807-22-001-10-006101

Contacts, Spring Loaded and Pressure

The 807-22-001-10-006101 is a device designed to open and close contacts, allowing electrical current to flow between two separate components or circuits. The device itself consists of two pressing part springs, which can be connected together and with support mountings of both side. Its application field is mainly contacts, spring loaded and pressure.

Spring loaded applications are made possible by the two pressing part which are able to open and close the contact points. When one component is disabled, the force from the spring will hold the contact point closed and no current is allowed to flow. This means that the current flow in the system can be controlled with the device and the spring loaded application can then be used to support pressure applications.

The pressure application is allowed for with the two pressing part spring, where the resulting action forces the contact points to open and close at the same rate. This allows for the system to maintain a constant amount of current, as no current can flow through the disabled contact points. The pressure produced by the two pressing part spring also helps prevent any possible interference from moisture, dust or other factors which can corrupt the system.

The 807-22-001-10-006101 can also be used in the control of electrical signals, such as AC and DC signals. By use of two pressing part springs, the device can monitor the signal as it travels through the device, allowing for both open and closed circuit control of the signal between the contacts. This is especially useful in the monitoring of electrical signals that travel through multiple channels, such as current, voltage and temperature.

Overall, the 807-22-001-10-006101 is a versatile device, which can be used in the control of contacts, spring loaded applications and pressure applications. The two pressing part springs allow for an efficient control of the current, allowing for a variety of different electrical signals to be monitored and adjusted from a single device.