12HR11-10

Snap Action, Limit Switches

The 12HR11-10 is a Snap Action Limit Switch. The device is designed to detect and respond terrance to an external force, such as the opening or closing of a door or window. The Switch responds to the external force by changing its electrical position, establishing a connection or interrupting the connection. Snap Action switches are usually used in industrial and commercial settings, but they can also be used in residential settings.

Applications

The 12HR11-10 is ideal for use in applications where reliable detection of contact needs is required. This type of switch is also used in safety-critical applications where an accurate response is necessary. It can also be used in operations where quick response times are required. The 12HR11-10 is also suitable for use with other sensors and controllers, such as temperature and pressure sensors, for temperature and pressure tracking.

Working Principle

In its simplest form, Snap Action Limit Switches work by sensing an external force and responding to it. An internal spring is activated when an external force is applied, causing the switch to actuate. As the force is applied, the spring is released, allowing the switch to change its electrical state. This then allows for a connection to be made or broken based on the setting of the switch.

The 12HR11-10 Switch is a highly reliable device that utilizes a Gold/Silver/Ceramic contact/spring assembly for superior shock and vibration protection. It can also be used with metal or plastic housings for a wide variety of applications. Additionally, this switch is LED illuminated for improved visibility.

Conclusion

The 12HR11-10 is a highly reliable Snap Action Limit Switch that is used in a variety of commercial and industrial settings. The switch is designed to sense external forces and respond to them quickly and accurately. It uses a Gold/Silver/Ceramic contact/spring assembly and is LED illuminated for improved visibility. The 12HR11-10 is suitable for use in safety-critical applications where an accurate response is crucial.