Detection or positioning of bormeng inductive sens

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Baumol inductive sensor with a correction factor of 1: detect or locate any metal with an accuracy of up to 1 micron

generally speaking, inductive sensor is the basis to ensure reliable control of machines and systems

in some applications involving the detection of non-ferrous metals such as aluminum, the working distance of the sensor must be the same as that of steel in the liquid level switch market. In this case, an inductive sensor with a correction factor of 1 is the best choice. For this kind of sensor, Baum offers two different versions: switch type and measurement type. The switching frequency of non-contact proximity switch is up to 3 kHz. The inductive distance sensor with analog output signal can be used for object positioning with an accuracy of less than 1 micron. At the same time, it can also detect imbalance, wear, deformation or material expansion

adopt the correction factor to strengthen the throttling effect of the right nozzle to a non attenuation inductive approach of 1, that is, how much pressure the test object can bear before it deforms or breaks. The switch and distance sensor detect different metals

a correction factor of 1 means that the sensing distance of the sensor to any metal, whether ferromagnetic structural steel, stainless steel or aluminum, is the same, in which the measuring type is 8 mm and the switching type is 10 mm. This is not only practical, but also can simplify the system design and realize the reliable treatment of different metal parts in the same system. Even if only one material needs to be processed, especially non-ferrous metals or non ferromagnetic metals, a sensor with a correction factor of 1 is a reliable choice. Although traditional sensors can also reduce the measurement or detection distance to 70%, the sensor with a correction factor of 1 has a larger measurement range, so the installation distance is longer, thereby reducing the risk of damage

a sensor with a correction factor of 1 provided by baomeng adopts a popular M18 shell, with analog output, and the output voltage is 0 to 10V. The specific output value depends on the measurement distance. Therefore, this sensor can detect the imbalance of rotating parts and the material thickness deviation of metal parts, with a detection distance of up to 8mm. With its excellent accuracy and the technical advantage of a correction factor of 1, there is no inductive sensor on the market that can compete with it. In addition, with the help of self-learning contact points and less input, the sensor provides various adjustment options, and the user can adjust the output curve according to the application requirements, for example, the user can define the rising or falling curve by himself

the size of Baumann inductive sensor with a correction factor of 1 is between 6.5 mm and M18, and the maximum sensing distance is 10 mm. The measuring range of the measuring sensor is 8 mm, and the available size is M18

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