831860CFD0.CL

Snap Action, Limit Switches

Snap action, limit switches are versatile electromechanical devices used in a variety of industrial applications to trigger a circuit when a physical limit has been reached. 831860CFD0.CBL is one such type of switch.

Design

The 831860CFD0.CBL has a stainless steel housing, an actuation force of 48.5 g, and a maximum switch capacity of 1.2A/250VAC. The switch is constructed with a main actuator, a solenoid, a movable contact and a stationary contact. When the switch is actuated, the movement of the actuator causes the solenoid to move the movable contact, which then presses against the stationary contact, triggering the switch.

Applications

The 831860CFD0.CBL is commonly used in a number of industrial applications including machine tools, medical equipment, and conveyor systems. Because of its durable stainless steel housing, it’s very well suited for applications that involve frequent actuation and require a long service life. The switch is also designed to provide reliable performance in environments with extreme temperature or vibration.

Working Principle

The working principle behind the 831860CFD0.CBL is relatively simple. When the actuator is actuated, it causes the solenoid to move the movable contact, which then presses against the stationary contact. This triggers the switch, which then causes a change in the current, resulting in the activation of a circuit.

The 831860CFD0.CBL also features a self-locking design, which means that once the switch has been actuated, it will remain locked in the on position until it is reset. This helps to ensure reliable performance in applications that involve a repeated actuation cycle.

Conclusion

The 831860CFD0.CBL is a durable, reliable, and versatile snap action, limit switch that is suitable for a variety of industrial applications. With its stainless steel housing and self-locking design, it provides reliable performance in even the toughest of environments. This makes it an ideal choice for applications requiring frequent actuation or extreme temperature and vibration conditions.