MidNite Solar 40 AMP 150VDC Din Rail Mount Breaker – MNEPV40

The MidNite Solar MNEPV40 is a robust din rail mount breaker specifically designed for solar applications. Manufactured in the USA, this breaker meets the high standards set by the Buy American Act, ensuring more than 50 percent U.S. fabrication in its materials and components. Its primary role is to enhance safety by providing reliable circuit protection for your solar systems.

Product Features

High Current Capacity

Featuring a 40 AMP rating, the MNEPV40 din rail breaker ensures ample current handling, ideal for accommodating high-power solar setups efficiently.

Enhanced Voltage Rating

With a 150VDC voltage capacity, this breaker supports diverse solar arrays by offering versatile protection capability.

Durable Construction

Designed and built to withstand demanding environments, this breaker€™s robust construction ensures longevity and reliability in various usage conditions.

Easy Installation

The din rail mount design of the MNEPV40 simplifies installation, providing flexibility and ease during setup for system integrators and installers.

Compliance with U.S. Standards

This breaker complies with the Made in the USA certification, aligning with the stringent requirements of the American Recovery Reinvestment Act.

How It Works

The MNEPV40 breaker provides critical overcurrent protection for solar installations, automatically disconnecting circuit paths during fault conditions to prevent damage and ensure safety.

Overcurrent Protection

The primary function of the MNEPV40 breaker is to guard against overcurrent scenarios by swiftly interrupting power flow when current levels surpass safe limits.

Manual Disconnection

Offers a manual disconnection feature to safely isolate circuits for maintenance or emergency troubleshooting, enhancing operational flexibility and safety.

Thermal-Magnetic Operation

Employs a thermal-magnetic mechanism to detect and react to both prolonged overcurrents and immediate short circuits efficiently.

Specifications