Product Overview

The GE IC200CHS002 VersaMax I/O Carrier Cartridge is a carrier component designed for GE VersaMax I/O systems. It provides the mechanical mounting and electrical interface required to integrate compatible VersaMax I/O modules into a distributed industrial control architecture.

Unlike an I/O module, which performs the actual signal processing, the IC200CHS002 serves as the supporting carrier between the I/O module, field wiring and the VersaMax backplane. Its cartridge-style configuration provides a compact and organized method for connecting I/O electronics within an industrial control cabinet.

The IC200CHS002 is particularly useful in VersaMax installations where modular I/O construction, organized wiring and straightforward maintenance are required. By providing the physical interface for the I/O module, the carrier allows individual modules to be installed, serviced and replaced without redesigning the complete control system.

Technical Specifications

The IC200CHS002 belongs to the VersaMax carrier family and is intended to provide the mechanical and electrical interface between compatible VersaMax I/O modules and the system architecture.

Function and Working Principle

The main purpose of the IC200CHS002 is to provide the infrastructure needed for an I/O module to become part of a VersaMax control system.

The carrier performs several important functions.

I/O Module Mounting

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

This modular arrangement separates the physical carrier from the signal-processing electronics. If an I/O module requires maintenance, the module can be serviced or replaced while the carrier remains part of the control cabinet installation.

Electrical Interface

The IC200CHS002 provides the electrical connection between the installed I/O module and the VersaMax I/O architecture.

The carrier allows power, signal and system connections to be routed through the appropriate interface so that the installed I/O module can communicate with the controller and process field signals.

Backplane Connectivity

VersaMax carriers can be arranged as part of a modular I/O station. Carrier-to-carrier connections allow the system architecture to be extended while maintaining a compact cabinet layout.

This approach reduces the need for separate wiring between every individual I/O module and the main controller.

Role in Industrial Control Systems

The IC200CHS002 is a supporting component rather than an independent controller.

A simplified VersaMax architecture can be represented as:

PLC / Network Controller → VersaMax Interface → I/O Carrier → I/O Module → Field Devices

The carrier provides the physical and electrical infrastructure, while the installed I/O module determines the actual signal-processing function.

Depending on the module installed, a VersaMax I/O station may handle:

• Digital inputs
• Digital outputs
• Analog inputs
• Analog outputs
• Sensor signals
• Actuator commands
• Process monitoring
• Machine-status signals

This modular approach allows engineers to configure I/O systems according to the requirements of a particular machine or process.

Industrial Applications

The GE IC200CHS002 can be used in a wide range of industrial automation applications based on the VersaMax platform.

Typical applications include:

• Factory automation
• Machine control systems
• Packaging machinery
• Conveyor systems
• Material handling
• Manufacturing equipment
• Pump control
• Motor-control systems
• Process monitoring
• Water and wastewater equipment
• Production lines
• Industrial machine panels
• Distributed I/O installations

The carrier is especially useful when a control system requires modular I/O expansion without significantly increasing cabinet complexity.

Installation and System Integration

Proper installation of the IC200CHS002 is important for reliable I/O operation.

DIN-Rail Installation

The carrier can be installed as part of a VersaMax DIN-rail-mounted I/O station. The mounting surface should be mechanically secure and suitable for the environmental conditions of the control cabinet.

The DIN rail should also provide a reliable grounding path where required by the system design.

I/O Module Installation

The compatible I/O module is mounted onto the carrier using the appropriate mechanical connection.

Before installation, technicians should verify:

• Correct carrier model
• Correct I/O module
• Module orientation
• Mechanical locking
• Connector alignment
• Terminal configuration
• Backplane connections

Field Wiring

Field wiring should be routed according to the I/O module’s electrical requirements.

Before energizing the system, check all wiring for:

• Correct terminal assignment
• Proper polarity
• Secure termination
• Correct wire size
• Absence of short circuits
• Proper shielding where required

System Commissioning

After installation, the system should be commissioned in a controlled sequence:

1. Verify the carrier installation.
2. Confirm the correct I/O module.
3. Check all electrical connections.
4. Verify system power.
5. Confirm communication with the controller.
6. Check I/O status.
7. Test field signals.
8. Confirm correct operation of connected equipment.

Compatible System Components

The IC200CHS002 normally forms part of a larger VersaMax automation system.

The exact combination depends on the application and the specific VersaMax configuration.

IC200CHS002 and I/O Module Compatibility

An important consideration when selecting the IC200CHS002 is that the carrier should not be treated as an independent I/O device.

The I/O module installed on the carrier determines the actual I/O function.

For example, a digital input module may be used for:

• Push buttons
• Limit switches
• Proximity sensors
• Machine status signals

A digital output module may be used for:

• Relays
• Solenoid valves
• Indicator devices
• Contactor control

Analog modules can provide:

• Temperature measurements
• Pressure signals
• Flow measurements
• Level signals
• Speed references

Therefore, when replacing an IC200CHS002, engineers should identify both the carrier and the I/O module currently installed in the system.

Recommended Alternative Models

For VersaMax installations with different wiring or mounting requirements, other carrier models may be considered.

These models should be selected according to the existing VersaMax configuration. A different carrier style may have a different field-wiring arrangement and should not automatically be considered a direct electrical replacement.

Key Advantages

• Designed for GE VersaMax I/O systems
• Provides a dedicated mounting platform for compatible I/O modules
• Supports modular distributed I/O architecture
• Provides the required electrical interface for I/O modules
• Allows convenient I/O module replacement
• Helps organize industrial control cabinet layouts
• Supports expansion of VersaMax I/O stations
• Compact physical design
• Suitable for industrial automation applications
• Useful for maintenance and replacement of existing VersaMax installations

Technical FAQs

What is GE IC200CHS002?

The GE IC200CHS002 is a VersaMax I/O carrier designed to provide the mechanical and electrical interface for compatible VersaMax I/O modules.

Is IC200CHS002 an I/O module?

No. It is a carrier component. The actual signal processing is performed by the I/O module installed on the carrier.

What is the size of IC200CHS002?

The specified dimensions are 110.5 × 139.7 × 70 mm.

What is the weight of IC200CHS002?

The specified weight is approximately 0.29 kg.

What does the IC200CHS002 do?

It provides mechanical mounting and electrical connectivity for compatible VersaMax I/O modules within a modular control system.

Where is IC200CHS002 used?

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

Can the IC200CHS002 be replaced by IC200CHS001?

The two carriers have different configurations and should not automatically be treated as direct replacements. The existing I/O module and field-wiring arrangement should be checked before selecting a replacement.

Does the carrier process input signals?

No. The carrier itself does not perform the primary signal-processing function. That function is provided by the installed VersaMax I/O module.

What components work with IC200CHS002?

It can be integrated with compatible VersaMax I/O modules, controllers, communication interfaces, power supplies, DIN rails and industrial field devices.

Conclusion

The GE IC200CHS002 VersaMax I/O Carrier Cartridge is a modular interface component designed for VersaMax industrial automation systems. Its primary role is to provide the mechanical mounting and electrical connection required to integrate compatible I/O modules into a distributed control architecture.

With dimensions of 110.5 × 139.7 × 70 mm and a weight of approximately 0.29 kg, the IC200CHS002 provides a compact solution for organizing VersaMax I/O installations inside industrial control cabinets.

For replacement and maintenance applications, engineers should verify the existing carrier configuration, installed I/O module, field-wiring method and VersaMax system architecture before selecting a replacement. When the system requires the corresponding cartridge-style carrier configuration, the GE IC200CHS002 provides a practical platform for integrating VersaMax I/O modules into industrial control systems.