• 1TGE120071R1000 ABB MLink servo drive communication
  • 1TGE120071R1000 ABB MLink servo drive communication
  • 1TGE120071R1000 ABB MLink servo drive communication

1TGE120071R1000 ABB MLink servo drive communication

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ABB servo drives usually support multiple communication protocols to achieve con

1TGE120071R1000 ABB MLink servo drive communication

ABB servo drives usually support multiple communication protocols to achieve connection and control with different devices. Common communication protocols include:


EtherCAT: It has the characteristics of high speed and high precision. It is suitable for automation control systems with high real-time requirements. It can realize fast synchronous control of multiple servo drives. For example, in a high-speed packaging production line, it can accurately control the movement of each axis to achieve high-speed and high-precision packaging of products.


Ethernet Powerlink: It is also a high-speed Ethernet communication protocol that can provide deterministic communication and can be used for motion control applications that require precise synchronization and real-time control, such as multi-axis linkage control in electronic manufacturing equipment.


Profinet: It is widely used in the field of industrial automation and supports communication with equipment of various brands such as Siemens, making it convenient to build complex industrial control systems. In automobile manufacturing production lines, it can work with other automation equipment to realize automatic control of processes such as body welding and assembly.


Modbus TCP: It is an Ethernet-based Modbus protocol with good compatibility and versatility. It can communicate with various devices that support the Modbus protocol and is often used in simple equipment monitoring and data acquisition systems.


Ethernet/IP: It is mainly used to communicate with equipment of brands such as Rockwell Automation and is more commonly used in some mixed-brand automation systems.


These communication protocols can be selected and configured through software to adapt to different application scenarios and control system architectures. For example, for applications that require high-speed real-time control, you can choose EtherCAT or Ethernet Powerlink protocols; for systems that integrate with existing Modbus devices, you can choose Modbus TCP protocol.

ABB DSCA190V 57310001-PK.jpg

ABB DSCA114 57510001-AA Communication Board.jpg

ABB DSCA114 57510001-AA Communication Board..jpg


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