Detailed explanation of the application and characteristics of gas turbine flowmeter

It is a commonly used flow measurement instrument with obvious advantages such as compact structure, intuitive and clear reading, high reliability, no interference from external power supply, lightning resistance, low cost, etc. Today we mainly introduce the application and characteristics of gas turbine flowmeter, hoping to help users better apply the product.

Application of Gas Turbine Flow Meter

Gas turbine flowmeter is a kind of precision flow measurement instrument

, can be used to measure the flow and total amount of liquid when matched with the corresponding flow totalizer. Gas turbine flowmeter is widely used in measurement and control systems in the fields of petroleum, chemical industry, metallurgy, scientific research, etc. Gas turbine flowmeter equipped with sanitary connector can be used in the pharmaceutical industry.

The integrated gas turbine flowmeter is explosion-proof and can display the total flow, instantaneous flow and percentage of full flow. The battery uses a long-lasting lithium battery. The battery life of the single-function totalizer can reach more than 5 years, and the battery life of the multi-function display meter can also reach more than 12 months.

The integrated meter head can display many flow units, including cubic meters, gallons, liters, standard cubic meters, standard liters, etc. Fixed pressure and temperature parameters can be set to compensate for the gas. In situations where the pressure and temperature parameters do not change much, the instrument can be used for fixed compensation integration.

Features of gas turbine flowmeter

The pressure loss is small and the impeller has anti-corrosion function;

Adopting advanced ultra-low power single-chip microcomputer technology, the whole machine has powerful functions, low power consumption and superior performance.

Intelligent flow display with nonlinear accuracy compensation function. The accuracy of the correction formula is better than ±0.02%

The instrument coefficient can be set online by pressing buttons and displayed on the LCD screen. The LCD screen is intuitive and clear, and has strong reliability.

EEPROM is used to protect the accumulated flow and instrument coefficient from power failure, with a protection time of more than 10 years

Adopt high-performance MCU central processor to complete data acquisition, processing, display output, cumulative flow, instantaneous flow synchronization

Convenient human-machine interface

Realize data transmission in standard 485 format.