DSLE13(A)B

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DSLE13(A)B snap action, limit switches are designed to provide reliable, long-lasting performance in a variety of applications. This type of switch is ideal for applications in automation and engineering, such as controlling the flow of liquids, controlling servomotor movements, or activating alarms in challenging conditions. DSLE13(A)B limit switches have several key features that make them suitable for these types of applications.

Design and Construction

DSLE13(A)B snap action, limit switches are constructed with metal housings and contacts, providing good durability even in demanding conditions. The metal housing and metal contacts ensure the switches remain rust free, while the metal contacts provide good electrical isolation between the contacts. This ensures the electrical current is safely shut off when the switch is activated. The contact movement on DSLE13(A)B limit switches is secured by a spring mechanism, which ensures reliable operation over a long period of time.

Working Principle

In a DSLE13(A)B limit switch, the contact movement is activated when an external objec such as a lever or plunger presses against the contact. This pressure causes the contacts to separate from each other and make contact with the housing, which activates the switch. When the pressure is released, the spring mechanism is activated and the contacts are pushed back together, turning off the switch. This type of switch is known as a snap action switch, since the switch is either on or off as soon as the pressure is applied.

Advantages

The main advantages of using a DSLE13(A)B limit switch include its efficiency and reliability. The mechanism used to activate the switch is simple and ensures a reliable switch operation. The metal construction ensures good durability and the ability to operate in harsh conditions. The limit switch also provides good electrical isolation between the contacts, which prevents the switch from shorting out when the contacts make contact with each other. This makes the DSLE13(A)B limit switch well-suited for a wide range of applications in automation and engineering.

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