Using Cheap, Stackable, rechargable and Readily Available Components to warm IV Solutions.
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Sterile IV Warming - BOM.pdfAdobe Portable Document Format - 105.31 kB - 07/07/2020 at 03:40 |
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Sterile IV Warming.numbersnumbers - 228.41 kB - 07/07/2020 at 03:40 |
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Sterile IV Warming.pdfAdobe Portable Document Format - 480.56 kB - 07/06/2020 at 19:49 |
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According to this a 12 W heat exchanger would be suitable for this application
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Great concept, two questions though.
It appears that the heating is done by PCB strips below the battery. Why do you wrap the tubing around the battery. Just to get it out of the way?
How much saline can one charged battery heat? Probably should be 500ml to be useful.
when the battery is drained it heats up. (Not as much as the copper trace. This uses the battery as a “pre-heater”
1 Pod should provide enough heat to warm a 45 min IV Drip 23 Fahrenheit. And... By stacking them in series (3 Pods) it can warm fluids that are just above freezing if needed.
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hi are you going to prototype this board and test it? Let me know if you do!