Instrumentation Calculator was an education app developed by S Bharadwaj Reddy. It was removed from Google Play Dec 15, 2023 and is no longer available for download.
Download Statistics
Instrumentation Calculator had been downloaded 46 thousand times before it became unavailable.
User Ratings
Instrumentation Calculator was rated 4.73 out of 5 stars, based on 210 ratings.
App Information
Instrumentation Calculator was free to download. The APK download size was 1.95 MB. The last available version was 2.0. The last update was on November 17, 2015.
Technical Requirements
Instrumentation Calculator required Android 2.3+ or higher. The app had a content rating of Everyone. The app had been available on Google Play November 2015.
Description
The Instrumentation Calculator App is very useful in day to day activities of an instrumentation engineer.
The Instrumentation Calculator App Key contributions:
★ Instrumentation Maintenance Activities ★ Field Transmitters Troubleshooting ★ Useful During Loop Checks ★ Useful During Logic Checks ★ Useful During Commissioning of a Plant ★ DCS & Field Reading mismatch calculations ★ Instrument Main cable Faults ★ Cable Voltage/Current Drops due to Resistance ★ DCS/ESD/PLC Analog input / Analog output 4-20 mA Calculations etc...
The Instrumentation Calculator App Functions as follows :
★ Calculate 4-20 mA Current from Process Variable, LRV & URV ★ Calculate Process Variable from 4-20 mA, LRV & URV ★ Calculate 0-100 % Percentage from 4-20 mA Current ★ Calculate 4-20 mA Current from 0-100% Percentage ★ Calculate 0-100 % Percentage from Process Variable ★ Calculate Process Variable from 0-100 % Percentage
Note: Process Variable, LRV & URV units must be same.
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How to Use Instrumentation Calculator App:
1. Enter the Lower Range Value (LRV) of the Field Transmitter. (Minimum Value of the Transmitter Range) 2. Enter the Upper Range Value (URV) of the Field Transmitter. (Maximum Value of the Transmitter Range) 3. Select the Input type i.e. any one of the list - Process variable, 4-20 mA Current & Percentage. (Say you want to calculate the mA current output from Process Variable then Select Input as Process variable.) 4. Enter the Input Value depending on the above selection. (Say you selected the Process Variable in above selection list then enter the Process Variable (PV) Value.) 5. Select the required Output type in the drop down list. (Say you are calculating the mA current from Process Variable, So output type is 4-20 mA.) 6. Press Calculate button & the result is shown below the button.
EXAMPLE:
A Temperature Transmitter having a range of 0 to 150 Deg C and showing a Value of 125 Deg C in the field. Calculate equivalent 4-20 mA Current output.
Simply from the question, we need to calculate 4-20 mA from the Process Variable
Requirement
Select Input type = Process Variable Select Output type = 4-20 mA
Enter the following data in the app
LRV = 0 Deg C URV = 150 Deg C Process Variable (PV) = 125 Deg C
Note: LRV, URV, Process Variable units must be same & not required to enter in the app.
Press Calculate & Result shown below the calculate button
Result = 17.33 mA
That's it, Very Simple to use.
Support Our Instrumentation Calculator App: Like it, Share it, Give Comments & Encourage us.
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Comments on Instrumentation Calculator for Android
★★★★★
Square Root Would be nice to have a square root converter to linear and vice versa.
★★★★★
Thanx to the developer for this nice app, its very helpful for learners & professionals. It will be effective and excellent if linear to nonlinear, and temperature (RTD, mv) calculations are also included.
★★★★★
Very good apk Sir, thanks for sharing this apk
★★★★★
It's awesome I'm very thankful to you sir. You're this application is very helpful to us.
★★☆☆☆
I want to know that what if the reason of putting low and high range value. Because the output won't change if we very the low and high range value
★★☆☆☆
This app can not calculate measurement for orifice flow method.
★★☆☆☆
We are not able to used it for minus range (ex.-30 to +30)
Technologies used by Instrumentation Calculator
2 permissions·2 libraries
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