AZ46019

AZ46019 Snap Action, Limit Switches Application Field and Working Principle

AZ46019 is a type of snap action and limit switch providing two specifically designed poles and brushes. It has an electrical rating: 250VAC/2A, 240VAC/6A and 240VAC/10A. AZ46019 snap action and limit switches are used in automotive, motorcycle, heavy duty vehicle, control and other factory automation operations. They are mainly used for door window control, warning recognition and other operations.

The AZ46019 snap action and limit switch consists of two main parts: the switch and the actuator. The switch can be connected to an electrical circuit and the actuator can detect the motion of the object. The action of the switch can be changed by adjusting the levers provided. The switch’s lever can be horizontal, vertical or adjustable. When the object moves to the certain position, the actuator moves and the switch’s lever engages. This action closes the circuit.

The working principle of AZ46019 snap action and limit switch is simple. When an object reaches a certain position, the actuator moves and the switch’s lever engages. This action closes the circuit, thereby changing the power state of the device. This type of switch is widely used because of its simple construction, high reliability and low cost.

The applications of AZ46019 snap action and limit switch in the automotive industry involve door windows, oil and temperature switches, warning recognize, warning alarms and other operations. In the motorcycle industry, it can be used as a starter, lighting switch, warning recognize, directional switch and other operations. And in the industrial automation, it is mainly used as sensors, such as light switches, temperature switches, proximity switches, limit switches and floor sensors.

To sum up, the AZ46019 snap action and limit switches are widely used in automotive, Motorcycle, Industrial Automation and many other applications due to its simple construction, high reliability and low cost. Its working principle is also simple – when an object reaches a certain position, the actuator moves and the switch’s lever engages, thereby changing the power state of the device.