Best coriolis flow meters provider: Commonly Used for Liquids: Volumetric flow meters are more commonly used for measuring the flow of liquids. Examples include turbine flow meters, positive displacement flow meters, and orifice flow meters. Useful for Billing and Custody Transfer: Volumetric flow meters are often used in applications where billing or custody transfer is involved, such as water and gas utilities, as they provide a direct measurement of the volume consumed. Find more info at coriolis density meter.
Second, the gas turbine flow meter equipment has strong functions, low power consumption and superior performance. When it is sold in the industry, it is found that the functional advantages of this kind of flowmeter will be more perfect. In many gas distribution stations or gas When promoting in the station, I found that the advantages will be more diversified, and there are more and more advantages. Third, the configuration of the natural gas turbine flow meter instrument is more perfect, and it will be more and more widely used. As long as you take a fancy to the above clarity, it will be more convenient in the process of normal use. After this is used in many gas distribution stations, it is found that the measurement accuracy is higher.
Vortex flow meter is the fluid Reynolds number is within a certain range, and its output is only proportional to the volume flow. The output of vortex flowmeter has frequency signal and analog signal, and the analog output is obtained by f/ conversion on the basis of frequency output. This conversion loses about 0.1% accuracy. Therefore, when it is used to measure the steam flow, users prefer to use the frequency output. There are several other reasons why frequency output vortex flowmeters are more popular with users such as thermal companies.
China Capital technology group invested in the SINOPEC automation instrument department of Beijing institute of chemical industry. Beijing shouke shí huà automatic equipment Co., LTD (Beijing Sincerity’s predecessor) was officially established. “Shí huà” is the Chinese words from SINOPEC. Sincerity officially switched from a national company to joint-stock company. Beijing shouke shí Huá ( which is Beijing Sincerity Automatic Equipment Co., Ltd now ) was officially established. The Chinese pronunciation of “shí Huá “ and “ shí huà” are very close to each other. The 1st generation coriolis mass flow meters were officially launched. The coriolis mass flow meters are with all discrete components, little chips and LED digital display.
Ultrasonic flow meters enable users to perform flow measurement inspections at many points in the flow process without the need for permanent installation. This universal driving time timer has a dual-function button interface, an ergonomic handheld design, and a beautiful backlit color digital display that greatly simplifies setup and data collection. Compared with other traditional flowmeters or high temperature ultrasonic flow meter, it has the characteristics of high accuracy, high reliability, high performance, and low cost. The flowmeter also has other advantages: TVT technology design. Fewer hardware components, low-voltage broadband pulse transmission, and low power consumption. Clear, user-friendly menu selections make the flowmeter easy to use. Daily, monthly and yearly total traffic. The parallel operation of positive, negative, and net flow is displayed cumulatively by a scale factor (span) and a 7-digit number. Read more info on https://www.bjssae.com/.
Beijing Sincerity Automatic Equipment Co., Ltd was reformed from the Petrochemical Branch Automatic Equipment Co.,Ltd. Beijing Sincerity is the innovation developed enterprise invested by both the China Petroleum &Chemical Corporation’s Beijing Research Institute of Chemical Industries and the Capital Science and Technology Group. Please be noticed, that all the videos taken are approved by SGS, Switzerland, or TUV, Germany. All the videos are real and without shooting skills or beauty filters.
In the flow calculator, the mass flow rate can be calculated according to the temperature and pressure of the superheated steam, but when the superheated steam is transported for a long distance, or due to improper insulation measures of the pipeline, the temperature will often drop due to heat loss. The superheated state enters the critical saturation state, and even part of the steam condenses and undergoes a phase change and turns into water droplets. At this time, it becomes wet saturated steam.
