Working Principle of Gas Turbine Meter Fluxi 2000/TZ and Gas Volume Converter

Hidayanti*, Fitria and Ishthafayna, Haura (2020) Working Principle of Gas Turbine Meter Fluxi 2000/TZ and Gas Volume Converter. International Journal of Management and Humanities, 4 (8). pp. 90-93. ISSN 23940913

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Abstract

The use of natural gas in several countries, especially in Indonesia is essential. In gas distribution, every industry and household will not be separated from the measurement system that aims to find out how much natural gas has been used. For this reason, the use of a gas flow meter is necessary. There are several types of gas flow meter can be used in measuring the gas volume. Some types of gas flow meters are gas turbine meters, rotary gas meters and diaphragm gas meters. The primary difference of each type of gas flow meter is the pressure capacity and the speed of the gas flow through it. Flow meter gas turbine is one type of gas flow rate measuring device. There are moving parts consisting of a propeller whose rotation speed is proportional to the flow rate through the flow meter. The type of gas turbine meter is Fluxi 2000/TZ. Fluxi 2000/TZ is designed to measure natural gas and various non-corrosive gases. This tool can be used to measure low gas flow and high gas flow. This tool can also be used to measure flow under various pressure conditions. Corus is the name of the type of gas volume converter. Corus is one instrument that supports the reading process of various gas meters, and one of them is a gas turbine meter. Corus is designed to achieve high levels of performance and accuracy from robust electronic equipment so that the results of reading the fluid volume available on the gas turbine meter can be calculated more accurately regard to the amount of temperature, pressure and compressibility. The working principle and characteristics of the two instruments make the measurements more accurate.

Item Type: Article
Subjects: Archive Digital > Social Sciences and Humanities
Depositing User: Unnamed user with email support@archivedigit.com
Date Deposited: 22 Apr 2023 08:02
Last Modified: 27 Feb 2024 04:44
URI: http://eprints.ditdo.in/id/eprint/623

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