YK-XWF. Smart Precession Vortex Flowmeter

YK-XWF series Smart Precession Vortex Flowmeter adopts advanced microprocessor technology. It features powerful functions, wide flow range, simple operation and maintenance, and easy installation and use. Its main technical performance reaches the advanced level of similar international products. It is widely used in petroleum, chemical, power, metallurgy, coal and other industries for gas and liquid flow measurement.
description1
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Product Parameters
Parameter Specification Parameter Specification
Structural Form Integrated Type, Split Type Connection Method Flanged Type
Housing Material Aluminum Alloy, Stainless Steel Compensation Mode Uncompensated, Temperature & Pressure Compensated
Body Material Aluminum Alloy, SUS304 Ambient Temperature -25 ~ 80℃
Process Temperature -20 ~ 80℃ Applicable Pressure 0~16 MPa (Negotiable)
Accuracy ±1.5% Electrical Interface M20×1.5 (Negotiable)
Output Mode Pulse, 4~20mA, HART Protocol, RS485 Protection Grade IP65, IP66
Certification Intrinsically Safe, Flameproof Power Supply Voltage 24VDC, Battery
Product Principle

The core principle of smart precession vortex flowmeter is based on the structure of the Venturi tube and the detection of vortex precession frequency. It generates secondary rotating vortices through spiral guide vanes and combines with a microprocessor to automatically compensate for temperature, pressure, and compression factor in real time.This instrument adopts a mechatronics integrated design, integrating flow probes, pressure sensors, and intelligent chips. It has no mechanical movable parts and is corrosion-resistant. Built in dual detection anti-interference technology and intelligent earthquake resistant system, supporting operation without external power supply, equipped with LCD screen to display instantaneous/cumulative flow and environmental parameters. Supports RS485, HART protocol and other signal outputs, with built-in EEPROM for storing historical data throughout the year. The applicable temperature range is -30 ℃ to+80 ℃, with a nominal pressure of 6.3MPa. Installation must meet the requirements of upstream and downstream straight pipe sections and be regularly calibrated.

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