Coriolis meters manufacturer by bjssae.com: Differences Between coriolis vs magnetic flow meter – While both mass flow meters and magnetic flow meters are used to measure the flow of fluids, there are several key differences between the mass flow meter vs magnetic flow meter: Accuracy: Both mass flow meters and magnetic flow meters are known for their accuracy. But mass flow meters are generally considered to be more accurate, especially in applications where the temperature or pressure may vary. Compatibility: Mass flow meters are compatible with a wide range of fluids, including gases, liquids, and slurries. Magnetic flow meters, on the other hand, are only suitable for conductive fluids. Read extra info at coriolis mass flowmeter.
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.
Flow measurement of some low-viscosity oils, such as gasoline, kerosene, diesel, and heavy oil, residual oil, etc. whose viscosity is reduced by heating. Water flow measurement of large-diameter pipelines, among which the full-tube vortex flowmeter is mainly used for small and medium diameter pipes, while the insertion vortex flowmeter can be used for large-diameter (DN≥300mm) pipeline flow measurement. It is widely used in urban water pipelines and industrial water mains in chemical, electric power, metallurgy, papermaking, chemical fiber and other enterprises.
Day for day vast quantities of oil and gas are transported across the globe, refined and transported further. Mature and foolproof technology is essential. But it is the control through instrumentation and visualisation that help make all these processes safe and reliable. The Coriolis Insertion Density Meters could be used for the detection of the liquid’s density. The insertion density meters are the best choices for the proccess control as the basic parameters of density, and also for the quality control with the solid percentage or the concentration for references.
The coriolis flow meter consists of a sensor and a transmitter. The coriolis mass flow meter is equipped with digital signal processor (DSP) -based digital transmission equipment, and integrates digital closed-loop vibration control (DLC) signal processing, sensor calculation and diagnostic functions, and has high measurement accuracy and extensive capabilities. And excellent reliability for you. On-line node configuration, fault diagnosis and data logging can be performed directly through HART or PC via Modbus to communicate with the communicator. The flow meter will not only calculate the process volume flow, cumulative volume and component ratio. TS series flow meters can also provide coriolis gas flow meter, density and temperature online in real time. See even 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.
The vortex flow meter is more commonly used in steam flowmeters now, with temperature and pressure compensation, and the measured result is mass flow. However, due to different environments, steam is divided into superheated steam and saturated steam. These are all possible changes in the density of steam, which will affect the measurement results. After the above-mentioned evaporation occurs, the former one has no effect on the compensation, only the dry part of the steam increases, and the dryness increases accordingly. The latter situation means that the saturated steam becomes superheated steam. At this time, the influence on the flow meter is divided into three types.