Matt cutt

Snap action microswitch , the most common type, often use an actuator lever to produce rapid switching with minimal physical pressure on the actuator. With industrial versions capable of operating for 10 million cycles or more, and even low-power versions capable of at least one million functions, they are found in a wide range of applications, including light bulbs, solenoids, motors and pressure switches and charge. to be. The actuator acts as a lever, with little force applied to its free end, resulting in more force as it moves towards the end of the pin, where it rests on the piston or base. Even when force is applied to the actuator very slowly, its میکروسوئیچ cntdamplification effect means that the switch contacts always move very fast, a desirable feature in any switch.