Owner's Manual for GENERAC models including: G007006-0, 100A Smart Management Module SMM

Generac Power Systems, Inc.

Owner Manual / Installation

Introduction. Thank you for purchasing a Generac Smart Management. Module (SMM). SMMs are designed to work together to prevent a home standby generator from ...

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8363 7006 generac 100 amp smart management module install owner manual
Owner's/Installation Manual
100A Smart Management Module (SMM)

MODEL: G007006-0 DATE PURCHASED:______________

WARNING

Loss of life. This product is not intended to

be used in a critical life support application.

Failure to adhere to this warning could result

in death or serious injury.

(000209b)

WWW.GENERAC.COM 1-888-GENERAC (1-888-436-3722)
Para español , visita: http://www.generac.com/service-support/product-support-lookup Pour le français, visiter : http://www.generac.com/service-support/product-support-lookup
SAVE THIS Owner's/Installation Manual fMor SMAM NUAL FOR FUTURE REFERENCE i

WARNING
CANCER AND REPRODUCTIVE HARM www.P65Warnings.ca.gov.
(000393a)

ii

Owner's/Installation Manual for SMM

Table of Contents
Section 1: Introduction and Safety
Introduction ..........................................................1 Read This Manual Thoroughly ....................................1
Safety Rules .........................................................1 How to Obtain Service .................................................1
General Hazards ..................................................1
Section 2: General Information and Setup
Load Management Options .................................3 Application Considerations ................................3 Smart Management Module (SMM) ....................3 SMM and Carton Contents ..................................4 Setting Lockout ....................................................5 Jumper Locations ................................................5
Section 3: Installation, Tests, and Troubleshooting
Electrical Specifications .....................................9 Enclosure Specifications ....................................9 Remove Contents from Carton ...........................9 Tools Needed For Installation ............................9 Mounting Instructions .........................................9 Connections .......................................................10 Setting Priorities ................................................11 Tests ...................................................................11
Utility Test ..................................................................11 Installation Summary ........................................11 Troubleshooting ................................................12

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Owner's/Installation Manual for SMM

Section 1: Introduction and Safety

Introduction and Safety

Introduction
Thank you for purchasing a Generac Smart Management Module (SMM). SMMs are designed to work together to prevent a home standby generator from being overloaded by large appliance loads. The modules require no control wires, and provide a cost effective, quick installation. Use of up to eight modules is available, allowing protection of the home and necessary appliances.
The information in this manual is accurate based on products produced at the time of publication. The manufacturer reserves the right to make technical updates, corrections, and product revisions at any time without notice.
Read This Manual Thoroughly
WARNING
Consult Manual. Read and understand manual completely before using product. Failure to completely understand manual and product could result in death or serious injury.(000100a)
If any section of this manual is not understood, contact the nearest Independent Authorized Service Dealer (IASD) or Generac Customer Service at 1-888-436-3722 (1-888-GENERAC), or visit www.generac.com for starting, operating, and servicing procedures. The owner is responsible for proper maintenance and safe use of the unit.
SAVE THESE INSTRUCTIONS for future reference. This manual contains important instructions that must be followed during placement, operation, and maintenance of the unit and its components. Always supply this manual to any individual that will use this unit, and instruct them on how to correctly start, operate, and stop the unit in case of emergency.
Safety Rules
The manufacturer cannot anticipate every possible circumstance that might involve a hazard. The alerts in this manual, and on tags and decals affixed to the unit, are not all inclusive. If using a procedure, work method, or operating technique that the manufacturer does not specifically recommend, verify that it is safe for others and does not render the equipment unsafe.
Throughout this publication, and on tags and decals affixed to the unit, DANGER, WARNING, CAUTION, and NOTE blocks are used to alert personnel to special instructions about a particular operation that may be hazardous if performed incorrectly or carelessly. Observe them carefully. Alert definitions are as follows:

DANGER
Indicates a hazardous situation which, if not avoided, will result in death or serious injury.
(000001)
WARNING
Indicates a hazardous situation which, if not avoided, could result in death or serious injury.
(000002)
CAUTION
Indicates a hazardous situation which, if not avoided, could result in minor or moderate injury.
(000003)
NOTE: Notes contain additional information important to a procedure and will be found within the regular text of this manual. These safety alerts cannot eliminate the hazards that they indicate. Common sense and strict compliance with the special instructions while performing the action or service are essential to preventing accidents.
How to Obtain Service When the unit requires servicing or repairs, contact Generac Customer Service at 1-888-GENERAC (1-888-4363722) or visit www.generac.com for assistance. When contacting Generac Customer Service about parts and service, always supply the complete model and serial number of the unit as given on its data decal located on the unit. Record the model and serial numbers in the spaces provided on the front cover of this manual.
General Hazards
DANGER
Electrocution. Turn utility and emergency power supplies to OFF before connecting power source and load lines. Failure to do so will result in death or serious injury. (000116)

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Introduction and Safety
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General Information and Setup
Section 2: General Information and Setup

Load Management Options
Load management systems are designed to work together to avoid a generator from being overloaded by large appliance loads. Options include:
· Smart Management Modules (SMMs) · Smart A/C Module (SACM)--standard in single-
phase 100­800 amp RTS or RXS transfer switches.
These options can be used in conjunction or separately.
Application Considerations
Generator overload condition is determined by generator frequency. Loads are shed when frequency drops below a preset value for a predetermined time.
A SMM can be used individually or in conjunction with a SACM to manage a combined total of eight loads.
· SACM inputs 1­4 have fixed priorities of 1­4, respectively. SMM's can be individually set to priorities 1­8.
· To reduce loads returned to the generator all at once, it is best to set SMM priorities to follow after the last HVAC load has returned. This allows the generator to accept loads gradually, reducing the potential for additional nuisance load shed events.
· A SMM can share a priority with an A/C priority on the SACM provided the generator is sized to handle the combined surge load from both appliances.
· Sharing priorities can allow up to 12 loads to be managed in a correctly sized system.
In any combination of modules, recovery times after a loss of utility power or shutdown due to overload are shown in Table 2-1.
NOTE: For digital thermostats where a 24 VAC thermostat wire is not available, a SMM must be used to break the power at the HVAC load itself.

Smart Management Module (SMM)
Any 240V loads up to 100A (resistive, 90A inductive), including central air conditioners, can be managed using a SMM. The system can accommodate up to eight individual SMMs.
NOTE: SMMs are self-contained and have individual built-in controllers.
Table 2-1. Priority Settings

Priority 1 2 3 4 5 6 7 8

Recovery Time 5 minutes
5 minutes 15 seconds 5 minutes 30 seconds 5 minutes 45 seconds
6 minutes 6 minutes 15 seconds 6 minutes 30 seconds 6 minutes 45 seconds

SACM Yes Yes Yes Yes NA NA NA NA

SMM Yes Yes Yes Yes Yes Yes Yes Yes

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General Information and Setup

SMM and Carton Contents
Priority Dial (A)--Sets module priority.
NOTE: PRIORITY MUST BE DIFFERENT for each module in an installation. Priority sets the order in which loads recover from a load shed event. Recovery time from a load shed event is five minutes for Priority 1. Each priority after Priority 1 waits an additional 15 seconds after the initial recovery time. See Table 2-1.
Lockout Switch (B)--Enables or disables lockout function. Switch positions are LOCKOUT LOAD ON GENERATOR (enabled) and LOCKOUT DISABLED. See Table 2-2.
NOTE: Recovery time is based on priority dial settings. See Table 2-1.

Test Button (C)--Disables contactor output for a specified time.
LED (D)--Provides module status. See Table 2-3.
Contactor (E)--Normally OPEN. If generator begins to overload, the contactor opens to take load off generator power. See Connections.
Mounting Holes (F)--Internal enclosure mounting holes provide clean and sturdy mounting.
Directional Arrows (G)--Provided for mounting purposes.
Priority Decal (H)--Provided for recording priority of each module in installation. Install on electrical panel.

AB

CD

H

F

F

E

009380

G Figure 2-1. SMM Features and Controls

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General Information and Setup

Setting Lockout
SMMs are equipped with a lockout provision. The SMM can be set to enable lockout mode if load is identified as non-essential and does NOT need to operate on backup power during generator overload. Load can be an entire subpanel of multiple branch circuits.
Proceed as follows to set SMM to enable standard lockout mode:
1. See Figure 2-2. Slide lockout switch (1) to LOCKOUT LOAD ON GENERATOR.
2. Set mode selector jumper (4) on the control board as directed in Jumper Locations.
Jumper Locations
See Figure 2-2. The SMM control board is equipped with two movable jumpers (2). Jumper locations are indicated on the diagram:
· (3) Frequency Jumper · (4) Mode Selector Jumper (identified on control
board as "Lock Out Jumper")

The frequency jumper is factory set at the 60 Hz position. The mode selector jumper is factory set at position "A", which is considered standard for most installations.
Jumpers should remain in place except when operating the unit under either or both of the following conditions:
· Operating the unit at 50 Hz requires moving frequency jumper to "50 Hz" position.
· For installations in areas with unstable utility power, set mode selector jumper to position "B".
To move a jumper:
1. Remove power.
2. Grasp jumper and pull straight up until it clears the pins.
3. Move jumper to new location and press it gently onto the pins until seated.
NOTE: To avoid bending or breaking pins, do not rock jumper, use excessive force, or pull sideways to remove it from the SMM control board.

1

2

3 Figure 2-2. Jumper Locations

4
007115

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General Information and Setup

Table 2-2. Lockout Switch Settings

Lockout Switch Setting

Mode Selector Jumper Position

Mode

Function

LOCKOUT LOAD ON GENERATOR

A

Generator

Module sheds load and does not reconnect until utility returns. This setting is considered standard for most installations.

LOCKOUT LOAD ON GENERATOR
LOCKOUT LOAD ON GENERATOR
LOCKOUT DISABLED

B A or B A or B

Generator

Module sheds load and does not reconnect until utility returns. This setting is recommended for installations in areas with unstable utility power.

Utility

Power is available on module output.

Generator

Module operates with standard load shed logic. See Table 2-1 for more information.

LOCKOUT DISABLED A or B

Utility

Power is available on module output.

NOTE: Duration of Return to Utility timer is longer in Mode B.

State Shed

LED State
1 second flash (1 On ­ 1 Off)

Lockout

3 second flash

(30 minutes) (3 On ­ 3 Off)

Lockout

6 second flash

Switch Active (6 On ­ 6 Off)

Lockout Switch Active

ON

Normal

ON

Test

1 second flash

Table 2-3. LED States

Mode Generator
Generator
Generator
Utility Generator or
Utility
Generator or Utility

Note
Module detected an overload and shed its load. This state only occurs in generator mode, or during a first time utility power-up for five minutes of initial operation.
Module detected an overload while trying to recover from a shed situation. Operation is disabled for 30 minutes. This state only occurs in generator mode.
Module output is disabled and there is no power to the appliance while in generator mode and generator is overloaded. Lockout switch must be ON. See Table 2-2.
Lockout switch operates in generator mode only. It has no function in utility mode. LED is solid, indicating load is connected. Lockout switch must be ON. See Table 2-2.
Indicates appliance has power. This is the default in utility mode. It is the normal operating state in generator mode when an overload is not detected.
Test button triggers a typical shed condition and overrides all other states except generator lockout switch ACTIVE state.
NOTE: Actual test time varies depending on SMM priority setting. Use the following formula to calculate test time:
Time = (P-1) x 15 seconds, where P represents priority setting. Example: SMM Priority 6 test time = (6-1) x 15 seconds, or 75 seconds.

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Owner's/Installation Manual for SMM

Start Load is OFF

NO Have five minutes
elapsed?
YES

Is power within nominal for utility?
NO

YES

Lockout switch is set to:
LOCKOUT LOAD

LOCKOUT DISABLED

Figure 2-3. SMM Sequence of Operations

YES

NO Is power within nominal for utility?

Has module

NO

previously locked out

YES

the l oad? (Module now

in lockout recovery)

LOCKOUT LOAD

Lockout switch is set to:

LOCKOUT DISABLED

Load is ON

YES

Was lockout

NO

recovery operation

successful?

YES

NO
Is power within limits for generator?

Has module

NO

previously shed theload?

YES

(Module now in

load-shed recovery)

(2)

Notes: (1) Refer to the Priority Settings table for information on recovery priority times. (2) If the module detects a generator overload during a load-shed recovery ,
the module will again shed the load for up to 30 minutes.

Load is OFF Load is ON

YES

Have load-shed recovery time and module priority
time elapsed? (1)

NO Load is OFF

007111

General Information and Setup

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Installation, Tests, and Troubleshooting
Section 3: Installation, Tests, and Troubleshooting

Electrical Specifications

Input voltage Current rating Locked rotor amp rating Motor rating Contactor coil voltage

240 VAC 100A resistive, 90A inductive 540A 15 HP 240 VAC

Enclosure Specifications

Enclosure Temperature

Type 3R -22 to 122 °F (-30 to 50 °C)

Remove Contents from Carton
Proceed as follows to remove contents from carton:
1. Open carton. 2. Remove and verify carton contents:
· SMM · Priority decal · Owner/installation manual
NOTE: Contact Generac Customer Service if any of these items are missing.
3. Retain carton for mounting template. 4. Contact the place of purchase with unit model
number to report any missing carton contents.
5. Record date of purchase on front cover of this manual.

Mounting Instructions
DANGER
Electrocution. Turn utility and emergency power supplies to OFF before connecting power source and load lines. Failure to do so will result in death or serious injury. (000116)
Recommended installation is near the electrical panel or appliance/load. The enclosure has a NEMA 3R rating and can be mounted indoors or outdoors. It provides a degree of protection against rain and sleet and is undamaged by the formation of ice on the enclosure.
1. Turn off both UTILITY (NORMAL) and EMERGENCY (STANDBY) power supplies.
2. Select mounting location (near electrical panel, appliance, or load to be managed).
3. See Figure 2-1. Hold SMM enclosure against mounting surface with arrows (G) pointing up, and mark or drill four mounting holes (F). See Figure 31 for mounting dimensions if necessary.

Tools Needed For Installation
· Power drill and suitable drill bit
· Phillips and flat head screwdrivers
· Mounting screws or wall anchors
· Electrical materials
· Voltmeter to indicate voltage presence
NOTE: Use the Digital Multimeter (DMM) LowZ low input impedance setting to collect accurate voltage measurements. LowZ eliminates the possibility of inaccurate ghost voltage readings, also known as phantom voltage or stray voltage readings. See DMM manufacturer's literature for additional information.

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Installation, Tests, and Troubleshooting

W1 W2
H1

Connections

DANGER

Electrocution. Turn utility and emergency power supplies to OFF before connecting power source and load lines. Failure to do so will result in death or serious injury. (000116)
H2

GI H

L1

D1

Figure 3-1. Mounting Dimensions

009113

H1 Height (in/mm)
H2

W1 Width (in/mm)
W2

Depth (in/mm)

D1

7.0 / 178.5 2.4 / 61.0 11.4 / 289.4 7.8 / 200.0 5.3 / 136.9

4. Install SMM enclosure to mounting surface using appropriate mounting screws or wall anchors.

A

C

T1

T2

L2

B

D

J

E

F

009377

Figure 3-2. Wiring Diagram

Legend A Red (240 VAC - Line) B Black (240 VAC - Line) C Red (240 VAC - Load) D Black (240 VAC - Load) E White - Neutral (as required) F Green - Ground (as required) G Black - Factory (PCB) H Red - Factory (PCB) I Blue - Factory (PCB) J Blue - Factory (Jumper)

1. Turn off both UTILITY (NORMAL) and EMERGENCY (STANDBY) power supplies before connecting power source and load lines to transfer switch and SMM.
NOTE: Suitable conduit fittings must be installed in knockout openings when running supply and load wires.
NOTE: Use at least 167 °F (75 °C) rated wire and gauge per installation instructions. See Table 3-1 for recommended wire size based on load current.

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Installation, Tests, and Troubleshooting

Table 3-1. Recommended Wire Sizes

Temperature rating of conductor: 167 ºF (75 ºC)

Conductor types: RHW, THHW, THW, THWN, XHHW, USE, ZW

Size AWG

Maximum Current Rating

8

50A

6

65A

4

85A

2

115A

1

130A

NOTE: Do not put more than three conductors in raceway, cable, or earth.

2. Run line supply wires per applicable NEC code articles for wiring method selected.
3. Run load wires per applicable NEC code articles for wiring method selected.
4. See Figure 3-2. Connect line supply wiring (A, B) to line side of SMM contactor field terminals. Tighten field terminals to 60 in-lbs (6.8 Nm).
5. Connect load supply wiring (C, D) to load side of SMM contactor field terminals.
NOTE: If neutral (E) and ground (F) wires are included, connect inside SMM using a listed termination device.
The unit is now ready to configure, apply power, and perform testing.

Tests
Utility Test 1. Turn utility power ON and enable all module feeding circuits. 2. Verify LED begins to flash at one second intervals. 3. All contactors will close after five minutes. LED will illuminate and remain ON.
NOTE: The five-minute delay allows magnetism to dissipate from the air conditioner compressor. This promotes easier starting and eliminates the potential for reverse compressor operation.
Installation Summary
· Install cover on electrical panel. · Install covers on modules.

Setting Priorities
High priority 240 VAC loads should be set to the highest priorities so those loads recover first in the event of generator overload.
NOTE: The highest priority, and first load to activate, is Priority 1. The last load to activate is Priority 8.
Setting priority determines timing for three scenarios: · Order in which loads recover · Delay time until power returns during an outage · Delay time for post load shed recovery
An example configuration is shown below. Configurations will vary depending on customer prioritization of loads:

Priority 1: Baseboard heat Priority 2: Air conditioner Priority 3: Range Priority 4: Clothes Dryer

Priority 5: Non-essential circuits Priority 6: Pool pump or hot tub Priority 7: Other circuits Priority 8: Other circuits

1. Set the priority of each SMM as desired (using the example configuration for reference).
2. Apply priority decal in a suitable location on electrical panel to record chosen priority designations.
3. Record priorities on decal.

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Installation, Tests, and Troubleshooting

Troubleshooting
See Table 3-2 for troubleshooting problems, causes, and corrections.

Table 3-2. Troubleshooting

Problem

Cause

Correction

Load not powered; LED is OFF Circuit breaker disabled. Load not powered; LED is OFF MLCB disabled and generator OFF.

Load not powered; LED flashing 1 second interval

Generator power just applied to unit. Utility power just applied to unit. Generator was overloaded and shed occurred.

Load not powered; LED flashing This load overloaded the generator

3 second interval

while attempting recovery from a shed.

It is in a 30 minute lockout wait period.

Load not powered; LED flashing The lockout switch is enabled and the

6 second interval

unit is on generator power.

Enable circuit breaker.
Enable MLCB if utility is present or verify generator operation if outage.
Wait five minutes plus the priority time delay (see Table 2-1) for unit to enable output.
Wait 30 minutes from lockout for unit to attempt to reapply load. Review all loads enabled in household. The generator may experience another overload condition when this load is enabled. Disable some loads to prevent generator overload from recurring.
During installation, it was determined that this load will be disabled during generator operation to prevent generator overload. Contact IASD for details.

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Part No. 10000041226 Rev. A 03/26/19 ©2019 Generac Power Systems, Inc. All rights reserved Specifications are subject to change without notice. No reproduction allowed in any form without prior written consent from Generac Power Systems, Inc.

Generac Power Systems, Inc. S45 W29290 Hwy. 59 Waukesha, WI 53189
1-888-GENERAC (1-888-436-3722) www.generac.com



References

Aspose Ltd. Aspose.Pdf for .NET 8.2.0