DM085Q103F055P1A

Snap Action, Limit Switches are a kind of switch device that can make and break the contact by an electrical signal when the movable parts of the switch reach the predetermined location. DM085Q103F055P1A is one kind of snap action limit switches, which are mainly used in the field of industrial automation. It can be used to detect the position of the operation objects in industrial automation control systems.

DM085Q103F055P1A owns many advantages, firstly, it has a low operating force, which helps it easy to operate. Secondly, it has a long rated travel distance, which helps it respond accurately and quickly to the actual position of the objects. Moreover, it has high repeatability and great temperature and humidity stability.

The DM085Q103F055P1A works on the principle of electromagnetic action. In this principle, it integrates the principle of magnetism, mechanical transmission and photoelectric conversion, which makes it easy to identify the position of the actuators.

Generally speaking, the working principle of the device is quite simple. It can be summed up in four steps. Firstly, the actuator is placed on the E-shaped arm. Secondly, when the actuator reaches the predetermined location, the magnetic field is produced to opening or closing the contact. Thirdly, when the contact closes, the electric signal is output. Last, when the contact opens, the signal is disconnected.

DM085Q103F055P1A are mainly used in the field of industrial automation. It can be used to detect the position of the operation objects in industrial automation control systems. For example, it can be used to detect the workpiece to be processed or the position of the actuator. It can also be used in various industries, such as oil industry, chemical industry, automotive industry and so on.

In conclusion, DM085Q103F055P1A is a kind of snap action limit switch, which can be used in many fields. It has a low operating force, long rated travel distance, and great performance with high repeatability and temperature/humidity stability. It works on the principle of electromagnetic action and can be used to detect the position of the operation objects in industrial automation control systems.