08M36-02-1-07N

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Rotary switches are electrical control devices that are used to control the illumination of lights, detection of temperature and pressure and the regulation of speed, direction and flow of electrical current. They are also used in data and signal transfer, medical imaging, and to control the operation of motors and other systems. The rotary switch is a type of switch in which the contacts are rotated to different positions to perform the desired function. The rotary switch is widely used in applications ranging from industrial, automotive and aerospace to consumer and electronic equipment. The 08M36-02-1-07N is a single-pole double-throw (SPDT) rotary switch with a maximum current rating of 3A and a rated voltage of 250VAC. It is commonly used in applications such as AC or DC motor speed control, lamp and light dimming, and machine and process automation.The rotary switch consists of a movable arm, called a wiper, that is attached to a knob or handle. When the knob or handle is turned, the wiper contacts one or more of the stationary contacts of the switch. There are several different types of rotary switches, including single-pole/single-throw (SPST), single-pole/double-throw (SPDT), double-pole/double-throw (DPDT), and multi-pole/multi-throw (MPT) switches.The 08M36-02-1-07N is a SPDT rotary switch, which means it has two separate poles that can carry two different operations. The switch alternative between these two operations when the arm is rotated to a different position. The SPDT switch is constructed of a molded body, an rotor with a center cam, and two fixed contact sets. When the knob is turned, the center cam moves the rotor which in turn causes the wiper to move and make contact with the contact sets. The position of the contact sets determines the direction of the current when it passes through the switch. The working principle of the 08M36-02-1-07N is the same for all rotary switches. When the knob is turned, the wiper moves from one contact to the next, creating a closed circuit that is used to control the electrical current. The number of circuits that can be created and the type of device they are used to control depends on the type of rotary switch. For example, a SPDT switch can be used to control a motor that has forward and reverse functions. In addition to controlling electrical current, rotary switches can also be used to provide feedback. This can be done by attaching sensors to the switch to measure temperature, pressure, light intensity, and other variables. This data can then be used to alter the switch’s position or to stop and start the flow of electricity. Rotary switches are highly versatile and can be used in a variety of applications. The 08M36-02-1-07N is a reliable and robust rotary switch that is suitable for a wide range of applications, from motor speed control and lamp dimmers to machine and process automation. The SPDT design of this switch allows for two different operations to be controlled and provides a feedback option for monitoring.

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