Difference between revisions of "Water Depth sensor for Island"
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= Concept = | = Concept = | ||
| + | Water depth directly correlates to Water pressure once ambient air pressure is compensated for. | ||
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| + | In other words, determine the Pressure at a point under water, then compensate for Air Pressure near the same point above the water, and Water Depth should result. | ||
= Components = | = Components = | ||
| − | * [http://www.milonetech.com/Purchase_eTape.html eTape Strips to measure fluid depth up to 32"] | + | * [http://www.milonetech.com/Purchase_eTape.html eTape Strips to measure fluid depth up to 32"] - These work by detecting the hydrostatic pressure of liquid squeezing the strip and resulting in a change in resistance. |
= Similar Projects = | = Similar Projects = | ||
* [http://arduinotronics.blogspot.com/2011/07/water-pressure-sensor.html Water Pressure sensor] | * [http://arduinotronics.blogspot.com/2011/07/water-pressure-sensor.html Water Pressure sensor] | ||
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| + | [[Category:Projects]] | ||
| + | [[Category:Raspberry Pi]] | ||
Latest revision as of 10:35, 3 June 2015
Concept
Water depth directly correlates to Water pressure once ambient air pressure is compensated for.
In other words, determine the Pressure at a point under water, then compensate for Air Pressure near the same point above the water, and Water Depth should result.
Components
- eTape Strips to measure fluid depth up to 32" - These work by detecting the hydrostatic pressure of liquid squeezing the strip and resulting in a change in resistance.
