1394462-8

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Photovoltaic (Solar Panel) Connectors are electrical connectors that are used in photovoltaic solar panel systems to connect together photovoltaic (PV) modules, inverters, and other electrical system components. Connectors used for PV applications are distinct from those used for more traditional electrical applications as they must be corrosion-resistant, robust, and reliable in outdoor conditions. One type of connector used in photovoltaic systems is the 1394462-8.

The 1394462-8 connector has a range of application fields and demonstrates superior reliability, making it an optimal choice for the demanding environment of a photovoltaic system. It is highly resistant to corrosion, oxidation, and UV radiation, and is certified to be used in high-voltage systems of up to 1,000V. It is also highly reliable, meaning that the joining contacts are secure and tight with no chance of slipping or disconnecting. The connector is also UL listed and it is self-locking and self-aligning for secure connection.

The working principle of the 1394462-8 connector is based on plastic injection molding for the outer shell components, which is then paired with a metallic pin terminal. This connection is strong enough to securely hold several cables together and can tolerate thermal, mechanical, as well as electrical shock waves. The contact between the metal pin and the plastic shell is designed such that it also guards against any moisture that may get inside the connector. In addition to this safeguarding function, the electrical connection itself is reliable thanks to the contact pressure provided by the same shell.

Overall, the 1394462-8 connector is a reliable and corrosion-resistant connector that is ideal for use in photovoltaic solar panel systems. It is suitable for a range of applications fields that require a tight and secure electrical connection that is also safe from external forces such as UV radiation, oxidation, and mechanical shock. The working principle of the connector is based on a reliable plastic injection molding along with metal pin contact which provide secure electrical connection.

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