Selection guide for intelligent gas turbine flowmeter

　　Intelligent gas turbine flowmeterIt is a velocity flow meter for measuring gas flow, which has the advantages of simple and lightweight structure, high measurement accuracy, good repeatability, wide measurement range, and easy installation and maintenance. Intelligent gas turbine flow meters are widely used in various departments and industrial fields such as petroleum, chemical, metallurgical, aviation, scientific research, etc., for measuring various gases such as natural gas, city gas, propane, butane, air, nitrogen, etc. Due to its high accuracy and good repeatability, the intelligent gas turbine flowmeter is suitable for trade measurement and industrial process detection.

When the intelligent gas turbine flowmeter is used for online measurement, its medium density changes with temperature and pressure. To measure, it is necessary to simultaneously track and detect the temperature and pressure of the medium, and convert the volume flow rate under different operating conditions into the volume flow rate under standard or agreed conditions.

Due to the integration of temperature, pressure, and flow sensors, the intelligent gas turbine flowmeter tracks and detects the temperature and pressure of the medium online, and performs automatic compensation and compression factor correction calculationsIntelligent gas turbine flowmeterIt has excellent low-pressure and high-pressure metering performance, especially suitable for measuring various single-phase gases, such as natural gas and other gases. According to the different requirements of users, our company provides intelligent gas turbine flow meters with different precision levels.

Selection of intelligent gas turbine flowmeter:

In order to ensure measurement, intelligent gas turbine flow meters must undergo calculation and selection. When selecting an intelligent gas turbine flowmeter, the following points should be noted:

1. When selecting an intelligent gas turbine flowmeter, it is necessary to provide the name of the measuring medium, product density and viscosity, operating temperature, operating pressure (pay attention to distinguishing between pressure and gauge pressure), maximum flow rate, and normal flow rate.

2. Depending on the medium and requirements, it is also necessary to provide the minimum flow rate, inner diameter of the pipeline, flow rate limiting conditions, percentage of mixed gas, operating and standard density, desired installation method, and pipeline standards.

3. It is recommended to use split type instruments for measuring high-temperature media or overhead pipelines.

4. The instrument diameter is calculated and determined through selection software based on the parameters provided by the user. It is recommended toIntelligent gas turbine flowmeterWork at 1/2-2/3 of the highest traffic volume.