We provide Pneumatic Test Calculator online (apkid: com.pneumaticcalculator.test) in order to run this application in our online Android emulator.
Description:
Run this app named Pneumatic Test Calculator using MyAndroid.
You can do it using our Android online emulator.
The Pneumatic Test Calculator is designed to calculate the overall pressure increase or decrease (over a set period of time) of a device/component under test, taking into account the effects of both changes in temperature and barometric/atmospheric pressure.
Inspiration:
A pneumatic test is generally performed on large Turbo-Generators which have directly water-cooled stator bars (windings) during major overhauls to ensure there are no leaks within the system.
Any leaks within the system could lead to flashovers/earth faults during operation and increase the generator downtime.
As the volume of the stator bars is constant, Gay-Lussac's Law may be applied.
Gay-Lussacs law, in simple terms, is that the pressure exerted by a gas is proportional to the temperature of the gas when the mass and volume of the gas are kept constant.
As pressure gauge readings measured depend upon the barometric/atmospheric pressure, the app makes use of the absolute pressure reading to perform all calculations.
Due to the size of the turbo-generators, several temperature readings are usually taken and the average is calculated.
As such, the application also features a built-in "average calculator" which may be used for quick assistance.
The output of the calculator shows the variation both as a pressure value (kPa) and as a percentage of the initial pressure.
Though the inspiration behind the application came about for the use on large turbo-generator testing.
The application may be used on any component being pressure tested where the component maintains a constant volume.
Inspiration:
A pneumatic test is generally performed on large Turbo-Generators which have directly water-cooled stator bars (windings) during major overhauls to ensure there are no leaks within the system.
Any leaks within the system could lead to flashovers/earth faults during operation and increase the generator downtime.
As the volume of the stator bars is constant, Gay-Lussac's Law may be applied.
Gay-Lussacs law, in simple terms, is that the pressure exerted by a gas is proportional to the temperature of the gas when the mass and volume of the gas are kept constant.
As pressure gauge readings measured depend upon the barometric/atmospheric pressure, the app makes use of the absolute pressure reading to perform all calculations.
Due to the size of the turbo-generators, several temperature readings are usually taken and the average is calculated.
As such, the application also features a built-in "average calculator" which may be used for quick assistance.
The output of the calculator shows the variation both as a pressure value (kPa) and as a percentage of the initial pressure.
Though the inspiration behind the application came about for the use on large turbo-generator testing.
The application may be used on any component being pressure tested where the component maintains a constant volume.
MyAndroid is not a downloader online for Pneumatic Test Calculator. It only allows to test online Pneumatic Test Calculator with apkid com.pneumaticcalculator.test. MyAndroid provides the official Google Play Store to run Pneumatic Test Calculator online.
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