GE IC200CHS002

Overview

The GE Fanuc IC200CHS002 is a robust and essential 2-slot I/O carrier base designed specifically for seamless integration within the VersaMax PLC system. This carrier foundation is engineered to support two vital modules—typically comprising a CPU, power supply, or a diverse range of I/O modules—all connected through a shared, high-performance backplane. This intelligent design ensures crucial interconnections for power, ground, and vital signals, maintaining optimal system functionality. Created for secure panel mounting, the IC200CHS002 provides a stable and reliable platform for developing highly compact yet infinitely scalable industrial automation systems, making it an ideal choice for diverse control applications where space and performance are paramount.

Key Features

• Generous Slot Capacity: Accommodates up to two VersaMax modules, providing flexibility for various configurations.
• Secure Panel Mount Design: Engineered for fixed panel mounting (non-DIN rail), ensuring a stable and vibration-resistant installation critical for industrial environments.
• Integrated High-Speed Bus: Features an integrated electrical bus that provides reliable communication and power distribution between all connected modules.
• Tool-Free Module Installation: Designed for efficiency, modules securely lock into place without the need for additional tools, simplifying assembly and maintenance.
• Seamless Expandability: Built with expandability in mind, allowing for easy combination with additional carriers to facilitate future system growth and adaptation.
• Industrial-Grade Durability: Constructed from high-quality, industrial-grade materials to ensure exceptional long-term reliability and resistance in even the most demanding operating conditions.

Technical Specifications

• Model Number: IC200CHS002
• Mounting Method: Panel mount
• Slots: 2
• Compatibility: Fully compatible with GE Fanuc VersaMax CPUs, power supplies, and a wide array of I/O modules
• Operating Temperature: 0°C to 60°C
• Certifications: UL, CSA, CE (ensuring compliance with international safety and quality standards)

Applications

• Foundation for compact VersaMax control systems requiring precise and reliable operation.
• Ideal for industrial automation cabinets where fixed, secure panel-mounted assemblies are preferred for stability.
• Perfect for OEM applications that demand structured wiring layouts and a dependable I/O foundation.
• Serves as an efficient hub for local I/O configurations, streamlining connectivity and management within distributed control architectures.

Why Choose This Model?

The GE Fanuc IC200CHS002 stands out as a superior choice for your industrial automation needs due to its exceptional design and performance characteristics. Its innovative space-saving footprint efficiently combines two essential modules into a single mounting area, optimizing panel real estate. You can rely on its robust construction to deliver consistently reliable performance, even in the most demanding industrial environments. The carrier’s thoughtful design ensures easy wiring access, allowing for clean, front-facing connections that simplify installation and troubleshooting. Furthermore, its inherent modular scalability guarantees that your automation system can effortlessly grow and adapt to evolving operational requirements, providing a future-proof solution.

Order Now

Elevate your industrial automation capabilities with the GE Fanuc IC200CHS002 VersaMax 2-slot I/O carrier base. This high-performance component is engineered for reliability and designed to integrate seamlessly into your VersaMax PLC system. Ready to ship globally, the IC200CHS002 ensures your critical automation projects stay on schedule. For additional options within this powerful series, we invite you to return to our comprehensive selection of GE IC200 VersaMax PLC products. Discover our full range of GE Industrial Automation Products, including advanced PLCs, versatile I/O modules, intuitive HMIs, and precise motion control solutions, to find everything your operation requires for optimal efficiency and control.