Description
Key Benefits
- Provides reliable 10A circuit protection for solar systems
- Robust design ensures long-term durability
- Enhanced safety features tailored for solar applications
- Easy to install and maintain in various setups
- Compatible with a wide range of residential and commercial solar systems
- Thermal-magnetic breaker type offers precise trip performance
- UL Listed for assured quality and safety
Best Uses
Tech Specs
| Spec | Value |
|---|---|
| Amperage | 10A |
| Voltage | Up to 250V |
| Mounting | Panel Mount |
| Breaker Type | Thermal-magnetic |
| Number of Poles | 1 |
| Terminal Size | 6-14 AWG |
| Operating Temperature | -25°C to 60°C |
| Approvals | UL Listed |
Warranty
Important: Warranty terms may vary based on installation conditions and system configuration. See manufacturer documentation for full details.
More Info
The MidNite Solar MNEDC-10 10A Panel Mount Circuit Breaker is engineered to provide optimal performance and safety in solar energy systems.
Its advanced thermal-magnetic technology ensures reliable circuit protection, preventing damage from overloads and short circuits.
Designed for easy installation, this breaker fits seamlessly into various solar panel mount configurations, simplifying maintenance and upgrades.
The robust construction guarantees long-term durability, making it a dependable component for both residential and commercial solar applications.
Compatibility with a wide range of solar systems enhances its versatility, supporting diverse energy setups efficiently.
Operating reliably within a temperature range of -25°C to 60°C, it withstands varying environmental conditions.
UL Listing certifies that the breaker meets stringent safety and quality standards, providing peace of mind for installers and users.
Its compact single-pole design supports streamlined panel layouts without sacrificing protection.
The breaker accommodates terminal sizes from 6 to 14 AWG, allowing flexible wiring options.
Overall, the MNEDC-10 is a cost-effective, environmentally conscious choice for safeguarding solar energy circuits.
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