Vapor vortex flowmeter has the standard, differential pressure type plate, temperature, pressure compensation type three measurement form, the standard to measure a single load flow data signals, gas pressure compensation type measuring quality immediately flow, temperature, pressure compensation type a can also measure the temperature, pressure, flow data signal, the output after compensation standard volume flow condition or quality of traffic.The commodity has two types of structure: tube type and plug type, which can display information on the spot and can also be transmitted over a long distance. In each form, there are high temperature, high pressure, anti-corrosion, explosion-proof and other specifications and models, as well as overall and split-type structure to blend in different measuring materials and installation natural environment.

Measure small flow vortex flowmeter

Some problems in the selection of the steam vortex flowmeter: some vortex flow controllers in the specification selection or design scheme selection due to the changes in the processing technology standards, will make it choose a larger than usual specifications and models.The specific type selection should be as small as possible, so as to improve the precision of measurement. For example, in the design scheme of a vortex street pipeline, there are several machines and equipment applications, but some machines and equipment may not be used due to the processing technology.This leads to the decrease of flow in specific applications. The vortex flowmeter in specific applications leads to the excessive selection of the original design scheme and specification, which in turn increases the low flow limit that can be measured.

When processing small pipe flow indicator is unable to ensure, vortex flowmeter is able to apply in large flow, if want to upgrade again, its coefficient of difficulty will be a little big, the change of its processing technology standard only temporary and main parameters of vortex flowmeters can be fusion to sort is used to improve the accuracy of the instructions.

The stationary serial number of the vapor vortex flowmeter, which is composed of two parts, is more prominent in the geometric specification transformation of the measurement body.One is that the vortex produces a change in the total width of the body;The other is the result of a shift in the pipe.If the vortex flowmeter wants to clear this hazard, it is generally to carry out the adjustment of K index. At this stage, the vortex flowmeter of some manufacturers has already carried out the adjustment of fixed fixed temperature and instant temperature in the mobile phone software for the image of temperature.

The main parameters of the vapor vortex flowmeter to adjust the azimuth have what causes the problem: there will be the main parameters are not correct, which will cause the indication of the vapor vortex flowmeter is not very good, the parameter error will make the second instrument panel full frequency calculation is not correct.The full-degree frequency phase is almost indicative of long-term instability. In particular, the full-degree frequency of the vortex flowmeter exceeds the measured full-degree frequency to cause fluctuations in the large range of indicators, so it is impossible to read the standard value.However, the inconsistency of the main parameters in the information displayed on some materials will also harm the final clarification of the main parameters. Finally, according to the recalibration and fusion, the main parameters are clarified and the problem is solved

Shanghai porcelain city has a lot of technical accumulation, so it can also customize the flow meter according to customer requirements, the design department can interact within 3 weeks, which is even faster than the delivery of foreign standard flow meter.Major application areas include metrology, hydraulic or supervisory technology, filling, glue or the monitoring of mixing ratios in a variety of industrial sectors.Shanghai porcelain flow meters are used in plastics, polyurethane, chemical, pharmaceutical, paint and coatings, hydraulic and automotive processing plants and two-component processes worldwide.