DSSE10(AD)TA

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The AD Series limit switches by DSSE10 are designed to provide snap action operation and long service life in a variety of industrial applications. These switches are available in a variety of contact ratings, actuator styles, and housing materials to meet a wide array of application requirements. In addition, the AD Series is characterized by an adjustable operating force, providing the user with flexibility in determining the actuation force of the switch and how it reacts to the environment in which it is used. The snap action and adjustment features that the AD Series possesses make it ideal for applications such as controlling the opening and closing of valves, controlling the speed of motors, and other scenarios where precise operation and repeatability are important. Furthermore, the protection rating of the AD Series limit switches is rated up to IP65, meaning that these switches are ideal for use in harsh and humid environments where water or dust would be present. The working principle of the AD Series limit switches is based on the basic functions of a conventional snap action switch. When an object, such as a lever arm, pushes the plunger of the switch, the contacts snap either open or closed. These switches are typically connected to a circuit which is then used to control or activate an electrical load. The contact materials used in the AD Series limit switches are designed to provide a long service life and to operate reliably in a variety of conditions. The contact material used is typically silver or silver alloy. The contacts are also designed to reduce arcing and pitting, further extending the life of the switch. The DSSE10 AD Series limit switches offer a range of features and benefits, allowing them to be used in a wide variety of applications. The adjustable operating force provides flexibility, while the durable construction of the switches ensures that they will operate reliably in even the most hostile environments. Furthermore, the snap action design helps to ensure reliable operation, while the contact materials used can help to reduce arcing and pitting, resulting in a longer service life.

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