Vibrating Fork Type Level Sensor: Challenging Accurate Measurement in High Temperature, High Pressure And Harsh Environments

When the tuning fork at the tuning fork level comes into contact with the medium being measured, the frequency and amplitude of the tuning fork will change. Smart circuits detect, process, and convert these changes into switching signals.

 

Applicable fields

The vibrating fork type level sensor is suitable for measuring medium density solid powders or granules, as well as almost all liquid media. It features high/low fail-safe limit switches, overflow or dry run protection, pump control, indication of presence/absence of flow in the pipe, and more.

The fork type level switch can measure a variety of levels and has functions such as high/low fail-safe limit switches, overflow or dry run protection, pump control, and display of presence/absence of flow in the pipeline.

 

The vibrating fork type level sensor is mainly used in challenging liquids, including sewage with layers and impurities, and industrial liquids such as hydrochloric acid and sodium hydroxide.

 

Tuning fork level is usually used in conjunction with level meters to control and measure materials. Mainly suitable for a wide range of powders and small granular materials, such as dust collector inlet and outlet air pipe blockage detection, dust collector hopper material level measurement, as well as plastics, rubber powder, flour, various grain crops, food, and chemical products Limit measurement etc. The vibrating fork type level sensor is also suitable for limit detection of liquids with various properties, such as slurry, viscous, foaming, corrosive and other media.

 

The fork type level switch has the characteristics of strong adaptability. Changes in the electrical parameters and density of the material being measured have no impact on the measurement results. Even under harsh conditions such as scaling, agitation, turbulence, bubbles, vibration, medium viscosity, high temperature, and high pressure, the test results will not be affected.

 

Since the detection process of the vibrating fork type level sensor is completed by electronic circuits and has no moving parts, it does not require maintenance after installation and operation. The detection of the fork type level switch is not affected by the electrical parameters and density of the medium being measured, so no on-site adjustment is required no matter what kind of liquid is measured.