Midnite Solar, MNEPV9, Circuit Breaker, 9A 150VDC, 1-pole, Din Mount
Midnite Solar, MNEPV9, Circuit Breaker, 9A 150VDC, 1-pole, Din Mount

Midnite Solar, MNEPV9, Circuit Breaker, 9A 150VDC, 1-pole, Din Mount
Midnite Solar, MNEPV9, Circuit Breaker, 9A 150VDC, 1-pole, Din Mount
We offer multiple secure payment options for your convenience
We offer multiple secure payment options for your convenience

Midnite Solar, MNEPV9, Circuit Breaker, 9A 150VDC, 1-pole, Din Mount
MNEPV9
MidNite Solar MNEPV9 9A 1-Pole Din Rail Mount Breaker
The MidNite Solar MNEPV9 9A 1-Pole Din Rail Mount Breaker offers a reliable solution for circuit protection in solar power systems. Designed by MidNite Solar, a trusted name in renewable energy products, this breaker ensures safety and efficiency in your solar setup.
Technology and Overview
The MNEPV9 breaker utilizes advanced circuitry to provide precise protection for your solar panels and components. Its innovative design ensures optimal performance and durability even in challenging environmental conditions.
Installation and Compatibility
Installation of the MNEPV9 breaker is straightforward, thanks to its din rail mount design. It is compatible with a wide range of solar power systems, including off-grid and grid-tie setups. The breaker integrates seamlessly into existing configurations, making it an ideal choice for both residential and commercial installations.
Benefits and Applications
The MNEPV9 breaker offers numerous benefits, including reliable circuit protection, cost-saving potential, and minimal environmental impact. Its robust construction ensures long-term reliability, while its compatibility with various systems makes it suitable for diverse applications, including solar farms, residential rooftops, and off-grid cabins.
Product Specifications
Specification | Value |
---|---|
Manufacturer | MidNite Solar |
Model | MNEPV9 |
Current Rating | 9A |
Pole Configuration | 1-Pole |
Mount Type | Din Rail Mount |
Breaker Type | Thermal Magnetic |
Compatible Systems | Off-grid, Grid-tie |
Application | Solar Power Systems |