Abstract: how to install more accurate information by the steam flow meter scale excellent flow meter, flow meter production manufacturers to provide you with quotation.

Mainly involves the following aspects: 1, the flowmeter selection problems.

Some vortex sensor on diameter selection or due to changes in process conditions after the design selection, make choose big - a specification, the calibre of the actual selection should choose as small as possible, in order to.

More flow meter manufacturers choose model price quote you are welcome to inquire, below is the steam flow meter scale details how to install more accurate articles.

Mainly involves the following aspects: 1, the flowmeter selection problems.

Some vortex sensor on diameter selection or due to changes in process conditions after the design selection, make the choice - a specification, the calibre of the actual selection should choose as small as possible, in order to improve the accuracy of measurement, the reasons are mainly related to the problem (1), (3), 6.

The process condition change is only temporary.

Can be combined with the parameters of setting to improve accuracy of instructions.
2, vortex street flowmeter installation problems.

Mainly sensor of the straight pipe length is insufficient, affect measurement accuracy, its reason mainly related to the problem (1).

Such as: straight pipe in front of the flow sensor, because FIC203 not used for metering, only used for control and hence the accuracy of the now can use equivalent to degrade.
3, parameter setting direction.

Parameter error makes the secondary instrument full frequency calculation error, its reason mainly related to problem (1), (3).

Full frequency phase almost makes instructions are not allowed to be for a long time, the actual full frequency gets calculation of full frequency makes indicates wide fluctuations, readings, and data inconsistency and influenced the parameters of zui eventually determined, zui end parameters was determined by the calibration compared with each other again, to solve the problem.
4, secondary instrument malfunction.

This part of the fault is more, including: an instrument circuit board has break line, range set individual shows bad, K coefficient set individual shows bad, make uncertain range setting and K coefficient setting, this part mainly to the relevant problem (1), (2).

With the appropriate repair of fault, the problem is resolved.
Five, four line connection problem.

Part of the loop line connection is very good on the surface, and check carefully, some loose joint has actually led to the suspension of circuits, although some joint connection is tight but due to line problem tighten screw fastening on the line of leather, also makes the circuit interruption, this part is mainly related to problem (2).

Solve the problem of the corresponding line, existing problem and corresponding solution.

6 secondary instrument, the vortex street flowmeter and the subsequent instrument connection issue.

Due to the subsequent instrument problems or as a result of the subsequent instrument maintenance, the secondary instrument of mA output circuit interruption, for this type of secondary instrument, this part mainly related to problem (2).

Especially for the subsequent recorder, in the case of recorder damaged beyond repair for a long time, it is important to note that the short after the output of the secondary instrument.

7, due to secondary instrument flat shaft cable fault loop always without instructions.

Because of long running, and is affected by the dust, causing shaft cable fault, clean or replace flat through wires, axis to solve problems.

8, for question 7 is mainly due to the secondary instrument display meter coil fixed screw loose, causing header sinking, Pointers and surface friction, action is ineffective, and fixed by adjusting the header, corresponding solution.
9, flowmeter using the environment problems.

Especially the sensor installed in the well, in part due to environmental humidity is big, cause circuit board be affected with damp be affected with damp, this part mainly related to problem (2), (2).

Through the corresponding technical measures, the part of the environment of high humidity sensor to separate the sensor parts and transformation processing, to switch to the separated type sensors, so the good working environment, has this part of the instrument as well.

10, because of bad field calibration or change due to the adjustment of the actual situation of then.

Or the adjustment after running for a period of time after the scene changes again, cause problems, this part mainly related to question (4), (5).

Using the oscilloscope, and combining process operation, readjust.

11, today is the problem put forward alone, in a long time to affect the analysis of the problem to solve, because the eastern chemical works, conditions are not available for K coefficient calibration coefficient K can only according to the manufacturer to provide information, some changes due to the manufacturer itself, causing several data provided by no -, K coefficient on problem solving.

Above is all there is in this article, you are welcome to inquire me manufacturer flowmeter selection, quotation, etc.
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Abstract: The information on the six major causes of errors in orifice flowmeters is provided by excellent flowmeter and flowmeter manufacturers and quotation manufacturers. 1. The orifice of the orifice plate is not concentric with the pipeline. When assembling the orifice plate flowmeter, due to the irresponsibility of the construction personnel, it may cause the orifice of the orifice plate and the pipeline to be inconcentric, resulting in measurement errors. 2. Orifice flow meter Water accumulation in the pipeline The accumulation of water in the pipeline will change the flow of the orifice plate. More flowmeter manufacturers choose models and price quotations. You are welcome to inquire. The following are the details of the six reasons for the error of the orifice flowmeter. 1. When the orifice of the orifice plate and the pipeline are not concentric when assembling the orifice plate flowmeter, due to the irresponsibility of the construction personnel, it may cause the orifice of the orifice plate and the pipeline to be non-concentric, resulting in measurement errors. 2. The accumulation of water in the pipeline of the orifice flowmeter will change the geometric characteristics of the measuring device of the orifice flowmeter, thereby affecting the accuracy of the flow measurement. 3. The orifice plate is deformed or scaled. During the transportation and installation of the orifice plate, due to the weak sense of responsibility of the construction personnel, the orifice plate may be deformed; after the orifice plate flowmeter is used for a long time, the inner surface of the orifice plate will be fouled, which will reduce the opening size of the orifice plate, causing Measurement error. 4. The straight pipe section before and after the orifice plate flowmeter does not meet the requirements. The function of the straight pipe section before and after the orifice plate is to ensure the stable flow of the fluid in the pipeline, but because the length of the straight pipe section is not enough or the process pipeline often has resistance parts such as bends, bifurcations, and convergence. occurs, making the fluid change from steady to turbulent, resulting in measurement errors. 5. The upstream and downstream surfaces of the orifice plate are damaged or the flange gasket of the orifice plate is protruding. In the process of transporting the orifice plate or installing the orifice plate by the construction personnel, the upstream and downstream surfaces are easily damaged or the flange gasket of the orifice plate is protruding. inside the pipe, resulting in measurement errors. 6. Reverse the upper and lower sides of the orifice plate. Due to the carelessness of the construction personnel, the orifice plate was installed upside down, causing the gas flow direction to be inconsistent with the direction of the orifice plate, resulting in measurement errors. The above is the whole content of this article. You are welcome to inquire about the flowmeter selection and quotation of our factory. 'Six Causes of Errors in Orifice Flow Meters'
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Abstract: What is the function of orifice flow meter with three valve group? The information is provided to you by the excellent manufacturers of flowmeters and flowmeters. The orifice flowmeter is composed of main parts such as pressure taking device, three-valve group, intelligent differential pressure transmitter and temperature/pressure sensor. The functions of the three-valve group in the orifice flowmeter: 1. It can make the integrated structure firm and reduce the leakage point; 2. The zero point and repair of the transmitter can be confirmed online. More flowmeter manufacturers choose models and price quotations. You are welcome to inquire. What is the function of orifice flowmeter with three valve groups? Article details. The orifice flowmeter is composed of main parts such as pressure taking device, three-valve group, intelligent differential pressure transmitter and temperature/pressure sensor. The function of the three-valve group in the orifice flowmeter: 1. The integrated structure can be firm and the leakage point can be reduced; 2. The zero point and correction of the transmitter can be confirmed online; 3. Once the transmitter fails and needs to be repaired or replaced , can be carried out without interrupting the process, and the operation is very convenient. 4. When adjusting the zero and replacing the transmitter, the valve operation procedure of the three-valve group: 1) Set the F1 and F3 valves in“fully closed‘position (tighten clockwise) 2) Put the F2 valve in”slightly open“position (twist counterclockwise); 3) After the switch status of the two valves is confirmed to be correct, zero adjustment or maintenance or replacement can be performed. 5. When the transmitter is put into operation again, the three-valve door operation procedure: 1) First”closure“F2 valve; 2) Put F1 and F3 valves on“fully open”Location. The transmitter is ready for operation. 6. In the following cases, the three-valve group can be selected 1) To reduce process leakage points 2) It is not allowed to interrupt the process 3) It is convenient for transmitter inspection or replacement The above is the whole content of this article, you are welcome to inquire our factory flowmeter selection, quotation, etc. 'What is the function of orifice flow meter with three valve group? 》
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Flowmeter stability requirements ① The output of the flow measuring instrument should have good stability. If the flow signal itself is noisy, it should be able to adjust the damping in the meter to make the indication stable enough for easy reading. When forming a regulating system with a regulator, the regulator output should have no obvious oscillation. ② The influence of the ambient temperature on the indicated value of the flow measuring instrument should be within the specified range of technical indicators. ③ The instrument should have good long-term stability. Most instrument companies now have indicators in this regard for smart differential pressure transmitters. For example, the eight-110 eight transmitter promises that its long-term stability is that the drift of the indication value every 24 months is not greater than ±0.1^1^3 , The 2010 D0 transmitter promises that the indication value drift is not greater than ±0.05^1^ every 12 months.
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Efficiently Control Your Flow Rate with Our Advanced Mass Flow Meters

Introduction: Why Flow Rate Control Matters

Understanding Flow Rate

The Advantages of Using Mass Flow Meters

Key Features of Our Advanced Mass Flow Meters

Applications of Mass Flow Meters

Conclusion

Introduction: Why Flow Rate Control Matters

When it comes to various industries such as manufacturing, pharmaceutical, food processing, and even environmental monitoring, controlling flow rates is crucial for maintaining operational efficiency and product quality. The ability to measure and regulate flow rates accurately can significantly impact the outcome of production processes.

To effectively control flow rates, industries rely on advanced mass flow meters that offer precision, reliability, and ease of use. Our company is proud to introduce our state-of-the-art mass flow meters that are designed to meet your industry's specific requirements and deliver precise measurements and control.

Understanding Flow Rate

Flow rate refers to the quantity of fluid or gas passing through a given point in a specified period. It is typically measured in units such as liters per minute (LPM) or cubic meters per hour (m/h). Accurate flow rate measurements are essential for maintaining the desired production rate, ensuring the correct mixing ratios, and avoiding equipment failures due to excessive or inadequate fluid flow.

The Advantages of Using Mass Flow Meters

Mass flow meters offer numerous advantages over traditional flow measurement methods. They are designed to provide accurate and reliable flow rate measurements, unaffected by temperature, pressure, or fluid composition changes. Here are some key advantages of using mass flow meters:

1. Direct Mass Measurement: Mass flow meters measure fluid flow directly rather than relying on secondary variables such as pressure or viscosity. This ensures accurate readings regardless of the fluid properties.

2. Wide Turndown Ratio: Mass flow meters offer an extensive operating range, allowing for precise measurements even at low or high flow rates. They provide accurate readings from the minimum flow rate to maximum capacity, which reduces the need for multiple devices.

3. High Accuracy and Precision: Our advanced mass flow meters are designed to provide highly precise measurements with low uncertainty. This enables you to maintain tight control over the flow rate, enhancing process efficiency and product quality.

4. Versatility: Mass flow meters can be used with a wide range of fluids, including gases and liquids. They are suitable for various industries, including chemical, pharmaceutical, oil and gas, food and beverage, and environmental monitoring.

5. Ease of Integration: Our mass flow meters are designed to facilitate easy integration into existing systems or process lines. They can be connected to control systems, data acquisition software, or other monitoring devices, providing real-time feedback and control.

Key Features of Our Advanced Mass Flow Meters

Our advanced mass flow meters offer a range of features that make flow rate control efficient and hassle-free. Here are some notable features:

1. Digital Display: Our mass flow meters come with a user-friendly digital display that provides real-time flow rate readings, eliminating the need for additional monitoring equipment.

2. Wide Operating Temperature Range: Our meters can operate within a broad temperature range, ensuring accurate measurements in both extreme hot and cold conditions.

3. Easy Calibration: Our flow meters are factory calibrated for immediate use. They can also be easily recalibrated using calibration standards to maintain accuracy as per your industry's standards.

4. Low Pressure Drop: Our meters are designed with minimal pressure drop, ensuring that there is no significant disruption to the fluid flow in your process system.

5. Customization Options: We offer customization options to suit your specific needs. Whether it's a unique installation requirement or a specific measurement range, our team can tailor the mass flow meter to meet your exact requirements.

Applications of Mass Flow Meters

Our advanced mass flow meters find applications in various industries, such as:

1. Chemical Industry: Mass flow meters are used for precise control of chemical flow rates during production processes, ensuring accurate dosing and mixing.

2. Food and Beverage Industry: Mass flow meters help monitor the accurate flow of liquids or gases in food processing, leading to consistent product quality and precise recipe adherence.

3. Environmental Monitoring: Mass flow meters are used to measure gas emissions, ensuring compliance with environmental regulations and maintaining air quality.

4. Oil and Gas Industry: Mass flow meters play a vital role in measuring and controlling the flow of oil, gases, and liquids in exploration, refining, and transportation operations.

5. Pharmaceutical Industry: Mass flow meters aid in precisely dispensing accurate volumes of liquids and gases during pharmaceutical manufacturing, guaranteeing consistent product quality.

Conclusion

Efficient flow rate control is essential for maintaining operational excellence, product quality, and process efficiency across many industries. With our advanced mass flow meters, you can achieve precise measurements and control, leading to improved productivity and reduced operational costs. Invest in our state-of-the-art flow metering technology and streamline your flow rate control processes like never before.

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