Fluorine quartz pipe level meter working principle is what

Fluorine quartz tube liquid level gauge is used to measure the liquid level. Its working principle is based on the principle of light refraction and reflection.

When the fluorine quartz tube is inserted into the liquid, the characteristics of light refraction and reflection of the medium inside and outside the tube are different. When light enters the fluorine quartz tube, if there is air outside the tube, the light is refracted at the interface between the tube and the air according to the law of refraction. If the outside of the tube is a liquid, the light propagation path changes due to the difference in refractive index between fluorine quartz and the liquid.

When the liquid level changes, the reflection and refraction conditions of the light at the interface between the fluorine quartz tube and the liquid and air are different. With an optical detection system, the light signal change can be detected to know the level of the liquid.

This liquid level gauge borrows light characteristics to accurately It is immune to electromagnetic interference and is widely used in many industrial scenarios, such as chemical, petroleum, etc. It can reliably and accurately present liquid level information, providing a key basis for industrial production operation and control.

Fluorine quartz pipe level meter what are the applicable scenarios

Fluorine quartz tube level gauge can be used in various scenarios. In the field of chemical industry, it can measure the liquid level of various chemical liquids. In the chemical process, the liquid level monitoring is the most important, which is related to the production line and quality. With its corrosion resistance, this meter is suitable for strong corrosion liquids such as acid and alkali. It can accurately measure the liquid level and help the chemical control pipe to be stable.

In the place of petroleum refining, this meter is also required for the liquid level monitoring of crude oil and refining products. Oil media may be corrosive and flammable. Fluorine quartz tube level gauge can clearly indicate the liquid level under complex and harsh working conditions due to its good corrosion resistance and safety, ensuring the safety of refining operations.

In the pharmaceutical industry, pharmaceutical production has strict control over the environment and materials. This liquid level gauge is clean and hygienic, free of contaminated materials, and can accurately measure liquid levels. It meets pharmaceutical production specifications and is indispensable in liquid configuration, canning and other links.

In the field of electric power, such as chemical water treatment systems in power plants, liquid levels such as acid and alkali need to be measured. Fluoroquartz tube liquid level gauges, with their characteristics, can effectively monitor and provide stable support for power production.

And in the food and beverage industry, although the material has no strong corrosion, it has high hygiene requirements. This meter is made of clean material, can ensure accurate liquid level measurement, and is easy to clean and non-staining materials. It is also suitable for liquid level monitoring such as material canning and storage.

Fluorine quartz pipe level meter accuracy

The accuracy of a fluoroquartz tube level gauge depends on many factors. This level gauge uses a fluoroquartz tube as a key component and is quite useful in the field of industrial liquid level measurement.

The influence of accuracy lies first in the material characteristics. The texture of the fluoroquartz tube needs to be uniform. If there is a defect, the light propagates or is disturbed, resulting in measurement deviation. Its thermal stability is also heavy. When the temperature changes, if the expansion or contraction of the tube is irregular, the accuracy will be lost.

The manufacturing process is also a major factor. The processing accuracy of the tube, the deviation of the tube diameter, the roughness of the inner wall, etc., will affect the liquid level and the light effect. If the tube diameter is uneven, the light reflection and refraction are abnormal, and the measurement value is difficult to be accurate.

Furthermore, the installation and use environment should not be ignored. If the installation is not vertical, the liquid level display does not match the actual situation. Ambient temperature, humidity, vibration, etc., or deform the fluoroquartz tube, which in turn affects the accuracy. If the tube expands due to high temperature, the measurement accuracy is reduced.

In the context of "Tiangong Kaiwu", although there is no such precision instrument, the concept of fine manufacturing of the instrument can be passed. At that time, the creation of things paid attention to the selection of materials and the tempering of the process. When making a liquid level gauge, we should also follow this example. Strictly select the fluoroquartz material, refine the manufacturing process, and carefully install the use environment. In this way, the accuracy of the fluoroquartz tube liquid level gauge can be guaranteed, and the measured value can approach the real liquid level, which can be used in

Fluorine quartz pipe level meter installation steps

The installation of the fluorite quartz tube level gauge is a matter of technical importance, which is related to the accuracy of measurement and the smooth operation. Its installation steps, according to the ancient method, are described in detail as follows:

The place where the installation is first viewed. It is necessary to choose a stable, vibration-free and well-lit place to avoid high temperature, strong magnetism and corrosion. This is the foundation for installation. If the place is not suitable, the meter will be difficult to stabilize and the reading will not be accurate.

Secondary installation tools. Such as wrenches, screwdrivers, levels, etc., must be in good condition and accurate to help the installation go smoothly. If the equipment is not prepared or defective, it will be difficult to achieve.

Then connect the pipes. First, clean the connection between the fluorite quartz pipe level gauge and the container under test to remove rust and debris. Connect with the fitting pipe fittings, tighten the nuts, and ensure that the seal is tight and there is no risk of leakage. If the connection is not careful, the liquid will leak and the test will be wrong.

Continue to calibrate the horizontal position. Use the level to set the level gauge above and adjust its angle so that the level gauge is perpendicular to the horizontal plane. If the level is inaccurate, the liquid level will show a deviation, which will affect the judgment.

Then connect the electrical circuit. Connect the line between the level gauge and the display instrument according to the instructions. Make sure the wiring is firm and the polarity is correct to prevent short circuits and open circuits. If the line is wrong, the signal will not be available and the meter will not work.

After the installation is completed, it is time for debugging. Inject liquid into the container, observe the indicated value of the liquid level gauge, compare it with the actual liquid level, adjust the zero and range, until the indicated value is accurate.

All these steps must be done with caution. If one ring is wrong, the whole ball is lost. Following this ancient method, the fluorine-retaining quartz tube liquid level gauge can be installed properly, which is a good aid for industrial measurement and control.

Fluorine quartz pipe level meter daily maintenance

The method of daily maintenance of the fluorite quartz tube level gauge is related to its long-term effectiveness and cannot be ignored.

If you want to do something good, you should first sharpen your tools. At the beginning of maintenance, check its appearance carefully. Looking at the surface of the fluorite quartz tube, there should be no cracks or damage. If the tube body is defective, such as beautiful jade, it needs to be replaced quickly to avoid leakage and endanger the whole. And the connection should not be ignored. It needs to be tight but not loose, dense but not leaking. If it is loose, liquid or seepage, gas or leakage will cause the measurement to be inaccurate.

Cleaning is crucial. Regularly wipe the fluorine quartz tube with a soft cloth to remove its dust and make it transparent. Dust accumulates like fog, obstructing people's vision and hindering the detection of liquid level. Scale adheres to the wall, or causes the liquid level to indicate an error. In addition to the tube, its matching scale plate, indicator, etc., should also be clean, so that the reading is clear and discernible.

Furthermore, calibration is also a key move. Time-lapse, many factors or cause the accuracy of the liquid level gauge to change. It should be calibrated with standard equipment according to the specified time. If there is a slight difference, adjust it quickly to make it accurate and ensure accurate measurement.

As for the environment, also need to pay attention. Fluorite quartz tube level gauge should be placed in a dry but not damp, warm and not strong place. The tide is perishable, and the heat is fragile, all of which can reduce its lifespan and make random measurements.

In this way, in terms of appearance, cleanliness, calibration, and environment, the fluoroquartz tube level gauge must operate steadily for a long time, providing a good assistant for workers to measure the level.