71MB36-02-2-03N

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Rotary switches are switching devices designed to connect, interrupt, or redirect the flow of electricity in a circuit. Feasible in a variety of sizes and designs, they boast many fields of application, ranging from kitchen to industrial appliances. 71MB36-02-2-03N is one of the rotary switches introduced to the market and this article will provide an overview of its application fields and working principles.

Applications of 71MB36-02-2-03N

The 71MB36-02-2-03N rotary switch offers multiple application possibilities in different circuits, ranging from home appliances to audio equipment and industrial machinery. To name a few:

• Kitchen appliances
• Power tools
• Audio and video equipment
• Industrial automation applications
• Medical equipment
• Automotive applications

Overall, 71MB36-02-2-03N is a versatile and reliable rotary switch suitable for a wide range of applications and even for backup options (e.g. for voltage regulators and other board-level devices).

Rotary Switch Principles

A rotary switch is a device that allows for the selection of different electrical connections via a rotating plunger or lever. It consists of a variable resistor and two contacts that are connected by a solid contacting element turned through a knob or wheels. Essentially, by turning the knob attached to the movable contact, the user is brought into different circuit connections.

A rotary switch typically consists of several stationary contacts, known as poles, and each of these usually features a circuit with a number of different connections, referred to as throws. The 71MB36-02-2-03N is a three-pole, two-throw switch, which means it’s connected to three circuits and has two different contacts that can be connected in each circuit.

Operation of Rotary Switches

A rotary switch works by routing electrical connections between the contacts of the movable and stationery elements. The contacts of the movable element are in constant contact with the contacts of the stationary element, but the rotation of the movable elements forces the contacts to open or close in different configurations.

For the 71MB36-02-2-03N switch, the contact configuration allows for three on/off connections, so that a user can manually switch between different configurations. This can be seen as an integrated switch-based control system, where the user is able to select one connection or another by simply rotating the movable element.

Conclusion

71MB36-02-2-03N is a reliable and versatile rotary switch suitable for a variety of applications. It comes with three poles and two throws and is manufactured to be as reliable and efficient as possible. Its versatility allows it to be used in different categories, such as medical equipment, kitchen appliances, and industrial automation.

In its operation, it allows for closing or opening connections between the movable and stationary elements. A user is able to make the desired connections simply by rotating the knob attached to the movable element.

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