111-5

Actuator Type:	Flatted (6.35mm Dia)
Operating Force:	17 ~ 44gfm
Panel Cutout Dimensions:	Circular - 9.53mm Dia
Depth Behind Panel:	28.70mm
Features:	--
Termination Style:	Solder Lug
Mounting Type:	Panel Mount
Contact Finish:	--
Contact Material:	Silver Alloy
Angle of Throw:	30°
Actuator Length:	12.70mm
Series:	111
Voltage Rating - DC:	20V
Voltage Rating - AC:	125V
Current Rating:	15A (AC/DC)
Contact Timing:	Non-Shorting (BBM)
Circuit per Deck:	SP5T
Number of Poles per Deck:	1
Number of Decks:	1
Index Stops:	Fixed
Number of Positions:	5
Part Status:	Active

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IntroductionRotary switches are often used in electrical and electronic equipment. They are referred to as switch plates, which are used to switch circuits on and off. In some of the applications discussed below, rotary switches are used in conjunction with pushbuttons or toggle switches to control the operation of electrical and electronic equipment.Application 115Rotary switches can be used in the control of the temperature settings on ovens. There are a variety of rotary switches used in controlling the various settings of ovens, such as the low, medium, and high settings. The switch plate would have a marker or arrow which is aligned with the required setting on the panel. As the settings are moved, the position of the switch plate changes and adjusts the temperature.Application 216Rotary switches are also used in the control of electric motors. In this case, the switch plate would be used to turn the motor on and off. There are a variety of rotary switch plates available, each designed for a different type of motor application. The switch plate is typically moved to a designated position for the desired motor speed and can be also utilized to reverse the direction of the motor.Application 317Rotary switches are also used in controlling the speed of manual tools, such as drills, grinders, and saws. Again, the switch plate is moved to a designated position to adjust the speed of the tool. Some rotary switches can be used to control the intensity of the tool, while others are used to control the speed.Application 418Rotary switches are often used in the control of lights in residential, commercial, and industrial settings. In this application, the switch plate is used to turn the lights on and off. As the switch plate moves, the intensity of the light can also be changed. This type of rotary switch is often used to control dimmer switches to give an adjustable level of brightness.Application 519Rotary switches are also used in the control of audio systems, such as speakers and volume. In this application, the switch plates are usually moved to the desired setting to adjust the volume. Some rotary switches are equipped with additional features, such as a button to mute the volume or to select different input sources.Working PrincipleThe working principle of a rotary switch is based on the concept of an actuator-sensor system. This refers to the physical connection between two or more components and how they interact with each other. In the case of rotary switches, the sensors are the switch plates, while the actuators are the control shafts. When the control shaft is moved, the switch plates move correspondingly and make contact with other plates. This closing and opening of the plates creates the electrical connection which activates the wiring and circuits, turning them on or off. Similarly, when the switch plates are moved, the control shafts move correspondingly and adjust the settings of the target device.ConclusionRotary switches are a popular choice for many electrical and electronic applications. They are simple to use and easy to replace, making them a versatile and cost-effective control solution. The various applications discussed above demonstrate the versatility of rotary switches and their ability to control a range of electrical and electronic devices. The working principle of rotary switches is based on an actuator-sensor system, which is responsible for providing the electrical connection needed to activate and adjust the settings of the target device.

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