50MPT60-01B04N

Actuator Type:	Flatted (3.17mm Dia)
Operating Force:	5.761 ~ 17gfm
Panel Cutout Dimensions:	--
Depth Behind Panel:	14.63mm
Features:	Process Sealed
Termination Style:	PC Pin
Mounting Type:	Panel Mount, Through Hole
Contact Finish:	Gold
Contact Material:	--
Angle of Throw:	60°
Actuator Length:	9.53mm
Series:	50
Voltage Rating - DC:	28V
Voltage Rating - AC:	115V
Current Rating:	150mA (AC), 200mA (DC)
Contact Timing:	Non-Shorting (BBM)
Circuit per Deck:	SP4T
Number of Poles per Deck:	1
Number of Decks:	1
Index Stops:	Fixed
Number of Positions:	4
Part Status:	Active

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Introduction to Rotary Switches

Rotary switches are electromechanical devices used for switching on and off electrical circuits, typically for controlling circuits that require high current in large capacity switching applications. The working principle is relatively simple: the rotary switch\'s moving components (usually a disc or wheel) physically route electricity among contacts held in place on a spiral or circular track.

50MPT60-01B04N Rotary Switch and Its Application Field

50MPT60-01B04N is a type of rotary switch manufactured by C&K components. This switch is designed to handle 240V AC, 15A and a total of 4 poles. It features four positions in a standard anti-clockwise configuration, a variety of actuators and a rugged die-cast body which ensures a strong and stable enclosure. Its large size and top-rotate design make it suitable for most industrial and commercial applications.The 50MPT60-01B04N switch is usually used in the following applications:

• Industrial equipment
• Home appliances
• Telecommunications and networking applications
• Lighting and control systems
• Security systems
• Medical devices
• Robotic and automation systems
• Test equipment

Working Principle of a Rotary Switch

The basic operating principle of a rotary switch is illustrated below. The device consists of a rotating member which is connected to an electrical circuit. The rotating member contains multiple contacts which are aligned in a spiral or circular track. When the rotating member is turned, its contacts come into contact with the conductors on a stationary platform. This allows electricity to flow through the contacts.As you turn the rotating member, the contacts will travel in a spiral or circular path and make contact with the corresponding ground or contact points. The contact points configure the switch in either an “on” or “off” state depending on the configuration of the track. This allows users to switch between different levels of current and set functions as needed.

Conclusion

Rotary switches are integral components in various electrical circuit systems, particularly those that require high current and large capacity switching. The 50MPT60-01B04N switch is one such example, which is typically used for industrial, home, and medical applications due to its rugged construction and four poles. In terms of its working principle, the switches use a rotatable member with multiple contacts held in place in a spiral or circular track. By turning the member, electricity is routed among the contacts which allows users to switch between different levels of current as needed.

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