Digital surface level detector

Posted on Thursday, December 15th, 2011 in project logs by DP

Shawon made a surface level meter that indicates when the surface of an object is not level. He used an SCA610 single-axis accelerometer to take the measurements. A PIC16F684 microcontroller controls the angle indicator LEDs and a buzzer. You can check out the video of his circuit in action below.

A bubble or spirit level meter is a handy tool to find whether a surface is horizontal or vertical. It is often carried by civil engineers, mechanical engineers, surveyors, carpenters, and many other professionals whose work involve precise alignments of horizontal and vertical planes. Original spirit levels had two banana-shaped curved glass vials at each viewing point and were much more complicated to use. Mechanical spirit level meters are still available both in 1D and 2D formats. However at present time their electronic counterparts have also emerged and are even available in modern Android equipped cell phones. It’s from there I got my inspiration to make a very simple digital spirit level. Here’s a demo of such an electronic spirit level made by using a Microchip PIC16F684 micro, a SCA610 accelerometer and a handful of other discrete components.

Via Embedded Lab.

This entry was posted on Thursday, December 15th, 2011 at 8:00 pm and is filed under project logs. You can follow any responses to this entry through the RSS 2.0 feed. You can skip to the end and leave a response. Pinging is currently not allowed.

4 Responses to “Digital surface level detector”

  1. Raj says:

    Two comments on this blog post:

    1. I want to correct that this project was actually made by Shawon Shahryiar and contributed to my blog site (Embedded Lab). It’s been mentioned at the bottom of the article clearly. So would you please correct the name?

    2. It was already featured on DP on Dec 11, 2011.


  2. Filip says:

    I apologize of the mistake, I corrected it as soon as I became aware of your comment. Thanks for putting us straight.

  3. patil c says:

    could you please me the source code(in c) for this topic..please please….do rply….i’m waiting.

  4. Raj says:

    Visit the original link of the post for source code:

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