Noark 20A 2-Pole 360V Non-polarised DC Solar MCB: Superior DC Circuit
Breaker for Solar Applications
Elevate the safety and efficiency of your solar energy systems with the Noark
Ex9BP-N2P, a top-tier range of DC circuit breakers, perfectly aligned with SAA
standards. This product is an ideal choice for PV applications, providing
reliability and performance across various amperages, including the popular
63A specification.
Versatile Voltage Compatibility for Solar Setups - Designed for up to 360V
Systems
This DC circuit breaker is specifically engineered for 360V (2-pole) systems,
ensuring broad compatibility with a diverse array of solar setups.
Non-Polarised Design: Flexibility and Ease of Use
The non-polarised nature of these circuit breakers makes them incredibly
flexible and user-friendly, suitable for different wiring layouts in solar
energy systems.
Robust Protection with Curve K - Enhanced Impact-Resistant Current
Capability
The Curve K Protection feature safeguards against high PV module perceptual
loads and photovoltaic line systems.
Adherence to Certified Safety Standards - Compliance with
IEC/EN/AS60947-2, GB14048.2, and SAA101238EA
These standards underscore the circuit breaker's commitment to safety and
reliability in solar energy management.
Optimized for Various Solar Energy Applications - Ideal for Solar
Isolation Switches
This circuit breaker is optimized for applications in boats, caravans, RVs,
off-grid homes, and industrial solar projects.
Compliance with AS/NZS 3001.2:2022 Standards - Meeting Australian and New
Zealand Safety Standards
The Noark Ex9BP-N2P series meets the latest AS/NZS 3001.2:2022 standards,
ensuring safety and compliance in electrical installations.
The Noark Ex9BP-N2P series is not just a DC circuit breaker but a commitment
to safety and efficiency in solar power management. Whether you're setting up
a solar switch for your boat, caravan, RV, off-grid home, or embarking on an
industrial solar project, this circuit breaker is engineered to meet your
needs with precision and reliability.
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