First of all, the magnetic proximity sensor has many advantages compared with other sensors for potential customers: Firstly, it ensures accurate detection, mistakes are avoided and the system it is attached to becomes more reliable. Secondly, it is non contact which means wear and tear are reduced--this extends the life of the sensor itself while also cutting down on maintenance costs. Thirdly, the magnetic proximity sensor is highly adaptable and versatile. Even in the harshest environments in which many former sensors inhabitants could no longer survive, this device thrives. Again, it stands out although the naked eye may be hard pressed to see the difference. Many sensors use springs as the electrical contact; others now employ piezo devices that make noise when they work and will eventually break. Interestingly enough, this has been written with an entirely mechanical sensor: the outcome was no more than 25 Hz. Additionally, the magnetic proximity sensor has far shorter response times than mechanical sensors. Therefore, turning speeds are much higher and system performance increases. Finally, with its simplicity and ease of installation, the MagneticProximity Sensor is suitable for many field applications. From security systems to industrial automations-that shape this world_regardless how one slices it.