Abstract: the scale and the orifice meter scale nozzle flowmeter Z fundamental difference and function of information produced by excellent flow meter, flow meter manufacturer to offer you the quotation. In the type of flow meter, all kinds of fluid flow. Standard nozzle throttling device with differential pressure transmitter. Small make up today is mainly introduce the application and characteristics of nozzle flowmeter, hope you can help to you. The application of the nozzle flow nozzle flowmeter. More flow meter manufacturers choose model price quote you are welcome to inquire, here is the scale and the orifice meter scale nozzle flowmeter Z and role of fundamental difference between article details. In the type of flow meter, all kinds of fluid flow. Standard nozzle throttling device with differential pressure transmitter. Small make up today is mainly introduce the application and characteristics of nozzle flowmeter, hope you can help to you. Nozzle flowmeter nozzle flowmeter has a long history of application of all kinds of test data is complete. Simple structure, no moving parts, stable and reliable long-term use, rich experience in design and manufacture and application. Doesn't need a high degree of standardization, solid flow calibration. Standard orifice has reliable experimental data and improve the international and national standards. In foreign countries and has its inherent in the huge domestic market, users are familiar with, data; Follow the international standard calculation and processing, use agile and convenient; Domestic zui widely applied in the flow measurement is still a differential pressure type flowmeter, according to relevant data of estimate of flow meter - 60% of the total consumption 70%. In petroleum, chemical, mining and metallurgy, iron and steel, electric power, water conservancy, papermaking, pharmaceutical, food and chemical fiber etc. Widely used in many industries. Nozzle flowmeter features compared with the orifice meter, the pressure loss of smaller nozzle flowmeter, thus saving energy, more durable, suitable for high temperature and high pressure fluid, widely used in electric power, chemical and other industries of steam flow measurement. Nozzle flowmeter include standard nozzle ( ISA1932 nozzle) , long neck nozzle. The design and manufacture are in accordance with international standard ISO5167 or the provisions of the national standard GB/T2624. Orifice plate and nozzle flowmeter are two different types of differential pressure type flowmeter. 1. Advantages: nozzle flowmeter standard nozzle has a long history, there are a large number of all kinds of test data, the nozzle flow meter has simple structure and firm, have no moving parts, stable and reliable long-term use, rich experience in design and manufacture and application, high degree of standardization, can need not to flow calibration. Standard nozzle has reliable experimental data and improve the international and national standards. Authentic measurement data, can be used as a trade settlement measurement table. Disadvantages: manufacturing complex, the unit price is higher. 2. Orifice orifice meter advantages: high cost performance. Standard orifice plate has a long history, the international and national standards and verification regulations and a large number of experimental data, without real flow calibration. Authentic measurement data, can be used as a trade settlement measurement table. Faults: orifice acute Angle edge wear, dirt and other factors will affect measuring accuracy. 6 - shorter test cycle 12 months. 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 electromagnetic flow meter scale signal is too weak how to deal with the information produced by excellent flow meter, flow meter manufacturer to offer you the quotation. Electromagnetic flowmeter is the optimal flow meter products, high-quality goods, high-end products. In technology, increasingly sophisticated electromagnetic flowmeter, excellent performance, from the fluid density, viscosity, temperature, pressure, and the influence of the conductivity changes and a variety of wear resistance, and so on. More flow meter manufacturers choose model price quote you are welcome to inquire, here is a scale electromagnetic flowmeter signal is too weak how to deal with the article details. Electromagnetic flowmeter is the optimal flow meter products, high-quality goods, high-end products. In technology, increasingly sophisticated electromagnetic flowmeter, excellent performance, from the fluid density, viscosity, temperature, pressure and conductivity changes and a variety of advantages of wear resistance, and so on, the influence of electromagnetic flowmeter has become a hot flow meter on the industrial production. After the electromagnetic flowmeter selection, delivery, installation, no maintenance under the premise of using electromagnetic flowmeter can run normally for a long time, electromagnetic flowmeter, of course, is also need maintenance and daily check. In the process of using electromagnetic flowmeter, you can't get a signal or the signal is too weak the possible problems. But even if there is need not surprised, do the following steps can be readily solved. 1. First confirm whether the pipe filled with fluid. Electromagnetic flowmeter with tube measurement must be used, full pipe to guarantee the preparation and stability of signal measurement. 2. If the pipe is too close to the wall, can be in the Angle of the probes are installed on pipe diameter, and haven't installed in a horizontal pipe diameter, should choose to install the probe 3 Z method. Dense part carefully selected pipes and fully polished bright, daub is full of lotus root mixture installed probe; 4. Carefully at every probe installed near the point of moving slowly, find the zui large signal points, prevent because of pipe wall scaling or because local deformation is expected to lead to the ultrasonic beam reflected area and miss can receives the strong point of installation; 5. For wall scaling serious metal pipe can use of ways to make scale parts fall off or crack, but note that this method can sometimes because of scale and gaps between the lining and the useless at ultrasonic transmission. Is the well-known domestic flow meter manufacturer, in glass rotor flowmeter, metal tube rotameter, electromagnetic flowmeter products have significant results. In technological innovation at the same time, guarantee the product quality and perfect service system, allows customers to purchase to the appropriate flow meter. 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 precautions for the use of the precession vortex flowmeter is provided by the excellent flowmeter and flowmeter manufacturers. Any kind of metering instrument has its particularity, and the intelligent precession vortex gas flowmeter is no exception. In order to make this gas flow meter better serve the flow measurement work, there are many technicians from Jiangsu Huaian Zhongkong Automation Instrument Co., Ltd. For more flowmeter manufacturers to select models and price quotations, you are welcome to inquire. Any kind of metering instrument has its particularity, and the intelligent precession vortex gas flowmeter is no exception. In order to make this kind of gas flowmeter better serve the flow measurement work, years of on-site practical experience from instrument technicians have shown that the following aspects should be paid enough attention to by the relevant management and use departments. 1. Pay attention to instrument selection. Once the instrument type has been selected (for example, an intelligent precession vortex gas flowmeter), the selection of the instrument size and its supporting components is critical. In a word, you can use it well when you choose it. To this end, two basic principles should be grasped in the selection process; namely: one must ensure the accuracy of use, and the other must ensure production safety. To do this, three selection parameters must be implemented, namely, the maximum, minimum and common instantaneous flow rates in the near and long term (mainly used for selecting the size and specifications of the instrument), and the design pressure of the measured medium (mainly used for Nominal pressure rating of the selected instrument), working pressure (mainly used to select the pressure rating of the instrument pressure sensor). 2. Perform pre-use calibration. On the one hand, considering that there are still some difficulties in the field verification of such instruments at present. In addition, if the purchase intention is to use this instrument in more important measurement occasions, such as large-flow trade measurement or measurement points with prominent measurement disputes, and the application site does not have the conditions for online calibration of flow, then In this case, it is too early to easily judge that all the performances of the watch are qualified based on a factory certificate provided by the manufacturer at the time of purchase. Therefore, in order to ensure the reliability and accuracy of the measurement results of the instrument in the future work process, it is necessary to send it to the department with the verification ability and qualification for a system verification within the full flow range before the formal installation. 3. Do a good job in process installation. Although this kind of flowmeter does not have too many special requirements for process installation and use environment, any type of flow measurement instrument has such a commonality, that is, to avoid vibration and high temperature environment with flow state interference components (such as compressors) , separator, pressure regulating valve, large and small heads and manifolds, elbows, etc.), keep the inner wall of the straight pipe section before and after the instrument smooth and straight, and ensure that the measured medium is a clean single-phase fluid, etc. 4. Strengthen post-management. Although this kind of instrument has the characteristics of various automatic disposal functions and low power consumption, it still needs to strengthen the management after it is put into operation. For example, in order to ensure the accuracy and reliability of the long-term operation of the flowmeter (to avoid unexpected outages and data loss), it is necessary to regularly calibrate the system (every 1 to 2 years), transcribe the header data (every day or week), Change the media parameters (monthly or quarterly) and check the battery condition from time to time, check the meter coefficient and lead seal, etc. 5. Pay attention to internal maintenance. If the measuring cavity and its components of the instrument need to be inspected or cleaned regularly due to air pollution or other reasons, then one point must be paid special attention: for the precession vortex flowmeter of the same specification, its vortex generator, guide fluid, etc. The core components cannot be interchanged, otherwise, the metering coefficient of the meter must be re-calibrated and the temperature and pressure sensors equipped with it must be systematically calibrated. The above is the whole content of this article. You are welcome to inquire about the flowmeter selection and quotation of our factory. 'Precautions for the use of precession vortex flowmeter'
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Application field of gas mass flowmeter Petrochemical industry application: torch gas emission monitoring product advantages: wide range ratio, the sensor is not easy to block, can be plugged and cleaned online, suitable for a wide range of gases power industry application: boiler primary air, secondary air, Advantages of air volume measurement products for coal grinding air: easy installation, no straight pipe requirements, low pressure loss, no need for temperature and pressure compensation, and can be used under harsh conditions (such as: air contains dust, particles, severe wear, low pressure, etc.) Application in metallurgical industry: measurement of blast furnace gas and coke oven gas Advantages of the product: calibration according to the actual medium composition, correction of composition changes, online cleaning of sensors, insertion length can be adjusted arbitrarily Application in electronics industry: high-purity gas mass flow rate Measuring product advantages: directly measure mass flow without temperature and pressure compensation, the sensor head is highly polished, and can be used for trade settlement Heating, ventilation and air conditioning systems (HVAC) Processing industry application: measure the air flow of the aeration tank Product advantages: dirt-resistant, dust-resistant, no pressure drop, easy on-site installation Food industry application: feed the right amount of gas into the reactor, control process and quality Product advantages: Sanitary 3A, high purity, all wetted surfaces are made of stainless steel, wide range ratio
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Ultrasonic flowmeters are a crucial tool for accurately measuring the flow rate of liquids in various industries, including oil and gas, water and wastewater, and chemical processing. One critical factor that can significantly impact the performance of ultrasonic flowmeters is the design and installation of the straight pipe requirements. In this article, we will explore the importance of straight pipe requirements for ultrasonic flowmeters and the factors to consider when implementing them.

What are Straight Pipe Requirements?

Straight pipe requirements refer to the length of straight pipe that should be installed upstream and downstream of an ultrasonic flowmeter to ensure accurate and reliable measurements. The purpose of straight pipe requirements is to provide a uniform flow profile that is free from turbulence, swirl, and other flow disturbances that can adversely affect the performance of the flowmeter.

Proper straight pipe installation is essential for achieving optimal flow measurement accuracy and repeatability. Failure to meet the straight pipe requirements can result in measurement errors, increased maintenance costs, and decreased flowmeter lifespan.

When determining the straight pipe requirements for an ultrasonic flowmeter, factors such as the flow profile, pipe diameter, and the type of ultrasonic flowmeter used must be taken into account. Additionally, industry standards and manufacturer recommendations should be followed to ensure compliance and accuracy.

Importance of Straight Pipe Requirements for Ultrasonic Flowmeters

The proper installation of straight pipe requirements is critical for the accurate measurement of flow in piping systems. Without adhering to straight pipe requirements, the flow profile at the measurement point can be non-uniform, leading to distorted flow measurements and inaccurate data.

When ultrasonic flowmeters are installed without adequate straight pipe lengths, the risk of flow disturbances such as swirl, eddies, and velocity profile distortion increases. These disturbances can interfere with the ultrasonic signals traveling through the fluid, resulting in errors in the measured flow rate.

Another critical aspect of straight pipe requirements is the prevention of cavitation and erosion in the flowmeter. Insufficient straight pipe lengths can lead to the formation of vapor cavities and high-velocity regions near the flowmeter, causing damage to the transducers and affecting the flowmeter's performance.

Overall, the importance of straight pipe requirements for ultrasonic flowmeters cannot be overstated. Proper straight pipe installation ensures accurate and reliable flow measurements, reduces maintenance costs, and prolongs the lifespan of the flowmeter.

Factors to Consider in Determining Straight Pipe Requirements

Several factors should be considered when determining the straight pipe requirements for ultrasonic flowmeters. These factors play a crucial role in ensuring the accurate measurement of flow and the proper operation of the flowmeter.

1. Flow Profile: The flow profile in the pipe, whether it is fully developed or transitional, affects the straight pipe requirements. Fully developed flow profiles generally require less straight pipe length compared to transitional flow profiles. It is essential to analyze the flow conditions to determine the correct straight pipe requirements for the flowmeter.

2. Pipe Diameter: The diameter of the pipe through which the fluid is flowing influences the required length of straight pipe. Smaller pipe diameters may need longer straight pipe lengths to achieve a uniform flow profile, while larger pipe diameters may require shorter straight pipe lengths.

3. Type of Ultrasonic Flowmeter: Different types of ultrasonic flowmeters, such as transit-time and Doppler, have specific straight pipe requirements. Transit-time flowmeters typically require longer straight pipe lengths than Doppler flowmeters due to their sensitivity to flow disturbances.

4. Industry Standards and Manufacturer Recommendations: It is essential to consult industry standards and manufacturer recommendations when determining straight pipe requirements. These guidelines provide valuable information on the proper installation of flowmeters and ensure compliance with industry best practices.

5. Operating Conditions: The operating conditions, including flow rate, temperature, and pressure, can impact the straight pipe requirements for ultrasonic flowmeters. Variations in operating conditions may necessitate adjustments to the straight pipe lengths to maintain accurate flow measurements.

Best Practices for Meeting Straight Pipe Requirements

Meeting the straight pipe requirements for ultrasonic flowmeters involves adherence to best practices in design, installation, and maintenance. By following these best practices, operators can ensure the optimal performance and accuracy of the flowmeter.

1. Proper Pipe Configuration: Designing the piping system with the required straight pipe lengths upstream and downstream of the flowmeter is essential. Avoiding obstructions, elbows, and fittings near the flowmeter can help maintain a uniform flow profile and minimize flow disturbances.

2. Flow Conditioning Devices: In cases where space constraints prevent the installation of sufficient straight pipe lengths, flow conditioning devices such as flow straighteners or flow straightening vanes can be used to achieve a uniform flow profile. These devices help mitigate flow disturbances and reduce the required length of straight pipe.

3. Regular Maintenance: Periodic inspection and maintenance of the piping system and flowmeter are crucial for ensuring that straight pipe requirements are met. Any changes or obstructions near the flowmeter should be addressed promptly to maintain accurate flow measurements.

4. Compliance with Standards: Adhering to relevant industry standards and manufacturer recommendations is vital for meeting straight pipe requirements. This includes following the guidelines for straight pipe lengths, flow profile analysis, and flowmeter installation provided by industry organizations and flowmeter manufacturers.

5. Consideration of Future Modifications: When designing a new piping system or installing a flowmeter, it is important to consider potential future modifications that may impact the straight pipe requirements. Allowing for adequate straight pipe lengths from the outset can minimize the need for costly modifications down the line.

Conclusion

In conclusion, the proper installation of straight pipe requirements is indispensable for ensuring the accurate and reliable operation of ultrasonic flowmeters. Adhering to straight pipe requirements helps maintain a uniform flow profile, mitigate flow disturbances, and prevent cavitation and erosion in the flowmeter. By considering factors such as flow profile, pipe diameter, type of flowmeter, and industry standards, operators can determine the appropriate straight pipe lengths for their ultrasonic flowmeters. Following best practices for meeting straight pipe requirements, such as proper pipe configuration, flow conditioning devices, regular maintenance, and compliance with standards, is vital for achieving optimal flow measurement accuracy. Ultimately, adhering to straight pipe requirements is essential for maximizing the performance and longevity of ultrasonic flowmeters in various industrial applications.

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