Brief: Want to know how the HQ-LUGB Temperature Pressure Compensation Vortex Flow Meter achieves accurate flow measurement for gases and steam? In this video, we demonstrate its integrated design and walk you through the working principle based on the Karman vortex street. You'll see how it processes temperature, pressure, and flow signals to deliver compensated standard flow rates, making it ideal for demanding industrial applications.
Related Product Features:
Integrated design combines temperature, pressure, and flow signals for automatic compensation of gas and steam flow rates.
Compact and robust structure with no moving parts ensures high reliability and long-term operational stability.
Wide measurement range with a range ratio of 1:10, suitable for various flow conditions.
Low power consumption technology allows battery-powered operation for over two years.
High accuracy with ±1.0% for liquids and ±1.5% for gases and steam.
Easy installation and maintenance with options for flange connection or clamping.
Excellent shock and interference resistance, suitable for harsh industrial environments.
Versatile output options including 4-20mA, pulse, and RS-485 communication.
FAQs:
What media can the HQ-LUGB Vortex Flow Meter measure?
It is suitable for measuring superheated steam, saturated steam, compressed air, general gases, water, and various liquids, making it highly versatile for industrial applications.
How does the temperature and pressure compensation work?
The flowmeter integrates temperature, pressure, and flow signals. An intelligent digital processor mixes and processes these signals to output a compensated standard flow rate, ensuring accuracy for gas and steam measurements.
What is the operating temperature and pressure range?
The medium temperature range is typically -40°C to +350°C (with options up to +450°C), and the working pressure can be up to 4.0MPa, with higher pressures available upon customization.
Is the vortex flowmeter suitable for hazardous areas?
Yes, explosion-proof versions are available with an explosion-proof mark of Exd I BT4, making them safe for use in potentially explosive environments.