75AP36-01-2-05N

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Rotary Switches allow users to choose between two or more options. The most commonly used application for such switches is in current and voltage regulation. A rotary switch is a mechanical or electrical piece of equipment consisting of a casing with a rotary wheel for selection or adjustment of different settings. It is commonly used to control electrical currents and voltages, but its applications are varied and depend on the specific model of switch.

The 75AP36-01-2-05N rotary switch is one type of switch that has its own unique characteristics and application field. It is a single-pole, double-throw rotary switch. This means that it is used to select one of two sets of two contacts by turning the wheel. This switch is rated for use at 10A at 250VAC, making it suitable for use in systems that require current and voltage regulation. It is often used in industrial and laboratory settings, where safety-critical components may require a reliable and consistent power source.

The working principle of the 75AP36-01-2-05N rotary switch is fairly simple. The contacts on the switch are arranged in a circle with a rotating wheel that is used to select the desired output. When the wheel is rotated, it acts as a ratchet and engages the contacts, one at a time, that correspond to the desired output. This ensures that the desired current or voltage is reliably supplied to the desired component or circuit.

In terms of safety features, the 75AP36-01-2-05N rotary switch is designed to be durable and reliable for use in industrial and laboratory settings. It has a durable plastic casing and a polarized connector that prevents incorrect wiring. It is UL recognized, CE certified, and CSA listed, which allows it to be used in a variety of safety-critical applications.

Overall, the 75AP36-01-2-05N rotary switch is an excellent choice for users who need reliable and consistent current and voltage regulation. Its reliable design, durability, and various safety features make it an ideal solution for industrial and laboratory settings, where safety-critical components may require a reliable and consistent power source.

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