Universal Robots (UR) Industrial Communications
Programme Details
Programme Title: Universal Robots (UR) Industrial Communication Training
Duration (min): 2 days
Duration (max): 5 days
Learning Outcomes:
The Universal Robots Advanced Training gives the learner the opportunity to learn how to integrate the robot into a fieldbus communication system.
You’ll learn how to:
- Modbus TCP FTP
- Ethernet Sockets
- Dashboard Server
- Ethernet/IP
- Profinet
The learner must have successful completion of the Universal Robots (UR) Core and Advanced Training, along with experience in working with the TIA portal from Siemens
Programme Aim:
To learn how to integrate the robot into a fieldbus communication system.
Modules Include:
Module 1: Modbus TCP
This module demonstrates how communications occur via Modbus TCP
Content:
- Configure the network settings of the robot
- Link the robot with a Modbus device
- Create an application with which the robot can send and receive data to and from the Modbus device
- Access to the robot’s internal Modbus register
Module 2 and 3: FTP and Dashboard Server
This module demonstrates how the status of the robot is monitored remotely at all times and some of the functions locked in Polyscope to restrict access by external operators.
Content:
- Transfer files via the network
- Activate, load and run programs via remote control
Module 4: Socket Communication
This module demonstrates how to test the new interface.
Content:
- Establish socket connections between the robot and external devices
- Use the robot program to accept/change input from a server
- Send and receive several types of variables
Module 5: Ethernet/IP Adapter
This module demonstrates how cobots communicate with a PLC device to trigger output signals for another process in the line.
Content:
- Correct configurations of the network settings of the robot and the PLC
- Send and receive different types of data between the robot and the PLC
Module 6: Profinet I/O
This module demonstrates how to control the system completely via a PLC.
Content:
- Automatic initialisation
- Starting, stopping and pausing the program
- Error message on an LED
This will be implemented on a Siemens PLC and communication via Profinet I/O