The GE IC200PWB001D Power Supply Booster Carrier is a top-quality device that comes in its original packaging. This booster carrier offers a range of features, technical specifications, and benefits that make it a valuable component for various applications.

Features

• Enhanced power supply: The booster carrier allows for the connection of additional power supply modules.
• High-quality construction: It is built to deliver reliable power distribution in demanding industrial environments.
• Easy installation: The booster carrier features a simple installation process for quick integration into existing systems.
• Compatibility: It is compatible with GE VersaMax PLC systems, ensuring seamless integration and operation.
• LED indicators: LED indicators provide visual feedback for quick status monitoring.

Technical Specifications

• Model: IC200PWB001D
• Power supply voltage: 24V DC
• Number of power supply connections: 4
• Operating temperature: -40°C to 70°C
• Dimensions: 4.9″ H x 3.8″ W x 2.3″ D

Benefits

• Increased power capacity: The booster carrier allows for the connection of additional power supply modules, increasing the available power capacity.
• Reliable power distribution: It ensures consistent and reliable power distribution for optimal performance of the PLC system.
• Easy integration: The booster carrier features a straightforward installation process, simplifying the integration into existing systems.
• Seamless compatibility: It is designed to seamlessly integrate with GE VersaMax PLC systems, ensuring compatibility and smooth operation.
• Visual feedback: LED indicators provide quick and visual status monitoring, facilitating troubleshooting and maintenance.

Applications

The GE IC200PWB001D Power Supply Booster Carrier is suitable for various industrial applications, including but not limited to:

• Manufacturing: Power distribution in manufacturing and processing industries.
• Automation: Enhanced power supply capabilities for automated systems and control panels.
• Energy management: Power supply optimization in energy management systems.
• Building automation: Power distribution for HVAC control, lighting control, and other building management applications.