setup a scenario showing a moisture contaminated system with micron graph showing the moisture boiling out. Compare it to the same scenario only using 29in HG vacuum. For the guys that believe that 29in for 15 minutes is all you ever need. Not that they'd admit their procedures have been wrong.
@@MACEVES yeah I know what you’re talking about. Thought about it But it’s like having a conversation with a piece of wood 🪵 can’t have logical conversation with a log Maybe I’ll decide just to ignore them. Leave them in the Neanderthal era a brain activity.
So it takes "X" amount of extra time to "wait" at a higher micron to boil out impurities if using the tiny pump. The comment of @MACEVES below makes sense. It would be interesting to see the decay rate to flat line total purge of both pumps Nice video.
@@28704joe I have posted other videos with the Decay rate under different scenarios And I have more postings over on the Facebook group Automotive HVAC technicians And I have put links to Jake Jim Bergman‘s vacuum videos Saves me all the work from having to make videos that would be low-quality poor lighting, not edited and bad sound I got work to do I don’t have time to edit videos or do retakes
@@d46512 somewhere buried back in my 4000 videos And buried into Facebook amongst the videos of several hundred there . And some of the links that are posted to Brian orb also Greg and Thai and Jim Bergman’s videos everyone has a link to their vacuum videos showing the difference
setup a scenario showing a moisture contaminated system with micron graph showing the moisture boiling out. Compare it to the same scenario only using 29in HG vacuum. For the guys that believe that 29in for 15 minutes is all you ever need. Not that they'd admit their procedures have been wrong.
@@MACEVES yeah I know what you’re talking about.
Thought about it
But it’s like having a conversation with a piece of wood
🪵 can’t have logical conversation with a log
Maybe I’ll decide just to ignore them. Leave them in the Neanderthal era a brain activity.
So it takes "X" amount of extra time to "wait" at a higher micron to boil out impurities if using the tiny pump.
The comment of @MACEVES below makes sense. It would be interesting to see the decay rate to flat line total purge of both pumps
Nice video.
@@28704joe I have posted other videos with the Decay rate under different scenarios
And I have more postings over on the Facebook group
Automotive HVAC technicians
And I have put links to Jake Jim Bergman‘s vacuum videos
Saves me all the work from having to make videos that would be low-quality poor lighting, not edited and bad sound
I got work to do I don’t have time to edit videos or do retakes
@@coldfinger459sub0 Thank you, I will investigate
Where are the snapshots posted? Checked your Community tab wasn't there.
@@d46512 somewhere buried back in my 4000 videos
And buried into Facebook amongst the videos of several hundred there .
And some of the links that are posted to Brian orb also Greg and Thai and Jim Bergman’s videos everyone has a link to their vacuum videos showing the difference
Even if you had 4 of those battery pumps it wouldn’t come close to that big 12cfm
@@markm0000 👍 100% for sure will not even come close