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GE IC200CPU002 VersaMax CPU Module

GE IC200CPU002 VersaMax CPU Module

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Brand:GE Fanuc PLC
Item No.:GE IC200CPU002
Product Origin:USA
Product Dimensions:66.8 × 128 mm
Product Weight:0.45 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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IC200CPU002-EG-3GE IC200CPU002-EG-1IC200CPU002-EG-4IC200CPU002-EG-2

The GE IC200CPU002 is an upgraded VersaMax series CPU module designed to deliver stronger processing performance and improved system responsiveness compared to earlier CPU models. Built for demanding industrial environments, it acts as the central controller of a VersaMax PLC system, coordinating I/O modules, communication networks, and real-time control logic with high efficiency. With expanded memory and faster execution capability, it is widely used in applications requiring greater program complexity and communication flexibility.


Technical Specifications

ParameterDetails
Model NumberIC200CPU002
Product TypeCPU Module (Central Processing Unit)
SeriesVersaMax
User Memory~42 KB configurable memory
I/O CapacityUp to 2048 inputs / 2048 outputs
Internal Bits1024
Temporary Bits256
Execution Speed~1.8 ms per 1K Boolean instructions
Communication PortsRS-232, RS-485
Protocols SupportedSNP Slave, Modbus RTU Slave, Serial I/O
ProgrammingLadder Diagram, Instruction List
Real-Time ClockBattery-backed RTC (±0.01% accuracy)
Memory TypeFlash + battery-backed RAM
Power Supply5 VDC via backplane
Operating Temperature0°C to 60°C
Dimensions66.8 × 128 mm
Weight~0.45 kg


Recommended Related Models

  • IC200PWR001 Power Supply Module
  • IC200CHS003 I/O Carrier Module
  • IC200ERM002 Expansion Receiver Module
  • IC200ALG240 Analog Input Module
  • IC200MDL750 Digital Output Module

Popular GE VersaMax CPU & Control Modules

  • IC200CPU001 Standard CPU Module
  • IC200GBI001 Genius Bus Interface
  • IC200PBI001 Profibus Communication Module
  • IC200CPU005 Ethernet-enabled CPU (variant family)
  • IC200MDL940 Relay Output Module


Application Scenarios

The IC200CPU002 is widely used in mid-level to advanced automation systems where higher memory and better communication performance are required. Typical applications include production line automation, packaging systems, process control plants, water treatment facilities, and OEM machine control. Its dual serial ports allow seamless integration with SCADA systems, HMIs, and legacy industrial networks, making it especially valuable in upgrade and retrofit projects where Ethernet may not be mandatory but stability and expandability are essential.


Key Advantages

This CPU module delivers a noticeable upgrade in both memory capacity and system flexibility, allowing engineers to run more complex logic without performance bottlenecks. Its dual serial communication ports reduce the need for external gateways, simplifying system architecture. The improved memory structure enhances program reliability and data retention, while battery-backed clock functionality supports time-sensitive automation tasks. Compared to earlier CPU models, it provides a more scalable and future-ready control foundation for VersaMax systems.


Technical FAQs

  1. What is the main difference between IC200CPU001 and IC200CPU002?
    IC200CPU002 offers higher memory capacity and improved performance.
  2. Does IC200CPU002 support Ethernet?
    No, it uses RS-232 and RS-485 serial communication only.
  3. How much memory does it have?
    Approximately 42 KB configurable user memory.
  4. What is its I/O capacity?
    It supports up to 2048 inputs and 2048 outputs.
  5. What programming languages are supported?
    Ladder Diagram and Instruction List.
  6. Is it suitable for large systems?
    It is suitable for medium-to-large VersaMax control systems.
  7. Does it retain data during power loss?
    Yes, via battery-backed RAM and flash memory.
  8. Can it connect to SCADA systems?
    Yes, through Modbus RTU or SNP protocols.
  9. What industries commonly use it?
    Manufacturing, utilities, packaging, and process automation.
  10. Why is it still widely used today?
    Because of its stability, strong compatibility, and reliable legacy system support.


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