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Diesel Level Gauge, a pressure sensor for measuring liquid level, is suitable for level measurement of various media in petrochemical, metallurgical, electric power, pharmaceutical, water supply and drainage, environmental protection and other systems and industries.

Flange connection can be said to be ubiquitous, but in the selection and installation process need to pay attention to the matter, I summarize, we look at the scene to see if they encountered such problems

In the process level measurement, the main use of two technologies, one is pulse wave technology, the other is Zhuanzhuan continuous wave technology.

With the progress of science and technology, radar level meter, as a kind of non-contact level measurement technology, is widely used in various liquid level measurement occasions because of its high precision and reliability. However, for coating preparation tanks with special properties, whether the radar level meter can be used for liquid level measurement needs our in-depth analysis and discussion.

In the use of magnetic flap level meter will often encounter some complex working conditions, this time it is necessary to magnetic flap level meter manufacturers to make targeted improvements and enhance the production of the product in order to make it get good application.

Because of its unique advantages, electromagnetic flowmeter is widely used in chemical fiber, food, paper, sugar, mining and metallurgy, water supply and drainage, environmental protection, water conservancy, waterworks, iron and steel, petroleum, pharmaceuticals and other industrial fields, used to measure a variety of acid, alkali, salt solution, mud, pulp, pulp, pulp, coal water slurry, corn slurry, fiber slurry, grain slurry, milk of lime, sewage, cooling water, water supply and drainage, salt water, hydrogen peroxide, Beer, wort, various beverages, black liquid, green liquid and other conductive liquid media volume flow.

Magnetic Flap Level Gauge is usually used to measure the level of liquid in a vessel. In order to prevent the magnetic flip-flop level gauge from freezing in the cold environment, the following methods can be taken

Radar level meter in the use of the process, the most commonly occurring failure is irregular jump, this situation occurs for many reasons, the natural solution is also quite a lot.

Level gauges are commonly used in industrial production to measure the height of a liquid or the volume of a liquid in a container.

Mass flow meter is through the vibration of the sensor to achieve the measurement, in order to prevent external interference, the instrument installation site can not have a large source of vibration, and take reinforcement measures to stabilize the instrument near the pipeline.

Liquid level meters make up a large percentage of wastewater treatment applications and are used in almost every aspect of the entire wastewater treatment process. In wastewater treatment, liquid levels need to be measured for wastewater, sludge, chemical solutions, and so on.

In industrial measurement technology, radar level meters are favored for their high accuracy and reliability. However, even such advanced equipment has its limitations - that is, the so-called “blind spot”. Today, we will be in-depth interpretation of this phenomenon, to unravel the mystery of the blind spot of the radar level meter.

Kaidi’s level indicator transmitter enables continuous level measurement with ultimate accuracy even during high temperatures and pressure and improves operational efficiencies of processes.

It works according to the principle of buoyancy and magnetic coupling. When the magnetic liquid level gauge in the measured vessel rises and falls, the float in the main tube of the magnetic flap level gauge rises and falls with it, and the permanent magnet inside the float is transferred to the field indicator through magnetic coupling to drive the red and white flip columns to turn over 180 °, and when the level rises, the flip columns turn from white to red, and when the level falls, the flip columns turn from red to white, and the indicator's red and white boundaries are the actual height of the liquid level of the medium in the vessel, thus realizing the liquid level indication. Liquid level indication.