Product Overview

The GE IC200CHS022 VersaMax Compact I/O Chassis Box Type is a compact chassis component designed for GE VersaMax industrial automation systems. It provides the mechanical structure and electrical interface required to install compatible VersaMax I/O modules as part of a modular control and distributed I/O system.

The IC200CHS022 is designed around a compact box-type configuration, making it suitable for applications where control-panel space is limited but a modular I/O architecture is still required. Instead of combining the functions of a PLC CPU and I/O electronics, this component provides the physical platform that allows compatible I/O modules to be integrated into the VersaMax system.

The chassis helps organize I/O hardware, system interconnections and field wiring within an industrial control cabinet. Its modular construction also supports maintenance because individual I/O components can be serviced without requiring the entire control system to be redesigned.

With dimensions of 66.8 × 163.5 × 70 mm and a weight of approximately 0.34 kg, the IC200CHS022 provides a compact solution for VersaMax installations where cabinet layout and efficient use of available space are important.

Technical Specifications

Function and Working Principle

The primary function of the IC200CHS022 is to provide a compact physical and electrical platform for VersaMax I/O system components.

It performs several supporting functions within the automation architecture.

I/O Module Mounting

The chassis provides the mechanical structure required to install compatible VersaMax I/O modules.

The installed I/O module performs the actual signal-processing task, while the chassis provides the physical support and system connection.

This separation allows the I/O configuration to be changed according to application requirements.

Electrical System Interface

The IC200CHS022 provides the necessary interface between the installed I/O components and the VersaMax system.

Depending on the installed module, the system can process:

• Digital input signals
• Digital output signals
• Analog input signals
• Analog output signals
• Machine-status signals
• Process measurements
• Control commands

Compact System Construction

The compact chassis format allows VersaMax I/O components to be arranged efficiently inside a control cabinet.

This can be particularly valuable in machine-control applications where the available panel area is restricted.

Role in Industrial Control Systems

The IC200CHS022 serves as part of the physical infrastructure of a VersaMax I/O station.

A simplified system architecture can be represented as:

PLC / Controller → VersaMax Interface → IC200CHS022 → I/O Module → Field Devices

The chassis itself is not the PLC CPU and does not execute the user’s application program.

The installed I/O module determines the type of field signals being processed, while the controller is responsible for executing the control logic.

The chassis provides the supporting mechanical and electrical interface that allows these components to operate together as a modular automation system.

This architecture makes it possible to distribute I/O closer to machines and processes while maintaining a structured connection to the main control system.

Industrial Applications

The GE IC200CHS022 can be used in industrial automation systems that require compact VersaMax I/O installations.

Typical applications include:

• Factory automation
• Machine control
• Packaging machinery
• Assembly equipment
• Conveyor systems
• Material handling
• Manufacturing lines
• Pump control
• Process monitoring
• Water and wastewater systems
• Industrial machinery
• Remote and distributed I/O installations

The compact box-type configuration can be particularly useful for equipment manufacturers and system integrators working with restricted control-panel space.

Compact I/O System Design

One of the main benefits of the IC200CHS022 is its compact form factor.

Industrial control cabinets frequently contain:

• PLC processors
• Power supplies
• Circuit protection
• Contactors
• Drives
• Communication modules
• I/O modules
• Terminal blocks
• Safety components

As the number of components increases, available DIN-rail and panel space becomes an important engineering consideration.

A compact VersaMax chassis can help maintain a more organized control-panel layout while retaining the modular advantages of distributed I/O.

A well-designed installation should also maintain sufficient clearance for:

• Cable routing
• Heat dissipation
• Module replacement
• Inspection
• Troubleshooting
• Connector access

Compact dimensions should not be used as a reason to overcrowd the control cabinet.

Installation and System Integration

Proper installation is essential for reliable operation of the VersaMax I/O system.

Mechanical Installation

The IC200CHS022 should be mounted securely using the appropriate VersaMax mounting arrangement.

Before installation, verify:

• Chassis model
• I/O module compatibility
• Mounting orientation
• Mechanical clearance
• DIN-rail or panel condition
• Available space for wiring

The mounting surface should be rigid enough to withstand the vibration and mechanical conditions expected in the application.

I/O Module Installation

The compatible I/O modules should be installed according to the system configuration.

Before commissioning, technicians should verify:

1. Correct module selection.
2. Proper module seating.
3. Mechanical locking.
4. Correct electrical connection.
5. Correct module position.
6. Proper carrier or backplane interconnection.

Field Wiring

Field wiring should be connected according to the electrical requirements of the installed I/O module.

Before power-up, inspect the wiring for:

• Correct terminal assignment
• Correct polarity
• Secure connections
• Proper wire routing
• Short circuits
• Shielding where required
• Appropriate grounding

Commissioning

After installation:

1. Inspect the complete I/O chassis.
2. Confirm all modules are correctly installed.
3. Verify power connections.
4. Energize the system under controlled conditions.
5. Check controller communication.
6. Confirm I/O module status.
7. Test input channels.
8. Test output channels.
9. Verify field-device operation.

A staged commissioning procedure makes it easier to distinguish wiring problems from module or controller problems.

Compatible System Components

The IC200CHS022 can be used together with other VersaMax components.

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

IC200CHS022 in Machine Automation

The compact chassis can be particularly useful in machine automation because machine builders often need to fit substantial control functionality into a relatively small electrical enclosure.

For example, a packaging machine may require:

PLC Controller → VersaMax I/O → Digital Inputs → Sensors

and:

PLC Controller → VersaMax I/O → Digital Outputs → Solenoid Valves

Additional analog modules can be used where the machine needs temperature, pressure, flow or other process measurements.

The IC200CHS022 provides part of the physical infrastructure that allows these I/O modules to be integrated into a compact control system.

Recommended Alternative Models

Depending on the required carrier style, wiring arrangement and cabinet configuration, other VersaMax chassis or carrier models may be considered.

Alternative carriers should not be treated as automatic replacements. The installed I/O module, wiring arrangement, mechanical configuration and complete VersaMax system should be checked before selecting another model.

Key Advantages

• Designed for GE VersaMax automation systems
• Compact box-type chassis configuration
• Supports modular distributed I/O architecture
• Provides mechanical support for compatible I/O modules
• Provides system-level electrical interfacing
• Helps maximize control-panel space
• Suitable for machine-control applications
• Supports modular maintenance
• Simplifies I/O system organization
• Suitable for industrial control cabinets
• Dimensions of approximately 66.8 × 163.5 × 70 mm
• Lightweight construction of approximately 0.34 kg

Technical FAQs

What is GE IC200CHS022?

The GE IC200CHS022 is a VersaMax Compact I/O Chassis, Box Type, designed to provide the mounting and interface structure required for compatible VersaMax I/O components.

Is IC200CHS022 an I/O module?

No. The IC200CHS022 is a chassis/interface component. The installed I/O module performs the actual signal-processing function.

What are the dimensions of IC200CHS022?

The specified dimensions are 66.8 × 163.5 × 70 mm.

What is the weight of IC200CHS022?

The specified weight is approximately 0.34 kg.

What is the main purpose of IC200CHS022?

It provides a compact mechanical and electrical platform for integrating compatible VersaMax I/O modules into an industrial automation system.

Where is IC200CHS022 used?

It is used in GE VersaMax industrial automation and distributed I/O applications, including machine control, manufacturing and process monitoring.

Why is the compact design useful?

The compact design helps system integrators and machine builders use available control-panel space efficiently while retaining a modular I/O architecture.

Can IC200CHS022 replace IC200CHS003?

Not automatically. The two components have different carrier configurations and connection approaches. Compatibility should be verified against the existing I/O module and system wiring.

Does IC200CHS022 process signals?

No. Signal processing is performed by the compatible VersaMax I/O module installed in the system.

What components work with IC200CHS022?

It can form part of a VersaMax system containing compatible I/O modules, controllers, network interfaces, power supplies, field wiring and industrial sensors or actuators.

Conclusion

The GE IC200CHS022 VersaMax Compact I/O Chassis Box Type is a compact interface and mounting component designed for VersaMax industrial automation systems. It provides the physical structure and system connectivity required to integrate compatible I/O modules into a modular distributed control architecture.

With dimensions of 66.8 × 163.5 × 70 mm and a weight of approximately 0.34 kg, the IC200CHS022 is well suited to applications where efficient use of control-cabinet space is important.

Its box-type construction supports organized I/O integration while allowing the actual signal-processing modules to remain modular and replaceable. This makes the chassis useful for machine automation, manufacturing systems, distributed I/O and industrial process applications.

For replacement projects, engineers should verify the complete VersaMax configuration, installed I/O module, wiring arrangement and mounting requirements before selecting a replacement. When a compact box-type VersaMax chassis is required, the GE IC200CHS022 provides a practical platform for building and maintaining modular industrial I/O systems.