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Ci800_01a_oi_e.doc / Jul-17 

 

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Transmit Data 2 

As above, but for TPDO 2 (Transmit Process Data Object 2) 

Transmit Data 3 

As above, but for TPDO 3 (Transmit Process Data Object 3) 

Transmit Data 4 

As above, but for TPDO 4 (Transmit Process Data Object 4) 

Receive Data 1 

Mapping of the RPDO 1 (Receive Process Data Object 1): 
Register number of the MC800 parameter that is received by TPDO 1. 
See column “#” in MC800 firmware manual parameter tables for the required 
number. 
For unused PDOs please set the value to 0. 

 

Example: 
With Receive Data 1 = 579 the Bus Command Status (setting of commands via 
fieldbus) is received by RPDO 1 

 

Please see below for details of the PDO communication. 

Receive Data 2 

As above, but for RPDO 2 (Receive Process Data Object 2) 

Receive Data 3 

As above, but for RPDO 3 (Receive Process Data Object 3) 

Receive Data 4 

As above, but for RPDO 4 (Receive Process Data Object 4) 

(Parameter 27…31)  Not in use 

 

5.2

 

SDO communication 

 

All parameters are accessible by SDO (Service Data Object) communication. 
The Identifier for the SDOs are CANopen default: 
 

Identifier of Receive SDO = 1536 (600 hex) + Node Address 

 

Identifier of Transmit SDO = 1408 (580 hex) + Node Address 

 

5.3

 

PDO communication 

 

For fast process data exchange the interface module provides 4 Transmit PDOs (Process Data 
Objects) and 4 Receive PDOs. The PDOs consist of 4 data byte and use the predefined CANopen 
default identifiers. You can map one MC800 parameter to each PDO, therefore you can read up to 
4 parameter values and write up to 4 parameter values by fast PDO transmission. 

 

PDO 

Identifier 

Data Byte 0 … 3 

Transmit PDO 1  180 hex 

+ Node Address

  Value of parameter defined in “Transmit Data 1” 

Transmit PDO 2  280 hex 

+ Node Address

  Value of parameter defined in “Transmit Data 2” 

Transmit PDO 3  380 hex 

+ Node Address

  Value of parameter defined in “Transmit Data 3” 

Transmit PDO 4  480 hex 

+ Node Address

  Value of parameter defined in “Transmit Data 4” 

Receive PDO 1  200 hex 

+ Node Address

  Value of parameter defined in “Receive Data 1” 

Receive PDO 1  300 hex 

+ Node Address

  Value of parameter defined in “Receive Data 2” 

Receive PDO 1  400 hex 

+ Node Address

  Value of parameter defined in “Receive Data 3” 

Receive PDO 1  500 hex 

+ Node Address

  Value of parameter defined in “Receive Data 4” 

Summary of Contents for CI800

Page 1: ...info motrona com www motrona com CI800 CANopen Interface Module for MC800 Motion Controller Product features CANopen Slave compliant to CiA DS301 V 4 02 Process data communication with 4 Receive PDOs...

Page 2: ...tion Legal notices All contents included in this manual are protected by the terms of use and copyrights of motrona GmbH Any reproduction modification usage or publication in other electronic and prin...

Page 3: ...aintenance and Service Notes 5 2 General 6 3 Connections and LEDs 7 4 Mounting 8 5 Operation 12 5 1 Parameter setting in the MC800 firmware 12 5 2 SDO communication 13 5 3 PDO communication 13 5 4 Eme...

Page 4: ...nufacturer reserves the right to modify the hardware software or operation manual at any time and without prior notice Therefore there might be minor differences between the unit and the descriptions...

Page 5: ...ross sections for wiring are described in the Technical Specifications chapter Before first start up it must be ensured that all connections and wires are firmly seated and secured in the screw termin...

Page 6: ...01 V 4 02 The CAN bus connection is galvanically isolated and supports all standard baud rates as well as auto baudrate detection The interface module allows easy parameter access via SDO communicatio...

Page 7: ...aud rate detection in progress Red Exception state Fatal error LED ERR Indicates bus errors LED state Indication Description Off No power or device is in working condition Red single flash Warning lim...

Page 8: ...MC800 cut out at housing still closed please follow the steps below However if the slot for the interface module is already available in your MC800 s housing please go on with step 6 1 Press slightly...

Page 9: ...oi_e doc Jul 17 Page 9 18 2 Carefully press to the upper side of the predetermined cut out until the edge breaks 3 Flap the cut out piece to the exterior with a small screw driver 4 Dismantle the cut...

Page 10: ...18 5 The mounting slot for the interface module is now ready for use 6 Insert the interface module carefully Please make sure that the module properly fits to the sliding bars in the slot otherwise t...

Page 11: ...Page 11 18 7 Tighten the two locking screws with a TORX 8 screwdriver 8 If you remove the interface module and leave the mounting slot empty please cover the slot A suitable cover is available on requ...

Page 12: ...udrate CAN transmission rate 0 10 kbps 1 20 kbps 2 50 kbps 3 100 kbps 4 125 kbps 5 250 kbps 6 500 kbps 7 800 kbps 8 1000 kbps 9 Auto Automatic baud rate detection Fieldbus Mode Not in use Transmit Dat...

Page 13: ...dentifier for the SDOs are CANopen default Identifier of Receive SDO 1536 600 hex Node Address Identifier of Transmit SDO 1408 580 hex Node Address 5 3 PDO communication For fast process data exchange...

Page 14: ...ex and 1800 1803 hex if required PDO transmission is only possible when the interface module is in the CANopen state Operational To start the PDO communication the CANopen master device must send the...

Page 15: ...RRAY Consumer heartbeat time Unsigned32 RW 1017 VAR Producer heartbeat time Unsigned16 RW 1018 RECORD Identity object Identity RO 1400 RECORD 1 Receive PDO Parameter PDO CommPar RW 1401 RECORD 2 Recei...

Page 16: ...31 64 Integer32 RW 2041 Block02 Parameter 00 65 Integer32 RW 2060 Block02 Parameter 31 96 Integer32 RW 2061 Block03 Parameter 00 97 Integer32 RW 2080 Block03 Parameter 31 128 Integer32 RW 2081 Block04...

Page 17: ...481 Integer32 RW 2200 Communication Par 31 512 Integer32 RW 2201 Set up Settings Par 00 513 Integer32 RW 2220 Set up Settings Par 31 544 Integer32 RW 2221 Actual Value 00 545 Integer32 RO 2240 Actual...

Page 18: ...0 70 C 40 158 F not condensing Dimensions 52 x 50 x 22 mm Operating mode Designed for integration to MC800 motion controller no stand alone operation possible CANopen function CANopen Slave compliant...

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