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GE IC697CGR772 Hot Standby Dual Bus CPU Module

GE IC697CGR772 Hot Standby Dual Bus CPU Module

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Brand:GE Fanuc PLC
Item No.:GE IC697CGR772
Product Origin: USA
Product Dimensions:292 mm × 44 mm × 229 mm
Product Weight:0.79 kg
Payment:T/T, Western Union, Credit Card
Goods_stock:15
Shipping Port:Xiamen, China
Lead Time:1-3 Days
Condition:Brand New And Original
Warranty:1 Year
Certificate:COO

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The GE IC697CGR772 is a Hot Standby Dual Bus CPU Module for the GE Fanuc Series 90-70 PLC platform. It is designed for high-availability and mission-critical automation systems, where uninterrupted control and automatic failover between primary and backup CPUs are required.

This module supports bumpless transfer, real-time synchronization, and dual-bus redundancy, making it a core component in industrial systems that demand continuous operation without downtime. It is widely used in process control, power generation, and large-scale manufacturing environments.


Technical Specifications

The IC697CGR772 delivers high-performance redundant PLC processing with strong communication capabilities.

ParameterSpecification
ModelIC697CGR772
Product TypeHot Standby Dual Bus CPU Module
SeriesGE Fanuc Series 90-70
Processor80486DX4 microprocessor
Clock Speed96 MHz
Memory512 KB CMOS RAM
Boolean Execution Time0.4 µs per function
I/O Capacity2048 inputs / 2048 outputs
Analog I/OUp to 8000 points
Communication Ports1 × RS232, 2 × RS485
Protocol SupportGE SNP
Power Supply5 V DC
Current Consumption~3.1 A
FunctionCPU redundancy + dual bus control
Operating Temperature0°C to 50°C

The module is specifically engineered for redundant CPU architectures with real-time control and high system availability.


Physical Dimensions & Weight

ParameterValue
Dimensions (L × W × H)≈ 292 mm × 44 mm × 229 mm
Weight≈ 0.79 kg (1.7 lbs)

Its single-slot rack design allows easy installation into GE Series 90-70 chassis systems.


Recommended Related Models

For a complete redundant PLC system, IC697CGR772 is commonly used with:

  • GE IC697CHS790 Rack Chassis
  • GE IC697PWR711 Power Supply Module
  • GE IC697BEM711 Bus Receiver Module
  • GE IC697BEM713 Bus Transmitter Module
  • GE IC697RCM711 Redundancy Communication Module

These modules work together to build high-availability dual-CPU control systems.


Popular GE Series 90-70 Modules

  • IC697CPU780 – Standard high-performance CPU
  • IC697BEM731 – Genius Bus Controller
  • IC697BEM733 – Remote I/O Scanner
  • IC697ALG440 – Analog input module
  • IC697CMM741 – Ethernet communication module

These components are widely used in industrial automation and legacy control systems.


Applications

The IC697CGR772 is widely used in industries requiring continuous operation and redundancy:

  • Power plant control systems
  • Oil & gas processing facilities
  • Chemical and petrochemical plants
  • Large manufacturing automation lines
  • Water treatment and infrastructure systems
  • SCADA and distributed control systems

It is especially suitable for environments where system downtime is not acceptable.


Advantages

  • Hot standby redundancy with automatic failover
  • Dual-bus architecture for high reliability
  • Supports large-scale I/O processing (2048/2048 points)
  • Fast 96 MHz processor for real-time control
  • Bumpless transfer between CPUs
  • Strong diagnostic LED indicators
  • Industrial-grade reliability and long lifecycle
  • Proven solution for critical automation systems

This CPU is a premium choice for high-availability industrial control architectures.


Technical FAQs

1. What is the IC697CGR772 used for?
It is used as a redundant hot standby CPU in PLC systems.

2. What processor does it use?
80486DX4 running at 96 MHz.

3. How many I/O points does it support?
2048 inputs and 2048 outputs.

4. What is its memory size?
512 KB CMOS RAM.

5. What is its weight?
About 0.79 kg (1.7 lbs).

6. Does it support redundancy?
Yes, hot standby dual CPU redundancy.

7. What communication ports does it have?
RS232 and dual RS485 ports.

8. What is its operating temperature range?
0°C to 50°C.

9. Is it still used today?
Yes, mainly in legacy system maintenance and upgrades.

10. What is its main advantage?
Continuous operation with zero downtime via automatic CPU switchover.


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