2230-12 - Egis Mobile Electric Egis 30 Amp Marine Terminal Block - 12 Circuit

30 Amp Marine Terminal Block - 12 Circuit

• Constructed with marine-grade materials for exceptional durability in harsh environments.
• Features screw terminal connection pairs, providing reliable input and output connections to separate copper alloy bus bars.
• Rated for 125 Volt AC or DC, suitable for various voltage systems including 12, 24, 36, and 48 Vdc, as well as 120/240 Vac applications.

Key Features:

• Screw terminal connection pairs ensure secure connections with distinct input and output lines.
• High-grade materials, including tin-plated copper alloy conductors and stainless steel hardware, offer long-lasting performance.
• Supports a wide voltage range, up to 250 Volts AC/DC.
• Anti-rotation features minimize wire terminal rotation under strain for enhanced reliability.
• High insulation walls prevent shorting of ring terminal splices to adjacent circuits or ground.
• Constructed with high-temperature insulation materials for added safety and longevity.
• Backed by a 4-year warranty, affirming commitment to quality and customer satisfaction.

The Egis 30 Amp Marine Terminal Block (part number 2230-12) is a 12-circuit terminal block designed for reliable power distribution in demanding environments. Constructed with marine-grade materials, including tin-plated copper alloy conductors and stainless steel hardware, it offers enhanced durability and resistance to harsh conditions. This unit features screw terminal connection pairs for secure input and output lines, minimizing wire terminal rotation under strain with anti-rotation features. It is rated for 30 Amps and supports a wide voltage range up to 250 Volts AC/DC, making it suitable for 12, 24, 36, and 48 Vdc, as well as 120/240 Vac applications. High insulation walls prevent shorting between adjacent circuits. This terminal block is intended for IT and electrical professionals requiring a robust, multi-circuit connection point for power systems where environmental resilience and secure connections are critical.