lets asssume the worst case snenario that the hipac does not reduce down the exchange area flow.
*******I have no clue what you mean by this statment, sorry.....
that would be 1000 psi times the sq inches covered by the tube I.d (r times r times PI ) , yeilding the number of lbs trying to push the hipac system off the 2240..
****** so you would get 442 pounds force pushing the assembly apart at 1,000psi
******* neither that pressure nor piston size exists in the HiPac assembly
Im sure he reduces that channel to .25inches or less thus dispersing the pressure over different plains.
****** again, I cannot understand the mixture of terms here that do not apply to the HiPac
****** what do you mean by channel?
****** what do you mean by dispersing?
****** what do you mean by different plains?
