GE IC200PER102 – VersaMax Power / Expansion Interface Module
GE IC200PER102 – VersaMax Power / Expansion Interface Module
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Brand:GE Fanuc PLC Item No.:GE IC200PER102 Product Origin:USA Product Dimensions:110 × 66.8 × 50 mm Product Weight:0.25 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
The GE IC200PER102 is a VersaMax power and expansion interface module designed to support distributed I/O configurations where additional backplane power and system segmentation are required. It is typically used in larger VersaMax architectures to extend system capacity, stabilize power distribution, and support multiple I/O racks or segments within a single automation network.
This module is especially valuable in modular PLC installations where system scalability, electrical stability, and clean power separation are critical for maintaining long-term reliability in industrial environments.
Technical Specifications
The IC200PER102 is engineered to enhance system architecture flexibility and power management across VersaMax stations.
Parameter
Specification
Module Type
Power / Expansion Interface Module
Series
GE VersaMax
Function
Power distribution & rack expansion interface
Supported Systems
VersaMax CPU / NIU / I/O stations
Backplane Compatibility
VersaMax I/O backplane
Input Power
Supplied via system power architecture
Expansion Capability
Supports extended I/O segmentation
Communication Role
System interconnect / expansion coupling
Protection Features
System-level overload and fault isolation support
Diagnostics
Status indicators (system dependent implementation)
Physical Dimensions & Weight
Item
Value
Dimensions (H × W × D)
~110 × 66.8 × 50 mm
Weight
~0.25 kg
Recommended Related Models
For a complete VersaMax system architecture, the IC200PER102 is commonly paired with:
IC200PWR102 – expanded AC power supply module
IC200CPU005 – VersaMax CPU module
IC200MDL640 – 24VDC input module
IC200MDL741 – DC output module
IC200PBI001 – Profibus communication interface
Popular VersaMax System Alternatives
In similar modular PLC architectures, engineers may also consider:
GE IC200PNS002 – PROFINET network interface module
GE IC200GBI001 – Genius bus interface module
Allen-Bradley 1756-EN2T – Ethernet/IP communication module
Siemens ET200 expansion interface systems
Applications
The IC200PER102 is used in scalable and distributed industrial automation systems where expansion and stable architecture design are required:
Large-scale manufacturing automation lines
Multi-rack PLC system architectures
Process control plants (oil, gas, chemical)
Energy distribution and monitoring systems
Water treatment and utility automation
OEM machines requiring modular expansion
Smart factory distributed control systems
Advantages
This module provides key benefits in complex VersaMax system designs:
Enables system expansion across multiple I/O segments
Improves power distribution stability across backplanes
Supports scalable architecture for growing automation systems
Reduces system downtime by isolating expansion sections
Enhances modular design flexibility for engineers
Works seamlessly within VersaMax distributed control ecosystems
Improves overall system organization and maintainability
Technical FAQs
1. What is the IC200PER102 used for?
It is used as a power and expansion interface module in VersaMax systems.
2. Does it directly control I/O signals?
No, it supports system expansion and power distribution rather than direct I/O control.
3. Is it required in all VersaMax systems?
No, it is typically used in larger or multi-rack configurations.
4. What systems is it compatible with?
It works within GE VersaMax CPU and NIU-based architectures.
5. Does it provide additional backplane power?
Yes, it supports power distribution for expanded system segments.
6. Can it be used with Profibus or Ethernet modules?
Yes, it can be part of systems using IC200PBI001 or similar communication modules.
7. Is it a communication module?
Not directly, but it supports system expansion architecture.
8. What environments is it used in?
Industrial automation, process control, and large distributed PLC systems.
9. Does it require configuration?
Configuration depends on system architecture and CPU setup.
10. What is its main advantage?
It enables scalable VersaMax system expansion with stable power and architecture separation.
