Product Overview

The GE IC200CHS003 VersaMax I/O Carrier Connector Style is a modular I/O carrier designed for GE VersaMax industrial automation systems. It provides the mechanical mounting and electrical interface required to connect a compatible VersaMax I/O module to the control system.

Unlike an I/O module itself, the IC200CHS003 functions as the supporting carrier and connection platform. Its connector-style configuration is designed for installations where field wiring is handled through an external connector or connectorized wiring assembly rather than through an integrated barrier terminal arrangement.

This architecture provides a clean and organized interface between the I/O module and the external field wiring. It is particularly useful in machine-control applications where preassembled wiring harnesses, removable connectors and simplified maintenance are desirable.

The compact design of the IC200CHS003 also makes it suitable for control cabinets where minimizing the physical footprint of individual I/O components is important.

Technical Specifications

The IC200CHS003 is designed to provide the physical and electrical interface between a compatible VersaMax I/O module and the surrounding control-system architecture.

Function and Working Principle

The primary purpose of the IC200CHS003 is to provide a connector-style carrier platform for VersaMax I/O modules.

It performs several supporting functions within the I/O system.

I/O Module Mounting

The carrier provides the mechanical structure required to install a compatible VersaMax I/O module.

The I/O module performs the actual signal-processing function, while the IC200CHS003 provides the physical platform and electrical interface.

This modular design allows I/O modules to be replaced independently when maintenance is required.

Connector-Based Field Interface

The main characteristic of the IC200CHS003 is its connector-style connection arrangement.

Instead of terminating every field conductor directly on a barrier-style carrier, the connector-style design allows field wiring to be organized through a compatible connector or wiring assembly.

This can be beneficial when:

• Wiring harnesses are preassembled
• Machines are built in production batches
• I/O cabinets require fast replacement
• Maintenance personnel need removable field connections
• Wiring needs to be separated from the electronics

System Interconnection

The carrier also participates in the VersaMax I/O interconnection architecture.

When multiple I/O carriers are installed in the same station, the system can be expanded by arranging compatible carriers and modules in the required configuration.

Role in Industrial Control Systems

The IC200CHS003 serves as an interface between the VersaMax I/O electronics and external field wiring.

A typical system architecture can be represented as:

PLC / Network Interface → VersaMax I/O Station → IC200CHS003 → I/O Module → Connector / Field Wiring → Field Devices

The carrier itself does not determine the signal type.

The installed I/O module determines whether the channel is used for:

• Digital input
• Digital output
• Analog input
• Analog output
• Process measurement
• Machine status
• Actuator control

This separation makes VersaMax systems highly modular.

A machine builder can configure different I/O modules while retaining a standardized carrier architecture.

Industrial Applications

The GE IC200CHS003 is suitable for industrial applications that use the VersaMax distributed I/O platform.

Typical applications include:

• Factory automation
• Machine control
• Packaging equipment
• Conveyor systems
• Material handling
• Production machinery
• Industrial assembly systems
• Process monitoring
• Pump control
• Manufacturing equipment
• Automated production lines
• Distributed machine I/O

The connector-style configuration is particularly useful for applications where removable wiring assemblies or preconfigured cable harnesses are preferred.

Advantages of Connector-Style I/O

Compared with direct terminal wiring, connectorized I/O can simplify certain machine-building and maintenance tasks.

Faster Module Replacement

A connectorized field interface can allow wiring to remain organized while the I/O electronics are serviced.

Preassembled Harnesses

Machine builders can prepare wiring harnesses in advance and connect them during final system assembly.

Improved Wiring Organization

Connector-based systems can reduce the number of individual loose conductors inside the control cabinet.

Easier Maintenance

A properly designed connector system can make field wiring easier to disconnect during I/O module replacement.

Consistent Machine Construction

For OEM machine builders producing multiple identical systems, connectorized wiring can improve repeatability between control panels.

Installation and System Integration

Correct installation is important for maintaining reliable I/O communication.

Carrier Installation

The IC200CHS003 should be securely installed on the appropriate mounting structure and positioned according to the VersaMax system layout.

The mounting surface should be mechanically stable and suitable for the vibration and environmental conditions of the application.

I/O Module Installation

Before installing the I/O module:

1. Verify the carrier model.
2. Confirm I/O module compatibility.
3. Check module orientation.
4. Align the module with the carrier.
5. Secure the module correctly.
6. Confirm electrical connections.

Connector Installation

The external connector or wiring assembly should be installed according to the required I/O configuration.

Before system startup, verify:

• Connector position
• Correct wiring
• Signal assignment
• Connector locking
• Cable routing
• Shielding requirements
• Grounding requirements

Loose or incorrectly installed connectors can create intermittent I/O faults that may be difficult to diagnose.

Commissioning

After installation:

1. Energize the control system under controlled conditions.
2. Verify that the I/O station initializes correctly.
3. Check communication with the controller.
4. Confirm I/O module status.
5. Test individual input channels.
6. Test output channels where appropriate.
7. Confirm the connected field equipment responds correctly.

Compatible System Components

The IC200CHS003 can form part of a complete VersaMax automation system together with:

The exact combination depends on the application and the I/O configuration.

IC200CHS003 Compared with Other VersaMax Carriers

The carrier family contains different wiring arrangements designed for different installation requirements.

The IC200CHS003 is particularly suitable when connectorized field wiring is an important requirement.

Recommended Alternative Models

For replacement projects or new VersaMax installations, the following carrier models may be considered depending on the wiring method.

These models should not automatically be treated as direct replacements. The existing I/O module, wiring configuration and carrier interface should be verified before selecting an alternative.

Key Advantages

• Designed for GE VersaMax I/O systems
• Connector-style field interface
• Compact physical construction
• Provides mechanical support for compatible I/O modules
• Provides the electrical interface between I/O electronics and the system
• Supports modular distributed I/O architecture
• Suitable for preassembled wiring harnesses
• Convenient for removable field connections
• Useful for OEM machine construction
• Supports simplified I/O maintenance
• Suitable for industrial control cabinets
• Lightweight design at approximately 0.109 kg

Technical FAQs

What is GE IC200CHS003?

The GE IC200CHS003 is a VersaMax connector-style I/O carrier designed to provide mounting and electrical connectivity for compatible VersaMax I/O modules.

Is IC200CHS003 an I/O module?

No. The IC200CHS003 is an I/O carrier. The actual signal-processing function is performed by the I/O module installed on the carrier.

What is the main feature of IC200CHS003?

Its main feature is the connector-style field interface, which is suitable for installations using removable connectors or preassembled wiring assemblies.

What are the dimensions of IC200CHS003?

The specified dimensions are 66.8 × 133.4 × 70 mm.

How much does IC200CHS003 weigh?

The specified weight is approximately 0.109 kg.

Where is IC200CHS003 used?

It is used in GE VersaMax distributed I/O and industrial automation systems.

What type of I/O modules can be installed?

The compatible I/O module depends on the VersaMax system configuration and carrier requirements. The module type determines whether the system handles digital, analog or other I/O signals.

What is the difference between IC200CHS001 and IC200CHS003?

The primary difference is the field connection method. IC200CHS001 uses a barrier-style interface, while IC200CHS003 uses a connector-style arrangement.

Can IC200CHS003 be replaced by another VersaMax carrier?

Only after checking the I/O module, wiring method, connector arrangement and system configuration. Different carrier styles are not necessarily direct substitutes.

Is IC200CHS003 suitable for OEM machines?

Yes. Its connector-style configuration can be particularly useful for OEM equipment where standardized and removable wiring harnesses are desirable.

Conclusion

The GE IC200CHS003 VersaMax I/O Carrier Connector Style is a compact carrier component designed to integrate compatible VersaMax I/O modules into industrial automation systems. Its primary role is to provide the mechanical mounting platform and electrical interface between the I/O module and the external control-system wiring.

With dimensions of 66.8 × 133.4 × 70 mm and a weight of approximately 0.109 kg, the IC200CHS003 provides a lightweight and compact solution for VersaMax I/O installations.

Its connector-style configuration makes it particularly useful for applications involving preassembled wiring, removable field connections, OEM machinery and organized industrial control cabinets.

When selecting a replacement, engineers should verify the complete VersaMax I/O configuration, installed module, connector arrangement and wiring architecture. For systems requiring a connector-style carrier, the GE IC200CHS003 provides a practical interface for building and maintaining modular VersaMax industrial I/O systems.