1394462-3

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Photovoltaic (PV) connectors are essential components of PV system designs, and are responsible for powering the entire system. 1394462-3 is one type of PV connector used in PV systems for efficient and reliable electrical connections. This article aims to discuss the application field and working principle of 1394462-3 PV connectors.

Application Field

1394462-3 PV connectors are used for connecting different components of a PV module and system. These can be used to join combiner boxes, disconnects, battery systems and inverters, and are widely used in various solar systems such as residential, commercial, and utility-scale.

The 1394462-3 connector is designed for superior performance in high amperage applications. It features a low resistance contact system with corrosion-resistant gold-plated brass contacts that are rated up to 1200 amperes. A rated bare copper power cable is crimped to the contacts for added reliability and maximum current carrying capacity.

These connectors are also available in different lengths and configurations, which makes them highly suitable for panel level applications. The 1394462-3 connectors are also available with DC voltage ratings of 600V, 500V, 300V, 250V, 175V and 150V, allowing them to be used for different types of photovoltaic systems.

Working Principle

The 1394462-3 PV connectors work by providing electrical connections between two or more electrical components. These connectors are designed to ensure high reliability, low contact resistance, good mechanical strength, and high temperature endurance.

When using these connectors, two parts must be joined together: the connector and the cable. The contact portion of the connector is usually crimped to the wire or cable. The crimped contact creates a solid and secure connection, providing an electrical connection between two or more components.

The 1394462-3 connector also has advanced features to ensure that the connection between the components remains strong and reliable even in harsh environmental and mechanical conditions. It features a unique self-locking design, which allows it to maintain contact pressure even in strong shock or vibration conditions. This ensures that the connection is strong and durable, and can handle high amperage applications.

The 1394462-3 PV connectors are also designed to be waterproof and dustproof. The sealed connection ensures that the internal components of the connector remain protected during even the most adverse weather conditions, such as rain and snow. This ensures that the connection remains reliable and safe even when exposed to harsh external elements.

Conclusion

In conclusion, 1394462-3 PV connectors are ideal for providing efficient and reliable electrical connections between different components of a PV module and system. These are highly reliable connectors made from durable materials and feature self-locking design and waterproof and dustproof connection, making them suitable for use in even the most extreme conditions. They are also available in a variety of lengths and configurations, making them ideal for connecting different sized components of the PV system.

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