"MC410-1M1FCSNXX01Efficient connection, safe and reliable - 1000V 30A IP67 solar PV connector"
The solar photovoltaic connector wire end is a part of the connector used to connect solar panels, battery packs, or other system components, which allows the cable to be connected to the main body of the connector. The wire end is usually designed with a specific structure to make good contact with the cable core and ensure the stable transmission of current.
1000V 30A IP67 solar photovoltaic connector PC material 2.5mm²-6mm² stamping inner core end advantages:
High voltage and current carrying capacity: Support up to 1000V voltage and 30A current, suitable for high power solar systems, can handle large current and voltage, to meet the needs of high power solar systems.
High protection rating: IP67 protection rating ensures that the connector has extremely high dust and water resistance, suitable for outdoor use, and can effectively protect the internal circuit from dust, water and other external factors.
Durability and chemical resistance: PC material has good chemical resistance and weather resistance, and can resist the influence of ultraviolet light and other environmental factors, thereby improving the service life and reliability of the connector.
Flame retardant performance: PC material usually has good flame retardant performance, through the UL94-V0 flame retardant grade certification, increasing the safety of the system.
Wire end specification adaptability: 2.5mm²-6mm² wire end specification adaptability, so that the connector can adapt to different specifications of the cable, improve the flexibility and convenience of installation.
Structural design advantages: The design of the connector helps to realize the effective connection of solar panels and power transmission, and its structure can stably connect multiple photovoltaic panels to ensure the stability and efficiency of power transmission.
MC410-1M1FCSNXX01 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. It has obtained more than 30 design patents and simulation analysis capabilities, and carries out strict quality inspection for each batch of products, so that each product has the guarantee of quality and safety, the MC4 connector can be applied to solar photovoltaic systems.
Solar energy systems include:
Solar panels: mainly responsible for converting sunlight into electricity. Solar panels use the photovoltaic effect to convert light energy from sunlight into electricity
Solar controller: The main role of the controller is to regulate the output of the solar panel and protect the panel from overcurrent or overvoltage damage. It can regulate the charging and discharging process, ensuring the efficiency and life of the panel
Storage battery: Storage batteries are used to store the electricity generated by solar panels so that they can be used when needed. This allows the solar system to provide electricity even when there is no sunlight
Other components: Depending on the specific needs of the system, auxiliary equipment such as solar tracking system and cooling system may also be included to improve the efficiency and reliability of the system
The types of solar energy systems mainly include off-grid solar energy systems, grid-connected solar energy systems and distributed solar energy systems. Off-grid systems are often used in remote areas or independent homes and are not dependent on the public grid; The grid-connected system can directly input the generated electric energy into the public grid. Distributed systems are usually installed on or near the roof of a building, and the electricity generated is mainly used for local consumption, and excess energy can be fed back to the grid.
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