
8.14
5.20
0.83 87.50 87.30 IE2
8.10 F K 2 2 P00
112 LE112MA2E
3.70 3 565
9.91
6.30
0.84 87.50 87.40 IE2
9.30 G G 2 2 P00
132 LE132SB2E
5.50 3 555
14.8
9.10
0.86 88.50 88.30 IE2
7.60 H E 2 2 P00
LE132SF2E
7.50 3 560
20.1
12.10
0.87 89.50 89.60 IE2
8.20 H G 2 2 P00
160 LE160MB2E
11.00 3 560
29.5
17.80
0.86 90.20 89.60 IE2
8.20 J N 2 2 P00
LE160MG2E
15.00 3 565
40.2
24.00
0.87 90.20 89.90 IE2
8.40 J Q 2 2 P00
LE160LB2E
18.50 3 565
49.6
29.50
0.87 91.00 90.50 IE2
8.90 J T 2 2 P00
6-pole, 1 200 rpm at 60 Hz, 50 Hz power
80
LE80MD6E
0.37 1 140
3.1
0.98
0.63 75.30 74.10
-
4.60 D C 2 2 P01
LE80MK6E
0.55 1 135
4.63
1.47
0.61 77.00 77.50
-
5.20 D F 2 2 P01
90
LE90SH6E
0.75 1 145
6.25
1.98
0.65 73.00 72.70 IE1
4.50 E C 2 2 P01
LE90LLB6E
1.10 1 145
9.17
2.80
0.66 75.00 75.00 IE1
4.80 E P 2 2 P01
100 LE100LLB6E
1.50 1 175
12.2
3.15
0.69 86.50 86.30 IE2
6.40 F P 2 2 P01
112 LE112ME6E
2.20 1 170
18
4.30
0.73 87.50 87.30 IE2
6.30 G H 2 2 P01
132 LE132SC6E
3.00 1 175
24.4
6.20
0.69 87.50 87.10 IE2
6.00 H F 2 2 P01
LE132MB6E
3.70 1 180
29.9
7.50
0.71 87.50 87.50 IE2
6.20 H H 2 2 P01
LE132MJ6E
5.50 1 175
44.7
10.60
0.73 89.50 89.80 IE2
6.50 H L 2 2 P01
160 LE160ML6E
7.50 1 180
60.7
14.40
0.73 89.50 89.60 IE2
5.40 J H 2 2 P01
LE160LL6E
11.00 1 180
89
20.50
0.74 90.20 90.50 IE2
5.50 J V 2 2 P01
180 LES180LE6E
15.00 1 178 121.6
27.00
0.77 90.20 90.20 IE2
6.90 K M 3 2 P01
200 LES200LG6E
18.50 1 182 149.5
31.50
0.81 91.70 92.10 IE2
6.70 L L 3 2 P01
LES200LP6E
22.00 1 182 177.7
37.00
0.81 91.70 92.10 IE2
7.40 L N 3 2 P01
225 LES225YMF6E 30.00 1 182 242.4
49.00
0.83 93.00 93.30 IE2
7.00 M K 3 2 P01
250 LES250MD6E 37.00 1 185 298
60.00
0.83 93.00 93.30 IE2
7.30 N D 3 2 P01
8-pole, 900 rpm at 60 Hz, 50 Hz power
180 LES180LE8E
11.00
875 120
22.50
0.69 88.50 88.80
-
5.60 K M 3 2 P02
200 LES200LP8E
15.00
875 163.7
28.50
0.74 89.50 90.70
-
6.30 L N 3 2 P02
225 LES225SD8E
18.50
885 199.6
38.50
0.75 89.50 89.70
-
6.30 M F 3 2 P02
LES225MD8E 22.00
885 237.4
45.00
0.78 91.00 91.30
-
6.40 M G 3 2 P02
250 LES250MD8E 30.00
885 324
60.00
0.79 91.00 91.30
-
6.40 N D 3 2 P02
8/16
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Motors Motors with High Efficiency IE2
Selection and ordering data (continued)
Frame Motor size
TSt/Trated TBk/Trated TA/Trated LpfA
LWA
Z0
Jmot
mmot
Article No.
Order code
Data position
Number
-
-
-
dB (A)
dB (A)
1/h
10-4 kgm² kg
9th 10th 11th 12th of poles
4-pole, 1 800 rpm at 60 Hz, 50 Hz power
80
LE80MD4E
2.70
3.80
2.94
55
66
7 000
17
9.3
DC 2 2 -
LE80MH4E
2.50
3.80
2.86
55
66
7 000
21
10
DE 2 2 -
90
LE90SG4E
2.70
3.60
2.80
58
70
8 000
28
12
EK 2 2 -
LE90LH4E
2.90
4.00
3.21
58
70
8 000
36
15
EM 2 2 -
100
LE100LE4E
2.50
3.90
2.77
62
74
5 000
86
20
FL 2 2 -
LE100LK4E
2.40
3.70
2.75
62
74
5 000
110
24
FM 2 2 -
112
LE112ME4E
3.00
4.00
3.17
62
74
5 000
140
24
GH 2 2 -
132
LE132SF4E
2.60
3.30
2.68
68
80
3 000
270
35
HG 2 2 -
LE132MF4E
2.70
3.40
2.67
68
80
3 000
340
42
HJ 2 2 -
LE132ZMM4E
2.50
3.60
2.73
64
76
1 600
410
O. R.
HV 2 2 -
160
LE160MF4E
2.50
3.20
2.71
69
81
2 000
650
61
JP 2 2 -
LE160LD4E
2.60
3.40
2.89
69
81
2 000
830
73
JU 2 2 -
180
LES180MM4E
2.80
3.90
2.80
61
74
O. R.
1 200
151
KL 3 2 -
LES180ZLJ4E
3.00
3.90
3.00
62
74
O. R.
1 300
156
KN 3 2 -
200
LES200LN4E
3.20
3.70
2.90
67
80
O. R.
2 000
211
LM 3 2 -
225
LES225SD4E
2.70
3.30
2.30
66
80
O. R.
4 200
280
MF 3 2 -
LES225YMF4E
3.00
3.50
2.40
67
80
O. R.
4 600
305
MT 3 2 -
250
LES250MD4E
3.10
3.30
2.40
66
80
O. R.
7 500
385
NM 3 2 -
2-pole, 3 600 rpm at 60 Hz, 50 Hz power
80
LE80MA2E
2.10
3.00
2.23
64
75
3 000
8
8.3
D B 2 2 P00
LE80ME2E
90
LE90SG2E
2.20
3.20
3.08
64
3.10
4.50
3.35
69
75
3 000
81
2 000
11
10
D M 2 2 P00
17
12
E K 2 2 P00
8
LE90LH2E
3.00
4.60
3.35
69
81
2 000
21
14
E M 2 2 P00
100
LE100LD2E
2.60
3.80
2.98
71
83
2 000
44
21
F K 2 2 P00
112
LE112MA2E
2.90
4.00
3.03
73
85
1 300
92
22
G G 2 2 P00
132
LE132SB2E
2.00
3.30
2.37
72
84
800
200
32
H E 2 2 P00
LE132SF2E
2.30
3.60
2.70
72
84
800
240
36
H G 2 2 P00
160
LE160MB2E
2.40
3.60
2.68
77
89
500
450
57
J N 2 2 P00
LE160MG2E
2.80
3.90
3.04
77
89
500
530
65
J Q 2 2 P00
LE160LB2E
3.30
4.10
3.45
77
89
500
610
74
J T 2 2 P00
6-pole, 1 200 rpm at 60 Hz, 50 Hz power
80
LE80MD6E
2.30
2.90
2.50
45
56
8 400
17
8.3
D C 2 2 P01
LE80MK6E
2.90
3.60
3.13
45
56
8 400
25
11.3
D F 2 2 P01
90
LE90SH6E
2.20
3.00
2.43
46
58
7 000
30
12
E C 2 2 P01
LE90LLB6E
2.40
3.10
2.57
46
58
7 000
40
15
E P 2 2 P01
100
LE100LLB6E
2.20
3.20
2.43
62
74
6 300
110
24
F P 2 2 P01
112
LE112ME6E
2.10
3.20
2.43
65
77
5 600
140
24
G H 2 2 P01
132
LE132SC6E
1.80
2.90
2.23
67
79
4 200
240
31
H F 2 2 P01
LE132MB6E
1.90
3.00
2.33
67
79
4 200
290
36
H H 2 2 P01
LE132MJ6E
2.10
2.90
2.31
67
79
3 500
370
45
H L 2 2 P01
160
LE160ML6E
2.10
2.50
2.18
70
82
2 800
750
67
J H 2 2 P01
LE160LL6E
2.20
2.50
2.14
70
82
2 800
980
83
J V 2 2 P01
180
LES180LE6E
2.80
3.40
2.70
60
74
O. R.
1 700
141
K M 3 2 P01
200
LES200LG6E
2.60
3.00
2.50
62
76
O. R.
2 500
181
L L 3 2 P01
LES200LP6E
3.00
3.00
2.60
62
76
O. R.
3 000
201
L N 3 2 P01
225
LES225YMF6E
2.90
3.10
2.30
60
73
O. R.
5 800
285
M K 3 2 P01
250
LES250MD6E
3.30
2.80
2.30
63
77
O. R.
8 600
370
N D 3 2 P01
8-pole, 900 rpm at 60 Hz, 50 Hz power
180
LES180LE8E
2.60
2.90
O. R.
71
78
O. R.
1 950
155
K M 3 2 P02
200
LES200LP8E
2.80
3.30
O. R.
59
66
O. R.
3 440
220
L N 3 2 P02
225
LES225SD8E
2.50
3.10
2.10
54
67
O. R.
4 300
250
M F 3 2 P02
LES225MD8E
2.50
3.00
2.10
55
68
O. R.
5 000
270
M G 3 2 P02
250
LES250MD8E
2.70
3.00
2.10
57
71
O. R.
8 600
370
N D 3 2 P02
O. R. On request
Update 02/2018
Siemens MD 50.1 · 2017
8/17
Motors Motors with High Efficiency IE2
© Siemens AG 2018
Selection and ordering data (continued)
Frame Motor size
Prated
nrated
Trated
Irated
cos
Efficiency ISt/Irated Article No. class
Order code
460 V
kW
rpm
Nm
A
-
4/4 load 3/4 load acc. to IEC
%
%
60034-30 -
Data position
Number
9th 10th 11th 12th of poles
4-pole, 1 800 rpm at 60 Hz, 60 Hz power
80
LE80MD4E
0.63 1 735
3.47
1.42
0.74 75.50 75.80
-
5.70 D C 2 2 -
LE80MH4E
0.86 1 740
4.72
1.82
0.76 78.00 78.50 IE2
6.20 D E 2 2 -
90
LE90SG4E
1.27 1 725
7.03
2.45
0.78 84.00 84.70 IE2
6.10 E K 2 2 -
LE90LH4E
1.75 1 730
9.66
3.30
0.79 84.00 85.00 IE2
6.70 E M 2 2 -
100
LE100LE4E
2.55 1 755
13.9
4.45
0.82 87.50 87.90 IE2
7.30 F L 2 2 -
LE100LK4E
3.45 1 755
18.8
6.00
0.82 87.50 88.20 IE2
7.50 F M 2 2 -
112
LE112ME4E
4.55 1 760
24.7
8.00
0.82 87.50 88.00 IE2
7.50 G H 2 2 -
132
LE132SF4E
6.30 1 765
34.1
10.90
0.81 89.50 89.80 IE2
7.30 H G 2 2 -
LE132MF4E
8.60 1 765
46.5
14.50
0.83 89.50 90.50 IE2
7.10 H J 2 2 -
LE132ZMM4E 10.50 1 760
57
17.70
0.83 91.00 92.00 IE2
7.20 H V 2 2 -
160
LE160MF4E
12.60 1 770
68
20.50
0.85 91.00 91.40 IE2
7.00 J P 2 2 -
LE160LD4E
17.30 1 775
93.1
27.50
0.86 92.40 92.40 IE2
7.70 J U 2 2 -
180
LES180MM4E 21.30 1 765 115.2
34.00
0.85 92.40 93.10 IE2
6.80 K L 3 2 -
LES180ZLJ4E 25.30 1 765 136.9
40.50
0.85 92.40 92.90 IE2
7.50 K N 3 2 -
200
LES200LN4E
34.50 1 770 186.1
55.00
0.85 93.00 93.40 IE2
7.20 L M 3 2 -
225
LES225SD4E
42.50 1 770 229.3
65.00
0.88 93.60 94.20 IE2
6.60 M F 3 2 -
LES225YMF4E 52.00 1 775 280
80.00
0.87 94.10 94.70 IE2
6.80 M T 3 2 -
250
LES250MD4E 63.00 1 780 338
99.00
0.85 94.10 94.40 IE2
6.60 N M 3 2 -
2-pole, 3 600 rpm at 60 Hz, 60 Hz power
80
LE80MA2E
0.86 3 410
2.41
1.70
0.84 75.50 77.00 IE2
8
LE80ME2E
90
LE90SG2E
1.27 3 430 1.75 3 480
3.54 4.8
2.30 3.10
0.84 82.50 83.80 IE2 0.85 84.00 84.50 IE2
5.20 D B 2 2 P00 6.30 D M 2 2 P00 7.40 E K 2 2 P00
LE90LH2E
2.55 3 485
6.99
4.35
0.86 85.50 86.40 IE2
7.60 E M 2 2 P00
100
LE100LD2E
3.45 3 505
9.4
5.80
0.85 87.50 86.40 IE2
7.30 F K 2 2 P00
112
LE112MA2E
4.55 3 550
12.2
7.50
0.87 87.50 87.40 IE2
7.80 G G 2 2 P00
132
LE132SB2E
6.30 3 550
16.9
10.20
0.88 88.50 89.30 IE2
6.90 H E 2 2 P00
LE132SF2E
8.60 3 550
23.1
13.70
0.88 89.50 90.50 IE2
7.40 H G 2 2 P00
160
LE160MB2E
12.60 3 555
33.8
19.90
0.85 90.20 89.60 IE2
7.40 J N 2 2 P00
LE160MG2E
17.30 3 555
46.5
27.00
0.88 91.00 90.60 IE2
7.60 J Q 2 2 P00
LE160LB2E
21.30 3 555
57.2
33.00
0.88 91.00 90.60 IE2
7.90 J T 2 2 P00
6-pole, 1 200 rpm at 60 Hz, 60 Hz power
80
LE80MD6E
0.43 1 125
3.65
1.04
0.69 75.30 75.30
-
4.20 D C 2 2 P01
LE80MK6E
0.63 1 135
5.3
1.56
0.66 77.00 77.50
-
4.80 D F 2 2 P01
90
LE90SH6E
0.86 1 145
7.17
1.85
0.73 73.00 73.00 IE2
4.80 E C 2 2 P01
LE90LLB6E
1.27 1 135
10.7
3.05
0.70 75.00 75.00 IE1
4.40 E P 2 2 P01
100
LE100LLB6E
1.75 1 170
14.3
3.45
0.74 86.50 87.10 IE2
5.80 F P 2 2 P01
112
LE112ME6E
2.55 1 165
20.9
4.90
0.75 87.50 88.10 IE2
5.50 G H 2 2 P01
132
LE132SC6E
3.45 1 170
28.2
6.90
0.72 87.50 87.80 IE2
5.20 H F 2 2 P01
LE132MB6E
4.55 1 170
37.1
8.70
0.75 87.50 88.50 IE2
5.30 H H 2 2 P01
LE132MJ6E
6.30 1 170
51.4
11.60
0.76 89.50 90.00 IE2
5.80 H L 2 2 P01
160
LE160ML6E
8.60 1 175
69.9
16.10
0.75 89.50 90.20 IE2
4.90 J H 2 2 P01
LE160LL6E
12.60 1 175 102.4
23.00
0.76 90.20 91.00 IE2
4.90 J V 2 2 P01
180
LES180LE6E
18.00 1 170 146.9
31.00
0.80 91.70 92.20 IE2
6.00 K M 3 2 P01
200
LES200LG6E
22.00 1 175 178.8
36.50
0.83 91.00 91.90 IE1
5.80 L L 3 2 P01
LES200LP6E
26.50 1 175 215.4
43.50
0.83 91.70 92.80 IE1
6.30 L N 3 2 P01
225
LES225YMF6E 36.00 1 175 293
59.00
0.84 91.70 92.50 IE1
6.00 M K 3 2 P01
250
LES250MD6E 44.50 1 180 360
73.00
0.84 91.70 92.50 IE1
6.30 N D 3 2 P01
8-pole, 900 rpm at 60 Hz, 60 Hz power
180
LES180LE8E
12.60
865 139.1
26.00
0.73 86.80 87.80
-
4.90 K M 3 2 P02
200
LES200LP8E
18.00
865 198.7
32.50
0.78 89.50 91.20
-
5.40 L N 3 2 P02
225
LES225SD8E
22.00
880 238.7
38.50
0.79 90.30 91.20
-
5.40 M F 3 2 P02
LES225MD8E 26.50
880 288
45.00
0.81 91.00 91.90
-
5.40 M G 3 2 P02
250
LES250MD8E 36.00
880 391
60.00
0.82 91.70 92.50
-
5.40 N D 3 2 P02
8/18
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Motors Motors with High Efficiency IE2
Selection and ordering data (continued)
Frame Motor size
TSt/Trated TBk/Trated TA/Trated LpfA
LWA
Z0
Jmot
mmot
Article No.
Order code
Data position
Number
-
-
-
dB (A)
dB (A)
1/h
10-4 kgm² kg
9th 10th 11th 12th of poles
4-pole, 1 800 rpm at 60 Hz, 60 Hz power
80
LE80MD4E
2.40
3.30
2.57
55
66
7 000
17
9.3
DC 2 2 -
LE80MH4E
2.20
3.30
2.50
55
66
7 000
21
10
DE 2 2 -
90
LE90SG4E
2.30
3.00
2.37
58
70
8 000
28
12
EK 2 2 -
LE90LH4E
2.50
3.40
2.73
58
70
8 000
36
15
EM 2 2 -
100
LE100LE4E
2.10
3.30
2.37
62
74
5 000
86
20
FL 2 2 -
LE100LK4E
2.00
3.10
2.30
62
74
5 000
110
24
FM 2 2 -
112
LE112ME4E
2.40
3.20
2.53
62
74
5 000
140
24
GH 2 2 -
132
LE132SF4E
2.30
2.90
2.37
68
80
3 000
270
35
HG 2 2 -
LE132MF4E
2.30
2.90
2.27
68
80
3 000
340
42
HJ 2 2 -
LE132ZMM4E
2.10
3.00
2.33
64
76
1 600
410
O. R.
HV 2 2 -
160
LE160MF4E
2.20
2.80
2.37
69
81
2 000
650
61
JP 2 2 -
LE160LD4E
2.30
2.90
2.50
69
81
2 000
830
73
JU 2 2 -
180
LES180MM4E
2.50
3.40
2.50
61
74
O. R.
1200
151
KL 3 2 -
LES180ZLJ4E
2.60
3.40
2.60
62
74
O. R.
1300
156
KN 3 2 -
200
LES200LN4E
2.70
3.20
2.50
67
80
O. R.
2000
211
LM 3 2 -
225
LES225SD4E
2.30
2.90
2.00
66
80
O. R.
4200
280
MF 3 2 -
LES225YMF4E
2.50
3.10
2.10
67
80
O. R.
4600
305
MT 3 2 -
250
LES250MD4E
2.80
2.90
2.10
66
80
O. R.
7500
385
NM 3 2 -
2-pole, 3 600 rpm at 60 Hz, 60 Hz power
80
LE80MA2E
1.90
2.30
1.93
64
75
3 000
8
8.3
D B 2 2 P00
LE80ME2E
90
LE90SG2E
2.70
3.30
2.67
64
2.60
3.80
2.83
69
75
3 000
81
2 000
11
10
D M 2 2 P00
17
12
E K 2 2 P00
8
LE90LH2E
2.60
3.90
2.87
69
81
2 000
21
14
E M 2 2 P00
100
LE100LD2E
2.20
3.30
2.57
71
83
2 000
44
21
F K 2 2 P00
112
LE112MA2E
2.40
3.30
2.43
73
85
1 300
92
22
G G 2 2 P00
132
LE132SB2E
1.80
2.90
2.10
72
84
800
200
32
H E 2 2 P00
LE132SF2E
2.00
3.10
2.33
72
84
800
240
36
H G 2 2 P00
160
LE160MB2E
2.10
3.20
2.37
77
89
500
450
57
J N 2 2 P00
LE160MG2E
2.40
3.40
2.63
77
89
500
530
65
J Q 2 2 P00
LE160LB2E
2.90
3.60
3.03
77
89
500
610
74
J T 2 2 P00
6-pole, 1 200 rpm at 60 Hz, 60 Hz power
80
LE80MD6E
2.10
2.60
2.23
45
56
8 400
17
8.3
D C 2 2 P01
LE80MK6E
2.60
3.10
2.73
45
56
8 400
25
11.3
D F 2 2 P01
90
LE90SH6E
1.90
2.60
2.17
46
58
7 000
30
12
E C 2 2 P01
LE90LLB6E
2.10
2.60
2.20
46
58
7 000
40
15
E P 2 2 P01
100
LE100LLB6E
1.90
2.80
2.13
62
74
6 300
110
24
F P 2 2 P01
112
LE112ME6E
1.90
2.80
2.13
65
77
5 600
140
24
G H 2 2 P01
132
LE132SC6E
1.60
2.60
1.97
67
79
4 200
240
31
H F 2 2 P01
LE132MB6E
1.60
2.40
1.90
67
79
4 200
290
36
H H 2 2 P01
LE132MJ6E
1.90
2.60
2.07
67
79
3 500
370
45
H L 2 2 P01
160
LE160ML6E
1.90
2.20
1.93
70
82
2 800
750
67
J H 2 2 P01
LE160LL6E
1.90
2.20
1.87
70
82
2 800
980
83
J V 2 2 P01
180
LES180LE6E
2.40
2.90
2.30
60
74
O. R.
1 700
141
K M 3 2 P01
200
LES200LG6E
2.30
2.50
2.10
62
76
O. R.
2 500
181
L L 3 2 P01
LES200LP6E
2.50
2.50
2.20
62
76
O. R.
3 000
201
L N 3 2 P01
225
LES225YMF6E
2.40
2.70
1.90
60
73
O. R.
5 800
285
M K 3 2 P01
250
LES250MD6E
2.70
2.30
1.90
63
77
O. R.
8 600
370
N D 3 2 P01
8-pole, 900 rpm at 60 Hz, 60 Hz power
180
LES180LE8E
2.20
2.40 O. R.
71
78
O. R.
1 950
155
K M 3 2 P02
200
LES200LP8E
2.30
2.70 O. R.
59
66
O. R.
3 440
220
L N 3 2 P02
225
LES225SD8E
2.10
2.60
1.80
54
67
O. R.
4 300
250
M F 3 2 P02
LES225MD8E
2.20
2.60
1.80
55
68
O. R.
5 000
270
M G 3 2 P02
250
LES250MD8E
2.20
2.50
1.80
57
71
O. R.
8 600
370
N D 3 2 P02
O. R. On request
Update 02/2018
Siemens MD 50.1 · 2017
8/19
Motors Motors with High Efficiency IE2
© Siemens AG 2018
Selection and ordering data (continued)
Frame Motor size
Prated
nrated
Trated
kW
rpm
Nm
4-pole, 2 610 rpm at 87 Hz, 400 V, duty type S9
Irated 400 V A
cos
-
4/4 load %
TBk/Trated -
Article No.
Order code
Data position
Power
9th 10th 11th 12th
Number of poles
80
LE80MD4E
0.95
2 555
3.55
2.45
0.68
82.10
3.1
D C 2 2 P91
-
LE80MH4E
1.30
2 555
4.86
3.20
0.71
83.00
3.1
D E 2 2 P91
-
90
LE90SG4E
1.90
2 540
7.14
4.50
0.72
84.30
2.9
E K 2 2 P91
-
LE90LH4E
2.50
2 550
9.36
5.80
0.73
85.70
3.6
E M 2 2 P91
-
100
LE100LE4E
3.60
2 570
13.4
7.50
0.79
87.80
3.5
F L 2 2 P91
-
LE100LK4E
5.00
2 565
18.6
10.30
0.80
88.00
3.2
F M 2 2 P91
-
112
LE112ME4E
6.50
2 570
24.2
14.00
0.76
88.20
3.4
G H 2 2 P91
-
132
LE132SF4E
9.00
2 575
33.4
18.80
0.78
88.60
3.1
H G 2 2 P91
-
LE132MF4E
12.50
2 575
46.4
24.50
0.82
89.80
3.0
H J 2 2 P91
-
LE132ZMM4E 16.00
2 570
59.5
30.50
0.82
90.00
3.1
H V 2 2 P91
-
160
LE160MF4E
17.00
2 585
62.8
33.00
0.81
91.20
3.1
J P 2 2 P91
-
LE160LD4E
23.50
2 585
86.8
45.50
0.81
92.20
3.3
J U 2 2 P91
-
180
LES180MM4E 29.00
2 580
107.3
55.00
0.82
92.60
3.8
K L 3 2 P91
-
LES180ZLJ4E 34.00
2 575
126.1
65.00
0.83
91.00
3.9
K N 3 2 P91
-
200
LES200LN4E
46.50
2 580
172.1
88.00
0.83
91.80
3.7
L M 3 2 P91
-
225
LES225SD4E
55.50
2 580
205.4
105.00
0.87
91.90
3.2
M F 3 2 P91
-
LES225YMF4E 67.50
2 580
249.8
128.00
0.87
92.20
3.3
M T 3 2 P91
-
250
LES250MD4E 82.50
2 590
304
160.00
0.83
93.20
3.4
N M 3 2 P91
-
6-pole, 1 740 rpm at 87 Hz, 400 V, duty type S9
80
LE80MD6E
0.65
1 675
3.71
1.85
0.63
78.90
2.5
D C 2 2 P91
P01
8
LE80MK6E
0.95
1 675
5.42
2.75
0.61
81.20
3.0
D F 2 2 P91
P01
90
LE90SH6E
1.30
1 680
7.39
3.30
0.68
83.10
2.5
E C 2 2 P91
P01
LE90LLB6E
1.90
1 680
10.8
5.00
0.66
82.20
2.7
E P 2 2 P91
P01
100
LE100LLB6E
2.60
1 710
14.5
6.10
0.70
88.00
2.8
F P 2 2 P91
P01
112
LE112ME6E
3.80
1 710
21.2
8.60
0.73
87.00
2.8
G H 2 2 P91
P01
132
LE132SC6E
5.00
1 715
27.8
11.80
0.70
87.40
2.6
H F 2 2 P91
P01
LE132MB6E
6.50
1 715
36.2
14.30
0.74
88.40
2.5
H H 2 2 P91
P01
LE132MJ6E
9.00
1 715
50.1
19.50
0.74
89.80
2.8
H L 2 2 P91
P01
160
LE160ML6E
12.00
1 720
66.6
26.00
0.74
90.10
2.4
J H 2 2 P91
P01
LE160LL6E
17.00
1 720
94.4
35.00
0.77
90.80
2.5
J V 2 2 P91
P01
180
LES180LE6E
23.50
1 715
131
49.30
0.75
91.70
O. R.
K M 3 2 P91
P01
200
LES200LG6E
29.00
1 720
161
59.00
0.78
90.70
O. R.
L L 3 2 P91
P01
LES200LP6E
34.50
1 720
192
69.00
0.80
90.50
O. R.
L N 3 2 P91
P01
225
LES225YMF6E 45.00
1 182
364
O. R.
0.83
93.00
3.1
M K 3 2 P91
P01
250
LES250MD6E 55.50
1 185
447
O. R.
0.83
93.00
2.8
N D 3 2 P91
P01
8-pole, 1 305 rpm at 87 Hz, 400 V, duty type S9
180
LES180LE8E
19.00
O. R.
O. R.
O. R.
O. R.
O. R.
O. R.
K M 3 2 P91
P02
200
LES200LP8E
26.00
O. R.
O. R.
O. R.
O. R.
O. R.
O. R.
L N 3 2 P91
P02
225
LES225SD8E
32.00
O. R.
O. R.
O. R.
O. R.
O. R.
O. R.
M F 3 2 P91
P02
LES225MD8E
38.00
O. R.
O. R.
O. R.
O. R.
O. R.
O. R.
M G 3 2 P91
P02
250
LES250MD8E
45.00
O. R.
O. R.
O. R.
O. R.
O. R.
O. R.
N D 3 2 P91
P02
O. R. On request
8/20
Siemens MD 50.1 · 2017
Update 02/2018
Selection and ordering data (continued)
Frame Motor
LpfA
LWA
size
dB (A)
dB (A)
4-pole, 2 610 rpm at 87 Hz, 400 V, duty type S9
80
LE80MD4E
O. R.
O. R.
LE80MH4E
O. R.
O. R.
90
LE90SG4E
O. R.
LE90LH4E
O. R.
O. R. O. R.
100
LE100LE4E
O. R.
LE100LK4E
O. R.
O. R. O. R.
112
LE112ME4E
O. R.
132
LE132SF4E
O. R.
O. R. O. R.
LE132MF4E
O. R.
O. R.
LE132ZMM4E O. R.
160
LE160MF4E
O. R.
O. R. O. R.
LE160LD4E
O. R.
180
LES180MM4E O. R.
O. R. O. R.
LES180ZLJ4E O. R.
O. R.
200
LES200LN4E O. R.
225
LES225SD4E
79
O. R. O. R.
LES225YMF4E 79
O. R.
250
LES250MD4E 78
O. R.
6-pole, 1 740 rpm at 87 Hz, 400 V, duty type S9
80
LE80MD6E
O. R.
O. R.
LE80MK6E
O. R.
90
LE90SH6E
O. R.
O. R. O. R.
LE90LLB6E
O. R.
O. R.
100
LE100LLB6E O. R.
112
LE112ME6E
O. R.
O. R. O. R.
132
LE132SC6E
O. R.
LE132MB6E
O. R.
O. R. O. R.
LE132MJ6E
O. R.
O. R.
160
LE160ML6E
O. R.
LE160LL6E
O. R.
O. R. O. R.
180
LES180LE6E O. R.
200
LES200LG6E O. R.
O. R. O. R.
LES200LP6E O. R.
225
LES225YMF6E O. R.
O. R. O. R.
250
LES250MD6E O. R.
O. R.
8-pole, 1 305 rpm at 87 Hz, 400 V, duty type S9
180
LES180LE8E O. R.
O. R.
200
LES200LP8E O. R.
225
LES225SD8E O. R.
O. R. O. R.
LES225MD8E O. R.
250
LES250MD8E O. R.
O. R. O. R.
O. R. On request
© Siemens AG 2018
Motors Motors with High Efficiency IE2
Jmot
10-4 kgm²
17 21 28 36 86 110 140 270 340 410 650 830 1 200 1 300 2 000 4 200 4 600 7 500
17 25 30 40 110 140 240 290 370 750 980 1 700 2 500 3 000 5 800 8 600
1 950 3 440 4 300 5 000 8 600
mmot
kg
9.3 10 12 15 20 24 24 35 42 O. R. 61 73 151 156 211 280 305 385
8.3 11.3 12 15 24 24 31 36 45 67 83 141 181 201 285 370
155 220 250 270 370
Article No.
Order code
Data position
Power
9th 10th 11th 12th
Number of poles
D C 2 2 P91
-
D E 2 2 P91
-
E K 2 2 P91
-
E M 2 2 P91
-
F L 2 2 P91
-
F M 2 2 P91
-
G H 2 2 P91
-
H G 2 2 P91
-
H J 2 2 P91
-
H V 2 2 P91
-
J P 2 2 P91
-
J U 2 2 P91
-
K L 3 2 P91
-
K N 3 2 P91
-
L M 3 2 P91
-
M F 3 2 P91
-
M T 3 2 P91
-
N M 3 2 P91
-
D C 2 2 P91
P01
D F 2 2 P91
P01
8
E C 2 2 P91
P01
E P 2 2 P91
P01
F P 2 2 P91
P01
G H 2 2 P91
P01
H F 2 2 P91
P01
H H 2 2 P91
P01
H L 2 2 P91
P01
J H 2 2 P91
P01
J V 2 2 P91
P01
K M 3 2 P91
P01
L L 3 2 P91
P01
L N 3 2 P91
P01
M K 3 2 P91
P01
N D 3 2 P91
P01
K M 3 2 P91
P02
L N 3 2 P91
P02
M F 3 2 P91
P02
M G 3 2 P91
P02
N D 3 2 P91
P02
Siemens MD 50.1 · 2017
8/21
Motors Motors with Premium Efficiency IE3
© Siemens AG 2018
Selection and ordering data
Frame Motor size
Prated
nrated
Trated
Irated
cos
Efficiency ISt/Irated Article No. class
Order code
400 V
kW
rpm
Nm
A
-
4-pole, 1 500 rpm at 50 Hz
4/4 load 3/4 load acc. to IEC
%
%
60034-30 -
Data position
Number
9th 10th 11th 12th of poles
80
LE80ZMQ4P
0.75 1 450
4.94
1.75
0.75 82.50 82.30 IE3
7.10 D F 2 3 -
90
LE90SM4P
1.10 1 440
7.29
2.40
0.78 84.10 84.70 IE3
6.90 E K 2 3 -
LE90ZLR4P
1.50 1 445
9.91
3.15
0.80 85.30 85.90 IE3
7.20 E M 2 3 -
100 LE100ZLSA4P
2.20 1 465
14.3
4.40
0.83 86.70 87.30 IE3
7.60 F N 2 3 -
LE100ZLSB4P
3.00 1 460
19.6
5.90
0.83 87.70 88.40 IE3
7.30 F P 2 3 -
112
LE112ZMKB4P 4.00 1 460
26.2
7.90
0.82 88.60 88.60 IE3
7.10 G J 2 3 -
132 LE132ZST4P
5.50 1 470
35.7
10.50
0.84 89.60 89.60 IE3
7.20 H J 2 3 -
LE132ZMS4P
7.50 1 470
48.7
14.30
0.84 90.40 90.40 IE3
7.40 H L 2 3 -
160 LE160MPA4P
9.20 1 480
59.4
18.70
0.78 91.00 90.70 IE3
7.60 J Q 2 3 -
LE160MPB4P
11.00 1 475
71.2
20.50
0.84 91.40 91.40 IE3
6.90 J R 2 3 -
LE160ZLL4P
15.00 1 475
97.1
28.50
0.82 92.10 92.10 IE3
8.50 J U 2 3 -
180 LES180MQ4P 18.50 1 470 120.2
35.00
0.82 92.60 93.10 IE3
7.20 K L 3 3 -
LES180ZLN4P 22.00 1 470 142.9
41.00
0.83 93.00 93.60 IE3
6.80 K N 3 3 -
200 LES200ZLU4P 30.00 1 470 194.9
55.00
0.84 93.60 94.20 IE3
7.30 L N 3 3 -
225 LES225SD4P
37.00 1 478 239.1
66.00
0.86 93.90 94.50 IE3
6.40 M F 3 3 -
LES225YMF4P 45.00 1 478 291
80.00
0.86 94.20 94.90 IE3
6.40 M T 3 3 -
250 LES250MD4P 55.00 1 482 354
96.00
0.87 94.60 95.10 IE3
6.80 N M 3 3 -
2-pole, 3 000 rpm at 50 Hz
80
LE80ME2P
0.75 2 850
2.51
1.56
0.86 80.70 82.00 IE3
8
LE80ZMJ2P
90
LE90SM2P
1.10 2 885 1.50 2 910
3.64
2.25
0.85 82.70 82.70 IE3
4.92
3.00
0.86 84.20 84.50 IE3
6.20 D B 2 3 P00 7.40 D M 2 3 P00 8.10 E K 2 3 P00
LE90ZLR2P
2.20 2 910
7.22
4.20
0.88 85.90 86.80 IE3
8.30 E M 2 3 P00
100 LE100ZLK2P
3.00 2 920
9.81
5.60
0.88 87.10 87.10 IE3
8.00 F K 2 3 P00
112 LE112ZMH2P
4.00 2 950
12.9
7.40
0.89 88.10 88.10 IE3
7.50 G G 2 3 P00
132 LE132SF2P
5.50 2 950
17.8
9.90
0.90 89.20 89.20 IE3
7.40 H E 2 3 P00
LE132ZSQB2P
7.50 2 950
24.3
13.10
0.92 90.10 90.10 IE3
8.30 H H 2 3 P00
160 LE160MG2P
11.00 2 955
35.5
19.60
0.89 91.20 91.20 IE3
7.90 J N 2 3 P00
LE160MM2P
15.00 2 960
48.4
27.00
0.87 91.90 91.90 IE3
8.70 J P 2 3 P00
LE160ZLJ2P
18.50 2 955
59.8
32.00
0.90 92.40 92.40 IE3
9.00 J T 2 3 P00
6-pole, 1 000 rpm at 50 Hz
90
LE90SQ6P
0.75
945
7.58
1.96
0.70 78.90 80.00 IE3
4.60 E C 2 3 P01
LE90ZLR6P
1.10
940
11.2
2.85
0.69 81.00 80.00 IE3
4.60 E M 2 3 P01
100 LE100LLB6P
1.50
970
14.8
3.60
0.73 82.50 83.10 IE3
5.20 F M 2 3 P01
112 LE112ZMKB6P 2.20
970
21.7
5.00
0.75 84.30 85.10 IE3
5.60 G J 2 3 P01
132 LE132SH6P
3.00
975
29.4
6.60
0.77 85.60 87.50 IE3
5.30 H H 2 3 P01
LE132MJ6P
4.00
975
39.2
8.60
0.77 86.80 88.10 IE3
5.60 H K 2 3 P01
LE132ZMS6P
5.50
975
53.9
11.70
0.77 88.00 89.00 IE3
5.70 H L 2 3 P01
160 LE160MW6P
7.50
980
73.1
16.00
0.76 89.10 89.90 IE3
4.90 J J 2 3 P01
LE160ZLW6P
11.00
975 107.7
23.00
0.77 90.30 91.10 IE3
5.00 J V 2 3 P01
180 LES180LJ6P
15.00
975 146.9
29.50
0.80 91.20 91.90 IE3
5.90 K M 3 3 P01
200
LES200LM6P
18.50
978 180.6
37.00
0.79 91.70 92.50 IE3
5.60 L L 3 3 P01
LES200ZLS6P 22.00
978 214.8
43.50
0.79 92.20 93.10 IE3
5.60 L M 3 3 P01
225 LES225YMF6P 30.00
982 292.0
56.00
0.83 92.90 93.60 IE3
6.60 M K 3 3 P01
250 LES250MD6P 37.00
985 359.0
70.00
0.85 93.30 94.00 IE3
7.00 N D 3 3 P01
8/22
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Motors Motors with Premium Efficiency IE3
Selection and ordering data (continued)
Frame Motor size
TSt/Trated TBk/Trated TA/Trated LpfA
LWA
Z0
Jmot
mmot
Article No.
Order code
Data position
Number
-
-
-
dB (A)
dB (A)
1/h
10-4 kgm² kg
9th 10th 11th 12th of poles
4-pole, 1 500 rpm at 50 Hz
80
LE80ZMQ4P
2.70
3.90
3.07
53
64
15 000
29
10
DF 2 3 -
90
LE90SM4P
2.90
3.60
2.93
56
68
9 000
36
12
EK 2 3 -
LE90ZLR4P
2.70
3.60
2.97
56
68
7 500
49
15
EM 2 3 -
100 LE100ZLSA4P
2.10
3.60
2.50
60
72
6 000
140
29
FN 2 3 -
LE100ZLSB4P
2.30
3.70
2.63
60
72
6 000
140
29
FP 2 3 -
112 LE112ZMKB4P 2.40
3.70
2.70
58
70
5 100
170
29
GJ 2 3 -
132 LE132ZST4P
2.10
3.40
2.40
64
76
4 500
460
57
HJ 2 3 -
LE132ZMS4P
2.40
3.50
2.63
64
76
4 500
460
57
HL 2 3 -
160 LE160MPA4P
2.30
3.60
2.70
65
77
3 000
830
73
JQ 2 3 -
LE160MPB4P
2.20
3.20
2.50
65
77
3 000
830
73
JR 2 3 -
LE160ZLL4P
2.50
3.80
2.90
65
77
3 000
990
90
JU 2 3 -
180 LES180MQ4P
2.50
3.30
2.40
66
73
600
1 300
165
KL 3 3 -
LES180ZLN4P
2.30
3.30
2.40
68
75
550
1 400
170
KN 3 3 -
200 LES200ZLU4P
2.60
3.10
2.40
65
72
400
2 200
240
LN 3 3 -
225 LES225SD4P
2.50
2.70
2.00
57
70
400
4 200
285
MF 3 3 -
LES225YMF4P
2.60
2.70
2.00
57
70
435
4 700
320
MT 3 3 -
250 LES250MD4P
2.50
2.90
2.00
57
70
170
8 500
420
NM 3 3 -
2-pole, 3 000 rpm at 50 Hz
80
LE80ME2P
2.60
3.00
2.53
60
71
5 100
11
9.3
D B 2 3 P00
LE80ZMJ2P
90
LE90SM2P
2.80
3.80
2.80
60
2.70
4.20
3.00
65
71
8 700
77
6 000
13
10
D M 2 3 P00
21
12
E K 2 3 P00
8
LE90ZLR2P
2.60
4.00
2.93
65
77
6 000
31
15
E M 2 3 P00
100 LE100ZLK2P
2.80
4.30
3.23
67
79
2 700
54
26
F K 2 3 P00
112 LE112ZMH2P
1.90
3.90
2.17
69
81
1 350
120
29
G G 2 3 P00
132 LE132SF2P
1.80
3.60
2.37
68
80
1 350
240
36
H E 2 3 P00
LE132ZSQB2P
1.90
3.90
2.53
68
80
1 080
310
50
H H 2 3 P00
160 LE160MG2P
2.40
3.80
2.80
70
82
600
530
65
J N 2 3 P00
LE160MM2P
2.70
4.30
3.13
70
82
600
610
74
J P 2 3 P00
LE160ZLJ2P
2.80
4.20
3.17
70
82
840
680
84
J T 2 3 P00
6-pole, 1 000 rpm at 50 Hz
90
LE90SQ6P
2.20
2.60
2.30
43
55
13 700
40
15
E C 2 3 P01
LE90ZLR6P
2.30
2.70
2.40
43
55
O. R.
48
18
E M 2 3 P01
100 LE100LLB6P
1.90
2.80
2.13
59
71
6 900
110
29
F M 2 3 P01
112 LE112ZMKB6P 2.20
2.80
2.23
65
74
6 900
170
29
G J 2 3 P01
132 LE132SH6P
1.60
2.40
1.90
63
75
3 900
290
36
H H 2 3 P01
LE132MJ6P
1.70
2.50
1.97
63
75
3 900
370
45
H K 2 3 P01
LE132ZMS6P
1.80
2.60
2.03
63
75
3 900
460
45
H L 2 3 P01
160 LE160MW6P
1.90
2.30
1.97
67
79
3 300
980
83
J J 2 3 P01
LE160ZLW6P
1.90
2.30
1.97
67
79
2 700
1 200
105
J V 2 3 P01
180 LES180LJ6P
2.30
2.80
2.20
61
68
800
1 900
180
K M 3 3 P01
200 LES200LM6P
2.50
2.60
2.20
64
71
680
2 800
215
L L 3 3 P01
LES200ZLS6P
2.50
2.60
2.20
61
68
680
3 200
230
L M 3 3 P01
225 LES225YMF6P
2.60
3.00
2.10 O. R.
O. R.
270
6 700
325
M K 3 3 P01
250 LES250MD6P
2.70
2.90
2.10 O. R.
O. R.
205
10 000
405
N D 3 3 P01
O. R. On request
Update 02/2018
Siemens MD 50.1 · 2017
8/23
Motors Motors with Premium Efficiency IE3
© Siemens AG 2018
Selection and ordering data (continued)
Frame Motor size
Prated
nrated
Trated
kW
rpm
Nm
4-pole, 1 800 rpm at 60 Hz, 50 Hz power
Irated
460 V A
cos
-
4/4 load %
3/4 load %
Efficiency ISt/Irated class acc. to IEC 60034-30 -
Article No.
Order code
Data position
Number
9th 10th 11th 12th of poles
80
LE80ZMQ4P
0.75 1 760
4.07
1.59
0.71 83.50 82.60 IE3
8.30 D F 2 3 -
90
LE90SM4P
1.10 1 750
6
2.15
0.75 86.50 86.40 IE3
8.20 E K 2 3 -
LE90ZLR4P
1.50 1 755
8.16
2.85
0.77 86.50 86.40 IE3
8.40 E M 2 3 -
100 LE100ZLSA4P
2.20 1 770
11.9
3.90
0.81 87.50 87.40 IE2
8.70 F N 2 3 -
LE100ZLSB4P
3.00 1 765
16.2
5.20
0.81 89.50 89.60 IE3
8.60 F P 2 3 -
112
LE112ZMKB4P 3.70 1 770
20
6.50
0.80 89.50 89.50 IE3
8.20 G J 2 3 -
132 LE132ZST4P
5.50 1 775
29.6
9.10
0.83 89.50 89.50 IE2
8.20 H J 2 3 -
LE132ZMS4P
7.50 1 775
40.3
12.40
0.83 89.50 89.50 IE2
8.50 H L 2 3 -
160 LE160MPA4P
9.20 1 785
49.2
16.40
0.77 91.70 91.10 IE3
8.80 J Q 2 3 -
LE160MPB4P
11.00 1 780
59
18.00
0.83 92.40 92.40 IE3
7.90 J R 2 3 -
LE160ZLL4P
15.00 1 780
80.5
25.00
0.81 93.00 93.00 IE3
9.50 J U 2 3 -
180
LES180MQ4P 18.50 1 775
99.5
31.00
0.81 93.60 93.70 IE3
7.80 K L 3 3 -
LES180ZLN4P 22.00 1 775 118.4
37.50
0.81 93.60 93.80 IE3
7.70 K N 3 3 -
200 LES200ZLU4P 30.00 1 778 161.1
48.00
0.83 94.10 94.30 IE3
8.10 L N 3 3 -
225 LES225SD4P
37.00 1 782 198.3
58.00
0.85 94.50 94.70 IE3
7.50 M F 3 3 -
LES225YMF4P 45.00 1 782 241.1
70.00
0.85 95.00 95.30 IE3
7.20 M T 3 3 -
250 LES250MD4P 55.00 1 786 294
84.00
0.86 95.40 95.60 IE3
7.60 N M 3 3 -
2-pole, 3 600 rpm at 60 Hz, 50 Hz power
80
LE80ME2P
0.75 3 480
2.06
1.46
0.84 77.00 78.00 IE3
7.10 D B 2 3 P00
8
LE80ZMJ2P
90
LE90SM2P
1.10 3 500 1.50 3 525
3
1.98
0.83 84.00 84.00 IE3
4.06
2.60
0.84 85.50 85.00 IE3
8.40 D M 2 3 P00 9.80 E K 2 3 P00
LE90ZLR2P
2.20 3 530
5.95
3.65
0.87 86.50 86.30 IE3
9.60 E M 2 3 P00
100 LE100ZLK2P
3.00 3 530
8.12
4.90
0.87 88.50 88.50 IE3
9.60 F K 2 3 P00
112 LE112ZMH2P
3.70 3 560
9.92
6.00
0.87 88.50 88.50 IE3
9.20 G G 2 3 P00
132 LE132SF2P
5.50 3 555
14.8
8.60
0.89 89.50 89.50 IE3
8.60 H E 2 3 P00
LE132ZSQB2P
7.50 3 560
20.1
11.50
0.91 90.20 90.20 IE3
9.40 H H 2 3 P00
160 LE160MG2P
11.00 3 560
29.5
17.20
0.88 91.00 91.00 IE3
8.90 J N 2 3 P00
LE160MM2P
15.00 3 565
40.2
24.00
0.87 91.00 91.00 IE3
10.00 J P 2 3 P00
LE160ZLJ2P
18.50 3 560
49.6
28.00
0.89 91.70 91.70 IE3
10.20 J T 2 3 P00
6-pole, 1 200 rpm at 60 Hz, 50 Hz power
90
LE90SQ6P
0.75 1 155
6.2
1.76
0.65 82.50 82.30 IE3
5.30 E C 2 3 P01
LE90ZLR6P
1.10 1 150
9.1
2.80
0.66 75.00 75.10 IE1
4.90 E M 2 3 P01
100 LE100LLB6P
1.50 1 175
12.2
3.15
0.69 86.50 86.30 IE2
6.00 F M 2 3 P01
112
LE112ZMKB6P 2.20 1 175
17.9
4.40
0.72 87.50 87.50 IE2
6.50 G J 2 3 P01
132 LE132SH6P
3.00 1 180
24.3
5.70
0.75 87.50 87.80 IE2
6.10 H H 2 3 P01
LE132MJ6P
3.70 1 180
29.9
7.10
0.73 89.50 89.70 IE3
6.80 H K 2 3 P01
LE132ZMS6P
5.50 1 180
44.5
10.30
0.75 89.50 90.00 IE2
6.60 H L 2 3 P01
160 LE160MW6P
7.50 1 185
60.4
14.00
0.75 89.50 89.70 IE2
5.60 J J 2 3 P01
LE160ZLW6P
11.00 1 180
89
20.50
0.75 90.20 90.50 IE2
5.70 J V 2 3 P01
180 LES180LJ6P
15.00 1 178 121.6
26.00
0.79 91.70 92.00 IE3
6.80 K M 3 3 P01
200
LES200LM6P
18.50 1 180 149.7
32.00
0.78 93.00 93.80 IE3
6.50 L L 3 3 P01
LES200ZLS6P 22.00 1 180 178
37.50
0.79 93.00 93.50 IE3
6.30 L M 3 3 P01
225 LES225YMF6P 30.00 1 185 241.8
49.00
0.82 94.10 94.40 IE3
7.40 M K 3 3 P01
250 LES250MD6P 37.00 1 188 297
59.00
0.83 94.10 94.40 IE3
7.80 N D 3 3 P01
8/24
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Motors Motors with Premium Efficiency IE3
Selection and ordering data (continued)
Frame Motor size
TSt/Trated TBk/Trated TA/Trated LpfA
LWA
Z0
Jmot
mmot
Article No.
Order code
-
-
-
4-pole, 1 800 rpm at 60 Hz, 50 Hz power
dB (A)
dB (A)
1/h
10-4 kgm² kg
Data position
Number
9th 10th 11th 12th of poles
80
LE80ZMQ4P
3.10
4.70
3.57
55
66
12 000
29
10
DF 2 3 -
90
LE90SM4P
3.40
4.40
3.60
58
70
7 000
36
12
EK 2 3 -
LE90ZLR4P
3.00
4.30
3.41
58
70
6 000
49
15
EM 2 3 -
100
LE100ZLSA4P
2.50
4.30
2.97
62
74
4 800
140
29
FN 2 3 -
LE100ZLSB4P
2.60
4.30
2.97
62
74
4 800
140
29
FP 2 3 -
112
LE112ZMKB4P
2.90
4.30
3.10
62
74
O. R.
170
29
GJ 2 3 -
132
LE132ZST4P
2.60
3.90
2.83
68
80
O. R.
460
57
HJ 2 3 -
LE132ZMS4P
2.40
4.00
2.80
68
80
O. R.
460
57
HL 2 3 -
160
LE160MPA4P
2.80
4.10
3.19
69
81
O. R.
830
73
JQ 2 3 -
LE160MPB4P
2.30
3.70
2.80
69
81
O. R.
830
73
JR 2 3 -
LE160ZLL4P
2.90
4.30
3.33
69
81
O. R.
990
90
JU 2 3 -
180
LES180MQ4P
2.70
3.60
2.70
68
75
O. R.
1 300
165
KL 3 3 -
LES180ZLN4P
2.80
3.70
2.60
70
77
O. R.
1 400
170
KN 3 3 -
200
LES200ZLU4P
3.00
3.50
2.70
70
77
O. R.
2 200
240
LN 3 3 -
225
LES225SD4P
2.80
3.00
2.20
60
73
O. R.
4 200
285
MF 3 3 -
LES225YMF4P
2.90
3.00
2.20
60
73
O. R.
4 700
320
MT 3 3 -
250
LES250MD4P
2.80
3.20
2.30
60
74
O. R.
8 500
420
NM 3 3 -
2-pole, 3 600 rpm at 60 Hz, 50 Hz power
80
LE80ME2P
3.00
3.60
2.90
64
75
O. R.
11
9.3
D B 2 3 P00
LE80ZMJ2P
90
LE90SM2P
3.30
4.50
3.25
64
3.10
4.90
3.50
69
75
O. R.
81
O. R.
13
10
D M 2 3 P00
21
12
E K 2 3 P00
8
LE90ZLR2P
3.00
4.90
3.43
69
81
O. R.
31
15
E M 2 3 P00
100
LE100ZLK2P
3.10
5.20
3.63
71
83
O. R.
54
26
F K 2 3 P00
112
LE112ZMH2P
2.20
4.90
2.83
73
85
O. R.
120
29
G G 2 3 P00
132
LE132SF2P
2.10
4.20
2.77
72
84
O. R.
240
36
H E 2 3 P00
LE132ZSQB2P
2.20
4.50
2.93
72
84
O. R.
310
50
H H 2 3 P00
160
LE160MG2P
3.20
4.30
3.30
77
89
O. R.
530
65
J N 2 3 P00
LE160MM2P
3.20
4.90
3.63
77
89
O. R.
610
74
J P 2 3 P00
LE160ZLJ2P
3.00
4.80
3.50
77
89
O. R.
680
84
J T 2 3 P00
6-pole, 1 200 rpm at 60 Hz, 50 Hz power
90
LE90SQ6P
2.40
3.10
2.60
46
58
O. R.
40
15
E C 2 3 P01
LE90ZLR6P
2.50
3.20
2.77 O. R.
O. R. O. R.
48
18
E M 2 3 P01
100
LE100LLB6P
2.10
3.10
2.39
62
74
O. R.
110
29
F M 2 3 P01
112
LE112ZMKB6P
2.50
3.30
2.59
65
77
O. R.
170
29
G J 2 3 P01
132
LE132SH6P
1.70
2.80
2.16
67
79
O. R.
290
36
H H 2 3 P01
LE132MJ6P
2.00
3.10
2.40
67
79
O. R.
370
45
H K 2 3 P01
LE132ZMS6P
2.00
3.00
2.31
67
79
O. R.
460
45
H L 2 3 P01
160
LE160MW6P
2.30
2.50
2.26
70
82
O. R.
980
83
J J 2 3 P01
LE160ZLW6P
2.20
2.50
2.14
67
79
O. R.
1 200
105
J V 2 3 P01
180
LES180LJ6P
2.50
3.00
2.50
61
68
O. R.
1 900
180
K M 3 3 P01
200
LES200LM6P
2.80
3.00
2.50
64
71
O. R.
2 800
215
L L 3 3 P01
LES200ZLS6P
2.60
2.80
2.40
63
70
O. R.
3 200
230
L M 3 3 P01
225
LES225YMF6P
2.90
3.30
2.30
59
72
O. R.
6 700
325
M K 3 3 P01
250
LES250MD6P
3.10
3.20
2.40
61
75
O. R.
10 000
405
N D 3 3 P01
O. R. On request
Update 02/2018
Siemens MD 50.1 · 2017
8/25
Motors Motors with Premium Efficiency IE3
© Siemens AG 2018
Selection and ordering data (continued)
Frame Motor size
Prated
nrated
Trated
Irated
cos
Efficiency ISt/Irated Article No. class
Order code
kW
rpm
Nm
4-pole, 1 800 rpm at 60 Hz, 60 Hz power
460 V
A
-
4/4 load 3/4 load acc. to IEC
%
%
60034-30 -
Data position
Number
9th 10th 11th 12th of poles
80
LE80ZMQ4P
0.86 1 755
4.68
1.72
0.75 83.50 83.20 IE3
7.70 D F 2 3 -
90
LE90SM4P
1.27 1 740
6.97
2.35
0.79 86.50 86.90 IE3
7.40 E K 2 3 -
LE90ZLR4P
1.75 1 740
9.6
3.15
0.80 86.50 87.00 IE3
7.50 E M 2 3 -
100
LE100ZLSA4P
2.55 1 760 13.8
4.35
0.84 87.50 87.90 IE2
7.70 F N 2 3 -
LE100ZLSB4P
3.45 1 760 18.7
5.80
0.84 89.50 90.10 IE3
7.60 F P 2 3 -
112
LE112ZMKB4P
4.55 1 770
24.5
7.70
0.83 89.50 89.50 IE3
8.20 G J 2 3 -
132
LE132ZST4P
6.30 1 770 34
10.30
0.84 89.50 89.50 IE2
7.30 H J 2 3 -
LE132ZMS4P
8.60 1 770 46.4
13.80
0.85 89.50 89.50 IE2
7.50 H L 2 3 -
160
LE160MPA4P
10.60 1 780
56.3
18.00
0.80 92.40 92.10 IE3
7.80 J Q 2 3 -
LE160MPB4P
12.60 1 775
67.8
20.00
0.85 92.40 92.40 IE3
7.10 J R 2 3 -
LE160ZLL4P
18.00 1 775 96.8
28.00
0.83 93.60 93.60 IE3
8.50 J U 2 3 -
180
LES180MQ4P 21.30 1 770 114.9
34.50
0.83 93.60 94.00 IE3
7.20 K L 3 3 -
LES180ZLN4P 25.30 1 770 136.5
41.00
0.83 93.60 94.10 IE3
6.80 K N 3 3 -
200
LES200ZLU4P 34.50 1 770 186.1
55.00
0.85 93.00 93.50 IE2
7.30 L N 3 3 -
225
LES225SD4P
42.50 1 778 228.3
66.00
0.86 93.60 94.10 IE2
6.70 M F 3 3 -
LES225YMF4P 52.00 1 778 279
81.00
0.86 94.10 94.60 IE2
6.60 M T 3 3 -
250
LES250MD4P
63.00 1 782 338
97.00
0.87 94.10 94.50 IE2
6.70 N M 3 3 -
2-pole, 3 600 rpm at 60 Hz, 60 Hz power
80
LE80ME2P
0.86 3 450
2.38
1.65
0.86 77.00 77.50 IE3
6.40 D B 2 3 P00
8
LE80ZMJ2P
90
LE90SM2P
1.27 3 480 1.75 3 510
3.48 4.76
2.25 2.95
0.85 84.00 84.00 IE3 0.87 85.50 85.50 IE3
7.40 D M 2 3 P00 8.70 E K 2 3 P00
LE90ZLR2P
2.55 3 510
6.94
4.20
0.88 86.50 86.50 IE3
8.30 E M 2 3 P00
100
LE100ZLK2P
3.45 3 515
9.37
5.50
0.88 87.50 87.50 IE2
8.50 F K 2 3 P00
112
LE112ZMH2P
4.55 3 550 12.2
7.20
0.89 87.50 87.50 IE2
7.60 G G 2 3 P00
132
LE132SF2P
6.30 3 545 17
9.70
0.90 89.50 89.50 IE3
7.50 H E 2 3 P00
LE132ZSQB2P
8.60 3 550
23.1
13.00
0.92 90.20 90.20 IE3
8.20 H H 2 3 P00
160
LE160MG2P
12.60 3 555 33.8
19.50
0.89 91.00 91.00 IE3
7.90 J N 2 3 P00
LE160MM2P
18.00 3 555 48.4
27.00
0.88 91.70 91.70 IE3
8.80 J P 2 3 P00
LE160ZLJ2P
22.00 3 555 59.1
32.00
0.91 91.70 91.70 IE3
9.00 J T 2 3 P00
6-pole, 1 200 rpm at 60 Hz, 60 Hz power
90
LE90SQ6P
0.86 1 140
7.2
1.87
0.70 82.5
82.5
IE3
4.9 E C 2 3 P01
LE90ZLR6P
1.27 1 140 10.6
3.05
0.70 75.0
75.8
IE1
O. R. E M 2 3 P01
100
LE100LLB6P
1.75 1 170 14
3.45
0.74 86.5
87.1
IE2
5.5 F M 2 3 P01
112
LE112ZMKB6P
2.55 1 170
21
4.90
0.75 87.5
88.1
IE2
5.9 G J 2 3 P01
132
LE132SH6P
3.45 1 175 28
6.4
0.77 87.5
88.5
IE2
5.4 H H 2 3 P01
LE132MJ6P
4.55 1 175 37
8.5
0.77 87.5
88.5
IE2
5.7 H K 2 3 P01
LE132ZMS6P
6.3
1 175 51
11.5
0.77 89.5
90.5
IE2
5.9 H L 2 3 P01
160
LE160MW6P
8.6
1 180 70
15.9
0.76 89.5
90.2
IE2
5.0 J J 2 3 P01
LE160ZLW6P
12.6
1 175 102
23.0
0.77 90.2
91.0
IE2
5.1 J V 2 3 P01
180
LES180LJ6P
18.0
1 170 146.9
30.5
0.81 91.7
92.5
IE2
5.8 K M 3 3 P01
200
LES200LM6P
22.0
1 175 178.8
37.5
0.80 91.7
92.0
IE2
5.6 L L 3 3 P01
LES200ZLS6P 26.5
1 175 215.4
44.0
0.81 93.0
94.0
IE2
5.5 L M 3 3 P01
225
LES225YMF6P 36.0
1 180 291
58
0.84 93.0
93.7
IE2
6.5 M K 3 3 P01
250
LES250MD6P 44.5
1 182 360
69
0.86 93.6
94.3
IE2
6.8 N D 3 3 P01
O. R. On request
8/26
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Motors Motors with Premium Efficiency IE3
Selection and ordering data (continued)
Frame Motor size
TSt/Trated TBk/Trated TA/Trated LpfA
LWA
Z0
Jmot
mmot
Article No.
Order code
-
-
-
4-pole, 1 800 rpm at 60 Hz, 60 Hz power
dB (A)
dB (A)
1/h
10-4 kgm² kg
Data position
Number
9th 10th 11th 12th of poles
80
LE80ZMQ4P
2.70
4.10
3.10
55
66
12 000
29
10
DF 2 3 -
90
LE90SM4P
2.90
3.80
3.03
58
70
7 000
36
12
EK 2 3 -
LE90ZLR4P
2.60
3.70
2.93
58
70
6 000
49
15
EM 2 3 -
100
LE100ZLSA4P
2.20
3.70
2.57
62
74
4 800
140
29
FN 2 3 -
LE100ZLSB4P
2.20
3.80
2.57
62
74
4 800
140
29
FP 2 3 -
112
LE112ZMKB4P 2.90
4.30
2.67
62
74
O. R.
170
29
GJ 2 3 -
132
LE132ZST4P
2.30
3.40
2.47
68
80
O. R.
460
57
HJ 2 3 -
LE132ZMS4P
2.10
3.50
2.47
68
80
O. R.
460
57
HL 2 3 -
160
LE160MPA4P
2.40
3.50
2.73
69
81
O. R.
830
73
JQ 2 3 -
LE160MPB4P
2.00
3.20
2.47
69
81
O. R.
830
73
JR 2 3 -
LE160ZLL4P
2.50
3.70
2.90
69
81
O. R.
990
90
JU 2 3 -
180
LES180MQ4P
2.40
3.20
2.40
68
75
O. R.
1 300
165
KL 3 3 -
LES180ZLN4P
2.20
3.20
2.30
70
77
O. R.
1 400
170
KN 3 3 -
200
LES200ZLU4P
2.40
3.00
2.30
70
77
O. R.
2 200
240
LN 3 3 -
225
LES225SD4P
2.40
2.70
1.90
60
73
O. R.
4 200
285
MF 3 3 -
LES225YMF4P
2.60
2.60
2.00
60
73
O. R.
4 700
320
MT 3 3 -
250
LES250MD4P
2.40
2.80
2.00
60
74
O. R.
8 500
420
NM 3 3 -
2-pole, 3 600 rpm at 60 Hz, 60 Hz power
80
LE80ME2P
2.60
3.10
2.50
64
75
O. R.
11
9.3
D B 2 3 P00
LE80ZMJ2P
90
LE90SM2P
2.80
3.80
2.77
64
2.60
4.20
2.97
69
75
O. R.
81
O. R.
13
10
D M 2 3 P00
21
12
E K 2 3 P00
8
LE90ZLR2P
2.60
4.20
2.97
69
81
O. R.
31
15
E M 2 3 P00
100
LE100ZLK2P
2.70
4.50
3.17
71
83
O. R.
54
26
F K 2 3 P00
112
LE112ZMH2P
1.80
4.00
2.30
73
85
O. R.
120
29
G G 2 3 P00
132
LE132SF2P
1.80
3.70
2.40
72
84
O. R.
240
36
H E 2 3 P00
LE132ZSQB2P
2.00
3.90
2.57
72
84
O. R.
310
50
H H 2 3 P00
160
LE160MG2P
2.80
3.70
2.87
77
89
O. R.
530
65
J N 2 3 P00
LE160MM2P
2.70
4.20
3.10
77
89
O. R.
610
74
J P 2 3 P00
LE160ZLJ2P
2.60
4.20
3.03
77
89
O. R.
680
84
J T 2 3 P00
6-pole, 1 200 rpm at 60 Hz, 60 Hz power
90
LE90SQ6P
2.1
2.7
2.30
46
58
O. R.
40
15
E C 2 3 P01
LE90ZLR6P
O. R.
O. R.
2.40 O. R.
O. R. O. R.
48
18
E M 2 3 P01
100
LE100LLB6P
1.9
2.8
2.13
62
74
O. R.
110
29
F M 2 3 P01
112
LE112ZMKB6P 2.2
2.8
2.23
65
77
O. R.
170
29
G J 2 3 P01
132
LE132SH6P
1.5
2.4
1.87
67
79
O. R.
290
36
H H 2 3 P01
LE132MJ6P
1.7
2.5
1.97
67
79
O. R.
370
45
H K 2 3 P01
LE132ZMS6P
1.8
2.6
2.03
67
79
O. R.
460
45
H L 2 3 P01
160
LE160MW6P
1.9
2.3
1.97
70
82
O. R.
980
83
J J 2 3 P01
LE160ZLW6P
1.9
2.3
1.87
67
79
O. R.
1 200
105
J V 2 3 P01
180
LES180LJ6P
2.1
2.6
2.10
61
68
O. R.
1 900
180
K M 3 3 P01
200
LES200LM6P
2.4
2.5
2.10
64
71
O. R.
2 800
215
L L 3 3 P01
LES200ZLS6P
2.3
2.4
2.10
63
70
O. R.
3 200
230
L M 3 3 P01
225
LES225YMF6P
2.4
2.7
1.90
59
72
O. R.
6 700
325
M K 3 3 P01
250
LES250MD6P
2.6
2.7
2.00
61
75
O. R.
10 000
405
N D 3 3 P01
O. R. On request
Update 02/2018
Siemens MD 50.1 · 2017
8/27
Motors Motors with Premium Efficiency IE3
© Siemens AG 2018
Selection and ordering data (continued)
Frame Motor size
Prated
nrated
Trated
Irated
cos
TBk/Trated Article No.
Order code
kW
rpm
Nm
4-pole, 2 610 rpm at 87 Hz power
400 V
A
-
4/4 load 3/4 load
%
%
-
Data position
Power
9th 10th 11th 12th
Number of poles
80
LE80ZMQ4P
1.30 2 565
4.84
3.05
0.71 86.20 O. R.
3.9 D F 2 3 P91
-
90
LE90SM4P
1.90 2 550
7.12
4.15
0.75 87.30 O. R.
3.6 E K 2 3 P91
-
LE90ZLR4P
2.60 2 555
9.72
5.30
0.76 88.00 O. R.
2.8 E M 2 3 P91
-
100 LE100ZLSA4P
3.60 2 575
13.40
7.10
0.81 89.10 O. R.
3.8 F N 2 3 P91
-
LE100ZLSB4P
5.00 2 570
18.60
9.80
0.82 89.60 O. R.
3.9 F P 2 3 P91
-
112 LE112ZMKB4P 6.50 2 575
24.10 13.00
0.81 90.20 O. R.
3.9 G J 2 3 P91
-
132 LE132ZST4P
9.00 2 585
33.20 17.40
0.83 90.60 O. R.
3.6 H J 2 3 P91
-
LE132ZMS4P
12.50 2 580
46.30 23.50
0.83 91.20 O. R.
3.7 H L 2 3 P91
-
160
LE160MPA4P
16.00 2 590
59.00 31.90
0.79 91.70 O. R.
3.8 J Q 2 3 P91
-
LE160MPB4P
17.00 2 585
62.80 32.50
0.83 92.00 O. R.
3.6 J R 2 3 P91
-
LE160ZLL4P
23.50 2 590
86.60 46.00
0.80 92.50 O. R.
4.2 J U 2 3 P91
-
180 LES180MQ4P 27.20 2 585
100.00 53.00 O. R.
O. R.
O. R.
3.9 K L 3 3 P91
-
LES180ZLN4P 32.40 2 580
119.90 62.00 O. R.
O. R.
O. R.
3.9 K N 3 3 P91
-
200 LES200ZLU4P 44.20 2 585
163.30 81.00 O. R.
O. R.
O. R.
3.7 L N 3 3 P91
-
225 LES225YMF4P 71.00 2 588 262.00 128.00
0.86 93.40
7.80
2.8 M T 3 3 P91
-
250 LES250MD4P 87.00 2 598 319.80 156.00
0.86 93.80
9.50
3.3 N M 3 3 P91
-
6-pole, 1 740 rpm at 87 Hz power
90
LE90SQ6P
1.30 1 685
7.37
3.35
0.66 84.50 O. R.
2.6 E C 2 3 P91
P01
LE90ZLR6P
1.90 1 685
10.80
4.95
0.65 85.30 O. R.
2.8 E M 2 3 P91
P01
8
100 LE100LLB6P 132 LE132SH6P
2.60 1 710 5.00 1 710
14.50 27.90
6.20 10.70
0.70 87.10 O. R. 0.76 89.70 O. R.
2.8 F M 2 3 P91
P01
2.5 H H 2 3 P91
P01
LE132MJ6P
6.50 1 715
36.20 13.80
0.73 91.20 O. R.
2.7 H K 2 3 P91
P01
LE132ZMS6P
9.00 1 715
50.10 18.80
0.76 90.90 O. R.
2.7 H L 2 3 P91
P01
160 LE160MW6P
12.00 1 720
66.60 24.50
0.75 90.80 O. R.
2.5 J J 2 3 P91
P01
LE160ZLW6P
17.00 1 720
94.40 34.50
0.78 91.80 O. R.
2.5 J V 2 3 P91
P01
180 LES180LJ6P
23.40 1 715
130.30 46.50 O. R.
O. R.
O. R.
3.1 K M 3 3 P91
P01
200 LES200LM6P
28.50 1 720
158.20 56.00 O. R.
O. R.
O. R.
2.9 L L 3 3 P91
P01
LES200ZLS6P 34.30 1 720
190.40 68.00 O. R.
O. R.
O. R.
2.9 L M 3 3 P91
P01
225 LES225YMF6P 47.00 1 720
261.00 O. R.
O. R.
O. R.
O. R.
O. R.
M K 3 3 P91
P01
250 LES250MD6P 58.00 1 725
321.10 O. R.
O. R.
O. R.
O. R.
O. R.
N D 3 3 P91
P01
O. R. On request
8/28
Siemens MD 50.1 · 2017
Update 02/2018
Selection and ordering data (continued)
Frame Motor size
LpfA
dB (A)
4-pole, 2 610 rpm at 87 Hz power
80
LE80ZMQ4P O. R.
90
LE90SM4P
O. R.
LE90ZLR4P
O. R.
100
LE100ZLSA4P O. R.
LE100ZLSB4P O. R.
112
LE112ZMKB4P O. R.
132
LE132ZST4P O. R.
LE132ZMS4P O. R.
160
LE160MPA4P O. R.
LE160MPB4P O. R.
LE160ZLL4P O. R.
180
LES180MQ4P O. R.
LES180ZLN4P O. R.
200
LES200ZLU4P O. R.
225
LES225YMF4P 79
250
LES250MD4P 80
6-pole, 1 740 rpm at 87 Hz power
90
LE90SQ6P
O. R.
LE90ZLR6P
O. R.
100
LE100LLB6P O. R.
132
LE132SH6P
O. R.
LE132MJ6P
O. R.
LE132ZMS6P O. R.
160
LE160MW6P O. R.
LE160ZLW6P O. R.
180
LES180LJ6P O. R.
200
LES200LM6P O. R.
LES200ZLS6P O. R.
225
LES225YMF6P O. R.
250
LES250MD6P
O. R. On request
O. R.
LWA
dB (A)
O. R. O. R. O. R. O. R. O. R. O. R. O. R. O. R. O. R. O. R. O. R. O. R. O. R. O. R. 92 93
O. R. O. R. O. R. O. R. O. R. O. R. O. R. O. R. O. R. O. R. O. R. O. R. O. R.
© Siemens AG 2018
Motors Motors with Premium Efficiency IE3
Jmot
10-4 kgm²
29 36 49 140 140 170 460 460 830 830 990 1 300 1 400 2 200 4 700 8 500
40 48 110 290 370 460 980 1 200 1 900 2 800 3 200 6 700 10 000
mmot
kg
10 12 15 29 29 29 57 57 73 73 90 165 170 240 320 420
15 18 29 36 45 45 83 105 180 215 230 325 405
Article No.
Order code
Data position
Power
9th 10th 11th 12th
Number of poles
D F 2 3 P91
-
E K 2 3 P91
-
E M 2 3 P91
-
F N 2 3 P91
-
F P 2 3 P91
-
G J 2 3 P91
-
H J 2 3 P91
-
H L 2 3 P91
-
J Q 2 3 P91
-
J R 2 3 P91
-
J U 2 3 P91
-
K L 3 3 P91
-
K N 3 3 P91
-
L N 3 3 P91
-
M T 3 3 P91
-
N M 3 3 P91
-
E C 2 3 P91
P01
E M 2 3 P91
P01
F M 2 3 P91
P01
H H 2 3 P91
P01
8
H K 2 3 P91
P01
H L 2 3 P91
P01
J J 2 3 P91
P01
J V 2 3 P91
P01
K M 3 3 P91
P01
L L 3 3 P91
P01
L M 3 3 P91
P01
M K 3 3 P91
P01
N D 3 3 P91
P01
Siemens MD 50.1 · 2017
8/29
© Siemens AG 2018
Motors VSD10 line motors for inverter operation
Line voltage 400 V / 460 V
Selection and ordering data
Frame Motor size
Prated
Circuit frated
Trated
kW
4-pole, 1 500 rpm at 50 Hz power
Hz
Nm
100
LE100LB4V
2.2
Y
52.9
14.0
LE100LH4V
3
Y
52.7
19.1
112
LE112ME4V
4
Y
52.3
25.5
132
LE132SF4V
5.5
Y
52.1
35.0
LE132ME4V
7.5
Y
51.7
47.5
160
LE160MD4V
11
Y
51.5
70
LE160LA4V
15
Y
51.4
95
180
LES180ZMQ4V 18.5
Y
51.1
118
LES180ZLJ4V 22
Y
51.1
140
200
LES200LN4V
30
Y
50.9
191
225
LES225MD4V 37
Y
50.9
236
LES225SD4V
45
Y
50.9
286
250
LES250MD4V 55
Y
50.8
350
4-pole, 1 800 rpm at 60 Hz power
100
LE100LB4V
2.55
Y
62.8
13.5
LE100LH4V
3.45
Y
62.6
18.3
112
LE112ME4V
4.55
Y
62.2
24.0
132
LE132SF4V
6.3
Y
62.0
33.5
8
LE132ME4V
8.6
Y
160
LE160MD4V
12.6
Y
61.7
45.5
61.4
67
LE160LA4V
17.3
Y
61.4
92
180
LES180ZMQ4V 21.3
Y
61.1
113
LES180ZLJ4V 25.3
Y
61.1
134
200
LES200LN4V
34.5
Y
60.9
183
225
LES225MD4V 42.5
Y
60.9
225
LES225SD4V
52
Y
60.9
276
250
LES250MD4V 63
Y
60.8
334
4-pole, 2 610 rpm at 87 Hz power
100
LE100LB4V
3.7
89.3
13.5
LE100LH4V
5
89.3
18.3
112
LE112ME4V
6.6
89.0
24.0
132
LE132SF4V
9
88.8
33.0
LE132ME4V
12.5
88.8
45.5
160
LE160MD4V
17
88.3
62
LE160LA4V
23.5
88.2
86
180
LES180ZMQ4V 31
88.1
113
LES180ZLJ4V 36.5
88.0
134
200
LES200LN4V
48
87.8
176
O. R. On request
Irated
cos
50/87 Hz: 400 V
60 Hz: 460 V
A
-
Article No.
4/4 load Data position
Order code
Power No. of poles
%
9th 10th 11th 12th
5.2 6.6 8.6 12.0 16.2 23.5 31.5 37 45 60 72 84 105
0.81
79.7
F L 2 8 P92 -
0.85
81.5
F N 2 8 P92 -
0.85
83.1
G H 2 8 P92 -
0.82
84.7
H J 2 8 P92 -
0.82
86.0
H F 2 8 P92 -
0.82
87.6
J P 2 8 P92 -
0.82
88.7
J S 2 8 P92 -
0.85
89.3
K N 3 8 P92 -
0.83
89.9
K L 3 8 P92 -
0.83
90.7
L M 3 8 P92 -
0.85
91.4
M R 3 8 P92 -
0.88
92.4
M F 3 8 P92 -
0.86
92.3
N M 3 8 P92 -
4.9 6.2 8.3 11.3 15.4 23.0 30.5 36.0 43.5 58 70 84 103
0.82
83.0
F L 2 8 P92 -
0.86
85.0
F N 2 8 P92 -
0.85
85.0
G H 2 8 P92 -
0.84
87.0
H J 2 8 P92 -
0.84
87.5
H F 2 8 P92 -
0.82
88.5
J P 2 8 P92 -
0.82
90.5
J S 2 8 P92 -
0.85
91.0
K N 3 8 P92 -
0.84
91.0
K L 3 8 P92 -
0.84
92.4
L M 3 8 P92 -
0.86
92.4
M R 3 8 P92 -
0.83
93.0
M F 3 8 P92 -
0.86
93.0
N M 3 8 P92 -
8.6
0.79
83.0
F L 2 8 P92 -
11.3
0.79
85.0
F N 2 8 P92 -
14.6
0.81
85.0
G H 2 8 P92 -
19.4
0.81
87.0
H J 2 8 P92 -
27.1
0.80
87.5
H F 2 8 P92 -
37.5
0.78
88.5
J P 2 8 P92 -
51
0.77
90.5
J S 2 8 P92 -
62
0.84
91.0
K N 3 8 P92 -
74
0.82
91.0
K L 3 8 P92 -
97
0.81
92.4
L M 3 8 P92 -
8/30
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Motors VSD10 line motors for inverter operation
Line voltage 400 V / 460 V
Selection and ordering data (continued)
Frame Motor size
LpfA
LWA
Mech. Jmot speed limit
mmot
dB (A) dB (A) rpm
4-pole, 1 500 rpm at 50 Hz power
10-4 kgm² kg
Preferred
Frame IES class Article No.
Order code
SINAMICS G120-PM240 size Other SINAMICS inverters also possible
acc. to EN 50598-2
Data position
Power No. of poles
Type 1)
9th 10th 11th 12th
100
LE100LB4V
79.0 91.0 4 200
59 15 6SL3210-1PE16-1.L1 FSA IES1
F L 2 8 P92 -
LE100LH4V
79.0 91.0 4 200
78 21 6SL3210-1PE18-0.L1 FSA IES1
F N 2 8 P92 -
112
LE112ME4V
77.4 89.4 4 200 100 27 6SL3210-1PE21-1.L0 FSB IES1
G H 2 8 P92 -
132
LE132SF4V
76.0 88.0 4 200 190 39 6SL3210-1PE21-4.L0 FSB IES1
H J 2 8 P92 -
LE132ME4V
76.0 88.0 4 200 240 43 6SL3210-1PE21-8.L0 FSB IES1
H F 2 8 P92 -
160
LE160MD4V
83.5 95.5 4 200 440 67 6SL3210-1PE22-7.L0 FSC IES1
J P 2 8 P92 -
LE160LA4V
83.5 95.5 4 200 560 75 6SL3210-1PE23-3.L0 FSC IES2
J S 2 8 P92 -
180
LES180ZMQ4V 71.0 83.0 4 200 1 300 170 6SL3210-1PE23-8.L0 FSD IES2
K N 3 8 P92 -
LES180ZLJ4V 71.0 83.0 4 200 1 300 170 6SL3210-1PE24-5.L0 FSD IES2
K L 3 8 P92 -
200
LES200LN4V
76.3 88.3 4 200 2 000 220 6SL3210-1PE26-0.L0 FSD IES2
L M 3 8 P92 -
225
LES225MD4V 67.0 83.0 4 500 3 700 260 6SL3210-1PE27-5.L0 FSD IES2
M R 3 8 P92 -
LES225SD4V
70.0 83.0 4 500 4 500 290 6SL3210-1PE28-8.L0 FSE IES2
M F 3 8 P92 -
250
LES250MD4V 70.0 83.0 3 700 6 900 360 6SL3210-1PE31-1.L0 FSE IES2
N M 3 8 P92 -
4-pole, 1 800 rpm at 60 Hz power
100
LE100LB4V
79.0 91.0 4 200
59 15 6SL3210-1PE16-1.L1 FSA IES1
F L 2 8 P92 -
LE100LH4V
79.0 91.0 4 200
78 21 6SL3210-1PE18-0.L1 FSA IES1
F N 2 8 P92 -
112
LE112ME4V
77.2 89.2 4 200 100 27 6SL3210-1PE21-1.L0 FSB IES1
G H 2 8 P92 -
132
LE132SF4V
76.0 88.0 4 200 190 39 6SL3210-1PE21-4.L0 FSB IES1
H J 2 8 P92 -
LE132ME4V
76.0 88.0 4 200 240 43 6SL3210-1PE21-8.L0 FSB IES1
H F 2 8 P92 -
160
LE160MD4V
82.3 94.3 4 200 440 67 6SL3210-1PE22-7.L0 FSC IES1
J P 2 8 P92 -
8
LE160LA4V
82.3 94.3 4 200 560 75 6SL3210-1PE23-3.L0 FSC IES2
J S 2 8 P92 -
180
LES180ZMQ4V 73.0 85.0 4 200 1 300 170 6SL3210-1PE23-8.L0 FSD IES2
K N 3 8 P92 -
LES180ZLJ4V 73.0 85.0 4 200 1 300 170 6SL3210-1PE24-5.L0 FSD IES2
K L 3 8 P92 -
200
LES200LN4V
77.7 89.7 4 200 2 000 220 6SL3210-1PE26-0.L0 FSD IES2
L M 3 8 P92 -
225
LES225MD4V 70.0 86.0 4 500 3 700 260 6SL3210-1PE27-5.L0 FSD IES2
M R 3 8 P92 -
LES225SD4V
72.0 86.0 4 500 4 500 290 6SL3210-1PE28-8.L0 FSE IES2
M F 3 8 P92 -
250
LES250MD4V 72.0 86.0 3 700 6 900 360 6SL3210-1PE31-1.L0 FSE IES2
N M 3 8 P92 -
4-pole, 2 610 rpm at 87 Hz power
100
LE100LB4V
81.0 93.0 4 200
59 15 6SL3210-1PE21-1.L0 FSB IES1
F L 2 8 P92 -
LE100LH4V
81.0 93.0 4 200
78 21 6SL3210-1PE21-4.L0 FSB IES1
F N 2 8 P92 -
112
LE112ME4V
78.4 90.4 4 200 100 27 6SL3210-1PE21-8.L0 FSB IES1
G H 2 8 P92 -
132
LE132SF4V
83.0 95.0 4 200 190 39 6SL3210-1PE22-7.L0 FSC IES1
H J 2 8 P92 -
LE132ME4V
83.0 95.0 4 200 240 43 6SL3210-1PE23-3.L0 FSC IES1
H F 2 8 P92 -
160
LE160MD4V
85.8 97.8 4 200 440 67 6SL3210-1PE24-5.L0 FSD IES1
J P 2 8 P92 -
LE160LA4V
85.8 97.8 4 200 560 75 6SL3210-1PE26-0.L0 FSD IES2
J S 2 8 P92 -
180
LES180ZMQ4V 84.0 96.0 4 200 1 300 170 6SL3210-1PE27-5.L0 FSD IES2
K N 3 8 P92 -
LES180ZLJ4V 84.0 96.0 4 200 1 300 170 6SL3210-1PE28-8.L0 FSE IES2
K L 3 8 P92 -
200
LES200LN4V
83.1 95.1 4 200 2 000 220 6SL3210-1PE31-1.L0 FSE IES2
L M 3 8 P92 -
1) In addition to the Power Module, a Control Unit and an Operator Panel are required (see Catalog D 31 and/or D 35).
O. R. On request
Update 02/2018
Siemens MD 50.1 · 2017
8/31
© Siemens AG 2018
Motors VSD10 line motors for inverter operation
Line voltage 500 V / 575 V
Selection and ordering data
Frame Motor size
Prated
Circuit frated
Trated
kW
4-pole, 1 500 rpm at 50 Hz power
Hz
Nm
100
LE100LB4V
2.2
Y
52.8
14.0
LE100LH4V
3
Y
52.6
19.1
112
LE112ME4V
4
Y
52.4
25.5
132
LE132SF4V
5.5
Y
52.0
35.0
LE132ME4V
7.5
Y
51.9
47.8
160
LE160MD4V
11
Y
51.5
70
LE160LA4V
13.5
Y
51.2
86
180
LES180ZMQ4V 16.7
Y
51.0
106
LES180ZLJ4V 21.5
Y
51.1
137
200
LES200LN4V
30
Y
51.0
191
225
LES225MD4V
33
Y
50.6
210
LES225SD4V
41
Y
50.7
261
250
LES250MD4V
52
Y
50.7
331
4-pole, 1 800 rpm at 60 Hz power
100
LE100LB4V
2.55
Y
62.8
13.5
LE100LH4V
3.45
Y
62.6
18.3
112
LE112ME4V
4.55
Y
62.3
24.1
132
LE132SF4V
6.3
Y
62.0
33.4
8
LE132ME4V
8.6
Y
160
LE160MD4V
12.6
Y
61.9
45.6
61.5
66.9
LE160LA4V
15.6
Y
61.2
82.8
180
LES180ZMQ4V 19.2
Y
61.0
102
LES180ZLJ4V 25.3
Y
61.2
134
200
LES200LN4V
34.5
Y
61.0
183
225
LES225MD4V
38
Y
60.6
202
LES225SD4V
47
Y
60.7
249
250
LES250MD4V
59
Y
60.7
313
4-pole, 2 610 rpm at 87 Hz power
100
LE100LB4V
3.7
89.6
13.5
LE100LH4V
5
89.3
18.3
112
LE112ME4V
6.6
89.1
24.1
132
LE132SF4V
9
88.8
32.9
LE132ME4V
12.5
88.7
45.7
160
LE160MD4V
17
88.4
62.2
LE160LA4V
23.5
88.3
86
180
LES180ZMQ4V 31
88.0
113
LES180ZLJ4V 37
88.1
134
200
LES200LN4V
48
87.9
176
O. R. On request
Irated
cos
50/87 Hz: 500 V
60 Hz: 575 V
A
-
Article No.
4/4 load Data position
Order code
Power No. of poles
%
9th 10th 11th 12th
4.1 5.2 6.8 9.5 12.8 18.4 23.0 27.0 34.5 48 51 61 80
0.81
79.7
F L 2 8 P92 -
0.85
81.5
F N 2 8 P92 -
0.85
83.1
G H 2 8 P92 -
0.82
84.7
H J 2 8 P92 -
0.82
86.0
H F 2 8 P92 -
0.82
87.6
J P 2 8 P92 -
0.79
88.7
J S 2 8 P92 -
0.84
89.3
K N 3 8 P92 -
0.83
89.9
K L 3 8 P92 -
0.83
90.7
L M 3 8 P92 -
0.84
92.0
M R 3 8 P92 -
0.87
92.4
M F 3 8 P92 -
0.85
92.3
N M 3 8 P92 -
3.95 4.95 6.6 9.0 12.3 18.2 22.5 26.5 34.5 46.5 51 61 78
0.82
83.0
F L 2 8 P92 -
0.86
85.0
F N 2 8 P92 -
0.85
85.0
G H 2 8 P92 -
0.84
87.0
H J 2 8 P92 -
0.84
87.5
H F 2 8 P92 -
0.82
88.5
J P 2 8 P92 -
0.81
90.5
J S 2 8 P92 -
0.84
91.0
K N 3 8 P92 -
0.84
91.0
K L 3 8 P92 -
0.84
92.4
L M 3 8 P92 -
0.84
92.4
M R 3 8 P92 -
0.87
93.0
M F 3 8 P92 -
0.85
93.0
N M 3 8 P92 -
6.8 8.7 12.0 15.4 21.5 29.5 40.5 49 59 77
0.79
83.0
F L 2 8 P92 -
0.79
85.0
F N 2 8 P92 -
0.81
85.0
G H 2 8 P92 -
0.81
87.0
H J 2 8 P92 -
0.80
87.5
H F 2 8 P92 -
0.78
88.5
J P 2 8 P92 -
0.77
90.5
J S 2 8 P92 -
0.84
91.0
K N 3 8 P92 -
0.82
91.0
K L 3 8 P92 -
0.81
92.4
L M 3 8 P92 -
8/32
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Motors VSD10 line motors for inverter operation
Line voltage 500 V / 575 V
Selection and ordering data (continued)
Frame Motor size
LpfA LWA Mech. Jmot speed limit
mmot
dB (A) dB (A) rpm
4-pole, 1 500 rpm at 50 Hz power
10-4 kgm² kg
Preferred
Frame IES class Article No.
Order code
SINAMICS G120-PM240 size Other SINAMICS inverters also possible
acc. to EN 50598-2
Data position
Power No. of poles
Type 1)
9th 10th 11th 12th
100 LE100LB4V
80.0 92.1 4 200
59 18
F L 2 8 P92 -
LE100LH4V
80.0 92.1 4 200
78 22
F N 2 8 P92 -
112 LE112ME4V
79.0 91.3 4 200 100 27
G H 2 8 P92 -
132 LE132SF4V
77.0 89.4 4 200 190 38 6SL3210-1PH21-4.L0 FSD
H J 2 8 P92 -
LE132ME4V
77.0 89.4 4 200 240 44 6SL3210-1PH21-4.L0 FSD
H F 2 8 P92 -
160 LE160MD4V
85.0 97.8 4 200 440 62 6SL3210-1PH22-0.L0 FSD
J P 2 8 P92 -
LE160LA4V
85.0 97.8 4 200 560 73 6SL3210-1PH22-3.L0 FSD
J S 2 8 P92 -
180 LES180ZMQ4V 72.0 85.0 4 200 1 300 170 6SL3210-1PH22-7.L0 FSD
K N 3 8 P92 -
LES180ZLJ4V 72.0 85.0 4 200 1 300 170 6SL3210-1PH23-5.L0 FSD
K L 3 8 P92 -
200 LES200LN4V
78.0 91.3 4 200 2 000 220 6SL3210-1PH25-2.L0 FSE
L M 3 8 P92 -
225 LES225MD4V 70.0 84.0 4 500 3 700 260 6SL3210-1PH25-2.L0 FSE
M R 3 8 P92 -
LES225SD4V
71.0 84.0 4 500 4 500 290 6SL3210-1PH26-2.L0 FSE
M F 3 8 P92 -
250 LES250MD4V 71.0 84.0 3 700 6 900 360 6SL3210-1PH28-0.L0 FSF
N M 3 8 P92 -
4-pole, 1 800 rpm at 60 Hz power
100 LE100LB4V
80.0 92.1 4 200
59 18
F L 2 8 P92 -
LE100LH4V
80.0 92.1 4 200
78 22
F N 2 8 P92 -
112 LE112ME4V
79.0 91.3 4 200 100 27 6SL3210-1PH21-4.L0 FSD
G H 2 8 P92 -
132 LE132SF4V
77.0 89.4 4 200 190 38 6SL3210-1PH22-0.L0 FSD
H J 2 8 P92 -
LE132ME4V
77.0 89.4 4 200 240 44 6SL3210-1PH22-3.L0 FSD
H F 2 8 P92 -
160 LE160MD4V
85.0 97.8 4 200 440 62 6SL3210-1PH23-5.L0 FSD
J P 2 8 P92 -
8
LE160LA4V
85.0 97.8 4 200 560 73 6SL3210-1PH24-2.L0 FSD
J S 2 8 P92 -
180 LES180ZMQ4V 72.0 85.0 4 200 1 300 170 6SL3210-1PH22-7.L0 FSD
K N 3 8 P92 -
LES180ZLJ4V 72.0 85.0 4 200 1 300 170 6SL3210-1PH23-5.L0 FSD
K L 3 8 P92 -
200 LES200LN4V
78.0 91.3 4 200 2 000 220 6SL3210-1PH25-2.L0 FSE
L M 3 8 P92 -
225 LES225MD4V 70.0 84.0 4 500 3 700 260 6SL3210-1PH25-2.L0 FSE
M R 3 8 P92 -
LES225SD4V
71.0 84.0 4 500 4 500 290 6SL3210-1PH26-2.L0 FSE
M F 3 8 P92 -
250 LES250MD4V 71.0 84.0 3 700 6 900 360 6SL3210-1PH28-0.L0 FSF
N M 3 8 P92 -
4-pole, 2 610 rpm at 87 Hz power
100 LE100LB4V
81.0 93.1 4 200
59 18
F L 2 8 P92 -
LE100LH4V
81.0 93.1 4 200
78 22
F N 2 8 P92 -
112 LE112ME4V
80.0 92.3 4 200 100 27 6SL3210-1PH21-4.L0 FSD
G H 2 8 P92 -
132 LE132SF4V
83.0 95.4 4 200 190 38 6SL3210-1PH21-4.L0 FSD
H J 2 8 P92 -
LE132ME4V
83.0 95.4 4 200 240 44 6SL3210-1PH22-0.L0 FSD
H F 2 8 P92 -
160 LE160MD4V
85.0 97.8 4 200 440 62 6SL3210-1PH22-3.L0 FSD
J P 2 8 P92 -
LE160LA4V
85.0 97.8 4 200 560 73
J S 2 8 P92 -
180 LES180ZMQ4V 84.0 97.0 4 200 1 300 170 6SL3210-1PH25-2.L0 FSE
K N 3 8 P92 -
LES180ZLJ4V 84.0 97.0 4 200 1 300 170 6SL3210-1PH26-2.L0 FSE
K L 3 8 P92 -
200 LES200LN4V
84.0 97.3 4 200 2 000 220 6SL3210-1PH31-0.L0 FSF
L M 3 8 P92 -
1) In addition to the Power Module, a Control Unit and an Operator Panel are required (see Catalog D 31 and/or D 35).
O. R. On request
Update 02/2018
Siemens MD 50.1 · 2017
8/33
© Siemens AG 2018
Motors VSD10 line motors for inverter operation
Line voltage 690 V
Selection and ordering data
Frame Motor size
Prated
Circuit frated
Trated
kW
4-pole, 1 500 rpm at 50 Hz power
Hz
Nm
100
LE100LB4V
2.2
Y
52.9
14.0
LE100LH4V
3
Y
52.5
19.1
112
LE112ME4V
4
Y
52.5
25.5
132
LE132SF4V
5.5
Y
52.0
35.0
LE132ME4V
7.5
Y
51.7
47.8
160
LE160MD4V
11
Y
51.5
70
LE160LA4V
15
Y
51.4
95.5
180
LES180ZMQ4V 18.5
Y
51.1
117.8
LES180ZLJ4V 22
Y
51.2
140
200
LES200LN4V
30
Y
51.0
191
225
LES225MD4V 37
Y
50.8
236
LES225SD4V
45
Y
50.8
286
250
LES250MD4V 55
Y
50.8
350
4-pole, 2 610 rpm at 87 Hz power
100
LE100LB4V
3.7
89.5
13.5
LE100LH4V
5
89.5
18.3
112
LE112ME4V
6.6
89.2
24.1
132
LE132SF4V
9
88.7
32.9
8
LE132ME4V
12.5
160
LE160MD4V
17
LE160LA4V
23.5
88.6
45.7
88.3
62.2
88.2
86
180
LES180ZMQ4V 31
88.0
112
LES180ZLJ4V 36.5
88.2
134
200
LES200LN4V
48
87.9
176
O. R. On request
Irated
cos
50/87 Hz: 690 V
A
-
Article No.
4/4 load Data position
Order code
Power No. of poles
%
9th 10th 11th 12th
3.0
0.81
79.7
F L 2 8 P92 -
3.8
0.85
81.5
F N 2 8 P92 -
5.0
0.85
83.1
G H 2 8 P92 -
6.9
0.82
84.7
H J 2 8 P92 -
9.3
0.82
86.0
H F 2 8 P92 -
13.4
0.82
87.6
J P 2 8 P92 -
18.0
0.82
88.7
J S 2 8 P92 -
21.5
0.85
89.3
K N 3 8 P92 -
25.0
0.85
89.9
K L 3 8 P92 -
35.0
0.83
90.7
L M 3 8 P92 -
41.5
0.85
91.4
M R 3 8 P92 -
48.5
0.88
92.4
M F 3 8 P92 -
61.0
0.86
92.3
N M 3 8 P92 -
4.95 6.5 8.4 11.2 15.6 21.5 29.5 35 42 56
0.79
83.0
F L 2 8 P92 -
0.79
85.0
F N 2 8 P92 -
0.81
85.0
G H 2 8 P92 -
0.81
87.0
H J 2 8 P92 -
0.80
87.5
H F 2 8 P92 -
0.78
88.5
J P 2 8 P92 -
0.77
90.5
J S 2 8 P92 -
0.84
91.0
K N 3 8 P92 -
0.84
91.0
K L 3 8 P92 -
0.81
92.4
L M 3 8 P92 -
8/34
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Motors VSD10 line motors for inverter operation
Line voltage 690 V
Selection and ordering data (continued)
Frame Motor size
LpfA
LWA
Mech. Jmot speed limit
mmot
dB (A) dB (A) rpm
4-pole, 1 500 rpm at 50 Hz power
10-4 kgm² kg
Preferred
Frame IES class Article No.
Order code
SINAMICS G120-PM240 size Other SINAMICS inverters also possible
acc. to EN 50598-2
Data position
Power No. of poles
Type 1)
9th 10th 11th 12th
100
LE100LB4V
80.0 92.1 4 200
59 18
F L 2 8 P92 -
LE100LH4V
80.0 92.1 4 200
78 22
F N 2 8 P92 -
112
LE112ME4V
79.0 91.3 4 200 100 27 6SL3210-1PH21-4.L0 FSD
G H 2 8 P92 -
132
LE132SF4V
77.0 89.4 4 200 190 38 6SL3210-1PH21-4.L0 FSD
H J 2 8 P92 -
LE132ME4V
77.0 89.4 4 200 240 44 6SL3210-1PH22-0.L0 FSD
H F 2 8 P92 -
160
LE160MD4V
85.0 97.8 4 200 440 62 6SL3210-1PH22-7.L0 FSD
J P 2 8 P92 -
LE160LA4V
85.0 97.8 4 200 560 73 6SL3210-1PH23-5.L0 FSD
J S 2 8 P92 -
180
LES180ZMQ4V 72.0 85.0 4 200 1 300 170 6SL3210-1PH22-3.L0 FSD
K N 3 8 P92 -
LES180ZLJ4V 72.0 85.0 4 200 1 300 170 6SL3210-1PH22-7.L0 FSD
K L 3 8 P92 -
200
LES200LN4V
78.0 91.3 4 200 2 000 220 6SL3210-1PH23-5.L0 FSD
L M 3 8 P92 -
225
LES225MD4V
70.0 84.0 4 500 3 700 260 6SL3210-1PH24-2.L0 FSD
M R 3 8 P92 -
LES225SD4V
71.0 84.0 4 500 4 500 290 6SL3210-1PH25-2.L0 FSE
M F 3 8 P92 -
250
LES250MD4V
71.0 84.0 3 700 6 900 360 6SL3210-1PH26-2.L0 FSE
N M 3 8 P92 -
4-pole, 2 610 rpm at 87 Hz power
100
LE100LB4V
81.0 93.1 4 200
59 18
F L 2 8 P92 -
LE100LH4V
81.0 93.1 4 200
78 22
F N 2 8 P92 -
112
LE112ME4V
80.0 92.3 4 200 100 27 6SL3210-1PH21-4.L0 FSD
G H 2 8 P92 -
132
LE132SF4V
83.0 95.4 4 200 190 38 6SL3210-1PH21-4.L0 FSD
H J 2 8 P92 -
LE132ME4V
83.0 95.4 4 200 240 44 6SL3210-1PH21-4.L0 FSD
H F 2 8 P92 -
160
LE160MD4V
85.0 97.8 4 200 440 62 6SL3210-1PH22-0.L0 FSD
J P 2 8 P92 -
8
LE160LA4V
85.0 97.8 4 200 560 73
J S 2 8 P92 -
180
LES180ZMQ4V 84.0 97.0 4 200 1 300 170 6SL3210-1PH24-2.L0 FSD
K N 3 8 P92 -
LES180ZLJ4V 84.0 97.0 4 200 1 300 170 6SL3210-1PH25-2.L0 FSE
K L 3 8 P92 -
200
LES200LN4V
84.0 97.3 4 200 2 000 220 6SL3210-1PH26-2.L0 FSE
L M 3 8 P92 -
1) In addition to the Power Module, a Control Unit and an Operator Panel are required (see Catalog D 31 and/or D 35).
O. R. On request
Update 02/2018
Siemens MD 50.1 · 2017
8/35
© Siemens AG 2018
Motors NEMA Premium Efficient motors MG1, Table 12-12
Selection and ordering data
Frame size Motor
Prated
kW
hp
4-pole, 1 800 rpm at 60 Hz, 50 Hz power
nrated rpm
Trated Nm
EISA CC no. CC032A
Irated 460 V A
cos
-
4/4 load %
3/4 load %
ISt/Irated -
TSt/Trated -
63
LA63MD4
0.09
0.12 1 695
0.51
-
0.41
0.60
46.00
41.00
3.30
3.20
LA63ME4 1)
0.12
0.16 1 670
0.69
-
0.42
0.68
54.10
51.80
3.20
2.30
LA63MF4 1)
0.18
0.25 1 690
1.02
-
0.56
0.70
58.80
56.40
3.30
2.30
71
LA71MG4
0.25
0.33 1 675
1.43
-
0.74
0.65
65.50
63.00
3.60
2.20
LA71MH4
0.37
0.50 1 695
2.08
-
0.97
0.66
73.00
71.80
4.20
2.30
LA71ZML4
0.55
0.75 1 680
3.13
-
1.41
0.68
72.20
71.00
4.20
2.50
80
LE80MD4E
0.55
0.75 1 750
3.00
-
1.17
0.74
80.00
80.00
5.70
2.40
LE80ZMQ4P
0.75
1.00 1 760
4.07
1.53
0.71
85.50
84.50
8.30
3.10
90
LE90SM4P
1.10
1.50 1 750
6.00
2.10
0.75
86.50
86.30
8.20
3.40
LE90ZLR4P
1.50
2.00 1 755
8.16
2.85
0.77
86.50
87.00
8.40
3.00
100
LE100ZLSA4P
2.20
3.00 1 770
11.9
3.80
0.81
89.50
89.50
9.60
3.50
LE100ZLSB4P
3.00
4.00 1 760
16.3
5.10
0.82
89.50
89.50
9.50
3.10
112
LE112ZMKB4P 3.70
5.00 1 770
20.0
6.50
0.80
89.50
89.50
8.20
2.90
132
LE132ZST4P
5.50
7.50 1 780
29.5
9.10
0.83
91.70
91.70
9.50
2.90
LE132ZMS4P
7.50
10.00 1 770
40.5
12.40
0.83
91.70
91.70
9.60
2.70
160
LE160MPA4P
9.20
12.30 1 785
49.2
16.40
0.77
91.70
91.10
8.80
2.80
LE160MPB4P
11.00
15.00 1 775
59.2
18.00
0.83
92.40
92.40
8.90
3.00
LE160ZLL4P
15.00
20.00 1 780
80.5
25.00
0.81
93.00
93.00
9.50
2.90
180
LES180MQ4P
18.50
25.00 1 775
99.5
30.50
0.81
93.60
93.70
7.80
2.70
8
LES180ZLN4P 22.00
30.00 1 775 118.4
36.50
0.81
93.60
93.80
7.70
2.80
200
LES200ZLU4P 30.00
40.00 1 778 161.1
48.00
0.83
94.10
94.30
8.10
3.00
225
LES225SD4P
37.00
50.00 1 782 198.3
58.00
0.85
94.50
94.70
7.50
2.80
LES225YMF4P 45.00
60.00 1 782 241.1
70.00
0.85
95.00
95.30
7.20
2.90
250
LES250MD4P
55.00
75.00 1 786 294
84.00
0.86
95.40
95.60
7.60
2.80
2-pole, 3 600 rpm at 60 Hz, 50 Hz power
63
LA63ME2 1)
0.18
0.25 3 455
0.5
-
LA63MF2 1)
0.25
0.33 3 455
0.69
-
71
LA71MG2 1)
0.37
0.50 3 410
1.04
-
LA71MH2 1)
0.55
0.75 3 440
1.53
-
0.47
0.76
63.50
61.70
4.50
2.40
0.65
0.75
65.00
63.20
4.60
2.40
0.91
0.76
67.00
65.10
5.00
2.90
1.25
0.78
71.10
70.00
5.40
3.00
80
LE80ME2P
0.75
1.00 3 480
2.06
1.46
0.84
77.00
78.00
7.10
3.00
LE80ZMJ2P
1.10
1.50 3 500
3
1.98
0.83
84.00
84.00
8.40
3.30
90
LE90SM2P
1.50
2.00 3 525
4.06
2.60
0.84
85.50
85.00
9.80
3.10
LE90ZLR2P
2.20
3.00 3 530
5.95
3.65
0.87
86.50
86.30
9.60
3.00
100
LE100ZLK2P
3.00
4.00 3 525
8.13
4.90
0.87
88.50
88.50
9.70
3.80
112
LE112ZMH2P
3.70
5.00 3 565
9.91
6.00
0.87
88.50
88.50
10.00
3.80
132
LE132SF2P
5.50
7.50 3 555
14.8
8.60
0.90
89.50
89.50
8.60
2.10
LE132ZSQB2P
7.50
10.00 3 555
20.1
11.50
0.91
90.20
90.20
9.50
2.40
160
LE160MG2P
11.00
15.00 3 560
29.5
17.20
0.88
91.00
91.00
8.50
2.80
LE160MM2P
15.00
20.00 3 565
40.2
24.00
0.86
91.00
91.00
9.70
3.10
LE160ZLJ2P
18.50
25.00 3 560
49.6
28.00
0.90
91.70
91.70
9.40
3.10
1) The technical specifications also apply to LAI63 and LAI71 motors (with IEC B14 flange) for worm geared motors S.
8/36
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Motors NEMA Premium Efficient motors MG1, Table 12-12
Selection and ordering data (continued)
Frame size
Motor
TBk/Trated TA/Trated LpfA
LWA
Z0
-
-
dB (A) dB (A) 1/h
4-pole, 1 800 rpm at 60 Hz, 50 Hz power
Jmot
mmot
10-4 kgm² kg
Article No.
Order code
Data position
Number Specification
9th 10th 11th 12th of poles UL-R/CSA
63
LA63MD4
3.30 O. R.
46
57
15 000
2.9
3.2
BB1 1 -
N38
LA63ME4 1)
2.40 O. R.
46
57
15 000
2.9
3.2
BC1 1 -
N38
LA63MF4 1)
2.30 O. R.
46
57
15 000
3.7
3.6
BD1 1 -
N38
71
LA71MG4
2.30 O. R.
48
59
15 000
5.2
4.3
CD1 1 -
N38
LA71MH4
2.50 O. R.
48
59
15 000
7.7
5.8
CE1 1 -
N38
LA71ZML4
2.50
2.30 48
59
7 000
11
8.1 C H 1 1 -
N38
80
LE80MD4E
3.30 O. R.
55
66
10 000
17
9.3 D C 2 2 -
N38
LE80ZMQ4P
4.70
3.57 55
66
O. R.
29
10
DF 2 3 -
N38
90
LE90SM4P
4.40
3.60 58
70
O. R.
36
12
EK2 3 -
N38
LE90ZLR4P
4.30
3.41 58
70
O. R.
49
15
E M2 3 -
N38
100
LE100ZLSA4P
5.10
3.61 62
74
O. R.
140
29
F N2 3 -
N38
LE100ZLSB4P
4.60
3.40 62
74
O. R.
140
29
FP2 3 -
N38
112
LE112ZMKB4P 4.30
3.10 62
74
O. R.
170
29
GJ 2 3 -
N38
132
LE132ZST4P
4.40
3.53 68
80
O. R.
460
57
HJ 2 3 -
N38
LE132ZMS4P
4.20
3.07 68
80
O. R.
460
57
HL 2 3 -
N38
160
LE160MPA4P
4.10
3.19 69
81
O. R.
830
73
J Q2 3 -
N38
LE160MPB4P
3.80
3.03 69
81
O. R.
830
73
J R2 3 -
N38
LE160ZLL4P
4.30
3.33 69
81
O. R.
990
90
J U2 3 -
N38
180
LES180MQ4P
3.60
2.70 68
75
O. R.
1 300 165
KL 3 3 -
N38
LES180ZLN4P
3.70
2.70 70
77
O. R.
1 400 170
KN3 3 -
N38
200
LES200ZLU4P
3.50
2.70 70
77
O. R.
2 200 240
L N3 3 -
N38
8
225
LES225SD4P
3.00
2.20 60
73
O. R.
4 200 285
MF 3 3 -
N38
LES225YMF4P
3.00
2.20 60
73
O. R.
4 700 320
MT 3 3 -
N38
250
LES250MD4P
3.20
2.30 60
74
O. R.
8 500 420
N M3 3 -
N38
2-pole, 3 600 rpm at 60 Hz, 50 Hz power
63
LA63ME2 1)
2.70 O. R.
53
64
5 000
LA63MF2 1)
2.70 O. R.
53
64
5 000
71
LA71MG2 1)
2.90 O. R.
56
67
5 000
LA71MH2 1)
2.90 O. R.
56
67
5 000
1.8
3.2
B C 1 1 P00
N38
2.2
3.6
B D 1 1 P00
N38
2.9
4.5
C D 1 1 P00
N38
4.1
5.5
C E 1 1 P00
N38
80
LE80ME2P
3.60
2.90 64
75
O. R.
11
9.3
D B 2 3 P00
N38
LE80ZMJ2P
4.50
3.25 64
75
O. R.
13
10
D M 2 3 P00
N38
90
LE90SM2P
4.90
3.50 69
81
O. R.
21
12
E K 2 3 P00
N38
LE90ZLR2P
4.90
3.43 69
81
O. R.
31
15
E M 2 3 P00
N38
100
LE100ZLK2P
5.50
4.17 71
83
O. R.
54
26
F K 2 3 P00
N38
112
LE112ZMH2P
5.60
3.43 73
85
O. R.
120
29
G G 2 3 P00
N38
132
LE132SF2P
4.40
2.87 72
84
O. R.
240
36
H E 2 3 P00
N38
LE132ZSQB2P
4.70
3.10 72
84
O. R.
310
50
H H 2 3 P00
N38
160
LE160MG2P
4.30
3.13 77
89
O. R.
530
65
J N 2 3 P00
N38
LE160MM2P
4.80
3.53 77
89
O. R.
610
74
J P 2 3 P00
N38
LE160ZLJ2P
4.40
3.33 77
89
O. R.
680
84
J T 2 3 P00
N38
O. R. On request 1) The technical specifications also apply to LAI63 and LAI71 motors (with IEC B14 flange) for worm geared motors S.
Update 02/2018
Siemens MD 50.1 · 2017
8/37
© Siemens AG 2018
Motors NEMA Premium Efficient motors MG1, Table 12-12
Selection and ordering data (continued)
Frame size Motor
Prated
kW
hp
6-pole, 1 200 rpm at 60 Hz, 50 Hz power
63
LA63MF6 1)
0.09
0.12
nrated rpm 1 075
Trated Nm
0.8
EISA CC no. CC032A
Irated 460 V A
cos
-
4/4 load %
3/4 load %
ISt/Irated -
TSt/Trated -
-
0.38
0.63
47.10
44.90
2.20
2.10
LA63MG6
0.12
0.16 1 100
1.04
-
0.73
0.53
39.40
33.80
2.10
2.70
71
LA71MG6 1)
0.18
0.25 1 080
1.59
-
0.67
0.61
56.40
54.10
3.10
2.50
LA71MH6 1)
0.25
0.33 1 090
2.19
-
0.72
0.70
62.90
60.60
3.40
2.70
80
LE80MD6E
0.37
0.50 1 140
3.1
-
0.98
0.63
75.30
74.10
4.60
2.30
LE80MK6E
0.55
0.75 1 135
4.63
-
1.47
0.61
77.00
77.50
5.20
2.90
90
LE90SQ6P
0.75
1.00 1 155
6.2
1.76
0.65
82.50
82.30
5.30
2.40
100
LE100ZLSA6P
1.10
1.50 1 180
8.9
2.30
0.69
87.50
87.20
6.70
2.40
112
LE112ZMKA6P 1.50
2.00 1 175
12.2
2.90
0.73
88.50
88.30
6.90
2.20
132
LE132SQB6P
3.00
4.00 1 185
24.2
5.60
0.75
89.50
89.60
7.50
2.30
LE132SQA6P
2.20
3.00 1 185
17.7
4.15
0.74
89.50
89.30
8.00
2.30
LE132MJ6P
3.70
5.00 1 180
29.9
7.10
0.73
89.50
89.50
7.60
2.40
LE132ZMS6P
5.50
7.50 1 180
44.5
10.30
0.74
91.00
91.30
7.20
2.30
160
LE160MW6P
7.50
10.00 1 185
60.4
13.80
0.75
91.00
91.00
5.90
2.40
LE160ZLW6P
11.00
15.00 1 180
89
20.00
0.75
91.70
91.90
5.80
2.30
180
LES180LJ6P
15.00
20.00 1 178 121.6
26.00
0.79
91.70
92.00
6.80
2.50
200
LES200LM6P
18.50
25.00 1 180 149.7
32.00
0.78
93.00
93.80
6.50
2.80
LES200ZLS6P 22.00
30.00 1 180 178
37.50
0.79
93.00
93.50
6.30
2.60
O. R. On request
8
1) The technical specifications also apply to LAI63 and LAI71 motors (with IEC B14 flange) for worm geared motors S.
8/38
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Motors NEMA Premium Efficient motors MG1, Table 12-12
Selection and ordering data (continued)
Frame size
Motor
TBk/Trated TA/Trated LpfA
-
-
6-pole, 1 200 rpm at 60 Hz, 50 Hz power
63
LA63MF6 1)
1.80 O. R.
dB (A) 43
LWA dB (A)
54
Z0
Jmot
mmot
1/h
10-4 kgm² kg
10 500
3.7
3.6
Article No.
Order code
Data position
Number Specification
9th 10th 11th 12th of poles UL-R/CSA
B D 1 1 P01
N38
LA63MG6
2.80 O. R.
43
54
10 500
3.7
3.6 B E 1 1 P01
N38
71
LA71MG6 1)
2.50 O. R.
43
54
10 500
5.5
4.3 C D 1 1 P01
N38
LA71MH6 1)
2.60 O. R.
43
54
10 500
8
5.3 C E 1 1 P01
N38
80
LE80MD6E
2.90 O. R.
45
56
8 400
17
8.3 D C 2 2 P01
N38
LE80MK6E
3.60 O. R.
45
56
8 400
25
11.3 D F 2 2 P01
N38
90
LE90SQ6P
3.10
2.63
46
58
O. R.
40
15
E C 2 3 P01
N38
100
LE100ZLSA6P
3.30
2.54
62
74
O. R.
140
25
F N 2 3 P01
N38
112
LE112ZMKA6P 3.20
2.46
65
77
O. R.
170
29
G H 2 3 P01
N38
132
LE132SQB6P
3.30
2.59
67
79
O. R.
370
45
H H 2 3 P01
N38
LE132SQA6P
3.50
2.53
67
79
O. R.
370
45
H G 2 3 P01
N38
LE132MJ6P
3.40
2.63
67
79
O. R.
370
45
H K 2 3 P01
N38
LE132ZMS6P
3.30
2.51
67
79
O. R.
460
45
H L 2 3 P01
N38
160
LE160MW6P
2.60
2.33
70
82
O. R.
980
83
J J 2 3 P01
N38
LE160ZLW6P
2.60
2.21
70
82
O. R.
1 200 105
J V 2 3 P01
N38
180
LES180LJ6P
3.00
2.40
61
68
O. R.
1 900 180
K M 3 3 P01
N38
200
LES200LM6P
3.00
2.50
64
71
O. R.
2 800 215
L L 3 3 P01
N38
LES200ZLS6P
2.80
2.40
63
70
O. R.
3 200 230
L M 3 3 P01
N38
O. R. On request 1) The technical specifications also apply to LAI63 and LAI71 motors (with IEC B14 flange) for worm geared motors S.
8
Update 02/2018
Siemens MD 50.1 · 2017
8/39
© Siemens AG 2018
Motors NEMA Premium Efficient motors MG1, Table 12-12
Selection and ordering data (continued)
Frame size Motor
Prated
kW
hp
4-pole, 1 800 rpm at 60 Hz, 60 Hz power
63
LA63ME4 1)
0.14
0.19
LA63MF4 1)
0.21
0.28
nrated rpm
1 650 1 650
Trated Nm
EISA CC no. CC032A
Irated 460 V A
cos
-
4/4 load %
3/4 load %
ISt/Irated -
TSt/Trated -
0.81
-
1.22
-
0.43
0.74
56.00
54.50
3.10
2.00
0.59
0.77
58.30
56.80
3.10
2.00
LA63MD4
0.11
0.15 1 695
0.62
-
0.41
0.60
46.00
41.00
3.30
3.20
71
LA71MG4 1)
0.29
0.39 1 650
1.68
-
0.76
0.77
61.90
60.40
3.30
1.90
LA71MH4 1)
0.43
0.58 1 669
2.46
-
1.08
0.76
65.80
64.80
3.80
2.00
LA71ZML4
0.66
0.89 1 665
3.79
-
1.54
0.74
72.80
71.80
3.80
2.40
80
LE80MD4E
0.63
0.85 1 735
3.47
-
1.30
0.76
80.00
79.50
6.00
2.30
LE80ZMQ4P
0.86
1.15 1 755
4.68
-
1.66
0.75
85.50
85.10
7.70
2.70
90
LE90SM4P
1.27
1.70 1 740
6.97
-
2.35
0.79
86.50
86.70
7.40
2.90
LE90ZLR4P
1.75
2.35 1 740
9.6
-
3.15
0.80
86.50
87.00
7.50
2.60
100
LE100ZLSA4P
2.55
3.40 1 765
13.8
-
4.25
0.84
89.50
89.70
8.50
3.00
LE100ZLSB4P
3.45
4.60 1 755
18.8
-
5.80
0.84
89.50
90.10
8.40
2.70
112
LE112ZMKB4P 4.55
6.10 1 760
24.7
-
7.70
0.83
89.50
89.50
7.30
2.50
132
LE132ZST4P
6.30
8.40 1 775
33.9
-
10.30
0.84
91.70
91.70
8.40
2.50
LE132ZMS4P
8.60
11.50
1 765
46.5
-
13.80
0.85
91.70
91.70
8.40
2.30
160
LE160MPA4P
10.60
14.20 1 780
56.9
-
18.00
0.80
92.40
92.10
7.70
2.40
LE160MPB4P
12.60
16.90
1 770
68
-
20.00
0.85
92.40
92.40
7.90
2.60
LE160ZLL4P
18.00
24.00
1 775
96.8
-
28.00
0.83
93.60
93.60
8.50
2.50
180
LES180MQ4P
21.30
28.60
1 770 114.9
-
34.50
0.83
93.60
94.00
7.20
2.40
LES180ZLN4P 25.30
33.90
1 770 136.5
-
41.00
0.83
93.60
94.10
6.80
2.20
200
LES200ZLU4P 34.50
46.30
1 770 186.1
-
55.00
0.85
93.00
93.50
7.30
2.40
8
2-pole, 3 600 rpm at 60 Hz, 60 Hz power
63
LA63ME2 1)
0.21
0.28 3 420
0.59
-
0.51
0.81
64.00
63.00
4.10
2.10
LA63MF2 1)
0.29
0.39 3 430
0.81
-
0.68
0.82
65.00
64.00
4.30
2.10
71
LA71MG2 1)
0.43
0.58 3 340
1.23
-
1.00
0.82
66.00
65.00
4.50
2.50
LA71MH2 1)
0.63
0.85 3 400
1.77
-
1.36
0.82
71.00
71.00
4.90
2.60
80
LE80ME2P
0.86
1.15 3 450
2.38
-
1.63
0.86
77.00
78.00
6.40
2.60
LE80ZMJ2P
1.27
1.70 3 480
3.48
-
2.25
0.85
84.00
84.00
7.40
2.80
90
LE90SM2P
1.75
2.35 3 510
4.76
-
2.95
0.87
85.50
85.60
8.70
2.60
LE90ZLR2P
2.55
3.40 3 510
6.94
-
4.20
0.88
86.50
86.90
8.30
2.60
100
LE100ZLK2P
3.45
4.60 3 520
9.36
-
5.50
0.89
88.50
88.50
8.50
3.30
112
LE112ZMH2P
4.60
6.20 3 555
12.4
-
7.20
0.90
88.50
88.50
8.20
3.00
132
LE132SF2P
6.30
8.40 3 545
17
-
9.70
0.91
89.50
89.50
7.50
1.90
LE132ZSQB2P
8.60
11.50
3 550
23.1
-
13.00
0.92
90.20
90.20
8.40
2.10
160
LE160MG2P
12.60
16.90
3 555
33.8
-
19.50
0.89
91.00
91.00
7.60
2.40
LE160MM2P
18.00
24.00
3 560
48.3
-
27.00
0.88
91.70
91.70
8.70
2.70
LE160ZLJ2P
22.00
30.00
3 550
59.2
-
32.00
0.91
91.70
91.70
8.20
2.70
6-pole, 1 200 rpm at 60 Hz, 60 Hz power
63
LA63MF6
0.10
0.13 1 050
0.91
-
0.39
0.67
48.00
46.50
2.10
1.90
LA63MG6
0.14
0.19 1 080
1.24
-
0.74
0.57
41.90
37.00
2.10
2.30
71
LA71MG6
0.21
0.28 1 035
1.94
-
0.69
0.67
57.30
55.80
3.00
2.10
LA71MH6
0.29
0.39 1 030
2.69
-
0.78
0.75
61.90
60.40
3.10
2.30
80
LE80MD6E
0.43
0.58 1 125
3.65
-
1.04
0.69
75.30
75.30
4.20
2.10
LE80MK6E
0.63
0.85 1 135
5.3
-
1.56
0.66
77.00
77.50
4.80
2.60
90
LE90SQ6P
0.86
1.15 1 140
7.2
-
1.87
0.70
82.50
83.00
4.90
2.10
100
LE100ZLSA6P
1.27
1.70 1 175
10.3
-
2.55
0.71
87.50
87.20
6.10
2.10
112
LE112ZMKA6P 1.75
2.35 1 170
14.3
-
3.25
0.76
88.50
88.70
6.20
2.00
132
LE132SQB6P
3.45
4.60 1 180
27.9
-
6.30
0.77
89.50
90.00
6.70
2.00
LE132SQA6P
2.55
3.40 1 180
20.6
-
4.65
0.77
89.50
89.80
7.10
2.00
LE132MJ6P
4.60
6.20 1 175
37.4
-
8.30
0.77
89.50
90.50
6.40
2.00
LE132ZMS6P
6.30
8.40 1 175
51.2
-
11.30
0.77
91.00
91.80
6.60
2.00
160
LE160MW6P
8.60
11.50
1 180
69.6
-
15.60
0.76
91.00
91.40
5.20
2.00
LE160ZLW6P
12.60
16.90
1 175 102.4
-
22.50
0.77
91.70
92.20
5.20
2.00
180
LES180LJ6P
18.00
24.00
1 170 146.9
-
30.50
0.81
91.70
92.50
5.80
2.10
200
LES200LM6P
22.00
30.00
1 175 178.8
-
37.50
0.80
91.70
92.00
5.60
2.40
LES200ZLS6P 26.50
35.50
1 175 215.4
-
44.00
0.81
93.00
94.00
5.50
2.30
1) The technical specifications also apply to LAI63 and LAI71 motors (with IEC B14 flange) for worm geared motors S.
8/40
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Motors NEMA Premium Efficient motors MG1, Table 12-12
Selection and ordering data (continued)
Frame size
Motor
TBk/Trated TA/Trated LpfA
LWA
Z0
-
-
dB (A) dB (A) 1/h
Jmot
mmot
10-4 kgm² kg
Article No.
Order code
Data position
Number Specification
9th 10th 11th 12th of poles UL-R/CSA
4-pole, 1 800 rpm at 60 Hz, 60 Hz power
63
LA63ME4 1)
2.10 O. R.
46
57
15 000
2.9
3.2
BC1 1 -
N38
LA63MF4 1)
2.00 O. R.
46
57
15 000
3.7
3.6
BD1 1 -
N38
LA63MD4
3.30 O. R.
46
57
15 000
2.9
3.2
BB1 1 -
N38
71
LA71MG4 1)
2.00 O. R.
48
59
15 000
5.2
4.3
CD1 1 -
N38
LA71MH4 1)
2.20 O. R.
48
59
15 000
7.7
5.8
CE1 1 -
N38
LA71ZML4
2.40
2.20 50
61
7 000
11
8.1 C H 1 1 -
N38
80
LE80MD4E
3.20
2.50 55
66
10 000
17
9.3 D C 2 2 -
N38
LE80ZMQ4P
4.10
3.10 55
66
O. R.
29
10
DF 2 3 -
N38
90
LE90SM4P
3.80
3.03 58
70
O. R.
36
12
EK2 3 -
N38
LE90ZLR4P
3.70
2.93 58
70
O. R.
49
15
E M2 3 -
N38
100
LE100ZLSA4P
4.40
3.10 62
74
O. R.
140
29
F N2 3 -
N38
LE100ZLSB4P
3.90
2.90 62
74
O. R.
140
29
FP2 3 -
N38
112
LE112ZMKB4P 3.80
2.67 62
74
O. R.
170
29
GJ 2 3 -
N38
132
LE132ZST4P
3.90
3.07 68
80
O. R.
460
57
HJ 2 3 -
N38
LE132ZMS4P
3.60
2.63 68
80
O. R.
460
57
HL 2 3 -
N38
160
LE160MPA4P
3.50
2.73 69
81
O. R.
830
73
J Q2 3 -
N38
LE160MPB4P
3.30
2.63 69
81
O. R.
830
73
J R2 3 -
N38
LE160ZLL4P
3.70
2.90 69
81
O. R.
990
90
J U2 3 -
N38
180
LES180MQ4P
3.20
2.40 68
75
O. R.
1 300 165
KL 3 3 -
N38
LES180ZLN4P
3.20
2.30 70
77
O. R.
1 400 170
KN3 3 -
N38
200
LES200ZLU4P
3.00
2.30 70
77
O. R.
2 200 240
L N3 3 -
N38
2-pole, 3 600 rpm at 60 Hz, 60 Hz power
63
LA63ME2 1)
2.30 O. R.
53
64
5 000
1.8
3.2 B C 1 1 P00
N38
8
LA63MF2 1)
2.30 O. R.
53
64
5 000
2.2
3.6 B D 1 1 P00
N38
71
LA71MG2 1)
2.50 O. R.
56
67
5 000
2.9
4.5 C D 1 1 P00
N38
LA71MH2 1)
2.50 O. R.
56
67
5 000
4.1
5.5 C E 1 1 P00
N38
80
LE80ME2P
3.10
2.50 64
75
O. R.
11
9.3 D B 2 3 P00
N38
LE80ZMJ2P
3.80
2.77 64
75
O. R.
13
10
D M 2 3 P00
N38
90
LE90SM2P
4.20
2.97 69
81
O. R.
21
12
E K 2 3 P00
N38
LE90ZLR2P
4.20
2.97 69
81
O. R.
31
15
E M 2 3 P00
N38
100
LE100ZLK2P
4.70
3.57 71
83
O. R.
54
26
F K 2 3 P00
N38
112
LE112ZMH2P
4.50
2.80 73
85
O. R.
120
29
G G 2 3 P00
N38
132
LE132SF2P
3.80
2.50 72
84
O. R.
240
36
H E 2 3 P00
N38
LE132ZSQB2P
4.10
2.70 72
84
O. R.
310
50
H H 2 3 P00
N38
160
LE160MG2P
3.70
2.70 77
89
O. R.
530
65
J N 2 3 P00
N38
LE160MM2P
4.20
3.07 77
89
O. R.
610
74
J P 2 3 P00
N38
LE160ZLJ2P
3.80
2.87 77
6-pole, 1 200 rpm at 60 Hz, 60 Hz power
89
O. R.
680
84
J T 2 3 P00
N38
63
LA63MF6
1.60 O. R.
43
54
10 500
3.7
3.6 B D 1 1 P01
N38
LA63MG6
2.30 O. R.
43
54
10 500
3.7
3.6 B E 1 1 P01
N38
71
LA71MG6
2.10 O. R.
43
54
10 500
5.5
4.3 C D 1 1 P01
N38
LA71MH6
2.20 O. R.
43
54
10 500
8
5.3 C E 1 1 P01
N38
80
LE80MD6E
2.60
2.30 45
56
8 400
17
8.3 D C 2 2 P01
N38
LE80MK6E
3.10
2.80 45
56
8 400
25
11.3 D F 2 2 P01
N38
90
LE90SQ6P
2.70
2.27 46
58
O. R.
40
15
E C 2 3 P01
N38
100
LE100ZLSA6P
2.80
2.20 62
74
O. R.
140
25
F N 2 3 P01
N38
112
LE112ZMKA6P 2.80
2.17 65
77
O. R.
170
29
G H 2 3 P01
N38
132
LE132SQB6P
2.90
2.27 67
79
O. R.
370
45
H H 2 3 P01
N38
LE132SQA6P
3.10
2.20 67
79
O. R.
370
45
H G 2 3 P01
N38
LE132MJ6P
2.80
2.17 67
79
O. R.
370
45
H K 2 3 P01
N38
LE132ZMS6P
2.90
2.20 67
79
O. R.
460
45
H L 2 3 P01
N38
160
LE160MW6P
2.30
2.00 70
82
O. R.
980
83
J J 2 3 P01
N38
LE160ZLW6P
2.30
1.93 70
82
O. R.
1 200 105
J V 2 3 P01
N38
180
LES180LJ6P
2.60
2.10 61
68
O. R.
1 900 180
K M 3 3 P01
N38
200
LES200LM6P
2.50
2.10 64
71
O. R.
2 800 215
L L 3 3 P01
N38
LES200ZLS6P
2.40
2.10 63
70
O. R.
3 200 230
L M 3 3 P01
N38
O. R. On request 1) The technical specifications also apply to LAI63 and LAI71 motors (with IEC B14 flange) for worm geared motors S.
Update 02/2018
Siemens MD 50.1 · 2017
8/41
© Siemens AG 2018
Motors Dimensions
Motor frame size LA63 to LE80
Overview
LBL
LB
HH
AD
AG1 AG ØAC P
O
LL
Motor Gearbox type
Dimensions
Terminal box
D/Z E FD/FZ B K C P
HH LB LBL AC Type 1) AD LL AG AG1 O metric O NPT
LA63 19 -
-
19 -
-
-
61.5 160.5 205.0 117.8 gk127 124.0 90 90 45.0 M20x1.5/ 2 x 1/2"
29 -
29
29 -
29 120 95.0 194.0 238.5
gk030 101.0 75
75 37.5 M25x1.5 -
39 39 39
39 39 39
TB1E10 132.0 123 119.5 58.0
49 49 49
49 49 49 160
85.5 184.5 229.0
59 59 -
-
-
-
69 69 69
-
69 69
-
-
-
-
79 -
LA71 19 -
-
19 -
-
-
93.5 184.5 239.5 138.8 gk127 134.0 90 90 45.0 M20x1.5/ 2 x 1/2"
29 -
29
29 -
29 120 135.0 226.0 281.0
gk030 111.0 75
75 37.5 M25x1.5 -
39 39 39
39 39 39
TB1E10 142.0 123 119.5 58.0
8
49 49 49
49 49 49 160 125.5 216.5 271.5
59 -
-
-
-
-
69 69 69
-
69 69
-
-
-
-
79 -
79 79 79
-
-
-
198 123.5 214.5 269.5
-
-
-
-
89 89
LA71Z 19 -
-
19 -
-
-
93.5 203.5 258.5 138.8 gk127 134.0 90 90 45.0 M20x1.5/ 2 x 1/2"
29 -
29
29 -
29 120 135.0 245.0 300.0
gk030 111.0 75
75 37.5 M25x1.5 -
39 39 39
39 39 39
TB1E10 142.0 123 119.5 58.0
49 49 49
49 49 49 160 125.5 235.5 290.5
59 -
-
-
-
-
69 69 69
-
69 69
-
-
-
-
79 -
79 -
79
-
-
-
198 123.5 233.5 288.5
-
-
-
-
89 89
LE80 19 -
-
19 -
-
0 120.0 240.0 300.0 156.3 TB1E10 149.2 123 119.5 58.0 M20x1.5/ 2 x 1/2"
29 -
29
29 -
29 120 170.0 290.0 350.0
TB1E00 121.0 79
93 50.0 M25x1.5 -
39 39 39
39 39 39
49 49 49
49 49 49 160 160.5 280.5 340.5
59 -
-
-
-
-
69 69 69
-
69 69
-
-
-
-
79 -
79 -
79
-
-
-
198 154.5 274.5 334.5
-
-
-
-
89 89
89 89 89
-
-
-
245 141.5 261.5 321.5
-
-
-
-
109 -
1) Terminal box type is dependent on the motor options, see page 11/15.
8/42
Siemens MD 50.1 · 2017
© Siemens AG 2018
Overview
LBL LB HH
Motors Dimensions
Motor frame size LE90 to LE100
AD
AG1 AG ØAC P
O
LL
Motor Gearbox type
Dimensions
Terminal box
D/Z E FD/FZ B K C P
HH LB LBL AC Type 1) AD LL AG AG1 O metric O NPT
LE80Z 19 -
-
19 -
-
0 155.0 275.0 335.0 156.3 TB1E10 149.2 123 119.5 58.0 M20x1.5/ 2 x 1/2"
29 -
29
29 -
29 120 205.0 325.0 385.0
TB1E00 121.0 79
93 50.0 M25x1.5 -
39 39 39
39 39 39
49 49 49
49 49 49 160 195.5 315.5 375.5
59 -
-
-
-
-
69 69 69
-
69 69
-
-
-
-
79 -
79 -
79
-
-
-
198 189.5 309.5 369.5
-
-
-
-
89 89
89 89 89
-
-
-
245 176.5 296.5 356.5
-
-
-
-
109 -
8
LE90 29 -
29
29 -
29 120 207.5 351.5 421.5 173.8 TB1E10 154.2 123 119.5 58 M20x1.5/ 3/4"+1/2"
39 39 39
39 39 39
TB1E00 126.0 79
93
50 M25x1.5 -
49 49 49
49 49 49 160 198.0 342.0 412.0
59 -
-
-
-
-
69 69 69
-
69 69
-
-
-
-
79 -
79 -
79
-
-
-
198 192.0 336.0 406.0
-
-
-
-
89 89
89 89 89
-
-
-
245 179.0 323.0 393.0
-
-
-
-
109 -
-
-
-
-
129 -
300 172.0 316.0 386.0
109 109 109 -
-
-
129 129 129 -
-
-
350 165.0 309.0 379.0
-
-
-
-
149 -
LE90Z 29 -
29
39 39 39
29 -
29 120 247.5 391.5 461.5 173.8 TB1E10 154.2 123 119.5 58 M20x1.5/ 3/4"+1/2"
39 39 39
TB1E00 126.0 79
93
50 M25x1.5 -
49 49 49
49 49 49 160 238.0 382.0 452.0
59 -
-
-
-
-
69 69 69
-
69 69
-
-
-
-
79 -
79 -
79
-
-
-
198 232.0 376.0 446.0
-
-
-
-
89 89
89 89 89
-
-
-
245 219.0 363.0 433.0
-
-
-
-
109 -
-
-
-
-
129 -
300 212.0 356.0 426.0
109 109 109 -
-
-
129 129 129 -
-
-
350 205.0 349.0 419.0
-
-
-
-
149 -
1) Terminal box type is dependent on the motor options, see page 11/15.
Siemens MD 50.1 · 2017
8/43
© Siemens AG 2018
Motors Dimensions
Motor frame size LE100Z to LE112Z
Overview (continued)
LBL
LB
HH
AD
AG1 AG ØAC P
O
LL
Motor Gearbox type
Dimensions
Terminal box
D/Z E FD/FZ B K C P
HH LB LBL AC Type 1) AD LL AG AG1 O metric O NPT
LE100 29 -
29
29 -
29 120 242.5 408.0 486.5 198.0 TB1F10 170.5 135 135 67.5 2xM32x1.5 3/4"+1/2"
39 39 39
39 39 39
TB1F00 166.0 112 135 71.5
-
49 49 49
49 49 49 160 233.0 398.5 477.0
59 -
-
-
-
-
69 69 69
-
69 69
-
-
-
-
79 -
79 -
79
-
-
-
198 227.0 392.5 471.0
-
-
-
-
89 89
89 89 89
-
-
-
245 210.0 375.5 454.0
-
-
-
-
109 -
8
-
-
-
-
109 109 109 -
129 -
-
-
300 201.0 366.5 445.0
129 129 129 -
-
-
350 192.0 357.5 436.0
-
-
-
-
149 -
149 149 149 -
169 -
405 190.5 356.0 434.5
LE100Z 29 -
29
29 -
29 120 277.5 443.0 521.5 198.0 TB1F10 170.5 135 135 67.5 2xM32x1.5 3/4"+1/2"
39 39 39
39 39 39
TB1F00 166.0 112 135 71.5
-
49 49 49
49 49 49 160 268.0 433.5 512.0
59 -
-
-
-
-
69 69 69
-
69 69
-
-
-
-
79 -
79 -
79
-
-
-
198 262.0 427.5 506.0
-
-
-
-
89 89
89 89 89
-
-
-
245 245.0 410.5 489.0
-
-
-
-
109 -
-
-
-
-
129 -
300 236.0 401.5 480.0
109 109 109 -
-
-
129 129 129 -
-
-
350 227.0 392.5 471.0
-
-
-
-
149 -
149 149 149 -
169 -
405 225.5 391.0 469.5
LE112 29 -
29
29 -
29 120 244.0 418.0 491.0 222.0 TB1F10 181.5 135 135 67.5 2xM32x1.5 3/4"+1/2"
39 39 39
39 39 39
TB1F00 177.0 112 135 71.5
-
49 49 49
49 49 49 160 234.5 408.5 481.5
59 -
-
-
-
-
69 69 69
-
69 69
-
-
-
-
79 -
79 -
79
-
-
-
198 228.5 402.5 475.5
-
-
-
-
89 89
89 89 89
-
-
-
245 211.5 385.5 458.5
-
-
-
-
109 -
-
-
-
-
129 -
300 202.5 376.5 449.5
109 109 109 -
-
-
129 129 129 -
-
-
350 193.5 367.5 440.5
-
-
-
-
149 -
149 149 149 -
169 -
405 192.0 366.0 439.0
169 169 169 -
-
-
465 179.5 353.5 426.5
189 189 189 -
189 -
1) Terminal box type is dependent on the motor options, see page 11/15.
8/44
Siemens MD 50.1 · 2017
© Siemens AG 2018
Overview (continued)
LBL LB HH
Motors Dimensions
Motor frame size LE132 to LE160
AD
AG1 AG ØAC P
O
LL
Motor Gearbox type
Dimensions
Terminal box
D/Z E FD/FZ B K C P
HH LB LBL AC Type 1) AD LL AG AG1 O metric O NPT
LE112Z 29 -
29 29 -
29 120 269.0 443.0 516.0 222.0 TB1F10 181.5 135 135 67.5 2xM32x1.5 3/4"+1/2"
39 39 39 39 39 39
TB1F00 177.0 112 135 71.5
-
49 49 49 49 49 49 160
59 -
-
-
-
-
69 69 69 -
69 69
-
-
-
-
79 -
79 -
79 -
-
-
198 253.5 427.5 500.5
-
-
-
-
89 89
89 89 89 -
-
-
245 236.5 410.5 483.5
-
-
-
-
109 -
-
-
-
-
109 109 109 -
129 -
-
-
300 227.5 401.5 474.5
8
129 129 129 -
-
-
350 218.5 392.5 465.5
-
-
-
-
149 -
149 149 149 -
169 -
405 217.0 391.0 464.0
169 169 169 -
-
-
465 204.5 378.5 451.5
189 189 189 -
189 -
LE132 49 49 49 49 49 49 160 266.0 461.5 566.0 264.0 TB1H10 207.0 162 162 81.0 2xM32x1.5 3/4"+1/2"
59 -
-
-
-
-
TB1H00 202.0 130 155 84.5
-
69 69 69 -
69 69
-
-
-
-
79 -
79 -
79 -
-
-
198 260.0 455.5 560.0
-
-
-
-
89 89
89 89 89 -
-
-
245 243.0 438.5 543.0
-
-
-
-
109 -
-
-
-
-
129 -
300 234.0 429.5 534.0
109 109 109 -
-
-
129 129 129 -
-
-
350 223.0 418.5 523.0
-
-
-
-
149 -
149 149 149 -
169 -
405 216.5 412.0 516.5
169 169 169 -
-
-
465 203.5 399.0 503.5
189 189 189 -
189 -
LE132Z 49 49 49 49 49 49 160 316.0 511.5 616.0 264.0 TB1H10 207.0 162 162 81.0 2xM32x1.5 3/4"+1/2"
59 -
-
-
-
-
TB1H00 202.0 130 155 84.5
-
69 69 69 -
69 69
-
-
-
-
79 -
79 -
79 -
-
-
198 310.0 505.5 610.0
-
-
-
-
89 89
89 89 89 -
-
-
245 293.0 488.5 593.0
-
-
-
-
109 -
-
-
-
-
129 -
300 284.0 479.5 584.0
109 109 109 -
-
-
129 129 129 -
-
-
350 273.0 468.5 573.0
-
-
-
-
149 -
149 149 149 -
169 -
405 266.5 462.0 566.5
169 169 169 -
-
-
465 253.5 499.0 553.5
189 189 189 -
189 -
1) Terminal box type is dependent on the motor options, see page 11/15.
Siemens MD 50.1 · 2017
8/45
© Siemens AG 2018
Motors Dimensions
Motor frame size LE160Z to LE200
Overview (continued)
LBL
LB
HH
AD
AG1 AG ØAC P
O
LL
Motor
Gearbox type
Dimensions
Terminal box
D/Z E FD/FZ B K C P
HH LB LBL AC Type 1) AD LL AG AG1 O metric O NPT
LE160
49 49 49 49 49 49 160 299.5 543.5 659.5 318.0 TB1J10 241.0 180 180 90.0 2xM40x1.5 1 1/4"+1/2"
59 -
-
-
-
-
69 69 69
-
69 69
TB1J00 236.5 145 175 97.5
-
-
-
-
-
79 -
79 -
79 -
-
-
198 293.5 537.5 653.5
-
-
-
-
89 89
89 89 89 -
-
-
245 276.5 520.5 636.5
-
-
-
-
109 -
-
-
-
-
129 -
300 267.5 511.5 627.5
109 109 109 -
-
-
8
129 129 129 -
-
-
-
-
-
-
149 -
350 256.5 500.5 616.5
149 149 149 -
169 -
405 250.0 494.0 610.0
169 169 169 -
-
-
465 237.0 481.0 597.0
189 189 189 -
189 -
LE160Z 49 49 49 49 49 49 160 359.5 603.5 719.5 318.0 TB1J10 241.0 180 180 90.0 2xM40x1.5 1 1/4"+1/2"
59 -
-
-
-
-
TB1J00 236.5 145 175 97.5
-
69 69 69
-
69 69
-
-
-
-
79 -
79 -
79 -
-
-
198 353.5 597.5 713.5
-
-
-
-
89 89
89 89 89 -
-
-
245 336.5 580.5 696.5
-
-
-
-
109 -
-
-
-
-
129 -
300 327.5 571.5 687.5
109 109 109 -
-
-
129 129 129 -
-
-
350 316.5 560.5 676.5
-
-
-
-
149 -
149 149 149 -
169 -
405 310.0 554.0 670.0
169 169 169 -
-
-
465 297.0 541.0 657.0
189 189 189 -
189 -
LES180 89 89 89 -
-
-
245 336.0 593.5 722.5 352.5 TB1K01 292.0 197 265 153 2xM40x1.5 1 1/2"+1/2"
-
-
-
-
109 -
-
-
-
-
129 -
300 327.0 584.5 713.5
109 109 109 -
-
-
129 129 129 -
-
-
350 316.0 573.5 702.5
-
-
-
-
149 -
149 149 149 -
169 -
405 309.5 567.0 696.0
169 169 169 -
-
-
465 296.0 553.5 682.5
189 189 189 -
189 -
1) Terminal box type is dependent on the motor options, see page 11/15.
8/46
Siemens MD 50.1 · 2017
© Siemens AG 2018
Overview (continued)
LBL LB HH
Motors Dimensions
Motor frame size LE200Z to LE250
AD
AG1 AG ØAC P
O
LL
Motor
Gearbox type
Dimensions
Terminal box
D/Z E FD/FZ B K C P
HH LB LBL AC Type 1) AD LL AG AG1 O metric O NPT
LES180Z 89 89 89 -
-
-
245 366.0 623.5 752.5 352.5 TB1K01 292.0 197 265 153 2xM40x1.5 1 1/2"+1/2"
-
-
-
-
109 -
-
-
-
-
129 -
300 357.0 614.5 743.5
109 109 109 -
-
-
129 129 129 -
-
-
350 346.0 603.5 732.5
-
-
-
-
149 -
149 149 149 -
169 -
405 339.5 597.0 726.0
169 169 169 -
-
-
465 326.0 583.5 712.5
189 189 189 -
189 -
LES200 -
-
-
-
129 -
300 391.5 652.5 799.5 392.5 TB1L01 315.0 197 266 154 2xM50x1.5 1 1/2"+1/2"
109 109 109 -
-
-
8
129 129 129 -
-
-
350 380.5 641.5 788.5
-
-
-
-
149 -
149 149 149 -
169 -
405 374.0 635.0 782.0
169 169 169 -
-
-
465 360.5 621.5 768.5
189 189 189 -
189 -
LES200Z -
-
-
-
129 -
300 416.5 677.5 824.5 392.5 TB1L01 315.0 197 266 154 2xM50x1.5 1 1/2"+1/2"
109 109 109 -
-
-
129 129 129 -
-
-
350 405.5 666.5 813.5
-
-
-
-
149 -
149 149 149 -
169 -
405 399.0 660.0 807.0
169 169 169 -
-
-
466 385.5 646.5 793.5
189 189 189 -
189 -
LES225 -
-
-
-
129 -
300 420.0 698.0 937.0 439.0 TB1L01 337.0 197 266 154 2xM50x1.5 1 1/2"+1/2"
109 109 109 -
-
-
TB1N01 407.5 233 319 174 2xM63x1.5 -
129 129 129 -
-
-
350 409.0 687.0 926.0
-
-
-
-
149 -
149 149 149 -
169 -
405 402.5 680.5 919.5
169 169 169 -
-
-
465 388.0 666.0 905.0
189 189 189 -
189 -
LES225Y -
-
-
-
129 -
300 480.0 758.0 997.0 439.0 TB1L01 337.0 197 266 154 2xM50x1.5 1 1/2"+1/2"
109 109 109 -
-
-
TB1N01 407.5 233 319 174 2xM63x1.5 -
129 129 129 -
-
-
350 469.0 747.0 986.0
-
-
-
-
149 -
149 149 149 -
169 -
405 462.5 740.5 979.5
169 169 169 -
-
-
465 448.0 726.0 965.0
189 189 189 -
189 -
LES250 129 129 129 -
-
-
350 487.5 798.5 1 023.5 487.0 TB1N01 407.5 233 319 174 2xM63x1.5 2 1/2"+1/2"
-
-
-
-
149 -
TB1Q01 457.0 299 374 210 2xM63x1.5 -
149 149 149 -
169 -
405 481.0 792.0 1 017.0
169 169 169 -
-
-
465 462.5 773.5 998.5
189 189 189 -
189 -
1) Terminal box type is dependent on the motor options, see page 11/15.
Update 02/2018
Siemens MD 50.1 · 2017
8/47
Motors Dimensions
Motors for worm geared motors S
Motors with B14 flange
© Siemens AG 2018
ØP ØN ØD AG ØAC
LB E HH
45° ØM
AD 45°
G_D087_XX_00130
ØS
O
LL
Motor
P
HH
LB
AC
N
M
S
D
E
AD
LL
AG
O
LAI63
90 69.5 179.5 118.0 60
75 M5
11
23 101.0 75
75
M20x1.5/M25x1.5
115.0 1) 90 1) 90 1)
135.5 2) 90 2) 90 2)
LAI71
105 63.5 210.0 139.0 70
85 M6
14
30 111.0 75
75
M20x1.5/M25x1.5
125.0 1) 90 1) 90 1)
146.0 2) 90 2) 90 2)
1) for motors with more than 6 terminals and 2 auxiliary terminals 2) for motors with encoder or brake
8
Motors with brake and B14 flange, or with encoder and without brake and B14 flange
LBL E HH
45° ØM
AD 45°
ØP ØN ØD AG ØAC
G_D087_XX_00131
ØS
O
LL
Motor LAI63 LAI71
P
HH
LBL AC
N
M
S
D
90 69.5 230.5 118.0 60
75 M5
11
105 63.5 261.5 139.0 70
85 M6
14
E
AD
LL
AG
O
23 135.5 90
90 M20x1.5/M25x1.5
30 146.0 90
90 M20x1.5/M25x1.5
8/48
Siemens MD 50.1 · 2017
© Siemens AG 2018
Second shaft extension, handwheel, and canopy
Further information about the second shaft extension, the handwheel, and the canopy can be found in chapter "Motor options" from page 11/64.
LB/LBL EA
LB/LBL
Motors Dimensions
Additional lengths
ØDA ØD ØAW
G_D087_EN_00201
l
l
l
Fig. 1
Fig. 6
Fig. 2
Relevant figure 1
6
2
Motor
Second shaft extension
Handwheel at the second shaft extension
Canopy
DA
EA
I
D
I
AW
I
LAI63 1)
-
-
-
-
-
124
27
LAI71 1)
-
-
-
-
-
124
27
LA63
-
-
-
-
-
122.8
11.9
LA71
14
30
34
100
50
137.8
25.9
LA71Z
LE80
14
30
34
100
50
137.8
25.9
LE80Z
LE90
19
40
45
160
65
175.8
16
8
LE90Z
LE100
19
40
45
160
65
195
40
LE100Z
LE112
24
50
56
200
77
195
40
LE112Z
LE132
28
60
68
200
89
260
60
LE132Z
LE160
38
80
88
315
111
260
60
LE160Z
38
80
88
315
111
260
60
LES180
42
110
125
-
-
340
90
LES180Z
LES200
48
110
130
-
-
340
90
LES200Z
LES225
55
110
115
-
-
425
96
LES225Y
LES250
60
140
145
-
-
470
96
1) Only for worm geared motors S
Siemens MD 50.1 · 2017
8/49
© Siemens AG 2018
Motors Dimensions
Additional lengths
Encoder
Further information about the encoder can be found in chapter "Motor options" from page 11/41.
LB/LBL
LB/LBL
LB/LBL
LB/LBL
ØAC ØAW ØAW
G_D087_EN_00203
l
l
l
l
Fig. 3
Fig. 4
Fig. 5
Fig. 7
Relevant figure 3
4
5
7
Motor
Encoder with Encoder under cover protective plate
Encoder under cover with canopy Encoder with canopy
I
AC
I
AW
I
AW
I
1XP
LAI63 1)
70
LAI71 1)
70
1XP
LL,
IN 8.5834 HOG9,
IA 8.5883 HOG10
1XP
LL,
HOG9,
HOG10
1XP
LL,
HOG10
HOG9
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
LA63
70
-
-
-
-
-
-
-
-
-
-
LA71
70
139
92.5
-
138
118.5
-
-
-
-
-
8
LA71Z LE80
70
LE80Z
156.5
92.5
-
138
118.5
-
155
67.5
-
-
LE90
70
174
92.5
-
176
107
-
155
67.5
-
-
LE90Z
LE100
-
174
93.5
-
176
108
-
195
83
-
-
LE100Z
LE112
-
195
95.0
-
194
111
-
195
83
83
-
LE112Z
LE132
-
195
95.0
-
194
111
-
260
87
87
130
LE132Z
-
-
-
260
87
87
LE160
-
195
95.0
-
310
111
-
260
87
87
130
LE160Z
-
-
-
260
87
87
LE180
-
195
95.0
-
310
111
-
340
91
91
131
LE180Z
LES200
-
195
95.0
-
310
111
-
340
91
91
131
LES200Z
LES225
-
-
-
-
-
-
-
425
158.2 124.5 158.2
LES225Y
LES250
-
-
-
-
-
-
-
472
158.2 124.5 158.2
1) Only for worm geared motors S
8/50
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Prepared for encoder mounting
Further information about "prepared for encoder mounting" can be found in chapter "Motor options" on page 11/57.
LB/LBL EA
LB/LBL EA
LB/LBL EA
Motors Dimensions
Additional lengths
M2 M1
ØDA ØDG ØDG
ØDA ØDG
ØDA ØDG
l3/l3B
ØDA l4
G_D087_EN_00324
l Fig. 1
l Fig. 2
X l
Fig. 3
EA
l1/l1B l2
LB/LBL
l
Fig. 4
Relevant figure
1
2
3
4
Motor
Encoder prepared with protective plate
Encoder prepared under canopy
Encoder prepared under cover
Encoder prepared + separately driven fan + with / without brake
DA EA DG l
l
l X
l
l1
l2
l3
Brake
l1B l3B l4 M1
M2
LA63
12 25 Max. 70
-
LA71
60 30
LA71Z
-
-
-
-
-
--
-
- --
-
92.5 Min. 10 229.5 134.5 95 59.0 L4, L8
115.0 59.0 37 M5x120 2xM4
8
LE80
30 (25)1)
67.5
213.0 121.2 95 56.0 L4, L8 L16
95.5 67.0 95.5 56.0
M6x130
LE80Z
L4, L8
95.5 67.0
L16
95.5 56.0
LE90
213.0 109.4 105 66.0 L8, L16
93.5 75.0
L32
93.5 66.0
LE90Z
L8, L16
93.5 75.0
L32
93.5 66.0
LE100
25
-
83
93.5
218.5 115.3 105 66.0 L16, L32
97.0 85.0
L60
97.0 72.5 M8x160
LE100Z
L16, L32
97.0 85.0 M6x130
L60
97.0 72.5 M8x160
LE112
95.0
206.0 115.5 105 72.5 L32, L60
93.5 95.0
LE112Z
LE132
87
258.5 132.0 127 98.0 L80
97.5 116.0
L150
97.5 98.0
LE132Z
L80
97.5 116.0
L150
97.5 98.0
LE160
285.0 147.0 152 115.0 L150, L260 93.0 141.0 M8x170
LE160Z
L150, L260 93.0 141.0
LES180
91
274.0 162.0 151.5 157.0 L260
95.0 157.0 M10x210
LES180Z
LES200
293.0 136.5 151.5 175.0 L260, L400 96.0 175.0
LES200Z
1) Value in parenthesis applies to motor with separately driven fan and brake
Update 02/2018
Siemens MD 50.1 · 2017
8/51
© Siemens AG 2018
Motors Dimensions
Additional lengths
Separately driven fan, encoder and canopy
Further information about the separately driven fan can be found in chapter "Motor options" on page 11/11.
AD
LB
LL
LB
LB
LB
ØAW
AD
G_D087_EN_00325
AG
O l
LA71 ... LES200 Fig. 8
l LES225 ... LES250
Fig. 8
l Fig. 9
l Fig. 10
Relevant figure 8
9
9
9
9
10
Motor
Separately driven fan
Brake +
Encoder +
Brake + encoder +
separately separately driven separately driven fan
driven fan fan
SINAMICS Canopy for G110M separately driven
fan
I AD LL AG O
I
I
I
I
I
AW
1XP LL,
1XP LL,
HOG10
8
HOG9, HOG10
HOG9
LA63
--
-
-
-
-
-
-
-
-
-
-
-
-
LA71
110.5 122.5 95 105 M16x1.5 134.5
229.5
-
229.5
-
-
229.5
37
150
LA71Z
LE80
89 130 95 105 M16x1.5 118
213
-
213
-
-
213
40
170
LE80Z
LE90
85 140.5 95 105 M16x1.5 120
213
-
213
-
-
213
30
188
LE90Z
LE100
81.5 149 95 105 M16x1.5 121.5
218.5
-
218.5
-
-
218.5
28
210
LE100Z
LE112
81 161 95 105 M16x1.5 113
206
-
206
-
-
206
33
249
LE112Z
LE132
114.5 185 95 105 M16x1.5 164.5
258.5 258.5 258.5 258.5 302.5
-
25
300
LE132Z
LE160
131 211 95 105 M16x1.5 191
285
285
285
285
329
-
32
338
LE160Z
LES180
132 211 95 105 M16x1.5 199
274
274
274
274
319
-
32
338
LES180Z
LES200
141 211 95 105 M16x1.5 233
293
293
293
293
337
-
32
338
LES200Z
LES225 LES225Y
227.5 101 -
-
M25x1.5 + -
101 -
-
M16x1.5
-
786.5
-
-
-
-
258
470
LES250
232.5 101 -
-
M25x1.5 + -
M16x1.5
-
826.5
-
-
-
-
256
525
8/52
Siemens MD 50.1 · 2017
© Siemens AG 2018
Overview
Further information about the application terminal box can be found in chapter "Motor options" on page 11/61.
80 5
Motors Dimensions
Application terminal box
62,5 125
M20x1,5
x 57
8
Motor
x
Terminal box type
LA63
2.5 (3.5)
gk127 (TB1E10)
LA71
2.5 (3.5)
LE80
3.5
TB1E10
LE90
3.5
LE100
7.0
TB1F10
LE112
7.0
LE132
11.5
TB1H10
LE160
19.8
TB1J10
LES180
38.0
TB1K01
LES200
39.0
TB1L01
() Dimension or terminal box type in parenthesis for terminal box with 9 terminals (YY/Y connection)
Siemens MD 50.1 · 2017
8/53
© Siemens AG 2018
Motors Dimensions
HAN 10E motor plug
Overview
Further information about the motor plug can be found in chapter "Motor options" on page 11/17.
AGarr
G_D087_EN_00282
AGarr
HH
ADarr
HH
ADarr
Fig. 1
Fig. 2
Relevant figure
Fig. 1
Fig. 2
Motor
Gearbox type
HAN 10E motor plug with one bracket
HAN 10E motor plug with two brackets
D/Z
FD/FZ B
K
C
HH
ADarr
AGarr
HH
ADarr
AGarr
LA63
19
-
19
-
-
61.5
132
92.0
61.5
127.0
89.5
39
29, 39 29, 39 39
29, 39 95.0
95.0
49 ... 69 49, 69 49
49 ... 79 49.69 85.5
85.5
LA71
19
-
19
-
-
93.5
142.0
92.0
93.5
127.0
89.5
LA71Z
29, 39 29, 39 29, 39 39
29, 39 135.0
135.0
49 ... 69 49, 69 49
49 ... 79 49, 69 125.5
125.5
79
79
-
89
89
123.5
123.5
8
LE80
19
-
19
-
-
120.0
155.0
106.0
120.0
139.5
103.5
29, 39 29, 39 29, 39 39
29, 39 170.0
170.0
49 ... 69 49, 69 49
49 ... 79 49, 69 160.5
160.5
79
79
-
89
89
154.5
154.5
89
89
-
109
-
141.5
141.5
LE80Z
19
-
19
-
-
155.0
155.0
106.0
155.0
139.5
103.5
29, 39 29, 39 29, 39 39
29, 39 205.0
205.0
49 ... 69 49, 69 49
49 ... 79 49, 69 195.5
195.5
79
79
-
89
89
189.5
189.5
89
89
-
109
-
176.5
176.5
LE90
29, 39 29, 39 29, 39 39
29, 39 207.5
160.0
106.0
207.5
144.5
103.5
49 ... 69 49, 69 49
49 ... 79 49, 69 198.0
198.0
79
79
-
89
89
192.0
192.0
89
89
-
109
-
179.0
179.0
109
109
-
129
-
172.0
172.0
129
129
-
149
-
165.0
165.0
LE90Z
29, 39 29, 39 29, 39 39
29, 39 247.5
160.0
106.0
247.5
144.5
103.5
49 ... 69 49, 69 49
49 ... 79 49, 69 238.0
238.0
79
79
-
89
89
232.0
232.0
89
89
-
109
-
219.0
219.0
109
109
-
129
-
212.0
212.0
129
129
-
149
-
205.0
205.0
LE100
29, 39 29, 39 29, 39 39
29, 39 242.5
179.5
115.5
242.5
164.0
113.0
49 ... 69 49, 69 49
49 ... 79 49, 69 233.0
233.0
79
79
-
89
89
227.0
227.0
89
89
-
109
-
210.0
210.0
109
109
-
129
-
201.0
201.0
129
129
-
149
-
192.0
192.0
149
149
-
169
-
190.5
190.5
LE100Z
29, 39 29, 39 29, 39 39
29, 39 277.5
179.5
115.5
277.5
164.0
113.0
49 ... 69 49, 69 49
49 ... 79 49, 69 268.0
268.0
79
79
-
89
89
262.0
262.0
89
89
-
109
-
245.0
245.0
109
109
-
129
-
236.0
236.0
129
129
-
149
-
227.0
227.0
149
149
-
169
-
225.5
225.5
8/54
Siemens MD 50.1 · 2017
© Siemens AG 2018
Overview (continued)
Further information about the motor plug can be found in chapter "Motor options" on page 11/17.
Motors Dimensions
HAN 10E motor plug
AGarr
G_D087_EN_00282
AGarr
HH
ADarr
HH
ADarr
Fig. 1
Fig. 2
Relevant figure
Fig. 1
Fig. 2
Motor
Gearbox type
HAN 10E motor plug with one bracket
HAN 10E motor plug with two brackets
D/Z
FD/FZ B
K
C
HH
ADarr
AGarr
HH
ADarr
AGarr
LE112
29, 39 29, 39 29, 39 39
29, 39 244.0
190.5
115.5
244.0
175.0
113.0
49 ... 69 49, 69 49
49 ... 79 49, 69 234.5
234.5
79
79
-
89
89
228.5
228.5
89
89
-
109
-
211.5
211.5
109
109
-
129
-
202.5
202.5
129
129
-
149
-
193.5
193.5
149
149
-
169
-
192.0
192.0
LE112Z
169, 189 169, 189 -
189
29, 39 29, 39 29, 39 39
-
179.5
29, 39 269.0
190.5
115.5
179.5 269.0
1175.0
113.0
8
49 ... 69 49, 69 49
49 ... 79 49, 69 234.5
234.5
79
79
-
89
89
253.5
253.5
89
89
-
109
-
236.5
236.5
-
-
-
129
-
227.5
227.5
129
129
-
149
-
218.5
218.5
149
149
-
169
-
217.0
217.0
169, 189 169, 189 -
189
-
204.5
204.5
LE132
49 ... 69 49, 69 49
49 ... 79 49, 69 266.0
209.5
138.0
266.0
223.0
135.5
79
79
-
89
89
260.0
260.0
89
89
-
109
-
243.0
243.0
109
109
-
129
-
234.0
234.0
129
129
-
149
-
223.0
223.0
149
149
-
169
-
216.5
216.5
169, 189 169, 189 -
189
-
203.5
203.5
LE132Z
49 ... 69 49, 69 49
49 ... 79 49, 69 316.0
209.5
138.0
316.0
223.0
135.5
79
79
-
89
89
310.0
310.0
89
89
-
109
-
293.0
293.0
109
109
-
129
-
284.0
284.0
129
129
-
149
-
273.0
273.0
149
149
-
169
-
266.5
266.5
169, 189 169, 189 -
189
-
253.5
253.5
Siemens MD 50.1 · 2017
8/55
© Siemens AG 2018
Motors Dimensions
HAN K4/4 motor plug
Overview
Further information about the motor plug can be found in chapter "Motor options" on page 11/18.
AGarr
G_D087_EN_00282
AGarr
HH
ADarr
HH
ADarr
Fig. 1
Fig. 2
Relevant figure
Fig. 1
Fig. 2
Motor
Gearbox type
K4/4 motor plug with one bracket
K4/4 motor plug with two brackets
D/Z
FD/FZ B
K
C
HH
ADarr
AGarr
HH
ADarr
AGarr
LE112
29, 39 29, 39 29, 39 39
29, 39 244.0
190.5
115.5
244.0
175.0
113.0
49 ... 69 49, 69 49
49 ... 79 49, 69 234.5
234.5
79
79
-
89
89
228.5
228.5
89
89
-
109
-
211.5
211.5
109
109
-
129
-
202.5
202.5
129
129
-
149
-
193.5
193.5
149
149
-
169
-
192.0
192.0
8
LE112Z
169, 189 169, 189 -
189
29, 39 29, 39 29, 39 39
-
179.5
29, 39 269.0
190.5
115.5
179.5 269.0
1175.0
113.0
49 ... 69 49, 69 49
49 ... 79 49, 69 234.5
234.5
79
79
-
89
89
253.5
253.5
89
89
-
109
-
236.5
236.5
-
-
-
129
-
227.5
227.5
129
129
-
149
-
218.5
218.5
149
149
-
169
-
217.0
217.0
169, 189 169, 189 -
189
-
204.5
204.5
LE132
49 ... 69 49, 69 49
49 ... 79 49, 69 266.0
209.5
138.0
266.0
223.0
135.5
79
79
-
89
89
260.0
260.0
89
89
-
109
-
243.0
243.0
109
109
-
129
-
234.0
234.0
129
129
-
149
-
223.0
223.0
149
149
-
169
-
216.5
216.5
169, 189 169, 189 -
189
-
203.5
203.5
LE132Z
49 ... 69 49, 69 49
49 ... 79 49, 69 316.0
209.5
138.0
316.0
223.0
135.5
79
79
-
89
89
310.0
310.0
89
89
-
109
-
293.0
293.0
109
109
-
129
-
284.0
284.0
129
129
-
149
-
273.0
273.0
149
149
-
169
-
266.5
266.5
169, 189 169, 189 -
189
-
253.5
253.5
LE160
49 ... 69 49, 69 49
49 ... 79 49, 69 299.5
138.5
138.0
299.5
123.0
135.5
79
79
-
89
89
293.5
293.5
89
89
-
109
-
276.5
276.5
109
109
-
129
-
267.5
267.5
129
129
-
149
-
256.5
256.5
149
149
-
169
-
250.0
250.0
169, 189 169, 189 -
189
-
237.0
237.0
LE160Z
49 ... 69 49, 69 49
49 ... 79 49, 69 359.5
138.5
138.0
359.5
123.0
135.5
79
79
-
89
89
353.5
353.5
89
89
-
109
-
336.5
336.5
109
109
-
129
-
327.5
327.5
129
129
-
149
-
316.5
316.5
149
149
-
169
-
310.0
310.0
169, 189 169, 189 -
189
-
297.0
297.0
8/56
Siemens MD 50.1 · 2017
© Siemens AG 2018
Overview (continued)
Further information about the motor plug can be found in chapter "Motor options" on page 11/18.
Motors Dimensions
HAN K4/4 motor plug
AGarr
G_D087_EN_00282
AGarr
HH
ADarr
HH
ADarr
Fig. 1
Fig. 2
Relevant figure
Fig. 1
Fig. 2
Motor
Gearbox type
K4/4 motor plug with one bracket
K4/4 motor plug with two brackets
D/Z
FD/FZ B
K
C
HH
ADarr
AGarr
HH
ADarr
AGarr
LES180
89
89
-
109
-
336.0
278.5
201.0
336.0
263.0
198.5
109
109
-
129
-
327.0
327.0
129
129
-
149
-
316.0
316.0
149
149
-
169
-
309.5
309.5
169, 189 169, 189 -
189
-
296.0
296.0
LES180Z
89
89
-
109
-
366.0
278.5
201.0
366.0
263.0
198.5
-
-
-
129
-
357.0
357.0
129
129
-
149
-
346.0
346.0
8
149
149
-
169
-
339.5
339.5
169, 189 169, 189 -
189
-
326.0
326.0
LES200
109
109
-
129
-
391.5
302.5
201.0
391.5
287.0
198.5
129
129
-
149
-
380.5
380.5
149
149
-
169
-
374.0
374.0
169, 189 169, 189 -
189
-
360.5
360.5
LES200Z
109
109
-
129
-
300.0
302.5
201.0
300.0
287.0
198.5
129
129
-
149
-
350.0
350.0
149
149
-
169
-
405.0
405.0
169, 189 169, 189 -
189
-
466.0
466.0
Siemens MD 50.1 · 2017
8/57
© Siemens AG 2018
Motors Dimensions
HAN Q8 and HAN Q12 motor plugs
Overview
Further information about the motor plug can be found in chapter "Motor options" on page 11/20 to page 11/24.
AGarr
G_D087_EN_00283
AGarr
HH
ADarr
Fig. 1
LLarr HH
Fig. 2
ADarr
Relevant figure
Fig. 1
Fig. 2
Motor
Gearbox type
HAN Q8 motor plug
HAN Q12 motor plug
D/Z
FD/FZ B
K
C
HH
ADarr
AGarr
HH
ADarr AGarr LLarr
LA63
19
-
19
-
-
61.5
110.0
87.5
61.5
104.0 109.0
18
39
29, 39 29, 39 39
29, 39 95.0
95.0
49 ... 69 49, 69 49
49 ... 79 49.69 85.5
85.5
LA71
19
-
19
-
-
93.5
120.0
87.5
93.5
114.0 109.0
LA71Z
29, 39 29, 39 29, 39 39
29, 39 135.0
135.0
49 ... 69 49, 69 49
49 ... 79 49, 69 125.5
125.5
79
79
-
89
89
123.5
123.5
8
LE80
19
-
19
-
-
120.0
134.0
107.0
120.0
128.0 122.0
29, 39 29, 39 29, 39 39
29, 39 170.0
170.0
49 ... 69 49, 69 49
49 ... 79 49, 69 160.5
160.5
79
79
-
89
89
154.5
154.5
89
89
-
109
-
141.5
141.5
LE80Z
19
-
19
-
-
155.0
134.0
107.0
155.0
233.0 122.0
29, 39 29, 39 29, 39 39
29, 39 205.0
205.0
49 ... 69 49, 69 49
49 ... 79 49, 69 195.5
195.5
79
79
-
89
89
189.5
189.5
89
89
-
109
-
176.5
176.5
LE90
29, 39 29, 39 29, 39 39
29, 39 207.5
139.0
107.0
207.5
133.0 122.0
49 ... 69 49, 69 49
49 ... 79 49, 69 198.0
198.0
79
79
-
89
89
192.0
192.0
89
89
-
109
-
179.0
179.0
109
109
-
129
-
172.0
172.0
129
129
-
149
-
165.0
165.0
LE90Z
29, 39 29, 39 29, 39 39
29, 39 247.5
139.0
107.0
247.5
152.5 122.0
49 ... 69 49, 69 49
49 ... 79 49, 69 238.0
238.0
79
79
-
89
89
232.0
232.0
89
89
-
109
-
219.0
219.0
109
109
-
129
-
212.0
212.0
129
129
-
149
-
205.0
205.0
LE100
29, 39 29, 39 29, 39 39
29, 39 242.5
158.5
116.5
-
-
-
-
49 ... 69 49, 69 49
49 ... 79 49, 69 233.0
79
79
-
89
89
227.0
89
89
-
109
-
210.0
109
109
-
129
-
201.0
129
129
-
149
-
192.0
149
149
-
169
-
190.5
LE100Z
29, 39 29, 39 29, 39 39
29, 39 277.5
158.5
116.5
-
-
-
-
49 ... 69 49, 69 49
49 ... 79 49, 69 268.0
79
79
-
89
89
262.0
89
89
-
109
-
245.0
109
109
-
129
-
236.0
129
129
-
149
-
227.0
149
149
-
169
-
225.5
8/58
Siemens MD 50.1 · 2017
© Siemens AG 2018
Overview (continued)
Further information about the motor plug can be found in chapter "Motor options" on page 11/20 to page 11/24.
Motors Dimensions
HAN Q8 and HAN Q12 motor plugs
AGarr
G_D087_EN_00283
AGarr
HH
ADarr
Fig. 1
LLarr HH
Fig. 2
ADarr
Relevant figure
Fig. 1
Fig. 2
Motor
Gearbox type
HAN Q8 motor plug
HAN Q12 motor plug
D/Z
FD/FZ B
K
C
HH
ADarr
AGarr
HH
ADarr
AGarr
LLarr
LE112
29, 39 29, 39 29, 39 39
29, 39 244.0
169.5
116.5
-
-
-
-
49 ... 69 49, 69 49
49 ... 79 49, 69 234.5
79
79
-
89
89
228.5
89
89
-
109
-
211.5
109
109
-
129
-
202.5
129
129
-
149
-
193.5
149
149
-
169
-
192.0
LE112Z
169, 189 169, 189 -
189
29, 39 29, 39 29, 39 39
-
179.5
29, 39 269.0
169.5
116.5
-
-
-
-
8
49 ... 69 49, 69 49
49 ... 79 49, 69 234.5
79
79
-
89
89
253.5
89
89
-
109
-
236.5
-
-
-
129
-
227.5
129
129
-
149
-
218.5
149
149
-
169
-
217.0
169, 189 169, 189 -
189
-
204.5
LE132
49 ... 69 49, 69 49
49 ... 79 49, 69 266.0
188.5
130.0
-
-
-
-
79
79
-
89
89
260.0
89
89
-
109
-
243.0
109
109
-
129
-
234.0
129
129
-
149
-
223.0
149
149
-
169
-
216.5
169, 189 169, 189 -
189
-
203.5
LE132Z
49 ... 69 49, 69 49
49 ... 79 49, 69 316.0
188.5
130.0
-
-
-
-
79
79
-
89
89
310.0
89
89
-
109
-
293.0
109
109
-
129
-
284.0
129
129
-
149
-
273.0
149
149
-
169
-
266.5
169, 189 169, 189 -
189
-
253.5
Siemens MD 50.1 · 2017
8/59
Motors
Notes
© Siemens AG 2018
8
8/60
Siemens MD 50.1 · 2017
© Siemens AG 2018
SINAMICS G110M motor integrated frequency inverter
9
9/2 Introduction 9/2 Type designation SINAMICS G110M
(integrated in the motor in SIMOGEAR) 9/3 Selection and ordering data 9/4 Application 9/4 More information
9/5 SINAMICS G110M distributed frequency inverters
9/5 Overview 9/6 Benefits 9/6 Design 9/8 Technical specifications
9/9 CU240M Control Units 9/9 Overview 9/10 Design 9/11 Integration 9/15 Technical specifications
9/17 PM240M Power Modules 9/17 Overview 9/18 Integration 9/19 Technical specifications 9/22 Characteristic curves
9/23 Line-side components 9/23 Repair switch 9/23 Fuses
9/24 DC link components 9/24 Braking resistors 9/24 Overview 9/24 Technical specifications 9/24 Characteristic curve 9/25 24 V DC power supply 9/25 Overview 9/25 Technical specifications
9/26 Available motor/inverter combinations 9/26 Overview
9/27 Supplementary system components Accessories
9/27 Intelligent Operator Panel IOP-2 Handheld 9/28 Memory cards 9/28 PC inverter connection kit 2
(mini USB interface cable for communication with a PC) 9/28 Installation kits 9/28 STARTER commissioning tool 9/29 SINAMICS Startdrive commissioning tool 9/29 Connecting cables for the Control Unit 9/29 PROFINET connecting cable 9/29 PROFIBUS connecting cable 9/29 AS-Interface connecting cable 9/30 Connecting cables/connectors for supplying the Control Unit with power 9/30 Connecting cables and connectors for digital inputs and outputs 9/30 Connecting cables and connectors for analog inputs 9/30 Connecting cables for Power Modules 9/30 Connecting cables pre-assembled at one end and connector sets to connect to the line supply 9/30 Connector insert for power loop-through 9/31 Power bus distribution 400 V in IP65 degree of protection 9/31 More information
9/31 Spare parts 9/31 Spare Parts Kit 9/31 Overview
9/32 Dimensions 9/32 Motors with SINAMICS G110M
Siemens MD 50.1 · 2017
© Siemens AG 2018
SINAMICS G110M motor integrated frequency inverter 0.37 kW to 4 kW
Introduction
Type designation SINAMICS G110M (integrated in the motor in SIMOGEAR) 1)
Motor frame size 71 80, 90 100, 112
Power Module
0.37 kW 0.75 kW 1.1 kW 1.5 kW 2.2 kW 3.0 kW 4.0 kW
A B C
0037 0075 0110 0150 0220 0300 0400
Example:
G110M - B
0110 - A
1
S
-0
0
(1) (2)
(3) (4) (5)
(6) (7)
(1) Motor frame size (2) Power Module rated power (3) Control Unit: Connection (line voltage and 24 V DC) (4) Control Unit: Bus system (5) Motor connection (6) Braking resistor (7) Externally mounted components
Control Unit
Connection (line voltage and 24 V DC)
Terminal strip, cable entry via cable
A
gland
HAN Q4/2 + connector 7/8"
B
Bus system
USS
1
AS-Interface
2
PROFIBUS
3
PROFINET
4
9
Motor connection
Star
S
Delta
D
Braking resistor
Without
0
Internal (FSA)
1
Internal (FSB)
2
Externally mounted components
Without
0
24 V DC power supply
1
Repair switch
2
1) SINAMICS G110M can also be ordered as individual components. The components are supplied in separate packages. Installation must be performed by the customer. For further details, see Catalog D 31.2.
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SINAMICS G110M motor integrated frequency inverter 0.37 kW to 4 kW
Introduction
Selection and ordering data 1)
Motor frame size
Power Module power Motor connection
Type designation
Order code
kW
71
0.37
Star
G110M - A0037 - 7 7 S - 7 7 U01
0.75
Delta
G110M - A0075 - 7 7 D - 7 7 U02
80
0.75
Star
G110M - B0075 - 7 7 S - 7 7 U07
1.1
Delta
G110M - B0110 - 7 7 D - 7 7 U08
Star
G110M - B0110 - 7 7 S - 7 7 U09
1.5
Delta
G110M - B0150 - 7 7 D - 7 7 U10
90
1.1
Star
G110M - B0110 - 7 7 S - 7 7 U09
1.5
Star
G110M - B0150 - 7 7 S - 7 7 U11
2.2
Delta
G110M - B0220 - 7 7 D - 7 7 U12
Star
G110M - B0220 - 7 7 S - 7 7 U13
3.0
Delta
G110M - B0300 - 7 7 D - 7 7 U14
100
2.2
Star
G110M - C0220 - 7 7 S - 7 7 U19
3.0
Star
G110M - C0300 - 7 7 S - 7 7 U21
4.0
Delta
G110M - C0400 - 7 7 D - 7 7 U22
Star
G110M - C0400 - 7 7 S - 7 7 U23
112
4.0
Star
G110M - C0400 - 7 7 S - 7 7 U23
Type designation supplement and additional order code
Control Unit
Connection (400 V 3 AC / 24 V DC)
Cable gland *)
Bus system USS/Modbus RTU
A1
U40
AS-Interface
A2
U41
PROFIBUS DP (DP)
A3
U42
PROFINET/ EtherNet IP (PN)
A4
U43
HAN Q4/2 + connector 7/8" AS-Interface
B2
U51
9
PROFIBUS DP (DP)
B3
U52
PROFINET/ EtherNet IP (PN)
B4
U53
Braking resistor
Without Internal (FSA) Internal (FSB)
01 U60 2 U61
Externally mounted components
Without 24 V DC power supply
01 U70
Repair switch
2 U71
Accessories
SD card installed
U80
*) On delivery, the openings in the housing for line voltage, 24 V DC, and brake are sealed with a dummy screw cap (exception: on brake motors, the brake cable is already connected via a cable gland) Cable glands are available optionally as an installation kit, see page 9/28.
1) SINAMICS G110M can also be ordered as individual components. The components are supplied in separate packages. Installation must be performed by the customer. For further details, see Catalog D 31.2.
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SINAMICS G110M motor integrated frequency inverter 0.37 kW to 4 kW
Introduction
Application
Use
Requirements for torque accuracy/speed accuracy/position accuracy/coordination of axes/functionality
Continuous motion
Non-continuous motion
Basic
Medium
High
Basic
Medium
High
Pumping, Centrifugal pumps ventilating, Radial / axial fans compressing Compressors
V20
G110
G120C
G120P
Centrifugal pumps Radial / axial fans Compressors
G120P
G130/G150 G180 1)
Eccentric screw pumps
S120
Hydraulic pumps Metering pumps
G120
Hydraulic pumps Metering pumps
S110
Descaling pumps Hydraulic pumps
S120
Moving
Conveyor belts Roller conveyors Chain conveyors
Conveyor belts Roller conveyors Chain conveyors Lifting/lowering devices Elevators Escalators/moving walkways Indoor cranes Marine drives Cable railways
Elevators Container cranes Mining hoists Excavators for open-cast mining Test bays
Acceleration
Acceleration
Storage and retrieval
conveyors
conveyors
machines
Storage and retrieval Storage and retrieval Robotics
machines
machines
Pick & place
Cross cutters
Rotary indexing
Reel changers
tables
Cross cutters
Roll feeds
Engagers/
disengagers
V20
G120
S120
V90
S110
S120
G110D
G120D
S150
G120
S210
S210
G110M
G120C ET 200pro FC-2 3)
G130/G150 G180 1)
DCM
G120D
DCM
DCM
Processing Mills
9
Mixers Kneaders Crushers
Agitators
Centrifuges
Mills Mixers Kneaders Crushers Agitators Centrifuges Extruders Rotary furnaces
Extruders Winders and unwinders Lead/follower drives Calenders Main press drives Printing machines
Tubular bagging machines Single-axis motion control such as · Position profile · Path profile
Tubular bagging machines Single-axis motion control such as · Position profile · Path profile
Servo presses Rolling mill drives Multi-axis motion control such as · Multi-axis
positioning · Cams · Interpolations
V20
G120
S120
V90
S110
S120
G120C
G130/G150 G180 1)
S150 DCM
G120
S210
S210 DCM
Machining
Main drives for · Turning · Milling · Drilling
Main drives for · Drilling · Sawing
Main drives for · Turning · Milling · Drilling · Gear cutting · Grinding
Axle drives for · Turning · Milling · Drilling
Axle drives for · Drilling · Sawing
Axle drives for · Turning · Milling · Drilling · Lasering · Gear cutting · Grinding · Nibbling and
punching
S110
S110
S120
S110
S110
S120
S120
S120
SINAMICS G110M fulfills all requirements that plant manufacturers demand from their frequency inverters in drives for conveyor system applications. It is available integrated in the motor up to IP66 degree of protection 2) and sets standards in efficiency from the installation phase through commissioning as far as handling. SINAMICS G110M is also suitable for pump and fan
applications in which a motor integrated inverter is required as a distributed system.
Practical application examples and descriptions are available on the Internet at
www.siemens.com/sinamics-applications www.siemens.com/conveyor-technology
More information
You may also be interested in these frequency inverters:
· Simple applications with AS-Interface in IP65 degree of protection SINAMICS G110D · More performance for the control cabinet in IP20 degree of protection SINAMICS G120, SINAMICS G120C (Catalog D 31.1) · With enhanced functionality, with positioning function in IP65 degree of protection SINAMICS G120D · With positioning function in the control cabinet in IP20 degree of protection SINAMICS G120 (Catalog D 31.1)
1) Industry-specific inverters. 2) Geared motors are available to IP55 / IP65 degree of protection
3) Information on the SIMATIC ET 200pro FC-2 frequency converter is available at: www.siemens.com/et200pro-fc
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SINAMICS G110M motor integrated frequency inverter 0.37 kW to 4 kW
SINAMICS G110M distributed frequency inverters
Overview
The SINAMICS G110M motor integrated frequency inverters are the solution for drive tasks in which a motor integrated frequency inverter is required. With different device versions (frame sizes FSA and FSB) in a power range from 0.37 kW to 4 kW, the SINAMICS G110M is suitable for a wide variety of drive solutions. SINAMICS G110M supports continuous speed control of three-phase asynchronous motors and fulfills all the requirements of conveyor system applications from simple speed control through to demanding sensorless vector control. It can be integrated seamlessly into the system thanks to its compact design in IP65/IP66 degree of protection.
Through the integrated functions such as quick stop and the limit switch function, the SINAMICS G110M is particularly suited for conveyor system applications.
For applications that require safety engineering, the SINAMICS G110M has the integrated STO (Safe Torque Off 1)) function, which can be implemented without further external components.
Integration via PROFIBUS, PROFINET, AS-Interface, or USS into a higher-level SIMATIC controller is very easy thanks to complete TIA Portal integration1) one tool and one operating and data storage concept.
Observe the configuring information when making your selection.
Reasons for using distributed drive systems
· Modular drive solutions thus standardized mechatronic elements that can be individually tested
· No need for a cabinet, resulting in a smaller space requirement and less cooling
· Long cables between the inverter and motor can be avoided (which means lower power losses, reduced interference emission and lower costs for shielded cables and additional filters)
· Considerable benefits for conveyor systems with their extensive coverage (e.g. in the automotive and logistics industries)
Siemens family of distributed drives
Siemens offers an innovative portfolio of frequency inverters to optimally implement distributed drive solutions. The strengths of the individual members of the drive family permit simple adaptation to the widest range of application demands:
· Identical connection systems
· Standard commissioning and configuration tools
Products from the family of distributed drives:
· SINAMICS G110M inverters
· SINAMICS G110D inverters
· SINAMICS G120D inverters
· SIMATIC ET200pro FC-2 frequency converters
· SIRIUS M200D motor starters
Modularity
SINAMICS G110M is a modular, motor integrated inverter
system with IP65/66 degree of protection comprising various
function units. The main units are: · Control Unit (CU)
9
· Power Module (PM)
Fig. 9/1 SINAMICS G110M Control Unit CU240M PN, cable gland, and Power Module PM240M FSA 1.5 kW
The Control Unit controls and monitors the Power Module and the connected motor using several different closed-loop control types that can be selected. The digital and analog inputs and digital outputs on the device support the simple wiring of sensors and actuators directly at the drive. The input signals can either be directly linked within the Control Unit and initiate local responses independently or they can be transferred to the central control via PROFIBUS, PROFINET or AS-Interface for further processing within the context of the overall plant.
The Power Module supplies the motor in a power range from 0.37 kW to 4 kW. The Power Module is controlled by a microprocessor in the Control Unit. State-of-the-art IGBT technology with pulse width modulation is used for highly reliable and flexible motor operation. Comprehensive protection functions provide a high degree of protection for the Power Module and the motor.
The latest technical documentation (catalogs, dimension drawings, certificates, manuals and operating instructions) is available on the Internet at the following address:
www.siemens.com/sinamics-g110m
and offline in the DT Configurator integrated in Catalog CA 01 on DVD-ROM. In addition, the DT Configurator can be used on the Internet without requiring any installation. The DT Configurator can be found in the Siemens Industry Mall at the following address:
Fig. 9/2 SINAMICS G110M Control Unit CU240M PN, plug-in and Power Module PM240M FSA 1.5 kW
www.siemens.com/dt-configurator
1) Available for firmware version V4.7 or higher.
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SINAMICS G110M motor integrated frequency inverter 0.37 kW to 4 kW
SINAMICS G110M distributed frequency inverters
Overview (continued)
Design
Safety Integrated
The distributed SINAMICS G110M inverters are already equipped with the integrated STO safety function (Safe Torque Off 1), certified in accordance with IEC 61508 SIL 2 as well as EN ISO 13849-1 PL d and Category 3). It can be activated either over PROFIsafe or over the safety input.
The SINAMICS G110M distributed inverters are modular frequency inverters for standard drives. Each SINAMICS G110M comprises two operative units: a Power Module and a Control Unit.
Benefits
Fast commissioning
· Preconfigured with SIMOGEAR
· Loop-through of 24 V DC and 400 V 3 AC and communication no T-distributor necessary
· Internal braking resistors typical applications can be implemented without external braking resistors
· Rugged, with IP65/66 degree of protection, up to 55° C ambient temperature
· Commissioning via fieldbus or on site via standard USB interface/optical interface for IOP-2 Handheld
Fast commissioning on site
· Local commissioning via DIP switch and potentiometer, standard USB interface, or IOP-2 Handheld Intelligent Operator Panel
· Plug-in connections for 400 V 3 AC and 24 V DC, plug-in I/Os, and communication
· Local diagnostics with LEDs
· Uploading, saving, and cloning of parameters with SINAMICS SD card and IOP-2 Handheld Intelligent Operator Panel
Fig. 9/3 SINAMICS G110M Control Unit CU240M PN, plug-in and Power Module PM240M FSA 1.5 kW
Power Modules
Full functionality
9
· Integrated safety function (STO locally via F-DI or via PROFIsafe)
· PROFINET communication to PROFIBUS at no extra cost
· Integrated communication: USS, Modbus RTU, PROFIBUS, PROFINET, EtherNet/IP and AS-Interface
· Basic PLC functions and additional conveyor technology functions
· I/O can be used as distributed I/O of the PLC
Efficient engineering
· Fully integrated in Totally Integrated Automation, Totally Integrated Automation Portal and Integrated Drive System
· Automatic diagnostics in combination with SIMATIC controller
Flexible commissioning
· Integrated, specific software functionality for conveyor systems: - Quick Stop function for fast response times for the sensors, e.g. roller conveyor, belt conveyor - Limit switch functionality, e.g. for rotary table, corner transfer unit
· Use of the same software tools (STARTER and SINAMICS Startdrive) as for all SINAMICS drives
Fig. 9/4 SINAMICS G110M Power Module PM240M FSA 1.5 kW
The following PM240M Power Modules are available for the SINAMICS G110M distributed inverters:
PM240M Power Modules Rated power 0.37 kW 0.75 kW 1.1 kW 1.5 kW 2.2 kW 3 kW 4 kW
Frame size
FSA FSA FSA FSA FSB FSB FSB
1) Available for firmware version V4.7 or higher.
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SINAMICS G110M motor integrated frequency inverter 0.37 kW to 4 kW
SINAMICS G110M distributed frequency inverters
Design (continued)
Control Units
Supplementary system components
Intelligent Operator Panel IOP-2 Handheld
The IOP-2 Handheld supports both newcomers and drive experts. Thanks to the large plain text display, menu-based operation and the application wizards, it is easy to commission, diagnose and locally control standard drives.
Memory card
The parameter settings for an inverter and the firmware can be stored on the SINAMICS SD memory card. When service is required, e.g. after the inverter has been replaced and the data has been downloaded from the memory card, the system is immediately ready for use again.
PC inverter connection kit (mini USB interface cable) for communication with a PC
For controlling and commissioning an inverter directly from a PC if the appropriate software (STARTER commissioning tool V4.3 and higher or SINAMICS Startdrive V13 and higher) has been installed.
Fig. 9/5 SINAMICS G110M Control Unit CU240M PN cable gland
A Control Unit performs closed-loop control functions for the inverter. In addition to closed-loop control, it has additional functions that can be adapted to the particular application through parameterization.
Various Control Units are available for SINAMICS G110M distributed inverters, see page 9/9.
Internal braking resistors
Excess energy in the DC link is dissipated in the internal braking resistor.
24 V DC power supply
A 24 V DC power supply is also available for SINAMICS G110M. This is mounted directly on the inverter and supplies the device with 24 V DC, so there is no need to connect an external 24 V DC power supply.
Repair switch
A repair switch is available for SINAMICS G110M inverters. This
is installed directly on the inverter and disconnects the input end of the SINAMICS G110M from the 400 V line voltage.
9
Connecting cable for the Control Units
Flexible plug-in cables to transfer data between the Industrial Ethernet stations or PROFIBUS stations, as well as to supply power to the Control Unit (24 V DC).
Connector sets and pre-assembled cables for the line supply can be ordered as accessories.
Installation kits
Different installation kits can be ordered as accessories for the Control Units with plug-in connections and Control Units with cable gland connections.
These contain caps or cable glands for protection or electrical connection respectively.
Spare Parts Kit
A Spare Parts Kit is available which comprises small parts such as seals, caps and screws.
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SINAMICS G110M motor integrated frequency inverter 0.37 kW to 4 kW
SINAMICS G110M distributed frequency inverters
Technical specifications
Unless explicitly specified otherwise, the following technical specifications are valid for all the following SINAMICS G110M distributed inverter components listed here.
SINAMICS G110M Mechanical specifications Vibratory load · Transport acc. to EN 60721-3-2 1) · Operation acc. to EN 60721-3-3 Shock load · Transport acc. to EN 60721-3-2 1) · Operation acc. to EN 60721-3-3 Environmental conditions Protection class acc. to EN 61800-5-1 Touch protection acc. to EN 61800-5-1 Permissible ambient/coolant temperature (air) during operation
Humidity, max.
Ambient temperature · Storage 1) acc. to EN 60068-2-1 · Transport 1) acc. to EN 60068-2-1
· Operation acc. to EN 60068-2-2
Environmental class/harmful chemical substances
· Operation acc. to EN 60721-3-3
Degree of pollution acc. to EN 61800-5-1
Certification for fail-safe versions
· According to IEC 61508
· According to EN ISO 13849-1
9
Standards Compliance with standards
CE marking, according to
EMC directive
· Frame sizes FSA to FSB with integrated line filter class A
1) In product packaging. 2) With shielded motor cable up to 5 m.
Class 1M2 Class 3M3
Class 1M2 Class 3M3
Class III (PELV) Class I (with protective conductor system) -10 ... +40 °C (14 ... 104 °F) without derating >40 ... 55 °C (104 ... 131 °F) see derating characteristics 95 % at 40 °C (104 °F)
-40 ... +70 °C (-40 ... +158 °F) -40 ... +70 °C (-40 ... +158 °F) -10 ... +40 °C (14 ... 104 °F) without derating
Class 3C2 2
SIL 2 PL d and Category 3
UR, cUR, CE, RCM Low Voltage Directive 2014/35/EU
Category C2 2) according to EN 61800-3 Note: The EMC product standard EN 61800-3 does not apply directly to an inverter but to a PDS (Power Drive System), which comprises the complete circuitry, motor, and cables in addition to the inverter. The frequency inverters on their own do not generally require identification according to the EMC Directive.
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SINAMICS G110M motor integrated frequency inverter 0.37 kW to 4 kW
Overview
The Control Unit performs closed-loop control functions for the inverter. In addition to the primary closed-loop control function, it has many additional functions that can be adapted to the particular application through parameterization.
The Control Units are available in two versions for connection to 400 V 3 AC and 24 V DC screw-type or plug-in. The version in USS fieldbus communication is only available as screw-type. The differences between the screw-type and plug-in versions are presented in the following pictures:
CU240M Control Units
Fig. 9/6 SINAMICS G110M Control Unit CU240M PN cable gland
Fig. 9/7 SINAMICS G110M Control Unit CU240M PN plug-in
Several Control Units are available in different versions:
Control Unit Control Unit CU240M, screw-type
CU240M
Communication via
Connection system
For motor frame sizes
9
USS, Modbus RTU
Screw-type
71, 80/90, 100/112
Control Unit CU240M AS-i, screw-type CU240M AS-i
AS-Interface
Screw-type
71, 80/90, 100/112
Control Unit CU240M AS-i, plug-in
CU240M AS-i
AS-Interface
Plug-in
71, 80/90, 100/112
Control Unit CU240M DP, screw-type CU240M DP
PROFIBUS
Screw-type
71, 80/90, 100/112
Control Unit CU240M DP, plug-in
CU240M DP
PROFIBUS
Plug-in
71, 80/90, 100/112
Control Unit CU240M PN, screw-type CU240M PN
PROFINET, EtherNet/IP
Screw-type
71, 80/90, 100/112
Control Unit CU240M PN, plug-in
CU240M PN
PROFINET, EtherNet/IP
Plug-in
71, 80/90, 100/112
Safety Integrated functions
The safety function "Safe Torque Off" (STO 1)) is already integrated (certified according to IEC 61508 SIL 2 and EN ISO 13849-1 PL d and Category 3) into the basic versions of the CU240M series (CU240M, CU240M DP, and CU240M PN). It prevents active movement of the drive. It can be activated either over PROFIsafe or over the safety input.
Existing systems in particular can be simply updated with safety technology without the need to change the motor or mechanical system.
1) Available for firmware version V4.7 or higher.
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SINAMICS G110M motor integrated frequency inverter 0.37 kW to 4 kW
CU240M Control Units
Design
Control Unit and Power Module (view from right)
Power Module Interface cover Communication port 1 Digital inputs 2 and 3 Communication port 2 *) Digital outputs 0 and 1
Control Unit and Power Module (view from left)
X1/2
A5E31426309 BARCODE
X1/3
PE
Analog inputs 0 and 1 External 24 V DC supply OUT *) Digital inputs 0 and 1 External 24 V DC supply IN *) Line supply connection
Power Module (top view)
PE
Cover plate Cable gland or HAN Q line connection installation or looping through of line connection to the left
Power Module (internal view)
Potentiometer
Memory card reader
9
Optical interface for IOP-2 Handheld
Mini-USB port
G_D011_EN_00439b
Control Unit (top/internal view)
Braking resistor and motor connection terminals
Communication cable
CPI (Communications & Power Interface) ribbon cable
USS/PROFIBUS addresses and commissioning DIP switches 1 and 2
Control Unit (CU) *) Not available for AS-Interface.
EM brake and line current connecting terminals
Fig. 9/8 Design of the Control Unit and Power Module
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Integration
© Siemens AG 2018
SINAMICS G110M motor integrated frequency inverter 0.37 kW to 4 kW
CU240M Control Units
Memory card
IOP-2 Handheld
24 V DC voltage supply IN
24 V DC voltage supply OUT
USS IN
USS OUT
X01.1 Switched 0 V (2M) X01.2 Unswitched 0 V (1M) X01.3 Functional earth X01.4 Unswitched +24 V (1L+) X01.5 Switched +24 V (2L+)
X02.1 Switched 0 V (2M) X02.2 Unswitched 0 V (1M) X02.3 Functional earth X02.4 Unswitched +24 V (1L+) X02.5 Switched +24 V (2L+)
X03.1 Not connected X03.2 RS485N X03.3 Not connected X03.4 RS485P X03.5 Functional earth
X04.1 Not connected X04.2 RS485N X04.3 Not connected X04.4 RS485P X04.5 Functional earth
OUT
IN
OUT
IN
USS interface
24 V DC voltage supply
Optical interface
Mini USB interface
Bit 0 Bit 1 Bit 2 Bit 3 Bit 4 Bit 5 Bit 6
01 2 3
USS ADDRESS DIP switch ON (1) (2) (4) (8) (16) (32) (64)
OFF
USS bus termination
OFF
ON
9 10
11
8
45 67
Potentiometer
12
Power Module
Digital outputs
X05.1 Not connected
24 V DC
X05.2 Digital output 1
(max. 500 mA)
X05.3 Switched 0 V (2M)
X05.4 Digital output 0 X05.5 Functional earth
PM-IF interface
9
1)
X07.2
X07.4 24V X07.3
X08.2
X08.4 24V X08.3
X07.1 Unswitched 24 V (1L+)
DI1
X07.2 Digital input 1
X07.3 Unswitched 0 V (1M)
DI0
X07.4 Digital input 0 X07.5 Functional earth
X08.1 Unswitched 24 V (1L+)
DI3 X08.2 Digital input 3 X08.3 Unswitched 0 V (1M)
DI2
X08.4 Digital input 2
X08.5 Functional earth
2)
X10.2
DI11 X10.3
DI12 X10.4
X10.5
X10.6
X10.7
X10.1 Not connected X10.2 +10 V X10.3 Analog input 0 + X10.4 Analog input 1 + X10.5 Analog input 0 X10.6 Analog input 1 X10.7 Unswitched 0 V X10.8 Not connected
Fig. 9/9 Connection diagram for CU240M Control Units
Analog inputs
Digital inputs
Control Unit CU240M
1) Circuit with external voltage supply
2) Use analog inputs as digital inputs
G_D011_EN_00438c
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SINAMICS G110M motor integrated frequency inverter 0.37 kW to 4 kW
CU240M Control Units
Integration (continued)
Memory card
IOP-2 Handheld
AS-Interface connection
X03.1 ASi+ X03.2 AUXX03.3 ASiX03.4 AUX+ X03.5 Functional earth
24 V DC (max. 500 mA)
9
X05.1 Not connected X05.2 Digital output 1 X05.3 Switched 0 V (2M) X05.4 Digital output 0 X05.5 Functional earth
1)
X07.2
X07.4 24V X07.3
X07.1 Unswitched 24 V (1L+)
DI1
X07.2 Digital input 1
X07.3 Unswitched 0 V (1M)
DI0
X07.4 Digital input 0 X07.5 Functional earth
X08.2
X08.1 Unswitched 24 V (1L+)
X08.4
DI3 X08.2 Digital input 3 X08.3 Unswitched 0 V (1M)
24V X08.3
DI2
X08.4 Digital input 2 X08.5 Functional earth
2)
X10.2
DI11 X10.3
DI12 X10.4
X10.5
X10.6
X10.7
X10.1 Not connected X10.2 +10 V X10.3 Analog input 0 + X10.4 Analog input 1 + X10.5 Analog input 0 X10.6 Analog input 1 X10.7 Unswitched 0 V X10.8 Not connected
Fig. 9/10 Connection diagram for CU240M AS-i Control Units
Analog inputs
Digital inputs
Digital outputs
AS-Interface connection
Optical interface Mini USB interface
Potentiometer
12
Power Module
PM-IF interface
Control Unit CU240M AS-i
1) Circuit with external voltage supply
2) Use analog inputs as digital inputs
G_D011_EN_00472b
9 10
11
8
45 67
01 2 3
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Integration (continued)
© Siemens AG 2018
SINAMICS G110M motor integrated frequency inverter 0.37 kW to 4 kW
CU240M Control Units
Memory card
IOP-2 Handheld
24 V DC voltage supply IN
24 V DC voltage supply OUT
PROFIBUS DP IN
PROFIBUS DP OUT
X01.1 Switched 0 V (2M) X01.2 Unswitched 0 V (1M) X01.3 Functional earth X01.4 Unswitched +24 V (1L+) X01.5 Switched +24 V (2L+)
X02.1 Switched 0 V (2M) X02.2 Unswitched 0 V (1M) X02.3 Functional earth X02.4 Unswitched +24 V (1L+) X02.5 Switched +24 V (2L+)
X03.1 Not connected X03.2 Data A (N) X03.3 Not connected X03.4 Data B (P) X03.5 Functional earth
X04.1 Not connected X04.2 Data A (N) X04.3 Not connected X04.4 Data B (P) X04.5 Functional earth
OUT
IN
OUT
IN
PROFIBUS DP interface
24 V DC voltage supply
Optical interface
Mini USB interface
Bit 0 Bit 1 Bit 2 Bit 3 Bit 4 Bit 5 Bit 6
01 2 3
PROFIBUS ADDRESS DIP switch ON (1) (2) (4) (8) (16) (32) (64)
OFF
9 10
11
8
45 67
Potentiometer
12
PROFIBUS bus termination
OFF
ON
Power Module
Digital outputs
X05.1 Not connected
X05.2 Digital output 1
24 V DC (max. 500 mA)
X05.3 Switched 0 V (2M)
X05.4 Digital output 0 X05.5 Functional earth
PM-IF interface
9
1)
X07.2
X07.1 Unswitched 24 V (1L+)
DI1
X07.2 Digital input 1
X07.4
X07.3 Unswitched 0 V (1M)
24V X07.3
DI0
X07.4 Digital input 0 X07.5 Functional earth
X08.2
X08.1 Unswitched 24 V (1L+)
DI3
X08.2 Digital input 3
X08.4
X08.3 Unswitched 0 V (1M)
24V X08.3
DI2
X08.4 Digital input 2 X08.5 Functional earth
2)
X10.2
DI11 X10.3
DI12 X10.4
X10.5
X10.6
X10.7
X10.1 Not connected X10.2 +10 V X10.3 Analog input 0 + X10.4 Analog input 1 + X10.5 Analog input 0 X10.6 Analog input 1 X10.7 Unswitched 0 V X10.8 Not connected
Fig. 9/11 Connection diagram for CU240M DP Control Units
Analog inputs
Digital inputs
Control Unit CU240M DP
1) Circuit with external voltage supply
2) Use analog inputs as digital inputs
G_D011_EN_00436d
Update 02/2018
Siemens MD 50.1 · 2017
9/13
© Siemens AG 2018
SINAMICS G110M motor integrated frequency inverter 0.37 kW to 4 kW
CU240M Control Units
Integration (continued)
Memory card
IOP-2 Handheld
24 V DC voltage supply IN
24 V DC voltage supply OUT
PROFINET connection 1
PROFINET connection 2
X01.1 Switched 0 V (2M) X01.2 Unswitched 0 V (1M) X01.3 Functional earth X01.4 Unswitched +24 V (1L+) X01.5 Switched +24 V (2L+)
X02.1 Switched 0 V (2M) X02.2 Unswitched 0 V (1M) X02.3 Functional earth X02.4 Unswitched +24 V (1L+) X02.5 Switched +24 V (2L+)
X03.1 Transmission data + X03.2 Reception data + X03.3 Transmission data X03.4 Reception data -
X04.1 Transmission data + X04.2 Reception data + X04.3 Transmission data X04.4 Reception data -
24 V DC (max. 500 mA)
9
X05.1 Not connected X05.2 Digital output 1 X05.3 Switched 0 V (2M) X05.4 Digital output 0 X05.5 Functional earth
1)
X07.2
X07.4 24V X07.3
X08.2
X08.4 24V X08.3
X07.1 Unswitched 24 V (1L+)
DI1
X07.2 Digital input 1
X07.3 Unswitched 0 V (1M)
DI0
X07.4 Digital input 0
X07.5 Functional earth
X08.1 Unswitched 24 V (1L+)
DI3 X08.2 Digital input 3 X08.3 Unswitched 0 V (1M)
DI2
X08.4 Digital input 2
X08.5 Functional earth
2)
X10.2
DI11 X10.3
DI12 X10.4
X10.5
X10.6
X10.7
X10.1 Not connected X10.2 +10 V X10.3 Analog input 0 + X10.4 Analog input 1 + X10.5 Analog input 0 X10.6 Analog input 1 X10.7 Unswitched 0 V X10.8 Not connected
Fig. 9/12 Connection diagram for CU240M PN Control Units
Analog inputs
Digital inputs
Digital outputs
connection 1 connection 2 PROFINET interface
OUT
IN
24 V DC voltage supply
Optical interface Mini USB interface
Potentiometer
12
Power Module
PM-IF interface
Control Unit CU240M PN
1) Circuit with external voltage supply
2) Use analog inputs as digital inputs
G_D011_EN_00437d
9 10
11
8
45 67
01 2 3
9/14
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
SINAMICS G110M motor integrated frequency inverter 0.37 kW to 4 kW
CU240M Control Units
Technical specifications
Control Unit
CU240M USS CU240M AS-i CU240M AS-i
With screw-type With screw-type With plug-in
connections
connections
connections
CU240M
CU240M
PROFIBUS
PROFIBUS
With screw-type With plug-in
connections
connections
CU240M
CU240M
PROFINET
PROFINET
With screw-type With plug-in
connections
connections
Electrical specifications
Operating voltage
Current consumption 1) (from the 24 V DC supply)
External 24 V DC ± 15 % Power supply with protective extra low voltage PELV acc. to EN 61800-5-1 must be used.
· With Power Module frame sizes FSA
235 mA
290 mA
290 mA
235 mA
235 mA
290 mA
290 mA
· With Power Module frame sizes FSB
235 mA
290 mA
290 mA
235 mA
235 mA
290 mA
290 mA
Interfaces
Digital inputs (non-isolated)
4 programmable, PNP, SIMATIC compatible
· Optionally parameterizable 1 as safe inputs
Analog inputs
2
(0 ... 10 V or 0 ... 20 mA
with 12 bit resolution)
Digital outputs (24 V DC, 0 ... 0.5 A)
2, programmable
Bus interface
USS
AS-Interface AS-Interface PROFIBUS DP PROFIBUS DP PROFINET
PROFINET
· Fieldbus protocols
USS Modbus RTU
AS-Interface
AS-Interface
PROFIBUS DP PROFIBUS DP PROFINET incl. PROFINET incl.
incl. PROFIsafe incl. PROFIsafe PROFIsafe
PROFIsafe
EtherNet/IP
EtherNet/IP
· Profiles
PTC/KTY interface
(connection via Power Module)
3.0
3.0
PROFIdrive
PROFIdrive
PROFIdrive
PROFIdrive
PROFIenergy PROFIenergy
· Motor temperature sensor Control of a mechanical
1 input, sensors that can be connected: PTC, KTY, bimetal, or Pt1000
9
motor brake
(connection via the Control Unit)
Slot for SINAMICS memory card (SD card)
Commissioning interface (mini USB)
Safety functions
Integrated safety functions 2) Safe Torque Off (STO)
acc. to IEC 61508 SIL 2 and EN ISO 13849-1 PL d and Category 3
Open-loop/closed-loop control techniques
V/f linear/square/
parameterizable
V/f with flux current control (FCC)
Vector control, sensorless Torque control, sensorless
1) The current consumption of connected sensors (total, max. 200 mA) as well as the current drawn from the digital outputs (total, max. 500 mA) must be added, where applicable.
2) Available for firmware version V4.7 or higher.
Update 02/2018
Siemens MD 50.1 · 2017
9/15
© Siemens AG 2018
SINAMICS G110M motor integrated frequency inverter 0.37 kW to 4 kW
CU240M Control Units
Technical specifications (continued)
Control Unit
CU240M USS CU240M AS-i CU240M AS-i
With screw-type With screw-type With plug-in
connections
connections
connections
CU240M
CU240M
PROFIBUS
PROFIBUS
With screw-type With plug-in
connections
connections
CU240M
CU240M
PROFINET
PROFINET
With screw-type With plug-in
connections
connections
Software functions
Fixed frequencies
Signal interconnection with BICO technology
Automatic restart after line supply failure or operational fault
Slip compensation
Free function blocks (FFB) for logical and arithmetic operations
Ramp smoothing
Selectable drive data sets (4)
Selectable command data (4) sets (CDS) (manual/auto)
Flying restart
JOG
Cyclic recording of ramp-up and ramp-down
Technology controller (PID)
Quick stop
Limit switch logic
Thermal motor protection
Thermal inverter protection
Setpoint input
Motor identification
9
Motor holding brake
Mechanical specifications and ambient conditions
Degree of protection
IP66/UL Type 3 IP66/UL Type 3 IP65/UL Type 3 IP66/UL Type 3 IP65/UL Type 3 IP66/UL Type 3 IP65/UL Type 3
Operating temperature
-10 ... +40 °C (14 ... 104 °F) without derating >40 ... 55 °C (104 ... 131 °F) see derating characteristics
Air temperature
-40 ... +70 °C (40 ... +158 °F)
Relative humidity
<95 % RH, condensation not permissible
Dimensions
· Width
205 mm
· Height
105 mm
· Depth
171 mm
Weight, approx.
1.75 kg
1.85 kg
1.85 kg
1.85 kg
1.85 kg
1.85 kg
1.85 kg
9/16
Siemens MD 50.1 · 2017
Update 02/2018
Overview
© Siemens AG 2018
SINAMICS G110M motor integrated frequency inverter 0.37 kW to 4 kW
PM240M Power Modules
Fig. 9/13 SINAMICS G110M Power Module PM240M FSA (0.37 to 1.5 kW)
The PM240M Power Modules are suitable for safety-related applications. In conjunction with the CU240M Control Unit, the drive can be transformed into a Safety Integrated drive (see Control Units).
The PM240M Power Modules with integrated line filter class A are suitable for connection to TN and TT supply systems.
Fig. 9/14 SINAMICS G110M Power Module PM240M FSB (2.2 to 4 kW)
9
Siemens MD 50.1 · 2017
9/17
© Siemens AG 2018
SINAMICS G110M motor integrated frequency inverter 0.37 kW to 4 kW
PM240M Power Modules
Integration
PM240M Power Modules feature the following interfaces as standard: · PM-IF interface to connect the PM240M Power Module to the
Control Unit. · Motor connection including control of the motor brake and
temperature sensor · Line connection via cable gland or HAN Q4/2 (connector)
· Line supply loop-through via cable gland/terminal or HAN Q4/2 (socket)
· USB connection for connection of a PC · Analog potentiometer for setting a speed · SD card slot for the use of memory cards
ext. 24 V DC required
24 V 0 V
380 V to 480 V 3 AC L1 L2 L3 PE
PE
HAN Q4/2 L1 L2 L3 *) *) *) PE
PE
1 2 3 4 11 12 PE 1 2 3
PE
Power Module PM240M
Line filter class A
3~
Optical interface
=
Mini USB interface
9
Control Unit
PM-IF interface
Potentiometer
= 3~
3 4 5
0 1 21 2
6 7 8
*) Not used.
9 10 11
5 8 4 6 2 PE 1 7 3
+ - -+
PE U V W
G_D011_EN_00441b
Motor brake
M 3~
Temperature sensor
Optional braking resistor mounted in the
Control Unit
Fig. 9/15 Connection diagram for PM240M Power Module with integrated line filter class A
9/18
Siemens MD 50.1 · 2017
© Siemens AG 2018
SINAMICS G110M motor integrated frequency inverter 0.37 kW to 4 kW
PM240M Power Modules
Technical specifications
General technical specifications
PM240M Power Modules
System operating voltage
380 V (-10 %) ... 480 V 3 AC (+10 %)
Line supply requirements Short-circuit power ratio RSC
Input frequency
> 100 47 ... 63 Hz
Output frequency
· Control type V/f
0 ... 550 Hz
· Control type Vector
0 ... 200 Hz
Pulse frequency
4 kHz (standard); 4 ... 16 kHz (in steps of 2 kHz), see derating data
Power factor
0.95
Inverter efficiency
95 ... 97 %
Output voltage, max. in % of input voltage
87 %
Overload capability
· High overload (HO)
0.37 ... 3 kW: 2 × rated output current for 3 s, followed by 1.5 × rated output current for 57 s, over a cycle time of 300 s (110 % on average)
4 kW: 1.6 × rated output current for 3 s, followed by 1.5 × rated output current for 57 s, over a cycle time of 300 s (110 % on average)
Electromagnetic compatibility
Integrated line filter class A according to EN 55011
Possible braking methods
Dynamic braking with internal braking resistors (accessories)
Dynamic brake with external braking resistors Rmin = 200 (for FSA), Rmin = 60 (for FSB)
DC brake Integrated brake control supplies DC power supply for the brake
Line input voltage
380 V AC
400 V AC
440 V AC
480 V AC
Resulting brake voltage
171 V DC
180 V DC
198 V DC
216 V DC
9
Disconnection on the DC side permits "fast" braking (max. output current 1 A)
Degree of protection Operating temperature
IP66 (for Control Unit with screw-type connections) IP65 (for Control Unit with plug-in connections) -10 ... +40 °C (14 ... 104 °F) without derating >40 ... 55 °C (104 ... 131 °F) see derating characteristics
Storage temperature
-40 ... +70 °C (-40 ... +158 °F)
Permissible mounting positions
All
Relative humidity
< 95 % RH, condensation not permissible
Cooling
External cooling with motor fan
Installation altitude
Up to 1000 m above sea level without derating Over 1000 m, see derating data
Short Circuit Current Rating (SCCR) 1)
40 kA
Protection functions
· Undervoltage · Phase failure detection · Overvoltage · Overload · Ground fault · Short-circuit · Stall protection · Motor blocking protection · Motor overtemperature · Inverter overtemperature · Parameter locking
Compliance with standards
CE, UR, cUR, RCM
CE marking, according to
Low Voltage Directive 2014/35/EU Filtered variants also: EMC Directive 2014/30/EU
1) Applies to industrial control cabinet installations to NEC Article 409/UL 508A.
Update 02/2018
Siemens MD 50.1 · 2017
9/19
© Siemens AG 2018
SINAMICS G110M motor integrated frequency inverter 0.37 kW to 4 kW
PM240M Power Modules
Technical specifications (continued)
Line voltage 380 ... 480 V 3 AC
PM240M Power Modules
Rated output current Irated 1)
A
1.3
2.2
3.1
4.1
Maximum output current Imax
A
2.6
4.4
6.2
8.2
Rated power
kW
0.37
0.75
1.1
1.5
Rated pulse frequency
kHz 4
4
4
4
Efficiency Power loss 2) at rated output current
Cooling air requirement
% kW
m3/s
96.8 0.025
0.0048
98.1 0.032
0.0048
98.2 0.041
0.0048
97.3 0.052
0.0048
Sound pressure level LpA (1 m)
dB
Rated input current 3)
A
1.3
2
2.8
3.6
Line supply connection U1/L1, V1/L2, W1/L3, PE
· Conductor cross-section, recommended
mm2
1 ... 2.5 18 ... 14 AWG
1 ... 2.5 18 ... 14 AWG
1 ... 2.5 18 ... 14 AWG
1 ... 2.5 18 ... 14 AWG
PE connection (external connection)
· Conductor cross-section
mm2 10
10
10
10
(recommended)
Motor connection U2, V2, W2, PE, motor brake, temperature sensor
· Conductor cross-section
mm2
1 ... 2.5 18 ... 14 AWG
1 ... 2.5 18 ... 14 AWG
1 ... 2.5 18 ... 14 AWG
1 ... 2.5 18 ... 14 AWG
Motor cable length, max.
m
Shielded
Degree of protection
IP66
IP66
IP66
IP66
Dimensions
· Width
9
· Height
· Depth
mm 161
161
161
161
mm 135
135
135
135
mm 270
270
270
270
Frame size
FSA
FSA
FSA
FSA
Weight, approx.
kg
2.1
2.1
2.1
2.1
1) The rated output current Irated is based on the duty cycle for high overload (HO). 2) Typical values. Additional information can be found on the Internet at https://support.automation.siemens.com/WW/view/en/94059311
3) The input current depends on the motor load and line impedance. The input currents apply for load at rated power for a line impedance corresponding to uK = 1 %.
9/20
Siemens MD 50.1 · 2017
© Siemens AG 2018
SINAMICS G110M motor integrated frequency inverter 0.37 kW to 4 kW
PM240M Power Modules
Technical specifications (continued)
Line voltage 380 ... 480 V 3 AC
PM240M Power Modules
Rated output current Irated 1) Maximum output current Imax Rated power
A
5.6
A
11.2
kW
2.2
7.3 14.6 3
8.8 14.1 4
Rated pulse frequency
kHz 4
4
4
Efficiency Power loss 2) at rated output current
Cooling air requirement
% kW
m3/s
97.6 0.078
0.024
97.6 0.103
0.024
97.7 0.126
0.024
Sound pressure level LpA (1 m)
dB
Rated input current 3)
A
5.3
6.9
8
Line supply connection U1/L1, V1/L2, W1/L3, PE
· Conductor cross-section, recommended
mm2
1 ... 2.5 18 ... 14 AWG
1 ... 2.5 18 ... 14 AWG
1 ... 2.5 18 ... 14 AWG
PE connection (external connection)
· Conductor cross-section
mm2 10
10
10
(recommended)
Motor connection U2, V2, W2, PE, motor brake, temperature sensor
· Conductor cross-section
mm2
1 ... 2.5 18 ... 14 AWG
1 ... 2.5 18 ... 14 AWG
1 ... 2.5 18 ... 14 AWG
Motor cable length, max.
m
Shielded
Degree of protection
IP66
IP66
IP66
Dimensions
· Width
mm 181
181
181
· Height
mm 135
135
135
9
· Depth
mm 309
309
309
Frame size
FSB
FSB
FSB
Weight, approx.
kg
3.4
3.4
3.4
1) The rated output current Irated is based on the duty cycle for high overload (HO). 2) Typical values. Additional information can be found on the Internet at https://support.automation.siemens.com/WW/view/en/94059311.
3) The input current depends on the motor load and line impedance. The input currents apply for load at rated power for a line impedance corresponding to uK = 1 %.
Siemens MD 50.1 · 2017
9/21
© Siemens AG 2018
SINAMICS G110M motor integrated frequency inverter 0.37 kW to 4 kW
PM240M Power Modules
Characteristic curves
Derating data
Rated power at 400 V 3 AC
kW
hp
0.37
0.5
0.75
1.0
1.1
1.5
1.5
2.0
2.2
3.0
3.0
4.0
4.0
5.0
Rated output current in A for a pulse frequency of (derating as a function of the pulse frequency)
4 kHz
6 kHz
8 kHz
1.3
1.11
0.91
2.2
1.9
1.5
3.1
2.6
2.2
4.1
3.5
2.9
5.6
4.8
3.9
7.3
6.2
5.1
8.8
7.5
6.2
10 kHz 0.78 1.3 1.9 2.5 3.4 4.4 5.3
12 kHz 0.65 1.1 1.6 2.1 2.8 3.7 4.4
Ambient temperature
Installation altitude
14 kHz 0.59 1.0 1.4 1.8 2.5 3.3 4.0
16 kHz 0.52 0.9 1.2 1.6 2.2 2.9 3.5
Permissible output current
100 % 75
55 50
25
-10
0
10
20
30
40 50 °C 55 60
(14)
(32)
(50)
(68)
(86)
(104) (122)(°F)(131)(140)
Ambient temperature
G_D011_EN_00124
Permissible output current
100 % 90 84 80
70 68
60 0
1000 (3281)
2000 (6562)
3000 m 4000 (9843) (ft) (13124)
Installation altitude above sea level
G_D011_EN_00518
Fig. 9/16 Permissible output current as a function of ambient
temperature for PM240M Power Modules,
frame sizes FSA and FSB
9
Note:
The ambient temperature of the Control Units and the SIMOGEAR geared motors must be taken into account. The temperature ranges are specified in the technical specifications under Control Units.
Permissible input voltage
Fig. 9/17 Permissible output current as a function of installation altitude for PM240M Power Modules, frame sizes FSA and FSB
100 % 90
80 77 70
G_D011_EN_00105
60
0
1000
2000
3000 m 4000
(3281)
(6562)
(9843) (ft) (13124)
Installation altitude above sea level
Fig. 9/18 Permissible input voltage as a function of installation altitude for PM240M Power Modules, frame sizes FSA and FSB
Motor frequency
G_D011_EN_00473
9/22
Siemens MD 50.1 · 2017
100 %
90
Permissible output current
80
70
50
40
30
20
Hz 10
Motor frequency
Fig. 9/19 Permissible output current as a function of motor frequency for PM240M Power Modules, frame sizes FSA and FSB
Update 02/2018
Repair switch
© Siemens AG 2018
SINAMICS G110M motor integrated frequency inverter 0.37 kW to 4 kW
Line-side components
Fig. 9/20 SINAMICS G110M repair switch
Fig. 9/21 SINAMICS G110M repair switch, installed
With the optional repair switch, SINAMICS G110M can be separated from the line supply in a simple manner. No additional external components are required in the 400 V supply line.
The repair switch can be locked with three locks. It can therefore be locked to prevent unintentional restart of the drive system.
The repair switch is installed and delivered ready for use in combination with our SIMOGEAR geared motor.
Note:
It is possible to install either a repair switch or a 24 V DC power supply, but it is not possible to install both options on the same unit.
Fuses
The following table lists recommendations for additional
Short Circuit Current Rating (SCCR) according to UL
line-side components such as fuses.
Applies to industrial control panel installations according to
Note regarding use in compliance with IEC standards:
NEC Article 409 or UL 508A.
3NA3 type fuses are recommended for European countries. The · PM240M: 40 kA values in the table take into account the overload capability of
9
the inverter.
Additional information about the fuses listed is provided in
Note regarding use in compliance with UL regulations:
Catalog LV 10.
Fuses for use in North America must be UL-certified, Class J
fuses with a rated voltage of 600 V AC.
Individual protection
Rated power
kW
hp
380 ... 480 V 3 AC
0.37
0.5
0.75
1.0
1.1
1.5
1.5
2.0
2.2
3
3
4
4
5
Frame size
FSA FSA FSA FSA FSB FSB FSB
IEC-compliant Fuse
A
Article No.
10
3NA3803
10
3NA3803
10
3NA3803
10
3NA3803
20
3NA3807
20
3NA3807
20
3NA3807
UL/cUL-compliant
Fuse type
Rated voltage 600 V AC
Class
Current A
J, CC
10
J, CC
10
J, CC
10
J, CC
10
J, CC
20
J, CC
20
J, CC
20
The SINAMICS G110M system supports an inverter loopthrough of line current to several inverters connected in series.
Further information can be found in the operating instructions on the Internet at www.siemens.com/sinamics-g110m
Group protection (installation on power bus)
For installations with several inverters, the inverters are normally supplied from a 400 V power bus.
Further information can be found in the operating instructions on the Internet at: www.siemens.com/sinamics-g110m/documentation
Update 02/2018
Siemens MD 50.1 · 2017
9/23
© Siemens AG 2018
SINAMICS G110M motor integrated frequency inverter 0.37 kW to 4 kW
DC link components braking resistors
Overview
Technical specifications
Line voltage 380 ... 480 V 3 AC
Resistor
Rated power PDB
kW
(Continuous braking power)
Peak power Pmax
kW
(load duration ta = 12 s with period t = 240 s)
Degree of protection
Dimensions
· Width
mm
· Height
mm
· Length
mm
Weight, approx.
kg
Suitable for SINAMICS G110M (frame size)
Braking resistor
350
175
0.0075
0.02
0.075
0.2
IP20
11 34 84 0.1 FSA
IP20
11 34 84 0.1 FSB
Fig. 9/22 SINAMICS G braking resistors FSA and FSB
Characteristic curve
Excess energy in the DC link is dissipated in the braking
resistors in regenerative operation.
P
The braking resistors are intended for use with
SINAMICS G110M, which have an integrated braking chopper,
Pmax
but cannot regenerate energy to the line supply. For regenera-
tive operation, e.g. the braking of a rotating mass with high
moment of inertia, a braking resistor must be connected to
convert the resulting energy into heat.
9
The braking resistors can be mounted on the side of the Control Unit housing at the bottom. The heat from the braking resistor is
PDB
dissipated over the Control Unit housing. Every braking resistor
a
is equipped with thermal protection. The thermal protection
prevents the braking resistor from being thermally overloaded.
All braking resistors are provided as standard with a cable for connecting to the internal terminals.
Fig. 9/23 Load diagram for braking resistors ta = 12 s t = 240 s
G_D211_EN_00038b
9/24
Siemens MD 50.1 · 2017
Update 02/2018
Overview
© Siemens AG 2018
SINAMICS G110M motor integrated frequency inverter 0.37 kW to 4 kW
DC link components 24 V DC power supply
Fig. 9/24 24 V DC power supply
The optional 24 V DC power supply enables the internal electronics to be supplied with 24 V DC directly from the DC link. No external cable is needed for the 24 V DC supply and only the 400 V 3 AC line voltage has to be connected. The optional 24 V DC power supply supplies power to the internal circuitry of the Control Unit, the low-voltage circuits of the Power Module and all inputs and outputs.
Fig. 9/25 24 V DC power supply, installed
Note:
It is possible to install either a 24 V DC power supply or a repair
switch, but it is not possible to install both options on the same
unit.
9
Technical specifications
24 V DC power supply
Operating voltage
Current consumption (from DC link at full operation of Power Module and Control Unit including digital outputs)
Output current, max.
24 V DC ±10 % 1.2 A
2 A
Update 02/2018
Siemens MD 50.1 · 2017
9/25
© Siemens AG 2018
SINAMICS G110M motor integrated frequency inverter 0.37 kW to 4 kW
Available motor/inverter combinations
Overview
The available motor/inverter combinations that are integrated in the motor as standard are listed in the tables below.
Due to the specific properties of SINAMICS G110M, the following restrictions apply to the options that can be ordered with the motors:
· The inverter and the manual release lever of the brake cannot be mounted in the same position.
· Standby heating is not possible for the motor
· Terminal box position 4 (i.e. the inverter is directed downwards in installation position M1) on request
4-pole, 1 500 rpm at 50 Hz power 1)
Frame size Motor
P50Hz
Power Module Frame Size A (FSA)
Frame Size B (FSB)
kW
0.37
0.75
1.1
1.5
2.2
3
4
Motors with Standard Efficiency IE1
71
LA71MG4
0.25
LA71MH4
0.37
Motors with High Efficiency IE2
80
LE80MD4E
0.55
LE80MH4E
0.75
90
LE90SG4E
1.1
LE90LH4E
1.5
100
LE100LE4E
2.2
LE100LK4E
3
112
LE112ME4E
4
Motors with Premium Efficiency IE3
80
LE80ZMQ4P
0.75
90
LE90SM4P
1.1
LE90ZLR4P
1.5
100
LE100ZLSA4P
2.2
LE100ZLSB4P
3
112
LE112ZMKB4P
4
9
4-pole, 2 610 rpm at 87 Hz power 1)
Frame size Motor
P87Hz
Power Module Frame Size A (FSA)
Frame Size B (FSB)
kW
0.37
0.75
1.1
1.5
2.2
3
4
Motors with Standard Efficiency IE1
71
LA71MG4
0.45
LA71MH4
0.65
Motors with High Efficiency IE2
80
LE80MD4E
0.95
LE80MH4E
1.30
90
LE90SG4E
1.90
LE90LH4E
2.60
100
LE100LE4E
3.60
Motors with Premium Efficiency IE3
80
LE80ZMQ4P
1.30
90
LE90SM4P
1.90
LE90ZLR4P
2.60
100
LE100ZLSA4P
3.60
1) Other motor/inverter combinations on request.
9/26
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
SINAMICS G110M motor integrated frequency inverter 0.37 kW to 4 kW
Supplementary system components
Accessories
Intelligent Operator Panel IOP-2 Handheld
Updating the IOP-2 Handheld
The IOP-2 Handheld can be updated and expanded using the integrated USB interface.
Data to support future drive systems can be transferred from the PC to the IOP-2 Handheld. Further, the USB interface allows user languages and wizards that will become available in the future to be subsequently downloaded and the firmware to be updated for the IOP-2 Handheld. 1)
Selection and ordering data
Description
Article No.
IOP-2 Handheld
6SL3255-0AA00-4HA1
for use with SINAMICS G120 SINAMICS G120C SINAMICS G120P SINAMICS G110D SINAMICS G120D SINAMICS G110M SIMATIC ET 200pro FC-2
Fig. 9/26 IOP-2 Handheld for mobile use
The Intelligent Operator Panel IOP-2 Handheld is a very userfriendly and powerful operator panel for commissioning and diagnostics as well as local operator control and monitoring of the SINAMICS G110M distributed inverter.
Included in the scope of delivery: · IOP-2 · Handheld housing · Rechargeable batteries (4 × AA) · Charging unit (international)
The IOP-2 Handheld supports both newcomers and drive experts. Thanks to the membrane keyboard with a central
· RS232 connecting cable 3 m long, can used in combination with
sensor control field, the high-contrast color displays, the menu-
SINAMICS G120
based operation, and the application wizards, it is easy to commission standard drives. A drive can be essentially commis-
SINAMICS G120C SINAMICS G120P
sioned without having to use a printed parameter list as the parameters are displayed in plain text, and explanatory help
· USB cable (1 m long)
texts and the parameter filtering function are provided.
RS232 connecting cable
3RK1922-2BP00
Application wizards interactively guide you when commission-
2.5 m long,
9
ing important applications such as conveyor technology,
with optical interface to connect the IOP-2
pumps, fans, and compressors. There is a basic commissioning Handheld to
wizard for general commissioning.
SINAMICS G110D SINAMICS G120D
Up to two process values can be graphically visualized and up to four process values can be numerically visualized on the
SINAMICS G110M SIMATIC ET 200pro FC-2
status screen/display. Process values can also be displayed in
technological units.
Technical specifications
The IOP-2 Handheld supports standard commissioning of iden-
tical drives. For this purpose, a parameter list can be copied
IOP-2 Handheld
from an inverter into the IOP-2 Handheld and downloaded into other drive units of the same type as required.
Display
High-contrast color display, a variety of display options
In addition to the IOP-2, the IOP-2 Handheld includes a housing with rechargeable batteries, a charging unit, an RS232 connecting cable, and a USB cable. The charging unit is supplied with connector adapters for Europe, the US and UK. When the batteries are fully charged, the operating time is up to 10 hours.
To connect the IOP-2 Handheld to SINAMICS G110D, SINAMICS G120D, SINAMICS G110M, and SIMATIC ET 200pro FC-2, the RS232 connecting cable with optical interface is additionally required.
· Resolution Operator panel Operating languages
Ambient temperature
320 × 240 pixels
Membrane keyboard with central sensor control field
English, German, French, Italian, Spanish, Portuguese, Dutch, Swedish, Finnish, Russian, Czech, Polish, Turkish, Chinese Simplified
· During transport and storage
-20 ... +55 °C (-4 ... +131 °F)
· During operation
0 ... 40 °C (32 ... 104 °F)
Air humidity
Relative humidity < 95 %, non-condensing
Degree of protection
IP20
Dimensions (W × H × D)
195.04 × 70 × 37.58 mm
Weight, approx. Compliance with standards
0.724 kg
CE, RCM, cULus, EAC, KCC-REM-S49-SINAMICS
1) Information on updates for the IOP-2 Handheld is available at https://support.industry.siemens.com/cs/document/67273266
Update 02/2018
Siemens MD 50.1 · 2017
9/27
© Siemens AG 2018
SINAMICS G110M motor integrated frequency inverter 0.37 kW to 4 kW
Supplementary system components
Accessories (continued)
Memory cards
PC inverter connection kit 2 (mini USB interface cable for communication with a PC)
For controlling and commissioning an inverter directly from a PC via a point-to-point connection if the appropriate software (STARTER commissioning tool 1), V4.3 SP3 and higher or SINAMICS Startdrive V13 and higher) has been installed.
Selection and ordering data
Description
PC inverter connection kit 2
USB cable (3 m long) for · SINAMICS G120C · SINAMICS G120 Control Units
- CU230P-2 - CU240E-2 - CU250S-2 · SINAMICS G110M Control Units - CU240M · SINAMICS G120D Control Units - CU240D-2 - CU250D-2
Article No. 6SL3255-0AA00-2CA0
Fig. 9/27 SINAMICS memory card (SD card)
Installation kits
The parameter settings for an inverter can be stored on the SINAMICS SD card. When service is required, e.g. after the inverter has been replaced and the data has been downloaded from the memory card, the system is immediately ready for use again.
· Parameter settings can be written from the memory card to the inverter or saved from the inverter to the memory card.
Different installation kits can be ordered as accessories for the Control Units with plug-in connections and Control Units with cable gland connections.
These contain caps or cable glands for protection or electrical connection respectively.
Selection and ordering data
· Up to 100 parameter sets can be stored.
Description
· The memory card supports standard commissioning without the use of the Intelligent Operator Panel IOP-2 Handheld or
Installation kit for Control Units with cable gland connections
the STARTER and SINAMICS Startdrive commissioning tools. Contains cable glands for the
9
Note:
The memory card is optional, but it facilitates inverter
replacement.
electrical connections
Installation kit for Control Units with plug-in connections Contains caps for protection of the electrical connections
Article No. 6SL3566-2VA00-0GA0
6SL3566-2LA00-0GA0
Selection and ordering data
Description
SINAMICS SD Card (memory card) 512 MB
Optional firmware memory card
Article No. 6SL3054-4AG00-2AA0
STARTER commissioning tool
The STARTER commissioning tool (V4.3 SP3 and higher) supports the commissioning and maintenance of SINAMICS G110M inverters. The operator guidance combined with comprehensive, user-friendly functions for the relevant drive solution allow you to commission the device quickly and easily.
SINAMICS SD card 512 MB + firmware V4.7 (Multicard V4.7 SP3)
6SL3054-7EH00-2BA0
Selection and ordering data
Description
Article No.
SINAMICS SD card 512 MB + firmware V4.7 SP3 (Multicard V4.7)
SINAMICS SD card 512 MB + firmware V4.7 SP6 (Multicard V4.7 SP6)
6SL3054-7TB00-2BA0 6SL3054-7TD00-2BA0
STARTER commissioning tool 1) on DVD-ROM
6SL3072-0AA00-0AG0
1) The STARTER commissioning tool is also available on the Internet at http://support.automation.siemens.com/WW/view/en/10804985/133100
SINAMICS SD card 512 MB + firmware V4.7 SP9 (Multicard V4.7 SP9)
6SL3054-7TE00-2BA0
For an overview and more information on all available firmware versions, see https://support.industry.siemens.com/cs/document/67364620
9/28
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
SINAMICS G110M motor integrated frequency inverter 0.37 kW to 4 kW
Supplementary system components
Accessories (continued)
SINAMICS Startdrive commissioning tool
PROFINET connecting cable (continued)
The SINAMICS Startdrive commissioning tool (V13 and higher) supports the commissioning and maintenance of SINAMICS G110M inverters. SINAMICS Startdrive is part of the TIA Portal engineering platform. It supports the intuitive integration of SINAMICS drives in automation. The same operator control concept, the elimination of interfaces and a high degree of user-friendliness make it possible to quickly integrate SINAMICS into an automation process and start it up with the TIA Portal. The TIA Portal with SINAMICS Startdrive offers you a totally integrated engineering platform for the complete application from the project engineering phase through to commissioning and diagnostics.
Selection and ordering data
Selection and ordering data
Description
Article No.
IE M12 Plug PRO axial outlet For assembly in the field, M12 plug-in connector (D-coded), metal enclosure, UL, fast connection method, plug connector
· 1 unit
6GK1901-0DB20-6AA0
· 8 units
6GK1901-0DB20-6AA8
PROFIBUS connecting cable
Flexible plug-in cables/connectors for transmission of data (up to 12 Mbit/s) from PROFIBUS stations.
Description
Article No.
Selection and ordering data
SINAMICS Startdrive commissioning tool 1) incl. single license and Certificate of License
English, French, German, Italian, Spanish, Chinese Simplified
· On DVD-ROM
6SL3072-4EA02-0XA0
· Software download/ online software delivery
6SL3072-4EA02-0XG0
1) The SINAMICS Startdrive commissioning tool is also available on the Internet at http://support.automation.siemens.com/WW/view/en/68034568
An overview of all available accessories (e.g. connectors and cables) can be found under the following link: www.siemens.com/distributeddrives-supplementaryproducts
Connecting cables for the Control Unit
Description
PROFIBUS M12 plug-in cable axial outlet Pre-assembled with two 5-pole M12 plug/socket connectors, UL Length:
· 0.3 m
· 0.5 m
· 1.0 m
· 1.5 m
· 2.0 m
· 3.0 m
· 5.0 m
· 10 m
Article No.
6XV1830-3DE30 6XV1830-3DE50 6XV1830-3DH10 6XV1830-3DH15 6XV1830-3DH20 6XV1830-3DH30 6XV1830-3DH50 6XV1830-3DN10
PROFINET connecting cable
· 15 m
6XV1830-3DN15
PROFIBUS M12 plug connector
Flexible connecting cables and plug-in connectors that can be assembled in the field for transmission of data (up to 100 Mbit/s) between industrial Ethernet stations with IP65 degree of
axial outlet 5-pole, B-coded, metal enclosure, 1 package = 5 units
9
protection.
· Pin insert
6GK1905-0EA00
Selection and ordering data
· Female contact insert
6GK1905-0EB00
Description
IE connecting cable M12-180/M12-180 axial outlet Pre-assembled IE FC TP trailing cable GP 2 × 2 PROFINET type C with two 4-pole M12 plugs (4-pole, D-coded), IP65/IP67 degree of protection, UL, plug connector/plug connector (IN/OUT) Length:
· 0.3 m
· 0.5 m
· 1.0 m
· 1.5 m
· 2.0 m
· 3.0 m
· 5.0 m
· 10 m
· 15 m
IE connecting cable M12-180/ IE FC RJ45 Plug 145 axial outlet Pre-assembled IE FC TP trailing cable GP 2 x 2 (PROFINET type C) with M12 plugs (D-coded) and IE FC RJ45 plug, IP65/IP67 degree of protection
Length:
· 2.0 m
· 3.0 m
· 5.0 m
· 10 m
· 15 m
Article No.
6XV1870-8AE30 6XV1870-8AE50 6XV1870-8AH10 6XV1870-8AH15 6XV1870-8AH20 6XV1870-8AH30 6XV1870-8AH50 6XV1870-8AN10 6XV1870-8AN15
6XV1871-5TH20 6XV1871-5TH30 6XV1871-5TH50 6XV1871-5TN10 6XV1871-5TN15
AS-Interface connecting cable
Selection and ordering data
Description AS-Interface M12 feeder to connect the AS-Interface and the UAUX cable to an M12 socket, UL: · 1.0 m · 2.0 m
Article No.
3RK1901-1NR21 3RK1901-1NR22
Update 02/2018
Siemens MD 50.1 · 2017
9/29
© Siemens AG 2018
SINAMICS G110M motor integrated frequency inverter 0.37 kW to 4 kW
Supplementary system components
Accessories (continued)
Connecting cables/connectors for supplying the Control Unit with power
Selection and ordering data
Description
Article No.
7/8'' plug-in cable axial outlet For 24 V switched and unswitched, pre-assembled with 2 × 7/8" at both ends (axial), 5 × 1.5 mm2, 5-pole plug/socket connectors Length:
· 0.3 m
6XV1822-5BE30
· 0.5 m
6XV1822-5BE50
· 1.0 m
6XV1822-5BH10
· 1.5 m
6XV1822-5BH15
· 2.0 m
6XV1822-5BH20
· 3.0 m
6XV1822-5BH30
· 5.0 m
6XV1822-5BH50
· 10 m
6XV1822-5BN10
· 15 m
6XV1822-5BN15
7/8" power cable, angled outlet, pre-assembled at one end For 24 V switched and unswitched, pre-assembled with 1 × 7/8" angled at one end, 5 × 1.5 mm2, 5-pole socket connector Length:
· 3.0 m
3RK1902-3GB30
· 5.0 m
3RK1902-3GB50
· 10 m
3RK1902-3GC10
7/8" power cable, angled outlet
For 24 V switched and unswitched,
9
pre-assembled with 2 × 7/8" angled at both ends, 5 × 1.5 mm2, 5-pole plug/socket connectors
Length:
· 3.0 m
3RK1902-3NB30
· 5.0 m
3RK1902-3NB50
· 10 m
3RK1902-3NC10
7/8'' plug connector axial outlet 5-pole, B-coded, plastic enclosure, 1 package = 5 units
· Pin insert (IN)
6GK1905-0FA00
· Female contact insert (OUT)
6GK1905-0FB00
7/8'' plug connector angled outlet 5-pole, B-coded, plastic enclosure, 1 package = 5 units
· Pin insert (IN)
3RK1902-3BA00
· Female contact insert (OUT)
3RK1902-3DA00
Connecting cables and connectors for digital inputs and outputs
Selection and ordering data
Description
M12 plug-in cable pre-assembled at both ends, axial outlet M12 straight plug, M12 straight socket, screw mounting, 3-pin, 3 x 0.34 mm², A-coded, black PUR sheath, max. 4 A Length:
· 1.5 m
M12 connector
Y cable for distributed I/O for dual connection of I/Os using single 5-pole M12 cables, 200 mm
· Straight
Article No. 3RK1902-4PB15-3AA0 6ES7194-6KA00-0XA0
Connecting cables and connectors for analog inputs Selection and ordering data
Description
M12 cable connector 8-pole male connector
· Straight cable outlet
T distribution piece To connect two analog inputs 8-pole M12 male connector to 2 × 4-pole M12 socket, angled
Article No.
Ordered from and supplied by KnorrTec Ordered from and supplied by KnorrTec
Connecting cables for Power Modules
Connecting cables pre-assembled at one end and connector sets to connect to the line supply
Selection and ordering data
Description
Connecting cable pre-assembled at one end Power supply cable, open at one end, for HAN Q4/2, angled, 4 × 4 mm2
· 1.5 m long
· 5 m long
Connector set for the power supply Socket insert HAN Q4/2, 5 socket contacts, grommet housing, angled outlet including screw connection · 2.5 mm2 · 4 mm2 · 6 mm2
Article No.
3RK1911-0DB13 3RK1911-0DB33
3RK1911-2BE50 3RK1911-2BE10 3RK1911-2BE30
Connector insert for power loop-through Selection and ordering data
Description
Connector set for power loop-through Plug insert HAN Q4/2, 4 socket contacts, grommet housing, angled outlet including screw connection
· 2.5 mm2
· 4 mm2
Article No.
3RK1911-2BF50 3RK1911-2BF10
9/30
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Update 02/2018
© Siemens AG 2018
SINAMICS G110M motor integrated frequency inverter 0.37 kW to 4 kW
Supplementary system components
Accessories (continued)
More information
Power bus distribution 400 V in IP65 degree of protection Selection and ordering data Not essential (daisy chaining within device); use is optional.
Description
Article-No. (to order, see Solution Partners)
Power T clamp connector for 2.5 ... 6 mm2 Ordered from and supplied by
With attached 7-pole connector, female
Harting
contact insert, grommet housing, UL
Seals for various cable cross-sections must be ordered separately
T clamp connector Completely pre-assembled
Ordered from and supplied by KnorrTec
T distributor box, IDC connection power cable Pre-assembled, UL, uncut power cable, 2.5 ... 6 mm2,
Push-in connection: 1.5 ... 6 mm2
Ordered from and supplied by Weidmüller
Seals for various cable cross-sections must be ordered separately
Y distributor For direct connection of 400 V supply line, HAN Q4/2, conductor cross-section 1.5 ... 4 mm2
Ordered from and supplied by Harting
A comprehensive range of supplementary products is provided for the distributed drive technology, e.g. pre-assembled cables and connectors. An overview is provided at the following link: www.siemens.com/distributeddrives-supplementaryproducts
Further selected accessories are available from Siemens Solution Partners. Please go to the "Solution Partner Finder" and select technology "Distributed Field Installation System". www.siemens.com/automation/partnerfinder
For more information about connecting cables and plug-in connectors, please refer to Catalog IK PI.
Overview
A Spare Parts Kit can be ordered, comprising small parts such as replacement seals, caps, PROFIBUS address windows and screws.
Selection and ordering data
Description
Spare Parts Kit for SINAMICS G110M Comprising replacement seals, caps, connectors and screws
Article No. 6SL3500-0TK02-0AA0
Spare parts > Spare Parts Kit
9
Update 02/2018
Siemens MD 50.1 · 2017
9/31
© Siemens AG 2018
SINAMICS G110M motor integrated frequency inverter 0.37 kW to 4 kW
Dimensions
Motors with SINAMICS G110M
LBL
LB
l1
LLU
AGU VDA
VDB
VDC
VDD
AG AU
ØAC
P
The diagram is for terminal box position 2A (for further information about the terminal box position, see page 11/12).
Motor Gearbox type
SINAMICS G110M
Power Dimensions Module
Sealing cap
Plug-in 24 V DC tech- power nology supply
Repair switch
D/Z E FD/FZ B K C Frame size LB LBL P AC l1 AG AU LLU AGU VDA
VDB VDC
VDD
LA71
19 - -
19 - - FSA
184.5 239.5 -
138.8 74.5 184.5 137 270 161 117
108 130
171
29 - 29 29 - 29
226 281 120
39 39 39 39 39 39
49 49 49 49 49 49
216.5 271.5 160
59 - -
---
69 69 69 - 69 69
---
- 79 -
79 - 79 - - -
214.5 269.5 198
---
- 89 89
9
LE80
19 - -
19 - - FSA
240 300 -
156.3 35 191 137 270 161 117
108 130
171
29 - 29 29 - 29
290 350 120
39 39 39 39 39 39
49 49 49 49 49 49
280.5 340.5 160
59 - -
---
69 69 69 - 69 69
---
- 79 -
79 - 79 - - -
---
- 89 89
274.5 334.5 198
89 89 89 - - -
261.5 321.5 245
---
- 109 -
LE80Z 19 - -
19 - - FSA
275 335 -
156.3 35 191 137 270 161 117
108 130
171
29 - 29 29 - 29
325 385 120
39 39 39 39 39 39
49 49 49 49 49 49
315.5 375.5 160
59 - -
---
69 69 69 - 69 69
---
- 79 -
79 - 79 - - -
309.5 369.5 198
---
- 89 89
89 89 89 - - -
296.5 356.5 245
---
- 109 -
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Update 02/2018
© Siemens AG 2018
Motors with SINAMICS G110M (continued)
LBL
LB
l1
LLU
SINAMICS G110M motor integrated frequency inverter 0.37 kW to 4 kW
Dimensions
AGU VDA
VDB
VDC
VDD
AG AU
ØAC
P
The diagram is for terminal box position 2A (for further information about the terminal box position, see page 11/12).
Motor Gearbox type
SINAMICS G110M
Power Dimensions Module
Sealing cap
Plug-in 24 V DC tech- power nology supply
Repair switch
D/Z E FD/FZ B K C Frame size LB LBL P AC l1 AG AU LLU AGU VDA
VDB VDC
VDD
LE90
29 - 29 29 - 29 FSA
351.5 421.5 120 173.8 11 196 137 270 161 117
108 130
171
39 39 39 39 39 39
49 49 49 49 49 49
342 412 160
59 - -
---
69 69 69 - 69 69
---
- 79 -
79 - 79 - - -
336 406 198
---
- 89 89
89 89 89 - - -
323 393 245
-----
- 109 - 129 -
316 386 300
9
109 109 109 - - -
129 129 129 - - -
309 379 350
---
- 149 -
LE90Z 29 - 29 29 - 29 FSA
391.5 461.5 120 173.8 11 196 137 270 161 117
108 130
171
39 39 39 39 39 39
49 49 49 49 49 49
382 452 160
59 - -
---
69 69 69 - 69 69
---
- 79 -
79 - 79 - - -
376 446 198
---
- 89 89
89 89 89 - - -
---
- 109 -
363 433 245
---
- 129 -
356 426 300
109 109 109 - - 129 129 129 - - -
349 419 350
---
- 149 -
LE90
29 - 29 29 - 29 FSB
351.5 421.5 120 173.8 50.5 196 137 309.5 181 117
108 130
171
39 39 39 39 39 39
49 49 49 49 49 49
342 412 160
59 - -
---
69 69 69 - 69 69
---
- 79 -
79 - 79 - - -
336 406 198
---
- 89 89
89 89 89 - - -
323 393 245
-----
- 109 - 129 -
316 386 300
109 109 109 - - -
129 129 129 -
---
-
-149 -
309 379 350
Update 02/2018
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9/33
© Siemens AG 2018
SINAMICS G110M motor integrated frequency inverter 0.37 kW to 4 kW
Dimensions
Motors with SINAMICS G110M (continued)
LBL
LB
l1
LLU
AGU VDA
VDB
VDC
VDD
AG AU
ØAC
P
The diagram is for terminal box position 2A (for further information about the terminal box position, see page 11/12).
Motor Gearbox type
SINAMICS G110M
Power Dimensions Module
Sealing cap
Plug-in 24 V DC power supply
Repair switch
D/Z E FD/FZ B K C Frame size LB LBL P AC l1 AG AU LLU AGU VDA
VDB VDC
VDD
LE90Z 29 - 29 29 - 29 FSB
391.5 461.5 120 173.8 50.5 196 137 309.5 181 117
108 130
171
39 39 39 39 39 39
49 49 49 49 49 49
382 452 160
59 - -
---
69 69 69 - 69 69
---
- 79 -
79 - 79 - - -
376 446 198
---
- 89 89
89 89 89 - - -
363 433 245
9
-----
- 109 - 129 -
356 426 300
109 109 109 - - -
129 129 129 - - -
349 419 350
---
- 149 -
LE100 29 - 29 29 - 29 FSB
408 486.5 120 198 37.5 226 137 309.5 181 117
108 130
171
39 39 39 39 39 39
49 49 49 59 - -
49 49 49 ---
398.5 477 160
69 69 69 - 69 69
---
- 79 -
79 79 79 - - -
---
- 89 89
392.5 471 198
89 89 89 - - -
375.5 454 245
---
- 109 -
---
-
109 109 109 -
129 --
366.5 445 300
129 129 129 - - -
357.5 436 350
---
- 149 -
149 149 149 - 169 -
356 434.5 405
LE100Z 29 - 29 29 - 29 FSB
443 521.5 120 198 37.5 226 137 309.5 181 117
108 130
171
39 39 39 39 39 39
49 49 49 49 49 49
433.5 512 160
59 - -
---
69 69 69 - 69 69
---
- 79 -
79 - 79 - - -
427.5 506 198
---
- 89 89
89 89 89 - - -
410.5 489 245
---
- 109 -
---
- 129 -
300
109 109 109 - - 129 129 129 - - -
392.5 471 350
---
- 149 -
149 149 149 - 169 -
391 469.5 405
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Update 02/2018
© Siemens AG 2018
Motors with SINAMICS G110M (continued)
LBL
LB
l1
LLU
SINAMICS G110M motor integrated frequency inverter 0.37 kW to 4 kW
Dimensions
AGU VDA
VDB
VDC
VDD
AG AU
ØAC
P
The diagram is for terminal box position 2A (for further information about the terminal box position, see page 11/12).
Motor Gearbox type
SINAMICS G110M
Power Dimensions Module
Sealing cap
Plug-in 24 V DC power supply
Repair switch
D/Z E FD/FZ B K C Frame size LB LBL P AC l1 AG AU LLU AGU VDA
VDB VDC
VDD
LE112 29 - 29 29 - 29 FSB
418 491 120 222 29 237 137 309.5 181 117
108 130
171
39 39 39 39 39 39
49 49 49 49 49 49
408.5 481.5 160
59 - -
---
69 69 69 - 69 69
---
- 79 -
79 - 79 - - -
402.5 475.5 198
---
- 89 89
89 89 89 - - -
385.5 458.5 245
-----
- 109 - 129 -
376.5 449.5 300
9
109 109 109 - - -
129 129 129 - - -
367.5 440.5 350
---
-
149 149 149 -
149 169 -
366 439 405
169 - 169 -
-
353.5 426.5 465
189 - 189 - 189 -
LE112Z 29 - 29 29 - 29 FSB
443 516 120 222 29 237 137 309.5 181 117
108 130
171
39 39 39 39 39 39
49 49 49 49 49 49
160
59 - -
---
69 69 69 - 69 69
---
- 79 -
79 - 79 - - -
427.5 500.5 198
---
- 89 89
89 89 89 - - -
410.5 483.5 245
---
- 109 -
---
- 129 -
300
109 109 109 - - 129 129 129 - - -
392.5 465.5 350
---
- 149 -
149 149 149 - - -
391 464 405
169 189 -
169 189 -
189 -
353.5 426.5 465
Update 02/2018
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9/35
© Siemens AG 2018
SINAMICS G110M motor integrated frequency inverter
Notes
9
9/36
Siemens MD 50.1 · 2017
Gearbox options
© Siemens AG 2018
10
10/2 10/2
10/4 10/6 10/8
10/11 10/12
10/13 10/15 10/17
10/19 10/21 10/23
10/25 10/26 10/27
10/28 10/30 10/32
10/34
10/35 10/36
Mounting position Overview
Helical gearboxes Z and D Foot-mounted design Foot/flange-mounted design Flange-mounted design or with housing flange
Helical gearboxes E Foot-mounted design Flange-mounted design or with housing flange
Parallel shaft gearbox Shaft-mounted design Flange-mounted design or with housing flange Foot-mounted design
Bevel gearbox B Foot-mounted design Housing flange design and flange-mounted design Shaft-mounted design
Bevel gearbox K Foot-mounted design Housing flange design and flange-mounted design Shaft-mounted design
Helical worm gearbox Shaft-mounted design Housing flange design and flange-mounted design Foot-mounted design
Worm gearbox Foot-mounted, flange-mounted, shaft-mounted and housing flange designs
Tandem gearbox
Special mounting positions
10/37
10/37 10/38 10/40 10/41 10/41
10/41
10/41
10/42
10/43
10/43 10/46 10/47
Mounting
Mounting types Overview Flange-mounted designs · Water drain holes at the output flange · Output flange seal Parallel shaft gearboxes F.AD. in a shaft-mounted design Bevel gearboxes KAD. in a shaft-mounted design Bevel gearboxes BAD. in a shaft-mounted design Helical worm gearboxes CAD. in a shaft-mounted design Worm gearboxes SAD. in a shaft-mounted design Shaft designs Selection and ordering data SIMOLOC assembly system Hollow shaft cover
10/47 Output shaft bearings 10/47 Reinforced output shaft bearings
10/48
10/48 10/48
Output side accessories
Accessories for VLplus reinforced bearing systems Drywell Grease cartridge
10/49
10/49 10/49 10/49 10/49 10/49
10/50
Lubrication and sealing
Overview · Lubrication · Sealing · Oil quantities Sealing system Roller bearing greases for gearboxes and motors Selection
10/51
10/51 10/54 10/55
10/57 10/57 10/58
10/59
Venting and oil level control
Venting Overview Pressure breather valve Oil expansion unit
Oil level control Oil level checking screw Oil drain PT100 electrical oil temperature monitoring Electrical oil level monitoring system
10/60 Special version 10/60 Reduced-backlash version 10/60 Shrink-glued output gearwheel
Update 02/2018
Siemens MD 50.1 · 2017
Gearbox options Mounting position
© Siemens AG 2018
Overview
The mounting position must be specified when you place your order to ensure that the gearbox is supplied with the correct quantity of oil.
M1 M6
M4
M3 Fig. 10/1 Helical geared motors
M2
M6
M1
M5 G_D087_XX_00154a
M4
M3 Fig. 10/2 Parallel shaft geared motors
M2
M5
G_D087_XX_00153a
10
M6
M1 M4
M3 Fig. 10/3 Bevel geared motors
M2 M6
M1
M2
M5
G_D087_XX_00206
M4
M3 Fig. 10/4 Helical worm geared motors
M5
G_D087_XX_00205
10/2
Siemens MD 50.1 · 2017
Overview (continued)
© Siemens AG 2018
Gearbox options Mounting position
G_D087_XX_00159
Fig. 10/5 Dimensional drawing from DT Configurator with details
An explanation of the symbols used to represent mounting positions can be found on the following pages Symbol Oil valves
Venting
Oil drain
Oil level checking screw
Oil dipstick, optional
Venting main gearbox (applies only to tandem geared motors)
Oil drain main gearbox (applies only to tandem geared motors)
Supplements
*
On opposite side
A, B
Output side A, output side B
2
2-stage gearbox
3
3-stage gearbox
1...4
Terminal box position
Note: The DT Configurator can be used to configure SIMOGEAR geared motors. The DT Configurator is available in conjunction with the electronic catalog CA 01 on DVD. In addition, the DT Configurator can be used on the Internet without requiring any installation. The DT Configurator can be found in the Siemens Mall at the following address: www.siemens.com/dt-configurator For the selected mounting position, the 3D images show the exact position of the oil valves.
10
Update 02/2018
Siemens MD 50.1 · 2017
10/3
Gearbox options Mounting position
Helical gearboxes Z and D
Foot-mounted design
Helical gearboxes Z and D, sizes 19 and 29 Oil valves Sizes 19 and 29 are lubricated for life. For an explanation of the symbols, see page 10/3. M1
© Siemens AG 2018 M2
'=
Order code: M1 M3
10
A4 1 2
'=
Order code: M3 M5
2 1 4A
'=
'=
4
1
A
'= 2
Order code:
D01
M2
D02
M4
A
2
1
4
'=
'=
'=
Order code:
D03
M4
D04
M6
3
4
2
A1
1
A
2
4
3
Order code:
Order code:
M5
D05
M6
D06
10/4
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Foot-mounted design (continued)
Helical gearboxes Z and D, sizes 39 to 189
Oil valves
For an explanation of the symbols, see page 10/3.
M1
M2
Gearbox options Mounting position
Helical gearboxes Z and D
2 1 4A
Order code: M1
M3
A4 1 2
Order code: M3
M5
3
4
2
A1
Order code: M5
4
1
2
A
Order code:
D01
M2
M4
A
2
1
4
Order code:
D03
M4
M6
3
2 2
1A 4
3
Order code:
D05
M6
D02
10
D04
D06
Update 02/2018
Siemens MD 50.1 · 2017
10/5
Gearbox options Mounting position
Helical gearboxes Z and D
Foot/flange-mounted design
Helical gearboxes ZB and DB, size 29 Oil valves Size 29 is lubricated for life. For an explanation of the symbols, see page 10/3. M1
© Siemens AG 2018 M2
Order code: M1
M3
10
A4 1 2
Order code: M3 M5
2 1 4A
4
1
2
A
Order code:
D01
M2
D02
M4
A
2
1
4
Order code:
D03
M4
D04
M6
3
4
2
A1
1A
2
4
3
Order code:
Order code:
M5
D05
M6
D06
10/6
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Foot/flange-mounted design (continued)
Helical gearboxes ZB and DB, sizes 39 to 89
Oil valves
For an explanation of the symbols, see page 10/3.
M1
M2
Gearbox options Mounting position
Helical gearboxes Z and D
2 1 4A
Order code: M1
M3
A4 1 2
Order code: M3
M5
3
4
2
A1
Order code: M5
4
1
2
A
Order code:
D01
M2
M4
A
2
1
4
Order code:
D03
M4
M6
3
2 2
1A 4
3
Order code:
D05
M6
D02
10
D04
D06
Update 02/2018
Siemens MD 50.1 · 2017
10/7
© Siemens AG 2018
Gearbox options Mounting position
Helical gearboxes Z and D
Flange-mounted design or with housing flange
Helical gearboxes ZF and DF or ZZ and DZ, sizes 19 and 29
Oil valves
Sizes 19 and 29 are lubricated for life.
For an explanation of the symbols, see page 10/3.
M1
M2
'=
Order code: M1 M3
2 1 4A '=
'=
4
1
2
'= A
Order code:
D01
M2
D02
M4
10
A4 1 2
'=
Order code: M3 M5
'=
2
1
4
A
'=
'=
Order code:
D03
M4
D04
M6
3
4
2
A1
1A
2
4
3
Order code:
Order code:
M5
D05
M6
D06
10/8
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Flange-mounted design or with housing flange (continued)
Helical gearboxes ZF and DF or ZZ and DZ, size 39
Oil valves
For an explanation of the symbols, see page 10/3.
M1
M2
Gearbox options Mounting position
Helical gearboxes Z and D
Order code: M1 M3
A4 1 2
Order code: M3 M5
2 1 4A
4
1
2
A
Order code:
D01
M2
M4
2
1
4
A
Order code:
D03
M4
M6
D02
10
D04
Order code: M5
3 2
Order code:
D05
M6
D06
Update 02/2018
Siemens MD 50.1 · 2017
10/9
© Siemens AG 2018
Gearbox options Mounting position
Helical gearboxes Z and D
Flange-mounted design or with housing flange (continued)
Helical gearboxes ZF and DF, sizes 49 to 189, or ZZ and DZ, sizes 49 to 129 Helical gearboxes ZF and DF with VLplus/XLplus reinforced bearing systems, sizes 89 to 169 Cooling tower gearboxes, sizes 89 to 189 (mounting positions M2 and M4)
Oil valves
For an explanation of the symbols, see page 10/3.
An oil dipstick is available as an option for 2-stage helical gearboxes ZF89 to ZF189 and ZKF89 to ZKF189 with mounting position M4.
Order code:
Oil dipstick (mounting position M4)
G48
M1
M2
10
Order code: M1 M3
*
A4 1 2
2 1 4A
*
Order code: M3 M5
* 3
4
2
* A1
Order code: M5
10/10 Siemens MD 50.1 · 2017
4
1
2
A
Order code:
D01
M2
D02
M4
2
1
4
A
Order code:
D03
M4
D04
M6
3
2 2
1A
*
4 3
*
Order code:
D05
M6
D06
Update 02/2018
© Siemens AG 2018
Foot-mounted design
Helical gearboxes E, sizes 39 to 149
Oil valves
For an explanation of the symbols, see page 10/3.
M1
M2
Gearbox options Mounting position
Helical gearboxes E
Order code: M1
M3
2
1
4A
A4 1 2
Order code: M3
M5
4
3 2
A1
Order code: M5
4
1
2
A
Order code:
D01
M2
D02
M4
A
2
1
4
Order code:
D03
M4
M6
1
A
2
4
3
Order code:
D05
M6
10
D04
D06
Update 02/2018
Siemens MD 50.1 · 2017 10/11
© Siemens AG 2018
Gearbox options Mounting position
Helical gearboxes E
Flange-mounted design or with housing flange
Helical gearboxes EF, sizes 39 to 149 Cooling tower gearboxes EKF, sizes 89 to 149 (mounting positions M2 and M4)
Oil valves For an explanation of the symbols, see page 10/3.
M1
An oil dipstick is available as an option for 1-stage helical gearboxes EF89 to EF149 and EKF89 to EKF149 with mounting position M4.
Order code:
Oil dipstick (mounting position M4)
G48
M2
Order code: M1
M3
2
1
4A
A4
10
1
2
Order code: M3
M5
4
3 2
A1
Order code: M5
10/12 Siemens MD 50.1 · 2017
4
1
2
A
Order code:
D01
M2
D02
M4
A
2
1
4
Order code:
D03
M4
D04
M6
1
A
2
4
3
Order code:
D05
M6
D06
Update 02/2018
© Siemens AG 2018
Shaft-mounted design
Parallel shaft gearboxes F.AD., size 29
Oil valves
Size 29 is lubricated for life.
For an explanation of the symbols, see page 10/3.
M1
M2
Gearbox options Mounting position
Parallel shaft gearbox
2 1 4A
Order code: M1
M3
A4 1 2
Order code: M3
M5
3 2
A
1
4
1
2
A
Order code:
D01
M2
M4
A
2
1
4
Order code:
D03
M4
M6
1
A
2
3 *
D02
10
D04
Order code:
Order code:
M5
D05
M6
D06
Siemens MD 50.1 · 2017 10/13
Gearbox options Mounting position
Parallel shaft gearbox
Shaft-mounted design (continued)
Parallel shaft gearboxes F.AD., sizes 39 to 189 Oil valves For an explanation of the symbols, see page 10/3. M1
© Siemens AG 2018 M2
2
3
1
4A 2
4
1
2
A
Order code:
Order code:
M1
D01
M2
D02
M3
M4
10
A4 1 2
Order code: M3 M5
* 3
A
2
1
4
Order code:
D03
M4
D04
M6
1A
2 A1
Order code: M5
2
3 *
Order code:
D05
M6
D06
10/14 Siemens MD 50.1 · 2017
© Siemens AG 2018
Flange-mounted design or with housing flange
Parallel shaft gearboxes F..F or F..Z, size 29
Oil valves
Size 29 is lubricated for life.
For an explanation of the symbols, see page 10/3.
M1
M2
2 1 4A
Order code: M1
M3
Order code:
D01
M2
M4
Gearbox options Mounting position
Parallel shaft gearbox
4
1
2
A
D02
A4 1 2
Order code: M3
M5
3 2
A1
A
2
1
4
Order code:
D03
M4
M6
1A
2
3 *
10
D04
Order code:
Order code:
M5
D05
M6
D06
Siemens MD 50.1 · 2017 10/15
© Siemens AG 2018
Gearbox options Mounting position
Parallel shaft gearbox
Flange-mounted design or with housing flange (continued)
Parallel shaft gearboxes F..F or F..Z, sizes 39 to 189 Parallel shaft gearboxes F..F with VLplus reinforced bearing systems, sizes 89 to 169
Oil valves
For an explanation of the symbols, see page 10/3.
M1
M2
3
2
1
4A 2
4
1
2
A
Order code:
Order code:
M1
D01
M2
D02
M3
M4
10
A4 1 2
Order code: M3 M5
* 3
A
2
1
4
Order code:
D03
M4
D04
M6
1
A
2
2
A
1
3 *
Order code:
Order code:
M5
D05
M6
D06
10/16 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Foot-mounted design
Parallel shaft gearbox F, size 29 Oil valves For an explanation of the symbols, see page 10/3. M1
2
1
4A
Order code:
M1
D01
M3
A4 1 2
M2
4
1
2
A
Order code: M2
M4
A
2
1
4
Order code: M3 M5
Order code: M5
3 2
A
1
Order code:
D03
M4
M6
1
A
2 3
Order code:
D05
M6
Gearbox options Mounting position
Parallel shaft gearbox
D02
10
D04
* D06
Siemens MD 50.1 · 2017 10/17
Gearbox options Mounting position
Parallel shaft gearbox
Foot-mounted design (continued)
Parallel shaft gearbox F, sizes 39 to 189 Oil valves For an explanation of the symbols, see page 10/3. M1
© Siemens AG 2018 M2
3
2
1
4A 2
4
1
2
A
Order code:
Order code:
M1
D01
M2
D02
M3
M4
10
A4 1 2
Order code: M3
A
2
1
4
Order code:
D03
M4
D04
M5 * 3 2
A1
M6
1A 2
3 *
Order code:
Order code:
M5
D05
M6
D06
10/18 Siemens MD 50.1 · 2017
© Siemens AG 2018
Foot-mounted design
Bevel gearboxes B, sizes 19 and 29
Oil valves
Sizes 19 and 29 are lubricated for life.
For an explanation of the symbols, see page 10/3.
M1
M2
Gearbox options Mounting position
Bevel gearbox B
2
1
B
4A A
Order code: M1 output side A M1 output side B
M3
A B
D11 D21
A
B
*
B.19
B.29
1
23
4
1
2
A
A
Order code:
M2 output side A
D12
M2 output side B
D22
M4
A4
A
B
1
2
Order code: M3 output side A M3 output side B M5
B
A
3 2 1 A*
A
2
1
4
A
32
1
*
B.29
B19
B
A
Order code:
D13
M4 output side A
D14
D23
M4 output side B
D24
M6
*A 1 A
2
3
B
10
Order code: M5 output side A M5 output side B
Order code:
D15
M6 output side A
D25
M6 output side B
D16 D26
Siemens MD 50.1 · 2017 10/19
Gearbox options Mounting position
Bevel gearbox B
Foot-mounted design (continued)
Bevel gearboxes B, sizes 39 and 49 Oil valves For an explanation of the symbols, see page 10/3. M1
© Siemens AG 2018 M2
2
1
B
4 AA
A
Order code: M1 output side A M1 output side B
M3
10
B B
A
A
A A4
B
1
2
Order code: M3 output side A M3 output side B
M5
A B
B D11 D21
D13 D23
A B
B A
1
23
*A
412 A
Order code:
M2 output side A
D12
M2 output side B
D22
M4
A 214
32 A
A* 1
B
Order code: M4 output side A M4 output side B
M6
B
A
D14 D24
B 3
2
A
1 A*
*A 1
A
2 3
B
Order code:
Order code:
M5 output side A
D15
M6 output side A
D16
M5 output side B
D25
M6 output side B
D26
10/20 Siemens MD 50.1 · 2017
© Siemens AG 2018
Housing flange design and flange-mounted design
Bevel gearboxes B.Z and B.F, sizes 19 and 29
Oil valves
Sizes 19 and 29 are lubricated for life.
For an explanation of the symbols, see page 10/3.
M1
M2
Gearbox options Mounting position
Bevel gearbox B
2
1
B
A
4A A
B
A
B
*
B..19
B..29
1
2
3
4
1
2
A
A
Order code:
Order code:
M1 output side A
D11
M2 output side A
D12
M1 output side B
D21
M2 output side B
D22
M3
M4
A4
A
B
1
2
Order code: M3 output side A M3 output side B M5
B
A
3 2 1 A*
A
2
1
4
A
32
1
*
B..29
B..19
B
A
Order code:
D13
M4 output side A
D14
D23
M4 output side B
D24
M6
*A 1
A
2
3
B
10
Order code: M5 output side A M5 output side B
Order code:
D15
M6 output side A
D25
M6 output side B
D16 D26
Siemens MD 50.1 · 2017 10/21
© Siemens AG 2018
Gearbox options Mounting position
Bevel gearbox B
Housing flange design and flange-mounted design (continued)
Bevel gearboxes B.Z and B.F, sizes 39 and 49
Oil valves
For an explanation of the symbols, see page 10/3.
M1
M2
2
1
B
4 AA
A
Order code: M1 output side A M1 output side B
M3
10
B B
A
A
A A4
B
1
2
Order code: M3 output side A M3 output side B
M5
A B
B
D11 D21
A B
B A
1
23
*A
412 A
Order code:
M2 output side A
D12
M2 output side B
D22
M4
A 21 4
32
A
A* 1
B
Order code:
D13
M4 output side A
D23
M4 output side B
M6
B
A
D14 D24
B 3 2
A
1 A*
*A 1
A
2 3
B
Order code:
Order code:
M5 output side A
D15
M6 output side A
D16
M5 output side B
D25
M6 output side B
D26
10/22 Siemens MD 50.1 · 2017
© Siemens AG 2018
Shaft-mounted design
Bevel gearboxes BAD., sizes 19 and 29
Oil valves
Sizes 19 and 29 are lubricated for life.
For an explanation of the symbols, see page 10/3.
M1
M2
Gearbox options Mounting position
Bevel gearbox B
2
1
B
4A A
Order code: M1 output side A M1 output side B
M3
A B
D11 D21
A
B
*
BAD19
BAD29
1
2
3
4
1
2
A
A
Order code:
M2 output side A
D12
M2 output side B
D22
M4
A4
A
B
1
2
Order code: M3 output side A M3 output side B
M5
B
3
2
A 1 A*
A
A
2
1
4
3
2
1
BAD29
BAD19 *
B
A
Order code:
D13
M4 output side A
D23
M4 output side B
M6
*A 1
2 3
D14 D24
A B
10
Order code: M5 output side A M5 output side B
Order code:
D15
M6 output side A
D25
M6 output side B
D16 D26
Siemens MD 50.1 · 2017 10/23
Gearbox options Mounting position
Bevel gearbox B
Shaft-mounted design (continued)
Bevel gearboxes BAD., sizes 39 and 49 Oil valves For an explanation of the symbols, see page 10/3. M1
© Siemens AG 2018 M2
2
1
B
4 AA
A
Order code: M1 output side A M1 output side B
M3
B
A
10
B A
A A4
B
1
2
Order code: M3 output side A M3 output side B
M5
A B
B D11 D21
D13 D23
A B
B A
1
23
*A
412 A
Order code:
M2 output side A
D12
M2 output side B
D22
M4
A 214
32 A
A* 1
B
Order code: M4 output side A M4 output side B
M6
B
A
D14 D24
B
3
2
A
1 A*
*A 1 A
2
3
B
Order code:
Order code:
M5 output side A
D15
M6 output side A
D16
M5 output side B
D25
M6 output side B
D26
10/24 Siemens MD 50.1 · 2017
© Siemens AG 2018
Foot-mounted design
Bevel gearboxes K, sizes 39 to 189
Oil valves
For an explanation of the symbols, see page 10/3.
M1
M2
Gearbox options Mounting position
Bevel gearbox K
A
2 B
1 A
4A
B A
B
B
A B
A
B A
1
23
*A
412 A
Order code:
Order code:
M1 output side A
D11
M2 output side A
D12
M1 output side B
D21
M2 output side B
D22
M3
M4
A4
A
B
1
2
B
A
Order code: M3 output side A M3 output side B
M5
A 21 4
A
32
B A
A* 1
B
A B
Order code:
D13
M4 output side A
D14
D23
M4 output side B
D24
M6
10
B 3
2
A
1 A*
*A 1
A
2
3 B
Order code:
Order code:
M5 output side A
D15
M6 output side A
D16
M5 output side B
D25
M6 output side B
D26
Siemens MD 50.1 · 2017 10/25
© Siemens AG 2018
Gearbox options Mounting position
Bevel gearbox K
Housing flange design and flange-mounted design
Bevel gearboxes KAZ and K.F, sizes 39 to 189 Bevel gearboxes K.F with VLplus reinforced bearing systems, sizes 89 to 169
Oil valves
For an explanation of the symbols, see page 10/3.
M1
M2
A
2 B
1 4A
A
Order code: M1 output side A M1 output side B
M3
A
10 B
A4
1 B
2 A
B A
B
D11 D21
A B
B A
1
23
*A
Order code: M2 output side A M2 output side B
M4
A
2
1
4
A
4
1
2
D12 D22
32
A* 1
B
B
A
Order code:
Order code:
M3 output side A
D13
M4 output side A
D14
M3 output side B
D23
M4 output side B
D24
M5
M6
B 3
2
A
1 A*
*A 1
A
2
3 B
Order code:
Order code:
M5 output side A
D15
M6 output side A
D16
M5 output side B
D25
M6 output side B
D26
10/26 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Shaft-mounted design
Bevel gearboxes KAD., sizes 39 to 189 Oil valves For an explanation of the symbols, see page 10/3. M1
A
2 B
1 A
4A
B A
B
M2
A B
B A
1
23
*A
Gearbox options Mounting position
Bevel gearbox K
412 A
Order code: M1 output side A M1 output side B
M3
A4
A
B
1
2
B
A
Order code: M3 output side A M3 output side B
M5
Order code:
D11
M2 output side A
D12
D21
M2 output side B
D22
M4
A 21 4
A
32
A* 1
B
B
A
Order code:
D13
M4 output side A
D14
D23
M4 output side B
D24
M6
10
B
3
2
A 1 A*
*A 1 A
2
3
B
Order code:
Order code:
M5 output side A
D15
M6 output side A
D16
M5 output side B
D25
M6 output side B
D26
Siemens MD 50.1 · 2017 10/27
© Siemens AG 2018
Gearbox options Mounting position
Helical worm gearbox
Shaft-mounted design
Helical worm gearboxes CAD., size 29 Oil valves Size 29 is lubricated for life. For an explanation of the symbols, see page 10/3. M1
B
A
2
1
B
A
4A
B
A
M2
A
B
A
B
1
23
*A
4
1
2
A
Order code:
Order code:
M1 output side A
D11
M2 output side A
D12
M1 output side B
D21
M2 output side B
D22
M3
M4
10
A
B
A4
A
B
1
2
A
B
A 214
B
A*
B
32
1
A
B
A
A
Order code:
Order code:
M3 output side A
D13
M4 output side A
D14
M3 output side B
D23
M4 output side B
D24
M5
M6
A
3
2
B 1 A*
*A 1 A
2
3
B
Order code:
Order code:
M5 output side A
D15
M6 output side A
D16
M5 output side B
D25
M6 output side B
D26
10/28 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Shaft-mounted design (continued)
Helical worm gearboxes CAD., sizes 39 to 89
Oil valves
For an explanation of the symbols, see page 10/3.
M1
M2
B
A
Gearbox options Mounting position
Helical worm gearbox
A
B
2
B 1
4A
A
B
B
A
Order code: M1 output side A M1 output side B
M3
A
A
B
A
1
23
*A
Order code:
D11
M2 output side A
D21
M2 output side B
M4
4 12 A
D12 D22
A
B
B
A *A 4
A
B
1
2
A
B
Order code:
M3 output side A
D13
M3 output side B
D23
M5
A 214
B
B
A*
32
1
A
AB
A
Order code:
M4 output side A
D14
M4 output side B
D24
M6
10
B
3
2
A
1 A*
*A 1 A
2
3
B
Order code:
Order code:
M5 output side A
D15
M6 output side A
D16
M5 output side B
D25
M6 output side B
D26
Siemens MD 50.1 · 2017 10/29
© Siemens AG 2018
Gearbox options Mounting position
Helical worm gearbox
Housing flange design and flange-mounted design
Helical worm gearboxes CAZ and C.F, size 29 Oil valves Size 29 is lubricated for life. For an explanation of the symbols, see page 10/3. M1
B
A
2
B
A
1
4A
B
A
M2 A
A
B
1
23
*A
B
412 A
Order code:
Order code:
M1 output side A
D11
M2 output side A
D12
M1 output side B
D21
M2 output side B
D22
M3
M4
A
10
A
B A
A4 1 2
B B
A 21 4
32
A
B A
A* 1
B
A B
Order code:
Order code:
M3 output side A
D13
M4 output side A
D14
M3 output side B
D23
M4 output side B
D24
M5
M6
A 3 2
B
1 A*
A1
A
2
3
B
Order code:
Order code:
M5 output side A
D15
M6 output side A
D16
M5 output side B
D25
M6 output side B
D26
10/30 Siemens MD 50.1 · 2017
© Siemens AG 2018
Housing flange design and flange-mounted design (continued)
Helical worm gearboxes CAZ and C.F, sizes 39 to 89
Oil valves
For an explanation of the symbols, see page 10/3.
M1
M2
B
A
2
A
B
A
1
A
B
B 4A
A
1
*A
B 23
Gearbox options Mounting position
Helical worm gearbox
A
B
B A
412 A
Order code:
Order code:
M1 output side A
D11
M2 output side A
D12
M1 output side B
D21
M2 output side B
D22
M3
M4
A
B
B
A
A4
A
B
1
2
A
B
A 21 4
32
A
B A
A* 1
B
A B
Order code:
Order code:
M3 output side A
D13
M4 output side A
D14
M3 output side B
D23
M4 output side B
D24
M5
M6
10
B 3 2
A
1 A*
A1
A
2 3
B
Order code:
Order code:
M5 output side A
D15
M6 output side A
D16
M5 output side B
D25
M6 output side B
D26
Siemens MD 50.1 · 2017 10/31
© Siemens AG 2018
Gearbox options Mounting position
Helical worm gearbox
Foot-mounted design
Helical worm gearboxes C, size 29 Oil valves Size 29 is lubricated for life. For an explanation of the symbols, see page 10/3. M1
B B
2 1 4A
A
B
A
A
M2 A
A B
1
2
3
*A
Order code: M1 output side A M1 output side B
M3
Order code:
D11
M2 output side A
D21
M2 output side B
M4
B
4
1
2
A
D12 D22
A
10
A B
A
A4 1 2
B B
A 214
32
A
B A
A* 1
B
A B
Order code:
Order code:
M3 output side A
D13
M4 output side A
D14
M3 output side B
D23
M4 output side B
D24
M5
M6
B
3
2
A
1 A*
*A 1 A
2 3
B
Order code:
Order code:
M5 output side A
D15
M6 output side A
D16
M5 output side B
D25
M6 output side B
D26
10/32 Siemens MD 50.1 · 2017
Update 02/2018
Foot-mounted design (continued)
Helical worm gearboxes C, sizes 39 to 89 Oil valves For an explanation of the symbols, see page 10/3. M1
B
A
2
B
A
1
A
4A
B
B
A
© Siemens AG 2018
Gearbox options Mounting position
Helical worm gearbox
M2
A
B
A
B
A
1
23
*A
4 12 A
Order code:
Order code:
M1 output side A
D11
M2 output side A
D12
M1 output side B
D21
M2 output side B
D22
M3
M4
A
B
B
A
*A 4
A
B
1
2
A
B
A 214
32 A AB
A* 1
B
A B
Order code:
Order code:
M3 output side A
D13
M4 output side A
D14
M3 output side B
D23
M4 output side B
D24
M5
M6
10
B 3 2
A
1 A*
*A 1
A
2 3
B
Order code:
Order code:
M5 output side A
D15
M6 output side A
D16
M5 output side B
D25
M6 output side B
D26
Update 02/2018
Siemens MD 50.1 · 2017 10/33
© Siemens AG 2018
Gearbox options Mounting position
Worm gearbox
Foot-mounted, flange-mounted, shaft-mounted and housing flange designs
Worm gearboxes S., sizes 09 to 29
Oil valves
The worm gearboxes S are lubricated for life. For an explanation of the symbols, see page 10/3.
M0 is a universal mounting position in which the geared motor can be installed in any position.
Order code:
M0 output side A
D10
M0 output side B
D20
M1
M2
2
1
B
A
4
A 1
B 3
4
1
2
Order code:
Order code:
M1 output side A
D11
M2 output side A
D12
M1 output side B
D21
M2 output side B
D22
M3
M4
10
A
4 B
1
2
Order code: M3 output side A M3 output side B M5
B 3 2 1
A
Order code: M5 output side A M5 output side B
10/34 Siemens MD 50.1 · 2017
2
14
3 B
1 A
Order code:
D13
M4 output side A
D14
D23
M4 output side B
D24
M6
A 1 2
3 B
Order code:
D15
M6 output side A
D16
D25
M6 output side B
D26
© Siemens AG 2018
Overview
The tandem gearbox is mounted in the same position as the main gearbox. The diagrams below are only designed to show the position of the oil control valves of the 2nd gearbox.
Tandem gearbox: 2nd gearbox size 19
Gearbox options Mounting position
Tandem gearbox
Note: In a horizontal operating position, the convex face of the housing of the 2nd gearbox generally points vertically downwards. For an explanation of the symbols, see page 10/3.
Main gearbox
Main gearbox *
* Main gearbox
G_D087_EN_00311
Tandem gearbox: 2nd gearbox size 39
Main gearbox
Main gearbox
Main gearbox
10
G_D087_EN_00312
Tandem gearbox: 2nd gearbox sizes 49 to 69
Main gearbox *
Main gearbox
Main gearbox
G_D087_EN_00313
Siemens MD 50.1 · 2017 10/35
G_D087_XX_00262
© Siemens AG 2018
Gearbox options Mounting position
Special mounting positions
Overview
Apart from the standard types of construction, geared motors can also be supplied in different inclined positions.
Z
Z
Z
Z
X
X
X
Y
Y
X
Y Y
Fig. 10/6 Axes of rotation of the geared motors
Order code:
Y axis
X axis
Z axis
Rotation angle 5 °
E01
Rotation angle 5 °
E21
Rotation angle 5 °
E41
Rotation angle 10 °
E02
Rotation angle 10 °
E22
Rotation angle 10 °
E42
Rotation angle 15 °
E03
Rotation angle 15 °
E23
Rotation angle 15 °
E43
Rotation angle 20 °
E04
Rotation angle 20 °
E24
Rotation angle 20 °
E44
Rotation angle 25 °
E05
Rotation angle 25 °
E25
Rotation angle 25 °
E45
Rotation angle 30 °
E06
Rotation angle 30 °
E26
Rotation angle 30 °
E46
Rotation angle 35 °
E07
Rotation angle 35 °
E27
Rotation angle 35 °
E47
Rotation angle 40 °
E08
Rotation angle 40 °
E28
Rotation angle 40 °
E48
Rotation angle 45 °
E09
Rotation angle 45 °
E29
Rotation angle 45 °
E49
Rotation angle 50 °
E10
Rotation angle 50 °
E30
Rotation angle 50 °
E50
Rotation angle 55 °
E11
Rotation angle 55 °
E31
Rotation angle 55 °
E51
Rotation angle 60 °
E12
Rotation angle 60 °
E32
Rotation angle 60 °
E52
Rotation angle 65 °
E13
Rotation angle 65 °
E33
Rotation angle 65 °
E53
Rotation angle 70 °
E14
Rotation angle 70 °
E34
Rotation angle 70 °
E54
10
Rotation angle 75 °
E15
Rotation angle 75 °
E35
Rotation angle 75 °
E55
Rotation angle 80 °
E16
Rotation angle 80 °
E36
Rotation angle 80 °
E56
Rotation angle 85 °
E17
Rotation angle 85 °
E37
Rotation angle 85 °
E57
Use the functions of the DT Configurator to precisely design the special mounting position you require.
Fig. 10/7 DT Configurator
10/36 Siemens MD 50.1 · 2017
© Siemens AG 2018
Overview
Mounting type Type
Possible for
designation
Example
2nd data position
D, Z E F B K C S
Foot-mounted design
Gearbox options Mounting
Mounting types
Article No.
14th data position A
Foot/flange- B mounted design
1) - - - - - -
Flange-
F
mounted
design
(A type)
Housing
Z
flange
(C type)
Shaft-mounted D design
(torque arm)
- - - - - - - - -
1) Only for sizes 29 to 89
G_D087_XX_00175
G_D087_XX_00176
B
G_D087_XX_00179
F
G_D087_XX_00177
G_D087_XX_00178
H
10
G_D087_XX_00181
G_D087_XX_00182
D C
G_D087_XX_00180
Siemens MD 50.1 · 2017 10/37
© Siemens AG 2018
Gearbox options Mounting
10
Mounting types
Flange-mounted designs
The flange-mounted designs are available with different diameters.
Gearbox type
Flange diameter
Order code
mm
Helical gearboxes DF and ZF
Gearbox size
19 29 39 49 59 69 79 89 109 129 149 169 189
120 120 120
H02
140 140
140
H03
160 160 160 160 160
H04
200 200 200 200
H05
250 250 250
H06
300 300
H07
350 350 350 350
H08
450 450 450 450 450
H09
550 550 550 550 H10
660 660 H11
Helical gearboxes VLplus
300
H07
350 350 350
H08
450 450 450 450 450
H09
550 550 550
H10
660
H11
Helical gearboxes XLplus
450 450
H09
550 550
H10
Helical gearboxes DB and ZB
660
H11
Gearbox size
29
39
49
59
69
79
89
120
120
H02
140
H03
160
160
H04
200
H05
250
H06
300
H07
Helical gearboxes EF
Gearbox size
39
49
69
89
109
129
149
120
H02
140
H03
160
160
H04
200
200
200
H05
250
250
250
H06
300
300
H07
350
350
350
350
H08
450
450
450
H09
Cooling tower gearboxes
550
H10
Gearbox size
EKF89 EKF109 EKF129 EKF149 ZKF89 ZKF109 ZKF129 ZKF149 ZKF169 ZKF189
250
H06
300
300
300
H07
350
350
350
350
350
350
350
H08
450
450
450
450
450
450
450
450
H09
550
550
550
550
550
H10
660
660
H11
Cooling tower gearboxes XLplus
450
450
H09
550
550
H10
660
H11
10/38 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Flange-mounted designs (continued)
Gearbox type
Flange diameter
mm
Parallel shaft gearboxes F..F
Gearbox size
29
39
49
69
79
89
109
129
149
169
120
160
160
200
250 250
300
350
450
450
550
Parallel shaft gearbox VLplus
Bevel gearboxes B.F
Gearbox size
19
120
Bevel gearboxes K.F
Gearbox size
39
49
160
200
29 120 160
69
79
250
250
300
350
450
450
550
39
49
160
200
200
89
109
129
149
169
300
350
450
450
550
Bevel gearboxes VLplus
Helical worm gearboxes C.F
Gearbox size
29
120
160
Worm gearboxes S.F
Gearbox size
09
80
120 / Q90
300
350
450
450
550
39
49
69
89
160
200
200
250
19
29
110
120
120
160 / Q136
189 660 189 660
Gearbox options Mounting
Mounting types
Order code
H02 H04 H05 H06 H07 H08 H09 H10 H11 H07 H08 H09 H10
H02 H04 H05
H04 H05 H06 H07 H08 H09 H10 H11 H07 H08 H09 H10
H02 H04 H05 H06
H01 H02
10
Update 02/2018
Siemens MD 50.1 · 2017 10/39
© Siemens AG 2018
Gearbox options Mounting
Mounting types
Flange-mounted designs (continued)
Water drain holes at the output flange
For gearboxes in a flange-mounted design, water drain holes can be located at the output flange. This is required for mounting
Order code:
position M2 (output shaft facing upwards), if there is a risk that Water drain holes at the output flange
G77
water will collect in the output flange.
10
Flange diameter
Possible for
mm
Helical gearboxes Z and D
Gearbox size
19
29
39
49
59
69
79
89
109
120
140
160
1)
200
2)
250
1)
300
350
450
550
660 1) Water drain holes are also possible for foot/flange-mounted designs 2) Water drain holes are only possible for foot/flange-mounted designs
Helical gearboxes E
Gearbox size
39
49
69
89
109
120
140
160
200
250
300
350
450
Cooling tower gearboxes
Gearbox size
EKF89
EKF109 EKF129 EKF149 ZKF89
ZKF109 ZKF129
250
300
350
450
550
660
Parallel shaft gearboxes F
Gearbox size
29
39
49
69
79
89
109
129
120
140
160
200
250
300
350
450
550
660
Bevel gearboxes K
Gearbox size
39
49
69
79
89
109
129
160
200
250
300
350
450
550
660
129
149
169
189
129
149
ZKF149 ZKF169 ZKF189
149
169
189
149
169
189
10/40 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Flange-mounted designs (continued)
Output flange seal
The flange sealing option enables you to create a fluid-tight interface between the housing and the output flange. The seal prevents the escape of fluids (e.g. oil or water).
The gearbox in a flange-mounted design can be used when a fluid-tight space at the output is required. Input gears are a typical application.
Gearbox options Mounting
Mounting types
The flange sealing option must always be ordered for use in combination with the "water drain holes at the output flange" option.
Order code:
Output flange seal
G78
Parallel shaft gearboxes F.AD. in a shaft-mounted design
The rubber buffers (supplied loose) are used to flexibly support the gearbox on the housing plate provided.
When mounting, the rubber buffers must be pretensioned to the dimension specified in the dimensional drawing.
The elastomer used for support is manufactured out of natural rubber 70° ± 5 Shore A.
The rubber buffers are suitable for all mounting positions and can withstand temperatures of between -40 and +80 °C.
Article No. at 14th data position
Shaft-mounted design
D
The dimensions of the torque arm can be seen in the dimensional drawings.
Bevel gearboxes KAD. in a shaft-mounted design
The torque arm of bevel gearboxes K is mounted on the underside of the housing. The rubber buffers are used to flexibly support the gearbox on the torque arm.
The elastomer used for support is manufactured out of natural rubber of grade 60° Shore A.
The rubber elastic buffers are suitable for all mounting positions and can withstand temperatures of between -40 and +80 °C.
Article No. at 14th data position
Shaft-mounted design
C
The dimensions of the torque arm can be seen in the dimensional drawings.
Bevel gearboxes BAD. in a shaft-mounted design
The torque arm can be screwed to the gearbox housing at various positions.
The elastomer used for support is manufactured out of natural rubber 60° Shore A. The rubber elastic buffers are suitable for all mounting positions and can withstand temperatures of between -40 and +80 °C.
Article No. at 14th data position
Shaft-mounted design
D
When ordered, the torque arm is supplied loose.
5x45°
45°
4
6
9 6
8x30° 30° 4
7
10
1
1
3 5
2 Fig. 10/8 Bevel gearboxes BAD., sizes 19 and 29
8
3
5
2
Fig. 10/9 Bevel gearboxes BAD., sizes 39 and 49
Update 02/2018
Siemens MD 50.1 · 2017 10/41
© Siemens AG 2018
Gearbox options Mounting
Mounting types
Helical worm gearboxes CAD. in a shaft-mounted design
The torque arm can be screwed to the gearbox housing at various positions.
The elastomer used for support is manufactured out of natural rubber 60° Shore A. The rubber elastic buffers are suitable for all mounting positions and can withstand temperatures of between -40 and +80 °C.
Shaft-mounted design for size 29
4x45°
45°
4
Article No. at 14th data position
Shaft-mounted design
D
When ordered, the torque arm is supplied loose.
6
1
10
3
2 Fig. 10/10 Helical worm gearboxes CAD., size 29
Shaft-mounted design for sizes 39 to 89
Article No. at 14th data position
Shaft-mounted design
D
When ordered, the torque arm is supplied loose.
Order code:
Figure 1
G09
Figure 2
G10
8x30°
30° 4
9
7
6
1
9 6 1
8
8x30° 45° 4
7
8
31)
52)
2
Fig. 10/11 Helical worm gearboxes CAD., Figure 1, sizes 39 to 89 1) Position not possible for sizes CAD.39 and CAD.69 2) Position not possible for size CAD.39
3
2
5
Fig. 10/12 Helical worm gearboxes CAD., Figure 2, sizes 39 to 89
10/42 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Worm gearboxes SAD. in a shaft-mounted design
The torque arm can be screwed to the gearbox housing at various positions.
5x45°
45°
4
6
Gearbox options Mounting
Mounting types
Article No. at 14th data position
Shaft-mounted design
D
When ordered, the torque arm is supplied loose.
1
3 5
2 Fig. 10/13 Worm gearboxes S in a shaft-mounted design
Shaft designs
Selection and ordering data
Shaft design
Dimensions
mm
Helical gearboxes Z and D
Gearbox size
19
29
39
49
59
Solid shaft
V20 x 40
V25 x 50
V25 x 50
V30 x 60
V35 x 70
V16 x 28
V30 x 60
V16 x 40
V30 x 60
V40 x 80
Solid shaft without feather VG20 x 40 key
VG25 x 50
VG25 x 50
VG30 x 60
VG35 x 70
Solid shaft, inches
V0.75" x 1.57" V1" x 1.97"
V1" x 1.97"
V1.25" x 2.36" V1.375" x 2.76"
Gearbox size
79
89
109
129
149
Solid shaft
V40 x 80
V50 x 100
V60 x 120
V70 x 140
V90 x 170
V35 x 70
V50 x 100
V60 x 120
Solid shaft without feather VG40 x 80
VG50 x 100
-
-
-
key
Solid shaft, inches
V1.625" x 3.15" V2.125" x 3.94" V2.375" x 4.72" V2.875" x 5.51" V3.625" x 6.69"
Solid shaft VLplus
VM50 x 100 VM70 x 140 VM90 x 170 VM110 x 210
Solid shaft XLplus
VR50 x 100
VR70 x 140
VR90 x 170
VR110 x 210
Gearbox size
189
Solid shaft
V120 x 210
Solid shaft, inches
V4.75" x 8.27"
Helical gearboxes E
Gearbox size
39
49
69
89
109
129
Solid shaft
V20 x 40
V25 x 50
V30 x 60
V40 x 80
V50 x 100 V60 x 120
Solid shaft, inches
V0.75" x 1.57" V1" x 1.97" V1.25" x 2.36" V1.625" x 3.15"
V2.125" x 3.94"
V2.375" x 4.725"
Cooling tower gearboxes
Gearbox size
EKF89
EKF109
EKF129
EKF149
Solid shaft
VC40 x 80/160 VC50 x 100/180 VC60 x 120/200 VC70 x 140/220
Gearbox size
ZKF89
ZKF109
ZKF129
ZKF149
ZKF169
Solid shaft
VC50 x 100/180 VC60 x 120/200 VC70 x 140/220 VC90 x 170/250 VC110 x 210/330
Solid shaft XLplus
VC60 x 120
VC70 x 140
VC90 x 170
VC100 x 210 VC120 x 210
69 V35 x 70
VG35 x 70 V1.375" x 2.76" 169 V110 x 210 V100 x 210
V4.375" x 8.27" VM120 x 210 VR120 x 210
149 V70 x 140 V2.875" x 5.51"
ZKF189 VC120 x 210/330
Article No. 8th data position
1 2 3 9 9
1 2 3 9 9 9 9
1 9
1 9
9
9 9
Article No. supplement
H1G H6A
H1G H6A H1C H1D H6A
H6A
H1B H1B H1C
Update 02/2018
Siemens MD 50.1 · 2017 10/43
10
© Siemens AG 2018
Gearbox options Mounting
Shaft designs
Selection and ordering data (continued)
Shaft design
Dimensions
10
mm
Parallel shaft gearboxes F
Gearbox size
29
Solid shaft
V25 x 50
Solid shaft without feather VG25 x 50 key
Solid shaft, inches
V1" x 1.97"
Solid shaft VLplus
Hollow shaft
H25
Hollow shaft, inches
Hollow shaft VLplus
Hollow shaft with shrink disk
SIMOLOC assembly system, metric
SIMOLOC assembly system, inches
H1"
HS25
HF25 HF20 HF1.0" HF0.75"
Splined hollow shaft Gearbox size Solid shaft
Solid shaft, inches Solid shaft VLplus Hollow shaft
Hollow shaft, inches Hollow shaft VLplus Hollow shaft with shrink disk
109 V60 x 120 V80 x 170 V2.375" x 4.72 VM70 x 140 H60 H70 H2.375" HM60 HS65
HS70
Splined hollow shaft
N65
Bevel gearboxes B
Gearbox size
19
Solid shaft
V20 x 40
Solid shaft without feather VG20 x 40 key
Solid shaft, inches
V0.75" x 1.57"
Solid shaft, both ends 1) VD20 x 40
Hollow shaft
H20
39 V25 x 50 V30 x 70 VG25 x 50
V1" x 1.97"
49 V30 x 60 V40 x 80 VG30 x 60
V1.25" x 2.36"
H30 H25 H1.25"
H35 H30 H1.375"
HS30
HS35
HF30 HF25 HF1.25" HF1.1875" HF1.0" N30 129 V70 x 140 V90 x 170 V2.875 x 5.51 VM90 x 170 H70
H2.75" HM70 HS75
HF35 HF30 HF1.375" HF1.4375" HF1.25" HF1.1875" N35 149 V90 x 170 V100 x 210 V3.625" x 6.69" VM100 x 210 H90 H80 H3.625" HM90 HS95 HS90
N70
N85
29 V20 x 40 VG20 x 40
V0.75" x 1.57" VD20 x 40 H20 H25
Hollow shaft, inches
Hollow shaft with shrink disk
SIMOLOC assembly system, metric
H0.75"
H0.75" HS20
HF25 HF20
SIMOLOC assembly system, inches
HF1.0" HF0.75"
1) Can only be selected in conjunction with foot-mounted design
69 V35 x 70
VG35 x 70
V1.375" x 2.76"
H40
H1.5"
HS40
HF40 HF35 HF1.5" HF1.625" HF1.4375" HF1.375" N35 169 V110x120 V120 x 210 V4.375"x8.27" VM120 x 210 H100 H110 H4" HM100 HS105
N90
39 V30 x 60 VG30 x 60
V1" x 1.97" VD30 x 60 H30 H35 H40 H1.25" HS35
HF30 HF25
HF1.25" HF1.1875" HF1.0"
79 V40 x 80 V50 x 100 VG40 x 80
89 V50 x 100
VG50 x 100
V1.625" x 3.15" H40
V2" x 3.94" VM60 x 120 H50
H1.5"
HS40
HF40 HF35 HF1.5" HF1.625" HF1.4375" HF1.375" N45 189 V120x210 V140 x 250 V4.75"x8.27"
H2" HM50 HS50
HF50 HF40 HF2.0" HF1.9375" HF1.75" HF1.625" N50
H120
H4.5"
HS125
N110
49 V35 x 70 VG35 x 70
V1.375" x 2.76" VD35 x 70 H40 H35
H1.5" HS40
HF35 HF30 HF40 HF1.375" HF1.4375" HF1.25" HF1.1875" HF1.625"
Article No. Article No. 8th data supplement position
1
3
9
H1G
9
H6A
9
H1C
5
6
9
H7A
9
H2F
9
H3A
9
H3G
9
H3H
9
H3J
9
H3K
9
H3L
9
H3M
9
H4A
1
3
9
H6A
9
H1C
5
6
9
H7A
9
H2F
9
H3A
9
H3B
9
H3C
9
H4A
1
9
H1G
9
H6A
9
H5A
5
6
7
9
H7A
9
H3A
9
H3G
9
H3H
9
H3I
9
H3J
9
H3K
9
H3L
9
H3M
9
H3N
10/44 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Selection and ordering data (continued)
Shaft design
Dimensions
mm
Bevel gearboxes K
Gearbox size
39
Solid shaft
V25 x 50
V35 x 70
Solid shaft without feather VG25 x 50 key
Solid shaft, inches
V1" x 1.97"
Solid shaft, both ends 1) VD25 x 50
Solid shaft VLplus
Hollow shaft
H30
H25
Hollow shaft, inches
H1.25"
Hollow shaft VLplus
Hollow shaft with shrink HS30 disk
SIMOLOC assembly system, metric
HF30 HF25
SIMOLOC assembly system, inches
HF1.25" HF1.1875"
HF1.0"
Splined hollow shaft Gearbox size Solid shaft
Solid shaft, inches Solid shaft, both ends 1) Solid shaft VLplus Hollow shaft
N30 109 V60 x 120 V80 x 170 V2.375" x 4.72" VD60 x 120 VM70 x 140 H60
49 V30 x 60 V40 x 80 VG30 x 60
V1.25" x 2.36" VD30 x 60
H35 H30 H1.375"
HS35
HF35 HF30 HF1.375" HF1.4375" HF1.25" HF1.1875" N35 129 V70 x 140 V90 x 170 V2.875" x 5.51" VD70 x 140 VM90 x 170 H70
Hollow shaft, inches
Hollow shaft VLplus
Hollow shaft with shrink disk
H70 H2.375" HM60 HS65
HS70
Splined hollow shaft
N65
Helical worm gearboxes C
Gearbox size
29
Solid shaft
V20 x 40
H2.75" HM70 HS75
N70
39 V25 x 50
69 V35 x 70
VG35 x 70
V1.375" x 2.76" VD35 x 70
H40
H1.5"
HS40
HF40 HF35 HF1.5" HF1.625" HF1.4375" HF1.375" N35 149 V90 x 170 V100 x 210 V3.625" x 6.69" VD90 x 170 VM100 x 210 H90 H80
H3.625" HM90 HS95 HS90
N85
49 V30 x 60
Solid shaft without feather VG20 x 40 key
Solid shaft, inches
V0.75" x 1.57"
Solid shaft, both ends 1) VD20 x 40
Hollow shaft
H20
Hollow shaft, inches
Hollow shaft with shrink disk
H0.75" HS20
V35 x 70 VG25 x 50
V1" x 1.97" VD25 x 50 H25 H30 H1.25" HS30
SIMOLOC assembly system, metric
HF25 HF20
HF30 HF25
SIMOLOC assembly system, inches
HF1.0" HF0.75"
HF1.25" HF1.1875"
HF1.0"
-
1) Can only be selected in conjunction with foot-mounted design
V40 x 80 VG30 x 60
V1.25" x 2.36" VD30 x 60 H30 H35 H1.375" HS35
HF35 HF30 HF1.375" HF1.4375" HF1.25" HF1.1875"
79 V40 x 80 V50 x 100 VG40 x 80
V1.625" x 3.15" VD40 x 80
H40
H1.5"
HS40
HF40 HF35 HF1.5" HF1.625" HF1.4375" HF1.375" N45 169 V110 x 210 V120 x 210 V4.375" x 8.27" VD110 x 210 VM120 x 210 H100
H110 H4" HM100 HS105
N90
69 V35 x 70 V40 x 80 V50 x 100 VG35 x 70
V1.375" x 2.76" VD35 x 70 H40 H45 H1.5" HS40 HS50 HF40 HF35 HF1.5" HF1.625" HF1.4375" HF1.375"
89 V50 x 100
VG50 x 100
V2" x 3.94" VD50 x 100 VM60 x 120 H50
H2" HM50 HS50
HF50 HF40 HF2.0" HF1.9375" HF1.75" HF1.625" N50 189 V120 x 210 V140 x 250 V4.75" x 8.27" VD120 x 210
H120
H4.5"
HS125
N110
89 V45 x 90 V50 x 100 V70 x 140 VG45 x 90
V1.75" x 3.54" VD45 x 90 H50 H60 H2" HS50 HS60 HF50 HF40 HF2.0" HF1.9375" HF1.75" HF1.625"
Gearbox options Mounting
Shaft designs
Article No. Article No. 8th data supplement position
1
3
9
H1G
9
H6A
9
H5A
9
H1C
5
6
9
H7A
9
H2F
9
H3A
9
H3G
9
H3H
9
H3J
9
H3K
9
H3L
9
H3M
9
H4A
1
3
9
H6A
9
H5A
9
H1C
5
6
7
9
H7A
9
H2F
9
H3A
9
H3B
9
H3C
9
H4A
1
2
3
9
H1G
9
H6A
9
H5A
5
6
9
H7A
9
H3A
9
H3C
9
H3G
9
H3H
9
H3J
9
H3K
9
H3L
9
H3M
10
Update 02/2018
Siemens MD 50.1 · 2017 10/45
© Siemens AG 2018
Gearbox options Mounting
Shaft designs
Selection and ordering data (continued)
Shaft design
Dimensions
mm Worm gearboxes S
Gearbox size
09
19
Solid shaft
V16 x 40
V20 x 40
V14 x 30 Solid shaft, both ends 1) VD16 x 40
V18 x 40 VD20 x 40
Hollow shaft
H16
H18
H14
H20
Hollow shaft stainless steel
HX16
HX20
Plug-in shaft
VE16 x 40
VE20 x 40
1) Can only be selected in conjunction with foot-mounted design
29 V20 x 40 V25 x 50 VD20 x 40 H20 H25 HX20
VE20 x 40
Article No. Article No. 8th data supplement position
1
3
9
H5A
5
6
9
H8A
7
SIMOLOC assembly system
The new SIMOLOC assembly system has been designed to provide a friction-locked connection between the motor shaft made of drawn shaft material of grade h11 or lower and the hollow shaft in the gearbox.
The SIMOLOC assembly system offers a low-cost, easy-to-fit alternative to conventional shaft connections such as hollow shaft with a feather key, hollow shaft with shrink disk or hollow shaft with spline.
It is compatible with the shaft-mounted designs of the parallel shaft, bevel and helical worm gearboxes.
Several diameters are available for each gearbox size.
Components of the SIMOLOC assembly system
10
G_D041_XX_00014a 3
1 2
4
5
6
7
Fig. 10/14 SIMOLOC assembly system $ Machine shaft % Clamping ring & Bronze bushing ( Hollow shaft of gearbox ) V-ring * Taper bushing + Rotating protection cover
Benefits
Cost reduction · The drive shaft of the motor can be made of low-cost, drawn
shaft material of grade h11 or lower. · The shaft is cheaper to machine because there is no need to
machine the shaft seat and a keyway is not required.
Quick and easy mounting · Easy to mount and dismantle thanks to adequate clearance
between the motor shaft and hollow shaft. The press fit is not made until the taper bushing is inserted. · The press fit prevents the formation of fretting corrosion. The taper bushing can be removed easily in order to separate the press-fit connection. · No tight fits need to be overcome when the gearbox is pushed onto the motor shaft.
Variability · Quick adjustment of the gearbox to different motor shaft
diameters is possible by replacement of the taper and bronze bushings. · Easy conversion from metric to inch dimensions and vice versa.
Available diameters
The SIMOLOC assembly system can be supplied for shaftmounted designs. 2 metric versions and 2 to 4 inch versions are available for all sizes.
Scope of supply
The gearbox is shipped with a SIMOLOC hollow shaft. The diameter-specific components are supplied as a separate assembly kit. The unit is supplied with pre-assembled rotating protection cover. The non-rotating protection cover can be ordered as an option.
10/46 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Gearbox options Mounting, output shaft bearings
Hollow shaft cover
Sealing cap
The bore of the hollow shaft is sealed using a plastic sealing cap.
Gearboxes in size 39 and larger with hollow shaft and shrink disk have a rotating protective cover.
The dimensions of the rotating protective cover can be seen in the dimensional drawings provided in the gearbox chapters.
For safety reasons, stationary protection covers may be required.
The sealing cap is not approved for the ATEX design.
Shaft designs
Protection cover
For sizes 19 to 189, a stationary protection cover for the hollow shaft or hollow shaft with shrink disk versions can be selected.
The dimensions of the protection cover can be seen in the separate dimensional drawing provided in the gearbox chapters.
The protection cover is approved for the ATEX design.
Order code:
Protection cover
G60
Reinforced output shaft bearings
The gearboxes can be supplied with the standard design or with a reinforced output shaft bearing design. The reinforced bearings allow higher radial and combined forces (radial and axial) to be absorbed.
Design
Possible for
Helical gearboxes Z and D
Order code
Gearbox size
19 29 39 49 59 69 79 89 109 129 149 169 189
Radially reinforced output shaft bearings
G20
VLplus reinforced bearing system 2)
G30
XLplus reinforced bearing system 2)
G31
Cooling tower gearboxes
Gearbox size
EKF89 EKF109 EKF129 EKF149 ZKF89 ZKF109 ZKF129 ZKF149 ZKF169 ZKF189
Radially reinforced output shaft bearings
G20
XLplus reinforced bearing system 2)
G31
Parallel shaft gearboxes F
Gearbox size
29
39
49
69
79
89
109 129 149 169 189
Radially reinforced output shaft bearings
1)
G20
VLplus reinforced bearing system 2)
G30
Bevel gearboxes K
Gearbox size
39
49
69
79
89
109
129
149
169
189
Radially reinforced output shaft bearings
1)
G20
VLplus reinforced bearing system 2)
G30
1) Not possible for flange-mounted design with solid shaft (gearbox type FZF, FDF, KF) 2) VLplus and XLplus reinforced bearing systems can only be selected with flange-mounted design.
10
Update 02/2018
Siemens MD 50.1 · 2017 10/47
© Siemens AG 2018
Gearbox options Output side accessories
Accessories for VLplus reinforced bearing systems
Drywell
To offer increased protection against escaping gear oil in the event of a leak, the VLplus version can be selected with the Drywell option. Any oil that escapes in the event of a leak at the oil chamber is captured and conveyed to an indicator.
The indicator is an oil sight glass. As an option, the version with a capacitive sensor is available, which responds in the event of an oil leak.
A disconnector approved for use in ATEX applications must be provided for explosion-proof (ATEX) gearboxes. This must be installed outside the hazardous area.
Drywell is available for the following mounting positions:
Gearbox type
Mounting position
Helical gearbox ZF/DF with VLplus
M4
Parallel shaft gearbox FZF/FDF with VLplus M4
Bevel gearbox KF with VLplus
M5-A / M6-B
Order code:
Drywell with oil sight glass
G89
Drywell with oil sensor
G90
Drywell with ATEX oil sensor
G91
24 V Drywell disconnector
G88
1
4
5
3
2
10
G_D087_XX_00323
Fig. 10/15 VLplus version with Drywell / grease cartridge
$ Screw plug (standard) % Drywell with oil sight glass & Drywell with oil sensor ( Grease nipple / regreasing device (standard) ) Grease cartridge / automatic regreasing device
Grease cartridge
The output bearing of the flange must be lubricated regularly. A grease cartridge (automatic regreasing device) can be used
Order code:
for this with the VLplus version.
Grease cartridge
G93
This ensures a continuous supply and prevents the bearing from
being provided with too little or too much grease.
10/48 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Gearbox options Lubrication and sealing
Overview
Lubrication
The gearboxes are filled in the factory with a high-quality lubricant. Lubricants permitted for the various gearbox types and applications are listed in the lubricant table.
Other oils from various lubricant manufacturers that have been approved by Siemens AG can be found on the Internet in the Service and Support pages in the List of approved and recommended gear lubricants T 7300: https://support.automation.siemens.com/WW/view/en/44231658
Note:
For ambient conditions with a high air humidity and salt-laden atmosphere, we recommend that only mineral or PAO oils are used.
Oil quantities
The lubricant quantity depends on the gearbox type, size and mounting position. The corresponding oil quantities are specified in the operating instructions and on the rating plate of the geared motor.
Sealing
The standard models of gearbox are supplied with high-quality radial shaft sealing rings with dust protection lips. This sealing design is reliable for a wide range of applications.
Special application areas and environmental conditions require special radial shaft sealing rings and materials, which are coordinated with the particular gearbox oil and environment. This coordinated sealing system results in a high reliability and availability of the plant.
When compared to standard sealing systems, the maintenance intervals can be extended. This therefore reduces maintenance costs.
Sealing system
Output shaft sealing Description
Ambient condition
Order code
Normal environmental stress
Standard seal
High-quality NBR radial shaft sealing ring with dust Environment with low dust and pollution levels with -
protection lip.
low moisture.
Longer service life
Seal with longer service The radial shaft sealing ring with protective lip is
life
designed with an additional seal on the internal
gearbox side.
The sealing system has a high degree of reliability
due to its resistance to impurities in the oil.
Environment with low dust and pollution levels with G23 low moisture.
Longer service life and increased environmental stress
Seal for increased environmental stress
This seal is equipped with an additional fiber disk. Environments with increased pollution and dust G24
In addition to the longer service life, it also provides levels as well as low moisture.
increased protection against higher environmental stress as a result of dust and dirt deposits. As a
Typical applications:
consequence, the sealing system has a high degree Production areas with increased pollution and dust,
of reliability.
such as wood chips, dusts or granulate as well as
For additional environmental stress, e.g. water jets occasional spray water.
or significant levels of pollution as a result of
production materials, please contact your local
Siemens office.
10
Roller bearing greases for gearboxes and motors
The roller bearings of gearboxes and motors are lubricated in the factory with a roller bearing grease that is coordinated with the selected application area. The quantity of grease between the rolling elements and the space in front of the bearing depends on the operating conditions and the gearbox mounting position. For operation in the selected application areas, it is not necessary to relubricate the roller bearings.
We recommend that the grease filling of the roller bearings is also changed when the oil or shaft sealing rings are replaced.
Other greases supplied by different lubricant manufacturers that have been approved by Siemens AG are specified in the List of approved and recommended gear lubricants T 7300.
Siemens MD 50.1 · 2017 10/49
Gearbox options Lubrication and sealing
© Siemens AG 2018
Selection
Gearboxes can be used for different applications. The following lubricants and seals can be selected to ensure that a gearbox is optimally designed for a specific application.
Note:
Note the ambient conditions specified in chapter "General options" on page 12/2.
10
Selection of lubricant
Selection of seal
Environmental stress
Standard
Standard
Increased
Area of application
Permissible
Oil type
ambient
temperature of oil
Service life Standard
Longer
Longer
°C
Designation acc. to DIN 51502 Order code -
G23
G24
Helical gearboxes Z, D, and E, cooling tower gearboxes EKF and ZKF, parallel shaft gearboxes F, and bevel gearboxes K
Standard
-15 ... +40
CLP ISO VG220
K06
-35 ... +40
CLP ISO PAO VG220
K12
-40 ... +10
CLP ISO PAO VG68
K13
-25 ... +80
CLP ISO PG VG460
K08
-25 ... +50
CLP ISO PG VG220
K07
Foodstuff area
-25 ... +40
CLP ISO H1 VG460
K11
-
-30 ... +10
CLP ISO H1 VG100
K14
-
Biodegradable oil
-20 ... +40
CLP ISO E VG220
K10
-
Bevel gearboxes B Standard
Foodstuff area
-25 ... +40 -35 ... +40 -25 ... +40 -40 ... +10 -25 ... +80 -25 ... +40 -30 ... +10
CLP ISO PG VG220 CLP ISO PAO VG220 CLP ISO PAO VG460 CLP ISO PAO VG68 CLP ISO PG VG460 CLP ISO H1 VG460 CLP ISO H1 VG100
K07
K12
K16
K13
K08
K11
K14
1)
1)
1)
1)
1)
1)
1)
1)
1)
1)
1)
-
1)
-
Helical worm gearboxes C
Standard
-25 ... +40
CLP ISO PG VG220
K07
-25 ... +60
CLP ISO PG VG460
K08
-35 ... +40
CLP ISO PAO VG220
K12
-25 ... +40
CLP ISO PAO VG460
K16
-40 ... +10
CLP ISO PAO VG68
K13
Foodstuff area
-25 ... +40
CLP ISO H1 VG460
K11
-
-30 ... +10
CLP ISO H1 VG100
K14
-
Worm gearboxes S
Standard
-25 ... +40
CLP ISO PG VG220
K07
-
-
-25 ... +60
CLP ISO PG VG460
K08
-
-
Foodstuff area
-25 ... +40
CLP ISO H1 VG460
K11
-
-
-30 ... +10
CLP ISO H1 VG100
K14
-
-
1) Not possible with size B19
CLP = mineral oil CLP PG = polyglycol oil E = ester oil, organic oil (bio oil / risk of water pollution, class WGK1) PAO = poly-alpha-olefin oil CLP H1 = physiologically safe oil (USDA-H1 approval)
10/50 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Gearbox options Venting and oil level control
Venting
Overview
Gearboxes from size 39 for standard mounting positions are supplied as standard with pressure breather valve, oil level control and drain screw.
Possible venting and oil level control options
Gearbox sizes 19 and 29 are supplied ready for operation, lubricated for life, and can be operated in mounting positions M1, M3, M5, and M6 without requiring a pressure breather valve. For mounting positions M2 and M4, they are equipped with a pressure breather valve.
Design
Possible for
Order code
Helical gearboxes Z and D
Size
19 29 39 49 59 69 79 89 109 129 149 169 189
Lubricated for life
Pressure breather valve
G45
Pressure breather valve, stainless steel
G49
Oil expansion unit
G47
Oil sight glass with reflector
G34
Magnetic oil drain screw
G53
Oil drain valve, straight
G54
Oil drain valve, angled
G55
Oil level sensor
G37
Oil level sensor ATEX
G38
PT100 electrical temperature monitoring
G69
24 V disconnector
G70
USB / plug adapter cable
Helical gearboxes E
G71
Size
39
49
69
89
109
129
149
Pressure breather valve
G45
Pressure breather valve,
G49
stainless steel
Oil expansion unit
G47
Oil sight glass with
G34
reflector
Magnetic oil drain screw
G53
Oil drain valve, straight
G54
Oil drain valve, angled
G55
Oil level sensor
G37
Oil level sensor ATEX
G38
PT100 electrical temperature monitoring
G69
24 V disconnector
G70
USB / plug adapter cable
G71
Cooling tower gearboxes
Size
EKF89 EKF109 EKF129 EKF149 ZKF89 ZKF109 ZKF129 ZKF149 ZKF169 ZKF189
Pressure breather valve
G45
Pressure breather valve,
G49
stainless steel
Oil dipstick
G48
Oil expansion unit
G47
Oil sight glass with reflector
G34
Magnetic oil drain screw
G53
Oil drain valve, straight
G54
Oil drain valve, angled
G55
PT100 electrical
G69
temperature monitoring
24 V disconnector
G70
USB / plug adapter cable
G71
Technical information page
page 10/54 page 10/54
page 10/55 page 10/57
page 10/57 page 10/57 page 10/57 page 10/59 page 10/59 page 10/58
page 10/58 page 10/58
page 10/54 page 10/54
page 10/55 page 10/57
page 10/57 page 10/57 page 10/57 page 10/59 page 10/59 page 10/58
page 10/58 page 10/58
page 10/54 page 10/54
page 10/55 page 10/57
page 10/57 page 10/57 page 10/57 page 10/58
page 10/58 page 10/58
10
Update 02/2018
Siemens MD 50.1 · 2017 10/51
© Siemens AG 2018
Gearbox options Venting and oil level control
Venting
Overview (continued)
Possible venting and oil level control options
Design
Possible for
Order code
10
Parallel shaft gearboxes F
Size
29
39
49
69
79
89
109 129 149 169 189
Lubricated for life
Pressure breather valve
G45
Pressure breather valve, stainless steel
G49
Oil expansion unit
G47
Oil sight glass with reflector
G34
Magnetic oil drain screw
G53
Oil drain valve, straight
G54
Oil drain valve, angled
G55
Oil level sensor
G37
Oil level sensor ATEX
G38
PT100 electrical temperature monitoring
G69
24 V disconnector
G70
USB / plug adapter cable
G71
Bevel gearboxes B
Size
19
29
39
49
Lubricated for life
Pressure breather valve
G45
Pressure breather valve,
G49
stainless steel
Oil expansion unit
G47
Oil sight glass with reflector
G34
Magnetic oil drain screw
G53
Oil drain valve, straight
G54
Oil drain valve, angled
G55
PT100 electrical temperature monitoring
G69
24 V disconnector
G70
USB / plug adapter cable
G71
Bevel gearboxes K
Size
39
49
69
79
89
109
129
149
169
189
Pressure breather valve
G45
Pressure breather valve,
G49
stainless steel
Oil expansion unit
G47
Oil sight glass with reflector
G34
Magnetic oil drain screw
G53
Oil drain valve, straight
G54
Oil drain valve, angled
G55
Oil level sensor
G37
Oil level sensor ATEX
G38
PT100 electrical temperature monitoring
G69
24 V disconnector
G70
USB / plug adapter cable
G71
Technical information page
page 10/54 page 10/54
page 10/55 page 10/57
page 10/57 page 10/57 page 10/57 page 10/59 page 10/59 page 10/58
page 10/58 page 10/58
page 10/54 page 10/54
page 10/55 page 10/57
page 10/57 page 10/57 page 10/57 page 10/58
page 10/58 page 10/58
page 10/54 page 10/54
page 10/55 page 10/57
page 10/57 page 10/57 page 10/57 page 10/59 page 10/59 page 10/58
page 10/58 page 10/58
10/52 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Overview (continued)
Possible venting and oil level control options
Design
Possible for
Helical worm gearboxes C
Size
29
39
49
69
89
Lubricated for life
1)
Pressure breather valve
Pressure breather valve,
stainless steel
Oil expansion unit
Oil sight glass with reflector
Magnetic oil drain screw
Oil drain valve, straight
Oil drain valve, angled
PT100 electrical temperature monitoring 24 V disconnector parameterized USB / plug adapter cable
Worm gearboxes S
Size
09
19
29
Lubricated for life
1) Helical worm gearboxes for all mounting positions are equipped with a pressure breather valve.
Gearbox options Venting and oil level control
Venting
Order code
Technical information
page
G45
page 10/54
G49
page 10/54
G47
page 10/55
G34
page 10/57
G53
page 10/57
G54
page 10/57
G55
page 10/57
G69
page 10/58
G70
page 10/58
G71
page 10/58
10
Update 02/2018
Siemens MD 50.1 · 2017 10/53
© Siemens AG 2018
Gearbox options Venting and oil level control
10
Venting
Pressure breather valve
Gearboxes from size 39 are supplied with an installed pressure breather valve; this is suitable for both indoors and outdoors use.
Gearbox sizes 19 and 29 can be operated in mounting positions M1, M3, M5, and M6 without requiring a pressure breather valve. For mounting positions M2 and M4, they are equipped with a pressure breather valve.
A stainless-steel version of the pressure breather valve is also available for use in special ambient conditions.
Order code:
Pressure breather valve
G45
Pressure breather valve, stainless steel
G49
Width A/F
h
G_D087_EN_00162
Fig. 10/16 Pressure breather valve
Technical specifications
Size
Width across flats
Thread
Width A/F
Helical gearboxes Z and D
19, 29
12
G 1/8 A
39
12
G 1/8 A
49 ... 79
13
G 1/4 A
89 ... 129
17
G 3/8 A
149 ... 189
24
Helical gearboxes E
G 3/4 A
39
12
G 1/8 A
49 ... 69
13
G 1/4 A
89 ... 129
17
G 3/8 A
149
24
G 3/4 A
Cooling tower gearboxes ZKF
89 ... 129
17
G 3/8 A
149 ... 189
24
G 3/4 A
Cooling tower gearboxes EKF
89 ... 129
17
G 3/8 A
149
24
Parallel shaft gearboxes F
G 3/4 A
29
12
G 1/8 A
39
12
G 1/8 A
49 ... 79
13
G 1/4 A
89 ... 129
17
G 3/8 A
149 ... 189
24
Bevel gearboxes B
G 3/4 A
19, 29
12
G 1/8 A
39
12
G 1/8 A
49
13
Bevel gearboxes K
G 1/4 A
39
12
G 1/8 A
49 ... 89
13
G 1/4 A
109 ... 129
17
G 3/8 A
149 ... 189
24
Helical worm gearboxes C
G 3/4 A
29
12
G 1/8 A
39
12
G 1/8 A
49 ... 89
13
G 1/4 A
Dimension h
mm
15 15 15 15 18
15 15 15 18
15 18
15 18
15 15 15 15 18
15 15 15
15 15 15 18
15 15 15
10/54 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Oil expansion unit
The oil expansion unit increases the expansion space for the lubricant. For certain types of construction and at high operating temperatures, this avoids that lubricant escapes.
The oil expansion unit is supplied as a mounting kit, and can be mounted onto the geared motor vertically or at an angle.
Order code:
Oil expansion unit
G47
G_D041_XX_00015
L2
L1
Fig. 10/17 Oil expansion unit type 1
Technical specifications
Size
Motor
Width
frame size across
flats
Thread
Width A/F
Helical gearboxes Z and D
39
63 ... 90 22
100 ... 112
49 ... 69 63 ... 90 19/22
100 ... 112
132
79
80 ... 90 19/22
100 ... 132
160
89
100 ... 132 22
160
180
Helical gearboxes E
39
63 ... 90 22
100 ... 112
G1/8A G1/4A G1/4A G3/8A
G1/8A
49
63 ... 90 19/22
G1/4A
100 ... 112
132
69
71 ... 90 19/22
G1/4A
100 ... 112
132 ... 160
89
100 ... 132 22
G3/8A
160
180
Dimension Dimension
L1
L2
mm
mm
69.5
155
82.5
42
155
71.5
93.5
42
155
71.5
93.5
42.5
155
71.5
105.0
69.5
155
82.5
42
155
71.5
93.5
42
155
71.5
93.5
42.5
155
71.5
105
Gearbox options Venting and oil level control
Venting
Technical specifications
Size
Motor
Width
frame size across
flats
Thread
Width A/F
Cooling tower gearboxes ZKF
89
100 ... 132 22
G3/8A
160
180
Cooling tower gearboxes EKF
89
100 ... 132 22
G3/8A
160
180
Parallel shaft gearboxes F
39
63 ... 90 22
G1/8A
100 ... 112
49 ... 69 63 ... 90 19/22
G1/4A
100 ... 112
132
79
80 ... 90 19/22
G1/4A
100 ... 132
160
89
100 ... 132 22
G3/8A
160
180
Bevel gearboxes B
29
63 ... 90 22
G1/8A
100
39
63 ... 90 22
G1/8A
100 ... 112
49
63 ... 90 19/22
G1/4A
100 ... 112
132
Bevel gearboxes K
39
63 ... 90 22
G1/8A
100 ... 112
49
63 ... 90 19/22
G1/4A
100 ... 112
69
71 ... 90 19/22
G1/4A
100 ... 112
132
79
71 ... 90 19/22
G1/4A
100 ... 132
89
80 ... 132 19/22
G1/4A
160
109
100 ... 132 22
G3/8A
160
180
Helical worm gearboxes C
49 ... 69 63 ... 90 19/22
G1/4A
100 ... 112
132
89
80 ... 90 19/22
G1/4A
100 ... 132
132
Dimension Dimension
L1
L2
mm
mm
42.5
155
71.5
105.0
42.5
155
71.5
105
69.5
155
82.5
42
155
71.5
93.5
42.5
155
71.5
93.5
42.5
155
71.5
105
69.5
155
82.5
69.5
155
82.5
42
155
71.5
93.5
69.5
155
82.5
42
155
71.5
42
155
71.5
93.5
42
155
71.5
71.5
155
93.5
42.5
155
71.5
105
42
155
71.5
93.5
71.5
155
71.5
93.5
10
Update 02/2018
Siemens MD 50.1 · 2017 10/55
Gearbox options Venting and oil level control
Venting
Oil expansion unit (continued)
© Siemens AG 2018
L2 L2
10
L1
Fig. 10/18 Oil expansion unit type 2
L1
Fig. 10/19 Oil expansion unit type 3
Technical specifications
Size
Motor
Type
frame size
Thread
Helical gearboxes Z and D
109
90 ... 225 2
G3/8A
129
90 ... 250 2
G3/8A
149
100 ... 250 3
G3/4A
169
112 ... 250 3
G3/4A
189
112 ... 250 3
G3/4A
Helical gearboxes E
109
90 ... 225 2
G3/8A
129
90 ... 250 2
G3/8A
149
100 ... 250 3
G3/4A
Cooling tower gearboxes ZKF
109
90 ... 225 2
G3/8A
129
90 ... 250 2
G3/8A
149
100 ... 250 3
G3/4A
169
112 ... 250 3
G3/4A
189
112 ... 250 3
G3/4A
Cooling tower gearboxes EKF
109
90 ... 225 2
G3/8A
129
90 ... 250 2
G3/8A
149
100 ... 250 3
G3/4A
Parallel shaft gearboxes F
109
90 ... 225 2
G3/8A
129
90 ... 250 2
G3/8A
149
100 ... 250 3
G3/4A
169
112 ... 250 3
G3/4A
189
112 ... 250 3
Bevel gearboxes K
G3/4A
129
90 ... 225 2
G3/8A
149
90 ... 250 2
G3/4A (G3/8A)
169
100 ... 250 3
G3/4A
189
112 ... 250 3
G3/4A
Dimension Dimension
L1
L2
mm
mm
406
334
442
334
465
505
493
505
493
505
406
334
442
334
465
505
406
334
442
334
465
505
493
505
493
505
406
334
442
334
465
505
406
334
442
334
465
505
493
505
493
505
442
334
465
334
493
505
493
505
Value in parenthesis applies to mounting position M4.
10/56 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Oil level checking screw
For sizes 49 and higher, the oil level is checked using the oil level checking screw.
The oil sight glass is available with a reflector to facilitate visual monitoring.
Order code:
Oil sight glass with reflector
G34
h
Fig. 10/20 Oil sight glass
Width A/F
G_D087_EN_00164a
Oil drain
Magnetic oil drain screw
For gearboxes from size 39, a magnetic oil drain screw is available that is inserted in the oil drain hole. This serves to collect any metal particles in the gearbox oil.
Order code:
Magnetic oil drain screw
G53
Gearbox options Venting and oil level control
Oil level control
Technical specifications
Size
Width across flats
Thread
Width A/F
Helical gearboxes Z and D
49 ... 79
16
G 1/4 A
89 ... 129
19
149 ... 189
24
Helical gearboxes E
49 ... 69
16
89 .... 129
19
G 3/8 A G 3/4 A
G 1/4 A G 3/8 A
149
24
G 3/4 A
Cooling tower gearboxes ZKF
89 ... 129
19
G 3/8 A
149 ... 189
24
G 3/4 A
Cooling tower gearboxes EKF
89 .... 129
19
G 3/8 A
149
24
G 3/4 A
Parallel shaft gearboxes F
49 ... 79
16
G 1/4 A
89 ... 129
19
G 3/8 A
149 ... 189
24
Bevel gearboxes B
49
16
Bevel gearboxes K
49 ... 89
16
109 ... 129
19
149 ... 189
24
Helical worm gearboxes C
49 ... 89
16
G 3/4 A
G 1/4 A
G 1/4 A G 3/8 A G 3/4 A
G 1/4 A
Dimension h mm
10 9
10
10 9
10
9 10
9 10
10 9
10
10
10 9
10
10
Oil drain valve
For gearboxes from size 39, an oil drain valve is available in either a straight or angled design.
The oil drain valve is supplied complete with screw plug as a kit.
Order code:
Oil drain valve, straight
G54
Oil drain valve, angled
G55
10
G_D087_XX_00168
G_D087_XX_00169
1
2
3
4
Fig. 10/21 Oil drain valve, straight $ Oil drain valve, straight % Screw gland & Screw gland ( Screw plug
12 3
4
Fig. 10/22 Oil drain valve, angled $ Oil drain valve, angled % Screw gland & Screw gland ( Screw plug
Update 02/2018
Siemens MD 50.1 · 2017 10/57
© Siemens AG 2018
Gearbox options Venting and oil level control
Oil level control
PT100 electrical oil temperature monitoring
From size 49, the PT100 electrical oil temperature monitoring function is available for monitoring the oil temperature in the gearbox.
The Pt100 temperature sensor can be used both in hazardous and non-hazardous areas. In hazardous areas, the sensor may only be operated in conjunction with a disconnector (temperature transmitter).
24 V disconnector
The device is parameterized for a temperature measuring range of -40 °C to +120 °C. Application-specific max. permitted limit temperatures must be set on the transmitter either with the PLC controller or the "PACTware" configuration software.
USB / plug adapter cable
The adapter cable is required to alter parameters in the disconnector via the "PACTware" software.
For more information on the disconnector and the adapter cable, visit www.pepperl-fuchs.com.
7R2.2
7R1
7R2.1
7R1 7R2.1 7R2.2 97 98.1 98.2
WH RD RD
RD RD WH -EG
G_D087_XX_00322
10
P29 =7R1 P30.1 = 7R2.1 P30.2 = 7R2.2
Fig. 10/23 Sensor circuit diagram for PT100 electrical oil temperature monitoring
Technical specifications
PT100 electrical temperature monitoring
Measuring circuit
1Pt100 in 3-wire circuit
Tolerance
Class B ±0.3 °C at 0 °C according to EN 60751
Connecting cable
Hose cable 1x [3 x AWG 22/7-Cu-silver-plated/PTFE/PTFE, 0.36 mm²]
Recommended measuring current
0.3 ... 1.0 mA
Max. operating current 25 mA
Max. operating voltage 10 V DC
Cable length
2 000 mm, open ends
Degree of protection IP68
Type of protection
II 2G Ex ia IIC Gb II 2D Ex ia IIIC Db
Order code
G69
24 V disconnector Isolated barrier Supply voltage Current output Monitoring Configuration Order code
1-channel 24 V DC (Power Rail) 0/4 mA ... 20 mA Cable error and sensor break monitoring PACTware G70
USB / plug adapter cable (connection)
On PC
USB type A
On device
3.5 mm and 3.55 mm plug
Cable length
3 m
Order code
G71
10/58 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Gearbox options Venting and oil level control
Oil level control
Electrical oil level monitoring system
If the area in which the gearbox is installed is difficult to access, the gearbox oil level will need to be monitored remotely by means of a capacitive sensor.
The capacitive sensor is supplied with a 2 m long cable. The oil level can be monitored only when the gearbox is stationary (i.e. monitoring prior to startup).
A disconnector approved for use in ATEX applications must be provided for explosion-proof (ATEX) gearboxes. This must be installed outside the hazardous area.
Order code:
Oil level sensor
G37
Oil level sensor ATEX version
G38
24 V disconnector
G40
The electrical oil level monitoring system is available for the following gearboxes
Size
Mounting position
M1
M2
M3
M4
M5
M6
Helical gearboxes Z
89... 169
189
Helical gearboxes D
89
109 ... 169
189
Helical gearboxes E
89
109
129 .... 149
Parallel shaft gearboxes F
89 ... 189
Bevel gearboxes K
109 ... 189
The ATEX version of the electrical oil level monitoring system is available for the following gearboxes
Size
Mounting position
M1
M2
M3
M4
M5
M6
Helical gearboxes Z/ZB
89... 129
149
169
Helical gearboxes ZF
89... 149
169
Helical gearboxes D/DB
89
109 ... 129
149
169
Helical gearboxes DF
89
109 ... 129
149
169
Helical gearboxes E
89
109
129
149
Parallel shaft gearboxes F
89 ... 129
149
169 ... 189
Bevel gearboxes K
109
129
149 ... 189
Update 02/2018
Siemens MD 50.1 · 2017 10/59
10
Gearbox options Special version
© Siemens AG 2018
Reduced-backlash version
Gearboxes with reduced backlash are required to perform highprecision positioning tasks and to achieve a high level of control
Order code:
quality. A minimal torsional backlash also has a favorable effect Reduced-backlash version
G99
on torque spikes during startup and on load switching in the
drive train. With this version, all machine elements in the gearbox
that are in the power flow are designed with reduced backlash.
As a result, this version also has the option "Shrink-glued output
gearwheel".
To ensure that the entire driven machine can be designed with minimum possible backlash, it is advisable to select the solution with integral motor mounting (without adapter), output shafts with shrink disk connection or with smooth shafts (without feather key). In this case, only backlash-free power transmission elements should be used.
The specified torsional backlash in minutes of the angle ['] is based on the maximum rotation angle of the output shaft (no load, max. 1 % of rated output torque) with stationary input shaft.
For the exact values, refer to the torque tables. If no values are specified in the tables, this means that a reduced-backlash version is not available for the specific version.
The dimensions of the reduced-backlash gearboxes are identical to those of the standard versions.
The following gearboxes are available in reduced-backlash versions
Gearbox
Size
09 19 29 39 49 59 69 79 89 109 129 149 169 189
Helical gearboxes Z and D
Helical gearboxes E
On request
Parallel shaft gearboxes F
Bevel gearboxes B
Bevel gearboxes K
Helical worm gearboxes C
Not possible
10
Worm gearboxes S
Not possible
Shrink-glued output gearwheel
The gearbox output stage is subjected to particular high levels of mechanical stress during rigorous reversing duty or accelera-
Order code:
tion of high mass moments of inertia. The shrink-glued output
Shrink-glued output gearwheel
G97
gearwheel option ensures the load-bearing capacity of the
shaft/hub connection in the event of dynamic load.
10/60 Siemens MD 50.1 · 2017
Update 02/2018
Motor options
© Siemens AG 2018
11
11/2 Electrical design
Voltages and frequencies 11/2 Duty types 11/2 Standard voltages
Motor protection 11/4 Temperature sensor 11/5 Temperature switch 11/5 KTY 84-130 temperature sensor 11/6 1× Pt100 resistance thermometer 11/6 Pt1000 resistance thermometer 11/7 Selection and ordering data 11/7 Anti-condensation heating
Windings and insulation 11/8 Inverter operation 11/8 Impulse Voltage Insulation Class (IVIC)
category C (strong) 11/8 Example of how to design a drive
system 11/9 DURIGNIT IR 2000 insulation 11/9 Temperature class 11/9 Increased air humidity/temperature
with 30 to 60 g water per m³ of air
11/10
11/10
11/10 11/11
11/12
11/17 11/17 11/18 11/20 11/22 11/24
Mechanical design
Degrees of protection Overview
Cooling and ventilation Self ventilation Forced ventilation
Motor connection and terminal boxes Connection, circuit, and terminal boxes
Motor plug Overview HAN 10E motor plug HAN K4/4 motor plug HAN Q8 motor plug HAN Q8 motor plug with cable HAN Q12 motor plug
11/25
11/25 11/25 11/26 11/27 11/27 11/28 11/29 11/31 11/36
11/41
11/42 11/43 11/44
11/45
11/46
11/47
11/48 11/48 11/49
11/50 11/52 11/55 11/57 11/57
Mounted components
Brake Overview Design and principle of operation Selecting the brake Connecting the brake Supply voltages Brake control Function rectifier Brake options Technical specifications
Encoder Overview Incremental encoders · Incremental encoder 1XP8012 · Incremental encoder 1XP8032 · Incremental encoder 1XP8022
Resolvers · Resolvers 1XP8013 and 1XP8023
Absolute encoders · Absolute encoders 1XP8014 and
1XP8024 · Absolute encoder 1XP8024-21
Rugged encoders · Rotary pulse encoder LL 861 900 220 · Rotary pulse encoder HOG9 D 1024 I · Rotary pulse encoder HOG10 D 1024 I
Functionally safe rotary encoder
· Incremental encoder IN 8.5834 · Absolute encoder IA 8.5883
Mechanical protection Motors prepared for encoder mounting MOTION-CONNECT signal cables
11/58 11/58 11/59 11/59 11/60 11/61 11/61 11/62
Encoder accessories · Connection system · Technical specifications · Connector · Cable with end sleeves · Cable with coupling socket · EnDAT gateways for absolute encoders · Application terminal box for sensors · Modular system in combination with
encoder systems
11/63 11/64 11/64
Backstop Second shaft extension and handwheel Canopy
11/65
11/65 11/65 11/65
Designs for special environmental conditions Condensation drain hole Internal motor corrosion protection Increased corrosion protection for mounted motor components
Update 02/2018
Siemens MD 50.1 · 2017
© Siemens AG 2018
Motor options Electrical design
Voltages and frequencies
Duty types
Line operation
The three-phase AC motors are designed for duty type S1 according to IEC 60034 (continuous duty).
Order codes for line operation:
Duty type S1
-
Duty type S3 - 75 %
P90
Inverter operation
For inverter operation (P91, P92), the motors with the applicable voltages are also stamped with duty type Inv. Duty.
Depending on the selected voltage, the technical specifications for the operating points at 50 Hz, 60 Hz, and 87 Hz are stated on the rating plate.
With IE2 motors rated for 0.75 kW and above with duty type S1/Inv. Duty (P91) that fall within the scope of the Eco-design Directive (EC) No. 640/2009, the notice "IE2 Inv. Duty only" is also attached to the motor.
11
Order codes for inverter operation:
Duty type S1//Inv. Duty
P91
Duty type Inv. Duty (VSD10)
P92
Standard voltages
Three-phase AC motors are available for rated voltages ranging At the customer's request, we can stamp a tolerance of ±10 %
from 200 up to 690 V.
on the rating plate for our standard voltages.
Motor frame sizes 63 up to 112 are generally supplied for the voltage range 230/400 V at 50 Hz.
The voltage tolerance ±10 % is not compatible with the functionally safe rotary encoder.
For motor frame sizes from 132 and above, the standard version Order code:
is 400/690 V at 50 Hz.
Voltage tolerance ± 10 % 4)
P80
Standard motor voltages
Frequency Voltages
Power Possible specifications
Hz
V
CE UL-R/ China EAC CSA
Voltages for 50/60 Hz
Voltages for 50/60 Hz, 50 Hz power
50 Hz 60 Hz 50 Hz 60 Hz 50 Hz 60 Hz 50 Hz
230 V /400 V Y
P50
460 V Y
P50
230 V /400 V Y 4) P50
460 V Y 4)
P50
400 V /690 V Y 4) P50
460 V 4)
P50
400 V /690 V Y
P50
2) 4) 4)
4)
3) 4)
60 Hz 50 Hz 60 Hz
460 V
P50
220 V /380 V Y 4) P50
440 V Y 4)
P50
Voltages for 50/60 Hz, 60 Hz power
50 Hz
230 V /400 V Y
P50
60 Hz
460 V Y
P60
50 Hz
230 V /400 V Y
P50
60 Hz 50 Hz 60 Hz
460 V
P60
400 V /690 V Y 4) P50
460 V 4)
P60
50 Hz
400 V /690 V Y
P50
60 Hz
460 V
P60
50 Hz
220 V /380 V Y
P50
60 Hz
440 V Y
P60
50 Hz
277 V /480 V Y
P50
60 Hz
550 V Y
P60
1) With motor power 0.75 kW or higher.
2) Can be selected for motor frame size 80 or higher.
3) Can be selected for motor frame size 100 or higher.
4) Cannot be selected for worm gearboxes S.
4) 4) 3) 4)
Motor frame size Ex- 63 ... 112 132 ... 250 port1)
Article No.
13th data position
Article No. supplement
Inverter operation
P91
P92
4)
-
4
-
9
-
4
4)
-
9
2)
9
-
N3A
-
-
-
N3B
-
-
N3C
-
-
2
4) -
9
-
2
4)
-
9
9
9
N2A
N2B N2C N2G
-
-
-
-
-
-
-
11/2
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Motor options Electrical design
Voltages and frequencies
Standard voltages (continued)
Standard motor voltages
Frequency Voltages
Power
Possible specifications
Hz
V
CE UL-R/ China EAC CSA
Voltages for 50 Hz
50 Hz 50 Hz
400 V Y 400 V 4)
50/87 Hz 230 V /400 V
50 Hz 50 Hz
500 V Y 500 V 4)
50 Hz
220 V /380 V Y
50 Hz
380 V /660 V Y
50 Hz +3/-5 %
240 V /415 V Y
P50
P50
P50/P87
P50
P50
P50
P50
P50
3) 4) 3) 3) 4)
3) 4) 3) 4)
50 Hz
415 V
P50
+3/-5 %
50 Hz
200 V
P50
Voltages for 60 Hz
Voltages for 60 Hz, 50 Hz power
60 Hz
220 V /380 V Y
P50
60 Hz
380 V /660 V Y
P50
60 Hz
440 V Y
P50
60 Hz
440 V
P50
60 Hz
460 V Y
P50
60 Hz
460 V
P50
60 Hz
575 V Y
P50
60 Hz
575 V 4)
P50
60 Hz
230 V YY/460 V Y P50
60 Hz
230 V /400 V Y
P50
60 Hz
400 V /690 V Y
P50
60 Hz
200 V
P50
60 Hz
208 V
P50
Voltages for 60 Hz, 60 Hz power
60 Hz
220 V /380 V Y
P60
60 Hz
380 V /660 V Y
P60
60 Hz
440 V Y
P60
60 Hz
440 V
P60
60 Hz
460 V Y
P60
60 Hz
460 V
P60
60 Hz
575 V Y
P60
60 Hz
575 V 4)
P60
60 Hz
230 V YY/460 V Y P60
Voltages for brake motors with function rectifier 4)
50 Hz
400 V Y
P50
50 Hz
400 V
P50
60 Hz
440 V
P50
60 Hz
440 V
P60
60 Hz
460 V
P50
60 Hz
460 V
P60
1) With motor power 0.75 kW or higher. 2) Can be selected for motor frame size 80 or higher. 3) Can be selected for motor frame size 100 or higher. 4) Cannot be selected for worm gearboxes S.
Motor frame size Ex- 63 ... 112 132 ... 250 port1)
Article No.
13th data position
Supplement Article No.
Inverter operation
P91
P92
9
9
9
9
3)
9
7
7
9
7
7
9
7
7
9
7
7
9
7
7
9
N6B N6C N6A N1C N1D N1R N1S N1T
N1U
N1K
-
-
-
-
-
-
-
-
-
-
7
7
9
7
7
9
7
7
9
7
7
9
7
7
9
7
7
9
7
7
9
-
7
9
7
7
9
7
7
9
7
7
9
7
7
9
7
7
9
7
7
9
7
7
9
7
7
9
7
7
9
9
9
7
7
9
7 3)
7
9
7
7
9
2)
9
2)
9
2)
9
2)
9
2)
9
2)
9
N4C N4D N4E N4F N4H N4J N4L N4M N4N N4A N4B N4P N4Q
N5C N5D N5E N5F N5H N5J N5L N5M N5N
N6B N6C N4G N5G N4K N5K
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
11
Update 02/2018
Siemens MD 50.1 · 2017
11/3
© Siemens AG 2018
Motor options Electrical design
Voltages and frequencies
Standard voltages (continued)
Standard motor voltages
Frequency Voltages
Power Possible specifications
Motor frame size
Hz
V
CE UL-R/ China EAC
CSA
Voltages for VSD10 line motors for inverter operation 4)
Ex- 63 ... 112 port1)
132 ... 250
Voltages for 50/60 Hz, 60 Hz power
50 Hz 60 Hz 50 Hz
220 V /380 V Y
P50
440 V Y
P60
277 V /480 V Y
P50
60 Hz 50 Hz 60 Hz
550 V Y 380 V Y 440 V Y
P60
P50
P60
Voltages for 50 Hz
50 Hz 50 Hz
380 V /660 V Y
P50
220 V
P50
3)
7 3)
7
7 3)
7
7 3)
7
7 3)
7
7 With additional price
1) With motor power 0.75 kW or higher. 2) Can be selected for motor frame size 80 or higher. 3) Can be selected for motor frame size 100 or higher. 4) Cannot be selected for worm gearboxes S. 5) Voltage can only be selected in conjunction with HAN K4/4, HAN Q8, and HAN Q8 motor plug with cable.
Article No. 13th data position
9 9 9
9 9
Supplement Article No.
N2C N2G N2H 5)
N1S N1V 5)
Inverter operation
P91
P92
-
-
-
-
Motor protection
11
Temperature sensor
The temperature sensor is a positive temperature coefficient (PTC) thermistor which offers comprehensive protection against thermal motor overload. The temperature of the winding can be accurately monitored thanks to its low thermal capacity and the excellent heat contact with the winding. The PTC thermistor exhibits a sudden change in resistance when a rated response temperature is reached.
A tripping unit is used to evaluate the change in resistance and to open auxiliary circuits via auxiliary contacts.
The switching hysteresis of the PTC thermistor is low, which facilitates fast restarting of the drive. Motors with this type of protection are recommended for heavy duty starting, intermittent duty, extreme changes in load, high ambient temperatures, or fluctuating supply systems.
In order to prevent serious damage by impulse voltage peaks to the sensor and the downstream evaluation electronic circuitry which can occur in inverter operation as a result of the close contact between PTC thermistor and winding, the connecting cables and the PTC thermistor have reinforced insulation designed to provide "protective separation".
Order code: PTC thermistor for disconnection PTC thermistor for warning and disconnection 1) 1) Not possible for worm geared motors S
M10 M11
1TP1
1TP2
PE 1 2 - 1TP1 1TP2
R 4000
1TP1
1TP2
01 02 -M
P1=1TP1 P2=1TP2
1330 550 250
20°C
1TP1 1TP2
G_D087_XX_00136
JNAT 20K JNAT 5K JNAT JNAT +5K JNAT +15K
G_D087_XX_00005a
Fig. 11/1 Connection circuit diagram
11/4
Siemens MD 50.1 · 2017
Fig. 11/2 Temperature sensor characteristic Update 02/2018
© Siemens AG 2018
Motor options Electrical design
Temperature switch
The temperature switch is a winding thermostat (NC contact) and is suitable as a protection device for slowly increasing motor temperatures. When the rated response temperature is reached, it can open an auxiliary circuit. When the motor temperature decreases, the winding thermostat closes again as soon as the temperature falls significantly below the rated response temperature.
When the motor current rises quickly (e.g. with a locked rotor), these switches are not suitable due to their large thermal time constants.
Motor protection
The temperature switch provides safety isolation in accordance with EN 61800-5-1 up to max. 500 V.
The temperature switch is not compatible with the functionally safe rotary encoder.
Order code: Winding thermostat for disconnection Winding thermostat for warning and disconnection 1) 1) Not possible for worm geared motors S
M12 M13
G_D087_EN_00006a
1TB1
1TB2
PE ~- 1 ~- 2 - 1TB1 1TB2
03 04 -M
P3 =1TB1 P4 =1TB2
NAT
35 °C
Warming-up time
tDisconnection
time
Cooling-down time
tCool. max. t
1TB1 1TB2
G_D087_XX_00135
Fig. 11/3 Connection circuit diagram
KTY 84-130 temperature sensor
This sensor is a PTC thermistor that changes its resistance depending on the temperature in accordance with a defined curve. The KTY 84-130 temperature sensor can be used for monitoring the motor temperature in inverter operation.
Some inverters determine the motor temperature using the resistance of the temperature sensor. They can be set to a required temperature for warning and disconnection.
2R1
2R2
PE 1 2 - 2R1 2R2
27 28 -M
P19=2R1 P20= 2R2
2R1 2R2
G_D087_XX_00137
Fig. 11/5 Connection circuit diagram
Fig. 11/4 Temperature switch characteristic
In order to prevent serious damage by impulse voltage peaks to the sensor and the downstream evaluation electronic circuitry which can occur in inverter operation as a result of the close contact between temperature sensor and winding, the connecting cables and the temperature sensor have reinforced insulation designed to provide "protective separation".
Order code: KTY 84-130 temperature sensor 1) 1) Not possible for worm geared motors S
M16
3 G_D087_EN_00072a
R 2.5
k 2
1.5 D = 2 mA
1
0.5
0
0
50
100
150
200
Fig. 11/6 Temperature sensor characteristic
250 °C 300 TU
Siemens MD 50.1 · 2017
11/5
11
© Siemens AG 2018
Motor options Electrical design
Motor protection
1× Pt100 resistance thermometer
This sensor is a PTC thermistor and at 0 °C has a resistance of 100 . Its resistance changes almost linearly in the range between 0 and 100 °C. Changes in temperature are transferred to an evaluation device in the form of resistance changes. The evaluation device is not included in the scope of supply.
In order to prevent serious damage by impulse voltage peaks to the sensor and the downstream evaluation electronic circuitry which can occur in inverter operation as a result of the close contact between resistance thermometer and winding, the connecting cables and the resistance thermometer have reinforced insulation designed to provide "protective separation".
Order code:
1x Pt100 resistance thermometer
M19
250
5R1
5R2
PE 1 2
200
- 5R1 5R2
57 58
150
-G
100 P25 = 5R1 P26=5R2
5R1 5R2
G_D087_XX_00134
Resistance [ ] G_D087_EN_00157
11
Fig. 11/7 Connection circuit diagram
Pt1000 resistance thermometer
The resistance thermometer has a chip for a temperature sensor, the resistance of which changes in relation to temperature according to a series of reproducible basic values. The changes in resistance are transferred as changes in current. At 0 °C, the measurement resistances are adjusted to 1000 for the Pt1000, and correspond to the accuracy class B (i.e. the relationship between resistance and temperature). The limit deviation is ±0.3 °C, and the admissible deviations are defined in EN 60751.
The Pt1000 resistance thermometer will gradually replace the KTY84-130 temperature sensors available today.
Similar to the method of operation of the Pt100, the relationship between the temperature and the electrical resistance of conductors is utilized in the Pt1000 to measure the temperature, just like with the additional resistance thermometers described above.
50 -50 0 50 100 150 200 250 300 350 400 450
Temperature [°C]
Fig. 11/8 Pt100 resistance thermometer characteristic
Pure metals undergo larger changes in resistance than alloys and have relatively constant temperature coefficients.
Temperatures for alarm and tripping can be set as required when using converters from Siemens that determine the motor temperature in accordance with the measuring principle described above. With these devices, the measured signal is evaluated directly in the converter. For line operation, the 3RS10 temperature monitoring relay, which forms part of the protection equipment, can be ordered separately. For further details, see Catalog IC 10, Article No.: E86060-K1010-A101-A8-7600.
Order code: Pt1000 resistance thermometer 1) Not possible for worm geared motors S
M17
1R1
1R2
PE 1(+) 2(-) - 1R1 1R2
90 91 -M
P27 =1R1
P28= 1R2
Fig. 11/9 Connection circuit diagram
1R1 1R2
G_D087_XX_00321
Resistance G_D081_EN_00940
1800 1600 1400 1200 1000
800 600 400 200
0 -20 0
Pt1000
20 40 60 80 90 100 120 140 160 180 Temperature °C
Fig. 11/10 Pt1000 resistance thermometer characteristic
11/6
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Selection and ordering data
Motor protection
Motor frame size
63 71 80 90
PTC thermistor disconnection
PTC thermistor, warning and
disconnection 1)
Winding thermostat, disconnection 3)
Winding thermostat, warning
and disconnection 1) 2) 3)
KTY 84-130 temperature sensor 1)
1× Pt100 resistance thermometer
Pt1000 resistance thermometer
Motor protection for VSD10 line motors
PTC thermistor, disconnection
Winding thermostat, disconnection 3)
KTY 84-130 temperature sensor
1× Pt100 resistance thermometer
1) Not possible for worm geared motors S 2) Not possible for inverter operation 3) Not possible for functionally safe rotary encoder
Motor options Electrical design
Motor protection
Order code
100 112 132 160 180 200 225 250
M10
M11
M12
M13
M16
M19
M17
M10
M12
M16
M19
Protective devices Number of windings Example
1
Motors with one pole
number
Function
Disconnection Warning and disconnection
Number of temperature-dependent Number of terminals protective devices
3 or 1 (motor frame sizes 80 and 90) 2
6
3 (motor frame size 71 to 200)
4 (motor frame size 225 to 250)
Anti-condensation heating
Motors whose windings are at risk of condensation due to the climatic conditions, e.g. inactive motors in humid atmospheres or motors that are subjected to widely fluctuating temperatures, can be equipped with anti-condensation heaters. Anti-condensation heating must not be switched on during operation.
Instead of an anti-condensation heater, another possibility is to connect a voltage that is approximately 4 to 10 % of the rated motor voltage to stator terminals U1 and V1; 20 to 30 % of rated motor current is sufficient to heat the motor.
Anti-condensation heating cannot be selected in conjunction with the SINAMICS G110M motor integrated frequency inverter.
Order code:
115 V anti-condensation heating
M40
230 V anti-condensation heating
M41
Technical specifications
Motor frame size Heating power
63 ... 80 1)
W 12.5
90 ... 112
25
132 ... 200
50
225 ... 250
92
1) Only possible for worm geared motors S in motor frame size 71
1HE1
1HE2
PE L N - 1HE1 1HE2
15 16 -M
1HE1 1HE2
G_D087_DE_00042
H1 = 1HE1 H2 = 1HE2
Fig. 11/11 Connection circuit diagram for the anti-condensation heating
11
Update 02/2018
Siemens MD 50.1 · 2017
11/7
© Siemens AG 2018
Motor options Electrical design
11
Windings and insulation
Inverter operation
All motors used in SIMOGEAR geared motors are equipped with innovative insulation systems, consisting of high-quality enamel wires and insulating sheet materials in conjunction with highly temperature-resistant impregnations.
The motors can be operated with SINAMICS G and SINAMICS S converters and inverters (controlled and uncontrolled infeed) provided that the permissible voltage peaks listed in the relevant table are not exceeded.
Continuous operation while utilizing the admissible voltage tolerances must be avoided and is not recommended according to IEC 60034-1 2011 Chapter 7.3.
Preferred supply system configurations are TT systems and TN systems with neutral-point grounding. In the case of a fault when connected to an IT supply system (ground fault), the insulation is excessively stressed. In this case, the process should be terminated as quickly as possible (t < 2 h), and the fault resolved. We do not recommend operation on TN supply systems with transition-point grounding.
Note:
When motors are operated on SINAMICS inverters additional losses occur which, depending on the admissible winding overtemperature, can make it necessary to reduce the torque. The admissible torque values can be obtained from the SIZER engineering tool. The lowest frequency specified there is 5 Hz. For stationary inverter operation at lower frequencies, particularly in the case of frame sizes < 100, it is necessary to inquire at the Quotation Center.
For inverter operation with the outputs specified in the catalog, the motors are utilized according to temperature class 155 (F), i.e. in this case neither a service factor > 1 nor an increased coolant temperature is possible.
Impulse Voltage Insulation Class (IVIC) category C (strong)
The insulation system of the motors meets the requirements of EN 60034-18-41:2014 according to the stress category C (strong).
The insulation systems of the motors are optimized for operation on SINAMICS inverters. The admissible voltage peaks specified in the table must not be exceeded.
Thanks to the high-quality insulation systems, the requirements of IVIC C are significantly exceeded; see the comparison in the table. This also means that significantly more stringent requirements can be met by the system operator.
The table below shows a comparison between the maximum admissible peak-peak voltage at the motor terminal as stipulated by EN 60034-18-41 and the peak-peak voltage tolerance of SIMOTICS insulation systems.
Line voltage Urated 400 V
480 V
Standard IVIC C
Siemens
IVIC C
Siemens
Ûphase-ground 1 680 Ûphase-phase 2 360
2 200 3 000
2 016 2 832
2 200 3 000
The following applies for the voltage rise time: Ta > 0.3 ± 0.2 µs The voltages specified are peak-peak values (Vpk/pk).
Example of how to design a drive system for a line voltage of 400 V in compliance with the specifications for the motor and
inverter
When SIMOGEAR geared motors are operated on SINAMICS inverters, reflections may cause voltage peaks in excess of the upper tolerance limits. These effects may also be influenced by the design and length of the cables used.
A = standard power cable (NYCWY)
B = power cable with symmetrical shield (e.g. Protoflex)
In the example below, various motor configurations are assessed on the basis of the following general conditions:
· Configuration with a single motor: Each motor has its own Motor Module with a separate infeed for each module
· Configuration with multiple motors: Each motor has its own Motor Module; these modules are interconnected via a common DC link which is supplied by an Active Line Module combined with an Active Interface Module (AIM).
· TN system Uk = 5 % · UDC Link = 1.5 × ULine with a
modulation depth ALMmax < 0.97 and UDC,max · Motor Modules in booksize format · Active Line Module (ALM) with matching Active Interface
Module (AIM) · No parallel connection of Active Line Modules · Pulse frequencies set to factory defaults
On this basis, the maximum recommended cable lengths [m] are:
Rated power kW
0.09 ... 4 5.5 ... 7.5 11 ... 18.5 22 ... 45
Rated voltage ULine = 400 V ± 10 %
(DC link voltage UDC Link = 640 VDC)
Multi-motor operation
Single-motor operation
Cable type A Cable type B Cable type A Cable type B
50 1)
50 1)
50 1)
50 1)
55
70 1)
70 1)
70 1)
50
75
100 1)
100 1)
100 1)
100 1)
55 ... 90
85
1) Cable length limitation by SINAMICS Motor Module
Provided that the cables do not exceed the recommended lengths and on the basis of the specified general conditions, it can be assumed that the system will operate in compliance with the product specifications.
Other lengths of cable may be used, but the potential voltage peaks and front times must be checked separately according to the table for compliance with the product specifications.
11/8
Siemens MD 50.1 · 2017
© Siemens AG 2018
Motor options Electrical design
Windings and insulation
DURIGNIT IR 2000 insulation
Increased air humidity/temperature with 30 to 60 g water
The DURIGNIT IR 2000 insulating system consists of highquality enamel wires and insulating sheet materials in conjunction with temperature-resistant resin impregnation.
This ensures that these motors will have a high mechanical and electrical strength, high service value, and a long service life. The insulating system protects the winding to a large degree
per m³ of air
The motors in the standard range are designed for up to 30 g water per m3. A design for increased air humidity in the range between 30 and 60 g water per m3 air as a function of the temperature is possible, as shown in the following table.
Order code:
against aggressive gases, vapors, dust, oil, and increased air
Increased air humidity/temperature
N54
humidity. It can withstand the usual vibration stressing. The insu- with 30 to 60 g water per m³ of air 1)
lation is suitable up to an absolute air humidity of 30 g water per m3 of air. Moisture condensation should be prevented from
1) Not possible for worm geared motors S
forming on the winding.
Please inquire about extreme applications.
Relative humidity
Temperature
Temperature class
10 %
+20 °C +30 °C +40 °C +50 °C +60 °C +70 °C +80 °C
2
3
5
8
13
20
29
All motors are designed for temperature class 155 (F). They are
15 %
utilized to temperature class 130 (B).
20 %
3
5
8
12
19
30
44
3
6
10
17
26
39
58
The 4-pole motors can be optionally implemented for tempera-
25 %
ture class 180 (H). The winding is utilized to temperature
30 %
class 155 (F).
35 %
4
8
13
21
32
49
5
9
15
25
39
59
6
11
18
29
45
Order code: Temperature class 180 (H) 1) 1) Not possible for worm geared motors S
M08
40 % 45 % 50 % 55 %
7
12
20
33
52
8
14
23
38
58
9
15
26
41
10
17
28
46
60 %
10
19
31
50
65 %
11
20
33
54
70 %
12
21
36
58
75 %
13
23
38
80 %
14
24
41
85 %
15
26
43
90 %
16
27
46
95 %
16
29
49
100 %
17
30
51
11
Update 02/2018
Siemens MD 50.1 · 2017
11/9
© Siemens AG 2018
Motor options Mechanical design
Degrees of protection
Overview
Note:
The degree of protection only applies to the electrical equipment (motor, brake, encoder). Depending on the application area, the applicable measures must be applied to the gearbox.
Available degrees of protection
Degree of protection Motor options that can be mounted
IP55
No restrictions
IP56 1)
Possible in conjunction with separately driven fan, incremental encoder and absolute encoder
IP65 1)
Possible in conjunction with a brake, backstop, separately driven fan, incremental encoder, absolute encoder, resolver, and motor plug.
1) Not possible for worm geared motors S
Order code K01 K02 K03
Cooling and ventilation
Overview
The motors have radial-flow fans, which cool regardless of the direction of rotation of the motor (cooling method IC 411,
IEC 60034-6). The air flows from the non-drive end (NDE) to the drive end (DE).
11
Self ventilation
The motor fan can either be a standard fan, metal fan, or high inertia fan.
Fan design
Motor frame size
Fan
Material
Fan
63 ... 90
Standard fan
Plastic
Metal fan
Aluminum
High inertia fan
Steel core with plastic fan blades
100 ... 132
Standard fan
Plastic
Metal fan
Aluminum
High inertia fan
Cast iron
160
Standard fan
Plastic
Metal fan
Aluminum
180 ... 200
Standard fan
Plastic
Metal fan
Steel
225 ... 250
Standard fan
Plastic
Metal fan
Steel
1) The fan cover is made of sheet metal for motors with brake
Fan cover Sheet metal Sheet metal Sheet metal
Sheet metal Sheet metal Sheet metal Sheet metal Sheet metal Sheet metal Sheet metal Plastic / sheet metal 1) Plastic / sheet metal 1)
Order code
M21 M22
M21 M22 M21 M21 M21
Standard fan
As standard, the motors are equipped with a plastic fan. This can be used for the entire standard ambient temperature range.
Metal fan
As an alternative to the standard plastic fans, aluminum fans are available for the motors.
Metal fans are used for specific environmental conditions, e.g.: · If there are solid or dirt particles, such as wood chips, textile
fibers in the cooling air · Special motor designs for increased ambient temperatures
exceeding +60 °C
Order code:
Metal fan
M21
High inertia fan
When required, 4-pole motors in frame sizes 71 to 132 can be equipped with a high inertia fan.
High inertia fans as an additional inertia are finely balanced according to ISO 1940. Typical applications are drives for traveling gear, conveying equipment, or in general for supporting soft starting and/or soft braking in line operation.
Order code: High inertia fan 1) 1) Not possible for worm geared motors S
M22
A high inertia fan increases the moment of inertia of the motor according to the table below.
Motor frame size
71 80 90 100 112 132
JZ 10-4 kgm2
17.1 27.9 54.0 116.0 230.0 562.0
mfan kg 1.38 1.75 2.55 3.30 5.30 9.10
11/10 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Motor options Mechanical design
Cooling and ventilation
Forced ventilation
Forced ventilation (separately driven fan) can be combined with almost all brakes and encoders as required.
Technical specifications
Order code: Separately driven fan 1) 1) Not possible for worm geared motors S
Motor frame size
71 80 90 100 112 132 160 180 200 225 ... 250
Frequency Hz 50 60 50 60 50 60 50 60 50 60 50 60 50 60 50 60 50 60 50 60
Rated voltage range
Phase 1 AC 3 AC 1 AC 3 AC 1 AC 3 AC 1 AC 3 AC 1 AC 3 AC 1 AC 3 AC 1 AC 3 AC 1 AC 3 AC 1 AC 3 AC 1 AC 3 AC 1 AC 3 AC 1 AC 3 AC 1 AC 3 AC 1 AC 3 AC 1 AC 3 AC 1 AC 3 AC 1 AC 3 AC 1 AC 3 AC 3 AC
V 230 ... 277 220 ... 303/346 ... 525 230 ... 277 220 ... 332/380 ... 575 230 ... 277 200 ... 303/346 ... 525 230 ... 277 220 ... 332/380 ... 575 230 ... 277 200 ... 303/346 ... 525 230 ... 277 220 ... 332/380 ... 575 230 ... 277 200 ... 303/346 ... 525 230 ... 277 220 ... 332/380 ... 575 230 ... 277 200 ... 303/346 ... 525 230 ... 277 220 ... 332/380 ... 575 230 ... 277 200 ... 303/346 ... 525 230 ... 277 220 ... 332/380 ... 575 230 ... 277 200 ... 303 / 346... 525 230 ... 277 220 ... 332 / 380... 575 230 ... 277 200 ... 303 / 346... 525 230 ... 277 220 ... 332 / 380... 575 230 ... 277 200 ... 303 / 346... 525 230 ... 277 220 ... 332 / 380... 575 220 ... 240 / 380 ... 420 440 ... 480
Rated current
Connection () /Y () /Y () /Y () /Y () /Y () /Y () /Y () /Y () /Y () /Y () /Y () /Y () /Y () /Y () /Y () /Y () /Y () /Y /Y Y
A 0.10 0.11/0.06 0.12 0.10/0.06 0.11 0.11/0.06 0.14 0.10/0.06 0.25 0.38/0.22 0.29 0.33/0.19 0.28 0.37/0.22 0.30 0.31/0.18 0.28 0.35/0.20 0.37 0.31/0.18 0.52 0.64/0.37 0.61 0.35/0.20 1.05 1.28 / 0.74 1.52 1.08 / 0.62 1.05 1.28 / 0.74 1.52 1.08 / 0.62 1.05 1.28 / 0.74 1.52 1.08 / 0.62 2.0 / 1.15 1.05
Power consumption
W 27.0 31.0 33.0 29.0 29.0 31.0 37.0 34.0 65.0 91.0 65.0 77.0 66.0 91.0 75.0 87.0 71.0 97.0 94.0
103.0 125.0 160.0 163.0 180.0 246.0 314.0 390.0 391.0 246.0 314.0 390.0 391.0 246.0 314.0 390.0 391.0 450.0 520.0
M23
Volume flow m3/h
78 98 127 148 200 240 260 310 337 411 560 650 980 1170 1166 1306 1331 1586 On request
Weight kg
1.45 1.50 1.90 2.05 2.15 3.00
8.15 9.75 22.0
Modular system in combination with self ventilation and forced ventilation for motor frame size 63 to 200
Cooling method Motor plug
Encoder
Incremental encoder
Absolute encoder
Resolver 3)
Functionally safe Functionally safe
no
yes no
yes
Self ventilation
Standard fan
Metal fan
High inertia
-
-
fan 2) 4)
Canopy
Forced ventilation 2) 4)
Canopy
1) Can be selected for brake type L32 or higher 2) Can be selected for motor frame size 71 or higher 3) Cannot be combined with brake motor 4) Not possible for worm geared motors S
Brake
Encoder Encoder Without under acces- manual cover 2) sories release
-
With manual release
Microswitch
Air flow
Wear
monitoring1) monitoring
On request
On request
Backstop
2nd shaft extension
-
-
Siemens MD 50.1 · 2017 11/11
11
© Siemens AG 2018
Motor options Mechanical design
Motor connection and terminal boxes
Connection, circuit and terminal boxes
Location and position of the terminal box
The terminal box of the motor can be mounted in four different locations or positions. The position of the terminal box is always when viewing the drive end (DE) of the motor.
The standard position of the terminal box is on the right-hand side, with the cable entry from below (1A).
The terminal box is always located at the non-drive end (NDE) of the motor.
Selection data, cable entry
Terminal box position
Position of the cable entry
Order code
Motor
LA63 ... 71, LE80 ... 160, LES180 ... 250
1
A
M55
B
M56
C
M57
D
M58
2
A
M59
B
M60
C
M61
D
M62
3
A
M63
B
M64
C
M65
D
M66
4
A
M67
B
M68
C
M69
D
M70 1)
1) Not possible for worm geared motors S
Position of the cable entry
Terminal box position When viewing DE
C D
2
C
A
A
B
3
C 1
11
A
G_D087_XX_00133a
Fig. 11/12 Terminal box position and cable entry
Motor connection
The number of winding ends depends on the winding design. Three-phase AC motors are connected to the three phase conductors L1, L2, and L3 of a three-phase line supply. The motor rated voltage in the operating connection must match the phase conductor voltages of the line supply.
When the three phases operate in sequence and are connected to the terminals of the motor in alphabetical order U1, V1 and W1, the motor rotates clockwise when viewing the DE motor shaft.
The direction of rotation of the motor can be reversed if two connecting cables are interchanged. Labeled terminals are provided to connect the protective conductor.
The connections for a brake, anti-condensation heating or thermal motor protection are also located in the terminal box.
C
A
A
C
4
Note:
Different sizes of terminal box are used depending on the connections required. Additional notes see "Terminal box type" on page 11/15.
11/12 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Connection, circuit, and terminal boxes (continued)
Motor connection /Y
Motor options Mechanical design
Motor connection and terminal boxes
1
2
3
U2 V2 W2 PE
M 3
U1 V1 W1 U V W PE
M 3
U2 V2 W2
U1 V1 W1
[U1,W2]; [U2,V1]; [V2,W1]
PE L1 L2 L3 UVW
W2 U2 V2 -M
U1 V1 W1
-M U VW
U V W PE
M 3
PE L1 L2 L3
[U2,V2,W2]
UVW
-M UVW
4
T1 = U1 T2 = V2 T3 = W1 T4 = U2 T5 = V2 T6 = W2
T1 = U T2 = V T3 = W
T1 = U T2 = V T3 = W
G_D087_EN_00045
5
Fig. 11/13 Connection circuit diagram, motor connection /Y
$ Motor connection % Circuit diagram symbols & Winding arrangement in the motor ( Comparison:
Terminal designation acc. to NEMA MG1/acc. to IEC 60034-8 ) Location of the jumpers on the terminal board and juxtaposition
of the line connection with the motor connection
Motor connection Y
11
U2 V2 W2 U1 V1 W1
W2 U2 V2 -M
U1 V1 W1
U V W PE
M
3
[U2,V2,W2]
PE L1 L2 L3
-M UVW
UVW
T1 = U1 T2 = V1 T3 = W1 T4 = U2 T5 = V2 T6 = W2
T1 = U
T2 = V
T3 = W
G_D087_EN_00044
Fig. 11/14 Connection circuit diagram, motor connection Y
Update 02/2018
Siemens MD 50.1 · 2017 11/13
© Siemens AG 2018
Motor options Mechanical design
Motor connection and terminal boxes
Connection, circuit, and terminal boxes (continued)
Motor connection YY/Y
U1 V1 W1 PE
U3
M
V3
3
W3
U2 V2 W2
U1 U3
U2 W3
W1
V2
V1 W2
V3
U2 V2 W2
-M U3 V3 W3
U1 V1 W1
U V W PE
M 3
[U2,V2,W2]; [U1,U3]; [V1,V3]; [W1,W3]
PE L1 L2 L3
-M UVW
UVW
U V W PE
M 3
[U2,U3]; [V2,V3]; [W2,W3]
PE L1 L2 L3
-M UVW
UVW
Fig. 11/15 Connection circuit diagram, motor connection YY/Y
T1 = U1 T2 = V1 T3 = W1 T4 = U2 T5 = V2 T6 = W2 T7 = U3 T8 = V3 T9 = W3
T1 = U
T2 = V
T3 = W
T1 = U
T2 = V
T3 = W
11
Terminal connection
The terminal board accommodates the terminals that are connected to the leads to the motor windings.
Terminal box assignment
Motor frame size
Terminals Number
63
6
71
(9 for YY/Y motor
80
connection)
90
100
112
132
160
180
200
225
250
Contact screw thread
M4
Max. connectable conductor
mm2
1.5 (2.5 with cable lug)
4
6
M5
16
M6
25
M8
35
M10
120
M12
240
The terminals are designed so that up to frame size 160, the external (line) connections can be established without requiring cable lugs.
Number of cable entries
Terminal box Line feeder
material
cable
connection
2 cable entries Aluminum
with screw
alloy
plugs
With or without cable lug
Auxiliary terminals
Max. number
Max. connectable conductor
mm2
8
2.5
10
2 cable entries Cast iron with screw plugs
With cable lug
11/14 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Connection, circuit, and terminal boxes (continued)
Terminal box type
The terminal box contains all the electrical connections that are installed in the motor. Different sizes of terminal box are used depending on the connections required.
Motor options Mechanical design
Motor connection and terminal boxes
The dimensions of terminal boxes can be found in chapter "Motors" from page 8/42.
Fig. 11/16 Terminal box type gk030, TB1E00, TB1F00, TB1H00, TB1J00
Cable entry metric
Fig. 11/17 Terminal box type gk127, TB1E10, TB1F10, TB1H10, TB1J10, TB1K01, TB1L01, TB1N01
Motor frame size
Motor options Brake Winding protection
Heating
63 ... 71
Without PTC thermistor for disconnection
Without
Winding thermostat for disconnection
KTY 84-130 temperature sensor
1x Pt100 resistance thermometer
Without
With
With
No restriction
80 ... 90
Without PTC thermistor for disconnection
No restriction
Winding thermostat for disconnection
KTY 84-130 temperature sensor
1x Pt100 resistance thermometer
With
No restriction
100 ... 112
Without PTC thermistor for disconnection
No restriction
Winding thermostat for disconnection
KTY 84-130 temperature sensor
1x Pt100 resistance thermometer
With
No restriction
132
Without PTC thermistor for disconnection
No restriction
Winding thermostat for disconnection
KTY 84-130 temperature sensor
1x Pt100 resistance thermometer
With
No restriction
160
Without PTC thermistor for disconnection
No restriction
Winding thermostat for disconnection
KTY 84-130 temperature sensor
1x Pt100 resistance thermometer
With
No restriction
180
Without No restriction
With
200
Without No restriction
With
225
Without No restriction
With
250
Without No restriction
With
1) For terminal boxes with 9 terminals (circuit YY/Y) terminal box type TB1E10 2) For brake motors in UL-R and CSA version terminal box type TB1E10
Application terminal box Without
Without
Without
Without
Without
-
Cable entry metric
1 x M25 x 1.5 + 1 x M20 x 1.5
Terminal box type gk030 1)
gk127 1) 2) TB1E00
2 x M32 x 1.5
TB1E10 TB1F00
TB1F10 TB1H00
2 x M40 x 1.5
TB1H10 TB1J00
2 x M50 x 1.5 2 x M63 x 1.5
TB1J10 TB1K01
TB1L01
TB1L01 TB1N01 TB1N01
Update 02/2018
Siemens MD 50.1 · 2017 11/15
11
© Siemens AG 2018
Motor options Mechanical design
Motor connection and terminal boxes
Connection, circuit, and terminal boxes (continued)
Cable entry NPT
The cable entry with national pipe thread (NPT) can be ordered as an option. The dimensions of terminal boxes can be found in chapter "Motors" from page 8/42.
Order code:
Cable entry NPT
M45
Motor frame size Cable entry NPT
63 ... 71
2 x 1/2"
Terminal box type gk127 1) 2)
80 ... 90
TB1E10
100 ... 112 3/4" + 1/2"
TB1F10
132
TB1H10
160
1 1/4" x 1/2"
TB1J10
180
1 1/2" x 1/2"
TB1K01
200 ... 225
TB1L01
250
2 1/2" x 1/2"
TB1N01
1) For terminal boxes with 9 terminals (circuit YY/Y) terminal box type
TB1E10 2) For brake motors in UL-R and CSA version terminal box type TB1E10
Terminal box cast
Motors can be supplied with the bottom half of the terminal box cast onto the motor housing in order to prevent water ingress into the housing.
In this case, no further changes can be made to the position of the terminal box.
Order code:
Terminal box cast 1)
M53
1) Not possible in conjunction with UL-R and CSA design.
11
External grounding
IEC 60034 specifies additional external grounding for motors with ratings of 100 kW and higher. For motors, sizes 63 up to 160, this is optionally available.
Motors in sizes 180 to 250 are supplied as standard with external grounding.
Order code:
External grounding
N53
Maximum conductor connection for external grounding
Motor frame size 63 ... 90
100 ... 112 132 ... 180 200 225 ... 250
Thread size M4 M5 M6 2 x M6 2 x M8
Modular system in combination with motor connection and terminal box
Modular system Encoder Brake system Without
With manual release
Microswitch
manual release
Without locking With locking Fan
Wear
mechanism
mechanism 1) monitoring2) monitoring
Terminal box
On request
Motor plug
-
On request
1) Only manual brake release with locking mechanism can be selected for motor frame sizes 225 and 250. 2) Can be selected for brake type L32 or higher
Self ventilation Backstop Forced ventilation
Second shaft extension
11/16 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Overview
The motor plug is supplied ready for use, and replaces the terminal box with terminal board.
Motor plugs are also available in an EMC design. A counterplug can also be provided.
In the basic design, the motor plug connection is in position B, see page 11/12. The dimensions depend on the motor frame size.
Particularly in cases where a brake with a manual release lever is used in the direction of the non-drive end (NDE), a check must be made to ensure that the motor plug does not collide with the manual release lever in the direction of the drive end (DE).
Motor options Mechanical design
Motor plug
The main advantages of a motor plug over a terminal box with terminals are as follows: · Peripheral equipment can be quickly installed · Reduction of installation and repair times for end users · No wiring errors as a result of the plug system · Replacement of a geared motor without having to make any
intervention in the electronics
The winding connections and, optionally, the power supply for the brake and the signal cables for the temperature sensors are connected in the plug housing.
HAN 10E motor plug
The motor plug is compatible with the products from the ECOFAST field device system. It is available for motor frame
Order code:
sizes 63 to 132 and can be used for line voltages at the motor
HAN 10E motor plug (2 brackets) 1)
N00
plug 500 V and rated currents 16 A.
HAN 10E motor plug (2 brackets) EMC 1)
N01
The motor plug can be used in the standard temperature range HAN 10E motor plug (1 bracket) 1)
N04
from -20 up to +40 °C. A special design is required for higher temperatures.
HAN 10E motor plug (1 bracket) EMC 1)
N06
The motor connection (star or delta connection) is selected by
HAN 10E counterplug 1)
N18
the customer in the form of the counterplug used.
1) Not possible for worm geared motors S
Technical specifications
Number of contacts Max. voltage Max. current load per PIN Specifications Degree of protection
10 + e 500 V 16 A
CE, cUL-Rus IP65
6 7 8 9 10 12345
G_D087_XX_00296
Fig. 11/18 HAN 10 E motor plug with pin assignments
Connection assignment
PIN
1
2
3
4
5
6
7
8
9
10
PE
Connection
U1
V1
W1
Brake Brake W2
U2
V2
Temperature-dependent Protective
winding protection
conductor
11
Siemens MD 50.1 · 2017 11/17
© Siemens AG 2018
Motor options Mechanical design
Motor plug
HAN 10E motor plug (continued)
U2 V2 W2 PE
M 3
U1 V1 W1
U2 V2 W2 U1 V1 W1
U1 V1 W1
W2 U2 V2
-M
PE
13579
2 4 6 8 10
-X
1
2
3
4
5
6
7
8
9 10
PE
T1 = U1 T2 = V1 T3 = W1 T4 = U2 T5 = V2 T6 = W2
U V W PE
[1, 6];
M 3
[2, 7];
[3, 8]
PE L1 L2 L3
123 (U) (V) (W)
U1 V1 W1
W2 U2 V2
-M
PE
13579
2 4 6 8 10
-X
1
2
3
4
5
6
7
8
9 10
PE
T1 = U T2 = V T3 = W
G_D087_XX_00143b
U V W PE
M 3
[6, 7, 8]
PE L1 L2 L3
123 (U) (V) (W)
U1 V1 W1
W2 U2 V2
-M
PE
13579
2 4 6 8 10
-X
1
2
3
4
5
6
7
8
9 10
PE
T1 = U T2 = V T3 = W
Fig. 11/19 Connection circuit diagram for motor winding
HAN K4/4 motor plug
The motor plug is available for motor frame sizes 132 up to 200, and can be used for line voltages 690 V at the power connec-
Order code:
tion and 250 V at the control connection as well as rated
HAN K4/4 motor plug (1 bracket) 1)
N08
currents 63 A at the power connection and 16 A at the control HAN K4/4 motor plug (1 bracket) EMC 1)
N09
connection. The jumpers are connected to the terminal board at the factory depending on the selected circuit or voltage.
HAN K4/4 motor plug (2 brackets) 1)
N10
HAN K4/4 motor plug (2 brackets) EMC 1)
N11
Technical specifications
HAN K4/4 counterplug 1)
N19
11
Number of contacts 4 + 4 + e
Max. voltage power range
690 V (pollution degree 3)
Max. current load power 63 A range per PIN
1) Not possible for worm geared motors S
Max. voltage control range
250 V (pollution degree 3)
Max. current load
16 A
control range per PIN
Specifications
CE, cUL-Rus
Degree of protection (interlocked)
IP65
11/18 Siemens MD 50.1 · 2017
HAN K4/4 motor plug (continued)
© Siemens AG 2018
Motor options Mechanical design
Motor plug
G_D087_XX_00298
Fig. 11/20 HAN K4/4 motor plug with pin assignments
Connection assignment
PIN
1
2
3
4
Connection
U
V
W
-
2
12
11 1
11 Brake
12 Brake
3
13
14 4
13
14
Temperature-dependent winding protection
PE
Protective conductor
U2 V2 W2 PE
M 3
U1 V1 W1
U2 V2 W2 U1 V1 W1
W2 U2 V2 -M
U1 V1 W1
U V W PE
M 3
PE L1 L2 L3
[U2,V2,W2]
123 (U) (V) (W)
-M
UVW
PE 1 3 11 13
2 4 12 14
T1 = U1 T2 = V1 T3 = W1 T4 = U2 T5 = V2 T6 = W2
T1 = U
T2 = V
T3 = W
G_D087_XX_00144
Fig. 11/21 Connection circuit diagram for motor winding Y connection
U2 V2 W2 PE M 3
U1 V1 W1
U2 V2 W2 U1 V1 W1
W2 U2 V2 -M
U1 V1 W1
U V W PE
PE L1 L2 L3
M 3
[U1 W2]; [U2 V1]; [V2 W1]
213 (U) (V) (W)
-M
UVW
1 3 11 13 PE 2 4 12 14
T1 = U1 T2 = V1 T3 = W1 T4 = U2 T5 = V2 T6 = W2
T1 = U
T2 = V
T3 = W
Fig. 11/22 Connection circuit diagram for motor winding connection
G_D087_XX_00290
11
Siemens MD 50.1 · 2017 11/19
© Siemens AG 2018
Motor options Mechanical design
Motor plug
HAN Q8 motor plug
The motor plug is available for motor frame sizes 63 to 132 and can be used for line voltages 500 V as well as rated currents
Order code:
16 A. The jumpers are connected to the terminal board at the HAN Q8 motor plug (1 bracket) EMC 1)
N12
factory depending on the selected circuit or voltage.
1) Not possible for worm geared motors S
Technical specifications
Number of contacts
Max. voltage
Max. current load per PIN
Specifications
Degree of protection (interlocked)
8 + e 500 V (pollution degree 3) 16 A
CE, cUL-Rus IP65
G_D087_XX_00294
Fig. 11/23 HAN Q8 motor plug with pin assignments for motor frame sizes 63 and 71
1
3
4
5
6 78
11
3
5
8
7
1
4
6
G_D087_XX_00295
Fig. 11/24 HAN Q8 motor plug with pin assignments for motor frame sizes 80 to 132
Connection assignment
PIN
1
2
Connection
U
-
3
4
5
6
7
W
Brake
Temperature- Brake
V
dependent
motor protection
8
PE
Temperature- Protective
dependent
conductor
motor protection
11/20 Siemens MD 50.1 · 2017
© Siemens AG 2018
HAN Q8 motor plug (continued)
U2 V2 W2 U1 V1 W1
W2 U2 V2 -M
U1 V1 W1
Motor options Mechanical design
Motor plug
T1 =U1 T2 =V1 T3 =W1 T4 =U2 T5 =V2 T6 =W2
G_D087_XX_00250
U V W PE
PE L1 L2 L3
M
-M
U VW
3
[U2 V2 W2]
1 23 (U) (V) (W)
1 35 7 2 4 68
T1 =U
T2 =V
PE
T3 =W
Fig. 11/25 Connection circuit diagram for motor winding Y connection
U2 V2 W2 U1 V1 W1
W2 U2 V2 -M
U1 V1 W1
T1 = U1 T2 = V1 T3 = W1 T4 = U2 T5 = V2 T6 = W2
U V W PE
PE L1 L2 L3
T1 = U
M 3
[U1 W2]; [U2 V1]; [V2 W1]
-M 123 (U) (V) (W)
UVW
1357
T2 = V PE
T3 = W
2468
G_D087_XX_00291
Fig. 11/26 Connection circuit diagram for motor winding connection
11
Siemens MD 50.1 · 2017 11/21
© Siemens AG 2018
Motor options Mechanical design
Motor plug
HAN Q8 motor plug with cable
The motor plug with cable is available for motor frame sizes 63 to 112 and can be used for line voltages 500 V as well as rated currents 16 A.
One of the intended uses of the motor plug with cable is to provide an optimum connection to SINAMICS G120D.
The jumpers are connected to the terminal board at the factory depending on the selected circuit or voltage.
Technical specifications
Motor plug
Number of contacts 8 + e
Max. voltage
500 V / UL 600 V + 10 % (pollution degree 3)
Max. current load per PIN
16 A
Specifications
CE, cUL-Rus
Degree of protection (interlocked)
IP65
Cable suitable for cable carriers
Approvals
· VDE · cULus or UL/CSA · UL-CSA File No.
yes yes E172204/LL104758
Rated voltage
· Power cores U0/U
600 / 1 000 V
· Signal cores U0/U
300 V
Operating temperature on the surface
· Permanently installed -50 °C ... +90 °C
· Moving
-30 °C ... +80 °C
Smallest bending radius
· Permanently installed 5 x outer diameter
· Moving Bending operations
12 x outer diameter Typ. 2 x 106 cycles
Oil resistance
DIN VDE 0282 Part 10 + HD22.10
Outer jacket Design
Polyurethane (PUR) 4x1.5 mm2+2x(2x0.75 mm2) (shielded)
Outer diameter
11.7 ... 12.7 mm
11
Note:
With the HAN Q8 motor plug version with 0.5 m cable (K50), the plug insert in the plug is rotated by 180°, see Fig. 11/28.
Order code:
HAN Q8 motor plug with 0.5 m cable
K50
(plug insert rotated by 180°)
HAN Q8 motor plug with 1 m cable
K51
HAN Q8 motor plug with 2 m cable
K52
HAN Q8 motor plug with 3 m cable
K53
HAN Q8 motor plug with 4 m cable
K54
HAN Q8 motor plug with 5 m cable
K55
G_D087_XX_00305
Fig. 11/27 HAN Q8 motor plug with cable
358 7
146
G_D087_XX_00306
641 7 853
G_D087_XX_00307
Fig. 11/28 Pin assignments for motor plug with 0.5 m cable, plug insert rotated by 180°
Fig. 11/29 Pin assignments for motor plug with 1 m to 5 m cable, plug insert rotated by 0°
11/22 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
HAN Q8 motor plug with cable (continued)
Connection assignment
PIN
1
2
3
Connection
U
-
W
4
5
6
7
Brake
Temperature- Brake
V
dependent
motor protection
Motor options Mechanical design
Motor plug
8
PE
Temperature- Protective
dependent
conductor
motor protection
U2 V2 W2 U1 V1 W1
W2 U2 V2 -M
U1 V1 W1
T1 = U1 T2 = V1 T3 = W1 T4 = U2 T5 = V2 T6 = W2
U V W PE
M 3
PE L1 L2 L3 -M
UVW
173
1
3
2
(U) (V) (W)
-W
-X 1 3 5 7 2468
T1 = U T2 = V 8 T3 = W PE
Fig. 11/30 Connection circuit diagram for motor winding Y connection
U2 V2 W2 U1 V1 W1
W2 U2 V2 -M
U1 V1 W1
T1 = U1 T2 = V1 T3 = W1 T4 = U2 T5 = V2 T6 = W2
U V W PE
M 3
PE L1 L2 L3 -M
UVW
173
1
3
2
(U) (V) (W)
-W
-X 1 3 5 7 2468
T1 = U T2 = V 8 T3 = W PE
Fig. 11/31 Connection circuit diagram for motor winding connection
G_D087_XX_00292
G_D087_XX_00293
11
Siemens MD 50.1 · 2017 11/23
© Siemens AG 2018
Motor options Mechanical design
Motor plug
HAN Q12 motor plug
The motor plug is available for motor frame sizes 63 to 90 and can be used for line voltages 400 V as well as rated currents
Order code:
10 A. The motor connection (star or delta connection) is
HAN Q12 motor plug (1 bracket) EMC 1)
N13
selected by the customer.
1) Not possible for worm geared motors S
Technical specifications
Number of contacts
Max. voltage
Max. current load per PIN
Specifications
Degree of protection (interlocked)
12 + e 400 V (pollution degree 3) 10 A
CE IP65
G_D087_XX_00297
12 10 A
73
B 62
11 9
51
Fig. 11/32 HAN Q12 motor plug with pin assignments
Connection assignment
PIN
12
Connection
U1 V1
34 W1 -
5678 W2 U2 V2 -
9 Brake
10
11
Temperature-
Brake
dependent
winding protection
12
PE
Temperature-
Protective
dependent
conductor
winding protection
11
U2 V2 W2 PE
M 3
U1 V1 W1
U2 V2 W2 U1 V1 W1
W2 U2 V2 -M
U1 V1 W1
T1 = U1 T2 = V1 T3 = W1 T4 = U2 T5 = V2 T6 = W2
U V W PE
[1, 5];
M
3
[2, 6];
[3, 7]
PE L1 L2 L3
T1 = U
1 2 3 -M
(U) (V) (W)
PE 1 3 5 7 9 11
2 4 6 8 10 12
T2 = V T3 = W
G_D087_XX_00251a
U V W PE
M
3
[5, 6, 7]
PE L1 L2 L3
T1 = U
1 2 3 -M (U) (V) (W)
T2 = V
1 3 5 7 9 11 PE T3 = W 2 4 6 8 10 12
Fig. 11/33 Connection circuit diagram for motor winding
11/24 Siemens MD 50.1 · 2017
© Siemens AG 2018
Overview
SIMOGEAR geared motors can be supplied with spring-operated disk brakes in order to reduce the motor run-on time or to hold loads, for example.
Design and principle of operation
Single-disk, spring-operated brakes have two friction surfaces. When the brake is in a zero current state, a braking torque is generated using several springs.
The brake is released electromagnetically. When the motor brakes, the rotor which can be axially shifted on the hub or the shaft is pressed via the armature disk against the friction surface by means of the springs. In the braked state, there is a gap between the armature disk and the solenoid assembly.
Motor options Mounted components
Brake
Our MODULOG modular system allows several brake sizes to be used with one motor frame size. This chapter specifies the assignment to the motor frame sizes and possible brake options.
To release the brake, the solenoid is energized with DC voltage. The resulting magnetic force attracts the armature disk onto the solenoid assembly against the spring force. The spring force is then no longer applied to the rotor, which can now rotate freely.
Friction surface Armature disk
S gap
Solenoid assembly
Pressure springs
Shaft
Friction surface Armature disk
S gap
Solenoid assembly incl. springs
Shaft
Hub
Axially shiftable rotor
Fig. 11/34 Brake L
G_D087_EN_00145a
Pressure springs
Hub
Axially shiftable rotor
Fig. 11/35 Brake FDX
G_D087_EN_00268
11
Siemens MD 50.1 · 2017 11/25
© Siemens AG 2018
Motor options Mounted components
11
Brake
Selecting the brake
Our MODULOG modular system allows several brake sizes to be used with one motor frame size.
Brake assignment
Brake type
Braking torque Motor frame size
Order code
Nm
63 71 80 90 100 112 132 160 180 200 225 250
L4/1.4
1.4
B01
L4/2
2
B02
L4/3
3
B03
L4
4
B00
L4/5
5
B57
L8/3
3
1)
B05
L8/4
4
1)
B06
L8/5
5
1)
B07
L8/6.3
6.3
1)
B08
L8
8
1)
B04
L8/10
10
1)
B09
L16/8
8
B14
L16/10
10
B11
L16/13
13
B12
L16
16
B10
L16/20
20
B13
L32/14
14
B66
L32/18
18
B16
L32/23
23
B17
L32
32
B15
L32/40
40
B18
L60/25
25
B67
L60/38
38
B20
L60/50
50
B21
L60
60
B19
L80/25
25
B24
L80/35
35
B25
L80/50
50
B26
L80/63
63
B27
L80
80
B22
L80/100
100
B23
L150/60
60
B31
L150/80
80
B32
L150/100
100
B29
L150/125
125
B30
L150
150
B28
L260/100
100
B34
L260/145
145
B35
L260/180
180
B36
L260/200
200
B37
L260/240
240
B38
L260
260
B33
L260/315
315
B58
L400/265
265
B40
L400/300
300
B41
L400/360
360
B42
L400
400
B39
L400/600
600
B59
FDX30/265
265
B50
FDX30/300
300
B51
FDX30/360
360
B52
FDX30/400
400
B53
FDX30/500
500
B54
FDX30/650
650
B55
FDX30/750
750
B56
FDX30/850
850
B64
FDX40/650
650
B60
FDX40/750
750
B61
FDX40/850
850
B62
FDX40/1000
1 000
Standard assignment Working brake and holding brake Can only be used as holding brake
1) Not possible for worm geared motors S
B63
11/26 Siemens MD 50.1 · 2017
© Siemens AG 2018
Connecting the brake
Labeled terminals are provided in the main terminal box of the motor to connect the brake. Connection circuit diagram with AC or DC control
Motor options Mounted components
Brake
M
PE ~ 1 ~ 2 1BA1 1BA2
-1BD -M
1BD1 -W
1BD2 2
B1 =1BD1 B3 =1BA1 B5 =1S1 B2 =1BD2 B4 =1BA2 B6 =1S2
M
PE 1 2 1BD1 1BD2
-M
-1BD 1BD1
1BD2
05 06
-W
2 B1=1BD1
B2=1BD2
1BD2 1BD1
G_D087_XX_00139a
1BA1 1BA2 1S1 1S2 1BD2 1BD1 G_D087_XX_00138a
Fig. 11/36 Connection circuit diagram with AC control voltage
Fig. 11/37 Connection circuit diagram with DC control voltage
Function diagram of a brake switched on the AC side or DC and AC sides
U Brake
U Brake
G_D087_EN_00046
G_D087_EN_00048
+-
Rectifier
Rectifier
+-
Fig. 11/38 Function diagram of a brake switched on the AC side
Fig. 11/39 Function diagram of a brake switched on the DC and AC sides
Supply voltages
The following supply voltages are available for brakes.
Supply voltage
Possible specifications
Motor
Brake type
Rectifier
CE UL-R/CSA China EAC Export1) frame sizes L4 ... FDX30/ Brake L
L400 FDX40
Brake FDX
Coil voltage
Order code
Brake L Brake FDX
DC voltages
24 V DC ± 10 %
63 ... 200
-
-
-
-
-
C66
103 V DC ± 10 %
63 ... 200
-
-
-
-
-
C52
180 V DC ± 10 %
63 ... 200
-
-
-
-
-
C53
205 V DC ± 10 %
63 ... 200
-
-
-
-
-
C64
AC voltages
200 V AC ± 10 % 1)
63 ... 250
Rectifier
Rectifier PMG 180 V DC 103 V DC C45
bridge
230 V AC ± 10 % 1) 380 V AC ± 10 % 1)
63 ... 250
Half-wave
63 ... 250
rectifier
103 V DC 103 V DC C46 180 V DC 180 V DC C48
400 V AC ± 10 % 1)
63 ... 250
180 V DC 180 V DC C47
415 V AC ± 10 % 1)
63 ... 250
180 V DC 180 V DC C50
460 V AC ± 10 % 1)
63 ... 250
205 V DC 205 V DC C63
AC voltages with function rectifier with disconnection on the DC side using current or voltage sensing 1)
230 V AC ± 10 % 400 V AC ± 10 %
63 ... 200
-
63 ... 200
-
Function
-
rectifier
-
103 V DC -
C72
205 V DC -
C47
460 V AC ± 10 %
63 ... 200
-
-
215 V DC -
C74
1) Not possible for worm geared motors S
11
Siemens MD 50.1 · 2017 11/27
© Siemens AG 2018
Motor options Mounted components
Brake
Brake control
The brakes are released by DC voltage. The brake is controlled by the DC supply voltage in systems without a rectifier, or by the AC supply voltage in systems with a rectifier. Half-wave rectifiers or rectifier bridges are used as rectifiers.
The rectifiers are listed in the following table.
Supply voltage
DC voltages
AC voltages
Switching frequency
Brake L
Without
Brake FDX
-
Rectifier
No restriction
Function rectifier
See Section "Function rectifier" page 11/29
Rectifier PMG See table "Switching frequency of PMG rectifiers"
11
Switching frequency of PMG rectifiers Duty cycle/switching frequency for the 205 V DC brake solenoid
Supply voltage Switching frequency s/h-1
VAC
1
410 ... 480 V AC
10
20
30
40
50
60
70
80
90
100 110 120 130 140
410
100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00
420
100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00
440
100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 99.40 98.53 97.66 96.80 95.93 95.06
460
98.08 97.21 96.34 95.48 94.61 93.74 92.88 92.01 91.14 90.28 89.41 88.54 87.68 86.81 85.94
480
90.07 89.21 88.34 87.47 86.61 85.74 84.87 84.01 83.14 82.27 81.41 80.54 79.67 78.81 77.94
Duty cycle/switching frequency for the 180 V DC brake solenoid
Supply voltage Switching frequency s/h-1
VAC
1
380 ... 440 V AC
10
20
30
40
50
60
70
80
90
100 110 120 130 140
380
100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 99.54 98.67
400
100.00 99.13 98.27 97.40 96.53 95.67 94.80 93.93 93.07 92.20 91.33 90.47 89.60 88.73 87.87
410
95.18 94.31 93.45 92.58 91.71 90.85 89.98 89.11 88.25 87.38 86.51 85.65 84.78 83.91 83.05
420
90.70 89.84 88.97 88.10 87.24 86.37 85.50 84.64 83.77 82.90 82.04 81.17 80.30 79.44 78.57
440
82.64 81.78 80.91 80.04 79.18 78.31 77.44 76.58 75.71 74.84 73.98 73.11 72.24 71.38 70.51
Duty cycle/switching frequency for the 103 V DC brake solenoid
Supply voltage Switching frequency s/h-1
VAC
1
190 ... 240 V AC
10
20
30
40
50
60
70
80
90
100 110 120 130 140
190
100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00
200
100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00
210
100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00
220
100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 100.00 99.58 98.71 97.84 96.98 96.11
230
99.04 98.17 97.30 96.44 95.57 94.70 93.84 92.97 92.10 91.24 90.37 89.50 88.64 87.77 86.90
240
90.96 90.09 89.22 88.36 87.49 86.62 85.76 84.89 84.02 83.16 82.29 81.42 80.56 79.69 78.82
11/28 Siemens MD 50.1 · 2017
© Siemens AG 2018
Motor options Mounted components
Brake
Function rectifier
The following table provides an overview of brake control with function rectifiers.
Function rectifier Technical specifications
High-speed rectifier + disconnection on the DC side using
Unit
Current sensing 4) 5)
Voltage sensing 4) 5)
Supply voltage Supply frequency
VAC ± 10 % 220 ... 460
Hz
40 ... 60
220 ... 500 40 ... 60
Max. output current up to an ambient temperature of +40 °C1)
ADC
1.2
1.2
Output voltage
VDC
0.445 x supply voltage
(0.89 - max. 8 %) x supply voltage
0.445 x supply voltage (0.89 - max. 8 %) x supply voltage
Permissible continuous current of ADC the current sensor
Max. switching frequency2)
rpm
0.27 ... 34 762)3)
762)3)
Supported motors
Max. motor current 34 A
No restrictions
Supported brakes
L4 ... L400
L4 ... L400
Suitable for
Braking operation for fast brake release + application
Braking operation for fast brake release + application
Inverter operation
Not suitable
Separate power supply required
Line operation
Direct-on-line starting
Direct-on-line Y/ starting
Motor starters
Not suitable
No restrictions
Operation with driving loads and/or high moment of inertia
No restrictions
Separate power supply required
Suppressor circuit Order code
Spark suppressor C59 6)
Spark suppressor C60
1) At higher ambient temperatures the output current decreases. 2) The specified maximum switching frequencies are upper limit values.
They are essentially dependent on the braking power and the permissible
operating energy of the brakes. 3) The maximum switching frequency is obtained from the overexcitation
times and recovery times as well as switching-off in holding operation. 4) Not possible for worm geared motors S. 5) Not compatible with the functionally safe rotary encoder. 6) The function rectifier C59 is connected to the terminal
board at the factory depending on the selected circuit or voltage.
Duty cycle, function rectifier
The high-speed rectifier releases the brake with overexcitation and thus reduces the maximum duty cycle (on-load factor) of the brake.
Depending on the supply voltage and the switching frequency, the maximum duty cycle of the brake solenoid can be taken from the following diagrams and tables.
Duty cycle DC [%] G_D087_EN_00118a
Duty cycle/switching frequency for brake solenoid 103 V DC with AC connection to: not permissible with C60
100
90
190 V AC
210 V AC
80 200 V AC
70
220 V AC
60 230 V AC
50
40
240 V AC
30
20
10
With P 85 W = max. 1800
0
0
250 500 750 1000 1250 1500 1750 2000 2250 2500
Switching frequency [s/h]
Fig. 11/40 Duty cycle/switching frequency for the 103 V DC brake solenoid
Supply voltage
Switching frequency s/h-1
VAC
1
250
500
750
1 000 1 250 1 500 1 750
220 ... 240 V AC for separate power supply
220
100
100
91
83
75
67
59
51
230
100
90
82
74
66
58
50
42
240
100
82
74
66
58
50
42
34
Up to brake size L80 2 000 2 250 2 500
43
35
26
34
25
17
25
17
9
Update 02/2018
Siemens MD 50.1 · 2017 11/29
11
© Siemens AG 2018
Motor options Mounted components
Brake
Function rectifier (continued)
Duty cycle DC [%] G_D087_EN_00116a
Duty cycle/switching frequency for brake solenoid 205 V DC with AC connection to: not permissible with C59
100
90
380 V AC
415 V AC
80
400 V AC
70
440 V AC
420 V AC
60 460 V AC
50
40
480 V AC
30
20
10 With P 85 W = max. 1800
0
0
250 500 750 1000 1250 1500 1750 2000 2250 2500
Switching frequency [s/h]
Fig. 11/41 Duty cycle/switching frequency for the 205 V DC brake solenoid
Supply voltage
Switching frequency s/h-1
VAC
1
250
500
750
400 V AC for connection at the motor terminal board
380
100
100
100
100
400
100
100
100
100
420
100
100
100
93
380 ... 440 V AC for separate power supply
380
100
100
100
100
400
100
100
100
100
440
100
99
90
82
1 000
1 250
1 500
1 750
Up to brake size L80 2 000 2 250 2 500
100
100
94
86
78
70
62
97
89
80
72
64
56
48
85
77
68
60
52
44
36
100
100
94
86
78
70
62
97
89
80
72
64
56
48
74
66
58
50
42
34
25
11
Duty cycle DC [%] G_D087_EN_00117a
Duty cycle/switching frequency for brake solenoid 215 V DC with AC connection to: not permissible with C59
100
90
440 V AC
415 V AC
80
70
460 V AC
420 V AC
60 480 V AC
50
40
500 V AC
30
20
10 0
0
With P 85 W = max. 1800
250 500 750 1000 1250 1500 1750 2000 2250 2500 Switching frequency [s/h]
Fig. 11/42 Duty cycle/switching frequency for the 215 V DC brake solenoid
Supply voltage
Switching frequency s/h-1
VAC
1
250
500
750
410 ... 480 V AC for separate power supply1)
410
100
100
100
100
460
100
99
91
83
480
100
90
82
74
1) The brake power supply voltage can be limited by the rectifier.
1 000
100 75 66
1 250
95 67 58
1 500
87 59 50
1 750
78 51 42
Up to brake size L80 2 000 2 250 2 500
70
62
54
42
34
26
34
25
17
11/30 Siemens MD 50.1 · 2017
© Siemens AG 2018
Brake options
Manual brake release
The brakes L can be supplied with a manual brake release lever. The manual brake release lever can be used to release the brake at zero current. When the brake has been released, the motor shaft can rotate freely in order to bring the output shaft to a certain position or for use as an emergency release in the event of a power failure, for example.
The manual brake release lever can be fixed in the released position using an additional locking mechanism mounted on the brake.
Only the manual brake release lever with locking mechanism can be selected for brakes FDX.
The manual brake release lever can be mounted in various different positions. The position of the manual brake release lever relates to the standard design of the motor. The standard position is "2".
Motor options Mounted components
Brake
Order code:
Manual brake release lever
C02
Manual brake release lever with locking
C03
mechanism 1) 2)
1) Not possible for worm geared motors S 2) Not compatible with the functionally safe rotary encoder
G_D087_XX_00120a G_D087_XX_00289
Fig. 11/43 Example of manual brake release lever with locking mechanism for brake L
Fig. 11/44 Example of manual brake release lever with locking mechanism for brake FDX
2
D
N
3
1
G_D087_XX_000167
4
Fig. 11/45 Manual brake release lever position
Manual brake release Motor frame size
Order code
lever position
63 1) 711) 63 71 80 90 100 112 132 160 180 200 225 250
Angle
1
0° 0° 0° 10° 0° 0° 0° 0° 0° 0° 0° 0° 0° 0° C26
2
90° 90° 90° 100° 90° 90° 90° 90° 90° 90° 90° 90° 90° 90° C27
3
180° 180° 180° 190° 180° 180° 180° 180° 180° 180° 180° 180° 180° 180° C28
4
-
- 270° 280° 270° 270° 270° 270° 270° 270° 270° 270° 270° 270° C29
1) Only for worm geared motors S
11
Siemens MD 50.1 · 2017 11/31
© Siemens AG 2018
Motor options Mounted components
Brake
Brake options (continued)
The dimensions of the manual brake release lever depend on the size.
LBLH-LBS
L1
11
G_D087_XX_000166a
Fig. 11/46 Dimensions, manual brake release lever
Motor frame size Brake type
Terminal box position
Distance
Centerline of the motor up to the outermost position of the manual brake release lever
Without locking With locking
mechanism
mechanism
mm
mm
L1
L1
63 1)
L4
1A, 2A, 3A, 4A 107
-
71 1)
L4
1A, 2A, 3A, 4A 107
-
63
L4
1A, 2A, 3A, 4A 107
127
71
L4
1A, 2A, 3A, 4A 107
127
L8
1A, 2A, 3A, 4A 116
136
80
L4
1A, 2A, 3A, 4A 107
127
L8
1A, 2A, 3A, 4A 116
136
L16
1A, 2A, 3A, 4A 132
151
90
L8
1A, 2A, 3A, 4A 116
136
L16
1A, 2A, 3A, 4A 132
151
L32
1A, 2A, 3A, 4A 161
161
100
L16
1A, 2A, 3A, 4A 132
151
L32
1A, 2A, 3A, 4A 161
161
L60
1A, 2A, 3A, 4A 195
195
112
L32
1A, 2A, 3A, 4A 161
161
L60
1A, 2A, 3A, 4A 195
195
132
L80
1A, 2A, 3A, 4A 240
240
L150
1A, 2A, 3A, 4A 279
279
132Z
L80
1A, 2A, 3A, 4A 240
240
L150
1A, 2A, 3A, 4A 279
279
160
L150
1A, 2A, 3A, 4A 279
279
L260
1A, 2A, 3A, 4A 319
319
180
L260
1A, 2A, 3A, 4A 319
319
200
L260
1A, 2A, 3A, 4A 319
319
L400
1A, 2A, 3A, 4A 445
445
225
L400
1A, 2A, 3A, 4A 445
445
FDX30 1A, 2A, 3A, 4A 330
330
250
FDX30 1A, 2A, 3A, 4A 330
330
FDX40 1A, 2A, 3A, 4A 377
377
1) Only for worm geared motors S
Center of the terminal box up to the center of the manual brake release lever
Standard corrosion protection
Increased corrosion protection
mm
mm
LBLH-LBS
LBLH-LBS
97.4
97.4
130.8
130.8
83.3
83.3
71.8
71.8
72.3
72.3
97.3
97.3
97.8
97.8
108.9
108.9
102.8
102.8
113.9
113.9
115.9
115.9
126.9
126.9
128.9
128.9
132.5
132.5
128.9
128.9
132.5
132.5
158.0
158.0
171.1
171.1
158.0
158.0
171.1
171.1
204.1
204.1
210.6
210.6
198.6
209.6
207.6
218.6
217.7
230.2
269.2
269.2
270.0
270.0
273.0
273.0
273.0
273.0
Angle, manual brake release lever With the brake released
Tolerance +3° 12° 12° 12° 12° 10° 12° 10°
9° 10°
9° 10°
9° 10°
9° 10°
9° 10°
9° 10°
9° 9° 10° 10° 10° 10° 10° 12° 12° 10°
11/32 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Brake options (continued)
Monitoring
Brake with microswitch to monitor the release
The air gap sgap of the brake is monitored by a microswitch mounted on the base plate of the solenoid assembly.
The motor does not start up until the brake has been fully released (sgap = 0) and the armature disk is in contact with the solenoid assembly. The microswitch is actuated and controls the motor contactor.
When the brake is switched off, the armature disk reaches the maximum air gap (sgapmax) and the microswitch opens. This means that the motor contactor is not controlled and the motor does not start.
This method is used for machines and units which require a precisely defined starting and braking procedure, as well as for fault monitoring of faulty rectifiers, interrupted connecting cables, faulty solenoids, and excessively large air gaps (brake solenoid cannot fully attract the armature disk).
The microswitch for air gap monitoring is available for brakes in sizes L32 to L400 and FDX30 and FDX40.
Note:
The mechanical components of the microswitch must be protected against icing at low temperatures.
Motor options Mounted components
Brake
Order code:
Microswitch for monitoring brake release
C04
G_D087_XX_00033
N L1 L2 L3
Fig. 11/47 Circuit principle with microswitch
11
Siemens MD 50.1 · 2017 11/33
© Siemens AG 2018
Motor options Mounted components
Brake
Brake options (continued)
Enclosed brake
The brakes L can be supplied as enclosed brakes. This version is standard for brakes FDX.
Order code:
Enclosed brake
C01
Enclosed brakes include a dust protection ring around the
circumference and an integrated shaft sealing ring at the shaft Enclosed brake
C11
outlet. This prevents the release and penetration of dust,
with condensation drain hole
moisture, and other pollution. Other advantages are reduced
noise when applying the brake as well as, in combination with a
motor anti-condensation heater, a reduced risk of the rotor
freezing on the friction surfaces.
In addition, a condensation drain hole can be incorporated in the dust protection ring for brakes L.
The enclosed brake can also be shipped in combination with a manual brake release lever and a manual brake release lever with locking mechanism.
Corrosion protection
The brakes L are supplied as standard with corrosion protection. A friction plate or adapter flange is always mounted between the
Order code:
mating friction surface (end shield on the ventilation side) and Increased corrosion protection
C10
the rotor. The rotor is made of a rustproof material.
Brake with increased corrosion protection
The adapter flanges and armature disks of the brakes are chromium-plated for increased protection against corrosion. This prevents the friction surfaces from seizing up.
Increased corrosion protection is employed when a motor is used in corrosive environmental conditions (high air humidity, dripping water, crane systems, for example) and/or during prolonged standstill periods.
The brakes FDX are supplied as standard with increased corrosion protection.
11
Corrosion protection
Design
Material
Standard corrosion protection
Friction surface to the Friction plate of
motor
stainless steel
Adapter flange with thin zinc film
End shield
Armature disk
Gas-nitrided
Thin zinc film
Increased corrosion protection
Friction surface to the Friction plate of
motor
stainless steel
Chromium-plated adapter flange
Armature disk
Chromium-plated
Brake type
L4
L8
L16 L32 L60 L80 L150 L260 L400 FDX30 FDX40
Brake cable protection
The brake cable of the geared motors is normally routed through the cable gland of the terminal box.
Order code:
Brake cable protection 1)
C80
For motor frame sizes 63 to 132, we are offering an optional
version of brake cable routing which ensures enhanced protec- 1) Not possible for worm geared motors S
tion for the brake cable. In this version, the brake cable is
brought into the motor directly under the fan cover through a
hole in the base of the terminal box. This arrangement ensures
that most of the cable is covered and protected against mechan-
ical damage.
11/34 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Brake options (continued)
Reduced-noise rotor-hub connection
The brakes are supplied with a reduced-noise rotor-hub connection. This reduces rattling noise of the rotor, particularly at low speeds and in inverter operation.
Motor options Mounted components
Brake
Wear-resistant friction lining
The brakes L can also be selected with a wear-resistant friction lining.
Order code:
Wear-resistant friction lining
C06
Brake options for motor frame sizes 63 to 250
Option
Brake type
L4
L8
Without rectifier
Rectifier for disconnection on
the DC and AC sides
Function rectifier for quick brake
release and application1)
Standard friction lining
Wear-resistant friction lining
Microswitch for monitoring brake -
-
release
Manual brake release
Manual brake release with
locking mechanism
Standard corrosion protection
Increased corrosion protection
Enclosed brake
Enclosed brake with condensation drain hole
Brake cable protection
L16
L32
L60
L80
L150 L260 L400 FDX30 FDX40
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
Standard design 1) Not possible for UL-R or CSA versions
Possible modular system in combination with brake for motor frame sizes 63 to 250
Design
Motor Encoder plug
Incremental Absolute
encoder
encoder
Brake
Manual brake release
· Without locking
mechanism
· With locking
mechanism
Microswitch
· Air flow monitoring1)
1) Can be selected for brake type L32 or higher
Resolver Encoder under cover without canopy
-
-
-
-
-
Ventilation
Backstop
Encoder Self ventilation acces- Forced ventilation sories
-
-
Second shaft extension
-
-
-
11
Siemens MD 50.1 · 2017 11/35
© Siemens AG 2018
Motor options Mounted components
Brake
Technical specifications 1)
Braking torques as a function of speed and permissible speed limits with operating brake
Brake type
L4 L8 L16 L32 L60 L80 L150 L260 L400 FDX30 FDX40
Maximum permissible operating speed Braking torque measured at rated braking torque at 100 rpm
Friction lining
Standard
Wear-resistant (C06) 1 500 rpm
2 500 rpm
3 000 rpm
At max. speed
rpm
rpm
%
%
%
%
4 000
3 600
87
82
80
77
4 000
3 600
85
79
78
75
3 600
3 600
83
77
76
74
3 600
3 600
81
76
74
72
3 600
3 000
80
75
73
71
3 600
3 000
79
73
72
69
3 600
1 800
77
71
70
67
3 600
1 800
75
69
68
66
3 000
1 800
73
67
66
65
3 000
-
73
67
66
66
3 000
-
70
64
63
63
Braking torques as a function of speed and permissible speed limits with holding brake and emergency stop function
Brake type
L4 L8 L16 L32 L60 L80 L150 L260 L400 FDX30 FDX40
Max. permissible no-load speed with emergency stop function
Friction lining
Standard
Wear-resistant (C06)
rpm
6 000
6 000
5 000
4 500
4 000
3 600
3 600
3 600
3 600
3 000
3 600
3 000
3 600
1 800
3 600
1 800
3 000
1 800
6 000
-
6 000
-
Braking torque measured at rated braking torque at 100 rpm
1 500 rpm % 87 85 83 81 80 79 77 75 73 73 70
2 500 rpm % 82 79 77 76 75 73 71 69 67 67 64
3 000 rpm % 80 78 76 74 73 72 70 68 66 66 63
At max. speed % 73 72 73 72 71 69 67 66 65 59 56
106
11
L400 105 L260
L150 L80 L60 L32 L16 104 L8
L4
103
102
Permissible switching energy Qper (J)
G_D087_EN_00073
10
1
10
Fig. 11/48 Permissible operating energy 1) Values refer to brake in its delivery state
11/36 Siemens MD 50.1 · 2017
102
103
104
Switching frequency (h-1)
© Siemens AG 2018
Motor options Mounted components
Technical specifications (continued) 1)
Disconnection times, application times, and moments of inertia for brakes L
Brake type
Rated braking Disconnection time Applica- Response Rise
torque
tion time time
time
Tbr At 100 rpm
t2
t1 = t11 + t12 t11
t12
Standard Over-
AC and DC switched or
excitation excitation DC switched
Applica- Response Rise
tion time time
time
t1 = t11 + t12 t11
t12
AC switched
L4/1.4 L4/2 L4/3 L4 L4/5 L8/3 L8/4 L8/5 L8/6.3 L8 L8/10 L16/8 L16/10 L16/13 L16 L16/20 L32/14 L32/18 L32/23 L32 L32/40 L60/25 L60/38 L60/50 L60 L80/25 L80/35 L80/50 L80/63 L80 L80/100 L150/60 L150/80 L150/100 L150/125 L150 L260/100 L260/145 L260/180 L260/200 L260/240 L260 L260/315 L400/265 L400/300 L400/360 L400 L400/600
Nm 1.4 2.0 3.0 4.0 5.0 3.0 4.0 5.0 6.3 8.0
10.0 8.0
10.0 13.0 16.0 20.0 14.0 18.0 23.0 32.0 40.0 25.0 38.0 50.0 60.0 25.0 35.0 50.0 63.0 80.0 100.0 60.0 80.0 100.0 125.0 150.0 100.0 145.0 180.0 200.0 240.0 260.0 315.0 265.0 300.0 360.0 400.0 600.0
ms
ms
ms
20
13
31
27
17
22
29
18
30
45
28
28
56
35
25
21
12
65
30
17
50
35
20
40
45
30
38
57
38
31
71
47
26
55
41
36
48
36
58
60
34
50
76
48
47
93
59
38
65
50
46
65
44
70
82
56
75
115
78
53
140
95
45
130
66
47
140
60
60
175
75
50
210
90
42
95
56
103
128
75
73
160
94
90
170
100
72
220
130
57
280
165
49
135
81
55
180
108
40
180
108
93
225
135
85
270
160
78
210
95
205
230
170
180
230
100
185
260
120
178
312
140
170
340
150
165
410
180
150
260
140
275
290
150
260
350
165
255
390
185
230
585
265
175
ms 13.0 9.0 12.0 15.0 13.0 39.0 30.0 24.0 18.0 15.0 12.5 22.0 35.0 30.0 28.0 23.0 27.0 45.0 40.0 28.0 24.0 25.0 24.0 20.0 17.0 48.0 34.0 42.0 34.0 27.0 24.0 27.5 20.0 48.0 44.0 33.0 82.0 72.0 73.0 70.0 67.0 65.0 60.0
155.0 125.0 125.0 110.0
55.0
ms 18.0 13.0 18.0 13.0 12.0 26.0 20.0 16.0 20.0 16.0 13.5 14.0 23.0 20.0 19.0 15.0 19.0 25.0 35.0 25.0 21.0 22.0 36.0 30.0 25.0 55.0 39.0 48.0 38.0 30.0 25.0 27.5 20.0 45.0 41.0 45.0
123.0 108.0 112.0 108.0 103.0 100.0
90.0 120.0 135.0 130.0 120.0 120.0
ms 250 175 230 190 158 510 390 310 315 245 205 350 680 560 460 390 400 600 680 490 440 540 800 665 580
1 600 1 200 1 920 1 550 1 200
990 920 690 1 300 1 200 1 080 1 775 1 200 2 500 2 720 2 300 2 100 1 750 3 100 2 800 2 660 2 400 1 400
ms 110 77 101 120 100 326 250 200 174 135 113 183 355 293 240 204 210 325 300 215 194 220 290 240 210 690 520 830 670 520 430 470 350 700 650 480 605 440 850 920 570 700 590
2 000 1 540 1 440 1 300
300
ms 140 98 129 70 58 184 140 110 141 110 92 167 325 267 220 186 290 275 380 275 246 320 510 425 370 710 680
1 090 880 680 560 450 340 600 550 600
1 170 790
1 650 1 800 1 530 1 400 1 160 1 100 1 260 1 220 1 100 1 100
Brake
Weight Moment of inertia
kg 0.85
JB
for wearresistant lining
10-4 kgm2
0.15
0.15
1.5
0.61
0.61
2.6
2
2
3.9
4.5
4.5
5.8
6.3
6.3
8.4
15
15
12.5
29
29
21.0
73
73
32.0 200
200
11
1) Values refer to brake in its delivery state
Siemens MD 50.1 · 2017 11/37
© Siemens AG 2018
Motor options Mounted components
11
Brake
Technical specifications (continued) 1)
Working capacity for brakes L
Brake type
Rated braking torque Tbr
At 100 rpm
Power consumption
At +20 °C
Working capacity
Per braking operation W1max
Friction energy until the brake lining is replaced Wtot
L4/1.4 L4/2 L4/3 L4 L4/5 L8/3 L8/4 L8/5 L8/6.3 L8 L8/10 L16/8 L16/10 L16/13 L16 L16/20 L32/14 L32/18 L32/23 L32 L32/40 L60/25 L60/38 L60/50 L60 L80/25 L80/35 L80/50 L80/63 L80 L80/100 L150/60 L150/80 L150/100 L150/125 L150 L260/100 L260/145 L260/180 L260/200 L260/240 L260 L260/315 L400/265 L400/300 L400/360 L400 L400/600
Nm 1.4 2.0 3.0 4.0 5.0 3.0 4.0 5.0 6.3 8.0
10.0 8.0
10.0 13.0 16.0 20.0 14.0 18.0 23.0 32.0 40.0 25.0 38.0 50.0 60.0 25.0 35.0 50.0 63.0 80.0 100.0 60.0 80.0 100.0 125.0 150.0 100.0 145.0 180.0 200.0 240.0 260.0 315.0 265.0 300.0 360.0 400.0 600.0
W
kJ
MJ
20
3
156
176
170
180
176
25
7.5
324
30
12
405
396
40
24
948
50
30
1 276
1 320
1 322
55
36
2 310
85
60
2 295
100
80
4 680
3 510
130
3 489
110
120
6 480
Friction energy until the air gap is readjusted WV
With overexcitation
MJ
MJ
46.8
52
59
39.6
57
36.0
60
23.4
59
86.4
108
75.6
64.8
54.0
108.0
162
80.0
158
285.0
284
283
260.0
212.0
284
165.0
306.0
306
280.0
238.0
317
396.0
396
260.0
389
612.0
612
936.0 1 287
756.0 1 440.0
1 279 1 872
576.0
Working capacity with wear-resistant friction lining
Per braking operation W1max
Friction energy until the brake lining is replaced Wtot
Friction energy until the air gap is readjusted WV
With overexcitation
kJ
MJ
MJ
MJ
3
312
94
104
351
117
339
80
113
360
72
120
351
46
117
7.5
648
173
216
756 648
12
810
151
130
108
216
324
792
7
1 896
1 885
1 888
1 893
18
2 560
2 553
2 640
11
4 536
160
317
570
568
518
425
331
612
612
560
476
635
792
792
36
4 590
519 1 224
778 1 224
10
7 020
1 872
2 574
6 978
28
12 960
1512 2 880
2 559 3 744
1 152
1) Values refer to brake in its delivery state
11/38 Siemens MD 50.1 · 2017
© Siemens AG 2018
Technical specifications (continued) 1)
No-load switching frequency for brakes L
Motor type Power 4-pole At 50 Hz kW
Brake type
LA63.. LA71..
0.12
L4/5, L4
0.18
L4/3, L4/2, L4/1,4
0.25
L4/5, L4
0.37
L4/3, L4/2, L4/1,4
L8/10, L8, L8/6,3
L8/5, L8/4
L8/3
Overexcitation
Without With
Without With
No-load switching frequency (ZA)
1/h
1/h
1/h
1/h
4-pole
2-pole
-
-
-
-
-
-
-
-
7 300 9 500 2 500 3 200
12 500 13 500 4 300 4 500
6 000 7 600 1 800 2 500
8 900 11 000 2 900 3 500
11 000 12 000 3 500 4 000
LE80..
0.55
LE80..E
0.75
LE80..P
L4/5, L4 L4/3, L4/2, L4/1,4 L8/10, L8, L8/6,3
L8/5, L8/4, L8/3
L16
L16/13, L16/10, L16/8
LE90..
1.1
LE90..E
1.5
LE90..P
L8/10, L8, L8/6,3 L8/5, L8/4, L8/3 L16/20, L16
L16/13, L16/10, L16/8
L32
L32/23, L32/18
L32/14
LE100..
2.2
LE100..E
3.0
LE100..P
L16/20, L16 L16/13, L16/10, L16/8 L32/40, L32
L32/23, L32/18, L32/14
L60/50
L60/38, L60/25
LE112..
4.0
LE112..E
LE112..P
L32/40, L32 L32/23, L32/18, L32/14 L60, L60/50
L60/38, L60/25
LE132..
5.5
LE132..E
7.5
LE132..P
L80/100, L80 L80/63, L80/50 L80/35, L80/25
L150, L150/125
L150/100, L150/80, L150/60
LE160..
11.0
LE160..E 15.0 LE160..P
L150, L150/125 L150/100, L150/80, L150/60 L260, L260/240
L260/200, L260/180
L260/145, L260/100
LES180..E 18.5 22.0
L260/315, L260, L260/240 L260/200, L260/180, L260/145, L260/100
LES200..E 30.0
L260/315, L260, L260/240
L260/200, L260/180, L260/145, L260/100
L400, L400/360, L400/300, L400/265
Conversion factors for no-load switching frequency: 60 Hz operation 0.75 x ZA IE3 motors 0.1 x ZA
No-load switching frequencies for IE1 motors on request.
9 000 10 500
6 300 9 500 6 500 7 500 6 500 8 000 3 200 6 500 2 200 3 300 5 500 6 000 6 500 3 200 6 000 1 100 3 200 3 300 3 600 2 600 3 200 1 850 2 050 2 200 1 200 1 900 1 400 1 650
850 1 050 1 450
500 550 450 500 400
9 500 11 500
7 500 10 000
7 500 8 000 7 000 8 500 4 300 7 000 3 000 4 200 6 000 6 500 7 000 4 600 6 500 2 100 4 600 3 500 3 800 3 200 3 600 2 050 2 200 2 350 1 500 2 050 1 550 1 750 1 200 1 300 1 550
550 600 500 525 425
2 900 3 500 2 100 3 100 2 100 2 500 2 100 2 600 1 000 2 100
700 1 100 1 800 2 000 2 100 1 000 2 000
350 1 000 1 100 1 200
850 1 050
600 650 700 400 600 450 550 250 350 450 320 174 150 150 125
3 100 3 800 2 500 3 300 2 500 2 600 2 300 2 800 1 400 2 300 1 000 1 400 2 000 2 100 2 300 1 500 2 100
700 1 500 1 100 1 200 1 050 1 200 6 500
700 750 500 650 500 550 400 400 500 330 200 150 175 125
Motor options Mounted components
Brake
Without With
Without With
1/h 6-pole
10 500 18 500 9 000 13 000 16 500 13 500 15 500 9 400 14 000 9 700 11 000 9 700 12 000 4 800 9 700 3 300 4 900 8 200 9 000 9 700 4 800 9 000 1 600 4 800 4 900 5 400 3 900 4 800 2 700 3 000 3 300 1 800 2 800 2 100 2 400 1 200 1 500 2 100 750 800 650 750 600
1/h
14 000 20 000 11 000 16 000 18 000 14 000 16 500 11 000 15 000 11 000 12 000 10 500 12 500 6 400 10 500 4 500 6 300 12 000 9 700 10 500 6 900 9 700 3 100 6 900 5 200 5 700 4 800 5 400 3 000 3 300 3 500 2 200 3 000 2 300 2 600 1 800 1 900 2 300 800 900 750 750 600
1/h 8-pole
14 500 25 000 12 000 17 500 22 000 12 000 14 000 6 400 12 000 2 200 9 200 6 600 7 600 5 200 7 200 3 700 4 100 4 400 2 400 3 800 2 800 3 300 1 700 2 100 2 900 1 000 1 100 900 1 000 800
1/h
19 000 27 000 15 000 22 000 24 000 13 000 14 000 9 200 13 000 4 200 9 200 7 000 7 600 6 400 7 200 4 100 4 400 4 700 3 000 4 100 3 100 3 500 2 400 2 600 3 100 1 100 1 200 1 000 1 050 850
11
1) Values refer to brake in its delivery state
Siemens MD 50.1 · 2017 11/39
© Siemens AG 2018
Motor options Mounted components
Brake
Technical specifications (continued) 1)
Disconnection times, application times and moments of inertia for brakes FDX
Brake type
Rated braking Solenoid
torque
voltage
Tbr At 100 rpm
Nm
VDC
Disconnection time Applica- Response Rise
tion time time
time
t2
t1 = t11 + t12 t11
t12
Standard Over- AC and DC switched or excitation excitation DC switched
ms
ms
ms
ms
ms
Applica- Response Rise
tion time time
time
t1 = t11 + t12 t11
t12
AC switched
ms
ms
ms
FDX30/265 FDX30/300 FDX30/360 FDX30/400 FDX30/500 FDX30/650 FDX30/750 FDX30/750 FDX30/850 FDX30/850 FDX40/650 FDX40/750 FDX40/850 FDX40/1000
265 300 360 400 500 650 750 750 850 850 650 750 850 1 000
All
-
-
-
-
-
-
103
-
180; 205 -
103
-
180; 205 -
All
-
-
-
-
173
255
180
250
192
243
200
235
220
220
250
200
260
190
200
190
270
180
210
180
280
390
315
370
350
350
400
320
125
130
1 710
1 360
350
120
130
1 620
1 270
350
113
130
1 460
1 110
350
105
130
1 350
1 000
350
90
130
800
740
350
70
130
690
340
350
60
130
670
320
350
60
130
620
270
350
50
130
600
250
350
50
130
550
200
350
230
160
2 600
2 100
500
210
160
2 230
1 730
500
190
160
1 860
1 360
500
160
160
1 300
800
500
Weight
Moment of inertia
JB
kg
10-4
kgm2
45
195
45
195
45
195
45
195
45
195
45
195
45
195
45
195
45
195
45
195
80
445
80
445
80
445
80
445
11
Working capacity for brakes FDX
Brake type Rated braking Solenoid Power consumption Working capacity
torque
voltage
At 100 rpm
At +20 °C
per braking operation Friction energy until
the brake lining is
W1max
replaced Wtot
Nm
VDC
W
kJ
FDX30/265
265
All
560/140
150
MJ 3 700
FDX30/300
300
560/140
150
3 700
FDX30/360
360
560/140
150
3 700
FDX30/400
400
560/140
150
3 700
FDX30/500
500
560/140
150
3 700
FDX30/650
650
560/140
150
3 700
FDX30/750
750
103
560/140
150
3 700
FDX30/750
750
180; 205 880/220
150
3 700
FDX30/850
850
103
560/140
150
3 700
FDX30/850
850
180; 205 880/220
150
3 700
FDX40/650
650
All
560/140
200
4 000
FDX40/750
750
560/140
200
4 000
FDX40/850
850
560/140
200
4 000
FDX40/1000 1 000
560/140
200
4 000
Friction energy until the air gap is readjusted WV
With overexcitation
MJ
MJ
-
-
-
-
1) Values refer to brake in its delivery state
11/40 Siemens MD 50.1 · 2017
© Siemens AG 2018
Motor options Mounted components
Encoder
Overview
Encoder
Motor frame size
Order code Technical information
63
71
80
90
100 112 132 160 180 200 225 250
page
Incremental encoder Incremental encoder 1XP8012 1)
1XP8012-11
Incremental encoder 1XP8032 1)
Q54
page 11/42
1XP8032-20
Q44
page 11/43
1XP8032-10
Q47
page 11/43
1XP8032-11
Q48
page 11/43
Incremental encoder 1XP8022
1XP8022-20
Q56
page 11/44
1XP8022-21
Q57
page 11/44
1XP8022-22
Q58
page 11/44
1XP8022-10
Q59
page 11/44
1XP8022-11
Q60
page 11/44
1XP8022-12
Resolver 2)
Q61
page 11/44
1XP8013-10
Q85
page 11/45
1XP8023-11
Q86
page 11/45
1XP8013-11
Q87
page 11/45
1XP8023-10
Q88
page 11/45
Absolute encoder
1XP8024-21 1XP8014-20 1XP8024-20 1XP8014-10 1XP8024-10
Q79
3) 3) Q80
3) 3) Q81
3) 3) Q82
3) 3) Q83
page 11/47 page 11/46 page 11/46 page 11/46 page 11/46
Rugged encoders
Leine und Linde LL 861 900 220
Q92
page 11/48
Hübner HOG 9 D 1024
Q93
page 11/48
Hübner HOG 10 D 1024
Q94
page 11/49
Functionally safe rotary encoder
Incremental encoder IN 8.5834
IN 8.5834FS2
Q42
page 11/50
IN 8.5834FS3
Q43
page 11/50
Absolute encoder IA 8.5883
IA 8.5883FS2
Q77
page 11/52
IA 8.5883FS3
Q78
page 11/52
Mechanical protection
Encoder under cover
Q95
page 11/56
1) Incremental encoders Q45, Q46, Q49, Q50, Q51, Q52, Q53, and Q55 have been discontinued. More information is available in the Online Support at:
https://support.industry.siemens.com/cs/ww/en/view/109754499. 2) Cannot be selected in combination with brake 3) Can only be selected in combination with brake
11
Update 02/2018
Siemens MD 50.1 · 2017 11/41
© Siemens AG 2018
Motor options Mounted components
Encoder
Incremental encoders
Incremental encoder 1XP8012 The incremental encoder is available up to motor frame size 200.
11
Technical specifications
Incremental encoder 1XP8012
-11
Pulses per revolution
2 048
Incremental signals
HTL
Supply voltage UB
10 ... 30 VDC
Maximum current consumption without load 150 mA
Permissible load per output Outputs
ILoad 100 mA (except for UaS ) 2 short-circuit-proof square-wave pulses Ua1, Ua2 (maximum 1 min)
2 short-circuit-proof square-wave pulses Ua1 , Ua2 (maximum 1 min) Zero pulse Ua0
Zero pulse Ua0 Fault-detection signal UaS
Signal level Minimum edge interval
UHigh 21 V at -IHigh = 20 mA ULow 2.8 V ILow = 20 mA (UB = 24 V) 0.8 s at 160 kHz
Switching times (10 ... 90 %)
Maximum frequency Moment of inertia of rotor
t+ t- 200 ns (with 1 m cable), except for UaS 160 kHz 4.3 x 10-6 kgm2
Maximum mechanical speed Vibration (55 ... 2 000 Hz) Shock (6/2 ms)
6 000 rpm 150 m/s2 (EN 60068-2-6) 1 000 m/s2 (EN 60068-2-27)/ 2 000 m/s2 (EN 60068-2-27)
Degree of protection
IP66
Ambient temperature range Connection system page 11/58
-20 °C to +40 °C 12-pole flange socket, 0° coding
Weight, approx.
0.30 kg
Certification
CE, cUL-Rus
Order code
Q54 1)
1) For worm geared motors S, the incremental encoder is available only for motor frame size 71.
Connection assignment
For cable available as an option, see ,,Encoder accessories (continued)" from page 11/59.
Connection
Flange socket Core color
198 2 10 12 7
3
SO 6
11
4
5
G_D087_XX_00056
Voltage supply
Incremental signals
UB
Sensor
UB
12
2
brown/green blue
0 V
Sensor
0 V
10
11
white/green white
Ua1
5 brown
Ua1
6 green
Ua2
8 gray
Ua2
Ua0
1
3
pink red
Other signals
Ua0
UaS Free
4 black
7 violet
9 yellow
11/42 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Motor options Mounted components
Encoder
Incremental encoders (continued)
Incremental encoder 1XP8032 The incremental encoder is available up to motor frame size 200.
Technical specifications
Incremental encoder 1XP8032 Pulses per revolution Incremental signals
-11 2 048 HTL
-10 1 024
Supply voltage UB Maximum current consumption without load Permissible load per output
Outputs
10 ... 30 VDC 150 mA
ILoad 100 mA (except for UaS ) 2 short-circuit-proof square-wave pulses Ua1, Ua2 (maximum 1 min)
2 short-circuit-proof (maximum 1 min)
square-wave
pulses
Ua1
,
Ua2
Zero pulse Ua0
Zero pulse Ua0 Fault-detection signal UaS
-20
1 024
TTL
5 VDC ± 10 % 120 mA ILoad 20 mA
Square-wave pulses Ua1, Ua2 Square-wave pulses Ua1 , Ua2 Zero pulse Ua0
Zero pulse Ua0
Fault-detection
signal
U a
S
Signal level Minimum edge interval
UHigh 21 V at -IHigh = 20 mA ULow 2.8 V ILow = 20 mA (UB = 24 V) 0.8 µs at 160 kHz
Switching times (10 ... 90 %)
Maximum frequency Moment of inertia of rotor
t+ t- 200 ns (with 1 m cable), except for UaS 160 kHz
4.3 x 10-6 kgm2
Maximum mechanical speed Vibration (55 ... 2 000 Hz) Shock (6/2 ms)
6 000 rpm 150 m/s2 (EN 60068-2-6) 1 000 m/s2 (EN 60068-2-27)/ 2 000 m/s2 (EN 60068-2-27)
Degree of protection
IP66
Ambient temperature range Connection system page 11/58
-20 °C to +40 °C 0.8 m cable with 12-pole coupling socket, 0° coding
Weight, approx.
0.30 kg
Certification Order code
CE, cUL-Rus Q48 1)
Q47 1)
1) For worm geared motors S, the incremental encoder is available only for motor frame size 71.
UHigh 2.5 V at -IHigh = 20 mA ULow 0.5 V ILow = 20 mA 0.45 s at 300 kHz t+ t- 30 ns (with 1 m cable) 300 kHz
Q44 1)
Connection assignment
For cable available as an option, see ,,Encoder accessories (continued)" from page 11/59.
Connection
Flange socket Core color
198 2 10 12 7
3
SO 6
11
4
5
G_D087_XX_00056
Voltage supply
Incremental signals
UB
Sensor
UB
12
2
brown/green blue
0 V
Sensor
0 V
10
11
white/green white
Ua1
5 brown
Ua1
6 green
Ua2
8 gray
Ua2
Ua0
1
3
pink red
Other signals
Ua0
UaS Free
4 black
7 violet
9 yellow
11
Update 02/2018
Siemens MD 50.1 · 2017 11/43
© Siemens AG 2018
Motor options Mounted components
Encoder
Incremental encoders (continued)
Incremental encoder 1XP8022 The incremental encoder is available up to motor frame size 200.
11
Technical specifications
Incremental encoder 1XP8022
-11
-10
-12
Pulses per revolution
2 048
1 024
512
Incremental signals
HTL
Supply voltage UB
8 ... 30 VDC (reverse-polarity protected)
Maximum current consumption without load 100 mA
Permissible load per output Outputs
IL 70 mA 2 square-wave pulses A, B
2 square-wave pulses A, B
Zero pulse N
Zero pulse N
Signal level Minimum edge interval
UHigh UB - 3 V ULow 1.5 V 500 ns
Switching times (10 ... 90 %)
1 s
Maximum frequency Moment of inertia of rotor
120 kHz 6 x 10-6 kgm2
Maximum mechanical speed Vibration (55 ... 2 000 Hz) Shock (11 ms)
8 000 rpm 100 m/s2 (EN 60068-2-6) 1 000 m/s2 (EN 60068-2-27)
Degree of protection
IP66
Ambient temperature range Connection system page 11/58
-20 °C to +40 °C Cable terminal box
Weight, approx.
0.35 kg
Certification Order code
CE, cUL-Rus Q60 1)
Q59 1)
Q61 1)
1) For worm geared motors S, the incremental encoder is available only for motor frame size 71.
-21
-20
-22
2 048
1 024
512
TTL
5 VDC ± 5 % (reverse-polarity protected)
UHigh 2.5 V ULow 0.5 V 200 ns
Q57 1)
Q56 1)
Q58 1)
Connection assignment
For cable available as an option, see ,,Encoder accessories (continued)" from page 11/59.
G_D087_DE_00012
_ +UB 0V A A B
_
_
B N N +US 0VS
Sensor
Connection Cable terminal box Core color
Connections
+UB
0V
red
blue
A
A
B
green brown gray
B
N
black pink
N
+US
0VS
white yellow violet
11/44 Siemens MD 50.1 · 2017
© Siemens AG 2018
Resolvers 1XP8013 and 1XP8023 1)
Resolvers are available up to motor frame size 200.
Motor options Mounted components
Encoder
Fig. 11/49 Resolver 1XP8013
Fig. 11/50 Resolver 1XP8023
Technical specifications
Resolver
1XP8013-10
1XP8023-10
Input voltage Current consumption (maximum)
7 VRMS 120 mA
Input frequency
5 kHz
Phase shift
0° (+25°)
Zero voltage (maximum)
50 mV
Pole pairs
1
Primary side
R1 - R2
Impedance
Zro Zso Zss DC resistance
55 + j50 (± 20 %) 115 + j175 (± 20 %) 115 + j160 (± 20 %)
Rotor
36 (± 10 %)
Stator
60 (± 10 %)
Maximum permissible mechanical speed 8 000 rpm
Permissible electrical speed
8 000 rpm
Vibration (55 ... 2 000 Hz)
100 m/s²
Shock (6 ms) Connection system page 11/58
1 000 m/s²
Flange socket, 0° coding
1 m cable with coupling socket
Degree of protection
IP65
Ambient temperature range
-20 °C to +40 °C
Weight, approx.
320 g
500 g
Certification Order code
CE, cUL-Rus Q85 1)
Q88 1)
1) For worm geared motors S, the resolver is available only for motor frame size 71.
1XP8013-11 7 VRMS 65 mA 10 kHz 0° (± 10 °) 50 mV 1 R1 - R2
70 + j100 (± 20 %) 180 + j300 (± 20 %) 175 + j275 (± 20 %)
36 (± 10 %) 60 (± 10 %) 8 000 rpm 8 000 rpm 100 m/s² 1 000 m/s² Flange socket, 0° coding IP65
320 g
Q87 1)
1XP8023-11
1 m cable with coupling socket 500 g Q86 1)
Connection assignment
For cable available as an option, see ,,Encoder accessories (continued)" from page 11/59.
198 2 10 12 7
3
SO 6
11
4
5
G_D087_XX_00056
Connection Flange socket Core color
Input voltage R1 10 pink
1) Resolver cannot be combined with brake motor
R2 7 white
Sine tap
S1
S3
11
12
red
blue
Cosine tap S2 1 yellow
S4 2 violet
Siemens MD 50.1 · 2017 11/45
11
© Siemens AG 2018
Motor options Mounted components
Encoder
Absolute encoders 1XP8014 and 1XP8024
Absolute encoders are available up to motor frame size 250.
The multiturn absolute encoder can be shipped with EnDAT protocol or SSI protocol and mounted on the shaft.
Technical specifications
Absolute encoder
1XP8014-20
1XP8024-20
1XP8014-10
Supply voltage UB
10 ... 30 V
Maximum current consumption without load 200 mA
5 V ± 5 %
Absolute position values
SSI
EnDAT 2.1
· Code
Gray
Dual
· Positions per revolution
8 192 (13 bit)
· Differentiable revolutions
4 096
Incremental signals · Pulses per revolution
~1 VPP 512
2 048
· Outputs
Sine/cosine pulses A, B
· Limit frequency -3 dB
200 kHz
· Signal size Moment of inertia of rotor
0.8 ... 1.2 VPP 4.3 x 10-6 kgm2
Maximum permissible mechanical speed 6 000 rpm
Permissible electrical speed with system accuracy
1 500 rpm/± 1 LSB 10 000 rpm/± 50 LSB
Vibration (55 ... 2 000 Hz)
15 g
30 g
15 g
Shock (6 ms)
100 g
Degree of protection
IP66
Ambient temperature range Connection system page 11/58
-20 °C to +40 °C
Flange socket, 17-pole with 0° coding
1 m cable with coupling Flange socket,
socket
17-pole with
0° coding
Weight, approx.
0.3 kg
Certification Order code
CE, cUL-Rus Q80 1)
Q81 1)
Q82 1)
1) For worm geared motors S, the absolute encoder is available only for motor frame size 71.
1XP8024-10
30 g 1 m cable with coupling socket Q83 1)
Connection assignment
For cable available as an option, see ,,Encoder accessories (continued)" from page 11/59.
11
11
1
10
12 16 13
2
9
3
15 14
8
17
4
7
5
6
G_D087_XX_00011
Connection
Voltage supply
Incremental signals
UB
Sen- 0 V Sen- Inner A+
A-
sor UB
sor 0 V shield
B+
B-
Absolute position values
Other signals
DATA DATA CLOCK CLOCK Rot.
Zeros
direction
Flange socket (SSI) Core color
7
1
brown/ blue green
10 4
11
white/ white green
15
green/ black
16
yellow/ black
12
blue/ black
13
red/ black
14 17 8 gray pink violet
9 yellow
2 black
5 green
Connection
Flange socket (EnDAT 2.1) Core color
Voltage supply
UB
Sen- 0 V
sor UB
Incremental signals
Sen- Inner A+
A-
B+
sor 0 V shield
7
1
10 4
11 15
16
12
brown/ blue white/ white
green
green
green/ yellow/ blue/ black black black
B-
13 red/ black
Absolute position values
DATA DATA CLOCK CLOCK -
-
14 17 8
9
gray pink violet yellow black green
11/46 Siemens MD 50.1 · 2017
© Siemens AG 2018
Motor options Mounted components
Encoder
Absolute encoder 1XP8024-21
The absolute encoder is available with SSI protocol and HTL incremental signals up to motor frame size 200. This is ideally suited to SINAMICS G120D.
Technical specifications
Absolute encoder
1XP8024-21
Supply voltage UB Maximum current consumption without load
10 ... 30 V 28 mA at 24 V
Absolute position values
SSI
· Code
Gray
· Positions per revolution
8 192 (13 bit)
· Differentiable revolutions
4 096
· Calculation time tcal Incremental signals
5 s HTL
· Outputs
2 short-circuit-proof square-wave pulses Ua1, Ua2 (maximum 1 min) 2 short-circuit-proof square-wave pulses Ua1 , Ua2 (maximum 1 min)
· Signal level · Pulses per revolution
UHigh UB - 2.5 V IHigh = 20 mA ULow 1.6 V ILow = 20 mA 2 048
· Sampling rate
205 kHz
· Edge interval
0.43 s
Starting torque at 20 °C Moment of inertia of rotor
0.01 Nm 4.3 x 10-6 kgm2
Maximum permissible mechanical speed Vibration (55 ... 2 000 Hz) Shock (6 ms)
6 000 rpm 150 m/s2 (EN 60068-2-6) 1 000 m/s2 (EN 60068-2-27)
Degree of protection
IP66
Ambient temperature range Connection system page 11/58
-20 °C to +40 °C 1 m cable with 17-pole coupling socket, 0° coding
Weight, approx.
0.3 kg
Certification Order code
CE, cUL-Rus Q79 1)
1) For worm geared motors S, the absolute encoder can only be selected for motor frame size 71.
Connection assignment
For cable available as an option, see ,,Encoder accessories (continued)" from page 11/59.
11
1
10
12 16 13
2
9
3
15 14
17
8
4
7
5
6
G_D087_XX_00011
Connection
Voltage supply
UB
Sen- 0 V
sor UB
Incremental signals
Sensor 0 V
Inner Ua1 shield
Ua1
Ua2
Absolute position values
Other signals
Ua2
DATA DATA CLOCK CLOCK Count. Zeros direction
Flange socket (SSI) Core color
7
1
brown/ blue green
10 4
11
white/ white green
15
green/ black
16
yellow/ black
12
blue/ black
13
red/ black
14 17 8
9
2
gray pink violet yellow black
5 green
11
Siemens MD 50.1 · 2017 11/47
Motor options Mounted components
Encoder
Rugged encoders
Rotary pulse encoder LL 861 900 220
© Siemens AG 2018 Rotary pulse encoder HOG9 D 1024 I
11
Fig. 11/51 Leine und Linde LL 861 900 220
With its rugged design, this rotary pulse encoder is also suitable for demanding operating environments. It is resistant to shock and vibration and has insulated bearings.
The rotary pulse encoder LL 861 900 220 is available in combination with self-ventilated motors in frame size 112 or larger, or in combination with forced-ventilated motors in frame size 160 or larger.
The version of the rotary pulse encoder with a diagnostics system (ADS) can be supplied by Leine and Linde.
Technical specifications
Supply voltage UB
+9 ... +30 V
Current consumption without load max. 80 mA
Permissible load current per output 40 mA
Pulses per revolution
1 024
Outputs
6 short-circuit-proof square-wave pulses A, A', B, B', 0, 0', high current HTL
Pulse offset between the two outputs
90° ± 25° electrical
Output amplitude Pulse duty factor
UHigh UB - 4 V ULow 2.5 V 1:1 ± 10 %
Rate of change
50 V/µs (without load)
Maximum frequency
100 kHz for 350 m cable
Maximum speed
4 000 rpm
Degree of protection
IP66
Ambient temperature range
-20 °C to +40 °C
Maximum permissible radial cantilever force
300 N
Maximum permissible axial force 100 N Connection system page 11/58 Terminal strips in the encoder
Cable connection, M20 x 1.5 radial
Weight, approx.
1.3 kg
Order code
Q92
Manufacturer: Leine und Linde (Germany) GmbH Bahnhofstrasse 36 73430 Aalen, Germany Phone: +49 (0) 73 61-78093-0 Fax: +49 (0) 73 61-78093-11 www.leinelinde.com E-mail: info@leinelinde.de
Fig. 11/52 Hübner HOG9 D 1024 I
The encoder is equipped with insulated bearings.
The rotary pulse encoder HOG9 D 1024 I is available in combination with self-ventilated motors in frame size 112 or larger, or in combination with forced-ventilated motors in frame size 160 or larger.
Technical specifications
Supply voltage UB
+9 ... +30 V
Current consumption without load 50 ... 100 mA
Permissible load current per output 60 mA, 300 mA peak
Pulses per revolution
1 024
Outputs
4 short-circuit-proof square-wave pulses A, B and A', B'
Pulse offset between the two outputs
90° ± 20°
Output amplitude Pulse duty factor
UHigh UB - 3.5 V ULow 1.5 V 1:1 ± 20 %
Rate of change
10 V/µs (without load)
Maximum frequency
120 kHz
Maximum speed
7 000 rpm
Degree of protection
IP56
Ambient temperature range
-20 °C to +40 °C
Maximum permissible radial cantilever force
300 N
Maximum permissible axial force 200 N
Connection system page 11/58 Radial connector (mating connector is part of the scope of delivery)
Mechanical design acc. to Hübner Ident. No.
73 522 E
Weight
0.7 kg
Order code
Q93
Manufacturer: Baumer Hübner GmbH Max-Dohrn-Str. 2+4 10589 Berlin, Germany Phone: +49 (0) 30-6 90 03-0 Fax: +49 (0) 30-6 90 03-1 04 www.baumerhuebner.com E-mail: info@baumerhuebner.com
11/48 Siemens MD 50.1 · 2017
© Siemens AG 2018
Rugged encoders (continued)
Rotary pulse encoder HOG10 D 1024 I
Motor options Mounted components
Encoder
Fig. 11/53 Hübner HOG10 D 1024 I
This encoder is extremely rugged and is therefore suitable for harsh operating conditions. It is equipped with insulated bearings.
The rotary pulse encoder HOG10 D 1024 I is available for motor frame size 132 and higher.
Technical specifications
Supply voltage UB
+9 ... +30 V
Current consumption without load Approx. 100 mA
Permissible load current per output 60 mA, 300 mA peak
Pulses per revolution
1 024
Outputs
4 short-circuit-proof square-wave pulses A, B and A', B'
Pulse offset between the two outputs
90° ± 20 %
Output amplitude Pulse duty factor
UHigh UB - 3.5 V ULow 1.5 V 1:1 ± 20 %
Rate of change
10 V/µs (without load)
Maximum frequency
120 kHz
Maximum speed
7 000 rpm
Degree of protection
IP66
Ambient temperature range
-20 °C to +40 °C
Maximum permissible radial cantilever force
400 N
Maximum permissible axial force 250 N
Connection system page 11/58 Terminals, cable connection M20x1.5
Mechanical design acc. to Hübner 74 055 E Ident. No.
Weight, approx.
1.6 kg
Order code
Q94
Manufacturer: Baumer Hübner GmbH Max-Dohrn-Str. 2+4 10589 Berlin, Germany Phone: +49 (0) 30-6 90 03-0 Fax: +49 (0) 30-6 90 03-1 04 www.baumerhuebner.com E-mail: info@baumerhuebner.com
11
Siemens MD 50.1 · 2017 11/49
© Siemens AG 2018
Motor options Mounted components
Encoder
Functionally safe rotary encoder
Information about configuring and application of the functionally safe rotary encoder can be found in chapter "Configuring guide" on page 2/23. Incremental encoder IN 8.5834 This incremental encoder is available for motor frame sizes 71 to 200.
11
Fig. 11/54 Incremental encoder IN 8.5834
Technical specifications
Incremental encoder
IN 8.5834FS2
IN 8.5834FS3
Pulses per revolution
1 024
Supply voltage UB
5 VDC ± 5 %
Maximum current consumption without load 70 mA
Reverse polarity protection for supply voltage yes
Outputs
Sinusoidal/cosinusoidal
· Max. frequency -3dB
400 kHz
· Signal level · Outputs
1 Vpp (± 10 %)
Sine signal: B, B_Inv Cosine signal: A, A_Inv
· Short-circuit strength
Yes (short-circuit-proof to 0 V or output, only one channel at a time, when supply voltage is correctly applied)
Starting torque (at 20 °C) Moment of inertia of rotor
< 0.03 Nm 7 x 10-6 kgm2
Max. permissible mechanical speed Maximum permissible angular acceleration Vibration (10 ... 150 Hz) Shock resistance (11 ms)
3 000 rpm 4 000 rad/s2 200 m/s2 (EN 60068-2-6) 500 m/s2 (EN 60068-2-27)
Degree of protection
IP65
Ambient temperature range
-20 °C to +40 °C
Connection system
Tangential 1 m cable with coupling socket 12-pole, M23 with 0° coding
Weight, approx.
0.45 kg
Certification
CE, cULus, SIL/PL
UL file
File 224618
CE-compliant (compliance with applicable national and regional laws, standards and regulations is also essential)
EMC Directive 2014/30/EU Machinery Directive 2006/42/EC RoHS Directive 2011/65/EU
Safety values
Classification
PLd / SIL2
PLe / SIL3
System structure PFH d value
2-channel (Cat. 3)
2.16 x 10-8 h-1 (The specified value refers to a diagnostic coverage of 90 % that must be achieved with an encoder evaluation unit. The encoder evaluation unit must at least comply with the requirements for SIL2.)
2-channel (Cat. 4)
1.09 x 10-8 h-1 (The specified value refers to a diagnostic coverage of 99 % that must be achieved with an encoder evaluation unit. The encoder evaluation unit must at least comply with the requirements for SIL3.)
Service life
20 years
20 years
Relevant standards (compliance with applicable national and
EN ISO 13849-1:2008 EN ISO 13849-2:2012
regional laws, standards, and regulations is EN 61800-5-2:2007
also essential)
Order code
Q42 1)
1) The functionally safe rotary encoder is not compatible with worm geared motors S.
EN ISO 13849-1:2008 EN ISO 13849-2:2012 EN 61800-5-2:2007
Q43 1)
11/50 Siemens MD 50.1 · 2017
Functionally safe rotary encoder (continued)
Incremental encoder IN 8.5834 Connection assignment
198 2 10 12 7
3 4
6 11
5
G_D087_XX_00286
© Siemens AG 2018
Motor options Mounted components
Encoder
G_D087_XX_00284
Signal
A A B B
Fig. 11/55 Chart pattern with shaft rotating in clockwise direction (looking in direction of clamping ring)
Voltage supply
Incremental signals
Connection UB
Sensor 0 V Sensor A+
UB 1)
0 V 1)
A-
B+ B-
Flange socket
12 2
10 11
5681
1) Jumpers between sensor pins in rotary encoder
Manufacturer:
Fritz Kübler GmbH Schubertstrasse 47 78054 Villingen-Schwenningen, Germany
Phone: +49 (0) 77 20 - 39 03-0 Fax: +49 (0) 77 20 - 21 56 4
www.kuebler.com E-mail: info@kuebler.com
11
Siemens MD 50.1 · 2017 11/51
© Siemens AG 2018
Motor options Mounted components
Encoder
Functionally safe rotary encoder (continued)
Absolute encoder IA 8.5883 This absolute encoder is available for motor frame sizes 71 to 200.
11
Fig. 11/56 Absolute encoder IA 8.5883
Technical specifications
Absolute encoder
IA 8.5883FS2
IA 8.5883FS3
Supply voltage UB
5 VDC ± 5 %
Maximum current consumption without load 80 mA
Reverse polarity protection for supply voltage yes
Absolute position values
SSI
· Output driver
RS 485 transceiver type
· Permitted load / channel
Max. ± 20 mA
· Signal level
HIGH type 3.8 V LOW with I load = 20 mA type 1.3 V
· Positions per revolution
8 192 (13 bit)
· Differentiable revolutions
4 096 (12 bit)
· Code
Gray
· SSI clock rate
50 kHz ... 2 MHz
· Monoflop time
15 s
· Data refresh rate
ST resolution 1 s
SinCos signals · Max. frequency -3dB
~ 1 VPP 400 kHz
· Signal level · Short-circuit strength
1 Vpp (± 10 %)
Yes (short-circuit-proof to 0 V or output, only one channel at a time, when supply voltage is correctly applied)
· Pulses per revolution
2 048
· Outputs
Sine signal: B, B_Inv Cosine signal: A, A_Inv
Starting torque (at 20 °C) Moment of inertia of rotor
< 0.03 Nm 7 x 10-6 kgm2
Max. permissible mechanical speed Maximum permissible angular acceleration Vibration (10 ... 150 Hz) Shock resistance (11 ms)
3 000 rpm 4 000 rad/s2 200 m/s2 (EN 60068-2-6) 500 m/s2 (EN 60068-2-27)
Degree of protection
IP65
Ambient temperature range
-20 °C to +40 °C
Connection system
Tangential 1 m cable with coupling socket 17-pole, M23 with 0° coding
Weight, approx.
0.45 kg
Certification
CE, cULus, SIL/PL
UL file
File 224618
CE-compliant (compliance with applicable EMC Directive 2014/30/EU
national and regional laws, standards and Machinery Directive 2006/42/EC
regulations is also essential)
RoHS Directive 2011/65/EU
Order code
Q77 1)
1) The functionally safe rotary encoder is not compatible with worm geared motors S.
Q78 1)
11/52 Siemens MD 50.1 · 2017
© Siemens AG 2018
Motor options Mounted components
Encoder
Functionally safe rotary encoder (continued)
Absolute encoder IA 8.5883
Technical specifications
Absolute encoder
IA 8.5883FS2
IA 8.5883FS3
Safety values
Classification
PLd / SIL2
PLe / SIL3
System structure PFH d value
2-channel (Cat. 3)
2-channel (Cat. 4)
2.16 x 10-8 h-1
1.09 x 10-8 h-1
(The specified value refers to a diagnostic coverage (The specified value refers to a diagnostic coverage
of 90 % that must be achieved with an encoder of 99 % that must be achieved with an encoder
evaluation unit. The encoder evaluation unit must at evaluation unit. The encoder evaluation unit must at
least comply with the requirements for SIL2.)
least comply with the requirements for SIL3.)
Service life
20 years
20 years
Relevant standards
EN ISO 13849-1:2008
(compliance with applicable national and EN ISO 13849-2:2012
regional laws, standards, and regulations EN 61800-5-2:2007
is also essential)
Order code
Q77 1)
EN ISO 13849-1:2008 EN ISO 13849-2:2012 EN 61800-5-2:2007
Q78 1)
1) The functionally safe rotary encoder is not compatible with worm geared motors S.
Connection assignment
11
1
10
12 16 13
2
9
3
15 14
17
8
4
7
5
6
G_D087_XX_00285a
Signal
0 position absolute value
A
A
B
B
increasing absolute values
G_D087_EN_00275
Fig. 11/57 Chart pattern with shaft rotating in clockwise direction (looking in direction of clamping ring)
Connection
Voltage supply
Incremental signals
UB
Sensor 0 V UB 1)
Sensor Inner A+ 0 V 1) shield 2)
A-
B+
B-
Flange socket (SSI) 7
1
10 4
11
15
16
12
13
1) Sensor pins jumpered internally in connector 2) No inner shield 3) When the input is activated, the absolute values are counted backwards 4) When the input is activated, the absolute value is set to zero
Absolute position values
Other signals
DATA DATA D+ D-
CLOCK CLOCK
C+
C-
Rot.
Zeros
direction
DIR 3) SET 4)
14 17 8
9
2
5
Manufacturer:
Fritz Kübler GmbH Schubertstrasse 47 78054 Villingen-Schwenningen, Germany
Phone: +49 (0) 77 20 - 39 03-0 Fax: +49 (0) 77 20 - 21 56 4
www.kuebler.com E-mail: info@kuebler.com
11
Siemens MD 50.1 · 2017 11/53
© Siemens AG 2018
Motor options Mounted components
11
Encoder
Functionally safe rotary encoder (continued)
The maximum permissible air gaps for brake motors with functionally safe rotary encoder are different, see table.
Technical specifications of brake with functionally safe rotary encoder
Brake type Rated braking torque Tbr
L4/1.4 L4/2 L4/3 L4 L4/5 L8/3 L8/4 L8/5 L8/6.3 L8 L8/10 L16/4 L16/8 L16/10 L16/13 L16 L16/20 L32/8 L32/14 L32/18 L32/23 L32 L32/40 L60/25 L60/35 L60/38 L60/50 L60 L80/25 L80/35 L80/50 L80/63 L80 L80/100 L150/60 L150/80 L150/100 L150/125 L150 L260/100 L260/145 L260/180 L260/200 L260/240 L260 L260/315 L400/265 L400/300 L400/360 L400 L400/600
At 100 rpm Nm
1.4 2 3 4 5 3 4 5 6.3 8 10 4 8 10 13 16 20 8 14 18 23 32 40 25 35 38 50 60 25 35 50 63 80 100 60 80 100 125 150 100 145 180 200 240 260 315 265 300 360 400 600
Working capacity
Rated air gap SLSN
Friction energy until the air gap is readjusted WV MJ
46.8 46.8 39.6 36.0 23.4 86.4 86.4 75.6 75.6 64.8 54 108 108 108 108 108 80 190 190 190 173 141 110 204 204 187 159 159 264 264 264 264 264 173 273 273 273 273 273 418 418 418 418 418 418 338 643 643 643 643 257
mm 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.2 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.3 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.4 0.5 0.5 0.5 0.5 0.5
11/54 Siemens MD 50.1 · 2017
Max. rated air gap SLSM
mm 0.65 0.6 0.55 0.5 0.4 0.6 0.6 0.6 0.6 0.5 0.5 0.6 0.6 0.6 0.6 0.6 0.5 0.7 0.7 0.7 0.7 0.6 0.5 0.7 0.7 0.7 0.6 0.6 0.7 0.7 0.7 0.7 0.7 0.6 0.8 0.8 0.8 0.8 0.8 0.8 0.8 0.8 0.8 0.8 0.8 0.7 0.9 0.9 0.9 0.9 0.7
© Siemens AG 2018
Motor options Mounted components
Encoder
Mechanical protection
Design
Figure
Protection plate
For self-ventilated motors up to frame size 90, the encoder is mounted outside the fan cover. In the standard version, the encoder is covered by a protective metal plate (painted red).
Canopy
From motor frame size 100, the encoder is protected by a canopy.
Fan cover of the motor (with separately driven fan)
For force-ventilated motors the encoder is mounted inside the fan cover.
Encoder type
1XP8012-..
1XP8014-.. 1XP8013-.. 1XP8022-..
1XP8032-..
1XP8024-.. 1XP8023-..
1XP8012-..
1XP8014-.. 1XP8013-.. 1XP8022-..
1XP8032-..
1XP8024-.. 1XP8023-.. Leine & Linde LL 861 900 220 HOG9 D 1021 I HOG10 D 1021 I
1XP8012-..
1XP8014-.. 1XP8013-.. 1XP8022-..
1XP8032-..
1XP8024-.. 1XP8023-.. Leine & Linde LL 861 900 220 HOG9 D 1021 I HOG10 D 1021 I
IN 8.5834
IA 8.5883
Encoder order Connection
code
system
Mounting of flange/coupling socket
Q50, Q51, Q52, Flange socket Q53, Q54, Q55
Q80, Q82
Q85, Q87
Q56, Q57, Q58, Cable terminal Q59, Q60, Q61 box
Q44, Q45, Q46, 0.8 m cable + Q47, Q48, Q49 coupling socket
Q79, Q81, Q83 1 m cable +
Q86, Q88
coupling socket
Q50, Q51, Q52, Flange socket Q53, Q54, Q55
Q80, Q82
Q85, Q87
Q56, Q57, Q58, Cable terminal Q59, Q60, Q61 box
Q44, Q45, Q46, 0.8 m cable + Q47, Q48, Q49 coupling socket
Q79, Q81, Q83 1 m cable +
Q86, Q88
coupling socket
Q92
Cable terminal
box
Q93
Flange socket
Q94
Cable terminal
box
Q50, Q51, Q52, Flange socket
Q53, Q54, Q55 (from motor
Q80, Q82
frame size 132)
Q85, Q87
Q56, Q57, Q58, Cable terminal Q59, Q60, Q61 box
Q44, Q45, Q46, 0.8 m cable + The coupling socket is attached Q47, Q48, Q49 coupling socket to the motor cooling fins using a
claw.
Q79, Q81, Q83 1 m cable + The cable is freely fed out of the
Q86, Q88
coupling socket fan cover.
Q92
Cable terminal
box
Q93
Flange socket
Q94
Cable terminal
box
Q42, Q43 Q77, Q78
1 m cable + The coupling socket is attached
coupling socket to the motor cooling fins using a
1 m cable +
cable tie with claw.
coupling socket
11
Siemens MD 50.1 · 2017 11/55
Motor options Mounted components
Encoder
Mechanical protection (continued)
Design
Figure
Encoder under cover
Optionally, for motor frame sizes 71 to 200, instead of the protective metal plate, a protective cover can be ordered. This provides additional mechanical protection for the encoder.
Order code for encoder under cover: Q95
© Siemens AG 2018
Encoder type
Encoder order code
Connection system
Mounting of flange/coupling socket
1XP8022-.. 1XP8032-..
Q56, Q57, Q58, Cable terminal Q59, Q60, Q61 box
Q44, Q45, Q46, 0.8 m cable + The coupling socket is attached Q47, Q48, Q49 coupling socket to the cover by a bracket.
1XP8024-.. 1XP8023-..
G_D087_XX_000170
Q79, Q81, Q83 1 m cable +
The cable is brought out
Q86, Q88
coupling socket through a cutout with protective envelope.
IN 8.5834 IA 8.5883
Q42, Q43 Q77, Q78
G_D087_XX_000171
1 m cable +
The coupling socket is attached
coupling socket to the motor cooling fins using a
1 m cable +
cable tie with claw.
coupling socket
11
11/56 Siemens MD 50.1 · 2017
© Siemens AG 2018
Motor options Mounted components
Encoder
Motors prepared for encoder mounting
MOTION-CONNECT signal cables
The interface for the modular encoder-mounting shaft is designed for a total maximum weight of m = 500g. The connections and wiring for the encoder system must be selected such that the rotary encoder is not subjected to any additional forces. The encoder must be mounted in such a way that normal linear expansion does not subject the torque arm to any impermissible forces.
In the delivery state, the encoder-mounting shaft has a maximum radial runout of 0.1 mm. When the encoder is selected, it must be ensured that the minimum immersion depth of the solid shaft into the hollow shaft corresponds to the encoder manufacturer's specifications. The encoder manufacturer's instructions and recommendations must also be observed.
The interface "Prepared for encoder mounting" is always shipped with an encoder protection device for protection during transportation. The encoder protection device should be used in order to protect the mounted encoder and the mounting system against mechanical damage.
For the dimensions of the available mounting space and other dimensions, please refer to page 8/51.
This option is suitable for applications with medium shock and vibration requirements. At medium cycle frequencies of the application, speeds up to 3 600 rpm are possible.
Order code:
Prepared for encoder mounting (12 mm) 1)
N50
1) Not possible for worm geared motors S
MOTION-CONNECT signal cables for encoder types incremental encoder (HTL/TTL), absolute encoder (SSI/EnDat 2.1) and resolver are available for connecting Siemens 1XP8 encoders to SINAMICS S110/120 and G120.
These cables can be ordered in precise 10 cm lengths.
Description
Article No.:
Incremental encoder (HTL/TTL) 1XP8012; 1XP8032 and 1XP8022
Pre-assembled signal cable (fixed routing/with D-sub connector on control side)
6FX5002-2CR00-7 7 77
Pre-assembled signal cable (fixed routing/with bare wire ends on control side)
6FX5002-2CA12-7 7 77
Pre-assembled signal cable (trailing type/ with bare wire ends on control side)
6FX8002-2CA12-7 7 77
Absolute encoder (SSI) 1XP8014-20; 1XP8024-20; 1XP8024-21
Pre-assembled signal cable (fixed routing) 6FX5002-2CC06-7 7 77
Pre-assembled signal cable (trailing type) 6FX8002-2CC06-7 7 77
Absolute encoder (EnDat 2.1) 1XP8014-10; 1XP8024-10
Pre-assembled signal cable (fixed routing/with D-sub connector on control side)
6FX5002-2CH00-7 7 77
Pre-assembled signal cable (trailing type/ with D-sub connector on control side)
6FX8002-2CH00-7 7 77
Resolvers 1XP8013 and 1XP8023
Pre-assembled signal cable (fixed routing) 6FX5002-2CF06-7 7 7 7
Pre-assembled signal cable (trailing type) 6FX8002-2CF06-7 7 7 7
Functionally safe rotary encoder
Connecting cable for incremental encoder IN 8.5834FS2, IN 8.5834FS3
Connecting cable for absolute encoder IA 8.5883FS2, IA 8.5883FS3
6FX5002-2CG00-7 77 7 6FX5002-2CH00-7 7 77
For further selection options and information about MOTION-CONNECT signal cables, please refer to Catalog D 21.4 and the Industry Mall.
11
Siemens MD 50.1 · 2017 11/57
Motor options Mounted components
Encoder
Encoder accessories
Connection system Connection system M23 flange socket
M23 coupling socket
M23 connector
© Siemens AG 2018
Description
Design
The flange socket is mounted directly on the encoder.
Pin contacts External thread
The coupling socket is connected to the encoder Pin contacts
via a cable.
External thread
The connector is connected to the flange/ coupling socket.
Socket contacts Union nut
11
Technical specifications
Approvals · VDE · cULus or UL/CSA · UL-CSA File No. Operating temperature on the surface · Permanently installed · Moving Smallest bending radius · Permanently installed · Moving Bending operations Oil resistance Outer jacket Design
Outer diameter
Cable suitable for cable carriers
yes yes AWM STYLE 20963 80 °C 30 V E63216
-40 °C ... +80 °C -10 °C ... +80 °C
70 mm 100 mm Typ. 5 x 106 cycles EN 50363-10-2 Polyurethane (PUR) 4x2x0,14+4x0.5 (for incremental encoder) 4x2x0,14+4x0.5+4x0.5 (for absolute encoder) 8 mm
Cable unsuitable for cable carriers
yes yes E242293
-40 °C ... +100 °C -30 °C ... +100 °C
35 mm 70 mm Oil-resistant Polyurethane (PUR) 5x2x0.14 mm2
7 mm ± 0.2 mm
11/58 Siemens MD 50.1 · 2017
© Siemens AG 2018
Encoder accessories (continued)
Connector A straight connector for shielded cables up to 8 mm in diameter is available for encoders with flange/coupling socket.
Selection table
G_D087_XX_00123
Encoder type
Incremental encoders 1XP8012, 1XP8032, IN 8.5834 Resolvers 1XP8013 and 1XP8023 Absolute encoders 1XP8014, 1XP8024, IA 8.5883
Cable with end sleeves A pre-assembled cable with end sleeves and three different cable lengths can be supplied for the encoders. Selection table
Order code Article No. M23 connector
Q62 FDU:55190000565002
Q62 FDU:55190000565003
Motor options Mounted components
Encoder
G_D087_XX_00035a
L
50
Encoder type
Free cable length L
Incremental encoders 1XP8012, 1XP8032
Suitable for cable carrier Yes/no
yes
Resolvers 1XP8013 and 1XP8023
no
Absolute encoders 1XP8014 and 1XP8024 yes
Order code Article No.
2 m
Q69 FDU:70000004013446
Q69 FDU:70000004013576
Q69 FDU:70000004013454
8 m
Q70 FDU:70000004013447
Q70 FDU:70000004013577
Q70 FDU:70000004013455
15 m
Q71 FDU:70000004013448
Q71 FDU:70000004013578
Q71 FDU:70000004013456
11
G_D087_XX_00085
Encoder type
Free cable length L
Incremental encoder 1XP8022
50
L
50
Suitable for cable carrier Yes/no
no
Order code Article No. 2 m
Q63 FDU:70000004013418
8 m
Q64 FDU:70000004013419
15 m
Q65 FDU:70000004013420
Siemens MD 50.1 · 2017 11/59
© Siemens AG 2018
Motor options Mounted components
Encoder
Encoder accessories (continued)
Cable with coupling socket A cable with a straight coupling socket can be supplied for the encoders. Selection table
G_D087_EN_00036a
L
1 98 2 10 12 7 3 S0 6
411 5
SW24
Encoder type
Free cable length L
Incremental encoders 1XP8012, 1XP8032
Suitable for cable carrier Yes/no
yes
Resolvers 1XP8013 and 1XP8023
no
For the connection assignment, see the encoder flange socket.
Order code Article No. 2 m
Q72 FDU:70000004013449 Q72 FDU:70000004013579
8 m
Q73 FDU:70000004013450
Q73 FDU:70000004013580
15 m
Q74 FDU:70000004013451
Q74 FDU:70000004013581
11
L
Encoder type
Free cable length L
Absolute encoders 1XP8014 and 1XP8024
Suitable for cable carrier Yes/no
yes
G_D087_EN_00101a
SW24
Order code Article No. 2 m Q72 FDU:70000004013457
8 m
Q73 FDU:70000004013458
15 m
Q74 FDU:70000004013459
50
L
G_D087_EN_00086a
1 98 2 10 12 7 3 S0 6
411 5
SW24
Encoder type
Free cable length L
Incremental encoder 1XP8022
Suitable for cable carrier Yes/no
no
Order code Article No. 2 m Q66 FDU:70000004013421
8 m
Q67 FDU:70000004013422
15 m
Q68 FDU:70000004013443
11/60 Siemens MD 50.1 · 2017
© Siemens AG 2018
Encoder accessories (continued)
EnDAT gateways for absolute encoders
Using interface converters (gateways), EnDAT absolute encoders can be integrated in networks with a serial bus system (PROFIBUS DP, CANopen, and DeviceNET).
Motor options Mounted components
Encoder
Technical specifications
Gateways 1)
PROFINET PROFIBUS CANopen DP
DeviceNET
Supply voltage
9 ... 36 V DC 9 ... 30 V DC 9 ... 30 V DC 9 ... 30 V DC
Encoder data
Connection
EnDat
EnDat
EnDat
EnDat
Supply voltage
5 V DC ± 5 %
5 V DC ± 5 %
5 V DC ± 5 %
5 V DC ± 5 %
Absolute encoder 1XP8014-10 (Q82) and 1XP8024-10 (Q83)
Accessories
Cable with coupling Q72, Q73, Q74 socket
Order code
Q012)
Q02
Q03
Q04
1) Not possible for worm geared motors S. 2) Not possible in conjunction with UL-R and CSA design.
Fig. 11/58 EnDAT gateways
Manufacturer: Leine & Linde AB Am Sandtorkai 50 20457 Hamburg, Germany Phone: +49 (0) 40 3176758 60 Fax: +49 (0) 40 3176758 65 www.leinelinde.com E-mail: info@leinelinde.de
Application terminal box for sensors
The application terminal box contains the connections for the sensors in the motor (temperature measurement) and on the
Order code:
motor (encoder). This is used to isolate the connections for the Application terminal box 1)
Q75
power section from those for the sensor section.
1) Not possible for worm geared motors S
The application terminal box is available for motor frame sizes 63 to 200.
The following encoders are possible in combination with the application terminal box:
· Incremental encoder 1XP8022 (Q56 ... Q61)
· Incremental encoder LL 861 900 220 (Q92)
M
G 1XP8022
PE 1 2 3 4 5 6 8 10 11 12 B +Us N N A A B OV OV +Ul
-G
YE WH BN BU RD PE
BK PK GN GY VT
-W
11
-M2 1 2 3 4 5 6 8 10 11 12
11
G_D087_XX_00253
Fig. 11/59 Connection circuit diagram
Update 02/2018
Siemens MD 50.1 · 2017 11/61
© Siemens AG 2018
Motor options Mounted components
Encoder
Encoder accessories (continued)
Modular system in combination with encoder systems
Encoder
Motor plug Brake
Self ventilation
Incremental encoder
1XP8012-..
1XP8022-..
1XP8032-..
Absolute encoder
1XP8014-..
1XP8024-..
Resolver
1XP8013-..
-
1XP8023-..
-
Rugged encoders
LL 861 900 220
-
HOG9 D 1024 I
-
HOG10 D 1024 I
-
Functionally safe rotary encoder
IN 8.5834...
IA 8.5883...
1) Can be selected for motor frame size 71 or higher
Standard fan Metal fan
High inertia fan 1)
Forced ventilation1)
Backstop
-
11
11/62 Siemens MD 50.1 · 2017
© Siemens AG 2018
Motor options Mounted components
Backstop
Motors in frame sizes 71 to 250 can be supplied with a backstop, which prevents them from rotating in the opposite direction to that used in operation.
Above the disengage speed, in the operational direction of rotation, there is no connection between the inner and outer rings of the backstop.
For starting and stopping below the disengage speed, the operating time may be a maximum of 20 seconds.
In the direction of rotation opposite to the operational direction of rotation, there is a fixed connection between the inner and outer rings of the backstop. This allows the rated backstop torque to be transmitted.
When selecting the backstop, the direction of rotation of the geared motor output shaft must be specified.
Please note that motor speeds that are lower (e.g. in inverter operation) than the disengage speed can damage the backstop.
Order code:
Backstop 1)
N23
1) Not possible for worm geared motors S
Order code, output shaft direction of rotation:
Clockwise
K18
Counterclockwise
K19
3 2
1 4
G_D087_EN_00146
Fig. 11/60 Backstop
Technical specifications
Motor frame size
Rated torque
TSP Nm
71
100
80
100
90
150
100
150
112
150
132
420
160
800
180
1 050
200
1 050
225
1 350
250
1 350
1 Cage 2 Motor end shield 3 Backstop flange 4 Backstop cover
Disengage speed
ndis rpm
890 890 860 860 860 750 700 670 670 630 630
Maximum speed
nmax rpm
5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000 5 000
Weight
mBstp kg 0.26 0.26 0.42 0.42 0.42 1.16 1.16 1.60 1.60 4.20 4.20
Moment of inertia of cage and inner ring JBstp 10-4 kgm2
1.0 1.0 2.0 2.0 2.0 8.0 8.0 20.0 20.0 27.0 27.0
Modular system in combination with backstop
Modular system
Motor plug
Brake
Backstop
-
Encoder
Self ventilation Forced ventilation
Second shaft extension
11
Siemens MD 50.1 · 2017 11/63
Motor options Mounted components
© Siemens AG 2018
Second shaft extension and handwheel
Second shaft extension
For 4-pole motors a free, second shaft extension can be supplied on the non-drive end (NDE). The second shaft extension has a 60° centering hole to DIN 332, Part 2 with M3 to M24 tapped hole depending on the shaft diameter.
For a coupling output, the second shaft extension can transmit the full rated power. Please also inquire about the power that can be transmitted and permissible cantilever force if belt pulleys, chains, or gear pinions are used on the second shaft extension.
A second shaft extension cannot be provided if a rotary pulse encoder and/or a separately driven fan has been mounted to the motor.
Order code:
Second shaft extension 1)
N39
1) Not possible for worm geared motors S
Handwheel
Motors of frame sizes 71 to 160 can be supplied with a second shaft extension and additionally with a handwheel.
The handwheel is a disk-type handwheel in accordance with DIN 3670. By mounting it on the second shaft extension of the motor, the geared motor can be rotated even when the motor winding is in a no-voltage state.
Order code:
Handwheel 1)
N40
1) Not possible for worm geared motors S
EC
EE
FA
ØDA GC
G_D087_XX_00121
11
EA DC
G_D087_XX_00140
Fig. 11/61 Second motor shaft extension
Technical specifications
Motor
DA EA Distance
DC EC EE FA GC
frame size
between fan
cover and
shaft
shoulder
63
--
-
-
--
-
-
71
14 30 4
M5 22 4 5 16.0
80
14 30 4
M5 22 4 5 16.0
90
19 40 5
M6 32 4 6 21.5
100
19 40 5
M6 32 4 6 21.5
112
24 50 6
M8 40 5 8 27.0
132
28 60 8
M10 50 5 8 31.0
160
38 80 8
M12 70 5 10 41.0
180
42 110 15
M16 90 10 12 45.0
200
48 110 20
M16 100 5 14 51.5
225
55 110 5
M20 100 5 16 59.0
250
60 140 5
M20 125 10 18 64.0
Fig. 11/62 Handwheel
Modular system in combination with second shaft extension
Modular system
Motor plug
Second shaft extension
Without handwheel
With handwheel
Brake
Backstop
Encoder
-
Canopy
Geared motors with a vertical mounting position (motor at the top) can also be fitted with a canopy. The canopy prevents small items from falling into the geared motor; in the case of outdoors installation, its primary function is to serve as a rain canopy.
If the motor is to be used or stored in the open air, we recommend that it is kept under additional cover to protect it from prolonged exposure to direct sunlight, rain, snow, ice, or dust.
Order code: Canopy
11/64 Siemens MD 50.1 · 2017
Update 02/2018
Self ventilation Forced ventilation
-
-
N22
© Siemens AG 2018
Motor options Designs for special environmental conditions
Condensation drain hole
Condensation can accumulate inside the motor as the result of environmental effects. This can result in corrosion and lower
Order code:
clearances and creepage distances.
Condensation drain hole 1)
N46
The condensation is drained to the outside through the conden- 1) Not possible for worm geared motors S
sation drain hole. Depending on the mounting position, the drain
holes are located at the DE and/or NDE of the motor.
The option "condensation drain hole" can only be used for the following applications under certain conditions:
Motor
Gearbox type
Mounting position
D./Z.
E.
FD./FZ.
B
K
C
Possible
Not possible
LA63, LA71
19
19
M2
M1, M3, M4, M5, M6
LA71
19 ... 79
39 ... 89
29 ... 79
19...49
39 ... 89
29 ... 89 M4
M1, M2, M3, M5, M6
LE80
89
89
89
109
M2
M1, M3, M4, M5, M6
LE90
89 ... 129 89 ... 129 89 ... 129
109 ... 149
M1, M2, M3, M5, M6 M4
LE100
89 ... 149 89 ... 149 89 ... 149
109 ... 169
M1, M2, M3, M5, M6 M4
LE112
89 ... 189 89 ... 149 89 ... 189
109 ... 189
M1, M2, M3, M5, M6 M4
LE132
129 ... 189 129 ... 149 129 ... 189
149 ... 189
M1, M2, M3, M5, M6 M4
LE160
149 ... 189
149 149 ... 189
169 ... 189
M1, M2, M3, M5, M6 M4
LES180
109 ... 189 109 ... 149 109 ... 189
129 ... 189
M1, M2, M3, M5, M6 M4
LES200
129 ... 189 129 ... 149 129 ... 189
149 ... 189
M1, M2, M3, M5, M6 M4
LES225
On request
LES250
On request
Internal motor corrosion protection
The outer surfaces of the geared motors have a high quality
Order code:
paint finish.
Internal motor corrosion protection 1)
N41
For special applications, it may be necessary to apply a protective coating to the inner surfaces of the motor as well.
1) Not possible for worm geared motors S
Increased corrosion protection for mounted motor components
For motors of sizes 63 to 200 with additional mounted components such as a brake or backstop, the "Corrosion protection of mounted motor components" option can be selected for corrosivity category C3 and above. As a result, the internal surfaces of the mounted motor components as well as the fan cover are also coated from the inside.
Order code:
Corrosion protection for mounted motor com- L06 ponents 1) 1) Not possible for worm geared motors S,
functionally safe rotary encoder and encoder under cover
11
Update 02/2018
Siemens MD 50.1 · 2017 11/65
Motor options
Notes
© Siemens AG 2018
11
11/66 Siemens MD 50.1 · 2017
General options
© Siemens AG 2018
12
12/2 Environmental conditions 12/2 Standard ambient temperature of the
geared motors 12/2 Extreme ambient temperatures 12/2 Increased protection against humidity and
tropical climates
12/3 Surface treatment and preservation 12/3 Surface treatment 12/3 · Surface pretreatment 12/4 · Painting flange surfaces 12/5 · Colors 12/5 Preservation 12/5 · Long-term preservation up to 36 months
12/6 Rating plate 12/6 Overview 12/6 Rating plate for helical, parallel shaft,
bevel and helical worm geared motors 12/7 Rating plate for worm geared motor S 12/8 Second rating plate
12/9 Documentation 12/9 Safety instruction sheet and
operating instructions 12/9 Test certificates
12/10 Fast track 12/10 Overview
Update 02/2018
Siemens MD 50.1 · 2017
General options Environmental conditions
© Siemens AG 2018
Standard ambient temperature of the geared motors
Increased protection against humidity and tropical climates
Depending on the gearbox type, the SIMOGEAR geared motors can be deployed in the following standard ambient temperature ranges:
Gearbox type
Ambient temperature
Helical geared motor Z./D./E. Parallel shaft geared motor FZ./FD. Bevel geared motor K
-15 °C to +40 °C
Bevel geared motor B Helical worm geared motor C Worm geared motor S
-20 °C to +40 °C
Geared motors with SINAMICS G110M motor integrated frequency inverter
-10 °C to +40 °C
An extended ambient temperature range from -20 °C to +40 °C is additionally available for the helical gearboxes, parallel shaft gearboxes, and bevel gearboxes K.
Increased protection against humidity and tropical climates can be optionally supplied for the (geared) motors, frame sizes 63 to 200. This design is suitable for air humidity in the range between 30 and 60 g water per m³ air as a function of the temperature (see page 11/9).
The increased protection against humidity and tropical climates includes surface treatment with corrosivity category C2 (L03), increased winding protection against moisture and acid (N54), and internal motor corrosion protection (N41).
Please contact Siemens, if the motor requires other functions (brake, backstop, encoder systems).
Order code:
Increased protection against humidity and
N43
tropical climates
Order code:
Ambient temperature -20 to +40 °C
K95
Extreme ambient temperatures
When operating the SIMOGEAR geared motors outside the specified standard ambient temperatures, the geared motors must be adapted to the special environmental conditions. Please contact Siemens in this regard.
12
12/2
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
General options Surface treatment and preservation
Surface treatment
To protect the drives against corrosion and external influences, five high-quality paint systems are available in various colors.
The corrosion protection system is designed in accordance with the corrosivity categories of EN ISO 12944-2.
Geared motors, frame size 49 and higher, are painted in RAL 7016 (anthracite gray) to corrosivity category C1 as standard. This ensures that they are protected against corrosion for indoors use.
Geared motors, frame sizes 09 to 39 with an aluminum housing, are supplied unpainted as standard.
The shaft extensions and bare surfaces are treated with corrosion protection for 6 months.
Surface pretreatment
For especially demanding applications, the drives can also be pretreated in order to ensure an optimum paint finish even in areas that are hidden or difficult to access.
Order code:
Special pretreatment
L19
Corrosivity category
Paint system
Description
Order code
Primer
Intermediate coat
Top coat
Surface protection Aluminum gearbox housing1)
Unpainted
-
-
(standard)
C1
-
-
Normal
environmental
stress
Cast iron gearbox housing2)
-
1-component hydro paint
· Indoor installation
L00
· Heated buildings with neutral atmospheres · Resistant to greases, conditionally resistant to mineral oils, L02
aliphatic solvents
· Standard paint
C1
-
-
1-component · Indoor installation
L02
Normal environmental stress
hydro paint
· Heated buildings with neutral atmospheres
· Resistant to greases, conditionally resistant to mineral oils, aliphatic solvents
· Standard paint
All geared motors
C2 Low environmental stress
2-component epoxy zinc phosphate
2-component polyurethane
· Indoor and outdoor installation
L03
· Unheated buildings with condensation, production areas with low humidity, e.g. warehouses and sports facilities
· Atmospheres with little pollution, rural areas
· Resistant to greases, mineral oils and sulfuric acid (10 %), caustic soda (10 %), and conditionally resistant to aliphatic solvents
C3 Average environmental stress
2-component epoxy zinc phosphate
2-component polyurethane
· Indoor and outdoor installation
L04
· Production areas with high humidity and some air pollution, e.g. food production areas, dairies, laundries, and breweries
· Urban and industrial atmospheres, moderate contamination from sulfur dioxide, coastal areas with low salt levels
· Resistant to greases, mineral oils, aliphatic solvents, sulfuric acid (10 %), caustic soda (10 %)
C4 High environmental stress
2-component epoxy zinc phosphate
2-component · Indoor and outdoor installation
L20
polyurethane · Chemical plants, swimming pools, wastewater
treatment plants, electroplating shops, and boathouses
above seawater
· Industrial areas and coastal areas with moderate salt levels
· Resistant to greases, mineral oils, aliphatic solvents, sulfuric acid (10 %), caustic soda (10 %)
C5 Very high environmental stress
2-component epoxy zinc phosphate
2-component polyurethane
2-component polyurethane
· Indoor and outdoor installation
L05
· Buildings/areas with almost constant condensation and high degrees of pollution, e.g. malt factories and aseptic areas
· Industrial areas with high humidity and aggressive atmosphere, coastal areas and offshore environments with high salt levels
· Resistant to greases, mineral oils, aliphatic solvents, sulfuric acid (10 %), caustic soda (20 %)
1) Helical gearboxes D/Z19 to D/Z39, parallel shaft gearboxes F29 and bevel gearboxes B29 and B39 2) The bevel gearbox B49 is supplied painted
12
Update 02/2018
Siemens MD 50.1 · 2017
12/3
General options Surface treatment and preservation
© Siemens AG 2018
Surface treatment (continued)
Corrosivity category Paint system
Base coat
Primer C2 G
2-component polyurethane
C4 G Unpainted
2-component epoxy zinc phosphate
-
Intermediate coat -
-
-
Top coat -
Description
Order code
Ability to be painted
· 2-component polyurethane paint,
L01
2-component epoxy paint and acid-hardening paint,
2-component acrylic paint
· 2-component polyurethane paint,
L09
2-component epoxy paint and acid-hardening paint,
2-component acrylic paint
· Plastic paint, synthetic resin paint, oil paint,
L00
2-component polyurethane paint,
2-component epoxy paint
Painting flange surfaces
For flange-mounted or housing flange designs, the flange surface and centering are not painted at the selected output end. The versions listed in the table can be optionally selected.
Design Centering not painted
Figure Surfaces marked blue are not painted
Possible for
· Flange-mounted design · Housing flange design
Order code L11
Flange completely painted
G_D087_XX_00173
· Flange-mounted design
L12
· Housing flange design
12
Centering flange not painted on both sides
G_D087_XX_000172
· Housing flange design for
L27
bevel gearbox and
helical worm gearbox
G_D087_XX_00174
12/4
Siemens MD 50.1 · 2017
© Siemens AG 2018
General options Surface treatment and preservation
Surface treatment (continued)
Colors
In addition to anthracite gray (RAL 7016), you can select from other standard colors.
RAL color Designation Color, example Order code
RAL 7016 Anthracite gray
L75
(standard)
RAL 5015 Sky blue
L50
RAL 7030 Stone gray
L55
RAL 7031 Blue gray
L53
RAL 7012 Basalt gray
L83
Colors for conductive paint finish acc. to ATEX
RAL 7016 Anthracite gray
L75
RAL 5015 Sky blue
L50
RAL 7031 Blue gray
L53
RAL 9011 Graphite black
L80
You can find additional colors in the DT Configurator.
Note
For light colors in corrosivity category C1 we recommend selection of surface treatment in the corrosivity category one level higher to ensure adequate and uniform coloring for the geared motor.
Preservation
All gearboxes and geared motors are preserved as standard for 6 months.
Long-term preservation up to 36 months
If the gearboxes are stored for longer than 6 months, then we recommend the "Long-term preservation" option. A VCI (volatile corrosion inhibitor) is added to the gearbox oil.
Until commissioning, it is not permissible that the gearbox is opened, as otherwise the VCI will vaporize. The oil level must be checked before commissioning. Corrosion protection is also applied to the flange contact surfaces and shaft extensions. We recommend that the gearbox is stored in the appropriate mounting position.
Storage conditions
Geared motors, stored in dry, dust-free and evenly tempered rooms do not require any special packaging.
In all other areas, the units must be packaged in foil with desiccant and moisture indicator. If required, protection must be provided against mold and termites. The storage location must be vibration- and shock-free. The storage conditions must be regularly checked.
Order code:
Long-term preservation up to 36 months
K17
For information about storage and commissioning please refer to the operating instructions.
12
Update 02/2018
Siemens MD 50.1 · 2017
12/5
General options Rating plate
© Siemens AG 2018
Overview
The rating plates on the gearboxes and geared motors are normally manufactured out of coated aluminum foil. They are covered with a special masking film which ensures permanent resistance to UV radiation and media of all kinds (oils, greases, salt water, cleaning agents, etc.).
The adhesive and the material ensure firm adhesion and long-term legibility within the operating temperature range from -40 to +155 °C.
For geared motors, the rating plate is attached to a stainless steel plate on the motor.
For specific designs, additional rating plates are attached to the motor.
Rating plate for helical, parallel shaft, bevel and helical worm geared motors
12
SIEMENS
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)'8QQQ
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=)/(6*(/1,16,
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+]
9 '< +]
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FRV
N:6,(
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6,(0(16$*%DKQKRIVWU'(7¾ELQJHQ
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Fig. 12/1 Example, rating plate on helical geared motor
General data 1 Data matrix code 2 Applicable standard 3 Serial No.
FDU: Siemens AG, Bahnhofstr. 40, 72072 Tübingen, Germany 4 CE marking or other marking, if required 5 Article No. 6 Type designation - SI04 functional safety designation 7 Mounting position 8 Degree of protection acc. to IEC 60034-5 9 Weight m [kg] 10 Ambient temperature 11 Customer-specific data1) (customer ID/free text),
max. 20 characters 12 Oil quantity [l] main gearbox/intermediate gearbox 13 Oil type 14 Oil viscosity ISO VG class to DIN 51519/ISO 3448 15 Total transmission ratio i
Motor and brake data 24 Phase number and type of current for the motor 25 Temperature class Th.Cl. 26 Motor protection 27 Symbols (IEC 60617-2): = brake 28 Rated braking torque Tbr [Nm] 29 Brake supply voltage U [V]
Frequency 1 30 Rated frequency f [Hz] 31 Rated voltage range U [V] 32 Circuit, graphic symbols acc. to EN 60617 Part 6/IEC 60617-6 33 Rated current Irated [A] 34 Power factor cos 35 Rated power Prated [kW], duty type (if S1) 36 Efficiency class marking according to IEC 60034-30 37 Rated speed nrated [rpm]
Frequency 1 16 Rated frequency f [Hz] 17 Gearbox output speed n2 [rpm] 18 Geared motor output torque T2 [Nm] 19 Service factor fB
Frequency 2 20 Rated frequency f [Hz] 21 Gearbox output speed n2 [rpm] 22 Geared motor output torque T2 [Nm] 23 Service factor fB
Frequency 2 38 Rated frequency f [Hz] 39 Rated voltage range U [V] 40 Circuit, graphic symbols acc. to EN 60617 Part 6/IEC 60617-6 41 Rated current Irated [A] 42 Power factor cos 43 Rated power Prated [kW], duty type (if S1) 44 Efficiency class 45 Rated speed nrated [rpm] 46 Motor series 47 Motor designation
When ordering a replacement/spare part, always specify the serial No.
1) The customer-specific data are used to specify the customer ID/ serial number. The following data are not permissible: - Technical specifications for the geared motor (e.g. ambient temperature, voltage data, etc.) - Details of Siemens Article No. (MLFB) - Unlawful texts
12/6
Siemens MD 50.1 · 2017
© Siemens AG 2018
General options Rating plate
Rating plate for worm geared motor S
The worm geared motors S have separate rating plates for the gearbox side and the motor side.
Rating plate on the gearbox side The rating plate on the gearbox side particularly contains the output data of the worm geared motor S.
SIEMENS
SIEMENS
)'8QQQ
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6/$,0*/1
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QUPLQ I%
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6,(0(16$*%DKQKRIVWU'(7¾ELQJHQ
Fig. 12/2 Example of rating plate on gearbox side on worm geared motor S
General data 1 Matrix code 2 Serial No. 3 Article No. 4 Type designation 5 Mounting position 6 Degree of protection acc. to IEC 60034-5 or IEC 60529 7 Weight m [kg] 8 Ambient temperature 9 Total transmission ratio Frequency 1 10 Rated frequency f [Hz] 11 Gearbox output speed n2 [rpm] 12 Geared motor output torque T2 [Nm] 13 Service factor fB When ordering a replacement/spare part, always specify the serial No.
General data Frequency 2 14 Rated frequency f [Hz] 15 Gearbox output speed n2 [rpm] 16 Geared motor output torque T2 [Nm] 17 Service factor fB Motor data 18 Symbols (IEC 60617-2): = brake 19 Rated braking torque Tbr [Nm] 20 Brake supply voltage U [V]
Rating plate on the motor side In addition a rating plate with the electrical data of the motor is attached to the motor on the worm geared motor S.
SIEMENS a0RW /$$%= + 8'
SIEMENS
,3 0 ,0%
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+] 9< +] 9<
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FRV3KL PLQ 9<
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Fig. 12/3 Example of rating plate on the motor side on worm geared motor S
Motor data 1 Number of phases 2 Type designation 3 Balancing type (H=half-key balancing) 4 CE marking or other marking, if required 5 Identification No. 6 Degree of protection acc. to IEC 60034-5 or IEC 60529 7 Frame sizes 8 Mounting position 9 Applicable standard 10 Temperature class Th.Cl. and operating temperature range Frequency 1 11 Rated frequency f [Hz] 12 Rated voltage [V] and circuit, graphic symbols acc. to
EN 60617 Part 6 / IEC 60617-6 13 Rated power Prated [kW], duty type (if S1) 14 Rated current Irated [A]
Motor data Frequency 1 15 Power factor cos 16 Rated speed nrated [rpm] 17 Wide range voltage [V] and circuit 18 Current for wide range voltage [A] Frequency 2 19 Rated frequency f [Hz] 20 Rated voltage range U [V] 21 Rated power Prated [kW], duty type (if S1) 22 Rated current Irated [A] 23 Power factor cos 24 Rated speed nrated [rpm] 25 Wide range voltage [V] and circuit 26 Current for wide range voltage [A] 27 Duty type 28 Material number
Siemens MD 50.1 · 2017
12/7
12
General options Rating plate
© Siemens AG 2018
Second rating plate
Second rating plate, supplied loose
For the gearboxes and geared motors, an additional rating plate can be supplied loose.
For worm geared motors the rating plate on the gearbox side is supplied.
Order code:
Second rating plate, supplied loose
K41
Second rating plate, attached
When requested, a second rating plate can be attached to the motor.
Order code:
Second rating plate, attached 1)
K68
1) Not possible for worm geared motors S
Fig. 12/4 Example, rating plate on the motor
12
12/8
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
General options Documentation
Safety instruction sheet and operating instructions
The geared motors are shipped with a multi-language safety instruction sheet for each delivery batch.
Geared motors with the G110M motor integrated frequency inverter are shipped with the safety instruction sheet and the documentation for the G110M for each delivery batch.
Geared motors with a functionally safe rotary encoder are shipped with the safety instruction sheet and one set of operating instructions in German or English for each delivery batch.
One set of operating instructions is enclosed for each geared motor using the following ordering option.
Enclosed documentation
1 set of operating instructions for each geared motor
Language German English
Order code W21 W22
The operating instructions include the following documents:
· Replacement part drawings and lists
· Mounting instructions
· Declaration of incorporation of partly completed machinery according to the EC Machinery Directive 2006/42/EC (gearboxes)
· EC Declaration of Conformity according to Directive 2014/35/EU (motors)
The latest versions of the operating instructions, the declaration of incorporation, and the declarations of conformity are available in the Industry Online Support: https://support.industry.siemens.com/cs/ww/en/ps/13424/man
Test certificates
On request, the following documents are available by e-mail: Additional documentation Declaration of compliance with the order EN 10204-2.1 and factory test report EN 10204-2.2, geared motor Factory test report EN 10204-2.2 for material Acceptance test certificate EN 10204-3.1 for the motor
Acceptance test certificate EN 10204-3.1 for gearboxes
Acceptance test certificate EN 10204-3.1 for paint finish
The following is checked: -
· 3 no-load currents of the 3 phases · Power loss for no-load operation · No-load speed · Output shaft diameter · Concentricity of the output shaft · Concentricity of the input shaft
(for gearboxes with input unit A only) · Input shaft diameter
(for gearboxes with input unit A only) · Noise
(subjective assessment) -
Order code On request On request W10 W11
W12
12
Update 02/2018
Siemens MD 50.1 · 2017
12/9
General options Fast track
© Siemens AG 2018
Overview
For a faster delivery of our SIMOGEAR geared motors outside the standard delivery times we offer a fast track option.
Order code:
In lead time category A, the SIMOGEAR geared motors can be Fast track
W50
shipped unpainted within 2 working days and painted within
4 working days; in lead time category B, they can be shipped
unpainted within 3 working days and painted within 5 working
days.
The maximum order quantity is 5 units/order. The order must reach your Siemens sales region by 3:00 p.m. (German local time).
The following product range is available for the fast track option: · SIMOGEAR gearbox sizes 09 to 189 · SIMOGEAR motor frame sizes 63 to 200 · Paint finish in corrosivity category C1 to C3 · Not ATEX design, functionally safe rotary encoder, or
SINAMICS G110M motor integrated frequency inverter
12
12/10 Siemens MD 50.1 · 2017
Update 02/2018
Appendix
© Siemens AG 2018
13
13/2 13/2 13/7 13/11 13/16
Lists List of order codes Index of variables to dimension drives Subject index Index of abbreviations
13/17 13/17 13/17
13/17 13/17
13/17
Training SITRAIN Training for Industry Your benefit from practical training directly from the manufacturer Increased profits and lower costs Your benefits with SITRAIN Training for Industry Contact
13/18 Partner · Industry Mall and Interactive Catalog CA 01
13/19 Information and Download Center
13/20 Industry Services 13/20 Portfolio overview 13/23 Online Support
13/24 Conversion tables
13/27 Conditions of sale and delivery
Update 02/2018
Siemens MD 50.1 · 2017
13
© Siemens AG 2018
Appendix Lists
List of order codes
Order code
Special version
Detailed data
Designation
Chapter/Page
Brake type
B00 to B67
Brake types according to size and braking torque
11/26
Brake options
C01
Enclosed brake
11/34
C02
Manual brake release lever
11/31
C03
Manual brake release lever with locking mechanism
11/31
C04
Microswitch for monitoring brake release
11/33
C06
Wear-resistant friction lining
11/35
C10
Increased corrosion protection
11/34
C11
Enclosed brake with condensation drain hole
11/34
C80
Brake cable protection
11/34
Manual brake release lever position
C26
1
11/31
C27
2
11/31
C28
3
11/31
C29
4
11/31
Brake supply voltage
C45 ... C74
Standard voltages, brake
11/27
Function rectifier
C59
Function rectifier with disconnection on the DC side by sensing the current
11/29
C60
Function rectifier with disconnection on the DC side by sensing the voltage
11/29
Mounting positions
D01 ... D06
Mounting positions of the geared motors (helical, cooling tower, and parallel shaft gearboxes) 10/4 ... 10/19
D11 ... D16 and Mounting position of the geared motors (bevel, helical worm and worm gearboxes) D21 ... D26
10/19 ... 10/34
D10 and D20
Output side A or B worm gearbox
10/34
Special mounting positions
E01 ... E17
Y axis of rotation
10/36
E21 ... E37
X axis of rotation
10/36
E41 ... E57
Z axis of rotation
10/36
Shaft-mounted version helical worm gearbox
G09
Figure 1
10/42
G10
Figure 2
10/42
Output shaft bearings
G20
Radially reinforced output shaft bearings
10/47
G30
VLplus reinforced bearing system
10/47
G31
XLplus reinforced bearing system
10/47
Output sealing
G23
Seal with longer service life
10/49
G24
Seal for increased environmental stress
10/49
Oil level control
G34
Oil sight glass with reflector
10/57
G48
Oil dipstick
10/10, 10/12
Electrical oil level monitoring system
G37
Oil level sensor
10/59
G38
Oil level sensor ATEX design
10/59
G40
24 V disconnector
10/59
Gearbox venting
G45
Pressure breather valve
10/54
G49
Pressure breather valve stainless steel
10/54
G47
Oil expansion unit
10/55 ... 10/56
Oil drain
G53
Magnetic oil drain screw
10/57
G54
Oil drain valve, straight
10/57
G55
Oil drain valve, angled
10/57
Hollow shaft cover
G60
Protection cover
10/47
13/2
Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Order code
Special version
Designation
Electrical oil temperature monitoring
G69
PT100 electrical oil temperature monitoring
G70
24 V disconnector
G71
USB / plug adapter cable (connection)
Water drain holes
G77
Water drain holes at the output flange
Output flange sealing
G78
Output flange seal
Accessories for VLplus reinforced bearing systems
G88
24 V Drywell disconnector
G89
Drywell with oil sight glass
G90
Drywell with oil sensor
G91
Drywell with ATEX oil sensor
G93
Grease cartridge
Shrink-glued output gearwheel
G97
Shrink-glued output gearwheel
Reduced-backlash version
G99
Reduced-backlash version
Flange diameter
H01 ... H11
Flange diameter
Degree of protection
K01
IP55
K02
IP56
K03
IP65
Lubricants
K06
CLP ISO VG220
K07
CLP ISO PG VG220
K08
CLP ISO PG VG460
K10
CLP ISO E VG220
K11
CLP ISO H1 VG460
K12
CLP ISO PAO VG220
K13
CLP ISO PAO VG68
K14
CLP ISO H1 VG100
K16
CLP ISO PAO VG460
Long-term preservation
K17
Long-term preservation up to 36 months
Direction of rotation of the output shaft (required with backstop)
K18
Clockwise
K19
Counterclockwise
Rating plate and additional rating plates
K41
Second rating plate, supplied loose
K68
Second rating plate, attached
Ambient temperature
K95
Ambient temperature -20 °C to +40 °C
Surface treatment
L00
Unpainted
L01
Primer according to corrosivity category C2 G
L02
Surface protection for normal environmental stress C1
L03
Surface protection for low environmental stress C2
L04
Surface protection for average environmental stress C3
L05
Surface protection for very high environmental stress C5
L09
Primer according to corrosivity category C4 G
L11
Centering not painted
L12
Flange completely painted
L19
Special pretreatment
L20
Surface protection for high environmental stress C4
L27
Centering flange not painted on both sides
Update 02/2018
Appendix Lists
List of order codes
Detailed data Chapter/Page
10/58 10/58 10/58
10/40 ... 10/41
10/41
10/48 10/48 10/48 10/48 10/48
10/60
10/60
10/38 ... 10/39
11/10 11/10 11/10
10/50 10/50 10/50 10/50 10/50 10/50 10/50 10/50 10/50
12/5
1/27 1/27
12/8 12/8
12/2
12/3 12/4 12/3 12/3 12/3 12/3 12/4 12/4 12/4 12/3 12/3 12/4
Siemens MD 50.1 · 2017
13/3
13
13
© Siemens AG 2018
Appendix Lists
List of order codes
Order code RAL colors
Special version Designation
L50
RAL 5015 sky blue
L53
RAL 7031 blue gray
L55
RAL 7030 stone gray
L75
RAL 7016 anthracite gray
L80
RAL 9011 graphite black
L83
RAL 7012 basalt gray
Insulating material class
M08
Temperature class 180 (H)
N54
Increased air humidity/temperature with 30 to 60 g water per m³ of air
Thermal motor protection
M10
PTC thermistor for disconnection
M11 M12 M13 M16 M17 M19 Fan
PTC thermistor for warning and disconnection Winding thermostat for disconnection (WT) Winding thermostat for warning and disconnection (WT) KTY 84-130 temperature sensor Pt1000 resistance thermometer 1x Pt100 resistance thermometer
M21
Metal fan
M22
High inertia fan
M23
Separately driven fan
Anti-condensation heating
M40
115 V anti-condensation heating
M41
230 V anti-condensation heating
Terminal box position cable entry
M45
Cable entry NPT
Terminal box cast
M53
Terminal box cast
Terminal box position
M55 ... M70
Location and position of the terminal box
Motor plug
N00
HAN 10E motor plug (2 brackets)
N01
HAN 10E motor plug (2 brackets) EMC
N04
HAN 10E motor plug (1 bracket)
N06
HAN 10E motor plug (1 bracket) EMC
N08
HAN K4/4 motor plug (1 bracket)
N09
HAN K4/4 motor plug (1 bracket) EMC
N10
HAN K4/4 motor plug (2 brackets)
N11
HAN K4/4 motor plug (2 brackets) EMC
N12
HAN Q8 motor plug (1 bracket) EMC
N13
HAN Q12 motor plug (1 bracket) EMC
N18
HAN 10E counterplug
N19
HAN K4/4 counterplug
K50
HAN Q8 motor plug with 0.5 m cable (plug insert rotated by 180°)
K51 ... K55 Canopy
HAN Q8 motor plug with 1 m to 5 m cable
N22
Canopy
Backstop on motor
N23
Backstop
Second shaft extension on motor
N39 Handwheel
Second shaft extension
N40
Handwheel
13/4
Siemens MD 50.1 · 2017
Update 02/2018
Detailed data Chapter/Page
12/5 12/5 12/5 12/5 12/5 12/5
11/9 11/9
11/4 11/4 11/5 11/5 11/5 11/6 11/6
11/10 11/10 11/11
11/7 11/7
11/16
11/16
11/12
11/17 11/17 11/17 11/17 11/18 11/18 11/18 11/18 11/20 11/24 11/17 11/18 11/22 11/22
11/64
11/63
11/64
11/64
© Siemens AG 2018
Appendix Lists
List of order codes
Order code
Special version
Designation
Geared motors for use worldwide
N30
Design in accordance with EAC
N38
Design in accordance with UL-R and CSA
N67
Design for the Chinese market
N68
Without CE marking
Designs for special environmental conditions
L06
Corrosion protection for mounted motor components
N41
Internal motor corrosion protection
N43
Increased protection against humidity and tropical climates
N46
Condensation drain hole
External grounding
N53
External grounding
Motors prepared for encoder mounting
N50
Prepared for encoder mounting
Pole number of the motor
P00
2-pole
P01
6-pole
P02
8-pole
Voltage tolerance
P80
Voltage tolerance ±10 %
Duty types
P90
Duty type S3 - 75 %
P91
Duty type S1/Inv. Duty
P92
Duty type Inv. Duty
EnDAT gateways for absolute encoders
Q01
Gateway EnDAT PROFINET
Q02
Gateway EnDAT PROFIBUS DP
Q03
Gateway EnDAT CANopen
Q04
Gateway EnDAT DeviceNET
Application terminal box for sensors
Q75
Application terminal box
Incremental encoder IN
Q42
Functionally safe rotary encoder IN 8.5834FS2
Q43
Functionally safe rotary encoder IN 8.5834FS3
Q44
Rotary pulse encoder 1XP8032-20 (IN 1024 TTL with coupling socket)
Q47
Rotary pulse encoder 1XP8032-10 (IN 1024 HTL with coupling socket)
Q48
Rotary pulse encoder 1XP8032-11 (IN 2048 HTL with coupling socket)
Q54
Rotary pulse encoder 1XP8012-11 (IN 2048 HTL with flange socket)
Q56
Rotary pulse encoder 1XP8022-20 (IN 1024 TTL with cable box)
Q57
Rotary pulse encoder 1XP8022-21 (IN 2048 TTL with cable box)
Q58
Rotary pulse encoder 1XP8022-22 (IN 512 TTL with cable box)
Q59
Rotary pulse encoder 1XP8022-10 (IN 1024 HTL with cable box)
Q60
Rotary pulse encoder 1XP8022-11 (IN 2048 HTL with cable box)
Q61
Rotary pulse encoder 1XP8022-12 (IN 512 HTL with cable box)
Modular set of cables for encoders 1XP8012, 1XP8032, 1XP8013, 1XP8023, 1XP8014 and 1XP8024
Q62
Connector
Q69
Cable with connector and end sleeves, 2 m
Q70
Cable with connector and end sleeves, 8 m
Q71
Cable with connector and end sleeves, 15 m
Modular set of cables for encoders 1XP8012, 1XP8032, 1XP8013, 1XP8023, 1XP8014 and 1XP8024
Q72
Cable with coupling socket, 2 m
Q73
Cable with coupling socket, 8 m
Q74
Cable with coupling socket, 15 m
Detailed data Chapter/Page
1/24 1/23 1/23 1/24
11/65 11/65 12/2 11/65
11/16
11/57
Chapter 8 Chapter 8 Chapter 8
11/2
11/2 11/2 11/2
11/61 11/61 11/61 11/61
11/61
11/50 11/50 11/43 11/43 11/43 11/42 11/44 11/44 11/44 11/44 11/44 11/44
11/59 11/59 11/59 11/59
11/60 11/60 11/60
13
Update 02/2018
Siemens MD 50.1 · 2017
13/5
13
© Siemens AG 2018
Appendix Lists
List of order codes
Order code
Special version
Designation
Modular set of cables for encoder 1XP8022
Q63
Cable with end sleeves, 2 m
Q64
Cable with end sleeves, 8 m
Q65
Cable with end sleeves, 15 m
Q66
Cable with coupling socket, 2 m
Q67
Cable with coupling socket, 8 m
Q68
Cable with coupling socket, 15 m
Absolute encoder IA
Q77
Functionally safe rotary encoder IA 8.5883FS2
Q78
Functionally safe rotary encoder IA 8.5883FS3
Q79
Absolute encoder 1XP8024-21 (IA SSI protocol with coupling socket)
Q80
Absolute encoder 1XP8014-20 (IA SSI protocol with flange socket)
Q81
Absolute encoder 1XP8024-20 (IA SSI protocol cable with coupling socket)
Q82
Absolute encoder 1XP8014-10 (IA EnDAT protocol with flange socket)
Q83
Absolute encoder 1XP8024-10 (IA EnDAT protocol cable with coupling socket)
Resolver IR
Q85
Resolver 1XP8013-10 (IR with flange socket)
Q86
Resolver 1XP8023-11 (IR cable with coupling socket)
Q87
Resolver 1XP8013-11 (IR with flange socket)
Q88
Resolver 1XP8023-10 (IR cable with coupling socket)
Rugged encoders
Q92
Rotary pulse encoder LL Leine und Linde
Q93
Rotary pulse encoder HOG 9
Q94
Rotary pulse encoder HOG 10
Mechanical protection
Q95
Encoder under cover
SINAMICS G110M
U01 ... U23
Power Module
U40
Control Unit with cable gland USS/Modus RTU
U41
Control Unit with cable gland AS-Interface
U42
Control Unit with cable gland PROFIBUS DP (DP)
U43
Control Unit with cable gland PROFINET/ EtherNet IP (PN)
U51
Control Unit, plug-in version AS-Interface
U52
Control Unit, plug-in version PROFIBUS DP (DP)
U53
Control Unit, plug-in version PROFINET/ EtherNet IP (PN)
U60
Internal braking resistor (FSA)
U61
Internal braking resistor (FSB)
U70
24 V DC power supply
U71
Repair switch
U80
SD card installed
Documentation
W10
Acceptance test certificate EN 10204-3.1 for the motor
W11
Acceptance test certificate EN 10204-3.1 for gearboxes
W12
Acceptance test certificate EN 10204-3.1 for paint finish
W21
Operating Instructions (German)
W22
Operating Instructions (English)
Fast track
W50
Fast track
Detailed data Chapter/Page
11/59 11/59 11/59 11/60 11/60 11/60
11/52 11/52 11/47 11/46 11/46 11/46 11/46
11/45 11/45 11/45 11/45
11/48 11/48 11/49
11/56
9/3 9/3 9/3 9/3 9/3 9/3 9/3 9/3 9/3 9/3 9/3 9/3 9/3
12/9 12/9 12/9 12/9 12/9
12/10
13/6
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Update 02/2018
© Siemens AG 2018
Overview of data to dimension drives
Code a
b, d, l, y, z C cos d d0
DC f fB fB1 fbr fBtot flimit frated Fax Fr FR2
FRavail
Fx
Fxperm1
Fxperm2
i ISt Irated J2
JAD Jadd JB JBstp JG
Jmot JX
JZ
k
kDC kFI
kHT
Description
Unit
Gearbox constant for calculating the radial kNmm force
Force application angle
°
Gearbox constants
mm
Additional factor to calculate the radial force -
Power factor
-
Diameter of the input element
mm
Average diameter of the mounted
mm
transmission element
Cyclic duration factor
%
Efficiency
%
Rated frequency
Hz
Service factor
-
Required service factor
-
Braking torque correction factor
-
Service factor of the driven machine
-
Limit frequency
Hz
Rated motor frequency
Hz
Permissible axial force
N
Radial force at the output shaft
N
Permissible radial force at the center of
N
shaft extension (l/2)
Available radial force from the mounted
N
transmission element
Permissible radial force from out of center N force application point
Permissible radial force, limited by the
N
bearing service life, at a distance of x from
the shaft shoulder
Permissible radial force, limited by the shaft N strength, at a distance of x from the shaft shoulder
Transmission ratio
-
Starting current
A
Rated current
A
Moment of inertia referred to the output speed of the gearbox
kgm²
Moment of inertia of the adapter
Additional moment of inertia
Moment of inertia of the brake
Moment of inertia of cage and inner ring
Moment of inertia of the gearbox reduced to the input shaft
Moment of inertia of the motor
Moment of inertia of the load referred to the motor shaft
kgm² kgm2 kgm2 kgm2 kgm²
kgm2 kgm2
Additional moment of inertia of a high inertia kgm² fan
Factor for taking into account operating
-
conditions
Factor for increased power
-
Factor for taking into account the additional moment of inertia
Factor for abnormal coolant temperature and installation altitude
Appendix Lists
Index of variables to dimension drives
Code kM
kP
Lh10 Lna LpfA Lrated
Lratedmax
LWA m mAF mBstp mfan mmot
n1 n2 nbr ndis nmax nrated P1 PDC Pmot Pperm Prated Preq PS Qperm r Rex sbr sgap sgapmax t1 t2 t3 t11 t12 tbr tR ts T2 T2N T2req
Description
Unit
Factor for taking into account the load torque while accelerating
Factor for taking into account the required power and duty cycle
Nominal bearing service life
h
Modified bearing service life
h
Measuring surface sound pressure level
dB (A)
Service life of the brake lining until
h
readjustment
Service life of the brake lining until
h
replacement
Sound power level
dB (A)
Drive weight without any oil
kg
Mass acceleration factor
-
Weight of the backstop
kg
Fan weight
kg
Motor weight
kg
(without end shield at DE)
Input speed of the gearbox
rpm
Output speed of the gearbox
rpm
Braking speed
rpm
Disengage speed
rpm
Maximum speed
rpm
Rated speed
rpm
Actual steady-state power of the motor
kW
Power for the new duty cycle
kW
Motor power
kW
Permissible motor power
kW
Rated motor power
kW
Required input power
kW
Actual steady-state power of the motor
kW
Permissible operating energy
J
Radius of the output element
m
Exact number of teeth ratio
-
Braking distance
m
Brake air gap
mm
Maximum brake air gap
mm
Application time of the brake
ms
Disconnection time
ms
Slipping time
ms
Response time
ms
Rise time
ms
Braking time
s
Duty cycle (decimal)
-
Cycle duration
ms
Geared motor output torque
Nm
Maximum output torque of the gearbox
Nm
Required output torque of the driven machine Nm
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© Siemens AG 2018
Appendix Lists
Index of variables to dimension drives
Overview of data to dimension drives (continued)
Code TA TBk Tbr TDC Trated Treq TSP TSt Tx U v W Wtot
WV x
Z ZA
Z0
Zperm amb
Description
Unit
Acceleration torque of the motor
Nm
Breakdown torque
Nm
Rated braking torque
Nm
Torque for the new duty cycle
Nm
Rated motor torque
Nm
Required torque
Nm
Rated backstop torque
Nm
Relative starting torque
Nm
Reduced load torque
Nm
Rated voltage
V
Travel velocity
m/s
Friction energy per braking operation
J
Friction energy until the brake lining is
MJ
replaced
Friction energy until the brake is readjusted MJ
Distance from the shaft shoulder up to the mm point where force is applied
Switching frequency
1/h
No-load switching frequency, motor with
1/h
brake
No-load switching frequency, motor without 1/h brake
Permissible switching frequency
1/h
Ambient temperature
°C
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Siemens MD 50.1 · 2017
© Siemens AG 2018
Appendix Lists
Index of variables to dimension drives
Important drive technology variables
SI unit Size
Length (distance) Area Volume
Symbol
SI l A V
Plane angle
, ,
Rotation angle
Time
Time period/duration
t
Frequency
f
Speed
n
Velocity
v
Previously L, s F V
, ,
t f n v
Unit symbol
SI
Previously
m
m
m2
m2
m3
m3
rad
Degrees °
Degrees °
s
s
Hz
1/s
rpm
rpm
m/s
m/s
Designation or Conversion factor *)
1 km = 1 000 m 1 m 2 = 100 dm2 1 m3 = 1 000 dm3 1 dm3 = 1 l 1 rad = 1 m/m 1 L = /2 rad 1° = /180 rad 1' = 1°/60; 1'' = 1'/60 1 min = 60 s 1 h = 60 min 1 d = 24 h 1 Hz = 1/s Rotations per minute 1 km/h = 1 m/s
3.6
Acceleration
a
b
m/s2
m/s2
g = 9.81 m/s2
Acceleration due to gravity
g
g
Angular velocity
rad/s
1/s
Angular acceleration
rad/s2
1/s2
Mass Density
m
m
kg
kg
1
d
kg/dm3
kg/dm3
103
Force
F
Force due to weight
G
Pressure
p
Mechanical tension
P, K
N
G
kp
9.81
1 N = 1 kg · 1 m/s2
p
Pa
1 Pa = 1 N/m2
N/m2
kp/cm2
9.81 · 104
N/mm2
kp/mm2
9.81
Work Energy Quantity of heat
W
A
W
E
J
Q
Q
kpm
9.81
kcal
4187
1 J = 1 Nm = 1 Ws
Torque of a force Torque Bending torque Power
Moment of inertia
Mt
9.81
T
Md
Nm
kpm
1 Nm = 1 J
Mb
P
N
W
PS
735.5
1 W = 1 J/s = 1 Nm/s = kgm²
s³
J
kgm2
kpm2
9.81
*) The numerical value of a variable in previously used units multiplied by the conversion rate gives the numerical value of the variable in SI units.
Conversion from kW to hp: 1 kW = 1.34102 hp 1 hp = 0.745700 kW 1 hp = 1.01387 PS
hp = horse power (US) PS = Pferdestärke (horse power in German)
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© Siemens AG 2018
Appendix Lists
Index of variables to dimension drives
Important drive technology variables (continued)
SI unit Size
Dynamic viscosity Kinematic viscosity Electrical current Electrical voltage Electrical resistance Electrical conductance Electrical capacitance Electric charge Inductance Magnetic flux density Induction Magnetic field strength Magnetic flux
Temperature
Symbol
SI I U R G C Q L B
H
T()
Previously I U R G C Q L B
H
t
Unit symbol
SI Pa · s m2/s A V S F C H T
Previously P St A V S F C H G
A/m
A/m
Wb
M
K(°C)
°C
Designation or Conversion factor *)
10-1 10-4 1 A = 1 W/V = 1 V/ 1 V = 1 W/A 1 = 1 V/A = 1/S 1 S = 1/ 1 F = 1 C/V 1 C = 1 A · s 1 H = 1 Vs/A 104 1 T = 1 Wb/m2
108 1 Wb = 1 V · s 0 K = -273.15 °C
*) The numerical value of a variable in previously used units multiplied by the conversion rate gives the numerical value of the variable in SI units.
13
13/10 Siemens MD 50.1 · 2017
© Siemens AG 2018
Numerics 24 V DC power supply...............................................................................9/25 24 V disconnector.........................................................................10/58, 10/59
A Absolute encoder ..............................................................11/46, 11/47, 11/52 AC voltages .............................................................................................11/27 Acceleration torque, inverter operation .....................................................2/26 Acceptance test certificate........................................................................12/9 Accessories, encoder..............................................................................11/58 Accessories, SINAMICS G110M ...............................................................9/28 Additional documentation..........................................................................12/9 Additional factor C .......................................................................................2/9 Additional moments of inertia ....................................................................2/16 Air humidity, increased ..............................................................................11/9 Ambient temperature .................................................................................12/2 Anti-condensation heating.........................................................................11/7 Appendix ........................................................................................ chapter 13 Application terminal box ..........................................................................11/61 Application times .....................................................................................11/37 Article No. code ...........................................................................................1/7 ATEX oil sensor with Drywell ....................................................................10/48 ATEX, explosion protection ........................................................................1/24 Available motor/inverter combinations ......................................................9/26 Available radial force ...................................................................................2/9 Axial forces, permissible..............................................................................2/9
B Backstop ..................................................................................................11/63 Bearing currents ........................................................................................2/26 Bearing, reinforced ..................................................................................10/47 Benefits ........................................................................................................1/4 Bevel gearbox, modular system ................................................................1/13 Bevel geared motors ........................................................................ chapter 5 Biodegradable oil ....................................................................................10/50 Brake release, fast .....................................................................................2/19 Brake switching time..................................................................................2/20 Brake........................................................................................................11/25 · Brake assignment................................................................................11/26 · Brake cable protection ........................................................................11/34 · Brake control ..............................................................................2/19, 11/28 · Brake design .......................................................................................11/25 · Brake lining............................................................................................2/18 · Brake options ......................................................................................11/31 · Brake service life ...................................................................................2/18 · Brake type ...........................................................................................11/26 · Brake, enclosed ..................................................................................11/34 · Braking distance ...................................................................................2/20 · Braking energy ......................................................................................2/18 · Braking resistor .....................................................................................9/24 · Braking torques ..........................................................................2/18, 11/36
C Cable entries, position .............................................................................11/12 Cable with coupling socket .....................................................................11/60 Cable with end sleeves............................................................................11/59 Canopy ....................................................................................................11/64 Checklist ......................................................................................................2/3 Colors.........................................................................................................12/5 Commissioning tool, SINAMICS Startdrive .........................................1/6, 9/29 Commissioning tool, STARTER ...........................................................1/6, 9/28 Condensation drain hole..........................................................................11/65 Configuring a brake ...................................................................................2/18 Configuring a gearbox.................................................................................2/4 Configuring a three-phase motor...............................................................2/12 Configuring an encoder.............................................................................2/21 Configuring sequence .................................................................................2/2 Configuring the motor for inverter operation..............................................2/25
Appendix Lists
Subject index
C Connecting cables / plug-in connectors for power supply ....................... 9/30 Connecting cables and connectors for digital inputs and outputs ........... 9/30 Connecting cables for the Control Unit ..................................................... 9/29 Connecting the brake .............................................................................. 11/27 Connection assignment · Absolute encoder 1XP ............................................................. 11/46, 11/47 · Functionally safe rotary encoder.............................................. 11/51, 11/53 · HAN 10E motor plug ........................................................................... 11/17 · HAN K4/4 motor plug .......................................................................... 11/19 · HAN Q8 motor plug ............................................................................ 11/20 · HAN Q8 motor plug with cable ........................................................... 11/23 · HAN Q12 motor plug .......................................................................... 11/24 · Incremental encoder 1XP...................................................... 11/42 ... 11/44 · Resolver .............................................................................................. 11/45 Connection circuit diagram · 1x Pt100 resistance thermometer ......................................................... 11/6 · Anti-condensation heating .................................................................... 11/7 · Application terminal box ..................................................................... 11/61 · Brake ................................................................................................... 11/27 · HAN 10E motor plug ........................................................................... 11/17 · HAN K4/4 motor plug .......................................................................... 11/19 · HAN Q8 motor plug ............................................................................ 11/21 · HAN Q8 motor plug with cable ........................................................... 11/23 · HAN Q12 motor plug .......................................................................... 11/24 · Motor connection ..................................................................... 11/13, 11/14 · PT100 electrical oil temperature monitoring ....................................... 10/58 · Pt1000 resistance thermometer ............................................................ 11/6 · Temperature sensor .............................................................................. 11/4 · Temperature sensor KTY 84-130........................................................... 11/5 · Temperature switch ............................................................................... 11/5 Connector................................................................................................ 11/59 Control Units ................................................................................................ 9/9 Coolant temperature.................................................................................. 2/16 Cooling and ventilation .............................................................................. 2/17 Cooling tower geared motors .................................................................. 3/102 Corrosion protection ................................................................................ 11/34 Corrosion protection for mounted motor components, increased ......... 11/65 Corrosivity category .................................................................................. 12/3 Cover, encoder under.............................................................................. 11/56 Current sensing ......................................................................................... 2/19 Cyclic duration factor ................................................................................ 2/20
D DC link components .................................................................................. 9/24 DC voltages ............................................................................................. 11/27 Declaration of compliance ........................................................................ 12/9 Definition of switching times ...................................................................... 2/19 Degrees of protection................................................................................ 2/17 Design types ................................................................................. 1/11 ... 1/16 Designs for special environmental conditions......................................... 11/65 Determining the drive data.......................................................................... 2/3 Determining the duty type ......................................................................... 2/17 Determining the load classification ............................................................. 2/5 Determining the required service factor...................................................... 2/5 Dimensional drawings · Geared motors .................................................. 3/102, 4/72, 5/73, 6/40, 7/9 · Motors ....................................................................................... 8/42 ... 8/58 · Motors with SINAMICS G110M ............................................................. 9/32 · Notes ..................................................................................................... 1/21 Dimensions of the manual brake release lever ....................................... 11/32 Direction of rotation ................................................................................... 1/27 Disconnection on the AC side ................................................................... 2/19 Disconnection on the DC side using current sensing ............................... 2/19 Disconnection on the DC side using voltage sensing .............................. 2/19 Disconnection times ................................................................................ 11/37 Documentation .......................................................................................... 12/9 Drive Technology Configurator (DT Configurator) ....................................... 1/6
13
Update 02/2018
Siemens MD 50.1 · 2017 13/11
13
© Siemens AG 2018
Appendix Lists
Subject index
D Drywell for VLplus reinforced bearing systems · Drywell with ATEX oil sensor ...............................................................10/48 · Drywell with oil sensor .........................................................................10/48 · Drywell with oil sight glass ..................................................................10/48 DURIGNIT IR 2000, insulation ...................................................................11/9 Duty cycle, function rectifier ....................................................................11/29 Duty types..................................................................................................11/2
E Economic area ...........................................................................................1/22 Efficiency classes ......................................................................................1/25 Efficiency of gearbox ...................................................................................2/4 Efficiency optimization .................................................................................2/4 Efficiency, brake.......................................................................................11/25 Efficiency, motor...........................................................................................8/5 Electrical design ........................................................................................11/2 Electrical oil level monitoring system.......................................................10/59 EMC measures ............................................................................................8/5 Enclosed brake........................................................................................11/34 Encoder accessories ...............................................................................11/58 Encoder under cover ...............................................................................11/56 Encoder ...................................................................................................11/41 · Absolute encoder .....................................................................11/46, 11/47 · Functionally safe rotary encoder ...........................................11/50 ... 11/54 · Incremental encoder ............................................................11/42 ... 11/44 · Resolver...............................................................................................11/45 · Rugged encoders ....................................................................11/48, 11/49 EnDAT, gateway .......................................................................................11/61 Energy efficiency .......................................................................................1/25 Environmental conditions................................................................11/65. 12/2 Explosion protection as per ATEX..............................................................1/24 Export, without CE marking .......................................................................1/24 External grounding ..................................................................................11/16 Extreme ambient temperatures..................................................................12/2
F Factory test report......................................................................................12/9 Fan ................................................................................................11/10, 11/11 Fast brake application ...............................................................................2/19 Fast brake release .....................................................................................2/19 Fast track .................................................................................................12/10 Flange diameter.......................................................................................10/38 Flange surfaces, painting ..........................................................................12/4 Flange-mounted designs.........................................................................10/38 · Dimensional drawings
- Bevel geared motors ..........................................................................5/73 - Cooling tower geared motors ...........................................................3/102 - Helical geared motors ......................................................................3/102 - Helical worm geared motors ..............................................................6/40 - Parallel shaft geared motors...............................................................4/72 - Worm geared motors............................................................................7/9 Flange-mounted designs with VLplus reinforced bearing system · Dimensional drawings - Bevel geared motors ..........................................................................5/73 - Helical geared motors ......................................................................3/102 - Parallel shaft geared motors...............................................................4/72 Flange-mounted designs with XLplus reinforced bearing system · Dimensional drawings - Helical geared motors ......................................................................3/102 Foot-mounted design...............................................................................10/37 · Dimensional drawings - Bevel geared motors ..........................................................................5/73 - Helical geared motors ......................................................................3/102 - Helical worm geared motors ..............................................................6/40 - Parallel shaft geared motors...............................................................4/72 - Worm geared motors............................................................................7/9 Foot/flange-mounted design....................................................................10/37 · Dimensional drawings - Helical geared motors ......................................................................3/102 Forced ventilation ....................................................................................11/11 Frequencies ...............................................................................................11/2
F Friction lining, wear resistant ................................................................... 11/35 Function circuit diagram, brake............................................................... 11/27 Function rectifier ...................................................................................... 11/29 Functionally safe rotary encoder ...................................... 2/23, 11/50 ... 11/54 Fuses ......................................................................................................... 9/23
G Gateway EnDAT....................................................................................... 11/61 Gearbox constants .................................................................................... 2/10 Gearbox fastening ....................................................................................... 2/8 Gearbox lubricating oils .......................................................................... 10/50 Gearbox options ..............................................................................chapter 10 Gearbox, type designation .......................................................................... 1/9 Geared motors............................................................................................. 1/2 Geared motors for use worldwide ............................................................. 1/22 General options ...............................................................................chapter 12 General technical specifications ............................................................... 1/22 Grease cartridge ..................................................................................... 10/48 Grease service life..................................................................................... 2/26 Grounding, external................................................................................. 11/16 Guidelines for selection and ordering ......................................................... 1/7
H Half-wave rectifier.................................................................................... 11/27 HAN 10E, motor plug .............................................................................. 11/17 HAN K4/4, motor plug ............................................................................. 11/18 HAN Q12, motor plug .............................................................................. 11/24 HAN Q8 with cable, motor plug .............................................................. 11/22 HAN Q8, motor plug ................................................................................ 11/20 Handwheel .............................................................................................. 11/64 Helical geared motors .......................................................................chapter 3 Helical worm geared motors .............................................................chapter 6 High Efficiency........................................................................................... 1/25 High inertia fan ........................................................................................ 11/10 High-speed excitation ............................................................................... 2/19 Hollow shaft ............................................................................... 10/43 ... 10/46 Hollow shaft cover ................................................................................... 10/47 Hollow shaft with shrink disk ..................................................... 10/43 ... 10/44 Hollow shaft, inches .................................................................. 10/43 ... 10/46 Housing flange ........................................................................................ 10/37
I Increased air humidity/temperature .......................................................... 11/9 Increased corrosion protection (brake) ................................................... 11/34 Increased corrosion protection for mounted motor components ............ 11/65 Increased protection against humidity and tropical climates ................... 12/2 Incremental encoder ................................................................. 11/42 ... 11/44 Input speed ................................................................................................. 2/6 Installation altitude..................................................................................... 2/16 Installation kits ........................................................................................... 9/28 Insulation ................................................................................................... 11/8 Insulation DURIGNIT IR 2000.................................................................... 11/9 Intelligent Operator Panel IOP................................................................... 9/27 Internal corrosion protection, motor ........................................................ 11/65 Internal motor corrosion protection ......................................................... 11/65 International Efficiency, general information.............................................. 1/25 Inverter operation, configuring .................................................................. 2/25 IP55, IP56, IP65 ....................................................................................... 11/10
K KTY 84-130, temperature sensor............................................................... 11/5
L Line feeder cables..................................................................................... 2/16 Line-side components ............................................................................... 9/24 Load classification of driven machines ....................................................... 2/5 Load classification, determining ................................................................. 2/5 Location and position of the terminal box ............................................... 11/12 Long-term preservation up to 36 months .................................................. 12/5 Lubrication............................................................................................... 10/49
13/12 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
M Magnetic oil drain screw..........................................................................10/57 Manual brake release ..............................................................................11/31 Manual brake release lever .....................................................................11/31 Manual brake release lever position ........................................................11/31 Manual brake release lever with locking mechanism ..............................11/31 Manual brake release lever, dimensions .................................................11/32 Mass acceleration factor .............................................................................2/6 Mating connector..........................................................................11/17, 11/18 Mechanical design ..................................................................................11/10 Mechanical protection .............................................................................11/55 Mechanical stress ......................................................................................2/26 Memory card..............................................................................................9/28 Metal fan ..................................................................................................11/10 Microswitch for monitoring brake release................................................11/33 Minimum efficiencies according to IEC 60034-30-1:2014.........................1/25 Modular MODULOG principle .....................................................................8/2 Modular system · Bevel geared motors B..........................................................................1/13 · Bevel geared motors K..........................................................................1/14 · Combination with backstop.................................................................11/64 · Combination with brake.......................................................................11/35 · Combination with encoder systems ....................................................11/62 · Combination with second shaft extension...........................................11/64 · Helical geared motors ...........................................................................1/11 · Helical worm geared motors .................................................................1/15 · Parallel shaft geared motors .................................................................1/12 · Worm geared motors.............................................................................1/16 MODULOG modular principle .....................................................................8/2 Moments of inertia, additional....................................................................2/16 MOTION-CONNECT signal cables..........................................................11/57 Motor connection and terminal box .........................................................11/12 Motor connection D/Y ..............................................................................11/13 Motor connection Y..................................................................................11/13 Motor connection YY/Y ............................................................................11/14 Motor data, rating plate ....................................................................12/6, 12/7 Motor options .................................................................................. chapter 11 Motor plug · HAN 10E..............................................................................................11/17 · HAN K4/4.............................................................................................11/18 · HAN Q8 ...............................................................................................11/20 · HAN Q8 with cable..............................................................................11/22 · HAN Q12 .............................................................................................11/24 Motor power tables, structure ....................................................................1/19 Motor protection.........................................................................................11/4 Motors ............................................................................................... chapter 8 Motors for the Chinese market...................................................................1/23 Motors for the Eurasian market..................................................................1/24 Motors for the North American market.......................................................1/23 Motors prepared for encoder mounting...................................................11/57 Motors, type designation ...........................................................................1/10 Mounting ..................................................................................................10/37 Mounting positions.....................................................................................10/2 · Bevel geared motors ...........................................................................10/19 · Cooling tower geared motors ..............................................................10/10 · Helical geared motors ...........................................................................10/4 · Helical worm geared motors ...............................................................10/28 · Parallel shaft geared motors ...............................................................10/13 · Special mounting positions .................................................................10/36 · Tandem geared motors .......................................................................10/35 · Worm geared motors...........................................................................10/34 Mounting types ........................................................................................10/37
N Noise ..........................................................................................................1/27 Noise behavior...........................................................................................1/27 Notes on dimensional drawings ................................................................1/21 Notes on selection tables ..........................................................................1/17
Appendix Lists
Subject index
O Oil dipstick.................................................................................... 10/10, 10/12 Oil drain ................................................................................................... 10/57 Oil drain valve.......................................................................................... 10/57 Oil expansion unit .................................................................................... 10/55 Oil level checking screw.......................................................................... 10/57 Oil level control ........................................................................................ 10/57 Oil level monitoring system, electrical ..................................................... 10/59 Oil level sensor ........................................................................................ 10/59 Oil quantity .............................................................................................. 10/49 Oil sensor with Drywell ............................................................................ 10/48 Oil sight glass with Drywell...................................................................... 10/48 Oil sight glass with reflector .................................................................... 10/57 Oil valves ................................................................................................... 10/3 Operating energy, permissible ................................................................ 11/36 Operating instructions ............................................................................... 12/9 Operation of geared motors on a frequency inverter ................................ 2/25 Options, geared motors...................................................................chapter 10 Options, general ..............................................................................chapter 12 Options, motors ...............................................................................chapter 11 Ordering data .............................................................................................. 1/7 Ordering example........................................................................................ 1/8 Output flange sealing .............................................................................. 10/41 Output flange, water drain holes ............................................................. 10/40 Output shaft bearings.............................................................................. 10/47
P Paint system .............................................................................................. 12/3 Painting flange surfaces............................................................................ 12/4 Parallel shaft geared motors..............................................................chapter 4 Partial loads................................................................................................. 8/5 PC inverter connection kit ......................................................................... 9/28 Peak load................................................................................................... 2/26 Permissible axial forces............................................................................... 2/9 Permissible operating energy ................................................................. 11/36 Permissible radial force ............................................................................... 2/9 Permissible torque for SIMOLOC assembly system ................................ 2/11 Permissible voltage stress......................................................................... 2/26 Photoelectric scanning, principle of operation.......................................... 2/22 Position of the terminal box ..................................................................... 11/12 Power bus distribution ............................................................................... 9/31 Power factor ................................................................................................ 8/5 Power Module............................................................................................ 9/17 Power table, structure................................................................................ 1/17 Premium Efficiency .................................................................................... 1/25 Prepared for encoder mounting .............................................................. 11/57 Preservation............................................................................................... 12/5 Pressure breather valve........................................................................... 10/54 Pretreatment, special................................................................................. 12/3 Primed according to corrosivity category ................................................. 12/4 Protection against humidity and tropical climates, increased................... 12/2 Protection against tropical climates, increased ........................................ 12/2 Protection cover....................................................................................... 10/47 Protection, mechanical ............................................................................ 11/55 Protective devices, current-dependent ..................................................... 2/16 Protective devices, temperature-dependent............................................. 2/16 PT100 electrical oil temperature monitoring............................................ 10/58 PT100 oil temperature monitoring, electrical........................................... 10/58 Pt100 resistance thermometer, 1x ............................................................. 11/6 Pt1000 resistance thermometer ................................................................ 11/6 PTC thermistor for disconnection .............................................................. 11/4 PTC thermistor for warning and disconnection ......................................... 11/4
13
Update 02/2018
Siemens MD 50.1 · 2017 13/13
13
© Siemens AG 2018
Appendix Lists
Subject index
R Radial force, available .................................................................................2/9 Radial force, permissible .............................................................................2/9 Radially reinforced output shaft bearings................................................10/47 RAL color ...................................................................................................12/5 Rating plate................................................................................................12/6 Rating plate, second..................................................................................12/8 Rectifier...........................................................................................2/19, 11/27 Rectifier bridge ........................................................................................11/27 Rectifier with overexcitation .......................................................................2/19 Reduced-backlash version......................................................................10/60 Reduced-noise rotor-hub connection ......................................................11/35 Reinforced bearings ................................................................................10/47 Repair switch .............................................................................................9/23 Required torque ...........................................................................................2/6 Resolver ...................................................................................................11/45 Roller bearing grease ..............................................................................10/49 Rotary pulse encoder ...................................................................11/48, 11/49 Rotor-hub connection ..............................................................................11/35 Rugged encoders....................................................................................11/48
S Safety data sheet .......................................................................................12/9 Safety Integrated functions..........................................................................9/9 SD card ........................................................................................................9/3 Seal for increased environmental stress..................................................10/49 Seal with longer service life .....................................................................10/49 Sealing ....................................................................................................10/49 Sealing system.........................................................................................10/49 Second rating plate ...................................................................................12/8 Second shaft extension ...........................................................................11/64 Selecting the brake..................................................................................11/26 Selection data, cable entry ......................................................................11/12 Self ventilation..........................................................................................11/10 Self-locking with worm gearbox...................................................................2/4 Separately driven fan...............................................................................11/11 Service factor...............................................................................................2/5 Service life of the brake lining....................................................................2/18 Shaft designs .............................................................................10/43 ... 10/46 Shaft extension, second ..........................................................................11/64 Shaft load.....................................................................................................2/9 Shaft-mounted design ...............................................................10/41 ... 10/43 · Dimensional drawings
- Bevel geared motors ..........................................................................5/73 - Helical worm geared motors ..............................................................6/40 - Parallel shaft geared motors...............................................................4/72 - Worm geared motors............................................................................7/9 Shrink-glued output gearwheel................................................................10/60 SIMOGEAR geared motors..........................................................................1/2 SIMOLOC assembly system.....................................4/125, 5/137, 6/63, 10/46 SINAMICS G110M ............................................................................ chapter 9 SINAMICS G110M design ...........................................................................9/6 SINAMICS Startdrive, commissioning tool...................................................1/6 Single-disk spring-operated brake ..........................................................11/25 SIZER for Siemens Drives............................................................................1/6 Solid shaft ..................................................................................10/43 ... 10/46 Solid shaft, both ends ................................................................10/43 ... 10/46 Solid shaft, inches......................................................................10/43 ... 10/46 Sound power level .....................................................................................1/27 Spare Parts Kit ...........................................................................................9/31 Special colors ............................................................................................12/5 Special mounting positions......................................................................10/36 Special order versions .................................................................................1/7 Special pretreatment..................................................................................12/3 Special version ........................................................................................10/60 Specifications ............................................................................................1/22 Splashing losses..........................................................................................2/4 Splined hollow shaft...................................................................10/43 ... 10/46
S Spring-operated disk brakes.......................................................... 2/18, 11/25 Standard ambient temperature ................................................................. 12/2 Standard corrosion protection ................................................................. 11/34 Standard Efficiency ................................................................................... 1/25 Standard fan ............................................................................................ 11/10 Standard voltages ..................................................................................... 11/2 Standards ............................................................................................. 2/4, 8/4 STARTER, commissioning tool .................................................................... 1/6 Storage conditions .................................................................................... 12/5 Stress, mechanical .................................................................................... 2/26 Structure of the Article No. .......................................................................... 1/7 Structure of the tables ................................................................... 1/17 ... 1/19 Super Premium Efficiency ......................................................................... 1/25 Supplementary system components for SINAMICS G110M..................... 9/27 Supply voltages ....................................................................................... 11/27 Surface pretreatment................................................................................. 12/3 Surface treatment ...................................................................................... 12/3 Switching frequency .................................................................................. 2/15
T Tandem gearbox 2/7, 3/90, 3/183, 4/61, 4/124, 5/63, 5/136, 6/25, 6/62, 10/35 Technical specifications · Absolute encoder 1XP8024-21 ........................................................... 11/47 · Absolute encoders 1XP8014 and 1XP8024 ........................................ 11/46 · Absolute encoders IA 8.5883FS2 and IA 8.5883FS3 ......................... 11/52 · Anti-condensation heating .................................................................... 11/7 · Backstop ............................................................................................. 11/63 · Brake ................................................................................................... 11/36 · Forced ventilation................................................................................ 11/11 · General ................................................................................................. 1/22 · HAN 10E motor plug ........................................................................... 11/17 · HAN K4/4 motor plug .......................................................................... 11/18 · HAN Q8 motor plug ............................................................................ 11/20 · HAN Q8 motor plug with cable ........................................................... 11/22 · HAN Q12 motor plug .......................................................................... 11/24 · Incremental encoder 1XP8012............................................................ 11/42 · Incremental encoder 1XP8022............................................................ 11/44 · Incremental encoder 1XP8032............................................................ 11/43 · Incremental encoder IN 8.5834FS2 and IN 8.5834FS3 ...................... 11/50 · Motors, overview ..................................................................................... 8/3 · PT100 electrical oil temperature monitoring ....................................... 10/58 · Resolver .............................................................................................. 11/45 · Rugged encoders HOG9 D 1024 I .................................................... 11/48 · Rugged encoders HOG10 D 1024 I ................................................... 11/49 · Rugged encoders LL 861 900 220 ..................................................... 11/48 · Second shaft extension....................................................................... 11/64 Temperature class ..................................................................................... 11/9 Temperature sensor................................................................................... 11/4 Temperature sensor KTY 84-130 ............................................................... 11/5 Temperature switch ................................................................................... 11/4 Temperature-dependent protective devices ............................................. 2/16 Terminal box ............................................................................................ 11/12 Terminal box assignment......................................................................... 11/14 Terminal box cast .................................................................................... 11/16 Terminal box material .............................................................................. 11/14 Terminal box type .................................................................................... 11/15 Terminal connection ................................................................................ 11/14 Test certificates.......................................................................................... 12/9 Thermistor (PTC) ....................................................................................... 11/4 Tolerances ................................................................................................... 8/4 Torque arm ................................................................................. 10/41 ...10/43 Torque table, structure............................................................................... 1/17 Torque, required .......................................................................................... 2/6 Type designations · Gearbox .................................................................................................. 1/9 · Motors ................................................................................................... 1/10 · SINAMICS G110M .................................................................................. 9/2
13/14 Siemens MD 50.1 · 2017
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© Siemens AG 2018
U Undervoltage .............................................................................................2/16 Unpainted ..................................................................................................12/3 USB / plug adapter cable ........................................................................10/58 V Ventilation...................................................................................................2/17 Venting .....................................................................................................10/51 VLplus, reinforced bearing system ..........................................................10/47 Voltage sensing .........................................................................................2/19 Voltage stress, permissible........................................................................2/26 Voltages .....................................................................................................11/2 VSD10 line motors ................................................................11/2, 8/30 ... 8/34 W Wear-resistant friction lining.....................................................................11/35 Weight, geared motor ......................................................3/3, 4/3, 5/3, 6/3, 7/3 Weight, motor...................................................................................8/6 ... 8/40 Winding ......................................................................................................11/8 Winding thermostat....................................................................................11/5 Working capacity .....................................................................................11/38 Worm geared motors ........................................................................ chapter 7 X XLplus, reinforced bearing system ..........................................................10/47
Appendix Lists
Subject index
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Siemens MD 50.1 · 2017 13/15
© Siemens AG 2018
Appendix Lists
Index of abbreviations
Abbreviation AC ATEX
Meaning Alternating Current, three-phase Atmosphère explosible
CAD CCC CEL CEMEP
CONT CQC CSA CT
Computer-Aided Design
China Compulsory Certification
China Energy Label
Comité Européen de Constructeurs de Machines Électriques et d'Électronique de Puissance (European sector committee of manufacturers of electrical machines)
Continuous duty
China Quality Certification Center
Canadian Standards Association
Coolant temperature
DC
Direct Current
DC
Duty cycle
DE
Drive end
DIN
German Institute for Standardization
(Deutsches Institut für Normen e. V. -DIN)
EAC EBPG EC ECL EER EFF EGE EISA EMC EN EPAct EU EuP
Eurasian conformity Energy-related products directive European Community Energy Conservation Law of PRC Energy Efficiency Regulations Efficiency Europäische Größeneinheit Energy Independence and Security Act Electromagnetic compatibility European standard Energy Policy Act European Union Energy Using Products
Abbreviation MODULOG
NDE NN NAT NEE NPT
PAO PE PG PTC
SA SSI SW
TIA TIP TTL
UL-R
VDE
VDI
WGK
FVA
13
HF HTL
Research Association for Drive Technology (Forschungsvereinigung Antriebstechnik e. V.)
High frequency High Transistor Logic
IDS
Integrated Drive Systems
IE
International Efficiency
IEC
International Electrotechnical Commission
IP
International Protection
ISO
International Organization for Standardization
Meaning Modular logistically optimized design (motor)
Non-drive end Sea level Rated response temperature NEMA Energy Efficient National Pipe Thread
Polyalphaolefine Protective Earth, grounding Polyglycol Positive Temperature Coefficient
Site altitude (installation altitude) Simple Sensor Interface Width across flats
Totally Integrated Automation Totally Integrated Power Transistor Transistor Logic
Underwriters Laboratories Inc. - Recognition Mark
Association of Electrical Engineering, Electronics and Information Technology (Verband der Elektrotechnik Elektronik Informationstechnik e. V.) Association of German Engineers (Verein Deutscher Ingenieure)
Class, signifying risk of water pollution
13/16 Siemens MD 50.1 · 2017
© Siemens AG 2018
Appendix SITRAIN Training for Industry
Your benefit from practical training directly from the manufacturer
SITRAIN Training for Industry provides you with comprehensive support in solving your tasks.
Training directly from the manufacturer enables you to make correct decisions with confidence.
Increased profits and lower costs: · Shorter times for commissioning, maintenance and servicing · Optimized production operations · Reliable configuration and commissioning · Shortened startup times, reduced downtimes, and faster
troubleshooting · Exclude expensive faulty planning right from the start. · Flexible plant adaptation to market requirements · Compliance with quality standards in production · Increased employee satisfaction and motivation · Shorter familiarization times following changes in technology
and staff
Contact
Visit our site on the Internet at: www.siemens.com/sitrain
or let us advise you personally:
SITRAIN Training for Industry SITRAIN Customer Support Germany
Tel.: +49 911 895-7575 Fax: +49 911 895-7576
Email: info@sitrain.com
Your benefits with SITRAIN Training for Industry
Certified top trainers
Our trainers are skilled specialists with practical experience. Course developers have close contact with product development, and pass on their knowledge to the trainers and then to you.
Practical application with practice
Practice, practice, practice! We have designed the trainings with an emphasis on practical exercises. They take up to half of the course time in our trainings. You can therefore implement your new knowledge in practice even faster.
300 courses in more than 60 countries
We offer a total of about 300 classroom-based courses. You can find us at more than 50 locations in Germany, and in 62 countries worldwide. You can find which course is offered at which location at: www.siemens.com/sitrain
Skills development
Do you want to develop skills and fill in gaps in your knowledge? Our solution: We will provide a program tailored exactly to your personal requirements. After an individual requirements analysis, we will train you in our training centers near you or directly at your offices. You will practice on the most modern training equipment with special exercise units. The individual training courses are optimally matched to each other and help with the continuous development of knowledge and skills. After finishing a training module, the follow-up measures make success certain, as well as the refreshment and deepening of the knowledge gained.
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Siemens MD 50.1 · 2017 13/17
Appendix
© Siemens AG 2018
Partner · Industry Mall and Interactive Catalog CA 01 Partner at Siemens
At your service locally, around the globe for consulting, sales, training, service, support, spare parts on the entire portfolio of Digital Factory and Process Industries and Drives.
Your partner can be found in our Personal Contacts Database at: www.siemens.com/automation-contact
You start by selecting · the required competence, · products and branches, · a country and a city
or by a · location search or free text search.
Easy product selection and ordering in the Industry Mall and with the Interactive Catalog CA 01
Industry Mall
The Industry Mall is a Siemens Internet ordering platform. Here you have a clear and informative online access to a huge range of products.
Powerful search functions make it easy to select the required products. Configurators enable you to configure complex product and system components quickly and easily. CAx data types are also provided here.
Data transfer allows the whole procedure, from selection through ordering to tracking and tracing, to be carried out online. Availability checks, customer-specific discounts and bid creation are also possible.
www.siemens.com/industrymall
13
Interactive Catalog CA 01 - Products for Automation and Drives
The Interactive Catalog CA 01 combined with the Siemens Industry Mall unites the benefits of offline and online media in one application the performance of an offline catalog with the availability of manifold and up-to-date information on the Internet.
Select products and assemble orders with the CA 01, determine the availability of the selected products and track & trace via the Industry Mall.
More information and download: www.siemens.com/automation/ca01
13/18 Siemens MD 50.1 · 2017
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Downloading catalogs
© Siemens AG 2018
Appendix
Information and Download Center
In the Information and Download Center you can download catalogs and brochures in PDF format without having to register. The filter dialog makes it possible to carry out targeted searches. www.siemens.com/industry/infocenter
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Siemens MD 50.1 · 2017 13/19
Appendix Industry Services
Overview
Support and Consulting Services
© Siemens AG 2018
Training Services
Digital Services
Spare Parts Services
Service Programs and Agreements
Repair Services
Field and Maintenance Services
Retrofit and Modernization Services
G_DA65_XX_00272a
13
Keep your business running and shaping your digital future with Industry Services
Optimizing the productivity of your equipment and operations can be a challenge, especially with constantly changing market conditions. Working with our service experts makes it easier. We understand your industry's unique processes and provide the services needed so that you can better achieve your business goals.
You can count on us to maximize your uptime and minimize your downtime, increasing your operations' productivity and reliability. When your operations have to be changed quickly to meet a new demand or business opportunity, our services give you the flexibility to adapt. Of course, we take care that your production is protected against cyber threats. We assist in keeping your operations as energy and resource efficient as possible and reducing your total cost of ownership. As a trendsetter, we ensure that you can capitalize on the opportunities of digitalization and by applying data analytics to enhance decision making: You can be sure that your plant reaches its full potential and retains this over the longer lifespan.
You can rely on our highly dedicated team of engineers, technicians and specialists to deliver the services you need safely, professionally and in compliance with all regulations. We are there for you, where you need us, when you need us.
https://www.siemens.com/global/en/home/products/services/ industry.html
13/20 Siemens MD 50.1 · 2017
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Overview
Digital Services
© Siemens AG 2018
Appendix Industry Services
Industry Services Portfolio overview
Support and Consulting Services
Digital Services make your industrial processes transparent to gain improvements in productivity, asset availability, and energy efficiency.
Production data is generated, filtered and translated with intelligent analytics to enhance decision-making.
This is done whilst taking data security into consideration and with continuous protection against cyber-attack threats.
https://www.siemens.com/global/en/home/products/services/ industry/digital-services.html
Industry Online Support site for comprehensive information, application examples, FAQs and support requests.
Technical and Engineering Support for advice and answers for all inquiries about functionality, handling, and fault clearance. The Service Card as prepaid support for value added services such as Priority Call Back or Extended Support offers the clear advantage of quick and easy purchasing.
Information & Consulting Services, e.g. SIMATIC System Audit; clarity about the state and service capability of your automation system or Lifecycle Information Services; transparency on the lifecycle of the products in your plants.
https://support.industry.siemens.com/cs/ww/en/sc/2235
Training Services
Spare Parts Services
From the basics and advanced to specialist skills, SITRAIN courses provide expertise right from the manufacturer and encompass the entire spectrum of Siemens products and systems for the industry.
Worldwide, SITRAIN courses are available wherever you need a training course in more than 170 locations in over 60 countries.
https://support.industry.siemens.com/cs/ww/en/sc/2226
Spare Parts Services are available worldwide for smooth and fast supply of spare parts and thus optimal plant availability. Genuine spare parts are available for up to ten years. Logistic experts take care of procurement, transport, custom clearance, storage and order management. Reliable logistics processes ensure that components reach their destination as needed.
Since not all spare parts can be kept in stock at all times, Siemens offers a preventive measure for spare parts provisioning on the customer's premises with optimized Spare Parts Packages for individual products, custom-assembled drive components and entire integrated drive trains including risk consulting.
Asset Optimization Services help you design a strategy for parts supply where your investment and carrying costs are reduced and the risk of obsolescence is avoided.
https://support.industry.siemens.com/cs/ww/en/sc/2110
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Appendix Industry Services
Industry Services Portfolio overview
Overview (continued)
Repair Services
© Siemens AG 2018
Retrofit and Modernization Services
Repair Services are offered on-site and in regional repair centers for fast restoration of faulty devices' functionality.
Also available are extended repair services, which include additional diagnostic and repair measures, as well as emergency services.
https://support.industry.siemens.com/cs/ww/en/sc/2154
Provide a cost-effective solution for the expansion of entire plants, optimization of systems or upgrading existing products to the latest technology and software, e.g. migration services for automation systems.
Service experts support projects from planning through commissioning and, if desired over the entire extended lifespan, e.g. Retrofit for Integrated Drive Systems for an extended lifetime of your machines and plants.
https://support.industry.siemens.com/cs/ww/en/sc/2286
Field and Maintenance Services
Service Programs and Agreements
Siemens specialists are available globally to provide expert field and maintenance services, including commissioning, functional testing, preventive maintenance and fault clearance. All services can be included in customized service agreements with defined reaction times or fixed maintenance intervals.
https://support.industry.siemens.com/cs/ww/en/sc/2265
A technical Service Program or Agreement enables you to easily bundle a wide range of services into a single annual or multiyear agreement.
You pick the services you need to match your unique requirements or fill gaps in your organization's maintenance capabilities.
Programs and agreements can be customized as KPI-based and/or performance-based contracts.
https://support.industry.siemens.com/cs/ww/en/sc/2275
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13/22 Siemens MD 50.1 · 2017
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© Siemens AG 2018
Overview
Online Support fast, intuitive, whenever you want, wherever you need
Web
Appendix Industry Services
Online Support
support.industry.siemens.com
App
Scan the QR code for information on our Online Support app.
FAQ / Application examples
Information about industrial products, programming and configuration as well as application examples
Technical Information
Videos, documentation, manuals, updates, product notes, compatibility tool, certificates, planning data such as dimensional drawings, product data, 3D models
Forum
Exchange information and experience with other users and experts
Online Support for Siemens Products for Industry
Siemens Industry and Online Support with some 1.7 million visitors per month is one of the most popular web services provided by Siemens. It is the central access point for comprehensive technical know-how about products, systems and services for automation and drives applications as well as for process industries.
In connection with the challenges and opportunities related to digitalization you can look forward to continued support with innovative offerings.
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Appendix
© Siemens AG 2018
Conversion tables
Rotary inertia (to convert from A to B, multiply by entry in table)
A lb-in2 lb-ft2 lb-in-s2 lb-ft-s2 slug-ft2 kg-cm2 kg-cm-s2 gm-cm2 gm-cm-s2 oz-in2 oz-in-s2
B lb-in2
1 144 386.08 4.63 × 103
lb-ft2
6.94 × 103 1 2.681 32.17
lb-in-s2
2.59 × 103 0.3729 1 12
lb-ft-s2 slug-ft2 2.15 × 104 3.10 × 102 8.33 × 102
1
kg-cm2 kg-cm-s2
2.926
2.98 × 103
421.40 0.4297 1.129 × 103 1.152 1.35 × 104 13.825
gm-cm2
2.92 × 103 4.21 × 105 1.129 × 106 1.355 × 107
gm-cm-s2
2.984 429.71 1.152 × 103 1.38 × 104
oz-in2
16 2304 6.177 × 103 7.41 × 104
oz-in-s2
4.14 × 102 5.967 16 192
0.3417
2.37 × 103
335.1
2.327
3.417 × 104 2.37 × 106
0.335
2.32 × 103
0.0625
4.34 × 104
24.13
0.1675
8.85 × 104
0.8679 8.85 × 107 8.67 × 104 1.61 × 104 6.25 × 102
7.37 × 105 7.23 × 102 7.37 × 108 7.23 × 105 1.34 × 105 5.20 × 103
1 980.66 1 × 103 0.9806 0.182 70.615
1.019 × 103 1000
1
9.8 × 105
1.01 × 106 1
1 × 103
980.6
1.86 × 104 182.9
7.20 × 102 7.09 × 104
1.019 1000 1.01 × 103 1 0.186
5.46 5.36 × 103 5.46 × 103 5.36 1
1.41 × 102
13.887 1.41 × 105 1.38 × 102 2.59 × 103
72.0
386.08
1
Torque (to convert from A to B, multiply by entry in table)
A lb-in lb-ft oz-in
B lb-in
1 12 6.25 × 102
lb-ft
oz-in
8.333 × 102 16
1
192
5.208 × 103 1
N-m
0.113 1.355 7.061 × 103
N-m kg-cm kg-m gm-cm dyne-cm
8.850 0.8679 86.796 8.679 × 104 8.850 × 107
0.737 7.233 × 102
7.233 7.233 × 105 7.375 × 108
141.612
13.877 1.388 × 103 1.388 × 102 1.416 × 105
1 9.806 × 102
9.806 9.806 × 105 107
kg-cm
kg-m
1.152 13.825 7.200 × 102 10.197 1 100 1 × 103 1.0197 × 106
1.152 × 102 0.138 7.200 × 104 0.102 102 1 1 × 105 1.019 × 108
gm-cm
1.152 × 103 1.382 × 104 72.007 1.019 × 104 1000 1 × 105 1 1.019 × 103
dyne-cm
1.129 × 106 1.355 × 107 7.061 × 104 1 × 107 9.806 × 105 9.806 × 107 980.665 1
13
Length (to convert from A to B, multiply by entry in table)
Force (to convert from A to B, multiply by entry in table)
A inches feet cm yd mm
B inches feet cm yd
mm m
1
0.0833 2.54 0.028
25.4 0.0254
12
1
30.48 0.333
304.8 0.3048
0.3937 0.03281 1
1.09 × 102 10 0.01
36
3
91.44 1
914.4 0.914
0.03937 0.00328 0.1 1.09 × 103 1
0.001
A lb oz gm dyne N
B lb
oz
gm dyne
N
1
0.0625 2.205 × 103 2.248 × 106
16 1 0.03527 3.59 × 105
453.6 28.35 1 980.7
4.448 × 105 2.780 × 104 1.02 × 103
1
0.22481
3.5967
N.A. 100000
4.4482 0.27801 N.A. 0.00001 1
m
39.37 3.281 100 1.09
1000 1
Power (to convert from A to B, multiply by entry in table)
B hp A
hp (English) (lb-in) (deg./s) (lb-in) (rpm) (lb-ft) (deg./s) (lb-ft) (rpm) Watts
1 2.645 × 106 1.587 × 105 3.173 × 105 1.904 × 104 1.341 × 103
Watts
745.7 1.972 × 103 1.183 × 102 2.366 × 102 0.1420 1
Mass (to convert from A to B, multiply by entry in table)
B lb
oz
gm
kg
slug
A
lb
1
16
453.6
0.4536 0.0311
oz
6.25 × 102 1
28.35
0.02835 1.93 × 103
gm
2.205 × 103 3.527 × 102 1
103 6.852 × 105
kg
2.205
35.27
103
1
6.852 × 102
slug
32.17
514.8
1.459 × 104 14.59 1
Rotation (to convert from A to B, multiply by entry in table)
B rpm A
rad/s
degrees/s
rpm
1
0.105
6.0
rad/s
9.55
degrees/s 0.167
1 1.745 × 102
57.30 1
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© Siemens AG 2018
Appendix
Temperature Conversion
°F
°C
0
17.8
32
0
50
10
70
21.1
90
32.2
98.4
37
212
100
subtract 32 and multiply by 5/9
Mechanism Efficiencies
Acme-screw with brass nut Acme-screw with plastic nut Ball-screw Chain and sprocket Preloaded ball-screw Spur or bevel-gears Timing belts Worm gears Helical gear (1 reduction)
Friction Coefficients
Materials Steel on steel (greased) Plastic on steel Copper on steel Brass on steel Aluminum on steel Steel on steel
Mechanism Ball bushings Linear bearings Dove-tail slides Gibb ways
°C
°F
10
14
0
32
10
50
20
68
30
86
37
98.4
100
212
multiply by 9/5 and add 32
~0.350.65 ~0.500.85 ~0.850.95 ~0.950.98 ~0.750.85 ~0.90 ~0.960.98 ~0.450.85 ~0.92
~0.15 ~0.150.25 ~0.30 ~0.35 ~0.45 ~0.58
<0.001 <0.001 ~0.2++ ~0.5++
Material Densities
Material
lb-in3
Aluminum
0.096
Brass
0.299
Bronze
0.295
Copper
0.322
Hard wood
0.029
Soft wood
0.018
Plastic
0.040
Glass
0.0790.090
Titanium
0.163
Paper
0.0250.043
Polyvinyl chloride
0.0470.050
Rubber
0.0330.036
Silicone rubber, without filler 0.043
Cast iron, gray
0.274
Steel
0.280
Wire Gauges1)
Cross-section mm2
0.2 0.3 0.5 0.75 1.0 1.5 2.5 4 6 10 16 25 35 50 70 95 120 150 185
Standard Wire Gauge (SWG) 25 23 21 20 19 17 15 13 12
9 7 5 3 0 000 00000 0000000
Conversion tables
gm-cm3 2.66 8.30 8.17 8.91 0.80 0.48 1.11 2.22.5 4.51 0.71.2 1.31.4 0.920.99 1.2 7.6 7.75
American Wire Gauge (AWG) 24 22 20 19 18 16 13 11
9 7 6 3 2 1/0 2/0 3/0 4/0 6/0 7/0
13
1) The table shows approximate SWG/AWG sizes nearest to standard metric sizes; the cross-sections do not match exactly.
Siemens MD 50.1 · 2017 13/25
Appendix
Notes
© Siemens AG 2018
13
13/26 Siemens MD 50.1 · 2017
© Siemens AG 2018
Appendix Conditions of sale and delivery
1. General Provisions
2. Prices
By using this catalog you can acquire hardware and software products described therein from Siemens AG subject to the following Terms and Conditions of Sale and Delivery (hereinafter referred to as "T&C"). Please note that the scope, the quality and the conditions for supplies and services, including software products, by any Siemens entity having a registered office outside Germany, shall be subject exclusively to the General Terms and Conditions of the respective Siemens entity. The following T&C apply exclusively for orders placed with Siemens Aktiengesellschaft, Germany.
1.1 For customers with a seat or registered office in Germany
For customers with a seat or registered office in Germany, the following applies subordinate to the T&C:
The prices are in (Euro) ex point of delivery, exclusive of packaging.
The sales tax (value added tax) is not included in the prices. It shall be charged separately at the respective rate according to the applicable statutory legal regulations.
Prices are subject to change without prior notice. We will charget the prices valid at the time of delivery.
To compensate for variations in the price of raw materials (e.g. silver, copper, aluminum, lead, gold, dysprosium and neodym), surcharges are calculated on a daily basis using the so-called metal factor for products containing these raw materials. A surcharge for the respective raw material is calculated as a supplement to the price of a product if the basic official price of the raw material in question is exceeded.
· for installation work the "General Conditions for Erection Works - Germany"1) ("Allgemeine Montagebedingungen - Deutschland" (only available in German at the moment)) and/or
The metal factor of a product indicates the basic official price (for those raw materials concerned) as of which the surcharges on the price of the product are applied, and with what method of calculation.
· for Plant Analytics Services the "Standard Terms and
An exact explanation of the metal factor can be downloaded at:
Conditions for Plant Analytics Services - for Customer in Germany"1) ("Allgemeine Geschäftsbedingungen für das Plant Analytics Services - für Kunden in Deutschland" (only available in German at the moment)) and/or
· for stand-alone software products and software products forming a part of a product or project, the "General License Conditions for Software Products for Automation and Drives for Customers with a Seat or registered Office in Germany"1) and/or
· for other supplies and/or services the "General Conditions for the Supply of Products and Services of the Electrical and Electronics Industry"1).
www.siemens.com/automation/salesmaterialas/catalog/en/terms_of_trade_en.pdf
To calculate the surcharge (except in the cases of dysprosium and neodym), the official price from the day prior to that on which the order was received or the release order was effected is used.
To calculate the surcharge applicable to dysprosium and neodym ("rare earths"), the corresponding three-month basic average price in the quarter prior to that in which the order was received or the release order was effected is used with a onemonth buffer (details on the calculation can be found in the explanation of the metal factor).
In case such supplies and/or services should contain Open
Source Software, the conditions of which shall prevail over the 3. Additional Terms and Conditions
" General Conditions for the Supply of Products and Services of the Electrical and Electronics Industry "1). A notice will be contained in the scope of delivery in which the applicable conditions for Open Source Software are specified. This shall apply mutatis mutandis for notices referring to other third party software components.
The dimensions are in mm. In Germany, according to the German law on units in measuring technology, data in inches apply only to devices for export.
Illustrations are not binding.
Insofar as there are no remarks on the individual pages of this
1.2 For customers with a seat or registered office outside Germany
catalog - especially with regard to data, dimensions and weights given - these are subject to change without prior notice.
For customers with a seat or registered office outside Germany, the following applies subordinate to the T&C:
· for Plant Analytics Services the "Standard Terms and Conditions for Plant Analytics Services"1) and/or
· for services the "International Terms & Conditions for Services"1) supplemented by "Software Licensing Conditions"1) and/or
· for other supplies of hard- and/or software the "International Terms & Conditions for Products"1) supplemented by "Software Licensing Conditions" 1)
1.3 For customers with master or framework agreement
To the extent our supplies and/or services offered are covered by an existing master or framework agreement, the terms and conditions of that agreement shall apply instead of T&C.
13
1) The text of the Terms and Conditions of Siemens AG can be downloaded at www.siemens.com/automation/salesmaterial-as/catalog/en/ terms_of_trade_en.pdf
Update 02/2018
Siemens MD 50.1 · 2017 13/27
Appendix Conditions of sale and delivery
© Siemens AG 2018
4. Export regulations
We shall not be obligated to fulfill any agreement if such fulfillment is prevented by any impediments arising out of national or international foreign trade or customs requirements or any embargoes and/or other sanctions.
Export may be subject to license. We shall indicate in the delivery details whether licenses are required under German, European and US export lists.
Our products are controlled by the U.S. Government (when labeled with "ECCN" unequal "N") and authorized for export only to the country of ultimate destination for use by the ultimate consignee or end-user(s) herein identified. They may not be resold, transferred, or otherwise disposed of, to any other country or to any person other than the authorized ultimate consignee or end-user(s), either in their original form or after being incorporated into other items, without first obtaining approval from the U.S. Government or as otherwise authorized by U.S. law and regulations.
The export indications can be viewed in advance in the description of the respective goods on the Industry Mall, our online catalog system. Only the export labels "AL" and "ECCN" indicated on order confirmations, delivery notes and invoices are authoritative.
Products labeled with "AL" unequal "N" are subject to European / national export authorization. Products without label, with label "AL:N" / "ECCN:N", or label "AL:9X9999" / "ECCN: 9X9999" may require authorization from responsible authorities depending on the final end-use, or the destination.
If you transfer goods (hardware and/or software and/or technology as well as corresponding documentation, regardless of the mode of provision) delivered by us or works and services (including all kinds of technical support) performed by us to a third party worldwide, you must comply with all applicable national and international (re-)export control regulations.
If required for the purpose of conducting export control checks, you (upon request by us) shall promptly provide us with all information pertaining to the particular end customer, final disposition and intended use of goods delivered by us respectively works and services provided by us, as well as to any export control restrictions existing in this relation.
The products listed in this catalog may be subject to European/German and/or US export regulations. Any export requiring approval is therefore subject to authorization by the relevant authorities.
Errors excepted and subject to change without prior notice.
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13/28 Siemens MD 50.1 · 2017
Update 02/2018
© Siemens AG 2018
Catalogs Digital Factory, Process Industries and Drives and Energy Management
Further information can be obtained from our branch offices listed at www.siemens.com/automation-contact
Interactive Catalog on DVD Products for Automation and Drives
Catalog CA 01
Building Control GAMMA Building Control
ET G1
Drive Systems
SINAMICS G130 Drive Converter Chassis Units SINAMICS G150 Drive Converter Cabinet Units SINAMICS GM150, SINAMICS SM150 Medium-Voltage Converters Digital: SINAMICS PERFECT HARMONY GH180
Medium-Voltage Air-Cooled Drives (Germany Edition) SINAMICS G180 Converters Compact Units, Cabinet Systems, Cabinet Units Air-Cooled and Liquid-Cooled SINAMICS S120 Chassis Format Converter Units SINAMICS S120 Cabinet Modules SINAMICS S150 Converter Cabinet Units SINAMICS S120 and SIMOTICS SINAMICS DCM DC Converter, Control Module SINAMICS Inverters for Single-Axis Drives · Built-In Units SINAMICS Inverters for Single-Axis Drives · Distributed Inverters Digital: SINAMICS S210 Servo Drive System Digital: SINAMICS V90 Basic Servo Drive System SINAMICS G120P and SINAMICS G120P Cabinet pump, fan, compressor converters LOHER VARIO High Voltage Motors Flameproof, Type Series 1PS4, 1PS5, 1MV4 and 1MV5 Frame Size 355 to 1000, Power Range 80 to 7100 kW
Three-Phase Induction Motors SIMOTICS HV, SIMOTICS TN Three-Phase Induction Motors SIMOTICS HV M High Voltage Three-phase Induction Motors SIMOTICS HV Series A-compact PLUS Digital: Modular Industrial Generators SIGENTICS M Three-Phase Induction Motors SIMOTICS HV, Series H-compact Synchronous Motors with Permanent-Magnet Technology, HT-direct DC Motors SIMOVERT PM Modular Converter Systems MICROMASTER 420/430/440 Inverters MICROMASTER 411/COMBIMASTER 411
Low-Voltage Three-Phase-Motors
SIMOTOCS S-1FG1 Servo geared motors SIMOTICS Low-Voltage Motors SIMOTICS FD Low-Voltage Motors LOHER Low-Voltage Motors Digital: MOTOX Geared Motors SIMOGEAR Geared Motors SIMOGEAR Electric-monorail geared motors Light-load and heavy-load applications SIMOGEAR Gearboxes with adapter
Mechanical Driving Machines
FLENDER Standard Couplings FLENDER High Performance Couplings FLENDER Backlash-free Couplings FLENDER SIP Standard industrial planetary gear units
D 11
D 12
D 15.1
D 18.1
D 21.3
D 21.4 D 23.1 D 31.1
D 31.2
D 32 D 33 D 35
D 83.2
D 84.1
D 84.3 D 84.9
D 85.1 D 86.1
D 86.2
DA 12 DA 45 DA 51.2 DA 51.3
D 41 D 81.1 D 81.8 D 83.1 D 87.1 MD 50.1 MD 50.8
MD 50.11
MD 10.1 MD 10.2 MD 10.3 MD 31.1
Digital: These catalogs are only available as a PDF.
Process Instrumentation and Analytics Digital: Field Instruments for Process Automation Digital: Display Recorders SIREC D Digital: SIPART Controllers and Software Products for Weighing Technology Digital: Process Analytical Instruments Digital: Process Analytics, Components for
Continuous Emission Monitoring
Low-Voltage Power Distribution and Electrical Installation Technology
SENTRON · SIVACON · ALPHA Protection, Switching, Measuring and Monitoring Devices, Switchboards and Distribution Systems Standards-Compliant Components for Photovoltaic Plants Electrical Components for the Railway Industry Power Monitoring Made Simple Components for Industrial Control Panels according to UL Standards 3WT Air Circuit Breakers up to 4000 A 3VT Molded Case Circuit Breakers up to 1600 A Digital: SIVACON System Cubicles, System Lighting
and System Air-Conditioning Digital: ALPHA Distribution Systems ALPHA FIX Terminal Blocks SIVACON S4 Power Distribution Boards SIVACON 8PS Busbar Trunking Systems Digital: DELTA Switches and Socket Outlets Vacuum Switching Technology and Components for Medium Voltage
Motion Control SINUMERIK 840 Equipment for Machine Tools SINUMERIK 808 Equipment for Machine Tools SINUMERIK 828 Equipment for Machine Tools SIMOTION Equipment for Production Machines Digital: Drive and Control Components for Cranes
Power Supply SITOP Power supply
Safety Integrated Safety Technology for Factory Automation
Catalog FI 01 MP 20 MP 31 WT 10 AP 01 AP 11
LV 10
LV 11
LV 12 LV 14 LV 16
LV 35 LV 36 LV 50
LV 51 LV 52 LV 56 LV 70 ET D1 HG 11.01
NC 62 NC 81.1 NC 82 PM 21 CR 1
KT 10.1
SI 10
SIMATIC HMI / PC-based Automation Human Machine Interface Systems/ PC-based Automation
SIMATIC Ident Industrial Identification Systems
SIMATIC Industrial Automation Systems Products for Totally Integrated Automation SIMATIC PCS 7 Process Control System System components SIMATIC PCS 7 Process Control System Technology components Add-ons for the SIMATIC PCS 7 Process Control System SIMATIC S7-400 advanced controller
SIMATIC NET Industrial Communication
SIRIUS Industrial Controls Digital: SIRIUS Industrial Controls
ST 80/ ST PC
ID 10
ST 70 ST PCS 7 ST PCS 7 T ST PCS 7 AO ST 400
IK PI
IC 10
Information and Download Center
Digital versions of the catalogs are available on the Internet at: www.siemens.com/industry/infocenter There you'll find additional catalogs in other languages.
Please note the section "Downloading catalogs" on page "Online services" in the appendix of this catalog.
© Siemens AG 2018
Get more information
Siemens geared motors: www.siemens.com/gearedmotors
Local partners worldwide: www.siemens.com/automation-contact
Siemens AG Digital Factory Division Motion Control Geared Motors Postfach 17 09 72007 Tübingen Germany
© Siemens AG 2018 Subject to change without prior notice PDF Update 02/2018 (Article No. E86060-K5250-A111-A5-7600) V6.MKKATA.GMP.101 / Dispo 18409 KG 0217 3.0 PAS 864 En Produced in Germany
The information provided in this catalog contains merely general descriptions or characteristics of performance which in case of actual use do not always apply as described or which may change as a result of further development of the products. An obligation to provide the respective characteristics shall only exist if expressly agreed in the terms of contract. Availability and technical specifications are subject to change without notice.
All product designations may be trademarks or product names of Siemens AG or supplier companies whose use by third parties for their own purposes could violate the rights of the owners.
Security information
Siemens provides products and solutions with industrial security functions that support the secure operation of plants, systems, machines and networks.
In order to protect plants, systems, machines and networks against cyber threats, it is necessary to implement and continuously maintain a holistic, state-of-the-art industrial security concept. Siemens' products and solutions only form one element of such a concept.
Customer is responsible to prevent unauthorized access to its plants, systems, machines and networks. Systems, machines and components should only be connected to the enterprise network or the internet if and to the extent necessary and with appropriate security measures (e.g. use of firewalls and network segmentation) in place.
Additionally, Siemens' guidance on appropriate security measures should be taken into account. For more information about industrial security, please visit www.siemens.com/industrialsecurity
Siemens' products and solutions undergo continuous development to make them more secure. Siemens strongly recommends to apply product updates as soon as available and to always use the latest product versions. Use of product versions that are no longer supported, and failure to apply latest updates may increase customer's exposure to cyber threats.
To stay informed about product updates, subscribe to the Siemens Industrial Security RSS Feed under www.siemens.com/industrialsecurity
Please scan the QR code for more information on Siemens Geared Motors.
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