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A+K integrated balance flowmeter is based on A+K porous balance rectification technology, combined with flow measurement technology, detection technology and communication technology, integrated primary components, pressure inductor, transmission unit and computing unit, output representing the differential pressure or flow signal products. The integrated balance flowmeter adopts the overall design of optimizing measurement performance. It has the characteristics of compact structure, high system accuracy, wide measuring range, short requirements of straight pipe section and convenient installation on site. It avoids many difficulties in design, procurement, installation and debugging.

Turn complex into simple, truly integrated product

Through the integration of flow measurement technology, signal detection technology and communication technology, the original many components are integrated into a streamlined product structure, becoming a whole, simplifying the design and procurement process, saving time and cost.

Reduce field work, reduce leakage points, save the total investment

The integrated balance flowmeter breaks the traditional installation mode, simplifies the on-site installation process, reduces the installation workload and leakage point, and saves the installation and maintenance labor cost.

Adopt international quality transmitter, excellent performance

International quality transmitter as the conversion unit, with mature technology, superior measurement performance and long-term stability. It can accurately and stably carry out signal measurement, flow calculation and signal transmission.

Strong and durable, improve production efficiency

Reliable balanced flow sensor and stable transmission conversion unit, so that it can be stable and accurate measurement for a long time, reduce the maintenance and repair on the labor cost and time cost, improve the overall production efficiency.

Specification design to ensure accuracy and consistency of measurement

The integrated balance flowmeter is designed and manufactured according to the relevant standards, which conforms to the configuration and installation measurement requirements of the differential pressure flowmeter, and adopts the necessary detection means to ensure the quality of the product and the superiority of the measurement system. On the premise of meeting relevant standards, flow calibration can be carried out to further improve product performance and achieve higher actual measurement accuracy.

The straight pipe section should be short

The balanced flow sensor can rectify the flow field, so that the field is easier to meet the requirements of the straight pipe section, and carry out high precision flow measurement in the short straight pipe section. Conventional straight pipe section is required to be 2D front and rear.

Reduce signal distortion and improve measurement accuracy

Shorter priming pipe can effectively reduce the distortion of signal transmission, and a series of measures and designs are adopted to improve the measurement accuracy.

Improve the process control precision, improve the yield

Process control precision determines the precise proportion of chemical products and the accuracy of process conditions. The improvement of measurement accuracy can improve product quality and yield, and reduce the generation of pollutants and wastes.

Save running cost

Permanent pressure loss determines the operating energy consumption. Flowmeters with lower permanent pressure loss, combined with variable frequency power equipment, can better save operating costs.

Intelligent computing

High precision physical property database is used in the design to ensure the consistency and correctness of the design and improve the design accuracy.

Flow type products adopt standard flow calculation method, automatic flow calculation and compensation calculation, to ensure the accuracy and correctness of flow calculation.

Meet site requirements

Design product structure and configuration according to the characteristics of working conditions, to meet the site measurement requirements and use habits.

Complete configuration and test in factory, quality assurance

All assembly and testing work is done at the production plant, configured and tested according to the design, and only simple adjustments are required after on-site installation.

Integrated balance flowmeter classification

V series integrated balance flowmeter

V series integrated balance flowmeter is the product of differential pressure output for the purpose of simple structure configuration of differential pressure transformer unit, with 4-20mA output linear differential pressure signal or flow signal (differential pressure after opening). V series integrated balance flowmeter is equipped with appropriate range of transmission unit according to the design condition, and configuration is carried out according to the design parameters.

Meet measurement applications for differential pressure (actual volume flow) output purposes, mainly for liquid measurements, but also for uncompensated gas and vapor measurements.

M series integrated balance flowmeter

M series integrated balance flowmeters are designed to measure products for mass flow or modified volume flow output. M series products take the flow transmitter with differential pressure, pressure and temperature acquisition and flow calculation functions as the transmission and calculation unit, complete the flow calculation and compensation calculation in the flow converter unit, output the compensated flow signal. Signal processing and traffic calculation are completed in the traffic transmitter, reducing the accuracy loss of signal transmission process, improving the accuracy of traffic calculation, reducing 2/3 of the system access points and leads, and reducing the workload of the system.

Meet the application requirements of compensated traffic output and field traffic display. The meter outputs the compensated flow rate and displays it to facilitate field inspection. It is commonly used for the measurement of gases and vapors, and is also suitable for the precise compensation of liquid density applications.