From inside (document excerpt):
720/720G Series Radius: 22’55′ Flow rate: 0.8511.62 GPM 40°360° Full- and adjustable part-circle Specifications 720/720G Series Radius: 720: 22’38′ (6,711,5m) 720G: 19’38′ (5,511,5m) Flow rate (MultiMatrx adjustable-flow nozzle): 720: 39 GPM (11,334 LPM) 720G: 0.8511.62 GPM (3,744,0 LPM) Optimum nozzle performance: 65 psi (4,5 Bar) Adjustable trajectory: 5°25° Recommended operating pressure range: 720: Electric: 40120 psi (2,08,4 Bar) Normally Open: 4090 psi (2,06,2 Bar) Check-O-Matic: 4090 psi (2,06,2 Bar) 720G: 2050 psi (1,73,5 Bar) Standard pressure regulation: 720: 65 psi (4,5 Bar) (electric models only) Inlet: 720: 1 ” (25mm) female threaded NPT, ACME and BSP 720G: 3/4 ” threaded Dimensions: 720: Pop-up to center of nozzle: 27/8 ” (73mm) Body Height: 10 ” (250mm) 720G: Pop-up to center of nozzle: 25/8 ” (67mm) Body Height: 7 ” (180mm) Check-O-Matic: 720: Maintains up to 37′ (11,2m) of elevation change 720G: Maintains up to 10′ (3,1m) of elevation change 720 720G · TruJectoryTM radius adjustment · Full-circle and adjustable partcircle (40°360°) models available · High pop-up height to clear taller grasses · All adjustments made from the top–wet or dry · Balanced precipitation rates Features · Time-proven planetary gear-drive design · Variable reversing stator · All internal components serviceable from the top of the sprinkler with Servi-SnapTM · Durable engineering plastic and stainless steel construction · Effluent water models available 720G Series MultiMatrx Nozzle–TruJectory Performance @ 50 psi 1.0 GPM (4 l/mn) 25° 7° 1.5 GPM (6 l/mn) 31 ft.
Precipitation rates are for triangular spacing, 0.36 0.31 shown in inches per hour, calculated at 50% 0.37 0.32 of diameter. 0.37 0.32 Precipitation rates are for square spacing, 0.35 0.30 shown in inches per hour, calculated at 50% of diameter. 0.36 0.31 All performance specifications are based 0.36 0.31 on the stated working pressure available Pressure regulating models. = Spacing not recommended above 11,6m. All performance specifications are based on the stated working pressure available at the base of the sprinkler. Radius shown in meters. Data based on 360°. 29