GE IC693CBL316 Serial programming cable

Description

Real-World Use & Application Scenarios
In GE’s 90-30 and PACSystems ecosystems, devices like the IC693CBL316 serial cable are essential during programming, commissioning, and maintenance. This cable often serves as the reliable bridge between a PC or engineering workstation and GE controllers, enabling load of software, firmware updates, and diagnostics in a controlled, interference-sensitive environment. It’s particularly valuable in retrofit projects or new installations where engineers must establish robust, low-latency communication channels for configuration tasks and troubleshooting. The cable’s shielded construction and durable connectors help minimize data corruption in factories with nearby motors, drives, or high-frequency equipment. When shopping for GE programming accessories, buyers commonly search for terms like “GE serial programming cable,” “IC693CBL316 compatibility,” and “industrial RS-232 programming cable,” with IC693CBL316 emerging as a trusted option for reliable, repeatable connections.

Product Introduction & Positioning
The IC693CBL316 is a serial programming cable designed to connect GE 90-30 era controllers and accessories to a PC or other programming device. Its connector configuration (typical combinations such as 9-pin D-shell to RJ-11 or other regional variants) enables RS-232 communication for programming, firmware updates, and diagnostics. In a control-system layout, the cable serves as the essential link between engineering workstations and the control hardware during setup and service, allowing engineers to load software, retrieve diagnostics, and perform calibration tasks without disrupting the processor network. The model name is consistently recognized for indexing: IC693CBL316. Any regional suffixes usually denote minor revisions or compatibility notes, but the core function remains the same: a durable, reliable serial connection for GE automation systems.

Key Technical Features & Functional Benefits
The IC693CBL316 emphasizes dependable serial communication for GE 90-30 series hardware. Shielded construction and robust connectors help reduce interference on the RS-232 link, ensuring clean data transfer during programming and diagnostics. The cable is designed for repeat use in field service environments, with a preference for stable impedance and connector retention to minimize accidental disconnections. Its compatibility with multiple GE CPUs and I/O modules within the 90-30 family supports streamlined service workflows and easier asset management. Engineers benefit from predictable, low-latency communication paths that simplify software deployment, configurations, and troubleshooting across GE-based control systems.

Detailed Technical Specifications
Parameter Value
Model IC693CBL316
Brand GE Fanuc Emerson
Type Serial programming cable
Connectors Typical configurations include 9-pin D-shell to RJ-11 (verify exact regional variant)
Length Standard lengths (e.g., 1 m, 2 m) depending on market—confirm exact options
Shielding Shielded construction to minimize EMI on RS-232 line
Temperature Range (exact) to confirm
Cable Material Jacket type and conductor details to confirm
Pinout/Signal Mapping (exact) to confirm
Compatibility GE 90-30 CPUs, IC693 family modules
Certification (exact) to confirm
Warranty terms (exact) to confirm

Related Modules or Compatible Units
Bolded items with brief connections:

• IC693CBL316 – Core serial programming cable for GE 90-30 and IC693 family
• IC693CPU350-BC – Processor module that can be programmed via serial link
• IC693ALG223 – Analog input module commonly paired with serial setup
• IC693AUD – Analog/digital I/O siblings that may be configured or updated via serial
• IC693MCD – Communication module that may utilize the serial cable for initial setup
• IC693ENT – Environmental-rated variants for harsh environments
• Station Manager Cable variants – Related cables used in GE programming ecosystems

Installation Notes & Maintenance Best Practices
Pre-installation planning should ensure that the programming workstation has a compatible RS-232 port or adapter, and that baud rate and parity settings align with the controller’s expectations. Protect the cable from excessive bending, and keep it away from high-power or high-frequency lines to minimize interference. During service, verify connector integrity and replace worn clamps or ferrules promptly to prevent intermittent connections. Maintain an inventory of spare cables and document all programming steps against the device’s asset record to support traceability and change control. When not in use, store cables properly to minimize wear and preserve shielding effectiveness.