AFL100-00

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AFL100-00 is a magnetic switch that uses a combination of two Hall-effect sensors in order to detect the presence of a magnetic field. Therefore, it is considered as a solid-state magnetic sensor. AFL100-00 functions similarly to a mechanical switch, meaning that it converts magnetic energy into electrical energyized operation. The two Hall-effect sensors allow the switch to react to a magnetic field and trigger an output in the form of a signal that can be used to control an actuator, such as a motor or a valve.

In terms of application, AFL100-00 provides great flexibility due to its wide range of voltage. AFL100-00 operates at a voltage range of 3.3V to 16V, meaning that it is able to work with almost any power source. Its output is also voltage-independent, meaning that it can provide a signal from 0V to 24V. This makes it suitable for many applications, such as industrial automation and control systems, security systems, and automotive systems.

In terms of working principle, AFL100-00 usually requires an attractor and repeller magnet, which are attached to either side of the switch. These magnets are used to provide a magnetic field that is detected by the two Hall-effect sensors. The field triggers a change in the current that is sent to the output, causing a voltage change that can be used to activate a relay or other actuator. The device is also able to detect the position of the magnet, as the output voltage changes depending on the direction of the magnetic field.

In conclusion, AFL100-00 is a reliable and versatile magnetic switch that is suitable for a wide range of applications. Its solid-state design is ideal for many environments and its ability to detect the position and intensity of a magnetic field allows it to be used in safety applications. Furthermore, its wide voltage range and voltage-independent output makes AFL100-00 an excellent choice for any project requiring magnetic sensing.

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