IC200CBL600 - Rack Expansion Cable

SPECIFICATIONS

Part No.: IC200CBL600
Manufacturer: General Electric
Series: Mark I and II
Product type: Rack Expansion Cable
Storage temperature -25°C to +85oC
Availability: In Stock
Country of Manufacture: United States (USA)

Functional Description

IC200CBL600 is a rack expansion cable developed by GE. It is a part of the Mark I and II control system. This 1-meter shielded cable plays a crucial role in connecting system components, allowing for seamless communication between the VersaMax NIU (Network Interface Unit) and the expansion rack, specifically the non-isolated expansion rack. The cable ensures proper data transmission and communication within the system, which is vital for efficient system performance.

Features

• 1-Meter Shielded Design: The cable is 1 meter in length and shielded, ensuring that external electromagnetic interference is minimized during data transmission. This shielded design is essential for maintaining data integrity, particularly in environments where electrical noise could disrupt communication.
• Single-Ended Connection: This cable is designed for single-ended installations, where only one non-isolated expansion rack is used without an expansion transmitter. This setup provides flexibility for expanding system functionality without the need for additional complex wiring.
• Compatibility with VersaMax NIU: specifically designed to connect the VersaMax NIU (Network Interface Unit) to the expansion rack. This direct connection allows for efficient data communication and expansion of the system's input/output capacity.

Installation Guidelines

• Expansion Rack Setup: In systems that include one non-isolated expansion rack and no expansion transmitter, the cable is used to connect the serial port on the VersaMax NIU to the Expansion Receiver on the expansion rack.
• Maximum Cable Length: The cable has a maximum length of 1 meter, ensuring proper signal integrity over short distances. Longer cables are not recommended for this setup, as it could lead to data transmission issues.
• Cable Ordering: The cable cannot be fabricated on-site or customized. It must be ordered separately to ensure compatibility with the system. This restriction ensures that only the correct cable, with proper shielding and specifications, is used in the system to avoid communication disruptions.
• No Terminator Plug Required: In single-ended installations, a terminator plug is not required for the system to function correctly. However, if a terminator plug is accidentally installed, it will not negatively affect system performance or cause disruptions.

Considerations for Operation

It is crucial not to disconnect the cable while the system is in operation. Doing so can lead to momentary disruptions in bus communications, which may cause system errors or temporary failures in data transmission. This precaution is essential to maintaining continuous and stable operation in real-time control environments.

World of Controls has the most comprehensive collection of GE Mark I and II components. Please contact WOC as soon as possible if you require any extra information.

Frequently Asked Questions

What is IC200CBL600?
It is a Rack Expansion Cable developed by GE

Can I use a longer cable than the provided 1 meter?
No, the maximum cable length for this setup is 1 meter. Using a longer cable can result in communication issues and signal degradation, which could compromise the system's performance.

Can the cable be fabricated or customized?
No, the cable cannot be fabricated or customized. It must be ordered as-is from the manufacturer. This ensures that the correct specifications are maintained for compatibility and optimal performance.

Is a terminator plug required in single-ended installations?
No, a terminator plug is not required for single-ended installations. However, if a terminator plug is installed accidentally, it will not interfere with or disrupt the system’s performance.

Can I disconnect the cable while the system is operating?
No, you should never disconnect the cable while the system is operating. Doing so can cause momentary disruptions in bus communications, which may lead to system errors or temporary loss of data transmission.