Lets assume for arguments sake. We have a TM and a porty. We measure the specs of both at the machine. Lets assume 2" diameter hose.
TM Specs: 200 CFM, 200" Lift
Porty Specs: 200 CFM, 200" Lift
(Reliabuilt's small TM and the Sandia Sniper (dual 3 stage) have similar specs)
We all know that with every 25' section of vacuum hose we loose suction.
If both units have the same specs at the machine, then they would have the same specs at 100' of vacuum hose. Vacuum degrades at the same rate per foot (assuming same hose diameter) once it leaves the machine.
So why do we assume the TM will perform better at 100' of hose than the porty? If they have similar specs at the machine, then they will have similar specs at the same hose run.
Thoughts anyone?
This seems like basic logic to me.
TM Specs: 200 CFM, 200" Lift
Porty Specs: 200 CFM, 200" Lift
(Reliabuilt's small TM and the Sandia Sniper (dual 3 stage) have similar specs)
We all know that with every 25' section of vacuum hose we loose suction.
If both units have the same specs at the machine, then they would have the same specs at 100' of vacuum hose. Vacuum degrades at the same rate per foot (assuming same hose diameter) once it leaves the machine.
So why do we assume the TM will perform better at 100' of hose than the porty? If they have similar specs at the machine, then they will have similar specs at the same hose run.
Thoughts anyone?
This seems like basic logic to me.