DC Circuit Breaker 2P DZ47-63Z Series Thermal Magnetic Trip Breaker 6A 16A 32A 63A Rated Current DC500V Overload Short Circuit Protector(6A)
R 860
or 4 x payments of R215.00 with
Availability: Currently in Stock
Delivery: 10-20 working days
DC Circuit Breaker 2P DZ47-63Z Series Thermal Magnetic Trip Breaker 6A 16A 32A 63A Rated Current DC500V Overload Short Circuit Protector(6A)
DC Circuit Breaker 2P 500V Rated Voltage: Professional-grade DZ47-63Z series breaker with 4 current options (6A/16A/32A/63A) and 63A frame rating, specifically engineered for photovoltaic solar power systems and DC electrical circuits requiring reliable overload and short circuit protection at 500V DC operating voltage.
Fire-Resistant Housing with Visual Power Status: Constructed from flame-retardant insulating materials that withstand harsh conditions while providing clear red/green For indication for power status verification, eliminating guesswork during maintenance and guaranteeing safe operation in extreme temperatures and demanding industrial settings.
Thermal-Magnetic Trip Mechanism for Dual Protection: Advanced tripping system combines thermal overload For response with magnetic short-circuit detection, effectively limiting energy release during closure operations to forestall overheating, premature aging, and extend operational lifespan while maintaining consistent performance throughout 35*82*75mm compact design.
Tool- DIN Rail Mounting System: Features reinforced buckle mechanism that securely locks onto standard 35mm guide rails without requiring screws, though screw-mounting option remains available for permanent installations; weighing just 0.167kg, this 2-pole configuration simplifies panel integration and allows For rapid replacement during system upgrades.
Multi-Environment Safety for Solar Applications: Quick-closing action insures immediate circuit isolation when abnormal conditions arise in battery banks, charge controllers, or inverter circuits, making it suitable for residential rooftop installations, commercial solar farms, off-grid cabins, and marine DC systems where reliable circuit protection is critical for equipment longevity.