Object Dictionary

Contents

Object Dictionary#

Complete reference for object dictionary revision 1.2. The machine readable version is md_1.2.eds, available from Downloads.

The dictionary is split into three ranges:

  • 0x1000 to 0x1FFF, communication area. CiA 301 objects: identification, heartbeat, SYNC and PDO configuration.

  • 0x2000 to 0x5FFF, manufacturer specific area. MAB objects: motor parameters, encoders, controller gains, status and commands.

  • 0x6000 to 0x9FFF, profile specific area. CiA 402 objects: state machine, modes, setpoints and limits.

Access types are ro read only, wo write only, rw read and write over SDO, and rww read and write over SDO or through a receive PDO. The PDO column says whether the entry can be mapped into a PDO.

Note

Ranges in the notes column are the ones the firmware enforces. They are sometimes narrower than the data type allows and, in a few places, narrower than the EDS declares. A value outside the enforced range is rejected with SDO abort code 0x06090030.

Communication Area#

0x1000 Device Type#

Identifies the device profile. Reads 0x00020192: profile 402 in the low word, servo drive in the high word.

Sub

Name

Type

Access

Default

PDO

Notes

-

Device Type

UINT32

ro

0x00020192

no

0x1001 Error Register#

One byte summary of active faults. See Diagnostics for the bit meanings.

Sub

Name

Type

Access

Default

PDO

Notes

-

Error Register

UINT8

ro

0

yes

0x1005 COB-ID SYNC Message#

Identifier the drive listens on for SYNC. Fixed at 0x80; the drive never produces SYNC itself.

Sub

Name

Type

Access

Default

PDO

Notes

-

COB-ID SYNC Message

UINT32

ro

0x00000080

no

0x1008 Manufacturer Device Name#

Device name string.

Sub

Name

Type

Access

Default

PDO

Notes

-

Manufacturer Device Name

STRING

ro

-

no

0x1009 Manufacturer Hardware Version#

Hardware version string.

Sub

Name

Type

Access

Default

PDO

Notes

-

Manufacturer Hardware Version

STRING

ro

-

no

0x1010 Store Parameters#

Saves the configuration to flash, the CiA 301 equivalent of Save Config 0x2023:1. Write-only: reading any sub-index other than 0 aborts with 0x05040001.

Sub

Name

Type

Access

Default

PDO

Notes

0

Highest sub-index supported

UINT8

ro

0x04

no

always reports 4, although only sub-index 1 is implemented

1

Save all Parameters

UINT32

wo

0x00000000

no

write the signature 0x65766173, ASCII “save”; any other value aborts with 0x08000020

0x1011 Restore Default Parameters#

Restores factory defaults and saves them, the CiA 301 equivalent of Revert Factory Settings 0x2023:7. Only sub-index 4 is implemented. Write-only: reading any sub-index other than 0 aborts with 0x05040001.

Sub

Name

Type

Access

Default

PDO

Notes

0

Highest sub-index supported

UINT8

ro

0x04

no

always reports 4, although only sub-index 4 is implemented

4

Restore manufacturer defined default Parameters

UINT32

wo

0x00000000

no

write the signature 0x64616F6C, ASCII “load”; any other value aborts with 0x08000020

0x1014 COB-ID EMCY#

Identifier the drive transmits emergency messages on.

Sub

Name

Type

Access

Default

PDO

Notes

-

COB-ID EMCY

UINT32

ro

$NODEID+0x80

no

0x1016 Consumer Heartbeat Time#

Watchdog on another node. Bits 0-15 are the timeout in milliseconds, bits 16-23 the node ID to watch. A timeout raises a communication error and commands a quick stop. See Network Management.

Sub

Name

Type

Access

Default

PDO

Notes

0

Highest sub-index supported

UINT8

ro

0x01

no

1

Consumer Heartbeat Time 1

UINT32

rw

0x00000000

no

ms in bits 0-15, node ID in bits 16-23

0x1017 Producer Heartbeat Time#

Heartbeat period in milliseconds. 0 disables the heartbeat.

Sub

Name

Type

Access

Default

PDO

Notes

-

Producer Heartbeat Time

UINT16

rw

1000

no

ms

0x1018 Identity Object#

Vendor, product, revision and serial identification. The vendor ID is 0 because MAB Robotics has no CiA-assigned vendor ID yet.

Sub

Name

Type

Access

Default

PDO

Notes

0

Highest sub-index supported

UINT8

ro

0x04

no

1

Vendor-ID

UINT32

ro

0x00000000

no

2

Product Code

UINT32

ro

0x00000001

no

3

Revision Number

UINT32

ro

0x00000000

no

4

Serial Number

UINT32

ro

0x00000000

no

0x1400 RPDO communication parameter#

Communication parameters for RPDO1. The COB-ID is stored and read back but is not used for filtering; RPDO1 is always received on 0x200 plus the node ID. See PDO.

Sub

Name

Type

Access

Default

PDO

Notes

0

Highest sub-index supported

UINT8

ro

0x05

no

always reports 5

1

COB-ID used by RPDO

UINT32

rw

0x200

no

COB-ID

2

Transmission type

UINT8

rw

255

no

0 every SYNC, 1-240 every n-th SYNC, 254 and 255 event driven

5

Event timer

UINT16

rw

0

no

ms, transmit PDOs only

0x1401 RPDO communication parameter#

Communication parameters for RPDO2, received on 0x300 plus the node ID.

Sub

Name

Type

Access

Default

PDO

Notes

0

Highest sub-index supported

UINT8

ro

0x05

no

always reports 5

1

COB-ID used by RPDO

UINT32

rw

0x300

no

COB-ID

2

Transmission type

UINT8

rw

255

no

0 every SYNC, 1-240 every n-th SYNC, 254 and 255 event driven

5

Event timer

UINT16

rw

0

no

ms, transmit PDOs only

0x1402 RPDO communication parameter#

Communication parameters for RPDO3, received on 0x400 plus the node ID.

Sub

Name

Type

Access

Default

PDO

Notes

0

Highest sub-index supported

UINT8

ro

0x05

no

always reports 5

1

COB-ID used by RPDO

UINT32

rw

0x400

no

COB-ID

2

Transmission type

UINT8

rw

255

no

0 every SYNC, 1-240 every n-th SYNC, 254 and 255 event driven

5

Event timer

UINT16

rw

0

no

ms, transmit PDOs only

0x1403 RPDO communication parameter#

Communication parameters for RPDO4, received on 0x500 plus the node ID.

Sub

Name

Type

Access

Default

PDO

Notes

0

Highest sub-index supported

UINT8

ro

0x05

no

always reports 5

1

COB-ID used by RPDO

UINT32

rw

0x500

no

COB-ID

2

Transmission type

UINT8

rw

255

no

0 every SYNC, 1-240 every n-th SYNC, 254 and 255 event driven

5

Event timer

UINT16

rw

0

no

ms, transmit PDOs only

0x1600 RPDO mapping parameter#

Mapping for RPDO1. Default: Target Position and Target Torque.

Sub

Name

Type

Access

Default

PDO

Notes

0

Number of mapped application objects in PDO

UINT8

rw

2

no

number of mapped objects, 0 to 8, write 0 before changing entries

1

Application object 1

UINT32

rw

0x607A0020

no

index, sub-index, length in bits

2

Application object 2

UINT32

rw

0x60710010

no

index, sub-index, length in bits

3

Application object 3

UINT32

rw

0x00000000

no

index, sub-index, length in bits

4

Application object 4

UINT32

rw

0x00000000

no

index, sub-index, length in bits

5

Application object 5

UINT32

rw

0x00000000

no

index, sub-index, length in bits

6

Application object 6

UINT32

rw

0x00000000

no

index, sub-index, length in bits

7

Application object 7

UINT32

rw

0x00000000

no

index, sub-index, length in bits

8

Application object 8

UINT32

rw

0x00000000

no

index, sub-index, length in bits

0x1601 RPDO mapping parameter#

Mapping for RPDO2. Default: Target Velocity and Target Torque.

Sub

Name

Type

Access

Default

PDO

Notes

0

Number of mapped application objects in PDO

UINT8

rw

2

no

number of mapped objects, 0 to 8, write 0 before changing entries

1

Application object 1

UINT32

rw

0x60FF0020

no

index, sub-index, length in bits

2

Application object 2

UINT32

rw

0x60710010

no

index, sub-index, length in bits

3

Application object 3

UINT32

rw

0x00000000

no

index, sub-index, length in bits

4

Application object 4

UINT32

rw

0x00000000

no

index, sub-index, length in bits

5

Application object 5

UINT32

rw

0x00000000

no

index, sub-index, length in bits

6

Application object 6

UINT32

rw

0x00000000

no

index, sub-index, length in bits

7

Application object 7

UINT32

rw

0x00000000

no

index, sub-index, length in bits

8

Application object 8

UINT32

rw

0x00000000

no

index, sub-index, length in bits

0x1602 RPDO mapping parameter#

Mapping for RPDO3. Default: Controlword, Target Position and Target Torque.

Sub

Name

Type

Access

Default

PDO

Notes

0

Number of mapped application objects in PDO

UINT8

rw

3

no

number of mapped objects, 0 to 8, write 0 before changing entries

1

Application object 1

UINT32

rw

0x60400010

no

index, sub-index, length in bits

2

Application object 2

UINT32

rw

0x607A0020

no

index, sub-index, length in bits

3

Application object 3

UINT32

rw

0x60710010

no

index, sub-index, length in bits

4

Application object 4

UINT32

rw

0x00000000

no

index, sub-index, length in bits

5

Application object 5

UINT32

rw

0x00000000

no

index, sub-index, length in bits

6

Application object 6

UINT32

rw

0x00000000

no

index, sub-index, length in bits

7

Application object 7

UINT32

rw

0x00000000

no

index, sub-index, length in bits

8

Application object 8

UINT32

rw

0x00000000

no

index, sub-index, length in bits

0x1603 RPDO mapping parameter#

Mapping for RPDO4. Default: Controlword, Target Velocity and Target Torque.

Sub

Name

Type

Access

Default

PDO

Notes

0

Number of mapped application objects in PDO

UINT8

rw

3

no

number of mapped objects, 0 to 8, write 0 before changing entries

1

Application object 1

UINT32

rw

0x60400010

no

index, sub-index, length in bits

2

Application object 2

UINT32

rw

0x60FF0020

no

index, sub-index, length in bits

3

Application object 3

UINT32

rw

0x60710010

no

index, sub-index, length in bits

4

Application object 4

UINT32

rw

0x00000000

no

index, sub-index, length in bits

5

Application object 5

UINT32

rw

0x00000000

no

index, sub-index, length in bits

6

Application object 6

UINT32

rw

0x00000000

no

index, sub-index, length in bits

7

Application object 7

UINT32

rw

0x00000000

no

index, sub-index, length in bits

8

Application object 8

UINT32

rw

0x00000000

no

index, sub-index, length in bits

0x1800 TPDO communication parameter#

Communication parameters for TPDO1. The COB-ID is used exactly as stored, with no node ID offset. See PDO.

Sub

Name

Type

Access

Default

PDO

Notes

0

Highest sub-index supported

UINT8

ro

0x06

no

always reports 5

1

COB-ID used by TPDO

UINT32

rw

0x180

no

COB-ID

2

Transmission type

UINT8

rw

255

no

0 every SYNC, 1-240 every n-th SYNC, 254 and 255 event driven

3

Inhibit time

UINT16

rw

0

no

accepted but not enforced

5

Event timer

UINT16

rw

0

no

ms, transmit PDOs only

6

SYNC start value

UINT8

rw

0

no

declared in the EDS but not implemented

0x1801 TPDO communication parameter#

Communication parameters for TPDO2.

Sub

Name

Type

Access

Default

PDO

Notes

0

Highest sub-index supported

UINT8

ro

0x06

no

always reports 5

1

COB-ID used by TPDO

UINT32

rw

0x280

no

COB-ID

2

Transmission type

UINT8

rw

255

no

0 every SYNC, 1-240 every n-th SYNC, 254 and 255 event driven

3

Inhibit time

UINT16

rw

0

no

accepted but not enforced

5

Event timer

UINT16

rw

0

no

ms, transmit PDOs only

6

SYNC start value

UINT8

rw

0

no

declared in the EDS but not implemented

0x1802 TPDO communication parameter#

Communication parameters for TPDO3.

Sub

Name

Type

Access

Default

PDO

Notes

0

Highest sub-index supported

UINT8

ro

0x06

no

always reports 5

1

COB-ID used by TPDO

UINT32

rw

0x380

no

COB-ID

2

Transmission type

UINT8

rw

255

no

0 every SYNC, 1-240 every n-th SYNC, 254 and 255 event driven

3

Inhibit time

UINT16

rw

0

no

accepted but not enforced

5

Event timer

UINT16

rw

0

no

ms, transmit PDOs only

6

SYNC start value

UINT8

rw

0

no

declared in the EDS but not implemented

0x1803 TPDO communication parameter#

Communication parameters for TPDO4.

Sub

Name

Type

Access

Default

PDO

Notes

0

Highest sub-index supported

UINT8

ro

0x06

no

always reports 5

1

COB-ID used by TPDO

UINT32

rw

0x480

no

COB-ID

2

Transmission type

UINT8

rw

255

no

0 every SYNC, 1-240 every n-th SYNC, 254 and 255 event driven

3

Inhibit time

UINT16

rw

0

no

accepted but not enforced

5

Event timer

UINT16

rw

0

no

ms, transmit PDOs only

6

SYNC start value

UINT8

rw

0

no

declared in the EDS but not implemented

0x1A00 TPDO mapping parameter#

Mapping for TPDO1. Default: Statusword and Quick Status.

Sub

Name

Type

Access

Default

PDO

Notes

0

Number of mapped application objects in PDO

UINT8

rw

2

no

number of mapped objects, 0 to 8, write 0 before changing entries

1

Application object 1

UINT32

rw

0x60410010

no

index, sub-index, length in bits

2

Application object 2

UINT32

rw

0x20220110

no

index, sub-index, length in bits

3

Application object 3

UINT32

rw

0x00000000

no

index, sub-index, length in bits

4

Application object 4

UINT32

rw

0x00000000

no

index, sub-index, length in bits

5

Application object 5

UINT32

rw

0x00000000

no

index, sub-index, length in bits

6

Application object 6

UINT32

rw

0x00000000

no

index, sub-index, length in bits

7

Application object 7

UINT32

rw

0x00000000

no

index, sub-index, length in bits

8

Application object 8

UINT32

rw

0x00000000

no

index, sub-index, length in bits

0x1A01 TPDO mapping parameter#

Mapping for TPDO2. Default: Position Actual Value and Velocity Actual Value.

Sub

Name

Type

Access

Default

PDO

Notes

0

Number of mapped application objects in PDO

UINT8

rw

2

no

number of mapped objects, 0 to 8, write 0 before changing entries

1

Application object 1

UINT32

rw

0x60640020

no

index, sub-index, length in bits

2

Application object 2

UINT32

rw

0x606C0020

no

index, sub-index, length in bits

3

Application object 3

UINT32

rw

0x00000000

no

index, sub-index, length in bits

4

Application object 4

UINT32

rw

0x00000000

no

index, sub-index, length in bits

5

Application object 5

UINT32

rw

0x00000000

no

index, sub-index, length in bits

6

Application object 6

UINT32

rw

0x00000000

no

index, sub-index, length in bits

7

Application object 7

UINT32

rw

0x00000000

no

index, sub-index, length in bits

8

Application object 8

UINT32

rw

0x00000000

no

index, sub-index, length in bits

0x1A02 TPDO mapping parameter#

Mapping for TPDO3. Default: Torque Actual Value, Power Stage Temperature and Motor Temperature.

Sub

Name

Type

Access

Default

PDO

Notes

0

Number of mapped application objects in PDO

UINT8

rw

3

no

number of mapped objects, 0 to 8, write 0 before changing entries

1

Application object 1

UINT32

rw

0x60770010

no

index, sub-index, length in bits

2

Application object 2

UINT32

rw

0x20040108

no

index, sub-index, length in bits

3

Application object 3

UINT32

rw

0x20040208

no

index, sub-index, length in bits

4

Application object 4

UINT32

rw

0x00000000

no

index, sub-index, length in bits

5

Application object 5

UINT32

rw

0x00000000

no

index, sub-index, length in bits

6

Application object 6

UINT32

rw

0x00000000

no

index, sub-index, length in bits

7

Application object 7

UINT32

rw

0x00000000

no

index, sub-index, length in bits

8

Application object 8

UINT32

rw

0x00000000

no

index, sub-index, length in bits

0x1A03 TPDO mapping parameter#

Mapping for TPDO4. Default: DC Link Circuit Voltage.

Sub

Name

Type

Access

Default

PDO

Notes

0

Number of mapped application objects in PDO

UINT8

rw

1

no

number of mapped objects, 0 to 8, write 0 before changing entries

1

Application object 1

UINT32

rw

0x60790020

no

index, sub-index, length in bits

2

Application object 2

UINT32

rw

0x00000000

no

index, sub-index, length in bits

3

Application object 3

UINT32

rw

0x00000000

no

index, sub-index, length in bits

4

Application object 4

UINT32

rw

0x00000000

no

index, sub-index, length in bits

5

Application object 5

UINT32

rw

0x00000000

no

index, sub-index, length in bits

6

Application object 6

UINT32

rw

0x00000000

no

index, sub-index, length in bits

7

Application object 7

UINT32

rw

0x00000000

no

index, sub-index, length in bits

8

Application object 8

UINT32

rw

0x00000000

no

index, sub-index, length in bits

Manufacturer Specific Area#

0x2000 Actuator Config#

Motor and actuator identity. These values describe the physical motor and are needed before calibration can run. Sub-index 0 reports 10.

Sub

Name

Type

Access

Default

PDO

Notes

0

Highest sub-index supported

UINT8

ro

0x0A

no

1

CAN ID

UINT8

rw

100

no

10 to 127

2

Pole Pairs

UINT8

rw

0

no

2 to 42

3

Phase Inductance

REAL32

rw

0.0

no

H, 5e-9 to 0.1

4

Phase Resistance

REAL32

rw

0.0

no

ohm, 0.005 to 20

5

Torque Bandwidth

UINT16

rw

0

no

Hz, 10 to 2500

6

Motor Name

STRING

rw

MD

no

up to 24 characters, segmented transfer only

7

Motor Shutdown Temperature

UINT8

rw

80

no

degrees C, 10 to 120

8

Motor Calibration Mode

UINT8

rw

0

no

stored, not currently acted on by the firmware

9

Motor Torque Constant

REAL32

rw

1.0

no

Nm/A, must be greater than 0

10

Motor KV Rating

REAL32

rw

0.0

no

RPM/V, must be greater than 0; writing it recomputes 0x2000:9 and is stored as a whole number

0x2001 Main Encoder#

Onboard commutation encoder.

Sub

Name

Type

Access

Default

PDO

Notes

0

Highest sub-index supported

UINT8

ro

0x02

no

1

Type

UINT8

rw

0

no

encoder type identifier, see Setting Up a New Motor

2

Direction

REAL32

rw

-1.0

no

-1.0 or 1.0 only

0x2002 Auxiliary Encoder#

Optional encoder on the output shaft. See Encoders.

Sub

Name

Type

Access

Default

PDO

Notes

0

Highest sub-index supported

UINT8

ro

0x06

no

1

Type

UINT8

rw

0

no

encoder type identifier, see Setting Up a New Motor

2

Direction

REAL32

rw

1.0

no

-1.0 or 1.0 only

3

Mode

UINT8

rw

0

no

0 none, 1 startup, 2 motion, 3 report; takes effect after reboot

4

Calibration Mode

UINT8

rw

0

no

0 full, 1 direction only

5

Position

INT32

ro

0

yes

micro-revolutions

6

Velocity

INT32

ro

0

yes

micro-revolutions per second

0x2003 Torque Sensor#

Optional external torque sensor. See External Torque Sensor.

Sub

Name

Type

Access

Default

PDO

Notes

0

Highest sub-index supported

UINT8

ro

0x02

no

1

Type

UINT8

rw

0

no

0 none, 1 XJC sensor

2

Value

REAL32

ro

0.0

yes

Nm

0x2004 Temperature#

Measured temperatures.

Sub

Name

Type

Access

Default

PDO

Notes

0

Highest sub-index supported

UINT8

ro

0x02

no

1

Power Stage Temperature

UINT8

ro

0

yes

degrees C

2

Motor Temperature

UINT8

ro

0

yes

degrees C

0x2010 Position PID Controller#

Position loop gains, used in Cyclic Synchronous Position. See Position PID.

Sub

Name

Type

Access

Default

PDO

Notes

0

Highest sub-index supported

UINT8

ro

0x04

no

1

Kp

REAL32

rw

0.0

no

must be 0 or positive

2

Ki

REAL32

rw

0.0

no

must be 0 or positive

3

Kd

REAL32

rw

0.0

no

must be 0 or positive

4

Integral Limit

REAL32

rw

0.0

no

must be 0 or positive

0x2011 Velocity PID Controller#

Velocity loop gains, used in Cyclic Synchronous Velocity and by both profile modes. See Velocity PID.

Sub

Name

Type

Access

Default

PDO

Notes

0

Highest sub-index supported

UINT8

ro

0x04

no

1

Kp

REAL32

rw

0.0

no

must be 0 or positive

2

Ki

REAL32

rw

0.0

no

must be 0 or positive

3

Kd

REAL32

rw

0.0

no

must be 0 or positive

4

Integral Limit

REAL32

rw

0.0

no

must be 0 or positive

0x2012 Impedance PD Controller#

Impedance mode stiffness and damping. See Impedance PD.

Sub

Name

Type

Access

Default

PDO

Notes

0

Highest sub-index supported

UINT8

ro

0x02

no

1

Kp

REAL32

rw

0.0

no

must be 0 or positive

2

Kd

REAL32

rw

0.0

no

must be 0 or positive

0x2020 Hardware Info#

Read-only board identification, programmed during production.

Sub

Name

Type

Access

Default

PDO

Notes

0

Highest sub-index supported

UINT8

ro

0x06

no

1

Device Type

UINT8

ro

0

no

2

Device Revision

UINT8

ro

0

no

3

Legacy Version

UINT8

ro

0

no

4

Core ID

OCTET_STRING

ro

-

no

5

Batch Code

OCTET_STRING

ro

-

no

6

Production Date

STRING

ro

-

no

0x2021 Firmware Info#

Read-only firmware and bootloader identification.

Sub

Name

Type

Access

Default

PDO

Notes

0

Highest sub-index supported

UINT8

ro

0x06

no

1

Firmware Build Date

UINT32

ro

0

no

2

Firmware Version

UINT32

ro

0

no

3

Firmware Commit Hash

STRING

ro

-

no

4

Bootloader Build Date

UINT32

ro

0

no

5

Bootloader Version

UINT32

ro

0

no

6

Bootloader Commit Hash

STRING

ro

-

no

0x2022 Status#

Manufacturer status registers. Bit meanings are documented in Status and summarised in Diagnostics.

Sub

Name

Type

Access

Default

PDO

Notes

0

Highest sub-index supported

UINT8

ro

0x0A

no

1

Quick Status

UINT16

ro

0

yes

2

Main Encoder Status

UINT32

ro

0

yes

3

Auxiliary Encoder Status

UINT32

ro

0

yes

4

Calibration Status

UINT32

ro

0

yes

5

Bridge Status

UINT32

ro

0

yes

6

Hardware Status

UINT32

ro

0

yes

7

Communication Status

UINT32

ro

0

yes

8

Motion Status

UINT32

ro

0

yes

9

Misc Status

UINT32

ro

0

yes

10

Config Status

UINT32

ro

0

yes

0x2023 Commands#

Manufacturer commands. Trigger one by writing 1; any other value aborts with 0x06090030. Several of these reboot the drive.

Sub

Name

Type

Access

Default

PDO

Notes

0

Highest sub-index supported

UINT8

ro

0x0E

no

1

Save Config

UINT8

rw

0

no

2

Test Main Encoder

UINT8

rw

0

no

3

Test Auxiliary Encoder

UINT8

rw

0

no

4

Run Calibration

UINT8

rw

0

no

5

Run Auxiliary Encoder Calibration

UINT8

rw

0

no

6

Calibrate Current PI Gains

UINT8

rw

0

no

7

Revert Factory Settings

UINT8

rw

0

no

8

Reset Controller

UINT8

rw

0

no

9

Clear Warnings

UINT8

rw

0

no

10

Clear Errors

UINT8

rw

0

no

11

Blink LEDs

UINT8

rw

0

no

12

Set Zero

UINT8

rw

0

no

13

Reinitialise CAN

UINT8

rw

0

no

14

Zero Torque Sensor

UINT8

rw

0

no

0x2024 User GPIO#

The two user GPIO pins. See GPIO for the electrical limits.

Sub

Name

Type

Access

Default

PDO

Notes

0

Highest sub-index supported

UINT8

ro

0x02

no

1

GPIO Mode

UINT8

rw

0

no

0 input, 1 brake

2

GPIO State

UINT8

ro

0

yes

Profile Specific Area#

0x603F Error Code#

CiA 402 code for the most recent fault. Latches until the drive is reset.

Sub

Name

Type

Access

Default

PDO

Notes

-

Error Code

UINT16

ro

0

yes

0x6040 Controlword#

Commands the CiA 402 state machine. See State Machine.

Sub

Name

Type

Access

Default

PDO

Notes

-

Controlword

UINT16

rww

0

yes

0x6041 Statusword#

Reports the CiA 402 state. Carries the state bits only.

Sub

Name

Type

Access

Default

PDO

Notes

-

Statusword

UINT16

ro

0

yes

0x6060 Modes of Operation#

Selects the active controller. See Modes of Operation.

Sub

Name

Type

Access

Default

PDO

Notes

-

Modes of Operation

INT8

rww

0

yes

0x6061 Modes of Operation Display#

Reports the active mode. Gives the same answer as reading 0x6060.

Sub

Name

Type

Access

Default

PDO

Notes

-

Modes of Operation Display

INT8

ro

0

yes

0x6064 Position Actual Value#

Measured output shaft position.

Sub

Name

Type

Access

Default

PDO

Notes

-

Position Actual Value

INT32

ro

0

yes

micro-revolutions

0x6067 Position Window#

Tolerance used to decide that a position move has arrived. Reported through bit 15 of Quick Status.

Sub

Name

Type

Access

Default

PDO

Notes

-

Position Window

UINT32

rw

15915

no

micro-revolutions

0x606C Velocity Actual Value#

Measured output shaft velocity.

Sub

Name

Type

Access

Default

PDO

Notes

-

Velocity Actual Value

INT32

ro

0

yes

micro-revolutions per second

0x606D Velocity Window#

Tolerance used to decide that a velocity command has been reached.

Sub

Name

Type

Access

Default

PDO

Notes

-

Velocity Window

UINT16

rw

14041

no

micro-revolutions per second

0x6071 Target Torque#

Torque setpoint, and the feed-forward torque in Impedance mode.

Sub

Name

Type

Access

Default

PDO

Notes

-

Target Torque

INT16

rww

0

yes

1/1000 of 0x6076

0x6072 Max Torque#

Torque limit applied to every mode.

Sub

Name

Type

Access

Default

PDO

Notes

-

Max Torque

UINT16

rw

0

no

1/1000 of 0x6076

0x6073 Max Current#

Phase current limit.

Sub

Name

Type

Access

Default

PDO

Notes

-

Max Current

UINT16

rw

0

no

1/1000 of 0x6075

0x6075 Motor Rated Current#

Nameplate current of the motor. Must be non-zero before 0x6073 can be used.

Sub

Name

Type

Access

Default

PDO

Notes

-

Motor Rated Current

UINT32

rw

0

no

mA

0x6076 Motor Rated Torque#

Nameplate torque of the motor. Must be non-zero before 0x6071, 0x6072 or 0x6077 can be used.

Sub

Name

Type

Access

Default

PDO

Notes

-

Motor Rated Torque

UINT32

rw

0

no

mNm

0x6077 Torque Actual Value#

Measured torque at the output shaft.

Sub

Name

Type

Access

Default

PDO

Notes

-

Torque Actual Value

INT16

ro

0

yes

1/1000 of 0x6076

0x607A Target Position#

Position setpoint. In Profile Position it is the destination; in Cyclic Synchronous Position it is applied directly; in Impedance it is the equilibrium point.

Sub

Name

Type

Access

Default

PDO

Notes

-

Target Position

INT32

rww

0

yes

micro-revolutions

0x607B Position Range Limit#

Hard bounds of the position representation. Read only, and fixed to the full INT32 range.

Sub

Name

Type

Access

Default

PDO

Notes

0

Highest sub-index supported

UINT8

ro

0x02

no

1

Min Position Range Limit

INT32

ro

-2147483648

no

micro-revolutions

2

Max Position Range Limit

INT32

ro

2147483647

no

micro-revolutions

0x607D Software Position Limit#

Software position limits. Setting both sub-indices to the same value disables limiting.

Sub

Name

Type

Access

Default

PDO

Notes

0

Highest sub-index supported

UINT8

ro

0x02

no

1

Min Position Limit

INT32

rw

0

no

micro-revolutions

2

Max Position Limit

INT32

rw

0

no

micro-revolutions

0x6080 Max Motor Speed#

Speed limit applied to every mode, and the clamp on the position loop output.

Sub

Name

Type

Access

Default

PDO

Notes

-

Max Motor Speed

UINT32

rw

0

no

micro-revolutions per second

0x6083 Profile Acceleration#

Acceleration used by the trajectory generator in both profile modes.

Sub

Name

Type

Access

Default

PDO

Notes

-

Profile Acceleration

UINT32

rw

0

no

micro-revolutions per second squared

0x6084 Profile Deceleration#

Deceleration used by the trajectory generator in both profile modes.

Sub

Name

Type

Access

Default

PDO

Notes

-

Profile Deceleration

UINT32

rw

15915494

no

micro-revolutions per second squared

0x6085 Quick Stop Deceleration#

Deceleration used for quick stop, including the automatic quick stop on a heartbeat timeout.

Sub

Name

Type

Access

Default

PDO

Notes

-

Quick Stop Deceleration

UINT32

rw

15915494

no

micro-revolutions per second squared

0x6091 Gear Ratio#

Gearbox ratio. All shaft quantities are computed with it applied.

Sub

Name

Type

Access

Default

PDO

Notes

0

Highest sub-index supported

UINT8

ro

0x02

no

1

Motor Revolutions

UINT32

rw

1

no

2

Shaft Revolutions

UINT32

rw

1

no

0x60A8 SI Unit Position#

Declares the position unit, micro-revolutions. Read only.

Sub

Name

Type

Access

Default

PDO

Notes

-

SI Unit Position

UINT32

ro

0xFAB40000

no

0x60A9 SI Unit Velocity#

Declares the velocity unit, micro-revolutions per second. Read only.

Sub

Name

Type

Access

Default

PDO

Notes

-

SI Unit Velocity

UINT32

ro

0xFAB40300

no

0x60AA SI Unit Acceleration#

Declares the acceleration unit, micro-revolutions per second squared. Read only.

Sub

Name

Type

Access

Default

PDO

Notes

-

SI Unit Acceleration

UINT32

ro

0xFAB45700

no

0x60FF Target Velocity#

Velocity setpoint. In Profile Velocity it is the target; in Profile Position it is the cruise velocity; in Cyclic Synchronous Velocity it is applied directly; in Impedance it is the equilibrium velocity.

Sub

Name

Type

Access

Default

PDO

Notes

-

Target Velocity

INT32

rww

0

yes

micro-revolutions per second

0x6502 Supported Drive Modes#

Bit field of supported CiA 402 modes. Reads 0x00000185.

Sub

Name

Type

Access

Default

PDO

Notes

-

Supported Drive Modes

UINT32

ro

0x00000185

no