ITT Goulds pump manuals (GPM6 or GPM7) have formulas and charts for determining minimum submergence
ITT Goulds pump manuals (GPM6 or GPM7) have formulas and charts for determining minimum submergence
(OP)
dear All,
Can some one provide me with a copy of ITT Goulds pump manuals (GPM6 or GPM70
I need to understand how to calculate below calculations
Min. Liquid Level (LLLL, Min. submergence)
First Stage
End of Pump (Including Suction Strainer)
Bottom of Pump Pit
Min. Submergence Level (from Suction Nozzle)
Bottom Clearance (Bottom to Stainer)
Nozzle Above Datum
Client have given me ..
Static Level (HHLL)
Pumping Level (HLL)
LLL
Can some one provide me with a copy of ITT Goulds pump manuals (GPM6 or GPM70
I need to understand how to calculate below calculations
Min. Liquid Level (LLLL, Min. submergence)
First Stage
End of Pump (Including Suction Strainer)
Bottom of Pump Pit
Min. Submergence Level (from Suction Nozzle)
Bottom Clearance (Bottom to Stainer)
Nozzle Above Datum
Client have given me ..
Static Level (HHLL)
Pumping Level (HLL)
LLL





RE: ITT Goulds pump manuals (GPM6 or GPM7) have formulas and charts for determining minimum submergence
This book is probably more helpful.
Garr M. Jones book, Pumping Station Design
http://www.amazon.com/Pumping-Station-Design-3rd-E...
Anything that you can imagine is covered in this book.
RE: ITT Goulds pump manuals (GPM6 or GPM7) have formulas and charts for determining minimum submergence
Dejan IVANOVIC
Process Engineer, MSChE
RE: ITT Goulds pump manuals (GPM6 or GPM7) have formulas and charts for determining minimum submergence
I'm not sure what you are looking for, however, here are a couple of pages that might help. Minimum submergence is a function of suction bell diameter and flow rate, it is usually specified by the manufacturer.
Most of your other items are dimensions based on your pump length and pit dimensions. See the attached.
RE: ITT Goulds pump manuals (GPM6 or GPM7) have formulas and charts for determining minimum submergence
http://turbolab.tamu.edu/proc/pumpproc/P16/P16161-...
http://www.pdhonline.org/courses/m134/m134content....
Dejan IVANOVIC
Process Engineer, MSChE