Product Overview

The GE IC200CHS003C VersaMax I/O Carrier Board is a connector-style I/O carrier designed for the GE Fanuc VersaMax distributed I/O system. It provides the mechanical mounting structure and electrical connection required to install a compatible VersaMax I/O module within an industrial automation system.

In a PLC-based control system, I/O modules connect field devices such as sensors, switches, actuators, and other process equipment to the controller. The I/O carrier provides the physical and electrical interface that allows an I/O module to communicate with the system and connect to field wiring.

The IC200CHS003C belongs to the IC200CHS003 connector-style carrier family. Its design includes a 36-pin connector for attaching an I/O cable. It supports module mounting, backplane communications, and field wiring for one I/O module. The module is mounted vertically on the carrier, perpendicular to the DIN rail.

This carrier is intended for installations where VersaMax I/O modules require a connector-based wiring arrangement. It can be combined with compatible interposing terminal components and connecting cables to provide flexible field wiring and cabinet layouts.

The IC200CHS003C is a supporting component rather than an independent PLC controller or signal-processing module. Its role is to provide the mounting and connection infrastructure for the compatible I/O module installed on it.

Technical Specifications

Dimensions and weight are based on the supplied product information. Manufacturer documentation lists the carrier dimensions in width × height × depth order and excludes DIN-rail height.

Function and Working Principle

The IC200CHS003C provides the physical and electrical foundation for connecting a VersaMax I/O module to the wider automation system. Its functions can be understood through several main areas.

1. I/O Module Mounting

The carrier provides a dedicated mounting position for one compatible VersaMax I/O module. The module is installed vertically, perpendicular to the DIN rail.

This arrangement helps organize I/O components inside control cabinets and provides a consistent mounting structure for modular automation equipment.

The carrier also supports module positioning and alignment, helping maintain a stable connection between the I/O module and the carrier assembly.

2. Electrical Connection

The IC200CHS003C features a 36-pin connector for attaching an I/O cable. This connector provides the electrical connection between the carrier and the associated interposing wiring components.

The cable and terminal arrangement must match the installed system configuration. Selecting an incorrect cable or terminal assembly can prevent proper signal transmission or create wiring problems.

3. Backplane Communication

The carrier provides the connection path required for communication between the installed I/O module and the VersaMax system.

The I/O module performs the actual input or output signal processing. The carrier supports the electrical and mechanical interface through which the module participates in the automation system.

4. Field Wiring Support

Field devices must be connected to the corresponding I/O channels through an appropriate wiring arrangement. The IC200CHS003C supports connector-based field wiring through compatible interposing terminal components and cables.

This arrangement allows field wiring to be organized separately from the I/O module mounting position, which can be useful in control cabinets with limited installation space.

5. Module Identification and Keying

The VersaMax carrier system uses mechanical keying features to help ensure that the correct type of module is installed in the intended position.

Correct module identification is important because different I/O modules may have different electrical characteristics, signal types, and isolation requirements.

Role in Industrial Control Systems

The IC200CHS003C is a supporting component in the VersaMax distributed I/O architecture. It does not independently execute PLC programs or process analog and digital signals. Instead, it provides the mounting and connection structure required by a compatible I/O module.

PLC and I/O Communication

A PLC uses input modules to receive information from field devices and output modules to send control signals to actuators. The carrier supports the installation and connection of these I/O modules.

For example, a digital input module may receive signals from limit switches or proximity sensors, while a digital output module may control indicator lights, relays, or solenoid valves.

The IC200CHS003C provides the carrier interface for a compatible module within this arrangement.

Distributed I/O Installation

Distributed I/O systems allow field signals to be collected and controlled through modular equipment installed at suitable locations.

The VersaMax carrier design supports flexible installation arrangements. With appropriate interposing terminals and cables, field wiring can be organized to suit the control cabinet layout.

Control Cabinet Organization

The carrier helps maintain an organized structure for I/O modules, connecting cables, and terminal components. This can simplify equipment identification and maintenance.

A consistent carrier arrangement also helps technicians identify the location of individual I/O modules during troubleshooting and replacement.

Industrial Applications

The GE IC200CHS003C is used as part of VersaMax distributed I/O installations across different industrial environments.

1. Manufacturing Automation

Manufacturing systems use digital and analog I/O modules to monitor sensors, machine status, and production conditions.

The carrier provides the mounting and connection structure for compatible I/O modules used in machine-control cabinets.

2. Conveyor and Material-Handling Systems

Conveyor systems rely on sensors, limit switches, motor-control signals, and other field devices.

Compatible VersaMax I/O modules installed on the carrier can participate in collecting these signals and exchanging information with the PLC.

3. Packaging Machinery

Packaging equipment often requires coordinated input and output signals for product detection, machine sequencing, and actuator control.

The IC200CHS003C supports the installation of compatible I/O modules used in these control applications.

4. Water and Wastewater Treatment

Water-treatment facilities use distributed I/O systems to monitor pumps, valves, level switches, pressure transmitters, and other field devices.

The carrier can be incorporated into a VersaMax I/O arrangement where compatible modules are used to connect field signals to the control system.

5. Process Automation

Industrial process installations use I/O modules to collect equipment status and process measurements and to control field devices.

The IC200CHS003C supports the physical connection of compatible I/O modules within a larger control architecture.

6. Utility and Infrastructure Systems

Utility facilities and infrastructure installations may use modular I/O equipment for equipment monitoring, alarm collection, and control functions.

The carrier provides a mounting and connection platform for the relevant VersaMax modules.

Installation and System Integration

Correct installation is important for reliable communication, secure module mounting, and stable field signal connections.

1. Verify Module Compatibility

Before installing an I/O module, confirm that it is supported by the IC200CHS003C carrier.

The connector-style carrier supports many VersaMax I/O modules, but manufacturer documentation identifies exceptions for certain modules with higher isolation requirements. These include:

• IC200MDL144 – 240 VAC, 4-point isolated input module.
• IC200MDL244 – 240 VAC, 8-point isolated input module.
• IC200MDD850 – Mixed 240 VAC isolated input and relay output module.

Always check the exact module catalog number and revision before installation.

2. Prepare the DIN Rail

The carrier is designed for mounting on a 35 mm DIN rail. The DIN rail should have a suitable conductive, corrosion-resistant, unpainted surface and should be electrically grounded as required by the installation instructions.

For installations exposed to significant mechanical vibration or shock, additional panel mounting may be necessary.

3. Install the Carrier

Position the carrier on the DIN rail and secure it according to the manufacturer’s installation instructions.

Check that the carrier is properly aligned and mechanically stable. Allow sufficient space for the I/O module, connecting cable, terminal components, and maintenance access.

4. Connect the I/O Cable

The IC200CHS003C uses a 36-pin connector and requires a compatible IC200CBL1xxx cable.

Select the cable according to the required length and system arrangement. Confirm connector orientation and ensure that the connection is fully seated before applying power.

5. Connect Interposing Terminal Components

The connector-style carrier can be used with compatible interposing terminal components, including the relevant VersaMax terminal assemblies.

The terminal arrangement should be selected according to the field wiring requirements and the I/O module’s signal type.

6. Verify Grounding and Wiring

Check the grounding arrangement, field wiring, connector condition, and cable routing. Keep signal wiring organized and separated from power conductors where required by the installation design.

Before servicing or replacing the carrier, isolate the relevant equipment and follow the site’s electrical safety procedures.

7. Test the I/O System

After installation, verify that the I/O module is correctly seated and that the system recognizes the module.

Test representative input or output channels to confirm that field signals are transmitted correctly. Check for wiring errors, loose connectors, incorrect module keying, and communication faults.

Compatible System Components

The IC200CHS003C is designed to operate with compatible components in the GE Fanuc VersaMax distributed I/O system.

The carrier, connecting cable, interposing terminal components, and I/O module must be selected as a compatible combination. They should not be assumed to be included together unless specified in the product listing.

Alternative Models and Replacement Considerations

When replacing an IC200CHS003C, the replacement must match the connector style, mechanical arrangement, and system requirements.

These models are related components in the VersaMax carrier system, not necessarily direct substitutes for the IC200CHS003C.

Before selecting a replacement, verify:

• Complete catalog number and hardware revision.
• Connector style and pin configuration.
• Compatible I/O module type.
• Required IC200CBL1xxx cable.
• Interposing terminal arrangement.
• DIN-rail and panel-mounting requirements.
• Module isolation requirements.
• Physical dimensions and cabinet clearance.

A carrier with a different terminal style may require changes to the field wiring arrangement, even if it belongs to the same VersaMax product family.

Key Advantages

Modular I/O Installation

The carrier provides a dedicated mounting position for one compatible VersaMax I/O module, supporting modular system organization.

Connector-Based Wiring

Its 36-pin connector supports a cable-based connection to compatible interposing terminal components.

Backplane Communication Support

The carrier provides the interface required for the installed I/O module to participate in VersaMax system communication.

DIN-Rail Mounting

The carrier is designed for standard 35 mm DIN-rail installation, supporting organized industrial control cabinet layouts.

Flexible Field Wiring

Compatible interposing terminal components allow field wiring to be arranged according to installation requirements.

Compact Design

With supplied dimensions of 133.4 × 66.8 × 70 mm and a listed weight of 0.11 kg, the carrier is suitable for compact modular I/O installations.

Maintenance Convenience

The modular carrier arrangement helps technicians identify and access individual I/O modules during inspection, troubleshooting, and replacement.

Technical FAQs

1. What is the GE IC200CHS003C?

The IC200CHS003C is a connector-style I/O carrier for the GE Fanuc VersaMax distributed I/O system. It provides mounting, backplane communication, and field wiring support for one compatible I/O module.

2. How many I/O modules can it support?

The IC200CHS003 carrier supports one I/O module.

3. What type of connector does it use?

It uses a 36-pin connector for attaching a compatible I/O cable.

4. Does it require an external cable?

Yes. The connector-style carrier requires a compatible IC200CBL1xxx cable for connection to the associated interposing terminal arrangement.

5. Can it be mounted on a DIN rail?

Yes. It is designed for installation on a 35 mm DIN rail. The rail should be appropriately grounded and mechanically suitable for the installation.

6. Is the IC200CHS003C compatible with all VersaMax I/O modules?

No. Although it supports many VersaMax I/O modules, certain modules with higher isolation requirements are excluded. Always check the compatibility documentation for the exact module.

7. Does the carrier process input and output signals?

No. Signal processing is performed by the installed I/O module. The carrier provides the mechanical mounting and electrical connection infrastructure.

8. What is the difference between IC200CHS003 and IC200CHS011?

The IC200CHS003 is the connector-style base carrier. The IC200CHS011 is an interposing barrier-style carrier used with the IC200CHS003 base and a compatible connecting cable.

9. What should be checked before replacing the carrier?

Check the complete catalog number, connector configuration, I/O module compatibility, cable type, terminal arrangement, and physical mounting requirements.

10. Can the carrier be used in a high-vibration environment?

For installations exposed to significant vibration or mechanical shock, additional panel mounting may be required. Follow the manufacturer’s mechanical installation recommendations.

Procurement and Maintenance Recommendations

When purchasing the GE IC200CHS003C, verify the full catalog number and connector configuration. Confirm that the carrier is suitable for the installed VersaMax I/O module and that the required connecting cable and interposing terminal components are available.

For new, surplus, or used equipment, request clear photographs of the connector, mounting points, product label, and overall condition. Inspect the connector for bent or damaged contacts and check the carrier body for cracks or deformation.

During maintenance, inspect the DIN-rail mounting, cable connections, grounding, and terminal arrangement. Loose connections or damaged connectors can cause intermittent I/O communication problems and unexpected equipment behavior.

Before replacing the carrier, document the installed module type, cable routing, terminal connections, and system configuration. This information can help reduce installation errors and simplify commissioning.

Conclusion

The GE IC200CHS003C VersaMax I/O Carrier Board is a connector-style mounting and connection component for the GE Fanuc VersaMax distributed I/O system. Its 36-pin connector supports cable-based connections, while its carrier structure provides mounting, backplane communication, and field wiring support for one compatible I/O module.

With DIN-rail mounting and compatibility with the VersaMax interposing terminal system, the IC200CHS003C supports modular industrial control cabinet designs. Correct module compatibility, cable selection, grounding, and installation are essential for reliable operation in PLC and distributed I/O applications.