R10307RN02Q

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Rotary switches are commonly used in a wide range of applications, such as controlling light levels, controlling electric devices, and interfacing with computers. The R10307RN02Q rotary switch is an example of such a switch.

The R10307RN02Q features a multi-pole design, which makes it ideal for applications where separate power circuits or signal paths must be switched between multiple poles. The maximum number of poles that can be used is determined by the contacts, with the R10307RN02Q having up to 7 poles available.

It is also worth noting that the R10307RN02Q is both self-cleaning and self-lubricating. This is possible due to the presence of a built-in lubricant that helps prevent any accumulation of dust, debris, and debris-related wear.

The R10307RN02Q also features a low-friction contact material. This is important for achieving a reliable, consistent connection between the contacts. It also helps reduce the amount of energy required to switch from one circuit to another.

The R10307RN02Q is also equipped with an adjustable pointer. This helps ensure that the circuit positions can be accurately identified. The pointer can also be adjusted to account for any slight misalignment between the contacts.

The R10307RN02Q is operated using a simple control mechanism. This consists of a knob and a shaft. The knob is used to rotate the shaft, which in turn rotates the contacts. This allows the contacts to switch between two distinct positions, depending on the number of poles present.

It is also worth noting that the R10307RN02Q is capable of withstanding temperatures up to 90°C. This makes it suitable for use in a variety of environments, including extreme temperatures.

Overall, the R10307RN02Q rotary switch is a reliable and durable switch that is suitable for a variety of applications. Thanks to its multi-pole design, low-friction contact material, adjustable pointer, and temperature resistance, it is an ideal choice for applications where multiple power or signal paths must be switched between multiple poles.

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