The NNC80B New Energy AC Relay by CLION is a heavy-duty power component engineered for renewable energy systems and high-demand electrical applications. Its standout feature is a 35A contact load capacity, allowing it to handle moderate to high currents—making it ideal for solar inverters, wind turbine controllers, and electric vehicle (EV) charging stations. Safety is a priority: the relay has a >1.8mm contact gap to minimize electrical arcing, and it’s certified to UL insulation class F (155°C), enabling safe operation in high-temperature environments. With RoHS compliance and an insulation resistance of up to 2500MΩ between coil and contacts, the NNC80B balances performance, environmental responsibility, and safety. It runs on a standard 12VDC coil voltage, ensuring easy integration into most new energy system controllers.
35A Contact Load Capacity: The 35A contact load capacity lets the relay manage high currents in solar inverters and EV chargers, preventing overloads and ensuring stable power transmission.
>1.8mm Contact Gap: The >1.8mm contact gap reduces electrical arcing— a major cause of contact wear and overheating—extending the relay’s lifespan in high-power systems.
UL Insulation Class F: UL insulation class F certification means the relay operates safely at temperatures up to 155°C, making it suitable for rooftop solar panels or industrial control cabinets.
2500MΩ Insulation Resistance: 2500MΩ insulation resistance between coil and contacts prevents electrical leakage, protecting both the relay and connected equipment from damage.
RoHS Compliance: RoHS compliance ensures the relay is free from hazardous substances (e.g., lead, mercury), aligning with global environmental regulations for green energy projects.
Dual Package Options: Offers S-Sealed (dust/moisture-resistant) and blank (dustproof) packages, allowing customization for indoor or outdoor use.
Solar inverters convert DC power from panels to AC for home or grid use, requiring relays that handle fluctuating currents. The NNC80B’s 35A contact load capacity manages these variable loads, while the >1.8mm contact gap prevents arcing during power transitions. Its UL insulation class F rating withstands the heat of rooftop inverters, ensuring year-round reliability—even in summer months.
Wind turbines produce inconsistent power due to variable wind speeds. The NNC80B New Energy AC Relay adjusts load distribution to stabilize output, using its 2500MΩ insulation resistance to protect against electrical surges from strong winds. The 35A contact load capacity handles peak currents, and RoHS compliance aligns with the turbine’s eco-friendly design goals.
EV charging stations need relays that balance speed and safety. The NNC80B’s >1.8mm contact gap ensures safe disconnection when charging ends, while its 35A contact load capacity supports fast-charging speeds for electric vehicles. The S-Sealed package option protects against outdoor elements, making it suitable for public charging points in parking lots.
It standardizes on 12VDC coil voltage, which is compatible with most new energy system controllers—no additional voltage converters are needed for integration.
Yes—while the coil runs on 12VDC, the relay supports AC loads up to 277VAC, making it compatible with 110VAC (North America), 220VAC (Europe/Asia), and 277VAC (industrial) systems.
A larger contact gap reduces the risk of arcing (sparks) when the relay opens or closes. This prevents overheating, contact damage, and potential fires—critical for high-current new energy applications.
Yes, with the S-Sealed package option. This package protects the relay from dust, rain, and mild humidity, making it ideal for outdoor solar farms or wind turbine installations.
The NNC80B New Energy AC Relay by CLION is a heavy-duty power component engineered for renewable energy systems and high-demand electrical applications. Its standout feature is a 35A contact load capacity, allowing it to handle moderate to high currents—making it ideal for solar inverters, wind turbine controllers, and electric vehicle (EV) charging stations. Safety is a priority: the relay has a >1.8mm contact gap to minimize electrical arcing, and it’s certified to UL insulation class F (155°C), enabling safe operation in high-temperature environments. With RoHS compliance and an insulation resistance of up to 2500MΩ between coil and contacts, the NNC80B balances performance, environmental responsibility, and safety. It runs on a standard 12VDC coil voltage, ensuring easy integration into most new energy system controllers.
35A Contact Load Capacity: The 35A contact load capacity lets the relay manage high currents in solar inverters and EV chargers, preventing overloads and ensuring stable power transmission.
>1.8mm Contact Gap: The >1.8mm contact gap reduces electrical arcing— a major cause of contact wear and overheating—extending the relay’s lifespan in high-power systems.
UL Insulation Class F: UL insulation class F certification means the relay operates safely at temperatures up to 155°C, making it suitable for rooftop solar panels or industrial control cabinets.
2500MΩ Insulation Resistance: 2500MΩ insulation resistance between coil and contacts prevents electrical leakage, protecting both the relay and connected equipment from damage.
RoHS Compliance: RoHS compliance ensures the relay is free from hazardous substances (e.g., lead, mercury), aligning with global environmental regulations for green energy projects.
Dual Package Options: Offers S-Sealed (dust/moisture-resistant) and blank (dustproof) packages, allowing customization for indoor or outdoor use.
Solar inverters convert DC power from panels to AC for home or grid use, requiring relays that handle fluctuating currents. The NNC80B’s 35A contact load capacity manages these variable loads, while the >1.8mm contact gap prevents arcing during power transitions. Its UL insulation class F rating withstands the heat of rooftop inverters, ensuring year-round reliability—even in summer months.
Wind turbines produce inconsistent power due to variable wind speeds. The NNC80B New Energy AC Relay adjusts load distribution to stabilize output, using its 2500MΩ insulation resistance to protect against electrical surges from strong winds. The 35A contact load capacity handles peak currents, and RoHS compliance aligns with the turbine’s eco-friendly design goals.
EV charging stations need relays that balance speed and safety. The NNC80B’s >1.8mm contact gap ensures safe disconnection when charging ends, while its 35A contact load capacity supports fast-charging speeds for electric vehicles. The S-Sealed package option protects against outdoor elements, making it suitable for public charging points in parking lots.
It standardizes on 12VDC coil voltage, which is compatible with most new energy system controllers—no additional voltage converters are needed for integration.
Yes—while the coil runs on 12VDC, the relay supports AC loads up to 277VAC, making it compatible with 110VAC (North America), 220VAC (Europe/Asia), and 277VAC (industrial) systems.
A larger contact gap reduces the risk of arcing (sparks) when the relay opens or closes. This prevents overheating, contact damage, and potential fires—critical for high-current new energy applications.
Yes, with the S-Sealed package option. This package protects the relay from dust, rain, and mild humidity, making it ideal for outdoor solar farms or wind turbine installations.
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