Outback Power 8 Amp 150 VDC Single Pole DIN Mount Breaker

The Outback Power DIN-8-DC is an essential component designed for secure and efficient circuit management in renewable energy systems. This single pole breaker offers reliable protection and control for high-voltage DC applications. Integrating seamlessly into your setup, it ensures safety by preventing overloads and ensuring consistent energy flow, tailored for infrastructure supporting solar power installations.

Product Features

High Current Capacity

The Outback Power DIN-8-DC features an 8 Amp capacity, ideally suited for handling demanding circuit requirements in solar energy systems.

Robust Construction

Durable materials are used in the construction of this breaker, ensuring longevity and reliability under continuous operation in diverse environments.

User-Friendly Design

Easy to install, the DIN mount design ensures a straightforward setup process, making it accessible for both professionals and DIY enthusiasts.

Enhanced Protection

This breaker provides excellent circuit protection by guarding against potential overcurrent scenarios, thereby enhancing system safety and reliability.

Versatile Application

Suitable for a wide range of application scenarios, the DIN-8-DC integrates well with various setups that require dependable power management solutions.

How It Works

The Outback Power DIN-8-DC operates by automatically disconnecting a circuit when a current surge is detected. This protective action is crucial in preventing damage to connected equipment and facilitating smooth, uninterrupted operations.

Automatic Reset Mechanism

Equipped with an automatic reset feature, the breaker resumes normal operation once the fault condition is cleared, ensuring minimal downtime.

Thermal Detection

Utilizes thermal detection to assess and respond to excessive currents, crucial for maintaining circuit integrity and prolonging equipment life.

Manual Operation Option

In addition to automatic functionality, the breaker can be manually toggled for flexibility in isolation and safety procedures.

Specifications