Model:IC754CSL06MTD

Type:QP Control Module

Application Range:Industrial Automation, Process Control, Motion Control

Operating Temperature:-10°C to 55°C

Power Consumption:Max. 25W

Communication Interfaces:RS-232, RS-485

Input/Output Channels:16 I/Os

Programming Language:FBD, LD, ST, SFC

Dimensions:105mm x 95mm x 52mm

Weight:0.5kg

    This GE Fanuc IC754CSL06MTD QP Control Module is an essential component for industrial automation systems, ensuring seamless integration and precise control across various processes. Its robust design withstands harsh environmental conditions, guaranteeing continuous operation in even the most challenging settings.

    Featuring a high-speed digital control system, this module offers quick response times and enhanced accuracy, making it ideal for applications requiring stringent control standards. The extensive input/output channels provide flexibility for connecting diverse sensors and actuators, facilitating comprehensive monitoring and control of industrial processes.

    Equipped with a reliable power supply and capable of operating within a wide temperature range (-40°C to 85°C), this module ensures stable performance in extreme climates. The integrated RS-485 Modbus RTU interface enables efficient communication with other devices in the network, optimizing data exchange and system coordination.

    With its compact size and lightweight construction, the IC754CSL06MTD QP Control Module is easy to install and integrate into existing machinery, minimizing downtime and facilitating rapid deployment. Its large memory capacity supports complex programming tasks, allowing for sophisticated control algorithms to be implemented without compromising on system performance.

    This module is designed with safety and reliability at its core, incorporating advanced error detection and correction mechanisms to safeguard against failures and ensure uninterrupted operation. Backed by GE Fanuc’s commitment to quality, this control module is an investment in long-term industrial automation success.