Steam vortex flowmeter, boiler steam meter

Vortex flowmeter is mainly used for measuring steam, gas, and liquid

WF-LUGB temperature and pressure compensated vortex flowmeter

summary

Shandong vortex flowmeter belongs to the velocity type flowmeter, developed based on the Carmen vortex principle, and can be widely used to measure the volume flow rate and mass flow rate of liquids, gases, and steam (saturated steam, superheated steam). Vortex flow meters are widely used in industries such as petroleum, chemical, light industry, power heating, environmental protection, municipal engineering, and electricity.

Characteristics of WF-LUGB temperature and pressure compensated vortex flowmeter

1. Steam, gas, and liquid can all be measured

2. Low pressure loss

3. No compensation is required when measuring volumetric flow rate

4. Components with simple structure and no movement wear

5. High precision, high reliability, no need for on-site debugging

6. Easy installation and easy maintenance

7. Can transmit traffic signals over long distances, connect with computers, and achieve integrated management

Technical specifications of WF-LUGB temperature and pressure compensated vortex flowmeter

1. Measuring fluids: saturated steam, superheated steam, compressed air, general gases, liquids, etc

2. Rated pressure: 1.6Mpa, 2.5Mpa, 4.0Mpa and above

3. Body material: 304 stainless steel

4. Output signals: pulse signal, current signal, RS485

5. Electrical interface: M20 * 1.5

6. Environmental temperature: -20-60 degrees Celsius

7. Fluid temperature: -20-350 degrees

8. Accuracy level: liquid level 0.5, gas level 1.5

9. Power supply: 12-24VDC

Differential temperature and pressure compensation vortex flowmeter flow range:

Please consult sales personnel or call to request product color page instructions

Selection guide for temperature and pressure compensated vortex flowmeter

The measurement range of sensors varies depending on their caliber, and the measurement range of each caliber varies with the type of medium being measured, temperature, and pressure.

Therefore, the first step is to determine the general flow range of the fluid in the pipeline, and then determine the appropriate configuration (remote transmission or on-site display, whether temperature and pressure compensation is required, and the selection of an integrator)

The WF-LUGB temperature and pressure compensated vortex flowmeter includes: vortex flow sensor, pressure transmitter (equipped with elbow and needle valve), thermal resistor (including base), HY series digital LCD flow display instrument, flange, bolt gasket.

Partial temperature and pressure compensated vortex flowmeter (Figure 1) Partial temperature and pressure compensated vortex flowmeter (Figure 2)