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- GE
- IC200ERM002F
- Expansion Receiver Module
- USA
- 86.8 × 128 × 60 mm
- 0.222 kg
- Xiamen, China
- New & In Stock
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Product Overview
The GE IC200ERM002F VersaMax Expansion Receiver Module is an expansion interface module for the GE VersaMax automation platform.
The module connects an expansion section of the VersaMax I/O architecture with the primary system, allowing additional I/O modules to participate in the controller’s I/O structure. It is used where the control system requires an extended I/O configuration beyond the local module arrangement.
The IC200ERM002F is suited to modular industrial control systems that use distributed or expanded VersaMax I/O. Its function is centered on expansion communication and system-level I/O integration rather than direct field signal conditioning.
Technical Specifications
| Parameter | Specification |
|---|---|
| Manufacturer | GE |
| Model | IC200ERM002F |
| Product Family | VersaMax |
| Product Type | Expansion Receiver Module |
| Application | VersaMax I/O Expansion |
| Dimensions | 86.8 × 128 × 60 mm |
| Weight | 0.222 kg |
Product Features
- GE VersaMax Expansion Receiver Module
- Model IC200ERM002F
- Supports VersaMax I/O expansion
- Connects an expansion section with the main I/O architecture
- Suitable for modular control-system configurations
- Supports additional VersaMax I/O capacity
- Intended for distributed and expanded I/O arrangements
- Suitable for industrial automation applications
- Applicable to system expansion and maintenance projects
Working Principle
The IC200ERM002F operates as an interface between the main VersaMax I/O structure and an expansion section.
A simplified architecture is:
VersaMax Controller → Main I/O Section → Expansion Interface → IC200ERM002F → Expansion I/O
The receiver module handles the system connection required for the expansion section, allowing additional I/O hardware to be incorporated into the overall VersaMax configuration.
The controller can therefore access I/O points located in an expanded section without requiring every I/O module to be installed in the same local arrangement.
Role in VersaMax I/O Architecture
| System Element | Function |
|---|---|
| VersaMax Controller | Executes control logic |
| Main I/O Section | Handles local I/O modules |
| IC200ERM002F | Provides expansion receiver functionality |
| Expansion Section | Adds additional I/O modules |
| Input Modules | Acquire field signals |
| Output Modules | Control field devices |
| Field Devices | Provide process signals or receive commands |
The expansion receiver is particularly useful when the I/O configuration needs to be separated into multiple sections within an industrial control installation.
I/O Expansion Configuration
The IC200ERM002F allows the VersaMax architecture to accommodate additional I/O hardware.
| Configuration | Purpose |
|---|---|
| Local I/O | Handles signals near the controller |
| Expanded I/O | Adds additional signal capacity |
| Expansion Receiver | Interfaces the expanded section |
| Discrete Input | Acquires ON/OFF field states |
| Discrete Output | Controls discrete devices |
| Analog I/O | Handles continuously varying signals |
This modular approach allows the I/O arrangement to be adapted to the physical and functional requirements of the control system.
Industrial Applications
| Application | Typical Use |
|---|---|
| Factory Automation | Expanded machine I/O |
| Manufacturing Systems | Additional control points |
| Process Automation | Distributed signal acquisition |
| Material Handling | Extended sensor and actuator interfaces |
| Packaging Equipment | Additional machine I/O |
| Water and Wastewater | Distributed field signals |
| Building and Utility Systems | Expanded control architecture |
| VersaMax System Maintenance | Replacement of expansion hardware |
Installation and Maintenance
- Confirm the IC200ERM002F model.
- Identify the expansion section associated with the module.
- Verify the system configuration before replacement.
- Disconnect power according to the applicable maintenance procedure.
- Inspect connectors and mating interfaces.
- Check the module for physical damage.
- Install the receiver module in the designated VersaMax position.
- Verify mechanical engagement.
- Reconnect the expansion interfaces.
- Restore system power.
- Check controller and I/O diagnostics.
- Verify communication with the expansion section.
- Confirm the expected status of connected I/O modules.
- Test representative input and output points.
If an expansion section fails to appear correctly after installation, inspect the complete expansion connection and the associated I/O hardware rather than assuming the receiver module is the only possible cause.
Compatible System Components
| Component | Function |
|---|---|
| GE IC200ERM002F | VersaMax Expansion Receiver |
| VersaMax Controller | Control logic execution |
| VersaMax I/O Modules | Field signal processing |
| Discrete Input Modules | Digital signal acquisition |
| Discrete Output Modules | Digital control outputs |
| Analog Input Modules | Analog signal acquisition |
| Analog Output Modules | Analog control signals |
| VersaMax Expansion Hardware | Additional I/O capacity |
Recommended Related Models
| Model / Product Family | Product Type | Typical Application |
|---|---|---|
| GE IC200ERM002F | VersaMax Expansion Receiver Module | I/O expansion |
| GE VersaMax Expansion Receivers | Expansion Interface | Extended I/O architecture |
| GE IC200MDL241B | VersaMax Discrete Input Module | Digital input acquisition |
| GE IC200MDL740G | VersaMax Discrete Output Module | Digital output control |
| GE IC200MDL740J | VersaMax Discrete Output Module | Digital output control |
| GE IC200PWR101B | VersaMax Power Supply Module | I/O system power |
| GE IC200PWB001B | VersaMax Power Supply Booster Carrier | Power distribution support |
Key Advantages
- GE VersaMax Expansion Receiver Module.
- Model IC200ERM002F.
- Supports expanded VersaMax I/O configurations.
- Connects additional I/O sections to the control architecture.
- Suitable for modular industrial automation systems.
- Supports distributed I/O arrangements.
- Works with VersaMax input and output hardware.
- Useful for system expansion and replacement applications.
Technical FAQs
What type of system problem can indicate an issue with an expansion receiver?
A complete expansion section may fail to communicate correctly, or connected I/O modules may not appear as expected in the control system. Expansion connections and associated hardware should be checked together when this occurs.
Why would a VersaMax installation use an expansion section instead of keeping all I/O local?
An expanded arrangement can place additional I/O closer to the field devices or separate larger I/O configurations into manageable sections. This can simplify system organization and accommodate installations with more extensive signal requirements.
Does the IC200ERM002F directly connect field sensors and actuators?
Its primary function is expansion-system interfacing. Field signal acquisition and output control are handled by the corresponding VersaMax I/O modules installed within the system.
What should be verified after adding an expansion receiver?
The expansion connection, module recognition, controller diagnostics, and status of the associated I/O modules should be checked. Representative I/O points can then be tested to confirm that the expanded section is operating correctly.