Strobe light tachometer
Detailed App Info:
Application Description
When the flicker frequency of light coincides with the speed of any object, such as a fan, the rotating fan may seem to be stationary. Changing the frequency of the flicker of light may help detect the speed of rotation.
You may easily use flicker frequency control buttons to quickly assign flicker frequency with a value within the range of 0.01Hz to 100Hz (from 1 to 6000 RPM) with an accuracy of 0.01Hz (1 RPM). If the speed is more than 6000 RPM (e.g. 11000 RPM), you may still determine the speed by first making measurements with a lower flicker frequency, and then making a simple calculation (as explained in the app). To change the frequency, you should simply press and hold the button. Flicker frequency can be displayed either in Hz or RPM.
After determining the speed of rotation, you can save your readings by making a photo with the result of the measurement written on it.
You may easily use flicker frequency control buttons to quickly assign flicker frequency with a value within the range of 0.01Hz to 100Hz (from 1 to 6000 RPM) with an accuracy of 0.01Hz (1 RPM). If the speed is more than 6000 RPM (e.g. 11000 RPM), you may still determine the speed by first making measurements with a lower flicker frequency, and then making a simple calculation (as explained in the app). To change the frequency, you should simply press and hold the button. Flicker frequency can be displayed either in Hz or RPM.
After determining the speed of rotation, you can save your readings by making a photo with the result of the measurement written on it.
Requirements
Your mobile device must have at least 2.07 MB of space to download and install Strobe light tachometer app. Strobe light tachometer is available on iTunes for $0.00
If you have any problems with installation or in-app purchase, found bugs, questions, comments about this application, you can visit the official website of Dmitriy Kharutskiy at http://usefulmobileapps.com/en/strobe-light-tachometer.php.
Copyright © 2014 Dmitriy Kharutskiy
