42M36-01-2-02N

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Rotary Switches

Rotary Switches are electronic components used to perform various types of data processing. They are small, compact, and highly efficient, allowing for a variety of applications. One such type of rotary switch is the 42M36-01-2-02N model. This article will discuss the application field and working principle of this model.

Application Field of the 42M36-01-2-02N

The 42M36-01-2-02N is an ideal rotary switch for a variety of data processing needs. It is ideal for controlling two or three circuits, as well as providing a reliable connection which can be used in a variety of applications. It is highly compact, and can fit into tight spaces in a board. This makes it ideal for space-saving installations.

The 42M36-01-2-02N is also well-suited to medical systems and electronic data processing applications. It can be used to control and monitor medical equipment, allowing for reliable and accurate monitoring. This switch can also be used for industrial applications, providing a connection between two or more machines which are in close proximity.

In addition, this rotary switch is also well-suited for use in military applications. It is able to provide reliable, accurate connections between military equipment, ensuring that the data processing is carried out correctly and with the utmost efficiency. The strength and durability of the switch makes it ideal for use in harsh environments.

Working Principle of the 42M36-01-2-02N Switch

The 42M36-01-2-02N switch uses a simple design which includes an electromechanical mechanism. This mechanism consists of two components: a rotor and stator. The rotor is the part which moves, and it is connected to the switch’s contacts. The stator is an electromagnet which is connected to the switch’s terminals.

When the switch is turned on, the rotor is moved by the stator. This causes the contacts to be connected, completing the circuit. This allows the data processing to be carried out in the required manner. The rotor is returned to its original position when the current is cut off, ensuring that the switch is returned to its original state.

The 42M36-01-2-02N switch is designed to be highly reliable and accurate. This is achieved by having two grooves in the rotor, which help ensure that the switch is always in the correct state. If the contacts get too close together, the rotor will be pushed back into its original state, resetting the switch. This helps to ensure that the data processing is carried out in a consistent manner.

The 42M36-01-2-02N switch is also designed to be highly durable. It is constructed from strong materials which can withstand shock, vibration, and even extreme temperatures. This ensures that the data processing is carried out in a reliable manner, and that the switch will not fail in difficult conditions.

Conclusion

The 42M36-01-2-02N rotary switch is well-suited for a variety of data processing applications. It is highly compact, and can be used in tight spaces. In addition, it is well-suited for use in medical, industrial, and military applications. The working principle of the switch involves an electromechanical mechanism which moves the rotor to make a connection. This switch is designed to be highly reliable and durable, ensuring that the data processing is carried out consistently and accurately.

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