Abstract: various meter scale selection principle and method of information produced by excellent flow meter, flow meter manufacturer to offer you the quotation.

One, the principle of flowmeter selection choose the principle of flow meter was first to deep understanding of the fundamentals of the structure of the flow meter and flow characteristics of knowledge, even at the same time, according to the specific situation and investigation surrounding environment conditions.
Also want to consider.

More flow meter manufacturers choose model price quote you are welcome to inquire, here are a variety of flow meter scale selection principle and method of the article details.

One, the principle of flowmeter selection choose the principle of flow meter was first to deep understanding of the fundamentals of the structure of the flow meter and flow characteristics of knowledge, even at the same time, according to the specific situation and investigation surrounding environment conditions.
Also want to consider the economic factors.

In general, the main choice from the following five aspects: (1) meter performance requirements;
(2) flow characteristics;
3. Installation requirements;
(4) environmental conditions;
The price of 5 meter.

1, the performance requirements of flowmeter flowmeter performance mainly includes: measuring flow (
The instantaneous flow)
(or total
The cumulative flow)
；
Accuracy requirements;
Repeatability;
Linearity;
Flow range and scope;
The pressure loss;

Output signal characteristics and the response time of the flowmeter, etc.
（
1)

Measuring flow or total flow measurement includes two kinds, namely the instantaneous flow and cumulative flow, such as the transfer station pipeline crude oil belongs to trade or ratio of petrochemical pipeline for continuous production or the process of the production process control and so on need to measure total, or by observation of instantaneous flow rate.

In some workplaces to control flow is equipped with the instantaneous flow measurement.

Therefore, to undertake choosing according to the needs of field measurement.

Some meter such as volumetric flowmeter, turbine flowmeter, etc. , its measurement principle is based on mechanical counting or pulse frequency, total output directly by its high accuracy, suitable for measuring the total, if equipped with the corresponding transmission device can also be output flow.

Electromagnetic flowmeter, ultrasonic flowmeter based on measurement of fluid velocity of flow is deduced, the response is fast, suitable for process control, if match with integrating function also can get the total.
(
2)

The provisions of the accuracy of flowmeter accuracy level is within the scope of a certain flow, if used in a specific condition or the flow of the narrow scope, for example, change only in a small scope, its measurement accuracy is higher than specified level of accuracy.

Such as turbine flowmeter metering of the oil barrel distribution, under the condition of the valve is fully open to use, basic constant flow, its accuracy may be from zero.
Level 5 to 0.
25.

Accounting for trade, storage and transportation and material balance if required measurement accuracy is high, should consider the durability of the accuracy of measurement, the flowmeter is commonly used in the above case, the accuracy of grade of 0.
Level 2.

In the workplace is typically the site equipped with metrology standard equipment (
Such as the volume tube)
The flowmeter to use online detection.

Tense in recent years because of the crude oil and the high requirements for crude oil metering unit, put forward implement coefficient of crude oil metering transition, namely except for flow meter once every six months after the cycle test, trade transfer both sides talks things over every 1 or 2 months for flowmeter calibration flow coefficient is determined, according to the daily flowmeter measurement data with flowmeter to handover flow coefficient to calculate the data, in order to improve the accuracy of flow meter, also known as the zero error of transition.

Accuracy degree is generally determined according to zui large margin of error of the meter.

The factory provide prospectus of flowmeter are given.

It is important to note that the percentage of error is refers to the relative error or reference error.

Relative error of measured values, the percentage of commonly used & other;
％ R”
Said.

Reference error is refers to the percentage of measuring upper limit or range, commonly used & other;
％ FS”
。
Many manufacturers did not indicate the specification.

For example, flow meter is commonly used reference error, error of electromagnetic flowmeter in some models also have use reference.

Meter if not simply measuring the total, but the application in the fluid flow control system, the detection of flowmeter accuracy should be determined as required by the control accuracy of the whole system.

Because of the whole system not only has the traffic detection error, also contains a signal transmission, control and operation of error and various influencing factors.
To that end, Beijing Sincerity Automatic Equipment Co., Ltd has successfully built a solid foundation and infrastructure for mass flow meter manufacturing.
Beijing Sincerity Automatic Equipment Co., Ltd will make a healthy profit for its owners and provide a rewarding work environment for its employees.
Beijing Sincerity Automatic Equipment Co., Ltd must adopts new technology and internal procedures to increase responsiveness and mitigate costs going forward.
The first machine to produce electromagnetic flow meter slurry, the coriolis density meter mass flow meter was invented in rosemount vortex flow meter in u shape coriolis mass flow meter by digital fork density meter and was subsequently improved.
It is never too late to have a new mindset and to get things moving in the right direction. Choose Beijing Sincerity Automatic Equipment Co., Ltd to be your quality provider.

Abstract: the electromagnetic flow meter scale unstable zero check and take corresponding measures to the information produced by excellent flow meter, flow meter manufacturer to offer you the quotation.
The electromagnetic flowmeter the cause of the problem.

Zero instability in the cause of the problem can be summarized as five aspects, they are: 1 according to the electromagnetic flowmeter sensor for imperfect by stray current interference: check the flow chart of item 3.
Pipeline stray current interference effects such as main.

More flow meter manufacturers choose model price quote you are welcome to inquire, here is the unstable electromagnetic flowmeter scale zero check and take corresponding measures to the article details.

The electromagnetic flowmeter the cause of the problem.

Zero instability in the cause of the problem can be summarized as five aspects, they are: 1 according to the electromagnetic flowmeter sensor for imperfect by stray current interference: check the flow chart of item 3.

In pipeline stray current interference effects such as the main series of electromagnetic flowmeter good grounding protection, usually requires grounding resistance less than 1000, don't and he Shared grounding electric machines and appliances.

Environment condition is good, sometimes can not grounding series electromagnetic flowmeter can work normally, but once the good environment does not exist, the instrument will fail, then checked again will bring much trouble.

Flow sensor near the state changes of electric power equipment (
Such as leakage current increase)

Formed by the ground potential changes, electricity will cause zinc series of electromagnetic flowmeter zero change.
Please read section 9 inspection method.
Electromagnetic flowmeter liquid (2

Such as liquid conductivity uniformity, electrode pollution, etc. )
The reason;
Inspection and flow chart of item 4.

In static liquid conductivity changes or uneven make zero changes, shook the output flow.

So flowmeter position should be far away from the injection solution point or pipe section downstream of the chemical reaction, good flow sensor zui in upstream of the sites.

If the liquid to solid phase, or to measure impurities deposition tube inner surface, or on the inner wall of the measuring tube fouling, or electrode by grease filth and so on, all have zero changes may occur.

Because the lining surface scale and degree of filth and electrode can't completely the same and symmetrical, destroy the balance of plant initial die set.
Positive measures sufficient remove filth and scale deposit layer;
If zero were little changed also can try to zero.
3 electromagnetic flowmeter signal circuit insulation.
Check the flow chart of item 5.
Unstable signal circuit insulation fall will form the zero.

Soil to reason for the declining signal circuit insulation of foot, package parts drop caused by the insulation, but also can't rule out signal cable and terminal decline or insulation damage.

Because sometimes the environment is very harsh, slightly one careless negligence meter cover/wire joint sealing, filled with moisture acid mist or powder dust intrusion meter connector or cable protection layer, insulating bligh.

Signal circuit insulation resistance check respectively according to the cable side and the flow sensor side two mail points, with a megger test.
Because of signal cable can do easily.

Flow sensor is divided into two: strider liquid-filled test electrode surface and a tube after measuring contact resistance, U insulation resistance.

4 / inspection electrode and electrode contact resistance insulation resistance in 2 steps.
（
1)

Filled with liquid measuring scoop of electrode surface contact resistance flow sensor signal cable wiring, each electrode is measured with a multimeter, respectively, and the ground, resistance between two electrodes of geoelectric elder sister value should be left in the 10% to 20%.

Section 9 'a/electrode contact resistance measurements will have further instructions.
（
2)

Atc measuring electrode insulation vent pipe, wipe with dry cloth in the inner surface, after being completely dry, use H500VDC megohmmeter measure the resistance between the electrode and ground, resistance must be in the 100 m & Omega;
The above.
。

Above is all there is in this article, you are welcome to inquire me manufacturer flowmeter selection, quotation, etc.
Beijing Sincerity Automatic Equipment Co., Ltd, the best suppliers of domestic markets, has good faith in manufacturing.
Beijing Sincerity Automatic Equipment Co., Ltd’s mission is to use our extensive mass flow meter experience to deliver tangible business results enabling our clients in industry and government to profit from the advanced use of technology. We strive to build long-term client relationships based on mutual trust and respect.
Beijing Sincerity Automatic Equipment Co., Ltd manufactures mass flow meter with innovative facilities and professional operation.
mass flow meter can also provide a new, productive option for business owners, if you're willing to use it.

Abstract: the electromagnetic flow meter scale analysis the whole process from selection to installation information produced by excellent flow meter, flow meter manufacturer to offer you the quotation.

Electromagnetic flowmeter is a kind of precision inductive instrument, such as selection or installation is unreasonable, so the measurement accuracy and a large impact on the service life of the instrument.

The following selection of electromagnetic flowmeter, installation conditions and use note do simple interface.

More flow meter manufacturers choose model price quote you are welcome to inquire, here is the electromagnetic flowmeter scale analysis this article details the whole process from selection to installation.

Electromagnetic flowmeter is a kind of precision inductive instrument, such as selection or installation is unreasonable, so the measurement accuracy and a large impact on the service life of the instrument.

The following selection of electromagnetic flowmeter, installation conditions and use attention to do a simple introduction.
（
A)

Electromagnetic flowmeter selection principle of the selection of electromagnetic flowmeter, mainly is the correct selection of sensors, the converter can only need to match.
1.

Diameter and the choice of range sensor diameter usually choose the same caliber and pipeline system, if the piping system to be design, can choose according to flow range and velocity of caliber.

For electromagnetic flowmeter, flow velocity in 2 ~ 4 m/s is appropriate.

Under special circumstances, such as liquid containing solid particles, in consideration of the wear, optional common velocity & le;

3 m/s, for easy management of fluid, can choose velocity & ge;
2m/s。

Velocity determine later, can determine the sensor size.

Sensor range can choose according to two principles: one is the instrument zui full range is greater than the expected flow quantity;

The second is normal flow is greater than 50% of full scale, to ensure the accuracy of measurement of a certain.
2.

The choice of temperature and pressure of electromagnetic flowmeter can measure the fluid pressure and temperature is limited, when choosing, using pressure must be less than the flowmeter work pressure.

At present, the domestic production of electromagnetic flowmeter work pressure specifications as follows: less than 50 mm diameter, working pressure is 1.
6MPa;

900 mm diameter, working pressure is 1 mpa;

More than 1000 mm diameter, working pressure of 0.
6MPa.

The working temperature of electromagnetic flowmeter depends on the lining material used, generally for 5 -
70℃。

Such as special processing, can be more than the above range, measured medium temperature sensor allows for -
40 -
+130℃。
3.

Lining materials and the selection of magnetic material sensors of lining material and electrode material must choose correct according to the physical and chemical properties of medium, otherwise the instrument soon due to the corrosion of the lining and electrode is damaged, but also has a strong corrosive medium once leak likely to cause accidents.

Therefore, must according to the specific measuring medium in the process of production, deliberate choice electrode with lining material (
2)

The installation of the electromagnetic flowmeter to insure the accuracy of measurement of electromagnetic flowmeter, it is important to the correct installation.
(1) sensors should be installed in the indoor dry ventilated place.

Avoid install where the environment temperature is too high, should not be affected by a strong vibration, as far as possible to avoid a strong magnetic field equipment, such as motor, transformer, etc.
Avoid installed in place of corrosive gases.
Installation site is convenient for maintenance.

This is to guarantee normal operation conditions of the sensor.

(2) in order to ensure that the sensor tube full of measured medium, transmitter zui vertical installation, good flow from bottom to top.

Especially for the liquid-solid two phase six, must be installed vertically.

If only allow level field installation, must guarantee that the two electrodes in the same horizontal plane (3) sensors should be installed on both ends and the bypass valve.

(4) electromagnetic flow sensor electrode measured by several millivolt ac potential, is based on sensor inner potential.

In order to make the fluid potential stability and keep such as a sensor and fluid potential, to ensure the stability of the measurement, the sensor should have a good grounding on both ends of the shell and tube, the converter shell is connected to.
Grounding resistance is not greater than 10 & cap;

And cannot be Shared with other electrical equipment grounding line.

If you can't to ensure good contact sensor shell and metal pipe, metal wires connect them.
Reliable grounding.

(5) in order to avoid the interference signal, sensors and switches between the signal must use shielding wire transfer.

Don't allow the signal cable and power cord steel pipe parallel on the same cable.

Signal cable length shall not exceed 30 m 6 converter installation location should avoid, ac and dc magnetic field and vibration environment temperature for -
20 -

50 ℃, does not contain corrosive gas, no rain 80% relative humidity.

7 points in order to avoid the flow relative measurement, the effects of flow control valve should be installed in the downstream of the sensor.

For small diameter of the sensor, because from the center of the electrode to import the distance meter has the equivalent of several times the length of a diameter D, so the straight pipe upstream can not do.

But for large diameter flowmeter, generally should have more than 5 d straight pipe upstream, downstream straight pipe don't usually do.

Above is all there is in this article, you are welcome to inquire me manufacturer flowmeter selection, quotation, etc.
mass flow meter tuning fork liquid density meter has gained a lot of popularity over the recent past.
For more information on digital fork density meter mass flow meter and how to find the best quality at the right price, check out Sincerity Flow Meter.
For more mass flow meter rosemount vortex flow meter reviews, tips and advice on choosing a washer and dryer for you and your family, please visit Sincerity Flow Meter,where you can also choose the you are looking for.
With a few simple , and a little bit of v shape coriolis mass flow meter, you to can handle electromagnetic flow meter slurry on your own.

Abstract: The application information of gas flow detection technology is provided to you by excellent flowmeter and flowmeter manufacturers. Abstract: Starting from the analysis of the current situation of the flow detection of the gas branch pipe of the hot blast stove, it is analyzed in detail from the three aspects of the existing problems, the reasons for the failure and the solutions. Combined with the actual situation, the gas branch pipe flowmeter of the hot blast stove is remodeled to improve the gas flow rate. . More flowmeter manufacturers choose models and price quotations. You are welcome to inquire. The following is the application article details of gas flow detection technology. Starting from the analysis of the current situation of the flow detection of the gas branch pipe of the hot blast stove, from the three aspects of the existing problems, the reasons for the failure and the solutions, and combining with the actual situation, the gas flow flow meter of the hot blast stove is improved by changing the type of the gas branch pipe flowmeter of the hot blast stove. detection accuracy. 1. Overview of the status quo The 5# and 6# top-fired hot blast stove systems in the iron smelting plant were completed and put into operation from July 2005 to November 2005, respectively, and were designed with Russian Kalukin technology, each with 3 hot blast stove bodies. The gas branch pipes of 5# and 6# hot blast stove system use V-shaped cone flowmeter and Verabar flowmeter respectively to measure the gas flow. Since 2009, due to the blockage of V-shaped cone flowmeter and Verabar flowmeter to varying degrees, the gas flow of the two hot blast stoves cannot be accurately detected, which has adversely affected the normal production of hot blast stoves and blast furnaces. 2. Analysis of existing problems and causes During the construction of the 5# and 6# hot blast stoves of the iron smelting company, the V-shaped cone flowmeter and the Weiliba flowmeter were used to measure the gas branch flow of the hot blast stove, as shown in Figure 1. The two blast furnaces have been put into operation for nearly six years. Due to the high moisture content and many impurities in the gas branch pipes, it is very easy to form viscous substances, and the flowmeter blockage failure often occurs, which makes the gas flow measurement inaccurate, and the hot blast stove workers cannot accurately measure the gas flow. Controlling the ratio of gas to air flow cannot effectively increase the supply air temperature. The V-cone flowmeter used in the 5# hot blast stove is connected to the gas pipeline through the upper and lower flanges, and cannot be disassembled and cleaned; the Weiliba flowmeter used in the 6# hot blast stove needs to be pulled out of the gas pipeline after the flowmeter is blocked. The flowmeter is used for cleaning. In this process, the gas leakage in the gas pipeline is serious, which can easily lead to gas poisoning accidents, which brings a very serious safety hazard to the on-site maintenance personnel. 3. Optimized support technology for gas flow detection In view of the above problems in gas flow detection, we have transformed this, taking the opportunity of blast furnace maintenance and overhaul to replace the gas detection flowmeters of the two blast furnace hot blast stove systems, and install and use them. Bitoba flowmeter. 3.1 The working principle of the Pitoba flowmeter. The Pitoba flowmeter is a differential pressure flowmeter that uses the pitot tube principle to extract the fluid flow rate (total pressure-static pressure=dynamic pressure) and then converts it into fluid volume flow and mass flow. The Pitoba flowmeter inserts the probe into the pipeline, the total pressure hole is aligned with the inflow direction of the fluid, and the static pressure hole is aligned with the outflow direction of the fluid. The differential pressure is calculated according to the differential pressure to calculate the fluid flow. The Bitoba flow sensor can realize the calibration of each probe in the high-precision standard wind tunnel from the wind speed of 0m/s to the blowing of 150m/s. The measuring point is in the center of the pipeline, and the calibrated data is obtained through complex calculations The correction coefficient of the probe is obtained, so that the central flow velocity extracted by the probe after the correction forms a corresponding relationship with the average value of the flow velocity at each point in the pipeline. The relationship between the average flow velocity at each point in the pipeline and the flow velocity at the probe extraction center is based on decades of blowing data from Tsinghua University. 3.2 The unique advantages of Bitoba flowmeter itself. Bitopa flow sensor fundamentally solves the problems of wind speed measurement fluctuation, anti-blocking, wear resistance, etc.; through online dredging, it solves the flow measurement of easily scaled media, and its measurement accuracy is high. Such as measuring flow, a wide range of media: high temperature and high pressure; high precision, high energy saving, high reliability; easy installation, easy maintenance and so on. 4. The technical transformation plan of gas flow measurement and detection After confirming the use of the new Pitoba flowmeter, we consulted the manufacturer and carried out the installation and debugging of the flowmeter. 4.1 Determine the installation position of the Bitopa probe flowmeter. The 5# hot blast stove used a V-shaped cone flowmeter before. Since the V-shaped cone flowmeter is about 2 meters long, it is directly connected to the coal branch pipe with a flange, which cannot be disassembled during normal maintenance, and the lower flange is 14 meters away from the hot blast stove platform. Only 0.3 meters, because the V-shaped cone flowmeter will affect the airflow in a certain distance below, and even generate eddy currents, so it is impossible to install the Pitoba probe flow on the 14-meter platform of the hot blast stove near the lower flange of the V-shaped cone count. Therefore, it is determined to install the straight pipe section of the gas pipeline on the 7-meter platform of the hot blast stove, and the installation platform of the Pitoba flowmeter is welded. The 6# hot blast stove used the Verabar flowmeter before. Since the Verabar flowmeter is also vertically inserted into the gas branch pipe from the outside of the pipeline,Therefore, after dismantling the Verabar flowmeter and closing the primary valve, the Pitoba flowmeter was installed at the straight section of the gas branch pipe on the 14-meter platform of the hot blast stove. 4.2 Install the Pitoba Probe Flowmeter. The anti-blocking type Bitoba is installed in a vertical insertion installation method from the outside on a vertical pipe. There are various installation methods such as threaded connection and flange connection. When installing with flange connection, it is only necessary to drill an insertion hole of about 50 ram in the measuring pipe, and then position the flange connection seat on the pipe. The blue can be tightened.
With technology speeding up in lighting speed, have created quite a name for itself amidst endress hauser ultrasonic flow meter and it happens to have a lot of benefits as well.
Beijing Sincerity Automatic Equipment Co., Ltd’s sole aim is to provide exquisite and unheard of features to the concept of producing technology.
Beijing Sincerity Automatic Equipment Co., Ltd knew the only way to remain competitive was to ensure quality of service and customer satisfaction above all.
mass flow meter are less complex compared with insertion ultrasonic flow meter.
The coriolis density meter mass flow meter has significantly numerous benefits over other u shape coriolis mass flow meter systems, which makes it first choice for v shape coriolis mass flow meter.

Abstract: The characteristics and application information of Verabar flowmeters are provided by excellent flowmeter and flowmeter manufacturers and quotation manufacturers. Differential pressure flowmeters are widely used in the industrial field, accounting for more than 70% of the total number of flowmeter applications in the entire industry. With the rapid development of electronic technology, the level of transmitter and secondary instrument has undergone a qualitative leap, and the accuracy, sensitivity and function have reached a higher level. For more flowmeter manufacturers to select models and price quotations, you are welcome to inquire. The following are the characteristics and application details of Verabar flowmeters. Differential pressure flowmeters are widely used in the industrial field, accounting for more than 70% of the total number of flowmeter applications in the entire industry. With the rapid development of electronic technology, the level of transmitter and secondary instrument has undergone a qualitative leap, and the accuracy, sensitivity and function have reached a high level, and the transmitter can distinguish the pressure difference as small as a few Pa. However, there has not been a major breakthrough in the problem of measuring the source components once for decades, which has become a bottleneck restricting the horizontal development of differential pressure flowmeters. 1 The structure of the Verabar flowmeter The probe of the Verabar steam flowmeter is a single-piece double-chamber structure probe made of 316 stainless steel. Velocity profile of pairs of pressure taps throughout the entire pipeline. The pressure-taking holes facing the fluid read the high-pressure average signal, and the low-pressure pressure-taking holes on the side and rear sides of the probe, before the separation point between the fluid and the probe, read the low-pressure average signal. 2 The principle of Verabar flowmeter When the fluid flows through the probe, a high-pressure distribution area is generated in front of it, and the pressure of the high-pressure distribution area is slightly higher than the static pressure of the pipeline. According to the principle of Bernoulli's equation, when the fluid flows through the probe, the speed increases, and a low-pressure distribution area is generated at the rear of the probe. The pressure of the low-pressure distribution area is slightly lower than the static pressure of the pipeline. After the fluid flows through the probe, a partial vacuum is generated at the back of the probe, and vortices appear on both sides of the probe. The Velocity Flow Probe can accurately detect the average differential pressure generated by the average velocity of the fluid. Like other differential pressure flow meters, it follows Bernoulli's equation qv=KC△p(1) where qv—Volume flow of fluid; K—Flow coefficient; C—Flow constant (constant); △p—Differential pressure generated by the differential pressure generator. C is a constant. To determine qv, K and Δp must be determined. 2.1 Flow coefficient K According to aerodynamics, fluid mechanics theory, boundary layer theory and actual fluid test data, after the exploration of 5a, the mathematical analysis model of K of the Verabar flow probe was pioneered. K=1/[1/(1-Cbβv)+C](2) where Cb—boundary layer coefficient;βv—blocking factor. This is a supplement to the specific application of Bernoulli's equation theory. 1) The accuracy of K is +0.5%, confirmed by comprehensive testing by the world-renowned independent flow laboratory. 2) K is linear, and its change has nothing to do with the change of Reynolds number, which ensures that the measurement result can reach an accuracy of +0.5% at a turndown ratio higher than 10:1. 3) The flow coefficient of Verabar is more accurate and easier to know than other flow meters. 2.2 The accuracy and stability of the differential pressure △p△p read by the Verabar flowmeter depends on the unique scientific design of the Verabar flowmeter: 1) The shape of the probe receives the least traction, so that the separation point between the fluid and the probe is fixed. 2) The use of a complete metal cavity structure avoids the leakage between the chambers caused by the three-piece structure of other probes, increases the strength of the probe, and ensures its accuracy. 3) The low pressure holes are taken on the back two sides of the probe side, before the separation point between the probe and the fluid, so that the low pressure holes are not affected by eddy currents, and the low pressure holes are prevented from being blocked, so that the low pressure signal is more stable and the measurement is more accurate. 4) Rough surface treatment and anti-silting groove: control the surface layer. Under various flow rates, the surface layer of the fluid on the probe surface is a turbulent layer, which ensures that the probe can still obtain stable and accurate signals when the flow rate is low. 5) The probe passes through the entire section of the fluid in the pipeline, and the pressure is taken by multiple pressure-taking holes. The spacing of the pressure-taking holes is obtained after the area integration, and the measured signal is the real signal reflecting the average velocity of the fluid. 3 Main features 1) It can detect the temperature and pressure of the medium and automatically compensate the flow, with an accuracy of +1.0%. 2) Long-term stability of accuracy can be guaranteed. 3) The anti-blocking design of the Verabar flowmeter probe completely gets rid of the drawbacks of the plug-in type such as Anuba flowmeters that are easy to block, so that the level of the uniform tube flowmeter has reached an unprecedented height. 4) No mechanical moving parts, not easy to corrode, high reliability, good stability and less maintenance. 5) A hand valve is set at the interface of the valve, which makes installation and maintenance simpler, reduces the number of fittings, and reduces the cost of hardware connection. 6) The well-designed three-way joint allows direct connection with the transmitter, without the need for three-valve manifolds and impulse pipes. 7) The flexible QuickJackHotTap operating system can easily and quickly complete the insertion and retraction of the probe. 8) The safety spring locking device keeps the probe well sealed and securely installed. When the pipe size changes or when pressure, temperature and mechanical force changes, the probe can maintain stress contact with the opposite pipe wall at all times. 9) Small pressure loss and low energy consumption. 4 Application of Verabar flowmeter Verabar flowmeter can be used in major petrochemical enterprises to measure the flow of various single-phase gas, liquid and steam media under full pipe conditions.
mass flow meter is an inevitable and critical part of being a manufacturer, and it's more complicated than just manufacturing products and serving customers.
Beijing Sincerity Automatic Equipment Co., Ltd will be known for our leadership edge, through our passion for high standards, our respect for diversity and our commitment to create exceptional opportunities for professional growth so that associates can fulfill their highest potential.
By building an connection around Sincerity and catering specifically to the craft beer crowd, Beijing Sincerity Automatic Equipment Co., Ltd was able to raise the capital and brand awareness needed to successfully break into the domestic market with a groundswell of support.
To offer abundant options of product is an important factor to a company, such as mass flow meterendress hauser coriolis mass flow meter to afford high-quality products for customers.
We afford not only the best product but also the comprehensive service, satisfy the customer's demands.