8790 - Egis Mobile Electric Egis XD Relay Link Busbar for Compact Installations

XD Relay Link Busbar for Compact Installations

This high-quality, tin-plated copper busbar ensures reliable circuit connectivity while providing excellent anti-corrosive properties for extended lifespan.

Applications

This busbar allows you to link XD Single, Dual, and Triple relays together in various configurations or connect them to Egis's 8700 Mechanical Disconnect. By linking relays, you create space-efficient installations that support robust circuit switching and effective battery management.

Features:

• Exceptional electrical conductivity with anti-corrosion tin plating for dependable connections.
• Designed to withstand high amperage loads and resist deformation during installation.
• Saves installation space and maintains a professional appearance by linking XD Relays together.

Specifications:

• Continuous Current (Amps): 500
• Max Voltage (VDC): 72
• Material: Tin-plated copper
• Size (L x W): 47.8mm x 22.8mm
• Thickness: 2.8mm (1/8�)
• Terminal Stud Hole Size: 10.5mm (3/8�)

WARNING: This product can expose you to chemicals which are known to the State of California to cause cancer, birth defects, or other reproductive harm. For more information, visit P65Warnings.ca.gov.

The Egis Mobile Electric XD Relay Link Busbar, part number 8790, is a tin-plated copper busbar designed for consolidating electrical connections in compact installations. This component facilitates the linking of XD Single, Dual, and Triple relays, or their connection to an Egis 8700 Mechanical Disconnect. It is intended for IT and electrical professionals seeking to optimize space and maintain organized wiring within power distribution systems. The busbar provides reliable circuit connectivity with anti-corrosive properties, supporting robust circuit switching and effective battery management. Its construction is engineered to withstand high amperage loads and resist deformation, ensuring stable performance in demanding environments. This product addresses the need for efficient, durable, and space-saving interconnections in various electrical setups.