Flow Shimpo Gear Boxes 1505485896 User Manual

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User Manual: Flow Shimpo Gear Boxes-1505485896

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High Precision Gear Technology

Improving the Speed of Industry

Letter from the President
The NIDEC-SHIMPO Corporation was originally founded in Kyoto Japan
in 1952. Since our inception, we have made every possible effort to improve our manufacturing skill and capabilities, including the advancement of power transmission products to support new technologies and
markets. NIDEC-SHIMPO initially established an industry-wide leadership position in the area of mechanical variable speed drives. We are very
proud of our storied past with mechanical drive technology, through
which NIDEC-SHIMPO helped contribute to the growth of the emerging
industries that are now the cornerstone of our world economy today.
Over time, within the field of power transmission engineering,
NIDEC-SHIMPO has maintained the highest level of skill and production
quality throughout the industry. We have earned a reputation as a long
term dependable partner to our customers, and this solid reputation is
firmly supported by the many industrial awards we hold, such as the
Japanese Machinery Society Award, and Deming Award, among others.
Today, the growing global market for motion control has focused a significant share of our time and energy towards providing higher precision
solutions for our customers. This effort has led to the development of our
ABLE product line, a complete offering of high-precision planetary speed
reducers specific to servo-motor applications. This catalog provides indepth technical details and specifications for the full ABLE product line.
NIDEC-SHIMPO promises to continue to provide high precision power
transmission products at unmatched value, which solve the new requirements of our customer base and allow them to be competitive in an increasingly tough global market. Within our company, we have coined this
promise as “Enduring Process of SHIMPO” - a pledge by our employees to
approach all of their day-to-day work activities with full effort, full dedication, and full energy to support the evolving needs of our customers.
Your continued support and loyal patronage to our company is highly
appreciated. Thank you for your time.
Best Regards,
President
T. Nishimoto

Please take 30 seconds
to register your catalog.
Every 500th Registrant
will receive an award
from SHIMPO.

Table of contents

Planetary Inline Configuration
Highest radial, axial load capacity

VRT-Series . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 172‐223
Planetary Inline Configuration
Compact, ISO flange mount

NEV-Series . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 224‐243
Right-angle Configuration
Economy class

EVL-Series . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 244‐283
Planetary Right-angle Configuration
General purpose

EVB-Series . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 284‐323
Planetary Right-angle Configuration
General purpose, simple mount

EVS-Series . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 324‐369
Planetary Right-angle Configuration
Highest radial, axial load capacity

STH-Series . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 370‐377
Hollow Output Rotary Actuator
Great moment load, general duty

STR-Series . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 378‐407
Hollow Output Rotary Actuator
Highest moment load, “zero” backlash

ER-Series . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 408‐417
Inline Configuration
Extreme shock load situations

VRB
VRS

VRS-Series . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 126‐171

VRT

Planetary Inline Configuration
General purpose, simple mount

NEV

VRB-Series . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 80‐125

EVL

(Food/washdown options, refer to page 36-37)

EVB

Planetary Inline Configuration
General purpose

EVS

VRL-Series . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32‐79

STH

(NEMA output dimensions, refer to page 30-31)

STR

Planetary Inline Configuration
Economy class

ER

VRSF-Series . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14‐31

VRL VRSF

Company Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2‐13

Technical Information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 418-429
Commercial Information . . . . . . . . . . . . . . . . . . . . . . . . . . 430-440
1

NIDEC Corporation
With annual sales exceeding $8 Billion for the fiscal year 2011, the NIDEC Corporation has become the world’s dominant provider of
small precision, mid-size motors and related drive technologies. Founded in 1973 by current Chairman of the Board and CEO, Shigenobu
Nagamori, the NIDEC Corporation has built a portfolio of motor variety that is far reaching and impacts all of us during our daily routine.
Regardless if its hard disk drive motors, fan motors for appliances, or automotive related, NIDEC Corporation provides the motor and drive
technology that help keep our world moving forward.
Under the NIDEC Group umbrella there are more than 150 corporate subsidiaries spanning the
globe. A consolidated group would total more than 100,000 employees that are supplying products and services to customers in more than 150 countries. The NIDEC Group companies can be
categorized into the following complementary business segments;

Corporate Headquarters
Kyoto, Japan
Share Listing
New York Stock Exchange
Tokyo Nikkei Stock Exchange
Bond Rating
JCR: A+
R&I: A+

Sales by Product Group
(FY2012)

Motors:
Automotive, Appliance, Commercial & Industrial Products
Motors for automobiles, home electronic appliances and industrial equipment

1.2%
(1.2%)

9.7%
(10.2%

Small Precision Motors

80.1
%

HDD Motors
Other Small Motors

45
.1
%

Optical disk drive motors, OA equipment motors, polygon scanners,
MPU cooling fans, game machine fans, PC/communications fans, home
appliance fans, automobile fans, vibration motors, brush motors,
stepping motors, actuator units

)
.5%
(48

HDD Motors
23.3%
(25.9%)

9.0%
(9.5%

Auto

(30.6%)
35.0%

Vibration motors, brush motors, stepping motors

Appliance Commercial Industrial

709.3B
22.8%
(18.2%)

Game machine consoles, MPU cooling fans, PC/communications devices,
home appliances, automobiles

21.8%
(22.6%)
12.2%
(12.4%)

Machinery:
Industrial robots, card readers, circuit board testers, high-speed pressing
machines, chip mounters, measuring equipment, power transmission
equipment, factory automation system

Electronic & Optical Components:
Camera shutters, switches, trimmer potentiometers, processing, precision
plastic mold products

Others:
Logistics and services, musical products

The NIDEC Group has numerous manufacturing plants across the globe
including their own industrial park near Shanghai, China where many of
the group companies have located their primary production operations.
NIDEC Corporation maintains motor research laboratories in Kyoto, Shiga,
and Nagano Japan in order to remain in the forefront of precision and midsize motor technology.
The NIDEC Corporation continues to expand its portfolio in “all types of motors” and maintain its leadership position through aggressive product development and global acquisitions. The corporate slogan – All for Dreams
- coined by founder Shigenobu Nagamori himself, epitomizes the NIDEC
Group spirit and the promise to continue to deliver on the high value products and technologies that make our dreams possible.

2

We begin with dreams.
Dreams drive our motivation.
Dreams are our future.
The world’s dreams, people’s dreams, our dreams.
Our passion creates ideas that make dreams come alive.
Technology and products that were only dreams become reality.
All for dreams
Dreams challenge and the Nidec-Group
will continue to meet the challenge.
For the world’s tomorrow,
we will develop the world’s first technologies and provide the world’s best
products. We will continue our part in creating a better society.

NIDEC-SHIMPO
NIDEC-SHIMPO has established itself over time as a leading supplier of drive technology and precision power transmission solutions to the industrial marketplace. Created in 1952, SHIMPO
located its corporate headquarters and main production facility
in Kyoto, Japan. With traditional roots that began imbedded in the
development of mechanical variable speed powertrains, SHIMPO
grew into a more diverse manufacturer of high precision and
heavy duty power transmission products.
In 1994 the company was acquired by the NIDEC Corporation, and
became formally known as NIDEC-SHIMPO. NIDEC-SHIMPO began to focus on the higher volume production needs that industry
demanded as the global motion control and servo motor market
grew at an accelerated rate. Soon after that ground was broken for
NIDEC-SHIMPO’s state-of-the-art manufacturing facility in Ping
Hu China, approximately two hours outside of Shanghai.
Today NIDEC-SHIMPO is producing more than 30,000 servo motor
speed reducers per month out of its Ping Hu facility. More impressive than the volume put forth is the consistent level of high quality attained. With the marketplace continuing to demand higher
levels of precision, NIDEC-SHIMPO continues to push forward in
the development of high quality, dependable products to meet
those specifications, and at a price point that allows customers to
be competitive in the global arena.

Sales and Distribution Network
NIDEC-SHIMPO has distribution channels that span the globe
with stocking and service locations throughout Asia-Pacific,
Europe, and the Americas – in total more than 30 locations. Within
the Americas, NIDEC-SHIMPO has established its main headquarters in the Chicago, Illinois area. This location has been supporting
the North America market for more than 30 years.
Recently, NIDEC-SHIMPO America implemented a kit build assembly program within its Chicago, Illinois location. The kit build
program allows NIDEC-SHIMPO to provide a large variety of frame
sizes and ratios within 48 hours for customers. The kit build program provides product variety, availability, and flexibility (minor
customization of product) that are unmatched within the industry.
New offices and stocking points have been added in Mexico
(Monterrey, Queretaro), and a subsidiary established in Brazil
(Sao Paulo) to serve the expanding motion control needs of
emerging markets in Latin and South America.
NIDEC-SHIMPO America has built a solid engineering and customer support infrastructure, sales and distribution network, and
inventory program that have it poised to grow aggressively in the
next few years. The goal, to obtain a level of brand awareness and
a dominant marketshare position similar to that established by
the SHIMPO brand name in the Asia Pacific region, looks very well
within reach.

3

NIDEC-SHIMPO’S ultimate goal is to provide the highest quality of products and level of service to our customers throughout the world.
To support the needs of a constantly expanding and evolving global economy, we continue to invest heavily in extending the footprint of
our support network and distribution channels.
Today, NIDEC-SHIMPO has more than 2,000 employees with a presence across five continents. We continue to expand and improve our
global capabilities in order to better serve the needs of our OEM customer in an increasingly competitive environment.

Global Connections
Americas
Chicago
Monterrey
Querétaro
São Paulo

4

Asia-Pacific
Kyoto (Headquarters)
Taiwan
Seoul
Beijing
Shanghai
Pinghu
Xianggang
Singapore
India-Bangalore

Unmatched Quality
The spirit of challenge is basic to the NIDEC-SHIMPO culture, influencing all aspects of product development, manufacturing, and
servicing our customers. All of us at NIDEC-SHIMPO, as a team,
swiftly start taking action toward our goals. The practice of challenging each individual employee has helped drive and cultivate
the creative ideas behind the state-of-the-art technology within
our power transmission products. NIDEC-SHIMPO and its employees place quality control on a pedestal and consider it to be the
ultimate goal – an ongoing challenge, where we seek continuous
improvement at levels previously thought unattainable.
In 1969 NIDEC-SHIMPO received “The Deming Award” for our outstanding quality control based on the Total Quality Control (TQC)
Method. Since that time, NIDEC-SHIMPO’s desire to avoid causing
any inconvenience to our customers, due to inferior product or
service, has steered us towards internalizing a unique statistical
Quality Control procedure across all departments and functional
teams. Our rigid Quality Control program influences all aspects of
production such as the sales and order processing activities, the
design and resource allocation stages, manufacturing, and logistics. By instilling the Deming Cycles – Plan, Do, Check, Action
– deep within our company culture, NIDEC-SHIMPO is manufacturing products that exceed our customer’s needs and specifications
at a lower cost, faster delivery, and better service when benchmarked against any of our major competitors.

STATE-OF-THE-ART TECHNOLOGY

our presence in the local market is still fairly undeveloped. Our ISO
Registration is the following;
ISO 9001 Compliance in the following activities
Design, development, manufacturing, and service (repair) of the
following products,
■ Planetary Speed Reducers
■ Mechanical Variable Speed Drives
■ Handheld Instrumentation (Digital
Tachometers, Stroboscopes)
■ Digital Controllers

Regardless if the reducer is manufactured at our main facility in
Asia or assembled at our Kit Build Center in the United States, all
products will be tested with the same stringent quality control
procedures and tests. Lot testing a few samples, like some of our
competitors do, was never an option for NIDEC-SHIMPO.
NIDEC-SHIMPO holds certification for ISO 9001 and 14001. We
took the certification process very seriously, realizing that
NIDEC-SHIMPO must achieve global ISO standards in order to
build our brand awareness and establish credibility abroad where

ISO 14001 Compliance in the following activities
All design, development, manufacturing, and repair services at our
main manufacturing facility, and at our Corporate headquarters.
In conclusion, NIDEC-SHIMPO will continue to challenge itself
and our individual employees while striving for greater levels of
product quality and services. It is a daunting challenge, as the incremental gains in quality become smaller and smaller and much
harder to achieve. However, the challenge is ingrained within
the spirit of each NIDEC-SHIMPO employee. This Do It Now! and
Follow Through! attitude exhibited by our employees helps create
superior products for the global marketplace.

5

Manufacturing Strength and Capabilities
As mentioned previously, NIDEC-SHIMPO has a stateof-the-art manufacturing plant located about 40 miles
south of Shanghai in an industrial park in the Zheijang
province. The industrial park is the home to more than
20 NIDEC Group Company manufacturing plants, making
NIDEC a very important employer for the local community. NIDEC is one of the first Japanese corporations to focus on establishing local manufacturing capabilities and
a strong supply chain networks in China, as an important
part of their strategy.
The primary NIDEC-SHIMPO manufacturing facility is
now producing more than 30,000 reducers a month. The
plant has achieved large scale production and economies of scale that is a major advantage over our competi-

6

tors. This manufacturing strength allows NIDEC-SHIMPO
to provide unmatched value to our OEM customers,
helping them to compete in a very price competitive
global market.
NIDEC-SHIMPO has been very successful over the past
decade at bringing new high performance and high
quality products to the market. We have developed a
core competency at quickly developing products and
applying our know-how to efficiently scale-up a manufacturing process from bench testing to large volume
production. We promise to leverage this intrinsic skill set
in order to continue to push the product development
envelope and provide even higher performance, costeffective products to our customers.

Quality Control Program
Our high-volume and cost effective manufacturing capabilities would be meaningless if we did not have the appropriate quality control program in place. NIDEC-SHIMPO
takes great pride in our product quality, and we have implemented numerous tests and metrics in order to insure
our products exceed our customers’ expectations.
Every reducer that leaves our manufacturing plant undergoes a series of performance tests before it’s cleared for
shipment. It is not satisfactory for NIDEC-SHIMPO to simply conduct lot testing. Each reducer is tested under ex-

treme duty cycle and duration simulated environments.
The program includes the following tests – Noise Measurement, Continuous Load Testing, Shock Load Testing,
and a Backlash Measurement Check. Besides final assembly performance testing, a quality control program is in
place for any raw materials entering our manufacturing
plant. This testing at the front end of our production process is crucial, and our quality inspections at the point-ofentry are as stringent as any testing done throughout our
manufacturing process.

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7

Americas Kit Assembly Center
In 2011, NIDEC-SHIMPO AMERICA launched a kit build
program at their Itasca, IL facility to serve the North
American market. The new Kit Build Center allows
NIDEC-SHIMPO to quickly assemble a larger variety
of high-precision planetary reducers, which surpasses
all competition. The Kit Build Center can assemble any
inline series (VRL, VRB, VRS) of reducers in most major
ratios within a 2 to 4 day period. The larger frame sizes,
especially the right-angle products are shipped from Japan within a 4 week period.
The Kit Build Center tests every assembled planetary
reducer to make sure all performance specifications are

8

met. The battery of tests includes load testing, noise
measurement, and backlash measurement, the same
tests run by our manufacturing facility. The new Kit Build
Center provides an excellent, quick, turn-around solution for Distributors working on single projects, OEMs
requiring prototype units for test, and basic aftermarket
support where required.
For more information about the Kit Build Center in North
America, please contact your local NIDEC-SHIMPO sales
office. Take advantage of the quick turn-around time in
order to stay out in front of your competition. Contact
NIDEC-SHIMPO today!

The Kit Assembly Cycle
Streamlined replenishment of
parts from factory overseas
SHIMPO overseas factory
high volume manufacturing

Efficient inventory
of subassemblies &
parts in Itasca, IL

Large variety, fast delivery at
the most competitive price

Complete gearbox assembly
& testing in Itasca, IL

The kit assembly cycle requires clear communication and coordination between all parties involved at every stage of the cycle. If quality control is slighted at any stage, the kit assembly
program will not maintain the high-level of performance our customers expect from our products. At every stage, NIDEC-SHIMPO makes efficient communication and stringent control procedures priority number one.
9

Gear Reducer Selection Overview

Product Series

VRSF

VRL

VRB

VRS

VRT

ER

14

32

80

126

172

408

Coaxial

Coaxial

Coaxial

Coaxial

Coaxial

Coaxial

Planetary helical

Planetary helical

Planetary helical

Planetary helical

Planetary helical

Cycloidal

Smallest

B (60mm)

070

060

060

064

B03

Largest

E (170mm)

235

220

240

285

F07

Variety

4

6

6

7

7

10

Minimum

3

3

3

3

4

11

Maximum

81

100

100

100

100

71

Variety

9

22

22

22

19

7

■

■
■

■**

Catalog Page
Axis of Orientation
Gear Description

Frame

Ratio

Installation
■

Rounded, Tapping Holes on Casing
■

Square, Through Holes on Casing
Rounded, Through Holes on Casing
Lubrication

■

Grease

■

■

■

■

■
■

Oil
Input
■

Direct Clamp

■

■

■

■

■
■

Keyed Shaft
Output
Smooth Shaft with Tapping Hole

■

■

■

■

Shaft with Tapping Hole and Keyway

■

■

■

■
■

Flanged Connection

■**

Flange with Hollow Bore
Bearing Type on Output
■

Ball Bearing

■

■

Tapered Roller Bearing

■

■

■

■

■

Cross Roller Bearing
Performance Specification
Radial Load

Ordinary

Ordinary

Excellent

Excellent

Ordinary

Thrust Load

Ordinary

Ordinary

Excellent

Excellent

Ordinary

■

■

■

Backlash Rating

< 1 arc-min
≤ 2 arc-min
≤ 3 arc-min

■

≤ 5 arc-min

■

■
■

≤ 6 arc-min
≤ 8 arc-min
≤ 9 arc-min
≤ 10 arc-min
≤ 11 arc-min
≤ 15 arc-min

■

≤ 30 arc-min

10

Torsional Rigidity

Ordinary

Ordinary

Ordinary

Excellent

Excellent

Excellent

Efficiency

Excellent

Excellent

Excellent

Excellent

Excellent

Excellent

Product Series

NEV

EVL

EVB

EVS

STH

STR

Catalog Page

224

244

284

324

370

378

Right-angle

Right-angle

Right-angle

Right-angle

Off-set rotary stage

Right-angle

Planetary helical

Spiral bevel/Planetary

Spiral bevel/Planetary

Spiral bevel/Planetary

Planetary w/ Rotary stage

Roller gear /cam mechanism

Axis of Orientation
Gear Description
Smallest

B (60mm)

070

060

060

052 (B frame)

040

Largest

E (170mm)

235

220

240

078 (C frame)

240

Variety

4

6

6

7

2

7

Minimum

3

3

3

3

12

15

Maximum

81

100

100

100

324

Various*

Variety

9

22

22

22

9

Various*

■

■

■

■*

■

■

■

■

■

■

■

■

■

■

■*

Smooth Shaft with Tapping Hole

■

■

■

■

Shaft with Tapping Hole and Keyway

■

■

■

■

■

■

■

■

Frame

Ratio

Installation
■

Rounded, Tapping Holes on Casing
Square, Through Holes on Casing
■

Rounded, Through Holes on Casing
Lubrication
Grease
Oil
Input
Direct Clamp
Keyed Shaft
Output

Flanged Connection
■

Flange with Hollow Bore
Bearing Type on Output

■

Ball Bearing

■

■
■

Tapered Roller Bearing
Cross Roller Bearing
Performance Specification
Radial Load

Ordinary

Ordinary

Ordinary

Excellent

Ordinary

Excellent

Thrust Load

Ordinary

Ordinary

Ordinary

Excellent

Excellent

Excellent

Backlash Rating

< 1 arc-min
■

≤ 2 arc-min
≤ 3 arc-min

■

≤ 5 arc-min
≤ 6 arc-min

■

■

■

■

■

■

≤ 8 arc-min
≤ 9 arc-min

■

≤ 10 arc-min
≤ 11 arc-min
≤ 15 arc-min
≤ 30 arc-min

■

Torsional Rigidity

Ordinary

Ordinary

Ordinary

Excellent

Ordinary

Excellent

Efficiency

Excellent

Excellent

Excellent

Excellent

Excellent

Ordinary

NOTE: *(STR) motor connection to VRB/EVB reducer

**(ER) several mounting styles available

11

SHIMPO ABLE Gear Reducers

Industrial Areas of Expertise
Machine Tool and Metal Forming
A selection of robust and durable speed reducers, both planetary and cycloidal, for heavier duty or high shock load applications. Many choices for the different levels of precision,
torque ratings, and mounting options required on the different axes of movement.

Custom Assembly and Test Automation
A wide variety of frame sizes and ratios are available for immediate delivery to solve any
inertia matching application within turn-key projects. The hollow-bore rotary products and
planetary reducers with high torsional rigidity characteristics are ideal for many indexing
applications.

Packaging and Filling Machinery
An assortment of inline and right angle speed reducers at different price points, depending
on the specifications needed. For the OEM, this provides ideal, cost-effective, gear reduction
solutions for exported packaging equipment or applications where you are transitioning
from induction motor or hydraulics to servo motor technology.

12

Printing and Converting Equipment
Our reducers are designed to minimize the heat generated, and they are therefore capable
of operating at higher speeds and within continuous duty environments. An assortment of
size and ratio combinations are available that allow proper selection to maximize operating
efficiency for varying cycle speeds.

Medical and Health Care Related Systems
We offer extremely accurate positioning characteristics and high quality gear reducers that
maintain a level of performance consistency required in medical applications. Our inline
speed reducers are ideal for commercial equipment applications involving pumping, mobile equipment, and smooth positioning.

Semiconductor and Circuit Manufacturing
A broad offering of high precision, clean room friendly planetary and hollow-bore rotary reducers that are preferable over belt drives and other reduction methods that can introduce
contamination. Custom coatings and materials are available for OEM applications when necessary for corrosive chamber environments and different clean room classifications.

13

VRSF-SERIES

T

he intelligent selection for a higher performance planetary gearbox at an ultimate value for standard duty motion control ap-

plications. The VRSF utilizes a lightweight aluminum frame, helical
cut gear, and bearing span that provides the best level of precision
and torque carrying capacity in its competitive class. The noise level
generated by the VRSF is greatly reduced in comparison to any other
competitor's economy class series that relies on spur gearing. The
VRSF can be selected with one of three backlash levels – Standard
backlash at 15 arc/min, Reduced backlash at 5 arc/min, and Precision
backlash at 3 arc/min.
The series is available in four frame sizes (B, C, D, E) which has a peak
output torque of 91 Nm across a variety of ratios. The VRSF is the ideal
choice for OEMs manufacturing in larger volume and where accuracy
is important and duty cycle is not overly extreme. The VRSF has been
very popular in applications such as mobile robotics, standard packaging machinery, medical equipment, and other types of enclosed food
processing applications.

14

VRSF
VRSF-SERIES
■ Quiet operation: Helical cut gears contribute to reduced vibration and noise
■ Different precision levels available in order to choose the best fit and value
■ High rigidity & torque: Rigidity and torque capacity are achieved by using uncaged needle
roller bearings
■ Adapter bushing connection: Enables a simple, effective attachment to most servo motors
■ Extremely light weight aluminum body to reduce excess weight from your equipment
■ Additional features include NEMA output flange options

15

VRSF-SERIES Inline shaft
VRSF-Series– Features

1
3

6

2

16

1

High-precision with backlash 0.05° (three arc-minutes), Low-backlash 0.08° (five arc-minutes) or
less certified

2

Smooth rotation and less pulsation due to utilizing helical gearing

3

Maintenance free with long-life grease, the sealed structure allows for mounting in any orientation

4

Every possible countermeasure against oil leakage taken: Including impregnation of the case and
air leak test

5

IP65 rating extremely popular in washdown and food grade environments

6

Various optional features allowed, such as different coatings, plating, and grease varieties

VRSF-Series – Model Code
S

F

-

-

15

C

-

19HB16
Mount code (*1)

Reducer frame size: B, C, D, E
Ratio

Backlash specification
Backlash*
Frame Size
B frame
C frame
D frame
E frame

VRSF

VR

1stage: 3, 5, S9
2stage: 15, 20, 25, 35, 45, 81

Symbol: Standard
PB: High-precision
LB: Low-backlash

VR(Standard)

VR-LB
(Low-Backlash)

VR-PB
(High-Precision)

15 arc-minutes

10 arc-minutes

3 arc-minutes

15 arc-minutes

5 arc-minutes

3 arc-minutes

15 arc-minutes

5 arc-minutes

3 arc-minutes

15 arc-minutes

5 arc-minutes

3 arc-minutes

*Values obtained by multiplying the output shaft speed by a load of ±5% of allowable output torque.

Output specification
Input selection Clamp collar

F: F-flange - Installation style is not limited

(The motor shaft is provided without key-way, but can be used with a keyed motor shaft.)

Model name for ABLE reducer
* 1)

Mount code varies depending on the motor.
Please refer to reducer selection tool or contact us for more information.

SHIMPO’s adapter flange
motor mounting methodology
allows for nearly limitless
motor mounting options

Bushing
Adapter

Output shaft tapping
B frame: M5 × 10
C frame: M6 × 12

D frame: M8 × 16

E frame: M10 × 20

Metric and NEMA Output Flange
Refer to page 30-31 for Metric and NEMA Output Flange

Contact us for additional information or refer to our online reducer selection tool.
Selection tool www.nidec-shimpo.co.jp/selection/eng

17

VRSF-SERIES Inline shaft
VRSF B-Frame – 1-Stage and 2-Stage Specifications
Frame Size

B

Stage

1-Stage
Units

Note

3

5

9

15

20

25

35

Nominal Output Torque

[Nm]

--

3.43

2.84

2.35

4.02

5.00

6.27

3.84

Maximum Acceleration Torque

[Nm]

--

10.3

8.53

7.25

12.2

15.0

19.0

11.5

--

--

--

--

--

--

--

Emergency Stop Torque

[Nm]

--

Nominal Input Speed

[rpm]

--

3000

3000

Maximum Input Speed

[rpm]

*1

5000

5000

No Load Running Torque

[Nm]

--

Permitted Radial Load

[N]

*2

392

490

588

784

804

882

882

Permitted Axial Load

[N]

*3

196

245

294

392

402

441

441

0.119

0.048

Moment of Inertia (≤Ø 8)

[kgcm2]

*4

0.081

0.059

0.052

0.057

0.056

0.056

0.052

Moment of Inertia (≤Ø 14)

[kgcm2]

*4

0.150

0.130

0.120

0.130

0.130

0.130

0.120

Efficiency

[%]

--

90

85

[Nm/arcmin]

--

0.8

0.8

Backlash (Standard)

[Arc-min]

--

≤ 15

≤ 15

Backlash (Low)

[Arc-min]

--

≤ 10

≤ 10

Backlash (Precision)

[Arc-min]

--

≤ 3

≤ 3

[dB]

--

≤ 72

≤ 65

--

--

IP65

IP65

[°C]

--

0-40

0-40

Torsional Rigidity

Noise Level
Protection Class
Ambient Temperature
Permitted Housing Temperature

[°C]

--

90

90

Weight (≤Ø 8)

[kg]

*5

0.58

0.75

Weight (≤Ø 14)

[kg]

*5

0.7

0.86

*1)

Nominal input speed is 3,000 rpm or less

*2)

Permitted radial load is measured at the middle of the output shaft

*3)

Permitted thrust load is measured at the center of the output shaft

*4)

The moment of inertia is reflected to the input shaft of the reducer

*5)

The weight varies slightly depending on the input bore size and reduction ratio

Refer to page 30-31 for Metric and NEMA Output Flange

18

2-Stage

Ratio

Frame Size

C

Stage

1-Stage

2-Stage

Ratio

Units

Note

3

5

Nominal Output Torque

[Nm]

--

6.86

Maximum Acceleration Torque

[Nm]

--

20.6
--

9

15

20

25

35

11.5

9.7

16.2

21.1

26.4

15.5

9.5

9.7

34.3

29.2

48.6

63.3

79.2

46.6

28.6

29.2

--

--

--

--

--

--

--

--

Emergency Stop Torque

[Nm]

--

Nominal Input Speed

[rpm]

--

3000

3000

Maximum Input Speed

[rpm]

*1

5000

5000

No Load Running Torque

0.29

45

81

[Nm]

--

Permitted Radial Load

[N]

*2

784

980

1180

1470

1570

1670

1670

1670

1670

Permitted Axial Load

[N]

*3

392

490

588

735

785

833

833

833

833

0.19

Moment of Inertia (≤Ø 8)

[kgcm2]

*4

--

--

--

0.077

0.070

0.062

0.055

0.053

0.052

Moment of Inertia (≤Ø 14)

[kgcm2]

*4

0.630

0.380

0.300

0.150

0.140

0.130

0.130

0.120

0.120

1.100

0.880

0.800

--

--

--

--

--

--

--

--

*4

[%]

--

90

85

[Nm/arcmin]

--

3

3

Efficiency
Torsional Rigidity
Backlash (Standard)

[Arc-min]

--

≤ 15

≤ 15

Backlash (Low)

[Arc-min]

--

≤ 5

≤ 5

Backlash (Precision)

[Arc-min]

--

≤ 3

≤ 3

[dB]

--

≤ 72

≤ 65

--

--

IP 65

IP65
0-40

Noise Level
Protection Class
Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

90

Weight (≤Ø 8)

[kg]

*5

--

1.8

Weight (≤Ø 14)

[kg]

*5

1.8

1.9

Weight (≤Ø 19)

--

--

2.2

--

*1)

Nominal input speed is 3,000 rpm or less

*2)

Permitted radial load is measured at the middle of the output shaft

*3)

Permitted thrust load is measured at the center of the output shaft

*4)

The moment of inertia is reflected to the input shaft of the reducer

*5)

The weight varies slightly depending on the input bore size and reduction ratio

VRSF

VRSF C-Frame – 1-Stage and 2-Stage Specifications

Refer to page 30-31 for Metric and NEMA Output Flange

19

VRSF-SERIES Inline shaft
VRSF D-Frame – 1-Stage and 2-Stage Specifications
Frame Size

D

Stage

1-Stage
Units

Note

3

5

9

15

20

25

Nominal Output Torque

[Nm]

--

18.3

23.5

18.2

30.4

40.6

Maximum Acceleration Torque

[Nm]

--

54.9

70.6

54.7

91.2

122

--

--

--

--

--

--

35

45

50.7

37

28.3

17.8

152

111

85.2

53.5

--

--

--

Emergency Stop Torque

[Nm]

--

Nominal Input Speed

[rpm]

--

3000

3000

Maximum Input Speed

[rpm]

*1

5000

5000

No Load Running Torque

0.51

81

[Nm]

--

Permitted Radial Load

[N]

*2

882

1080

1470

1760

1910

2060

2060

2060

2060

Permitted Axial Load

[N]

*3

441

539

735

882

955

1030

1030

1030

1030

0.26

Moment of Inertia (≤Ø 8)

[kgcm2]

*4

--

--

--

--

--

--

--

--

0.10

Moment of Inertia (≤Ø 14)

[kgcm2]

*4

1.30

0.59

0.38

0.37

0.35

0.34

0.30

0.29

0.29

Moment of Inertia (≤Ø 19)

[kgcm2]

*4

1.80

1.10

0.90

0.86

0.84

0.83

0.79

0.78

0.77

Moment of Inertia (≤Ø 28)

[kgcm2]

*4

3.60

2.90

2.70

2.70

2.70

2.70

--

--

--

[%]

--

Efficiency

90

85

[Nm/arcmin]

--

6

6

Backlash (Standard)

[Arc-min]

--

≤ 15

≤ 15

Backlash (Low)

[Arc-min]

--

≤ 5

≤ 5

Backlash (Precision)

[Arc-min]

--

≤ 3

≤ 3

[dB]

--

≤ 72

≤ 65

Torsional Rigidity

Noise Level
Protection Class

--

--

IP65

IP65

Ambient Temperature

[°C]

--

0-40

0-40

Permitted Housing Temperature

[°C]

--

90

90

Weight (≤Ø 8)

[kg]

*5

--

2.8

Weight (≤Ø 14)

[kg]

*5

2.8

3.3

Weight (≤Ø 19)

[kg]

*5

3.2

3.7

Weight (≤Ø 28)

[kg]

*5

4.0

4.8

*1)

Nominal input speed is 3,000 rpm or less

*2)

Permitted radial load is measured at the middle of the output shaft

*3)

Permitted thrust load is measured at the center of the output shaft

*4)

The moment of inertia is reflected to the input shaft of the reducer

*5)

The weight varies slightly depending on the input bore size and reduction ratio

Refer to page 30-31 for Metric and NEMA Output Flange

20

2-Stage

Ratio

Frame Size

E

Stage

1-Stage

2-Stage

Ratio

Units

Note

3

5

9

15

20

25

Nominal Output Torque

[Nm]

--

44.1

56.8

73.5

91.4

78.4

Maximum Acceleration Torque

[Nm]

--

132

171

221

274

235

--

--

--

--

--

--

35

45

81

65.4

71

91.3

43.3

196

213

274

130

--

--

--

Emergency Stop Torque

[Nm]

--

Nominal Input Speed

[rpm]

--

3000

3000

Maximum Input Speed

[rpm]

*1

5000

5000

No Load Running Torque

[Nm]

--

Permitted Radial Load

[N]

*2

1370

1670

1.12
1960

2350

2500

2650

3430

3520

3530

Permitted Axial Load

[N]

*3

686

833

980

1180

1250

1320

1715

1760

1765

0.62

Moment of Inertia (≤Ø 8)

[kgcm2]

*4

--

--

0.61

0.63

0.56

0.53

0.40

0.35

0.34

Moment of Inertia (≤Ø 14)

[kgcm2]

*4

4.40

1.90

1.20

1.10

1.10

1.00

0.90

0.85

0.84

Moment of Inertia (≤Ø 19)

[kgcm2]

*4

6.20

3.70

2.90

3.30

3.20

3.20

2.80

2.70

2.70

Moment of Inertia (≤Ø 28)

[kgcm2]

*4

14.00

11.00

11.00

11.00

11.00

11.00

--

--

--

[%]

--

Efficiency

90

85

[Nm/arcmin]

--

20

20

Backlash (Standard)

[Arc-min]

--

≤ 15

≤ 15

Backlash (Low)

[Arc-min]

--

≤ 5

≤ 5

Backlash (Precision)

[Arc-min]

--

≤ 3

≤ 3

[dB]

--

≤ 75

≤ 75

Torsional Rigidity

Noise Level
Protection Class

--

--

IP65

IP65

Ambient Temperature

[°C]

--

0-40

0-40

Permitted Housing Temperature

[°C]

--

90

90

Weight (≤Ø 8)

[kg]

*5

6.1

7.1

Weight (≤Ø 14)

[kg]

*5

6.5

7.5

Weight (≤Ø 19)

[kg]

*5

7.4

9.3

Weight (≤Ø 28)

[kg]

*5

9.8

11.7

*1)

Nominal input speed is 3,000 rpm or less

*2)

Permitted radial load is measured at the middle of the output shaft

*3)

Permitted thrust load is measured at the center of the output shaft

*4)

The moment of inertia is reflected to the input shaft of the reducer

*5)

The weight varies slightly depending on the input bore size and reduction ratio

VRSF

VRSF E-Frame – 1-Stage and 2-Stage Specifications

Refer to page 30-31 for Metric and NEMA Output Flange

21

VRSF-SERIES Inline shaft
VRSF B-Frame – 1-Stage and 2-Stage Dimensions

depth

depth

Frame Size

Ratio*
1-Stage

B
2-Stage

Dimensions

Input Bore Dia.
E**

L***

≦ φ8

104.5

≦φ14

107.5

≦φ8

115.5

≦φ14

118.5

LR

S

ST

Y

Q

QM

QK

W×U

T

D

LB

LE

LA

LZ

X

32

12

M5

10

20

18

16

4×2.5

4

52

50

3

60

M5

12

*1)

Single reduction : 1/3 - 1/S9, Double reduction : 1/15 - 1/81 (1/15 - 1/35 for B frame)

*2)

Bushing will be inserted to adapt to motor shaft

22

VRSF

VRSF B-Frame – 1-Stage and 2-Stage Adapter Dimensions

Model number

VRSF-□-□B-8**
(Input shaft bore ≦ φ8)

VRSF-□-□B-14**
(Input shaft bore ≦ φ14)

**: Adapter code

1-Stage

2-Stage

L1

L2

L3

L4

L5

L1

L2

L3

L4

L5

AA•AC•AD•AF•AG•AL•AM•AN•AQ

104.5

72.5

□52

15.5

32

115.5

83.5

□52

15.5

32

AB•AE•AH•AJ•AK

109.5

77.5

□52

20.5

37

120.5

88.5

□52

20.5

37

BA•BB•BD•BE•BG•BH•BJ

104.5

72.5

□60

15.5

32

115.5

83.5

□60

15.5

32
37

BC•BF

109.5

77.5

□60

20.5

37

120.5

88.5

□60

20.5

CA

109.5

77.5

□70

20.5

37

120.5

88.5

□70

20.5

37

BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

107.5

75.5

□65

16.5

35

118.5

86.5

□65

16.5

35

BC•BH•BM•BN

112.5

80.5

□65

21.5

40

123.5

91.5

□65

21.5

40

BL

117.5

85.5

□65

26.5

45

128.5

96.5

□65

26.5

45

CA•CC

107.5

75.5

□70

16.5

35

118.5

86.5

□70

16.5

35

CB

112.5

80.5

□70

21.5

40

123.5

91.5

□70

21.5

40

DA•DB•DC•DD•DF•DH•DJ

107.5

75.5

□80

16.5

35

118.5

86.5

□80

16.5

35

DE•DL

112.5

80.5

□80

21.5

40

123.5

91.5

□80

21.5

40

DG•DK

117.5

85.5

□80

26.5

45

128.5

96.5

□80

26.5

45

EA•EB•EC•EF•EG•EK•EL

107.5

75.5

□90

16.5

35

118.5

86.5

□90

16.5

35

EJ•EM

112.5

80.5

□90

21.5

40

123.5

91.5

□90

21.5

40

ED•EE•EH

117.5

85.5

□90

26.5

45

128.5

96.5

□90

26.5

45

FA

107.5

75.5

□100

16.5

35

118.5

86.5

□100

16.5

35

FB

107.5

75.5

□115

16.5

35

118.5

86.5

□115

16.5

35

*1)

Single reduction : 1/3 - 1/S9, Double reduction : 1/15 - 1/35

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly expanding and being
updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

23

VRSF-SERIES Inline shaft
VRSF C-Frame – 1-Stage and 2-Stage Dimensions

depth

depth

Frame Size

Ratio*
1-Stage

C
2-Stage

Dimensions

Input Bore Dia.
E**

L***

≦ φ14

140

≦ φ19

156

≦ φ8

147.5

≦ φ14

150.5

LR

S

ST

Y

Q

QM

QK

W×U

T

D

LB

LE

LA

LZ

X

50

19

M6

12

30

26

22

6×3.5

6

78

70

3

90

M6

20

*1)

Single reduction : 1/3 - 1/S9, Double reduction : 1/15 - 1/81 (1/15 - 1/35 for B frame)

*2)

Bushing will be inserted to adapt to motor shaft

24

VRSF

VRSF C-Frame – 1-Stage and 2-Stage Adapter Dimensions

Model number

1-Stage

**: Adapter code
AA•AC•AD•AF•AG•AL•AM•AN•AQ

VRSF-□-□C-8**
(Input shaft bore ≦ φ8)

VRSF-□-□C-14**
(Input shaft bore ≦ φ14)

VRSF-□-□C-19**
(Input shaft bore ≦ φ19)

*1)

2-Stage

L1

L2

L3

L4

L5

L1

L2

L3

L4

L5

--

--

--

--

--

147.5

97.5

□52

15.5

32

AB•AE•AH•AJ•AK

--

--

--

--

--

152.5

102.5

□52

20.5

37

BA•BB•BD•BE•BG•BH•BJ

--

--

--

--

--

147.5

97.5

□60

15.5

32

BC•BF

--

--

--

--

--

152.5

102.5

□60

20.5

37

CA

--

--

--

--

--

152.5

102.5

□70

20.5

37

BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

140

90

□65

16.5

35

150.5

100.5

□65

16.5

35

BC•BH•BM•BN

145

95

□65

21.5

40

155.5

105.5

□65

21.5

40

BL

150

100

□65

26.5

45

160.5

110.5

□65

26.5

45

CA•CC

140

90

□70

16.5

35

150.5

100.5

□70

16.5

35

CB

145

95

□70

21.5

40

155.5

105.5

□70

21.5

40

DA•DB•DC•DD•DF•DH•DJ

140

90

□80

16.5

35

150.5

100.5

□80

16.5

35

DE•DL

145

95

□80

21.5

40

155.5

105.5

□80

21.5

40

DG•DK

150

100

□80

26.5

45

160.5

110.5

□80

26.5

45

EA•EB•EC•EF•EG•EK•EL

140

90

□90

16.5

35

150.5

100.5

□90

16.5

35

EJ•EM

145

95

□90

21.5

40

155.5

105.5

□90

21.5

40

ED•EE•EH

150

100

□90

26.5

45

160.5

110.5

□90

26.5

45

FA

140

90

□100

16.5

35

150.5

100.5

□100

16.5

35

FB

140

90

□115

16.5

35

150.5

100.5

□115

16.5

35

DA•DB•DC

156

106

□80

25

50

--

--

--

--

--

DD

166

116

□80

35

60

--

--

--

--

--

DE

161

111

□80

30

55

--

--

--

--

--

EA

161

111

□90

30

55

--

--

--

--

--

EB•ED

156

106

□90

25

50

--

--

--

--

--

EC

166

116

□90

35

60

--

--

--

--

--

FA

156

106

□100

25

50

--

--

--

--

--

FB

166

116

□100

35

60

--

--

--

--

--

GA•GC•GH

161

111

□115

30

55

--

--

--

--

--

GB•GD•GJ

156

106

□115

25

50

--

--

--

--

--

GE•GF

166

116

□115

35

60

--

--

--

--

--

HA

156

106

□130

25

50

--

--

--

--

--

HB

171

121

□130

40

65

--

--

--

--

--

HC•HD•HE

161

111

□130

30

55

--

--

--

--

--

JA

166

116

□150

35

60

--

--

--

--

--

JB

171

121

□150

40

65

--

--

--

--

--

Single reduction : 1/3 - 1/S9, Double reduction : 1/15 - 1/81

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly expanding and being
updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

25

VRSF-SERIES Inline shaft
VRSF D-Frame – 1-Stage and 2-Stage Dimensions

depth

depth

Frame Size

Ratio*

1-Stage
D
2-Stage

Dimensions

Input Bore Dia.
E**

L***

≦ φ14

155

≦ φ19

171

≦ φ28

186

≦ φ8

163

≦ φ14

169

≦ φ19

184

≦ φ28

200.5

LR

S

ST

Y

Q

QM

QK

W×U

T

D

LB

LE

LA

LZ

X

61

24

M8

16

40

35

30

8×4

7

98

90

5

115

M8

20

*1)

Single reduction : 1/3 - 1/S9, Double reduction : 1/15 - 1/81 (1/15 - 1/35 for B frame)

*2)

Bushing will be inserted to adapt to motor shaft

26

VRSF

VRSF D-Frame – 1-Stage and 2-Stage Adapter Dimensions

Model number

VRSF-□-□D-8**
(Input shaft bore ≦ φ8)

VRSF-□-□D-14**
(Input shaft bore ≦ φ14)

1-Stage

**: Adapter code

L1

L2

L3

2-Stage
L4

L5

L1

L2

L3

L4

L5

AA•AC•AD•AF•AG•AL•AM•AN•AQ

--

--

--

--

--

163

102

□52

15.5

32

AB•AE•AH•AJ•AK

--

--

--

--

--

168

107

□52

20.5

37

BA•BB•BD•BE•BG•BH•BJ

--

--

--

--

--

163

102

□60

15.5

32

CA

--

--

--

--

--

168

107

□70

20.5

37

BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

155

94

□65

16.5

35

169

108

□65

16.5

35

BC•BH•BM•BN

160

99

□65

21.5

40

174

113

□65

21.5

40

CA•CC

155

94

□70

16.5

35

169

108

□70

16.5

35

DA•DB•DC•DD•DF•DH•DJ

155

94

□80

16.5

35

169

108

□80

16.5

35

EA•EB•EC•EF•EG•EK•EL

155

94

□90

16.5

35

169

108

□90

16.5

35

FA

155

94

□100

16.5

35

169

108

□100

16.5

35

FB

165

104

□100

26.5

45

179

118

□100

26.5

45

JA

170

109

□150

31.5

50

184

123

□115

31.5

50

DA•DB•DC

171

110

□80

25

50

184

123

□80

25

50

EB•ED

171

110

□90

25

50

184

123

□90

25

50

FA

171

110

□100

25

50

184

123

□100

25

50

FB

181

120

□100

35

60

194

133

□100

35

60

GB•GD•GJ

171

110

□115

25

50

184

123

□115

25

50

HA

171

110

□130

25

50

184

123

□130

25

50

HB

186

125

□130

40

65

199

138

□130

40

65

HC•HD•HE

176

115

□130

30

55

189

128

□130

30

55

JA

181

120

□150

35

60

194

133

□150

35

60

JB

186

125

□150

40

65

199

138

□150

40

65

FA•FB•FC

186

125

□100

35

67

200.5

139.5

□100

35

67

FD•FE

181

120

□100

30

62

195.5

134.5

□100

30

62

GA•GB•GC•GD•GE•GF•GG•GH

186

125

□115

35

67

200.5

139.5

□115

35

67

HA•HC•HD

186

125

□130

35

67

200.5

139.5

□130

35

67

HB

196

135

□130

45

77

210.5

149.5

□130

45

77

VRSF-□-□D-28**

HE

201

140

□130

50

82

215.5

154.5

□130

50

82

(Input shaft bore ≦ φ28)

HF

181

120

□130

30

62

195.5

134.5

□130

30

62

JA•JB•JC•JF

186

125

□150

35

67

200.5

139.5

□150

35

67

VRSF-□-□D-19**
(Input shaft bore ≦ φ19)

*1)

JD

206

145

□150

55

87

220.5

159.5

□150

55

87

JE

210.5

149.5

□150

45

77

210.5

149.5

□150

45

77

KA•KB

186

125

□180

35

67

200.5

139.5

□180

35

67

KD

196

135

□180

45

77

210.5

149.5

□180

45

77

Single reduction : 1/3 - 1/S9, Double reduction : 1/15 - 1/81

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly expanding and being
updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

27

VRSF-SERIES Inline shaft
VRSF E-Frame – 1-Stage and 2-Stage Dimensions

depth

depth

Frame Size

Ratio*

1-Stage
E
2-Stage

Input Bore Dia.
E**

Dimensions
L***

≦ φ14

189

≦ φ19

198.5

≦ φ28

224

≦ φ38

240

≦ φ14

210

≦ φ19

225

≦ φ28

246.5

≦ φ38

261.5

LR

S

ST

Y

Q

QM

QK

W×U

T

D

LB

LE

LA

LZ

X

75

32

M10

20

55

52

45

10×5

8

125

110

5

135

M10

20

*1)

Single reduction : 1/3 - 1/S9, Double reduction : 1/15 - 1/81 (1/15 - 1/35 for B frame)

*2)

Bushing will be inserted to adapt to motor shaft

28

VRSF

VRSF E-Frame – 1-Stage and 2-Stage Adapter Dimensions

Model number

VRSF-□-□E-14**
(Input shaft bore ≦ φ14)

VRSF-□-□E-19**
(Input shaft bore ≦ φ19)

VRSF-□-□ E-28**
(Input shaft bore ≦ φ28)

VRSF-□-□E-38**
(Input shaft bore ≦ φ38)

*1)

1-Stage

**: Adapter code

2-Stage

L1

L2

L3

L4

L5

L1

L2

L3

L4

L5

BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

189

114

□ 65

16.5

35

210

135

□65

16.5

35

BC•BH•BM•BN

194

119

□65

21.5

40

215

140

□65

21.5

40

CA•CC

189

114

□70

16.5

35

210

135

□70

16.5

35

DA•DB•DC•DD•DF•DH•DJ

189

114

□80

16.5

35

210

135

□80

16.5

35

EA•EB•EC•EF•EG•EK•EL

189

114

□90

16.5

35

210

135

□90

16.5

35

FA

189

114

□100

16.5

35

210

135

□100

16.5

35

FB

199

124

□100

26.5

45

220

145

□100

26.5

45

JA

204

129

□150

31.5

50

225

150

□150

31.5

50

DA•DB•DC

198.5

123.5

□80

25

50

225

150

□80

25

50

EB•ED

198.5

123.5

□90

25

50

225

150

□90

25

50

FA

198.5

123.5

□100

25

50

225

150

□100

25

50

FB

208.5

133.5

□100

35

60

235

160

□100

35

60

GB•GD•GJ

198.5

123.5

□115

25

50

225

150

□115

25

50

HA

198.5

123.5

□130

25

50

225

150

□130

25

50

HB

213.5

138.5

□130

40

65

240

165

□130

40

65

JA

208.5

133.5

□150

35

60

235

160

□150

35

60

FA•FB•FC

224

149

□100

35

67

246.5

171.5

□100

35

67

GA•GB•GC•GD•GE•GF•GG•GH

224

149

□115

35

67

246.5

171.5

□115

35

67

HA•HC•HD

224

149

□130

35

67

246.5

171.5

□130

35

67

HB

234

159

□130

45

77

256.5

181.5

□130

45

77

HF

119

144

□130

30

62

241.5

166.5

□130

30

62

JA•JB•JC•JF

224

149

□150

35

67

246.5

171.5

□150

35

67

KA•KB•KE

224

149

□180

35

67

246.5

171.5

□180

35

67

LA

224

149

□200

35

67

246.5

171.5

□200

35

67

LB

234

159

□200

45

77

256.5

181.5

□200

45

77

MA

224

149

□220

35

67

246.5

171.5

□220

35

67

MB

234

159

□220

45

77

256.5

181.5

□220

45

77

HA

240

165

□130

45

82

261.5

186.5

□130

45

82

HB•HE

235

160

□130

40

77

256.5

181.5

□130

40

77

JA

240

165

□150

45

82

261.5

186.5

□150

45

82

KA•KB•KC

240

165

□180

45

82

261.5

186.5

□180

45

82

KD

275

200

□180

80

117

296.5

221.5

□180

80

117

KE

255

180

□180

60

97

276.5

201.5

□180

60

97

MA•MB

240

165

□220

45

82

261.5

186.5

□220

45

82

Single reduction : 1/3 - 1/S9, Double reduction : 1/15 - 1/81

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly expanding and being
updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

29

VRSF-SERIES Inline shaft
VRSF Optional Metric Output Flange
FR
4-FZ

FG

FE

FA

Output Flange

FB(h7)

FC

Frame Size
B

C

D

30

FG

FR

FE

FB

FC

FA

mm

8

24

3

50

75

65

FZ
6

inch

0.315

0.945

0.118

1.969

2.953

2.559

0.236

mm

12

33

3

72

110

95

7

inch

0.472

1.299

0.118

2.835

4.331

3.74

0.276

mm

13

48

5

90

134

115

8.8

inch

0.512

1.89

0.197

3.543

5.276

4.528

0.346

FR
4-FZ

VRSF

VRSF Optional NEMA Output Flange
FG

FE

FA

Output Flange

FB(h7)

FC

Frame Size
B

C

D

E

FG

FR

FE

FB

FC

FA

mm

12

20

2

38.1

78

66.68

FZ
5.2

inch

0.472

0.787

0.079

1.5

3.071

2.625

0.205

mm

12

30

2

73.02

110

98.43

5.6

inch

0.472

1.181

0.079

2.876

4.331

3.875

0.22

mm

15

40

3

55.56

140

125.73

7.1

inch

0.591

1.575

0.118

2.187

5.512

4.95

0.28

mm

20

55

3

114.3

168

149.23

10.2

inch

0.787

2.165

0.118

4.5

6.614

5.875

0.402

31

VRL-SERIES

A

n excellent choice when very requiring good accuracy and reliability at an exceptional value. This inline planetary gearbox

has a thread-in mounting style along with a level of precision and
torque capacity that is best-in-class. Offered in a coaxial shaft design, with a maximum 5 arc-min backlash rating, the VRL is an accurate, high performance, cost effective solution for any OEM.
The VRL Series has dimensions that allow the reducer to be a direct
substitute for some other common competitor models. The machining
quality of the helical planetary gears means a very quiet and more efficient gearbox than competitive products. These planetary gearheads
are the perfect solution for servomotor applications such as gantries, injection-molding machines, pick and place automation, and linear slides.

32

VRL
VRL-SERIES
■ Industry standard mounting dimensions
■ Large variety of frame sizes and ratios
■ Thread-in mounting style
■ Best-In-class backlash (≤5 arc-min)
■ Ships in 48 hours in standard frame sizes
■ Assembled in the USA

33

VRL-SERIES Inline shaft
VRL-Series– Features

3
4

5

1
2

34

1

Quiet operation: Helical cut gears contribute to reduced vibration and noise

2

High precision: Standard backlash is 5 arc-min, ideal for the most accurate applications

3

High rigidity & torque: Rigidity and torque capacity are achieved by using uncaged needle roller bearings

4

Adapter bushing connection: Enables a simple, effective attachment to most servo motors

5

No leakage through the seal: High viscosity, anti-separation grease does not liquefy and does not migrate
away from the gears

6

Maintenance-free: No need to replace the grease for the life of the unit. The reducer can be positioned in
any orientation

VRL-Series – Model Code
VR

L

−

090

B

−

7

−

K

5

−

19HB16

Backlash

Output style

Ratio

K䊶䊶䊶
S䊶䊶䊶

5䊶䊶䊶

5arc-min

VRL

㩷Adapter flange code

Shaft with key
Smooth shaft

Single: 3㪃㩷4㪃㩷5㪃㩷6㪃㩷7㪃㩷8㪃㩷9㪃㩷10
Double: 15㪃 16㪃 20㪃 25㪃 28㪃 30㪃 35㪃 40㪃 45㪃 50㪃 60㪃 70㪃 80㪃 90㪃 100

Generation of design

Frame size䇭050, 070㪃㩷090㪃㩷120㪃㩷155㪃㩷205㪃㩷235
Series name䇭VRL Series

Model name for ABLE reducer

*1)

Adapter flange code
Adapter flange code varies depending on the motor

*2)

For all washdown intensive and food grade options, refer to pages 36 and 37

Contact us for additional information or refer to our online reducer selection tool.
Selection tool www.nidec-shimpo.co.jp/selection/eng

35

ABLE Washdown and Food Duty Reducers
Motion control applications for production environments
within the Food and Beverage, Personal Care, and Pharmaceutical industries often require materials of construction
and sealants that provide higher levels of protection. To
improve our product offering to these customers, NIDECSHIMPO is now offering Washdown and Food Grade à la
carte options for our inline and right-angle planetary reducers. These options provide ultimate flexibility without

Upgradeable Features include the following;
• Special coatings, including Food Grade white epoxy,
Steel-It, among others
• Sealed bearing, and Viton seal at output
• Stainless steel screws, fasteners, etc.
• Special sealant for better resistance to solvents
• Stainless steel output shaft
• Food Grade grease for exposure sensitive environments
Note:
1) For Food Grade grease, special consideration is required when sizing the reducer.
Contact NIDEC-SHIMPO for support on these applications.
2) IP65 rating is based on standard protection criteria and commonly accepted test
conditions. Any exposure at extreme conditions (continuous exposure, excessive
pressure, etc.) is not considered accepted environment for given IP rating.

sacrificing on precision and performance.

Build your Ideal Reducer
Food Grade Epoxy, Steel1
It™, or other Coatings
2 Sealed Bearing
Viton Seals or
7
other Materials

3 Stainless Cap Screws
and Fasteners

Output Shaft,
6
Stainless Steel

4 Special Epoxy Sealant
5 Food Grade Grease

Immediate Availability for these Models:
Series
Frame Size

VRL and VRB inline frame sizes and ratios can be quickly

VRL
070

090

1-Stage

3, 5, 7, 10:1

2-Stage

15, 25, 28, 30, 35, 50, 70, 100:1

120

assembled with the Washdown and Food Grade options.
Small quantity orders will be tested, assembled, and
shipped within 2 – 4 days. For all other VRL, VRB, VRS in-

Series
Frame Size

VRB
060

090

1-Stage

3, 5, 7, 10:1

2-Stage

15, 25, 28, 30, 35, 50, 70, 100:1

115

line series and EVL, EVB, EVS right-angle series frame size
and ratio combinations, please contact SHIMPO for price
and availability from our main manufacturing facility.

Featured Series Product Extension
36

There are many Washdown and Food Grade features that can be added to your reducer. Below is an explanation on the
model code, when specifying a reducer with the ideal performance and protection for your application.

Washdown – Model Code
VRB

090

007

K

3

19HB16

Series

Frame Size

Ratio

Output shaft style

Backlash

Adapter code

XV

Washdown,
Food Grade Options

Order Code
X

V

_

Description of Features
Food Grade Grease; Food Grade White Epoxy; IP 65; SS shaft
Standard Grease; Standard Paint

W

Standard Grease; Food Grade White Epoxy

S

Standard Grease; Steel - It™

F

Food Grade Grease; Standard Paint

X

Food Grade Grease; Food Grade White Epoxy

G

Food Grade Grease; Steel – It™
_

Standard Protection; Standard Shaft, Fasteners

I

Standard Protection; Stainless Steel Shaft, Fasteners

V

IP65 Protection; Stainless Steel Shaft, Fasteners

As the global marketplace becomes increasingly competitive, NIDEC-SHIMPO
Special Coatings,
including Food
Grade White Epoxy

continues to raise the bar in terms of product quality, flexibility, and availability – providing a real value to our customers. Our
new Washdown and Food duty reducers
serve as another good example where
NIDEC-SHIMPO is delivering improved value to our customers.
Contact NIDEC-SHIMPO for more details:
Toll-free: (800) 842-1470
Email: info@nidec-shimpo.com

Featured Series Product Extension
37

VRL-SERIES Inline shaft
VRL-050 – 1-Stage Specifications
Frame Size

050

Stage

1-Stage

Ratio

Units

Note

3

4

5

6

7

8

9

Nominal Output Torque

[Nm]

*1

6

9

9

9

9

9

6

6

Maximum Acceleration Torque

[Nm]

*2

12

18

18

18

18

18

12

12

30

35

35

35

35

35

30

30

320

340

350

360

380

410

430

450

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

4000

Maximum Input Speed

[rpm]

*5

8000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

240

270

290

310

Permitted Axial Load

[N]

*8

270

300

330

360

Maximum Radial Load

[N]

*9

710

Maximum Axial Load

[N]

*10

640

10

0.03

Moment of Inertia (≤Ø 8)

[kgcm2]

--

0.053

0.041

0.036

0.034

0.032

0.031

0.031

0.030

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

0.091

0.079

0.074

0.072

0.071

0.070

0.069

0.069

40

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

[%]

*11

[Nm/arc-min]

*12

95
2

[arc-min]

--

≤5

[dB]

*13

61

--

*14

IP54 (IP65)

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

0.7

VRL-050 – 2-Stage Specifications
Frame Size

050

Stage
Ratio

Units

Note

15

16

20

25

28

30

35

Nominal Output Torque

[Nm]

*1

6

9

9

9

9

9

9

9

Maximum Acceleration Torque

[Nm]

*2

12

18

18

18

18

12

18

18

30

35

35

35

35

30

35

35

510

520

550

570

640

640

640

640

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

4000

Maximum Input Speed

[rpm]

*5

8000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

410

420

460

490

Permitted Axial Load

[N]

*8

540

550

610

640

Maximum Radial Load

[N]

*9

710

Maximum Axial Load

[N]

*10

640

0.01

Moment of Inertia (≤Ø 8)

[kgcm2]

--

0.035

0.038

0.034

0.034

0.038

0.030

0.034

0.030

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

--

--

--

--

--

--

--

--

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

38

2-Stage

[%]

*11

[Nm/arc-min]

*12

90
2

[arc-min]

--

≤7

[dB]

*13

61

--

*14

IP54 (IP65)

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

0.8

VRL-050 – 2-Stage Specifications
Frame Size

050
2-Stage

Ratio

Units

Note

45

50

60

70

80

90

Nominal Output Torque

[Nm]

*1

6

9

9

9

9

6

6

Maximum Acceleration Torque

[Nm]

*2

12

18

18

18

18

12

12

30

35

35

35

35

30

30

100

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

4000

Maximum Input Speed

[rpm]

*5

8000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

600

620

660

690

710

710

710

Permitted Axial Load

[N]

*8

640

640

640

640

640

640

640

Maximum Radial Load

[N]

*9

710

Maximum Axial Load

[N]

*10

640

0.01

Moment of Inertia (≤Ø 8)

[kgcm2]

--

0.034

0.030

0.030

0.030

0.030

0.030

0.030

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

--

--

--

--

--

--

--

Efficiency
Torsional Rigidity

[%]

*11

[Nm/arc-min]

*12

2

[arc-min]

--

≤7

[dB]

*13

61

--

*14

IP54 (IP65)

[°C]

--

0-40

Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

90

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

0.8

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

VRL

Stage

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 4,000 rpm for VRL 050

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output shaft center)

*9)

The maximum radial load that the reducer can accept

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating
*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

39

VRL-SERIES Inline shaft
VRL-050 – 1-Stage Dimensions

40

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

VRL

VRL-050 – 2-Stage Dimensions

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

41

VRL-SERIES Inline shaft
VRL-050 – 1-Stage Adapter Dimensions

Model number

**: Adapter code
ZA•ZC•ZD•ZF•ZG•ZL•ZM•ZN•ZQ

VRL-050-□-□-S8**
(Input shaft bore ≦ φ8)

VRL-050-□-□-14**
(Input shaft bore ≦ φ14)

1-Stage
L1

L*

L2

L3

L4

L5

88.5

73

64

□42

15.5

32

ZB•ZE•ZH•ZJ•ZK

93.5

73

69

□42

20.5

37

BA•BB•BD•BE•BG•BH•BJ

88.5

73

64

□60

15.5

32

BC•BF

93.5

73

69

□60

20.5

37

BA•BB•BD•BE•BF•BG•BJ•BK•BP

91.5

75

67

□65

16.5

35

BC•BH•BM•BN

96.5

75

72

□65

21.5

40

BL

101.5

75

77

□65

26.5

45

*1)

Single reduction : 1/3 - 1/10

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

42

VRL

VRL-050 – 2-Stage Adapter Dimensions

Model number

**: Adapter code
ZA•ZC•ZD•ZF•ZG•ZL•ZM•ZN•ZQ

2-Stage
L1

L*

L2

L3

L4

L5

105

89.5

80.5

□42

15.5

32

ZB•ZE•ZH•ZJ•ZK

110

89.5

85.5

□42

20.5

37

BA•BB•BD•BE•BG•BH•BJ

105

89.5

80.5

□60

15.5

32

BC•BF

110

89.5

85.5

□60

20.5

37

BA•BB•BD•BE•BF•BG•BJ•BK•BP

--

--

--

--

--

--

BC•BH•BM•BN

--

--

--

--

--

--

BL

--

--

--

--

--

--

VRL-050-□-□-S8**
(Input shaft bore ≦ φ8)

VRL-050-□-□-14**
(Input shaft bore ≦ φ14)

*1)

Double reduction : 1/15 - 1/100

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

43

VRL-SERIES Inline shaft
VRL-070 – 1-Stage Specifications
Frame Size

070

Stage

1-Stage

Ratio

Unit

Note

3

4

5

6

7

8

9

10

Nominal Output Torque

[Nm]

*1

18

27

27

27

27

27

18

18

Maximum Output Torque

[Nm]

*2

35

50

50

50

50

50

35

35

Emergency Stop Torque

[Nm]

*3

80

100

100

100

100

100

80

80

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

0.08

Permitted Radial Load

[N]

*7

430

470

510

540

570

600

620

640

Permitted Axial Load

[N]

*8

310

360

390

430

460

480

510

530

Maximum Radial Load

[N]

*9

Maximum Axial Load

[N]

*10

Moment of Inertia (≤Ø 8)

[kgcm2]

--

0.140

0.095

0.077

0.068

0.062

0.059

0.057

0.056

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

0.220

0.170

0.160

0.150

0.140

0.140

0.140

0.140

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

0.430

0.380

0.360

0.360

0.350

0.350

0.340

0.340

[%]

*11

[Nm/arcmin]

*12

3

[Arc-min]

--

≤ 5

[dB]

*13

≤ 66

--

*14

IP54 (IP65)

[°C]

--

0-40

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

1200
1100

95

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

1.5

VRL-070 – 2-Stage Specifications
Frame Size

070

Stage
Unit

Note

15

16

20

25

28

30

35

40

Nominal Output Torque

[Nm]

*1

18

27

27

27

27

18

27

27

Maximum Output Torque

[Nm]

*2

35

50

50

50

50

35

50

50

80

100

100

100

100

80

100

100

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

740

750

810

870

910

930

980

1000

Permitted Axial Load

[N]

*8

630

650

720

790

830

860

920

970

0.04

0.049

Maximum Radial Load

[N]

*9

1200

Maximum Axial Load

[N]

*10

1100

Moment of Inertia (≤Ø 8)

[kgcm2]

--

0.055

0.057

0.054

0.053

0.055

0.049

0.053

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

0.140

0.140

0.130

0.130

0.140

0.130

0.130

0.130

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

0.350

0.360

0.350

0.350

0.360

0.340

0.350

0.340

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

44

2-Stage

Ratio

[%]

*11

[Nm/arcmin]

*12

90
3

[Arc-min]

--

≤ 5

[dB]

*13

≤ 66

--

*14

IP54 (IP65)
0-40

Ambient Temperature

[°C]

--

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

1.7

VRL-070 – 2-Stage Specifications
Frame Size

070
2-Stage

Ratio

Unit

Note

Nominal Output Torque

[Nm]

Maximum Output Torque

[Nm]

Emergency Stop Torque

45

50

60

70

80

90

100

*1

18

27

27

27

27

18

18

*2

35

50

50

50

50

35

35

[Nm]

*3

80

100

100

100

100

80

80

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

0.04

Permitted Radial Load

[N]

*7

1100

1100

1200

1200

1200

1200

1200

Permitted Axial Load

[N]

*8

1000

1100

1100

1100

1100

1100

1100

0.049

0.049

Maximum Radial Load

[N]

*9

1200

Maximum Axial Load

[N]

*10

1100

Moment of Inertia (≤Ø 8)

[kgcm2]

--

0.053

0.049

0.049

0.049

0.049

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

0.130

0.130

0.130

0.130

0.130

0.13

0.13

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

0.350

0.340

0.340

0.340

0.340

0.340

0.340

[%]

*11

[Nm/arcmin]

*12

3

[Arc-min]

--

≤ 5

[dB]

*13

≤ 66

--

*14

IP54 (IP65)

[°C]

--

0-40

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

90

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

1.7

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 3,000 rpm for VRL 070

VRL

Stage

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output shaft center)

*9)

The maximum radial load that the reducer can accept

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating
*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

45

VRL-SERIES Inline shaft
VRL-070 – 1-Stage Dimensions
Input shaft bore䇭㻡φ8

Input shaft bore䇭㻡φ14

Input shaft bore䇭㻡φ19

46

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

VRL

VRL-070 – 2-Stage Dimensions

*

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

47

VRL-SERIES Inline shaft
VRL-070 – 1-Stage Adapter Dimensions

Model number

VRL-070-□-□-8**
(Input shaft bore ≦ φ8)

VRL-070-□-□-14**
(Input shaft bore ≦ φ14)

VRL-070-□-□-19**
(Input shaft bore ≦ φ19)

**: Adapter code

1-Stage
L1

L*

L2

L3

L4

L5

AA•AC•AD•AF•AG•AL•AM•AN•AQ

112

96.5

76

□52

15.5

32

AB•AE•AH•AJ•AK

117

96.5

81

□52

20.5

37

BA•BB•BD•BE•BG•BH•BJ

112

96.5

76

□60

15.5

32

BC•BF

117

96.5

81

□60

20.5

37

CA

117

96.5

81

□70

20.5

37

BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

115

98.5

79

□65

16.5

35

BC•BH•BM•BN

120

98.5

84

□65

21.5

40

BL

125

98.5

89

□65

26.5

45

CA•CC

115

98.5

79

□70

16.5

35

CB

120

98.5

84

□70

21.5

40

DA•DB•DC•DD•DF•DH•DJ

115

98.5

79

□80

16.5

35

DE•DL

120

98.5

84

□80

21.5

40

DG•DK

125

98.5

89

□80

26.5

45

EA•EB•EC•EF•EG•EK•EL

115

98.5

79

□90

16.5

35

EJ•EM

120

98.5

84

□90

21.5

40

ED•EE•EH

125

98.5

89

□90

26.5

45

FA

115

98.5

79

□100

16.5

35

FB

115

98.5

79

□115

16.5

35

DA•DB•DC

130

105

94

□80

25

50

DD

140

105

104

□80

35

60

DE

135

105

99

□80

30

55

EA

135

105

99

□90

30

55

EB•ED

130

105

94

□90

25

50

EC

140

105

104

□90

35

60

FA

130

105

94

□100

25

50

FB

140

105

104

□100

35

60

*1)

Single reduction : 1/3~ 1/10

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

48

VRL

VRL-070 – 2-Stage Adapter Dimensions

Model number

**: Adapter code

2-Stage
L1

L*

L2

L3

L4

L5

AA•AC•AD•AF•AG•AL•AM•AN•AQ

131

115.5

95

□52

15.5

32

AB•AE•AH•AJ•AK

136

115.5

100

□52

20.5

37

BA•BB•BD•BE•BG•BH•BJ

131

115.5

95

□60

15.5

32

BC•BF

136

115.5

100

□60

20.5

37

CA

136

115.5

100

□70

20.5

37

BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

136

119.5

100

□65

16.5

35

BC•BH•BM•BN

141

119.5

105

□65

21.5

40

BL

146

119.5

110

□65

26.5

45

CA•CC

136

119.5

100

□70

16.5

35

CB

141

119.5

105

□70

21.5

40

VRL-070-□-□-8**
(Input shaft bore ≦ φ8)

VRL-070-□-□-14**
(Input shaft bore ≦ φ14)

VRL-070-□-□-19**
(Input shaft bore ≦ φ19)

DA•DB•DC•DD•DF•DH•DJ

136

119.5

100

□80

16.5

35

DE•DL

141

119.5

105

□80

21.5

40

DG•DK

146

119.5

110

□80

26.5

45

EA•EB•EC•EF•EG•EK•EL

136

119.5

100

□90

16.5

35

EJ•EM

141

119.5

105

□90

21.5

40

ED•EE•EH

146

119.5

110

□90

26.5

45

FA

136

119.5

100

□100

16.5

35

FB

136

119.5

100

□115

16.5

35

DA•DB•DC

151

126

115

□80

25

50

DD

161

126

125

□80

35

60

DE

156

126

120

□80

30

55

EA

156

126

120

□90

30

55

EB•ED

151

126

115

□90

25

50

EC

161

126

125

□90

35

60

FA

151

126

115

□100

25

50

FB

161

126

125

□100

35

60

*1)

Double reduction : 1/15~ 1/100

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

49

VRL-SERIES Inline shaft
VRL-090 – 1-Stage Specifications
Frame Size

090

Stage

1-Stage

Ratio

Unit

Note

3

Nominal Output Torque

[Nm]

*1

50

75

75

75

Maximum Acceleration Torque

[Nm]

*2

80

125

125

125

Emergency Stop Torque

[Nm]

*3

200

250

250

250

250

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

4

5

6

7

8

9

10

75

75

50

50

125

125

80

80

250

200

200

[Nm]

*6

Permitted Radial Load

[N]

*7

810

890

960

1000

0.35
1100

1100

1200

1200

Permitted Axial Load

[N]

*8

930

1100

1200

1300

1300

1400

1500

1600

Maximum Radial Load

[N]

*9

2400

Maximum Axial Load

[N]

*10

2200

Moment of Inertia (≤Ø 8)

[kgcm2]

--

--

--

--

--

--

--

--

--

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

0.720

0.490

0.400

0.360

0.320

0.310

0.290

0.290

Moment of Inertia (≤ Ø 19)

--

--

1.200

0.950

0.860

0.820

0.790

0.770

0.760

0.750

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

3.200

3.000

2.900

2.800

2.800

2.800

2.800

2.800

[%]

*11

95

[Nm/arc-min]

*12

10

[arc-min]

--

≤5

[dB]

*13

67

--

*14

IP54 (IP65)

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

3.5

VRL-090 – 2-Stage Specifications
Frame Size

090

Stage
Unit

Note

15

16

20

25

28

30

35

40

Nominal Output Torque

[Nm]

*1

50

75

75

75

75

50

75

75

Maximum Acceleration Torque

[Nm]

*2

80

125

125

125

125

80

125

125

Emergency Stop Torque

[Nm]

*3

200

250

250

250

250

200

250

250

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

0.06

Permitted Radial Load

[N]

*7

1400

1400

1500

1600

1700

1700

1800

1900

Permitted Axial Load

[N]

*8

1900

1900

2100

2200

2200

2200

2200

2200

Maximum Radial Load

[N]

*9

Maximum Axial Load

2400

[N]

*10

Moment of Inertia (≤Ø 8)

[kgcm2]

--

0.130

0.150

0.130

0.120

0.140

0.100

0.120

0.099

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

0.280

0.300

0.280

0.280

0.290

0.250

0.270

0.250

Moment of Inertia (≤ Ø 19)

--

--

0.720

0.740

0.720

0.710

0.730

0.700

0.710

0.700

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

2.700

2.800

2.700

2.700

2.700

2.600

2.700

2.600

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

50

2-Stage

Ratio

2200

[%]

*11

90

[Nm/arc-min]

*12

10

[arc-min]

--

≤5

[dB]

*13

67

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

4

VRL-090 – 2-Stage Specifications
Frame Size

090
2-Stage

Ratio

Unit

Note

45

Nominal Output Torque

[Nm]

*1

50

75

75

Maximum Acceleration Torque

[Nm]

*2

80

125

125

Emergency Stop Torque

[Nm]

*3

200

250

250

250

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

50

60

70

80

90

100

75

75

50

50

125

125

80

80

250

200

200

VRL

Stage

[Nm]

*6

Permitted Radial Load

[N]

*7

2000

2100

2200

2300

0.06
2400

2400

2400

Permitted Axial Load

[N]

*8

2200

2200

2200

2200

2200

2200

2200

Maximum Radial Load

[N]

*9

2400

Maximum Axial Load

[N]

*10

2200

Moment of Inertia (≤Ø 8)

[kgcm2]

--

0.120

0.098

0.098

0.097

0.097

0.097

0.097

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

0.270

0.250

0.250

0.250

0.250

0.250

0.250

Moment of Inertia (≤ Ø 19)

--

--

0.710

0.690

0.690

0.690

0.690

0.690

0.690

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

2.700

2.600

2.600

2.600

2.600

2.600

2.600

[%]

*11

90

[Nm/arc-min]

*12

10

[arc-min]

--

≤5

[dB]

*13

67

--

*14

IP54 (IP65)

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

4

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 3,000 rpm for VRL 090

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output shaft center)

*9)

The maximum radial load that the reducer can accept

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating
*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

51

VRL-SERIES Inline shaft
VRL-090 – 1-Stage Dimensions
Input shaft bore䇭㻡φ14

Input shaft bore䇭㻡φ19

Input shaft bore䇭㻡φ28

52

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

VRL-090 – 2-Stage Dimensions

VRL

Input shaft bore䇭㻡φ8

Input shaft bore䇭㻡φ14

Input shaft bore䇭㻡φ19

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

53

VRL-SERIES Inline shaft
VRL-090 – 1-Stage Adapter Dimensions

Model number

VRL-090-□-□-8**
(Input shaft bore ≦ φ8)

VRL-090-□-□-14**
(Input shaft bore ≦ φ14)

VRL-090-□-□-19**
(Input shaft bore ≦ φ19)

**: Adapter code

1-Stage
L1

L*

L2

L3

L4

L5

AA•AC•AD•AF•AG•AL•AM•AN•AQ

--

--

--

--

--

--

AB•AE•AH•AJ•AK

--

--

--

--

--

--

BA•BB•BD•BE•BG•BH•BJ

--

-

--

--

-

--

CA

--

--

--

--

--

--

BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

143

126.5

97

□65

16.5

35

BC•BH•BM•BN

148

126.5

102

□65

21.5

40

CA•CC

143

126.5

97

□70

16.5

35

DA•DB•DC•DD•DF•DH•DJ

143

126.5

97

□80

16.5

35

EA•EB•EC•EF•EG•EK•EL

143

126.5

97

□90

16.5

35

FA

143

126.5

97

□100

16.5

35

FB

153

126.5

107

□100

26.5

45

JA

158

126.5

112

□150

31.5

50

DA•DB•DC

153

128

107

□80

25

50

EB•ED

153

128

107

□90

25

50

FA

153

128

107

□100

25

50

FB

163

128

117

□100

35

60

GA•GC•GH

158

128

112

□115

30

55

GB•GD•GJ

153

128

107

□115

25

50

GE•GF

163

128

117

□115

35

60

HA

153

128

107

□130

25

50

HB

168

128

122

□130

40

65

HC•HD•HE

158

128

112

□130

30

55

JA

163

128

117

□150

35

60

JB

168

128

122

□150

40

65

FA•FB•FC

170

135

124

□100

35

67

FD•FE

165

135

119

□100

30

62

GA•GB•GC•GD•GE•GF•GG•GH

170

135

124

□115

35

67

HA•HC•HD

170

135

124

□130

35

67

VRL-090-□-□-28**

HB

180

135

134

□130

45

77

(Input shaft bore ≦ φ28)

HE

185

135

139

□130

50

82

HF

165

135

119

□130

30

62

JA•JB•JC•JF

170

135

124

□150

35

67

*1)

Single reduction : 1/3~ 1/10

JD

190

135

144

□150

55

87

JE

180

135

134

□150

45

77

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.

54

A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

VRL

VRL-090 – 2-Stage Adapter Dimensions

Model number

**: Adapter code

2-Stage
L1

L*

L2

L3

L4

L5

AA•AC•AD•AF•AG•AL•AM•AN•AQ

160

144.5

114

□52

15.5

32

AB•AE•AH•AJ•AK

165

144.5

119

□52

20.5

37

VRL-090-□-□-8**
(Input shaft bore ≦ φ8)

BA•BB•BD•BE•BG•BH•BJ

160

144.5

114

□60

15.5

32

CA

165

144.5

119

□70

20.5

37

BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

165

148.5

119

□65

16.5

35

VRL-090-□-□-14**
(Input shaft bore ≦ φ14)

VRL-090-□-□-19**
(Input shaft bore ≦ φ19)

BC•BH•BM•BN

170

148.5

124

□65

21.5

40

CA•CC

165

148.5

119

□70

16.5

35

DA•DB•DC•DD•DF•DH•DJ

165

148.5

119

□80

16.5

35

EA•EB•EC•EF•EG•EK•EL

165

148.5

119

□90

16.5

35

FA

165

148.5

119

□100

16.5

35

FB

175

148.5

129

□100

26.5

45

JA

180

148.5

134

□150

31.5

50

DA•DB•DC

175

150

129

□80

25

50

EB•ED

175

150

129

□90

25

50

FA

175

150

129

□100

25

50

FB

185

150

139

□100

35

60

GA•GC•GH

180

150

134

□115

30

55

GB•GD•GJ

175

150

129

□115

25

50

GE•GF

185

150

139

□115

35

60

HA

175

150

129

□130

25

50

HB

190

150

144

□130

40

65

HC•HD•HE

180

150

134

□130

30

55

JA

185

150

139

□150

35

60

JB

190

150

144

□150

40

65

FA•FB•FC

194

159

148

□100

35

67

FD•FE

189

159

143

□100

30

62

GA•GB•GC•GD•GE•GF•GG•GH

194

159

148

□115

35

67

HA•HC•HD

194

159

148

□130

35

67

VRL-090-□-□-28**

HB

204

159

158

□130

45

77

(Input shaft bore ≦ φ28)

HE

209

159

163

□130

50

82

HF

189

159

143

□130

30

62

JA•JB•JC•JF

194

159

148

□150

35

67

*1)

Double reduction : 1/15~ 1/100

JD

214

159

168

□150

55

87

JE

204

159

158

□150

45

n

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

55

VRL-SERIES Inline shaft
VRL-120 – 1-Stage Specifications
Frame Size

120

Stage

1-Stage

Ratio

Unit

Note

3

4

5

6

7

8

9

10

Nominal Output Torque

[Nm]

*1

120

120

180

180

180

180

120

120

Maximum Output Torque

[Nm]

*2

225

330

330

330

330

330

225

225

500

625

625

625

625

625

500

500

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*14

Permitted Radial Load

[N]

*6

1300

1500

1600

1700

1.30
1800

1900

1900

2000

Permitted Axial Load

[N]

*7

1500

1700

1900

2000

2100

2300

2400

2500

Maximum Radial Load

[N]

*8

4300

Maximum Axial Load

[N]

*9

3900

Moment of Inertia (≤Ø 14)

[kgcm2]

--

--

--

--

--

--

--

--

Moment of Inertia (≤ Ø 19)

[kgcm2]

3.300

2.000

1.600

1.300

1.100

1.000

0.980

0.950

Moment of Inertia (≤ Ø 28)

[kgcm2]

5.300

4.100

3.600

3.300

3.200

3.100

3.000

3.000

Moment of Inertia (≤ Ø 38)

[kgcm2]

13.000

12.000

11.000

11.000

11.000

11.000

11.000

11.000

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level

[%]

*11

95

[Nm/arc-min]

*12

31

[arc-min]

--

≤5

[dB]

*13

71

*15

IP54 (IP65)

Protection Class
Ambient Temperature

[°C]

Permitted Housing Temperature

[°C]

*16

0-40
90

Weight

[kg]

*10

7.8

VRL-120 – 2-Stage Specifications
Frame Size

120

Stage

2-Stage

Ratio

Unit

Note

15

16

20

25

28

30

35

40

Nominal Output Torque

[Nm]

*1

120

180

180

180

180

120

180

180

Maximum Output Torque

[Nm]

*2

225

330

330

330

330

225

330

330

500

625

625

625

625

500

625

625

2800

2900

3000

3200

3900

3900

3900

3900

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*14

Permitted Radial Load

[N]

*6

2300

2300

2500

2700

Permitted Axial Load

[N]

*7

3000

3100

3400

3700

Maximum Radial Load

[N]

*8

4300

Maximum Axial Load

[N]

*9

3900

Moment of Inertia (≤Ø 14)

[kgcm2]

0.430

0.480

0.400

0.380

0.440

0.290

0.370

0.280

Moment of Inertia (≤ Ø 19)

[kgcm2]

0.860

0.920

0.830

0.820

0.880

0.740

0.810

0.730

Moment of Inertia (≤ Ø 28)

[kgcm2]

2.800

2.900

2.800

2.800

2.800

2.700

2.700

2.700

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

--

--

--

--

--

--

--

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level

[%]

*11

[Nm/arc-min]

*12

31

[arc-min]

--

≤5

[dB]

*13

71

*15

IP54 (IP65)

Protection Class
Ambient Temperature

56

0.42

[°C]

90

0-40

Permitted Housing Temperature

[°C]

*16

90

Weight

[kg]

*10

8.7

VRL-120 – 2-Stage Specifications
Frame Size

120

Stage

2-Stage
Unit

Note

45

50

60

70

80

90

100

Nominal Output Torque

[Nm]

*1

120

180

180

180

180

120

120

Maximum Output Torque

[Nm]

*2

225

330

330

330

330

225

225

500

625

625

625

625

500

500

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

VRL

Ratio

[Nm]

*14

Permitted Radial Load

[N]

*6

3300

3400

3600

3800

0.42
4000

4200

4300

Permitted Axial Load

[N]

*7

3900

3900

3900

3900

3900

3900

3900

Maximum Radial Load

[N]

*8

4300

Maximum Axial Load

[N]

*9

3900

Moment of Inertia (≤Ø 14)

[kgcm2]

0.370

0.280

0.280

0.280

0.280

0.270

0.270

Moment of Inertia (≤ Ø 19)

[kgcm2]

0.800

0.730

0.730

0.730

0.730

0.730

0.730

Moment of Inertia (≤ Ø 28)

[kgcm2]

2.700

2.700

2.700

2.700

2.700

2.700

2.700

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

--

--

--

--

--

--

Efficiency
Torsional Rigidity

[%]

*11

90

[Nm/arc-min]

*12

31

[arc-min]

--

≤5

[dB]

*13

71

*15

IP54 (IP65)

Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

[°C]

Permitted Housing Temperature

[°C]

*16

0-40
90

Weight

[kg]

*10

8.7

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 3,000 rpm for VRL 120

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output shaft center)

*9)

The maximum radial load that the reducer can accept

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating
*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

57

VRL-SERIES Inline shaft
VRL-120 – 1-Stage Dimensions
Input shaft bore䇭㻡φ19

Input shaft bore䇭㻡φ28

Input shaft bore䇭㻡φ38

58

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

VRL-120 – 2-Stage Dimensions

VRL

Input shaft bore䇭㻡φ14

Input shaft bore䇭㻡φ19

Input shaft bore䇭㻡φ28

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

59

VRL-SERIES Inline shaft
VRL-120 – 1-Stage Adapter Dimensions

Model number

VRL-120-□-□-14**
(Input shaft bore ≦ φ14)

VRL-120-□-□-19**
(Input shaft bore ≦ φ19)

VRL-120-□-□-28**
(Input shaft bore ≦ φ28)

VRL-120-□-□-38**
(Input shaft bore ≦ φ38)

*1)

Single reduction : 1/3~ 1/10

**: Adapter code

1-Stage
L1

L*

L2

L3

L4

L5

BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

--

--

--

--

--

--

BC•BH•BM•BN

--

--

--

--

--

--

CA•CC

--

--

--

--

--

--

DA•DB•DC•DD•DF•DH•DJ

--

--

--

--

--

--

EA•EB•EC•EF•EG•EK•EL

--

--

--

--

--

--

FA

--

--

--

--

--

--

FB

--

--

--

--

--

--

JA

--

--

--

--

--

--

DA•DB•DC

187

162

117

□80

25

50

EB

187

162

117

□90

25

50

FA

187

162

117

□100

25

50

FB

197

162

127

□100

35

60

GB•GD

187

162

117

□115

25

50

HA

197

162

127

□115

35

60

--

187

162

117

□130

25

50

--

202

162

132

□130

40

65

--

192

162

122

□130

30

55

HB

197

162

127

□150

35

60

HC•HD•HE

202

162

132

□150

40

65

FA•FB•FC

204

169

134

□100

35

67

GA•GB•GC•GD•GE•GF•GG•GH

204

169

134

□115

35

67

HA•HC•HD

204

169

134

□130

35

67

HB

214

169

144

□130

45

77

HF

199

169

129

□130

30

62

JA•JB•JC•JF

204

169

134

□150

35

67

JE

214

169

144

□150

45

77

KA•KB•KE

204

169

134

□180

35

67

KD

214

169

144

□180

45

77

HA

225

180

155

□130

45

82

HB•HE

220

180

150

□130

40

77

JA

225

180

155

□150

45

82

KA•KB•KC

225

180

155

□180

45

82

KD

260

180

190

□180

80

117

KE

240

180

170

□180

60

97

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.

60

A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

VRL

VRL-120 – 2-Stage Adapter Dimensions

Model number

**: Adapter code
BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

VRL-120-□-□-14**
(Input shaft bore ≦ φ14)

VRL-120-□-□-19**
(Input shaft bore ≦ φ19)

VRL-120-□-□-28**
(Input shaft bore ≦ φ28)

VRL-120-□-□-38**
(Input shaft bore ≦ φ38)

*1)

Double reduction : 1/15~ 1/100

2-Stage
L1

L*

L2

L3

L4

L5

204.5

188

134.5

□65

16.5

35

BC•BH•BM•BN

209.5

188

139.5

□65

21.5

40

CA•CC

204.5

188

134.5

□70

16.5

35

DA•DB•DC•DD•DF•DH•DJ

204.5

188

134.5

□80

16.5

35

EA•EB•EC•EF•EG•EK•EL

204.5

188

134.5

□90

16.5

35

FA

204.5

188

134.5

□100

16.5

35

FB

214.5

188

144.5

□100

26.5

45

JA

219.5

188

149.5

□150

31.5

50

DA•DB•DC

214.5

189.5

144.5

□80

25

50

EB

214.5

189.5

144.5

□90

25

50

FA

214.5

189.5

144.5

□100

25

50

FB

224.5

189.5

154.5

□100

35

60

GB•GD

214.5

189.5

144.5

□115

25

50

HA

224.5

189.5

154.5

□115

35

60

--

214.5

189.5

144.5

□130

25

50

--

229.5

189.5

159.5

□130

40

65

--

219.5

189.5

149.5

□130

30

55

HB

224.5

189.5

154.5

□150

35

60

HC•HD•HE

229.5

189.5

159.5

□150

40

65

FA•FB•FC

231.5

196.5

161.5

□100

35

67

GA•GB•GC•GD•GE•GF•GG•GH

231.5

196.5

161.5

□115

35

67

HA•HC•HD

231.5

196.5

161.5

□130

35

67

HB

241.5

196.5

171.5

□130

45

77

HF

226.5

196.5

156.5

□130

30

62

JA•JB•JC•JF

231.5

196.5

161.5

□150

35

67

JE

241.5

196.5

171.5

□150

45

77

KA•KB•KE

231.5

196.5

161.5

□180

35

67

KD

241.5

196.5

171.5

□180

45

77

HA

249

204

179

□130

45

82

HB•HE

244

204

174

□130

40

77

JA

249

204

179

□150

45

82

KA•KB•KC

249

204

179

□180

45

82

KD

284

204

214

□180

80

117

KE

264

204

194

□180

60

97

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

61

VRL-SERIES Inline shaft
VRL-155 – 1-Stage Specifications
Frame Size

155

Stage

1-Stage

Ratio

Unit

Note

3

4

5

6

7

8

9

10

Nominal Output Torque

[Nm]

*1

240

240

360

360

360

360

240

240

Maximum Acceleration Torque

[Nm]

*2

470

700

700

700

700

700

470

470

Emergency Stop Torque

[Nm]

*3

1000

1250

1250

1250

1250

1250

1000

1000

Nominal Input Speed

[rpm]

*4

2000

Maximum Input Speed

[rpm]

*5

4000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

3200

3500

3800

4000

1.63
4200

4400

4600

4700

Permitted Axial Load

[N]

*8

2400

2700

3000

3300

3500

3700

3900

4100

--

--

--

--

Maximum Radial Load

[N]

*9

9100

Maximum Axial Load

[N]

*10

8200

Moment of Inertia (≤Ø 19)

[kgcm2]

--

--

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

12.000

7.500

5.800

4.900

4.100

3.800

3.600

3.500

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

20.000

15.000

14.000

13.000

12.000

12.000

11.000

11.000

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

42.000

37.000

36.000

35.000

34.000

34.000

34.000

34.000

[%]

*11

95

[Nm/arc-min]

*12

60

[arc-min]

--

≤5

[dB]

*13

67

--

*14

IP54 (IP65)

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

--

--

--

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

16

VRL-155 – 2-Stage Specifications
Frame Size

155

Stage
Ratio

Unit

Note

15

16

20

25

28

30

35

40

Nominal Output Torque

[Nm]

*1

240

360

360

360

360

240

360

360

Maximum Acceleration Torque

[Nm]

*2

470

700

700

700

700

470

700

700

Emergency Stop Torque

[Nm]

*3

1000

1250

1250

1250

1250

1000

1250

1250

Nominal Input Speed

[rpm]

*4

2000

Maximum Input Speed

[rpm]

*5

4000

No Load Running Torque

[Nm]

*6

0.56

Permitted Radial Load

[N]

*7

5400

5500

6000

6400

6700

6800

7200

7500

Permitted Axial Load

[N]

*8

4900

5000

5500

6100

6400

6600

7000

7500

Maximum Radial Load

[N]

*9

Maximum Axial Load

9100

[N]

*10

Moment of Inertia (≤Ø 19)

[kgcm2]

--

1.300

1.500

1.200

1.100

1.400

0.850

1.100

0.830

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

3.200

3.500

3.100

3.100

3.300

2.800

3.100

2.800

8200

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

11.000

11.000

11.000

11.000

11.000

10.000

11.000

10.000

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

--

--

--

--

--

--

--

--

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

62

2-Stage

[%]

*11

[Nm/arc-min]

*12

90
60

[arc-min]

--

≤5

[dB]

*13

67

--

*14

IP54 (IP65)

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

18

VRL-155 – 2-Stage Specifications
Frame Size

155

Stage

2-Stage
Unit

Note

45

50

60

70

80

90

100

Nominal Output Torque

[Nm]

*1

240

360

360

360

360

240

240

Maximum Acceleration Torque

[Nm]

*2

470

700

700

700

700

470

470

Emergency Stop Torque

[Nm]

*3

1000

1250

1250

1250

1250

1000

1000

Nominal Input Speed

[rpm]

*4

2000

Maximum Input Speed

[rpm]

*5

4000

No Load Running Torque

VRL

Ratio

[Nm]

*6

Permitted Radial Load

[N]

*7

7800

8100

8600

9100

0.56
9100

9100

9100

Permitted Axial Load

[N]

*8

7900

8200

8200

8200

8200

8200

8200

0.800

0.800

0.800

Maximum Radial Load

[N]

*9

Maximum Axial Load

[N]

*10

Moment of Inertia (≤Ø 19)

[kgcm2]

--

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

3.000

2.800

2.800

2.800

2.800

2.800

2.800

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

11.000

10.000

10.000

10.000

10.000

10.000

10.000

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

--

--

--

--

--

--

--

[%]

*11

90

[Nm/arc-min]

*12

60

[arc-min]

--

≤5

[dB]

*13

67

--

*14

IP54 (IP65)

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

9100
8200
1.100

0.810

0.810

0.800

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

18

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 2,000 rpm for VRL155

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output shaft center)

*9)

The maximum radial load that the reducer can accept

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating
*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

63

VRL-SERIES Inline shaft
VRL-155 – 1-Stage Dimensions

64

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

VRL

VRL-155 – 2-Stage Dimensions

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

65

VRL-SERIES Inline shaft
VRL-155 – 1-Stage Adapter Dimensions

Model number

VRL-155-□-□-19**
(Input shaft bore ≦ φ19)

VRL-155-□-□-28**
(Input shaft bore ≦ φ28)

**: Adapter code

1-Stage
L1

L*

L2

L3

L4

L5

DA•DB•DC

--

--

--

--

--

--

EB•ED

--

--

--

--

--

--

FA

--

--

--

--

--

--

FB

--

--

--

--

--

--

GB•GD•GJ

--

--

--

--

--

--

HA

--

--

--

--

--

--

HB

--

--

--

--

--

--

JA

--

--

--

--

--

--

FA•FB•FC

249

214

152

□100

35

67

GA•GB•GC•GD•GE•GF•GG•GH

249

214

152

□115

35

67

HA•HC•HD

249

214

152

□130

35

67

HB

259

214

162

□130

45

77

HF

244

214

147

□130

30

62

JA•JB•JC•JF

249

214

152

□150

35

67

KA•KB•KE

249

214

152

□180

35

67

LA

249

214

152

□200

35

67

LB

259

214

162

□200

45

77

MA

249

214

152

□220

35

67

MB

259

214

162

□220

45

77

HA

264

219

167

□130

45

82

HB•HE

259

219

162

□130

40

77

JA

264

219

167

□150

45

82

KA•KB•KC

264

219

167

□180

45

82

VRL-155-□-□-38**

KD

299

219

202

□180

80

117

(Input shaft bore ≦ φ38)

KE

279

219

182

□180

60

97

LB

274

219

177

□200

55

92

MA•MB

264

219

167

□220

45

82

VRL-155-□-□-48**
(Input shaft bore ≦ φ48)

*1)

Single reduction : 1/3~ 1/10

MC

279

219

182

□220

60

97

MD

274

219

177

□220

55

92

KA

305

230

208

□180

75

118

KB•KC

285

230

188

□180

55

98

LA

285

230

188

□200

55

98

MA

285

230

188

□220

55

98

MB

305

230

208

□220

75

118

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.

66

A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

VRL

VRL-155 – 2-Stage Adapter Dimensions

Model number

VRL-155-□-□-19**
(Input shaft bore ≦ φ19)

VRL-155-□-□-28**
(Input shaft bore ≦ φ28)

**: Adapter code

2-Stage
L1

L*

L2

L3

L4

L5
50

DA•DB•DC

266.5

241.5

169.5

□80

25

EB•ED

266.5

241.5

169.5

□90

25

50

FA

266.5

241.5

169.5

□100

25

50

FB

276.5

241.5

179.5

□100

35

60

GB•GD•GJ

266.5

241.5

169.5

□115

25

50

HA

266.5

241.5

169.5

□130

25

50

HB

281.5

241.5

184.5

□130

40

65

JA

276.5

241.5

179.5

□150

35

60

FA•FB•FC

283.5

248.5

186.5

□100

35

67

GA•GB•GC•GD•GE•GF•GG•GH

283.5

248.5

186.5

□115

35

67

HA•HC•HD

283.5

248.5

186.5

□130

35

67

HB

293.5

248.5

196.5

□130

45

77

HF

278.5

248.5

181.5

□130

30

62

JA•JB•JC•JF

283.5

248.5

186.5

□150

35

67

KA•KB•KE

283.5

248.5

186.5

□180

35

67

LA

283.5

248.5

186.5

□200

35

67

LB

293.5

248.5

196.5

□200

45

77

MA

283.5

248.5

186.5

□220

35

67

MB

293.5

248.5

196.5

□220

45

77

HA

298.5

253.5

201.5

□130

45

82

HB•HE

293.5

253.5

196.5

□130

40

77

JA

298.5

253.5

201.5

□150

45

82

KA•KB•KC

298.5

253.5

201.5

□180

45

82

VRL-155-□-□-38**

KD

333.5

253.5

236.5

□180

80

117

(Input shaft bore ≦ φ38)

KE

313.5

253.5

216.5

□180

60

97

LB

308.5

253.5

211.5

□200

55

92

MA•MB

298.5

253.5

201.5

□220

45

82

VRL-155-□-□-48**
(Input shaft bore ≦ φ48)

*1)

Double reduction : 1/15~ 1/100

MC

313.5

253.5

216.5

□220

60

97

MD

308.5

253.5

211.5

□220

55

92

KA

339.5

264.5

242.5

□180

75

118

KB•KC

319.5

264.5

222.5

□180

55

98

LA

319.5

264.5

222.5

□200

55

98

MA

319.5

264.5

222.5

□220

55

98

MB

339.5

264.5

242.5

□220

75

118

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

67

VRL-SERIES Inline shaft
VRL-205 – 1-Stage Specifications
Frame Size

205

Stage

1-Stage

Ratio

Unit

Note

3

4

5

6

7

8

9

10

Nominal Output Torque

[Nm]

*1

500

750

750

750

750

750

500

500

Maximum Acceleration Torque

[Nm]

*2

970

1400

1400

1400

1400

1400

970

970

2200

2750

2750

2750

2750

2750

2200

2200

7400

7800

8100

8400

6300

6600

7000

7300

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

1500

Maximum Input Speed

[rpm]

*5

3000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

5600

6200

6700

7100

Permitted Axial Load

[N]

*8

4300

4900

5400

5800

Maximum Radial Load

[N]

*9

15000

Maximum Axial Load

[N]

*10

14000

Moment of Inertia (≤Ø 28)

[kgcm2]

--

--

--

--

--

--

--

--

--

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

44.000

28.000

22.000

18.000

16.000

15.000

14.000

14.000

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

66.000

50.000

44.000

41.000

38.000

37.000

36.000

36.000

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

130.000

110.000

100.000

100.000

99.000

97.000

97.000

96.000

[%]

*11

95

[Nm/arc-min]

*12

175

[arc-min]

--

≤5

[dB]

*13

67

--

*14

IP54 (IP65)

[°C]

--

0-40

28

30

35

40

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

2.68

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

39

VRL-205 – 2-Stage Specifications
Frame Size

205

Stage
Unit

Note

15

Nominal Output Torque

[Nm]

*1

500

750

750

750

750

500

750

750

Maximum Acceleration Torque

[Nm]

*2

970

1400

1400

1400

1400

970

1400

1400

Emergency Stop Torque

[Nm]

*3

2200

2750

2750

2750

2750

2200

2750

2750

Nominal Input Speed

[rpm]

*4

1500

Maximum Input Speed

[rpm]

*5

3000

No Load Running Torque

[Nm]

*6

1.39

Permitted Radial Load

[N]

*7

9600

9800

11000

11000

12000

12000

13000

13000

Permitted Axial Load

[N]

*8

8700

8900

9900

11000

11000

12000

13000

13000

16

20

25

Maximum Radial Load

[N]

*9

Maximum Axial Load

[N]

*10

Moment of Inertia (≤Ø 28)

[kgcm2]

--

4.700

5.400

4.400

4.200

4.900

3.200

4.100

3.200

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

12.000

13.000

12.000

12.000

13.000

11.000

12.000

11.000

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

34.000

35.000

34.000

34.000

35.000

33.000

34.000

33.000

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

--

--

--

--

--

--

--

--

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

68

2-Stage

Ratio

15000
14000

[%]

*11

90

[Nm/arc-min]

*12

175

[arc-min]

--

≤5

[dB]

*13

67

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

40

VRL-205 – 2-Stage Specifications
Frame Size

205

Stage

2-Stage

Ratio

Unit

Note

45

50

60

70

80

90

100

Nominal Output Torque

[Nm]

*1

500

750

750

750

750

500

500

Maximum Acceleration Torque

[Nm]

*2

970

1400

1400

1400

1400

970

970

2200

2750

2750

2750

2750

2200

2200

[Nm]

*3

Nominal Input Speed

[rpm]

*4

1500

Maximum Input Speed

[rpm]

*5

3000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

14000

14000

15000

15000

15000

15000

15000

Permitted Axial Load

[N]

*8

14000

14000

14000

14000

14000

14000

14000

Maximum Radial Load

[N]

*9

15000

Maximum Axial Load

[N]

*10

14000

Moment of Inertia (≤Ø 28)

[kgcm2]

--

4.000

3.100

3.100

3.100

3.100

3.100

3.100

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

12.000

11.000

11.000

11.000

11.000

11.000

11.000

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

34.000

33.000

33.000

33.000

33.000

33.000

33.000

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

--

--

--

--

--

--

--

[%]

*11

90

[Nm/arc-min]

*12

175

[arc-min]

--

≤5

[dB]

*13

67

--

*14

IP54 (IP65)

[°C]

--

0-40

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

1.39

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

40

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

VRL

Emergency Stop Torque

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 1,500 rpm for VRL205

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output shaft center)

*9)

The maximum radial load that the reducer can accept

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating
*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

69

VRL-SERIES Inline shaft
VRL-205 – 1-Stage Dimensions

70

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

VRL-205 – 2-Stage Dimensions

VRL

Input shaft bore䇭㻡φ28

Input shaft bore䇭㻡φ38

Input shaft bore䇭㻡φ48

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

71

VRL-SERIES Inline shaft
VRL-205 – 1-Stage Adapter Dimensions

Model number

VRL-205-□-□-28**
(Input shaft bore ≦ φ28)

VRL-205-□-□-38**
(Input shaft bore ≦ φ38)

VRL-205-□-□-48**
(Input shaft bore ≦ φ48)

VRL-205-□-□-65**
(Input shaft bore ≦ φ65)

**: Adapter code

L*

L2

L3

L4

L5

FA•FB•FC

--

--

--

--

--

--

GA•GB•GC•GD•GE•GF•GG•GH

--

--

--

--

--

--

HA•HC•HD

--

--

--

--

--

--

HB

--

--

--

--

--

--

HF

--

--

--

--

--

--

JA•JB•JC•JF

--

--

--

--

--

--

KA•KB•KE

--

--

--

--

--

--

LA

--

--

--

--

--

--

LB

--

--

--

--

--

--

MA

--

--

--

--

--

--

MB

--

--

--

--

--

--

HA

286.5

241.5

186.5

□130

45

82

HB•HE

281.5

241.5

181.5

□130

40

77

JA

286.5

241.5

186.5

□150

45

82

KA•KB•KC

286.5

241.5

186.5

□180

45

82

KD

321.5

241.5

221.5

□180

80

117

KE

301.5

241.5

201.5

□180

60

97

LB

296.5

241.5

196.5

□200

55

92

MA•MB

286.5

241.5

186.5

□220

45

82

MC

301.5

241.5

201.5

□220

60

97

MD

296.5

241.5

196.5

□220

55

92

NA

286.5

241.5

186.5

□250

45

82
118

KA

322.5

247.5

222.5

□180

75

KB•KC

302.5

247.5

202.5

□180

55

98

LA

302.5

247.5

202.5

□200

55

98

MA

302.5

247.5

202.5

□220

55

98

MB

322.5

247.5

222.5

□220

75

118

NA

322.5

247.5

222.5

□250

75

118

PA

322.5

247.5

222.5

□280

75

118

MA•MB•MC•MD

334

254

234

□220

80

122

NA•NC

334

254

234

□250

80

122

NB•ND

364

254

264

□250

110

152

PA

354

254

254

□280

100

142

364

254

264

□280

110

152

PB
*1)

Single reduction : 1/3~ 1/10

1-Stage
L1

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.

72

A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

VRL

VRL-205 – 2-Stage Adapter Dimensions

Model number

VRL-205-□-□-28**
(Input shaft bore ≦ φ28)

VRL-205-□-□-38**
(Input shaft bore ≦ φ38)

VRL-205-□-□-48**
(Input shaft bore ≦ φ48)

VRL-205-□-□-65**
(Input shaft bore ≦ φ65)

**: Adapter code

L*

L2

L3

L4

L5

FA•FB•FC

316

281

216

□100

35

67

GA•GB•GC•GD•GE•GF•GG•GH

316

281

216

□115

35

67

HA•HC•HD

316

281

216

□130

35

67

HB

326

281

226

□130

45

77

HF

311

281

211

□130

30

62

JA•JB•JC•JF

316

281

216

□150

35

67

KA•KB•KE

316

281

216

□180

35

67

LA

316

281

216

□200

35

67

LB

326

281

226

□200

45

77

MA

316

281

216

□220

35

67

MB

326

281

226

□220

45

77

HA

331

286

231

□130

45

82

HB•HE

326

286

226

□130

40

77

JA

331

286

231

□150

45

82

KA•KB•KC

331

286

231

□180

45

82

KD

366

286

266

□180

80

117

KE

346

286

246

□180

60

97

LB

341

286

241

□200

55

92

MA•MB

331

286

231

□220

45

82

MC

346

286

246

□220

60

97

MD

341

286

241

□220

55

92

NA

331

286

231

□250

45

82
118

KA

367

292

267

□180

75

KB•KC

347

292

247

□180

55

98

LA

347

292

247

□200

55

98

MA

347

292

247

□220

55

98

MB

367

292

267

□220

75

118

NA

367

292

267

□250

75

118

PA

367

292

267

□280

75

118

MA•MB•MC•MD

--

--

--

--

--

--

NA•NC

--

--

--

--

--

--

NB•ND

--

--

--

--

--

--

PA

--

--

--

--

--

--

--

--

--

--

--

--

PB
*1)

Double reduction : 1/15~ 1/100

2-Stage
L1

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

73

VRL-SERIES Inline shaft
VRL-235 – 1-Stage Specifications
Frame Size

235

Stage

1-Stage

Ratio

Unit

Note

3

4

5

6

7

8

9

10

Nominal Output Torque

[Nm]

*1

1000

1500

1500

1500

1500

1500

1000

1000

Maximum Acceleration Torque

[Nm]

*2

1600

2300

2300

2300

2300

2200

1900

1600

4000

5000

5000

5000

5000

5000

4000

4000

7700

8000

8400

8700

9200

9700

10000

11000

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

1000

Maximum Input Speed

[rpm]

*5

2000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

5800

6400

6900

7300

Permitted Axial Load

[N]

*8

6400

7200

7900

8600

Maximum Radial Load

[N]

*9

15000

Maximum Axial Load

[N]

*10

14000

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

--

--

--

--

--

--

--

--

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

90.000

62.000

52.000

47.000

42.000

40.000

39.000

38.000

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

150.000

120.000

110.000

110.000

100.000

100.000

99.000

98.000

[%]

*11

97

[Nm/arc-min]

*12

400

[arc-min]

--

≤5

[dB]

*13

61

--

*14

IP54 (IP65)

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

2.92

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

55

VRL-235 – 2-Stage Specifications
Frame Size

235

Stage
Ratio

Unit

Note

15

16

20

25

28

30

35

40

Nominal Output Torque

[Nm]

*1

1000

1500

1500

1500

1500

1000

1500

1500

Maximum Acceleration Torque

[Nm]

*2

1600

2300

2300

2300

2300

1600

2300

2300

4000

5000

5000

5000

5000

4000

5000

5000

12000

13000

13000

14000

14000

14000

14000

14000

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

1000

Maximum Input Speed

[rpm]

*5

2000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

9900

10000

11000

12000

Permitted Axial Load

[N]

*8

13000

13000

14000

14000

Maximum Radial Load

[N]

*9

15000

Maximum Axial Load

[N]

*10

14000

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

14.000

16.000

14.000

14.000

15.000

12.000

13.000

12.000

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

36.000

37.000

35.000

35.000

36.000

34.000

35.000

33.000

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

--

--

--

--

--

--

--

--

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

74

2-Stage

1.14

[%]

*11

92

[Nm/arc-min]

*12

400

[arc-min]

--

≤5

[dB]

*13

61

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

57

VRL-235 – 2-Stage Specifications
Frame Size

235
2-Stage

Ratio

Unit

Note

45

50

60

70

80

90

100

Nominal Output Torque

[Nm]

*1

1000

1500

1500

1500

1500

1000

1000

Maximum Acceleration Torque

[Nm]

*2

1300

2300

2300

2300

1800

1300

1200

4000

5000

5000

5000

5000

4000

4000

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

1000

Maximum Input Speed

[rpm]

*5

2000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

14000

15000

15000

15000

15000

15000

15000

Permitted Axial Load

[N]

*8

14000

14000

14000

14000

14000

14000

14000

Maximum Radial Load

[N]

*9

15000

Maximum Axial Load

[N]

*10

14000

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

13.000

12.000

12.000

12.000

12.000

12.000

12.000

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

35.000

33.000

33.000

33.000

33.000

33.000

33.000

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

--

--

--

--

--

--

--

[%]

*11

92

[Nm/arc-min]

*12

400

[arc-min]

--

≤5

[dB]

*13

61

--

*14

IP54 (IP65)

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

1.14

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

57

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

VRL

Stage

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 1,000 rpm for VRL235

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output shaft center)

*9)

The maximum radial load that the reducer can accept

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating
*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

75

VRL-SERIES Inline shaft
VRL-235 – 1-Stage Dimensions

76

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

VRL-235 – 2-Stage Dimensions

VRL

Input shaft bore䇭㻡φ38

Input shaft bore䇭㻡φ48

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

77

VRL-SERIES Inline shaft
VRL-235 – 1-Stage Adapter Dimensions

Model number

**: Adapter code

1-Stage
L1

L*

L2

L3

L4

L5

HA

--

--

--

--

--

--

HB•HE

--

--

--

--

--

--

JA

--

--

--

--

--

--

KA•KB•KC

--

--

--

--

--

--

KD

--

--

--

--

--

--

VRL-235-□-□-38**

KE

--

--

--

--

--

--

(Input shaft bore ≦ φ38)

LA

--

--

--

--

--

--

LB

--

--

--

--

--

--

MA•MB

--

--

--

--

--

--

MC

--

--

--

--

--

--

MD

--

--

--

--

--

--

VRL-235-□-□-48**
(Input shaft bore ≦ φ48)

VRL-235-□-□-65**
(Input shaft bore ≦ φ65)

NA

--

--

--

--

--

--

KA

367.5

292.5

241.5

□180

75

118

KB•KC

347.5

292.5

221.5

□180

55

98

LA

347.5

292.5

221.5

□200

55

98

MA

347.5

292.5

221.5

□220

55

98

MB

367.5

292.5

241.5

□220

75

118

NA

367.5

292.5

241.5

□250

75

118

PA

367.5

292.5

241.5

□280

75

118

MA•MB•MC•MD

371.5

291.5

245.5

□220

80

122

NA•NC

371.5

291.5

245.5

□250

80

122

NB•ND

401.5

291.5

275.5

□250

110

152

PA

391.5

291.5

265.5

□280

100

142

PB

401.5

291.5

275.5

□280

110

152

QA•QB

391.5

291.5

265.5

□320

100

142

*1)

Single reduction : 1/3~ 1/10

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

78

VRL

VRL-235 – 2-Stage Adapter Dimensions

Model number

**: Adapter code

2-Stage
L1

L*

L2

L3

L4

L5

HA

366.5

321.5

240.5

□130

45

82

HB•HE

361.5

321.5

235.5

□130

40

77

JA

366.5

321.5

240.5

□150

45

82

KA•KB•KC

366.5

321.5

240.5

□180

45

82

KD

401.5

321.5

275.5

□180

80

117

VRL-235-□-□-38**

KE

381.5

321.5

255.5

□180

60

97

(Input shaft bore ≦ φ38)

LA

366.5

321.5

240.5

□200

45

82

LB

376.5

321.5

250.5

□200

55

92

VRL-235-□-□-48**
(Input shaft bore ≦ φ48)

VRL-235-□-□-65**
(Input shaft bore ≦ φ65)

MA•MB

366.5

321.5

240.5

□220

45

82

MC

381.5

321.5

255.5

□220

60

97

MD

376.5

321.5

250.5

□220

55

92

NA

366.5

321.5

240.5

□250

45

82

KA

402.5

327.5

276.5

□180

75

118

KB•KC

382.5

327.5

256.5

□180

55

98

LA

382.5

327.5

256.5

□200

55

98

MA

382.5

327.5

256.5

□220

55

98

MB

402.5

327.5

276.5

□220

75

118

NA

402.5

327.5

276.5

□250

75

118

PA

402.5

327.5

276.5

□280

75

118

MA•MB•MC•MD

--

--

--

--

--

--

NA•NC

--

--

--

--

--

--

NB•ND

--

--

--

--

--

--

PA

--

--

--

--

--

--

PB

--

--

--

--

--

--

QA•QB

--

--

--

--

--

--

*1)

Double reduction : 1/15~ 1/100

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

79

VRB-SERIES

A

valuable alternative for OEMs that need a high-performance
gearbox, and prefers a flexible mounting design to make it

easier to assemble the gearhead onto their machinery. The positional accuracy and torque handling capabilities are an ideal fit for
packaging machinery, medical equipment, and custom assembly
cell automation.
The VRB Series planetary gearbox and its standard mounting flange are
a dimensional replacement for a few common competitive models. The
maximum output torque for the series peaks at 2,300 Nm. The VRB provides a backlash rating of <3 arc-minutes as its standard, which means
this series provides solid performance at an exceptional value.

80

VRB
VRB-SERIES
■ Industry standard mounting dimensions
■ Large variety of frame sizes and ratios
■ Thru-bolt mounting style
■ Best-in-class backlash (≤3 arc-min)
■ Ships in 48 hours in standard frame sizes
■ Assembled in the USA

81

VRB-SERIES Inline shaft
VRB-Series – Features
4

6

5

3

1

82

1

Quiet operation: Helical cut gears contribute to reduced vibration and noise

2

High precision: Standard backlash is 3 arc-min, ideal for higher levels of positional accuracy

3

High rigidity & torque: Rigidity and torque capacity are achieved by using uncaged needle roller bearings

4

Adapter-bushing connection: Enables a simple, effective attachment to most servo motors

5

No leakage through the seal: High viscosity, anti-separation grease does not liquefy and does not migrate
away from the gears

6

Maintenance-free: No need to replace the grease for the life of the unit. The reducer can be positioned in
any orientation

VRB-Series – Model Code
VR

B

−

090

−

7

−

K

3

−

19HB16

㩷Adapter flange code

Output style

Ratio

㪢䊶䊶䊶
㪪䊶䊶䊶

3䊶䊶䊶

3arc-min

㪪㪿㪸㪽㫋㩷㫎㫀㫋㪿㩷㫂㪼㫐
㪪㫄㫆㫆㫋㪿㩷㫊㪿㪸㪽㫋

VRB

Backlash

Single䋺 3㪃㩷4㪃㩷5㪃㩷6㪃㩷7㪃㩷8㪃㩷9㪃㩷10
Double: 15㪃㩷16㪃㩷20㪃㩷25㪃㩷28㪃㩷30㪃㩷35㪃㩷40, 45㪃㩷50㪃㩷60㪃㩷70㪃㩷80㪃㩷90㪃㩷100

Frame size:䇭㪇㪋㪉㪃㩷㪇㪍㪇㪃㩷㪇㪐㪇㪃㩷㪈㪈㪌㪃㩷㪈㪋㪇㪃㩷㪈㪏㪇㪃㩷㪉㪉㪇

Series name

VRB Series

Model name for ABLE reducer

*1)

Adapter flange code
Adapter flange code varies depending on the motor

*2)

For all washdown intensive and food grade options, refer to pages 36 and 37

Contact us for additional information or refer to our online reducer selection tool.
Selection tool www.nidec-shimpo.co.jp/selection/eng

83

VRB-SERIES Inline shaft
VRB-042 – 1-Stage Specifications
Frame Size

042

Stage

1-Stage

Ratio

Units

Notes

Nominal Output Torque

[Nm]

*1

6

9

9

9

9

9

6

6

Maximum Acceleration Torque

[Nm]

*2

12

18

18

18

18

18

12

12

Emergency Stop Torque

[Nm]

*3

30

35

35

35

35

35

30

30

Nominal Input Speed

[rpm]

*4

4000

Maximum Input Speed

[rpm]

*5

8000

No Load Running Torque

[Nm]

*6

0.03

3

4

5

6

7

8

9

10

Permitted Radial Load

[N]

*7

240

270

290

310

320

340

350

360

Permitted Axial Load

[N]

*8

270

300

330

360

380

410

430

450

0.032

0.031

0.031

0.030

0.071

0.070

0.069

0.069

Maximum Radial Load

[N]

*9

710

Maximum Axial Load

[N]

*10

640

Moment of Inertia (≤Ø 8)

[kgcm2]

--

0.053

0.041

0.036

0.034

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

0.091

0.079

0.074

0.072

[%]

*11

95

[Nm/arc-min]

*12

2

[arc-min]

--

≤3

[dB]

*13

61

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

0.6

VRB-042 – 2-Stage Specifications
Frame Size

042

Stage
Ratio

Units

Notes

15

16

20

25

28

30

35

40

Nominal Output Torque

[Nm]

*1

6

9

9

9

9

6

9

9

Maximum Acceleration Torque

[Nm]

*2

12

18

18

18

18

12

18

18

Emergency Stop Torque

[Nm]

*3

30

35

35

35

35

30

35

35

Nominal Input Speed

[rpm]

*4

4000

Maximum Input Speed

[rpm]

*5

8000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

410

420

460

490

510

520

550

570

Permitted Axial Load

[N]

*8

540

550

610

640

640

640

640

640

Maximum Radial Load

[N]

*9

Maximum Axial Load

0.01

710

[N]

*10

Moment of Inertia (≤Ø 8)

[kgcm2]

--

0.035

0.038

0.034

0.034

0.038

0.030

0.034

0.030

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

--

--

--

--

--

--

--

--

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

84

2-Stage

640

[%]

*11

[Nm/arc-min]

*12

90
2

[arc-min]

--

≤5

[dB]

*13

61

--

*14

IP54 (IP65)
0-40

Ambient Temperature

[°C]

--

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

0.7

VRB-042 – 2-Stage Specifications
Frame Size

042
2-Stage

Ratio

Units

Notes

Nominal Output Torque

[Nm]

*1

6

9

9

9

9

6

6

Maximum Acceleration Torque

[Nm]

*2

12

18

18

18

18

12

12

Emergency Stop Torque

[Nm]

*3

30

35

35

35

35

30

30

Nominal Input Speed

[rpm]

*4

4000

Maximum Input Speed

[rpm]

*5

8000

No Load Running Torque

[Nm]

*6

0.01

45

50

60

70

80

90

100

Permitted Radial Load

[N]

*7

600

620

660

690

710

710

710

Permitted Axial Load

[N]

*8

640

640

640

640

640

640

640

0.030

0.030

0.030

0.030

--

--

--

--

Maximum Radial Load

[N]

*9

Maximum Axial Load

[N]

*10

Moment of Inertia (≤Ø 8)

[kgcm2]

--

0.034

0.030

0.030

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

--

--

--

[%]

*11

90

[Nm/arc-min]

*12

2

[arc-min]

--

≤5

[dB]

*13

61

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

710
640

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

0.7

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

VRB

Stage

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 4,000 rpm for VRB 042

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output shaft center)

*9)

The maximum radial load that the reducer can accept

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating
*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

85

VRB-SERIES Inline shaft
VRB-042 – 1-Stage Dimensions

86

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

VRB

VRB-042 – 2-Stage Dimensions

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

87

VRB-SERIES Inline shaft
VRB-042 – 1-Stage Adapter Dimensions

Model number

VRB-042-□-□-S8**
(Input shaft bore ≦ φ8)

VRB-042-□-□-14**
(Input shaft bore ≦ φ14)

**: Adapter code

1-Stage
L1

L*

L2

L3

L4

L5

ZA•ZC•ZD•ZF•ZG•ZL•ZM•ZN•ZQ

88.5

73

64

□42

15.5

32

ZB•ZE•ZH•ZJ•ZK

93.5

73

69

□42

20.5

37

BA•BB•BD•BE•BG•BH•BJ

88.5

73

64

□60

15.5

32
37

BC•BF

93.5

73

69

□60

20.5

BA•BB•BD•BE•BF•BG•BJ•BK•BP

91.5

75

67

□65

16.5

35

BC•BH•BM•BN

96.5

75

72

□65

21.5

40

BL

101.5

75

77

□65

26.5

45

*1)

Single reduction : 1/3~ 1/10

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

88

VRB

VRB-042 – 2-Stage Adapter Dimensions

Model number

**: Adapter code

2-Stage
L1

L*

L2

ZA•ZC•ZD•ZF•ZG•ZL•ZM•ZN•ZQ

105

89.5

80.5

□42

15.5

32

ZB•ZE•ZH•ZJ•ZK

110

89.5

85.5

□42

20.5

37

BA•BB•BD•BE•BG•BH•BJ

105

89.5

80.5

□60

15.5

32

VRB-042-□-□-S8**
(Input shaft bore ≦ φ8)

L3

L4

L5

BC•BF

110

89.5

85.5

□60

20.5

37

BA•BB•BD•BE•BF•BG•BJ•BK•BP

--

--

--

--

--

--

BC•BH•BM•BN

--

--

--

--

--

--

BL

--

--

--

--

--

--

VRB-042-□-□-14**
(Input shaft bore ≦ φ14)

*1)

Double reduction : 1/15~ 1/100

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

89

VRB-SERIES Inline shaft
VRB-060 – 1-Stage Specifications
Frame Size

060

Stage

1-Stage

Ratio

Unit

Note

3

4

5

6

7

8

9

10

Nominal Output Torque

[Nm]

*1

18

27

27

27

27

27

18

18

Maximum Acceleration Torque

[Nm]

*2

35

50

50

50

50

50

35

35

80

100

100

100

100

100

80

80

570

600

620

640

460

480

510

530

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

430

470

510

540

0.15

Permitted Axial Load

[N]

*8

310

360

390

430

Maximum Radial Load

[N]

*9

1200

Maximum Axial Load

[N]

*10

1100

Moment of Inertia (≤Ø 8)

[kgcm2]

--

0.140

0.095

0.077

0.068

0.062

0.059

0.057

0.056

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

0.220

0.170

0.160

0.150

0.140

0.140

0.140

0.140

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

0.430

0.380

0.360

0.360

0.350

0.350

0.340

0.340

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

[%]

*11

95

[Nm/arc-min]

*12

3

[arc-min]

--

≤3

[dB]

*13

66

--

*14

IP54 (IP65)
0-40

Ambient Temperature

[°C]

--

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

1.4

VRB-060 – 2-Stage Specifications
Frame Size

060

Stage
Ratio

Unit

Note

15

16

20

25

28

30

35

40

Nominal Output Torque

[Nm]

*1

18

27

27

27

27

18

27

27

Maximum Acceleration Torque

[Nm]

*2

35

50

50

50

50

35

50

50

Emergency Stop Torque

[Nm]

*3

80

100

100

100

100

80

100

100

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

0.04

Permitted Radial Load

[N]

*7

740

750

810

870

910

930

980

1000

Permitted Axial Load

[N]

*8

630

650

720

790

830

860

920

970

Maximum Radial Load

[N]

*9

Maximum Axial Load

1200

[N]

*10

Moment of Inertia (≤Ø 8)

[kgcm2]

--

0.055

0.057

0.054

0.053

0.055

0.049

0.053

0.049

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

0.140

0.140

0.130

0.130

0.140

0.130

0.130

0.130

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

--

--

--

--

--

--

--

--

[%]

*11

[Nm/arc-min]

*12

3

[arc-min]

--

≤3

[dB]

*13

66

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

90

2-Stage

1100

90

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

1.6

VRB-060 – 2-Stage Specifications
Frame Size

060

Stage

2-Stage

Ratio

Unit

Note

45

50

60

70

80

90

100

Nominal Output Torque

[Nm]

*1

18

27

27

27

27

18

18

Maximum Acceleration Torque

[Nm]

*2

35

50

50

50

50

35

35

80

100

100

100

100

80

80

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

*6

[N]

*7

1100

1100

1200

1200

0.04
1200

1200

1200

Permitted Axial Load

[N]

*8

1000

1100

1100

1100

1100

1100

1100

Maximum Radial Load

[N]

*9

1200

Maximum Axial Load

[N]

*10

1100

Moment of Inertia (≤Ø 8)

[kgcm2]

--

0.053

0.049

0.049

0.049

0.049

0.049

0.049

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

0.130

0.130

0.130

0.130

0.130

0.130

0.130

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

--

--

--

--

--

--

--

Efficiency
Torsional Rigidity

[%]

*11

90

[Nm/arc-min]

*12

3

[arc-min]

--

≤3

[dB]

*13

66

--

*14

IP54 (IP65)
0-40

Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

[°C]

--

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

1.6

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 3,000 rpm for VRB 060

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output shaft center)

*9)

The maximum radial load that the reducer can accept

VRB

[Nm]

Permitted Radial Load

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating
*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

91

VRB-SERIES Inline shaft
VRB-060 – 1-Stage Dimensions

92

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

VRB

VRB-060 – 2-Stage Dimensions

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

93

VRB-SERIES Inline shaft
VRB-060 – 1-Stage Adapter Dimensions

Model number

VRB-060-□-□-8**
(Input shaft bore ≦ φ8)

VRB-060-□-□-14**
(Input shaft bore ≦ φ14)

VRB-060-□-□-19**
(Input shaft bore ≦ φ19)

**: Adapter code

1-Stage
L1

L*

L2

L3

L4

L5
32

AA•AC•AD•AF•AG•AL•AM•AN•AQ

112

96.5

75

□52

15.5

AB•AE•AH•AJ•AK

117

96.5

80

□52

20.5

37

BA•BB•BD•BE•BG•BH•BJ

112

96.5

75

□60

15.5

32

BC•BF

117

96.5

80

□60

20.5

37

CA

117

96.5

80

□70

20.5

37

BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

115

98.5

78

□65

16.5

35

BC•BH•BM•BN

120

98.5

83

□65

21.5

40

BL

125

98.5

88

□65

26.5

45

CA•CC

115

98.5

78

□70

16.5

35

CB

120

98.5

83

□70

21.5

40

DA•DB•DC•DD•DF•DH•DJ

115

98.5

78

□80

16.5

35

DE•DL

120

98.5

83

□80

21.5

40

DG•DK

125

98.5

88

□80

26.5

45

EA•EB•EC•EF•EG•EK•EL

115

98.5

78

□90

16.5

35

EJ•EM

120

98.5

83

□90

21.5

40

ED•EE•EH

125

98.5

88

□90

26.5

45

FA

115

98.5

78

□100

16.5

35

FB

125

98.5

88

□100

26.5

45

DA•DB•DC

130

105

93

□80

25

50

DD

140

105

103

□80

35

60

DE

135

105

98

□80

30

55

EA

135

105

98

□90

30

55

EB•ED

130

105

93

□90

25

50

EC

140

105

103

□90

35

60

FA

130

105

93

□100

25

50

FB

140

105

103

□100

35

60

*1)

Single reduction : 1/3~ 1/10

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

94

VRB

VRB-060 – 2-Stage Adapter Dimensions

Model number

**: Adapter code

2-Stage
L1

L*

L2

L3

L4

L5
32

AA•AC•AD•AF•AG•AL•AM•AN•AQ

131

115.5

94

□52

15.5

AB•AE•AH•AJ•AK

136

115.5

99

□52

20.5

37

BA•BB•BD•BE•BG•BH•BJ

131

115.5

94

□60

15.5

32

VRB-060-□-□-8**
(Input shaft bore ≦ φ8)

BC•BF

136

115.5

99

□60

20.5

37

CA

136

115.5

99

□70

20.5

37

BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

136

119.5

99

□65

16.5

35

BC•BH•BM•BN

141

119.5

104

□65

21.5

40

BL

146

119.5

109

□65

26.5

45

CA•CC

136

119.5

99

□70

16.5

35

CB

141

119.5

104

□70

21.5

40

DA•DB•DC•DD•DF•DH•DJ

136

119.5

99

□80

16.5

35

VRB-060-□-□-14**
(Input shaft bore ≦ φ14)

VRB-060-□-□-19**
(Input shaft bore ≦ φ19)

DE•DL

141

119.5

104

□80

21.5

40

DG•DK

146

119.5

109

□80

26.5

45

EA•EB•EC•EF•EG•EK•EL

136

119.5

99

□90

16.5

35

EJ•EM

141

119.5

104

□90

21.5

40

ED•EE•EH

146

119.5

109

□90

26.5

45

FA

136

119.5

99

□100

16.5

35

FB

146

119.5

109

□100

26.5

45

DA•DB•DC

151

126

114

□80

25

50

DD

161

126

124

□80

35

60

DE

156

126

119

□80

30

55

EA

156

126

119

□90

30

55

EB•ED

151

126

114

□90

25

50

EC

161

126

124

□90

35

60

FA

151

126

114

□100

25

50

FB

161

126

124

□100

35

60

*1)

Double reduction : 1/15~ 1/100

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

95

VRB-SERIES Inline shaft
VRB-090 – 1-Stage Specifications
Frame Size

090

Stage

1-Stage

Ratio

Unit

Note

3

Nominal Output Torque

[Nm]

*1

50

75

75

75

Maximum Acceleration Torque

[Nm]

*2

80

125

125

125

Emergency Stop Torque

[Nm]

*3

200

250

250

250

250

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

0.35

4

5

6

7

8

9

10

75

75

50

50

125

125

80

80

250

200

200

Permitted Radial Load

[N]

*7

810

890

960

1000

1100

1100

1200

1200

Permitted Axial Load

[N]

*8

930

1100

1200

1300

1300

1400

1500

1600

Maximum Radial Load

[N]

*9

2400

Maximum Axial Load

[N]

*10

2200

Moment of Inertia (≤Ø 8)

[kgcm2]

--

--

--

--

--

--

--

--

--

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

0.720

0.490

0.400

0.360

0.320

0.310

0.290

0.290

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

1.200

0.950

0.860

0.820

0.790

0.770

0.760

0.750

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

3.200

3.000

2.900

2.800

2.800

2.800

2.800

2.800

28

30

35

40

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

[%]

*11

95

[Nm/arc-min]

*12

10

[arc-min]

--

≤3

[dB]

*13

67

--

*14

IP54 (IP65)
0-40

Ambient Temperature

[°C]

--

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

3.7

VRB-090 – 2-Stage Specifications
Frame Size

090

Stage
Unit

Note

15

Nominal Output Torque

[Nm]

*1

50

75

75

75

75

50

75

75

Maximum Acceleration Torque

[Nm]

*2

80

125

125

125

125

80

125

125

200

250

250

250

250

200

250

250

16

20

25

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

1400

1400

1500

1600

1700

1700

1800

1900

Permitted Axial Load

[N]

*8

1900

1900

2100

2200

2200

2200

2200

2200

0.06

Maximum Radial Load

[N]

*9

2400

Maximum Axial Load

[N]

*10

2200

Moment of Inertia (≤Ø 8)

[kgcm2]

--

0.130

0.150

0.130

0.120

0.140

0.100

0.120

0.099

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

0.280

0.300

0.280

0.280

0.290

0.250

0.270

0.250

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

0.720

0.740

0.720

0.710

0.730

0.700

0.710

0.700

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

--

--

--

--

--

--

--

--

[%]

*11

90

[Nm/arc-min]

*12

10

[arc-min]

--

≤3

[dB]

*13

67

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

96

2-Stage

Ratio

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

4.2

VRB-090 – 2-Stage Specifications
Frame Size

090
2-Stage

Ratio

Unit

Note

45

Nominal Output Torque

[Nm]

*1

50

75

75

Maximum Acceleration Torque

[Nm]

*2

80

125

125

Emergency Stop Torque

[Nm]

*3

200

250

250

250

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

0.06

50

60

70

80

90

100

75

75

50

50

125

125

80

80

250

200

200

Permitted Radial Load

[N]

*7

2000

2100

2200

2300

2400

2400

2400

Permitted Axial Load

[N]

*8

2200

2200

2200

2200

2200

2200

2200

Maximum Radial Load

[N]

*9

2400

Maximum Axial Load

[N]

*10

2200

Moment of Inertia (≤Ø 8)

[kgcm2]

--

0.120

0.098

0.098

0.097

0.097

0.097

0.097

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

0.270

0.250

0.250

0.250

0.250

0.250

0.250

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

0.710

0.690

0.690

0.690

0.690

0.690

0.690

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

--

--

--

--

--

--

--

Efficiency
Torsional Rigidity

[%]

*11

90

[Nm/arc-min]

*12

10

[arc-min]

--

≤3

[dB]

*13

67

--

*14

IP54 (IP65)
0-40

Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

[°C]

--

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

4.2

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 3,000 rpm for VRB 090

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output shaft center)

*9)

The maximum radial load that the reducer can accept

VRB

Stage

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating
*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

97

VRB-SERIES Inline shaft
VRB-090 – 1-Stage Dimensions

98

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

VRB

VRB-090 – 2-Stage Dimensions

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

99

VRB-SERIES Inline shaft
VRB-090 – 1-Stage Adapter Dimensions

Model number

VRB-090-□-□-8**
(Input shaft bore ≦ φ8)

VRB-090-□-□-14**
(Input shaft bore ≦ φ14)

VRB-090-□-□-19**
(Input shaft bore ≦ φ19)

**: Adapter code

1-Stage
L1

L*

L2

L3

L4

L5

AA•AC•AD•AF•AG•AL•AM•AN•AQ

--

--

--

--

--

--

AB•AE•AH•AJ•AK

--

--

--

--

--

--

BA•BB•BD•BE•BG•BH•BJ

--

--

--

--

--

--

CA

--

--

--

--

--

--

BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

143

126.5

95

□65

16.5

35

BC•BH•BM•BN

148

126.5

100

□65

21.5

40

CA•CC

143

126.5

95

□70

16.5

35

DA•DB•DC•DD•DF•DH•DJ

143

126.5

95

□80

16.5

35

EA•EB•EC•EF•EG•EK•EL

143

126.5

95

□90

16.5

35

FA

143

126.5

95

□100

16.5

35

FB

153

126.5

105

□100

26.5

45

JA

158

126.5

110

□150

31.5

50

DA•DB•DC

153

128

105

□80

25

50

EB•ED

153

128

105

□90

25

50

FA

153

128

105

□100

25

50

FB

163

128

115

□100

35

60

GA•GC•GH

158

128

110

□115

30

55

GB•GD•GJ

153

128

105

□115

25

50

GE•GF

163

128

115

□115

35

60

HA

153

128

105

□130

25

50

HB

168

128

120

□130

40

65

HC•HD•HE

158

128

110

□130

30

55

JA

163

128

115

□150

35

60
65

JB

168

128

120

□150

40

FA•FB•FC

170

135

122

□100

35

67

FD•FE

165

135

117

□100

30

62

GA•GB•GC•GD•GE•GF•GG•GH

170

135

122

□115

35

67

HA•HC•HD

170

135

122

□130

35

67

VRB-090-□-□-28**

HB

180

135

132

□130

45

77

(Input shaft bore ≦ φ28)

HE

185

135

137

□130

50

82

HF

165

135

117

□130

30

62

*1)

Single reduction : 1/3~ 1/10

JA•JB•JC•JF

170

135

122

□150

35

67

JD

190

135

142

□150

55

87

JE

180

135

132

□150

45

77

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.

100

A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

VRB

VRB-090 – 2-Stage Adapter Dimensions

Model number

**: Adapter code

2-Stage
L1

L*

L2

L3

L4

L5

AA•AC•AD•AF•AG•AL•AM•AN•AQ

160

144.5

112

□52

15.5

32

AB•AE•AH•AJ•AK

165

144.5

117

□52

20.5

37

VRB-090-□-□-8**
(Input shaft bore ≦ φ8)

BA•BB•BD•BE•BG•BH•BJ

160

144.5

112

□60

15.5

32

CA

165

144.5

117

□70

20.5

37

BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

165

148.5

117

□65

16.5

35

VRB-090-□-□-14**
(Input shaft bore ≦ φ14)

VRB-090-□-□-19**
(Input shaft bore ≦ φ19)

BC•BH•BM•BN

170

148.5

122

□65

21.5

40

CA•CC

165

148.5

117

□70

16.5

35

DA•DB•DC•DD•DF•DH•DJ

165

148.5

117

□80

16.5

35

EA•EB•EC•EF•EG•EK•EL

165

148.5

117

□90

16.5

35

FA

165

148.5

117

□100

16.5

35

FB

175

148.5

127

□100

26.5

45

JA

180

148.5

132

□150

31.5

50

DA•DB•DC

175

150

127

□80

25

50

EB•ED

175

150

127

□90

25

50

FA

175

150

127

□100

25

50

FB

185

150

137

□100

35

60

GA•GC•GH

180

150

132

□115

30

55

GB•GD•GJ

175

150

127

□115

25

50

GE•GF

185

150

137

□115

35

60

HA

175

150

127

□130

25

50

HB

190

150

142

□130

40

65

HC•HD•HE

180

150

132

□130

30

55

JA

185

150

137

□150

35

60
65

JB

190

150

142

□150

40

FA•FB•FC

194

159

146

□100

35

67

FD•FE

189

159

141

□100

30

62

GA•GB•GC•GD•GE•GF•GG•GH

194

159

146

□115

35

67

HA•HC•HD

194

159

146

□130

35

67

VRB-090-□-□-28**

HB

204

159

156

□130

45

77

(Input shaft bore ≦ φ28)

HE

209

159

161

□130

50

82

HF

189

159

141

□130

30

62

*1)

Double reduction : 1/15~ 1/100

JA•JB•JC•JF

194

159

146

□150

35

67

JD

214

159

166

□150

55

87

JE

204

159

156

□150

45

77

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

101

VRB-SERIES Inline shaft
VRB-115 – 1-Stage Specifications
Frame Size

115

Stage

1-Stage

Ratio

Unit

Note

3

4

5

6

7

8

9

10

Nominal Output Torque

[Nm]

*1

120

120

180

180

180

180

120

120

Maximum Acceleration Torque

[Nm]

*2

225

330

330

330

330

330

225

225

Emergency Stop Torque

[Nm]

*3

500

625

625

625

625

625

500

500

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

1.30

Permitted Radial Load

[N]

*7

1300

1500

1600

1700

1800

1900

1900

2000

Permitted Axial Load

[N]

*8

1500

1700

1900

2000

2100

2300

2400

2500

--

--

--

--

Maximum Radial Load

[N]

*9

Maximum Axial Load

[N]

*10

[kgcm2]

--

Moment of Inertia (≤Ø 14)

4300
3900
--

--

--

--

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

3.300

2.000

1.600

1.300

1.100

1.000

0.980

0.950

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

5.300

4.100

3.600

3.300

3.200

3.100

3.000

3.000

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

13.000

12.000

11.000

11.000

11.000

11.000

11.000

11.000

[%]

*11

95

[Nm/arc-min]

*12

31

[arc-min]

--

≤3

[dB]

*13

71

--

*14

IP54 (IP65)

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

8

VRB-115 – 2-Stage Specifications
Frame Size

115

Stage
Unit

Note

15

16

20

25

28

30

35

40

Nominal Output Torque

[Nm]

*1

120

180

180

180

180

120

180

180

Maximum Acceleration Torque

[Nm]

*2

225

330

330

330

330

225

330

330

Emergency Stop Torque

[Nm]

*3

500

625

625

625

625

500

625

625

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

2300

2300

2500

2700

2800

2900

3000

3200

Permitted Axial Load

[N]

*8

3000

3100

3400

3700

3900

3900

3900

3900

0.42

Maximum Radial Load

[N]

*9

Maximum Axial Load

[N]

*10

Moment of Inertia (≤Ø 14)

[kgcm2]

--

0.430

0.480

0.400

0.380

0.440

0.290

0.370

0.280

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

0.860

0.920

0.830

0.820

0.880

0.740

0.810

0.730

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

2.800

2.900

2.800

2.800

2.800

2.700

2.700

2.700

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

--

--

--

--

--

--

--

--

[%]

*11

90

[Nm/arc-min]

*12

31

[arc-min]

--

≤3

[dB]

*13

71

--

*14

IP54 (IP65)

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

102

2-Stage

Ratio

4300
3900

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

8.9

VRB-115 – 2-Stage Specifications
Frame Size

115
2-Stage

Ratio

Unit

Note

45

50

60

70

80

90

100

Nominal Output Torque

[Nm]

*1

120

180

180

180

180

120

120

Maximum Acceleration Torque

[Nm]

*2

225

330

330

330

330

225

225

Emergency Stop Torque

[Nm]

*3

500

625

625

625

625

500

500

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

0.42

Permitted Radial Load

[N]

*7

3300

3400

3600

3800

4000

4200

4300

Permitted Axial Load

[N]

*8

3900

3900

3900

3900

3900

3900

3900

Maximum Radial Load

[N]

*9

4300

Maximum Axial Load

[N]

*10

3900

Moment of Inertia (≤Ø 14)

[kgcm2]

--

0.370

0.280

0.280

0.280

0.280

0.270

0.270

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

0.800

0.730

0.730

0.730

0.730

0.730

0.730

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

2.700

2.700

2.700

2.700

2.700

2.700

2.700

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

--

--

--

--

--

--

--

Efficiency
Torsional Rigidity

[%]

*11

90

[Nm/arc-min]

*12

31

[arc-min]

--

≤3

[dB]

*13

71

--

*14

IP54 (IP65)
0-40

Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

[°C]

--

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

8.9

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 3,000 rpm for VRB 115

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output shaft center)

*9)

The maximum radial load that the reducer can accept

VRB

Stage

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating
*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

103

VRB-SERIES Inline shaft
VRB-115 – 1-Stage Dimensions

104

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

VRB

VRB-115 – 2-Stage Dimensions

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

105

VRB-SERIES Inline shaft
VRB-115 – 1-Stage Adapter Dimensions

Model number

VRB-115-□-□-14**
(Input shaft bore ≦ φ14)

VRB-115-□-□-19**
(Input shaft bore ≦ φ19)

**: Adapter code

1-Stage
L1

L*

L2

L3

L4

L5

BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

--

--

--

--

--

--

BC•BH•BM•BN

--

--

--

--

--

--

CA•CC

--

--

--

--

--

--

DA•DB•DC•DD•DF•DH•DJ

--

--

--

--

--

--

EA•EB•EC•EF•EG•EK•EL

--

--

--

--

--

--

FA

--

--

--

--

--

--

FB

--

--

--

--

--

--

JA

--

--

--

--

--

--

DA•DB•DC

187

162

122

□80

25

50

EB•ED

187

162

122

□90

25

50

FA

187

162

122

□100

25

50

FB

197

162

132

□100

35

60

GB•GD•GJ

187

162

122

□115

25

50

HA

187

162

122

□130

25

50

HB

202

162

137

□130

40

65
60

JA

197

162

132

□150

35

FA•FB•FC

204

169

139

□100

35

67

FD•FE

199

169

134

□100

30

62

GA•GB•GC•GD•GE•GF•GG•GH

204

169

139

□115

35

67

HA•HC•HD

204

169

139

□130

35

67

HB

214

169

149

□130

45

77

VRB-115-□-□-28**

HE

219

169

154

□130

50

82

(Input shaft bore ≦ φ28)

HF

199

169

134

□130

30

62

VRB-115-□-□-38**
(Input shaft bore ≦ φ38)

*1)

Single reduction : 1/3~ 1/10

JA•JB•JC•JF

204

169

139

□150

35

67

JD

224

169

159

□150

55

87

JE

214

169

149

□150

45

77

KA•KB•KE

204

169

139

□180

35

67

KD

214

169

149

□180

45

77

HA

225

180

160

□130

45

82

HB•HE

220

180

155

□130

40

77

JA

225

180

160

□150

45

82

KA•KB•KC

225

180

160

□180

45

82

KD

260

180

195

□180

80

117

KE

240

180

175

□180

60

97

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.

106

A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

VRB

VRB-115 – 2-Stage Adapter Dimensions

Model number

**: Adapter code

2-Stage
L1

L*

L2

L3

L4

BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

204.5

188

139.5

□65

16.5

35

BC•BH•BM•BN

209.5

188

144.5

□65

21.5

40

VRB-115-□-□-14**
(Input shaft bore ≦ φ14)

VRB-115-□-□-19**
(Input shaft bore ≦ φ19)

L5

CA•CC

204.5

188

139.5

□70

16.5

35

DA•DB•DC•DD•DF•DH•DJ

204.5

188

139.5

□80

16.5

35

EA•EB•EC•EF•EG•EK•EL

204.5

188

139.5

□90

16.5

35

FA

204.5

188

139.5

□100

16.5

35

FB

214.5

188

149.5

□100

26.5

45

JA

219.5

188

154.5

□150

31.5

50

DA•DB•DC

214.5

189.5

149.5

□80

25

50

EB•ED

214.5

189.5

149.5

□90

25

50

FA

214.5

189.5

149.5

□100

25

50

FB

224.5

189.5

159.5

□100

35

60

GB•GD•GJ

214.5

189.5

149.5

□115

25

50

HA

214.5

189.5

149.5

□130

25

50

HB

229.5

189.5

164.5

□130

40

65
60

JA

224.5

189.5

159.5

□150

35

FA•FB•FC

231.5

196.5

166.5

□100

35

67

FD•FE

226.5

196.5

161.5

□100

30

62

GA•GB•GC•GD•GE•GF•GG•GH

231.5

196.5

166.5

□115

35

67

HA•HC•HD

231.5

196.5

166.5

□130

35

67

HB

241.5

196.5

176.5

□130

45

77

VRB-115-□-□-28**

HE

246.5

196.5

181.5

□130

50

82

(Input shaft bore ≦ φ28)

HF

226.5

196.5

161.5

□130

30

62

VRB-115-□-□-38**
(Input shaft bore ≦ φ38)

*1)

Double reduction : 1/15~ 1/100

JA•JB•JC•JF

231.5

196.5

166.5

□150

35

67

JD

251.5

196.5

186.5

□150

55

87

JE

241.5

196.5

176.5

□150

45

77

KA•KB•KE

231.5

196.5

166.5

□180

35

67

KD

241.5

196.5

176.5

□180

45

77

HA

249

204

184

□130

45

82

HB•HE

244

204

179

□130

40

77

JA

249

204

184

□150

45

82

KA•KB•KC

249

204

184

□180

45

82

KD

284

204

219

□180

80

117

KE

264

204

199

□180

60

97

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

107

VRB-SERIES Inline shaft
VRB-140 – 1-Stage Specifications
Frame Size

140

Stage

1-Stage

Ratio

Unit

Note

3

4

5

6

7

8

9

10

Nominal Output Torque

[Nm]

*1

240

240

360

360

360

360

240

240

Maximum Acceleration Torque

[Nm]

*2

470

700

700

700

700

700

470

470

1000

1250

1250

1250

1250

1250

1000

1000

4200

4400

4600

4700

3500

3700

3900

4100

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

2000

Maximum Input Speed

[rpm]

*5

4000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

3200

3500

3800

4000

Permitted Axial Load

[N]

*8

2400

2700

3000

3300

Maximum Radial Load

[N]

*9

9100

Maximum Axial Load

[N]

*10

8200

Moment of Inertia (≤Ø 19)

[kgcm2]

--

--

--

--

--

--

--

--

--

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

12.000

7.500

5.800

4.900

4.100

3.800

3.600

3.500

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

20.000

15.000

14.000

13.000

12.000

12.000

11.000

11.000

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

42.000

37.000

36.000

35.000

34.000

34.000

34.000

34.000

[%]

*11

[Nm/arc-min]

*12

60

[arc-min]

--

≤3

[dB]

*13

67

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

1.63

95

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

16

VRB-140 – 2-Stage Specifications
Frame Size

140

Stage
Ratio

Unit

Note

15

16

20

25

28

30

35

40

Nominal Output Torque

[Nm]

*1

240

360

360

360

360

240

360

360

Maximum Acceleration Torque

[Nm]

*2

470

700

700

700

700

470

700

700

1000

1250

1250

1250

1250

1000

1250

1250

6700

6800

7200

7500

6400

6600

7000

7500

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

2000

Maximum Input Speed

[rpm]

*5

4000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

5400

5500

6000

6400

Permitted Axial Load

[N]

*8

4900

5000

5500

6100

Maximum Radial Load

[N]

*9

9100

Maximum Axial Load

[N]

*10

8200

0.56

Moment of Inertia (≤Ø 19)

[kgcm2]

--

1.300

1.500

1.200

1.100

1.400

0.850

1.100

0.830

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

3.200

3.500

3.100

3.100

3.300

2.800

3.100

2.800

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

11.000

11.000

11.000

11.000

11.000

10.000

11.000

10.000

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

--

--

--

--

--

--

--

--

[%]

*11

[Nm/arc-min]

*12

60

[arc-min]

--

≤3

[dB]

*13

67

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

108

2-Stage

90

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

17

VRB-140 – 2-Stage Specifications
Frame Size

140

Stage

2-Stage

Ratio

Unit

Note

45

50

60

70

80

90

100

Nominal Output Torque

[Nm]

*1

240

360

360

360

360

240

240

Maximum Acceleration Torque

[Nm]

*2

470

700

700

700

700

470

470

1000

1250

1250

1250

1250

1000

1000

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

2000

Maximum Input Speed

[rpm]

*5

4000

No Load Running Torque

*6

[N]

*7

7800

8100

8600

9100

0.56
9100

9100

9100

Permitted Axial Load

[N]

*8

7900

8200

8200

8200

8200

8200

8200

Maximum Radial Load

[N]

*9

9100

Maximum Axial Load

[N]

*10

8200
0.800

Moment of Inertia (≤Ø 19)

[kgcm2]

--

1.100

0.810

0.810

0.800

0.800

0.800

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

3.000

2.800

2.800

2.800

2.800

2.800

2.800

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

11.000

10.000

10.000

10.000

10.000

10.000

10.000

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

--

--

--

--

--

--

--

[%]

*11

[Nm/arc-min]

*12

60

[arc-min]

--

≤3

[dB]

*13

67

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

90

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

17

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 2,000 rpm for VRB140

VRB

[Nm]

Permitted Radial Load

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output shaft center)

*9)

The maximum radial load that the reducer can accept

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating
*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

109

VRB-SERIES Inline shaft
VRB-140 – 1-Stage Dimensions

110

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

VRB

VRB-140 – 2-Stage Dimensions

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

111

VRB-SERIES Inline shaft
VRB-140 – 1-Stage Adapter Dimensions

Model number

VRB-140-□-□-19**
(Input shaft bore ≦ φ19)

VRB-140-□-□-28**
(Input shaft bore ≦ φ28)

**: Adapter code

1-Stage
L1

L*

L2

L3

L4

L5

DA•DB•DC

--

--

--

--

--

--

EB•ED

--

--

--

--

--

--

FA

--

--

--

--

--

--

FB

--

--

--

--

--

--

GB•GD•GJ

--

--

--

--

--

--

HA

--

--

--

--

--

--

HB

--

--

--

--

--

--

JA

--

--

--

--

--

--

FA•FB•FC

249

214

152

□100

35

67

GA•GB•GC•GD•GE•GF•GG•GH

249

214

152

□115

35

67

HA•HC•HD

249

214

152

□130

35

67

HB

259

214

162

□130

45

77

HF

244

214

147

□130

30

62

JA•JB•JC•JF

249

214

152

□150

35

67

KA•KB•KE

249

214

152

□180

35

67

LA

249

214

152

□200

35

67

LB

259

214

162

□200

45

77

MA

249

214

152

□220

35

67

MB

259

214

162

□220

45

77

HA

264

219

167

□130

45

82

HB•HE

259

219

162

□130

40

77

JA

264

219

167

□150

45

82

KA•KB•KC

264

219

167

□180

45

82

VRB-140-□-□-38**

KD

299

219

202

□180

80

117

(Input shaft bore ≦ φ38)

KE

279

219

182

□180

60

97

VRB-140-□-□-48**
(Input shaft bore ≦ φ48)

LB

274

219

177

□200

55

92

MA•MB

264

219

167

□220

45

82

MC

279

219

182

□220

60

97

MD

274

219

177

□220

55

92

KA

305

230

208

□180

75

118

KB•KC

285

230

188

□180

55

98

LA

285

230

188

□200

55

98

MA

285

230

188

□220

55

98

305

230

208

□220

75

118

MB
*1)

Single reduction : 1/3~ 1/10

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.

112

A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

VRB

VRB-140 – 2-Stage Adapter Dimensions

Model number

VRB-140-□-□-19**
(Input shaft bore ≦ φ19)

VRB-140-□-□-28**
(Input shaft bore ≦ φ28)

**: Adapter code

2-Stage
L1

L*

L2

L3

L4

L5

DA•DB•DC

266.5

241.5

169.5

□80

25

50

EB•ED

266.5

241.5

169.5

□90

25

50

FA

266.5

241.5

169.5

□100

25

50

FB

276.5

241.5

179.5

□100

35

60

GB•GD•GJ

266.5

241.5

169.5

□115

25

50

HA

266.5

241.5

169.5

□130

25

50

HB

281.5

241.5

184.5

□130

40

65

JA

276.5

241.5

179.5

□150

35

60

FA•FB•FC

283.5

248.5

186.5

□100

35

67

GA•GB•GC•GD•GE•GF•GG•GH

283.5

248.5

186.5

□115

35

67

HA•HC•HD

283.5

248.5

186.5

□130

35

67

HB

293.5

248.5

196.5

□130

45

77

HF

278.5

248.5

181.5

□130

30

62

JA•JB•JC•JF

283.5

248.5

186.5

□150

35

67

KA•KB•KE

283.5

248.5

186.5

□180

35

67

LA

283.5

248.5

186.5

□200

35

67

LB

293.5

248.5

196.5

□200

45

77

MA

283.5

248.5

186.5

□220

35

67

MB

293.5

248.5

196.5

□220

45

77

HA

298.5

253.5

201.5

□130

45

82

HB•HE

293.5

253.5

196.5

□130

40

77

JA

298.5

253.5

201.5

□150

45

82

KA•KB•KC

298.5

253.5

201.5

□180

45

82

VRB-140-□-□-38**

KD

333.5

253.5

236.5

□180

80

117

(Input shaft bore ≦ φ38)

KE

313.5

253.5

216.5

□180

60

97

VRB-140-□-□-48**
(Input shaft bore ≦ φ48)

LB

308.5

253.5

211.5

□200

55

92

MA•MB

298.5

253.5

201.5

□220

45

82

MC

313.5

253.5

216.5

□220

60

97

MD

308.5

253.5

211.5

□220

55

92

KA

339.5

264.5

242.5

□180

75

118

KB•KC

319.5

264.5

222.5

□180

55

98

LA

319.5

264.5

222.5

□200

55

98

MA

319.5

264.5

222.5

□220

55

98

339.5

264.5

242.5

□220

75

118

MB
*1)

Double reduction : 1/15~ 1/100

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

113

VRB-SERIES Inline shaft
VRB-180 – 1-Stage Specifications
Frame Size

180

Stage

1-Stage

Ratio

Unit

Note

3

Nominal Output Torque

[Nm]

*1

500

750

750

750

Maximum Acceleration Torque

[Nm]

*2

970

1400

1400

1400

Emergency Stop Torque

[Nm]

*3

2200

2750

2750

2750

Nominal Input Speed

[rpm]

*4

1500

Maximum Input Speed

[rpm]

*5

3000

No Load Running Torque

4

5

6

7

8

9

10

750

750

500

500

1400

1400

970

970

2750

2750

2200

2200

[Nm]

*6

Permitted Radial Load

[N]

*7

5600

6200

6700

7100

2.68
7400

7800

8100

8400

Permitted Axial Load

[N]

*8

4300

4900

5400

5800

6300

6600

7000

7300

Maximum Radial Load

[N]

*9

Maximum Axial Load

[N]

*10

Moment of Inertia (≤Ø 28)

[kgcm2]

--

--

--

--

--

--

--

--

--

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

44.000

28.000

22.000

18.000

16.000

15.000

14.000

14.000

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

66.000

50.000

44.000

41.000

38.000

37.000

36.000

36.000

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

130.000

110.000

100.000

100.000

99.000

97.000

97.000

96.000

[%]

*11

95

[Nm/arc-min]

*12

175

[arc-min]

--

≤3

[dB]

*13

67

--

*14

IP54 (IP65)

28

30

35

40

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

15000
14000

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

36

VRB-180 – 2-Stage Specifications
Frame Size

180

Stage
Unit

Note

15

Nominal Output Torque

[Nm]

*1

500

750

750

750

750

500

750

750

Maximum Acceleration Torque

[Nm]

*2

970

1400

1400

1400

1400

970

1400

1400

2200

2750

2750

2750

2750

2200

2750

2750

16

20

25

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

1500

Maximum Input Speed

[rpm]

*5

3000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

9600

9800

11000

11000

12000

12000

13000

13000

Permitted Axial Load

[N]

*8

8700

8900

9900

11000

11000

12000

13000

13000

1.39

Maximum Radial Load

[N]

*9

15000

Maximum Axial Load

[N]

*10

14000

Moment of Inertia (≤Ø 28)

[kgcm2]

--

4.700

5.400

4.400

4.200

4.900

3.200

4.100

3.200

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

12.000

13.000

12.000

12.000

13.000

11.000

12.000

11.000

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

34.000

35.000

34.000

34.000

35.000

33.000

34.000

33.000

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

--

--

--

--

--

--

--

--

[%]

*11

90

[Nm/arc-min]

*12

175

[arc-min]

--

≤3

[dB]

*13

67

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

114

2-Stage

Ratio

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

37

VRB-180 – 2-Stage Specifications
Frame Size

180

Stage

2-Stage

Ratio

Unit

Note

45

Nominal Output Torque

[Nm]

*1

500

750

750

Maximum Acceleration Torque

[Nm]

*2

970

1400

1400

Emergency Stop Torque

[Nm]

*3

2200

2750

2750

2750

Nominal Input Speed

[rpm]

*4

1500

Maximum Input Speed

[rpm]

*5

3000

No Load Running Torque

50

60

70

80

90

100

750

750

500

500

1400

1400

970

970

2750

2200

2200

*6

[N]

*7

14000

14000

15000

15000

1.39
15000

15000

15000

Permitted Axial Load

[N]

*8

14000

14000

14000

14000

14000

14000

14000

Maximum Radial Load

[N]

*9

Maximum Axial Load

[N]

*10

Moment of Inertia (≤Ø 28)

[kgcm2]

--

4.000

3.100

3.100

3.100

3.100

3.100

3.100

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

12.000

11.000

11.000

11.000

11.000

11.000

11.000

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

34.000

33.000

33.000

33.000

33.000

33.000

33.000

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

--

--

--

--

--

--

--

[%]

*11

90

[Nm/arc-min]

*12

175

[arc-min]

--

≤3

[dB]

*13

67

--

*14

IP54 (IP65)

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

15000
14000

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

37

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

VRB

[Nm]

Permitted Radial Load

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 1,500 rpm for VRB180

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output shaft center)

*9)

The maximum radial load that the reducer can accept

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating
*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

115

VRB-SERIES Inline shaft
VRB-180 – 1-Stage Dimensions

116

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

VRB

VRB-180 – 2-Stage Dimensions

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

117

VRB-SERIES Inline shaft
VRB-180 – 1-Stage Adapter Dimensions

Model number

VRB-180-□-□-28**
(Input shaft bore ≦ φ28)

**: Adapter code

1-Stage
L1

L*

L2

L3

L4

L5

FA•FB•FC

--

--

--

--

--

--

GA•GB•GC•GD•GE•GF•GG•GH

--

--

--

--

--

--

HA•HC•HD

--

--

--

--

--

--

HB

--

--

--

--

--

--

HF

--

--

--

--

--

--

JA•JB•JC•JF

--

--

--

--

--

--

KA•KB•KE

--

--

--

--

--

--

LA

--

--

--

--

--

--

LB

--

--

--

--

--

--

MA

--

--

--

--

--

--

MB

--

--

--

--

--

--

HA

286.5

241.5

181.5

□130

45

82

HB•HE

281.5

241.5

176.5

□130

40

77

JA

286.5

241.5

181.5

□150

45

82

KA•KB•KC

286.5

241.5

181.5

□180

45

82

VRB-180-□-□-38**

KD

321.5

241.5

216.5

□180

80

117

(Input shaft bore ≦ φ38)

KE

301.5

241.5

196.5

□180

60

97

VRB-180-□-□-48**
(Input shaft bore ≦ φ48)

VRB-180-□-□-65**
(Input shaft bore ≦ φ65)

*1)

Single reduction : 1/3~ 1/10

MA•MB

286.5

241.5

181.5

□220

45

82

MC

301.5

241.5

196.5

□220

60

97

MD

296.5

241.5

191.5

□220

55

92

NA

286.5

241.5

181.5

□250

45

82

KA

322.5

247.5

217.5

□180

75

118

KB•KC

302.5

247.5

197.5

□180

55

98

LA

302.5

247.5

197.5

□200

55

98

MA

302.5

247.5

197.5

□220

55

98

MB

322.5

247.5

217.5

□220

75

118

NA

322.5

247.5

217.5

□250

75

118

PA

322.5

247.5

217.5

□280

75

118

MA•MB•MC•MD

334

254

229

□220

80

122

NA•NC

334

254

229

□250

80

122

NB•ND

364

254

259

□250

110

152

PA

354

254

249

□280

100

142

PB

364

254

259

□280

110

152

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.

118

A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

VRB

VRB-180 – 2-Stage Adapter Dimensions

Model number

VRB-180-□-□-28**
(Input shaft bore ≦ φ28)

**: Adapter code

2-Stage
L1

L*

L2

L3

L4

L5

FA•FB•FC

316

281

211

□100

35

67

GA•GB•GC•GD•GE•GF•GG•GH

316

281

211

□115

35

67

HA•HC•HD

316

281

211

□130

35

67

HB

326

281

221

□130

45

77

HF

311

281

206

□130

30

62

JA•JB•JC•JF

316

281

211

□150

35

67

KA•KB•KE

316

281

211

□180

35

67

LA

316

281

211

□200

35

67

LB

326

281

221

□200

45

77

MA

316

281

211

□220

35

67

MB

326

281

221

□220

45

77

HA

331

286

226

□130

45

82

HB•HE

326

286

221

□130

40

77

JA

331

286

226

□150

45

82

KA•KB•KC

331

286

226

□180

45

82

VRB-180-□-□-38**

KD

366

286

261

□180

80

117

(Input shaft bore ≦ φ38)

KE

346

286

241

□180

60

97

VRB-180-□-□-48**
(Input shaft bore ≦ φ48)

VRB-180-□-□-65**
(Input shaft bore ≦ φ65)

*1)

Double reduction : 1/15~ 1/100

MA•MB

331

286

226

□220

45

82

MC

346

286

241

□220

60

97

MD

341

286

236

□220

55

92

NA

331

286

226

□250

45

82

KA

367

292

262

□180

75

118

KB•KC

347

292

242

□180

55

98

LA

347

292

242

□200

55

98

MA

347

292

242

□220

55

98

MB

367

292

262

□220

75

118

NA

367

292

262

□250

75

118

PA

367

292

262

□280

75

118

MA•MB•MC•MD

--

--

--

--

--

--

NA•NC

--

--

--

--

--

--

NB•ND

--

--

--

--

--

--

PA

--

--

--

--

--

--

PB

--

--

--

--

--

--

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

119

VRB-SERIES Inline shaft
VRB-220 – 1-Stage Specifications
Frame Size

220

Stage

1-Stage

Ratio

Unit

Note

3

4

5

6

7

8

9

10

Nominal Output Torque

[Nm]

*1

1000

1500

1500

1500

1500

1500

1000

1000

Maximum Acceleration Torque

[Nm]

*2

1600

2300

2300

2300

2300

2200

1900

1600

4000

5000

5000

5000

5000

5000

4000

4000

7700

8000

8400

8700

9200

9700

10000

11000

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

1000

Maximum Input Speed

[rpm]

*5

2000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

5800

6400

6900

7300

Permitted Axial Load

[N]

*8

6400

7200

7900

8600

Maximum Radial Load

[N]

*9

15000

Maximum Axial Load

[N]

*10

14000

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

--

--

--

--

--

--

--

--

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

90.000

62.000

52.000

47.000

42.000

40.000

39.000

38.000

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

150.000

120.000

110.000

110.000

100.000

100.000

99.000

98.000

[%]

*11

97

[Nm/arc-min]

*12

400

[arc-min]

--

≤3

[dB]

*13

61

--

*14

IP54 (IP65)

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

2.92

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

53

VRB-220 – 2-Stage Specifications
Frame Size

220

Stage
Unit

Note

15

16

20

25

28

30

35

40

Nominal Output Torque

[Nm]

*1

1000

1500

1500

1500

1500

1000

1500

1500

Maximum Acceleration Torque

[Nm]

*2

1600

2300

2300

2300

2300

1600

2300

2300

Emergency Stop Torque

[Nm]

*3

4000

5000

5000

5000

5000

4000

5000

5000

Nominal Input Speed

[rpm]

*4

1000

Maximum Input Speed

[rpm]

*5

2000

No Load Running Torque

[Nm]

*6

1.14

Permitted Radial Load

[N]

*7

9900

10000

11000

12000

12000

13000

13000

14000

Permitted Axial Load

[N]

*8

13000

13000

14000

14000

14000

14000

14000

14000

Maximum Radial Load

[N]

*9

Maximum Axial Load

15000

[N]

*10

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

14.000

16.000

14.000

14.000

15.000

12.000

13.000

12.000

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

36.000

37.000

35.000

35.000

36.000

34.000

35.000

33.000

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

--

--

--

--

--

--

--

--

[%]

*11

92

[Nm/arc-min]

*12

400

[arc-min]

--

≤3

[dB]

*13

61

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

120

2-Stage

Ratio

14000

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

54

VRB-220 – 2-Stage Specifications
Frame Size

220

Stage

2-Stage

Ratio

Unit

Note

45

50

60

70

80

90

100

Nominal Output Torque

[Nm]

*1

1000

1500

1500

1500

1500

1000

1000

Maximum Acceleration Torque

[Nm]

*2

1300

2300

2300

2300

1800

1300

1200

4000

5000

5000

5000

5000

4000

4000

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

1000

Maximum Input Speed

[rpm]

*5

2000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

14000

15000

15000

15000

15000

15000

15000

Permitted Axial Load

[N]

*8

14000

14000

14000

14000

14000

14000

14000

Maximum Radial Load

[N]

*9

15000

Maximum Axial Load

[N]

*10

14000

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

13.000

12.000

12.000

12.000

12.000

12.000

12.000

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

35.000

33.000

33.000

33.000

33.000

33.000

33.000

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

--

--

--

--

--

--

--

[%]

*11

92

[Nm/arc-min]

*12

400

[arc-min]

--

≤3

[dB]

*13

61

--

*14

IP54 (IP65)

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

54

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 1,000 rpm for VRB220

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output shaft center)

*9)

The maximum radial load that the reducer can accept

VRB

1.14

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating
*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

121

VRB-SERIES Inline shaft
VRB-220 – 1-Stage Dimensions

122

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

VRB

VRB-220 – 2-Stage Dimensions

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

123

VRB-SERIES Inline shaft
VRB-220 – 1-Stage Adapter Dimensions

Model number

**: Adapter code

1-Stage
L1

L*

L2

L3

L4

L5

HA

--

--

--

--

--

--

HB•HE

--

--

--

--

--

--

JA

--

--

--

--

--

--

KA•KB•KC

--

--

--

--

--

--

KD

--

--

--

--

--

--

VRB-220-□-□-38**

KE

--

--

--

--

--

--

(Input shaft bore ≦ φ38)

LA

--

--

--

--

--

--

VRB-220-□-□-48**
(Input shaft bore ≦ φ48)

VRB-220-□-□-65**
(Input shaft bore ≦ φ65)

LB

--

--

--

--

--

--

MA•MB

--

--

--

--

--

---

MC

--

--

--

--

--

MD

--

--

--

--

--

--

NA

--

--

--

--

--

-118

KA

367.5

292.5

229.5

□180

75

KB•KC

347.5

292.5

209.5

□180

55

98

LA

347.5

292.5

209.5

□200

55

98

MA

347.5

292.5

209.5

□220

55

98

MB

367.5

292.5

229.5

□220

75

118

NA

367.5

292.5

229.5

□250

75

118

PA

367.5

292.5

229.5

□280

75

118

MA•MB•MC•MD

371.5

291.5

233.5

□220

80

122

NA•NC

371.5

291.5

233.5

□250

80

122

NB•ND

401.5

291.5

263.5

□250

110

152

PA

391.5

291.5

253.5

□280

100

142

PB

401.5

291.5

263.5

□280

110

152

QA•QB

391.5

291.5

253.5

□320

100

142

*1)

Single reduction : 1/3~ 1/10

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

124

VRB

VRB-220 – 2-Stage Adapter Dimensions

Model number

**: Adapter code
HA

2-Stage
L1

L*

L2

L3

L4

L5

366.5

321.5

228.5

□130

45

82

HB•HE

361.5

321.5

223.5

□130

40

77

JA

366.5

321.5

228.5

□150

45

82

KA•KB•KC

366.5

321.5

228.5

□180

45

82
117

KD

401.5

321.5

263.5

□180

80

VRB-220-□-□-38**

KE

381.5

321.5

243.5

□180

60

97

(Input shaft bore ≦ φ38)

LA

366.5

321.5

228.5

□200

45

82

VRB-220-□-□-48**
(Input shaft bore ≦ φ48)

VRB-220-□-□-65**
(Input shaft bore ≦ φ65)

LB

376.5

321.5

238.5

□200

55

92

MA•MB

366.5

321.5

228.5

□220

45

82

MC

381.5

321.5

243.5

□220

60

97

MD

376.5

321.5

238.5

□220

55

92

NA

366.5

321.5

228.5

□250

45

82
118

KA

402.5

327.5

264.5

□180

75

KB•KC

382.5

327.5

244.5

□180

55

98

LA

382.5

327.5

244.5

□200

55

98

MA

382.5

327.5

244.5

□220

55

98

MB

402.5

327.5

264.5

□220

75

118

NA

402.5

327.5

264.5

□250

75

118

PA

402.5

327.5

264.5

□280

75

118

MA•MB•MC•MD

--

--

--

--

--

--

NA•NC

--

--

--

--

--

--

NB•ND

--

--

--

--

--

--

PA

--

--

--

--

--

--

PB

--

--

--

--

--

--

QA•QB

--

--

--

--

--

--

*1)

Double reduction : 1/15~ 1/100

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

125

VRS-SERIES

T

his planetary series has exceptional load handling capabilities, and it is an ideal selection for higher speed and continu-

ous duty applications. The tapered roller bearings at the output
of the reducer allow the VRS gearbox to handle larger radial and
thrust loads. This internal design provides an extremely smooth
running and quiet reducer even with challenging static forces.
The VRS series is the premier inline series with a maximum 3 arc-min
backlash rating and an output torque peaking at 3,700 Nm. The VRS series is commonly utilized in applications such as higher speed packaging and converting equipment, printing machinery and any servo application requiring very low backlash in a more demanding environment.

126

VRS
VRS-SERIES
■ Industry standard mounting dimensions
■ Large variety of frame sizes and ratios
■ Thru-bolt mounting style
■ Best-in-class backlash (≤3 arc-min)
■ Impressive radial and axial load ratings
■ Ships in 48 hours in standard frame sizes
■ Assembled in the USA

127

VRS-SERIES Inline shaft
VRS-Series – Features

2
4

5

1
3

128

1

High precision: Standard backlash is 3 arc-min, ideal for higher levels of positional accuracy

2

High rigidity & torque: Rigidity and torque capacity are achieved by using uncaged needle roller bearings

3

High load capacity: Taper roller bearings were added to the output section to increase radial and axial
load ratings

4

Adapter-bushing connection: Enables a simple, effective attachment to most servo motors

5

No leakage through the seal: High viscosity, anti-separation grease does not liquefy and does not migrate
away from the gears

6

Maintenance-free: No need to replace the grease for the life of the unit. The reducer can be positioned in
any orientation

VRS-Series – Model Code
VR

S

−

100

B

−

7

−

K

3

−

19HB16

㩷Adapter flange code
Backlash

Output style

3arc-min

㪪㪿㪸㪽㫋㩷㫎㫀㫋㪿㩷㫂㪼㫐
㪪㫄㫆㫆㫋㪿㩷㫊㪿㪸㪽㫋

Single䋺 3㪃㩷4㪃㩷5㪃㩷6㪃㩷7㪃㩷8㪃㩷9㪃㩷10
Double: 15㪃㩷16㪃㩷20㪃㩷25㪃㩷28㪃㩷30㪃㩷35㪃㩷40, 45㪃㩷50㪃㩷60㪃㩷70㪃㩷80㪃㩷90㪃㩷100

Generation of design

VRS

Ratio

㪢䊶䊶䊶
㪪䊶䊶䊶

3䊶䊶䊶

Frame size:䇭㪇㪍㪇㪃㩷㪇㪎㪌㪃㩷㪈㪇㪇㪃㩷㪈㪋㪇㪃㩷㪈㪏㪇㪃㩷㪉㪈㪇㪃㩷㪉㪋㪇
Series name

VRS Series

Model name for ABLE reducer

*1)

Adapter flange code
Adapter flange code varies depending on the motor

Contact us for additional information or refer to our online reducer selection tool.
Selection tool www.nidec-shimpo.co.jp/selection/eng

129

VRS-SERIES Inline shaft
VRS-060 – 1-Stage Specifications
Frame Size

060

Stage

1-Stage

Ratio

Unit

Note

3

4

5

6

7

8

9

10

Nominal Output Torque

[Nm]

*1

18

27

27

27

27

27

18

18

Maximum Acceleration Torque

[Nm]

*2

35

50

50

50

50

50

35

35

80

100

100

100

100

100

80

80

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

1700

1900

2000

2100

0.15
2200

2300

2400

2400

Permitted Axial Load

[N]

*8

2300

2500

2700

2700

2700

2700

2700

2700

Maximum Radial Load

[N]

*9

3000

Maximum Axial Load

[N]

*10

2700

Moment of Inertia (≤Ø 8)

[kgcm2]

--

0.150

0.100

0.080

0.070

0.064

0.060

0.058

0.056

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

0.230

0.180

0.160

0.150

0.140

0.140

0.140

0.140

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

0.440

0.390

0.370

0.360

0.350

0.350

0.350

0.340

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

[%]

*11

[Nm/arc-min]

*12

95
3

[arc-min]

--

≤3

[dB]

*13

66

--

*14

IP54 (IP65)
0-40

Ambient Temperature

[°C]

--

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

1.6

VRS-060 – 2-Stage Specifications
Frame Size

060

Stage
Ratio

Unit

Note

15

16

20

25

28

30

35

40

Nominal Output Torque

[Nm]

*1

18

27

27

27

27

18

27

27

Maximum Acceleration Torque

[Nm]

*2

35

50

50

50

50

35

50

50

80

100

100

100

100

80

100

100

3000

3000

3000

3000

2700

2700

2700

2700

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

2800

2800

3000

3000

Permitted Axial Load

[N]

*8

2700

2700

2700

2700

Maximum Radial Load

[N]

*9

3000

Maximum Axial Load

[N]

*10

2700

0.04

Moment of Inertia (≤Ø 8)

[kgcm2]

--

0.055

0.057

0.054

0.053

0.055

0.049

0.053

0.049

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

0.140

0.140

0.130

0.130

0.140

0.130

0.130

0.130

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

--

--

--

--

--

--

--

--

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

130

2-Stage

[%]

*11

90

[Nm/arc-min]

*12

3

[arc-min]

--

≤3

[dB]

*13

66

--

*14

IP54 (IP65)
0-40

Ambient Temperature

[°C]

--

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

1.8

VRS-060 – 2-Stage Specifications
Frame Size

060

Stage

2-Stage

Ratio

Unit

Note

45

50

60

70

80

90

100

Nominal Output Torque

[Nm]

*1

18

27

27

27

27

18

18

Maximum Acceleration Torque

[Nm]

*2

35

50

50

50

50

35

35

Emergency Stop Torque

[Nm]

*3

80

100

100

100

100

80

80

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

*6

[N]

*7

3000

3000

3000

3000

0.04
3000

3000

3000

Permitted Axial Load

[N]

*8

2700

2700

2700

2700

2700

2700

2700

Maximum Radial Load

[N]

*9

3000

Maximum Axial Load

[N]

*10

2700

Moment of Inertia (≤Ø 8)

[kgcm2]

--

0.053

0.049

0.049

0.049

0.049

0.049

0.049

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

0.130

0.130

0.130

0.130

0.130

0.130

0.130

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

--

--

--

--

--

--

--

Efficiency
Torsional Rigidity
Maximum Torsional Backlash

[%]

*11

[Nm/arc-min]

*12

3

[arc-min]

--

≤3

[dB]

*13

66

--

*14

IP54 (IP65)

[°C]

--

0-40

Noise Level
Protection Class
Ambient Temperature

90

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

1.8

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 3,000 rpm for VRS060

VRS

[Nm]

Permitted Radial Load

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output shaft center)

*9)

The maximum radial load that the reducer can accept

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating
*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

131

VRS-SERIES Inline shaft
VRS-060 – 1-Stage Dimensions
Input shaft bore䇭㻡φ8

Input shaft bore䇭㻡φ14

Input shaft bore䇭㻡φ19

132

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

VRS

VRS-060 – 2-Stage Dimensions

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

133

VRS-SERIES Inline shaft
VRS-060 – 1-Stage Adapter Dimensions

Model number

VRS-060-□-□-8**
(Input shaft bore ≦ φ8)

VRS-060-□-□-14**
(Input shaft bore ≦ φ14)

VRS-060-□-□-19**
(Input shaft bore ≦ φ19)

**: Adapter code

1-Stage
L1

L*

L2

L3

L4

L5
32

AA•AC•AD•AF•AG•AL•AM•AN•AQ

132

116.5

84

□52

15.5

AB•AE•AH•AJ•AK

137

116.5

89

□52

20.5

37

BA•BB•BD•BE•BG•BH•BJ

132

116.5

84

□60

15.5

32

BC•BF

137

116.5

89

□60

20.5

37

CA

137

116.5

89

□70

20.5

37

BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

135

118.5

87

□65

16.5

35

BC•BH•BM•BN

140

118.5

92

□65

21.5

40

BL

145

118.5

97

□65

26.5

45

CA•CC

135

118.5

87

□70

16.5

35

CB

140

118.5

92

□70

21.5

40

DA•DB•DC•DD•DF•DH•DJ

135

118.5

87

□80

16.5

35

DE•DL

140

118.5

92

□80

21.5

40

DG•DK

145

118.5

97

□80

26.5

45

EA•EB•EC•EF•EG•EK•EL

135

118.5

87

□90

16.5

35

EJ•EM

140

118.5

92

□90

21.5

40

ED•EE•EH

145

118.5

97

□90

26.5

45

FA

135

118.5

87

□100

16.5

35

FB

135

118.5

87

□115

16.5

35

DA•DB•DC

150

125

102

□80

25

50

DD

160

125

112

□80

35

60

DE

155

125

107

□80

30

55

EA

155

125

107

□90

30

55

EB•ED

150

125

102

□90

25

50

EC

160

125

112

□90

35

60

FA

150

125

102

□100

25

50

FB

160

125

112

□100

35

60

*1)

Single reduction : 1/3~ 1/10

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

134

VRS

VRS-060 – 2-Stage Adapter Dimensions

Model number

**: Adapter code

2-Stage
L1

L*

L2

L3

L4

L5
32

AA•AC•AD•AF•AG•AL•AM•AN•AQ

151

135.5

103

□52

15.5

AB•AE•AH•AJ•AK

156

135.5

108

□52

20.5

37

BA•BB•BD•BE•BG•BH•BJ

151

135.5

103

□60

15.5

32

VRS-060-□-□-8**
(Input shaft bore ≦ φ8)

BC•BF

156

135.5

108

□60

20.5

37

CA

156

135.5

108

□70

20.5

37

BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

156

139.5

108

□65

16.5

35

BC•BH•BM•BN

161

139.5

113

□65

21.5

40

BL

166

139.5

118

□65

26.5

45

CA•CC

156

139.5

108

□70

16.5

35

CB

161

139.5

113

□70

21.5

40

DA•DB•DC•DD•DF•DH•DJ

156

139.5

108

□80

16.5

35

VRS-060-□-□-14**
(Input shaft bore ≦ φ14)

VRS-060-□-□-19**
(Input shaft bore ≦ φ19)

DE•DL

161

139.5

113

□80

21.5

40

DG•DK

166

139.5

118

□80

26.5

45

EA•EB•EC•EF•EG•EK•EL

156

139.5

108

□90

16.5

35

EJ•EM

161

139.5

113

□90

21.5

40

ED•EE•EH

166

139.5

118

□90

26.5

45

FA

156

139.5

108

□100

16.5

35

FB

156

139.5

108

□115

16.5

35

DA•DB•DC

171

146

123

□80

25

50

DD

181

146

133

□80

35

60

DE

176

146

128

□80

30

55

EA

176

146

128

□90

30

55

EB•ED

171

146

123

□90

25

50

EC

181

146

133

□90

35

60

FA

171

146

123

□100

25

50

FB

181

146

133

□100

35

60

*1)

Double reduction : 1/15~ 1/100

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

135

VRS-SERIES Inline shaft
VRS-075 – 1-Stage Specifications
Frame Size

075

Stage

1-Stage

Ratio

Unit

Note

3

Nominal Output Torque

[Nm]

*1

50

75

75

75

Maximum Acceleration Torque

[Nm]

*2

80

125

125

125

Emergency Stop Torque

[Nm]

*3

200

250

250

250

250

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

4

5

6

7

8

9

10

75

75

50

50

125

125

80

80

250

200

200

[Nm]

*6

Permitted Radial Load

[N]

*7

2300

2500

2700

2800

0.35
3000

3100

3200

3300

Permitted Axial Load

[N]

*8

3400

3700

3900

3900

3900

3900

3900

3900

Maximum Radial Load

[N]

*9

4300

Maximum Axial Load

[N]

*10

3900

Moment of Inertia (≤Ø 8)

[kgcm2]

--

--

--

--

--

--

--

--

--

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

0.670

0.470

0.380

0.340

0.310

0.300

0.290

0.290

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

1.100

0.930

0.850

0.810

0.780

0.760

0.750

0.750

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

3.100

2.900

2.900

2.800

2.800

2.800

2.800

2.800

[%]

*11

95

[Nm/arc-min]

*12

10

[arc-min]

--

≤3

[dB]

*13

67

--

*14

IP54 (IP65)

28

30

35

40

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

3.4

VRS-075 – 2-Stage Specifications
Frame Size

075

Stage
Unit

Note

15

Nominal Output Torque

[Nm]

*1

50

75

75

75

75

50

75

75

Maximum Acceleration Torque

[Nm]

*2

80

125

125

125

125

80

125

125

200

250

250

250

250

200

250

250

16

20

25

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

3700

3800

4000

4300

4300

4300

4300

4300

Permitted Axial Load

[N]

*8

3900

3900

3900

3900

3900

3900

3900

3900

0.06

Maximum Radial Load

[N]

*9

4300

Maximum Axial Load

[N]

*10

3900

Moment of Inertia (≤Ø 8)

[kgcm2]

--

0.130

0.140

0.130

0.120

0.140

0.099

0.120

0.098

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

0.280

0.300

0.280

0.280

0.290

0.250

0.270

0.250

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

0.720

0.730

0.720

0.710

0.730

0.700

0.710

0.690

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

--

--

--

--

--

--

--

--

[%]

*11

90

[Nm/arc-min]

*12

10

[arc-min]

--

≤3

[dB]

*13

67

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

136

2-Stage

Ratio

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

3.8

VRS-075 – 2-Stage Specifications
Frame Size

075

Stage

2-Stage

Ratio

Unit

Note

45

Nominal Output Torque

[Nm]

*1

50

75

75

Maximum Acceleration Torque

[Nm]

*2

80

125

125

Emergency Stop Torque

[Nm]

*3

200

250

250

250

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

50

60

70

80

90

100

75

75

50

50

125

125

80

80

250

200

200

*6

[N]

*7

4300

4300

4300

4300

0.06
4300

4300

4300

Permitted Axial Load

[N]

*8

3900

3900

3900

3900

3900

3900

3900

Maximum Radial Load

[N]

*9

4300

Maximum Axial Load

[N]

*10

3900

Moment of Inertia (≤Ø 8)

[kgcm2]

--

0.120

0.098

0.098

0.097

0.097

0.097

0.097

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

0.270

0.250

0.250

0.250

0.250

0.250

0.250

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

0.710

0.690

0.690

0.690

0.690

0.690

0.690

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

--

--

--

--

--

--

--

[%]

*11

90

[Nm/arc-min]

*12

10

[arc-min]

--

≤3

[dB]

*13

67

--

*14

IP54 (IP65)

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

3.8

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 3,000 rpm for VRS075

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output shaft center)

*9)

The maximum radial load that the reducer can accept

VRS

[Nm]

Permitted Radial Load

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating
*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

137

VRS-SERIES Inline shaft
VRS-075 – 1-Stage Dimensions

138

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

VRS

VRS-075 – 2-Stage Dimensions

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

139

VRS-SERIES Inline shaft
VRS-075 – 1-Stage Adapter Dimensions

Model number

VRS-075-□-□-8**
(Input shaft bore ≦ φ8)

VRS-075-□-□-14**
(Input shaft bore ≦ φ14)

VRS-075-□-□-19**
(Input shaft bore ≦ φ19)

**: Adapter code

1-Stage
L1

L*

L2

L3

L4

L5

AA•AC•AD•AF•AG•AL•AM•AN•AQ

--

--

--

--

--

--

AB•AE•AH•AJ•AK

--

--

--

--

--

--

BA•BB•BD•BE•BG•BH•BJ

--

--

--

--

--

--

CA

--

--

--

--

--

--

BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

164.5

148

108.5

□65

16.5

35

BC•BH•BM•BN

169.5

148

113.5

□65

21.5

40

CA•CC

164.5

148

108.5

□70

16.5

35

DA•DB•DC•DD•DF•DH•DJ

164.5

148

108.5

□80

16.5

35

EA•EB•EC•EF•EG•EK•EL

164.5

148

108.5

□90

16.5

35

FA

164.5

148

108.5

□100

16.5

35

FB

174.5

148

118.5

□100

26.5

45

JA

179.5

148

123.5

□150

31.5

50

DA•DB•DC

174.5

149.5

118.5

□80

25

50

EB•ED

174.5

149.5

118.5

□90

25

50

FA

174.5

149.5

118.5

□100

25

50

FB

184.5

149.5

128.5

□100

35

60

GA•GC•GH

179.5

149.5

123.5

□115

30

55

GB•GD•GJ

174.5

149.5

118.5

□115

25

50

GE•GF

184.5

149.5

128.5

□115

35

60

HA

174.5

149.5

118.5

□130

25

50

HB

189.5

149.5

133.5

□130

40

65

HC•HD•HE

179.5

149.5

123.5

□130

30

55

JA

184.5

149.5

128.5

□150

35

60

JB

189.5

149.5

133.5

□150

40

65

FA•FB•FC

191.5

156.5

135.5

□100

35

67

FD•FE

186.5

156.5

130.5

□100

30

62

GA•GB•GC•GD•GE•GF•GG•GH

191.5

156.5

135.5

□115

35

67

HA•HC•HD

191.5

156.5

135.5

□130

35

67

VRS-075-□-□-28**

HB

201.5

156.5

145.5

□130

45

77

(Input shaft bore ≦ φ28)

HE

206.5

156.5

150.5

□130

50

82

HF

186.5

156.5

130.5

□130

30

62

JA•JB•JC•JF

191.5

156.5

135.5

□150

35

67

*1)

Single reduction : 1/3~ 1/10

JD

211.5

156.5

155.5

□150

55

87

JE

201.5

156.5

145.5

□150

45

77

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.

140

A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

VRS-075 – 2-Stage Adapter Dimensions

**: Adapter code

2-Stage
L1

L*

L2

L3

L4

L5

AA•AC•AD•AF•AG•AL•AM•AN•AQ

181.5

166

125.5

□52

15.5

32

AB•AE•AH•AJ•AK

186.5

166

130.5

□52

20.5

37

VRS-075-□-□-8**
(Input shaft bore ≦ φ8)

BA•BB•BD•BE•BG•BH•BJ

181.5

166

125.5

□60

15.5

32

CA

186.5

166

130.5

□70

20.5

37

BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

186.5

170

130.5

□65

16.5

35

VRS-075-□-□-14**
(Input shaft bore ≦ φ14)

VRS-075-□-□-19**
(Input shaft bore ≦ φ19)

BC•BH•BM•BN

191.5

170

135.5

□65

21.5

40

CA•CC

186.5

170

130.5

□70

16.5

35

DA•DB•DC•DD•DF•DH•DJ

186.5

170

130.5

□80

16.5

35

EA•EB•EC•EF•EG•EK•EL

186.5

170

130.5

□90

16.5

35

FA

186.5

170

130.5

□100

16.5

35

FB

196.5

170

140.5

□100

26.5

45

JA

201.5

170

145.5

□150

31.5

50

DA•DB•DC

196.5

171.5

140.5

□80

25

50

EB•ED

196.5

171.5

140.5

□90

25

50

FA

196.5

171.5

140.5

□100

25

50

FB

206.5

171.5

150.5

□100

35

60

GA•GC•GH

201.5

171.5

145.5

□115

30

55

GB•GD•GJ

196.5

171.5

140.5

□115

25

50

GE•GF

206.5

171.5

150.5

□115

35

60

HA

196.5

171.5

140.5

□130

25

50

HB

211.5

171.5

155.5

□130

40

65

HC•HD•HE

201.5

171.5

145.5

□130

30

55

JA

206.5

171.5

150.5

□150

35

60

JB

211.5

171.5

155.5

□150

40

65

FA•FB•FC

215.5

180.5

159.5

□100

35

67

FD•FE

210.5

180.5

154.5

□100

30

62

GA•GB•GC•GD•GE•GF•GG•GH

215.5

180.5

159.5

□115

35

67

HA•HC•HD

215.5

180.5

159.5

□130

35

67

VRS-075-□-□-28**

HB

225.5

180.5

169.5

□130

45

77

(Input shaft bore ≦ φ28)

HE

230.5

180.5

174.5

□130

50

82

HF

210.5

180.5

154.5

□130

30

62

JA•JB•JC•JF

215.5

180.5

159.5

□150

35

67

*1)

Double reduction : 1/15~ 1/100

JD

235.5

180.5

179.5

□150

55

87

JE

225.5

180.5

169.5

□150

45

77

*2)

VRS

Model number

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

141

VRS-SERIES Inline shaft
VRS-100 – 1-Stage Specifications
Frame Size

100

Stage

1-Stage

Ratio

Unit

Note

3

4

5

6

7

8

9

10

Nominal Output Torque

[Nm]

*1

120

120

180

180

180

180

120

120

Maximum Acceleration Torque

[Nm]

*2

225

330

330

330

330

330

225

225

Emergency Stop Torque

[Nm]

*3

500

625

625

625

625

625

500

500

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

1.30

Permitted Radial Load

[N]

*7

3400

3700

4000

4200

4400

4600

4800

4900

Permitted Axial Load

[N]

*8

4800

5200

5600

5900

6100

6300

6300

6300

Maximum Radial Load

[N]

*9

Maximum Axial Load

[N]

*10

Moment of Inertia (≤Ø 14)

[kgcm2]

--

--

--

--

--

--

--

--

--

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

3.200

2.000

1.500

1.300

1.100

1.000

0.960

0.930

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

5.200

4.000

3.600

3.300

3.100

3.000

3.000

3.000

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

13.000

12.000

11.000

11.000

11.000

11.000

11.000

11.000

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

7000
6300

[%]

*11

95

[Nm/arc-min]

*12

31

[arc-min]

--

≤3

[dB]

*13

71

--

*14

IP54 (IP65)
0-40

Ambient Temperature

[°C]

--

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

8.1

VRS-100 – 2-Stage Specifications
Frame Size

100

Stage
Unit

Note

15

16

20

25

28

30

35

40

Nominal Output Torque

[Nm]

*1

120

180

180

180

180

120

180

180

Maximum Acceleration Torque

[Nm]

*2

225

330

330

330

330

225

330

330

Emergency Stop Torque

[Nm]

*3

500

625

625

625

625

500

625

625

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

5600

5700

6100

6500

6700

6900

7000

7000

Permitted Axial Load

[N]

*8

6300

6300

6300

6300

6300

6300

6300

6300

0.42

Maximum Radial Load

[N]

*9

Maximum Axial Load

[N]

*10

Moment of Inertia (≤Ø 14)

[kgcm2]

--

0.420

0.480

0.400

0.380

0.440

0.290

0.370

0.280

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

0.860

0.910

0.830

0.820

0.870

0.740

0.810

0.730

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

2.800

2.900

2.800

2.800

2.800

2.700

2.700

2.700

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

--

--

--

--

--

--

--

--

[%]

*11

90

[Nm/arc-min]

*12

31

[arc-min]

--

≤3

[dB]

*13

71

--

*14

IP54 (IP65)

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

142

2-Stage

Ratio

7000
6300

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

8.8

VRS-100 – 2-Stage Specifications
Frame Size

100

Stage

2-Stage

Ratio

Unit

Note

45

50

60

70

80

90

100

Nominal Output Torque

[Nm]

*1

120

180

180

180

180

120

120

Maximum Acceleration Torque

[Nm]

*2

225

330

330

330

330

225

225

Emergency Stop Torque

[Nm]

*3

500

625

625

625

625

500

500

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

0.42

Permitted Radial Load

[N]

*7

7000

7000

7000

7000

7000

7000

7000

Permitted Axial Load

[N]

*8

6300

6300

6300

6300

6300

6300

6300

0.280

0.270

0.270

Maximum Radial Load

[N]

*9

Maximum Axial Load

[N]

*10

[kgcm2]

--

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

0.800

0.730

0.730

0.730

0.730

0.730

0.730

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

2.700

2.700

2.700

2.700

2.700

2.700

2.700

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

--

--

--

--

--

--

--

Efficiency
Torsional Rigidity

6300
0.370

0.280

0.280

0.280

[%]

*11

90

[Nm/arc-min]

*12

31

[arc-min]

--

≤3

[dB]

*13

71

--

*14

IP54 (IP65)
0-40

Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

[°C]

--

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

8.8

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 3,000 rpm for VRS100

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output shaft center)

*9)

The maximum radial load that the reducer can accept

VRS

Moment of Inertia (≤Ø 14)

7000

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating
*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

143

VRS-SERIES Inline shaft
VRS-100 – 1-Stage Dimensions

144

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

VRS

VRS-100 – 2-Stage Dimensions

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

145

VRS-SERIES Inline shaft
VRS-100 – 1-Stage Adapter Dimensions

Model number

VRS-100-□-□-14**
(Input shaft bore ≦ φ14)

VRS-100-□-□-19**
(Input shaft bore ≦ φ19)

VRS-100-□-□-28**
(Input shaft bore ≦ φ28)

VRS-100-□-□-38**
(Input shaft bore ≦ φ38)

*1)

Single reduction : 1/3~ 1/10

**: Adapter code

1-Stage
L1

L*

L2

L3

L4

L5

BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

--

--

--

--

--

--

BC•BH•BM•BN

--

--

--

--

--

--

CA•CC

--

--

--

--

--

--

DA•DB•DC•DD•DF•DH•DJ

--

--

--

--

--

--

EA•EB•EC•EF•EG•EK•EL

--

--

--

--

--

--

FA

--

--

--

--

--

--

FB

--

--

--

--

--

--

JA

--

--

--

--

--

--

DA•DB•DC

213.5

188.5

125.5

□80

25

50

EB

213.5

188.5

125.5

□90

25

50

FA

213.5

188.5

125.5

□100

25

50

FB

223.5

188.5

135.5

□100

35

60

GB•GD

213.5

188.5

125.5

□115

25

50

HA

223.5

188.5

135.5

□115

35

60

--

213.5

188.5

125.5

□130

25

50

--

228.5

188.5

140.5

□130

40

65

--

218.5

188.5

130.5

□130

30

55

HB

223.5

188.5

135.5

□150

35

60

FA•FB•FC

230.5

195.5

142.5

□100

35

67

GA•GB•GC•GD•GE•GF•GG•GH

230.5

195.5

142.5

□115

35

67

HA•HC•HD

230.5

195.5

142.5

□130

35

67

HB

240.5

195.5

152.5

□130

45

77

HF

225.5

195.5

137.5

□130

30

62

JA•JB•JC•JF

230.5

195.5

142.5

□150

35

67

JD

250.5

195.5

162.5

□150

55

87

JE

240.5

195.5

152.5

□150

45

77

KA•KB•KE

230.5

195.5

142.5

□180

35

67

KD

240.5

195.5

152.5

□180

45

77

HA

251.5

206.5

163.5

□130

45

82

HB•HE

246.5

206.5

158.5

□130

40

77

JA

251.5

206.5

163.5

□150

45

82

KA•KB•KC

251.5

206.5

163.5

□180

45

82

KD

286.5

206.5

198.5

□180

80

117

KE

266.5

206.5

178.5

□180

60

97

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.

146

A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

VRS-100 – 2-Stage Adapter Dimensions

**: Adapter code

L1

L*

L2

L3

L4

BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

231

214.5

143

□65

16.5

35

BC•BH•BM•BN

236

214.5

148

□65

21.5

40

CA•CC

231

214.5

143

□70

16.5

35

DA•DB•DC•DD•DF•DH•DJ

231

214.5

143

□80

16.5

35

EA•EB•EC•EF•EG•EK•EL

231

214.5

143

□90

16.5

35

FA

231

214.5

143

□100

16.5

35

FB

241

214.5

153

□100

26.5

45

VRS-100-□-□-14**
(Input shaft bore ≦ φ14)

VRS-100-□-□-19**
(Input shaft bore ≦ φ19)

VRS-100-□-□-28**
(Input shaft bore ≦ φ28)

VRS-100-□-□-38**
(Input shaft bore ≦ φ38)

*1)

2-Stage

Double reduction : 1/15~ 1/100

L5

JA

246

214.5

158

□150

31.5

50

DA•DB•DC

241

216

153

□80

25

50

EB

241

216

153

□90

25

50

FA

241

216

153

□100

25

50

FB

251

216

163

□100

35

60

GB•GD

241

216

153

□115

25

50

HA

251

216

163

□115

35

60

--

241

216

153

□130

25

50

--

256

216

168

□130

40

65

--

246

216

158

□130

30

55

HB

251

216

163

□150

35

60

FA•FB•FC

258

223

170

□100

35

67

GA•GB•GC•GD•GE•GF•GG•GH

258

223

170

□115

35

67

HA•HC•HD

258

223

170

□130

35

67

HB

268

223

180

□130

45

77

HF

253

223

165

□130

30

62

JA•JB•JC•JF

258

223

170

□150

35

67

JD

278

223

190

□150

55

87

JE

268

223

180

□150

45

77

KA•KB•KE

258

223

170

□180

35

67

KD

268

223

180

□180

45

77

HA

275.5

230.5

187.5

□130

45

82

HB•HE

270.5

230.5

182.5

□130

40

77

JA

275.5

230.5

187.5

□150

45

82

KA•KB•KC

275.5

230.5

187.5

□180

45

82

KD

310.5

230.5

222.5

□180

80

117

KE

290.5

230.5

202.5

□180

60

97

*2)

VRS

Model number

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

147

VRS-SERIES Inline shaft
VRS-140 – 1-Stage Specifications
Frame Size

140

Stage

1-Stage

Ratio

Unit

Note

3

4

5

6

7

8

9

10

Nominal Output Torque

[Nm]

*1

240

240

360

360

360

360

240

240

Maximum Acceleration Torque

[Nm]

*2

470

700

700

700

700

700

470

470

Emergency Stop Torque

[Nm]

*3

1000

1250

1250

1250

1250

1250

1000

1000

Nominal Input Speed

[rpm]

*4

2000

Maximum Input Speed

[rpm]

*5

4000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

6700

7400

7900

8300

1.63
8700

9100

9400

9700

Permitted Axial Load

[N]

*8

9000

9000

9000

9000

9000

9000

9000

9000

--

--

--

--

Maximum Radial Load

[N]

*9

Maximum Axial Load

[N]

*10

Moment of Inertia (≤Ø 19)

[kgcm2]

--

--

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

12.000

7.400

5.800

4.900

4.100

3.800

3.600

3.400

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

20.000

15.000

13.000

13.000

12.000

12.000

11.000

11.000

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

42.000

37.000

36.000

35.000

34.000

34.000

34.000

33.000

[%]

*11

95

[Nm/arc-min]

*12

60

[arc-min]

--

≤3

[dB]

*13

67

--

*14

IP54 (IP65)

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

10000
9000
--

--

--

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

17

VRS-140 – 2-Stage Specifications
Frame Size

140

Stage
Unit

Note

15

16

20

25

28

30

35

40

Nominal Output Torque

[Nm]

*1

240

360

360

360

360

240

360

360

Maximum Acceleration Torque

[Nm]

*2

470

700

700

700

700

470

700

700

Emergency Stop Torque

[Nm]

*3

1000

1250

1250

1250

1250

1000

1250

1250

Nominal Input Speed

[rpm]

*4

2000

Maximum Input Speed

[rpm]

*5

4000

No Load Running Torque

[Nm]

*6

0.56

Permitted Radial Load

[N]

*7

10000

10000

10000

10000

10000

10000

10000

10000

Permitted Axial Load

[N]

*8

9000

9000

9000

9000

9000

9000

9000

9000

Maximum Radial Load

[N]

*9

1.400

0.850

1.100

0.830

Maximum Axial Load

10000

[N]

*10

Moment of Inertia (≤Ø 19)

[kgcm2]

--

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

3.200

3.500

3.100

3.100

3.300

2.800

3.100

2.800

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

11.000

11.000

11.000

11.000

11.000

10.000

11.000

10.000

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

--

--

--

--

--

--

--

--

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

148

2-Stage

Ratio

9000
1.300

1.500

1.200

1.100

[%]

*11

90

[Nm/arc-min]

*12

60

[arc-min]

--

≤3

[dB]

*13

67

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

19

VRS-140 – 2-Stage Specifications
Frame Size

140

Stage

2-Stage

Ratio

Unit

Note

45

50

60

70

80

90

100

Nominal Output Torque

[Nm]

*1

240

360

360

360

360

240

240

Maximum Acceleration Torque

[Nm]

*2

470

700

700

700

700

470

470

Emergency Stop Torque

[Nm]

*3

1000

1250

1250

1250

1250

1000

1000

Nominal Input Speed

[rpm]

*4

2000

Maximum Input Speed

[rpm]

*5

4000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

10000

10000

10000

10000

0.56
10000

10000

10000

Permitted Axial Load

[N]

*8

9000

9000

9000

9000

9000

9000

9000

0.800

0.800

0.800

Maximum Radial Load

[N]

*9

Maximum Axial Load

[N]

*10

Moment of Inertia (≤Ø 19)

[kgcm2]

--

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

3.000

2.800

2.800

2.800

2.800

2.800

2.800

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

11.000

10.000

10.000

10.000

10.000

10.000

10.000

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

--

--

--

--

--

--

--

[%]

*11

90

[Nm/arc-min]

*12

60

[arc-min]

--

≤3

[dB]

*13

67

--

*14

IP54 (IP65)

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

10000

0.810

0.810

0.800

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

19

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 2,000 rpm for VRS140

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output shaft center)

*9)

The maximum radial load that the reducer can accept

VRS

9000
1.100

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating
*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

149

VRS-SERIES Inline shaft
VRS-140 – 1-Stage Dimensions

150

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

VRS

VRS-140 – 2-Stage Dimensions

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

151

VRS-SERIES Inline shaft
VRS-140 – 1-Stage Adapter Dimensions

Model number

VRS-140-□-□-19**
(Input shaft bore ≦ φ19)

VRS-140-□-□-28**
(Input shaft bore ≦ φ28)

**: Adapter code

1-Stage
L1

L*

L2

L3

L4

L5

DA•DB•DC

--

--

--

--

--

--

EB•ED

--

--

--

--

--

--

FA

--

--

--

--

--

--

FB

--

--

--

--

--

--

GB•GD•GJ

--

--

--

--

--

--

HA

--

--

--

--

--

--

HB

--

--

--

--

--

--

JA

--

--

--

--

--

--

FA•FB•FC

274

239

162

□100

35

67

GA•GB•GC•GD•GE•GF•GG•GH

274

239

162

□115

35

67

HA•HC•HD

274

239

162

□130

35

67

HB

284

239

172

□130

45

77

HF

269

239

157

□130

30

62

JA•JB•JC•JF

274

239

162

□150

35

67

KA•KB•KE

274

239

162

□180

35

67

LA

274

239

162

□200

35

67

LB

284

239

172

□200

45

77

MA

274

239

162

□220

35

67

MB

284

239

172

□220

45

77

HA

289

244

177

□130

45

82

HB•HE

284

244

172

□130

40

77

JA

289

244

177

□150

45

82

KA•KB•KC

289

244

177

□180

45

82

VRS-140-□-□-38**

KD

324

244

212

□180

80

117

(Input shaft bore ≦ φ38)

KE

304

244

192

□180

60

97

VRS-140-□-□-48**
(Input shaft bore ≦ φ48)

LB

299

244

187

□200

55

92

MA•MB

289

244

177

□220

45

82

MC

304

244

192

□220

60

97

MD

299

244

187

□220

55

92

KA

330

255

218

□180

75

118

KB•KC

310

255

198

□180

55

98

LA

310

255

198

□200

55

98

MA

310

255

198

□220

55

98

330

255

218

□220

75

118

MB
*1)

Single reduction : 1/3~ 1/10

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.

152

A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

VRS-140 – 2-Stage Adapter Dimensions

VRS-140-□-□-19**
(Input shaft bore ≦ φ19)

VRS-140-□-□-28**
(Input shaft bore ≦ φ28)

**: Adapter code

2-Stage
L1

L*

L2

L3

L4

L5

DA•DB•DC

291.5

266.5

179.5

□80

25

50

EB•ED

291.5

266.5

179.5

□90

25

50

FA

291.5

266.5

179.5

□100

25

50

FB

301.5

266.5

189.5

□100

35

60

GB•GD•GJ

291.5

266.5

179.5

□115

25

50

HA

291.5

266.5

179.5

□130

25

50

HB

306.5

266.5

194.5

□130

40

65

JA

301.5

266.5

189.5

□150

35

60

FA•FB•FC

308.5

273.5

196.5

□100

35

67

GA•GB•GC•GD•GE•GF•GG•GH

308.5

273.5

196.5

□115

35

67

HA•HC•HD

308.5

273.5

196.5

□130

35

67

HB

318.5

273.5

206.5

□130

45

77

HF

303.5

273.5

191.5

□130

30

62

JA•JB•JC•JF

308.5

273.5

196.5

□150

35

67

KA•KB•KE

308.5

273.5

196.5

□180

35

67

LA

308.5

273.5

196.5

□200

35

67

LB

318.5

273.5

206.5

□200

45

77

MA

308.5

273.5

196.5

□220

35

67

MB

318.5

273.5

206.5

□220

45

77

HA

323.5

278.5

211.5

□130

45

82

HB•HE

318.5

278.5

206.5

□130

40

77

JA

323.5

278.5

211.5

□150

45

82

KA•KB•KC

323.5

278.5

211.5

□180

45

82

VRS-140-□-□-38**

KD

358.5

278.5

246.5

□180

80

117

(Input shaft bore ≦ φ38)

KE

338.5

278.5

226.5

□180

60

97

VRS-140-□-□-48**
(Input shaft bore ≦ φ48)

LB

333.5

278.5

221.5

□200

55

92

MA•MB

323.5

278.5

211.5

□220

45

82

MC

338.5

278.5

226.5

□220

60

97

MD

333.5

278.5

221.5

□220

55

92

KA

364.5

289.5

252.5

□180

75

118

KB•KC

344.5

289.5

232.5

□180

55

98

LA

344.5

289.5

232.5

□200

55

98

MA

344.5

289.5

232.5

□220

55

98

364.5

289.5

252.5

□220

75

118

MB
*1)

Double reduction : 1/15~ 1/100

*2)

VRS

Model number

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

153

VRS-SERIES Inline shaft
VRS-180 – 1-Stage Specifications
Frame Size

180

Stage

1-Stage

Ratio

Unit

Note

3

Nominal Output Torque

[Nm]

*1

500

750

750

750

Maximum Acceleration Torque

[Nm]

*2

970

1400

1400

1400

2200

2750

2750

2750

2750

4

5

6

7

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

1500

Maximum Input Speed

[rpm]

*5

3000

No Load Running Torque

8

9

10

750

750

500

500

1400

1400

970

970

2750

2200

2200

[Nm]

*6

Permitted Radial Load

[N]

*7

12000

13000

14000

15000

2.68
16000

17000

17000

18000

Permitted Axial Load

[N]

*8

16000

17000

17000

17000

17000

17000

17000

17000

Maximum Radial Load

[N]

*9

19000

Maximum Axial Load

[N]

*10

17000

Moment of Inertia (≤Ø 28)

[kgcm2]

--

--

--

--

--

--

--

--

--

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

42.000

27.000

21.000

18.000

16.000

15.000

14.000

14.000

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

64.000

49.000

43.000

40.000

38.000

37.000

36.000

36.000

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

120.000

110.000

100.000

100.000

98.000

97.000

96.000

96.000

[%]

*11

95

[Nm/arc-min]

*12

175

[arc-min]

--

≤3

[dB]

*13

67

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

39

VRS-180 – 2-Stage Specifications
Frame Size

180

Stage
Ratio

Unit

Note

15

16

20

25

28

30

35

40

Nominal Output Torque

[Nm]

*1

500

750

750

750

750

500

750

750

Maximum Acceleration Torque

[Nm]

*2

970

1400

1400

1400

1400

970

1400

1400

2200

2750

2750

2750

2750

2200

2750

2750

19000

19000

19000

19000

17000

17000

17000

17000

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

1500

Maximum Input Speed

[rpm]

*5

3000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

19000

19000

19000

19000

Permitted Axial Load

[N]

*8

17000

17000

17000

17000

Maximum Radial Load

[N]

*9

19000

Maximum Axial Load

[N]

*10

17000

Moment of Inertia (≤Ø 28)

[kgcm2]

--

4.700

5.400

4.300

4.200

4.900

3.200

4.100

3.200

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

12.000

13.000

12.000

12.000

13.000

11.000

12.000

11.000

1.39

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

34.000

35.000

34.000

34.000

35.000

33.000

34.000

33.000

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

--

--

--

--

--

--

--

--

[%]

*11

90

[Nm/arc-min]

*12

175

[arc-min]

--

≤3

[dB]

*13

67

--

*14

IP54 (IP65)

[°C]

--

0-40

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

154

2-Stage

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

39

VRS-180 – 2-Stage Specifications
Frame Size

180

Stage

2-Stage

Ratio

Unit

Note

45

Nominal Output Torque

[Nm]

*1

500

750

750

Maximum Acceleration Torque

[Nm]

*2

970

1400

1400

2200

2750

2750

2750

50

60

70

80

90

100

750

750

500

500

1400

1400

970

970

2750

2200

2200

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

1500

Maximum Input Speed

[rpm]

*5

3000

No Load Running Torque

*6

[N]

*7

19000

19000

19000

19000

1.39
19000

19000

19000

Permitted Axial Load

[N]

*8

17000

17000

17000

17000

17000

17000

17000

Maximum Radial Load

[N]

*9

19000

Maximum Axial Load

[N]

*10

17000

Moment of Inertia (≤Ø 28)

[kgcm2]

--

4.000

3.100

3.100

3.100

3.100

3.100

3.100

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

12.000

11.000

11.000

11.000

11.000

11.000

11.000

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

34.000

33.000

33.000

33.000

33.000

33.000

33.000

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

--

--

--

--

--

--

--

[%]

*11

90

[Nm/arc-min]

*12

175

[arc-min]

--

≤3

[dB]

*13

67

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

39

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 1,5000 rpm for VRS180

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output shaft center)

*9)

The maximum radial load that the reducer can accept

VRS

[Nm]

Permitted Radial Load

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating
*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

155

VRS-SERIES Inline shaft
VRS-180 – 1-Stage Dimensions

156

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

VRS

VRS-180 – 2-Stage Dimensions

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

157

VRS-SERIES Inline shaft
VRS-180 – 1-Stage Adapter Dimensions

Model number

VRS-180-□-□-28**
(Input shaft bore ≦ φ28)

VRS-180-□-□-38**
(Input shaft bore ≦ φ38)

VRS-180-□-□-48**
(Input shaft bore ≦ φ48)

VRS-180-□-□-65**
(Input shaft bore ≦ φ65)

**: Adapter code

L1

L*

L2

L3

L4

L5

FA•FB•FC

--

--

--

--

--

--

GA•GB•GC•GD•GE•GF•GG•GH

--

--

--

--

--

--

HA•HC•HD

--

--

--

--

--

--

HB

--

--

--

--

--

--

HF

--

--

--

--

--

--

JA•JB•JC•JF

--

--

--

--

--

--

KA•KB•KE

--

--

--

--

--

--

LA

--

--

--

--

--

--

LB

--

--

--

--

--

--

MA

--

--

--

--

--

--

MB

--

--

--

--

--

--

HA

315.5

270.5

203.5

□130

45

82

HB•HE

310.5

270.5

198.5

□130

40

77

JA

315.5

270.5

203.5

□150

45

82

KA•KB•KC

315.5

270.5

203.5

□180

45

82

KD

350.5

270.5

238.5

□180

80

117

KE

330.5

270.5

218.5

□180

60

97

LB

325.5

270.5

213.5

□200

55

92

MA•MB

315.5

270.5

203.5

□220

45

82

MC

330.5

270.5

218.5

□220

60

97

MD

325.5

270.5

213.5

□220

55

92

NA

315.5

270.5

203.5

□250

45

82

KA

351.5

276.5

239.5

□180

75

118

KB•KC

331.5

276.5

219.5

□180

55

98

LA

331.5

276.5

219.5

□200

55

98

MA

331.5

276.5

219.5

□220

55

98

MB

351.5

276.5

239.5

□220

75

118

NA

351.5

276.5

239.5

□250

75

118
118

PA

351.5

276.5

239.5

□280

75

MA•MB•MC•MD

363

283

251

□220

80

122

NA•NC

363

283

251

□250

80

122

NB•ND

393

283

281

□250

110

152

PA

383

283

271

□280

100

142

393

283

281

□280

110

152

PB
*1)

Single reduction : 1/3~ 1/10

1-Stage

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.

158

A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

VRS-180 – 2-Stage Adapter Dimensions

VRS-180-□-□-28**
(Input shaft bore ≦ φ28)

VRS-180-□-□-38**
(Input shaft bore ≦ φ38)

VRS-180-□-□-48**
(Input shaft bore ≦ φ48)

VRS-180-□-□-65**
(Input shaft bore ≦ φ65)

**: Adapter code

L1

L*

L2

L3

L4

L5

FA•FB•FC

345

310

233

□100

35

67

GA•GB•GC•GD•GE•GF•GG•GH

345

310

233

□115

35

67

HA•HC•HD

345

310

233

□130

35

67

HB

355

310

243

□130

45

77

HF

340

310

228

□130

30

62

JA•JB•JC•JF

345

310

233

□150

35

67

KA•KB•KE

345

310

233

□180

35

67

LA

345

310

233

□200

35

67

LB

355

310

243

□200

45

77

MA

345

310

233

□220

35

67

MB

355

310

243

□220

45

77

HA

360

315

248

□130

45

82

HB•HE

355

315

243

□130

40

77

JA

360

315

248

□150

45

82

KA•KB•KC

360

315

248

□180

45

82

KD

395

315

283

□180

80

117

KE

375

315

263

□180

60

97

LB

370

315

258

□200

55

92

MA•MB

360

315

248

□220

45

82

MC

375

315

263

□220

60

97

MD

370

315

258

□220

55

92

NA

360

315

248

□250

45

82

KA

396

321

284

□180

75

118

KB•KC

376

321

264

□180

55

98

LA

376

321

264

□200

55

98

MA

376

321

264

□220

55

98

MB

396

321

284

□220

75

118

NA

396

321

284

□250

75

118
118

PA

396

321

284

□280

75

MA•MB•MC•MD

--

--

--

--

--

--

NA•NC

--

--

--

--

--

--

NB•ND

--

--

--

--

--

--

PA

--

--

--

--

--

--

--

--

--

--

--

--

PB
*1)

Double reduction : 1/15~ 1/100

2-Stage

*2)

VRS

Model number

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

159

VRS-SERIES Inline shaft
VRS-210 – 1-Stage Specifications
Frame Size

210

Stage

1-Stage

Ratio

Unit

Note

3

4

5

6

7

8

9

10

Nominal Output Torque

[Nm]

*1

1000

1500

1500

1500

1500

1500

1000

1000

Maximum Acceleration Torque

[Nm]

*2

1600

2300

2300

2300

2300

2200

1900

1600

Emergency Stop Torque

[Nm]

*3

4000

5000

5000

5000

5000

5000

4000

4000

Nominal Input Speed

[rpm]

*4

1000

Maximum Input Speed

[rpm]

*5

2000

No Load Running Torque

[Nm]

*6

2.92

Permitted Radial Load

[N]

*7

17000

18000

20000

21000

22000

23000

24000

24000

Permitted Axial Load

[N]

*8

22000

22000

22000

22000

22000

22000

22000

22000

Maximum Radial Load

[N]

*9

Maximum Axial Load

24000

[N]

*10

Moment of Inertia (≤Ø 38)

[kgcm2]

--

--

--

--

--

--

--

--

--

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

92.000

63.000

53.000

47.000

43.000

40.000

39.000

38.000

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

150.000

120.000

110.000

110.000

100.000

100.000

99.000

98.000

[%]

*11

97

[Nm/arc-min]

*12

400

[arc-min]

--

≤3

[dB]

*13

61

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

22000

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

59

VRS-210 – 2-Stage Specifications
Frame Size

210

Stage
Unit

Note

15

16

20

25

28

30

35

40

Nominal Output Torque

[Nm]

*1

1000

1500

1500

1500

1500

1000

1500

1500

Maximum Acceleration Torque

[Nm]

*2

1600

2300

2300

2300

2300

1600

2300

2300

Emergency Stop Torque

[Nm]

*3

4000

5000

5000

5000

5000

4000

5000

5000

Nominal Input Speed

[rpm]

*4

1000

Maximum Input Speed

[rpm]

*5

2000

No Load Running Torque

[Nm]

*6

1.14

Permitted Radial Load

[N]

*7

24000

24000

24000

24000

24000

24000

24000

24000

Permitted Axial Load

[N]

*8

22000

22000

22000

22000

22000

22000

22000

22000

Maximum Radial Load

[N]

*9

[N]

*10

[kgcm2]

--

14.000

16.000

14.000

14.000

15.000

12.000

13.000

12.000

Maximum Axial Load
Moment of Inertia (≤Ø 38)

24000
22000

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

36.000

37.000

36.000

35.000

36.000

34.000

35.000

33.000

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

--

--

--

--

--

--

--

--

[%]

*11

92

[Nm/arc-min]

*12

400

[arc-min]

--

≤3

[dB]

*13

61

--

*14

IP54 (IP65)

[°C]

--

0-40

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

160

2-Stage

Ratio

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

60

VRS-210 – 2-Stage Specifications
Frame Size

210

Stage

2-Stage

Ratio

Unit

Note

45

50

60

70

80

90

100

Nominal Output Torque

[Nm]

*1

1000

1500

1500

1500

1500

1000

1000

Maximum Acceleration Torque

[Nm]

*2

1300

2300

2300

2300

1800

1300

1200

Emergency Stop Torque

[Nm]

*3

4000

5000

5000

5000

5000

4000

4000

Nominal Input Speed

[rpm]

*4

1000

Maximum Input Speed

[rpm]

*5

2000

No Load Running Torque

[Nm]

*6

1.14

Permitted Radial Load

[N]

*7

24000

24000

24000

24000

24000

24000

24000

Permitted Axial Load

[N]

*8

22000

22000

22000

22000

22000

22000

22000

Maximum Radial Load

[N]

*9

[N]

*10

Moment of Inertia (≤Ø 38)

[kgcm2]

--

13.000

12.000

12.000

12.000

12.000

12.000

12.000

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

35.000

33.000

33.000

33.000

33.000

33.000

33.000

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

--

--

--

--

--

--

--

[%]

*11

92

[Nm/arc-min]

*12

400

[arc-min]

--

≤3

[dB]

*13

61

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

22000

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

60

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 1,5000 rpm for VRS210;

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output shaft center)

*9)

The maximum radial load that the reducer can accept

VRS

Maximum Axial Load

24000

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating
*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

161

VRS-SERIES Inline shaft
VRS-210 – 1-Stage Dimensions

162

*1)

Length will vary depending on motor.

*2)

Bushing will be inserted to adapt to motor shaft

VRS

VRS-210 – 2-Stage Dimensions

*1)

Length will vary depending on motor.

*2)

Bushing will be inserted to adapt to motor shaft

163

VRS-SERIES Inline shaft
VRS-210 – 1-Stage Adapter Dimensions

Model number

**: Adapter code

1-Stage
L1

L*

L2

L3

L4

L5

HA

--

--

--

--

--

--

HB•HE

--

--

--

--

--

--

JA

--

--

--

--

--

--

KA•KB•KC

--

--

--

--

--

--

KD

--

--

--

--

--

--

VRS-210-□-□-38**

KE

--

--

--

--

--

--

(Input shaft bore ≦ φ38)

LA

--

--

--

--

--

--

LB

--

--

--

--

--

--

MA•MB

--

--

--

--

--

--

MC

--

--

--

--

--

--

MD

--

--

--

--

--

--

VRS-210-□-□-48**
(Input shaft bore ≦ φ48)

VRS-210-□-□-65**
(Input shaft bore ≦ φ65)

NA

--

--

--

--

--

--

KA

414

339

271

□180

75

118

KB•KC

394

339

251

□180

55

98

LA

394

339

251

□200

55

98

MA

394

339

251

□220

55

98

MB

414

339

271

□220

75

118

NA

414

339

271

□250

75

118

PA

414

339

271

□280

75

118

MA•MB•MC•MD

418

338

275

□220

80

122

NA•NC

418

338

275

□250

80

122

NB•ND

448

338

305

□250

110

152

PA

438

338

295

□280

100

142

PB

448

338

305

□280

110

152

QA•QB

438

338

295

□320

100

142

*1)

Single reduction : 1/3~ 1/10

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

164

VRS

VRS-210 – 2-Stage Adapter Dimensions

Model number

**: Adapter code

2-Stage
L1

L*

L2

L3

L4

L5

HA

413

368

270

□130

45

82

HB•HE

408

368

265

□130

40

77

JA

413

368

270

□150

45

82

KA•KB•KC

413

368

270

□180

45

82

KD

448

368

305

□180

80

117

VRS-210-□-□-38**

KE

428

368

285

□180

60

97

(Input shaft bore ≦ φ38)

LA

413

368

270

□200

45

82

LB

423

368

280

□200

55

92

VRS-210-□-□-48**
(Input shaft bore ≦ φ48)

VRS-210-□-□-65**
(Input shaft bore ≦ φ65)

MA•MB

413

368

270

□220

45

82

MC

428

368

285

□220

60

97

MD

423

368

280

□220

55

92

NA

413

368

270

□250

45

82

KA

449

374

306

□180

75

118

KB•KC

429

374

286

□180

55

98

LA

429

374

286

□200

55

98

MA

429

374

286

□220

55

98

MB

449

374

306

□220

75

118

NA

449

374

306

□250

75

118

PA

449

374

306

□280

75

118

MA•MB•MC•MD

--

--

--

--

--

--

NA•NC

--

--

--

--

--

--

NB•ND

--

--

--

--

--

--

PA

--

--

--

--

--

--

PB

--

--

--

--

--

--

QA•QB

--

--

--

--

--

--

*1)

Double reduction : 1/15~ 1/100

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

165

VRS-SERIES Inline shaft
VRS-240 – 1-Stage Specifications
Frame Size

240

Stage

1-Stage

Ratio

Unit

Note

3

4

5

6

7

8

9

10

Nominal Output Torque

[Nm]

*1

1600

2400

2400

2400

2400

2400

1600

1600

Maximum Acceleration Torque

[Nm]

*2

2500

3700

3700

3700

3700

3600

3000

2600

Emergency Stop Torque

[Nm]

*3

6000

8000

8000

8000

8000

8000

6000

6000

Nominal Input Speed

[rpm]

*4

1000

Maximum Input Speed

[rpm]

*5

2000

No Load Running Torque

[Nm]

*6

5.96

Permitted Radial Load

[N]

*7

21000

22000

24000

25000

26000

28000

29000

29000

Permitted Axial Load

[N]

*8

27000

27000

27000

27000

27000

27000

27000

27000

Maximum Radial Load

[N]

*9

--

--

--

--

110.000

110.000

110.000

100.000

Maximum Axial Load

30000

[N]

*10

Moment of Inertia (≤Ø 48)

[kgcm2]

--

--

--

--

--

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

220.000

160.000

130.000

120.000

[%]

*11

97

[Nm/arc-min]

*12

550

[arc-min]

--

≤3

[dB]

*13

62

--

*14

IP54 (IP65)

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

27000

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

85

VRS-240 – 2-Stage Specifications
Frame Size

240

Stage
Unit

Note

15

16

20

25

28

30

35

40

Nominal Output Torque

[Nm]

*1

1600

2400

2400

2400

2400

1600

2400

2400

Maximum Acceleration Torque

[Nm]

*2

2500

3700

3700

3700

3700

2500

3700

3700

Emergency Stop Torque

[Nm]

*3

6000

8000

8000

8000

8000

6000

8000

8000

Nominal Input Speed

[rpm]

*4

1000

Maximum Input Speed

[rpm]

*5

2000

No Load Running Torque

[Nm]

*6

1.28

Permitted Radial Load

[N]

*7

30000

30000

30000

30000

30000

30000

30000

30000

Permitted Axial Load

[N]

*8

27000

27000

27000

27000

27000

27000

27000

27000

41.000

35.000

38.000

35.000

--

--

--

--

Maximum Radial Load

[N]

*9

Maximum Axial Load

[N]

*10

Moment of Inertia (≤Ø 48)

[kgcm2]

--

40.000

43.000

39.000

39.000

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

--

--

--

--

[%]

*11

92

[Nm/arc-min]

*12

550

[arc-min]

--

≤3

[dB]

*13

62

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

166

2-Stage

Ratio

30000
27000

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

89

VRS-240 – 2-Stage Specifications
Frame Size

240

Stage

2-Stage

Ratio

Unit

Note

45

50

60

70

80

90

100

Nominal Output Torque

[Nm]

*1

1600

2400

2400

2400

2400

1600

1600

Maximum Acceleration Torque

[Nm]

*2

2100

3700

3700

3700

2700

2100

1800

Emergency Stop Torque

[Nm]

*3

6000

8000

8000

8000

8000

6000

6000

Nominal Input Speed

[rpm]

*4

1000

Maximum Input Speed

[rpm]

*5

2000

No Load Running Torque

[Nm]

*6

1.28

Permitted Radial Load

[N]

*7

30000

30000

30000

30000

30000

30000

30000

Permitted Axial Load

[N]

*8

27000

27000

27000

27000

27000

27000

27000

Maximum Radial Load

[N]

*9

34.000

34.000

34.000

34.000

--

--

--

--

[N]

*10

Moment of Inertia (≤Ø 48)

[kgcm2]

--

38.000

35.000

35.000

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

--

--

--

[%]

*11

92

[Nm/arc-min]

*12

550

[arc-min]

--

≤3

[dB]

*13

62

--

*14

IP54 (IP65)

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

27000

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

89

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 1,000 rpm for VRS240

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output shaft center)

*9)

The maximum radial load that the reducer can accept

VRS

Maximum Axial Load

30000

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating
*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

167

VRS-SERIES Inline shaft
VRS-240 – 1-Stage Dimensions

168

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

VRS

VRS-240 – 2-Stage Dimensions

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

169

VRS-SERIES Inline shaft
VRS-240 – 1-Stage Adapter Dimensions

Model number

**: Adapter code
KA

VRS-240-□-□-48**
(Input shaft bore ≦ φ48)

VRS-240-□-□-65**
(Input shaft bore ≦ φ65)

1-Stage
L1

L*

L2

L3

L4

L5

--

--

--

--

--

--

KB•KC

--

--

--

--

--

--

LA

--

--

--

--

--

--

MA

--

--

--

--

--

--

MB

--

--

--

--

--

--

NA

--

--

--

--

--

--

PA

--

--

--

--

--

--

MA•MB•MC•MD

465.5

385.5

295.5

□220

80

122

NA•NC

465.5

385.5

295.5

□250

80

122

NB•ND

495.5

385.5

325.5

□250

110

152

PA

485.5

385.5

315.5

□280

100

142

PB

495.5

385.5

325.5

□280

110

152

QA•QB

485.5

385.5

315.5

□320

100

142

*1)

Single reduction : 1/3~ 1/10

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

170

VRS

VRS-240 – 2-Stage Adapter Dimensions

Model number

**: Adapter code
KA

VRS-240-□-□-48**
(Input shaft bore ≦ φ48)

VRS-240-□-□-65**
(Input shaft bore ≦ φ65)

2-Stage
L1

L*

L2

L3

L4

L5

516

441

346

□180

75

118

KB•KC

496

441

326

□180

55

98

LA

496

441

326

□200

55

98

MA

496

441

326

□220

55

98

MB

516

441

346

□220

75

118

NA

516

441

346

□250

75

118
118

PA

516

441

346

□280

75

MA•MB•MC•MD

--

--

--

--

--

--

NA•NC

--

--

--

--

--

--

NB•ND

--

--

--

--

--

--

PA

--

--

--

--

--

--

PB

--

--

--

--

--

--

QA•QB

--

--

--

--

--

--

*1)

Double reduction : 1/15~ 1/100

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

171

VRT-SERIES

T

he VRT series sets the new standard in applications requiring
extremely high-torque ratings and rigidity. The compact design

and hub-style output is ideal for equipment requiring high speed,
high precision indexing movement. The remarkable torsional stiffness and the low backlash of the planetary gearing combine to provide outstanding positioning accuracy.
With a backlash rating less than 3 arc-minutes and exceptional torque
handling capabilities, the VRT offers a high performance robust planetary solution for OEM customers. The VRT reducer is often used for larger
indexing applications and dial tables commonly found in packaging
and filling equipment and assembly automation systems.

172

VRT
VRT-SERIES
■ ISO9409 robotics industry mounting interface
■ Superior flexibility in mounting of pinions, pulleys and turntables
■ Exceptional torsional rigidity for high positional accuracy needs
■ Nice compact and robust design
■ Impressive radial and axial load capability

173

VRT-SERIES Inline shaft
VRT-Series – Features

4

3

2

5
1

174

1

High precision: Standard backlash is 3 arc-min, ideal for higher levels of positional accuracy

2

High rigidity & torque: Rigidity and torque capacity are achieved by using uncaged needle roller bearings

3

High load capacity: Tapered roller bearings were added to the output section to increase radial and axial
load ratings on most frame sizes

4

Adapter-bushing connection: Enables a simple, effective attachment to most servo motors

5

No leakage through the seal: High viscosity, anti-separation grease does not liquefy and does not migrate
away from the gears

6

Maintenance-free: No need to replace the grease for the life of the unit. The reducer can be positioned in
any orientation

VRT-Series – Model Code
VR

T

−

090

−

7

−

F

3

−

19HB16

㩷Adapter flange code

Backlash

Output style

Flange output

Single: 4, 5, 7, 10
Double: 16, 20, 25, 28, 35, 40, 50, 70, 100

Frame size: 047, 064, 090, *110B, *140B, *200B, *255B, *285B
* Frames > 090 are a different generation of design, include letter B with frame size

Series name

㪊㪸㫉㪺㪄㫄㫀㫅

VRT Series

VRT

Ratio

F・・・

㪊䊶䊶䊶

Model name for ABLE reducer

*1)

Adapter flange code
Adapter flange code varies depending on the motor.

Contact us for additional information or refer to our online reducer selection tool.
Selection tool www.nidec-shimpo.co.jp/selection/eng

175

VRT-SERIES Inline shaft
VRT-047 – 1-Stage Specifications
Frame Size

047

Stage

1-Stage

Ratio

Unit

Notes

Nominal Output Torque

[Nm]

*1

9

9

9

9

9

6

6

Maximum Acceleration Torque

[Nm]

*2

18

18

18

18

18

12

12

35

35

35

35

35

30

30

4

5

6

7

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

4000

Maximum Input Speed

[rpm]

*5

8000

No Load Running Torque

8

9

10

[Nm]

*6

Permitted Radial Load

[N]

*7

270

300

310

0.03
330

350

360

370

Permitted Axial Load

[N]

*8

300

330

360

390

410

430

450

Maximum Radial Load

[N]

*9

1100

Maximum Axial Load

[N]

*10

550

Moment of Inertia (≤ Ø 8)

[kgcm2]

--

0.052

0.043

0.038

0.036

0.034

0.033

0.032

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

0.090

0.081

0.077

0.074

0.072

0.071

0.071

[%]

*11

[Nm/arc-min]

*12

2

[arc-min]

--

≤3

[dB]

*13

≤ 61

--

*14

IP54 (IP65)

[°C]

--

0 - 40

35

40

45

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

95

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

0.7

VRT-047 – 2-Stage Specifications
Frame Size

047

Stage
Unit

Notes

Nominal Output Torque

[Nm]

*1

9

9

9

9

9

9

6

Maximum Acceleration Torque

[Nm]

*2

18

18

18

18

18

18

12

Emergency Stop Torque

[Nm]

*3

35

35

35

35

35

35

30

Nominal Input Speed

[rpm]

*4

4000

Maximum Input Speed

[rpm]

*5

8000

No Load Running Torque

16

20

25

28

[Nm]

*6

Permitted Radial Load

[N]

*7

440

470

510

530

570

590

620

Permitted Axial Load

[N]

*8

550

550

550

550

550

550

550

0.01

0.038

0.034

0.030

0.034

--

--

--

--

Maximum Radial Load

[N]

*9

Maximum Axial Load

[N]

*10

Moment of Inertia (≤ Ø 8)

[kgcm2]

--

0.039

0.035

0.034

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

--

--

--

[%]

*11

[Nm/arc-min]

*12

2

[arc-min]

--

≤5

[dB]

*13

≤ 61

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

176

2-Stage

Ratio

1100
550

90

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0 - 40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

0.8

VRT-047 – 2-Stage Specifications
Frame Size

047

Stage

2-Stage

Ratio

Unit

Notes

Nominal Output Torque

[Nm]

*1

9

9

9

9

6

6

Maximum Acceleration Torque

[Nm]

*2

18

18

18

18

12

12

35

35

35

35

30

30

50

60

70

80

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

4000

Maximum Input Speed

[rpm]

*5

8000

No Load Running Torque

90

100

[Nm]

*6

Permitted Radial Load

[N]

*7

640

680

710

0.01
750

780

800

Permitted Axial Load

[N]

*8

550

550

550

550

550

550

Maximum Radial Load

[N]

*9

1100

Maximum Axial Load

[N]

*10

550

Moment of Inertia (≤ Ø 8)

[kgcm2]

--

0.030

0.030

0.030

0.030

0.030

0.030

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

--

--

--

--

--

--

[%]

*11

[Nm/arc-min]

*12

2

[arc-min]

--

≤5

[dB]

*13

≤ 61

--

*14

IP54 (IP65)

[°C]

--

0 - 40

Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

90

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

0.8

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 4,000 rpm for VRT 047

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output flange center)

*9)

The maximum radial load that the reducer can accept

VRT

Efficiency

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating
*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

177

VRT-SERIES Inline shaft
VRT-047 – 1-Stage Dimensions

178

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

VRT

VRT-047 – 2-Stage Dimensions

179

VRT-SERIES Inline shaft
VRT-047 – 1-Stage Adapter Dimensions

Model Number

VRT-047-□-□-S8**
(Input shaft bore ≦ φ8)

VRT-047-□-□-14**
(Input shaft bore ≦ φ14)

**: Adapter Code

1-Stage
L1

L*

L2

L3

L4

L5

AA•AC•AD•AF•AG

66.5

51

47

□42

15.5

32

AB•AE•AH•AJ•AK

71.5

51

52

□42

20.5

37

BC•BF

66.5

51

47

□60

15.5

32

CA

71.5

51

52

□60

20.5

37

BA•BB•BD•BE•BF•BG•BJ•BK•BP

69.5

53

50

□65

16.5

35

BC•BH•BM•BN

74.5

53

55

□65

21.5

40

BL

79.5

53

60

□65

26.5

45

*1)

Single reduction : 1/4 - 1/10

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

180

Model Number

**: Adapter Code

VRT-047-□-□-S8**
(Input shaft bore ≦ φ8)

2-Stage
L1

L*

L2

L3

L4

L5

AA•AC•AD•AF•AG

83

67.5

63.5

□42

15.5

32

AB•AE•AH•AJ•AK

88

67.5

68.5

□42

20.5

37

BC•BF

83

67.5

63.5

□60

15.5

32

CA

88

67.5

68.5

□60

20.5

37

BA•BB•BD•BE•BF•BG•BJ•BK•BP

--

--

--

--

--

--

BC•BH•BM•BN

--

--

--

--

--

--

BL

--

--

--

--

--

--

VRT-047-□-□-14**
(Input shaft bore ≦ φ14)

*1)

Double reduction : 1/16 - 1/100

*2)

Bushing will be inserted to adapt to motor shaft

VRT

VRT-047 – 2-Stage Adapter Dimensions

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

181

VRT-SERIES Inline shaft
VRT-064 – 1-Stage Specifications
Frame Size

064

Stage

1-Stage

Ratio

Unit

Note

4

5

6

7

8

9

10

Nominal Output Torque

[Nm]

*1

27

27

27

27

27

18

18

Maximum Acceleration Torque

[Nm]

*2

50

50

50

50

50

35

35

100

100

100

100

100

80

80

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

370

400

420

0.08
440

460

480

500

Permitted Axial Load

[N]

*8

360

390

430

460

480

510

530

Maximum Radial Load

[N]

*9

Maximum Axial Load

[N]

*10

Moment of Inertia (≤ Ø 8)

[kgcm2]

--

0.130

0.100

0.085

0.075

0.068

0.064

0.062

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

0.210

0.180

0.170

0.150

0.150

0.140

0.140

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

0.400

0.400

0.400

0.400

0.400

0.400

0.400

[%]

*11

95

[Nm/arc-min]

*12

3

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

1500
750

[arc-min]

--

≤3

[dB]

*13

≤ 66

--

*14

IP54 (IP65)
0 - 40

Ambient Temperature

[°C]

--

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

1.4

VRT-064 – 2-Stage Specifications
Frame Size

064

Stage
Unit

Note

16

20

25

28

35

40

45

Nominal Output Torque

[Nm]

*1

27

27

27

27

27

27

18

Maximum Acceleration Torque

[Nm]

*2

50

50

50

50

50

50

35

Emergency Stop Torque

[Nm]

*3

100

100

100

100

100

100

80

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

580

630

680

700

760

790

820

Permitted Axial Load

[N]

*8

650

720

750

750

750

750

750

Maximum Radial Load

[N]

*9

1500

Maximum Axial Load

[N]

*10

750

0.04

Moment of Inertia (≤ Ø 8)

[kgcm2]

--

0.059

0.055

0.054

0.056

0.053

0.049

0.530

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

0.140

0.140

0.130

0.140

0.130

0.130

0.130

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

0.360

0.350

0.350

0.360

0.350

0.340

0.350

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

182

2-Stage

Ratio

[%]

*11

[Nm/arc-min]

*12

90
3

[arc-min]

--

≤3

[dB]

*13

≤ 66

--

*14

IP54 (IP65)

[°C]

--

0 - 40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

1.6

VRT-064 – 2-Stage Specifications
Frame Size

064

Stage

2-Stage

Ratio

Unit

Note

50

60

70

80

90

100

Nominal Output Torque

[Nm]

*1

27

27

27

27

18

18

Maximum Acceleration Torque

[Nm]

*2

50

50

50

50

35

35

100

100

100

100

80

80

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

850

910

950

0.04
1000

1000

1100

Permitted Axial Load

[N]

*8

750

750

750

750

750

750

Maximum Radial Load

[N]

*9

Maximum Axial Load

[N]

*10

Moment of Inertia (≤ Ø 8)

[kgcm2]

--

0.049

0.049

0.049

0.049

0.049

0.049

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

0.130

0.130

0.130

0.130

0.130

0.130

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

0.340

0.340

0.340

0.340

0.340

0.340

[%]

*11

90

[Nm/arc-min]

*12

3

Torsional Rigidity
Maximum Torsional Backlash
Noise Level

750

[arc-min]

--

≤3

[dB]

*13

≤ 66

--

*14

IP54 (IP65)
0 - 40

Protection Class
Ambient Temperature

[°C]

--

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

1.6

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 3,000 rpm for VRT 064

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output flange center)

*9)

The maximum radial load that the reducer can accept

VRT

Efficiency

1500

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating
*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

183

VRT-SERIES Inline shaft
VRT-064 – 1-Stage Dimensions

184

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

VRT

VRT-064 – 2-Stage Dimensions

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

185

VRT-SERIES Inline shaft
VRT-064 – 1-Stage Adapter Dimensions

Model Number

VRT-064-□-□-8**
(Input shaft bore ≦ φ8)

VRT-064-□-□-14**
(Input shaft bore ≦ φ14)

VRT-064-□-□-19**
(Input shaft bore ≦ φ19)

**: Adapter Code

1-Stage
L1

L*

L2

L3

L4

L5

AA•AC•AD•AF•AG•AL•AM•AN•AQ

79

63.5

59.5

□52

15.5

32

AB•AE•AH•AJ•AK

84

63.5

64.5

□52

20.5

37

BA•BB•BD•BE•BG•BH•BJ

79

63.5

59.5

□60

15.5

32

BC•BF

84

63.5

64.5

□60

20.5

37

CA

84

63.5

64.5

□70

20.5

37

BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

82

65.5

62.5

□65

16.5

35

BC•BH•BM•BN

87

65.5

67.5

□65

21.5

40

BL

92

65.5

72.5

□65

26.5

45

CA•CC

82

65.5

62.5

□70

16.5

35

CB

87

65.5

67.5

□70

21.5

40

DA•DB•DC•DD•DF•DH•DJ

82

65.5

62.5

□80

16.5

35

DE•DL

87

65.5

67.5

□80

21.5

40

DG•DK

92

65.5

72.5

□80

26.5

45

EA•EB•EC•EF•EG•EK•EL

82

65.5

62.5

□90

16.5

35

EJ•EM

87

65.5

67.5

□90

21.5

40

ED•EE•EH

92

65.5

72.5

□90

26.5

45

FA

82

65.5

62.5

□100

16.5

35

FB

82

65.5

62.5

□115

16.5

35

DA•DB•DC

97

72

77.5

□80

25

50

DD

107

72

87.5

□80

35

60

DE

102

72

82.5

□80

30

55

EA

102

72

82.5

□90

30

55

EB•ED

97

72

77.5

□90

25

50

EC

107

72

87.5

□90

35

60

FA

97

72

77.5

□100

25

50

FB

107

72

87.5

□100

35

60

*1)

Single reduction : 1/4 - 1/10

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

186

Model Number

**: Adapter Code

2-Stage
L1

L*

L2

L3

L4

L5

AA•AC•AD•AF•AG•AL•AM•AN•AQ

98

82.5

78.5

□52

15.5

32

AB•AE•AH•AJ•AK

103

82.5

83.5

□52

20.5

37

BA•BB•BD•BE•BG•BH•BJ

98

82.5

78.5

□60

15.5

32

BC•BF

103

82.5

83.5

□60

20.5

37

CA

103

82.5

83.5

□70

20.5

37

BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

103

86.5

83.5

□65

16.5

35

BC•BH•BM•BN

108

86.5

88.5

□65

21.5

40

BL

113

86.5

93.5

□65

26.5

45

CA•CC

103

86.5

83.5

□70

16.5

35

CB

108

86.5

88.5

□70

21.5

40

VRT-064-□-□-8**
(Input shaft bore ≦ φ8)

VRT-064-□-□-14**
(Input shaft bore ≦ φ14)

VRT-064-□-□-19**
(Input shaft bore ≦ φ19)

DA•DB•DC•DD•DF•DH•DJ

103

86.5

83.5

□80

16.5

35

DE•DL

108

86.5

88.5

□80

21.5

40

DG•DK

113

86.5

93.5

□80

26.5

45

EA•EB•EC•EF•EG•EK•EL

103

86.5

83.5

□90

16.5

35

EJ•EM

108

86.5

88.5

□90

21.5

40

ED•EE•EH

113

86.5

93.5

□90

26.5

45

FA

103

86.5

83.5

□100

16.5

35

FB

103

86.5

83.5

□115

16.5

35

DA•DB•DC

118

93

98.5

□80

25

50

DD

128

93

108.5

□80

35

60

DE

123

93

103.5

□80

30

55

EA

123

93

103.5

□90

30

55

EB•ED

118

93

98.5

□90

25

50

EC

128

93

108.5

□90

35

60

FA

118

93

98.5

□100

25

50

FB

128

93

108.5

□100

35

60

*1)

Double reduction : 1/16 - 1/100

*2)

Bushing will be inserted to adapt to motor shaft

VRT

VRT-064 – 2-Stage Adapter Dimensions

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

187

VRT-SERIES Inline shaft
VRT-090 – 1-Stage Specifications
Frame Size

090

Stage

1-Stage

Ratio

Unit

Note

Nominal Output Torque

[Nm]

*1

75

75

75

Maximum Acceleration Torque

[Nm]

*2

125

125

125

Emergency Stop Torque

[Nm]

*3

250

250

250

250

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

0.17

4

5

6

7

8

9

10

75

75

50

50

125

125

80

80

250

200

200

Permitted Radial Load

[N]

*7

720

780

830

870

910

950

980

Permitted Axial Load

[N]

*8

620

680

740

790

830

880

920

Maximum Radial Load

[N]

*9

Maximum Axial Load

[N]

*10

Moment of Inertia (≤ Ø 8)

[kgcm2]

--

-

-

-

-

-

-

-

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

0.770

0.580

0.480

0.410

0.370

0.350

0.330

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

1.200

1.000

0.940

0.880

0.840

0.810

0.800

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

2.900

2.900

2.800

2.800

2.800

2.800

2.800

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

3300
1700

[%]

*11

95

[Nm/arc-min]

*12

10

[arc-min]

--

≤3

[dB]

*13

≤ 67

--

*14

IP54 (IP65)
0 - 40

Ambient Temperature

[°C]

--

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

3.6

VRT-090 – 2-Stage Specifications
Frame Size

090

Stage
Unit

Note

16

20

25

28

35

40

Nominal Output Torque

[Nm]

*1

75

75

75

75

75

75

Maximum Acceleration Torque

[Nm]

*2

125

125

125

125

125

125

Emergency Stop Torque

[Nm]

*3

250

250

250

250

250

250

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

0.05

Permitted Radial Load

[N]

*7

1200

1200

1300

1400

1500

1600

Permitted Axial Load

[N]

*8

1100

1200

1400

1400

1600

1700

Maximum Radial Load

[N]

*9

Maximum Axial Load

3300

[N]

*10

Moment of Inertia (≤ Ø 8)

[kgcm2]

--

0.160

0.140

0.130

0.140

0.130

0.100

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

0.310

0.290

0.280

0.300

0.280

0.250

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

0.750

0.730

0.720

0.730

0.720

0.700

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

2.800

2.700

2.700

2.800

2.700

2.600

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

188

2-Stage

Ratio

1700

[%]

*11

90

[Nm/arc-min]

*12

10

[arc-min]

--

≤3

[dB]

*13

≤ 67

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0 - 40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

4

VRT-090 – 2-Stage Specifications
Frame Size

090

Stage

2-Stage

Ratio

Unit

Note

45

Nominal Output Torque

[Nm]

*1

50

75

75

Maximum Acceleration Torque

[Nm]

*2

80

125

125

Emergency Stop Torque

[Nm]

*3

200

250

250

250

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

0.05

50

60

70

80

90

100

75

75

50

50

125

125

80

80

250

200

200

Permitted Radial Load

[N]

*7

1600

1700

1800

1900

2000

2000

2100

Permitted Axial Load

[N]

*8

1700

1700

1700

1700

1700

1700

1700

Maximum Radial Load

[N]

*9

Maximum Axial Load

[N]

*10

Moment of Inertia (≤ Ø 8)

[kgcm2]

--

0.120

0.100

0.099

0.098

0.098

0.098

0.098

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

0.270

0.250

0.250

0.250

0.250

0.250

0.250

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

0.710

0.700

0.700

0.690

0.690

0.690

0.690

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

2.700

2.600

2.600

2.600

2.600

2.600

2.600

Torsional Rigidity

1700

[%]

*11

90

[Nm/arc-min]

*12

10

Maximum Torsional Backlash
Noise Level

[arc-min]

--

≤3

[dB]

*13

≤ 67

--

*14

IP54 (IP65)

Protection Class
Ambient Temperature

[°C]

--

0 - 40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

4

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 3,000 rpm for VRT 090

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output flange center)

*9)

The maximum radial load that the reducer can accept

VRT

Efficiency

3300

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating
*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

189

VRT-SERIES Inline shaft
VRT-090 – 1-Stage Dimensions

190

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

VRT

VRT-090 – 2-Stage Dimensions

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

191

VRT-SERIES Inline shaft
VRT-090 – 1-Stage Adapter Dimensions

Model Number

VRT-090-□-□-8**
(Input shaft bore ≦ φ8)

VRT-090-□-□-14**
(Input shaft bore ≦ φ14)

VRT-090-□-□-19**
(Input shaft bore ≦ φ19)

**: Adapter Code

1-Stage
L1

L*

L2

L3

L4

L5

AA•AC•AD•AF•AG•AL•AM•AN•AQ

--

--

--

--

--

--

AB•AE•AH•AJ•AK

--

--

--

--

--

--

BA•BB•BD•BE•BG•BH•BJ

--

--

--

--

--

--

CA

--

--

--

--

--

--

BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

100

83.5

70

□65

16.5

35

BC•BH•BM•BN

105

83.5

75

□65

21.5

40

CA•CC

100

83.5

70

□70

16.5

35

DA•DB•DC•DD•DF•DH•DJ

100

83.5

70

□80

16.5

35

EA•EB•EC•EF•EG•EK•EL

100

83.5

70

□90

16.5

35

FA

100

83.5

70

□100

16.5

35

FB

110

83.5

80

□100

26.5

45

JA

115

83.5

85

□150

31.5

50

DA•DB•DC

110

85

80

□80

25

50

EB•ED

110

85

80

□90

25

50

FA

110

85

80

□100

25

50

FB

120

85

90

□100

35

60

GA•GC•GH

115

85

85

□115

30

55

GB•GD•GJ

110

85

80

□115

25

50

GE•GF

120

85

90

□115

35

60

HA

110

85

80

□130

25

50

HB

125

85

95

□130

40

65

HC•HD•HE

115

85

85

□130

30

55

JA

120

85

90

□150

35

60
65

JB

125

85

95

□150

40

FA•FB•FC

127

92

97

□100

35

67

FD•FE

122

92

92

□100

30

62

GA•GB•GC•GD•GE•GF•GG•GH

127

92

97

□115

35

67

HA•HC•HD

127

92

97

□130

35

67

VRT-090-□-□-28**

HB

137

92

107

□130

45

77

(Input shaft bore ≦ φ28)

HE

142

92

112

□130

50

82

HF

122

92

92

□130

30

62

*1)

Single reduction : 1/3~ 1/10

JA•JB•JC•JF

127

92

97

□150

35

67

JD

147

92

117

□150

55

87

JE

137

92

107

□150

45

77

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.

192

A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

VRT-090 – 2-Stage Adapter Dimensions

**: Adapter Code

2-Stage
L1

L*

L2

L3

L4

L5

AA•AC•AD•AF•AG•AL•AM•AN•AQ

117

101.5

87

□52

15.5

32

AB•AE•AH•AJ•AK

122

101.5

92

□52

20.5

37

VRT-090-□-□-8**
(Input shaft bore ≦ φ8)

BA•BB•BD•BE•BG•BH•BJ

117

101.5

87

□60

15.5

32

CA

122

101.5

92

□70

20.5

37

BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

122

105.5

92

□65

16.5

35

VRT-090-□-□-14**
(Input shaft bore ≦ φ14)

VRT-090-□-□-19**
(Input shaft bore ≦ φ19)

BC•BH•BM•BN

127

105.5

97

□65

21.5

40

CA•CC

122

105.5

92

□70

16.5

35

DA•DB•DC•DD•DF•DH•DJ

122

105.5

92

□80

16.5

35

EA•EB•EC•EF•EG•EK•EL

122

105.5

92

□90

16.5

35

FA

122

105.5

92

□100

16.5

35

FB

132

105.5

102

□100

26.5

45

JA

137

105.5

107

□150

31.5

50

DA•DB•DC

132

107

102

□80

25

50

EB•ED

132

107

102

□90

25

50

FA

132

107

102

□100

25

50

FB

142

107

112

□100

35

60

GA•GC•GH

137

107

107

□115

30

55

GB•GD•GJ

132

107

102

□115

25

50

GE•GF

142

107

112

□115

35

60

HA

132

107

102

□130

25

50

HB

147

107

117

□130

40

65

HC•HD•HE

137

107

107

□130

30

55

JA

142

107

112

□150

35

60
65

JB

147

107

117

□150

40

FA•FB•FC

151

116

121

□100

35

67

FD•FE

146

116

116

□100

30

62

GA•GB•GC•GD•GE•GF•GG•GH

151

116

121

□115

35

67

HA•HC•HD

151

116

121

□130

35

67

VRT-090-□-□-28**

HB

161

116

131

□130

45

77

(Input shaft bore ≦ φ28)

HE

166

116

136

□130

50

82

HF

146

116

116

□130

30

62

*1)

Double reduction : 1/15~ 1/100

JA•JB•JC•JF

151

116

121

□150

35

67

JD

171

116

141

□150

55

87

JE

161

116

131

□150

45

77

*2)

VRT

Model Number

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

193

VRT-SERIES Inline shaft
VRT-110 – 1-Stage Specifications
Frame Size

110

Stage

1-Stage

Ratio

Unit

Note

4

5

7

10

Nominal Output Torque

[Nm]

*1

120

180

180

120

Maximum Output Torque

[Nm]

*2

330

330

330

225

Emergency Stop Torque

[Nm]

*3

625

625

625

500

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

4700

5000

0.77
5600

6200

Permitted Axial Load

[N]

*8

3200

3400

3800

4200

Maximum Radial Load

[N]

*9

Maximum Axial Load

[N]

*10

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

--

--

--

--

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

3.100

2.300

1.500

1.100

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

5.100

4.300

3.500

3.100

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

13.000

12.000

11.000

11.000

[%]

*11

95

[Nm/arcmin]

*12

31

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

12000
8800

[Arc-min]

--

≤ 3

[dB]

*13

≤ 71

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0 - 40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

7.8

VRT-110 – 2-Stage Specifications
Frame Size

110

Stage
Unit

Note

16

20

25

28

Nominal Output Torque

[Nm]

*1

180

180

180

180

Maximum Output Torque

[Nm]

*2

330

330

330

330

Emergency Stop Torque

[Nm]

*3

625

625

625

625

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

7100

7600

8200

8500

Permitted Axial Load

[N]

*8

4800

5200

5500

5700

0.17

Maximum Radial Load

[N]

*9

Maximum Axial Load

[N]

*10

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

1.000

0.800

0.700

0.900

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

1.500

1.200

1.200

1.400

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

3.400

3.100

3.100

3.300

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

11.000

11.000

11.000

11.000

[%]

*11

90

[Nm/arcmin]

*12

31

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

194

2-Stage

Ratio

12000
8800

[Arc-min]

--

≤ 3

[dB]

*13

≤ 71

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0 - 40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

8.6

VRT-110 – 2-Stage Specifications
Frame Size

110

Stage

2-Stage

Ratio

Unit

Note

35

40

50

70

100

Nominal Output Torque

[Nm]

*1

180

180

180

180

120

Maximum Output Torque

[Nm]

*2

330

330

330

330

225

Emergency Stop Torque

[Nm]

*3

625

625

625

625

500

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

9000

9400

10000

0.17
11000

12000

Permitted Axial Load

[N]

*8

6100

6400

6800

7500

8400

Maximum Radial Load

[N]

*9

Maximum Axial Load

[N]

*10

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

0.700

0.400

0.400

0.400

0.400

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

1.100

0.800

0.800

0.800

0.800

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

3.100

2.800

2.800

2.700

2.700

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

11.000

10.000

10.000

10.000

10.000

[%]

*11

--

[Nm/arcmin]

*12

31

Torsional Rigidity
Maximum Torsional Backlash
Noise Level

8800

[Arc-min]

--

≤ 3

[dB]

*13

≤ 71

--

*14

IP54 (IP65)

Protection Class
Ambient Temperature

[°C]

--

0 - 40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

8.6

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 3,000 rpm for VRT 110

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output flange center)

*9)

The maximum radial load that the reducer can accept

VRT

Efficiency

12000

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating
*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

195

VRT-SERIES Inline shaft
VRT-110 – 1-Stage Dimensions

196

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

VRT

VRT-110 – 2-Stage Dimensions

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

197

VRT-SERIES Inline shaft
VRT-110 – 1-Stage Adapter Dimensions

Model Number

VRT-110-□-□-14**
(Input shaft bore ≦ φ14)

VRT-110-□-□-19**
(Input shaft bore ≦ φ19)

VRT-110-□-□-28**
(Input shaft bore ≦ φ28)

VRT-110-□-□-38**
(Input shaft bore ≦ φ38)

**: Adapter Code

L*

L2

L3

L4

L5

BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

--

--

--

--

--

--

BC•BH•BM•BN

--

--

--

--

--

--

CA•CC

--

--

--

--

--

--

DA•DB•DC•DD•DF•DH•DJ

--

--

--

--

--

--

EA•EB•EC•EF•EG•EK•EL

--

--

--

--

--

--

FA

--

--

--

--

--

--

FB

--

--

--

--

--

--

JA

--

--

--

--

--

--

DA • DB • DC

124.5

99.5

95.5

□80

25

50

EB

124.5

99.5

95.5

□90

25

50

FA

124.5

99.5

95.5

□100

25

50

FB

134.5

99.5

105.5

□100

35

60

GB • GD

124.5

99.5

95.5

□115

25

50

HA

134.5

99.5

105.5

□115

35

60

--

124.5

99.5

95.5

□130

25

50

--

139.5

99.5

110.5

□130

40

65

--

129.5

99.5

100.5

□130

30

55

HB

134.5

99.5

105.5

□150

35

60

FA•FB•FC

141.5

106.5

112.5

□100

35

67

GA•GB•GC•GD•GE•GF•GG•GH

141.5

106.5

112.5

□115

35

67

HA•HC•HD

141.5

106.5

112.5

□130

35

67

HB

151.5

106.5

122.5

□130

45

77

HF

136.5

106.5

107.5

□130

30

62

JA•JB•JC•JF

141.5

106.5

112.5

□150

35

67

JD

161.5

106.5

132.5

□150

55

87

JE

151.5

106.5

122.5

□150

45

77

KA•KB•KE

141.5

106.5

112.5

□180

35

67
77

KD

151.5

106.5

122.5

□180

45

HA

162.5

117.5

133.5

□130

45

82

HB•HE

157.5

117.5

128.5

□130

40

77

JA

162.5

117.5

133.5

□150

45

82

KA•KB•KC

162.5

117.5

133.5

□180

45

82

KD

197.5

117.5

168.5

□180

80

117

177.5

117.5

148.5

□180

60

97

KE
*1)

Single reduction : 1/3~ 1/10

1-Stage
L1

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.

198

A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

VRT-110 – 2-Stage Adapter Dimensions

**: Adapter Code
BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

VRT-110-□-□-14**
(Input shaft bore ≦ φ14)

VRT-110-□-□-19**
(Input shaft bore ≦ φ19)

VRT-110-□-□-28**
(Input shaft bore ≦ φ28)

VRT-110-□-□-38**
(Input shaft bore ≦ φ38)

Double reduction : 1/15~ 1/100

L*

L2

L3

L4

L5

142

125.5

113

□65

16.5

35

BC•BH•BM•BN

147

125.5

118

□65

21.5

40

CA•CC

142

125.5

113

□70

16.5

35

DA•DB•DC•DD•DF•DH•DJ

142

125.5

113

□80

16.5

35

EA•EB•EC•EF•EG•EK•EL

142

125.5

113

□90

16.5

35

FA

142

125.5

113

□100

16.5

35

FB

152

125.5

123

□100

26.5

45

JA

157

125.5

128

□150

31.5

50

DA • DB • DC

152

127

123

□80

25

50

EB

152

127

123

□90

25

50

FA

152

127

123

□100

25

50

FB

162

127

133

□100

35

60

GB • GD

152

127

123

□115

25

50

HA

162

127

133

□115

35

60

--

152

127

123

□130

25

50

--

167

127

138

□130

40

65

--

157

127

128

□130

30

55

HB

162

127

133

□150

35

60

FA•FB•FC

169

134

140

□100

35

67

GA•GB•GC•GD•GE•GF•GG•GH

169

134

140

□115

35

67

HA•HC•HD

169

134

140

□130

35

67

HB

179

134

150

□130

45

77

HF

164

134

135

□130

30

62

JA•JB•JC•JF

169

134

140

□150

35

67

JD

189

134

160

□150

55

87

JE

179

134

150

□150

45

77

KA•KB•KE

169

134

140

□180

35

67
77

KD

179

134

150

□180

45

HA

186.5

141.5

157.5

□130

45

82

HB•HE

181.5

141.5

152.5

□130

40

77

JA

186.5

141.5

157.5

□150

45

82

KA•KB•KC

186.5

141.5

157.5

□180

45

82

KD

221.5

141.5

192.5

□180

80

117

201.5

141.5

172.5

□180

60

97

KE
*1)

2-Stage
L1

*2)

VRT

Model Number

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

199

VRT-SERIES Inline shaft
VRT-140 – 1-Stage Specifications
Frame Size

140

Stage

1-Stage

Ratio

Unit

Note

4

5

7

10

Nominal Output Torque

[Nm]

*1

240

360

360

240

Maximum Output Torque

[Nm]

*2

700

700

700

470

Emergency Stop Torque

[Nm]

*3

1250

1250

1250

1000

Nominal Input Speed

[rpm]

*4

2000

Maximum Input Speed

[rpm]

*5

4000

No Load Running Torque

[Nm]

*13

Permitted Radial Load

[N]

*6

8000

8500

1.00
9400

10000

Permitted Axial Load

[N]

*7

5600

6000

6700

7400

--

--

Maximum Radial Load

[N]

*8

19000

Maximum Axial Load

[N]

*9

14000

Moment of Inertia (≤ Ø 19)

[kgcm2]

*10

--

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

11.000

8.400

5.400

4.100

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

19.000

16.000

13.000

12.000

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

41.000

38.000

35.000

34.000

[%]

--

95

[Nm/arcmin]

*11

60

[Arc-min]

*12

≤ 3

[dB]

--

≤ 67

--

*14

IP54 (IP65)

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

--

Ambient Temperature

[°C]

--

0 - 40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

15

VRT-140 – 2-Stage Specifications
Frame Size

140

Stage
Ratio

Unit

Note

16

20

25

28

Nominal Output Torque

[Nm]

*1

360

360

360

360

Maximum Output Torque

[Nm]

*2

700

700

700

700

1250

1250

1250

1250

14000

14000

9800

10000

3.400

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

2000

Maximum Input Speed

[rpm]

*5

4000

No Load Running Torque

[Nm]

*13

Permitted Radial Load

[N]

*6

12000

13000

Permitted Axial Load

[N]

*7

8500

9100

Maximum Radial Load

[N]

*8

19000

Maximum Axial Load

[N]

*9

14000

Moment of Inertia (≤ Ø 19)

[kgcm2]

*10

3.800

2.600

2.500

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

5.800

4.600

4.500

5.400

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

13.000

12.000

12.000

13.000

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

35.000

34.000

34.000

35.000

[%]

--

[Nm/arcmin]

*11

60

[Arc-min]

*12

≤ 3

[dB]

--

≤ 67

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

200

2-Stage

0.54

90

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0 - 40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

17

VRT-140 – 2-Stage Specifications
Frame Size

140

Stage

2-Stage

Ratio

Unit

Note

35

40

50

70

100

Nominal Output Torque

[Nm]

*1

360

360

360

360

240

Maximum Output Torque

[Nm]

*2

700

700

700

700

470

Emergency Stop Torque

[Nm]

*3

1250

1250

1250

1250

1000

Nominal Input Speed

[rpm]

*4

2000

Maximum Input Speed

[rpm]

*5

4000

No Load Running Torque

[Nm]

*13

Permitted Radial Load

[N]

*6

15000

16000

17000

19000

19000

Permitted Axial Load

[N]

*7

11000

11000

12000

13000

14000

Maximum Radial Load

[N]

*8

Maximum Axial Load

[N]

*9

Moment of Inertia (≤ Ø 19)

[kgcm2]

*10

1.100

1.100

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

4.400

3.100

3.100

3.100

3.100

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

12.000

11.000

11.000

11.000

11.000

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

34.000

33.000

33.000

33.000

33.000

[%]

--

90

[Nm/arcmin]

*11

60

[Arc-min]

*12

≤ 3

[dB]

--

≤ 67

--

*14

IP54 (IP65)

Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

19000
14000
2.400

1.200

1.100

Ambient Temperature

[°C]

--

0 - 40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

17

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 2,000 rpm for VRT140

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output flange center)

*9)

The maximum radial load that the reducer can accept

VRT

Efficiency

0.54

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating
*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

201

VRT-SERIES Inline shaft
VRT-140 – 1-Stage Dimensions

202

*1)

Length will vary depending on motor.

*2)

Bushing will be inserted to adapt to motor shaft

VRT

VRT-140 – 2-Stage Dimensions

*1)

Length will vary depending on motor.

*2)

Bushing will be inserted to adapt to motor shaft

203

VRT-SERIES Inline shaft
VRT-140 – 1-Stage Adapter Dimensions

Model Number

VRT-140-□-□-19**
(Input shaft bore ≦ φ19)

VRT-140-□-□-28**
(Input shaft bore ≦ φ28)

**: Adapter Code

1-Stage
L1

L*

L2

L3

L4

L5

DA•DB•DC

--

--

--

--

--

--

EB•ED

--

--

--

--

--

--

FA

--

--

--

--

--

--

FB

--

--

--

--

--

--

GB•GD•GJ

--

--

--

--

--

--

HA

--

--

--

--

--

--

HB

--

--

--

--

--

--

JA

--

--

--

--

--

--

FA•FB•FC

154

119

116

□100

35

67

GA•GB•GC•GD•GE•GF•GG•GH

154

119

116

□115

35

67

HA•HC•HD

154

119

116

□130

35

67

HB

164

119

126

□130

45

77

HF

149

119

111

□130

30

62

JA•JB•JC•JF

154

119

116

□150

35

67

KA•KB•KE

154

119

116

□180

35

67

LA

154

119

116

□200

35

67

LB

164

119

126

□200

45

77

MA

154

119

116

□220

35

67

MB

164

119

126

□220

45

77

HA

169

124

131

□130

45

82

HB•HE

164

124

126

□130

40

77

JA

169

124

131

□150

45

82

KA•KB•KC

169

124

131

□180

45

82

VRT-140-□-□-38**

KD

204

124

166

□180

80

117

(Input shaft bore ≦ φ38)

KE

184

124

146

□180

60

97

VRT-140-□-□-48**
(Input shaft bore ≦ φ48)

LB

179

124

141

□200

55

92

MA•MB

169

124

131

□220

45

82

MC

184

124

146

□220

60

97

MD

179

124

141

□220

55

92

KA

210

135

172

□180

75

118

KB•KC

190

135

152

□180

55

98

LA

190

135

152

□200

55

98

MA

190

135

152

□220

55

98

210

135

172

□220

75

118

MB
*1)

Single reduction : 1/3~ 1/10

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.

204

A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

VRT-140 – 2-Stage Adapter Dimensions

VRT-140-□-□-19**
(Input shaft bore ≦ φ19)

VRT-140-□-□-28**
(Input shaft bore ≦ φ28)

**: Adapter Code

2-Stage
L1

L*

L2

L3

L4

L5

DA•DB•DC

171.5

146.5

133.5

□80

25

50

EB•ED

171.5

146.5

133.5

□90

25

50

FA

171.5

146.5

133.5

□100

25

50

FB

181.5

146.5

143.5

□100

35

60

GB•GD•GJ

171.5

146.5

133.5

□115

25

50

HA

171.5

146.5

133.5

□130

25

50

HB

186.5

146.5

148.5

□130

40

65

JA

181.5

146.5

143.5

□150

35

60

FA•FB•FC

188.5

153.5

150.5

□100

35

67

GA•GB•GC•GD•GE•GF•GG•GH

188.5

153.5

150.5

□115

35

67

HA•HC•HD

188.5

153.5

150.5

□130

35

67

HB

198.5

153.5

160.5

□130

45

77

HF

183.5

153.5

145.5

□130

30

62

JA•JB•JC•JF

188.5

153.5

150.5

□150

35

67

KA•KB•KE

188.5

153.5

150.5

□180

35

67

LA

188.5

153.5

150.5

□200

35

67

LB

198.5

153.5

160.5

□200

45

77

MA

188.5

153.5

150.5

□220

35

67

MB

198.5

153.5

160.5

□220

45

77

HA

203.5

158.5

165.5

□130

45

82

HB•HE

198.5

158.5

160.5

□130

40

77

JA

203.5

158.5

165.5

□150

45

82

KA•KB•KC

203.5

158.5

165.5

□180

45

82

VRT-140-□-□-38**

KD

238.5

158.5

200.5

□180

80

117

(Input shaft bore ≦ φ38)

KE

218.5

158.5

180.5

□180

60

97

VRT-140-□-□-48**
(Input shaft bore ≦ φ48)

LB

213.5

158.5

175.5

□200

55

92

MA•MB

203.5

158.5

165.5

□220

45

82

MC

218.5

158.5

180.5

□220

60

97

MD

213.5

158.5

175.5

□220

55

92

KA

244.5

169.5

206.5

□180

75

118

KB•KC

224.5

169.5

186.5

□180

55

98

LA

224.5

169.5

186.5

□200

55

98

MA

224.5

169.5

186.5

□220

55

98

244.5

169.5

206.5

□220

75

118

MB
*1)

Double reduction : 1/15~ 1/100

*2)

VRT

Model Number

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

205

VRT-SERIES Inline shaft
VRT-200 – 1-Stage Specifications
Frame Size

200

Stage

1-Stage

Ratio

Unit

Note

Nominal Output Torque

[Nm]

*1

750

Maximum Output Torque

[Nm]

*2

1400

Emergency Stop Torque

[Nm]

*3

2750

2750

Nominal Input Speed

[rpm]

*4

1500

Maximum Input Speed

[rpm]

*5

3000

No Load Running Torque

4

5

7

10

750

750

500

1400

1400

970

2750

2200

[Nm]

*13

Permitted Radial Load

[N]

*6

18000

19000

1.9
21000

23000

Permitted Axial Load

[N]

*7

12000

13000

14000

16000

Maximum Radial Load

[N]

*8

40000

Maximum Axial Load

[N]

*9

30000

Moment of Inertia (≤ Ø 28)

[kgcm2]

*10

--

--

--

--

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

54.000

39.000

25.000

18.000

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

76.000

61.000

47.000

40.000

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

140.000

120.000

110.000

100.000

[%]

--

95

[Nm/arcmin]

*11

175

[Arc-min]

*12

≤ 3

[dB]

--

≤ 67

--

*14

IP54 (IP65)

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

[°C]

--

0 - 40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

42

VRT-200 – 2-Stage Specifications
Frame Size

200

Stage
Unit

Note

Nominal Output Torque

[Nm]

*1

750

750

750

750

Maximum Output Torque

[Nm]

*2

1400

1400

1400

1400

2750

2750

2750

2750

16

20

25

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

1500

Maximum Input Speed

[rpm]

*5

3000

No Load Running Torque

28

[Nm]

*13

Permitted Radial Load

[N]

*6

27000

28000

30000

31000

Permitted Axial Load

[N]

*7

18000

19000

21000

21000

Maximum Radial Load

[N]

*8

40000

Maximum Axial Load

[N]

*9

30000

Moment of Inertia (≤ Ø 28)

[kgcm2]

*10

13.000

9.400

8.800

11.000

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

21.000

17.000

16.000

19.000

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

43.000

39.000

38.000

41.000

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

--

--

--

--

[%]

--

90

[Nm/arcmin]

*11

175

[Arc-min]

*12

≤ 3

[dB]

--

≤ 67

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

206

2-Stage

Ratio

1.3

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0 - 40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

43

VRT-200 – 2-Stage Specifications
Frame Size

200

Stage

2-Stage

Ratio

Unit

Note

Nominal Output Torque

[Nm]

*1

750

750

Maximum Output Torque

[Nm]

*2

1400

1400

Emergency Stop Torque

[Nm]

*3

2750

2750

2750

Nominal Input Speed

[rpm]

*4

1500

Maximum Input Speed

[rpm]

*5

3000

No Load Running Torque

35

40

50

70

100

750

750

500

1400

1400

970

2750

2200

[Nm]

*13

Permitted Radial Load

[N]

*6

34000

35000

37000

40000

40000

Permitted Axial Load

[N]

*7

23000

24000

25000

28000

30000

Maximum Radial Load

[N]

*8

Maximum Axial Load

[N]

*9

Moment of Inertia (≤ Ø 28)

[kgcm2]

*10

8.200

4.400

4.200

4.100

4.000

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

16.000

12.000

12.000

12.000

12.000

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

38.000

34.000

34.000

34.000

34.000

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

--

--

--

--

--

[%]

--

90

[Nm/arcmin]

*11

175

[Arc-min]

*12

≤ 3

[dB]

--

≤ 67

--

*14

IP54 (IP65)

Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

40000
30000

Ambient Temperature

[°C]

--

0 - 40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

43

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 1,500 rpm for VRT 200

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output flange center)

*9)

The maximum radial load that the reducer can accept

VRT

Efficiency

1.3

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating
*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

207

VRT-SERIES Inline shaft
VRT-200 – 1-Stage Dimensions

208

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

VRT

VRT-200 – 2-Stage Dimensions

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

209

VRT-SERIES Inline shaft
VRT-200 – 1-Stage Adapter Dimensions

Model Number

VRT-200-□-□-28**
(Input shaft bore ≦ φ28)

VRT-200-□-□-38**
(Input shaft bore ≦ φ38)

VRT-200-□-□-48**
(Input shaft bore ≦ φ48)

VRT-200-□-□-65**
(Input shaft bore ≦ φ65)

*1)

Single reduction : 1/3~ 1/10

**: Adapter Code

1-Stage
L1

L*

L2

L3

L4

L5

FA•FB•FC

--

--

--

--

--

--

GA•GB•GC•GD•GE•GF•GG•GH

--

--

--

--

--

--

HA•HC•HD

--

--

--

--

--

--

HB

--

--

--

--

--

--

HF

--

--

--

--

--

--

JA•JB•JC•JF

--

--

--

--

--

--

KA•KB•KE

--

--

--

--

--

--

LA

--

--

--

--

--

--

LB

--

--

--

--

--

--

MA

--

--

--

--

--

--

MB

--

--

--

--

--

--

HA

192

147

142

□130

45

82

HB•HE

187

147

137

□130

40

77

JA

192

147

142

□150

45

82

KA•KB•KC

192

147

142

□180

45

82

KD

227

147

177

□180

80

117

KE

207

147

157

□180

60

97

LB

202

147

152

□200

55

92

MA•MB

192

147

142

□220

45

82

MC

207

147

157

□220

60

97

MD

202

147

152

□220

55

92

NA

192

147

142

□250

45

82

KA

228

153

178

□180

75

118

KB•KC

208

153

158

□180

55

98

LA

208

153

158

□200

55

98

MA

208

153

158

□220

55

98

MB

228

153

178

□220

75

118

NA

228

153

178

□250

75

118

PA

228

153

178

□280

75

118

MA•MB•MC•MD

239.5

159.5

189.5

□220

80

122

NA•NC

239.5

159.5

189.5

□250

80

122

NB•ND

269.5

159.5

219.5

□250

110

152

PA

259.5

159.5

209.5

□280

100

142

PB

269.5

159.5

219.5

□280

110

152

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.

210

A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

VRT-200 – 2-Stage Adapter Dimensions

VRT-200-□-□-28**
(Input shaft bore ≦ φ28)

VRT-200-□-□-38**
(Input shaft bore ≦ φ38)

VRT-200-□-□-48**
(Input shaft bore ≦ φ48)

VRT-200-□-□-65**
(Input shaft bore ≦ φ65)

*1)

Double reduction : 1/15~ 1/100

**: Adapter Code

2-Stage
L1

L*

L2

L3

L4

L5

FA•FB•FC

221.5

186.5

171.5

□100

35

67

GA•GB•GC•GD•GE•GF•GG•GH

221.5

186.5

171.5

□115

35

67

HA•HC•HD

221.5

186.5

171.5

□130

35

67

HB

231.5

186.5

181.5

□130

45

77

HF

216.5

186.5

166.5

□130

30

62

JA•JB•JC•JF

221.5

186.5

171.5

□150

35

67

KA•KB•KE

221.5

186.5

171.5

□180

35

67

LA

221.5

186.5

171.5

□200

35

67

LB

231.5

186.5

181.5

□200

45

77

MA

221.5

186.5

171.5

□220

35

67

MB

231.5

186.5

181.5

□220

45

77

HA

236.5

191.5

186.5

□130

45

82

HB•HE

231.5

191.5

181.5

□130

40

77

JA

236.5

191.5

186.5

□150

45

82

KA•KB•KC

236.5

191.5

186.5

□180

45

82

KD

271.5

191.5

221.5

□180

80

117

KE

251.5

191.5

201.5

□180

60

97

LB

246.5

191.5

196.5

□200

55

92

MA•MB

236.5

191.5

186.5

□220

45

82

MC

251.5

191.5

201.5

□220

60

97

MD

246.5

191.5

196.5

□220

55

92

NA

236.5

191.5

186.5

□250

45

82

KA

272.5

197.5

222.5

□180

75

118

KB•KC

252.5

197.5

202.5

□180

55

98

LA

252.5

197.5

202.5

□200

55

98

MA

252.5

197.5

202.5

□220

55

98

MB

272.5

197.5

222.5

□220

75

118

NA

272.5

197.5

222.5

□250

75

118

PA

272.5

197.5

222.5

□280

75

118

MA•MB•MC•MD

--

--

--

--

--

--

NA•NC

--

--

--

--

--

--

NB•ND

--

--

--

--

--

--

PA

--

--

--

--

--

--

PB

--

--

--

--

--

--

*2)

VRT

Model Number

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

211

VRT-SERIES Inline shaft
VRT-255 – 1-Stage Specifications
Frame Size

255

Stage

1-Stage

Ratio

Unit

Note

4

5

7

10

Nominal Output Torque

[Nm]

*1

2400

2400

2400

1600

Maximum Output Torque

[Nm]

*2

3700

3700

3700

2600

Emergency Stop Torque

[Nm]

*3

8000

8000

8000

6000

Nominal Input Speed

[rpm]

*4

1000

Maximum Input Speed

[rpm]

*5

2000

No Load Running Torque

[Nm]

*13

Permitted Radial Load

[N]

*6

31000

33000

36000

40000

Permitted Axial Load

[N]

*7

22000

24000

26000

29000

Maximum Radial Load

[N]

*8

Maximum Axial Load

2.5

64000

[N]

*9

Moment of Inertia (≤ Ø 48)

[kgcm2]

*10

--

--

--

--

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

200

170

130

110

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

48000

[%]

--

95

[Nm/arcmin]

*11

550

[Arc-min]

*12

≤ 3

[dB]

--

≤ 62

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0 - 40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

84

VRT-255 – 2-Stage Specifications
Frame Size

255

Stage
Unit

Note

16

20

25

28

Nominal Output Torque

[Nm]

*1

2400

2400

2400

2400

Maximum Output Torque

[Nm]

*2

3700

3700

3700

3700

Emergency Stop Torque

[Nm]

*3

8000

8000

8000

8000

Nominal Input Speed

[rpm]

*4

1000

Maximum Input Speed

[rpm]

*5

2000

No Load Running Torque

[Nm]

*13

1.0

Permitted Radial Load

[N]

*6

46000

49000

53000

55000

Permitted Axial Load

[N]

*7

34000

36000

38000

40000

Maximum Radial Load

[N]

*8

51.0

59.0

--

--

Maximum Axial Load

64000

[N]

*9

Moment of Inertia (≤ Ø 48)

[kgcm2]

*10

64.0

53.0

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

--

--

[%]

--

90

[Nm/arcmin]

*11

550

[Arc-min]

*12

≤ 3

[dB]

--

≤ 62

--

*14

IP54 (IP65)

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

212

2-Stage

Ratio

48000

Ambient Temperature

[°C]

--

0 - 40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

89

VRT-255 – 2-Stage Specifications
Frame Size

255

Stage

2-Stage

Ratio

Unit

Note

35

40

50

70

100

Nominal Output Torque

[Nm]

*1

2400

2400

2400

2400

1600

Maximum Output Torque

[Nm]

*2

3700

3700

3700

3700

1800

Emergency Stop Torque

[Nm]

*3

8000

8000

8000

8000

6000

Nominal Input Speed

[rpm]

*4

1000

Maximum Input Speed

[rpm]

*5

2000

No Load Running Torque

[Nm]

*13

Permitted Radial Load

[N]

*6

59000

61000

64000

64000

64000

Permitted Axial Load

[N]

*7

42000

44000

47000

48000

48000

Maximum Radial Load

[N]

*8

64000

[N]

*9

Moment of Inertia (≤ Ø 48)

[kgcm2]

*10

50.0

38.0

38.0

37.0

37.0

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

--

--

--

--

--

Efficiency
Torsional Rigidity

48000

[%]

--

90

[Nm/arcmin]

*11

550

[Arc-min]

*12

≤ 3

Maximum Torsional Backlash
Noise Level

[dB]

--

≤ 62

--

*14

IP54 (IP65)

Protection Class
Ambient Temperature

[°C]

--

0 - 40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

89

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 1,000 rpm for 255

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output flange center)

*9)

The maximum radial load that the reducer can accept

VRT

Maximum Axial Load

1.0

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating
*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

213

VRT-SERIES Inline shaft
VRT-255 – 1-Stage Dimensions

214

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

VRT

VRT-255 – 2-Stage Dimensions

215

VRT-SERIES Inline shaft
VRT-255 – 1-Stage Adapter Dimensions

Model Number

VRT-255-□-□-48**
(Input shaft bore ≦ φ48)

VRT-255-□-□-65**
(Input shaft bore ≦ φ65)

**: Adapter Code

1-Stage
L1

L*

L2

L3

L4

L5
--

KA

--

--

--

--

--

KB•KC

--

--

--

--

--

--

LA

--

--

--

--

--

--

MA

--

--

--

--

--

--

MB

--

--

--

--

--

--

NA

--

--

--

--

--

--

PA

--

--

--

--

--

--

MA•MB•MC•MD

272

192

206

□220

80

122

NA•NC

272

192

206

□250

80

122

NB•ND

302

192

236

□250

110

152

PA

292

192

226

□280

100

142

PB

302

192

236

□280

110

152

QA•QB

292

192

226

□320

100

142

*1)

Single reduction : 1/4 - 1/10

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

216

Model Number

VRT-255-□-□-48**
(Input shaft bore ≦ φ48)

VRT-255-□-□-65**
(Input shaft bore ≦ φ65)

**: Adapter Code

VRT

VRT-255 – 2-Stage Adapter Dimensions

2-Stage
L1

L*

L2

L3

L4

L5
118

KA

322.5

247.5

256.5

□180

75

KB•KC

302.5

247.5

236.5

□180

55

98

LA

302.5

247.5

236.5

□200

55

98

MA

302.5

247.5

236.5

□220

55

98

MB

322.5

247.5

256.5

□220

75

118

NA

322.5

247.5

256.5

□250

75

118

PA

322.5

247.5

256.5

□280

75

118

MA•MB•MC•MD

--

--

--

--

--

--

NA•NC

--

--

--

--

--

--

NB•ND

--

--

--

--

--

--

PA

--

--

--

--

--

--

PB

--

--

--

--

--

--

QA•QB

--

--

--

--

--

--

*1)

Double reduction : 1/16 - 1/100

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

217

VRT-SERIES Inline shaft
VRT-285 – 1-Stage Specifications
Frame Size

285

Stage

1-Stage

Ratio

Unit

Note

4

5

7

10

Nominal Output Torque

[Nm]

*1

3300

3300

3300

2200

Maximum Output Torque

[Nm]

*2

5300

5300

5300

3700

Emergency Stop Torque

[Nm]

*3

12000

12000

12000

10000

Nominal Input Speed

[rpm]

*4

1000

Maximum Input Speed

[rpm]

*5

2000

No Load Running Torque

[Nm]

*13

2.7

Permitted Radial Load

[N]

*6

40000

42000

47000

52000

Permitted Axial Load

[N]

*7

34000

36000

40000

45000

Maximum Radial Load

[N]

*8

Maximum Axial Load

86000

[N]

*9

Moment of Inertia (≤ Ø 48)

[kgcm2]

*10

--

--

--

--

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

250

200

140

120

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

64000

[%]

--

95

[Nm/arcmin]

*11

850

[Arc-min]

*12

≤ 3

[dB]

--

≤ 63

--

*14

IP54 (IP65)
0 - 40

Ambient Temperature

[°C]

--

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

110

VRT-285 – 2-Stage Specifications
Frame Size

285

Stage
Unit

Note

16

20

25

28

Nominal Output Torque

[Nm]

*1

2750

3300

3300

3300

Maximum Output Torque

[Nm]

*2

5300

5300

5300

5300

Emergency Stop Torque

[Nm]

*3

12000

12000

12000

12000

Nominal Input Speed

[rpm]

*4

1000

Maximum Input Speed

[rpm]

*5

2000

No Load Running Torque

[Nm]

*13

0.6

Permitted Radial Load

[N]

*6

60000

64000

69000

71000

Permitted Axial Load

[N]

*7

51000

55000

59000

61000

Maximum Radial Load

[N]

*8

Maximum Axial Load

[N]

*9

Moment of Inertia (≤ Ø 48)

[kgcm2]

*10

48.0

42.0

41.0

42.0

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

--

--

--

--

[%]

--

90

[Nm/arcmin]

*11

850

[Arc-min]

*12

≤ 3

[dB]

--

≤ 63

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

218

2-Stage

Ratio

86000
64000

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0 - 40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

120

VRT-285 – 2-Stage Specifications
Frame Size

285

Stage

2-Stage

Ratio

Unit

Note

35

40

50

70

100

Nominal Output Torque

[Nm]

*1

3300

3300

3300

3300

2200

Maximum Output Torque

[Nm]

*2

5300

5300

5300

5300

2500

Emergency Stop Torque

[Nm]

*3

12000

12000

12000

12000

10000

Nominal Input Speed

[rpm]

*4

1000

Maximum Input Speed

[rpm]

*5

2000

No Load Running Torque

[Nm]

*13

0.6

Permitted Radial Load

[N]

*6

76000

79000

85000

86000

86000

Permitted Axial Load

[N]

*7

64000

64000

64000

64000

64000

Maximum Radial Load

[N]

*8

[N]

*9

Moment of Inertia (≤ Ø 48)

[kgcm2]

*10

39.0

36.0

35.0

35.0

35.0

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

--

--

--

--

--

Efficiency
Torsional Rigidity

64000

[%]

--

90

[Nm/arcmin]

*11

850

[Arc-min]

*12

≤ 3

[dB]

--

≤ 63

--

*14

IP54 (IP65)
0 - 40

Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

[°C]

--

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

120

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 1,000 rpm for VRT285

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output flange center)

*9)

The maximum radial load that the reducer can accept

VRT

Maximum Axial Load

86000

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating
*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

219

VRT-SERIES Inline shaft
VRT-285 – 1-Stage Dimensions

220

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

VRT

VRT-285 – 2-Stage Dimensions

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

221

VRT-SERIES Inline shaft
VRT-285 – 1-Stage Adapter Dimensions

Model Number

VRT-285-□-□-48**
(Input shaft bore ≦ φ48)

VRT-285-□-□-65**
(Input shaft bore ≦ φ65)

**: Adapter Code

1-Stage
L1

L*

L2

L3

L4

L5

KA

--

--

--

--

--

--

KB•KC

--

--

--

--

--

---

LA

--

--

--

--

--

MA

--

--

--

--

--

--

MB

--

--

--

--

--

--

NA

--

--

--

--

--

--

PA

--

--

--

--

--

--

MA•MB•MC•MD

283.5

203.5

208.5

□220

80

122

NA•NC

283.5

203.5

208.5

□250

80

122

NB•ND

313.5

203.5

238.5

□250

110

152

PA

303.5

203.5

228.5

□280

100

142

PB

313.5

203.5

238.5

□280

110

152

QA•QB

303.5

203.5

228.5

□320

100

142

*1)

Single reduction : 1/3~ 1/10

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

222

Model Number

VRT-285-□-□-48**
(Input shaft bore ≦ φ48)

VRT-285-□-□-65**
(Input shaft bore ≦ φ65)

**: Adapter Code

VRT

VRT-285 – 2-Stage Adapter Dimensions

2-Stage
L1

L*

L2

L3

L4

L5

KA

339

264

264

□180

75

118

KB•KC

319

264

244

□180

55

98

LA

319

264

244

□200

55

98

MA

319

264

244

□220

55

98

MB

339

264

264

□220

75

118

NA

339

264

264

□250

75

118

PA

339

264

264

□280

75

118

MA•MB•MC•MD

--

--

--

--

--

--

NA•NC

--

--

--

--

--

--

NB•ND

--

--

--

--

--

--

PA

--

--

--

--

--

--

PB

--

--

--

--

--

--

QA•QB

--

--

--

--

--

--

*1)

Double reduction : 1/15~ 1/100

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

223

NEV-SERIES

T

he NEV right-angle series is the ideal gearbox for simpler onedirectional servo motor applications where space and cost

take precedence. The performance and efficiency of the NEV outperforms worm or helical gear options, so many machine builders
strongly consider this series, instead of settling for their old default
right-angle gearbox. Many times, our OEM customers are upgrading
from an induction motor and a helical or worm assembly because
their customer is requiring increased throughput and control. In this
type of sensitive situation, the NEV is a very price competitive option to help keep the OEMs equipment costs in check and meet the
improved functionality required.
The NEV has a lightweight aluminum frame with either a hollow or solid
shaft configuration at the output. The series can handle motors ranging
between 50w to 3.5 kW, and it achieves nominal output torque ratings
ranging between 6 Nm to 90 Nm. The different NEV frame sizes are available in ratios between 5:1 and 105:1, and the gearbox can be provided in
special coatings, lubrication, and materials of construction that make it
ideal for applications in direct food-grade exposure or heavy washdown
intensive environments.

224

NEV
NEV-SERIES
■ Hollow bore output option, provides a very compact footprint and cost-effective
right-angle solution
■ Quiet operation: Helical cut gears contribute to reduced vibration and noise
■ High rigidity & torque: Rigidity and torque capacity are achieved by using uncaged
needle roller bearings
■ Extremely light weight aluminum body to reduce excess weight from your equipment
■ Maintenance-free: No need to replace the grease for the life of the unit. The gearbox
can be positioned in any orientation

225

NEV-SERIES Right-angle shaft
NEV-Series – Features
1

3

4

226

1

This space saving Right-angle gearbox utilizes a spiral bevel gear. Motor can be located at a 90 degree
position from the reducer providing a more compact footprint

2

High rigidity and torque capacity are achieved by using uncaged needle roller bearings

3

Adapter-bushing connection enables a simple, effective attachment to most servo motors

4

No leakage through the seal; and the high viscosity, anti-separation grease does not liquefy or migrate
away from the gears

NEV-Series – Model Code
NEV
Model

F
Input

Frame

Ratio

Motor Attachment

Bushings

Modifications
1
2
3
4FF
/PUFT
#FMPX

Motor Attachment

Bushing

0SEFSJOH
$PEF

#PMU
$JSDMF
PG
NPUPS
JO
NN
0SEFSJOH
$PEF

0SEFSJOH
$PEF

/&7

3JHIU
"OHMF

044


 /&."


Input

045

45

0SEFSJOH
$PEF

046

46

"



"EBQUPS
'MBOHF

060

60

4



%FEJDBUFE
X
DMBNQ
IVC

063

63

067

Frame Size
0SEFSJOH
$PEF


 /&."


070

70
75

#

#
'SBNF

075

$

$
'SBNF

090

90

D

%
'SBNF

095

95

&
'SBNF

098

&

Ordering Code
/&7"'/&74'
05


 /&."


100

100

115

115

126


 /&."


5:1

130

130

9:1

145

145

15:1

149

27

27:1

165

165

45

45:1

200

200

09
15

75

%PVCMF
3FEVDUJPO


 /&."


0000

00__
0801
0802
0803

Modifications/Motor
Attachment Threaded Hole

/P
#VTIJOH
3FRVJSFE
0%
 NN 
*%
 NN

8
8

000


4UBOEBSE

5


,FZMFTT
PVUQVU
TIBGU

6


/&7"'

TPMJE
PVUQVU
TIBGU

6

7


/&7"'

IPMMPX
PVUQVU
TIBGU

6.350

*


*1

OP
QBJOU

TUBOEBSE
HSFBTF

5

'


'PPE
HSBEF
HSFBTF

OP
QBJOU

*1

6

G


'PPE
HSBEF
HSFBTF

4UFFM*U
QBJOU

*1

/PODBUBMPH
EFEJDBUFE
CPSF
JO
NN
TQFDJGZ
8

0SEFSJOH
$PEF

1401

14

1402

14

8

4


4UFFM*U
QBJOU

TUBOEBSE
HSFBTF

*1

1403

14

11

8


8IJUF
FQPYZ
QBJOU

TUBOEBSE
HSFBTF

*1

X


'PPE
HSBEF
HSFBTF

XIJUF
FQPYZ
QBJOU

*1

3FUBQ
NPUPS
BUUBDINFOU
øBOHF
POF
TJ[F
MBSHFS

1404

14

6.350

1405

14

9.525

T

1406

14

12.700

H


5ISPVHI
IPMF
PO
NPUPS
BUUBDINFOU
øBOHF

1407

14

12

-


-BSHFS
UISPVHI
IPMF
PO
NPUPS
BUUBDINFOU
øBOHF

10

#


1JMPU
EJBNFUFS
SFEVDFE

9

R


%FFQFS
NPUPS
BUUBDINFOU
øBOHFBEE
TQBDFS
QMBUF

"@


4QFDJGZ

1408
1409

14
14

1410

14

5

1901

19

11

1902

19

14

Adaptor Flange
Re-Threaded Hole
XJUI
5
$PEF

1903

19

16

1904

19

9.525

4UBOEBSE

T

1905

19

12.700

M3

M4

1906

19

15.875

M4

M5

1907

19

12

M5

M6

1908

19

10

M6

M8

1909

19

9

M8

M10

1910

19

8

M10

M12

2401

24

14

2402

24

16


t

$VTUPN
SBUJPT

2403

24

19


t

$VTUPN
PVUQVUT

2404

24

12.700


t

0VUQVU
TIBGU
ESJMMFE
BOE
UBQQFE

2405

24

15.875

2406

24

22

2407

24

19.050

2408

24

11

5SJQMF
3FEVDUJPO

1H

75:1
105:1

Options & Modifications Available
t

$VTUPN
NPUPS
BUUBDINFOU
EJNFOTJPOT

t

'PPE
HSBEF
HSFBTF
 OFFEFE
XIFO
VOJU
JT
QMBDFE
BCPWF
B
GPPE
MJOF

t

4UBJOMFTT
TUFFM
PVUQVU
TIBGU

NEV

Model

Notes on “Modifications” Section of Code:
1) Feature 5, 6, or 7 would be entered in Box1 of the section of code.
2) Feature B or R would be entered in Box3 of the code.
3) Enter additional features in Box1, 2, 3 if available, organize in either numeric or alphabetical order.
4) If Box that is not utilized, enter a 0 fill the Boxes within the Modifications section.

227

NEV-SERIES Right-angle shaft
NEV B-Frame – 2-Stage Specifications
Frame Size

B (78mm)

Stage

2-Stage

Ratio

Units

Note

5

9

15

27

Nominal Output Torque

[Nm]

--

6

6

10

10

Maximum Acceleration Torque

[Nm]

--

20

20

30

30

Emergency Stop Torque

[Nm]

--

35

40

50

50

Nominal Input Speed

[rpm]

--

3000

Maximum Input Speed

[rpm]

--

6000

No Load Running Torque

[Nm]

--

0.18

Permitted Radial Load

[N]

--

1000

1200

1500

1800

Permitted Axial Load

[N]

--

500

600

750

900

Moment of Inertia (≤Ø 8)

[kgcm2]

--

--

--

--

--

Moment of Inertia (≤ Ø14)

[kgcm2]

--

0.275

0.110

0.059

0.146

[%]

--

[Nm/arcmin]

--

0.4

[Arc-min]

--

≤ 30

[dB]

--

≤ 73

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

85

--

--

IP65

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight (Solid Output Shaft)

[kg]

--

3.8

Weight (Hollow Output Shaft)

[kg]

--

3.6

NEV B-Frame, 2-Stage Dimensions, Solid / Hollow Output Shaft Type – Ratios: 5:1, 9:1, 15:1, 27:1
Adapter
B1
B2
B8
B4
B4
B9
B5

Bolt Circle
LC

Pilot
LH

Square
LD

Tapping Bolt
LJ

Depth
Y

L

mm

45

30

42

M3x0.5

8

168.5

Flange Depth

CL

Plug
LK

LF

LG

ML

129.5

10

6

5

32
1.26

in

1.772

1.181

1.65

--

0.31

6.634

5.098

0.39

0.24

0.20

mm

46

30

42

M4X0.7

10

168.5

129.5

10

6

5

32

in

1.811

1.181

1.65

--

0.39

6.634

5.098

0.39

0.24

0.20

1.26

mm

46

30

42

M4X0.7

10

171.5

132.5

13

6

8

35

in

1.811

1.181

1.65

--

0.39

6.752

5.217

0.51

0.24

0.31

1.38

mm

60

50

60

M4X0.7

10

168.5

129.5

10

4

5

32

in

2.362

1.969

2.36

--

0.39

6.634

5.098

0.39

0.16

0.20

1.26

mm

70

50

60

M4X0.7

10

168.5

129.5

10

4

5

32
1.26

in

2.756

1.969

2.36

--

0.39

6.634

5.098

0.39

0.16

0.20

mm

70

50

60

M5X0.8

20

173.5

134.5

15

9

10

37

in

2.756

1.969

2.36

--

0.79

6.831

5.295

0.59

0.35

0.39

1.46

mm

66.68

38.100

58

M4X0.7

10

168.5

129.5

10

4

5

32

(NEMA23)

in

2.625

1.500

2.28

--

0.39

6.634

5.098

0.39

0.16

0.20

1.26

B5+Spacer

mm

66.68

38.100

60

M5X0.8

--

176.5

137.5

18

3

13

40

(NEMA23)

in

2.625

1.500

2.36

--

--

6.949

5.413

0.71

0.12

0.51

1.57

B6
B7
(NEMA17)
B10

228

Length

Unit

mm

90

70

80

M5X0.8

12

168.5

129.5

10

4

5

32

in

3.543

2.756

3.15

--

0.47

6.634

5.098

0.39

0.16

0.20

1.26

mm

43.80

22

42

2-3.3 dia.

--

170.5

131.5

12

4

7

34

in

1.724

0.866

1.65

2-0.13 dia.

--

6.713

5.177

0.47

0.16

0.28

1.34

mm

63

40

58

M4X0.7

10

168.5

129.5

10

4

5

32

in

2.480

1.575

2.28

--

0.39

6.634

5.098

0.39

0.16

0.20

1.26

NEV B-Frame (78mm) 2-Stage Dimensions – Ratios: 5:1, 9:1, 15:1, 27:1
L

Solid Output Shaft Type

CL
Access Plug
M4
Clamp Bolt

Ø90

Motor Attachment
9

LK
LF

ØLC

124

78

ØLH

LD

O-Ring

4-LJxPitch
Depth Y

Ø14

ML
10

85

LG

30

Output Shaft

22

35

3

4-Ø6.5

6

5

6

Ø70(h7)

6)

9(h

NEV

Ø1

168.5

Hollow Output Shaft Type

129.5
Access Plug
M4
Clamp Bolt

4-Ø6.5

Motor Attachment

10

9
ØLC

96

5

55

Ø14

4-LJxPitch
Depth Y

3

10

32

5

Ø90

LD

78

Ø LH

LF

Ø70(h7)

Output Hollow
Detail of Output Hollow

5

96
30

Ø13

26
Ø 14

Ø13(h8)

Inside Dia.

Bushings

22

Ø 13

15

30
22

Bushings
Bushing
Inside
Diameter

1401

1402

1403

1404

1405

1406

1407

1408

1409

1410

6

8

11

6.350

9.525

12.700

12

10

9

5

0.236

0.315

0.433

0.250

0.375

0.500

0.472

0.394

0.354

0.197

229

NEV-SERIES Right-angle shaft
NEV B-Frame – 3-Stage Specifications
Frame Size

B (78mm)

Stage

3-Stage

Ratio

Units

Note

45

75

105

Nominal Output Torque

[Nm]

--

10

15

15

Maximum Acceleration Torque

[Nm]

--

30

30

30

Emergency Stop Torque

[Nm]

--

50

50

50

Nominal Input Speed

[rpm]

--

Maximum Input Speed

[rpm]

--

6000

No Load Running Torque

[Nm]

--

0.109

3000

Permitted Radial Load

[N]

--

1800

1800

Permitted Axial Load

[N]

--

900

900

900

Moment of Inertia (≤Ø 8)

[kgcm2]

--

0.091

0.083

0.078

Moment of Inertia (≤ Ø14)

[kgcm2]

--

--

--

--

[%]

--

[Nm/arcmin]

--

0.4

[Arc-min]

--

≤ 30

[dB]

--

≤ 63

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

1800

80

--

--

IP65

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight (Solid Output Shaft)

[kg]

--

3.9

Weight (Hollow Output Shaft)

[kg]

--

3.7

NEV B-Frame, 3-Stage Dimensions, Solid / Hollow Output Shaft Type – Ratios: 45:1, 75:1, 105:1
Adapter
B1
B2
B8
B4
B4
B9
B5

Bolt Circle
LC

Pilot
LH

Square
LD

Tapping Bolt
LJ

Depth
Y

L

mm

45

30

42

M3x0.5

8

174

Flange Depth

CL

Plug
LK

LF

LG

ML

135

10

6

5

32
1.26

in

1.772

1.181

1.65

--

0.31

6.850

5.315

0.39

0.24

0.20

mm

46

30

42

M4X0.7

10

174

135

10

6

5

32

in

1.811

1.181

1.65

--

0.39

6.850

5.315

0.39

0.24

0.20

1.26

mm

46

30

42

M4X0.7

10

177

138

13

6

8

35

in

1.811

1.181

1.65

--

0.39

6.969

5.433

0.51

0.24

0.31

1.38

mm

60

50

60

M4X0.7

10

174

135

10

4

5

32

in

2.362

1.969

2.36

--

0.39

6.850

5.315

0.39

0.16

0.20

1.26

mm

70

50

60

M4X0.7

10

174

135

10

4

5

32
1.26

in

2.756

1.969

2.36

--

0.39

6.850

5.315

0.39

0.16

0.20

mm

70

50

60

M5X0.8

20

179

140

15

9

10

37

in

2.756

1.969

2.36

--

0.79

7.047

5.512

0.59

0.35

0.39

1.46

mm

66.68

38.100

58

M4X0.7

10

174

135

10

4

5

32

(NEMA23)

in

2.625

1.500

2.28

--

0.39

6.850

5.315

0.39

0.16

0.20

1.26

B5+Spacer

mm

66.68

38.100

60

M5X0.8

12

182

143

18

3

13

40

(NEMA23)

in

2.625

1.500

2.36

--

0.47

7.165

5.630

0.71

0.12

0.51

1.57

B6
B7
(NEMA17)
B10

230

Length

Unit

mm

90

70

80

M5X0.8

12

174

135

10

4

5

32

in

3.543

2.756

3.15

--

0.47

6.850

5.315

0.39

0.16

0.20

1.26

mm

43.80

22

42

2-3.3 dia.

--

176

137

12

4

7

34

in

1.724

0.866

1.65

2-0.13 dia.

--

6.929

5.394

0.47

0.16

0.28

1.34

mm

63

40

58

M4X0.7

10

174

135

10

4

5

32

in

2.480

1.575

2.28

--

0.39

6.850

5.315

0.39

0.16

0.20

1.26

NEV B-Frame (78mm) 3-Stage Dimensions – Ratios: 45:1, 75:1, 105:1
L

Solid Output Shaft Type

CL
Access Plug
M4
Clamp Bolt

Ø90

Motor Attachment
9

LK
LF

ØLC

124

LD

78

ØLH

O-Ring

LG
10

85

4-LJxPitch
Depth Y

Ø8

ML

3
30

Output Shaft

22

35

4-Ø6.5

6

5

6

Ø70(h7)

)

(h6

NEV

9
Ø1

L

Hollow Output Shaft Type

CL
Access Plug
M4
Clamp Bolt

Ø90

Motor Attachment
LK

9

LF

ØLC

LG

55

4-LJxPitch
Depth Y

10

Ø8
3

ML

5

4-Ø6.5

LD

ØLH

96

78

O-Ring

Ø70(h7)
Detail of Output Hollow

Output Hollow

96
30
22
Bushing

15

Ø13

30
22

Ø13

Ø1

Ø8

21

8)

3(H

Inside Dia.

5

Bushings
Bushing
Inside
Diameter

0801

0802

0803

6

6.350

5

0.236

0.250

0.197

231

NEV-SERIES Right-angle shaft
NEV C-Frame – 2-Stage Specifications
Frame Size

C (90mm)

Stage

2-Stage

Ratio

Units

Note

5

9

15

27

Nominal Output Torque

[Nm]

--

15

20

20

30

Maximum Acceleration Torque

[Nm]

--

30

35

40

40

Emergency Stop Torque

[Nm]

--

50

50

60

75

Nominal Input Speed

[rpm]

--

3000

Maximum Input Speed

[rpm]

--

6000

No Load Running Torque

[Nm]

--

[N]

--

1000

1500

1800

1800

Permitted Radial Load
Permitted Axial Load

0.3

[N]

--

500

750

900

900

Moment of Inertia (≤Ø14)

[kgcm2]

--

--

--

--

--

Moment of Inertia (≤ Ø19)

[kgcm2]

--

0.806

0.744

0.415

0.585

[%]

--

85

[Nm/arcmin]

--

1.0

Efficiency
Torsional Rigidity
Maximum Torsional Backlash

[Arc-min]

--

≤ 30

[dB]

--

≤ 73

--

--

IP65

Noise Level
Protection Class
Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight (Solid Output Shaft)

[kg]

--

4.1

Weight (Hollow Output Shaft)

[kg]

--

4.0

NEV C-Frame, 2-Stage Dimensions, Solid / Hollow Output Shaft Type – Ratios: 5:1, 9:1, 15:1, 27:1
Adapter
C1
C1
C7
C2
C8
C3
C4

Bolt Circle
LC

Pilot
LH

Square
LD

Tapping Bolt
LJ

Depth
Y

L

mm

60

50

60

M4x0.7

10

206.5

Flange Depth

CL

Plug
LK

LF

LG

ML

161.5

11

4

5

42
1.65

in

2.362

1.969

2.36

--

0.39

8.130

6.358

0.43

0.16

0.20

mm

70

50

60

M4x0.7

10

206.5

161.5

11

4

5

42

in

2.756

1.969

2.36

--

0.39

8.130

6.358

0.43

0.16

0.20

1.65

mm

70

50

60

M5x0.8

12

210.5

165.5

15

6

9

46

in

2.756

1.969

2.36

--

0.47

8.287

6.516

0.59

0.24

0.35

1.81

mm

90

70

80

M5X0.8

12

206.5

161.5

11

4

5

42

in

3.543

2.756

3.15

--

0.47

8.130

6.358

0.43

0.16

0.20

1.65

mm

90

70

80

M6X1.0

21

211.5

166.5

16

9

10

47
1.85

in

3.543

2.756

3.15

--

0.83

8.327

6.555

0.63

0.35

0.39

mm

100

80

86

M6X1.0

16

206.5

161.5

11

4

5

42

in

3.937

3.150

3.39

--

0.63

8.130

6.358

0.43

0.16

0.20

1.65

mm

98.43

73.025

83

M5X0.8

12

206.5

161.5

11

4

5

42

(NEMA34)

in

3.875

2.875

3.27

--

0.47

8.130

6.358

0.43

0.16

0.20

1.65

C4+Spacer

mm

98.43

73.025

83

M5X0.8

12

214.5

169.5

19

3

13

50

(NEMA34)

in

3.875

2.875

3.27

--

0.47

8.445

6.673

0.75

0.12

0.51

1.97

C5
C6
C9
(NEMA23)
C14

232

Length

Unit

mm

75

60

67

M5X0.8

12

206.5

161.5

11

4

5

42

in

2.953

2.362

2.64

--

0.47

8.130

6.358

0.43

0.16

0.20

1.65

mm

115

95

100

M6X1.0

16

206.5

161.5

11

4

5

42

in

4.528

3.740

3.94

--

0.63

8.130

6.358

0.43

0.16

0.20

1.65

mm

66.68

38.100

60

M4x0.7

10

206.5

161.5

11

4

5

42

in

2.625

1.500

2.36

--

0.39

8.130

6.358

0.43

0.16

0.20

1.65

mm

66.68

38.100

60

M5x0.8

--

214.5

169.5

18

11

13

50

in

2.625

1.500

2.36

--

--

8.445

6.673

0.71

0.43

0.51

1.97

NEV C-Frame, 2-Stage Dimensions, Solid / Hollow Output Shaft Type – Ratios: 5:1, 9:1, 15:1, 27:1
Adapter

Bolt Circle
LC

Unit

C10
C11

Pilot
LH

Square
LD

Tapping Bolt
LJ

Length

Depth
Y

L

Plug
LK

CL

Flange Depth
LF

LG

ML

mm

63

40

60

M4x0.7

10

206.5

161.5

11

4

5

42

in

2.480

1.575

2.36

--

0.39

8.130

6.358

0.43

0.16

0.20

1.65

mm

95

80

86

M6x1.0

--

206.5

161.5

11

4

5

42

in

3.740

3.150

3.39

--

--

8.130

6.358

0.43

0.16

0.20

1.65

NEV C-Frame (90mm) 2-Stage Dimensions – Ratios: 5:1, 9:1, 15:1, 27:1
L

Solid Output Shaft Type

CL
Motor Attachment

Access Plug
LK

M4
Clamp Bolt

13.5

LF

Ø100

ØLC

11

127

LG

87

Ø19

4-LJxPitch
Depth Y

ML

NEV

30

6

26
22

35

3

4-Ø6.5
Output Shaft
6

LD

90

ØLH

O-Ring

21.5

Ø80(h7)
Ø19h6
L

Hollow Output Shaft Type

CL
Access Plug
M4
Clamp Bolt

Ø100

Motor Attachment
13.5

LK
LF

ØLC

LD

ØLH
11

57

99

90

O-Ring

LG
Ø19

ML

4-LJxPitch
Depth Y

3

5

4-Ø6.5
Ø80(h7)

Output Hollow
Detail of Output Hollow
99
30
30
22
22

Inside Dia.

Ø19

Ø17

Ø17(H8)

Bushing
36

Ø 17

19

5

Bushings
Bushing
Inside
Diameter

1901

1902

1903

1904

1905

1906

1907

1908

1909

1910

11

14

16

9.525

12.700

15.875

12

10

9

8

1911
6.350

0.433

0.551

0.630

0.375

0.500

0.625

0.472

0.394

0.354

0.315

0.250

233

NEV-SERIES Right-angle shaft
NEV C-Frame – 3-Stage Specifications
Frame Size

C (90mm)

Stage

3-Stage

Ratio

Units

Note

45

75

105

Nominal Output Torque

[Nm]

--

30

30

30

Maximum Acceleration Torque

[Nm]

--

40

40

40

Emergency Stop Torque

[Nm]

--

75

75

75

Nominal Input Speed

[rpm]

--

3000

Maximum Input Speed

[rpm]

--

6000

No Load Running Torque

[Nm]

--

Permitted Radial Load

[N]

--

1800

1800

1800

Permitted Axial Load

[N]

--

900

900

900

Moment of Inertia (≤Ø14)

[kgcm2]

--

0.794

0.690

0.590

Moment of Inertia (≤ Ø19)

[kgcm2]

--

--

--

--

[%]

--

[Nm/arcmin]

--

1.0

[Arc-min]

--

≤ 30

[dB]

--

≤ 63

--

--

IP65

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight (Solid Output Shaft)

[kg]

--

4.3

Weight (Hollow Output Shaft)

[kg]

--

4.2

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

0.205

80

NEV C-Frame, 3-Stage Dimensions, Solid / Hollow Output Shaft Type – Ratios: 45:1, 75:1, 105:1
Adapter
C1
C1
C7
C2
C8

Bolt Circle
LC

Pilot
LH

Square
LD

Tapping Bolt
LJ

Depth
Y

L

mm

60

50

60

M4x0.7

10

209

in

2.362

1.969

2.36

--

0.39

8.228

Flange Depth

CL

Plug
LK

LF

LG

164

11

4

5

42

6.457

0.43

0.16

0.20

1.65

ML

mm

70

50

60

M4x0.7

10

209

164

11

4

5

42

in

2.756

1.969

2.36

--

0.39

8.228

6.457

0.43

0.16

0.20

1.65

mm

70

50

60

M5x0.8

12

213

168

15

6

9

46
1.81

in

2.756

1.969

2.36

--

0.47

8.386

6.614

0.59

0.24

0.35

mm

90

70

80

M5X0.8

12

209

164

11

4

5

42

in

3.543

2.756

3.15

--

0.47

8.228

6.457

0.43

0.16

0.20

1.65

mm

90

70

80

M6X1.0

21

214

169

16

9

10

47

in

3.543

2.756

3.15

--

0.83

8.425

6.654

0.63

0.35

0.39

1.85

mm

100

80

86

M6X1.0

16

209

164

11

4

5

42

in

3.937

3.150

3.39

--

0.63

8.228

6.457

0.43

0.16

0.20

1.65

mm

98.43

73.025

83

M5X0.8

12

209

164

11

4

5

42

(NEMA34)

in

3.875

2.875

3.27

--

0.47

8.228

6.457

0.43

0.16

0.20

1.65

C4+Spacer

mm

98.43

73.025

83

M5X0.8

12

217

172

19

3

13

50

C3
C4

(NEMA34)
C5
C6
C9
(NEMA23)
C14

234

Length

Unit

in

3.875

2.875

3.27

--

0.47

8.543

6.772

0.75

0.12

0.51

1.97

mm

75

60

67

M5X0.8

12

209

164

11

4

5

42
1.65

in

2.953

2.362

2.64

--

0.47

8.228

6.457

0.43

0.16

0.20

mm

115

95

100

M6X1.0

16

209

164

11

4

5

42

in

4.528

3.740

3.94

--

0.63

8.228

6.457

0.43

0.16

0.20

1.65

mm

66.68

38.100

60

M4x0.7

10

209

164

11

4

5

42

in

2.625

1.500

2.36

--

0.39

8.228

6.457

0.43

0.16

0.20

1.65

mm

66.68

38.100

60

M5x0.8

12

217

172

18

11

13

50

in

2.625

1.500

2.36

--

0.47

8.543

6.772

0.71

0.43

0.51

1.97

NEV C-Frame, 3-Stage Dimensions, Solid / Hollow Output Shaft Type – Ratios: 45:1, 75:1, 105:1
Adapter
C10
C11

Length

Unit

Bolt Circle
LC

Pilot
LH

Square
LD

Tapping Bolt
LJ

Depth
Y

L

mm

63

40

60

M4x0.7

10

209

Flange Depth

CL

Plug
LK

LF

LG

ML

164

11

4

5

42
1.65

in

2.480

1.575

2.36

--

0.39

8.228

6.457

0.43

0.16

0.20

mm

95

80

86

M6x1.0

-

209

164

11

4

5

42

in

3.740

3.150

3.39

--

-

8.228

6.457

0.43

0.16

0.20

1.65

NEV C-Frame (90mm) 3-Stage Dimensions – Ratios: 45:1, 75:1, 105:1
L

Solid Output Shaft Type

CL
Motor Attachment

Access Plug
LK

M4
Clamp Bolt

Ø100

13.5

LF

ØLC

11

127

LD

90

ØLH

O-Ring

LG

87

Ø14

4-LJxPitch
Depth Y

ML

NEV

30

6

22

35

Output Shaft
6

3

4-Ø6.5

21.5

Ø80(h7)
Ø19h6

L

Hollow Output Shaft Type

CL
Access Plug
M4
Clamp Bolt

Ø100

Motor Attachment
13.5

LK
LF

ØLC

LD

ØLH
11

57

99

90

O-Ring

LG
Ø14

ML
5

3

4-Ø6.5

4-LJxPitch
Depth Y

Ø80(h7)

Output Hollow
Detail of Output Hollow
99
30
30
22
22

Inside Dia.

36
Ø19

Ø17(H8)

Bushing

Ø17

Ø 17

19

5

Bushings
Bushing
Inside
Diameter

1401

1402

1403

1404

1405

1406

1407

1408

1409

1410

6

8

11

6.350

9.525

12.700

12

10

9

5

0.236

0.315

0.433

0.250

0.375

0.500

0.472

0.394

0.354

0.197

235

NEV-SERIES Right-angle shaft
NEV D-Frame – 2-Stage Specifications
Frame Size

D (115mm)

Stage

2-Stage

Ratio

Units

Note

5

9

15

27

Nominal Output Torque

[Nm]

--

25

25

25

40

Maximum Acceleration Torque

[Nm]

--

55

75

75

80

Emergency Stop Torque

[Nm]

--

100

140

140

180

Nominal Input Speed

[rpm]

--

3000

Maximum Input Speed

[rpm]

--

6000

No Load Running Torque

[Nm]

--

[N]

--

2200

2200

2600

2600

Permitted Radial Load
Permitted Axial Load

0.45

[N]

--

1100

1100

1300

1300

Moment of Inertia (≤Ø14)

[kgcm2]

--

--

--

--

--

Moment of Inertia (≤ Ø19)

[kgcm2]

--

1.502

1.254

0.464

0.720

[%]

--

[Nm/arcmin]

--

1.5

1.5

Efficiency
Torsional Rigidity
Maximum Torsional Backlash

85
1.2

1.5

[Arc-min]

--

≤ 30

[dB]

--

≤ 73

--

--

IP65

Noise Level
Protection Class
Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight (Solid Output Shaft)

[kg]

--

7.1

Weight (Hollow Output Shaft)

[kg]

--

6.7

NEV D-Frame, 2-Stage Dimensions, Solid / Hollow Output Shaft Type – Ratios: 5:1, 9:1, 15:1, 27:1
Adapter
D1
D1
D7
D2
D8

Bolt Circle
LC

Pilot
LH

Square
LD

Tapping Bolt
LJ

Depth
Y

Length
L

CL

Plug
LK

Flange Depth
LF

LG

ML

mm

60

50

60

M4x0.7

10

234

176.5

11

4

5

42

in

2.362

1.969

2.36

--

0.39

9.213

6.949

0.43

0.16

0.20

1.65

mm

70

50

60

M4x0.7

10

234

176.5

11

4

5

42

in

2.756

1.969

2.36

--

0.39

9.213

6.949

0.43

0.16

0.20

1.65

mm

70

50

60

M5x0.8

12

238

180.5

15

6

9

46
1.81

in

2.756

1.969

2.36

--

0.47

9.370

7.106

0.59

0.24

0.35

mm

90

70

80

M5X0.8

12

234

176.5

11

4

5

42

in

3.543

2.756

3.15

--

0.47

9.213

6.949

0.43

0.16

0.20

1.65

mm

90

70

80

M6X1.0

21

239

181.5

16

9

10

47

in

3.543

2.756

3.15

--

0.83

9.409

7.146

0.63

0.35

0.39

1.85

mm

100

80

86

M6X1.0

16

234

176.5

11

4

5

42

in

3.937

3.150

3.39

--

0.63

9.213

6.949

0.43

0.16

0.20

1.65

mm

98.43

73.025

83

M5X0.8

12

234

176.5

11

4

5

42

(NEMA34)

in

3.875

2.875

3.27

--

0.47

9.213

6.949

0.43

0.16

0.20

1.65

D4+Spacer

mm

98.43

73.025

83

M5X0.8

12

242

184.5

19

3

13

50

D3
D4

(NEMA34)
D5
D6
D9
(NEMA23)
D14

236

Unit

in

3.875

2.875

3.27

--

0.47

9.528

7.264

0.75

0.12

0.51

1.97

mm

75

60

67

M5X0.8

12

234

176.5

11

4

5

42
1.65

in

2.953

2.362

2.64

--

0.47

9.213

6.949

0.43

0.16

0.20

mm

115

95

100

M6X1.0

16

234

176.5

11

4

5

42

in

4.528

3.740

3.94

--

0.63

9.213

6.949

0.43

0.16

0.20

1.65

mm

66.68

38.100

60

M4X0.7

10

234

176.5

11

4

5

42

in

2.625

1.500

2.36

--

0.39

9.213

6.949

0.43

0.16

0.20

1.65

mm

66.68

38.100

60

M5X0.8

-

242

184.5

18

11

13

50

in

2.625

1.500

2.36

--

-

9.528

7.264

0.71

0.43

0.51

1.97

NEV D-Frame, 2-Stage Dimensions, Solid / Hollow Output Shaft Type – Ratios: 5:1, 9:1, 15:1, 27:1
Adapter

Bolt Circle
LC

Unit

D10
D11

Pilot
LH

Square
LD

Tapping Bolt
LJ

Length

Depth
Y

L

Flange Depth

Plug
LK

CL

LF

LG

ML

mm

63

40

60

M4x0.7

10

234

176.5

11

4

5

42

in

2.480

1.575

2.36

--

0.39

9.213

6.949

0.43

0.16

0.20

1.65

mm

95

80

86

M6x1.0

16

234

176.5

11

4

5

42

in

3.740

3.150

3.39

--

0.63

9.213

6.949

0.43

0.16

0.20

1.65

NEV D-Frame (115mm) 2-Stage Dimensions – Ratios: 5:1, 9:1, 15:1, 27:1
L

Solid Output Shaft Type

CL

MOTOR ATTACHMENT
LK

Access Plug
M4
Clamp Bolt

13.5

LF

ØLC

LG
14

164

Ø19

ML

114

Ø130

LD

ØLH

115

O-Ring

5

4-Ø8.5

4-LJxPitch
Depth Y

NEV

30

40

48

Output Shaft
8

7

4

Ø110(h7)

)

(h6

4
Ø2

L

Hollow Output Shaft Type

MOTOR ATTACHMENT
13.5

CL
LK
LF

Output Hollow
8

LD

LH

Ø19

Ø110(h7)

4-LJxPitch
Depth Y

5

ML

8

4-Ø8.5

LG
14

74

Ø130

ØLC

O-Ring

127

115

Access Plug
M4
Clamp Bolt

Detail of Output Hollow
127
45
Bushing
Ø24

36

8)
(h

4
Ø2

Ø19

27

Ø24

22

Inside Dia.

45
22

Bushings
Bushing
Inside
Diameter

1901

1902

1903

1904

1905

1906

1907

1908

1909

1910

1911

11

14

16

9.525

12.700

15.875

12

10

9

8

6.350

0.433

0.551

0.630

0.375

0.500

0.625

0.472

0.394

0.354

0.315

0.250

237

NEV-SERIES Right-angle shaft
NEV D-Frame – 3-Stage Specifications
Frame Size

D (115mm)

Stage

3-Stage

Ratio

Units

Note

45

75

105

Nominal Output Torque

[Nm]

--

45

50

50

Maximum Acceleration Torque

[Nm]

--

80

80

80

180

180

180

Emergency Stop Torque

[Nm]

--

Nominal Input Speed

[rpm]

--

3000

Maximum Input Speed

[rpm]

--

6000

No Load Running Torque

[Nm]

--

[N]

--

Permitted Radial Load
Permitted Axial Load

0.355
2600

2600

2600

[N]

--

1300

1300

1300

Moment of Inertia (≤Ø14)

[kgcm2]

--

0.806

0.694

0.648

Moment of Inertia (≤ Ø19)

[kgcm2]

--

--

--

--

Efficiency
Torsional Rigidity
Maximum Torsional Backlash

[%]

--

80

[Nm/arcmin]

--

1.5

[Arc-min]

--

≤ 30

[dB]

--

≤ 67

--

--

IP65
0-40

Noise Level
Protection Class
Ambient Temperature

[°C]

--

Permitted Housing Temperature

[°C]

--

90

Weight (Solid Output Shaft)

[kg]

--

7.3

Weight (Hollow Output Shaft)

[kg]

--

6.9

NEV D-Frame, 3-Stage Dimensions, Solid / Hollow Output Shaft Type – Ratios: 45:1, 75:1, 105:1
Adapter
D1
D1
D7
D2
D8
D3

Flange Depth

Bolt Circle
LC

Pilot
LH

Square
LD

Tapping Bolt
LJ

Depth
Y

L

CL

Plug
LK

LF

LG

ML

mm

60

50

60

M4x0.7

10

236.5

179

11

4

5

42

in

2.362

1.969

2.36

--

0.39

9.311

7.047

0.43

0.16

0.20

1.65

mm

70

50

60

M4x0.7

10

236.5

179

11

4

5

42
1.65

in

2.756

1.969

2.36

--

0.39

9.311

7.047

0.43

0.16

0.20

mm

70

50

60

M5x0.8

12

240.5

183

15

6

9

46

in

2.756

1.969

2.36

--

0.47

9.469

7.205

0.59

0.24

0.35

1.81

mm

90

70

80

M5X0.8

12

236.5

179

11

4

5

42

in

3.543

2.756

3.15

--

0.47

9.311

7.047

0.43

0.16

0.20

1.65

mm

90

70

80

M6X1.0

21

241.5

184

16

9

10

47

in

3.543

2.756

3.15

--

0.83

9.508

7.244

0.63

0.35

0.39

1.85

mm

100

80

86

M6X1.0

16

236.5

179

11

4

5

42
1.65

in

3.937

3.150

3.39

--

0.63

9.311

7.047

0.43

0.16

0.20

mm

98.43

73.025

83

M5X0.8

12

236.5

179

11

4

5

42

(NEMA34)

in

3.875

2.875

3.27

--

0.47

9.311

7.047

0.43

0.16

0.20

1.65

D4+Spacer

mm

98.43

73.025

83

M5X0.8

12

244.5

187

19

3

13

50

(NEMA34)

in

3.875

2.875

3.27

--

0.47

9.626

7.362

0.75

0.12

0.51

1.97

D4

D5
D6
D9
(NEMA23)
D14

238

Length

Unit

mm

75

60

67

M5X0.8

12

236.5

179

11

4

5

42

in

2.953

2.362

2.64

--

0.47

9.311

7.047

0.43

0.16

0.20

1.65

mm

115

95

100

M6X1.0

16

236.5

179

11

4

5

42

in

4.528

3.740

3.94

--

0.63

9.311

7.047

0.43

0.16

0.20

1.65

mm

66.68

38.100

60

M4X0.7

10

236.5

179

11

4

5

42

in

2.625

1.500

2.36

--

0.39

9.311

7.047

0.43

0.16

0.20

1.65

mm

66.68

38.100

60

M5X0.8

12

244.5

187

18

11

13

50

in

2.625

1.500

2.36

--

0.47

9.626

7.362

0.71

0.43

0.51

1.97

NEV D-Frame, 3-Stage Dimensions, Solid / Hollow Output Shaft Type – Ratios: 45:1, 75:1, 105:1
Adapter
D10
D11

Length

Flange Depth

Unit

Bolt Circle
LC

Pilot
LH

Square
LD

Tapping Bolt
LJ

Depth
Y

L

CL

Plug
LK

LF

LG

ML

mm

63

40

60

M4x0.7

10

236.5

179

11

4

5

42

in

2.480

1.575

2.36

--

0.39

9.311

7.047

0.43

0.16

0.20

1.65

mm

95

80

86

M6x1.0

16

236.5

179

11

4

5

42

in

3.740

3.150

3.39

--

0.63

9.311

7.047

0.43

0.16

0.20

1.65

NEV D-Frame (115mm) 3-Stage Dimensions – Ratios: 45:1, 75:1, 105:1
L

Solid Output Shaft Type

CL
Ø130

MOTOR ATTACHMENT
13.5

LK

Access Plug
M4
Clamp Bolt

LF
ØLC

LG
14

164

NEV

40

4

8

30

48

5

Output Shaft

4-LJxPitch
Depth Y

Ø14

ML

114
4-Ø8.5

LD

ØLH

115

O-Ring

Ø2

4(

h6

)

7

Ø110(h7)

L
CL

Ø130

13.5

LF

ØLC

O-Ring

LG
14

Ø14

8

4-Ø8.5

Output Hollow
8

Ø110(h7)

Detail of Output Hollow
127
45
45
22
22

Bushing
Ø24

Ø24

26

8)

4(H

Ø2

Ø14

27

4-LJxPitch
Depth Y

5

ML

Inside Dia.

74

127

LH

115

MOTOR ATTACHMENT
LK

Access Plug
M4
Clamp Bolt

LD

Hollow Output Shaft Type

Bushings
Bushing
Inside
Diameter

1401

1402

1403

1404

1405

1406

1407

1408

1409

1410

6

8

11

6.350

9.525

12.700

12

10

9

5

0.236

0.315

0.433

0.250

0.375

0.500

0.472

0.394

0.354

0.197

239

NEV-SERIES Right-angle shaft
NEV E-Frame – 2-Stage Specifications
Frame Size

E (145mm)

Stage

2-Stage

Ratio

Units

Note

5

9

15

27

Nominal Output Torque

[Nm]

--

50

50

55

60

Maximum Acceleration Torque

[Nm]

--

100

140

140

180

Emergency Stop Torque

[Nm]

--

250

250

250

300

Nominal Input Speed

[rpm]

--

3000

Maximum Input Speed

[rpm]

--

6000

No Load Running Torque

[Nm]

--

1.21

Permitted Radial Load

[N]

--

3000

3000

3000

4000

Permitted Axial Load

[N]

--

1500

1500

1500

2000

Moment of Inertia (≤Ø19)

[kgcm2]

--

--

--

--

--

Moment of Inertia (≤ Ø24)

[kgcm2]

--

3.559

2.940

1.193

2.044

[%]

--

[Nm/arcmin]

--

4.0

4.0

[Arc-min]

--

≤ 30

[dB]

--

≤ 74

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

85
3.2

4.0

--

--

IP65

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight (Solid Output Shaft)

[kg]

--

11.0

Weight (Hollow Output Shaft)

[kg]

--

10.0

NEV E-Frame, 2-Stage Dimensions, Solid / Hollow Output Shaft Type – Ratios: 5:1, 9:1, 15:1, 27:1
Adapter
E1
E2
E7
E3
E4
(NEMA42)
E5
E6
E11
(NEMA34)
E12
(NEMA56)
E13
E14
E15

240

Unit

Bolt Circle
LC

Pilot
LH

Square
LD

Tapping Bolt
LJ

Depth
Y

Length
L

CL

Plug
LK

Flange Depth
LF

LG

ML

mm

115

95

100

M6x1.0

15

282.5

210

15

4

7

57

in

4.528

3.740

3.94

--

0.59

11.122

8.268

0.59

0.16

0.28

2.24

mm

90

70

80

M5x0.8

12

282.5

210

14

4

7

57

in

3.543

2.756

3.15

--

0.47

11.122

8.268

0.55

0.16

0.28

2.24

mm

90

70

80

M6x1.0

15

285.5

213

17

6

10

60
2.36

in

3.543

2.756

3.15

--

0.59

11.240

8.386

0.67

0.24

0.39

mm

100

80

90

M6x1.0

15

282.5

210

14

4

7

57

in

3.937

3.150

3.54

--

0.59

11.122

8.268

0.55

0.16

0.28

2.24

mm

125.73

55.563

108

M6x1.0

15

282.5

210

15

5

7

57

in

4.950

2.188

4.25

--

0.59

11.122

8.268

0.59

0.20

0.28

2.24

mm

145

110

130

M8X1.25

16

285.5

213

18

6

10

60

in

5.709

4.331

5.12

--

0.63

11.240

8.386

0.71

0.24

0.39

2.36

mm

130

110

115

M8X1.25

16

282.5

210

15

6

7

60

in

5.118

4.331

4.53

--

0.63

11.122

8.268

0.59

0.24

0.28

2.36

mm

98.43

73.025

90

M5x0.8

12

282.5

210

14

4

7

57

in

3.875

2.875

3.54

--

0.47

11.122

8.268

0.55

0.16

0.28

2.24

mm

149.22

114.300

130

--

-

285.5

213

18

6

10

60

in

5.875

4.500

5.12

3/8UNC-16

-

11.240

8.386

0.71

0.24

0.39

2.36

mm

66.7

38.1

80

M4x0.7

10

282.5

210

14

4

7

57
2.24

in

2.626

1.500

3.15

--

0.39

11.122

8.268

0.55

0.16

0.28

mm

70

50

80

M4x0.7

10

282.5

210

14

4

7

57

in

2.756

1.969

3.15

--

0.39

11.122

8.268

0.55

0.16

0.28

2.24

mm

75

60

80

M5x0.8

12

282.5

210

14

4

7

57

in

2.953

2.362

3.15

--

0.47

11.122

8.268

0.55

0.16

0.28

2.24

NEV E-Frame (145mm) 2-Stage Dimensions – Ratios: 5:1, 9:1, 15:1, 27:1
Solid Output Shaft Type
L
Motor Attachment

CL
LK

Access Plug
M4
Clamp Bolt

ØLC

LD

O-Ring

LG

14

183

145

ØLH

Ø165

15

LF

Ø24

133

ML
55

45

Output Shaft

52

63

5

4-Ø11

4-LJxPitch
Depth Y

5

8

10
Ø130(h7)

NEV

Ø32(h6)

Hollow Output Shaft Type
L
Motor Attachment

CL
Access Plug
M4
Clamp Bolt

15

LF
ØLC

LD

O-Ring

LG

14

78

131

ØLH

Ø165

145

LK

Ø24
8

4-Ø11

5

ML

4-LJxPitch
Depth Y

Ø130(h7)
Detail of Output Hollow
131
50

10

50
22

22

Bushing

Ø24

Ø32

Ø32

35

48

Ø32(h8)

Inside Dia.

Output Hollow

Bushings
Bushing
Inside
Diameter

2401

2402

2403

2404

2405

2406

2407

2408

14

16

19

12.700

15.875

22

19.050

11

0.551

0.630

0.748

0.500

0.625

0.866

0.750

0.433

241

NEV-SERIES Right-angle shaft
NEV E-Frame – 3-Stage Specifications
Frame Size

E (145mm)

Stage

3-Stage

Ratio

Units

Note

45

75

105

Nominal Output Torque

[Nm]

--

80

90

90

Maximum Acceleration Torque

[Nm]

--

180

180

180

Emergency Stop Torque

[Nm]

--

300

300

300

Nominal Input Speed

[rpm]

--

Maximum Input Speed

[rpm]

--

6000

No Load Running Torque

[Nm]

--

0.961

3000

Permitted Radial Load

[N]

--

4000

4000

4000

Permitted Axial Load

[N]

--

2000

2000

2000

Moment of Inertia (≤Ø19)

[kgcm2]

--

1.878

1.303

1.184

Moment of Inertia (≤ Ø24)

[kgcm2]

--

--

--

--

[%]

--

[Nm/arcmin]

--

4.0

[Arc-min]

--

≤ 30

[dB]

--

≤ 69

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

80

--

--

IP65

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight (Solid Output Shaft)

[kg]

--

11.4

Weight (Hollow Output Shaft)

[kg]

--

10.4

NEV E-Frame, 3-Stage Dimensions, Solid / Hollow Output Shaft Type – Ratios: 45:1, 75:1, 105:1
Adapter
E1
E2
E7
E3
E4
(NEMA42)
E5
E6
E11
(NEMA34)
E12
(NEMA56)
E13
E14
E15

242

Length

Unit

Bolt Circle
LC

Pilot
LH

Square
LD

Tapping Bolt
LJ

Depth
Y

L

mm

115

95

100

M6x1.0

15

283.5

in

4.528

3.740

3.94

-

0.59

11.161

Flange Depth

CL

Plug
LK

LF

LG

211

15

4

7

57

8.307

0.59

0.16

0.28

2.24

ML

mm

90

70

80

M5x0.8

12

283.5

211

14

4

7

57

in

3.543

2.756

3.15

-

0.47

11.161

8.307

0.55

0.16

0.28

2.24

mm

90

70

80

M6x1.0

15

286.5

214

17

6

10

60

in

3.543

2.756

3.15

-

0.59

11.280

8.425

0.67

0.24

0.39

2.36

mm

100

80

90

M6x1.0

15

283.5

211

14

4

7

57
2.24

in

3.937

3.150

3.54

-

0.59

11.161

8.307

0.55

0.16

0.28

mm

125.73

55.563

108

M6x1.0

15

283.5

211

15

5

7

57

in

4.950

2.188

4.25

-

0.59

11.161

8.307

0.59

0.20

0.28

2.24

mm

145

110

130

M8X1.25

16

286.5

214

18

6

10

60

in

5.709

4.331

5.12

-

0.63

11.280

8.425

0.71

0.24

0.39

2.36

mm

130

110

115

M8X1.25

16

283.5

211

15

6

7

60

in

5.118

4.331

4.53

-

0.63

11.161

8.307

0.59

0.24

0.28

2.36

mm

98.43

73.025

90

M5x0.8

12

283.5

211

14

4

7

57

in

3.875

2.875

3.54

-

0.47

11.161

8.307

0.55

0.16

0.28

2.24

mm

149.22

114.300

130

-

-

286.5

214

18

6

10

60

in

5.875

4.500

5.12

3/8UNC-16

-

11.280

8.425

0.71

0.24

0.39

2.36

mm

66.7

38.1

80

M4x0.7

10

283.5

211

14

4

7

57

in

2.626

1.500

3.15

-

0.39

11.161

8.307

0.55

0.16

0.28

2.24

mm

70

50

80

M4x0.7

10

283.5

211

14

4

7

57
2.24

in

2.756

1.969

3.15

-

0.39

11.161

8.307

0.55

0.16

0.28

mm

75

60

80

M5x0.8

12

283.5

211

14

4

7

57

in

2.953

2.362

3.15

-

0.47

11.161

8.307

0.55

0.16

0.28

2.24

NEV E-Frame (145mm) 3-Stage Dimensions – Ratios: 45:1, 75:1, 105:1
Solid Output Shaft Type
L
CL
Ø130

MOTOR ATTACHMENT
13.5

LK

Access Plug
M4
Clamp Bolt

LF
ØLC

LG
14

164

40

4

8

30

48

5

Output Shaft

4-LJxPitch
Depth Y

Ø19

ML

114
4-Ø8.5

LD

ØLH

115

O-Ring

NEV

Ø2

4(

h6

)

7

Ø110(h7)

Hollow Output Shaft Type
L
Motor Attachment

CL
Access Plug
M4
Clamp Bolt

15

LF
ØLC
O-Ring

LD

LG

14

78

131

ØLH

Ø165

145

LK

Ø19

4-LJxPitch
Depth Y

Ø130(h7)

Detail of Output Hollow
131
50
50
22
22

Output Hollow
10

Bushing

Ø19

Ø32

Ø32(h8)

Ø32

35

36

Inside Dia.

8

4-Ø11

5

ML

Bushings
Bushing
Inside
Diameter

1901

1902

1903

1904

1905

1906

1907

1908

1909

1910

1911

11

14

16

9.525

12.700

15.875

12

10

9

8

6.350

0.433

0.551

0.630

0.375

0.500

0.625

0.472

0.394

0.354

0.315

0.250

243

EVL-SERIES

T

he right-angle equivalent to the VRL series, the EVL provides the
customer with an excellent solution when space and clearance

are a serious limitation. For a right-angle solution, the EVL Series is
an intelligent choice providing impressive precision and durability
at an exceptional value. Using a 1:1 spiral bevel gear for the rightangle connection, a 6 arc-min backlash rating can be achieved by
the EVL series at 2 stage reduction ratios.
The EVL planetary gearbox is a perfect solution for OEM equipment
such as packaging, assembly automation, and any advanced conveyor
systems implementing sortation or multi-speed/positioning. The EVL
series gearheads are offered in a variety of frame sizes and ratios, and
they can handle maximum loads approaching 600 nM.

244

EVL
EVL-SERIES
■ Industry standard mounting dimensions
■ Large variety of reduction ratios to choose from
■ Thread-in mounting style
■ Best-in-class value for right-angle reducers
■ Low backlash (≤6 arc-min)
■ Space-saving design when minimal envelope available
■ Readily available

245

EVL-SERIES Right-angle shaft
EVL-Series – Features
3
1

2

4

246

1

Space-saving features, motor can be located at a 90 degree position from the reducer providing a more
compact footprint

2

High rigidity and torque capacity are achieved by using uncaged needle roller bearings

3

Adapter-bushing connection, enable a simple, effective attachment to most servo motors

4

No leakage through the seal, high viscosity, anti-separation grease does not liquefy and does not migrate
away from the gears

5

No need to replace the grease for the life of the unit. The reducer can be positioned in any orientation

EVL-Series – Model Code
EV

L

−

090

B

−

7

−

K

8

−

19HB16

㩷Adapter flange code

Backlash

Output style

Ratio

㪇㪎㪇㪃㩷㪇㪐㪇㪃㩷㪈㪉㪇㪃㩷㪈㪌㪌
㪍㪸㫉㪺㪄㫄㫀㫅㩷㩿㪉㫊㫋㪸㪾㪼㪀㪃㩷㪐㪸㫉㪺㪄㫄㫀㫅㩷㩿㪊㫊㫋㪸㪾㪼㪀
㪉㪇㪌㪃㩷㪉㪊㪌
㪏㪸㫉㪺㪄㫄㫀㫅㩷㩿㪉㫊㫋㪸㪾㪼㪀㪃㩷㪈㪈㪸㫉㪺㪄㫄㫀㫅㩷㩿㪊㫊㫋㪸㪾㪼㪀

K・・・Shaft with key
S・・・Smooth shaft

2 Stage䋺 3, 4, 5, 6, 7, 8, 9, 10
3 Stage: 15, 16, 20, 25, 28, 30, 35, 40, 45, 50, 60, 70, 80, 90, 100

Generation of design
Frame size
Series name

070, 090, 120, 155, 205, 235

EVL Series

*1)

Adapter flange code
Adapter flange code varies depending on the motor.

EVL

Model name for ABLE reducer

Contact us for additional information or refer to our online reducer selection tool.
Selection tool www.nidec-shimpo.co.jp/selection/eng

247

EVL-SERIES Right-angle shaft
EVL-070 – 2-Stage Specifications
Frame Size

070

Stage

2-Stage

Ratio

Unit

Note

3

4

5

6

7

8

9

10

Nominal Output Torque

[Nm]

*1

12

16

22

24

24

24

16

16

Maximum Acceleration Torque

[Nm]

*2

24

32

40

45

45

45

32

32

Emergency Stop Torque

[Nm]

*3

50

65

80

90

90

90

65

65

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

430

470

510

540

570

600

620

640

Permitted Axial Load

[N]

*8

310

360

390

430

460

480

510

530

Maximum Radial Load

[N]

*9

Maximum Axial Load

0.33

1200

[N]

*10

Moment of Inertia (≤ Ø 8)

[kgcm2]

--

0.310

0.270

0.250

0.240

0.230

0.230

0.230

0.230

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

0.390

0.340

0.320

0.310

0.310

0.310

0.300

0.300

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

0.580

0.530

0.510

0.500

0.500

0.500

0.490

0.490

[%]

*11

93

[Nm/arc-min]

*12

3

[arc-min]

--

≤6

[dB]

*13

80

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

1100

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

1.9

EVL-070 – 3-Stage Specifications
Frame Size

070

Stage
Unit

Note

15

16

20

25

28

30

35

40

Nominal Output Torque

[Nm]

*1

16

24

24

24

24

16

24

24

Maximum Acceleration Torque

[Nm]

*2

32

45

45

45

45

32

45

45

Emergency Stop Torque

[Nm]

*3

65

90

90

90

90

65

90

90

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

0.20

Permitted Radial Load

[N]

*7

740

750

810

870

910

930

980

100

Permitted Axial Load

[N]

*8

630

650

720

790

830

860

920

970

Maximum Radial Load

[N]

*9

Maximum Axial Load

1200

[N]

*10

Moment of Inertia (≤ Ø 8)

[kgcm2]

--

0.073

0.079

0.071

0.071

0.077

0.062

0.070

0.061

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

0.118

0.124

0.116

0.115

0.122

0.106

0.115

0.106

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

--

--

--

--

--

--

--

--

[%]

*11

[Nm/arc-min]

*12

3

[arc-min]

--

≤9

[dB]

*13

80

--

*14

IP54 (IP65)

[°C]

--

0-40

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

248

3-Stage

Ratio

1100

88

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

1.7

EVL-070 – 3-Stage Specifications
Frame Size

070

Stage

3-Stage

Ratio

Unit

Note

45

50

60

70

80

90

100

Nominal Output Torque

[Nm]

*1

16

24

24

24

24

16

16

Maximum Acceleration Torque

[Nm]

*2

32

45

45

45

45

32

32

Emergency Stop Torque

[Nm]

*3

65

90

90

90

90

65

65

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

1100

1100

1200

1200

1200

1200

1200

Permitted Axial Load

[N]

*8

1000

1100

1100

1100

1100

1100

1100

Maximum Radial Load

[N]

*9

1200

[N]

*10

Moment of Inertia (≤ Ø 8)

[kgcm2]

--

0.070

0.061

0.061

0.061

0.061

0.061

0.061

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

0.115.

0.106

0.106

0.105

0.105

0.105

0.105

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

--

--

--

--

--

--

--

[%]

*11

88

[Nm/arc-min]

*12

3

[arc-min]

--

≤9

[dB]

*13

80

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

1100

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

1.7

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 3000 rpm for EVL070

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output shaft center)

*9)

The maximum radial load that the reducer can accept

EVL

Maximum Axial Load

0.20

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating
*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

249

EVL-SERIES Right-angle shaft
EVL-070 – 2-Stage Dimensions

250

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

EVL

EVL-070 – 3-Stage Dimensions

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

251

EVL-SERIES Right-angle shaft
EVL-070 – 2-Stage Adapter Dimensions

Model number

**: Adapter code
AA•AC•AD•AF•AG•AL•AM•AN•AQ

EVL-070-□-□-8**
(S ≦ 8)

EVL-070-□-□-14**
(8 S ≦ 14)

EVL-070-□-□-19**
(14 S≦19)

2-Stage
L1

L2

L3

L4

L5

106.5

71.5

□52

15.5

32

AB•AE•AH•AJ•AK

111.5

76.5

□52

20.5

37

BA•BB•BD•BE•BG•BH•BJ

106.5

71.5

□60

15.5

32

BC•BF

111.5

76.5

□60

20.5

37

CA

111.5

76.5

□70

20.5

37

BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

112.5

77.5

□65

16.5

35

BC•BH•BM•BN

117.5

82.5

□65

21.5

40

BL

122.5

87.5

□65

26.5

45

CA•CC

112.5

77.5

□70

16.5

35

CB

117.5

82.5

□70

21.5

40

DA•DB•DC•DD•DF•DH•DJ

112.5

77.5

□80

16.5

35
40

DE•DL

117.5

82.5

□80

21.5

DG•DK

122.5

87.5

□80

26.5

45

EA•EB•EC•EF•EG•EK•EL

112.5

77.5

□90

16.5

35

EJ•EM

117.5

82.5

□90

21.5

40

ED•EE•EH

122.5

87.5

□90

26.5

45

FA

112.5

77.5

□100

16.5

35

FB

122.5

87.5

□100

26.5

45

DA•DB•DC

129.5

94.5

□80

25

50

DD

139.5

104.5

□80

35

60

DE

134.5

99.5

□80

30

55

EA

134.5

99.5

□90

30

55

EB•ED

129.5

94.5

□90

25

50

EC

139.5

104.5

□90

35

60

FA

129.5

94.5

□100

25

50

FB

139.5

104.5

□100

35

60

*1)

Double reduction : 1/3~ 1/10

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

252

EVL-070 – 3-Stage Adapter Dimensions

**: Adapter code

EVL-070-□-□-8**
(S ≦ 8)

3-Stage
L1

L2

L3

L4

L5

AA•AC•AD•AF•AG•AL•AM•AN•AQ

99.5

64.5

□52

15.5

32

AB•AE•AH•AJ•AK

104.5

69.5

□52

20.5

37

BA•BB•BD•BE•BG•BH•BJ

99.5

64.5

□60

15.5

32

BC•BF

104.5

69.5

□60

20.5

37

CA

104.5

69.5

□70

20.5

37

BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

103.5

68.5

□65

16.5

35

BC•BH•BM•BN

108.5

73.5

□65

21.5

40

BL

113.5

78.5

□65

26.5

45

CA•CC

103.5

68.5

□70

16.5

35

EVL-070-□-□-14**
(8 S ≦ 14)

EVL-070-□-□-19**
(14 S≦19)

CB

108.5

73.5

□70

21.5

40

DA•DB•DC•DD•DF•DH•DJ

103.5

68.5

□80

16.5

35
40

DE•DL

108.5

73.5

□80

21.5

DG•DK

113.5

78.5

□80

26.5

45

EA•EB•EC•EF•EG•EK•EL

103.5

68.5

□90

16.5

35

EJ•EM

108.5

73.5

□90

21.5

40

ED•EE•EH

113.5

78.5

□90

26.5

45

FA

103.5

68.5

□100

16.5

35

FB

113.5

78.5

□100

26.5

45

DA•DB•DC

--

--

--

--

--

DD

--

--

--

--

--

DE

--

--

--

--

--

EA

--

--

--

--

--

EB•ED

--

--

--

--

--

EC

--

--

--

--

--

FA

--

--

--

--

--

FB

--

--

--

--

--

*1)

Triple reduction : 1/15~ 1/100

*2)

Bushing will be inserted to adapt to motor shaft

EVL

Model number

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

253

EVL-SERIES Right-angle shaft
EVL-090 – 2-Stage Specifications
Frame Size

090

Stage

2-Stage

Ratio

Unit

Note

3

4

5

6

7

8

9

10

Nominal Output Torque

[Nm]

*1

45

60

65

65

65

65

45

45

Maximum Acceleration Torque

[Nm]

*2

65

90

90

90

90

90

65

65

Emergency Stop Torque

[Nm]

*3

130

170

220

220

220

220

170

170

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

1.13

Permitted Radial Load

[N]

*7

810

890

960

1000

1100

1100

1200

1200

Permitted Axial Load

[N]

*8

930

1100

1200

1300

1300

1400

1500

1600

Maximum Radial Load

[N]

*9

Maximum Axial Load

2400

[N]

*10

Moment of Inertia (≤ Ø 8)

[kgcm2]

--

--

--

--

--

--

--

--

--

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

2.120

1.890

1.800

1.760

1.730

1.710

1.700

1.690

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

2.450

2.220

2.130

2.090

2.060

2.040

2.030

2.020

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

4.570

4.350

4.260

4.210

4.180

4.170

4.160

4.150

28

30

35

40

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

2200

[%]

*11

93

[Nm/arc-min]

*12

10

[arc-min]

--

≤6

[dB]

*13

80

--

*14

IP54 (IP65)

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

4.9

EVL-090 – 3-Stage Specifications
Frame Size

090

Stage
Ratio

Unit

Note

15

Nominal Output Torque

[Nm]

*1

45

65

65

65

65

45

65

65

Maximum Acceleration Torque

[Nm]

*2

65

110

110

110

110

65

110

110

170

220

220

220

220

170

220

220

1700

1700

1800

1900

2200

2200

2200

2200

16

20

25

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

1400

1400

1500

1600

Permitted Axial Load

[N]

*8

1900

1900

2100

2200

Maximum Radial Load

[N]

*9

2400

Maximum Axial Load

[N]

*10

2200

0.55

Moment of Inertia (≤ Ø 8)

[kgcm2]

--

0.340

0.380

0.330

0.320

0.370

0.250

0.320

0.250

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

0.410

0.460

0.400

0.400

0.450

0.330

0.400

0.320

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

0.600

0.650

0.590

0.590

0.640

0.510

0.590

0.510

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

--

--

--

--

--

--

--

--

[%]

*11

[Nm/arc-min]

*12

10

[arc-min]

--

≤9

[dB]

*13

80

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

254

3-Stage

88

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

4.3

EVL-090 – 3-Stage Specifications
Frame Size

090

Stage

3-Stage

Ratio

Unit

Note

45

50

60

70

80

90

100

Nominal Output Torque

[Nm]

*1

45

65

65

65

65

45

45

Maximum Acceleration Torque

[Nm]

*2

65

110

1110

110

110

65

65

Emergency Stop Torque

[Nm]

*3

170

220

220

220

220

170

170

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

0.55

Permitted Radial Load

[N]

*7

2000

2100

2200

2300

2400

2400

2400

Permitted Axial Load

[N]

*8

2200

2200

2200

2200

2200

2200

2200

Maximum Radial Load

[N]

*9

[N]

*10

Moment of Inertia (≤ Ø 8)

[kgcm2]

--

0.320

0.250

0.250

0.250

0.250

0.250

0.250

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

0.390

0.320

0.320

0.320

0.320

0.320

0.320

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

0.580

0.510

0.510

0.510

0.510

0.510

0.510

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

--

--

--

--

--

--

--

Efficiency
Torsional Rigidity

2200

[%]

*11

88

[Nm/arc-min]

*12

10

[arc-min]

--

≤9

[dB]

*13

80

--

*14

IP54 (IP65)

[°C]

--

0-40

Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature
Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

4.3

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 3000 rpm for EVL090

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output shaft center)

*9)

The maximum radial load that the reducer can accept

EVL

Maximum Axial Load

2400

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating
*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

255

EVL-SERIES Right-angle shaft
EVL-090 – 2-Stage Dimensions

256

*1)

Length will vary depending on motor.

*2)

Bushing will be inserted to adapt to motor shaft

EVL

EVL-090 – 3-Stage Dimensions

*1)

Length will vary depending on motor.

*2)

Bushing will be inserted to adapt to motor shaft

257

EVL-SERIES Right-angle shaft
EVL-090 – 2-Stage Adapter Dimensions

Model number

EVL-090-□-□-8**
(S≦ 8)

EVL-090-□-□-14**
(8 S≦14)

EVL-090-□-□-19**
(14 S≦19)

**: Adapter code

2-Stage
L1

L2

L3

L4

L5

AA•AC•AD•AF•AG•AL•AM•AN•AQ

--

--

--

--

--

AB•AE•AH•AJ•AK

--

--

--

--

--

BA•BB•BD•BE•BG•BH•BJ

--

--

--

--

--

CA

--

--

--

--

--

BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

137.5

92

□65

16.5

35

BC•BH•BM•BN

142.5

97

□65

21.5

40

CA•CC

137.5

92

□70

16.5

35

DA•DB•DC•DD•DF•DH•DJ

137.5

92

□80

16.5

35

EA•EB•EC•EF•EG•EK•EL

137.5

92

□90

16.5

35

FA

137.5

92

□100

16.5

35

FB

147.5

102

□100

26.5

45

JA

152.5

107

□150

31.5

50

DA•DB•DC

145.5

100

□80

25

50

EB•ED

145.5

100

□90

25

50

FA

145.5

100

□100

25

50

FB

155.5

110

□100

35

60

GA•GC•GH

150.5

105

□115

30

55

GB•GD•GJ

145.5

100

□115

25

50

GE•GF

155.5

110

□115

35

60

HA

145.5

100

□130

25

50

HB

160.5

115

□130

40

65

HC•HD•HE

150.5

105

□130

30

55

JA

155.5

110

□150

35

60

JB

160.5

115

□150

40

65

FA•FB•FC

174.5

129

□100

35

67

FD•FE

169.5

124

□100

30

62

GA•GB•GC•GD•GE•GF•GG•GH

174.5

129

□115

35

67

HA•HC•HD

174.5

129

□130

35

67

EVL-090-□-□-28**

HB

184.5

139

□130

45

77

(19 S≦ 28)

HE

189.5

144

□130

50

82

HF

169.5

124

□130

30

62

JA•JB•JC•JF

174.5

129

□150

35

67

*1)

Double reduction : 1/3~ 1/10

JD

194.5

149

□150

55

87

JE

184.5

139

□150

45

77

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.

258

A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

EVL-090 – 3-Stage Adapter Dimensions

**: Adapter code

3-Stage
L1

L2

L3

L4

L5

AA•AC•AD•AF•AG•AL•AM•AN•AQ

117

71.5

□52

15.5

32

AB•AE•AH•AJ•AK

122

76.5

□52

20.5

37

BA•BB•BD•BE•BG•BH•BJ

117

71.5

□60

15.5

32

CA

122

76.5

□70

20.5

37

BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

123

77.5

□65

16.5

35

EVL-090-□-□-8**
(S≦ 8)

EVL-090-□-□-14**
(8 S≦14)

EVL-090-□-□-19**
(14 S≦19)

BC•BH•BM•BN

128

82.5

□65

21.5

40

CA•CC

123

77.5

□70

16.5

35

DA•DB•DC•DD•DF•DH•DJ

123

77.5

□80

16.5

35

EA•EB•EC•EF•EG•EK•EL

123

77.5

□90

16.5

35

FA

123

77.5

□100

16.5

35

FB

133

87.5

□100

26.5

45

JA

138

92.5

□150

31.5

50

DA•DB•DC

140

94.5

□80

25

50

EB•ED

140

94.5

□90

25

50

FA

140

94.5

□100

25

50

FB

150

104.5

□100

35

60

GA•GC•GH

145

99.5

□115

30

55

GB•GD•GJ

140

94.5

□115

25

50

GE•GF

150

104.5

□115

35

60

HA

140

94.5

□130

25

50

HB

155

109.5

□130

40

65

HC•HD•HE

145

99.5

□130

30

55

JA

150

104.5

□150

35

60

JB

155

109.5

□150

40

65

FA•FB•FC

--

--

--

--

--

FD•FE

--

--

--

--

--

GA•GB•GC•GD•GE•GF•GG•GH

--

--

--

--

--

HA•HC•HD

--

--

--

--

--

EVL-090-□-□-28**

HB

--

--

--

--

--

(19 S≦ 28)

HE

--

--

--

--

--

HF

--

--

--

--

--

JA•JB•JC•JF

--

--

--

--

--

JD

--

--

--

--

--

JE

--

--

--

--

--

*1)

Triple reduction : 1/15~ 1/100

*2)

EVL

Model number

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

259

EVL-SERIES Right-angle shaft
EVL-120 – 2-Stage Specifications
Frame Size

120

Stage

2-Stage

Ratio

Unit

Note

3

4

5

6

7

8

9

10

Nominal Output Torque

[Nm]

*1

75

100

120

150

150

150

110

110

Maximum Acceleration Torque

[Nm]

*2

150

200

240

300

300

300

200

200

320

430

500

550

550

550

450

450

1800

1900

1900

2000

2100

2300

2400

2500

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

1300

1500

1600

1700

Permitted Axial Load

[N]

*8

1500

1700

1900

2000

Maximum Radial Load

[N]

*9

4300

Maximum Axial Load

[N]

*10

3900

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

--

--

--

--

--

--

--

--

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

6.740

5.490

5.020

4.770

4.650

4.550

4.490

4.460

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

8.340

7.080

6.610

6.360

6.240

6.140

6.080

6.050

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

15.410

14.150

13.690

13.430

13.310

13.220

13.160

13.120

[%]

*11

[Nm/arc-min]

*12

31

[arc-min]

--

≤6

[dB]

*13

85

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

1.88

93

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

10.2

EVL-120 – 3-Stage Specifications
Frame Size

120

Stage
Ratio

Unit

Note

15

16

20

25

28

30

35

40

Nominal Output Torque

[Nm]

*1

110

130

150

150

150

110

150

150

Maximum Acceleration Torque

[Nm]

*2

200

260

300

300

300

200

300

300

Emergency Stop Torque

[Nm]

*3

450

550

550

550

550

450

550

550

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

1.11

Permitted Radial Load

[N]

*7

2300

2300

2500

2700

2800

2900

3000

3200

Permitted Axial Load

[N]

*8

3000

3100

3400

3700

3900

3900

3900

3900

Maximum Radial Load

[N]

*9

Maximum Axial Load

4300

[N]

*10

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

2.250

2.460

2.200

2.180

2.400

1.870

2.160

1.860

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

2.580

2.790

2.530

2.510

2.730

2.200

2.490

2.190

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

4.700

4.910

4.650

4.640

4.860

4.330

4.620

4.320

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

--

--

--

--

--

--

--

--

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

260

3-Stage

3900

[%]

*11

88

[Nm/arc-min]

*12

31

[arc-min]

--

≤9

[dB]

*13

85

--

*14

IP54 (IP65)

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

10

EVL-120 – 3-Stage Specifications
Frame Size

120

Stage

3-Stage

Ratio

Unit

Note

45

50

60

70

80

90

100

Nominal Output Torque

[Nm]

*1

110

150

150

150

150

110

110

Maximum Acceleration Torque

[Nm]

*2

200

300

300

300

300

200

200

450

550

550

550

550

450

450

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

3300

3400

3600

3800

4000

4200

4300

Permitted Axial Load

[N]

*8

3900

3900

3900

3900

3900

3900

3900

Maximum Radial Load

[N]

*9

4300

Maximum Axial Load

[N]

*10

3900

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

2.150

1.860

1.850

1.850

1.850

1.850

1.850

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

2.480

2.190

2.180

2.180

2.180

2.180

2.180

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

4.610

4.310

4.310

4.310

4.310

4.310

4.310

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

--

--

--

--

--

--

--

[%]

*11

[Nm/arc-min]

*12

31

[arc-min]

--

≤9

[dB]

*13

85

Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

88

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

10

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 3000 rpm for EVL120

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output shaft center)

*9)

The maximum radial load that the reducer can accept

EVL

Efficiency

1.11

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating
*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

261

EVL-SERIES Right-angle shaft
EVL-120 – 2-Stage Dimensions

262

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

EVL

EVL-120 – 3-Stage Dimensions

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

263

EVL-SERIES Right-angle shaft
EVL-120 – 2-Stage Adapter Dimensions

Model number

EVL-120-□-□-14**
(S≦ 14)

EVL-120-□-□-19**
(14 S≦ 19)

**: Adapter code

2-Stage
L1

L2

L3

L4

L5

BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

--

--

--

--

--

BC•BH•BM•BN

--

--

--

--

--

CA•CC

--

--

--

--

--

DA•DB•DC•DD•DF•DH•DJ

--

--

--

--

--

EA•EB•EC•EF•EG•EK•EL

--

--

--

--

--

FA

--

--

--

--

--

FB

--

--

--

--

--

JA

--

--

--

--

--

DA•DB•DC

170

110

□80

25

50

EB•ED

170

110

□90

25

50

FA

170

110

□100

25

50

FB

180

120

□100

35

60

GB•GD•GJ

170

110

□115

25

50

HA

170

110

□130

25

50

HB

185

125

□130

40

65

JA

180

120

□150

35

60

FA•FB•FC

196

136

□100

35

67

FD•FE

191

131

□100

30

62

GA•GB•GC•GD•GE•GF•GG•GH

196

136

□115

35

67

HA•HC•HD

196

136

□130

35

67

HB

206

146

□130

45

77

EVL-120-□-□-28**

HE

211

151

□130

50

82

(19 S≦ 28)

HF

191

131

□130

30

62

JA•JB•JC•JF

196

136

□150

35

67

EVL-120-□-□-38**
(28 S≦ 38)

*1)

Double reduction : 1/3~ 1/10

JD

216

156

□150

55

87

JE

206

146

□150

45

77

KA•KB•KE

196

136

□180

35

67

KD

206

146

□180

45

77

HA

213

153

□130

45

82

HB•HE

208

148

□130

40

77

JA

213

153

□150

45

82

KA•KB•KC

213

153

□180

45

82

KD

248

188

□180

80

117

KE

228

168

□180

60

97

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.

264

A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

EVL-120 – 3-Stage Adapter Dimensions

**: Adapter code

3-Stage
L1

L2

L3

L4

L5

BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

152

92

□65

16.5

35

BC•BH•BM•BN

157

97

□65

21.5

40

CA•CC

152

92

□70

16.5

35

DA•DB•DC•DD•DF•DH•DJ

152

92

□80

16.5

35

EA•EB•EC•EF•EG•EK•EL

152

92

□90

16.5

35

EVL-120-□-□-14**
(S≦ 14)

EVL-120-□-□-19**
(14 S≦ 19)

FA

152

92

□100

16.5

35

FB

162

102

□100

26.5

45

JA

167

107

□150

31.5

50

DA•DB•DC

160

100

□80

25

50

EB•ED

160

100

□90

25

50

FA

160

100

□100

25

50

FB

170

110

□100

35

60

GB•GD•GJ

160

100

□115

25

50

HA

160

100

□130

25

50

HB

175

115

□130

40

65

JA

170

110

□150

35

60

FA•FB•FC

189

129

□100

35

67

FD•FE

184

124

□100

30

62

GA•GB•GC•GD•GE•GF•GG•GH

189

129

□115

35

67

HA•HC•HD

189

129

□130

35

67

HB

199

139

□130

45

77

EVL-120-□-□-28**

HE

204

144

□130

50

82

(19 S≦ 28)

HF

184

124

□130

30

62

JA•JB•JC•JF

189

129

□150

35

67

EVL-120-□-□-38**
(28 S≦ 38)

*1)

Triple reduction : 1/15~ 1/100

JD

209

149

□150

55

87

JE

199

139

□150

45

77

KA•KB•KE

189

129

□180

35

67

KD

199

139

□180

45

77

HA

--

--

--

--

--

HB•HE

--

--

--

--

--

JA

--

--

--

--

--

KA•KB•KC

--

--

--

--

--

KD

--

--

--

--

--

KE

--

--

--

--

--

*2)

EVL

Model number

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

265

EVL-SERIES Right-angle shaft
EVL-155 – 2-Stage Specifications
Frame Size

155

Stage

2-Stage

Ratio

Unit

Note

3

4

5

6

7

8

9

10

Nominal Output Torque

[Nm]

*1

130

170

200

260

300

300

200

200

Maximum Acceleration Torque

[Nm]

*2

260

340

400

520

600

600

400

400

700

950

1100

1100

1100

1100

750

750

4200

4400

4600

4700

3500

3700

3900

4100

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

2000

Maximum Input Speed

[rpm]

*5

4000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

3200

3500

3800

4000

Permitted Axial Load

[N]

*8

2400

2700

3000

3300

Maximum Radial Load

[N]

*9

9100

Maximum Axial Load

[N]

*10

8200

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

--

--

--

--

--

--

--

--

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

23.130

18.570

16.910

16.010

15.580

15.230

14.770

14.660

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

27.500

22.940

21.280

20.380

19.950

19.610

19.410

19.030

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

40.730

36.170

34.510

33.610

33.180

32.840

32.370

32.260

[%]

*11

[Nm/arc-min]

*12

60

[arc-min]

--

≤6

[dB]

*13

85

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

3.26

93

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

19.8

EVL-155 – 3-Stage Specifications
Frame Size

155

Stage
Ratio

Unit

Note

15

16

20

25

28

30

35

40

Nominal Output Torque

[Nm]

*1

200

300

300

300

300

200

300

300

Maximum Acceleration Torque

[Nm]

*2

400

600

600

600

600

400

600

600

750

1100

1100

1100

1100

750

1100

1100

6700

6800

7200

7500

6400

6600

7000

7500

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

2000

Maximum Input Speed

[rpm]

*5

4000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

5400

5500

6000

6400

Permitted Axial Load

[N]

*8

4900

5000

5500

6100

Maximum Radial Load

[N]

*9

9100

Maximum Axial Load

[N]

*10

8200

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

6.400

7.290

6.220

6.150

7.090

4.990

6.090

4.950

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

8.000

8.880

7.810

7.750

8.680

6.580

7.690

6.540

2.56

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

15.070

15.960

14.890

14.820

15.760

13.660

14.760

13.610

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

--

--

--

--

--

--

--

--

[%]

*11

[Nm/arc-min]

*12

60

[arc-min]

--

≤9

[dB]

*13

85

--

*14

IP54 (IP65)

[°C]

--

0-40

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

266

3-Stage

88

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

20.4

EVL-155 – 3-Stage Specifications
Frame Size

155

Stage

3-Stage

Ratio

Unit

Note

45

50

60

70

80

90

100

Nominal Output Torque

[Nm]

*1

200

300

300

300

300

200

200

Maximum Acceleration Torque

[Nm]

*2

400

600

600

600

600

400

400

750

1100

1100

1100

1100

750

750

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

2000

Maximum Input Speed

[rpm]

*5

4000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

7800

8100

8600

9100

9100

9100

9100

Permitted Axial Load

[N]

*8

7900

8200

8200

8200

8200

8200

8200

Maximum Radial Load

[N]

*9

9100

Maximum Axial Load

[N]

*10

8200

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

6.070

4.930

4.920

4.910

4.910

4.910

4.910

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

7.660

6.520

6.510

6.510

6.500

6.500

6.500

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

14.740

13.590

13.590

13.580

13.580

13.570

13.570

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

--

--

--

--

--

--

--

[%]

*11

[Nm/arc-min]

*12

60

[arc-min]

--

≤9

[dB]

*13

85

Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

88

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

20.4

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 2000 rpm for EVL155

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output shaft center)

*9)

The maximum radial load that the reducer can accept

EVL

Efficiency

2.56

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating
*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

267

EVL-SERIES Right-angle shaft
EVL-155 – 2-Stage Dimensions

268

*1)

Length will vary depending on motor.

*2)

Bushing will be inserted to adapt to motor shaft

EVL

EVL-155 – 3-Stage Dimensions

*1)

Length will vary depending on motor.

*2)

Bushing will be inserted to adapt to motor shaft

269

EVL-SERIES Right-angle shaft
EVL-155 – 2-Stage Adapter Dimensions

Model number

EVL-155-□-□-19**
(S≦19)

EVL-155-□-□-28**
(19 S≦ 28)

**: Adapter code

2-Stage
L1

L2

L3

L4

L5

DA•DB•DC

--

--

--

--

--

EB•ED

--

--

--

--

--

FA

--

--

--

--

--

FB

--

--

--

--

--

GB•GD•GJ

--

--

--

--

--

HA

--

--

--

--

--

HB

--

--

--

--

--

JA

--

--

--

--

--

FA•FB•FC

229.5

152

□100

35

67

GA•GB•GC•GD•GE•GF•GG•GH

229.5

152

□115

35

67

HA•HC•HD

229.5

152

□130

35

67

HB

239.5

162

□130

45

77

HF

224.5

147

□130

30

62

JA•JB•JC•JF

229.5

152

□150

35

67

KA•KB•KE

229.5

152

□180

35

67

LA

229.5

152

□200

35

67

LB

239.5

162

□200

45

77

MA

229.5

152

□220

35

67

MB

239.5

162

□220

45

77

HA

244.5

167

□130

45

82

HB•HE

239.5

162

□130

40

77
82

JA

244.5

167

□150

45

KA•KB•KC

244.5

167

□180

45

82

EVL-155-□-□-38**

KD

279.5

202

□180

80

117

(28 S≦ 38)

KE

259.5

182

□180

60

97

LB

254.5

177

□200

55

92

MA•MB

244.5

167

□220

45

82

EVL-155-□-□-48**
(38 S≦ 48)

*1)

Double reduction : 1/3~ 1/10

MC

259.5

182

□220

60

97

MD

254.5

177

□220

55

92

KA

290.5

213

□180

75

118

KB•KC

270.5

193

□180

55

98

LA

270.5

193

□200

55

98

MA

270.5

193

□220

55

98

MB

290.5

213

□220

75

118

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.

270

A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

EVL-155 – 3-Stage Adapter Dimensions

EVL-155-□-□-19**
(S≦19)

EVL-155-□-□-28**
(19 S≦ 28)

**: Adapter code

3-Stage
L1

L2

L3

L4

L5

DA•DB•DC

187.5

110

□80

25

50

EB•ED

187.5

110

□90

25

50

FA

187.5

110

□100

25

50

FB

197.5

120

□100

35

60

GB•GD•GJ

187.5

110

□115

25

50

HA

187.5

110

□130

25

50

HB

202.5

125

□130

40

65

JA

197.5

120

□150

35

60

FA•FB•FC

213.5

136

□100

35

67

GA•GB•GC•GD•GE•GF•GG•GH

213.5

136

□115

35

67

HA•HC•HD

213.5

136

□130

35

67

HB

223.5

146

□130

45

77

HF

208.5

131

□130

30

62

JA•JB•JC•JF

213.5

136

□150

35

67

KA•KB•KE

213.5

136

□180

35

67

LA

213.5

136

□200

35

67

LB

223.5

146

□200

45

77

MA

213.5

136

□220

35

67

MB

223.5

146

□220

45

77

HA

230.5

153

□130

45

82

HB•HE

225.5

148

□130

40

77
82

JA

230.5

153

□150

45

KA•KB•KC

230.5

153

□180

45

82

EVL-155-□-□-38**

KD

265.5

188

□180

80

117

(28 S≦ 38)

KE

245.5

168

□180

60

97

LB

240.5

163

□200

55

92

MA•MB

230.5

153

□220

45

82

EVL-155-□-□-48**
(38 S≦ 48)

*1)

Triple reduction : 1/15~ 1/100

MC

245.5

168

□220

60

97

MD

240.5

163

□220

55

92

KA

--

--

--

--

--

KB•KC

--

--

--

--

--

LA

--

--

--

--

--

MA

--

--

--

--

--

MB

--

--

--

--

--

*2)

EVL

Model number

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

271

EVL-SERIES Right-angle shaft
EVL-205 – 2-Stage Specifications
Frame Size

205

Stage

2-Stage

Ratio

Units

Note

3

4

5

Nominal Output Torque

[Nm]

*1

400

575

600

600

Maximum Acceleration Torque

[Nm]

*2

575

770

960

1120

Emergency Stop Torque

[Nm]

*3

1300

1700

2000

2500

Nominal Input Speed

[rpm]

*4

1500

Maximum Input Speed

[rpm]

*5

3000

No Load Running Torque

6

7

8

9

10

600

600

400

400

1120

1120

775

775

2500

2500

2000

2000

[Nm]

*6

Permitted Radial Load

[N]

*7

5600

6200

6700

7100

7400

7800

8100

8400

Permitted Axial Load

[N]

*8

4300

4900

5400

5800

6300

6600

7000

7300

Maximum Radial Load

[N]

*9

15000

Maximum Axial Load

[N]

*10

14000

Moment of Inertia (≤Ø 28)

[kgcm2]

--

--

--

--

--

--

--

--

--

Moment of Inertia (≤Ø 38)

[kgcm2]

--

93.71

77.72

71.89

68.74

66.43

65.27

64.60

64.28

Moment of Inertia (≤Ø 48)

[kgcm2]

--

128.6

112.6

106.8

103.6

101.3

100.1

99.46

99.14

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

214.2

198.2

192.4

189.2

186.9

185.7

185.1

184.7

[%]

*11

93

[Nm/arcmin]

*12

175

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

10.8

[Arc-min]

--

≤ 8

[dB]

*13

≤ 85

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

52

EVL-205 – 3-Stage Specifications
Frame Size

205

Stage
Ratio

Units

Note

15

16

20

25

28

30

35

40

Nominal Output Torque

[Nm]

*1

400

555

600

600

600

400

600

600

Maximum Acceleration Torque

[Nm]

*2

775

1120

1120

1120

1120

775

1120

1120

2000

2500

2500

2500

2500

2000

2500

2500

12000

12000

13000

13000

11000

12000

13000

13000

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

1500

Maximum Input Speed

[rpm]

*5

3000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

9600

9800

11000

11000

Permitted Axial Load

[N]

*8

8700

8900

9900

11000

Maximum Radial Load

[N]

*9

15000

Maximum Axial Load

[N]

*10

14000

Moment of Inertia (≤Ø 28)

[kgcm2]

--

11.49

12.09

11.15

10.98

11.59

10.33

10.83

10.24

Moment of Inertia (≤Ø 38)

[kgcm2]

--

20.28

20.88

19.94

19.77

20.38

19.11

19.62

19.03

4.7

Moment of Inertia (≤Ø 48)

[kgcm2]

--

25.10

25.70

24.76

24.59

25.20

23.94

24.44

23.85

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

--

--

--

--

--

--

--

--

[%]

*11

[Nm/arcmin]

*12

175

[Arc-min]

--

≤ 11

[dB]

*13

≤ 85

--

*14

IP54 (IP65)

[°C]

--

0-40

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

272

3-Stage

88

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

39

EVL-205 – 3-Stage Specifications
Frame Size

205

Stage

3-Stage

Ratio

Units

Note

45

Nominal Output Torque

[Nm]

*1

400

600

600

Maximum Acceleration Torque

[Nm]

*2

775

1120

1120

Emergency Stop Torque

[Nm]

*3

2000

2500

2500

2500

Nominal Input Speed

[rpm]

*4

1500

Maximum Input Speed

[rpm]

*5

3000

No Load Running Torque

50

60

70

80

90

100

600

600

400

400

1120

1120

775

775

2500

2000

2000

[Nm]

*6

Permitted Radial Load

[N]

*7

14000

14000

15000

15000

4.7
15000

15000

15000

Permitted Axial Load

[N]

*8

14000

14000

14000

14000

14000

14000

14000

Maximum Radial Load

[N]

*9

Maximum Axial Load

[N]

*10

Moment of Inertia (≤Ø 28)

[kgcm2]

--

10.76

10.20

10.18

10.16

10.15

10.15

10.14

Moment of Inertia (≤Ø 38)

[kgcm2]

--

19.55

18.99

18.96

18.95

18.94

18.93

18.93

Moment of Inertia (≤Ø 48)

[kgcm2]

--

24.37

23.81

23.78

23.77

23.76

23.75

23.75

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

--

--

--

--

--

--

--

[%]

*11

88

[Nm/arcmin]

*12

175

Torsional Rigidity
Maximum Torsional Backlash
Noise Level

14000

[Arc-min]

--

≤ 11

[dB]

*13

≤ 85

--

*14

IP54 (IP65)

Protection Class
Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

39

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 1500 rpm for EVL205

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output shaft center)

*9)

The maximum radial load that the reducer can accept

EVL

Efficiency

15000

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating
*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

273

EVL-SERIES Right-angle shaft
EVL-205 – 2-Stage Dimensions

274

*1)

Length will vary depending on motor.

*2)

Bushing will be inserted to adapt to motor shaft

EVL

EVL-205 – 3-Stage Dimensions

*1)

Length will vary depending on motor.

*2)

Bushing will be inserted to adapt to motor shaft

275

EVL-SERIES Right-angle shaft
EVL-205 – 2-Stage Adapter Dimensions

Model number

EVL-205-□-□-28**
(S≦ 28)

**: Adapter code

2-Stage
L1

L2

L3

L4

L5

FA•FB•FC

--

--

--

--

--

GA•GB•GC•GD•GE•GF•GG•GH

--

--

--

--

--

HA•HC•HD

--

--

--

--

--

HB

--

--

--

--

--

HF

--

--

--

--

--

JA•JB•JC•JF

--

--

--

--

--

KA•KB•KE

--

--

--

--

--

LA

--

--

--

--

--

LB

--

--

--

--

--

MA

--

--

--

--

--

MB

--

--

--

--

--

HA

331.5

231.5

□130

45

82

HB•HE

326.5

226.5

□130

40

77

JA

331.5

231.5

□150

45

82

KA•KB•KC

331.5

231.5

□180

45

82

KD

366.5

266.5

□180

80

117

EVL-205-□-□-38**

KE

346.5

246.5

□180

60

97

(28 S≦ 38)

LA

331.5

231.5

□200

45

82

LB

341.5

241.5

□200

55

92

MA•MB

331.5

231.5

□220

45

82

EVL-205-□-□-48**
(38 S≦ 48)

EVL-205-□-□-65**
(48 S≦ 65)

*1)

Double reduction : 1/3~ 1/10

MC

346.5

246.5

□220

60

97

MD

341.5

241.5

□220

55

92

NA

331.5

231.5

□250

45

82

KA

368

268

□180

75

118

KB•KC

348

248

□180

55

98
98

LA

348

248

□200

55

MA

348

248

□220

55

98

MB

368

268

□220

75

118

NA

368

268

□250

75

118

PA

368

268

□280

75

118

MA•MB•MC•MD

381

281

□220

80

122

NA•NC

381

281

□250

80

122

NB•ND

411

311

□250

110

152

PA

401

301

□280

100

142

PB

411

311

□280

110

152

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.

276

A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

EVL-205 – 3-Stage Adapter Dimensions

EVL-205-□-□-28**
(S≦ 28)

**: Adapter code

3-Stage
L1

L2

L3

L4

L5

FA•FB•FC

252

152

□100

35

67

GA•GB•GC•GD•GE•GF•GG•GH

252

152

□115

35

67

HA•HC•HD

252

152

□130

35

67

HB

262

162

□130

45

77

HF

247

147

□130

30

62

JA•JB•JC•JF

252

152

□150

35

67

KA•KB•KE

252

152

□180

35

67

LA

252

152

□200

35

67

LB

262

162

□200

45

77
67

MA

252

152

□220

35

MB

262

162

□220

45

77

HA

267

167

□130

45

82

HB•HE

262

162

□130

40

77

JA

267

167

□150

45

82

KA•KB•KC

267

167

□180

45

82

KD

302

202

□180

80

117

EVL-205-□-□-38**

KE

282

182

□180

60

97

(28 S≦ 38)

LA

267

167

□200

45

82

LB

277

177

□200

55

92

MA•MB

267

167

□220

45

82

EVL-205-□-□-48**
(38 S≦ 48)

EVL-205-□-□-65**
(48 S≦ 65)

*1)

Triple reduction : 1/15~ 1/100

MC

282

182

□220

60

97

MD

277

177

□220

55

92

NA

267

167

□250

45

82

KA

313

213

□180

75

118

KB•KC

293

193

□180

55

98
98

LA

293

193

□200

55

MA

293

193

□220

55

98

MB

313

213

□220

75

118

NA

313

213

□250

75

118

PA

313

213

□280

75

118

MA•MB•MC•MD

--

--

--

--

--

NA•NC

--

--

--

--

--

NB•ND

--

--

--

--

--

PA

--

--

--

--

--

PB

--

--

--

--

--

*2)

EVL

Model number

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

277

EVL-SERIES Right-angle shaft
EVL-235 – 2-Stage Specifications
Frame Size

235

Stage

2-Stage

Ratio

Units

Note

3

4

5

6

7

8

9

10

Nominal Output Torque

[Nm]

*1

575

765

960

1150

1200

1200

800

800

Maximum Acceleration Torque

[Nm]

*2

1015

1355

1695

1840

1840

1760

1520

1280

Emergency Stop Torque

[Nm]

*3

2500

3300

4000

4500

4500

4500

3600

3600

Nominal Input Speed

[rpm]

*4

1000

Maximum Input Speed

[rpm]

*5

2000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

5800

6400

6900

7300

7700

8000

8400

8700

Permitted Axial Load

[N]

*8

6400

7200

7900

8600

9200

9700

10000

11000

Maximum Radial Load

[N]

*9

Maximum Axial Load

14.5

15000

[N]

*10

Moment of Inertia (≤Ø 38)

[kgcm2]

--

--

--

--

--

--

--

--

--

Moment of Inertia (≤Ø 48)

[kgcm2]

--

148.00

122.90

113.30

108.10

104.70

102.70

101.60

101.00

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

223.20

198.10

188.60

183.30

180.00

178.00

176.80

176.20

[%]

*11

93

[Nm/arcmin]

*12

400

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

14000

[Arc-min]

--

≤ 8

[dB]

*13

≤ 85

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

68

EVL-235 – 3-Stage Specifications
Frame Size

235

Stage
Units

Note

15

16

20

25

28

30

35

40

Nominal Output Torque

[Nm]

*1

800

1200

1200

1200

1200

800

1200

1200

Maximum Acceleration Torque

[Nm]

*2

1280

1840

1840

1840

1840

1280

1840

1840

Emergency Stop Torque

[Nm]

*3

3600

4500

4500

4500

4500

3600

4500

4500

Nominal Input Speed

[rpm]

*4

1000

Maximum Input Speed

[rpm]

*5

2000

No Load Running Torque

[Nm]

*6

10.2

Permitted Radial Load

[N]

*7

9900

10000

11000

12000

12000

13000

13000

14000

Permitted Axial Load

[N]

*8

13000

13000

14000

14000

14000

14000

14000

14000

Maximum Radial Load

[N]

*9

[N]

*10

[kgcm2]

--

36.32

37.24

35.75

35.47

36.39

34.39

35.21

34.25

Maximum Axial Load
Moment of Inertia (≤Ø 38)

15000
14000

Moment of Inertia (≤Ø 48)

[kgcm2]

--

66.14

67.06

65.57

65.28

66.21

64.21

65.03

64.07

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

--

--

--

--

--

--

--

--

[%]

*11

[Nm/arcmin]

*12

400

[Arc-min]

--

≤ 11

[dB]

*13

≤ 85

--

*14

IP54 (IP65)

[°C]

--

0-40

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

278

3-Stage

Ratio

88

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

70

EVL-235 – 3-Stage Specifications
Frame Size

235

Stage

3-Stage

Ratio

Units

Note

45

50

60

70

80

90

100

Nominal Output Torque

[Nm]

*1

800

1200

1200

1200

1200

800

800

Maximum Acceleration Torque

[Nm]

*2

1040

1840

1840

1840

1440

1040

960

Emergency Stop Torque

[Nm]

*3

3600

4500

4500

4500

4500

3600

3600

Nominal Input Speed

[rpm]

*4

1000

Maximum Input Speed

[rpm]

*5

2000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

14000

15000

15000

15000

15000

15000

15000

Permitted Axial Load

[N]

*8

14000

14000

14000

14000

14000

14000

14000

Maximum Radial Load

[N]

*9

15000

[N]

*10

Moment of Inertia (≤Ø 38)

[kgcm2]

--

35.10

34.18

34.14

34.11

34.10

34.09

34.08

Moment of Inertia (≤Ø 48)

[kgcm2]

--

64.92

63.99

63.95

63.93

63.91

63.90

63.90

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

--

--

--

--

--

--

--

[%]

*11

88

[Nm/arcmin]

*12

400

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level

14000

[Arc-min]

--

≤ 11

[dB]

*13

≤ 85

Protection Class

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

70

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 1000 rpm for EVL235

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output shaft center)

*9)

The maximum radial load that the reducer can accept

EVL

Maximum Axial Load

10.2

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating
*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

279

EVL-SERIES Right-angle shaft
EVL-235 – 2-Stage Dimensions

280

*1)

Length will vary depending on motor.

*2)

Bushing will be inserted to adapt to motor shaft

EVL

EVL-235 – 3-Stage Dimensions

*1)

Length will vary depending on motor.

*2)

Bushing will be inserted to adapt to motor shaft

281

EVL-SERIES Right-angle shaft
EVL-235 – 2-Stage Adapter Dimensions

Model number

**: Adapter code

2-Stage
L1

L2

L3

L4

L5

HA

--

--

--

--

--

HB•HE

--

--

--

--

--

JA

--

--

--

--

--

KA•KB•KC

--

--

--

--

--

KD

--

--

--

--

--

EVL-235-□-□-38**

KE

--

--

--

--

--

(S≦ 38)

LA

--

--

--

--

--

LB

--

--

--

--

--

MA•MB

--

--

--

--

--

MC

--

--

--

--

--

MD

--

--

--

--

--

EVL-235-□-□-48**
(38 S≦ 48)

EVL-235-□-□-65**
(48 S≦ 65)

NA

--

--

--

--

--

KA

399.5

287

□180

75

118

KB•KC

379.5

267

□180

55

98

LA

379.5

267

□200

55

98

MA

379.5

267

□220

55

98

MB

399.5

287

□220

75

118

NA

399.5

287

□250

75

118

PA

399.5

287

□280

75

118

MA•MB•MC•MD

405.5

293

□220

80

122

NA•NC

405.5

293

□250

80

122

NB•ND

435.5

323

□250

110

152

PA

425.5

313

□280

100

142

PB

435.5

323

□280

110

152

QA•QB

425.5

313

□320

100

142

*1)

Double reduction : 1/3~ 1/10

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

282

EVL-235 – 3-Stage Adapter Dimensions

**: Adapter code

3-Stage
L1

L2

L3

L4

L5

HA

344

231.5

□130

45

82

HB•HE

339

226.5

□130

40

77

JA

344

231.5

□150

45

82

KA•KB•KC

344

231.5

□180

45

82

KD

379

266.5

□180

80

117

EVL-235-□-□-38**

KE

359

246.5

□180

60

97

(S≦ 38)

LA

344

231.5

□200

45

82

LB

354

241.5

□200

55

92

EVL-235-□-□-48**
(38 S≦ 48)

EVL-235-□-□-65**
(48 S≦ 65)

MA•MB

344

231.5

□220

45

82

MC

359

246.5

□220

60

97

MD

354

241.5

□220

55

92

NA

344

231.5

□250

45

82

KA

380.5

268

□180

75

118

KB•KC

360.5

248

□180

55

98

LA

360.5

248

□200

55

98

MA

360.5

248

□220

55

98

MB

380.5

268

□220

75

118

NA

380.5

268

□250

75

118

PA

380.5

268

□280

75

118

MA•MB•MC•MD

--

--

--

--

--

NA•NC

--

--

--

--

--

NB•ND

--

--

--

--

--

PA

--

--

--

--

--

PB

--

--

--

--

--

QA•QB

--

--

--

--

--

*1)

Triple reduction : 1/15~ 1/100

*2)

Bushing will be inserted to adapt to motor shaft

EVL

Model number

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

283

EVB-SERIES

T

his gearbox series is the right-angle version of the VRB, offering a compact configuration and output design that provides

an OEM with maximum versatility. The through-bolt flange design
at the output makes it much easier to assemble the reducer onto
machinery. A 1:1 spiral bevel gear for the right-angle connection
maintains good positional accuracy at ratios ranging from 3:1 – 100:1.
The EVB units will have a minimum backlash of 4 arc-minutes and
maximum loads approaching 600 NM.
Equipment manufacturers building custom assembly automation systems will find the flexibility and space-saving features of the EVB an ideal
fit for their unique projects. The EVB provides an excellent option when
performance, space, and cost all equally impact your reducer selection.

284

EVB
EVB-SERIES
■ Industry standard mounting dimensions
■ Large variety of reduction ratios to choose from
■ Thru-bolt mounting style
■ Maximum flexibility for mounting and clearance constraints
■ Low backlash (≤4 arc-min)
■ Space-saving design, when minimal envelope required
■ Readily available

285

EVB-SERIES Right-angle shaft
EVB-Series – Features
3

1

2

4

286

1

Space–saving features; motor can be located at a 90 degree position from the reducer providing a more
compact footprint

2

High rigidity and torque capacity are achieved by using uncaged needle roller bearings

3

Adapter-bushing connection; enable a simple, effective attachment to most servo motors

4

No leakage through the seal; high viscosity, anti-separation grease does not liquefy and does not migrate
away from the gears

5

No need to replace the grease for the life of the unit. The reducer can be positioned in any orientation

EVB-Series – Model Code
EV

B

−

090

−

7

−

K

6

−

19HB16
㩷Adapter flange code

Backlash

Output style

Ratio

Frame size

Series name

K・・・
S・
・・

060, 090, 115, 140
4 arc-min (2stage), 7 arc-min (3stage)
180, 220
6 arc-min (2stage), 9 arc-min (3stage)

Shaft with key
Smooth shaft

2stage：3, 4, 5, 6, 7, 8, 9, 10
3stage：15, 16, 20, 25, 28, 30, 35, 40, 45, 50, 60, 70, 80, 90, 100

060, 090, 115, 140, 180, 220

EVB Series

Model name for ABLE reducer

Adapter flange code
Adapter flange code varies depending on the motor.

Contact us for additional information or refer to our online reducer selection tool.
Selection tool www.nidec-shimpo.co.jp/selection/eng

EVB

*1)

287

EVB-SERIES Right-angle shaft
EVB-060 – 2-Stage Specifications
Frame Size

060

Stage

2-Stage

Ratio

Unit

Note

3

4

5

6

7

8

9

10

Nominal Output Torque

[Nm]

*1

12

16

22

24

24

24

16

16

Maximum Acceleration Torque

[Nm]

*2

24

32

40

45

45

45

32

32

50

65

80

90

90

90

65

65

570

600

620

640

460

480

510

530

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

430

470

510

540

Permitted Axial Load

[N]

*8

310

360

390

430

Maximum Radial Load

[N]

*9

1200

Maximum Axial Load

[N]

*10

1100

0.33

Moment of Inertia (≤ Ø 8)

[kgcm2]

--

0.310

0.270

0.250

0.240

0.230

0.230

0.230

0.230

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

0.390

0.340

0.320

0.310

0.310

0.310

0.300

0.300

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

0.580

0.530

0.510

0.500

0.500

0.500

0.490

0.490

[%]

*11

93

[Nm/arc-min]

*12

3

[arc-min]

--

≤4

[dB]

*13

80

--

*14

IP54 (IP65)

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

1.8

EVB-060 – 3-Stage Specifications
Frame Size

060

Stage
Ratio

Unit

Note

15

16

20

25

28

30

35

40

Nominal Output Torque

[Nm]

*1

16

24

24

24

24

16

24

24

Maximum Acceleration Torque

[Nm]

*2

32

45

45

45

45

32

45

45

65

90

90

90

90

65

90

90

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

740

750

810

870

910

930

980

1000

Permitted Axial Load

[N]

*8

630

650

720

790

830

860

920

970

Maximum Radial Load

[N]

*9

1200

Maximum Axial Load

[N]

*10

1100

0.20

Moment of Inertia (≤ Ø 8)

[kgcm2]

--

0.073

0.079

0.071

0.071

0.077

0.062

0.070

0.061

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

0.118

0.124

0.116

0.115

0.122

0.106

0.115

0.106

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

--

--

--

--

--

--

--

--

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

288

3-Stage

[%]

*11

[Nm/arc-min]

*12

88
3

[arc-min]

--

≤7

[dB]

*13

80

--

*14

IP54 (IP65)
0-40

Ambient Temperature

[°C]

--

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

1.6

EVB-060 – 3-Stage Specifications
Frame Size

060

Stage

3-Stage

Ratio

Unit

Note

45

50

60

70

80

90

100

Nominal Output Torque

[Nm]

*1

16

24

24

24

24

16

16

Maximum Acceleration Torque

[Nm]

*2

32

45

45

45

45

32

32

65

90

90

90

90

65

65

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

1100

1100

1200

1200

1200

1200

1200

Permitted Axial Load

[N]

*8

1000

1100

1100

1100

1100

1100

1100

Maximum Radial Load

[N]

*9

1200

Maximum Axial Load

[N]

*10

1100

Moment of Inertia (≤ Ø 8)

[kgcm2]

--

0.070

0.061

0.061

0.061

0.061

0.061

0.061

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

0.115

0.106

0.106

0.105

0.105

0.105

0.105

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

--

--

--

--

--

--

--

[%]

*11

88

[Nm/arc-min]

*12

3

[arc-min]

--

≤7

[dB]

*13

80

--

*14

IP54 (IP65)

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

1.6

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 3000 rpm for EVB060

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output shaft center)

*9)

The maximum radial load that the reducer can accept

EVB

0.20

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating
*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

289

EVB-SERIES Right-angle shaft
EVB-060 – 2-Stage Dimensions

290

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

EVB

EVB-060 – 3-Stage Dimensions

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

291

EVB-SERIES Right-angle shaft
EVB-060 – 2-Stage Adapter Dimensions

Model number

**: Adapter code
AA•AC•AD•AF•AG•AL•AM•AN•AQ

EVB-060-□-□-8**
(S≦ 8)

EVB-060-□-□-14**
(8 S≦ 14)

EVB-060-□-□-19**
(14 S≦19)

2-Stage
L1

L2

L3

L4

L5

103

71.5

□52

15.5

32

AB•AE•AH•AJ•AK

108

76.5

□52

20.5

37

BA•BB•BD•BE•BG•BH•BJ

103

71.5

□60

15.5

32

BC•BF

108

76.5

□60

20.5

37

CA

108

76.5

□70

20.5

37

BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

109

77.5

□65

16.5

35

BC•BH•BM•BN

114

82.5

□65

21.5

40

BL

119

87.5

□65

26.5

45

CA•CC

109

77.5

□70

16.5

35

CB

114

82.5

□70

21.5

40

DA•DB•DC•DD•DF•DH•DJ

109

77.5

□80

16.5

35
40

DE•DL

114

82.5

□80

21.5

DG•DK

119

87.5

□80

26.5

45

EA•EB•EC•EF•EG•EK•EL

109

77.5

□90

16.5

35

EJ•EM

114

82.5

□90

21.5

40

ED•EE•EH

119

87.5

□90

26.5

45

FA

109

77.5

□100

16.5

35

FB

119

87.5

□100

26.5

45

DA•DB•DC

126

94.5

□80

25

50

DD

136

104.5

□80

35

60

DE

131

99.5

□80

30

55

EA

131

99.5

□90

30

55

EB•ED

126

94.5

□90

25

50

EC

136

104.5

□90

35

60

FA

126

94.5

□100

25

50

FB

136

104.5

□100

35

60

*1)

Double reduction : 1/3~ 1/10

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

292

EVB-060 – 3-Stage Adapter Dimensions

**: Adapter code

EVB-060-□-□-8**
(S≦ 8)

3-Stage
L1

L2

L3

L4

L5

AA•AC•AD•AF•AG•AL•AM•AN•AQ

96

64.5

□52

15.5

32

AB•AE•AH•AJ•AK

101

69.5

□52

20.5

37

BA•BB•BD•BE•BG•BH•BJ

96

64.5

□60

15.5

32

BC•BF

101

69.5

□60

20.5

37

CA

101

69.5

□70

20.5

37

BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

100

68.5

□65

16.5

35

BC•BH•BM•BN

105

73.5

□65

21.5

40

BL

110

78.5

□65

26.5

45

CA•CC

100

68.5

□70

16.5

35

CB

105

73.5

□70

21.5

40

DA•DB•DC•DD•DF•DH•DJ

100

68.5

□80

16.5

35
40

EVB-060-□-□-14**
(8 S≦ 14)

EVB-060-□-□-19**
(14 S≦19)

DE•DL

105

73.5

□80

21.5

DG•DK

110

78.5

□80

26.5

45

EA•EB•EC•EF•EG•EK•EL

100

68.5

□90

16.5

35

EJ•EM

105

73.5

□90

21.5

40

ED•EE•EH

110

78.5

□90

26.5

45

FA

100

68.5

□100

16.5

35

FB

110

78.5

□100

26.5

45

DA•DB•DC

--

--

--

--

--

DD

--

--

--

--

--

DE

--

--

--

--

--

EA

--

--

--

--

--

EB•ED

--

--

--

--

--

EC

--

--

--

--

--

FA

--

--

--

--

--

FB

--

--

--

--

--

*1)

Triple reduction : 1/15~ 1/100

*2)

Bushing will be inserted to adapt to motor shaft

EVB

Model number

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

293

EVB-SERIES Right-angle shaft
EVB-090 – 2-Stage Specifications
Frame Size

090

Stage

2-Stage

Ratio

Unit

Note

3

4

5

6

7

8

9

10

Nominal Output Torque

[Nm]

*1

45

60

65

65

65

65

45

45

Maximum Acceleration Torque

[Nm]

*2

65

90

90

90

90

90

65

65

130

170

220

220

220

220

170

170

1100

1100

1200

1200

1300

1400

1500

1600

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

810

890

960

1000

1.13

Permitted Axial Load

[N]

*8

930

1100

1200

1300

Maximum Radial Load

[N]

*9

2400

Maximum Axial Load

[N]

*10

2200

Moment of Inertia (≤ Ø 8)

[kgcm2]

--

--

--

--

--

--

--

--

--

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

2.120

1.890

1.800

1.760

1.730

1.710

1.700

1.690

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

2.450

2.220

2.130

2.090

2.060

2.040

2.030

2.020

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

4.570

4.350

4.260

4.210

4.180

4.170

4.160

4.150

[%]

*11

[Nm/arc-min]

*12

10

[arc-min]

--

≤4

[dB]

*13

80

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

93

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

5.1

EVB-090 – 3-Stage Specifications
Frame Size

090

Stage
Ratio

Unit

Note

15

16

20

25

28

30

35

40

Nominal Output Torque

[Nm]

*1

45

65

65

65

65

45

65

65

Maximum Acceleration Torque

[Nm]

*2

65

110

110

110

110

65

110

110

Emergency Stop Torque

[Nm]

*3

170

220

220

220

220

170

220

220

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

1400

1400

1500

1600

1700

1700

1800

1900

Permitted Axial Load

[N]

*8

1900

1900

2100

2200

2200

2200

2200

2200

Maximum Radial Load

[N]

*9

Maximum Axial Load

0.55

2400

[N]

*10

Moment of Inertia (≤ Ø 8)

[kgcm2]

--

0.340

0.380

0.330

0.320

0.370

0.250

0.320

0.250

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

0.410

0.460

0.400

0.400

0.450

0.330

0.400

0.320

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

0.600

0.650

0.590

0.590

0.640

0.510

0.590

0.510

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

--

--

--

--

--

--

--

--

[%]

*11

[Nm/arc-min]

*12

10

[arc-min]

--

≤7

[dB]

*13

80

--

*14

IP54 (IP65)

[°C]

--

0-40

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

294

3-Stage

2200

88

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

4.4

EVB-090 – 3-Stage Specifications
Frame Size

090

Stage

3-Stage

Ratio

Unit

Note

45

Nominal Output Torque

[Nm]

*1

45

65

65

Maximum Acceleration Torque

[Nm]

*2

65

110

110

170

220

220

220

50

60

70

80

90

100

65

65

45

45

110

110

65

65

220

170

170

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

2000

2100

2200

2300

0.55
2400

2400

2400

Permitted Axial Load

[N]

*8

2200

2200

2200

2200

2200

2200

2200

Maximum Radial Load

[N]

*9

2400

Maximum Axial Load

[N]

*10

2200

Moment of Inertia (≤ Ø 8)

[kgcm2]

--

0.320

0.250

0.250

0.250

0.250

0.250

0.250

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

0.390

0.320

0.320

0.320

0.320

0.320

0.320

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

0.580

0.510

0.510

0.510

0.510

0.510

0.510

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

--

--

--

--

--

--

--

[%]

*11

[Nm/arc-min]

*12

10

[arc-min]

--

≤7

[dB]

*13

80

Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

88

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

4.4

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 3000 rpm for EVB090

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output shaft center)

*9)

The maximum radial load that the reducer can accept

EVB

Efficiency

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating
*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

295

EVB-SERIES Right-angle shaft
EVB-090 – 2-Stage Dimensions

296

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

EVB

EVB-090 – 3-Stage Dimensions

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

297

EVB-SERIES Right-angle shaft
EVB-090 – 2-Stage Adapter Dimensions

Model number

EVB-090-□-□-8**
(S≦ 8)

EVB-090-□-□-14**
(8 S≦ 14)

EVB-090-□-□-19**
(14 S≦ 19)

**: Adapter code

2-Stage
L1

L2

L3

L4

L5

AA•AC•AD•AF•AG•AL•AM•AN•AQ

--

--

--

--

--

AB•AE•AH•AJ•AK

--

--

--

--

--

BA•BB•BD•BE•BG•BH•BJ

--

--

--

--

--

CA

--

--

--

--

--

BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

137.5

92

□65

16.5

35

BC•BH•BM•BN

142.5

97

□65

21.5

40

CA•CC

137.5

92

□70

16.5

35

DA•DB•DC•DD•DF•DH•DJ

137.5

92

□80

16.5

35

EA•EB•EC•EF•EG•EK•EL

137.5

92

□90

16.5

35

FA

137.5

92

□100

16.5

35

FB

147.5

102

□100

26.5

45

JA

152.5

107

□150

31.5

50

DA•DB•DC

145.5

100

□80

25

50

EB•ED

145.5

100

□90

25

50

FA

145.5

100

□100

25

50

FB

155.5

110

□100

35

60

GA•GC•GH

150.5

105

□115

30

55

GB•GD•GJ

145.5

100

□115

25

50

GE•GF

155.5

110

□115

35

60

HA

145.5

100

□130

25

50

HB

160.5

115

□130

40

65

HC•HD•HE

150.5

105

□130

30

55

JA

155.5

110

□150

35

60

JB

160.5

115

□150

40

65

FA•FB•FC

174.5

129

□100

35

67

FD•FE

169.5

124

□100

30

62

GA•GB•GC•GD•GE•GF•GG•GH

174.5

129

□115

35

67

HA•HC•HD

174.5

129

□130

35

67

EVB-090-□-□-28**

HB

184.5

139

□130

45

77

(19 S≦ 28)

HE

189.5

144

□130

50

82

*1)

Double reduction : 1/3~ 1/10

HF

169.5

124

□130

30

62

JA•JB•JC•JF

174.5

129

□150

35

67

JD

194.5

149

□150

55

87

JE

184.5

139

□150

45

77

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.

298

A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

EVB-090 – 3-Stage Adapter Dimensions

**: Adapter code

EVB-090-□-□-8**
(S≦ 8)

3-Stage
L1

L2

L3

L4

L5

AA•AC•AD•AF•AG•AL•AM•AN•AQ

117

71.5

□52

15.5

32

AB•AE•AH•AJ•AK

122

76.5

□52

20.5

37

BA•BB•BD•BE•BG•BH•BJ

117

71.5

□60

15.5

32

CA

122

76.5

□70

20.5

37

BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

123

77.5

□65

16.5

35

BC•BH•BM•BN

128

82.5

□65

21.5

40

EVB-090-□-□-14**
(8 S≦ 14)

EVB-090-□-□-19**
(14 S≦ 19)

CA•CC

123

77.5

□70

16.5

35

DA•DB•DC•DD•DF•DH•DJ

123

77.5

□80

16.5

35

EA•EB•EC•EF•EG•EK•EL

123

77.5

□90

16.5

35

FA

123

77.5

□100

16.5

35

FB

133

87.5

□100

26.5

45

JA

138

92.5

□150

31.5

50

DA•DB•DC

140

94.5

□80

25

50

EB•ED

140

94.5

□90

25

50

FA

140

94.5

□100

25

50

FB

150

104.5

□100

35

60

GA•GC•GH

145

99.5

□115

30

55

GB•GD•GJ

140

94.5

□115

25

50

GE•GF

150

104.5

□115

35

60

HA

140

94.5

□130

25

50

HB

155

109.5

□130

40

65

HC•HD•HE

145

99.5

□130

30

55

JA

150

104.5

□150

35

60

JB

155

109.5

□150

40

65

FA•FB•FC

--

--

--

--

--

FD•FE

--

--

--

--

--

GA•GB•GC•GD•GE•GF•GG•GH

--

--

--

--

--

HA•HC•HD

--

--

--

--

--

EVB-090-□-□-28**

HB

--

--

--

--

--

(19 S≦ 28)

HE

--

--

--

--

--

*1)

Triple reduction : 1/15~ 1/100

HF

--

--

--

--

--

JA•JB•JC•JF

--

--

--

--

--

JD

--

--

--

--

--

JE

--

--

--

--

--

*2)

EVB

Model number

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

299

EVB-SERIES Right-angle shaft
EVB-115 – 2-Stage Specifications
Frame Size

115

Stage

2-Stage

Ratio

Unit

Note

Nominal Output Torque

[Nm]

Maximum Acceleration Torque

[Nm]

Emergency Stop Torque

3

4

5

6

7

8

9

10

*1

75

100

120

150

150

150

110

110

*2

150

200

240

300

300

300

200

200

[Nm]

*3

320

430

500

550

550

550

450

450

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

1.88

Permitted Radial Load

[N]

*7

1300

1500

1600

1700

1800

1900

1900

2000

Permitted Axial Load

[N]

*8

1500

1700

1900

2000

2100

2300

2400

2500

Maximum Radial Load

[N]

*9

Maximum Axial Load

[N]

*10

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

--

--

--

--

--

--

--

--

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

6.740

5.490

5.020

4.770

4.650

4.550

4.490

4.460

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

8.340

7.080

6.610

6.360

6.240

6.140

6.080

6.050

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

15.410

14.150

13.690

13.430

13.310

13.220

13.160

13.120

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

4300
3900

[%]

*11

93

[Nm/arc-min]

*12

31

[arc-min]

--

≤4

[dB]

*13

85

--

*14

IP54 (IP65)
0-40

Ambient Temperature

[°C]

--

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

10.4

EVB-115 – 3-Stage Specifications
Frame Size

115

Stage
Unit

Note

15

16

20

25

28

30

35

40

Nominal Output Torque

[Nm]

*1

110

130

150

150

150

110

150

150

Maximum Acceleration Torque

[Nm]

*2

200

260

300

300

300

200

300

300

Emergency Stop Torque

[Nm]

*3

450

550

550

550

550

450

550

550

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

1.11

Permitted Radial Load

[N]

*7

2300

2300

2500

2700

2800

2900

3000

3200

Permitted Axial Load

[N]

*8

3000

3100

3400

3700

3900

3900

3900

3900

Maximum Radial Load

[N]

*9

Maximum Axial Load

[N]

*10

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

2.250

2.460

2.200

2.180

2.400

1.870

2.160

1.860

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

2.580

2.790

2.530

2.510

2.730

2.200

2.490

2.190

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

4.700

4.910

4.650

4.640

4.860

4.330

4.620

4.320

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

--

--

--

--

--

--

--

--

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

300

3-Stage

Ratio

3900
3900

[%]

*11

88

[Nm/arc-min]

*12

31

[arc-min]

--

≤7

[dB]

*13

85

--

*14

IP54 (IP65)
0-40

Ambient Temperature

[°C]

--

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

10.1

EVB-115 – 3-Stage Specifications
Frame Size

115

Stage

3-Stage

Ratio

Unit

Note

45

50

60

70

80

90

100

Nominal Output Torque

[Nm]

*1

110

150

150

150

150

110

110

Maximum Acceleration Torque

[Nm]

*2

200

300

300

300

300

200

200

Emergency Stop Torque

[Nm]

*3

450

550

550

550

550

450

450

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

1.11

Permitted Radial Load

[N]

*7

3300

3400

3600

3800

4000

4200

4300

Permitted Axial Load

[N]

*8

3900

3900

3900

3900

3900

3900

3900

1.850

1.850

1.850

Maximum Radial Load

[N]

*9

Maximum Axial Load

[N]

*10

[kgcm2]

--

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

2.480

2.190

2.180

2.180

2.180

2.180

2.180

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

4.610

4.310

4.310

4.310

4.310

4.310

4.310

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

--

--

--

--

--

--

--

Efficiency
Torsional Rigidity

3900
2.150

1.860

1.850

1.850

[%]

*11

88

[Nm/arc-min]

*12

31

[arc-min]

--

≤7

[dB]

*13

85

--

*14

IP54 (IP65)
0-40

Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

[°C]

--

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

10.1

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 3000 rpm for EVB115

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output shaft center)

*9)

The maximum radial load that the reducer can accept

EVB

Moment of Inertia (≤ Ø 14)

4300

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating
*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

301

EVB-SERIES Right-angle shaft
EVB-115 – 2-Stage Dimensions

302

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

EVB

EVB-115 – 3-Stage Dimensions

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

303

EVB-SERIES Right-angle shaft
EVB-115 – 2-Stage Adapter Dimensions

Model number

EVB-115-□-□-14**
(S≦ 14)

EVB-115-□-□-19**
(14 S≦ 19)

**: Adapter code

2-Stage
L1

L2

L3

L4

L5

BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

--

--

--

--

--

BC•BH•BM•BN

--

--

--

--

--

CA•CC

--

--

--

--

--

DA•DB•DC•DD•DF•DH•DJ

--

--

--

--

--

EA•EB•EC•EF•EG•EK•EL

--

--

--

--

--

FA

--

--

--

--

--

FB

--

--

--

--

--

JA

--

--

--

--

--

DA•DB•DC

170

110

□80

25

50

EB•ED

170

110

□90

25

50

FA

170

110

□100

25

50

FB

180

120

□100

35

60

GB•GD•GJ

170

110

□115

25

50

HA

170

110

□130

25

50

HB

185

125

□130

40

65

JA

180

120

□150

35

60

FA•FB•FC

196

136

□100

35

67

FD•FE

191

131

□100

30

62

GA•GB•GC•GD•GE•GF•GG•GH

196

136

□115

35

67

HA•HC•HD

196

136

□130

35

67

HB

206

146

□130

45

77

EVB-115-□-□-28**

HE

211

151

□130

50

82

(19 S≦ 28)

HF

191

131

□130

30

62

JA•JB•JC•JF

196

136

□150

35

67

EVB-115-□-□-38**
(28 S≦ 38)

*1)

Double reduction : 1/3~ 1/10

JD

216

156

□150

55

87

JE

206

146

□150

45

77

KA•KB•KE

196

136

□180

35

67

KD

206

146

□180

45

77

HA

213

153

□130

45

82

HB•HE

208

148

□130

40

77

JA

213

153

□150

45

82

KA•KB•KC

213

153

□180

45

82

KD

248

188

□180

80

117

KE

228

168

□180

60

97

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.

304

A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

EVB-115 – 3-Stage Adapter Dimensions

**: Adapter code

3-Stage
L1

L2

L3

L4

L5

BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

152

92

□65

16.5

35

BC•BH•BM•BN

157

97

□65

21.5

40

CA•CC

152

92

□70

16.5

35

DA•DB•DC•DD•DF•DH•DJ

152

92

□80

16.5

35

EA•EB•EC•EF•EG•EK•EL

152

92

□90

16.5

35

EVB-115-□-□-14**
(S≦ 14)

EVB-115-□-□-19**
(14 S≦ 19)

FA

152

92

□100

16.5

35

FB

162

102

□100

26.5

45

JA

167

107

□150

31.5

50

DA•DB•DC

160

100

□80

25

50

EB•ED

160

100

□90

25

50

FA

160

100

□100

25

50

FB

170

110

□100

35

60

GB•GD•GJ

160

100

□115

25

50

HA

160

100

□130

25

50

HB

175

115

□130

40

65

JA

170

110

□150

35

60

FA•FB•FC

189

129

□100

35

67

FD•FE

184

124

□100

30

62

GA•GB•GC•GD•GE•GF•GG•GH

189

129

□115

35

67

HA•HC•HD

189

129

□130

35

67

HB

199

139

□130

45

77

EVB-115-□-□-28**

HE

204

144

□130

50

82

(19 S≦ 28)

HF

184

124

□130

30

62

JA•JB•JC•JF

189

129

□150

35

67

EVB-115-□-□-38**
(28 S≦ 38)

*1)

Triple reduction : 1/15~ 1/100

JD

209

149

□150

55

87

JE

199

139

□150

45

77

KA•KB•KE

189

129

□180

35

67

KD

199

139

□180

45

77

HA

--

--

--

--

--

HB•HE

--

--

--

--

--

JA

--

--

--

--

--

KA•KB•KC

--

--

--

--

--

KD

--

--

--

--

--

KE

--

--

--

--

--

*2)

EVB

Model number

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

305

EVB-SERIES Right-angle shaft
EVB-140 – 2-Stage Specifications
Frame Size

140

Stage

2-Stage

Ratio

Unit

Note

3

4

5

6

7

8

9

10

Nominal Output Torque

[Nm]

*1

130

170

200

260

300

300

200

200

Maximum Acceleration Torque

[Nm]

*2

260

340

400

520

600

600

400

400

700

950

1100

1100

1100

1100

750

750

4200

4400

4600

4700

3500

3700

3900

4100

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

2000

Maximum Input Speed

[rpm]

*5

4000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

3200

3500

3800

4000

Permitted Axial Load

[N]

*8

2400

2700

3000

3300

Maximum Radial Load

[N]

*9

9100

Maximum Axial Load

[N]

*10

8200

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

--

--

--

--

--

--

--

--

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

23.130

18.570

16.910

16.010

15.580

15.230

14.770

14.660

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

27.500

22.940

21.280

20.380

19.950

19.610

19.410

19.030

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

40.730

36.170

34.510

33.610

33.180

32.840

32.370

32.260

[%]

*11

[Nm/arc-min]

*12

60

[arc-min]

--

≤4

[dB]

*13

85

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

3.26

93

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

19.1

EVB-140 – 3-Stage Specifications
Frame Size

140

Stage
Unit

Note

15

16

20

25

28

30

35

40

Nominal Output Torque

[Nm]

*1

200

300

300

300

300

200

300

300

Maximum Acceleration Torque

[Nm]

*2

400

600

600

600

600

400

600

600

750

1100

1100

1100

1100

750

1100

1100

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

2000

Maximum Input Speed

[rpm]

*5

4000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

5400

5500

6000

6400

6700

6800

7200

7500

Permitted Axial Load

[N]

*8

4900

5000

5500

6100

6400

6600

7000

7500

2.56

4.950

Maximum Radial Load

[N]

*9

9100

Maximum Axial Load

[N]

*10

8200

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

6.400

7.290

6.220

6.150

7.090

4.990

6.090

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

8.000

8.880

7.810

7.750

8.680

6.580

7.690

6.540

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

15.070

15.960

14.890

14.820

15.760

13.660

14.760

13.610

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

--

--

--

--

--

--

--

--

[%]

*11

88

[Nm/arc-min]

*12

60

[arc-min]

--

≤7

[dB]

*13

85

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

306

3-Stage

Ratio

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

19.6

EVB-140 – 3-Stage Specifications
Frame Size

140

Stage

3-Stage

Ratio

Unit

Note

45

50

60

70

80

90

100

Nominal Output Torque

[Nm]

*1

200

300

300

300

300

200

200

Maximum Acceleration Torque

[Nm]

*2

400

600

600

600

600

400

400

750

1100

1100

1100

1100

750

750

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

2000

Maximum Input Speed

[rpm]

*5

4000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

7800

8100

8600

9100

9100

9100

9100

Permitted Axial Load

[N]

*8

7900

8200

8200

8200

8200

8200

8200

Maximum Radial Load

[N]

*9

9100

Maximum Axial Load

[N]

*10

8200

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

6.070

4.930

4.920

4.910

4.910

4.910

4.910

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

7.660

6.520

6.510

6.510

6.500

6.500

6.500

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

14.740

13.590

13.590

13.580

13.580

13.570

13.570

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

--

--

--

--

--

--

--

[%]

*11

[Nm/arc-min]

*12

60

[arc-min]

--

≤7

[dB]

*13

85

Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

88

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

19.6

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 2000 rpm for EVB140

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output shaft center)

*9)

The maximum radial load that the reducer can accept

EVB

Efficiency

2.56

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating
*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

307

EVB-SERIES Right-angle shaft
EVB-140 – 2-Stage Dimensions

308

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

EVB

EVB-140 – 3-Stage Dimensions

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

309

EVB-SERIES Right-angle shaft
EVB-140 – 2-Stage Adapter Dimensions

Model number

EVB-140-□-□-19**
(S≦ 19)

EVB-140-□-□-28**
(19 S≦ 28)

EVB-140-□-□-38**
(28 S≦ 38)

EVB-140-□-□-48**
(38 S≦ 48)

**: Adapter code

L1

L2

L3

L4

DA•DB•DC

--

--

--

--

--

EB•ED

--

--

--

--

--

Double reduction : 1/3~ 1/10

L5

--

FA

--

--

--

--

FB

--

--

--

--

--

GB•GD•GJ

--

--

--

--

--

HA

--

--

--

--

--

HB

--

--

--

--

--

JA

--

--

--

--

--

FA•FB•FC

227

152

□100

35

67

GA•GB•GC•GD•GE•GF•GG•GH

227

152

□115

35

67

HA•HC•HD

227

152

□130

35

67

HB

237

162

□130

45

77

HF

222

147

□130

30

62

JA•JB•JC•JF

227

152

□150

35

67

KA•KB•KE

227

152

□180

35

67

LA

227

152

□200

35

67

LB

237

162

□200

45

77

MA

227

152

□220

35

67

MB

237

162

□220

45

77

HA

242

167

□130

45

82

HB•HE

237

162

□130

40

77

JA

242

167

□150

45

82

KA•KB•KC

242

167

□180

45

82

KD

277

202

□180

80

117

KE

257

182

□180

60

97

LA

242

167

□200

45

82

LB

252

177

□200

55

92

MA•MB

242

167

□220

45

82

MC

257

182

□220

60

97

MD

252

177

□220

55

92

KA

288

213

□180

75

118

KB•KC

268

193

□180

55

98

LA

268

193

□200

55

98

MA

268

193

□220

55

98

288

213

□220

75

118

MB
*1)

2-Stage

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.

310

A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

EVB-140 – 3-Stage Adapter Dimensions

EVB-140-□-□-19**
(S≦ 19)

EVB-140-□-□-28**
(19 S≦ 28)

EVB-140-□-□-38**
(28 S≦ 38)

EVB-140-□-□-48**
(38 S≦ 48)

**: Adapter code

L1

L2

L3

L4

L5

DA•DB•DC

185

110

□80

25

50

EB•ED

185

110

□90

25

50

FA

185

110

□100

25

50

FB

195

120

□100

35

60

GB•GD•GJ

185

110

□115

25

50

HA

185

110

□130

25

50

HB

200

125

□130

40

65

JA

195

120

□150

35

60

FA•FB•FC

211

136

□100

35

67

GA•GB•GC•GD•GE•GF•GG•GH

211

136

□115

35

67

HA•HC•HD

211

136

□130

35

67

HB

221

146

□130

45

77

HF

206

131

□130

30

62

JA•JB•JC•JF

211

136

□150

35

67

KA•KB•KE

211

136

□180

35

67

LA

211

136

□200

35

67

LB

221

146

□200

45

77

MA

211

136

□220

35

67

MB

221

146

□220

45

77

HA

228

153

□130

45

82

HB•HE

223

148

□130

40

77

JA

228

153

□150

45

82

KA•KB•KC

228

153

□180

45

82

KD

263

188

□180

80

117

KE

243

168

□180

60

97

LA

228

153

□200

45

82

LB

238

163

□200

55

92

MA•MB

228

153

□220

45

82

MC

243

168

□220

60

97

MD

238

163

□220

55

92

KA

--

--

--

--

--

KB•KC

--

--

--

--

--

LA

--

--

--

--

--

MA

--

--

--

--

--

--

--

--

--

--

MB
*1)

Triple reduction : 1/15~ 1/100

3-Stage

*2)

EVB

Model number

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

311

EVB-SERIES Right-angle shaft
EVB-180 – 2-Stage Specifications
Frame Size

180

Stage

2-Stage

Ratio

Units

Note

3

4

5

Nominal Output Torque

[Nm]

*1

400

575

600

600

Maximum Acceleration Torque

[Nm]

*2

575

770

960

1120

1300

1700

2000

2500

6

7

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

1500

Maximum Input Speed

[rpm]

*5

3000

No Load Running Torque

8

9

10

600

600

400

400

1120

1120

775

775

2500

2500

2000

2000

7400

7800

8100

8400

6300

6600

7000

7300

[Nm]

*6

Permitted Radial Load

[N]

*7

5600

6200

6700

7100

Permitted Axial Load

[N]

*8

4300

4900

5400

5800

Maximum Radial Load

[N]

*9

15000

Maximum Axial Load

[N]

*10

14000

Moment of Inertia (≤Ø 28)

[kgcm2]

--

--

--

--

--

--

--

--

--

Moment of Inertia (≤Ø 38)

[kgcm2]

--

93.71

77.72

71.89

68.74

66.43

65.27

64.60

64.28

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

128.6

112.6

106.8

103.6

101.3

100.1

99.46

99.14

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

214.2

198.2

192.4

189.2

186.9

185.7

185.1

184.7

[%]

*11

93

[Nm/arcmin]

*12

175

[Arc-min]

--

≤ 6

[dB]

*13

≤ 85

28

30

35

40

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

10.8

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

49

EVB-180 – 3-Stage Specifications
Frame Size

180

Stage
Units

Note

15

Nominal Output Torque

[Nm]

*1

400

555

600

600

600

400

600

600

Maximum Acceleration Torque

[Nm]

*2

775

1120

1120

1120

1120

775

1120

1120

2000

2500

2500

2500

2500

2000

2500

2500

16

20

25

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

1500

Maximum Input Speed

[rpm]

*5

3000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

9600

9800

11000

11000

12000

12000

13000

13000

Permitted Axial Load

[N]

*8

8700

8900

9900

11000

11000

12000

13000

13000

4.7

Maximum Radial Load

[N]

*9

15000

Maximum Axial Load

[N]

*10

14000

Moment of Inertia (≤Ø 28)

[kgcm2]

--

11.49

12.09

11.15

10.98

11.59

10.33

10.83

10.24

Moment of Inertia (≤Ø 38)

[kgcm2]

--

20.28

20.88

19.94

19.77

20.38

19.11

19.62

19.03

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

25.10

25.70

24.76

24.59

25.20

23.94

24.44

23.85

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

--

--

--

--

--

--

--

--

[%]

*11

88

[Nm/arcmin]

*12

175

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

312

3-Stage

Ratio

[Arc-min]

--

≤ 9

[dB]

*13

≤ 85

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

36

EVB-180 – 3-Stage Specifications
Frame Size

180

Stage

3-Stage

Ratio

Units

Note

45

Nominal Output Torque

[Nm]

*1

400

600

600

Maximum Acceleration Torque

[Nm]

*2

775

1120

1120

2000

2500

2500

2500

50

60

70

80

90

100

600

600

400

400

1120

1120

775

775

2500

2000

2000

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

1500

Maximum Input Speed

[rpm]

*5

3000

No Load Running Torque

*6

[N]

*7

14000

14000

15000

15000

15000

15000

15000

Permitted Axial Load

[N]

*8

14000

14000

14000

14000

14000

14000

14000

Maximum Radial Load

[N]

*9

15000

Maximum Axial Load

[N]

*10

14000

Moment of Inertia (≤Ø 28)

[kgcm2]

--

10.76

10.20

10.18

10.16

10.15

10.15

10.14

Moment of Inertia (≤Ø 38)

[kgcm2]

--

19.55

18.99

18.96

18.95

18.94

18.93

18.93

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

24.37

23.81

23.78

23.77

23.76

23.75

23.75

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

--

--

--

--

--

--

--

[%]

*11

88

[Nm/arcmin]

*12

175

[Arc-min]

--

≤ 9

[dB]

*13

≤ 85

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

4.7

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

36

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 1500 rpm for EVB180

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output shaft center)

*9)

The maximum radial load that the reducer can accept

EVB

[Nm]

Permitted Radial Load

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating
*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

313

EVB-SERIES Right-angle shaft
EVB-180 – 2-Stage Dimensions

314

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

EVB

EVB-180 – 3-Stage Dimensions

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

315

EVB-SERIES Right-angle shaft
EVB-180 – 2-Stage Adapter Dimensions

Model number

EVB-180-□-□-28**
(S≦ 28)

EVB-180-□-□-38**
(28 S≦ 38)

EVB-180-□-□-48**
(38 S≦ 48)

EVB-180-□-□-65**
(48 S≦ 65)

*1)

Double reduction : 1/3~ 1/10

**: Adapter code

2-Stage
L1

L2

L3

L4

L5

FA•FB•FC

--

--

--

--

--

GA•GB•GC•GD•GE•GF•GG•GH

--

--

--

--

--

HA•HC•HD

--

--

--

--

--

HB

--

--

--

--

--

HF

--

--

--

--

--

JA•JB•JC•JF

--

--

--

--

--

KA•KB•KE

--

--

--

--

--

LA

--

--

--

--

--

LB

--

--

--

--

--

MA

--

--

--

--

--

MB

--

--

--

--

--

HA

331.5

231.5

□130

45

82

HB•HE

326.5

226.5

□130

40

77

JA

331.5

231.5

□150

45

82

KA•KB•KC

331.5

231.5

□180

45

82

KD

366.5

266.5

□180

80

117

KE

346.5

246.5

□180

60

97

LB

341.5

241.5

□200

55

92

MA•MB

331.5

231.5

□220

45

82

MC

346.5

246.5

□220

60

97

MD

341.5

241.5

□220

55

92

NA

331.5

231.5

□250

45

82

KA

368

268

□180

75

118

KB•KC

348

248

□180

55

98

LA

348

248

□200

55

98

MA

348

248

□220

55

98

MB

368

268

□220

75

118

NA

368

268

□250

75

118

PA

368

268

□280

75

118

MA•MB•MC•MD

381

281

□220

80

122

NA•NC

381

281

□250

80

122

NB•ND

411

311

□250

110

152

PA

401

301

□280

100

142

PB

411

311

□280

110

152

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.

316

A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

EVB-180 – 3-Stage Adapter Dimensions

EVB-180-□-□-28**
(S≦ 28)

EVB-180-□-□-38**
(28 S≦ 38)

EVB-180-□-□-48**
(38 S≦ 48)

EVB-180-□-□-65**
(48 S≦ 65)

*1)

Triple reduction : 1/15~ 1/100

**: Adapter code

3-Stage
L1

L2

L3

L4

L5

FA•FB•FC

252

152

□100

35

67

GA•GB•GC•GD•GE•GF•GG•GH

252

152

□115

35

67

HA•HC•HD

252

152

□130

35

67

HB

262

162

□130

45

77

HF

247

147

□130

30

62

JA•JB•JC•JF

252

152

□150

35

67

KA•KB•KE

252

152

□180

35

67

LA

252

152

□200

35

67

LB

262

162

□200

45

77

MA

252

152

□220

35

67

MB

262

162

□220

45

77

HA

267

167

□130

45

82

HB•HE

262

162

□130

40

77

JA

267

167

□150

45

82

KA•KB•KC

267

167

□180

45

82

KD

302

202

□180

80

117

KE

282

182

□180

60

97

LB

277

177

□200

55

92

MA•MB

267

167

□220

45

82

MC

282

182

□220

60

97

MD

277

177

□220

55

92

NA

267

167

□250

45

82

KA

313

213

□180

75

118

KB•KC

293

193

□180

55

98

LA

293

193

□200

55

98

MA

293

193

□220

55

98

MB

313

213

□220

75

118

NA

313

213

□250

75

118

PA

313

213

□280

75

118

MA•MB•MC•MD

--

--

--

--

--

NA•NC

--

--

--

--

--

NB•ND

--

--

--

--

--

PA

--

--

--

--

--

PB

--

--

--

--

--

*2)

EVB

Model number

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

317

EVB-SERIES Right-angle shaft
EVB-220 – 2-Stage Specifications
Frame Size

220

Stage

2-Stage

Ratio

Units

Note

3

4

5

6

7

8

9

10

Nominal Output Torque

[Nm]

*1

575

765

960

1150

1200

1200

800

800

Maximum Acceleration Torque

[Nm]

*2

1015

1355

1695

1840

1840

1760

1520

1280

2500

3300

4000

4500

4500

4500

3600

3600

7700

8000

8400

8700

9200

9700

10000

11000

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

1000

Maximum Input Speed

[rpm]

*5

2000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

5800

6400

6900

7300

Permitted Axial Load

[N]

*8

6400

7200

7900

8600

Maximum Radial Load

[N]

*9

15000

Maximum Axial Load

[N]

*10

14000

Moment of Inertia (≤Ø 38)

[kgcm2]

--

--

--

--

--

--

--

--

--

Moment of Inertia (≤Ø 48)

[kgcm2]

--

148.0

122.9

113.3

108.1

104.7

102.7

101.6

101.0

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

223.2

198.1

188.6

183.3

180.0

178.0

176.8

176.2

30

35

40

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

14.5

[%]

*11

93

[Nm/arcmin]

*12

400

[Arc-min]

--

≤ 6

[dB]

*13

≤ 85

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

66

EVB-220 – 3-Stage Specifications
Frame Size

220

Stage
Units

Note

Nominal Output Torque

[Nm]

Maximum Acceleration Torque

[Nm]

15

16

20

25

28

*1

800

1200

1200

1200

1200

800

1200

1200

*2

1280

1840

1840

1840

1840

1280

1840

1840

3600

4500

4500

4500

4500

3600

4500

4500

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

1000

Maximum Input Speed

[rpm]

*5

2000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

9900

10000

11000

12000

12000

13000

13000

14000

Permitted Axial Load

[N]

*8

13000

13000

14000

14000

14000

14000

14000

14000

Maximum Radial Load

[N]

*9

15000

Maximum Axial Load

[N]

*10

14000

Moment of Inertia (≤Ø 38)

[kgcm2]

--

36.32

37.24

35.75

35.47

36.39

34.39

35.21

34.25

Moment of Inertia (≤Ø 48)

[kgcm2]

--

66.14

67.06

65.57

65.28

66.21

64.21

65.03

64.07

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

--

--

--

--

--

--

--

--

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

318

3-Stage

Ratio

10.2

[%]

*11

88

[Nm/arcmin]

*12

400

[Arc-min]

--

≤ 9

[dB]

*13

≤ 85

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

67

EVB-220 – 3-Stage Specifications
Frame Size

220

Stage

3-Stage

Ratio

Units

Note

45

50

60

70

80

90

100

Nominal Output Torque

[Nm]

*1

800

1200

1200

1200

1200

800

800

Maximum Acceleration Torque

[Nm]

*2

1040

1840

1840

1840

1440

1040

960

3600

4500

4500

4500

4500

3600

3600

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

1000

Maximum Input Speed

[rpm]

*5

2000

No Load Running Torque

*6

[N]

*7

14000

15000

15000

15000

15000

15000

15000

Permitted Axial Load

[N]

*8

14000

14000

14000

14000

14000

14000

14000

Maximum Radial Load

[N]

*9

15000

Maximum Axial Load

[N]

*10

14000

Moment of Inertia (≤Ø 38)

[kgcm2]

--

35.10

34.18

34.14

34.11

34.10

34.09

34.08

Moment of Inertia (≤Ø 48)

[kgcm2]

--

64.92

63.99

63.95

63.93

63.91

63.90

63.90

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

--

--

--

--

--

--

--

Efficiency
Torsional Rigidity

10.2

[%]

*11

88

[Nm/arcmin]

*12

400

Maximum Torsional Backlash
Noise Level

[Arc-min]

--

≤ 9

[dB]

*13

≤ 85

--

*14

IP54 (IP65)

Protection Class
Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

67

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 1000 rpm for EVB220

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output shaft center)

*9)

The maximum radial load that the reducer can accept

EVB

[Nm]

Permitted Radial Load

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating
*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

319

EVB-SERIES Right-angle shaft
EVB-220 – 2-Stage Dimensions

320

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

EVB

EVB-220 – 3-Stage Dimensions

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

321

EVB-SERIES Right-angle shaft
EVB-220 – 2-Stage Adapter Dimensions

Model number

**: Adapter code

2-Stage
L1

L2

L3

L4

HA

--

--

--

--

L5
--

HB•HE

--

--

--

--

--

JA

--

--

--

--

--

KA•KB•KC

--

--

--

--

--

KD

--

--

--

--

--

EVB-220-□-□-38**

KE

--

--

--

--

--

(S≦ 38)

LA

--

--

--

--

--

EVB-220-□-□-48**
(38 S≦ 48)

EVB-220-□-□-65**
(48 S≦ 65)

LB

--

--

--

--

--

MA•MB

--

--

--

--

--

MC

--

--

--

--

--

MD

--

--

--

--

--

NA

--

--

--

--

--

KA

399.5

287

□180

75

118

KB•KC

379.5

267

□180

55

98

LA

379.5

267

□200

55

98

MA

379.5

267

□220

55

98

MB

399.5

287

□220

75

118

NA

399.5

287

□250

75

118

PA

399.5

287

□280

75

118

MA•MB•MC•MD

405.5

293

□220

80

122

NA•NC

405.5

293

□250

80

122

NB•ND

435.5

323

□250

110

152

PA

425.5

313

□280

100

142

PB

435.5

323

□280

110

152

QA•QB

425.5

313

□320

100

142

*1)

Double reduction : 1/3~ 1/10

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

322

EVB-220 – 3-Stage Adapter Dimensions

**: Adapter code

3-Stage
L1

L2

L3

L4

L5

HA

344

231.5

□130

45

82

HB•HE

339

226.5

□130

40

77
82

JA

344

231.5

□150

45

KA•KB•KC

344

231.5

□180

45

82

KD

379

266.5

□180

80

117

EVB-220-□-□-38**

KE

359

246.5

□180

60

97

(S≦ 38)

LA

344

231.5

□200

45

82

EVB-220-□-□-48**
(38 S≦ 48)

EVB-220-□-□-65**
(48 S≦ 65)

LB

354

241.5

□200

55

92

MA•MB

344

231.5

□220

45

82

MC

359

246.5

□220

60

97

MD

354

241.5

□220

55

92

NA

344

231.5

□250

45

82

KA

380.5

268

□180

75

118

KB•KC

360.5

248

□180

55

98

LA

360.5

248

□200

55

98

MA

360.5

248

□220

55

98

MB

380.5

268

□220

75

118

NA

380.5

268

□250

75

118
118

PA

380.5

268

□280

75

MA•MB•MC•MD

--

--

--

--

--

NA•NC

--

--

--

--

--

NB•ND

--

--

--

--

--

PA

--

--

--

--

--

PB

--

--

--

--

--

QA•QB

--

--

--

--

--

*1)

Triple reduction : 1/15~ 1/100

*2)

Bushing will be inserted to adapt to motor shaft

EVB

Model number

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

323

EVS-SERIES

F

or applications that require exceptional load handling capabilities in an optimum foot print, the EVS series is the performance

leader. The right-angle equivalent to the VRS, the EVS internal design provides an extremely smooth running, quiet reducer even
when challenging static forces are applied. The tapered roller bearings at the output side allow the EVS to handle larger radial and
thrust load forces than the typical planetary gearbox.
The EVS series is a high precision right-angle gearhead having a maximum 4 arc-min backlash rating, while handling a peak output torque
reaching 600 Nm. The series is commonly utilized in custom assembly applications or in robotic tooling. Very low backlash and off-set
load handling capabilities are critical characteristics for these types
of applications.

324

EVS
EVS-SERIES
■ Industry standard mounting dimensions
■ Large variety of reduction ratios to choose from
■ Thru-bolt mounting style
■ Low backlash (≤4 arc-min)
■ Space-saving design, when minimal envelope available
■ Highest radial and axial load ratings among right-angle options
■ Readily available

325

EVS-SERIES Right-angle shaft
EVS-Series – Features
4

1

2

5

3

326

1

Space–saving features; motor can be located at a 90 degree position from the reducer providing a more
compact footprint

2

High rigidity and torque capacity are achieved by using uncaged needle roller bearings

3

High load capacity: Tapered roller bearings were added to the output section to increase radial and axial
load ratings

4

Adapter-bushing connection enable a simple, effective attachment to most servo motors

5

No leakage through the seal; high viscosity, anti-separation grease does not liquefy and does not migrate
away from the gears

6

No need to replace the grease for the life of the unit. The reducer can be positioned in any orientation

EVS-Series – Model Code
EV

S

−

100

B

−

7

−

K

4

19HB16
㩷Adapter flange code

Backlash

Output style

Ratio

K・・・
S・
・・

060, 075, 100, 140
4 arc-min (2stage), 7 arc-min (3stage)
180, 210, 240
6 arc-min (2stage), 9 arc-min (3stage)
Shaft with key
Smooth shaft

2stage：3, 4, 5, 6, 7, 8, 9, 10
3stage：15, 16, 20, 25, 28, 30, 35, 40, 45, 50, 60, 70, 80, 90, 100

Generation of design

Frame size
Series name

060, 075, 100, 140, 180, 210, 240

EVS Series

Model name for ABLE reducer

*1)

Adapter flange code
Adapter flange code varies depending on the motor.

Contact us for additional information or refer to our online reducer selection tool.

EVS

Selection tool www.nidec-shimpo.co.jp/selection/eng

327

EVS-SERIES Right-angle shaft
EVS-060 – 2-Stage Specifications
Frame Size

060

Stage

2-Stage

Ratio

Unit

Note

3

4

5

6

7

8

9

10

Nominal Output Torque

[Nm]

*1

12

16

22

24

24

24

16

16

Maximum Acceleration Torque

[Nm]

*2

24

32

40

45

45

45

32

32

50

65

80

90

90

90

65

65

2200

2300

2400

2400

2700

2700

2700

2700

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

1700

1900

2000

2100

0.33

Permitted Axial Load

[N]

*8

2300

2500

2700

2700

Maximum Radial Load

[N]

*9

3000

Maximum Axial Load

[N]

*10

2700

Moment of Inertia (≤ Ø 8)

[kgcm2]

--

0.320

0.271

0.251

0.242

0.235

0.232

0.229

0.228

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

0.395

0.346

0.326

0.317

0.310

0.307

0.304

0.303

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

0.584

0.535

0.516

0.506

0.500

0.496

0.494

0.492

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

[%]

*11

93

[Nm/arc-min]

*12

3

[arc-min]

--

≤4

[dB]

*13

80

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

2

EVS-060 – 3-Stage Specifications
Frame Size

060

Stage
Ratio

Unit

Note

15

16

20

25

28

30

35

40

Nominal Output Torque

[Nm]

*1

16

24

24

24

24

16

24

24

Maximum Acceleration Torque

[Nm]

*2

32

45

45

45

45

32

45

45

65

90

90

90

90

65

90

90

3000

3000

3000

3000

2700

2700

2700

2700

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

2800

2800

3000

3000

Permitted Axial Load

[N]

*8

2700

2700

2700

2700

Maximum Radial Load

[N]

*9

3000

Maximum Axial Load

[N]

*10

2700

0.20

Moment of Inertia (≤ Ø 8)

[kgcm2]

--

0.074

0.079

0.072

0.071

0.077

0.062

0.070

0.061

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

0.118

0.124

0.116

0.115

0.122

0.106

0.115

0.106

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

--

--

--

--

--

--

--

--

[%]

*11

88

[Nm/arc-min]

*12

3

[arc-min]

--

≤7

[dB]

*13

80

--

*14

IP54 (IP65)

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

328

3-Stage

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

1.8

EVS-060 – 3-Stage Specifications
Frame Size

060

Stage

3-Stage

Ratio

Unit

Note

45

50

60

70

80

90

100

Nominal Output Torque

[Nm]

*1

16

24

24

24

24

16

16

Maximum Acceleration Torque

[Nm]

*2

32

45

45

45

45

32

32

65

90

90

90

90

65

65

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

*6

[N]

*7

3000

3000

3000

3000

0.20
3000

3000

3000

Permitted Axial Load

[N]

*8

2700

2700

2700

2700

2700

2700

2700

Maximum Radial Load

[N]

*9

3000

Maximum Axial Load

[N]

*10

2700

Moment of Inertia (≤ Ø 8)

[kgcm2]

--

0.070

0.061

0.061

0.061

0.061

0.061

0.061

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

0.115

0.106

0.106

0.106

0.105

0.105

0.105

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

--

--

--

--

--

--

--

Efficiency
Torsional Rigidity
Maximum Torsional Backlash

[%]

*11

88

[Nm/arc-min]

*12

3

[arc-min]

--

≤7

[dB]

*13

80

--

*14

IP54 (IP65)
0-40

Noise Level
Protection Class
Ambient Temperature

[°C]

--

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

1.8

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 3000 rpm for EVS060

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output shaft center)

*9)

The maximum radial load that the reducer can accept

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating

EVS

[Nm]

Permitted Radial Load

*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

329

EVS-SERIES Right-angle shaft
EVS-060 – 2-Stage Dimensions

330

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

EVS

EVS-060 – 3-Stage Dimensions

331

EVS-SERIES Right-angle shaft
EVS-060 – 2-Stage Adapter Dimensions

Model number

EVS-060-□-□-8**
(S≦ 8)

EVS-060-□-□-14**
(8 S≦ 14)

EVS-060-□-□-19**
(14 S≦ 19)

**: Adapter code

2-Stage
L1

L2

L3

L4

L5

AA•AC•AD•AF•AG•AL•AM•AN•AQ

103

71.5

□52

15.5

32

AB•AE•AH•AJ•AK

108

76.5

□52

20.5

37

BA•BB•BD•BE•BG•BH•BJ

103

71.5

□60

15.5

32

BC•BF

108

76.5

□60

20.5

37

CA

108

76.5

□70

20.5

37

BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

109

77.5

□65

16.5

35

BC•BH•BM•BN

114

82.5

□65

21.5

40

BL

119

87.5

□65

26.5

45

CA•CC

109

77.5

□70

16.5

35

CB

114

82.5

□70

21.5

40

DA•DB•DC•DD•DF•DH•DJ

109

77.5

□80

16.5

35
40

DE•DL

114

82.5

□80

21.5

DG•DK

119

87.5

□80

26.5

45

EA•EB•EC•EF•EG•EK•EL

109

77.5

□90

16.5

35

EJ•EM

114

82.5

□90

21.5

40

ED•EE•EH

119

87.5

□90

26.5

45

FA

109

77.5

□100

16.5

35

FB

119

87.5

□100

26.5

45

DA•DB•DC

126

94.5

□80

25

50

DD

136

104.5

□80

35

60

DE

131

99.5

□80

30

55

EA

131

99.5

□90

30

55

EB•ED

126

94.5

□90

25

50

EC

136

104.5

□90

35

60

FA

126

94.5

□100

25

50

FB

136

104.5

□100

35

60

*1)

Double reduction : 1/3~ 1/10

*2)

Bushing will be inserted to adapt to motor shaft.

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

332

EVS-060 – 3-Stage Adapter Dimensions

**: Adapter code

EVS-060-□-□-8**
(S≦ 8)

3-Stage
L1

L2

L3

L4

L5

AA•AC•AD•AF•AG•AL•AM•AN•AQ

96

64.5

□52

15.5

32

AB•AE•AH•AJ•AK

101

69.5

□52

20.5

37

BA•BB•BD•BE•BG•BH•BJ

96

64.5

□60

15.5

32

BC•BF

101

69.5

□60

20.5

37

CA

101

69.5

□70

20.5

37

BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

100

68.5

□65

16.5

35

BC•BH•BM•BN

105

73.5

□65

21.5

40

BL

110

78.5

□65

26.5

45

CA•CC

100

68.5

□70

16.5

35

CB

105

73.5

□70

21.5

40

DA•DB•DC•DD•DF•DH•DJ

100

68.5

□80

16.5

35
40

EVS-060-□-□-14**
(8 S≦ 14)

EVS-060-□-□-19**
(14 S≦ 19)

DE•DL

105

73.5

□80

21.5

DG•DK

110

78.5

□80

26.5

45

EA•EB•EC•EF•EG•EK•EL

100

68.5

□90

16.5

35

EJ•EM

105

73.5

□90

21.5

40

ED•EE•EH

110

78.5

□90

26.5

45

FA

100

68.5

□100

16.5

35

FB

110

78.5

□100

26.5

45

DA•DB•DC

--

--

--

--

--

DD

--

--

--

--

--

DE

--

--

--

--

--

EA

--

--

--

--

--

EB•ED

--

--

--

--

--

EC

--

--

--

--

--

FA

--

--

--

--

--

FB

--

--

--

--

--

*1)

Triple reduction : 1/15~ 1/100

*2)

Bushing will be inserted to adapt to motor shaft.

EVS

Model number

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

333

EVS-SERIES Right-angle shaft
EVS-075 – 2-Stage Specifications
Frame Size

075

Stage

2-Stage

Ratio

Unit

Note

3

4

5

6

7

8

9

10

Nominal Output Torque

[Nm]

*1

45

60

65

65

65

65

45

45

Maximum Acceleration Torque

[Nm]

*2

65

90

90

90

90

90

65

65

130

170

220

220

220

220

170

170

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

2300

2500

2700

2800

1.13
3000

3100

3200

3300

Permitted Axial Load

[N]

*8

3400

3700

3900

3900

3900

3900

3900

3900

Maximum Radial Load

[N]

*9

4300

Maximum Axial Load

[N]

*10

3900

Moment of Inertia (≤ Ø 8)

[kgcm2]

--

--

--

--

--

--

--

--

--

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

2.070

1.870

1.780

1.740

1.720

1.700

1.690

1.690

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

2.400

2.200

2.110

2.070

2.050

2.030

2.020

2.020

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

4.530

4.320

4.240

4.200

4.170

4.160

4.150

4.150

[%]

*11

93

[Nm/arc-min]

*12

10

[arc-min]

--

≤4

[dB]

*13

80

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

4.8

EVS-075 – 3-Stage Specifications
Frame Size

075

Stage
Ratio

Unit

Note

15

16

20

25

28

30

35

40

Nominal Output Torque

[Nm]

*1

45

65

65

65

65

45

65

65

Maximum Acceleration Torque

[Nm]

*2

65

110

110

110

110

65

110

110

170

220

220

220

220

170

220

220

4300

4300

4300

4300

3900

3900

3900

3900

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

3700

3800

4000

4300

Permitted Axial Load

[N]

*8

3900

3900

3900

3900

Maximum Radial Load

[N]

*9

4300

Maximum Axial Load

[N]

*10

3900

0.55

Moment of Inertia (≤ Ø 8)

[kgcm2]

--

0.330

0.380

0.330

0.320

0.370

0.250

0.320

0.250

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

0.410

0.460

0.400

0.400

0.450

0.320

0.400

0.320

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

0.600

0.650

0.590

0.590

0.640

0.510

0.580

0.510

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

--

--

--

--

--

--

--

--

[%]

*11

[Nm/arc-min]

*12

10

[arc-min]

--

≤7

[dB]

*13

80

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

334

3-Stage

88

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

4.1

EVS-075 – 3-Stage Specifications
Frame Size

075

Stage

3-Stage

Ratio

Unit

Note

45

Nominal Output Torque

[Nm]

*1

45

65

65

Maximum Acceleration Torque

[Nm]

*2

65

110

110

170

220

220

220

50

60

70

80

90

100

65

65

45

45

110

110

65

65

220

170

170

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

*6

[N]

*7

4300

4300

4300

4300

0.55
4300

4300

4300

Permitted Axial Load

[N]

*8

3900

3900

3900

3900

3900

3900

3900

Maximum Radial Load

[N]

*9

4300

Maximum Axial Load

[N]

*10

3900

Moment of Inertia (≤ Ø 8)

[kgcm2]

--

0.320

0.250

0.250

0.250

0.250

0.250

0.250

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

0.390

0.320

0.320

0.320

0.320

0.320

0.320

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

0.580

0.510

0.510

0.510

0.510

0.510

0.510

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

--

--

--

--

--

--

--

[%]

*11

88

[Nm/arc-min]

*12

10

[arc-min]

--

≤7

[dB]

*13

80

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

4.1

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 3000 rpm for EVS075

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output shaft center)

*9)

The maximum radial load that the reducer can accept

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating

EVS

[Nm]

Permitted Radial Load

*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

335

EVS-SERIES Right-angle shaft
EVS-075 – 2-Stage Dimensions

336

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

EVS

EVS-075 – 3-Stage Dimensions

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

337

EVS-SERIES Right-angle shaft
EVS-075 – 2-Stage Adapter Dimensions

Model number

**: Adapter code
AA•AC•AD•AF•AG•AL•AM•AN•AQ

EVS-075-□-□-8**
(S≦ 8)
䂓 䂓

EVS-075-□-□-14**
䂓 䂓
(8 S≦ 14)

2-Stage
L1

L2

L3

L4

L5

--

--

--

--

--

AB•AE•AH•AJ•AK

--

--

--

--

--

BA•BB•BD•BE•BG•BH•BJ

--

--

--

--

--

CA

--

--

--

--

--

BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

137.5

92

□65

16.5

35

BC•BH•BM•BN

142.5

97

□65

21.5

40

CA•CC

137.5

92

□70

16.5

35

DA•DB•DC•DD•DF•DH•DJ

137.5

92

□80

16.5

35

EA•EB•EC•EF•EG•EK•EL

137.5

92

□90

16.5

35

FA

137.5

92

□100

16.5

35

FB

147.5

102

□100

26.5

45

JA

152.5

107

□150

31.5

50

DA•DB•DC

145.5

100

□80

25

50

EB•ED

145.5

100

□90

25

50

䂓 䂓

EVS-075-□-□-19**
(14 S≦ 19)
䂓 䂓

FA

145.5

100

□100

25

50

FB

155.5

110

□100

35

60

GA•GC•GH

150.5

105

□115

30

55

GB•GD•GJ

145.5

100

□115

25

50

GE•GF

155.5

110

□115

35

60

HA

145.5

100

□130

25

50

HB

160.5

115

□130

40

65

HC•HD•HE

150.5

105

□130

30

55

JA

155.5

110

□150

35

60

JB

160.5

115

□150

40

65

FA•FB•FC

174.5

129

□100

35

67

FD•FE

169.5

124

□100

30

62

GA•GB•GC•GD•GE•GF•GG•GH

174.5

129

□115

35

67

HA•HC•HD

174.5

129

□130

35

67

EVS-075-□-□-28**

HB

184.5

139

□130

45

77

(19 S≦ 28)

HE

189.5

144

□130

50

82

*1)

Double reduction : 1/3~ 1/10

HF

169.5

124

□130

30

62

JA•JB•JC•JF

174.5

129

□150

35

67

JD

194.5

149

□150

55

87

JE

184.5

139

□150

45

77

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.

338

A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

EVS-075 – 3-Stage Adapter Dimensions

**: Adapter code
AA•AC•AD•AF•AG•AL•AM•AN•AQ

EVS-075-□-□-8**
(S≦ 8)
䂓 䂓

3-Stage
L1

L2

L3

L4

L5

116

71.5

□52

15.5

32

AB•AE•AH•AJ•AK

121

76.5

□52

20.5

37

BA•BB•BD•BE•BG•BH•BJ

116

71.5

□60

15.5

32

CA

121

76.5

□70

20.5

37

BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

122

77.5

□65

16.5

35

BC•BH•BM•BN

127

82.5

□65

21.5

40

EVS-075-□-□-14**
䂓 䂓
(8 S≦ 14)

CA•CC

122

77.5

□70

16.5

35

DA•DB•DC•DD•DF•DH•DJ

122

77.5

□80

16.5

35

EA•EB•EC•EF•EG•EK•EL

122

77.5

□90

16.5

35

FA

122

77.5

□100

16.5

35

FB

132

87.5

□100

26.5

45

JA

137

92.5

□150

31.5

50

DA•DB•DC

139

94.5

□80

25

50

EB•ED

139

94.5

□90

25

50

䂓 䂓

EVS-075-□-□-19**
(14 S≦ 19)
䂓 䂓

FA

139

94.5

□100

25

50

FB

149

104.5

□100

35

60

GA•GC•GH

144

99.5

□115

30

55

GB•GD•GJ

139

94.5

□115

25

50

GE•GF

149

104.5

□115

35

60

HA

139

94.5

□130

25

50

HB

154

109.5

□130

40

65

HC•HD•HE

144

99.5

□130

30

55

JA

149

104.5

□150

35

60

JB

154

109.5

□150

40

65

FA•FB•FC

--

--

--

--

--

FD•FE

--

--

--

--

--

GA•GB•GC•GD•GE•GF•GG•GH

--

--

--

--

--

HA•HC•HD

--

--

--

--

--

EVS-075-□-□-28**

HB

--

--

--

--

--

(19 S≦ 28)

HE

--

--

--

--

--

*1)

Triple reduction : 1/15~ 1/100

HF

--

--

--

--

--

JA•JB•JC•JF

--

--

--

--

--

JD

--

--

--

--

--

JE

--

--

--

--

--

*2)

EVS

Model number

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

339

EVS-SERIES Right-angle shaft
EVS-100 – 2-Stage Specifications
Frame Size

100

Stage

2-Stage

Ratio

Unit

Note

3

4

5

6

7

8

9

10

Nominal Output Torque

[Nm]

*1

75

100

120

150

150

150

110

110

Maximum Acceleration Torque

[Nm]

*2

150

200

240

300

300

300

200

200

Emergency Stop Torque

[Nm]

*3

320

430

500

550

550

550

450

450

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

3400

3700

4000

4200

4400

4600

4800

4900

Permitted Axial Load

[N]

*8

4800

5200

5600

5900

6100

6300

6300

6300

Maximum Radial Load

[N]

*9

Maximum Axial Load

1.88

7000

[N]

*10

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

--

--

--

--

--

--

--

--

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

6.610

5.410

4.970

4.730

4.620

4.530

4.470

4.450

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

8.210

7.010

6.570

6.330

6.220

6.120

6.070

6.040

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

15.280

14.080

13.640

13.400

13.290

13.200

13.140

13.110

[%]

*11

[Nm/arc-min]

*12

31

[arc-min]

--

≤4

[dB]

*13

85

--

*14

IP54 (IP65)

[°C]

--

0-40

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

6300

93

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

10.5

EVS-100 – 3-Stage Specifications
Frame Size

100

Stage
Unit

Note

15

16

20

25

28

30

35

40

Nominal Output Torque

[Nm]

*1

110

130

150

150

150

110

150

150

Maximum Acceleration Torque

[Nm]

*2

200

260

300

300

300

200

300

300

Emergency Stop Torque

[Nm]

*3

450

550

550

550

550

450

550

550

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

1.11

Permitted Radial Load

[N]

*7

5600

5700

6100

6500

6700

6900

7000

7000

Permitted Axial Load

[N]

*8

6300

6300

6300

6300

6300

6300

6300

6300

Maximum Radial Load

[N]

*9

2.400

1.870

2.160

1.860

Maximum Axial Load

7000

[N]

*10

[kgcm2]

--

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

2.570

2.780

2.520

2.510

2.730

2.200

2.490

2.190

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

4.700

4.910

4.650

4.630

4.860

4.330

4.620

4.320

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

--

--

--

--

--

--

--

--

Moment of Inertia (≤ Ø 14)

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

340

3-Stage

Ratio

6300
2.240

2.450

2.190

2.180

[%]

*11

[Nm/arc-min]

*12

88
31

[arc-min]

--

≤7

[dB]

*13

85

--

*14

IP54 (IP65)
0-40

Ambient Temperature

[°C]

--

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

10.1

EVS-100 – 3-Stage Specifications
Frame Size

100

Stage

3-Stage

Ratio

Unit

Note

45

50

60

70

80

90

100

Nominal Output Torque

[Nm]

*1

110

150

150

150

150

110

110

Maximum Acceleration Torque

[Nm]

*2

200

300

300

300

300

200

200

Emergency Stop Torque

[Nm]

*3

450

550

550

550

550

450

450

Nominal Input Speed

[rpm]

*4

3000

Maximum Input Speed

[rpm]

*5

6000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

7000

7000

7000

7000

7000

7000

7000

Permitted Axial Load

[N]

*8

6300

6300

6300

6300

6300

6300

6300

Maximum Radial Load

[N]

*9

7000

[N]

*10

Moment of Inertia (≤ Ø 14)

[kgcm2]

--

2.150

1.860

1.850

1.850

1.850

1.850

1.850

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

2.480

2.190

2.180

2.180

2.180

2.180

2.180

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

4.610

4.310

4.310

4.310

4.310

4.310

4.310

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

--

--

--

--

--

--

--

[%]

*11

[Nm/arc-min]

*12

31

[arc-min]

--

≤7

[dB]

*13

85

--

*14

IP54 (IP65)

[°C]

--

0-40

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

6300

88

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

10.1

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 3000 rpm for EVS100

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output shaft center)

*9)

The maximum radial load that the reducer can accept

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating

EVS

Maximum Axial Load

1.11

*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

341

EVS-SERIES Right-angle shaft
EVS-100 – 2-Stage Dimensions

342

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

EVS

EVS-100 – 3-Stage Dimensions

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

343

EVS-SERIES Right-angle shaft
EVS-100 – 2-Stage Adapter Dimensions

Model number

EVS-100-□-□-14**
(S≦ 14)

EVS-100-□-□-19**
(14 S≦ 19)

EVS-100-□-□-28**
(19 S≦ 28)

EVS-100-□-□-38**
(28 S≦ 38)

**: Adapter code

L1

L2

L3

L4

L5

BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

--

--

--

--

--

BC•BH•BM•BN

--

--

--

--

--

CA•CC

--

--

--

--

--

DA•DB•DC•DD•DF•DH•DJ

--

--

--

--

--

EA•EB•EC•EF•EG•EK•EL

--

--

--

--

--

FA

--

--

--

--

--

FB

--

--

--

--

--

JA

--

--

--

--

--

DA•DB•DC

170

110

□80

25

50

EB•ED

170

110

□90

25

50

FA

170

110

□100

25

50

FB

180

120

□100

35

60

GB•GD•GJ

170

110

□115

25

50

HA

170

110

□130

25

50
65

HB

185

125

□130

40

JA

180

120

□150

35

60

FA•FB•FC

196

136

□100

35

67

FD•FE

191

131

□100

30

62

GA•GB•GC•GD•GE•GF•GG•GH

196

136

□115

35

67

HA•HC•HD

196

136

□130

35

67

HB

206

146

□130

45

77

HE

211

151

□130

50

82

HF

191

131

□130

30

62

JA•JB•JC•JF

196

136

□150

35

67

JD

216

156

□150

55

87

JE

206

146

□150

45

77

KA•KB•KE

196

136

□180

35

67

KD

206

146

□180

45

77

HA

213

153

□130

45

82

HB•HE

208

148

□130

40

77
82

JA

213

153

□150

45

KA•KB•KC

213

153

□180

45

82

KD

248

188

□180

80

117

228

168

□180

60

97

KE
*1)

Double reduction : 1/3~ 1/10

2-Stage

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.

344

A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

EVS-100 – 3-Stage Adapter Dimensions

**: Adapter code
BA•BB•BD•BE•BF•BG•BH•BJ•BK•BP

EVS-100-□-□-14**
(S≦ 14)

EVS-100-□-□-19**
(14 S≦ 19)

EVS-100-□-□-28**
(19 S≦ 28)

EVS-100-□-□-38**
(28 S≦ 38)

Triple reduction : 1/15~ 1/100

L1

L2

L3

L4

L5

152

92

□65

16.5

35

BC•BH•BM•BN

157

97

□65

21.5

40

CA•CC

152

92

□70

16.5

35

DA•DB•DC•DD•DF•DH•DJ

152

92

□80

16.5

35

EA•EB•EC•EF•EG•EK•EL

152

92

□90

16.5

35

FA

152

92

□100

16.5

35

FB

162

102

□100

26.5

45

JA

167

107

□150

31.5

50

DA•DB•DC

160

100

□80

25

50

EB•ED

160

100

□90

25

50

FA

160

100

□100

25

50

FB

170

110

□100

35

60

GB•GD•GJ

160

100

□115

25

50

HA

160

100

□130

25

50
65

HB

175

115

□130

40

JA

170

110

□150

35

60

FA•FB•FC

189

129

□100

35

67

FD•FE

184

124

□100

30

62

GA•GB•GC•GD•GE•GF•GG•GH

189

129

□115

35

67

HA•HC•HD

189

129

□130

35

67

HB

199

139

□130

45

77

HE

204

144

□130

50

82

HF

184

124

□130

30

62

JA•JB•JC•JF

189

129

□150

35

67

JD

209

149

□150

55

87

JE

199

139

□150

45

77

KA•KB•KE

189

129

□180

35

67

KD

199

139

□180

45

77

HA

--

--

--

--

--

HB•HE

--

--

--

--

--

JA

--

--

--

--

--

KA•KB•KC

--

--

--

--

--

KD

--

--

--

--

--

--

--

--

--

--

KE
*1)

3-Stage

*2)

EVS

Model number

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

345

EVS-SERIES Right-angle shaft
EVS-140 – 2-Stage Specifications
Frame Size

140

Stage

2-Stage

Ratio

Unit

Note

3

4

5

6

7

8

9

10

Nominal Output Torque

[Nm]

*1

130

170

200

260

300

300

200

200

Maximum Acceleration Torque

[Nm]

*2

260

340

400

520

600

600

400

400

700

950

1100

1100

1100

1100

750

750

8700

9100

9400

9700

9000

9000

9000

9000

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

2000

Maximum Input Speed

[rpm]

*5

4000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

6700

7400

7900

8300

Permitted Axial Load

[N]

*8

9000

9000

9000

9000

Maximum Radial Load

[N]

*9

10000

Maximum Axial Load

[N]

*10

9000

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

--

--

--

--

--

--

--

--

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

23.010

18.490

16.850

15.970

15.550

15.210

14.750

14.640

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

27.380

22.860

21.220

20.340

19.920

19.580

19.120

19.020

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

40.610

36.090

34.450

33.570

33.150

32.810

32.250

32.250

[%]

*11

[Nm/arc-min]

*12

60

[arc-min]

--

≤4

[dB]

*13

85

--

*14

IP54 (IP65)

[°C]

--

0-40

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

3.26

93

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

20.6

EVS-140 – 3-Stage Specifications
Frame Size

140

Stage
Unit

Note

15

16

20

25

28

30

35

40

Nominal Output Torque

[Nm]

*1

200

300

300

300

300

200

300

300

Maximum Acceleration Torque

[Nm]

*2

400

600

600

600

600

400

600

600

Emergency Stop Torque

[Nm]

*3

750

1100

1100

1100

1100

750

1100

1100

Nominal Input Speed

[rpm]

*4

2000

Maximum Input Speed

[rpm]

*5

4000

No Load Running Torque

[Nm]

*6

2.56

Permitted Radial Load

[N]

*7

10000

10000

10000

10000

10000

10000

10000

10000

Permitted Axial Load

[N]

*8

9000

9000

9000

9000

9000

9000

9000

9000

Maximum Radial Load

[N]

*9

Maximum Axial Load

[N]

*10

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

7.090

4.990

6.090

4.940

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

7.990

8.880

7.810

7.750

8.680

6.580

7.680

6.540

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

15.060

15.950

14.880

14.820

15.750

13.660

14.760

13.610

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

--

--

--

--

--

--

--

--

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

346

3-Stage

Ratio

10000
9000
6.400

7.290

6.220

6.150

[%]

*11

88

[Nm/arc-min]

*12

60

[arc-min]

--

≤7

[dB]

*13

85

--

*14

IP54 (IP65)
0-40

Ambient Temperature

[°C]

--

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

20.7

EVS-140 – 3-Stage Specifications
Frame Size

140

Stage

3-Stage

Ratio

Unit

Note

45

50

60

70

80

90

100

Nominal Output Torque

[Nm]

*1

200

300

300

300

300

200

200

Maximum Acceleration Torque

[Nm]

*2

400

600

600

600

600

400

400

750

1100

1100

1100

1100

750

750

10000

10000

10000

10000

9000

9000

9000

9000

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

2000

Maximum Input Speed

[rpm]

*5

4000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

10000

10000

10000

Permitted Axial Load

[N]

*8

9000

9000

9000

Maximum Radial Load

[N]

*9

10000

Maximum Axial Load

[N]

*10

9000

Moment of Inertia (≤ Ø 19)

[kgcm2]

--

6.070

4.930

4.920

4.910

4.910

4.910

4.910

Moment of Inertia (≤ Ø 28)

[kgcm2]

--

7.660

6.520

6.510

6.510

6.500

6.500

6.500

Moment of Inertia (≤ Ø 38)

[kgcm2]

--

14.730

13.590

13.590

13.580

13.580

13.570

13.570

Moment of Inertia (≤ Ø 48)

[kgcm2]

--

--

--

--

--

--

--

--

[%]

*11

[Nm/arc-min]

*12

60

[arc-min]

--

≤7

[dB]

*13

85

--

*14

IP54 (IP65)

[°C]

--

0-40

Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

88

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

20.7

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 2000 rpm for EVS140

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output shaft center)

*9)

The maximum radial load that the reducer can accept

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating

EVS

Efficiency

2.56

*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

347

EVS-SERIES Right-angle shaft
EVS-140 – 2-Stage Dimensions

348

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

EVS

EVS-140 – 3-Stage Dimensions

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

349

EVS-SERIES Right-angle shaft
EVS-140 – 2-Stage Adapter Dimensions

Model number

EVS-140-□-□-19**
(S≦ 19)

EVS-140-□-□-28**
(19≦ S≦ 28)

**: Adapter code

2-Stage
L1

L2

L3

L4

L5

DA•DB•DC

--

--

--

--

--

EB•ED

--

--

--

--

--

FA

--

--

--

--

--

FB

--

--

--

--

--

GB•GD•GJ

--

--

--

--

--

HA

--

--

--

--

--

HB

--

--

--

--

--

JA

--

--

--

--

--

FA•FB•FC

227

152

□100

35

67

GA•GB•GC•GD•GE•GF•GG•GH

227

152

□115

35

67

HA•HC•HD

227

152

□130

35

67

HB

237

162

□130

45

77

HF

222

147

□130

30

62

JA•JB•JC•JF

227

152

□150

35

67

KA•KB•KE

227

152

□180

35

67

LA

227

152

□200

35

67

LB

237

162

□200

45

77

MA

227

152

□220

35

67

MB

237

162

□220

45

77

HA

242

167

□130

45

82

HB•HE

237

162

□130

40

77
82

JA

242

167

□150

45

KA•KB•KC

242

167

□180

45

82

EVS-140-□-□-38**

KD

277

202

□180

80

117

(28 S≦ 38)

KE

257

182

□180

60

97

LB

252

177

□200

55

92

MA•MB

242

167

□220

45

82

EVS-140-□-□-48**
(38 S≦ 48)

*1)

Double reduction : 1/3~ 1/10

MC

257

182

□220

60

97

MD

252

177

□220

55

92

KA

288

213

□180

75

118

KB•KC

268

193

□180

55

98

LA

268

193

□200

55

98

MA

268

193

□220

55

98

MB

288

213

□220

75

118

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.

350

A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

EVS-140 – 3-Stage Adapter Dimensions

EVS-140-□-□-19**
(S≦ 19)

EVS-140-□-□-28**
(19≦ S≦ 28)

**: Adapter code

3-Stage
L1

L2

L3

L4

L5

DA•DB•DC

185

110

□80

25

50

EB•ED

185

110

□90

25

50

FA

185

110

□100

25

50

FB

195

120

□100

35

60

GB•GD•GJ

185

110

□115

25

50

HA

185

110

□130

25

50

HB

200

125

□130

40

65

JA

195

120

□150

35

60

FA•FB•FC

211

136

□100

35

67

GA•GB•GC•GD•GE•GF•GG•GH

211

136

□115

35

67

HA•HC•HD

211

136

□130

35

67

HB

221

146

□130

45

77

HF

206

131

□130

30

62

JA•JB•JC•JF

211

136

□150

35

67

KA•KB•KE

211

136

□180

35

67

LA

211

136

□200

35

67

LB

221

146

□200

45

77

MA

211

136

□220

35

67

MB

221

146

□220

45

77

HA

228

153

□130

45

82

HB•HE

223

148

□130

40

77
82

JA

228

153

□150

45

KA•KB•KC

228

153

□180

45

82

EVS-140-□-□-38**

KD

263

188

□180

80

117

(28 S≦ 38)

KE

243

168

□180

60

97

LB

238

163

□200

55

92

MA•MB

228

153

□220

45

82

EVS-140-□-□-48**
(38 S≦ 48)

*1)

Triple reduction : 1/15~ 1/100

MC

243

168

□220

60

97

MD

238

163

□220

55

92

KA

--

--

--

--

--

KB•KC

--

--

--

--

--

LA

--

--

--

--

--

MA

--

--

--

--

--

MB

--

--

--

--

--

*2)

EVS

Model number

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

351

EVS-SERIES Right-angle shaft
EVS-180 – 2-Stage Specifications
Frame Size

180

Stage

2-Stage

Ratio

Units

Note

3

4

5

Nominal Output Torque

[Nm]

*1

400

575

600

600

Maximum Acceleration Torque

[Nm]

*2

575

770

960

1120

1300

1700

2000

2500

6

7

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

1500

Maximum Input Speed

[rpm]

*5

3000

No Load Running Torque

8

9

10

600

600

400

400

1120

1120

775

775

2500

2500

2000

2000

[Nm]

*6

Permitted Radial Load

[N]

*7

12000

13000

14000

15000

16000

17000

17000

18000

Permitted Axial Load

[N]

*8

16000

17000

17000

17000

17000

17000

17000

17000

Maximum Radial Load

[N]

*9

19000

Maximum Axial Load

[N]

*10

17000

Moment of Inertia (≤Ø 28)

[kgcm2]

--

--

--

--

--

--

--

--

--

Moment of Inertia (≤Ø 38)

[kgcm2]

--

92.00

76.72

71.23

68.28

66.08

65.00

64.38

64.10

Moment of Inertia (≤Ø 48)

[kgcm2]

--

126.9

111.6

106.1

103.1

100.9

99.86

99.25

98.97

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

212.5

197.2

191.7

188.7

186.6

185.5

184.9

184.6

[%]

*11

93

[Nm/arcmin]

*12

175

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

10.8

[Arc-min]

--

≤ 6

[dB]

*13

≤ 85

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

52

EVS-180 – 3-Stage Specifications
Frame Size

180

Stage
Ratio

Units

Note

15

16

20

25

28

30

35

40

Nominal Output Torque

[Nm]

*1

400

555

600

600

600

400

600

600

Maximum Acceleration Torque

[Nm]

*2

775

1120

1120

1120

1120

775

1120

1120

Emergency Stop Torque

[Nm]

*3

2000

2500

2500

2500

2500

2000

2500

2500

Nominal Input Speed

[rpm]

*4

1500

Maximum Input Speed

[rpm]

*5

3000

No Load Running Torque

[Nm]

*6

4.7

Permitted Radial Load

[N]

*7

19000

19000

19000

19000

19000

19000

19000

19000

Permitted Axial Load

[N]

*8

17000

17000

17000

17000

17000

17000

17000

17000

Maximum Radial Load

[N]

*9

Maximum Axial Load

19000

[N]

*10

Moment of Inertia (≤Ø 28)

[kgcm2]

--

11.42

12.03

11.11

10.96

11.57

10.31

10.82

10.23

Moment of Inertia (≤Ø 38)

[kgcm2]

--

20.21

20.82

19.90

19.74

20.36

19.10

19.60

19.02

17000

Moment of Inertia (≤Ø 48)

[kgcm2]

--

25.03

25.64

24.72

24.56

25.18

23.92

24.42

23.84

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

--

--

--

--

--

--

--

--

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

352

3-Stage

[%]

*11

88

[Nm/arcmin]

*12

175

[Arc-min]

--

≤ 9

[dB]

*13

≤ 85

--

*14

IP54 (IP65)

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

39

EVS-180 – 3-Stage Specifications
Frame Size

180

Stage

3-Stage

Ratio

Units

Note

45

Nominal Output Torque

[Nm]

*1

400

600

600

Maximum Acceleration Torque

[Nm]

*2

775

1120

1120

2000

2500

2500

2500

50

60

70

80

90

100

600

600

400

400

1120

1120

775

775

2500

2000

2000

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

1500

Maximum Input Speed

[rpm]

*5

3000

No Load Running Torque

*6

[N]

*7

19000

19000

19000

19000

4.7
19000

19000

19000

Permitted Axial Load

[N]

*8

17000

17000

17000

17000

17000

17000

17000

Maximum Radial Load

[N]

*9

19000

Maximum Axial Load

[N]

*10

17000

Moment of Inertia (≤Ø 28)

[kgcm2]

--

10.76

10.19

10.17

10.16

10.15

10.14

10.14

Moment of Inertia (≤Ø 38)

[kgcm2]

--

19.54

18.98

18.96

18.94

18.94

18.93

18.93

Moment of Inertia (≤Ø 48)

[kgcm2]

--

24.36

23.80

23.78

23.77

23.76

23.75

23.75

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

--

--

--

--

--

--

--

[%]

*11

88

[Nm/arcmin]

*12

175

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level

[Arc-min]

--

≤ 9

[dB]

*13

≤ 85

Protection Class

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

39

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 1500 rpm for EVS180

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output shaft center)

*9)

The maximum radial load that the reducer can accept

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating

EVS

[Nm]

Permitted Radial Load

*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

353

EVS-SERIES Right-angle shaft
EVS-180 – 2-Stage Dimensions

354

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

EVS

EVS-180 – 3-Stage Dimensions

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

355

EVS-SERIES Right-angle shaft
EVS-180 – 2-Stage Adapter Dimensions

Model number

EVS-180-□-□-28**
(S≦ 28)

EVS-180-□-□-38**
(28 S≦ 38)

EVS-180-□-□-48**
(38 S≦ 48)

EVS-180-□-□-65**
(48 S≦ 65)

*1)

Double reduction : 1/3~ 1/10

**: Adapter code

2-Stage
L1

L2

L3

L4

L5

FA•FB•FC

--

--

--

--

--

GA•GB•GC•GD•GE•GF•GG•GH

--

--

--

--

--

HA•HC•HD

--

--

--

--

--

HB

--

--

--

--

--

HF

--

--

--

--

--

JA•JB•JC•JF

--

--

--

--

--

KA•KB•KE

--

--

--

--

--

LA

--

--

--

--

--

LB

--

--

--

--

--

MA

--

--

--

--

--

MB

--

--

--

--

--

HA

331.5

231.5

□130

45

82

HB•HE

326.5

226.5

□130

40

77
82

JA

331.5

231.5

□150

45

KA•KB•KC

331.5

231.5

□180

45

82

KD

366.5

266.5

□180

80

117

KE

346.5

246.5

□180

60

97

LB

341.5

241.5

□200

55

92

MA•MB

331.5

231.5

□220

45

82

MC

346.5

246.5

□220

60

97

MD

341.5

241.5

□220

55

92

NA

331.5

231.5

□250

45

82

KA

368

268

□180

75

118

KB•KC

348

248

□180

55

98

LA

348

248

□200

55

98

MA

348

248

□220

55

98

MB

368

268

□220

75

118

NA

368

268

□250

75

118

PA

368

268

□280

75

118

MA•MB•MC•MD

381

281

□220

80

122

NA•NC

381

281

□250

80

122

NB•ND

411

311

□250

110

152

PA

401

301

□280

100

142

PB

411

311

□280

110

152

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.

356

A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

EVS-180 – 3-Stage Adapter Dimensions

EVS-180-□-□-28**
(S≦ 28)

EVS-180-□-□-38**
(28 S≦ 38)

EVS-180-□-□-48**
(38 S≦ 48)

EVS-180-□-□-65**
(48 S≦ 65)

*1)

Triple reduction : 1/15~ 1/100

**: Adapter code

3-Stage
L1

L2

L3

L4

L5

FA•FB•FC

252

152

□100

35

67

GA•GB•GC•GD•GE•GF•GG•GH

252

152

□115

35

67

HA•HC•HD

252

152

□130

35

67

HB

262

162

□130

45

77

HF

247

147

□130

30

62

JA•JB•JC•JF

252

152

□150

35

67

KA•KB•KE

252

152

□180

35

67

LA

252

152

□200

35

67

LB

262

162

□200

45

77

MA

252

152

□220

35

67

MB

262

162

□220

45

77

HA

267

167

□130

45

82

HB•HE

262

162

□130

40

77
82

JA

267

167

□150

45

KA•KB•KC

267

167

□180

45

82

KD

302

202

□180

80

117

KE

282

182

□180

60

97

LB

277

177

□200

55

92

MA•MB

267

167

□220

45

82

MC

282

182

□220

60

97

MD

277

177

□220

55

92

NA

267

167

□250

45

82

KA

313

213

□180

75

118

KB•KC

293

193

□180

55

98

LA

293

193

□200

55

98

MA

293

193

□220

55

98

MB

313

213

□220

75

118

NA

313

213

□250

75

118

PA

313

213

□280

75

118

MA•MB•MC•MD

--

--

--

--

--

NA•NC

--

--

--

--

--

NB•ND

--

--

--

--

--

PA

--

--

--

--

--

PB

--

--

--

--

--

*2)

EVS

Model number

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

357

EVS-SERIES Right-angle shaft
EVS-210 – 2-Stage Specifications
Frame Size

210

Stage

2-Stage

Ratio

Units

Note

3

4

5

6

7

8

9

10

Nominal Output Torque

[Nm]

*1

575

765

960

1150

1200

1200

800

800

Maximum Acceleration Torque

[Nm]

*2

1015

1355

1695

1840

1840

1760

1520

1280

Emergency Stop Torque

[Nm]

*3

2500

3300

4000

4500

4500

4500

3600

3600

Nominal Input Speed

[rpm]

*4

1000

Maximum Input Speed

[rpm]

*5

2000

No Load Running Torque

[Nm]

*6

14.5

Permitted Radial Load

[N]

*7

17000

18000

20000

21000

22000

23000

24000

24000

Permitted Axial Load

[N]

*8

22000

22000

22000

22000

22000

22000

22000

22000

Maximum Radial Load

[N]

*9

Maximum Axial Load

24000

[N]

*10

Moment of Inertia (≤Ø 38)

[kgcm2]

--

--

--

--

--

--

--

--

--

Moment of Inertia (≤Ø 48)

[kgcm2]

--

149.7

123.8

113.9

108.5

105.0

103.0

101.7

101.1

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

224.9

199.0

189.1

183.7

180.3

178.2

176.9

176.3

[%]

*11

93

[Nm/arcmin]

*12

400

[Arc-min]

--

≤ 6

[dB]

*13

≤ 85

30

35

40
1200

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

22000

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

71

EVS-210 – 3-Stage Specifications
Frame Size

210

Stage
Units

Note

Nominal Output Torque

[Nm]

Maximum Acceleration Torque

[Nm]

Emergency Stop Torque

15

16

20

25

28

*1

800

1200

1200

1200

1200

800

1200

*2

1280

1840

1840

1840

1840

1280

1840

1840

[Nm]

*3

3600

4500

4500

4500

4500

3600

4500

4500

Nominal Input Speed

[rpm]

*4

1000

Maximum Input Speed

[rpm]

*5

2000

No Load Running Torque

[Nm]

*6

10.2

Permitted Radial Load

[N]

*7

24000

24000

24000

24000

24000

24000

24000

24000

Permitted Axial Load

[N]

*8

22000

22000

22000

22000

22000

22000

22000

22000

Maximum Radial Load

[N]

*9

Maximum Axial Load

[N]

*10

[kgcm2]

--

36.39

37.30

35.79

35.49

36.41

34.41

35.22

34.26

Moment of Inertia (≤Ø 38)

24000
22000

Moment of Inertia (≤Ø 48)

[kgcm2]

--

66.21

67.12

65.61

65.31

66.23

64.23

65.04

64.08

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

--

--

--

--

--

--

--

--

[%]

*11

88

[Nm/arcmin]

*12

400

[Arc-min]

--

≤ 9

[dB]

*13

≤ 85

--

*14

IP54 (IP65)

[°C]

--

0-40

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

358

3-Stage

Ratio

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

73

EVS-210 – 3-Stage Specifications
Frame Size

210

Stage

3-Stage

Ratio

Units

Note

45

50

60

70

80

90

100

Nominal Output Torque

[Nm]

*1

800

1200

1200

1200

1200

800

800

Maximum Acceleration Torque

[Nm]

*2

1040

1840

1840

1840

1440

1040

960

Emergency Stop Torque

[Nm]

*3

3600

4500

4500

4500

4500

3600

3600

Nominal Input Speed

[rpm]

*4

1000

Maximum Input Speed

[rpm]

*5

2000

No Load Running Torque

[Nm]

*6

10.2

Permitted Radial Load

[N]

*7

24000

24000

24000

24000

24000

24000

24000

Permitted Axial Load

[N]

*8

22000

22000

22000

22000

22000

22000

22000

Maximum Radial Load

[N]

*9

[N]

*10

Moment of Inertia (≤Ø 38)

[kgcm2]

--

35.11

34.18

34.14

34.12

34.10

34.09

34.08

Moment of Inertia (≤Ø 48)

[kgcm2]

--

64.92

64.00

63.96

63.93

63.92

63.90

63.90

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

--

--

--

--

--

--

--

[%]

*11

88

[Nm/arcmin]

*12

400

[Arc-min]

--

≤ 9

[dB]

*13

≤ 85

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

22000

--

*14

IP54 (IP65)

Ambient Temperature

[°C]

--

0-40

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

73

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 1000 rpm for EVS210

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output shaft center)

*9)

The maximum radial load that the reducer can accept

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating

EVS

Maximum Axial Load

24000

*12) This does not include the lost motion
*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

359

EVS-SERIES Right-angle shaft
EVS-210 – 2-Stage Dimensions

360

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

EVS

EVS-210 – 3-Stage Dimensions

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

361

EVS-SERIES Right-angle shaft
EVS-210 – 2-Stage Adapter Dimensions

Model number

**: Adapter code

2-Stage
L1

L2

L3

L4

HA

--

--

--

--

L5
--

HB•HE

--

--

--

--

--

JA

--

--

--

--

--

KA•KB•KC

--

--

--

--

--

KD

--

--

--

--

--

EVS-210-□-□-38**

KE

--

--

--

--

--

(S≦ 38)

LA

--

--

--

--

--

EVS-210-□-□-48**
(38 S≦48)

EVS-210-□-□-65**
(48 S≦ 65)

LB

--

--

--

--

--

MA•MB

--

--

--

--

--

MC

--

--

--

--

--

MD

--

--

--

--

--

NA

--

--

--

--

--

KA

399.5

287

□180

75

118

KB•KC

379.5

267

□180

55

98

LA

379.5

267

□200

55

98

MA

379.5

267

□220

55

98

MB

399.5

287

□220

75

118

NA

399.5

287

□250

75

118

PA

399.5

287

□280

75

118

MA•MB•MC•MD

405.5

293

□220

80

122

NA•NC

405.5

293

□250

80

122

NB•ND

435.5

323

□250

110

152

PA

425.5

313

□280

100

142

PB

435.5

323

□280

110

152

QA•QB

425.5

313

□320

100

142

*1)

Double reduction : 1/3~ 1/10

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

362

EVS-210 – 3-Stage Adapter Dimensions

**: Adapter code

3-Stage
L1

L2

L3

L4

L5

HA

344

231.5

□130

45

82

HB•HE

339

226.5

□130

40

77
82

JA

344

231.5

□150

45

KA•KB•KC

344

231.5

□180

45

82

KD

379

266.5

□180

80

117

EVS-210-□-□-38**

KE

359

246.5

□180

60

97

(S≦ 38)

LA

344

231.5

□200

45

82

EVS-210-□-□-48**
(38 S≦48)

EVS-210-□-□-65**
(48 S≦ 65)

LB

354

241.5

□200

55

92

MA•MB

344

231.5

□220

45

82

MC

359

246.5

□220

60

97

MD

354

241.5

□220

55

92

NA

344

231.5

□250

45

82

KA

380.5

268

□180

75

118

KB•KC

360.5

248

□180

55

98

LA

360.5

248

□200

55

98

MA

360.5

248

□220

55

98

MB

380.5

268

□220

75

118

NA

380.5

268

□250

75

118
118

PA

380.5

268

□280

75

MA•MB•MC•MD

--

--

--

--

--

NA•NC

--

--

--

--

--

NB•ND

--

--

--

--

--

PA

--

--

--

--

--

PB

--

--

--

--

--

QA•QB

--

--

--

--

--

*1)

Triple reduction : 1/15~ 1/100

*2)

Bushing will be inserted to adapt to motor shaft

EVS

Model number

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

363

EVS-SERIES Right-angle shaft
EVS-240 – 2-Stage Specifications
Frame Size

240

Stage

2-Stage

Ratio

Units

Note

3

4

5

6

7

8

9

10

Nominal Output Torque

[Nm]

*1

1005

1340

1680

1920

1920

1920

1280

1280

Maximum Acceleration Torque

[Nm]

*2

2000

2960

2960

2960

2960

2880

2400

2080

Emergency Stop Torque

[Nm]

*3

4000

5400

6500

7200

7200

7200

5400

5400

Nominal Input Speed

[rpm]

*4

1000

Maximum Input Speed

[rpm]

*5

2000

No Load Running Torque

[Nm]

*6

25.3

Permitted Radial Load

[N]

*7

21000

22000

24000

25000

26000

28000

29000

29000

Permitted Axial Load

[N]

*8

27000

27000

27000

27000

27000

27000

27000

27000

Maximum Radial Load

[N]

*9

Maximum Axial Load

30000

[N]

*10

Moment of Inertia (≤Ø 48)

[kgcm2]

--

--

--

--

--

--

--

--

--

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

217.5

156.7

134.5

122.4

112.9

108.3

105.5

104.0

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class

27000

[%]

*11

93

[Nm/arcmin]

*12

550

[Arc-min]

--

≤ 6

[dB]

*13

≤ 85

--

*14

IP54 (IP65)
0-40

Ambient Temperature

[°C]

--

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

122

EVS-240 – 3-Stage Specifications
Frame Size

240

Stage
Units

Note

15

16

20

25

28

30

35

40

Nominal Output Torque

[Nm]

*1

1280

1920

1920

1920

1920

1280

1920

1920

Maximum Acceleration Torque

[Nm]

*2

2000

2960

2960

2960

2960

2000

2960

2960

5400

7200

7200

7200

7200

5400

7200

7200

Emergency Stop Torque

[Nm]

*3

Nominal Input Speed

[rpm]

*4

1000

Maximum Input Speed

[rpm]

*5

2000

No Load Running Torque

[Nm]

*6

Permitted Radial Load

[N]

*7

30000

30000

30000

30000

30000

30000

30000

30000

Permitted Axial Load

[N]

*8

27000

27000

27000

27000

27000

27000

27000

27000

Maximum Radial Load

[N]

*9

30000

Maximum Axial Load

[N]

*10

27000

16.4

Moment of Inertia (≤Ø 48)

[kgcm2]

--

40.47

42.59

39.21

38.59

40.73

35.09

38.02

34.78

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

--

--

--

--

--

--

--

--

[%]

*11

88

[Nm/arcmin]

*12

550

[Arc-min]

--

≤ 9

[dB]

*13

≤ 85

--

*14

IP54 (IP65)

[°C]

--

0-40

Efficiency
Torsional Rigidity
Maximum Torsional Backlash
Noise Level
Protection Class
Ambient Temperature

364

3-Stage

Ratio

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

113

EVS-240 – 3-Stage Specifications
Frame Size

240

Stage

3-Stage

Ratio

Units

Note

45

50

60

70

80

90

100

Nominal Output Torque

[Nm]

*1

1280

1920

1920

1920

1920

1280

1280

Maximum Acceleration Torque

[Nm]

*2

1680

2960

2960

2960

2160

1680

1440

Emergency Stop Torque

[Nm]

*3

5400

7200

7200

7200

7200

5400

5400

Nominal Input Speed

[rpm]

*4

1000

Maximum Input Speed

[rpm]

*5

2000

No Load Running Torque

[Nm]

*6

16.4

Permitted Radial Load

[N]

*7

30000

30000

30000

30000

30000

30000

30000

Permitted Axial Load

[N]

*8

27000

27000

27000

27000

27000

27000

27000

Maximum Radial Load

[N]

*9

[N]

*10

Moment of Inertia (≤Ø 48)

[kgcm2]

--

37.78

34.62

34.53

34.48

34.45

34.42

34.41

Moment of Inertia (≤ Ø 65)

[kgcm2]

--

--

--

--

--

--

--

--

Efficiency
Torsional Rigidity

27000

[%]

*11

88

[Nm/arcmin]

*12

550

Maximum Torsional Backlash
Noise Level

[Arc-min]

--

≤ 9

[dB]

*13

≤ 85

--

*14

IP54 (IP65)
0-40

Protection Class
Ambient Temperature

[°C]

--

Permitted Housing Temperature

[°C]

--

90

Weight

[kg]

*15

113

*1)

At nominal input speed, service life is 20,000 hours

*2)

The maximum torque when starting or stopping operation

*3)

The maximum torque allowed under a stress situation (Permitted 1,000 times during service life)

*4)

The average input speed

*5)

The maximum intermittent input speed

*6)

This is the torque at no load applied on the input shaft. The input speed is 1000 rpm for EVS210

*7)

At this load and nominal input speed, service life will be 20,000 hours. (The radial load applied to the output side bearing)

*8)

At this load and nominal input speed, service life will be 20,000 hours. (The axial load applied to the output shaft center)

*9)

The maximum radial load that the reducer can accept

*10) The maximum axial load that the reducer can accept
*11) The efficiency at the nominal torque rating
*12) This does not include the lost motion

EVS

Maximum Axial Load

30000

*13) Contact NIDEC-SHIMPO for the testing conditions and environment
*14) IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options
*15) The weight may vary slightly between models

365

EVS-SERIES Right-angle shaft
EVS-240 – 2-Stage Dimensions

366

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

*1)

Length will vary depending on motor

*2)

Bushing will be inserted to adapt to motor shaft

EVS

EVS-240 – 3-Stage Dimensions

367

EVS-SERIES Right-angle shaft
EVS-240 – 2-Stage Adapter Dimensions

Model number

EVS-240-□-□-48**
(S≦ 48)

EVS-240-□-□-65**
(48 S≦ 65)

**: Adapter code

2-Stage
L1

L2

L3

L4

KA

--

--

--

--

L5
--

KB•KC

--

--

--

--

--

LA

--

--

--

--

--

MA

--

--

--

--

--

MB

--

--

--

--

--

NA

--

--

--

--

--

PA

--

--

--

--

--

MA•MB•MC•MD

447.5

321

□220

80

122

NA•NC

447.5

321

□250

80

122

NB•ND

477.5

351

□250

110

152

PA

467.5

341

□280

100

142

PB

477.5

351

□280

110

152

QA•QB

467.5

341

□320

100

142

*1)

Double reduction : 1/3~ 1/10

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.
A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

368

EVS-240 – 3-Stage Adapter Dimensions

EVS-240-□-□-48**
(S≦ 48)

EVS-240-□-□-65**
(48 S≦ 65)

**: Adapter code

3-Stage
L1

L2

L3

L4

L5

KA

413.5

287

□180

75

118

KB•KC

393.5

267

□180

55

98
98

LA

393.5

267

□200

55

MA

393.5

267

□220

55

98

MB

413.5

287

□220

75

118

NA

413.5

287

□250

75

118

PA

413.5

287

□280

75

118

MA•MB•MC•MD

--

--

--

--

--

NA•NC

--

--

--

--

--

NB•ND

--

--

--

--

--

PA

--

--

--

--

--

PB

--

--

--

--

--

QA•QB

--

--

--

--

--

*1)

Triple reduction : 1/15~ 1/100

*2)

Bushing will be inserted to adapt to motor shaft

For an explanation on the Adapter Flange Code, please turn to page 422.

EVS

Model number

A more comprehensive adapter flange offering can be found using the NIDEC-SHIMPO Online Selector Tool. The variety is constantly
expanding and being updated on the Selector Tool. If you have any questions or need any support, contact NIDEC-SHIMPO.

369

STH-SERIES

T

he STH is a mid-range speed and torque gear reducer that
sets a new standard for rotary positioning performance at

an exceptional price point. A SHIMPO ABLE planetary gearbox
is the interface between the servo motor and STH rotary stage.
The ABLE reducer features simple mounting of nearly any small
to medium servo motor, and it gives the complete STH package
net ratios ranging from 12:1 through 400:1.
The rotary stage has very large crossed roller output bearings, allowing for impressive thrust loads and tilting moments. A generous
hollow bore provides clearance for wiring, tubing, or threaded rod
to be passed through to effectors, fillers, or any other active machinery. The STH fills the need for a high-performance, price competitive
option to your traditional style indexers and cam units.

370

■ 85 mm pass-through hole allows use of air lines or wiring

STH

STH-SERIES

■ Input is compatible with most servo motor brands
■ Exceptional value for small to mid-range indexing applications
■ Available ratios range from 12:1 through 400:1
■ Ships within 48 hours
■ Assembled in the USA

371

STH-SERIES Hollow output rotary actuators
STH-Series – Features

4

3
2

1

372

1

One or two stage planetary reducer

2

85 mm hollow bore diameter

3

Heavy duty cross-roller bearing

4

Final stage primary gear

STHVL7 and STHEL7 Series – Model Code
STH

V

Model

L

7

U

1

Input
Unit
Direction

Input

0
Ratio

0

9

1

9

Reducer
Input Bore

Backlash

Model

Ratio

Motor Shaft OD

Order Code

Order Code

Order Code

STH

Hollow output

Input
Order Code

012

12:1

05

5 mm

16:1

06

6 mm

016
020

_

20:1

N1

6.35 mm

028

Triple
Reduction
w/ EVL

28:1

07

7 mm

40:1

08

8 mm

040

EL7

EVL-070

060

60:1

09

9 mm

080

80:1

N2

9.525 mm

100:1

10

10 mm

120:1

11

11 mm

Order Code

120

Triple
Reduction
w/ VRL

0

VRL input

140

_

140:1

12

12 mm

U

R/A - Up

160

160:1

N3

12.7 mm

D

R/A - Down

200

Quadruple
Reduction
w/ EVL

200:1

14

14 mm

R

R/A - Right

280

280:1

N4

15.875 mm

L

R/A - Left

400

400:1

16

16 mm

17

17 mm

19

19 mm

Backlash

Reducer Input Bore

Order Code

Order Code

2

2 Arc-min

08

8 mm

8

8 Arc-min

14

14 mm

19

19 mm

1

Motor Attachment

9

Motor Shaft OD

0

0

Modifications

Modifications/Motor
Attachment Tapped Holes
00

VRL-070

100

A

Order Code

Double
Reduction
w/ VRL

VL7

Input Unit Direction

H

Standard

I

IP65 - standard grease

F

N/A

G

N/A

S

Steel-It paint - standard grease - IP65

W

White epoxy paint - standard grease - IP65

X

N/A

F

N/A

T

Re-tap adapter flange one size larger

H

Through hole on motor attachment flange

L

Larger through hole on adapter flange

B

Pilot diameter reduced

R

Deeper adapter flange/add spacer plate

A_

Specify

Notes:
Use 0's (zeros) for unused modification.

"U": Right-angle Input Up Direction

"D": Right-angle Input Down Direction

"R": Right-angle Input
Right Direction

"L": Right-angle Input
Left Direction

STH

Input Unit Direction (Right-angle Detail)

373

STH-SERIES Hollow output rotary actuators
STHVL7 2-Stage & 3-Stage Specifications
Frame Size

STHVL7

Stage

Units

Ratio

2-Stage

Notes

3-Stage

--

*1

12:1

16:1

20:1

28:1

40:1

60:1

Nominal Torque 1

[Nm]

*2

65

85

85

85

68

68

85

Acceleration Torque

[Nm]

--

126

170

170

170

133

133

170

240

240

240

240

240

240

Emergency Stop Torque

[Nm]

--

Nominal Input Speed

[rpm]

--

Max. Input Speed

3000

80:1

240
3000

[rpm]

--

Moment of Inertia (≤Ø 8)

[kgcm2]

*3

1.109

0.640

0.426

6000
0.240

0.143

0.094

6000
0.076

Moment of Inertia (≤Ø 14)

[kgcm2]

*3

1.189

0.715

0.509

0.318

0.227

0.179

0.152

Moment of Inertia (≤Ø 19)

[kgcm2]

*3

1.399

0.925

0.709

0.528

0.427

0.389

Backlash

[arc-min]

--

2

2

Accuracy

[arc-sec]

--

±60

±60

0.372

[Nm/arc-min]

--

7.6

7.6

Weight

[kg]

--

7.6

7.8

Max. Axial Load

[N]

--

4000

4000

Max. Radial Load

[N]

--

5000

5000

[Nm]

--

200

200
0.070

Torsional Stiffness

Max. Tilting Moment Load
Max. Surface Runout

[mm]

--

0.070

Max. Deflection

[mm]

--

0.70

Efficiency

[%]

--

86

86

Noise Level

72

72

0.70

90

90

90

86

65

65

65

65

86

[dB]

--

Max. Ambient Temperature

°C

--

Max. Surface Temperature

°C

--

90

90

Lubrication

--

--

Grease

Grease

Protection

--

*4

IP54 (IP65)

IP54 (IP65)

Unit Life

hr

--

20000

20000

0-40

65
0-40

*1)

Contact NIDEC-SHIMPO for more optional ratios

*2)

At nominal input speed

*3)

At input shaft

*4)

IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options

L
60
24

STHVL7 2-Stage & 3-Stage Dimensions

18
9
4-Ø11

85

6-M8x1.25
12 Depth

374

2-Ø6(H7)
8 Depth

Output Shaft

98.8

Ø85(Hollow Dia)

170

20
Ø1

30°

Ø104(H8)

05

Ø2

Ø135(h8)

Ø176(h8)

226

30°

15

45

STHVL7 3-Stage Specifications
Frame Size

STHVL7

Stage

Units

Ratio

3-Stage

Notes

--

*1

100:1

120:1

140:1

160:1

200:1

280:1

Nominal Torque 1

[Nm]

*2

85

68

85

85

85

85

68

Acceleration Torque

[Nm]

--

170

133

170

170

170

170

133

240

240

240

240

240

240

240

Emergency Stop Torque

[Nm]

--

Nominal Input Speed

[rpm]

--

Max. Input Speed

400:1

3000

[rpm]

--

Moment of Inertia (≤Ø 8)

[kgcm2]

*3

0.067

0.059

0.060

0.054

6000
0.052

0.051

0.050

Moment of Inertia (≤Ø 14)

[kgcm2]

*3

0.144

0.140

0.137

0.135

0.133

0.132

0.131

Moment of Inertia (≤Ø 19)

[kgcm2]

*3

0.364

0.350

0.357

0.345

0.343

0.342

0.341

Backlash

[arc-min]

--

2

Accuracy

[arc-sec]

--

±60

86

86

86

86

65

65

65

65

[Nm/arc-min]

--

7.6

Weight

[kg]

--

7.8

Max. Axial Load

[N]

--

4000

Max. Radial Load

[N]

--

5000

[Nm]

--

200
0.070

Torsional Stiffness

Max. Tilting Moment Load
Max. Surface Runout

[mm]

--

Max. Deflection

[mm]

--

Efficiency

[%]

--

86

86

86

Noise Level

65

65

65

0.70

[dB]

--

Max. Ambient Temperature

°C

--

Max. Surface Temperature

°C

--

90

Lubrication

--

--

Grease

Protection

--

*4

IP54 (IP65)

Unit Life

hr

--

20000

0-40

*1)

Contact NIDEC-SHIMPO for more optional ratios

*2)

At nominal input speed

*3)

At input shaft

*4)

IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options

L
60
24

STHVL7 3-Stage Dimensions

18
9

STH

4-Ø11

98.8
15

45

85

Ø85(Hollow Dia)

170

20
Ø1

30°

Ø104(H8)

05

Ø2

Ø135(h8)

Ø176(h8)

226

30°

6-M8x1.25
12 Depth
2-Ø6(H7)
8 Depth

Output Shaft

375

STH-SERIES Hollow output rotary actuators
STHEL7 2-Stage & 3-Stage Specifications
Frame Size

STHEL7

Stage

Units

Notes

Ratio

--

*1

12:1

2-Stage

Nominal Torque 1

[Nm]

*2

43

58

84

85

61

61

85

Acceleration Torque

[Nm]

--

86

115

152

170

122

122

170

180

234

240

240

204

240

16:1

3-Stage

20:1

28:1

40:1

60:1

80:1

Emergency Stop Torque

[Nm]

--

Nominal Input Speed

[rpm]

--

3000

3000

240

Max. Input Speed

[rpm]

--

6000

6000

Moment of Inertia (≤Ø 8)

[kgcm2]

*3

1.280

0.811

0.597

0.412

0.314

0.112

0.093

Moment of Inertia (≤Ø 14)

[kgcm2]

*3

1.355

0.886

0.672

0.487

0.389

0.157

0.138

Moment of Inertia (≤Ø 19)

[kgcm2]

*3

1.544

1.075

0.862

0.676

0.578

--

--

Backlash

[arc-min]

--

8

8

Accuracy

[arc-sec]

--

±60

±60

[Nm/arc-min]

--

7.6

7.6

Weight

[kg]

--

8.0

7.8

Max. Axial Load

[N]

--

4000

4000
5000

Torsional Stiffness

Max. Radial Load

[N]

--

5000

Max. Tilting Moment Load

[Nm]

--

200

200

Max. Surface Runout

[mm]

--

0.070

0.070

Max. Deflection

[mm]

--

Efficiency

[%]

--

84

84

0.70

Noise Level

72

72

0.70

88

88

88

84

65

65

65

65

84

[dB]

--

Max. Ambient Temperature

°C

--

0-40

0-40

Max. Surface Temperature

°C

--

90

90

Lubrication

--

--

Grease

Grease

Protection

--

*4

IP54 (IP65)

IP54 (IP65)

Unit Life

hr

--

20000

20000

*1)

Contact NIDEC-SHIMPO for more optional ratios

*2)

At nominal input speed

*3)

At input shaft

*4)

65

L
60

IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food
grade options

24

STHEL7 2-Stage & 3-Stage Dimensions

18
9

M

4-Ø11

85

Ø85(Hollow Dia)

Ø176(h8)

170

20

Ø1
30°

Ø104(H8)

05

Ø2

Ø135(h8)

226

30°

6-M8x1.25
12 Depth

376

2-Ø6(H7)
8 Depth

Output Shaft

15

45

STHEL7 3-Stage Specifications
Frame Size

STHEL7

Stage

Units

Notes

Ratio

--

*1

3-Stage

Nominal Torque 1

[Nm]

*2

85

61

85

85

85

85

61

Acceleration Torque

[Nm]

--

170

122

170

170

170

170

122

240

240

240

240

240

240

240

100:1

120:1

140:1

160:1

Emergency Stop Torque

[Nm]

--

Nominal Input Speed

[rpm]

--

3000

Max. Input Speed

[rpm]

--

6000

200:1

280:1

400:1

Moment of Inertia (≤Ø 8)

[kgcm2]

*3

0.085

0.072

0.077

0.066

0.064

0.063

0.062

Moment of Inertia (≤Ø 14)

[kgcm2]

*3

0.129

0.116

0.122

0.111

0.108

0.106

0.106

Moment of Inertia (≤Ø 19)

[kgcm2]

*3

--

--

--

--

--

--

--

Backlash

[arc-min]

--

8

Accuracy

[arc-sec]

--

±60

[Nm/arc-min]

--

7.6

Weight

[kg]

--

7.8

Max. Axial Load

[N]

--

4000
5000

84

84

84

84

65

65

65

65

Torsional Stiffness

Max. Radial Load

[N]

--

Max. Tilting Moment Load

[Nm]

--

200

Max. Surface Runout

[mm]

--

0.070

Max. Deflection

[mm]

--

Efficiency

[%]

--

84

84

84

0.70

Noise Level

65

65

65

[dB]

--

Max. Ambient Temperature

°C

--

0-40

Max. Surface Temperature

°C

--

90

Lubrication

--

--

Grease

Protection

--

*4

IP54 (IP65)

Unit Life

hr

--

20000

*1)

Contact NIDEC-SHIMPO for more optional ratios

*2)

At nominal input speed

*3)

At input shaft

60

IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food
grade options

24

STHEL7 3-Stage Dimensions

18
9

M

4-Ø11

15

45

85

Ø85(Hollow Dia)

Ø176(h8)

170

20

Ø1
30°

Ø104(H8)

05

Ø2

Ø135(h8)

226

30°

STH

*4)

L

6-M8x1.25
12 Depth
2-Ø6(H7)
8 Depth

Output Shaft

377

STR-SERIES

T

he STR provides a solution for ultra-high precision, obtaining accuracies up to 20 arc-seconds. The STR allows an ap-

plication to reach negligible backlash, maintain exceptional
rigidity, and maximize control stability so that the desired output motion can be easily achieved. The design is truly a unique
concept, utilizing a full contact screw-like transmission for highefficiency and elimination of wear. The unit provides maximum
compactness using orthogonal axes and includes a large hollow
shaft for flexibility.
The STR will most often incorporate either an inline (VRB) or rightangle (EVB) reducer to achieve an additional reduction and simplify
the connection to your servo motor. It is available in a number of
housing sizes, and it can handle extremely large moment loads. The
STR is an ideal fit for any automation or custom material handling
integrator that requires the precision, rigidity, and repeatability that
this servo rotary indexer can offer.

378

STR-SERIES

■ High output torque, high rigidity, high moment loads
■ Large variety of reduction ratios to choose from

STR

■ Compatible with nearly any servo motor

■ Zero backlash, with precision as tight as 20 arc-secs
■ Large hollow shaft design allows use of air lines or wiring
■ Multiple ratios to match application requirements

379

STR-SERIES Rotary indexer
STR-Series – Features

3

4

5

6
2

1

7

380

1

Housing constructed from aluminum alloy

2

Special worm input shaft providing screw like transmission

3

Hollow-bore output shaft

4

Output shaft

5

Cam roller followers

6

Cross-roller bearing

7

Direct connection to VRB or EVB planetary reducer

STR-Series – Model Code
STR

1 0 0

08 0

E

R

14 B K 1 2

0 0
Modifications

* Adapter flange code

Gearbox mount side (Right [R], Left [L])

Input Reducer type (Inline [V], Right-angle [E], None [N])

Reduction ratio (Variety ranging from 15:1 - 2000:1)

Actuator size (040, 063, 080, 100, 125, 160, 250)

Model name STR product

*1)

Adapter flange code
Adapter flange code varies depending on the motor.

Contact us for additional information or refer to our online reducer selection tool.

STR

Selection tool www.nidec-shimpo.co.jp/selection/eng

381

STR-SERIES Rotary indexer
STR-040V – 1-Stage and 2-Stage Specifications with VRSF-B
Frame Size

040V

Stage

1-Stage

2-Stage

Ratio

Units

Notes

15

45

75

135

Nominal Torque

[Nm]

*1

27

27

27

27

Acceleration Torque

[Nm]

--

58

58

58

58

No Load Torque

[Nm]

*1

0.5

0.2

0.2

0.2

Nominal Input Speed

[rpm]

*2

900

2700

3000

3000
5000

Maximum Input Speed

[rpm]

*2

3000

5000

5000

Reflected Inertia (Single)

[kg-m2x10-4]

*3

0.292

--

--

--

Reflected Inertia (≤Ø 8)

[kg-m2x10-4]

*3

--

0.082

0.06

0.053

Reflected Inertia (≤Ø 14)

[kg-m2x10-4]

*3

--

0.151

0.131

0.121

Backlash

[arc-min]

--

0

0

0

0

Angular Transmission Accuracy

[arc-min]

--

≤ 1.5

[arc-min]

--

± 0.2

[μm (max)]

--

10

Angular Repeatability Accuracy
Surface Runout

≤ 1.5
± 0.2
10

10

10

Weight

[kg]

--

2.5

3.2

3.2

3.2

Maximum Axial Load

[N]

--

999

999

999

999

Maximum Radial Load

[N]

--

669

669

669

669

Maximum Tilting Moment Load
Efficiency
Protection Class

[Nm]

--

33

33

33

33

[%]

--

80

76

76

76

--

*4

IP54 (IP65)

*1)

At nominal input speed

*2)

Speeds are at the actuator input. Limits when used with additional gearbox are higher

*3)

At input shaft

*4)

IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options

STR-040 Dimensions with VRSF-B
122

70
65
62

72

6-M5 Depth10

S

5

S

T

OUTPUT TABLE SURFACE

W

43

U

d

T

101

a

b

U

2

Ø4

52

65 ±0.1

100

115

40

Ø55

Ø30 h7

Ø26

Ø25
Depth 10

c

Ø25
Depth 10

52

47.5

***2-Ø5 H7 Depth8

S

Ø40

11.5 17.5

21 ±0.05

31

0.5

**
27

95

V

V

32
8

0
Ø6

R

R
INPUT FLANGE

***2-Ø5 H7 Depth8
(SURFACE V&W)
3-Ø6.9 DRILL THRU, Counterbore Ø11 Depth 6.5
3-M8 Depth 15

40.5

6

V

W

4-Ø5.5 DRILL THRU
VRSF-B

R

±0.1

81 ±0.03

NOTE:
** Refer to page 22, for VRSF B-Frame dimensions
*** Optional
ROTATION:
a=d
a=c (upon special request)

382

STR-040V – 3-Stage Specifications with VRSF-B
Frame Size

040V

Stage

3-Stage

Ratio

Units

Notes

225

300

375

525

Nominal Torque

[Nm]

*1

27

27

27

27

Acceleration Torque

[Nm]

--

58

58

58

58

No Load Torque

[Nm]

*1

0.1

0.1

0.1

0.1

Nominal Input Speed

[rpm]

*2

3000

3000

3000

3000
5000

Maximum Input Speed

[rpm]

*2

5000

5000

5000

Reflected Inertia (Single)

[kg-m2x10-4]

*3

--

--

--

--

Reflected Inertia (≤Ø 8)

[kg-m2x10-4]

*3

0.058

0.057

0.057

0.053

Reflected Inertia (≤Ø 14)

[kg-m2x10-4]

*3

0.131

0.131

0.131

0.121

Backlash

[arc-min]

--

0

0

0

0

Angular Transmission Accuracy

[arc-min]

--

10

10

Angular Repeatability Accuracy
Surface Runout

[arc-min]

--

[μm (max)]

--

≤ 1.5
± 0.2
10

10

Weight

[kg]

--

3.4

3.4

3.4

3.4

Maximum Axial Load

[N]

--

999

999

999

999

Maximum Radial Load

[N]

--

669

669

669

669

Maximum Tilting Moment Load
Efficiency
Protection Class

[Nm]

--

33

33

33

33

[%]

--

72

72

72

72

--

*4

IP54 (IP65)

*1)

At nominal input speed

*2)

Speeds are at the actuator input. Limits when used with additional gearbox are higher

*3)

At input shaft

*4)

IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options

STR-040 Dimensions with VRSF-B
122

70
65
62

72

6-M5 Depth10

S

5

S

T

OUTPUT TABLE SURFACE

W

43

U

d

T

101

a

b

U

2

Ø4

52

65 ±0.1

100

115

40

Ø55

Ø30 h7

Ø26

Ø25
Depth 10

c

Ø25
Depth 10

52

47.5

***2-Ø5 H7 Depth8

S

V
8

R

R
INPUT FLANGE

***2-Ø5 H7 Depth8
(SURFACE V&W)
3-Ø6.9 DRILL THRU, Counterbore Ø11 Depth 6.5
3-M8 Depth 15

40.5

4-Ø5.5 DRILL THRU
VRSF-B

R

STR

V
0
Ø6

6

V

W

32

Ø40

11.5 17.5

21 ±0.05

31

0.5

**
27

95

±0.1

81 ±0.03

NOTE:
** Refer to page 22, for VRSF B-Frame dimensions
*** Optional
ROTATION:
a=d
a=c (upon special request)

383

STR-SERIES Rotary indexer
STR-063V – 1-Stage and 2-Stage Specifications with VRB-060
Frame Size

063V

Stage

1-Stage

2-Stage

Ratio

Units

Notes

20

60

80

100

120

140

160

180

Nominal Torque

[Nm]

*1

69

69

69

69

69

69

69

69
129

Acceleration Torque

[Nm]

--

129

129

129

129

129

129

129

No Load Torque

[Nm]

*1

0.8

0.1

0.1

0.1

0.1

0.1

0.1

0.1

Nominal Input Speed

[rpm]

*2

800

2400

3000

3000

3000

3000

3000

3000

Maximum Input Speed

[rpm]

*2

3000

6000

6000

6000

6000

6000

6000

6000

Reflected Inertia (Single)

[kg-m2x10-4]

*3

0.862

--

--

--

--

--

--

--

Reflected Inertia (≤Ø 8)

[kg-m2x10-4]

*3

--

0.142

0.097

0.079

0.070

0.064

0.061

0.059

Reflected Inertia (≤Ø 14)

[kg-m2x10-4]

*3

--

0.222

0.172

0.162

0.152

0.142

0.142

0.142

Reflected Inertia (≤Ø 19)

[kg-m2x10-4]

*3

--

0.432

0.382

0.362

0.362

0.352

0.352

0.342

Backlash

[arc-min]

--

0

0

0

0

0

0

0

0

Angular Transmission Accuracy

[arc-min]

--

≤ 1.0

≤ 1.0

Angular Repeatability Accuracy

[arc-min]

--

± 0.1

± 0.1

Surface Runout

[μm (max)]

--

10

10

10

10

10

10

10

10

Weight

[kg]

--

5.6

7.0

7.0

7.0

7.0

7.0

7.0

7.0

Maximum Axial Load

[N]

--

1657

1657

1657

1657

1657

1657

1657

1657

Maximum Radial Load

[N]

--

1359

1359

1359

1359

1359

1359

1359

1359

[Nm]

--

79

79

79

79

79

79

79

79

[%]

--

82

78

78

78

78

78

78

78

--

*4

700

Maximum Tilting Moment Load
Efficiency
Protection Class
*1)
*2)
*3)
*4)

IP54 (IP65)

At nominal input speed
Speeds are at the actuator input. Limits when used with additional gearbox are higher
At input shaft
IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options

STR-063V – 2-Stage and 3-Stage Specifications with VRB-060
Frame Size

063V

Stage

3-Stage

Ratio

Units

Notes

200

300

320

400

500

560

600

Nominal Torque

[Nm]

*1

69

69

69

69

69

69

69

69

Acceleration Torque

[Nm]

--

129

129

129

129

129

129

129

129

No Load Torque

[Nm]

*1

0.1

0.1

0.1

0.1

0.1

0.1

0.1

0.1

Nominal Input Speed

[rpm]

*2

3000

3000

3000

3000

3000

3000

3000

3000
6000

Maximum Input Speed

[rpm]

*2

6000

6000

6000

6000

6000

6000

6000

Reflected Inertia (Single)

[kg-m2x10-4]

*3

--

--

--

--

--

---

---

---

Reflected Inertia (≤Ø 8)

[kg-m2x10-4]

*3

0.058

0.057

0.059

0.056

0.055

0.057

0.051

0.055

Reflected Inertia (≤Ø 14)

[kg-m2x10-4]

*3

0.142

0.142

0.142

0.132

0.132

0.142

0.132

0.132

Reflected Inertia (≤Ø 19)

[kg-m2x10-4]

*3

0.342

0.352

0.362

0.352

0.352

0.362

0.342

0.352

[arc-min]

--

0

0

0

0

0

0

0

0

Backlash
Angular Transmission Accuracy

[arc-min]

--

≤ 1.0

≤ 1.0

Angular Repeatability Accuracy

[arc-min]

--

± 0.1

± 0.1

Surface Runout

[μm (max)]

--

10

10

10

10

10

10

10

10

Weight

[kg]

--

7.0

7.2

7.2

7.2

7.2

7.2

7.2

7.2

Maximum Axial Load

[N]

--

1657

1657

1657

1657

1657

1657

1657

1657
1359

Maximum Radial Load
Maximum Tilting Moment Load
Efficiency
Protection Class

384

2-Stage

*1)
*2)
*3)
*4)

[N]

--

1359

1359

1359

1359

1359

1359

1359

[Nm]

--

79

79

79

79

79

79

79

79

[%]

--

78

74

74

74

74

74

74

74

--

*4

At nominal input speed
Speeds are at the actuator input. Limits when used with additional gearbox are higher
At input shaft
IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options

IP54 (IP65)

STR-063V – 3-Stage Specifications with VRB-060
Frame Size

063V

Stage

3-Stage

Ratio

Units

Notes

800

900

1000

1200

1400

1600

1800

2000

Nominal Torque

[Nm]

*1

69

69

69

69

69

69

69

69
129

Acceleration Torque

[Nm]

--

129

129

129

129

129

129

129

No Load Torque

[Nm]

*1

0.1

0.1

0.1

0.1

0.1

0.1

0.1

0.1

Nominal Input Speed

[rpm]

*2

3000

3000

3000

3000

3000

3000

3000

3000

Maximum Input Speed

[rpm]

*2

6000

6000

6000

6000

6000

6000

6000

6000

Reflected Inertia (Single)

[kg-m2x10-4]

*3

---

---

---

---

---

---

---

---

Reflected Inertia (≤Ø 8)

[kg-m2x10-4]

*3

0.051

0.055

0.051

0.051

0.051

0.051

0.051

0.051

Reflected Inertia (≤Ø 14)

[kg-m2x10-4]

*3

0.132

0.132

0.132

0.132

0.132

0.132

0.132

0.132

Reflected Inertia (≤Ø 19)

[kg-m2x10-4]

*3

0.342

0.352

0.342

0.342

0.342

0.342

0.342

0.342

Backlash

[arc-min]

--

0

0

0

0

0

0

0

0

Angular Transmission Accuracy

[arc-min]

--

≤ 1.0

Angular Repeatability Accuracy

[arc-min]

--

± 0.1

Surface Runout

[μm (max)]

--

10

10

10

10

10

10

10

10

Weight

[kg]

--

7.2

7.2

7.2

7.2

7.2

7.2

7.2

7.2

Maximum Axial Load

[N]

--

1657

1657

1657

1657

1657

1657

1657

1657

Maximum Radial Load

[N]

--

1359

1359

1359

1359

1359

1359

1359

1359

[Nm]

--

79

79

79

79

79

79

79

79

[%]

--

74

74

74

74

74

74

74

74

--

*4

Maximum Tilting Moment Load
Efficiency
Protection Class
*1)
*2)
*3)
*4)

IP54 (IP65)

At nominal input speed
Speeds are at the actuator input. Limits when used with additional gearbox are higher
At input shaft
IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options

STR-063 Dimensions with VRB-060
78

144.5

73

120

70

100

40

10

37.5 ±0.05

6-M6 Depth12

OUTPUT TABLE SURFACE

24.5

59

60

10.5

S

*** Ø5 H7 Depth 8
**

0.5
d

W

139.5

143

5

U

Ø7

95 ±0.1

63

b

40

V

10

R

*** 2- Ø5 H7 Depth 8
(SURFACE V & W)
3-Ø8.6 DRILL THRU, Counterbore Ø14 Depth 8.6
3-M10 Depth 15

10.5

V

INPUT FLANGE

a

Ø70

V

W

** VRB-060
4-M5 Depth 10

52 ±0.1

STR

163

Ø90

Ø60 h7

Ø50 Depth 10

Ø51

Ø70

Ø50 Depth 10

60

c

104 ±0.03

(SURFACE V & W)

NOTE:
** Refer to page 92, for VRB-060 dimensions
*** Optional
ROTATION:
a=d
a=c (upon special request)

385

STR-SERIES Rotary indexer
STR-063E – 1-Stage and 2-Stage Specifications with EVB-060
Frame Size

063E

Stage

1-Stage

2-Stage

Ratio

Units

Notes

20

60

80

100

120

140

160

180

Nominal Torque

[Nm]

*1

69

69

69

69

69

69

69

69

Acceleration Torque

[Nm]

--

129

129

129

129

129

129

129

129

No Load Torque

[Nm]

*1

0.8

0.4

0.4

0.4

0.4

0.4

0.4

0.4

Nominal Input Speed

[rpm]

*2

800

2400

3000

3000

3000

3000

3000

3000

Maximum Input Speed

[rpm]

*2

3000

6000

6000

6000

6000

6000

6000

6000

Reflected Inertia (Single)

[kg-m2x10-4]

*3

0.862

--

--

--

--

--

--

--

Reflected Inertia (≤Ø 8)

[kg-m2x10-4]

*3

--

0.311

0.266

0.248

0.239

0.234

0.230

0.228

Reflected Inertia (≤Ø 14)

[kg-m2x10-4]

*3

--

0.386

0.341

0.323

0.314

0.309

0.305

0.303

Reflected Inertia (≤Ø 19)

[kg-m2x10-4]

*3

--

0.575

0.53

0.513

0.504

0.498

0.495

0.493

Backlash

[arc-min]

--

0

0

0

0

0

0

0

0

Angular Transmission Accuracy

[arc-min]

--

≤ 1.0

Angular Repeatability Accuracy

≤ 1.0

[arc-min]

--

± 0.1

[μm (max)]

--

10

10

10

10

10

10

10

10

Weight

[kg]

--

5.6

7.4

7.4

7.4

7.4

7.4

7.4

7.4

Maximum Axial Load

[N]

--

1657

1657

1657

1657

1657

1657

1657

1657

Maximum Radial Load

[N]

--

1359

1359

1359

1359

1359

1359

1359

1359

[Nm]

--

79

79

79

79

79

79

79

79

[%]

--

82

74

74

74

74

74

74

74

--

*4

Surface Runout

Maximum Tilting Moment Load
Efficiency
Protection Class
*1)
*2)
*3)
*4)

± 0.1

IP54 (IP65)

At nominal input speed
Speeds are at the actuator input. Limits when used with additional gearbox are higher
At input shaft
IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options

STR-063E – 2-Stage and 3-Stage Specifications with EVB-060
Frame Size

063E

Stage

3-Stage

Units

Notes

200

300

320

400

500

560

600

700

Nominal Torque

[Nm]

*1

69

69

69

69

69

69

69

69

Acceleration Torque

[Nm]

--

129

129

129

129

129

129

129

129

No Load Torque

[Nm]

*1

0.4

0.2

0.2

0.2

0.2

0.2

0.2

0.2

Nominal Input Speed

[rpm]

*2

3000

3000

3000

3000

3000

3000

3000

3000

Maximum Input Speed

[rpm]

*2

6000

6000

6000

6000

6000

6000

6000

6000

Reflected Inertia (Single)

[kg-m2x10-4]

*3

--

--

--

--

--

--

--

--

Reflected Inertia (≤Ø 8)

[kg-m2x10-4]

*3

0.227

0.073

0.079

0.071

0.071

0.077

0.062

0.07

Reflected Inertia (≤Ø 14)

[kg-m2x10-4]

*3

0.302

0.118

0.124

0.116

0.115

0.122

0.106

0.115

Reflected Inertia (≤Ø 19)

[kg-m2x10-4]

*3

0.491

--

--

--

--

--

--

--

Backlash

[arc-min]

--

0

0

0

0

0

0

0

0

Angular Transmission Accuracy

[arc-min]

--

≤ 1.0

Angular Repeatability Accuracy

≤ 1.0

[arc-min]

--

± 0.1

[μm (max)]

--

10

10

10

10

10

10

10

10

Weight

[kg]

--

7.4

7.2

7.2

7.2

7.2

7.2

7.2

7.2

Maximum Axial Load

[N]

--

1657

1657

1657

1657

1657

1657

1657

1657

Maximum Radial Load

[N]

--

1359

1359

1359

1359

1359

1359

1359

1359

[Nm]

--

79

79

79

79

79

79

79

79

[%]

--

74

70

70

70

70

70

70

70

--

*4

Surface Runout

Maximum Tilting Moment Load
Efficiency
Protection Class

386

2-Stage

Ratio

*1)
*2)
*3)
*4)

± 0.1

At nominal input speed
Speeds are at the actuator input. Limits when used with additional gearbox are higher
At input shaft
IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options

IP54 (IP65)

STR-063E – 3-Stage Specifications with EVB-060
Frame Size

063E

Stage

3-Stage

Ratio

Units

Notes

800

900

1000

1200

1400

1600

1800

2000

Nominal Torque

[Nm]

*1

69

69

69

69

69

69

69

69

Acceleration Torque

[Nm]

--

129

129

129

129

129

129

129

129

No Load Torque

[Nm]

*1

0.2

0.2

0.2

0.2

0.2

0.2

0.2

0.2

Nominal Input Speed

[rpm]

*2

3000

3000

3000

3000

3000

3000

3000

3000

Maximum Input Speed

[rpm]

*2

6000

6000

6000

6000

6000

6000

6000

6000

Reflected Inertia (Single)

[kg-m2x10-4]

*3

--

--

--

--

--

--

--

--

Reflected Inertia (≤Ø 8)

[kg-m2x10-4]

*3

0.061

0.07

0.061

0.061

0.061

0.061

0.061

0.061

Reflected Inertia (≤Ø 14)

[kg-m2x10-4]

*3

0.106

0.115

0.106

0.106

0.105

0.105

0.105

0.105

Reflected Inertia (≤Ø 19)

[kg-m2x10-4]

*3

--

--

--

--

--

--

--

--

Backlash

[arc-min]

--

0

0

0

0

0

0

0

0

Angular Transmission Accuracy

[arc-min]

--

Angular Repeatability Accuracy

≤ 1.0

[arc-min]

--

[μm (max)]

--

10

10

10

10

10

10

10

10

Weight

[kg]

--

7.2

7.2

7.2

7.2

7.2

7.2

7.2

7.2

Maximum Axial Load

[N]

--

1657

1657

1657

1657

1657

1657

1657

1657

Maximum Radial Load

[N]

--

1359

1359

1359

1359

1359

1359

1359

1359

[Nm]

--

79

79

79

79

79

79

79

79

[%]

--

70

70

70

70

70

70

70

70

--

*4

Surface Runout

Maximum Tilting Moment Load
Efficiency
Protection Class
*1)
*2)
*3)
*4)

± 0.1

IP54 (IP65)

At nominal input speed
Speeds are at the actuator input. Limits when used with additional gearbox are higher
At input shaft
IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options

STR-063 Dimensions with EVB-060
144.5

78
73

120

70

100

40

OUTPUT TABLE SURFACE

24.5
10
59

60

37.5 ±0.05

6-M6 Depth 12

10.5

S

*** Ø5 H7 Depth 8
**

0.5
d

139.5

5

b
V

40

W

a

Ø70

V

R

10
INPUT FLANGE

*** 2-Ø 5H7 Depth 8

52±0.1

(SURFACE V & W)
3-Ø8.6 DRILL THRU, Counterbore Ø14 Depth 8.6
3-M10 Depth 15

104

10.5

V

** EVB-060
4-M5 Depth10

STR

U

Ø7

95

±0.1

**

143

163

63

Ø90

W

Ø60 h7

Ø50 Depth 10

Ø51

Ø70

Ø50 Depth 10

60

c

±0.03

(SURFACE V & W)

NOTE:
** Refer to page 290, for EVB-060 dimensions
*** Optional
ROTATION:
a=d
a=c (upon special request)

387

STR-SERIES Rotary indexer
STR-080V – 1-Stage and 2-Stage Specifications with VRB-060
Frame Size

080V

Stage

1-Stage

2-Stage

Ratio

Units

Notes

20

60

80

100

120

140

160

180

Nominal Torque

[Nm]

*1

113

113

113

113

113

113

113

113

Acceleration Torque

[Nm]

--

202

202

202

202

202

202

202

202

No Load Torque

[Nm]

*1

1.3

0.1

0.1

0.1

0.1

0.1

0.1

0.1

Nominal Input Speed

[rpm]

*2

700

2100

2800

3000

3000

3000

3000

3000

Maximum Input Speed

[rpm]

*2

2500

6000

6000

6000

6000

6000

6000

6000

Reflected Inertia (Single)

[kg-m2x10-4]

*3

3.066

--

--

--

--

--

--

--

Reflected Inertia (≤Ø 8)

[kg-m2x10-4]

*3

--

0.148

0.103

0.085

0.076

0.070

0.067

0.065

Reflected Inertia (≤Ø 14)

[kg-m2x10-4]

*3

--

0.228

0.178

0.168

0.158

0.148

0.148

0.148

Reflected Inertia (≤Ø 19)

[kg-m2x10-4]

*3

--

0.438

0.388

0.368

0.368

0.358

0.358

0.348

Backlash

[arc-min]

--

0

0

0

0

0

0

0

0

Angular Transmission Accuracy

[arc-min]

--

≤ 0.7

[arc-min]

--

± 0.08

[μm (max)]

--

10

10

10

10

Angular Repeatability Accuracy
Surface Runout

≤ 0.7
± 0.08
10

10

10

10

Weight

[kg]

--

11.6

13.0

13.0

13.0

13.0

13.0

13.0

13.0

Maximum Axial Load

[N]

--

3302

3302

3302

3302

3302

3302

3302

3302

Maximum Radial Load

[N]

--

2819

2819

2819

2819

2819

2819

2819

2819

[Nm]

--

210

210

210

210

210

210

210

210

[%]

--

80

76

76

76

76

76

76

76

--

*4

Maximum Tilting Moment Load
Efficiency
Protection Class
*1)
*2)
*3)
*4)

IP54 (IP65)

At nominal input speed
Speeds are at the actuator input. Limits when used with additional gearbox are higher
At input shaft
IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options

STR-080V – 2-Stage and 3-Stage Specifications with VRB-060
Frame Size

080V

Stage

3-Stage

Ratio

Units

Notes

200

300

320

400

500

560

600

700

Nominal Torque

[Nm]

*1

113

113

113

113

113

113

113

113

Acceleration Torque

[Nm]

--

202

202

202

202

202

202

202

202

No Load Torque

[Nm]

*1

0.1

0.1

0.1

0.1

0.1

0.1

0.1

0.1

Nominal Input Speed

[rpm]

*2

3000

3000

3000

3000

3000

3000

3000

3000

Maximum Input Speed

[rpm]

*2

6000

6000

6000

6000

6000

6000

6000

6000

Reflected Inertia (Single)

[kg-m2x10-4]

*3

--

--

--

--

--

--

--

--

Reflected Inertia (≤Ø 8)

[kg-m2x10-4]

*3

0.064

0.063

0.065

0.062

0.061

0.063

0.057

0.061

Reflected Inertia (≤Ø 14)

[kg-m2x10-4]

*3

0.148

0.148

0.148

0.138

0.138

0.148

0.138

0.138

Reflected Inertia (≤Ø 19)

[kg-m2x10-4]

*3

0.348

0.358

0.368

0.358

0.358

0.368

0.348

0.358

[arc-min]

--

0

0

0

0

0

0

0

0

10

10

10

Backlash
Angular Transmission Accuracy

[arc-min]

--

≤ 0.7

≤ 0.7

Angular Repeatability Accuracy

[arc-min]

--

± 0.08

± 0.08

[μm (max)]

--

10

Surface Runout

10

10

10

10

Weight

[kg]

--

13.0

13.2

13.2

13.2

13.2

13.2

13.2

13.2

Maximum Axial Load

[N]

--

3302

3302

3302

3302

3302

3302

3302

3302

Maximum Radial Load
Maximum Tilting Moment Load
Efficiency
Protection Class

388

2-Stage

*1)
*2)
*3)
*4)

[N]

--

2819

2819

2819

2819

2819

2819

2819

2819

[Nm]

--

210

210

210

210

210

210

210

210

[%]

--

76

72

72

72

72

72

72

72

--

*4

At nominal input speed
Speeds are at the actuator input. Limits when used with additional gearbox are higher
At input shaft
IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options

IP54 (IP65)

STR-080V – 3-Stage Specifications with VRB-060
Frame Size

080V

Stage

3-Stage

Ratio

Units

Notes

800

900

1000

1200

1400

1600

1800

2000

Nominal Torque

[Nm]

*1

113

113

113

113

113

113

113

113

Acceleration Torque

[Nm]

--

202

202

202

202

202

202

202

202

No Load Torque

[Nm]

*1

0.1

0.1

0.1

0.1

0.1

0.1

0.1

0.1

Nominal Input Speed

[rpm]

*2

3000

3000

3000

3000

3000

3000

3000

3000

Maximum Input Speed

[rpm]

*2

6000

6000

6000

6000

6000

6000

6000

6000

Reflected Inertia (Single)

[kg-m2x10-4]

*3

--

--

--

--

--

--

--

--

Reflected Inertia (≤Ø 8)

[kg-m2x10-4]

*3

0.057

0.061

0.057

0.057

0.057

0.057

0.057

0.057

Reflected Inertia (≤Ø 14)

[kg-m2x10-4]

*3

0.138

0.138

0.138

0.138

0.138

0.138

0.138

0.138

Reflected Inertia (≤Ø 19)

[kg-m2x10-4]

*3

0.348

0.358

0.348

0.348

0.348

0.348

0.348

0.348

Backlash

[arc-min]

--

0

0

0

0

0

0

0

0

Angular Transmission Accuracy

[arc-min]

--

10

10

10

10

Angular Repeatability Accuracy
Surface Runout

[arc-min]

--

[μm (max)]

--

≤ 0.7
± 0.08
10

10

10

10

Weight

[kg]

--

13.2

13.2

13.2

13.2

13.2

13.2

13.2

13.2

Maximum Axial Load

[N]

--

3302

3302

3302

3302

3302

3302

3302

3302

Maximum Radial Load

[N]

--

2819

2819

2819

2819

2819

2819

2819

2819

[Nm]

--

210

210

210

210

210

210

210

210

[%]

--

72

72

72

72

72

72

72

72

--

*4

79

12.5

Maximum Tilting Moment Load
Efficiency
Protection Class
*1)
*2)
*3)
*4)

IP54 (IP65)

At nominal input speed
Speeds are at the actuator input. Limits when used with additional gearbox are higher
At input shaft
IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options

STR-080V Dimensions with VRB-060
100

188.5

95

160

92

136

6-M8 Depth16

52

28.5
12

51±0.00

80

*** Ø5 H7 Depth 8
S

OUTPUT TABLE SURFACE

T
W

V
**
0.5
74±0.1

80

d

184.5

194 ±0.00

80

186

210

Ø120

Ø85 h7

Ø76

Ø75 Depth15

T

Ø75 Depth 15

U

b

a

STR

Ø1
0

2

U

V

** VRB-060

R

4-M5 Depth 10

10.5

V

12

W

50

Ø95

c

55±0.1
INPUT FLANGE
*** 2-Ø5 H7 Depth 8

125 ±0.00

(SURFACE V OR W)
3-Ø10.5 DRILL THRU, Counterbore Ø17.5 Depth 10.8
3-M12 Depth 18
(SURFACE V & W)

NOTE:
** Refer to page 92, for VRB-060 dimensions
*** Optional
ROTATION:
a=d
a=c (upon special request)

389

STR-SERIES Rotary indexer
STR-080E – 1-Stage and 2-Stage Specifications with EVB-060
Frame Size

080E

Stage

1-Stage

2-Stage

Ratio

Units

Notes

20

60

80

100

120

140

160

180

Nominal Torque

[Nm]

*1

113

113

113

113

113

113

113

113

Acceleration Torque

[Nm]

--

202

202

202

202

202

202

202

202

No Load Torque

[Nm]

*1

1.3

0.4

0.4

0.4

0.4

0.4

0.4

0.4

Nominal Input Speed

[rpm]

*2

700

2100

2800

3000

3000

3000

3000

3000

Maximum Input Speed

[rpm]

*2

2500

6000

6000

6000

6000

6000

6000

6000

Reflected Inertia (Single)

[kg-m2x10-4]

*3

3.066

--

--

--

--

--

--

--

Reflected Inertia (≤Ø 8)

[kg-m2x10-4]

*3

--

0.319

0.274

0.256

0.247

0.242

0.238

0.236

Reflected Inertia (≤Ø 14)

[kg-m2x10-4]

*3

--

0.394

0.349

0.331

0.322

0.317

0.313

0.311

Reflected Inertia (≤Ø 19)

[kg-m2x10-4]

*3

--

0.583

0.538

0.521

0.512

0.506

0.503

0.501

Backlash

[arc-min]

--

0

0

0

0

0

0

0

0

Angular Transmission Accuracy

[arc-min]

--

≤ 0.7

Angular Repeatability Accuracy

≤ 0.7

[arc-min]

--

± 0.08

[μm (max)]

--

10

10

10

10

10

10

10

10

Weight

[kg]

--

11.6

13.4

13.4

13.4

13.4

13.4

13.4

13.4

Maximum Axial Load

[N]

--

3302

3302

3302

3302

3302

3302

3302

3302

Maximum Radial Load

[N]

--

2819

2819

2819

2819

2819

2819

2819

2819

[Nm]

--

210

210

210

210

210

210

210

210

[%]

--

80

72

72

72

72

72

72

72

--

*4

Surface Runout

Maximum Tilting Moment Load
Efficiency
Protection Class
*1)
*2)
*3)
*4)

± 0.08

IP54 (IP65)

At nominal input speed
Speeds are at the actuator input. Limits when used with additional gearbox are higher
At input shaft
IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options

STR-080E – 2-Stage and 3-Stage Specifications with EVB-060
Frame Size

080E

Stage

3-Stage

Units

Notes

200

300

320

400

500

560

600

700

Nominal Torque

[Nm]

*1

113

113

113

113

113

113

113

113

Acceleration Torque

[Nm]

--

202

202

202

202

202

202

202

202

No Load Torque

[Nm]

*1

0.4

0.3

0.3

0.3

0.3

0.3

0.3

0.3

Nominal Input Speed

[rpm]

*2

3000

3000

3000

3000

3000

3000

3000

3000

Maximum Input Speed

[rpm]

*2

6000

6000

6000

6000

6000

6000

6000

6000

Reflected Inertia (Single)

[kg-m2x10-4]

*3

--

--

--

--

--

--

--

--

Reflected Inertia (≤Ø 8)

[kg-m2x10-4]

*3

0.235

0.081

0.087

0.079

0.079

0.085

0.070

0.078

Reflected Inertia (≤Ø 14)

[kg-m2x10-4]

*3

0.310

0.126

0.132

0.124

0.123

0.130

0.114

0.123

Reflected Inertia (≤Ø 19)

[kg-m2x10-4]

*3

0.499

--

--

--

--

--

--

--

Backlash

[arc-min]

--

0

0

0

0

0

0

0

0

Angular Transmission Accuracy

[arc-min]

--

≤ 0.7

Angular Repeatability Accuracy

≤ 0.7

[arc-min]

--

± 0.08

[μm (max)]

--

10

10

10

10

10

10

10

10

Weight

[kg]

--

13.4

13.2

13.2

13.2

13.2

13.2

13.2

13.2

Maximum Axial Load

[N]

--

3302

3302

3302

3302

3302

3302

3302

3302

Maximum Radial Load

[N]

--

2819

2819

2819

2819

2819

2819

2819

2819

[Nm]

--

210

210

210

210

210

210

210

210

[%]

--

72

68

68

68

68

68

68

68

--

*4

Surface Runout

Maximum Tilting Moment Load
Efficiency
Protection Class

390

2-Stage

Ratio

*1)
*2)
*3)
*4)

± 0.08

At nominal input speed
Speeds are at the actuator input. Limits when used with additional gearbox are higher
At input shaft
IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options

IP54 (IP65)

STR-080E – 3-Stage Specifications with EVB-060
Frame Size

080E

Stage

3-Stage

Ratio

Units

Notes

800

900

1000

1200

1400

1600

1800

2000

Nominal Torque

[Nm]

*1

113

113

113

113

113

113

113

113

Acceleration Torque

[Nm]

--

202

202

202

202

202

202

202

202

No Load Torque

[Nm]

*1

0.3

0.3

0.3

0.3

0.3

0.3

0.3

0.3

Nominal Input Speed

[rpm]

*2

3000

3000

3000

3000

3000

3000

3000

3000

Maximum Input Speed

[rpm]

*2

6000

6000

6000

6000

6000

6000

6000

6000

Reflected Inertia (Single)

[kg-m2x10-4]

*3

--

--

--

--

--

--

--

--

Reflected Inertia (≤Ø 8)

[kg-m2x10-4]

*3

0.069

0.078

0.069

0.069

0.069

0.069

0.069

0.069

Reflected Inertia (≤Ø 14)

[kg-m2x10-4]

*3

0.114

0.123

0.114

0.114

0.113

0.113

0.113

0.113

Reflected Inertia (≤Ø 19)

[kg-m2x10-4]

*3

--

--

--

--

--

--

--

--

Backlash

[arc-min]

--

0

0

0

0

0

0

0

0

Angular Transmission Accuracy

[arc-min]

--

Angular Repeatability Accuracy

≤ 0.7

[arc-min]

--

[μm (max)]

--

10

10

10

10

10

10

10

10

Weight

[kg]

--

13.2

13.2

13.2

13.2

13.2

13.2

13.2

13.2

Maximum Axial Load

[N]

--

3302

3302

3302

3302

3302

3302

3302

3302

Maximum Radial Load

[N]

--

2819

2819

2819

2819

2819

2819

2819

2819

[Nm]

--

210

210

210

210

210

210

210

210

[%]

--

68

68

68

68

68

68

68

68

--

*4

79

12.5

Surface Runout

Maximum Tilting Moment Load
Efficiency
Protection Class
*1)
*2)
*3)
*4)

± 0.08

IP54 (IP65)

At nominal input speed
Speeds are at the actuator input. Limits when used with additional gearbox are higher
At input shaft
IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options

STR-080E Dimensions with EVB-060
100

188.5

95

160

92

136

28.5
12

6-M8 Depth 16
52

51±0.00

80

*** Ø5 H7 Depth 8
S

OUTPUT TABLE SURFACE

T
W

V
**
0.5
74±0.1

80

d

184.5

194 ±0.00

80

186

210

Ø120

T
Ø85 h7

Ø75 Depth 15

Ø76

U

b

a

Ø1

02

**

U

V

** VRB-060

R

4-M5 Depth 10

10.5

12

V

STR

W

50

Ø95

Ø75 Depth 15

c

55±0.1
INPUT FLANGE
*** 2-Ø5 H7 Depth 8

125 ±0.00

(SURFACE V OR W)

3-Ø10.5 DRILL THRU, Counterbore Ø17.5 Depth 10.8
3-M12 Depth 18
(SURFACE V & W)

NOTE:
** Refer to page 290, for EVB-060 dimensions
*** Optional
ROTATION:
a=d
a=c (upon special request)

391

STR-SERIES Rotary indexer
STR-100V – 1-Stage and 2-Stage Specifications with VRB-090
Frame Size

100V

Stage

1-Stage

2-Stage

Ratio

Units

Notes

20

60

80

100

120

140

160

180

Nominal Torque

[Nm]

*1

330

330

330

330

330

330

330

330

Acceleration Torque

[Nm]

--

565

565

565

565

565

565

565

565

No Load Torque

[Nm]

*1

2.6

0.3

0.3

0.3

0.3

0.3

0.3

0.3

Nominal Input Speed

[rpm]

*2

600

1800

2400

3000

3000

3000

3000

3000

Maximum Input Speed

[rpm]

*2

2000

6000

6000

6000

6000

6000

6000

6000

Reflected Inertia (Single)

[kg-m2x10-4]

*3

8.687

--

--

--

--

--

--

--

Reflected Inertia (≤Ø 8)

[kg-m2x10-4]

*3

--

--

--

--

--

--

--

--

Reflected Inertia (≤Ø 14)

[kg-m2x10-4]

*3

--

0.742

0.512

0.422

0.382

0.342

0.332

0.312

Reflected Inertia (≤Ø 19)

[kg-m2x10-4]

*3

--

1.222

0.972

0.882

0.842

0.812

0.792

0.782

Reflected Inertia (≤Ø 28)

[kg-m2x10-4]

*3

--

3.222

3.022

2.922

2.822

2.822

2.822

2.822

[arc-min]

--

0

0

0

0

0

0

0

0

10

10

10

Backlash
Angular Transmission Accuracy

[arc-min]

--

≤ 0.7

≤ 0.7

Angular Repeatability Accuracy

[arc-min]

--

± 0.08

± 0.08

[μm (max)]

--

10

Surface Runout

10

10

10

10

Weight

[kg]

--

21.5

25.2

25.2

25.2

25.2

25.2

25.2

25.2

Maximum Axial Load

[N]

--

3724

3724

3724

3724

3724

3724

3724

3724

Maximum Radial Load

[N]

--

3109

3109

3109

3109

3109

3109

3109

3109

[Nm]

--

284

284

284

284

284

284

284

284

[%]

--

82

78

78

78

78

78

78

78

Maximum Tilting Moment Load
Efficiency
Protection Class
*1)
*2)
*3)
*4)

IP54 (IP65)

At nominal input speed
Speeds are at the actuator input. Limits when used with additional gearbox are higher
At input shaft
IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options

STR-100V – 2-Stage and 3-Stage Specifications with VRB-090
Frame Size

100V

Stage

3-Stage

Units

Notes

200

300

320

400

500

560

600

700

Nominal Torque

[Nm]

*1

330

330

330

330

330

330

330

330

Acceleration Torque

[Nm]

--

565

565

565

565

565

565

565

565

No Load Torque

[Nm]

*1

0.3

0.2

0.2

0.2

0.2

0.2

0.2

0.2

Nominal Input Speed

[rpm]

*2

3000

3000

3000

3000

3000

3000

3000

3000

Maximum Input Speed

[rpm]

*2

6000

6000

6000

6000

6000

6000

6000

6000

Reflected Inertia (Single)

[kg-m2x10-4]

*3

--

--

--

--

--

--

--

--

Reflected Inertia (≤Ø 8)

[kg-m2x10-4]

*3

--

0.152

0.172

0.152

0.142

0.162

0.122

0.142

Reflected Inertia (≤Ø 14)

[kg-m2x10-4]

*3

0.312

0.302

0.322

0.302

0.302

0.312

0.272

0.292

Reflected Inertia (≤Ø 19)

[kg-m2x10-4]

*3

0.772

0.742

0.762

0.742

0.732

0.752

0.722

0.732

Reflected Inertia (≤Ø 28)

[kg-m2x10-4]

*3

2.822

2.722

2.822

2.722

2.722

2.722

2.622

2.722

[arc-min]

--

0

0

0

0

0

0

0

0

Backlash
Angular Transmission Accuracy

[arc-min]

--

≤ 0.7

≤ 0.7

Angular Repeatability Accuracy

[arc-min]

--

± 0.08

± 0.08

Surface Runout

[μm (max)]

--

10

10

10

10

10

10

10

10

Weight

[kg]

--

25.2

25.7

25.7

25.7

25.7

25.7

25.7

25.7

Maximum Axial Load

[N]

--

3724

3724

3724

3724

3724

3724

3724

3724

Maximum Radial Load
Maximum Tilting Moment Load
Efficiency
Protection Class

392

2-Stage

Ratio

*1)
*2)
*3)
*4)

[N]

--

3109

3109

3109

3109

3109

3109

3109

3109

[Nm]

--

284

284

284

284

284

284

284

284

[%]

--

78

74

74

74

74

74

74

74

IP54 (IP65)

At nominal input speed
Speeds are at the actuator input. Limits when used with additional gearbox are higher
At input shaft
IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options

STR-100V – 1-Stage and 3-Stage Specifications with VRB-090
Frame Size

100V

Stage

3-Stage

Ratio

Units

Notes

800

900

1000

1200

1400

1600

1800

2000

Nominal Torque

[Nm]

*1

330

330

330

330

330

330

330

330

Acceleration Torque

[Nm]

--

565

565

565

565

565

565

565

565

No Load Torque

[Nm]

*1

0.2

0.2

0.2

0.2

0.2

0.2

0.2

0.2

Nominal Input Speed

[rpm]

*2

3000

3000

3000

3000

3000

3000

3000

3000

Maximum Input Speed

[rpm]

*2

6000

6000

6000

6000

6000

6000

6000

6000

Reflected Inertia (Single)

[kg-m2x10-4]

*3

--

--

--

--

--

--

--

--

Reflected Inertia (≤Ø 8)

[kg-m2x10-4]

*3

0.121

0.142

0.120

0.120

0.119

0.119

0.119

0.119

Reflected Inertia (≤Ø 14)

[kg-m2x10-4]

*3

0.272

0.292

0.272

0.272

0.272

0.272

0.272

0.272

Reflected Inertia (≤Ø 19)

[kg-m2x10-4]

*3

0.722

0.732

0.712

0.712

0.712

0.712

0.712

0.712

Reflected Inertia (≤Ø 28)

[kg-m2x10-4]

*3

2.622

2.722

2.622

2.622

2.622

2.622

2.622

2.622

[arc-min]

--

0

0

0

0

0

0

0

0

10

10

10

10

Backlash
Angular Transmission Accuracy

[arc-min]

--

≤ 0.7

Angular Repeatability Accuracy

[arc-min]

--

± 0.08

[μm (max)]

--

Surface Runout

10

10

10

10

Weight

[kg]

--

25.7

25.7

25.7

25.7

25.7

25.7

25.7

25.7

Maximum Axial Load

[N]

--

3724

3724

3724

3724

3724

3724

3724

3724

Maximum Radial Load

[N]

--

3109

3109

3109

3109

3109

3109

3109

3109

[Nm]

--

284

284

284

284

284

284

284

284

[%]

--

74

74

74

74

74

74

74

74

Maximum Tilting Moment Load
Efficiency
Protection Class
*1)
*2)
*3)
*4)

IP54 (IP65)

At nominal input speed
Speeds are at the actuator input. Limits when used with additional gearbox are higher
At input shaft
IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options

STR-100 Dimensions with VRB-090
222.5

122
115

190

110

160
6-M10 Depth 20

60

32.5
15

60 ±1.27

OUTPUT TABLE SURFACE

99

95

10.5

S

Ø5H7 Depth 8

T
W
**

c

d

a

Ø10

0

99

U
V
10.5

R

STR

V

V

15

W

60

Ø1

20

m
m

U

227

225

239 ±0.76

b

100

255

Ø145

T
Ø95 h7

Ø85 Depth 15

Ø86

Ø85 Depth 15

Ø110

95

89 ±2.5

(0.5)

4-M6 Depth 12
INPUT FLANGE

***2-Ø5h7 Depth 8
(SURFACE V & W)

66 ±2.5
151 ±0.76

4-Ø10.5 DRILL THRU, Counterbore Ø17.5 Depth 10.8
4-M12 Depth 20

** VRB-090

100

45

(SURFACE V & W)

NOTE:
** Refer to page 98, for VRB-090 dimensions
*** Optional
ROTATION:
a=d
a=c (upon special request)

393

STR-SERIES Rotary indexer
STR-100E – 1-Stage and 2-Stage Specifications with EVB-090
Frame Size

100E

Stage

1-Stage

2-Stage

Ratio

Units

Notes

20

60

80

100

120

140

160

180

Nominal Torque

[Nm]

*1

330

330

330

330

330

330

330

330

Acceleration Torque

[Nm]

--

565

565

565

565

565

565

565

565

No Load Torque

[Nm]

*1

2.6

1.3

1.3

1.3

1.3

1.3

1.3

1.3

Nominal Input Speed

[rpm]

*2

600

1800

2400

3000

3000

3000

3000

3000

Maximum Input Speed

[rpm]

*2

2000

6000

6000

6000

6000

6000

6000

6000

Reflected Inertia

[kg-m2x10-4]

*3

8.687

--

--

--

--

--

--

--

Reflected Inertia (≤Ø 8)

[kg-m2x10-4]

*3

--

--

--

--

--

--

--

--

Reflected Inertia (≤Ø 14)

[kg-m2x10-4]

*3

--

2.132

1.912

1.822

1.782

1.752

1.732

1.722

Reflected Inertia (≤Ø 19)

[kg-m22x10-4]

*3

--

2.462

2.242

2.152

2.112

2.082

2.062

2.052

Reflected Inertia (≤Ø 28)

[kg-m2x10-4]

*3

--

4.592

4.372

4.282

4.232

4.202

4.192

4.182

[arc-min]

--

0

0

0

0

0

0

0

0

Backlash
Angular Transmission Accuracy

[arc-min]

--

≤ 0.7

≤ 0.7

Angular Repeatability Accuracy

[arc-min]

--

± 0.08

± 0.08

Surface Runout

[μm (max)]

--

10

10

10

10

10

10

10

10

Weight

[kg]

--

21.5

26.6

26.6

26.6

26.6

26.6

26.6

26.6

Maximum Axial Load

[N]

--

3724

3724

3724

3724

3724

3724

3724

3724

Maximum Radial Load
Maximum Tilting Moment Load
Efficiency
Protection Class
*1)
*2)
*3)
*4)

[N]

--

3109

3109

3109

3109

3109

3109

3109

3109

[Nm]

--

284

284

284

284

284

284

284

284

[%]

--

82

74

74

74

74

74

74

74

--

*4

IP54 (IP65)

At nominal input speed
Speeds are at the actuator input. Limits when used with additional gearbox are higher
At input shaft
IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options

STR-100E – 2-Stage and 3-Stage Specifications with EVB-090
Frame Size

100E

Stage

3-Stage

Ratio

Units

Notes

200

300

320

400

500

560

600

700

Nominal Torque

[Nm]

*1

330

330

330

330

330

330

330

330

Acceleration Torque

[Nm]

--

565

565

565

565

565

565

565

565

No Load Torque

[Nm]

*1

1.3

0.7

0.7

0.7

0.7

0.7

0.7

0.7

Nominal Input Speed

[rpm]

*2

3000

3000

3000

3000

3000

3000

3000

3000

Maximum Input Speed

[rpm]

*2

6000

6000

6000

6000

6000

6000

6000

6000

Reflected Inertia

[kg-m2x10-4]

*3

--

--

--

--

--

--

--

--

Reflected Inertia (≤Ø 8)

[kg-m2x10-4]

*3

--

0.362

0.402

0.352

0.342

0.392

0.272

0.342

Reflected Inertia (≤Ø 14)

[kg-m2x10-4]

*3

1.712

0.432

0.482

0.422

0.422

0.472

0.352

0.422

Reflected Inertia (≤Ø 19)

[kg-m22x10-4]

*3

2.042

0.622

0.672

0.612

0.612

0.662

0.532

0.612

Reflected Inertia (≤Ø 28)

[kg-m2x10-4]

*3

4.172

--

--

--

--

--

--

--

Backlash

[arc-min]

--

0

0

0

0

0

0

0

0

Angular Transmission Accuracy

[arc-min]

--

≤ 0.7

≤ 0.7

Angular Repeatability Accuracy

[arc-min]

--

± 0.08

± 0.08

Surface Runout

[μm (max)]

--

10

10

10

10

10

10

10

10

Weight

[kg]

--

26.6

25.9

25.9

25.9

25.9

25.9

25.9

25.9

Maximum Axial Load

[N]

--

3724

3724

3724

3724

3724

3724

3724

3724

Maximum Radial Load

[N]

--

3109

3109

3109

3109

3109

3109

3109

3109

[Nm]

--

284

284

284

284

284

284

284

284

[%]

--

74

70

70

70

70

70

70

70

--

*4

Maximum Tilting Moment Load
Efficiency
Protection Class

394

2-Stage

*1)
*2)
*3)
*4)

At nominal input speed
Speeds are at the actuator input. Limits when used with additional gearbox are higher
At input shaft
IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options

IP54 (IP65)

STR-100E – 3-Stage Specifications with EVB-090
Frame Size

100E

Stage

3-Stage

Ratio

Units

Notes

800

900

1000

1200

1400

1600

1800

2000

Nominal Torque

[Nm]

*1

330

330

330

330

330

330

330

330

Acceleration Torque

[Nm]

--

565

565

565

565

565

565

565

565

No Load Torque

[Nm]

*1

0.7

0.7

0.7

0.7

0.7

0.7

0.7

0.7

Nominal Input Speed

[rpm]

*2

3000

3000

3000

3000

3000

3000

3000

3000

Maximum Input Speed

[rpm]

*2

6000

6000

6000

6000

6000

6000

6000

6000

Reflected Inertia

[kg-m2x10-4]

*3

--

--

--

--

--

--

--

--

Reflected Inertia (≤Ø 8)

[kg-m2x10-4]

*3

0.272

0.342

0.272

0.272

0.272

0.272

0.272

0.272

Reflected Inertia (≤Ø 14)

[kg-m2x10-4]

*3

0.342

0.412

0.342

0.342

0.342

0.342

0.342

0.342

Reflected Inertia (≤Ø 19)

[kg-m22x10-4]

*3

0.532

0.602

0.532

0.532

0.532

0.532

0.532

0.532

Reflected Inertia (≤Ø 28)

[kg-m2x10-4]

*3

--

--

--

--

--

--

--

--

[arc-min]

--

0

0

0

0

0

0

0

0

Backlash
Angular Transmission Accuracy

[arc-min]

--

≤ 0.7

Angular Repeatability Accuracy

[arc-min]

--

± 0.08

Surface Runout

[μm (max)]

--

10

10

10

10

10

10

10

10

Weight

[kg]

--

25.9

25.9

25.9

25.9

25.9

25.9

25.9

25.9

Maximum Axial Load

[N]

--

3724

3724

3724

3724

3724

3724

3724

3724

Maximum Radial Load
Maximum Tilting Moment Load

[N]

--

3109

3109

3109

3109

3109

3109

3109

3109

[Nm]

--

284

284

284

284

284

284

284

284

[%]

--

70

70

70

70

70

70

70

70

--

*4

Efficiency
Protection Class
*1)
*2)
*3)
*4)

IP54 (IP65)

At nominal input speed
Speeds are at the actuator input. Limits when used with additional gearbox are higher
At input shaft
IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options

STR-100 Dimensions with EVB-090
222.5

122
115

190

110

160
6-M10 Depth 20

60
OUTPUT TABLE SURFACE

32.5
15

60 ±1.27

99

95

10.5

S

Ø5 H7 Depth 8

T
W
**

d

227

239 ±0.76

225
100

255

Ø145

b

a

**
Ø10

0

V

U
V
10.5

R

STR

V

15

W

60

99

Ø1

20

m
m

U

c

T
Ø95 h7

Ø85 Depth 15

Ø86

Ø85 Depth 15

Ø110

95

89 ±2.5

(0.5)

4-M6 Depth 12
INPUT FLANGE

2-Ø5 H7 Depth 8

66±2.5

(SURFACE V & W)
4-Ø10.5 DRILL THRU, Counterbore Ø17.5 Depth 10.8
4-M12 Depth 20
(SURFACE V & W)

151±0.76
100

** EVB-090

45

NOTE:
** Refer to page 296, for EVB-090 dimensions
*** Optional
ROTATION:
a=d
a=c (upon special request)

395

STR-SERIES Rotary indexer
STR-125V – 1-Stage and 2-Stage Specifications with VRB-090
Frame Size

125V

Stage

1-Stage

2-Stage

Ratio

Units

Notes

20

60

80

100

120

140

160

180

Nominal Torque

[Nm]

*1

548

548

548

548

548

548

548

548

Acceleration Torque

[Nm]

--

939

939

939

939

939

939

939

939

No Load Torque

[Nm]

*1

3.8

0.4

0.4

0.4

0.4

0.4

0.4

0.4

Nominal Input Speed

[rpm]

*2

600

1800

2400

3000

3000

3000

3000

3000

Maximum Input Speed

[rpm]

*2

1600

4800

6000

6000

6000

6000

6000

6000

Reflected Inertia (Single)

[kg-m2x10-4]

*3

14.85

--

--

--

--

--

--

--

Reflected Inertia (≤Ø 8)

[kg-m2x10-4]

*3

--

--

--

--

--

--

--

--

Reflected Inertia (≤Ø 14)

[kg-m2x10-4]

*3

--

0.757

0.527

0.437

0.397

0.357

0.347

0.327

Reflected Inertia (≤Ø 19)

[kg-m2x10-4]

*3

--

1.237

0.987

0.897

0.857

0.827

0.807

0.797

Reflected Inertia (≤Ø 28)

[kg-m2x10-4]

*3

--

3.237

3.037

2.937

2.837

2.837

2.837

2.837

Backlash

[arc-min]

--

0

0

0

0

0

0

0

0

Angular Transmission Accuracy

[arc-min]

--

≤ 0.7

≤ 0.7

Angular Repeatability Accuracy

[arc-min]

--

± 0.08

± 0.08

Surface Runout

[μm (max)]

--

10

10

10

10

10

10

10

10

Weight

[kg]

--

36.3

40.0

40.0

40.0

40.0

40.0

40.0

40.0

Maximum Axial Load

[N]

--

8178

8178

8178

8178

8178

8178

8178

8178

Maximum Radial Load

[N]

--

7452

7452

7452

7452

7452

7452

7452

7452

[Nm]

--

764

764

764

764

764

764

764

764

[%]

--

80

76

76

76

76

76

76

76

--

*4

Maximum Tilting Moment Load
Efficiency
Protection Class
*1)
*2)
*3)
*4)

IP54 (IP65)

At nominal input speed
Speeds are at the actuator input. Limits when used with additional gearbox are higher
At input shaft
IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options

STR-125V – 2-Stage and 3-Stage Specifications with VRB-090
Frame Size

125V

Stage

3-Stage

Ratio

Units

Notes

200

300

320

400

500

560

600

700

Nominal Torque

[Nm]

*1

548

548

548

548

548

548

548

548

Acceleration Torque

[Nm]

--

939

939

939

939

939

939

939

939

No Load Torque

[Nm]

*1

0.4

0.2

0.2

0.2

0.2

0.2

0.2

0.2

Nominal Input Speed

[rpm]

*2

3000

3000

3000

3000

3000

3000

3000

3000

Maximum Input Speed

[rpm]

*2

6000

6000

6000

6000

6000

6000

6000

6000

Reflected Inertia (Single)

[kg-m2x10-4]

*3

--

--

--

--

--

--

--

--

Reflected Inertia (≤Ø 8)

[kg-m2x10-4]

*3

--

0.167

0.187

0.167

0.157

0.177

0.137

0.157

Reflected Inertia (≤Ø 14)

[kg-m2x10-4]

*3

0.327

0.317

0.337

0.317

0.317

0.327

0.287

0.307

Reflected Inertia (≤Ø 19)

[kg-m2x10-4]

*3

0.787

0.757

0.777

0.757

0.747

0.767

0.737

0.747

Reflected Inertia (≤Ø 28)

[kg-m2x10-4]

*3

2.837

2.737

2.837

2.737

2.737

2.737

2.637

2.737

Backlash

[arc-min]

--

0

0

0

0

0

0

0

0

Angular Transmission Accuracy

[arc-min]

--

≤ 0.7

≤ 0.7

Angular Repeatability Accuracy

[arc-min]

--

± 0.08

± 0.08

Surface Runout

[μm (max)]

--

10

10

10

10

10

10

10

10

Weight

[kg]

--

40.0

40.5

40.5

40.5

40.5

40.5

40.5

40.5

Maximum Axial Load

[N]

--

8178

8178

8178

8178

8178

8178

8178

8178

Maximum Radial Load

[N]

--

7452

7452

7452

7452

7452

7452

7452

7452

[Nm]

--

764

764

764

764

764

764

764

764

[%]

--

76

72

72

72

72

72

72

72

--

*4

Maximum Tilting Moment Load
Efficiency
Protection Class

396

2-Stage

*1)
*2)
*3)
*4)

At nominal input speed
Speeds are at the actuator input. Limits when used with additional gearbox are higher
At input shaft
IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options

IP54 (IP65)

STR-125V – 3-Stage Specifications with VRB-090
Frame Size

125V

Stage

3-Stage

Ratio

Units

Notes

800

900

1000

1200

1400

1600

1800

2000

Nominal Torque

[Nm]

*1

548

548

548

548

548

548

548

548

Acceleration Torque

[Nm]

--

939

939

939

939

939

939

939

939

No Load Torque

[Nm]

*1

0.2

0.2

0.2

0.2

0.2

0.2

0.2

0.2

Nominal Input Speed

[rpm]

*2

3000

3000

3000

3000

3000

3000

3000

3000

Maximum Input Speed

[rpm]

*2

6000

6000

6000

6000

6000

6000

6000

6000

Reflected Inertia (Single)

[kg-m2x10-4]

*3

--

--

--

--

--

--

--

--

Reflected Inertia (≤Ø 8)

[kg-m2x10-4]

*3

0.136

0.157

0.135

0.135

0.134

0.134

0.134

0.134

Reflected Inertia (≤Ø 14)

[kg-m2x10-4]

*3

0.287

0.307

0.287

0.287

0.287

0.287

0.287

0.287

Reflected Inertia (≤Ø 19)

[kg-m2x10-4]

*3

0.737

0.747

0.727

0.727

0.727

0.727

0.727

0.727

Reflected Inertia (≤Ø 28)

[kg-m2x10-4]

*3

2.637

2.737

2.637

2.637

2.637

2.637

2.637

2.637

Backlash

[arc-min]

--

0

0

0

0

0

0

0

0

Angular Transmission Accuracy

[arc-min]

--

≤ 0.7

Angular Repeatability Accuracy

[arc-min]

--

± 0.08

Surface Runout

[μm (max)]

--

10

10

10

10

10

10

10

10

Weight

[kg]

--

40.5

40.5

40.5

40.5

40.5

40.5

40.5

40.5

Maximum Axial Load

[N]

--

8178

8178

8178

8178

8178

8178

8178

8178

Maximum Radial Load

[N]

--

7452

7452

7452

7452

7452

7452

7452

7452

[Nm]

--

764

764

764

764

764

764

764

764

[%]

--

72

72

72

72

72

72

72

72

--

*4

Maximum Tilting Moment Load
Efficiency
Protection Class
*1)
*2)
*3)
*4)

IP54 (IP65)

At nominal input speed
Speeds are at the actuator input. Limits when used with additional gearbox are higher
At input shaft
IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options

STR-125 Dimensions with VRB-090
272.5

140
240

130

32.5

6-M12 Depth 24
210

125
70
S

20

T

120

77.5 ±0.05

Ø5 H7 Depth 8

100

15

OUTPUT TABLE SURFACE
W

**

120

U

112 ±0.1

(0.5)

c

d

267.5

292 ±0.03

125

315

285

Ø180

Ø130 h7

Ø115 Depth 20

Ø116

Ø115 Depth 20

b

a

55

Ø1

Ø100
V
W

U
15

20

V

STR

V

70

Ø150

T

R

INPUT FLANGE

(SURFACE V & W)
4-Ø14 DRILL THRU, Counterbore Ø20 Depth 13
4-M16 Depth 25

** VRB-090

86 ±0.1

***2-Ø5 H7 Depth 8
191 ±0.03
140

50

NOTE:

(SURFACE V & W)

** Refer to page 98, for VRB-090 dimensions
*** Optional
ROTATION:
a=d
a=c (upon special request)

397

STR-SERIES Rotary indexer
STR-125E – 1-Stage and 2-Stage Specifications with EVB-090
Frame Size

125E

Stage

1-Stage

2-Stage

Ratio

Units

Notes

20

60

80

100

120

140

160

180

Nominal Torque

[Nm]

*1

548

548

548

548

548

548

548

548

Acceleration Torque

[Nm]

--

939

939

939

939

939

939

939

939

No Load Torque

[Nm]

*1

3.8

1.3

1.3

1.3

1.3

1.3

1.3

1.3

Nominal Input Speed

[rpm]

*2

600

1800

2400

3000

3000

3000

3000

3000

Maximum Input Speed

[rpm]

*2

1600

4800

6000

6000

6000

6000

6000

6000

Reflected Inertia (Single)

[kg-m2x10-4]

*3

14.85

--

--

--

--

--

--

--

Reflected Inertia (≤Ø 8)

[kg-m2x10-4]

*3

--

--

--

--

--

--

--

--

Reflected Inertia (≤Ø 14)

[kg-m2x10-4]

*3

--

2.147

1.927

1.837

1.797

1.767

1.747

1.737

Reflected Inertia (≤Ø 19)

[kg-m2x10-4]

*3

--

2.477

2.257

2.167

2.127

2.097

2.077

2.067

Reflected Inertia (≤Ø 28)

[kg-m2x10-4]

*3

--

4.607

4.387

4.297

4.247

4.217

4.207

4.197

Backlash

[arc-min]

--

0

0

0

0

0

0

0

0

Angular Transmission Accuracy

[arc-min]

--

≤ 0.7

≤ 0.7

Angular Repeatability Accuracy

[arc-min]

--

± 0.08

± 0.08

Surface Runout

[μm (max)]

--

10

10

10

10

10

10

10

10

Weight

[kg]

--

36.3

41.4

41.4

41.4

41.4

41.4

41.4

41.4

Maximum Axial Load

[N]

--

8178

8178

8178

8178

8178

8178

8178

8178

Maximum Radial Load

[N]

--

7452

7452

7452

7452

7452

7452

7452

7452

[Nm]

--

764

764

764

764

764

764

764

764

[%]

--

80

72

72

72

72

72

72

72

--

*4

Maximum Tilting Moment Load
Efficiency
Protection Class
*1)
*2)
*3)
*4)

IP54 (IP65)

At nominal input speed
Speeds are at the actuator input. Limits when used with additional gearbox are higher
At input shaft
IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options

STR-125E – 2-Stage and 3-Stage Specifications with EVB-090
Frame Size

125E

Stage

3-Stage

Ratio

Units

Notes

200

300

320

400

500

560

600

700

Nominal Torque

[Nm]

*1

548

548

548

548

548

548

548

548

Acceleration Torque

[Nm]

--

939

939

939

939

939

939

939

939

No Load Torque

[Nm]

*1

1.3

0.7

0.7

0.7

0.7

0.7

0.7

0.7

Nominal Input Speed

[rpm]

*2

3000

3000

3000

3000

3000

3000

3000

3000

Maximum Input Speed

[rpm]

*2

6000

6000

6000

6000

6000

6000

6000

6000

Reflected Inertia (Single)

[kg-m2x10-4]

*3

--

--

--

--

--

--

--

--

Reflected Inertia (≤Ø 8)

[kg-m2x10-4]

*3

--

0.377

0.417

0.367

0.357

0.407

0.287

0.357

Reflected Inertia (≤Ø 14)

[kg-m2x10-4]

*3

1.727

0.447

0.497

0.437

0.437

0.487

0.367

0.437

Reflected Inertia (≤Ø 19)

[kg-m2x10-4]

*3

2.057

0.637

0.687

0.627

0.627

0.677

0.547

0.627

Reflected Inertia (≤Ø 28)

[kg-m2x10-4]

*3

4.187

--

--

--

--

--

--

--

Backlash

[arc-min]

--

0

0

0

0

0

0

0

0

Angular Transmission Accuracy

[arc-min]

--

≤ 0.7

≤ 0.7

Angular Repeatability Accuracy

[arc-min]

--

± 0.08

± 0.08

Surface Runout

[μm (max)]

--

10

10

10

10

10

10

10

10

Weight

[kg]

--

41.4

40.7

40.7

40.7

40.7

40.7

40.7

40.7

Maximum Axial Load

[N]

--

8178

8178

8178

8178

8178

8178

8178

8178

Maximum Radial Load

[N]

--

7452

7452

7452

7452

7452

7452

7452

7452

[Nm]

--

764

764

764

764

764

764

764

764

[%]

--

72

68

68

68

68

68

68

68

--

*4

Maximum Tilting Moment Load
Efficiency
Protection Class

398

2-Stage

*1)
*2)
*3)
*4)

At nominal input speed
Speeds are at the actuator input. Limits when used with additional gearbox are higher
At input shaft
IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options

IP54 (IP65)

STR-125E – 3-Stage Specifications with EVB-090
Frame Size

125E

Stage

3-Stage

Ratio

Units

Notes

800

900

1000

1200

1400

1600

1800

2000

Nominal Torque

[Nm]

*1

548

548

548

548

548

548

548

548

Acceleration Torque

[Nm]

--

939

939

939

939

939

939

939

939

No Load Torque

[Nm]

*1

0.7

0.7

0.7

0.7

0.7

0.7

0.7

0.7

Nominal Input Speed

[rpm]

*2

3000

3000

3000

3000

3000

3000

3000

3000

Maximum Input Speed

[rpm]

*2

6000

6000

6000

6000

6000

6000

6000

6000

Reflected Inertia (Single)

[kg-m2x10-4]

*3

--

--

--

--

--

--

--

--

Reflected Inertia (≤Ø 8)

[kg-m2x10-4]

*3

0.287

0.357

0.287

0.287

0.287

0.287

0.287

0.287

Reflected Inertia (≤Ø 14)

[kg-m2x10-4]

*3

0.357

0.427

0.357

0.357

0.357

0.357

0.357

0.357

Reflected Inertia (≤Ø 19)

[kg-m2x10-4]

*3

0.547

0.617

0.547

0.547

0.547

0.547

0.547

0.547

Reflected Inertia (≤Ø 28)

[kg-m2x10-4]

*3

--

--

--

--

--

--

--

--

Backlash

[arc-min]

--

0

0

0

0

0

0

0

0

Angular Transmission Accuracy

[arc-min]

--

≤ 0.7

Angular Repeatability Accuracy

[arc-min]

--

± 0.08

Surface Runout

[μm (max)]

--

10

10

10

10

10

10

10

10

Weight

[kg]

--

40.7

40.7

40.7

40.7

40.7

40.7

40.7

40.7

Maximum Axial Load

[N]

--

8178

8178

8178

8178

8178

8178

8178

8178

Maximum Radial Load

[N]

--

7452

7452

7452

7452

7452

7452

7452

7452

[Nm]

--

764

764

764

764

764

764

764

764

[%]

--

68

68

68

68

68

68

68

68

--

*4

Maximum Tilting Moment Load
Efficiency
Protection Class
*1)
*2)
*3)
*4)

IP54 (IP65)

At nominal input speed
Speeds are at the actuator input. Limits when used with additional gearbox are higher
At input shaft
IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options

STR-125 Dimensions with EVB-090
140

272.5

130

240

32.5

6-M12 Depth 24

125

210

70

100

20

T

120

77.5 ±0.05

Ø5 H7 Depth 8
S

15

OUTPUT TABLE SURFACE
W
**

120

U

112 ±0.1

(0.5)

c

d

267.5

292 ±0.03

125

315

285

Ø180

Ø130 H7

Ø116

Ø115 Depth 20

b

a

**

55

Ø1

Ø100

V
W

U
15

20

V

STR

V

70

Ø150

Ø115 Depth 20

T

R

INPUT FLANGE

(SURFACE V & W)
4-Ø14 DRILL THRU, Counterbore Ø20 Depth 13
4-M16 Depth 25
(SURFACE V & W)

** EVB-090

86 ±0.1

***2-Ø5 H7 Depth 8
191 ±0.03
140

50

NOTE:
** Refer to page 296, for EVB-090 dimensions
*** Optional
ROTATION:
a=d
a=c (upon special request)

399

STR-SERIES Rotary indexer
STR-160V – 1-Stage and 2-Stage Specifications with VRB-115
Frame Size

160V

Stage

1-Stage

2-Stage

Ratio

Units

Notes

20

60

80

100

120

140

160

180

Nominal Torque

[Nm]

*1

1165

1165

1165

1165

1165

1165

1165

1165

Acceleration Torque

[Nm]

--

1888

1888

1888

1888

1888

1888

1888

1888

No Load Torque

[Nm]

*1

6.6

1.1

1.1

1.1

1.1

1.1

1.1

1.1

Nominal Input Speed

[rpm]

*2

500

1500

2000

2500

3000

3000

3000

3000

Maximum Input Speed

[rpm]

*2

1000

3000

4000

5000

6000

6000

6000

6000

Reflected Inertia (Single)

[kg-m2x10-4]

*3

46.99

--

--

--

--

--

--

--

Reflected Inertia (≤Ø 14)

[kg-m2x10-4]

*3

--

--

--

--

--

--

--

--

Reflected Inertia (≤Ø 19)

[kg-m2x10-4]

*3

--

3.417

2.117

1.717

1.417

1.217

1.117

1.097

Reflected Inertia (≤Ø 28)

[kg-m2x10-4]

*3

--

5.417

4.217

3.717

3.417

3.317

3.217

3.117

Reflected Inertia (≤Ø 38)

[kg-m2x10-4]

*3

--

13.12

12.12

11.12

11.12

11.12

11.12

11.12

[arc-min]

--

0

0

0

0

0

0

0

0

Backlash
Angular Transmission Accuracy

[arc-min]

--

≤ 1.5

≤ 1.5

Angular Repeatability Accuracy

[arc-min]

--

± 0.15

± 0.15

Surface Runout

[μm (max)]

--

20

20

20

20

20

20

20

20

Weight

[kg]

--

126

134

134

134

134

134

134

134

Maximum Axial Load

[N]

--

17170

17170

17170

17170

17170

17170

17170

17170

Maximum Radial Load
Maximum Tilting Moment Load
Efficiency
Protection Class
*1)
*2)
*3)
*4)

[N]

--

7283

7283

7283

7283

7283

7283

7283

7283

[Nm]

--

1216.3

1216.3

1216.3

1216.3

1216.3

1216.3

1216.3

1216.3

[%]

--

80

76

76

76

76

76

76

76

--

*4

IP54 (IP65)

At nominal input speed
Speeds are at the actuator input. Limits when used with additional gearbox are higher
At input shaft
IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options

STR-160V – 2-Stage and 3-Stage Specifications with VRB-115
Frame Size

160V

Stage

3-Stage

Ratio

Units

Notes

200

300

320

400

500

560

600

700

Nominal Torque

[Nm]

*1

1165

1165

1165

1165

1165

1165

1165

1165

Acceleration Torque

[Nm]

--

1888

1888

1888

1888

1888

1888

1888

1888

No Load Torque

[Nm]

*1

1.1

0.5

0.5

0.5

0.5

0.5

0.5

0.5

Nominal Input Speed

[rpm]

*2

3000

3000

3000

3000

3000

3000

3000

3000

Maximum Input Speed

[rpm]

*2

6000

6000

6000

6000

6000

6000

6000

6000

Reflected Inertia (Single)

[kg-m2x10-4]

*3

--

--

--

--

--

--

--

--

Reflected Inertia (≤Ø 14)

[kg-m2x10-4]

*3

--

0.547

0.597

0.517

0.497

0.557

0.407

0.487

Reflected Inertia (≤Ø 19)

[kg-m2x10-4]

*3

1.097

0.977

1.037

0.947

0.937

0.997

0.857

0.927

Reflected Inertia (≤Ø 28)

[kg-m2x10-4]

*3

3.117

2.917

3.017

2.917

2.917

2.917

2.817

2.817

Reflected Inertia (≤Ø 38)

[kg-m2x10-4]

*3

11.12

11.12

11.12

11.12

11.12

11.12

10.12

11.12

Backlash

[arc-min]

--

0

0

0

0

0

0

0

0

Angular Transmission Accuracy

[arc-min]

--

≤ 1.5

≤ 1.5

Angular Repeatability Accuracy

[arc-min]

--

± 0.15

± 0.15

Surface Runout

[μm (max)]

--

20

20

20

20

20

20

20

20

Weight

[kg]

--

134

135

135

135

135

135

135

135

Maximum Axial Load

[N]

--

17170

17170

17170

17170

17170

17170

17170

17170

Maximum Radial Load

[N]

--

7283

7283

7283

7283

7283

7283

7283

7283

[Nm]

--

1216.3

1216.3

1216.3

1216.3

1216.3

1216.3

1216.3

1216.3

[%]

--

76

72

72

72

72

72

72

72

--

*4

Maximum Tilting Moment Load
Efficiency
Protection Class

400

2-Stage

*1)
*2)
*3)
*4)

At nominal input speed
Speeds are at the actuator input. Limits when used with additional gearbox are higher
At input shaft
IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options

IP54 (IP65)

STR-160V – 3-Stage Specifications with VRB-115
Frame Size

160V

Stage

3-Stage

Ratio

Units

Notes

800

900

1000

1200

1400

1600

1800

2000

Nominal Torque

[Nm]

*1

1165

1165

1165

1165

1165

1165

1165

1165

Acceleration Torque

[Nm]

--

1888

1888

1888

1888

1888

1888

1888

1888

No Load Torque

[Nm]

*1

0.5

0.5

0.5

0.5

0.5

0.5

0.5

0.5

Nominal Input Speed

[rpm]

*2

3000

3000

3000

3000

3000

3000

3000

3000

Maximum Input Speed

[rpm]

*2

6000

6000

6000

6000

6000

6000

6000

6000

Reflected Inertia (Single)

[kg-m2x10-4]

*3

--

--

--

--

--

--

--

--

Reflected Inertia (≤Ø 14)

[kg-m2x10-4]

*3

0.397

0.487

0.397

0.397

0.397

0.397

0.387

0.387

Reflected Inertia (≤Ø 19)

[kg-m2x10-4]

*3

0.847

0.917

0.847

0.847

0.847

0.847

0.847

0.847

Reflected Inertia (≤Ø 28)

[kg-m2x10-4]

*3

2.817

2.817

2.817

2.817

2.817

2.817

2.817

2.817

Reflected Inertia (≤Ø 38)

[kg-m2x10-4]

*3

10.12

11.12

10.12

10.12

10.12

10.12

10.12

10.12

[arc-min]

--

0

0

0

0

0

0

0

0

Backlash
Angular Transmission Accuracy

[arc-min]

--

≤ 1.5

Angular Repeatability Accuracy

[arc-min]

--

± 0.15

Surface Runout

[μm (max)]

--

20

20

20

20

20

20

20

20

Weight

[kg]

--

135

135

135

135

135

135

135

135

Maximum Axial Load

[N]

--

17170

17170

17170

17170

17170

17170

17170

17170

Maximum Radial Load
Maximum Tilting Moment Load
Efficiency
Protection Class
*1)
*2)
*3)
*4)

[N]

--

7283

7283

7283

7283

7283

7283

7283

7283

[Nm]

--

1216.3

1216.3

1216.3

1216.3

1216.3

1216.3

1216.3

1216.3

[%]

--

72

72

72

72

72

72

72

72

--

*4

IP54 (IP65)

At nominal input speed
Speeds are at the actuator input. Limits when used with additional gearbox are higher
At input shaft
IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options

STR-160 Dimensions with VRB-115

478.5
325

211

121.5

32

8-M10 Depth 20

GL

198
23

280

10

22.5

4-M10 Depth 20

23

PLUG
PT 1/2

162.5

2-14 DRILL
2-M16 THRU
(SURFACE V & W)
V

V

W

W
V
U
T

U
**

415

Ø250

Ø125

Ø300 h7

Ø160

Ø77

OIL LEVEL

Ø205 h7

Ø75 Depth 26

T

4-M8 Depth 16
a

b

25
Ø2

d

180

c

0
Ø13

OUTPUT FLANGE

5

17

** VRB-115

R
92.5

PLUG
PT 1/2

INPUT FLANGE
***2-14 DRILL
Counterbore 20 Depth 13
2-M16 Depth 25

77.5

(SURFACE V & W)

180

77.5
206

2.5

59.5

V
T

U

NOTE:
R

** Refer to page 104, for VRB-115 dimensions
*** Optional

141

10

22

185

STR

45

FIXED FLANGE

W
245

40
4-M12 Depth 24

ROTATION:
a=d
a=c (upon special request)

401

STR-SERIES Rotary indexer
STR-160E – 1-Stage and 2-Stage Specifications with EVB-115
Frame Size

160E

Stage

1-Stage

2-Stage

Ratio

Units

Notes

20

60

80

100

120

140

160

180

Nominal Torque

[Nm]

*1

1165

1165

1165

1165

1165

1165

1165

1165

Acceleration Torque

[Nm]

--

1888

1888

1888

1888

1888

1888

1888

1888

No Load Torque

[Nm]

*1

6.6

2.2

2.2

2.2

2.2

2.2

2.2

2.2

Nominal Input Speed

[rpm]

*2

500

1500

2000

2500

3000

3000

3000

3000

Maximum Input Speed

[rpm]

*2

1000

3000

4000

5000

6000

6000

6000

6000

Reflected Inertia (Single)

[kg-m2x10-4]

*3

46.99

--

--

--

--

--

--

--

Reflected Inertia (≤Ø 14)

[kg-m2x10-4]

*3

--

--

--

--

--

--

--

--

Reflected Inertia (≤Ø 19)

[kg-m2x10-4]

*3

--

6.857

5.607

5.137

4.887

4.767

4.667

4.607

Reflected Inertia (≤Ø 28)

[kg-m2x10-4]

*3

--

8.457

7.197

6.727

6.477

6.357

6.257

6.197

Reflected Inertia (≤Ø 38)

[kg-m2x10-4]

*3

--

15.53

14.27

13.81

13.55

13.43

13.34

13.28

Backlash

[arc-min]

--

0

0

0

0

0

0

0

0

Angular Transmission Accuracy

[arc-min]

--

≤ 1.5

≤ 1.5

Angular Repeatability Accuracy

[arc-min]

--

± 0.15

± 0.15

Surface Runout

[μm (max)]

--

20

20

20

20

20

20

20

20

Weight

[kg]

--

126

137

137

137

137

137

137

137

Maximum Axial Load

[N]

--

17170

17170

17170

17170

17170

17170

17170

17170

Maximum Radial Load

[N]

--

7283

7283

7283

7283

7283

7283

7283

7283

[Nm]

--

1216.3

1216.3

1216.3

1216.3

1216.3

1216.3

1216.3

1216.3

[%]

--

80

72

72

72

72

72

72

72

--

*4

Maximum Tilting Moment Load
Efficiency
Protection Class
*1)
*2)
*3)
*4)

IP54 (IP65)

At nominal input speed
Speeds are at the actuator input. Limits when used with additional gearbox are higher
At input shaft
IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options

STR-160E – 2-Stage and 3-Stage Specifications with EVB-115
Frame Size

160E

Stage

3-Stage

Ratio

Units

Notes

200

300

320

400

500

560

600

700

Nominal Torque

[Nm]

*1

1165

1165

1165

1165

1165

1165

1165

1165

Acceleration Torque

[Nm]

--

1888

1888

1888

1888

1888

1888

1888

1888

No Load Torque

[Nm]

*1

2.2

1.4

1.4

1.4

1.4

1.4

1.4

1.4

Nominal Input Speed

[rpm]

*2

3000

3000

3000

3000

3000

3000

3000

3000

Maximum Input Speed

[rpm]

*2

6000

6000

6000

6000

6000

6000

6000

6000

Reflected Inertia (Single)

[kg-m2x10-4]

*3

--

--

--

--

--

--

--

--

Reflected Inertia (≤Ø 14)

[kg-m2x10-4]

*3

--

2.367

2.577

2.317

2.297

2.517

1.987

2.277

Reflected Inertia (≤Ø 19)

[kg-m2x10-4]

*3

4.577

2.697

2.907

2.647

2.627

2.847

2.317

2.607

Reflected Inertia (≤Ø 28)

[kg-m2x10-4]

*3

6.167

4.817

5.027

4.767

4.757

4.977

4.447

4.737

Reflected Inertia (≤Ø 38)

[kg-m2x10-4]

*3

13.24

--

--

--

--

--

--

--

Backlash

[arc-min]

--

0

0

0

0

0

0

0

0

Angular Transmission Accuracy

[arc-min]

--

≤ 1.5

≤ 1.5

Angular Repeatability Accuracy

[arc-min]

--

± 0.15

± 0.15

Surface Runout

[μm (max)]

--

20

20

20

20

20

20

20

20

Weight

[kg]

--

137

136

136

136

136

136

136

136

Maximum Axial Load

[N]

--

17170

17170

17170

17170

17170

17170

17170

17170

Maximum Radial Load

[N]

--

7283

7283

7283

7283

7283

7283

7283

7283

[Nm]

--

1216.3

1216.3

1216.3

1216.3

1216.3

1216.3

1216.3

1216.3

[%]

--

72

68

68

68

68

68

68

68

--

*4

Maximum Tilting Moment Load
Efficiency
Protection Class

402

2-Stage

*1)
*2)
*3)
*4)

At nominal input speed
Speeds are at the actuator input. Limits when used with additional gearbox are higher
At input shaft
IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options

IP54 (IP65)

STR-160E – 3-Stage Specifications with EVB-115
Frame Size

160E

Stage

3-Stage

Ratio

Units

Notes

800

900

1000

1200

1400

1600

1800

2000

Nominal Torque

[Nm]

*1

1165

1165

1165

1165

1165

1165

1165

1165

Acceleration Torque

[Nm]

--

1888

1888

1888

1888

1888

1888

1888

1888

No Load Torque

[Nm]

*1

1.4

1.4

1.4

1.4

1.4

1.4

1.4

1.4

Nominal Input Speed

[rpm]

*2

3000

3000

3000

3000

3000

3000

3000

3000

Maximum Input Speed

[rpm]

*2

6000

6000

6000

6000

6000

6000

6000

6000

Reflected Inertia (Single)

[kg-m2x10-4]

*3

--

--

--

--

--

--

--

--

Reflected Inertia (≤Ø 14)

[kg-m2x10-4]

*3

1.977

2.267

1.977

1.967

1.967

1.967

1.967

1.967

Reflected Inertia (≤Ø 19)

[kg-m2x10-4]

*3

2.307

2.597

2.307

2.297

2.297

2.297

2.297

2.297

Reflected Inertia (≤Ø 28)

[kg-m2x10-4]

*3

4.437

4.727

4.427

4.427

4.427

4.427

4.427

4.427

Reflected Inertia (≤Ø 38)

[kg-m2x10-4]

*3

--

--

--

--

--

--

--

--

Backlash

[arc-min]

--

0

0

0

0

0

0

0

0

Angular Transmission Accuracy

[arc-min]

--

≤ 1.5

Angular Repeatability Accuracy

[arc-min]

--

± 0.15

Surface Runout

[μm (max)]

--

20

20

20

20

20

20

20

20

Weight

[kg]

--

136

136

136

136

136

136

136

136

Maximum Axial Load

[N]

--

17170

17170

17170

17170

17170

17170

17170

17170

Maximum Radial Load

[N]

--

7283

7283

7283

7283

7283

7283

7283

7283

[Nm]

--

1216.3

1216.3

1216.3

1216.3

1216.3

1216.3

1216.3

1216.3

[%]

--

68

68

68

68

68

68

68

68

--

*4

Maximum Tilting Moment Load
Efficiency
Protection Class
*1)
*2)
*3)
*4)

IP54 (IP65)

At nominal input speed
Speeds are at the actuator input. Limits when used with additional gearbox are higher
At input shaft
IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options

STR-160 Dimensions with EVB-115

478.5

211

325

121.5

32

8-M10 Depth 20
GL

198
23

10

280

22.5

4-M10 Depth 20

23

162.5

2-14 DRILL
2-M16 THRU
(SURFACE V & W)

PLUG
PT 1/2

S
V

V

W

W
V
U
T

Ø125

U

**

415

Ø250

Ø300 h7

Ø160

Ø77

OIL LEVEL

Ø205 h7

Ø75 Depth 26

T

4-M8 Depth 16

d

a

b

**

5

2
Ø2

180

c

0

45
OUTPUT FLANGE

5

17

** EVB-115

PLUG
PT 1/2

R

10

***2-14 DRILL
Counterbore 20 Depth 13
2-M16 Depth 25

77.5

77.5

180

2.5

(SURFACE V & W)
206

59.5

V
T

U

NOTE:
** Refer to page 302, for EVB-115 dimensions
*** Optional

R
141

INPUT FLANGE
185

22

92.5

STR

Ø13

FIXED FLANGE

ROTATION:
a=d
a=c (upon special request)

W
245

40
4-M12 Depth 24

403

STR-SERIES Rotary indexer
STR-250V – 1-Stage and 2-Stage Specifications with VRB-180
Frame Size

250V

Stage

1-Stage

2-Stage

Ratio

Units

Notes

20

60

80

100

120

140

160

180

Nominal Torque

[Nm]

*1

4006

4006

4006

4006

4006

4006

4006

4006

Acceleration Torque

[Nm]

--

6072

6072

6072

6072

6072

6072

6072

6072

No Load Torque

[Nm]

*1

14.5

2.6

2.6

2.6

2.6

2.6

2.6

2.6

Nominal Input Speed

[rpm]

*2

400

1500

1500

1500

1500

1500

1500

1500

Maximum Input Speed

[rpm]

*2

800

3000

3000

3000

3000

3000

3000

3000

Reflected Inertia (Single)

[kg-m2x10-4]

*3

430.0

--

--

--

--

--

--

--

Reflected Inertia (≤Ø 28)

[kg-m2x10-4]

*3

--

--

--

--

--

--

--

--

Reflected Inertia (≤Ø 38)

[kg-m2x10-4]

*3

--

45.08

29.08

23.08

19.08

17.08

16.08

15.08

Reflected Inertia (≤Ø 48)

[kg-m2x10-4]

*3

--

67.08

51.08

45.08

42.08

39.08

38.08

37.08

Reflected Inertia (≤Ø 65)

[kg-m2x10-4]

*3

--

131.1

111.1

101.1

101.1

100.1

98.08

98.08

[arc-min]

--

0

0

0

0

0

0

0

0

Backlash
Angular Transmission Accuracy

[arc-min]

--

≤ 1.5

≤ 1.5

Angular Repeatability Accuracy

[arc-min]

--

± 0.15

± 0.15

Surface Runout

[μm (max)]

--

20

20

20

20

20

20

20

20

Weight

[kg]

--

383

419

419

419

419

419

419

419

Maximum Axial Load

[N]

--

38051

38051

38051

38051

38051

38051

38051

38051

Maximum Radial Load
Maximum Tilting Moment Load
Efficiency
Protection Class
*1)
*2)
*3)
*4)

[N]

--

11165

11165

11165

11165

11165

11165

11165

11165

[Nm]

--

2478.6

2478.6

2478.6

2478.6

2478.6

2478.6

2478.6

2478.6

[%]

--

80

76

76

76

76

76

76

76

--

*4

IP54 (IP65)

At nominal input speed
Speeds are at the actuator input. Limits when used with additional gearbox are higher
At input shaft
IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options

STR-250V – 2-Stage and 3-Stage Specifications with VRB-180
Frame Size

250V

Stage

3-Stage

Ratio

Units

Notes

200

300

320

400

500

560

600

700

Nominal Torque

[Nm]

*1

4006

4006

4006

4006

4006

4006

4006

4006

Acceleration Torque

[Nm]

--

6072

6072

6072

6072

6072

6072

6072

6072

No Load Torque

[Nm]

*1

2.6

2.0

2.0

2.0

2.0

2.0

2.0

2.0

Nominal Input Speed

[rpm]

*2

1500

1500

1500

1500

1500

1500

1500

1500

Maximum Input Speed

[rpm]

*2

3000

3000

3000

3000

3000

3000

3000

3000

Reflected Inertia (Single)

[kg-m2x10-4]

*3

--

--

--

--

--

--

--

--

Reflected Inertia (≤Ø 28)

[kg-m2x10-4]

*3

--

5.775

6.475

5.475

5.275

5.975

4.275

5.175

Reflected Inertia (≤Ø 38)

[kg-m2x10-4]

*3

15.08

13.08

14.08

13.08

13.08

14.08

12.08

13.08

Reflected Inertia (≤Ø 48)

[kg-m2x10-4]

*3

37.08

35.08

36.08

35.08

35.08

36.08

34.08

35.08

Reflected Inertia (≤Ø 65)

[kg-m2x10-4]

*3

97.08

--

--

--

--

--

--

--

Backlash

[arc-min]

--

0

0

0

0

0

0

0

0

Angular Transmission Accuracy

[arc-min]

--

≤ 1.5

≤ 1.5

Angular Repeatability Accuracy

[arc-min]

--

± 0.15

± 0.15

Surface Runout

[μm (max)]

--

20

20

20

20

20

20

20

20

Weight

[kg]

--

419

420

420

420

420

420

420

420

Maximum Axial Load

[N]

--

38051

38051

38051

38051

38051

38051

38051

38051

Maximum Radial Load

[N]

--

11165

11165

11165

11165

11165

11165

11165

11165

[Nm]

--

2478.6

2478.6

2478.6

2478.6

2478.6

2478.6

2478.6

2478.6

[%]

--

76

72

72

72

72

72

72

72

--

*4

Maximum Tilting Moment Load
Efficiency
Protection Class

404

2-Stage

*1)
*2)
*3)
*4)

At nominal input speed
Speeds are at the actuator input. Limits when used with additional gearbox are higher
At input shaft
IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options

IP54 (IP65)

STR-250V – 3-Stage Specifications with VRB-180
Frame Size

250V

Stage

3-Stage

Ratio

Units

Notes

800

900

1000

1200

1400

1600

1800

2000

Nominal Torque

[Nm]

*1

4006

4006

4006

4006

4006

4006

4006

4006

Acceleration Torque

[Nm]

--

6072

6072

6072

6072

6072

6072

6072

6072

No Load Torque

[Nm]

*1

2.0

2.0

2.0

2.0

2.0

2.0

2.0

2.0

Nominal Input Speed

[rpm]

*2

1500

1500

1500

1500

1500

1500

1500

1500

Maximum Input Speed

[rpm]

*2

3000

3000

3000

3000

3000

3000

3000

3000

Reflected Inertia (Single)

[kg-m2x10-4]

*3

--

--

--

--

--

--

--

--

Reflected Inertia (≤Ø 28)

[kg-m2x10-4]

*3

4.275

5.075

4.175

4.175

4.175

4.175

4.175

4.175

Reflected Inertia (≤Ø 38)

[kg-m2x10-4]

*3

12.08

13.08

12.08

12.08

12.08

12.08

12.08

12.08

Reflected Inertia (≤Ø 48)

[kg-m2x10-4]

*3

34.08

35.08

34.08

34.08

34.08

34.08

34.08

34.08

Reflected Inertia (≤Ø 65)

[kg-m2x10-4]

*3

--

--

--

--

--

--

--

--

[arc-min]

--

0

0

0

0

0

0

0

0

Backlash
Angular Transmission Accuracy

[arc-min]

--

≤ 1.5

Angular Repeatability Accuracy

[arc-min]

--

± 0.15

Surface Runout

[μm (max)]

--

20

20

20

20

20

20

20

20

Weight

[kg]

--

420

420

420

420

420

420

420

420

Maximum Axial Load

[N]

--

38051

38051

38051

38051

38051

38051

38051

38051

Maximum Radial Load
Maximum Tilting Moment Load

[N]

--

11165

11165

11165

11165

11165

11165

11165

11165

[Nm]

--

2478.6

2478.6

2478.6

2478.6

2478.6

2478.6

2478.6

2478.6

[%]

--

72

72

72

72

72

72

72

72

--

*4

Efficiency
Protection Class
*1)
*2)
*3)
*4)

IP54 (IP65)

At nominal input speed
Speeds are at the actuator input. Limits when used with additional gearbox are higher
At input shaft
IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options

STR-250 Dimensions with VRB-180
GL

510

268

4-M12 Depth24

10

30

178

440

S

74

35

2-18 DRILL
2-M20 THRU

30

OIL DRAIN PLUG
Rc3/4

**

762

8-M12 Depth24
281

255

(SURFACE V&W)

S

S

V

V

W

c

T

640

Ø340

Ø195

545

U
250

Ø390

Ø470h7

Ø250

Ø305h7

Ø125

Depth 33

Ø127

W

V

d

T

250

U

4-M12 Depth24

a

b

250

OIL LEVEL

65
112.5

230

112.5
2-18 DRILL
Counterbore 26 Depth 17.5
2-M20 Depth 30

360

15

75
OIL FILLER PLUG
Rc3/4

(SURFACE V&W)

V
T

U

NOTE:
** Refer to page 116, for VRB-180 dimensions
*** Optional

R
195

10

30

255

R

**VRB-180

R

130

15

INPUT FLANGE

25

OUTPUT TABLE SURFACE

R

STR

5

Ø21

140

FIXED FLANGE

W

410

50

4-M16 Depth32

ROTATION:
a=d
a=c (upon special request)

405

STR-SERIES Rotary indexer
STR-250E – 1-Stage and 2-Stage Specifications with EVB-180
Frame Size

250E

Stage

1-Stage

2-Stage

Ratio

Units

Notes

20

60

80

100

120

140

160

180

Nominal Torque

[Nm]

*1

4006

4006

4006

4006

4006

4006

4006

4006

Acceleration Torque

[Nm]

--

6072

6072

6072

6072

6072

6072

6072

6072

No Load Torque

[Nm]

*1

14.5

11.5

11.5

11.5

11.5

11.5

11.5

11.5

Nominal Input Speed

[rpm]

*2

400

1500

1500

1500

1500

1500

1500

1500

Maximum Input Speed

[rpm]

*2

800

3000

3000

3000

3000

3000

3000

3000

Reflected Inertia (Single)

[kg-m2x10-4]

*3

430.041

--

--

--

--

--

--

--

Reflected Inertia (≤Ø 14)

[kg-m2x10-4]

*3

--

--

--

--

--

--

--

--

Reflected Inertia (≤Ø 19)

[kg-m2x10-4]

*3

--

94.785

78.795

72.965

69.815

67.505

66.345

65.675

Reflected Inertia (≤Ø 28)

[kg-m2x10-4]

*3

--

129.675

113.675

107.875

104.675

102.375

101.175

100.535

Reflected Inertia (≤Ø 38)

[kg-m2x10-4]

*3

--

215.275

199.275

193.475

190.275

187.975

186.775

186.175

[arc-min]

--

0

0

0

0

0

0

0

0

Backlash
Angular Transmission Accuracy

[arc-min]

--

≤ 1.5

≤ 1.5

Angular Repeatability Accuracy

[arc-min]

--

± 0.15

± 0.15

Surface Runout

[μm (max)]

--

20

20

20

20

20

20

20

20

Weight

[kg]

--

383

432

432

432

432

432

432

432

Maximum Axial Load

[N]

--

38051

38051

38051

38051

38051

38051

38051

38051

Maximum Radial Load
Maximum Tilting Moment Load
Efficiency
Protection Class
*1)
*2)
*3)
*4)

[N]

--

11165

11165

11165

11165

11165

11165

11165

11165

[Nm]

--

2478.6

2478.6

2478.6

2478.6

2478.6

2478.6

2478.6

2478.6

[%]

--

80

72

72

72

72

72

72

72

--

*4

IP54 (IP65)

At nominal input speed
Speeds are at the actuator input. Limits when used with additional gearbox are higher
At input shaft
IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options

STR-250E – 2-Stage and 3-Stage Specifications with EVB-180
Frame Size

250E

Stage

3-Stage

Ratio

Units

Notes

200

300

320

400

500

560

600

700

Nominal Torque

[Nm]

*1

4006

4006

4006

4006

4006

4006

4006

4006

Acceleration Torque

[Nm]

--

6072

6072

6072

6072

6072

6072

6072

6072

No Load Torque

[Nm]

*1

11.5

5.4

5.4

5.4

5.4

5.4

5.4

5.4

Nominal Input Speed

[rpm]

*2

1500

1500

1500

1500

1500

1500

1500

1500

Maximum Input Speed

[rpm]

*2

3000

3000

3000

3000

3000

3000

3000

3000

Reflected Inertia (Single)

[kg-m2x10-4]

*3

--

--

--

--

--

--

--

--

Reflected Inertia (≤Ø 14)

[kg-m2x10-4]

*3

--

12.565

13.165

12.225

12.055

12.665

11.405

11.905

Reflected Inertia (≤Ø 19)

[kg-m2x10-4]

*3

65.355

21.355

21.955

21.015

20.845

21.455

20.185

20.695

Reflected Inertia (≤Ø 28)

[kg-m2x10-4]

*3

100.215

26.175

26.775

25.835

25.665

26.275

25.015

25.515

Reflected Inertia (≤Ø 38)

[kg-m2x10-4]

*3

185.775

--

--

--

--

--

--

--

Backlash

[arc-min]

--

0

0

0

0

0

0

0

0

Angular Transmission Accuracy

[arc-min]

--

≤ 1.5

≤ 1.5

Angular Repeatability Accuracy

[arc-min]

--

± 0.15

± 0.15

Surface Runout

[μm (max)]

--

20

20

20

20

20

20

20

20

Weight

[kg]

--

432

419

419

419

419

419

419

419

Maximum Axial Load

[N]

--

38051

38051

38051

38051

38051

38051

38051

38051

Maximum Radial Load

[N]

--

11165

11165

11165

11165

11165

11165

11165

11165

[Nm]

--

2478.6

2478.6

2478.6

2478.6

2478.6

2478.6

2478.6

2478.6

[%]

--

72

68

68

68

68

68

68

68

--

*4

Maximum Tilting Moment Load
Efficiency
Protection Class

406

2-Stage

*1)
*2)
*3)
*4)

At nominal input speed
Speeds are at the actuator input. Limits when used with additional gearbox are higher
At input shaft
IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options

IP54 (IP65)

STR-250E – 3-Stage Specifications with EVB-180
Frame Size

250E

Stage

3-Stage

Ratio

Units

Notes

800

900

1000

1200

1400

1600

1800

2000

Nominal Torque

[Nm]

*1

4006

4006

4006

4006

4006

4006

4006

4006

Acceleration Torque

[Nm]

--

6072

6072

6072

6072

6072

6072

6072

6072

No Load Torque

[Nm]

*1

5.4

5.4

5.4

5.4

5.4

5.4

5.4

5.4

Nominal Input Speed

[rpm]

*2

1500

1500

1500

1500

1500

1500

1500

1500

Maximum Input Speed

[rpm]

*2

3000

3000

3000

3000

3000

3000

3000

3000

Reflected Inertia (Single)

[kg-m2x10-4]

*3

--

--

--

--

--

--

--

--

Reflected Inertia (≤Ø 14)

[kg-m2x10-4]

*3

11.315

11.835

11.275

11.255

11.235

11.225

11.225

11.215

Reflected Inertia (≤Ø 19)

[kg-m2x10-4]

*3

20.105

20.625

20.065

20.035

20.025

20.015

20.005

20.005

Reflected Inertia (≤Ø 28)

[kg-m2x10-4]

*3

24.925

25.445

24.885

24.855

24.845

24.835

24.825

24.825

Reflected Inertia (≤Ø 38)

[kg-m2x10-4]

*3

--

--

--

--

--

--

--

--

[arc-min]

--

0

0

0

0

0

0

0

0

Backlash
Angular Transmission Accuracy

[arc-min]

--

≤ 1.5

Angular Repeatability Accuracy

[arc-min]

--

± 0.15

Surface Runout

[μm (max)]

--

20

20

20

20

20

20

20

20

Weight

[kg]

--

419

419

419

419

419

419

419

419

Maximum Axial Load

[N]

--

38051

38051

38051

38051

38051

38051

38051

38051

Maximum Radial Load
Maximum Tilting Moment Load
Efficiency
Protection Class
*1)
*2)
*3)
*4)

[N]

--

11165

11165

11165

11165

11165

11165

11165

11165

[Nm]

--

2478.6

2478.6

2478.6

2478.6

2478.6

2478.6

2478.6

2478.6

[%]

--

68

68

68

68

68

68

68

68

--

*4

IP54 (IP65)

At nominal input speed
Speeds are at the actuator input. Limits when used with additional gearbox are higher
At input shaft
IP65 (wash-down) is available as an option. Contact NIDEC-SHIMPO for more details and our food grade options

STR-250 Dimensions with EVB-180
762

8-M12 Depth24
281
GL

268

4-M12 Depth24

10

30

178

440

S

74

35

2-18 DRILL
2-M20 THRU

30

OIL DRAIN PLUG
Rc3/4

**

510

255

(SURFACE V&W)

S

S

V

V

W

c

T

Ø340

Ø195

545

640

U
4-M12 Depth24
**

250

Ø390

Ø470h7

Ø305h7

Ø125

Ø250

Depth 33

Ø127

W

V

d

T

250

U

a

b

250

OIL LEVEL

5

65

**EVB-180
112.5

230

2-18 DRILL
Counterbore 26 Depth 17.5
2-M20 Depth 30

360

15

75
OIL FILLER PLUG
Rc3/4

(SURFACE V&W)

V
T

U

NOTE:
** Refer to page 314, for EVB-180 dimensions
*** Optional

R
195

10

30

255

R

R
112.5

15

INPUT FLANGE

25

R
130

STR

Ø21

140

FIXED FLANGE
OUTPUT TABLE SURFACE

W

410

50

4-M16 Depth32

ROTATION:
a=d
a=c (upon special request)

407

ER-SERIES

H

igh reduction ratios, without sacrificing efficiency. Compact designs, without requiring special motors. Exceptional

shock load capacity, without having to oversize. Greater overhung load capacities, without using expensive special components. The (Servo ER) Circulute is ideal for those applications in
heavier industrial environments where a more robust cycloidal
gearbox is necessary.
The dual pin-housing of the cycloidal provides the ability to preload one wheel against the other reducing the output shaft backlash to less than 6 arc-min. The long output shaft bearing span provides exceptional overhung load capabilities. At 3,000 rpm input
the (Servo ER) Circulute can handle motors up to 12 kW and single
reduction ratios ranging from 11:1 to 71:1.

408

ER-SERIES
■ High efficiency cycloidal reducer design
■ Multiple inputs: NEMA C-Face, Servo Square Flange, Shaft Input,
Shovel Base, Top Mount
■ Multiple mounting options: Base, flange, ring
■ Readily available

ER

■ Straddle mount output shaft bearings (sizes D, E, F)

■ Assembled in the USA

409

ER-SERIES Circulute 3000 cycloidal reducer
ER-Series – Features

3
4
5

6
2

7

1

8
9

410

1

Output shaft bearings

2

Output shaft

3

Internal pin housing

4

Internal pin

5

Wheels

6

Carrier pins

7

Input shaft

8

Eccentric roller bearings

9

Various mounting options

ER-Series – Model Code
B

0

7

−

−

1

7

S

0

0

9

0

1

6

A

B

H

−

−

Modifications
(Use dashes for any place
Mounting not used - list modifications
in alphabetical order
Type Position
using position one first)

Quill Shaft Tolerance
(Specified by Shimpo)

Quill Shaft Diameter

Servo Motor Bolt Circle Diameter (mm)
Backlash

Servo Motor Input
Reduction Ratio (From the selection tables use dashes if all four places are not used)
Frame size (From the selection tables)
(See Dimensional Table)

Backlash
*1)

Standard Backlash: Approximately 60 arc-min - 0

*2)

Precision Backlash: Less than 6 arc-min - P

Contact us for additional information or refer to our online reducer selection tool.

ER

Selection tool www.nidec-shimpo.co.jp/selection/eng

411

ER-SERIES Circulute 3000 cycloidal reducer
Rating Table - 3000 rpm Input, Single Reduction, Precision Backlash (less than 6 arc-min)
Frame Size

B03

B07

C03

C07

D03

D07

*1)

412

Ratio

Units

Notes

11

17

29

35

47

59

71

Input

[kW]

--

1.430

1.160

0.710

0.560

0.390

0.320

0.250

Nominal Output Torque

[Nm]

*1

45.000

56.300

59.200

56.600

52.800

54.000

51.400

Emergency Stopping Torque

[Nm]

*2

112

141

148

141

132

135

128

Torsional Rigidity

[Nm/arc-min]

--

3.000

4.700

5.000

5.400

5.400

5.400

5.400

Moment of Inertia

[kg-cm2]

--

0.716

0.969

0.927

0.927

0.927

0.927

0.927

Input

[kW]

--

1.900

1.540

0.950

0.750

0.520

0.430

0.340

Nominal Output Torque

[Nm]

*1

60.000

75.000

78.900

75.400

78.200

79.900

76.100

Emergency Stopping Torque

[Nm]

*2

150

188

197

189

196

200

190

Torsional Rigidity

[Nm/arc-min]

--

3.000

4.700

5.000

5.400

5.400

5.400

5.400

Moment of Inertia

[kg-cm2]

--

0.716

0.969

0.927

0.927

0.927

0.927

0.927

Input

[kW]

--

2.910

2.690

1.690

1.550

1.080

0.860

0.710

Nominal Output Torque

[Nm]

*1

91.700

131

140

155

145

145

144

Emergency Stopping Torque

[Nm]

*2

229

328

350

388

362

362

361

Torsional Rigidity

[Nm/arc-min]

--

6.200

11.200

11.900

12.600

12.600

12.600

12.600

Moment of Inertia

[kg-cm2]

--

3.118

3.412

4.171

4.129

4.086

4.086

4.086

Input

[kW]

--

3.880

3.590

2.250

2.060

1.430

1.140

0.950

Nominal Output Torque

[Nm]

*1

122

175

187

207

214

214

214

Emergency Stopping Torque

[Nm]

*2

306

437

467

517

536

536

535

Torsional Rigidity

[Nm/arc-min]

--

6.200

11.200

11.900

12.600

12.600

12.600

12.600

Moment of Inertia

[kg-cm2]

--

3.118

3.412

4.171

4.129

4.086

4.086

4.086

Input

[kW]

--

6.830

5.380

3.400

3.010

2.240

1.720

1.360

Nominal Output Torque

[Nm]

*1

215

262

282

302

302

290

277

Emergency Stopping Torque

[Nm]

*2

538

654

705

754

754

725

693

Torsional Rigidity

[Nm/arc-min]

--

17.800

23.000

25.200

27.400

27.400

27.400

27.400

Moment of Inertia

[kg-cm2]

--

7.752

10.996

12.007

11.754

11.754

11.754

11.501

Input

[kW]

--

9.110

7.170

4.530

4.010

2.990

2.290

1.820

Nominal Output Torque

[Nm]

*1

287

349

376

402

447

430

411

Emergency Stopping Torque

[Nm]

*2

718

872

940

1,010

1,120

1,070

1,030

Torsional Rigidity

[Nm/arc-min]

--

17.800

23.000

25.200

27.400

27.400

27.400

27.400

Moment of Inertia

[kg-cm2]

--

7.752

10.996

12.007

11.754

11.754

11.754

11.501

The reducer can continuously sustain this torque value without overheating

*2)

The reducer can sustain this torque value for 1000 cycles without failure

*3)

Acceleration torque is 1.5 times the nominal output torque

Rating Table - 2000 rpm Input, Single Reduction, Precision Backlash (less than 6 arc-min)
Frame Size

E03

E07

F03

F07

Units

Notes

11

17

29

35

47

59

71

Input

[kW]

--

13.100

11.600

9.710

8.050

5.390

4.430

3.420

Nominal Output Torque

[Nm]

*1

618

849

1,210

1,210

1,090

1,120

1,040

Emergency Stopping Torque

[Nm]

*2

1,540

2,120

3,030

3,030

2,730

2,800

2,600

Torsional Rigidity

[Nm/arc-min]

--

54.800

70.400

85.200

85.200

85.200

85.200

85.200

Moment of Inertia

[kg-cm2]

--

31.512

52.661

49.291

48.869

48.448

48.448

48.027

Input

[kW]

--

17.400

15.500

13.000

10.700

7.190

5.910

4.570

Nominal Output Torque

[Nm]

*1

824

1,130

1,610

1,610

1,450

1,500

1,390

Emergency Stopping Torque

[Nm]

*2

2,060

2,660

3,520

3,520

3,520

3,520

3,480

Torsional Rigidity

[Nm/arc-min]

--

54.800

70.400

85.200

85.200

85.200

85.200

85.200

Moment of Inertia

[kg-cm2]

--

31.512

52.661

49.291

48.869

48.448

48.448

48.027

Input

[kW]

--

20.200

19.900

17.000

14.800

10.800

8.170

6.790

Nominal Output Torque

[Nm]

*1

953

1,450

2,120

2,230

2,180

2,070

2,070

Emergency Stopping Torque

[Nm]

*2

2,380

3,630

5,300

5,580

5,450

5,180

5,180

Torsional Rigidity

[Nm/arc-min]

--

116.700

122.300

133.400

133.400

133.400

133.400

133.400

Moment of Inertia

[kg-cm2]

--

87.628

74.989

130.178

127.650

127.650

127.650

125.122

Input

[kW]

--

26.900

26.500

22.600

19.800

14.400

10.900

9.060

Nominal Output Torque

[Nm]

*1

1,270

1,940

2,820

2,970

2,900

2,760

2,760

Emergency Stopping Torque

[Nm]

*2

3,180

4,850

7,050

7,350

7,350

6,900

6,900

Torsional Rigidity

[Nm/arc-min]

--

116.700

122.300

133.400

133.400

133.400

133.400

133.400

Moment of Inertia

[kg-cm2]

--

87.628

74.989

130.178

127.650

127.650

127.650

125.122

The reducer can continuously sustain this torque value without overheating

*2)

The reducer can sustain this torque value for 1000 cycles without failure

*3)

Acceleration torque is 1.5 times the nominal output torque

ER

*1)

Ratio

413

ER-SERIES Circulute 3000 cycloidal reducer
ER Common Dimensions – Single Stage Base Mount
Key

R
P

T

V

D

G

L

U
ØDF

W

Motor
Mounting
Flange

F1
E

F

BA

4-H

B
A

Frame Size

Units

A

B

BA

DF

E

F

F1

G

H

P

A03 - A07

[mm]

175.01

119.89

65.28

89.99

N/A

145.03

89.92

14.99

16.00

11.94

147.07

A190 - A195

[mm]

180.09

134.87

59.94

100.00

N/A

150.11

89.92

14.99

11.94

10.92

147.07

B01 - B07

[mm]

175.01

150.11

85.85

115.01

N/A

145.03

119.89

14.99

16.00

11.94

150.11

B195 - B105

[mm]

180.09

134.87

59.94

100.00

N/A

150.11

89.92

14.99

11.94

10.92

150.11

B20H

[mm]

180.09

134.87

59.94

119.99

N/A

150.11

89.92

14.99

11.94

10.92

150.11

C01 - C07

[mm]

219.96

189.99

103.38

140.00

N/A

180.09

150.11

20.07

22.10

14.99

189.99

C110 - C115

[mm]

230.12

154.94

82.04

119.99

N/A

189.99

115.06

20.07

14.99

13.97

189.99

C225

[mm]

230.12

154.94

82.04

140.00

N/A

189.99

115.06

20.07

14.99

13.97

189.99

D01 - D07

[mm]

275.08

230.12

135.38

165.00

N/A

225.04

180.09

24.89

25.91

19.05

234.95

D135

[mm]

330.20

195.07

100.08

149.99

N/A

290.07

145.03

24.89

22.10

18.03

234.95

D145

[mm]

330.20

195.07

119.89

149.99

N/A

290.07

145.03

24.89

22.10

18.03

234.95

D225

[mm]

330.20

195.07

119.89

159.99

N/A

290.07

145.03

24.89

22.10

18.03

233.68

E01 - E07

[mm]

359.92

299.97

150.88

184.99

312.93

299.97

249.94

24.89

29.97

22.10

299.97

E165

[mm]

409.96

238.00

138.94

159.99

312.93

369.82

150.11

43.94

24.89

18.03

299.97

E370 - E375

[mm]

430.02

335.03

124.97

200.00

312.93

379.98

275.08

29.97

29.97

22.10

414.02

F03 - F07

[mm]

424.94

365.00

194.82

210.01

368.05

350.01

294.89

35.05

35.05

24.89

359.92

*1)

414

D

Sizes A through B do not have a lifting eye

ER Flange Dimensions – Single Stage Base Mount

Frame Size

A03 - A07

B03 - B07

C03 - C07

D03 - D07

E03 - E07

F03 - F07

Circle

Motor Mounting Flange

LC

LD

LF

LG

LH

LN

LJ

MH

ML

R

Net Weight
(kg)

70

--

5

5

50

120

M5

14, 16

37

202.692

9.98

90

--

5

7

70

120

M6

16, 19

57

212.60

9.98

100

--

7

7

80

120

M6

16, 19

--

214.63

9.98

115

100

7

7

95

--

M6

19, 24

57

212.60

9.98

145

110

7

8

110

--

M8

22, 24

--

212.60

12.70

70

--

5

5

50

120

M5

14, 16

37

238.00

16.33

90

--

5

7

70

120

M6

16, 19

57

247.90

16.33

100

--

7

7

80

120

M6

16, 19

--

249.94

16.33

115

100

7

7

95

--

M6

19, 24

57

247.90

16.33

145

110

7

8

110

--

M8

22, 24

--

247.90

17.23

90

--

7

7

70

160

M6

16

--

293.88

30.84

100

--

7

7

80

120

M6

16, 19

--

300.99

30.84

115

130

7

7

95

--

M6

22, 24

--

293.88

30.84

145

130

7

8

110

--

M8

24, 28

--

293.88

30.84

200

176

7

7

114.3

--

M12

28, 35

--

328.93

38.55

115

--

7

7

95

200

M6

22, 24

--

354.08

52.15

145

130

8

8

110

--

M8

22, 24

--

349.00

52.15

165

--

8

8

130

200

M10

24, 28

--

360.93

52.15

200

176

10

7

114.3

--

M12

28, 35

--

378.97

56.69

215

--

10

10

180

300

M12

35, 38

--

399.03

61.22

145

--

10

7

110

250

M8

24, 28

--

409.96

111.56

165

176

7

7

130

--

M12

24, 28

--

399.03

101.59

200

176

7

6

114.3

--

M12

28, 35

--

399.03

101.59

215

--

10

11

180

300

M12

35, 38

--

459.99

116.55

235

--

8

11

200

350

M12

38, 42

--

494.03

129.71

200

--

10

7

114.3

300

M12

28, 35

--

546.10

207.71

215

--

10

8

180

300

M12

35, 38

--

546.10

207.71

235

--

5

11

200

300

M12

38, 42

--

546.10

207.71

265

--

5

11

230

400

M12

42, 48

--

564.90

219.50

*1)

MH

AU

AW

ML

MH

AU

AW

ML

14

16

5

32

28

31

8

67

16

18

5

37

35

38

10

67

19

21.5

6

42

38

41

10

88

22

25

8

57

42

45

12

118

Other servo flanges and bore sizes are available.
Contact Shimpo Drives Customer Service for
additional information

24

27

8

67

48

51.5

14

118

*2)

All dimensions are in mm, except for «R»

*3)

To download CAD drawings, visit our website:

*4)

The "R" dimension is the length from input flange

ER

Square

dimension, which is in inches
www.shimpodrives.com
face to output shaft end

415

ER-SERIES Circulute 3000 cycloidal reducer
ER Common Dimensions – Single Stage Flange Mount
Output Shaft
Output Flange

Key
Motor
Mounting
Flange

BF Hole Diameter
BG Number of Holes

VA

BF Hole Diameter
BG Number of Holes

T

Shaft
Input

Ø DF

L

U

AG

Key

BB

V

BH

HO

Sizes A03-C07

Input Shaft

BE

R

C

AG

Sizes D01-F07

Ø AM
UA

Ø BD

416

Frame Size

Units

AG

AM

BB

BD

BE

BF

BG

BH

HO

A03 - A07

[mm]

130.05

110.01

4.06

160.02

13.97

11.94

101.60

29.97

N/A

B01 - B07

[mm]

165.10

130.00

4.06

199.90

13.97

11.94

101.60

40.13

N/A

C01 - C07

[mm]

214.88

180.01

4.06

249.94

18.03

14.99

101.60

55.12

N/A

D01 - D07

[mm]

264.92

230.00

5.08

299.97

22.10

14.99

203.20

70.10

184.91

E01 - E07

[mm]

350.01

300.00

7.87

400.05

24.89

19.05

203.20

89.92

230.12

F03 - F07

[mm]

400.05

350.01

7.87

450.09

24.89

19.05

203.20

109.98

260.10

Frame Size

Units

U

V

Key

T

L

A03 - A07

[mm]

22.23

30.23

4.78x4.78x24.89

N/A

N/A

B01 - B07

[mm]

34.925

50.80

7.95x7.95x44.96

N/A

N/A

C01 - C07

[mm]

44.450

63.50

9.53x9.53x54.86

N/A

N/A

D01 - D07

[mm]

63.500

95.25

15.88x15.88x74.93

M10 x 1.5

18.03

E01 - E07

[mm]

73.025

111.00

19.05x19.05x95.00

M20 x 2.5

35.05

F03 - F07

[mm]

92.075

139.70

22.23x22.23x115.06

M20 x 2.5

35.05

Output Shaft

ER Flange Dimensions – Single Stage Flange Mount
(SQUARE)
LF

Motor
Mounting
Flange

(CIRCLE)
AW

LC

LF

AW

LC

4-LJ

LH

R

AU

AU

LH

LD

4-LJ

LN
LG

LG
ML

MH

Frame Size

A03 - A07

B03 - B07

C03 - C07

D03 - D07

E03 - E07

F03 - F07

MH

LC

LD

LF

LG

LH

LN

LJ

MH

ML

R

Net Weight
(kg)

70

--

5

5

50

120

M5

14, 16

37

202.69

9.98

90

--

5

7

70

120

M6

16, 19

57

212.60

9.98

100

--

7

7

80

120

M6

16, 19

--

214.63

9.98

115

100

7

7

95

--

M6

19, 24

57

212.60

9.98

145

110

7

8

110

--

M8

22, 24

--

212.60

12.70

70

--

5

5

50

120

M5

14,16

37

238.00

16.33

90

--

5

7

70

120

M6

16, 19

57

247.90

16.33

100

--

7

7

80

120

M6

16, 19

--

249.94

16.33

115

100

7

7

95

--

M6

19, 24

57

247.90

16.33

145

110

7

8

110

--

M8

22, 24

--

247.90

17.23

90

--

7

7

70

160

M6

16

--

293.88

30.84

100

--

7

7

80

120

M6

16, 19

--

300.99

30.84

115

130

7

7

95

--

M6

22, 24

--

293.88

30.84

145

130

7

8

110

--

M8

24, 28

--

293.88

30.84

200

176

7

7

114.3

--

M12

28, 35

--

328.93

38.55

115

--

7

7

95

200

M6

22, 24

--

354.08

52.15

145

130

8

8

110

--

M8

22, 24

--

349.00

52.15

165

--

8

8

130

200

M10

24, 28

--

360.93

52.15

200

176

10

7

114.3

--

M12

28, 35

--

378.97

56.69

215

--

10

10

180

300

M12

35, 38

--

399.03

61.22

145

--

10

7

110

250

M8

24, 28

--

409.96

111.56

165

176

7

7

130

--

M12

24, 28

--

399.03

101.59

200

176

7

6

114.3

--

M12

28, 35

--

399.03

101.59

215

--

10

11

180

300

M12

35, 38

--

459.99

116.55

235

--

8

11

200

350

M12

38, 42

--

494.03

129.71

200

--

10

7

114.3

300

M12

28, 35

--

546.10

207.71

215

--

10

8

180

300

M12

35, 38

--

546.10

207.71

235

--

5

11

200

300

M12

38, 42

--

546.10

207.71

265

--

5

11

230

400

M12

42, 48

--

564.90

219.50

*1)

MH

AU

AW

ML

MH

AU

AW

ML

14

16

5

32

28

31

8

67

16

18

5

37

35

38

10

67

19

21.5

6

42

38

41

10

88

22

25

8

57

42

45

12

118

24

27

8

67

48

51.5

14

118

Other servo flanges and bore sizes are available.
Contact Shimpo Drives Customer Service for
additional information

*2)

All dimensions are in mm, except for «R»

*3)

To download CAD drawings, visit our website:

ER

ML

dimension, which is in inches
www.shimpodrives.com

417

Technical Information
Installation Instructions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 420
Safety Precautions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 421
Adapter Flange Codes. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 422-425
Selection Flow Charts . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 426-427
Online Sizing and Selection Tool . . . . . . . . . . . . . . . . . . . 428-429

418

419

Installation Instructions
Mounting Procedure to Motor

4.
1.

Wipe off anti-rust agent and oil on the motor shaft.

Carefully and gently insert the motor shaft into the input
shaft. Make sure the motor flange is perfectly fit to the
reducer’s flange. Tighten the motor by installing and
tightening bolts to the proper torque. (See table 1)

Reducer Installation
After confirming the installation surface is flat and clean, tighten
the bolt using a torque wrench to the proper torque. (See table 2)

2.

3.

Remove the plug.

Tighten the clamping bolt of the input shaft with torque
wrench to the proper torque. (See table 1)

6.

Reinstall the plug. The procedure is complete.

Turn the input shaft until the cap screw is seen. Make sure
the cap screw is loosened. Place reducer vertically on the
flat surface so the motor mounting part faces up.
NOTE: In case the bushing has been attached, see reducer
drawing example below to fix.

Table 1
Bolt Size

Table 2
Motor Installing Bolts

Clamping Bolts

--

420

5.

Bolt Size

Tightening Torque

--

* Recommended bolt: Strength 12.9

Safety Precaution
Cautions for Operation
■ When the reducer is delivered to you, confirm that you received the exact model that you ordered.
Please wipe out the input and output shaft of the reducer which is covered by anti-corrosive oil.
* Remove rubber cap on the input shaft before you wipe the shafts.
* Lubricant (grease) is already filled in the reducer. The reducer is ready for operation out of the box.

Fixation and Installation
■ Avoid use in places where rain or water drops directly, unless special wash down design.
▪ In case of use outdoors or in a places where dust and water drops directly, consult SHIMPO in advance.
■ Install at 0°~40°C of surrounding temperature.
▪ In case of use at temperature out of the mentioned (0°~40°C) range, consult SHIMPO in advance.
■ Firmly fix with a bolt onto a solid stand without vibration.
■ Install in a convenient location for future repair and inspection.

Cautions Prior to Starting the Operation
■ Reducer can be used on arrival, since it has already been filled with lubrication.
■ At initial operation, check the rotating direction of the output shaft and then gradually apply load.

Cautions During Operation
■ Avoid overload.
■ Ensure that input speed shall not exceed the number of maximum revolutions per minute specified.
■ In the event the following occurs, stop the operation and check the following points:
▪ If temperature sharply increases
▪ If an abnormal noise appears sharply
▪ If the number of revolutions becomes unstable sharply
■ In the event the following occurs, respond immediately to the issue or contact us as soon as possible.
▪ Is it under overload condition?
▪ Is lubricant insufficient or deteriorated, or was another lubricant applied?
▪ Is the axis, gear, and/or motor input damaged?
▪ Are any connections unstable?

Disassembly
■ ABLE REDUCER is designed to not be disassembled.

Lubricant Use
■ The ABLE REDUCER is of grease-seal type in all models.
A specified amount of grease is filled at factory release so you can use as soon as it is delivered to you.
■ It is impossible to exchange grease.
■ In case of use outside of the recommended temperature range, consult SHIMPO in advance.

Daily Check Points
■ Is the reducer case temperature excessively high during operation? (Up to + 50°C is not significant.)
■ Is there an abnormal noise in the bearing, gear, etc?
■ Is there an abnormal vibration in the reducer?
* Upon an abnormal phenomenon, immediately stop the operation and contact us.
■ Is there a lubricant leak?

Periodic Check Points
■ Are there overload and abnormal rotation?
■ Are free, sprocket, and reducer assembling bolts loose?
■ Is there an abnormal condition in the electric system?
■ Checkup and repair of major parts
* Upon an abnormal condition, immediately stop the operation and contact us.
■ Oil leak
* Upon an oil leak, contact us.

Scrapping
Whenever scrapping the ABLE REDUCER, classify the parts by material into industrial wastes as specified in the laws and regulations of your
local government. Materials of construction can be divided into the following four categories:
1.
2.
3.
4.

Rubber parts: Oil seal, seat packing, rubber cap, seal used for bearing on the motor flange, etc.
Aluminum parts: Motor flange, output shaft holder
Grease: Wipe off the grease from the individual parts with dry cloth and scrap into oils.
Iron parts: Parts other than those mentioned in the above

421

Adapter Flange Codes
Adapter Flange Codes
These tables provide an explanation for the adapter codes. The tables start with Input Bore measurement and the Part # Code, which
are indicated at the end of every model code. For each Part # Code, the Pilot, PCD, Tapped Hole, and Pilot Depth, are explained.
Please note that even though the Part# Code may have the same letters (i.e. DC, FB, HA, etc), the Pilot and PCD dimensions may
not be the same if a different input bore diameter. Locate the table by input bore diameter first, and then find the appropriate
adapter Part# Code to check the dimensions. If you have any questions, contact NIDEC-SHIMPO for support.
Input Bore
(mm)

Part#
Code

Pilot
(mm)

PCD
(mm)

Tapped
Hole

Pilot
Depth
(mm)

Input Bore
(mm)

Part#
Code

Pilot
(mm)

PCD
(mm)

Tapped
Hole

Pilot
Depth
(mm)

65

MA

114.3

200

M12

8

38

HA

110

130

8.8

8

65

MB

200

235

M12

8

38

HB

110

145

M8

8

65

MC

180

215

M12

8

38

HE

110

130

M8

8

65

MD

180

265

M12

8

38

JA

130

165

M10

8

65

NA

230

265

M12

8

38

KA

114.3

200

M12

8

65

NB

230

265

M12

18

38

KB

130

215

M10

8

65

NC

230

290

M12

8

38

KC

130

215

M12

8

65

ND

230

265

M20

18

38

KD

95

200

M10

18

65

PA

250

300

M16

8

38

KE

114.3

200

M12

18

65

PB

250

320

M16

18

38

LA

180

215

M12

8

65

QA

300

350

M16

8

38

LB

180

215

M12

18

65

QB

280

325

M16

8

38

MA

180

265

M12

8

38

MB

200

235

M12

8

38

MC

215.9

184.15

13.7

5.5

38

MD

200

250

M8

18

38

NA

230

265

M12

8

Input Bore
(mm)

Part#
Code

Pilot
(mm)

PCD
(mm)

Tapped
Hole

Pilot
Depth
(mm)

48

KA

114.3

200

M12

8

48

KB

110

130

8.8

8

48

KC

130

215

M12

8

48

LA

180

215

M12

8

48

MA

180

265

M12

8

48

MB

200

235

M12

8

48

NA

230

265

M12

8

48

PA

250

300

M16

8

PILOT DEPTH

ADAPTER FLANGE
INPUT BORE
INPUT SHAFT
TAPPED HOLE

PILOT
PCD

422

Adapter Flange Codes
Input Bore
(mm)

Part#
Code

Pilot
(mm)

PCD
(mm)

Tapped
Hole

Pilot
Depth
(mm)

Input Bore
(mm)

Part#
Code

Pilot
(mm)

PCD
(mm)

Tapped
Hole

Pilot
Depth
(mm)

28

FA

80

100

M6

8

19

DA

60

90

M5

6

28

FB

95

115

M6

8

19

DB

70

90

M5

6

28

FC

95

115

M8

8

19

DC

70

90

M6

6

28

FD

95

115

M6

8

19

DD

70

90

M6

16

28

FE

95

115

M8

8

19

DE

70

90

M5

11

28

GA

55.563

125.73

M6

8

19

EA

73.025

98.43

M5

11

28

GB

63.5

127

M6

8

19

EB

80

100

M6

6

28

GC

95

130

M8

8

19

EC

80

100

M6

16

28

GD

110

130

M8

8

19

ED

60

98.99

M6

6

28

GE

110

130

M10

8

19

FA

95

115

M8

6

28

GF

110

130

8.8

8

19

FB

95

115

M8

16

28

GG

110

135

M8

8

19

GA

55.563

125.73

M6

11

28

GH

95

135

M8

8

19

GB

95

130

M8

6

28

HA

110

145

M8

8

19

GC

110

130

M8

11

28

HB

110

145

M8

18

19

GD

110

130

8.8

6

28

HC

110

145

10.5

8

19

GE

95

130

M8

16

28

HD

114.3

149.23

10.5

8

19

GF

100

125

M8

16

28

HE

95

145

M8

18

19

GH

95

135

M8

11

28

HF

110

145

M8

8

19

HA

110

145

M8

6

28

JA

110

165

M8

8

19

HB

110

145

M8

21

28

JB

110

165

M10

8

19

HC

110

145

10.5

11

28

JC

130

165

M10

8

19

HD

114.3

149.23

M8

11

28

JD

130

174

M10

28

19

HE

114.3

149.23

10.5

11

28

JE

130

165

M10

18

19

JA

130

165

M10

16

28

JF

114.3

160

M10

8

19

JB

115

165

M8

21

28

KA

114.3

200

M12

8

28

KB

130

215

M10

8

28

KD

114.3

200

M12

18

28

KE

150

185

M10

8

28

LA

180

215

M12

8

28

LB

180

220

M12

18

28

MA

200

235

M12

8

28

MB

200

250

M8

18

PILOT DEPTH

ADAPTER FLANGE
INPUT BORE
INPUT SHAFT
TAPPED HOLE

PILOT
PCD

423

Adapter Flange Codes
Adapter Flange Codes
These tables provide an explanation for the adapter codes. The tables start with Input Bore measurement and the Part # Code, which
are indicated at the end of every model code. For each Part # Code, the Pilot, PCD, Tapped Hole, and Pilot Depth, are explained.
Please note that even though the Part# Code may have the same letters (i.e. DC, FB, HA, etc), the Pilot and PCD dimensions may
not be the same if a different input bore diameter. Locate the table by input bore diameter first, and then find the appropriate
adapter Part# Code to check the dimensions. If you have any questions, contact NIDEC-SHIMPO for support.
Input Bore
(mm)

Part#
Code

Pilot
(mm)

PCD
(mm)

Tapped
Hole

Pilot
Depth
(mm)

Input Bore
(mm)

Part#
Code

Pilot
(mm)

PCD
(mm)

Tapped
Hole

Pilot
Depth
(mm)

14

BA

38.1

66.68

M4

5

14

DG

70

90

M6

15

14

BB

38.1

66.68

M5

5

14

DH

70

95

M6

5

14

BC

38.1

66.68

M5

10

14

DJ

60

95

M5

5

14

BD

40

63

M4

5

14

DK

36.8

82.024

M6

15

14

BE

40

63

M5

5

14

DL

62

91.924

M5

10

14

BF

40

65

M5

5

14

EA

50

100

M6

5

14

BG

40

70

M4

5

14

EB

73.025

98.43

M5

5

14

BH

50

60

M4

10

14

EC

80

100

M6

5

14

BJ

50

70

M4

5

14

ED

80

100

M6

15

14

BK

50

70

M5

5

14

EE

73.025

98.43

M6

15

14

BL

50

70

M5

15

14

EF

50

98.43

M5

5

14

BM

50

70

M5

10

14

EG

60

98.995

M5

5

14

BN

50

70

M4

10

14

EH

80

105

M6

15

14

BP

36

70.71

M4

5

14

EJ

60

98.995

M6

10

14

CA

60

75

M5

5

14

EK

73.025

98.43

M6

5

14

CB

60

75

M6

10

14

EL

73

94

M6

5

14

CC

60

80

M4

5

14

EM

83

104

M8

10

14

DA

50

95

M6

5

14

FA

60

115

M6

5

14

DB

60

85

M5

5

14

FB

95

115

M8

15

14

DC

60

90

M5

5

14

GA

80

139.7

M6

5

14

DD

70

85

6.5

5

14

GB

80

130

M5

20

14

DE

70

90

M5

10

14

GC

94

120

M8

10

14

DF

70

90

M6

5

14

JA

115

165

M8

10

PILOT DEPTH

ADAPTER FLANGE
INPUT BORE
INPUT SHAFT
TAPPED HOLE

PILOT

424

PCD

Adapter Flange Codes
Input Bore
(mm)

Part#
Code

Pilot
(mm)

PCD
(mm)

Tapped
Hole

Pilot
Depth
(mm)

Input Bore
(mm)

Part#
Code

Pilot
(mm)

PCD
(mm)

Tapped
Hole

Pilot
Depth
(mm)

8

AA

20.02

46.69

M3

5

S8

ZA

20.02

46.69

M3

5

8

AB

22

43.82

4.7

10

S8

ZB

22

43.82

4.7

10

8

AC

22

48

M3

5

S8

ZC

22

48

M3

5

8

AD

22.22

50.8

M3

5

S8

ZD

22.22

50.8

M3

5

8

AE

25.4

38.89

4

10

S8

ZE

25.4

38.89

4

10

8

AF

30

45

M3

5

S8

ZF

30

45

M3

5

8

AG

30

46

M4

5

S8

ZG

30

46

M4

5

8

AH

30

46

M4

10

S8

ZH

30

46

M4

10

8

AJ

30

46

3.5

10

S8

ZJ

30

46

3.5

10

8

AK

34

48

M3

10

S8

ZK

34

48

M3

10

8

AL

30

48

M3

5

S8

ZL

30

48

M3

5

8

AM

22

43.82

3.5

5

S8

ZM

22

43.82

3.5

5

8

AN

40

50

M4

5

S8

ZN

40

50

M4

5

8

AQ

37.6

48

M3

5

S8

ZQ

37.6

48

M3

5

8

BA

38.1

66.68

M4

5

S8

BA

38.1

66.68

M4

5

8

BB

38.1

66.68

M5

5

S8

BB

38.1

66.68

M5

5

8

BC

50

60

M4

10

S8

BC

50

60

M4

10

8

BD

50

70

M4

5

S8

BD

50

70

M4

5

8

BE

50

70

M5

5

S8

BE

50

70

M5

5

8

BF

50

70

M5

10

S8

BF

50

70

M5

10

8

BG

36

70.71

M4

5

S8

BG

36

70.71

M4

5

8

BH

54

70

M4

5

S8

BH

54

70

M4

5

8

BJ

50

58

M3

5

S8

BJ

50

58

M3

5

8

CA

50

80

M4

10

PILOT DEPTH

ADAPTER FLANGE
INPUT BORE
INPUT SHAFT
TAPPED HOLE

PILOT
PCD

425

Selection Flow Charts
Procedure for Gear Reducer Selection
Determine Type of Move and Profile Requirements

Trapezoidal Move

V

Symbol
v
v max

Vmax.

ta

tc

td

t0

t

Description
Velocity
Maximum Velocity

t

Time

tc
ta

Constant Time

td

Deceleration Time

t0

Dwell Time (Time at zero speed)

Acceleration Time

Picture 3.2.2.1: Trapezoidal Motion Profile

Triangular Move

V

Symbol
v
v max

Vmax.

ta

td

t0

t

Description
Velocity
Maximum Velocity

t
ta

Time

td

Deceleration Time

t0

Dwell Time (Time at zero speed)

Acceleration Time

Picture 3.2.1.1: Triangular Motion Profile

Look up Data in Catalog: Blue text

Calculate: Red text

Select a Preliminary Frame Size & Series

Calculate / Compare
Max Operated Radial Load / Permitted Radial Load & Max Operated Axial Load / Permitted Axial Load

FALSE

FALSE

TRUE

Calculate: Max Operated Output Torque & Max Operated Output Speed

Select: Preliminary Reduction Ratio (R)
Calculate: Max Operated Input Speed (niMAX-O)

Compare
Input Speed

FALSE

TRUE

Compare
Output Torque

426

FALSE

Calculate: Average Operated Radial Load & Average Operated Axial Load

Average Operated Radial Load (N):
3

FrAVG−O = 3

noO1 ⋅ t1 ⋅ FrO1 + noO 2 ⋅ t 2 ⋅ FrO 2

3

+ L + noOn ⋅ t n ⋅ FrOn

3

noO1 ⋅ t1 + noO 2 ⋅ t 2 + L + noOn ⋅ t n

Average Operated Axial Load (N):
3

Fa AVG− O = 3

3

noO1 ⋅ t1 ⋅ FtO1 + noO 2 ⋅ t2 ⋅ FtO 2 + L + noOn ⋅ tn ⋅ FtOn

3

noO1 ⋅ t1 + noO 2 ⋅ t2 + L + noOn ⋅ tn

X

Calculate: Average Operated Output Torque & Average Operated Output Speed

Average Operated Output Torque (Nm):
To AVG−O =

10

3 noO1 ⋅ to 1 ⋅ To O1

10

3 + noO 2 ⋅ to 2 ⋅ To O 2

10

3 + L + noOn ⋅ to n ⋅ To On

10

3

noO1 ⋅ to1 + noO 2 ⋅ to 2 L noOn ⋅ to n

Average Operated Output Speed (rpm):

no AVG−O =

noO1 ⋅ to1 + noO 2 ⋅ to 2 L noOn ⋅ to n
to1 + to 2 + L + to n

Calculate: Life
P

⎛ To
⎞ ⎛ ni
⎞
Bearing Life (Hours): Lh = 20,000 • ⎜⎜ AVG− P ⎟⎟ • ⎜⎜ AVG− P ⎟⎟
⎝ To AVG− O ⎠ ⎝ noAVG− O ⎠

There are 3 Life calculations that should
be taken into account:
1. Life of Needle Bearing
2. Life Due to Radial Load
3. Life Due to Thrust Load
Contact Shimpo for calculation details

Increase One Frame Size

Lh ≥ Required Life

FALSE

TRUE

Ensure Proper Fit between Gear Reducer and Motor

Gear Reducer Selection Complete

Contact NIDEC-SHIMPO for questions at (800) 842-1479

427

Online Sizing and Selection Tool
SHIMPO’s online Selection Tool offers additional information that exceeds this catalog. The online Selection Tool has an extensive list of
Servo Motor Specifications, Requirements and Application Specifications. See the Selection Tool example screens below to guide, support
and help you with your application needs.

Selection Tool Screen Example 1

Selection Tool Screen Example 2

•

Selection based on the Servo Motor Specifications

•

Selection based on the Servo Motor Movement
profile requirements

•

•

Select a application template based on your criteria

Selection Tool Screen Example 4

Selection based on the Application Specifications
includes all the above

Selection Tool Screen Example 3

•

Fill in all the information for your application

10
1
•

428

Including the velocity, forces, mass, and move profile

•

Select a SHIMPO Reducer Series

•

Select a Ratio that would put you near the rpm range
for your application

Selection Tool Screen Example 5

Selection Tool Screen Example 6

NOTE: The motor selection includes almost all
Rockwell Servo Motors
Please contact SHIMPO if your Servo Motor
Manufacture is not represented in the list

•

The proper SHIMPO reducer frame size has been
selected based on your application’s criteria

•

Select the Motor Manufacturer for your application
from the list

•

Select the appropriate motor via the “Motor Model
drop down box”

•

The manufacture Motor Model list includes new and
former servo motors

•

The sizing program does not select the servo motor
drive

Selection Tool Screen Example 7
The resulting Load Condition can be
helpful for sizing other related machine
components
The Load Condition includes:
•

Output Torque (Nm) and Output
Velocity (rpm) of the Gearmotor

•

These drawing formats can be
downloaded: PDF, DXF, IGS, STP

Selection tool www.nidec-shimpo.co.jp/selection/eng

429

Commercial Information
Customer Service and Support . . . . . . . . . . . . . . . . . . . . . . . . . 432
Warranty . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 433
Standard Terms and Conditions . . . . . . . . . . . . . . . . . . . . 434-435
Locations and Contact Information . . . . . . . . . . . . . . . . . . . . . 440

430

431

Customer Service and Support
Distinction in Service and Support

Training Services

NIDEC-SHIMPO has invested heavily in the past few years in building
a global customer service and application support network that will
meet the evolving needs of our customers. By leveraging our global
infrastructure, our OEM customers maintain their competitiveness
and profitability at home while able to expand into emerging markets abroad without any drop-off of service and support.

Investing our time in you, so together we build better, more competitive product for your customer. As the industrial world becomes
increasingly competitive, new technologies are introduced every
year requiring manufacturers to constantly rationalize and update
existing designs. As a result, successful manufacturers realize the
absolute need for product training.

NIDEC-SHIMPO pledges that we will continue to expand our service
and support network footprint globally, and continuously strive for
perfection as a dependable partner to our customers. In this section
you will learn about our service and support capabilities that we will
leverage in order to provide you peace of mind.

NIDEC-SHIMPO has a network of engineers that are factory trained
and authorized to provide your workforce solid training on our
products and basic power transmission concepts. The main objective
of our standard program and materials is to better empower your
workforce to size and select gear reducers and motors for any motion
control applications. We provide this service at no cost to our customers, because we see the value in building a more knowledgeable
customer and helping them more quickly react to equipment design
revisions when needed.

Online and Phone Support
Resolve your technical issues quickly and accurately, without
disrupting your business. With the NIDEC-SHIMPO OEM Partner
Service Program, your company and your customers have immediate access to our global network of support centers and resources.
Whether you need help designing, installing, and maintaining equipment or diagnosing an operating issue, NIDEC-SHIMPO will deliver
the tools and information that you need in order to insure that your
equipment is running to perfection.
Contact your local sales office for immediate support either over the
phone or in the field. A list of locations can be found on the back
cover of this catalog. All OEM accounts in North America have a dedicated Technical Support Engineer, knowledgeable about your business, on-standby ready to support you and your customers. If you do
not know who to contact, please call our 1-800 number in order to
get properly directed to the right person for help.
For online support, please visit our website in order to download any
drawings, instruction manuals, or technical performance specifications that you require. All catalogs and brochures will also be easily
downloadable on the website. If you prefer to inquire about an
issue or for more information, please do not hesitate to submit your
request online or start a dialogue with our Info address.

Some other gear reducer manufacturers are not as forthcoming with
sharing information with their customers, an attempt to hide their
higher manufacturing costs or to use unreleased performance data
as a “product differentiator”. NIDEC-SHIMPO views their customers
as a long-term partnership, and we train and share information with
our customers freely based on that vision.
Training classes can be conducted online, at any of our sales branches or offices, or at key distributor branches when requested. NIDECSHIMPO can also bring the training session to your facility in order
to make better use of your time and costs. A thorough hands-on
training seminar can be provided at our Itasca, IL build facility, where
customers can get the opportunity to completely assemble and test
one of our Able units.
The NIDEC-SHIMPO training program options provide support for
any budget. Our training programs improve your employees’ skill
and knowledge competencies in the areas of power transmission and
motion control while addressing any location, time, travel and productivity constraints. Contact your local sales office today in order to
get a power transmission refresher on your calendar.

NIDEC-SHIMPO Hotline:
Toll-free: (800) 842-1479
Email: info@shimpodrives.com

4322
43

Warranty
1.

STANDARD WARRANTY. With the exception of shaft seals, which is a normal wear item, Seller warrants that the products manufactured by
the Seller to be free from defects in materials and workmanship under normal use and proper maintenance for:
High Precision Products (includes VR, EV, EJ, ST Series) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
ears
Circulute® Reducers
Electrical Products

ears

a.

If within such period any product shall be proved to the Seller’s reasonable satisfaction to be defective, such product shall be repaired or
replaced at our option. The Seller’s obligation and Buyer’s exclusive remedy will be limited to such repair or replacement and shall be conin the warranty
period.

b.

Shipping terms for any repaired or replaced product will be FOB shipping point unless negotiated otherwise. If necessary, Seller reserves
the right to inspect the product claimed to be defective at Buyer’s location or place of installation. Travel time and expenses for any Seller
ect such repair or replacement will be at the Buyer’s expense. Seller reserves the right
to satisfy our warranty obligation in full by reimbursing the Buyer for all payments made to Seller and Buyer shall thereupon return the
product to Seller.
ective if the product has been subject to overload, misuse, negligence, or accident, or if the product has
ects its condition or operation. Buyer shall establish, to our satisfaction, that the product has at all times, been properly assembled, installed, serviced,
maintained, tested, operated and used in accordance with the current maintenance and operating instructions of Seller and has not been
ed in any manner without our prior written consent.

the length of time than the standard warranty as outlined, hereunder.
the sale.

ered on wear items unless otherwise agreed to in writing by

ly shorter in
management at the time of

f.

Descriptions or representations of the products provided by the Seller’s employees, sales representatives, and distributors, regardless
written or verbal, should not be construed as an expressed or implied warranty that would supersede any element of this standard warranty. Expressed or implied warranties are acceptable but only on a case-by-case basis as determined necessary by the Seller. A separate
rmed by
management in order to be valid at the time
of sale.

g.

THE STANDARD WARRANTY AS DESCRIBED HEREIN SHALL BE IN LIEU OF ALL OTHER WARRANTIES EXPRESSED OR IMPLIED RELATED TO THE
SELLER’S PRODUCTS, INCLUDING ALL IMPLIED WARRANTIES OF MERCHANTABILITY OR FITNESS, AND SHALL BE IN LIEU OF ANY OBLIGATIONS OR LIABILITY ON THE SELLER’S BEHALF.

Standard Terms and Conditions
STANDARD TERMS AND CONDITIONS

434

1.

SHIPPING AND PAYMENT TERMS. Unless otherwise specified, shipping terms are FOB shipping point, and payment terms are net 30 days.
All payments are to be made in United States funds.

2.

TAXES AND SECURITY INTEREST. Unless otherwise specified, the prices stated do not include any taxes which may now or hereafter be
applicable to the products or performance of any services by Seller. Buyer agrees to pay or reimburse Seller for any such required taxes and
all connected penalties and interests, or in lieu thereof, Buyer shall provide Seller with tax exemption documents acceptable to the taxing authorities involved. Buyer, by acceptance of the goods ordered, represents and warrants that Buyer is solvent and able to pay for the
goods in accordance with the terms of sale. As security for payment of the purchase price for the products and all other amounts due from
the Buyer under these Terms, Buyer hereby grants Seller a security interest in the products and agrees to execute and permit Seller to file
and record all documents which may be requested by Seller in order to create, perfect, evidence and establish the foregoing security interest. If Buyer fails to pay any amount when due, or, prior to payment of all amounts due, removes all or any part of the products from Buyer’s
premises, we shall exercise any or all of the rights and remedies given to secured parties under the UCC of the State of Illinois, and under
similar laws of any other state, if applicable.

3.

RETURN GOODS. No product will be accepted for return unless authorized with appropriate returned goods number assigned. In all cases,
freight charges must be prepaid. Buyer will be responsible for any damages incurred in transit to goods being returned. Title shall pass to
Seller upon Seller’s acceptance of return goods.

4.

CANCELLATION. Terms, once accepted and approved by Seller, shall not be canceled or altered by Buyer, and Buyer shall not otherwise
cause the work or shipment to be delayed, except with the consent of and upon the terms and conditions approved by Seller in writing.
Orders canceled or suspended with our consent are subject to cancellation and/ or other charges as determined by Seller.

5.

DELAY IN DELIVERIES. In no event shall Seller be liable for nondelivery or delays in delivery of products, or in the performance of any other
obligations, arising directly or indirectly from acts of God, acts (including delay or failure to act) of any governmental authority (de jure or
de facto), war (declared or undeclared), riot, fires, floods, weather, labor disputes, sabotage, epidemics, factory shutdowns or alterations,
embargoes, delays, shortages or inability to procure transportation, labor, manufacturing facilities or materials, failure to obtain timely
instructions or information from Buyer, or inability due to causes of any other kind beyond our control. The foregoing provisions shall apply
even though such cause may occur after performance of our obligations has been delayed for other causes.

6.

INDEMNIFICATION. Buyer shall notify Seller promptly in writing and in all events within ten (10) days after its occurrence, of any accident
or malfunction involving the products which results in injury to or death of any persons, property damage or economic loss of any kind,
and Buyer shall cooperate fully with Seller in investigating and determining the cause of any such accident or malfunction. Buyer further
agrees to indemnify and hold Seller harmless from and against all claims and damages imposed upon Seller or incurred arising, directly or
indirectly, from Buyer’s failure to perform or satisfy any of the Terms described herein.

7.

GENERAL PROVISIONS. These Terms shall be governed, construed and enforced in accordance with the laws of the State of Illinois, and
shall be binding upon and inure to the benefit of any successors, assigns, and legal Distributors of Seller and Buyer. The Terms are not
assignable without Seller’s prior written approval. A judicial or administrative declaration in any jurisdiction of the invalidity of any one
or more of the provisions of the Terms in any jurisdiction, nor shall such declaration have any effect on the validity of interpretation of the
Terms outside that jurisdiction.

8.

MINIMUM ORDER CHARGE. The minimum charge on an order will be $60.00.

9.

BOXING ORDER CHARGE. No charge is made for standard boxing or crating required by transportation companies for domestic shipments. Cost of special boxing, export boxing, cartage to steamer or transfer expenses will be added to the invoice unless charges are shown
to be included in the prices.

Any and all Terms are subject to change prior to Buyer’s acceptance of these Terms.

PROPERTY AND PATENT RIGHTS
1.

Seller retains for itself any and all property rights, including but not limited to all patent, copyright, and trade secret rights, to any software
materials and to all designs, engineering details, documentation, and other data pertaining to any product designed in connection herewith and to all right of discovery, invention or patent rights arising out of the work done in connection herewith. Buyer expressly agrees that
it will not assert any property rights herein, except the right for itself and subsequent owners to use the product.

2.

Buyer acknowledges that any software materials constitute valuable trade secrets of Seller and are unpublished works on which Seller holds
the sole and exclusive copyright. Buyer agrees to maintain and protect the confidentiality of these trade secrets and agrees not to disclose
them or use them for any purpose not contemplated by this Agreement. Buyer agrees to formulate and adopt appropriate safeguards in
light of its own operating activities, to insure protection of the confidentiality of these trade secrets. Buyer shall immediately notify Seller of
any information which comes to its attention which indicates that there has been any loss of confidentiality of Seller trade secret information.

SUBMISSION AND ACCEPTANCE OF ORDERS
1.

All orders and contracts are subject to acceptance or rejection by an officer of Seller or any individual authorized by Seller in writing , at the
main offices of Seller, which approval or rejection shall in all cases be in writing to the Buyer, and no order or contract shall be binding until
so accepted. Seller reserves the right to refuse any business originating in the Territory of the Buyer, for any reason which in the considered
judgment of Seller is sufficient grounds for refusal.

2.

On orders and contracts of a deferred-payment nature, all such payment and credit extensions are subject to final review and approval by
Seller. Seller may accept such orders or contracts, withhold shipment after initial acceptance if for any reason the Buyer’s credit has become
impaired.

SHIPMENTS AND SHIPPING INFORMATION
1.

All shipments, from whatever source, shall be contingent upon prior approval of the order or contract by Seller, and after such prior approval, upon the effect of strikes, accidents, embargoes, priorities, or any cause natural or otherwise, beyond the control of this Seller. Seller,
in effect, assumes no liability hereunder for its failure to make shipment on any order or contract.

2.

All Products are prepared by Seller for North American land shipment only under this Agreement. Any special preparations, for water shipment or foreign trade outside of the North Americas, must be arranged for as a special consideration.

435

Graph Template

436

437

Graph Template

438

439

Locations and Contact Information
Americas

Asia-Pacific
NIDEC-SHIMPO
CORPORATION
Corporate Headquarters
1 Terada, Kohtari
Nagaokakyo-City
Kyoto Japan 617-0833

NIDEC-SHIMPO AMERICA
CORPORATION
1701 Glenlake Avenue
Itasca, IL 60143 USA
Sales & Customer Service
Engineering & Product
Support

NIDEC-SHIMPO
(ZHEJIANG)
CORPORATION
288 Ping Cheng Street
Pinghu Economic
Development Zone
Zhejiang, China

Toll-free: (800) 842-1479
Local: (630) 924-7138
Fax: (630) 924-7382
info@shimpodrives.com
www.drives.nidec-shimpo.com

NIDEC-CORPORATION
Corporate Headquarters
338 Tonoshiro-cho
Kuze Minami-ku
Kyoto 601-8205, Japan

NIDEC-SHIMPO MEXICO
Blvd. Carlos Salinas de Gortari
km. 9.5 Apodaca
Nuevo León. 66600. México

NIDEC-SHIMPO MEXICO
Parque Industrial El Marques
Circuito El Marques
Sur #12 Local 13
Mpio. El Marques Querétaro,
Mexico C.P.72646

NIDEC-SHIMPO BRASIL
Av. Paulista, 2073 - Ed. Horsa II,
17º andar, Conj. 1702
São Paulo - SP, Brasil CEP
01311-000

NIDEC-SHIMPO
(SHANGHAI)
Trading Company Ltd.
Shanghai, China

NIDEC-SHIMPO (KOREA)
CORPORATION
Seoul, Korea

NIDEC-SHIMPO
(TAIWAN) CORPORATION
Taichung City, China

NIDEC-SHIMPO (HONG
KONG) COMPANY, LTD.
Hong Kong, China

NIDEC-SHIMPO
(SINGAPORE)
CORPORATION
Singapore

NIDEC-SHIMPO INDIA
SALES AND TRADING
Bangalore, India

Many other satellite sales office locations throughout Asia-Pacific.
Please contact NIDEC-SHIMPO for more information.

440

SHIMPO’s North American headquarters
is located in suburban Chicago

www.drives.nidec-shimpo.com

NIDEC-SHIMPO
1701 Glenlake Avenue, Itasca, IL 60143 USA
Phone: (800) 842-1479 • Fax: (630) 924-7382
© NIDEC-SHIMPO Product Catalog 2014. All Rights Reserved.



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