57HS22-05-1-02N

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Rotary switches provide a means for the user to set a variety of different positions for a given application. Switches are usually used in industrial and commercial settings to activate, control, and select predetermined electrical circuits. An example of a common rotary switch is the 57HS22- 05-1-02N. This switch features two rows of circled pins that are uniform and evenly spaced. When the switch is in its off position, no electrodes are in contact. As the switch is rotated, the circular pins will come in contact with the appropriate contacts, thus engaging a predetermined circuit.

The 57HS22-05-1-02N rotary switch is often used in electrical motors, door locks, and industrial robots. Typically, one layer of the switch is utilized, involving contact pins on one side of the switch and contact points on the other. This type of switch is typically highly reliable, as it is designed to withstand high shock, vibration, and continual usage. Due to its mechanical switches, there is no electrical sparking in the contacts, meaning that it is suitable for use with sensitive electronics.

On the other hand, the 57HS22-05-1-02N is usually used for connecting load control circuits to cars, marine products, and other machines. The switch is often ideal for controlling the amperage of various motors, allowing for better temperature control and adjusting the power levels for various motors. In addition, the switch can also be used as an overload protection device, preventing electrical malfunctions. The switch is usually operated with a power tool or a manual switch, depending on the intended usage.

The working principle of the 57HS22-05-1-02N rotary switch is relatively straightforward. The switch operates by strapping two metallic circuits together using an insulated bushing. When the switch is in the off position, the contact pins on one side of the switch do not come into contact with the contact points on the other side, thus not engaging any predetermined electrical circuit. When the switch is turned on, the contact pins will come in contact with the appropriate contact points, thus engaging a predetermined circuit. This process is typically repeated until the desired position is reached.

In conclusion, the 57HS22-05-1-02N rotary switch is a highly reliable and long-lasting switch, making it suitable for a variety of applications. The switch is ideal for controlling electrical motors, allowing for better temperature control and adjusting the power levels for various motors. In addition, the switch is often used as an overload protection device, preventing potential electrical malfunctions. The working principle of the switch is relatively straightforward, as it effectively straps two metallic circuits together using an insulated bushing.

The specific data is subject to PDF, and the above content is for reference