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This article discusses the three requirements of meter sizing: it must produce estimates greater than average for all fixtures on the system during periods of heaviest demand; the method must yield reasonably accurate estimates of peak demand so as to avoid oversizing of piping; and, it must be adaptable for estimating the demand of groups of like fixtures as well as any number of different kinds. The criteria used by the author to examine the problem is listed, along with factors to consider when computing loss of pressure or head loss, and the experiences of four major city water utilities.
This article discusses the three requirements of meter sizing: it must produce estimates greater than average for all fixtures on the system during periods of heaviest demand; the method must yield reasonably accurate estimates of peak demand so as to avoid oversizing of piping; and, it must be adaptable for estimating the demand of groups of like fixtures as well as any number of different kinds. The criteria used by the author to examine the problem is listed, along with factors to consider when computing loss of pressure or head loss, and the experiences of four major city water utilities.
Correct Meter Sizing
Moodhe, Neil S. (Autor:in)
Journal ‐ American Water Works Association ; 59 ; 43-52
01.01.1967
10 pages
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
Meters , Head Loss , Pressure , Peak Demand
Wiley | 1936
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