Tuning fork level sensor

When the tuning fork is submerged in the medium the frequency at which the switch is vibrating, changes . Vibrating Fork Level Switch RS85. Intelligent solutions for level and point level measurement. Tuning Fork Level Switches From Fine Controls Ltd.

The level switch detects reliably and robust the min.

How Capacitive Liquid Level Sensors Work: GILLSC.

This video provides detail on how vibrating fork switch technology works.

It the describes the principle of tuning fork vibration with animations. SC series vibrating tuning fork liquid level switch and point level sensor for liquids. SLM vibrating fork level switch series are point- level switches for free flowing solids, granules and powders. A specially shaped tuning fork is kept vibrating using piezo-electric elements.

When the fork comes in contact with material, the vibration is dampened and the switch . This liquid level switch uses piezoelectric and solidstate technologies. The principle of the tuning fork was the base to create the vibrating forks devices. The performance of vibrating probe and tuning - fork sensors is also questionable in such services, but their vibrating nature can help to collapse the bridges . SWITCHES FOR SOLIDS APPLICATIONS. As it is very sensitive in the lateral mode . A switching command starts or stops filling equipment such as conveyors or . The LBV3sensors are rugge reliable and highly accurate.

The tuning fork reacts to changes in density, and thus operates independantly of silo shape, . Regardless of maximum fill amounts in . The frequency of the vibrating . It is designed for industrial use in areas of process technology and can be used in liquids. Typical applications are overfill or dry run protection. The small tuning fork (mm of length) allows theuse in vessels, tanks and pipes.

Information, specifications and documentation for Model VHL vibrating tuning fork point level sensor for liquids and slurries. It is ideal for materials with density from . The vibrating element ( tuning fork ) is piezoelectrically energized and vibrates at its mechanical resonance frequency. The piezo elements are mechanically . Vibronic instruments monitor point levels in tanks, silos, and pipes. In liquids measurement, the tuning fork sensor is placed horizontally and oscillates based on the height level of the liquid .