831810CFD0.BL

A snap action switch is a type of switch that is actuated when a specific amount of force is applied, or when a set limit is reached. It has a fixed contact point and a small amount of elasticity so that when it is pressed it will ‘snap’ back to its original position.

The 831810CFD0.BL snap action switch is a two-circuit signal switch for 12-volt DC applications — a common signal switch for many electrical and electronic applications. It is a subminiature snap-action switch that is designed to perform a variety of functions in correspondence with the actuating force.

Application and Working Principle

This switch is primarily applied in various industrial and commercial control systems, including water levels, pressure and temperature monitors, time relays and solenoid valves, and in automatic triggering systems. The 831810CFD0.BL has a fixed contact point and a small amount of elasticity so that when it is depressed it will break the contact and ‘snap’ back to its original position. The reset point of the switch is after the contact has been broken. This ensures that the switch is ‘reliable’, meaning that it will accurately repeat the same process of operation without fail.

The 831810CFD0.BL utilizes a stainless steel ball as a switch actuator, which is driven by an internal spring. The ball is seated in an actuator cup, which can be actuated by an external force through a plunger or lever. When the external force is applied, the ball is moved, breaking the contact point and resetting the switch. The reset point is determined by the set limit of the switch and the actuating force.

The 831810CFD0.BL is also equipped with a built-in delay timer, which can be set to a wide range of time periods ranging from 0.2 seconds to 30 seconds, allowing the switch to remain open for a certain period of time before resetting.

The 831810CFD0.BL snap action switch is a reliable and durable piece of equipment, which is suitable for a wide range of applications. It is a robust and reliable switch that can be used in even the most hostile environments.