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Abstract: 1158 c clip type ultrasonic flowmeter scale practical application in the production of slag water measurement information produced by excellent flow meter, flow meter manufacturer to offer you the quotation.

One, the article Outlines the flow measurement in industrial production is a very important work, is the guarantee for the stable production to provide accurate traffic data of basic work, on the choice of flow measuring instrument is particularly important, according to chemical production.

More flow meter manufacturers choose model price quote you are welcome to inquire, here is 1158 c clip type ultrasonic flowmeter scale in the practical application in the production of slag water measurement details.

One, the article Outlines the flow measurement in industrial production is a very important work, is the guarantee for the stable production to provide accurate traffic data of basic work, on the choice of flow measuring instrument is particularly important that how to according to the measured medium in the chemical production to the choice of reasonable measuring instrument, and to provide control for production automation of continuous and stable measurements play a key role.

Embellish of instrument science and technology is a set research and development and production in one professional flowmeter production enterprises, focus on the flow meters have been developed over the years, the company production of a clamp type ultrasonic flowmeter products, because of its easy installation, high measuring accuracy, good stability by the market's consistent high praise.

Let's talk about the flow of the basic situation.
Second, in fact -

1158 c clip type ultrasonic flowmeter measurement principle RZ -

1158 c type ultrasonic flowmeter, is the use of ultrasound in transverse through the flow of liquid, in the downstream and upstream medium, the ultrasonic speed difference and velocity difference (
Time difference)
。

Method of time difference ultrasonic flowmeter is to use the principle to measure the fluid velocity and flow rate.

Specific methods are as follows: within the fixed length L of the distance, placed a launch ultrasonic transducer (
Commonly known as ultrasonic probe)
And a receiving ultrasonic transducer.

Launch of the ultrasonic transducer is usually made of material such as quartz piezoelectric element as a transducer.

During launch ultrasonic is the use of negative pressure electric effect, it is using high frequency electrical pulse, change to high frequency vibration of piezoelectric crystal, thus a pulse of high frequency stress wave (
The ultrasonic)
。

Opposite the receiving transducer is installed in the pipeline, it is using the piezoelectric effect, the high frequency stress wave and converted into high frequency electrical pulse signal.

Can take turns to alternately with the same transducer and emission of high frequency and short pulse pressure wave, and is used to receive the opposite from the transducer pulse pressure wave.

Can use a set of ultrasonic transducer and do accept and use.
（
As shown)

, for the downstream and upstream have jet lag: type measuring principle diagram countercurrent propagation time t1 = L/(
C -
Vcosθ)
And downstream propagation time t2 = L/(
C + Vcosθ)
The spread of the time difference value is: delta T = t1 -
t2=L/(
C -
Vcosθ)
-
L/(
C + Vcosθ)

Due to the liquid velocity V under several meters per second, about 15 oom and fluid velocity C/s, C2?
吗?

V2, so: delta T = 2 vlcos theta/C2: V = C2 delta T/(
2Lcosθ）
(
1)

Type: C the sound velocity in static fluid, m/s.
V as the fluid velocity;
L is the distance between the probe, m;

Theta is formed by the velocity vector and the probe orientation between the point of view.
From the type,
1)

As you can see, from generator of the speed of ultrasonic wave to the receiver change is proportional to the fluid velocity within the piping.

Refus this pipe parameters into the instrument, collect data by the converter transformation is the instantaneous flow rate, and total flow.

Instantaneous flow is: Q = 450 PI LC2 delta Tsin theta tan theta (
m3 / h)
Third, RZ -

1158 c the characteristics of the ultrasonic flowmeter sensor can be installed on the outer wall of the pipeline under test, realize the non-contact measurement, which does not interfere with the flow field, and is not affected by flow field parameters.

A linear relationship with its output and the basic flow, the accuracy can reach 1%, the price is not increased along with the augment of pipe diameter, especially suitable for large diameter pipe and mixed with impurities or corrosive liquid measure and technical reformation.

Four, the application in the chemical production process of slag discharge slag flow system test the original design of electromagnetic flowmeter, in actual production, the slag water containing white crystal (
Less than 10 g/L, the particle size of less than 1 mm)

, it will be the electromagnetic flowmeter electrode broke, in this case the electromagnetic flowmeter can't use here.

According to the characteristics of the ultrasonic flowmeter, my company to switch to Beijing HengAn clip-on outside series ultrasonic flowmeter.

Outer clamp type ultrasonic flowmeter is the use of ultrasonic pulse through fluid good or poor propagation speed, the difference between the two directions to find the flow of fluid, is in absorbs the domestic and foreign ultrasonic flow meter above the many advantages of successful development of new type of ultrasonic flow meter.

Instrument used SMT integrated circuit, low voltage pulse transmission techniques.

Characteristics: the pipe outside measurement, probes it is mounted at outside of the wall, but in the case of production, water installation measurement.

Air bubbles or solids in liquid resistance is greatly increased.

Variable frequency interference with other noise interference ability also rises greatly.

Using the low power design, so the power consumption is less than 0.
5W。

Wide applicable scope: a meter can be measured within the scope of a line.
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Gas mass flowmeter is an instrument that uses the principle of thermal diffusion to measure gas flow. The sensor consists of two reference grade thermal resistors (RTDs). One is a speed sensor RH, and the other is a temperature sensor RMG that measures changes in gas temperature. When these two RTDs are placed in the measured gas, the sensor RH is heated, and the other sensor RMG is used to sense the measured gas temperature. As the gas flow rate increases, the airflow removes more heat and the temperature of the sensor RH decreases. Thermal gas mass flowmeters are divided into: insertion type and pipe section type according to the installation method. The early TMF directly put the heating coil and temperature measuring element into the fluid and directly contacted the fluid. It is a contact flow meter. Because it cannot solve the problems of mouth erosion, wear and explosion protection, its industrial application is greatly limited. . The Thomas flowmeter is a representative of this kind of flowmeter, which is mainly used to measure the mass flow of gas with a large flow rate; by the 1950s, a boundary layer flowmeter that was not in contact with the fluid was proposed, which overcomes the problem of contact flowmeters. However, the measurement results are easily affected by medium parameters (such as thermal conductivity, specific heat capacity, viscosity, etc.), and can be used to measure large liquid flow rates; in the 1970s, the thermal distribution type TMF based on measuring fluid temperature distribution, due to its The advantages of * have been developed rapidly at home and abroad. It is used to measure the small flow of gas. With the development of science and technology, after redesigning the structure of the flowmeter, on the basis of the contact flowmeter, people put forward a A immersion-type TMF has also been developed rapidly and can be used to measure the gas flow of larger pipe diameters. To sum up, TMF is a direct mass flow meter mainly used to measure gas mass flow. The gas mass flowmeter is designed and produced based on the principle of thermal diffusion. This product is widely used in steel mills, coking plants, petroleum, chemical, thermal, medical, thermal power plants, environmental protection and other industries. The gas mass flowmeter is a real direct mass flowmeter, and the user does not need to compensate the pressure and temperature. The instrument has no moving parts, small pressure loss, wide range ratio, high precision, high reliability, simple installation and convenient operation.
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Achieving Accurate and Consistent Measurements with Coriolis Flow Meters

Introduction:

Flow meters play a crucial role in various industries where measurements of liquid and gas flow are essential. Amongst the different types of flow meters available, Coriolis flow meters have gained popularity for their ability to offer accurate and consistent measurements. In this article, we will explore the working principle of Coriolis flow meters and discuss how they can help achieve precise measurements in different applications.

I. Understanding the Working Principle of Coriolis Flow Meters

Coriolis flow meters utilize the Coriolis effect, which states that a mass moving in a rotating system will experience an additional force acting perpendicular to its motion. This principle is the foundation of Coriolis flow meters, where a vibrating tube is employed to measure the flow rate.

II. The Inner Mechanism of Coriolis Flow Meters

1. Vibrating Tubes: The core component of a Coriolis flow meter is the vibrating tube(s). Typically, two parallel tubes oscillate at their natural frequency, and as the fluid enters the tubes, it causes them to twist in proportion to the mass flow rate. The greater the flow, the more the twisting occurs.

2. Sensors: Sensors are attached to the inlet and outlet of the vibrating tubes to measure the phase shift between them caused by the flow-induced twisting. By determining the phase shift, the flow meter can calculate the mass flow rate accurately.

III. Benefits of Coriolis Flow Meters in Measurement Accuracy

1. Direct Mass Flow Measurement: One of the significant advantages of Coriolis flow meters is their ability to measure mass flow directly. Unlike other flow meters that require additional factors such as density or viscosity to calculate mass flow, Coriolis flow meters provide accurate measurements without the need for additional parameters.

2. High Precision: Coriolis flow meters are known for their exceptional precision. The twisting motion of the vibrating tubes and the corresponding phase shift measurements allow for highly accurate mass flow rate calculations, resulting in precise measurements even at low flow rates.

3. Minimal Influence of Fluid Properties: Coriolis flow meters are less affected by changes in fluid properties such as temperature, pressure, and viscosity compared to other flow meter technologies. This advantage ensures consistent accuracy in measurements, irrespective of the variations in the process conditions.

IV. Applications of Coriolis Flow Meters

1. Petrochemical Industry: In petrochemical plants, Coriolis flow meters find extensive use due to their ability to handle a wide range of fluids, including corrosive and high-viscosity substances. They accurately measure the flow of crude oil, gasoline, chemical solvents, and other fluids critical to the petrochemical processes.

2. Food and Beverage Industry: Coriolis flow meters are widely employed in the food and beverage industry for accurate measurements of liquid ingredients, such as milk, juices, oils, and additives. Their hygienic design, ease of cleaning, and precise measurements make them an ideal choice for ensuring product quality and maintaining consistent taste.

3. Pharmaceutical Industry: The pharmaceutical industry requires stringent control over liquid and gas flows to ensure accurate dosing and process optimization. Coriolis flow meters offer high accuracy and reliability, making them suitable for measuring flows of various pharmaceutical ingredients, such as solvents, active pharmaceutical ingredients (APIs), and solvents used during formulation processes.

4. Oil and Gas Industry: Coriolis flow meters are extensively used in the oil and gas industry for measuring various fluids, such as crude oil, natural gas, and liquefied petroleum gas (LPG). They provide accurate measurements in custody transfer applications, ensuring fair pricing and preventing revenue loss due to measurement errors.

V. Maintenance and Calibration Considerations

To maintain the accuracy and reliability of Coriolis flow meters, regular maintenance and calibration are essential. The specific maintenance requirements vary based on the meter's design and the process conditions. However, in general, it is essential to ensure regular cleaning, inspect for any physical damage, and calibrate the meter according to the manufacturer's recommendations.

Conclusion:

Coriolis flow meters have proven their worth in numerous industries by offering accurate and consistent measurements. Their ability to directly measure mass flow and deliver high precision even under varying conditions has made them a reliable choice for many applications. As industries continue to demand accurate flow measurements, Coriolis flow meters will undoubtedly continue to play a significant role in ensuring process optimization and product quality.

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Cutting-Edge Technology in Ultrasonic Gas Flow Meter Design

Introduction:

Ultrasonic gas flow meters have revolutionized the way we measure gas flow rates. These cutting-edge devices provide accurate measurements, improved efficiency, and reduced maintenance costs. In this article, we will explore the innovative technology behind ultrasonic gas flow meter design and its applications in various industries.

1. Understanding Ultrasonic Gas Flow Meters:

Ultrasonic gas flow meters are based on the principle of using sound waves to measure the velocity of gas flowing through a pipe. These devices consist of transducers that emit ultrasonic signals and receive the reflected signals from the gas. By analyzing the time it takes for the signals to travel, the flow rate of the gas can be determined accurately.

2. The Advantages of Ultrasonic Gas Flow Meters:

2.1. Accuracy:

One of the significant advantages of ultrasonic gas flow meters is their high accuracy. Unlike traditional flow meters, which can be affected by factors like pressure changes or temperature variations, ultrasonic flow meters provide precise measurements independent of these factors. This accuracy allows industries to make informed decisions regarding gas flow rates and optimize their processes accordingly.

2.2. Non-intrusive Design:

Unlike mechanical flow meters that require intrusive installations, ultrasonic gas flow meters can be installed externally on the external surface of the pipe. This non-intrusive design eliminates the need for cutting into the pipe, resulting in significant cost savings and reducing the risk of leakages or pipeline integrity issues. The non-intrusive nature of these meters also makes them ideal for applications where maintenance or repair activities need to be minimized.

2.3. Wide Turndown Ratio:

Ultrasonic gas flow meters have an excellent turndown ratio, which refers to the range of flow rates they can accurately measure. These meters can measure both low and high flow rates with the same level of accuracy, eliminating the need for multiple meters in applications with varying flow rates. This versatility makes ultrasonic gas flow meters a cost-effective and efficient solution for a wide range of industries.

3. Cutting-Edge Technology in Ultrasonic Gas Flow Meter Design:

3.1. Dual-Path Technology:

One of the most significant advancements in ultrasonic gas flow meter technology is the implementation of dual-path technology. This technique involves using multiple pairs of transducers arranged at different angles to achieve more accurate measurements. By transmitting and receiving signals along multiple paths, the meter compensates for disturbances caused by gas swirls or vibrations, resulting in highly precise measurements even in challenging operating conditions.

3.2. Advanced Signal Processing:

Ultrasonic gas flow meters utilize advanced signal processing techniques to extract accurate data from the received ultrasonic signals. These algorithms filter out noise, compensate for velocity profile distortions, and eliminate interference caused by pipe wall echoes. The combination of advanced signal processing techniques and dual-path technology ensures reliable measurements, reducing the margin of error significantly.

4. Applications of Ultrasonic Gas Flow Meters:

4.1. Oil and Gas Industry:

The oil and gas industry heavily relies on precise gas flow measurements to optimize production processes and ensure the safety of operations. Ultrasonic gas flow meters find wide applications in natural gas pipelines, upstream drilling operations, and refining processes. Their accuracy, non-intrusive installation, and resistance to harsh environments make them the ideal choice for this industry.

4.2. Chemical and Petrochemical Industry:

In the chemical and petrochemical industry, accurate flow measurements are crucial for efficient process control and optimization. Ultrasonic gas flow meters provide precise data required for mass balance calculations, leak detection, and process safety evaluations. Their ability to handle a wide range of flow rates and resistance to chemically aggressive environments make them a preferred choice.

4.3. Power Generation:

In power generation plants, accurate gas flow measurements are essential for efficient combustion control and emissions monitoring. Ultrasonic gas flow meters enable power plants to optimize their fuel usage, reduce emissions, and ensure compliance with environmental regulations. Additionally, their non-intrusive installation allows for easy retrofitting into existing pipelines, minimizing downtime during installation.

4.4. HVAC and Building Automation:

Ultrasonic gas flow meters have found applications in heating, ventilation, and air conditioning (HVAC) systems and building automation. These meters accurately measure gas flow rates in heating systems, ensuring optimal heat distribution. In building automation, ultrasonic gas flow meters provide data for energy management systems, allowing for better control and energy efficiency.

4.5. Water and Wastewater Treatment:

Ultrasonic gas flow meters are also used in water and wastewater treatment plants, where accurate measurements of gas flow rates are essential for process optimization. These meters help in the monitoring of biogas production, a byproduct of anaerobic digestion, which is utilized for energy generation in these plants. Their ability to measure low flow rates and handle wet gas conditions make them suitable for such applications.

Conclusion:

Cutting-edge technology in ultrasonic gas flow meter design has revolutionized gas flow measurements across various industries. The accuracy, non-intrusive design, and versatility of these meters make them indispensable for optimizing processes, reducing maintenance costs, and improving efficiency. With advancements like dual-path technology and advanced signal processing, ultrasonic gas flow meters continue to evolve, providing reliable and precise measurements even in challenging operating conditions. As technology progresses, we can expect further enhancements in ultrasonic gas flow meter design, enabling industries to overcome existing barriers and achieve new levels of efficiency and productivity.

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