Configured for high-density signal distribution in industrial control networks, the GE VersaMax IC200CHS002K (IC200CHS002K Box-Style I/O Carrier Module) provides direct physical/electrical execution for module-to-backplane interfacing.

Suffix Breakdown & Model Matrix

The IC200CHS002K represents the standard box-style terminal configuration for the VersaMax I/O system. This carrier supports 36 barrier-style terminals (A1–A18 and B1–B18), designed to facilitate dense wiring schemes for digital and analog I/O modules. The "K" suffix denotes the specific terminal block arrangement and material compliance standard for industrial operating environments.

Hardware Specifications

Backplane Bus Communication and Firmware Compatibility

The carrier provides the physical backplane bus interface necessary for high-speed data transfer between the field modules and the CPU. It supports backplane bus communication velocity standards required by the VersaMax I/O suite. As a passive interconnection component, the carrier does not require firmware flash compatibility; however, it is engineered to maintain signal integrity for deterministic network operations. The mechanical coupling ensures that I/O density scaling remains consistent across the rack, allowing for modular expansion without introducing propagation delays.

Frequently Asked Questions

Q: Does the carrier support mixed voltage signal types? A: The carrier is rated up to 264 VAC, but users must ensure that all signals wired to the terminal block are properly segregated and conform to site safety standards regarding mixed-voltage isolation within a single enclosure.

Q: Are there specific torque requirements for the terminal screws? A: Yes, terminal connections must be tightened to the manufacturer's specified torque rating to ensure a secure mechanical bond and low-resistance electrical contact for copper wires ranging from AWG #22 to #14.

Field Installation Guidelines

• Mount the carrier on a horizontal 35 mm DIN rail, ensuring a minimum clearance of 5.1 cm at the top/bottom and 2.54 cm at the sides for adequate thermal dissipation.
• Strip wires to the recommended length and ensure solid or stranded copper conductors are properly seated under the terminal plates to prevent loose connections.
• For dual-wire installations, verify that both conductors are of the same size, up to 0.86 mm² (AWG #18), to ensure uniform clamping pressure.
• Ensure the backplane connector is fully engaged with the adjacent module or CPU to prevent intermittent bus communication.
• Verify that the cabinet enclosure depth is at least 70 mm to accommodate the carrier footprint and associated wiring bend radii.
• Adhere to standard electromagnetic compatibility practices by isolating signal wiring from high-power circuits and grounding the DIN rail to a common chassis point.