Zjbeny BB1-63 DC Circuit Breaker PV – 2 Pole 16A 600V 6ka
$28.16
$52.94
Zjbeny BB1-63 DC Circuit Breaker PV – 2 Pole 16A 600V 6ka The Zjbeny BB1-16 DC Circuit Breaker PV provides essential protection for photovoltaic (PV) systems. This 2-pole breaker, rated for 16 amps and 600 volts DC, ensures your solar power setup remains safe and efficient. Key Features and Benefits: Reliable Protection: The BB1-63 offers robust overcurrent and short-circuit protection for your DC circuits. This prevents damage to your PV system and maintains safe operation. 2-Pole Design: With its 2-pole configuration, this breaker manages both positive and negative lines in your DC circuit. As a result, it delivers comprehensive protection for the entire circuit. 16A Rating: The 16-amp rating suits moderate current loads, meeting the needs of various components within your solar power system effectively. 600VDC Rating: Rated for 600 volts DC, the BB1-63 fits high-voltage solar power systems. Thus, it works efficiently with a wide range of PV installations. Manual Reset: The breaker includes a manual reset feature, allowing you to restore the circuit easily after addressing a fault. This simplifies maintenance and troubleshooting. Compact and Durable: Its compact design fits standard DIN rail enclosures, making installation straightforward. Additionally, the breaker withstands harsh environmental conditions, ensuring long-term reliability. Clear Status Indication: The breaker features visual indicators to show its status. You can quickly determine whether the circuit is functioning correctly or has tripped. Applications: Photovoltaic Systems: Use it to protect components like solar panels, inverters, and batteries within a solar power system. DC Power Distribution: It’s also suitable for any DC power distribution system where reliable circuit protection is essential. Incorporating the Zjbeny BB1-63 DC Circuit Breaker PV into your setup ensures effective protection for your photovoltaic system. This approach enhances both the safety and efficiency of your solar power installation.
