You said the deepest vacuum we can get is -14.696 in/hG... do you mean pounds per square inch (gauge,) since 1 atm is 14.7 psi at sea level? I assume we could reach closer to -28 to -29.5 in/hG (gauge) which is near a perfect vacuum. Obviously, we can never hit perfect. Thanks for some math
Hi Jim, I constantly follow your Tutorials I respect you very much, you can show me some specialized literature for the HVAC sector, obviously I don't hope to find them in Italian translation, it is also good in English, thanks from a colleague who lives in Tuscany - Italy
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This video 201 is golden for showing a boss that cares. It's convincing, scientifically. Also I am SO happy to see this series, BIG 👍
Good luck finding one 😮💨
You said the deepest vacuum we can get is -14.696 in/hG... do you mean pounds per square inch (gauge,) since 1 atm is 14.7 psi at sea level? I assume we could reach closer to -28 to -29.5 in/hG (gauge) which is near a perfect vacuum. Obviously, we can never hit perfect.
Thanks for some math
Hi Jim, I constantly follow your Tutorials I respect you very much, you can show me some specialized literature for the HVAC sector, obviously I don't hope to find them in Italian translation, it is also good in English, thanks from a colleague who lives in Tuscany - Italy
Thanks for the video. If someone ever questions me using larger hoses direct to the pump with no manifold, ill just tell them watch this video.
Thank you, great info!