LS0851505F160C1A

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Snap action, limit switches are electromechanical components which act as electrical switches, which are used for either controlling or sensing electrical signals. LS0851505F160C1A is one such limit switch which is a subminiature, single-pole, double-throw, snap action, light-duty limit switch. This switch is extremely reliable, its design is simple, and it offers a wide variety of solutions in different application fields.

One of the primary application fields of LS0851505F160C1A is to detect the positioning of objects such as mechanical doors, latches, and so on. This type of limit switch is also used to detect the presence of moving objects such as cables and pipelines. Additionally, it can be used in applications requiring reset or start/stop controlling signals, typically associated with automated systems or machines.

Another important application of LS0851505F160C1A is for protection and safety purposes. This type of limit switch is typically used in hazardous conditions, such as those involving high temperatures, high pressure, or extreme environments for the purpose of guarding machines or equipment. It is also widely used in industrial automation, in processes such as flow control and material handling, as well as in agriculture automation and other demanding industrial applications.

The working principle of LS0851505F160C1A is based on the snapping action of the actuator. When a force is applied to the actuator,it snaps back into its original position, triggering the contact mechanism. Depending on the position of the actuator, the contact points can be either open or closed. This type of switch is also able to detect microscopic movements in objects, such as a change in the position of a plate, or the presence of a moving object.

LS0851505F160C1A is an extremely versatile limit switch which can be used in a wide range of applications. Its design is simple and it is highly reliable and accurate, making it suitable for use in critical applications such as those involving safety and protection. Its snapping action makes it sensitive enough to detect even microscopic movements, providing reliable, precise results in various application fields.

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