Technical specifications of IC693CBL300
Brand GE Fanuc
Series Series 90-30
Part number IC693CBL300
Type cable
Destination bus extension
Structural continuous shield
Length 1 m
Compatible with cpus and remote racks
Features Y-type adapter
Connector 1st end 25-pin D-type connector (male)
Connector End 2 Double-ended 25-pin D-connector (male and female)
Catalogue accessories
The maximum number in the system depends on the CPU
Product life cycle status * Discontinued/obsolete
The IC693CBL300 cable is a bus expansion cable designed and manufactured by GE Fanuc Automation for use with Series 90-30 high-density I/O modules. The cable has all the specifications needed to securely connect the module to different devices and maintain proper connections during operation. This particular cable has a length of 1 meter. When there are multiple racks, this particular cable can be Daisy chained from one rack to another. This is possible because one end of this GE Fanuc Automation cable comes with a double connector. One end of the cable can be plugged into a baseboard connector, and the other end can provide a socket for connecting the next cable. This cable is designed to enable users to build their own application scenarios.
The GE Fanuc Automation IC693CBL300 bus expansion cable can be used as a Y-adapter between custom cables and remote racks. The cable has a 25-pin male D-connector at one end and a 2-head 25-pin D-connector at the other end, which supports a "Daisy chain" connection. This end has a male connector and a female connector. Prior to the use of the "Daisy chain" cable, the module required a 1 meter long pre-wired cable to simplify the custom cable assembly associated with this chain setup. GE Fanuc Automation IC693CBL300 bus expansion cable interconnects baseboard expansion ports, cpus, and remote racks. It is manufactured to ensure that signals are transmitted correctly by minimizing the level of interference throughout the system. This cable is shielded and can be used to build entire cable and wiring circuit systems.
