Thank you, Steven, for confirming with numbers what my brain and body were telling me. I swore that there was almost like an equilibrium where the higher flow "made up" for the "less than the holy grail of 1000 PSI". This video really helped confirm that the 5.0 nozzle is the best for my Dual Ryobi setup as it is actually stressing the units less than the factory 1.7 nozzle did per unit. Power usage on a single was around 13 amps and with them working together, it runs around 11 amps each. It's been going strong for the last four months and I'm still happy with the results. I didn't realize how much "quieter" my system is than an Active 2.3. I measured 82 dB and read that the Active 2.3 is over 100 dB.
Awesome! There is a direct relationship with pressure and amperage. The only way to achieve more GPM and pressure at the same time is to improve the pumping efficiency. Less friction within the pump, proper mechanical linkages, etc... I can't believe the 2.3 is over 100 dba! That is LOUD
Great info and I appreciate the theoretical explanation. I’d like more detail on amperage, how it relates, and more detail on all of those variables you mentioned that impact pressure. Probably none of it makes a difference other than I enjoy understanding the theories. I can also relate back to similar concepts when I was in the fire department and we regulated the pressure on our pumps to determine flow after taking into account distance, hose diameter, and elevation impacts. Fun times.
I definitely need to do a part 2! I want to setup a small website to post all the formulas and calculations. I wanted to fit more into this video but my speech is sooo slooooow. In my head I feel like I'm talking way too fast, but then I re-watch I realize I take forever to say something 😅
There’s some great info here!! Thank you!
You have some super informative videos!!
@@debtennis1301 thank you! I’m glad you find them helpful!
Thank you, Steven, for confirming with numbers what my brain and body were telling me. I swore that there was almost like an equilibrium where the higher flow "made up" for the "less than the holy grail of 1000 PSI". This video really helped confirm that the 5.0 nozzle is the best for my Dual Ryobi setup as it is actually stressing the units less than the factory 1.7 nozzle did per unit. Power usage on a single was around 13 amps and with them working together, it runs around 11 amps each. It's been going strong for the last four months and I'm still happy with the results. I didn't realize how much "quieter" my system is than an Active 2.3. I measured 82 dB and read that the Active 2.3 is over 100 dB.
Awesome! There is a direct relationship with pressure and amperage. The only way to achieve more GPM and pressure at the same time is to improve the pumping efficiency. Less friction within the pump, proper mechanical linkages, etc... I can't believe the 2.3 is over 100 dba! That is LOUD
Great info and good stuff to know. That’s very interesting you caught on to the “*” I’ll have to pay more attention to that in the future.
@@BreezeMW Thanks for watching! It happens a ton. Most of the premium/industrial brand pumps are pretty good about it but it’s always worth checking.
Great info and I appreciate the theoretical explanation. I’d like more detail on amperage, how it relates, and more detail on all of those variables you mentioned that impact pressure. Probably none of it makes a difference other than I enjoy understanding the theories. I can also relate back to similar concepts when I was in the fire department and we regulated the pressure on our pumps to determine flow after taking into account distance, hose diameter, and elevation impacts. Fun times.
I definitely need to do a part 2! I want to setup a small website to post all the formulas and calculations. I wanted to fit more into this video but my speech is sooo slooooow. In my head I feel like I'm talking way too fast, but then I re-watch I realize I take forever to say something 😅
Second!!!!
First
Daaaang you beat Humberto!