"MC415-CMBFPNF0120A Environmentally friendly material, reliable connection - 1500V 20A IP68 solar photovoltaic fuse connector, helping sustainable energy development"
A solar photovoltaic fuse connector is an electrical connector for solar photovoltaic systems that combines the functions of a fuse with the characteristics of a connector. The main function of this connector is to protect the circuit in the photovoltaic system and prevent damage caused by overload or short circuit. When the current exceeds the set safety threshold, the fuse section will blow, thus cutting off the current and protecting the system from damage.
MC415-CMBFPNF0120A is a high-quality product developed and produced by Dongguan Shunkang New Energy Technology Co., LTD. The division is a professional R & D team with more than 10 years of experience in customized connector solutions, with sophisticated testing facilities and more than 100 automatic assembly machines. Has obtained more than 30 design patents and simulation analysis capabilities, strict quality inspection for each batch of products, so that each product has quality and safety protection!
High protection level: IP68 protection design ensures the connector's waterproof and dustproof performance in extreme environments, ADAPTS to harsh outdoor environments, and ensures reliability and long life.
Excellent material properties: The use of PPO (polyphenyl ether) materials, with good weather resistance and electrical insulation properties, while tinned copper conductors provide good electrical conductivity, ensuring the efficiency and safety of electrical connections.
Wide temperature range: adapt to the ambient temperature from -40 ° C to +90 ° C, the connector itself can work normally in the range of -40 ° C to +135 ° C, suitable for use in various climatic conditions.
Excellent electrical contact performance: The inner core adopts the stamping process to ensure good electrical contact performance and low contact resistance, reducing energy loss and improving system efficiency.
Strong compatibility: Suitable for cables of different specifications, from 2.5mm² to 6mm², improving its compatibility and flexibility in different solar photovoltaic systems.
Simplified system design: The design of the board connector simplifies the wiring and installation of the solar system, reducing system complexity and reducing installation costs.
Long-term stability: The use of PPO material ensures the stability and durability of the connector in long-term use, reducing the need for maintenance and replacement frequency.
Environmentally friendly materials: PPO material is an environmentally friendly material, does not contain harmful substances, meets environmental standards such as RoHS, and helps to reduce the impact on the environment.
Reduced Shadow effect: The design reduces the shadow area on the solar panel, minimizing the impact of shadow on the efficiency of solar power generation.
These advantages make the 1500V 20A IP68 solar photovoltaic fuse connector PPO material bus end a reliable and efficient connection solution for outdoor solar photovoltaic systems.
The main difference between PPO material bus end and public end of solar photovoltaic fuse connector is their connection mode and application scenario.
Female Terminal:
The bus end usually refers to the socket part of the connector that provides a jack to receive the plug of the Male Terminal.
In solar photovoltaic systems, the bus-end connector is usually installed in a fixed position, such as a bus box or inverter, waiting for the bus-end connector to be inserted.
The busbar end is usually designed to be more stable, so that it is easily fixed to the device and provides a stable connection point.
Male Terminal:
The male end refers to the plug part in the connector, which has a protruding pin or insert for insertion into the jack at the bus end.
The male connector is usually connected to a moving part or cable and needs to be inserted and removed during installation or maintenance.
The design of the common end is often more flexible, making it easy to connect and disconnect at different locations.
In terms of material, whether it is the bus end or the public end, the use of PPO (polyphenyl ether) material ensures the high weather resistance and good electrical insulation performance of the connector, which is suitable for the long-term use of outdoor solar photovoltaic systems.
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