Allen Bradley PLC & Siemens HMI KTP700 Integration | How to Communicate Micro850 Plc to KTP700 HMI

Learn how to seamlessly integrate an Allen Bradley PLC with a Siemens HMI KTP700 using Modbus TCP/IP. This step-by-step guide covers project setup, Ethernet IP configuration, tag creation, Modbus mapping, and HMI screen design. Perfect for industrial automation professionals looking to enhance their control systems.

🔧 Key Steps Covered:

Allen Bradley PLC setup
Siemens HMI configuration
Modbus TCP/IP communication
Ethernet IP settings
Global tag creation
Modbus address mapping
HMI screen design and tag linking
Watch as we demonstrate the complete process from start to finish, ensuring smooth data communication between PLC and HMI.

💡 Who is this video for? This video is ideal for automation engineers, control system designers, and anyone interested in PLC and HMI programming


🚀 *ALLEN BRADLEY PLC & Siemens HMI Integration Guide* 🚀

*Successfully completed a data communication project using Allen Bradley PLC and Siemens HMI KTP700!* Here's a step-by-step overview of the process:

*Allen Bradley PLC Configuration (IP: 192.168.0.5):*

1. *Create a Project File* in your programming software.

2. *Set the Ethernet IP* to `192.168.0.5`.

3. *Enable the Modbus Ethernet Option* in the communication settings.

4. *Create Global Tags* and assign relevant tag values.

5. *Map Modbus Addresses* with appropriate registers.

6. *Download the Program* to the PLC and set it to Remote Mode.

7. *Verify Modbus Data* using ModbusPoll software.

*Siemens HMI KTP700 Setup (IP: 192.168.0.3):*

1. *Create a New Project* in your HMI software.

2. *Assign the Ethernet IP* as `192.168.0.3`.

3. *Establish a Connection* to the PLC.

4. *Set the Connection Name* appropriately.

5. *Select Communication Driver* (MODICON Modbus TCP/IP).

6. *Set the Parameter Interface* to Profinet (X1).

7. *Choose PLC CPU Type* (Concept, ProWORX, Compact, Quantum, Momentum).

8. *Set PLC Port Type* to `502`.

9. *Enter PLC Server IP Address* as `192.168.0.5`.

10. *Remote Slave Address* should be set to `1`.

11. *Enable Change Word Order* if required.

12. *Create HMI Tags* (either default or custom).

13. *Map HMI Tags* to PLC Modbus Addresses.

14. *Design Your HMI Screen* with necessary controls and indicators.

15. *Link HMI Tags* to your screen elements.

16. *Download the Program* to the HMI.

*Final Step:*

- Connect PLC & HMI using an Ethernet cable to establish communication. 🖧



🎉 *Data Communication is now fully operational, showing real-time values on the HMI!* 🎉



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*Full credit goes to the team at YGEN Engineering Ltd* for this seamless integration. 🚀YGEN Engineering Ltd



Thanks, everyone, for your support!



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