Detection of point levels in liquids
The tuning range sensor oscillates at its resonant frequency. The drive is piezoelectric. As the fork enters the environment, the oscillating frequency changes. This change is analyzed and translated into a switching signal.
Detection of point levels in solids
Detect switch point on level switchDetect capacitor levels in liquids and solidsCapacity level measurement covers a wide range of applications that are not limited to process engineering. Simple and cost-effective probes offer many possibilities for detecting point levels in liquids and bulk solids. This measurement principle is especially suitable for programs related to aggressive media and heavy construction. The principle of capacitor level measurement is based on the change in capacitance of a capacitor due to the change in level. The probe (rod or rope) and the silo wall form the two electrodes of a capacitor. Capacity increases as the product enters the electric field between the probe and the silo wall. This change of capacity is analyzed and guided by proper adjustment of the switching. The sensors are largely ineffective in creating a low structure as long as the product bridges the gap between the probesAnd do not create a silo wall. Actively compensated probes are used for fluids that are prone to power enhancement.
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