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Coriolis flow meters supplier from China: Should I measure mass flow rate or volumetric flow rate? It really depends on the goal of your application. When determining whether to use mass flow and volumetric flow, it is important to determine if you want to measure/control a set volume or the number of molecules of process fluid. When to use mass flow meter? As mass flow instruments are capable of precisely measuring and controlling how gas molecules flow into and out of a process, they are useful in many applications. It is possible to consider mass flow rates as molar flow rates since the number of molecules flowing through the measurement point remains constant regardless of temperature or pressure. Read extra info on coriolis density meter.

It is the existence of domestic brands that has forced the prices of foreign brands to drop by 1/2-2/3 in recent years. The production and R&D investment of natural gas turbine meter is relatively large, and the prices of enterprises with certain strength will also be higher in domestic brands. But even then, they are only about half the price of high-end international brands. Therefore, it is recommended that users choose carefully on the basis of comprehensive consideration of their respective use requirements and procurement costs. Don’t pursue low prices too much, nor do you need to pursue imported brands inappropriately.

To calculate the steam mass flow from the frequency signal output by the frequency output vortex flowmeter, you only need to know the current working condition of the fluid, while the temperature and pressure compensation of the analog output vortex flowmeter is only the error caused by the deviation of the current working condition from the design working condition. Compensation, therefore, not only need to know the current conditions, but also need to know the design conditions. The data of the latter working condition often causes errors due to the loss of data due to the passage of time or personnel changes. In contrast, the frequency output vortex flowmeter does not have this problem.

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.

Fork density meter can measure the density, concentration, gravity, temperature, and accuracy of liquids without being affected by temperature, pressure, density, and viscosity. Applications of micro motion fork density meter: Pipeline interface inspection, slurry solids monitoring and corrosive acid concentration control; density and concentration monitoring that require rapid response. Continuously measure pipelines in real-time through pipelines and storage tanks to increase installation flexibility and choose from a variety of corrosion-resistant materials to measure the density and concentration of key chemicals. Supports protocols connected to DCS, PLC and flow computers. Pass Hazardous Area Approved Head-Mounted Transmitters extend the range of use, the transmitter supports local configuration and display. Find extra info on bjssae.com.

Beijing Sincerity is the leader of the coriolis mass flow meters industries in China,who specialized in producing thermal mass flow meter,turbine flow meter,fork density meters and ultrasonic flow meter. In line with our collaborative approach to our customers we are also able to discuss tailor-made Service and Support Solutions designed specifically for your needs that can include such topics as training, instrument replacement agreements and instant service and repair.

When the vortex gas flow meter is installed behind the pressure reducing valve, the saturated steam suddenly decompresses greatly, the fluid expands adiabatically, the water droplets partially evaporate, and at the same time absorbs the heat of vaporization from the liquid and vapor phases, reducing the temperature of the vapor and liquid phases. If the temperature is not lowered much or the humidity is higher before evaporation, the temperature will quickly drop to the saturation temperature corresponding to the new pressure, and a new equilibrium will be established. At this time, the steam is still saturated steam. If the pressure drops a lot or the humidity before evaporation If the temperature is lower, the temperature is still higher than the saturation temperature corresponding to the new pressure due to the evaporation of water droplets, and the steam becomes superheated steam.