Tuning Fork Level Switch Suitable For Measuring Medium Density Solid Powder Or Particles

Working Principle of Tuning Fork Level Switch

The tuning fork level switch is widely used for limit monitoring of liquid medium such as tap water, mineral water, gasoline, diesel, paper pulp, glue, wastewater, dye, acid-base solution, beer, beverage, etc., and also for limit monitoring of solid powder and solid small particles with good flow.

This frequency change is detected by the electronic circuit as a switching value. The tuning fork type liquid level limit switch is not affected by the dielectric constant, turbulence, agitation, bubbles, vibration and other factors, and has no moving parts. Therefore, it does not need maintenance and adjustment. It is an ideal choice for liquid level switches under complex working conditions. The latest intelligent chip can be used as an oil-water interface switch.

Design feature of Tuning Fork Level Switch

◎ no need adjustment: it is not affected by the dielectric constant and density of measured media, so no matter what liquid is measured, it does not need to be adjusted on site.

◎maintenance free: the detection process of the switch is completed by the electronic circuit. There are no moving parts. Once it is installed and put into operation, it does not need to be adjusted.

◎ suitable for measuring media density of solid powder or particles that can flow freely. It is also applicable to almost all liquid media. This series of tuning fork level switches can measure a variety of levels, with functions such as high / low fault safety limit switches, overflow or idling protection, pump control, and display of whether there is flow in the pipeline.

◎ strong adaptability - different electrical parameters and densities of the tested materials do not affect the measurement. Incrustation, agitation, turbulence, bubbles, vibration, medium viscosity, high temperature, high pressure and other adverse conditions also have no impact on the detection.

◎ it is not affected by eddy current and gas, foam, and is suitable for fixed-point alarm or control of solid material level in various silos and liquid level in various containers. A variety of models can be suitable for different applications.

◎ long service life, stable performance, Safe and reliable,

Technical parameters of Tuning Fork Level Switch

※Note:The product can be customized according to the specific requirements of users.

Company Introduction

 Xi'an Dehou Electronic Technology Co., Ltd. is a high-tech enterprise specializing in research and development, production, sales of industrial automation instruments and providing Internet of Things solutions.

At present, the company has obtained more than 100 patents and more than 20 soft patents. It has passed IS09001 quality management, IS014001 environmental management, IS045001 Occupational Health and safety management, Occupational Health and Safety Management, GBT29490 Intellectual Property Management, military standard, information security and other system certification and EU CE certification, Russian EAC certification, ATEX explosion-proof certification and SIL certification and other qualifications.

The company is committed to the system integration of process measurement, control, management and other aspects of the system and the development, development, production, sales and service of intelligent instruments and instruments of the Internet of Things.At present, it has metering level FM radar level, pulse radar level, radio frequency guide level, liquid level of magnetover, magnetoexpansion level, sound fork density (level), pressure, flow, multi-point thermometer, analysis, system and tank area meter.The products are widely used in petrochemical industry, coal chemical industry, metallurgy, electric power, building materials, food and medicine and environmental protection water treatment and other industries.

The company can provide customers with location, pressure, temperature, flow, measurement requirements of analytical instruments and cooperation of the Internet of T scheme.