GE-FANUC IC693CMM311N Communication Coprocessor Module

Specification 1:Communications Coprocessor Module

Specification 2:GE Fanuc Type

Specification 3:Model: IC693CMM311N

Specification 4:Dimensions: 11.2 cm x 11.2 cm x 1.3 cm

Specification 5:Weight: 0.12 kg

Specification 6:Number of Serial Ports: 2

Specification 7:Mounting: Baseplate mounted

Specification 8:Current Load: 400 mA

Specification 9:Relay Output Channels: 16

Specification 10:Module Designation: Communications Coprocessor

    The GE Fanuc IC693CMM311N Communications Coprocessor Module is an essential component for industrial automation systems, engineered to provide robust and reliable communication solutions. This module seamlessly integrates with GE Fanuc’s comprehensive range of control products, enhancing system performance and efficiency.

    Featuring a compact design with two serial ports for versatile communication options, the IC693CMM311N is optimized for industrial environments, ensuring compatibility with a wide array of devices and protocols. Its baseplate mounting ensures easy integration and maintenance, contributing to streamlined workflow management.

    With a current load capacity of 400 mA and a total of 1184 I/O channels, this coprocessor module offers unparalleled flexibility in handling complex data transmission and processing tasks. Whether managing large-scale industrial processes or intricate control systems, the IC693CMM311N ensures seamless connectivity and data exchange, optimizing operational efficiency.

    Designed with reliability at its core, the GE Fanuc IC693CMM311N Communications Coprocessor Module boasts an industry-leading reliability rating, backed by rigorous testing and quality assurance measures. This ensures minimal downtime and maximized productivity in demanding industrial settings.

    For those seeking advanced communication capabilities within their industrial automation systems, the GE Fanuc IC693CMM311N is the perfect solution. Its combination of high performance, compatibility, and reliability makes it an indispensable tool for achieving optimal system operation and maintaining competitive edge in today’s fast-paced industrial landscape.