GE Fanuc module IC200CHS022 IC2OOCHSO22

GE Fanuc IC200CHS022 | VersaMax Compact I/O Carrier — 5V DC / DIN Rail Mount / Integrated Field Termination

The Physical Backbone of a VersaMax Compact I/O Configuration

The IC200CHS022 is the carrier — the base hardware that holds and interconnects VersaMax Compact I/O modules. In the VersaMax Compact system architecture, the carrier provides the physical mounting position, backplane bus connections, and field wiring termination for the I/O modules that plug into it. Without the carrier, individual I/O modules have no means of connecting to the system bus or to field wiring.

The 5V DC supply comes from the backplane — no separate field power wiring to the carrier itself is required. The integrated field termination style means the carrier includes termination directly rather than requiring separate terminal blocks or external wiring connectors. Local box wiring style identifies how the field wiring connects at the carrier: wiring enters the module assembly in a local, enclosed format appropriate for panel integration.

DIN rail mounting simplifies installation and replacement. The carrier clips to a standard DIN rail, and the entire assembly — carrier plus I/O modules — can be removed and reinstalled without disturbing field wiring when the connection method is consistent.

Key Specifications

Carrier Role in VersaMax Compact Architecture

VersaMax Compact is GE Fanuc's compact, DIN rail-mounted distributed I/O system. The IC200 series uses a carrier-and-module approach: the carrier defines the physical and electrical structure, and the I/O modules that plug into it provide the actual I/O function (digital input, digital output, analogue input, etc.).

Selecting the correct carrier is the first step in configuring a VersaMax Compact node — the carrier determines the available module slots, the termination style, and the wiring connection method. Substituting a carrier with a different wiring style or termination type changes the field wiring interface and may require panel modification. Confirm IC200CHS022 specifically from the installed carrier's label when ordering a replacement.

FAQ

Q1: What is the function of the IC200CHS022 in the VersaMax Compact system?

The carrier provides the physical base and backplane bus for VersaMax Compact I/O modules. It supplies 5V DC from the backplane to the mounted modules, provides the physical DIN rail mounting interface, and includes the integrated field termination that connects field wiring to the I/O modules. The carrier itself performs no I/O function — the I/O modules plugged into it provide that.

Q2: How many I/O modules can be installed on one IC200CHS022?

The slot count is defined by the specific IC200CHS022 carrier configuration. Refer to GE Fanuc's VersaMax Compact system documentation for the slot capacity of this carrier variant. The total I/O capacity depends on the module types installed in those slots.

Q3: What is the difference between carrier models within the IC200CHS series?

Different IC200CHS part number suffixes differ in slot count, field termination style, wiring connection method, or supported module types. The IC200CHS022 is a specific configuration within this family. Before replacing, confirm the installed carrier's full part number to ensure the replacement matches the existing field wiring and module configuration.

Q4: Does replacing the IC200CHS022 require reprogramming the VersaMax system?

The carrier itself stores no programme data or I/O configuration — these reside in the VersaMax CPU or Network Interface Unit. For a like-for-like carrier replacement with the same modules reinstalled, no reprogramming is required. Verify all module connections are secure and I/O communication is restored after installation.

Q5: What should be checked before ordering the IC200CHS022 as a replacement?

Confirm the full part number IC200CHS022 from the installed carrier's label. Verify the DIN rail mounting dimension and orientation match the panel installation. Check the field wiring connection style (local box) is compatible with the existing panel wiring before replacing — a different termination style may require wiring modifications.