XG-W type Velbar flowmeter

The XG-W type Velbar flowmeter is a high-precision measuring instrument developed based on the Pitot tube speed measurement principle, using advanced aerodynamic principles and supplemented by wind tunnel testing methods. It is a differential pressure and rate-averaging flow sensor. The flow rate is represented by the difference between the average total pressure and static pressure of the sensor in the fluid, which is commonly used to measure the flow rate of liquids, gases, and vapors.    

Product Features:
1. The measuring surface is designed based on aerodynamic principles and, after special processing, can generate very little fluid traction force and vortex shedding force.
2. The static pressure generated by the static pressure hole on the side is located before the separation point between the fluid and the sensor, and is a stable, non-pulsating differential pressure signal.
3. There are no movable parts in the structure, which ensures the lifespan of the sensor and long-term stability.
4. High precision (± 0.5~1.0% F.S) and good repeatability (± 1.0%).
5. This flowmeter has low pressure loss, greatly reducing energy consumption.
6. The static pressure port of the flowmeter is located on both sides of the sensor and is extremely insensitive to foreign objects and dust in the medium.
7. This flowmeter is basically maintenance-free, easy to install, and cost-effective.
8. For the convenience of users, our company's Weiliba flowmeter has integrated and split structures.
9. The intelligent integrated power flow meter adopts advanced circuit design, with powerful functions, low power consumption, a large-screen LCD for flow information, and internal storage to ensure data security.
10. The integrated Powerbar flowmeter system can be powered by batteries and external 24VDC, with an output of 4-20mA, pulse signal, and Hart protocol.  

Main selling points:
1. Small pressure loss and low energy consumption: Based on the principle of averaging tube measurement, the pressure loss is much lower than that of throttling flow meters, which saves power and energy consumption during long-term operation and is suitable for continuous working conditions with large pipe diameters.
2. Moderate requirements for straight pipe sections: The probe rectification design requires a shorter straight pipe section compared to orifice plates, making it suitable for renovation projects with limited pipeline space on site.
3. Integrated structure, maintenance-free: No moving mechanical parts; sturdy and impact-resistant; not easily worn; basically no need for frequent maintenance after installation; long service life.
4. Wide range: It can achieve low- to high-flow-rate measurement, and one instrument can cover a large flow range, measuring liquids, gases, and vapors.

Application industry:
1. Electric thermal power: monitoring the flow of boiler air supply, induced draft, flue gas, steam, circulating water, and gas in power plants.
2. Metallurgical industry: Flow detection of blast furnace gas, coke oven gas, compressed air, flue gas, and cooling water.
3. Petrochemical industry: Process gases, various types of steam, circulating process fluids, and flow measurement and monitoring of large-diameter pipelines.
4. HVAC municipal: Measurement of steam, gas, industrial waste gas, and ventilation duct airflow for urban centralized heating.