Reliable point level measurement of liquids, granulated bulk solids and powders – with vibrating level switches as overfill protection or low-level indicator.

Vibrating Level Sensors are typically used for point-level detection, indicating whether the material level is above or below the sensor. They are suitable for measuring the level of both solids and liquids in various storage vessels, such as silos, hoppers, and bins.

Vibration fork level switches use tuning fork technology to provide reliable liquid point level detection. They are ideal for monitoring, alarming, and control applications, even where conductivity, turbulence, air bubbles, foam, pressure, temperature, or viscosity changes may be a …

Vibration fork switches are only suitable for point level measurement. They consist of an oscillating or tuning fork, which resonate in air with a known natural frequency. The resonance frequency will be reduced when the fork is brought into contact with a medium.

Point level detection with Vibration Level Limit Switches. Depending on the requirements, vibrating level limit switches are used as full, demand or empty detectors in storage silos or process vessels and are suitable for use in almost all media.

Adaptive, efficient, and essential. Siemens vibrating level switches detect high, low, and demand levels for liquids and solids. They perform in extreme conditions and benefit many industries.

Vibronic devices perfectly fit for numerous liquid applications from simple operational point level detection (min. and max. control), certified leakage monitoring and overfill prevention through to protective equipment in plant parts subject so Safety Integrity Levels (SIL 2/3).

A vibrating level switch is a limit level switch for monitoring fill levels. It is used in many industries to detect the presence of liquids or solids in a container. How does a vibration limit switch work?

2019年9月6日 · The Model VibraRod™ is a vibration type level indicator that provides reliable, durable and versatile point level sensing in a variety of applications within the powder and bulk solids markets. The vibratory sensor has a single probe design that is self-cleaning.

HAWK’s Vibrating Level Switches can detect liquid levels within millimeter precision, regardless of the installation position. Featuring interface measurement of liquids and solids, vibrating level sensors are available in potentially explosive atmospheres.