53HS15-02-8-02N

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Rotary switches are components used for closing and opening electrical circuits by rotating a knob to change over between one or more circuits. As one of the most popularly used switching devices, rotary switches offer a wide variety of electrical and mechanical connection options. The 53HS15-02-8-02N is a high-power, high-performance single-stage rotary switch.

The 53HS15-02-8-02N is rated up to 10 amps at 250VAC and up to 5 amps at 440V. Its durable construction is designed to withstand high-frequency currents up to 30,000 cycles. The 53HS15-02-8-02N is ideal for applications where reliable and accurate switching is required, such as in key switch applications, fuel mixture control systems and communication systems.

The working principle of the 53HS15-02-8-02N is based on a rotating switch cam with multiple contacts. This cam is connected to an actuator knob or lever, which rotates the cam and opens or closes the contacts when the actuator is moved. The 53HS15-02-8-02N also has an integrated locking mechanism, which ensures that the switch remains in the same position regardless of any external vibration or movement. This locking mechanism also ensures that the switch maintains a consistent resistance over time.

The 53HS15-02-8-02N is available in a wide range of configurations, which make it suitable for a variety of applications. The switch’s modular design allows for multiple connection combinations, such as SPDT, 4PDT and 8PDT, which makes it suitable for use in multiple circuit applications. In addition, the switch can be configured for both AC and DC use, allowing for its use in a wide range of electronic systems.

In conclusion, the 53HS15-02-8-02N is a robust, reliable and reliable rotary switch that is suitable for a variety of applications. Its wide range of configurations and features make it ideal for use in various key switch applications, fuel mixture control systems and communication systems. Moreover, its integrated locking mechanism ensures that the switch remains in the same position regardless of any external vibration or movement. It is designed to withstand high-frequency currents up to 30,000 cycles, allowing it to be used in demanding environments.

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