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IC693CBL315 I/O interface cables are designed for high-density I/O systems in the 90-30 series

Aug 30th,2024 74 Views

Technical specifications of IC693CBL315
Brand GE Fanuc
Series Series 90-30
Part number IC693CBL315
This section describes I/O interface cables
Cable length 10.0 feet
Connector Type Fujitsu 24-pin connector
High density 32 point modules are used
Wire shield. Yes.
Average weight 2.0 kg
Cable housing. Yes.
Conductive material 28 AWG conductor


The GE Fanuc IC693CBL315 I/O interface cable is an I/O interface cable belonging to the 90-30 series of high-density I/O cables. The cable is designed for use with GE Fanuc Series 90-30 IC693 programmable logic controllers (PLCS), which are high-density (32-point) I/O modules with a pair of Fujitsu 24-pin type connectors. The IC693CBL315 I/O interface cable can replace the old and outdated IC693CBL310 interface cable, and can be replaced with the new IC693CBL327 and IC693CBL328 I/O interface cable with the right Angle connector. The IC693CBL315 I/O interface cable is provided as a cable assembly that includes a 24-pin connector, a 3-meter (10-foot) I/O cable, and an installation manual.

The IC693CBL315 I/O cable is compatible with GE IC693MDL654, IC693MDL655, IC693MDL752, and IC693MDL753 high-density 32-point I/O modules. The 32-point module comes with two 24-point Fujitsu connectors and 2 I/O interface cables as standard. Users can customize the cable connection length to meet specific application requirements. The maximum connection length of the IC693CBL315 I/O interface cable is 3 meters. The cable has a 24-pin connector on one end for connecting to the 24-pin Fujitsu connector on the I/O module, and a peeled, tinned, and marked lead on the other end. The IC693CBL315 I/O interface cable has a straight 24-pin connector that is compatible with the Fujitsu 24-pin connector on the module. For proper wiring, the wires are coded A1 to A12 and B1 to 12 (representing each pin and pin pair), and each pair should be tied together using heat shrink tubes for proper identification of the wires.