PARKER Filter Flow Meter CODE-452-A-V1 Futures

PARKER Filter Flow Meter CODE-452-A-V1 Futures

Parker's Conflow452 series is a high-precision flow meter used to indicate highly accurate fluid flow in mining or quarry pipelines or hydraulic systems. It is suitable for systems with flow changes and/or flow j-end oscillations. PARKER Conflow flowmeter CODE-452-A-V1 is used in mining. PARKER Conflow Flow Meter CODE-452-A-V1 Futures

Conflow flowmeter CODE-452-A-V1 technical specifications:

Connection size: 1/2 ', 1/11/4', 11/2 ', 2'

Maximum operating pressure: 315 bar, 4569 psi

Weight: 3.81-25.5kg

Application: Fluid Monitoring

Industry: Mineral Resources

Parker's Conflow452 series is a high-precision flow meter used to indicate fluid flow in mining or quarry pipelines or hydraulic systems. It is suitable for systems with flow changes and/or severe flow oscillations.

The Conflow 452 series from Parker has correct readings and an accuracy of+/-2% of the full range due to factory settings and manually marked ranges. The flowmeter is also filled with glycerin to prevent pointer rebound and ensure stable and effective readings.

Parker's Conflow452 series can set traffic to the desired rate and provide various rates suitable for customer needs. Filtering is required in front of the instrument to avoid instrument unresponsive situations caused by incorrect readings or blockages.

Parker's Conflow 452 series is available in sizes ranging from 1/2 to 3 inches, with a maximum working pressure of 315 bar for 1-inch products.

Market:

quarry

Mining

Features/Advantages:

Calibrate separately to ± 2% of the z reading.

Heavy duty building structures

Glycine has a damping needle to prevent pulses during filling, and also has an anti fog observation window.

Pressure gauge accessories with side ports.

Durable and compact unit modules.

It has a side connection, which allows for the installation of pressure gauges.

Manually mark for accuracy.

Single or dual scale range reading, unit: liters per minute or gallons.

Application:

Monitor the flow of water or oil to various systems of the coal mining machine, AFC gearbox, and roof bolt machinery.

Monitoring transmission lines for dust prevention, motor cooling, ITP systems, and fire protection systems

Flow measurement is widely used in various fields such as industrial and agricultural production, national defense construction, scientific research, foreign trade, and people's daily lives. In the production of the petroleum industry, flow measurement runs through the entire process from oil extraction, transportation, refining and processing to trade and sales. Any link cannot be separated from flow measurement, otherwise the normal production and trade exchanges of the petroleum industry cannot be guaranteed. In the chemical industry, inaccurate flow measurement can cause an imbalance in the distribution ratio of chemical components, which cannot guarantee product quality and can even lead to production safety accidents. In the production of the power industry, the measurement and regulation of the flow rate of liquids, gases, steam and other media play an important role. The accuracy of flow measurement not only has great economic significance for ensuring the operation of power plants under optimal parameters, but also has become an important link in ensuring the safe operation of power plants with the development of high temperature, high pressure, and large capacity units. If the instantaneous feedwater flow of a large capacity boiler is interrupted or reduced, it may cause serious dry boiler or pipe burst accidents. This requires flow measurement devices to not only accurately measure, but also to promptly issue alarm signals. In the steel industry production, the flow measurement of circulating water and oxygen (or air) during the steelmaking process is one of the important parameters to ensure product quality. In industries such as light industry, food, and textiles, flow measurement is also indispensable.

The commonly used transducers are external clip on and plug-in. The structure of monaural ultrasonic flowmeter is simple and easy to use, but this flowmeter has poor adaptability to changes in flow distribution. The rapid development of microelectronics and computer technology has greatly promoted the upgrading of instruments, and new types of flowmeters have emerged like mushrooms after rain. So far, it is reported that hundreds of flow meters have been put into the market, and many difficult problems in on-site use are expected to be solved. The development of modern flow measurement technology in China was relatively late, and it was set at the upstream end of the measurement flow channel 6 relative to the holes 11 and 12 to reduce the flow of the measured fluid into the holes 11 and 12; Measurement control component 19 is used to measure the propagation time of ultrasonic waves between ultrasonic transducers 8 and 9; And the calculation component 20 is used to calculate the flow rate based on the signal from the measurement control component 19.

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PARKER Filter Flow Meter CODE-452-A-V1 Futures