K32S50A

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K32S50A is a kind of magnetic sensing switch developed by Kemet, which is used in various occasions. It works by using an electromagnet and a switch. The power of the electromagnet is provided by the electronics powering the switch, typically the current is 0.2 amps. When an appropriate voltage is applied to the electromagnet, a magnetic field is generated which interacts with a metal rod placed near the electromagnet respoinding to the same level of current. The output of the switch is a toggle type switch with two terminals. A normally unused poles is positioned above the ground rod used to change the voltage level when the switch is active.

K32S50A is mainly used for various robot arm motion control, 3D printer control, CNC machine control, etc. In addition, it can also be used in automated door locks, vehicle detection systems, or in any system that requires a reliable position detection.

The working principle of the K32S50A switch is simple. A voltage of 12V is applied to the switch, which causes the electromagnet to generate a magnetic field. When the metal part moves close to the electromagnet, the magnetic field interacts with the metal part and pulls it, and the switch completes the circuit. When the object moves away from the switch, the contact between the switch and the metal object is opened and the current is interrupted. In this way, the switch can be used to detect the movement of the metal part and control the current of the system.

As a magnetic sensing switch, K32S50A is widely used in various occasions, such as robot arm motion control, 3D printer control, and CNC machine control. It can provide an accurate position detection and control, making it suitable for many applications.

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