GE IC660BBS100-2 GE IC660BBS100-3 IC660BBS100 5 GE IC660BBS100-4

The GE IC660BBS100 Power Supply Module is designed to deliver stable and consistent power to GE Fanuc remote I/O systems operating in demanding industrial environments. As a core component of the IC660 series, this module ensures reliable voltage regulation for connected communication and I/O modules, helping maintain uninterrupted system operation even under fluctuating load conditions.

Its industrial-grade construction, compact form factor, and proven field performance make the IC660BBS100 a dependable choice for both long-term installations and system refurbishment projects.

Technical Specifications

Parameter	Specification
Model	GE IC660BBS100
Module Type	Power Supply Module
Output Voltage	5 V DC
Output Current	Up to 4 A
Input Voltage Range	18–30 V DC
Power Regulation	Internal electronic regulation
Operating Temperature	0 to 60 °C
Storage Temperature	-40 to 85 °C
Relative Humidity	5–95% non-condensing
Protection Features	Overcurrent / Overvoltage Protection
Mounting Style	DIN Rail / System Base
Dimensions (W × H × D)	Approx. 45 × 120 × 80 mm
Weight	Approx. 0.35 kg
Status Indicators	Power and Fault LED Indicators

Recommended Related Models

For a complete and reliable GE Fanuc remote I/O configuration, the following models are commonly paired with the IC660BBS100:

GE IC660BBR101 – Communication interface module
GE IC660CHS002 – I/O carrier and system base
GE IC660MDL745 – Discrete input/output module
GE IC660MDD104 – High-density digital I/O module

These modules work together to create a stable, scalable, and service-friendly control system.

Popular Allen-Bradley Models

In multi-brand control architectures or comparison scenarios, engineers often evaluate the IC660BBS100 alongside Allen-Bradley power and system modules such as:

Allen-Bradley 1756-PA72 – ControlLogix power supply
Allen-Bradley 1769-PA4 – CompactLogix power supply
Allen-Bradley 1786-PAR – ControlNet redundant power supply
Allen-Bradley 1734-EP24DC – POINT I/O expansion power module

These products serve similar system-support roles in Allen-Bradley platforms.

Applications

The GE IC660BBS100 is widely used in:

Distributed I/O systems for manufacturing automation
Power supply units within GE Fanuc PLC cabinets
Process control systems in chemical and utility plants
Material handling and conveyor control installations
Legacy GE I/O system maintenance and upgrades

Its stable power delivery is critical for maintaining communication integrity and I/O responsiveness.

Advantages

Provides stable and regulated power output for remote I/O systems
Designed specifically for GE IC660 series compatibility
Built-in protection improves system safety and reliability
Compact housing minimizes control cabinet space usage
LED indicators allow fast power and fault diagnosis
Proven long-term reliability in industrial environments
Ideal for both new installations and replacement scenarios

These advantages help reduce downtime and extend the service life of connected automation equipment.

Technical FAQs

What is the primary function of the IC660BBS100?
It supplies regulated DC power to GE IC660 communication and I/O modules.
What input voltage does this module support?
It operates within an 18–30 V DC input range.
Is the output voltage fixed?
Yes, the module provides a regulated 5 V DC output.
Does it include built-in protection?
Yes, overcurrent and overvoltage protection are integrated.
How is module status indicated?
Via onboard LED indicators for power and fault conditions.
Can it be mounted on a DIN rail?
Yes, DIN rail and system base mounting are supported.
Is this power supply suitable for harsh environments?
It is designed for standard industrial temperature and humidity ranges.
Can it be used as a replacement for older IC660 power modules?
Yes, it is commonly used in maintenance and retrofit projects.
Does it require configuration software?
No configuration is required; it operates as a plug-and-play power module.
Why choose the IC660BBS100 instead of a generic power supply?
Its guaranteed compatibility and stable performance within GE IC660 systems reduce integration risks.