SS075Q103F050S1A

Snap Action, Limit Switches

The SS075Q103F050S1A is a type of Snap Action, Limit Switches. The product features a snap action mechanism that provides a quick and positive action suitable for motor starters and a variety of other industrial applications.

Application Field

Snap Action, Limit Switches are generally used in industrial applications as limit switches, often detecting the motion of moving parts of machinery, or monitoring the presence or absence of an object. The SS075Q103F050S1A widely used in water pump controlling, the start and stop control of motors and plant equipment, the remote control of doors, elevators and cranes, and controlling of other electrical devices such as pumps, fans etc.

Working Principle

The SS075Q103F050S1A is self adjusted on the cam\'s face. When the cam moves in one direction, the contact will be opened and when it moves in the other direction, it will close the contact. This is the same principle used by all limit switches. A mechanical link is used to provide a motion that comes in contact with the limit switch. An operating force will cause the switch to activate, which causes an electrical circuit to be opened or closed. This allows the machinery to be operated in a number of ways.

The SS075Q103F050S1A utilizes the snap action feature to provide a quick and positive action that is suitable for motor starters and a variety of other industrial applications. The snap action switch works by having two internal spring-loaded sets of contacts that close quickly when the switch is activated by the operating force. The snap action feature enables the SS075Q103F050S1A to be used for applications that require a high degree of accuracy and reliability.

Conclusion

The SS075Q103F050S1A is a type of Snap Action, Limit Switches used for a variety of industrial applications. The snap action mechanism provides quick and positive action suitable for motor starters and other industrial applications. The product’s snap action feature allows it to be used for applications that require a high degree of accuracy and reliability.