IC693CBK001 GE IC693CBK001-4 GE IC693CBK001-3 GE IC693CBK001-2

The GE IC693CBK001 is a Compact Backplane Kit (CBK) designed for GE Series 90-30 PLC systems. It provides a reliable and modular platform for mounting and connecting PLC modules, ensuring stable communication and efficient power distribution throughout the rack.

This kit is ideal for engineers and system integrators looking to set up or expand Series 90-30 PLC configurations with a compact, standardized backplane solution. Its design allows for easy module installation, maintenance, and system upgrades, making it a practical choice for industrial automation projects.

Technical Specifications

Specification	Details
Product Type	Compact Backplane Kit (CBK)
PLC Platform	GE Fanuc Series 90-30
Function	Provides backplane connectivity for PLC modules
Supported Modules	Compatible with Series 90-30 digital, analog, APU, and communication modules
Number of Slots	Supports up to 8 standard 90-30 modules per CBK001
Communication Interface	Integrated backplane bus for CPU and module connectivity
Operating Temperature	0°C to +60°C
Storage Temperature	-20°C to +70°C
Dimensions (H × W × D)	102 × 200 × 120 mm
Weight	Approx. 1.1 kg

Recommended Related Models

The IC693CBK001 works effectively with:

IC693CPU350 / IC693CPU374 – Main CPU modules
IC693APU300–305 – Advanced Programmable Units for high-speed processing
IC693ALG / IC693ADC / IC693ACC series – Analog and digital modules
IC693BEM320–341 – Bus Expansion Modules for extended I/O

This setup ensures a flexible and reliable PLC system architecture, allowing engineers to scale systems efficiently.

Popular GE PLC Models

The IC693CBK001 is commonly used with:

IC693CPU350 / IC693CPU363 / IC693CPU374
IC693APU300 / APU301 / APU302 / APU305
IC693ALG/ACC/ADC series
IC693BEM320–BEM341

It is widely adopted for both new installations and retrofits of Series 90-30 PLC systems.

Applications

The GE IC693CBK001 is ideal for applications that require organized, stable, and expandable PLC module installations:

Industrial process control systems with multiple I/O modules
Manufacturing automation requiring modular rack setups
Laboratory and test automation with compact PLC architectures
System retrofits where structured backplane connectivity is needed
Multi-loop and multi-actuator applications requiring reliable communication between CPU, APUs, and I/O modules

It ensures efficient operation and simplified maintenance in any industrial automation environment.

Advantages

Reliable Connectivity – Stable communication between all PLC modules
Compact and Modular Design – Optimized for space-saving installations
Flexible Expansion – Supports up to 8 modules per backplane
Ease of Maintenance – Simplifies module installation and replacement
Compatibility – Fully compatible with Series 90-30 CPUs, APU, analog, digital, and BEM modules

The IC693CBK001 provides a practical and dependable platform for building scalable PLC systems.

Technical FAQs

What is the main function of IC693CBK001?
To provide a compact and reliable backplane for connecting Series 90-30 PLC modules.
How many modules can it support?
Up to 8 standard 90-30 PLC modules per CBK001.
Which CPUs are compatible?
Series 90-30 CPUs including IC693CPU350, 363, and 374.
Can analog and digital modules be used on this backplane?
Yes, it supports digital, analog, communication, and APU modules.
Does it require a separate power supply?
It shares power with the modules mounted on the backplane or uses a dedicated 90-30 power supply.
What is the operating temperature range?
0°C to +60°C.
Is it suitable for retrofitting older PLC systems?
Yes, ideal for both new installations and system upgrades.
Can it be used with Bus Expansion Modules?
Yes, compatible with IC693BEM320–BEM341 for extended I/O.
Does it impact CPU scan time?
No, the backplane provides connectivity only; scan time depends on CPU and modules.
Why choose IC693CBK001 over other backplanes?
It offers compact design, high reliability, and full compatibility with Series 90-30 PLC modules for both new and retrofitted systems.