71B36-02-1-05S

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A rotary switch, like a 71B36-02-1-05S, is a multiple-pole multi-position switch that sequentially sets electrical contacts in multiple positions. It is mostly used to connect two electrical circuits together in various combinations for fault-finding, test applications or systems integration. The common construction of this type of rotary switch is a cam operated device that physically rotates a contact-setting wheel or arm, in order to set a desired combination of contacts.

A 71B36-02-1-05S rotary switch is a two-pole five-position switch that provides a variety of possible contact settings, depending on the application. A two-pole switch is basically a pair of switched circuits with two poles separated by a central selector. The five-position component of the switch indicates the number of different contact settings that can be created. In this case, it means that the switch has five contact settings.

The 71B36-02-1-05S switch has four sets of contacts - two sets on each pole. The switch is designed to switch one set of contacts in each pole simultaneously, which means that one set of contacts is always closed, while the other set is open. The contacts are arranged so that the poles alternately open and close, depending on the position of the selector. This allows the user to select any combination of open/closed contacts from the four available sets.

The working principle of the 71B36-02-1-05S rotary switch is based on an internal cam, which is attached to the selector and which moves along with it. As the selector is rotated, it moves the cam and this movement causes the contact-setting wheel or arm to rotate and set the contacts in multiple positions. These positions depend on the orientation of the cam, which is determined by the user’s choice of contact setting.

The 71B36-02-1-05S rotary switch can be used in a wide range of applications, from industrial to consumer applications. It is widely used in HVAC applications, as it is an ideal switch for controlling the temperature settings in industrial and commercial environments. It is also commonly used in test and measurement applications, as it provides an effective means of quickly switching between two or more circuits. Additionally, it can be used in fault-finding and systems integration applications, such as security systems or motor control.

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