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Elevator Core Reference Guide

Elevator Core CANopen Communication Setup Parameters

The following Parameters must be set for the drive to be controlled over CANopen

  1. Configure the Command Source to CANopen in P1-01.

    Set P1-01 to 2: CANopen for drive control via CAN communication.

    Parameter Number

    Parameter Name

    Units

    Default

    Available Settings

    Access

    Change During Run

    Scaling

    Size (Bytes)

    CAN Register

    CAN Sub Index

    Modbus Register

    P1-01

    Primary Command Source

    N/A

    0: Terminal

    0: Terminal

    1: Modbus RTU

    2: CANopen

    3: Reserved

    RW

    N

    N/A

    1

    2065h

    0

    101

  2. Set the CANopen Address in P2-07.

    Parameter Number

    Parameter Name

    Units

    Default

    Available Settings

    Access

    Change During Run

    Scaling

    Size (Bytes)

    CAN Register

    CAN Sub Index

    Modbus Register

    P2-07

    CANopen Address

    N/A

    1

    1 ... 127

    RW

    N

    N/A

    1

    20CFh

    0

    207

  3. Set the CANopen Baudrate in P2-08.

    Must match the controllers baud rate

    Parameter Number

    Parameter Name

    Units

    Default

    Available Settings

    Access

    Change During Run

    Scaling

    Size (Bytes)

    CAN Register

    CAN Sub Index

    Modbus Register

    P2-08

    CANopen Baud Rate

    N/A

    2: 500kbps

    0: 125kbps

    1: 250kbps

    2: 500kbps

    3: 1Mbps

    RW

    N

    N/A

    1

    20D0h

    0

    208

  4. Set Heartbeat communication loss reaction in P2-09

    Parameter Number

    Parameter Name

    Units

    Default

    Available Settings

    Access

    Change During Run

    Scaling

    Size (Bytes)

    CAN Register

    CAN Sub Index

    Modbus Register

    P2-09

    CANopen Comms Loss Reaction

    N/A

    2: Ramp to Stop Only (No Trip)

    0: Trip

    1: Ramp to Stop then Trip

    2: Ramp to Stop Only (No Trip)

    3: Run at Inspection Speed (P8-09)

     RW

    Y

    N/A 

    1

    20D1h

    0

    209