BZ-2RW82155551-A2

BZ-2RW82155551-A2 Snap Action Limit Switches

Application Field and Working Principle

The BZ-2RW82155551-A2 Snap Action Limit Switches are designed for use in a wide range of applications. They are ideal for applications where a change of state is needed at a certain point, such as controlling electrical motors, controlling the flow of fluids, or detecting when a certain pressure point has been reached. These switches feature precision design that can detect changes in state with extreme accuracy.

The working principle of the BZ-2RW82155551-A2 Snap Action Limit Switches is based on a mechanical movement. The operation of the switch is based on the internal parts detecting a change in position. When the limit has been reached, the internal parts will push against the position of the switch, creating a change in the electrical state of the switch. This change in state can then be used to initiate a control device or switch connected to it.

The BZ-2RW82155551-A2 Snap Action Limit Switches are designed for robust operation in a wide range of uses. The switches are able to withstand extreme environmental conditions and vibration, ensuring a long service life. The switches are also designed for high accuracy and repeatability, ensuring the switch is consistently able to trigger the same point without fail. They offer a range of features, such as adjustable switching points, easy installation and low cost of ownership.

The BZ-2RW82155551-A2 Snap Action Limit Switches offer a robust solution to a range of control and sensing applications. With their high accuracy and repeatability, they provide reliable operation. Their wide operating range and robust construction ensures they are suitable for a range of use cases, while the adjustable switching points make them suitable for almost any application.