Industrial Control Products

The TSXFPCC100 Fipio tap-off cable is a 100m, 2 shielded twisted pair cable designed for connections between 2 T-junction boxes.

The TSXFPCC200 is an advanced operator dialogue terminal designed for efficient control and monitoring. It enhances operations with Schneider Electric's cutting-edge technology.

The TSXFPCC500 is a high-performance drive solution designed for precision and reliability in industrial applications.

The TSXFPCG010 is a reliable Fipio connection cable designed for PCMCIA cards and T-junctions, ensuring seamless data transmission in industrial environments.

The TSXFPCG030 is a 3-meter connection cable designed for Modicon TSX Micro and Fipio systems, ensuring reliable data transmission in industrial environments.

The TSXFPCP500 is a high-performance PLC CPU module designed for industrial automation and control systems, providing maximum uptime with Unity™ hot standby and advanced diagnostic functions.

The TSXFPCR200 is a 200m FIP/FLEX trunk cable designed for use with M23 connectors, ensuring reliable connectivity in automation and control systems.

TSXFPCR500: A high-quality Fipio trunk cable designed for M23 connectors, enhancing connectivity in automation and control systems.

The TSXFPP20 is a communication accessory designed for the Modicon Premium automation platform. It supports Fipway protocol and includes local signalling capabilities for data transmission and reception.

The TSXH5724M Unity Hot Standby Processor ensures high availability with 1024 discrete I/O, 80 analogue I/O, and 24 application-specific channels.

The TSXH5724MC Unity Hot Standby Processor offers high reliability and flexibility in industrial applications, ensuring seamless operation and efficient data processing.

The TSXH5744M Unity Hot Standby Processor is designed for industrial control systems, providing robust performance and reliability.

The TSXH5744MC Unity Hot Standby Processor offers robust automation capabilities with 6/8/12 slots, 2048 discrete I/O, and 256 analogue I/O.