2220-06 - Egis Mobile Electric EGIS Terminal Block 20A - 6 Circuit

EGIS Terminal Block 20A - 6 Circuit Retail Pack

• 125 Volt AC or DC Rated easily supports 12, 24, 36, and 48 Vdc systems, as well as 120/240 Vac applications (ensure implementation meets applicable accessibility standards as applicable.
• Anti-Rotation Ribs on conductor strips reduce the chance of wire terminal rotation if strain relief distances are long.
• Protects Ring Terminal Splices from shorting to adjacent circuits or ground with high insulation walls.
• Bullet-proof Construction: High temperature insulation material, tin plated copper alloy conductors, and stainless steel hardware.
• 4 Year Warranty: We stand behind our product's ability to meet your needs.

Screw Terminal Connection Pairs provide one input and one output screw connected to separate copper alloy bus bars for each matching connecting pair. Terminals blocks available in 2, 4, 6, 8, 10, or 12 matching connection pairs.

Marine Grade Materials ensure long lasting reliability in harsh environment applications. Tin plated copper alloy conductors, stainless steel hardware, and high temperature insulation materials deliver a robust solution.

The Egis Mobile Electric 2220-06 Terminal Block is a 6-circuit solution designed for managing electrical connections in various IT and industrial environments. Rated for 20 continuous amps and up to 240 volts AC or DC, it accommodates systems from 12Vdc to 240Vac. This terminal block is suitable for applications requiring secure and organized power distribution, particularly where multiple circuits need to be consolidated or protected. Its construction features high-temperature insulation, tin-plated copper alloy conductors, and stainless steel hardware, contributing to its durability. The design includes high insulation walls to prevent shorting between adjacent circuits and anti-rotation ribs on conductor strips to maintain wire terminal integrity. This product is intended for IT professionals and system integrators who need a robust and reliable method for securing ring terminal splices and distributing power in demanding conditions, including those found in marine or other harsh environments.