44505-2242

Snap action, limit switches are primarily used to detect the presence or lack of an object, determine the position of an object, isolate, or hold. The limit switch’s 44505-2242 application field and working principle goes beyond that. Depending on the application, the switch’s enclosure is constructed from various materials, each intended to provide a rugged option for the most demanding environments.

The 44505-2242 limit switch has been chosen for its durability and accuracy. Its snap action design enables it to function reliably and consistently over the course of its usage. The higher the snap force and positive break contacts help to provide an accurate operating point.

The 44505-2242 limit switch features a one-piece molded body. This is considerably more durable than other commonly used switches as no additional components or mechanisms are needed, providing additional reliability in the most demanding applications. The switch’s spring mechanism quickly moves the plunger arm down ensuring a fast and repeated operation, while accuracy is maintained by a limit tip that activates before the switch’s contacts make contact.

Other features of the 44505-2242 limit switch are its consistent action, which allows it to switch with a certain, known amount of force. This is advantageous in applications where repeatability is important. The switch’s adjustable pressure setting allows for different operating points as well as different levels of force required to, open or close the switch.

The 44505-2242’s working principle is based on the spring force over the plunger arm. As the arm is pressed a predetermined amount, it will move the plunger arm down and make contact with its limit tip, which causes the contacts to make or break. This switching motion is repeated with the same accuracy each time, allowing the switch to be used for a wide range of applications, from simple position sensing to sophisticated machine control.

The 44505-2242 limit switch is designed to provide reliable performance and repeatable accuracy, even in the harshest environments. It has been tested with multiple cycles of mechanical and electrical shock as well as vibration, so users can be assured of its reliability. This switch is an ideal choice in applications where durability, reliability, and repeatability are important.