Siemens TIA Portal

03 Jul 2023 07 Jul 2023 4 minutes Bertus de Groot

Fieldbus setup information for SRCI in Siemens TIA portal.

This page only covers the integration of the Yaskawa robot controller fieldbus device in your PLC engineering tool.

For help on the usage of the SRCI PLC library, please contact the library vendor.

Supported boards

Yaskawa SRCI supports the following PROFINET boards:

board	data packet (byte)	driver	firmware
CP1616	254	-	v2.8
CP1616 PROFIsafe	254 (+ 8 PROFIsafe)	-	v2.8
INPACT	436	v3.0.30.9 (or newer)	-
CIFX	436	-	-

The driver version is displayed in the board settings of your Robot setup

Please only use the fieldbus files supplied by Yaskawa Europe.

Visit the download portal to download the latest fieldbus files for PROFINET.

Download the latest files using above link
Unzip the files
Import the GSD’s into TIA Portal: menu Options » Manage general station description files (GSD)

Don’t forget to load a configuration into the CP1616. Please follow the instructions in the Load iDevice Configuration section of your Robot setup

Fieldbus file: GSDML-<version>-#YASKAWA-PreConf_YRC1000_CP1616_standard_SRCI-<date>

Grab the YRC1000_CP1616_standard_SRCI IO-device from the hardware catalog:
IO device
Assign the IO-controller by clicking on Not assigned and assigning it to your CPU.
Double click on the robot icon to open the properties
Adjust the IO addresses to your needs:
IO addressing
Create a data type of 254 byte for the SRCI data:
Data type for SRCI data
Create a PLC tag and map it to the SRCI data:
IO mapping
Connect fromRobot_SRCI.data and toRobot_SRCI.data to your MC_RobotTask_LRob instance

Don’t forget to load a configuration into the CP1616. Please follow the instructions in the Load iDevice Configuration section of your Robot setup

Fieldbus file: GSDML-<version>-#YASKAWA-PreConf_YRC1000_CP1616_PROFIsafe_SRCI-<date>

Grab the YRC1000_CP1616_PROFIsafe_SRCI IO-device from the hardware catalog:
IO device
Assign the IO-controller by clicking on Not assigned and assigning it to your CPU.
Double click on the robot icon to open the properties
Adjust the IO addresses for both the normal- and the safety IO to your needs:
IO addressing
Open the PROFIsafe properties: right click on PROFIsafe address entry » properties » PROFIsafe
Adjust the PROFIsafe settings to your needs:
PROFIsafe settings
item value
F_Dest_Address adjust to your needs
F_iPar_CRC 1
The value of F_Dest_Add has to match the setting in the Robot setup
Create a data type of 254 byte for the SRCI data:
Data type for SRCI data
Create a safety data type of 64 booleans for the PROFIsafe data:
Creating a safety data type
Data type for safety IO
By creating separate safety data types per direction, you can name the signals according their assigned function.
The safety signals are assigned in the robot controller: Safety Func. » Safety Logic Circuit (refer to the robot manual for more information)
Create a PLC tag and map it to the SRCI data:
IO mapping
Create a PLC tag and map it to the PROFIsafe data:
PROFIsafe IO mapping
Connect fromRobot_SRCI.data and toRobot_SRCI.data to your MC_RobotTask_LRob instance

item	value
F_Dest_Address	adjust to your needs
F_iPar_CRC	`1`

Fieldbus file: GSDML-<version>-HMS_CUSTOM-ABSPRT-<date>

Grab the INPACTpir IO-device from the hardware catalog:
IO device
Assign the IO-controller by clicking on Not assigned and assigning it to your CPU.
Double click on the robot icon to open the properties
Add the Input/Output 109 dwords module
Adjust the IO addresses to your needs:
IO addressing
Create a data type of 436 byte for the SRCI data:
Data type for SRCI data
Create a PLC tag and map it to the SRCI data:
IO mapping
Connect fromRobot_SRCI.data and toRobot_SRCI.data to your MC_RobotTask_LRob instance

Fieldbus file: GSDML-<version>-YASKAWA-CIFX-<date>

Grab the Yaskawa CIFX IO-device from the hardware catalog:
IO device
Assign the IO-controller by clicking on Not assigned and assigning it to your CPU.
Double click on the robot icon to open the properties
Add the Input/Output 436 bytes module
Adjust the IO addresses to your needs:
IO addressing
Create a data type of 436 byte for the SRCI data:
Data type for SRCI data
Create a PLC tag and map it to the SRCI data:
IO mapping
Connect fromRobot_SRCI.data and toRobot_SRCI.data to your MC_RobotTask_LRob instance