TK857V003 ABB 3BSC950375R1 RCU Link Cable

Description:

The ABB TK857V003 3BSC950375R1 RCU connection cable is a high-quality cable designed specifically for industrial automation control systems, used to connect Remote Control Units (RCUs) to other devices. It offers superior signal transmission performance and durability, suitable for a variety of harsh industrial environments. Manufactured with high-quality materials, the ABB TK857V003 3BSC950375R1 RCU connection cable ensures its durability and stability in harsh industrial environments. The cable features a highly flexible PUR material that can withstand frequent bending and stretching, making it ideal for use in confined spaces or mobile equipment. Its M12 connector design provides a reliable electrical connection, and its IP67 protection rating effectively prevents dust and water ingress. Furthermore, the cable has a wide operating temperature range, from -40°C to +85°C, enabling it to operate normally in extreme environments. Whether used in factory automation systems or other industrial control systems, the ABB TK857V003 3BSC950375R1 RCU connection cable delivers excellent performance and reliable data transmission capabilities.

Parameters:
Article number: TK857V003
Connection: Terminal blockProduct Type: RCU Link Cable
Length: 2 meters
Interface Type: M12 Connector
Transmission Rate: 100Mbps
Operating Temperature Range: -40°C to +85°C
Certification Standards: CE, RoHS
Protection class:lP20

Features：

The ABB TK857V003 boasts an impressive input/output capacity, supporting a variety of configurations to suit different operational requirements. With the ability to manage multiple I/O channels, it ensures seamless communication between devices, optimizing overall system performance. This model also features high durability ratings, making it suitable for harsh industrial environments, withstanding extremes of temperature and humidity while maintaining operational integrity.

Performance metrics for the TK857V003 include rapid response times and efficient processing capabilities, ensuring that it can handle real-time data exchanges with minimal latency. Its advanced diagnostic features enable users to monitor system health, allowing for proactive maintenance and minimizing downtime.