Paneltronics 'A' Frame Magnetic Circuit Breaker - 5 Amps - Double Pole

The Paneltronics 'A' Frame Magnetic Circuit Breaker - 5 Amps - Double Pole is a rugged electrical protection device engineered for marine, RV, and industrial DC power systems. This double-pole unit safeguards critical circuits by automatically interrupting current flow when electrical faults or overcurrent conditions occur. Built for reliability in demanding environments, the magnetic design responds instantly to dangerous fault currents, making it an essential component for anyone operating 12V or 24V power distribution systems where equipment damage and fire risk must be minimized.

The magnetic trip mechanism distinguishes this circuit breaker from thermal-only designs, providing instantaneous response to short circuits and severe overcurrent events without the delay inherent in heat-based protection. The 5-amp rating is calibrated for circuits requiring moderate current capacity, while the double-pole configuration allows simultaneous protection of two conductors—ideal for balanced DC circuits or applications requiring coordinated switching. The compact 'A' frame form factor and compact dimensions (1 x 1 x 2 inches) enable space-efficient panel mounting in tight electrical enclosures common to marine and mobile installations. The robust construction and proven Paneltronics engineering ensure long-term reliability and consistent performance across temperature variations.

Professionals and equipment owners working with DC power distribution—including marine electricians, RV technicians, and industrial maintenance teams—rely on this breaker to protect sensitive electronics, battery banks, and distribution panels. Installation is straightforward in standard DIN rail or bolt-down panel configurations common to electrical systems. Its 5-amp capacity makes it suitable for protecting moderate-load circuits including lighting systems, auxiliary pumps, communications equipment, and low-draw accessory circuits. Ensure compatibility with your system's voltage rating and conductor gauge before installation, and always follow local electrical codes and manufacturer wiring guidelines.