RBP12 602B02 N F S

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Rotary switches are switches used to connect electric circuits when manually adjusted rotary actuators are turned. They come in various types and usually feature multiple positions, each position establishing some specific electrical connection. The RBP12 602B02 N F S is one such type of rotary switch and is widely used for various purposes in different application fields.

In the industrial sector, RBP12 602B02N F S is primarily used to control the speed, frequency and torque of different rotary machines such as motors. It offers a high level of reliability and accuracy, making it a popular choice in such applications. Furthermore, it is used as a voltage selector in test stations, as well as a power selector switch in solar energy systems, adjustable lighting systems and battery chargers.

In the automotive industry, the RBP12 602B02 N F S is primarily used as an ignition switch for controlling the engine\'s start and stop functions. Additionally, it is used in some car alarm systems to turn on and off a car\'s alarm system remotely. It is also commonly used as a wiring switch in car audio systems to switch between different audio outputs.

In terms of its working principles, RBP12 602B02 N F S is equipped with several contacts or poles which make electrical contact when the switch is rotated to its selected position. These contacts are connected to a rotating actuator which is mounted on the switch body and adjusts accordingly when the switch is turned. The actuator is connected to some type of energy source (usually electrical) which allows it to rotate and make contact with the contacts of the switch. This creates a specific electrical connection for a chosen position of the switch.

Overall, the RBP12 602B02 N F S is a useful rotary switch which is found in multiple applications in different industries. Its reliability and accuracy make it a valuable part of the electromagnetic industry and it is used to control the speed and torque of rotary machines, as well as providing wiring to car audio systems, car alarms, lighting systems and solar energy systems. Its working principles are based on contacts connected to a rotating actuator and is activated by an external energy source.

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