E19-50H

E19-50H Application Field and Working Principle

E19-50H is a Snap Action Limit Switch, which is a type of switch whose contact system is kept in a normally open or normally closed state. The contact is operated by a spring-loaded lever. When an external force is applied, the contact system moves from the “open” state to the “closed” state and back again.

The E19-50H is mainly used in the following fields: industrial control, automated machinery, display and vending machines, electric vehicles and other applications. It is designed to operate under a wide range of temperatures (−25°C to +110°C) and provides reliable and accurate switching performance. The contacts are sealed, making it suitable for both indoor and outdoor applications. It is also designed to be dustproof and waterproof, and can be used in adverse environmental conditions.

The E19-50H is easily mounted and is available in various packages. The installation can be done by mounting the switch in a suitable enclosure and connecting it to the power circuit. The contact system of the switch is actuated by a spring-loaded lever. The action of the lever is determined by the amount of pressure applied to it. When the pressure reaches a set level, the lever moves and makes or breaks the contact. This action provides a reliable and accurate switching performance.

The working principle of the E19-50H is simple and straightforward. When the switch is in the normal open state, the contacts are held in the open position by a spring. When an external force is applied, the contact system moves from the “open” state to the “closed” state, and back again when the external force is released. The contacts close when the pressure reaches a certain level, and open when the pressure is removed.

The E19-50H is a reliable and accurate switch due to its excellent quality and design. It is widely used in various industrial and commercial applications and can be used for a variety of switching requirements. It has a proven track record of reliable performance and is a cost-effective solution for many of today’s switching applications.