Q1: What sets the Amomd 70A DC Solar Thermal Circuit Breaker apart for solar systems? A: Designed specifically for solar applications, this breaker combines automatic close-off functionality with a manual switch, ensuring safe and efficient current management across a voltage range of 12V to 48V. It's ideal for protecting solar arrays, inverters, and batteries.
Q2: How does the BCD Curve D affect the breaker's performance in solar installations? B: The BCD Curve D is tailored for circuits with varying loads, particularly those prone to momentary high currents, such as during solar panel peak output. It prevents unnecessary tripping while safeguarding against overloads and short circuits.
Q3: What certifications ensure the quality and safety of this solar breaker? A: This breaker proudly bears the CE Certification, signifying compliance with rigorous European safety standards. It is also ROHS compliant, ensuring it's free from harmful substances, promoting eco-friendliness.
Q4: What is the rated current and interrupt capacity of this thermal circuit breaker? A: With a rated current of 70A and an interrupt capacity ranging from 180-250A, up to 1.5KA at 14Vdc, it is well-equipped to handle high currents typical in solar setups, providing robust protection against electrical faults.
Q5: Can this breaker be used in harsh environments? A: Absolutely! Its rugged construction, with an operating temperature range of -32°C to 82°C (-25°F to 180°F) and storage temperature range from -34°C to 149°C (-30°F to 300°F), ensures reliable operation in extreme conditions, making it suitable for marine, ship, and RV installations.
Q6: Is the manual switch feature beneficial for solar system maintenance? A: Yes, the manual switch provides users with control, allowing for intentional disconnection during maintenance or troubleshooting, enhancing safety and convenience.
Q7: How does the waterproof design add value to the product? A: The waterproof design safeguards the breaker from moisture damage, crucial in outdoor solar installations exposed to rain or humidity, ensuring longevity and uninterrupted performance.
Q8: What is the breaking capacity of this circuit breaker, and why is it important? A: With a breaking capacity of 3kA, this breaker swiftly interrupts high short-circuit currents, preventing damage to connected equipment and ensuring the integrity of the entire electrical system.
Q9: Can this thermal circuit breaker be installed easily? A: Yes, its single-pole configuration and standard dimensions facilitate straightforward installation in various systems, including car, marine, and RV applications, without requiring extensive rewiring or modifications.
Q10: How does the Amomd 70A breaker cater to the growing demand for solar solutions? A: By integrating automatic and manual control, high current handling, and a wide voltage compatibility, this breaker addresses the specific needs of modern solar power systems, ensuring safe and efficient energy management while complying with industry standards and environmental regulations.