831615A6.0

Snap action, limit switches are a type of mechanical switch used to regulate and control the flow of electric current. The switch is characterized by a snap action mechanism that opens or closes the electric circuit upon contact with an external object or force.

The 831615A6.0 is a snap action, limit switch that is ideal for use in applications where a reliable and accurate switch is needed for various electric or machine applications. This switch is designed with a hermetically sealed structure to ensure durability, reliability and long life.

The 831615A6.0 snap action, limit switch provides two basic functions: switching on or off an internal voltage source and distributing a signal to an external circuit. In order to do this, the device utilizes a two-wire connection, along with a small movement mechanism to control the contacts of the switch.

The working principle of the 831615A6.0 snap action, limit switch is based on the principle of "pressure differential." The switch consists of two contacts which are connected to an internal spring mechanism. As pressure on the contacts increases, the internal spring compresses and provides resistance to the external force. If the external force reaches a certain threshold, the internal spring will activate and either open or close the circuit, depending on the setting of the switch.

The 831615A6.0 snap action, limit switch is widely used in various applications such as industrial automation, process control, relays, solenoids, motors, and other machine applications. Moreover, it is also suitable for use in process control systems as well as safety circuits. For example, it can be used to activate safety circuits in machines such as lathes, mills, and grinders.

In summary, the 831615A6.0 snap action, limit switch is a reliable and accurate mechanical switch used primarily in applications where a reliable and accurate switch is needed to regulate and control the flow of electric current. It utilizes a hermetically sealed structure, along with a two-wire connection and a small movement mechanism to control the contacts of the switch. The working principle of the switch is based on the principle of "pressure differential" where an external force reaches a certain threshold, the internal spring will activate and either open or close the electrical circuit.