ZM50E10F01

Snap Action, Limit Switches

ZM50E10F01 is a micro-electric miniature snap action switch that is widely used in different application fields, including automatic machines, building/household appliances, motorcars/boats and computerized machines. The switch consists of a plastic case, a core, a set of contacts, white actuator and an iron core. It is characterized by a high degree of precision, fast response times, high repeatability and a long service life.

Application Field

The ZM50E10F01 offers reliable service for various application fields. As a limit switch, it offers precise limit controlling for automatic machines, temperature controllers and drilling/milling machines. It can also be used for actuator controlling in many industrial machines and be set for alarm when it detects a malfunction or abnormality to prevent damages from occurring. The product is designed with flexibility in mind, allowing it to be widely used in many different application fields including energy meters, boilers, safety barriers and circuit test devices.

Working Principle

The working principle of the ZM50E10F01 is based on the principle of snap action. Snap action is a type of contact mechanism that is characterised by predictable and repeatable operations due to its simple mechanical design. The switch consists of a seesaw that is normally held in the closed state by its spring. When the actuator is pressed, it will cause the seesaw to move against the spring, and in turn the contacts inside will be disconnected. This will cause the state of the switch to change from closed to open. When the actuator is released, the seesaw will recover its original position, allowing the contacts to reconnect and the switch to recover its original state.

Conclusion

The ZM50E10F01 is a highly reliable snap action limit switch featuring precise limit controlling, a fast response time, high repeatability and a long service life. The switch is widely used in many different application fields, including machines, household appliances and circuit test devices. The switch’s working principle is based on snap action, a type of contact mechanism that is characterised by a simple mechanical design and reliable operation.