Itron Turbine Gas Meter Buying Guide

Sincerity Group | Coriolis flow meter manufacturers|

During the production of itron turbine gas meter, Beijing Sincerity Automatic Equipment Co., Ltd is doing the best for quality management. Some quality guarantee plans and activities are developed in order to prevent nonconformities and to ensure the reliability, safety and efficiency of this product. The inspection can also follow the standards prescribed by customers. With guaranteed quality and wide application, this product has a good commercial prospect.

Beijing Sincerity Automatic Equipment Co., Ltd never hesitates to promote itron turbine gas meter to global market in the post-industrial era. The product is manufactured adhering to 'Quality always comes first', so a professional team is allocated to ensure material quality and promote the R&D process. After repeated trials and tests are conducted, the product successfully has its performance improved.

In addition to the high-quality itron turbine gas meter, we also provide personalized service to give customers a better purchasing experience. Whether you need samples for testing or want to customize to products, our service team and technical experts will get you covered.

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Our production factory has a full set of advanced technical equipment and scientific quality management system. This enables us to provide reliable and high-quality products that are manufactured in line with regulations to clients.

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Beijing Sincerity Automatic Equipment Co., Ltd adopts latest technology in the process of manufacturing itron turbine gas meter.

Flow meter scale selection principle

Abstract: the flow meter scale selection principle of the information produced by excellent flow meter, flow meter manufacturer to offer you the quotation. Flowmeter selection is to point to in accordance with the requirements for production, starting from the actual situation of instrument product supply, synthetically considering measuring safe, accurate and economical efficiency, and according to the nature of the current body condition determine the flow sampling device and flow type and measuring instrument. More flow meter manufacturers choose model price quote you are welcome to inquire, here is a meter scale selection principle article details. Flowmeter selection is to point to in accordance with the requirements for production, starting from the actual situation of instrument product supply, synthetically considering measuring safe, accurate and economical efficiency, and according to the nature of the current body condition determine the flow sampling device and flow and measuring instrument type and specification. The flow measurement of safe and reliable, the first is a reliable measurement way, that will not happen in the operation of the sampling device in the electric circuits of the mechanical strength or failure caused by the accident; 2 it is measuring instrument both under the condition of normal production or malfunction does not affect the safety of production system. For power plants, for example, high temperature and high pressure main steam flow measurement, a measuring element in its installation in the piping must be strong, to ensure that the damage will not occur mechanism under high speed steam flow washed away. Generally preferred to choose the standard throttling device, therefore, not choose double cantilever beam type horn tube or insert flowmeter and other non-standard devices, as well as the structural strength low target type, turbine flowmeter, etc. Fuel power plants and combustible gas in the situation, should choose explosion-proof type instrument. Flowmeter selection is to point to in accordance with the requirements for production, starting from the actual situation of instrument product supply, synthetically considering measuring safe, accurate and economical efficiency, and according to the nature of the current body condition determine the flow sampling device and flow and measuring instrument type and specification. The flow measurement of safe and reliable, the first is a reliable measurement way, that will not happen in the operation of the sampling device in the electric circuits of the mechanical strength or failure caused by the accident; 2 it is measuring instrument both under the condition of normal production or malfunction does not affect the safety of production system. For power plants, for example, high temperature and high pressure main steam flow measurement, a measuring element in its installation in the piping must be strong, to ensure that the damage will not occur mechanism under high speed steam flow washed away. Generally preferred to choose the standard throttling device, therefore, not choose double cantilever beam type horn tube or insert flowmeter and other non-standard devices, as well as the structural strength low target type, turbine flowmeter, etc. Fuel power plants and combustible gas in the situation, should choose explosion-proof type instrument. On the basis of guarantee the safe operation of the instrument, and strive to improve the accuracy of the instrument and energy saving. Therefore, not only to choose display instrument that could satisfy the requirement of accuracy, but also to choose according to the characteristics of the measured medium reasonable way of measurement. Main generator steam flow measurement, because of its safety and economical efficiency of the coal-fired power plant is crucial, generally USES the mature standard throttling the load with differential pressure flowmeter, chemical water treatment of sewage and fuel respectively belong to the dirt flow and low viscous flow Reynolds number, don't apply standard throttling. Of dirt flow generally selected segmental orifice and other non-standard throttling with differential pressure gauge or ultrasonic doppler flowmeter, and viscous flow can target type or cuneate, displacement and flow meter, etc. Population of water turbine, condenser circulating water and heat recovery unit of heat recovery steam etc are all big diameter ( More than 400 mm) Flow measurement parameters and to create difficulties and pressure loss is big, do not choose standard throttling device. In order to guarantee the service life of the meter and the accuracy, also note the instrument model selection of the vibration control requirements. In hot and humid region should choose wet and heat meter. To correctly choose the specifications of the instrument, but also to ensure the service life of the instrument and the accuracy is important one annulus. Should pay special attention to static pressure and temperature resistant selection. 25 times, in order to make sure no leak or an accident. Span the range of choice, mainly instrument calibration limit choice. Choose the small, easy to overload, damage the instrument; Choose the big, impedes the accuracy of the measurement. Three times. Installed on the production line long running contact instrument, should also consider the energy loss caused by the flow measurement device.
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The use of orifice meter scale several installation considerations

Abstract: the use of orifice meter scale several installation note information produced by excellent flow meter, flow meter manufacturer to offer you the quotation. Orifice meter installation considerations flowmeter expert introduction the basic requirement of orifice meter installed to complete each equipment should be checked first, ensure smoothly under the car. 1, the orifice plate before installation should check the throttle device number and size is in line with the pipeline. More flow meter manufacturers choose model price quote you are welcome to inquire, here is the use of orifice meter scale several installation considerations article details. Orifice meter installation considerations flowmeter expert introduction the basic requirement of orifice meter installed to complete each equipment should be checked first, ensure smoothly under the car. 1, the orifice plate before installation should check the throttle device number and size is accord with the requirement of pipe installation location. 2, new piping system, must be conducted after washing and sweep line pipe orifice plate installation. 3, pay attention to the direction of orifice plate installed & other; +” Number should be toward a beam. Two, when installation should note 1, orifice plate center and the center line of the pipeline, concentricity error must not exceed 0. 015 ( 1 /β - 1) The numerical values. 2, orifice plate in the pipe installation shall guarantee that the transverse and perpendicular to the pipe axis perpendicularity error must not exceed & plusmn; 1° 。 3, clamping orifice plate with sealing gasket ( Including the ring chamber and orifice plate with flange, ring room) After the clamping, not into the pipe wall. 4, orifice plate installation area must be tight, there is no leakage phenomenon exists. Therefore, the installation work must be conducted before the pipeline pressure test. 5, guide pressure pipe should be vertical or inclined, laying the inclination shall not be less than 1:12. High viscosity fluid, the slope should also be increased. A cop pressure signal transmission distance is greater than 3 m, guide tube should be segmented tilt, and in all the zui high and zui low installed gas collector and settler respectively. 6, in order to avoid the differential signal transmission distortion, the positive and negative pressure guide tube should be close to laying, cold region also antifreezing measures should be taken. Can use electric heating or steam heat preservation, but to prevent overheating of measured medium vaporization and gas generated in the guide pipe fake differential pressure. 7, orifice plate installed in a vertical path of the director, take pressure position, can take on any pressure device in the plane of arbitrary choice. The main channel of orifice plate installed in horizontal or inclined, apply pressure mouth position as shown in figure 4. 8, guide according to the nature of the measured medium pressure tube and selection pressure, corrosion resistant materials, the inner diameter shall not be less than 6 mm, length zui to 16 meters. Given in table 2 when the different media guide pipe inner diameter and length, are available as a reference. Above is all there is in this article, you are welcome to inquire me manufacturer flowmeter selection, quotation, etc.
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mass flow meter has a very good repute over the global market.
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How to correctly install ultrasonic flowmeter scale

Abstract: how to correctly install ultrasonic flowmeter scale information produced by excellent flow meter, flow meter manufacturer to offer you the quotation. Ultrasonic flowmeter display instrument if installed in indoor should choose to avoid interference sources such as frequency conversion control cabinet, power cleaner 220 v due to the installation position of sensor, the state of the pipeline under test has a great influence on the accuracy of measurement, so please choose to satisfy the following conditions. More flow meter manufacturers choose model price quote you are welcome to inquire, here is how to correctly install ultrasonic flowmeter scale article details. Ultrasonic flowmeter display instrument if installed in indoor should choose to avoid interference sources such as frequency conversion control cabinet, power cleaner 220 v due to the installation position of sensor, the state of the pipeline under test has a great influence on the accuracy of measurement, so please choose the place of the following conditions. 1, pipe roundness is good, the inner surface is smooth, uniform wall. 2, upstream side 5 d, downstream side more than 3 d straight pipe, note & other; D for pipe diameter & throughout; 。 3, the line must be filled with liquid to be tested. 4, there must be enough space is easy to ultrasonic flowmeter sensor installation and operation. 5, in a horizontal pipe to be tested, the top and bottom of the sensor should not be installed in the pipeline, and avoid uneven pipe and weld. Ultrasonic flowmeter sensor installation 1, around the intended installation position than, the area of the sensor is about twice as large as the paint on the wall, rust, dirt, such as clean, wipe out the metal should have no uneven. 2, according to figure 1, 2, install fasteners on the pipeline, should be fixed on the pipe with stainless steel belt, should not be loose. 3 good, laying cable from cable access hole to the junction box of the terminals. 4, each ultrasonic flowmeter sensor transducer positive, coated with a thick layer of coupling agent ( Butter) Transducer, the sensor surface contact with the wall, placed in the fastening components, pressure and the pressure plate will sensor, coupling agent should from the sensors in the cracks around the extrusion, form a sealing strip. Fastening bolt knob tightly, pay attention to four bolt the strength should be uniform, do not make the sensor offset. Above is all there is in this article, you are welcome to inquire me manufacturer flowmeter selection, quotation, etc.
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Thermal gas mass flowmeter is a high-end gas measuring instrument

Thermal gas mass flowmeter is a high-end gas measuring instrument. Thermal gas mass flowmeter is based on the principle of thermal diffusion and designed by constant temperature difference method. It is a professional gas measuring instrument. It has the characteristics of high precision, wide range, small pressure loss, direct measurement of gas standard volume flow without temperature and pressure compensation, etc., and has been widely used in various industries. Thermal gas mass flowmeter is a high-end gas measuring instrument, which has many advantages, such as wide range ratio, plug-in connection mode can be selected for large diameters, which is convenient for subsequent disassembly and maintenance, and various power supply methods, 24V or 220V are available, ground pipelines It is displayed on the ground head, the split head of the high-altitude pipeline, but not all occasions are applicable to the hot gas mass flow meter. Medium temperature. Thermal gas mass flow meters are designed based on the principle of thermal diffusion. The probe of the flowmeter is determined according to the temperature of the measured medium. Generally, the heating temperature of the probe is 50 degrees higher than that of the medium. It can be seen that the flowmeter requires the temperature of the measured medium to be relatively constant in normal measurement, and the heating current is proportional to the flow rate of the medium at this time; the second is the composition of the medium. The hot gas mass flowmeter can measure almost all single gas media (except acetylene), but there are many mixed gases to be measured in actual measurement. At this time, the hot gas mass flowmeter is selected, and the requirements for the mixed gas are high. All gas flowmeters use air as the measured medium during calibration, and a standard conversion factor can be found for a single medium. However, the mixed gas needs to calculate the conversion coefficient according to the percentage of the medium composition measured on site, but when the measurement medium composition changes, it will increase the measurement error of the flowmeter; the third is the pressure. Hot gas mass flow meters are not recommended for high pressure applications. An important point in heat measurement is the heat carried by the medium. When the site pressure is too high, the heat carried by the medium per unit volume is very large. Under the double influence of the compression system and the reaction rate, the measured value of the flow meter will be smaller than the actual use. Therefore, it is recommended that the hot gas mass flowmeter be used within 4.0mpa. The fourth is high temperature. Measuring high temperature media means that the sensor is more temperature resistant. At the same time, when measuring high-temperature media, the power consumption of the whole machine circuit increases. At present, hot gas mass flow meters can withstand high temperatures up to 400 degrees, which can meet most site requirements.
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Best Practices for Mass Flow Meter Calibration in Field Environments

Mass flow meter calibration in field environments is a critical practice to ensure accurate and reliable measurements. However, due to the dynamic and often challenging conditions in the field, it's essential to follow best practices to achieve precise calibration results. In this article, we'll explore the best practices for mass flow meter calibration in field environments, covering the key considerations and methods to achieve accurate and reliable results.

Understanding the Importance of Mass Flow Meter Calibration

Calibration is a fundamental process for mass flow meters, as it establishes the relationship between the flow meter's output and the actual flow rate. Inaccurate calibration can lead to significant measurement errors, impacting process efficiency, product quality, and regulatory compliance. In field environments, where operating conditions can vary widely, proper calibration is even more critical to ensure accurate measurements.

Effective mass flow meter calibration provides confidence in the accuracy of flow measurements, enabling operators to make informed decisions and maintain process control. By understanding the importance of calibration, operators can prioritize this essential maintenance practice to minimize measurement uncertainties and maximize operational performance.

Challenges of Mass Flow Meter Calibration in Field Environments

Calibrating mass flow meters in field environments presents unique challenges compared to laboratory or controlled settings. Environmental factors such as temperature variations, pressure fluctuations, and ambient conditions can impact the performance of flow meters, influencing measurement accuracy. Additionally, field-based calibration requires portable equipment and specialized procedures to address on-site constraints while maintaining calibration integrity.

One of the key challenges of field calibration is ensuring traceability to international standards and regulatory requirements. Accurate and reliable calibration records are essential for demonstrating compliance and validating the accuracy of flow measurements. Overcoming the challenges of field calibration involves implementing robust procedures and leveraging advanced calibration technologies to achieve consistent and verifiable results.

Best Practices for Mass Flow Meter Calibration

To address the complexities of field environments and achieve accurate mass flow meter calibration, following best practices is crucial. Implementing the following practices can enhance the reliability and precision of flow measurements in field operations:

1. Comprehensive Site Assessment: Before initiating the calibration process, conducting a thorough site assessment is essential to evaluate environmental conditions, system configuration, and accessibility. Identifying potential sources of interference or disturbances enables operators to mitigate external influences on the calibration process.

2. Selection of Suitable Calibration Equipment: Choosing appropriate calibration equipment that is specifically designed for field applications is critical. Portable flow calibrators, temperature sensors, pressure gauges, and data acquisition systems are essential tools for conducting on-site calibrations with precision and accuracy.

3. Adherence to Standard Procedures: Following standardized calibration procedures, such as those outlined by ISO 17025 or NIST, helps maintain consistency and traceability in field calibration processes. Adhering to established protocols and documentation practices ensures that calibration results are verifiable and compliant with international standards.

4. Real-Time Monitoring and Adjustment: During the calibration process, real-time monitoring of flow conditions and instrument performance is essential for making immediate adjustments and ensuring measurement accuracy. Advanced calibration tools with built-in diagnostics and control capabilities enable operators to fine-tune flow meters on-site, optimizing their performance in dynamic environments.

5. Validation and Documentation: Upon completing the calibration, validating the results through comprehensive testing and documentation is a critical best practice. Verifying the accuracy of flow measurements and maintaining detailed calibration records enables operators to demonstrate compliance with regulations and quality standards, as well as track the performance of flow meters over time.

Utilizing Advanced Calibration Technologies

Innovations in calibration technologies have revolutionized the field calibration of mass flow meters, enabling operators to overcome traditional limitations and achieve higher levels of accuracy and efficiency. Advanced calibration technologies, including digital flow calibrators, automated data acquisition systems, and remote monitoring capabilities, empower operators to optimize the calibration process in field environments.

Digital flow calibrators offer exceptional accuracy and repeatability, allowing for precise adjustment of flow meter parameters and real-time validation of calibration results. These advanced tools provide intuitive user interfaces and automated control features, streamlining the calibration process and minimizing the potential for human error. Furthermore, digital flow calibrators can store calibration data for future reference, facilitating comprehensive record-keeping and audit trails for regulatory compliance.

Automated data acquisition systems enhance the monitoring and control of flow meter calibration by capturing and analyzing real-time data from multiple measurement points. By integrating advanced data acquisition technology, operators can identify deviations and anomalies during the calibration process, enabling proactive adjustments and ensuring measurement accuracy. Additionally, remote monitoring capabilities enable off-site calibration support and real-time collaboration, improving the efficiency and effectiveness of field calibration operations.

Incorporating advanced calibration technologies into field environments provides a competitive advantage by elevating the accuracy, reliability, and consistency of mass flow meter calibration. By leveraging these technological innovations, operators can effectively address the challenges of field calibration and achieve optimal performance from their flow measurement systems.

Summary

Mass flow meter calibration in field environments requires adherence to best practices and the utilization of advanced calibration technologies to achieve accurate and reliable results. Understanding the importance of calibration, addressing the challenges of field environments, and implementing standardized procedures are critical elements of successful flow meter calibration. By leveraging advanced calibration technologies, operators can enhance the precision and efficiency of field calibration, ultimately optimizing the performance of mass flow meter systems in dynamic operating conditions. Embracing best practices and technological advancements in calibration empowers operators to secure confidence in their flow measurements and maintain operational excellence.

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