H4CFM4DIS

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Photovoltaic (Solar Panel) Connectors are an important part of any photovoltaic system. These connectors are used to link the photovoltaic panels to the source electricity in the system. The H4CFM4DIS series of connectors are an example of this kind of technology. This article will discuss the application field and working principle of this series of connectors.

The H4CFM4DIS series is a type of photovoltaic connector designed specifically for connecting photovoltaic cells to one another. It is commonly used for stringers, combiners, and charge controllers. It provides a quick and easy way to connect photovoltaic cells in a series or parallel configuration. The series is available in two different sizes: 4mm and 8mm.

The H4CFM4DIS series of connectors has a unique, non-conductive, carbon-filled dielectric. This dielectric provides superior EMI/RFI shielding and prevents unwanted interference between the cells. Additionally, the dielectric is corrosion-resistant and is designed to provide a superior level of protection to the cells.

The H4CFM4DIS series of photovoltaic connectors is designed with high-temperature materials which allow the connectors to withstand extreme environmental conditions. The maximum temperature limit is 200°C, making these connectors suitable for use in harsh, outdoor environments. Additionally, these connectors feature a wide voltage range, up to 600V, which ensures that they are suitable for use with almost any photovoltaic system.

The working principle of the H4CFM4DIS series of connectors is relatively simple. The connector consists of two metal plates, one short and one long. The plates are connected by insulated and corrosion resistant mounting screws. The long plate is connected to the photovoltaic cell, while the short plate is connected to the source electricity. When the connection is made, current flows through the plates, allowing electricity to pass from the photovoltaic cell to the power source.

The H4CFM4DIS series of photovoltaic connectors is an ideal choice for applications requiring quick and easy connections between photovoltaic cells. It is corrosion-resistant, EMI/RFI resistant, and can withstand extreme temperatures. Additionally, it has a wide voltage range, making it suitable for almost any photovoltaic system. In short, this series of connectors offers a reliable and efficient solution for connecting photovoltaic cells.

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