2-Pole DC Solar Circuit Breaker | 1000V Photovoltaic MCB | 6A-63A Overload Protection

Engineered for high-voltage DC systems, this 2P DC1000V photovoltaic MCB provides reliable overload and short-circuit protection for solar arrays. With a robust interrupting capacity and current ratings from 6A to 63A, it ensures the safety and longevity of your photovoltaic investment by isolating faults before they cause costly damage. Features and Benefits - 1000V DC Rated Voltage - Specifically designed for high-voltage solar strings, offering superior protection compared to standard AC breakers in demanding PV applications. - Wide Current Range (6A-63A) - Precise amperage selection allows for optimal matching to your specific panel configuration and inverter input requirements. - 2-Pole (2P) Design - Simultaneously breaks both the positive and negative DC conductors, ensuring complete circuit isolation and enhanced user safety during maintenance. - High-Performance Contacts - Constructed with durable materials for reliable arc quenching and long service life under frequent switching and high DC load conditions. - Compact DIN Rail Mount - Easy, standardized installation in PV combiner boxes, inverters, or distribution boards, saving valuable space in enclosures. Applications - Residential & Commercial Solar Arrays - Essential protection for series-connected PV strings, safeguarding panels and wiring from reverse currents and overloads. - Off-Grid Power Systems - A critical safety component in battery-based solar installations, protecting charge controllers and battery banks from fault conditions. - Solar Water Pumping & Agricultural Systems - Provides reliable circuit protection for DC-powered pumps and equipment in remote field applications. - EV Charging Stations & DC Microgrids - Suitable for protecting dedicated DC circuits in emerging renewable energy infrastructure projects. Note: Ensure correct amperage selection based on your system's maximum short-circuit current (Isc) and consult local electrical codes for proper installation.