ABS1413403

Snap-Action, Limit Switches are commonly used as limit control devices in a wide range of applications. The common examples include changeover switches, positioning feedback switches, and limit switches. It is quite common to find Snap-Action, Limit Switches in industrial machinery, medical equipment, and the automotive industry. The ABS1413403 Switch is a flexible device suitable for many applications.

ABS1413403 Application Field

Snap-Action, Limit Switches can be used as limit control devices in a wide range of applications. ABS1413403 Switches are mainly used in the automotive industry, medical equipment, and industrial machinery. These switches are designed to sense motion or position and activate an electrical control circuit. ABS1413403 Switches features through-hole design, which makes it suitable for the mounting of various devices. Its compact size and low profile makes it ideal for applications with limited space.

ABS1413403 Working Principle

The ABS1413403 Switch is a snap-action, limit switch that operates by sensing specific levels of magnetic flux and detecting a change in the magnetic flux. The switch is composed of a permanent magnet and an electrical coil housed in a plastic body. When the switch senses a change in the magnetic field, the permanent magnet acts to deflect or “trip” a movable circuit breaker contact. This action then closes the circuit, activating the switch.

The ABS1413403 Switch functions by measuring the change in the magnetic field and controlling the operation of the electrical circuit. When the switch senses a change in the magnetic field, the switch sends a signal to the control circuit which then activates the desired function. This type of switch is ideal for applications that require frequent changes in the magnetic field level.

Conclusion

The ABS1413403 Switch is a Snap-Action, Limit Switch that is suitable for applications such as automotive, medical, and industrial machinery. This flexible device is suitable for applications where frequent changes in the magnetic field level is required. The working principle of the switch involves the sensing of changes in the magnetic field and controlling the corresponding electrical circuit, which activates the desired function.