I-Line Enable Module Class 2110 – Instruction Bulletin PDF
JYT97577–01

Communications Packages

IFM I-LEM Modbus-SL Communication Interface Accessory and Control Wiring

DANGER
HAZARD OF ELECTRIC SHOCK, EXPLOSION, OR ARC FLASH
  • Apply appropriate personal protective equipment (PPE) and follow safe electrical work practices. See NFPA 70E, CSA Z462 or NOM-029-STPS.
  • This equipment must only be installed and serviced by qualified electrical personnel.
  • Turn off all power supplying this equipment before working on or inside equipment.
  • Always use a properly rated voltage sensing device to confirm that all power is off.
  • Replace all devices, doors, and covers before turning on power to this equipment.
  • Qualified persons performing diagnostics or troubleshooting that require electrical conductors to be energized must comply with NFPA 70 E—Standard for Electrical Safety Requirements for Employee Workplaces and OSHA Standards—29 CFR Part 1910 Subpart S—Electrical.
Failure to follow these instructions will result in death or serious injury.

IFM I-LEM Catalog Numbers

Catalog Number

Voltage VAC

Features

ICWL2222M01

120–240

Wide Side, Bottom Feed, IFM, Interface for Modbus-SL communication

ICWR2222M01

120–240

Wide Side, Top Feed, IFM, Interface for Modbus-SL communication

ICWL2422M01

277–480

Wide Side, Bottom Feed, IFM, Interface for Modbus-SL communication

ICWR2422M01

277–480

Wide Side, Top Feed, IFM, Interface for Modbus-SL communication

ICWL2622M01

480–600

Wide Side, Bottom Feed, IFM, Interface for Modbus-SL communication

ICWR2622M01

480–600

Wide Side, Top Feed, IFM, Interface for Modbus-SL communication

ICNL2222M01

120–240

Narrow Side, Bottom Feed, IFM, Interface for Modbus-SL communication

ICNR2222M01

120–240

Narrow Side, Top Feed, IFM, Interface for Modbus-SL communication

ICNL2422M01

277–480

Narrow Side, Bottom Feed, IFM, Interface for Modbus-SL communication

ICNR2422M01

277–480

Narrow Side, Top Feed, IFM, Interface for Modbus-SL communication
NOTE: Narrow Side units are not available for units with ratings greater than 480 VAC.

Communications IFM I-Line Enable Module

NOTE: IFM I-LEM Wide side version shown. Also available in Narrow Side.

IFM I-LEM System Characteristics

B1

Accessory Panel

Location of accessory operation connections

B2

RS-485 (2-wire Modbus)  - RJ45 Connector. Commscope 2111122-1

RS-485 port for daisy chaining other I-Line Enable Module units or Modbus communicating equipment for Modbus-SL network connection.

B3

ULP - RJ45 Connector Commscope 2111122-1

NSX cord connection(s) for ULP communications with circuit breaker(s).

B4

24 VDC Output - PCB Connector. Phoenix Contact 1757019

Provides 24 VDC from the power supply to the trip unit.

B5

IFM Modbus-SL Interface Schneider LV434000

Enables the I-Line Enable Module / circuit breaker to be connected to an RS-485 Serial Line Modbus network and ULP to Modbus-SL converter.

B6

2-Pole Fused Disconnect Switch

Provides the ability to remove power from the inside of the unit while installed on the I-Line bus stack or connected to the LINE side power source.  It doesn't remove power from I-Line bus stack.
NOTE: Refer to Connector Usage Information for connector details.

Adjustment of IFM Modbus Address

IFM I-LEM Accessory Panel

  

IFM I-LEM Accessory Panel Connection Identification

P

24 VDC Power Outputs Connections

24 AWG–14 AWG (0.2–2.5 mm²) twisted pair cable

R

RS-485 Connection, 2-wire Modbus

Cat 5e Shielded

1

ULP 1 – IFM 1 or IFM ID 01

Cat 5e Shielded

2

ULP 2 – IFM 02

Cat 5e Shielded

3

ULP 3 – IFM 03

Cat 5e Shielded

4

ULP 4 – IFM 04

Cat 5e Shielded

5

ULP 5 – IFM 05

Cat 5e Shielded

6

ULP 6 – IFM 06

Cat 5e Shielded

7

ULP 7 – IFM 07

Cat 5e Shielded

8

ULP 8 – IFM 08

Cat 5e Shielded

9

ULP 8 – IFM 09

Cat 5e Shielded

IFM I-LEM Communications Connections

NOTE: Refer to the bulletins shipped with each component and included in the I-Line Enable Module installation packet for detailed set-up instructions.

  1. Install the IFM I-Line Enable Module according to the I-Line Enable Module installation instructions.
  2. Connect the 24 VDC power wires from the MicroLogic trip unit in the circuit breaker to the 24 VDC power supply connector on the accessory panel of the IFM I-Line Enable Module. See Connector Usage Information.
    NOTE: Refer to the instructions provided with the circuit breaker and/or trip unit for details.
  3. Repeat for multiple trip units by using a multi-conductor terminal strip such as Phoenix Contact 3007110 or equivalent.
  4. Connect the ULP cord(s) from the circuit breaker communication module ULP (BCM or BSCM) to the RJ45 connectors labeled "ULP" on the accessory panel of the IFE I-Line Enable Module. Additional ULP connections are available to provide communication to other communicating circuit breakers.
  5. The identification number of the ULP connectors mounted on the accessory panel will match the Modbus address that is set on the face of the IFM.
  6. Connect a Modbus Serial cable to the RJ45 connector labeled "RS-485" on the accessory panel of the IFM I-Line Enable Module for remote set-up or monitoring via Modbus Serial.

    Refer to IFM I-LEM Communication Schematic Diagram, NVE4859200—IFM I-Line Enable Module (240 and 480 VAC), and PHA6993500—IFM I-Line Enable Module (600 VAC).

U-PaS I-LEM Ethernet Communication Interface Accessory and Control Wiring

DANGER
HAZARD OF ELECTRIC SHOCK, EXPLOSION, OR ARC FLASH
  • Apply appropriate personal protective equipment (PPE) and follow safe electrical work practices. See NFPA 70E, CSA Z462 or NOM-029-STPS.
  • This equipment must only be installed and serviced by qualified electrical personnel.
  • Turn off all power supplying this equipment before working on or inside equipment.
  • Always use a properly rated voltage sensing device to confirm that all power is off.
  • Replace all devices, doors, and covers before turning on power to this equipment.
  • Qualified persons performing diagnostics or troubleshooting that require electrical conductors to be energized must comply with NFPA 70 E—Standard for Electrical Safety Requirements for Employee Workplaces and OSHA Standards—29 CFR Part 1910 Subpart S—Electrical.
Failure to follow these instructions will result in death or serious injury.
DANGER
HAZARD OF ELECTRIC SHOCK, EXPLOSION, OR ARC FLASH
  • Verify that all non-Schneider Electric (third-party) protective devices meet at least 10 V/m at 2.4 GHz Radio Frequency (RF) immunity levels before installing or using in this equipment.
  • Contact your local Schneider Electric representative if you are uncertain if the device being installed meets this level.
Failure to follow these instructions will result in death or serious injury.

NOTE: Panelboards can use either Bottom Feed or Top Feed. Switchboards use only Bottom Feed versions.

U-PaS I-LEM Catalog Numbers

Catalog Number

Voltage VAC

Features

ICNL222XUPAS

120–240

Narrow Side, Bottom Feed, Universal Panel Server

ICNR222XUPAS

120–240

Narrow Side, Top Feed, Universal Panel Server

ICNL242XUPAS

240–480

Narrow Side, Bottom Feed, Universal Panel Server

ICNR242XUPAS

240–480

Narrow Side, Top Feed, Universal Panel Server

ICWL222XUPAS

120–240

Wide Side, Bottom Feed, Universal Panel Server

ICWR222XUPAS

120–240

Wide Side, Top Feed, Universal Panel Server

ICWL242XUPAS

240–480

Wide Side, Bottom Feed, Universal Panel Server

ICWR242XUPAS

240–480

Wide Side, Top Feed, Universal Panel Server

ICWL262XUPAS

480–600

Wide Side, Bottom Feed, Universal Panel Server

ICWR262XUPAS

480–600

Wide Side, Top Feed, Universal Panel Server

U-PaS I-Line Enable Module

NOTE: Wide side U-PaS I-Line Enable Module version shown.

U-PaS I-LEM System Characteristics

H1

Accessory Panel

Location of accessory operation connections.

H2

Local Ethernet -  RJ45 Connector (Bulkhead)

Front Ethernet access to U-PaS gateway for initial set-up or monitoring. Temporary use only.

H3

Ethernet - RJ45 Connector Commscope 2111122-1

Ether 1 - Ethernet connection for remote set-up and network connection.
Ether 2 - For daisy chaining other I-Line Enable Module units or Ethernet communicating equipment.

H4

RS-485 (2-wire Modbus)  - RJ45 Connector. Commscope 2111122-1

RS-485 port for daisy chaining other I-Line Enable Module units or Modbus communicating equipment for Modbus-SL network connection.

H5

Digital Outputs - PCB Connector. Phoenix Contact 1757019

2 software-configurable Digital Inputs (DI): Dry contact or pulse contacts. For DI through dry contact, a 24V external power supply is required. For DI through pulse contact, 24V external power supply is not required. Digital Inputs are programmed to default to Dry Contacts. If needed, DI configuration can be customized through EPC.

H6

Universal Panel Server (U-PaS) Schneider PAS600L

Wireless Concentrator, Modbus Gateway, and Energy Server provide Ethernet, Modbus and IEEE 802.15.4 communication. Enables the I-Line Enable Module to be connected to an Ethernet Network and features as Web Server to Modbus-SL and ULP. 

H7

Wireless Communication

Provides downstream IEEE 802.15.4 connectivity for Schneider devices with wireless sensor.

H8

2-Pole Fused Disconnect Switch

Provides the ability to remove power from the inside of the unit while installed on the I-Line bus stack or connected to the LINE side power source. It doesn't remove power from the I-Line bus stack.
NOTE: Refer to Connector Usage Information for connector details.

U-PaS I-LEM Accessory Panel

U-PaS I-LEM Accessory Panel Connection Identification

E

Ethernet Connections

Cat 5e Shielded

D

Digital Outputs Connections

24 AWG–14 AWG (0.2–2.5 mm²)

R

RS-485 Connection, 2-wire Modbus

Cat 5e Shielded

U-PaS I-LEM Connections

NOTE: Refer to the bulletins shipped with each component and included in the I-Line Enable Module installation packet for detailed set-up instructions.

  1. Install the U-PaS I-Line Enable Module according to the I-Line Enable Module installation instructions.
  2. Connect the Ethernet cable to the RJ45 connector labeled "ETHER 1" on the accessory panel for remote set-up or monitoring of the U-PaS I-Line Enable Module.

    Optional: A second Ethernet RJ45 connection, labeled "ETHER 2," is available for daisy chaining an ERMS I-LEM or PM I-LEM, or for daisy chaining Ethernet communicating equipment.

    Refer to U-PaS I-LEM Communication Schematic Diagram and JYT1888601—U-PaS I-Line Enable Module (240, 480, and 600 VAC).

  3. Connect the Modbus Serial cable to the RJ45 connector labeled "RS-485" on the accessory panel of the I-Line Enable Module for daisy chaining an IFM I-Line Enable Module, or for daisy chaining Modbus Serial communicating equipment. This type of configuration allows ULP connections to provide communication to other communicating circuit breakers.

    Refer to U-PaS I-LEM Communication Schematic Diagram and JYT1888601—U-PaS I-Line Enable Module (240, 480, and 600 VAC).

Connecting Multiple Communication I-Line Enable Modules

DANGER
HAZARD OF ELECTRIC SHOCK, EXPLOSION, OR ARC FLASH
  • Apply appropriate personal protective equipment (PPE) and follow safe electrical work practices. See NFPA 70E, CSA Z462 or NOM-029-STPS.
  • This equipment must only be installed and serviced by qualified electrical personnel.
  • Turn off all power supplying this equipment before working on or inside equipment.
  • Always use a properly rated voltage sensing device to confirm that all power is off.
  • Replace all devices, doors, and covers before turning on power to this equipment.
  • Qualified persons performing diagnostics or troubleshooting that require electrical conductors to be energized must comply with NFPA 70 E—Standard for Electrical Safety Requirements for Employee Workplaces and OSHA Standards—29 CFR Part 1910 Subpart S—Electrical.
Failure to follow these instructions will result in death or serious injury.

Modbus Serial Connections

  1. When connecting two communication I-Line Enable Modules or alternative Modbus communication equipment, you may use an RS-485 2-wire Modbus connection.
  2. When connecting Modbus-SL communicating devices such as IFM and U-PaS I-Line Enable Modules, perform the connection using a 2 x RJ45 Modbus cable (for example, VW3A8306R03, VW3A8306R10, or VW3A8306R30).
  3. If the connection is between an I-Line Enable Module and any other gateway or Modbus equipment, the receiving components should be capable of accepting an RS-485 2-wire Modbus connection.
    NOTE: When adding an additional IFM I-Line Enable Module to a system that uses an IFE gateway, observe the following general guidelines for sizing the application.

    • Maximum of 11 IFM interfaces can be physically connected to one IFE server. This can be used for applications that have the lowest performance requirement and are recommended for simple applications.

    • Maximum of eight IFM interfaces should be used for applications that require regular access via the IFE web pages or that have other primaries communicating, such as FDM128 display. This normally provides a reasonable response time for up to three primaries.

    • Refer to Enerlin'X IFE Ethernet Switchboard Server User Guide, DOCA0084EN, for more information.

  4. Each IFM I-Line Enable Module comes with one IFM installed. Each IFM I-Line Enable Module can have additional IFMs installed per the following rules:

    Additional IFMs Installation Rules

    IFM I-Line Enable Commercial Reference Description IFMs Installed in I-Line Enable Factory Additional IFMs Maximum IFMs Total Capacity

    ICNL2222M01

    IFM I-Line Enable Module, 240V, Narrow, Left

    1

    4

    5

    ICNL2422M01

    IFM I-Line Enable Module, 480V, Narrow, Left

    1

    4

    5

    ICNR2222M01

    IFM I-Line Enable Module, 240V, Narrow, Right

    1

    4

    5

    ICNR2422M01

    IFM I-Line Enable Module, 480V, Narrow, Right

    1

    4

    5

    ICWL2222M01

    IFM I-Line Enable Module, 240V, Wide, Left

    1

    8

    9

    ICWL2422M01

    IFM I-Line Enable Module, 480V, Wide, Left

    1

    8

    9

    ICWR2222M01

    IFM I-Line Enable Module, 240V, Wide, Right

    1

    8

    9

    ICWR2422M01

    IFM I-Line Enable Module, 480V, Wide, Right

    1

    8

    9

    ICWL2622M01

    IFM I-Line Enable Module, 600V, Wide, Left

    1

    2

    3

    ICWR2622M01

    IFM I-Line Enable Module, 600V, Wide, Right

    1

    2

    3
  5. U-PaS Only I-Line Enable Modules do not come with any IFMs installed. IFMs that are connecting to a U-PaS will be located in an IFM I-Line Enable Module.
    NOTE: When adding an additional IFM I-Line Enable Module to a system that uses a U-PaS gateway, consider that a maximum of 11 IFM interfaces can be physically connected to one U-PaS.

Ethernet Daisy Chain Connections

NOTICE
hazard of improper functionality
  • Read ULP system bulletin (catalog number 0602IB1503) before activating any ULP components.
Failure to follow these instructions can result in equipment damage.
  1. When connecting two communication I-Line Enable Modules or other Ethernet communicating devices, you may use an Ethernet daisy-chain connection method.
  2. Use shielded Ethernet patch cables (Cat5e) or equivalent.
    NOTE: Accessory Panels in Ethernet Daisy Chain are illustrative only. They can represent an Ethernet device or I-Line Enable Module.

    Ethernet Daisy Chain

Expanding the Communication Package

DANGER
HAZARD OF ELECTRIC SHOCK, EXPLOSION, OR ARC FLASH
  • Apply appropriate personal protective equipment (PPE) and follow safe electrical work practices. See NFPA 70E, CSA Z462 or NOM-029-STPS.
  • This equipment must only be installed and serviced by qualified electrical personnel.
  • Turn off all power supplying this equipment before working on or inside equipment.
  • Always use a properly rated voltage sensing device to confirm that all power is off.
  • Replace all devices, doors, and covers before turning on power to this equipment.
  • Qualified persons performing diagnostics or troubleshooting that require electrical conductors to be energized must comply with NFPA 70 E—Standard for Electrical Safety Requirements for Employee Workplaces and OSHA Standards—29 CFR Part 1910 Subpart S—Electrical.
Failure to follow these instructions will result in death or serious injury.
NOTICE
hazard of improper functionality
  • Read ULP system bulletin (catalog number 0602IB1503) before activating any ULP components.
Failure to follow these instructions can result in equipment damage.

The design of the I-Line Enable Modules IFM and ERM2 allows for the expansion of the available communication capacity. Both versions allow the addition of IFMs for communicating to MicroLogic trip units. The MicroLogic trip units must be capable of communication and these can be in the PowerPacT H-, J-, L-, P-, and/or R-frame circuit breakers.

The expansion kits listed in Kits for Additional IFM Installation provide all components and instructions necessary for expanding the units listed in I-Line Enable Modules Available for Expanding Communication.

Kits for Additional IFM Installation

Kit Part Number

Description

ICIFM1

IFM Kit for adding 1 IFM

ICIFM5

IFM Kit for adding up to 5 IFMs

I-Line Enable Modules Available for Expanding Communication

I-Line Enable Commercial Reference

Description

IFMs Installed in I-Line Enable Factory

Additional IFMs

Maximum IFMs Total Capacity

ICNL2222M01

IFM I-Line Enable Module, 240V, Narrow, Left

1

4

5

ICNL2422M01

IFM I-Line Enable Module, 480V, Narrow, Left

1

4

5

ICNR2222M01

IFM I-Line Enable Module, 240V, Narrow, Right

1

4

5

ICNR2422M01

IFM I-Line Enable Module, 480V, Narrow, Right

1

4

5

ICWL2222M01

IFM I-Line Enable Module, 240V, Wide, Left

1

8

9

ICWL2422M01

IFM I-Line Enable Module, 480V, Wide, Left

1

8

9

ICWR2222M01

IFM I-Line Enable Module, 240V, Wide, Right

1

8

9

ICWR2422M01

IFM I-Line Enable Module, 480V, Wide, Right

1

8

9

ICWL2622M01

IFM I-Line Enable Module, 600V, Wide, Left

1

2

3

ICWR2622M01

IFM I-Line Enable Module, 600V, Wide, Right

1

2

3

ICWL2222ERM2

ERM2 I-Line Enable Module, 240V, Wide, Left

2

2

4

ICWL2422ERM2

ERM2 I-Line Enable Module, 480V, Wide, Left

2

2

4

ICWR2222ERM2

ERM2 I-Line Enable Module, 240V, Wide, Right

2

2

4

ICWR2422ERM2

ERM2 I-Line Enable Module, 480V, Wide, Right

2

2

4

ICWL2622ERM2

ERM2 I-Line Enable Module, 600V, Wide, Left

1

0

1

ICWR2622ERM2

ERM2 I-Line Enable Module, 600V, Wide, Right

1

0

1

Expanding Communication by Adding IFMs - Installation Instructions

NOTE: Refer to the bulletins shipped with each component and included in the I-Line Enable Module installation packet for detailed set-up instructions.

  1. Follow all Lockout/Tagout procedures prior to removing the I-Line Enable Module from the equipment. Turn off all power supplying this equipment before working on or inside the equipment. Remove the I-Line Enable Module from the equipment prior to removing the I-Line Enable Module covers.
  2. Refer to Kits for Additional IFM Installation and I-Line Enable Modules Available for Expanding Communication for necessary kits to install additional IFMs to I-Line Enable Module and applicable units.
  3. Remove the top and side covers by removing the screws, identified in Cover Removal, using a #2 Phillips-head screwdriver.
  4. Remove the DIN rail mounted spacers (MG27062)—two spacers equal the same width of one IFM.
  5. Install the stacking accessory (TRV00217) on the DIN rail as shown in steps 5a and 5b of IFM Installation.
  6. Remove the cover from the bottom of the IFM unit, as shown in steps 6a and 6b of IFM Installation.
  7. Place the IFM onto the installed stacking accessory on the DIN rail, as shown in steps 7a, 7b, and 7c of IFM Installation.
  8. Connect the RJ45 connector of the patch cord to the RJ45 port located at the bottom of the IFM and identified with the ULP pictogram, as shown in steps 8 and 9 of IFM ULP Ports.
  9. Install the ULP line terminator (TRV00880) in the second RJ45 port located at the bottom of the IFM and identified with the ULP pictogram, as shown in steps 8 and 9 of IFM ULP Ports.
  10. Remove the appropriate "ULP" knockout from the accessory panel of the I-Line Enable Module to create one or more openings. To remove the knockout, rotate the weakened area along the knockout outline until it breaks loose and pop it out. Discard the removed tab.
  11. Install the RJ45/RJ45 inline coupler into the openings of the accessory panel by sliding the connector in the opening so that the stationary jaws of the coupler fit on each side of the accessory panel first, then rotate the RJ45/RJ45 inline coupler into the opening so that the flexible jaws snap into place.
  12. Connect the other end of the RJ45 connector of the patch cord (see step 8 above) to the RJ45/RJ45 inline coupler (see step 11 above).
  13. Repeat steps 4 through 12 above when installing multiple IFMs.
  14. After multiple IFMs have been added to the I-Line Enable Module, the final IFM in the chain should have a Modbus terminator (VW3A8306RC) installed (refer to IFM Installation for location). One terminator is supplied with every communicating I-Line Enable Module in the information packet.
  15. Install the necessary DIN rail mounted spacers (MG27062), that were removed in step 4, to make sure there are no gaps when the top cover is installed. Refer to Appendix B - Installation Schematics (in the I-Line Enable Instruction Bulletin) for the layout of the IFMs and spacers.
  16. Replace the top and side covers using the screws removed in step 3 above. Refer to Cover Removal and Cover Screws.
  17. The I-Line Enable Module should now be prepared with the correct number of IFMs (refer to I-Line Enable Modules Available for Expanding Communication) and ready to install into an I-Line panelboard or switchboard.
  18. Adjust the Modbus address of the IFMs. Refer to Adjustment of IFM Modbus Address.
  19. The I-Line Enable Module is now ready to be interconnected for multiple communicating circuit breakers. Refer to Appendix A - System Communication Schematics and Appendix B - Installation Schematics for interconnection with circuit breakers.
    NOTE: The circuit breaker must have a Breaker Communication Module (BCM) or Breaker Status Control Module (BSCM). The circuit breaker ULP Cord is not included in the expansion kits. Refer to Appendix A - System Communication Schematics and Appendix B - Installation Schematics for interconnection with circuit breakers.

Cover Removal

Cover Screws

Covers

Screw

Wide
(Quantity per cover)

Narrow
(Quantity per cover)

Top

8-32 x 0.375 in

6

6

Side

8-32 x 0.5 in

9

8

IFM Installation

IFM ULP Ports

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