83262015

Ingress Protection:	--
Mechanical Life:	1,000,000 Cycles
Electrical Life:	--
Operating Position:	0.606" (15.4mm)
Operating Temperature:	-20°C ~ 125°C
Overtravel:	0.197" (5.0mm)
Differential Travel:	0.080" (2.0mm)
Pretravel:	--
Release Force:	10gf
Operating Force:	41gf
Features:	--
Series:	V3D
Termination Style:	Solder Lug
Mounting Type:	Chassis Mount
Actuator Type:	Lever, Straight
Voltage Rating - AC:	250V
Current Rating:	20A (AC)
Switch Function:	On-Mom
Circuit:	SPDT
Part Status:	Active
Packaging:	Bulk

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Snap action, limit switches generally refer to a class of mechanical switching component which uses a spring as a core component. It’s widely used in a variety of application field and the majority of designs works based on the same fundamentals.The basic mechanism of a limit switch can be broken down into two main elements; a lever or actuator and a set of contacts. The lever usually takes the form of a rod, plunger or toggle arm, with the contacts normally being enclosed in a box. When the lever is moved or activated, it brings the contacts inside into contact with each other, thereby completing a circuit and allowing current to flow.In order for the switch to return to its original position after being triggered, a spring is typically used to bring the lever back to its starting position. The spring is connected to the lever and when it is moved away from its original position, it exerts a force onto the lever, which then causes the lever to return to its starting position.From this simple description, it’s possible to determine the working principle of a limit switch; When the lever is moved from its original position, it compresses the spring inside, bringing the contacts inside into contact with each other, thus allowing current to flow. The spring is then released, and the lever is forced back to its starting position, breaking the contact and stopping the flow of electricity.Limit switches are found in a huge variety of applications and can serve many different functions. Their main uses include providing protection against hazardous conditions, controlling operations and providing feedback via automation systems.In the automotive industry, limit switches are used to control the operation of components such as airbags, brakes, doors and lights. They can also be used to monitor the position of the accelerator or to provide a warning signal when the engine is running at a certain speed.In machines, limit switches are used to control the speed, position, direction and rate of movement of components. They can also be used to detect when a component has reached a certain point, or when it has run out of parts.They are also commonly used in industrial machines such as robots, conveyors, pumps and valves. Here, they can be used to detect the presence of parts and to control the feed rate of the machine.Finally, limit switches can also be found in consumer products such as video games, toys, security systems and doorbells. Here, they are used to control the flow of electricity and to provide feedback to the user, such as when a button is pressed.In conclusion, limit switches are a versatile and essential component of many different devices and applications. They are easy to use, reliable and cost effective, making them essential for any application that requires the control of electricity, motion or feedback.

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