1655260000

1655260000 application field and working principle

The 1655260000 is a specific model of heavy duty connector. As the name implies, these connectors are designed for high- and medium-voltage applications. They provide electrical isolation, good contact pressure, and a smooth surface that offers excellent protection against breakouts. The 1655260000 connector is made from a thermoplastic construction and its design is based on a cross-lock snap-action system. The connectors are available in single or double-ended configurations.

The 1655260000 connector is used in applications such as industrial, automotive, busbar, power distribution, and lighting systems. It is used to connect multiple devices together without the need to power them individually. This makes it an ideal solution for use in applications where a large number of discrete devices need to be connected.

The 1655260000 connector is designed to be used with a cross-lock snap-action system. This means that the contact can be locked in place using a spring-loaded mechanism. This eliminates the need for screws or bolts and makes the connection quick and easy. The contacts are designed to be robust and have a surge current capability of up to 1000 amperes.

The 1655260000 connector is also constructed with an integrated terminal block for easy replacement of contact pins. This allows easy assembly and maintenance, making the 1655260000 connector an ideal choice for applications with a high number of connections.

The 1655260000 connector has a robust construction and is made from a high-grade, chemical-resistant material. This makes the 1655260000 connector durable and long-lasting. The contacts are also designed to handle high voltage and high current requirements, making it suitable for high- and medium-voltage applications.

The 1655260000 connector is a reliable and versatile heavy duty connector. It is designed for use in high- and medium-voltage applications and has a robust construction and a durable design. The contacts are designed to handle high voltage and current levels, making it suitable for a wide range of applications.