ZV2-N22-2S

Snap Action Limit Switches

ZV2-N22-2S snap action limit switches are widely used in applications that require the precise control of mechanical movements and gear engagement. Designed to be rugged and reliable, they provide a reliable method of monitoring the movement of a variety of mechanical components and control devices, including presses, conveyors, pumps, elevators and other heavy machinery.

Working Principle

The working principle of ZV2-N22-2S snap action limit switches is fairly straightforward. These switches are activated by the contact of two plunger pins that are mounted on separate bearings. As the bearings move sideways, the plunger pin contacts move apart and cause the switch to close. A constant, precise measurement of the distance between the plunger pins is maintained throughout the engagement process, allowing for precise, accurate control of the component’s movement.

Application Field

ZV2-N22-2S snap action limit switches are widely used in a variety of automated industrial processes. These switches are often used to control the speed, position and angle of rotating shafts, such as those found on presses, conveyors, pumps, elevators and other heavy machinery. When used on rotating shafts, the ZV2-N22-2S limit switches are able to detect when a particular position is reached or exceeded, allowing for precise and accurate control of the machinery.

In addition, these switches can be used to control the speed and direction of linear motion components of machinery. For example, they can be used to detect when a particular position or angle is reached or exceeded, allowing for precise control and monitoring of the linear motion component. This enables a more efficient operation of the machinery, which can lead to improved production efficiency and cost savings.

Conclusion

ZV2-N22-2S snap action limit switches are widely used in industrial processes that require precise control of mechanical movements and gear engagement. These switches are rugged and reliable and can be used to precisely monitor the movement of various mechanical components and control devices. The switches are capable of detecting when a particular position or angle is reached or exceeded, allowing for improved control and production efficiency.