856-10-019-30-002000

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Rectangular Connectors - Spring Loaded are designed to ensure efficient power transfer and data transmission across a range of applications. 856-10-019-30-002000 is such an example of a rectangular connector equipped with spring loaded contacts.

These connectors consist of a housing, which contains two rows of spring-loaded pins. The pins are enclosed in a frame and retracted when relocated into their housing. In order to mate the connector, they must be pushed down and rotated slightly until the spring is engaged. These connectors offer insulation against voltage, current and shock wave impedance, and are therefore suitable for use in a range of applications.

The contacts in these connectors are exposed to a standardized tension, which is designed to ensure reliable operation. The contacts are retained in their housings by springs, so that they do not move out of place during appliance operation. This is particularly relevant for applications where there is limited space, such as for automotive LED lighting.

The 856-10-019-30-002000 spring loaded connector is designed for use in high power applications, such as power distribution, automation and industrial control. It provides a greater amount of clearance for other components, while providing efficient power transfer. Additionally, it reduces the overall number of connections required, thus saving on both time and cost.

The connector also works to isolate the pins from each other, thus ensuring data transfer reliability and reducing the risk of short circuits. Furthermore, the pins are protected by a number of spring-loading systems, which provide additional support for the pins in the event of a shock or vibration. This enables a more reliable connection, while increasing performance and overall system safety.

The 856-10-019-30-002000 spring loaded connector is used in various applications, including automation, motor control, and lighting. Thanks to its design, it is able to provide reliable and consistent power and data transmission, as well as protection against voltage, current and shock wave impedance. Furthermore, it reduces the number of necessary leads and connections, saving both time and cost. All these benefit lead to its extensive applications in many field.

The specific data is subject to PDF, and the above content is for reference