Snap Action, Limit Switches

Snap action, limit switches exemplify the switch category to which discrete switches can be sorted. They are used in a range of applications and employ the same action in the form of physical contact closure regardless of the application field. The ZE-NA2-2G is a reliable and repeatable limit switch suitable for a variety of applications, so it is necessary to discuss its physical properties and significance in order to better understand the contexts in which this switch can be used.

Application Field

The ZE-NA2-2G is used suited for a variety of applications. It is often used in mechanical systems where its snap action and repeatability are important. Its main application fields include industrial assembly systems, robotics, production lines and more. Its small size and mechanical accuracy also make it suitable for a few special applications, such as medical applications, labelling, and product positioning.

Working Principle

The ZE-NA2-2G switch operates using a simple and repeatable physical contact closure mechanism. It has a spring loaded lever that is held in place by two contact points. When a force is applied to the lever it switches its position and deflects the contact points to make an electrical connection. When the pressure is released, the spring forces the lever back to its original position, where the contact points break the circuit connection.

The switch is designed such that the contact points will be deflected reliably and quickly when the lever is activated. This action is the basis for the snap action, limit switch. It relies upon a mechanism which enables a reliable and swift physical contact closure reaction.

The ZE-NA2-2G switch is also constructed with a simple and durable design, so that simple and robust control can be achieved without complex electronics. This makes it an ideal choice for a variety of industrial applications.

Conclusion

The ZE-NA2-2G switch is a robust and repeatable limit switch that is suitable for a variety of applications, from industrial assembly systems to medical and robotic applications. Its simple and durable design makes it a dependable choice for an array of solutions. The switch is based on a snap action mechanism which uses a physical contact closure to enable reliable and swift operation in a wide range of contexts.