MidNite Solar MNEPV7-300

The MidNite Solar MNEPV7-300 is designed for effective protection in low voltage applications, specifically focused on solar energy systems. This device ensures the safety and reliability of electrical connections, making it an essential component in solar panel installations. With a robust design and high-performance features, it provides peace of mind to users while optimizing the performance of solar energy systems.

Product Features

Compact and Efficient Design

The MNEPV7-300 boasts a compact design, catering to space-constrained installations. This aspect of the Midnite Solar MNEPV7-300 maximizes usability while still providing effective circuit protection, essential for modern energy systems.

High Breaking Capacity

With a significant breaking capacity, the MNEPV7-300 ensures that it can handle surges and electrical faults easily, safeguarding connected devices. This feature makes it reliable in protecting valuable solar equipment against potential damage.

Versatile Applications

This circuit breaker is versatile and suitable for various applications including DC branch circuit protection and telecom equipment, which enhances its usability across different sectors. The Midnite Solar MNEPV7-300 proves to be adaptable to customer needs.

UL and CE Approvals

The compliance with UL 489A and CE standards ensures that the MNEPV7-300 adheres to stringent safety regulations, providing users with confidence in its quality and performance. This certification highlights the reliability of the product for consumers worldwide.

Ample Current Ratings

The Midnite Solar MNEPV7-300 offers a range of current ratings from 0.1 A to 300 A, ensuring compatibility with various systems. This flexibility allows users to select the right breaker for their specific solar installation needs.

How It Works

This circuit breaker operates by automatically disconnecting the electrical circuit in case of overload or short circuits, thus protecting equipment and preventing potential hazards. Its hydraulic-magnetic technology enhances its responsiveness and efficiency, catering to various operational demands.

Hydraulic-Magnetic Mechanism

The hydraulic-magnetic mechanism plays a crucial role in the timely tripping of the circuit breaker during overload conditions. It ensures consistent and reliable performance, making it integral to the overall operational safety of the system.

Trip Indicator Feature

The built-in trip indicator allows users to easily identify whether the circuit breaker has tripped due to a fault. This feature adds a layer of convenience for users in maintaining and troubleshooting their solar systems effectively.

Auxiliary Module Compatibility

The MNEPV7-300 is compatible with optional auxiliary modules, such as auxiliary switches and trip alarms, providing additional functionality and monitoring capabilities. This compatibility enhances overall system integration and user control.

Specifications