0985-2-15-20-71-14-11-0

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Contacts, Spring Loaded and Pressure

0985-2-15-20-71-14-11-0 is a type of contact in an electrical switch that requires spring-loaded pressure to establish a connection. The contact consists of a cylindrical contact body made of gold alloy with an internal helical spring for pressure loading and having an axial hole for the electrical connection. By changing the pressure on the switch contact, the resistance and contact pressure can be adjusted.

The working principle of the contact is based on the contact area-force relationship. This relationship states that the contact area between two mating surfaces is dependent upon the applied contact force. The contact force is sourced from the spring-loaded pressure applied by the contact body. As such, the contact area between the two surfaces is equal to the contact area between the two surfaces when the contact force is applied.

The contact also features a novel mechanism to adjust the contact pressure. By varying the amount of tension in the helical spring, the contact pressure can be changed. This allows the user to tailor the contact pressure to the specific application. The adjustment can be done by changing the spring tension through a simple turn of the spring adjuster.

The contact is particularly suitable for applications involving sensitive electrical components such as integrated circuits that require precise control of contact pressure. It is also suitable for high-voltage applications where contact pressure must be tightly controlled to avoid damage to sensitive components.

In conclusion, the 0985-2-15-20-71-14-11-0 contact provides a means of finely tuning the contact pressure of an electrical switch. It is particularly useful in applications requiring precise contact pressure control. The contact body is made of gold alloy with an internal helical spring for pressure loading and an axial hole for electrical connection. The contact pressure can be adjusted by varying the tension in the spring, making it suitable for a wide range of applications.

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