Harmony K Series, Rotary Switches

Results:
4
Manufacturer
Series
Number of Poles per Deck
Circuit per Deck
Angle of Throw
Number of Positions
Current Rating (Amps)
Voltage Rating - AC
Index Stops
Termination Style
Actuator Type
Contact Finish
Actuator Length
Mounting Type
Depth Behind Panel
Voltage Rating - DC
Contact Timing
Contact Material
Features
Number of Decks
Results remaining4
Applied Filters:
Harmony K
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ImageProduct DetailPriceAvailabilityECAD ModelCurrent Rating (Amps)Voltage Rating - ACVoltage Rating - DCFeaturesMounting TypeContact FinishContact MaterialTermination StyleContact TimingAngle of ThrowNumber of PositionsActuator LengthActuator TypeIndex StopsNumber of DecksNumber of Poles per DeckCircuit per DeckDepth Behind PanelSeries
K2C003HLH
COMPLETE K2 CAM SWITCH
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Quantity
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PCB Symbol, Footprint & 3D Model
-
-
-
-
Panel Mount
-
-
Screw Terminal
Not Specified
90°
2
-
Knob
Fixed
1
2
DPDT
-
Harmony K
K30H014UP
30A 8 POLE CHANGEOVER WITH W/O O
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Quantity
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PCB Symbol, Footprint & 3D Model
-
-
-
-
Panel Mount
-
-
Screw Terminal
Not Specified
30°
2
-
Knob
Fixed
1
4
4PDT
-
Harmony K
K2D002UCH
CAM SWITCH - CHANGEOVER
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Quantity
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PCB Symbol, Footprint & 3D Model
-
-
-
-
Panel Mount
-
-
Screw Terminal
Not Specified
45°
2
-
Knob
Fixed
1
3
3PDT
-
Harmony K
K1F006NX
CAM SWITCH WITH 6 CONTACTS
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Quantity
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PCB Symbol, Footprint & 3D Model
3A (AC)
230 V
-
-
Panel Mount
-
-
Screw Terminal
Not Specified
45°
-
-
Knob
Fixed
1
1
-
-
Harmony K

About  Rotary Switches

Rotary switches are mechanical devices that are specifically engineered to manage multiple electrical circuits by utilizing the rotation of a shaft. Through manual or mechanical interaction with the switch, electrical contacts are engaged or disengaged, thus enabling the establishment or disconnection of a series of electrical connections. The selection of rotary switches is based on various factors such as the number of positions, the number of decks, poles per deck, mounting type, contact circuit configuration, throw angle, actuator type, and current and voltage ratings. The number of positions indicates the different settings or options available within the switch, while the number of decks refers to the individual switching stages within the device. Poles per deck signifies the number of separate circuits that can be controlled by each stage. Mounting type is an important consideration, as it determines how the switch is physically installed or mounted in a device or system. Contact circuit configuration relates to the arrangement and connection of the electrical circuits within the switch. The throw angle describes the range of motion of the switch's actuator during operation. Actuator type refers to the mechanism used to initiate the switch's movement, which can be accomplished through various means such as a knob, lever, or key. Furthermore, current and voltage ratings are crucial specifications that ensure the switch can handle the necessary electrical loads safely and effectively. Some rotary switches are equipped with adjustable stops or have the ability to rotate continuously, providing additional flexibility and functionality for specific applications. In conclusion, rotary switches are essential for controlling multiple electrical circuits via shaft rotation. Their selection depends on factors such as the number of positions, decks, poles, mounting type, contact configuration, throw angle, actuator type, and current and voltage ratings. Additionally, some rotary switches offer features like adjustable stops or continuous rotation to meet diverse application requirements.