Hunter PGP-ADJ-B Rotor, 10 cm Pop-Up, 40°–360° Arc, 3/4 in Inlet
Dhs. 94.95
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SKU:
PGP-ADJ-B
In stock
Hunter PGP-ADJ-B Rotor, 10 cm Pop-Up, 40°–360° Arc, 3/4 in Inlet
Hunter
Rotors · PGP Rotors
Hunter PGP-ADJ-B Rotor, 10 cm Pop-Up, 40°–360° Arc, 3/4 in Inlet
Warranty · 2 years
Dhs. 94.95
Product summary
The Hunter PGP-ADJ-B Rotor, 10 cm Pop-Up, 40°–360° Arc, 3/4 in Inlet is a Hunter gear-driven rotor for turf and landscape irrigation zones that require longer throw distance than a fixed spray nozzle. It is suitable for residential and light commercial irrigation layouts where adjustable arc coverage and replaceable nozzles help match site conditions.
Key features
- PGP Rotor, 10 cm, adjustable from 40° to 360°, ¾" inlet, eight standard blue nozzles included
- Pop-up Height: 10 cm
- Inlet Size: ¾"
- Radius: 6.4 to 15.8 m
- Arc: 40° to 360°
- Operating Pressure: 1.7 to 4.5 bar; 170 to 450 kPa
- Flow: 0.10 to 3.22 m3/hr; 1.7 to 53.71 l/min
- Precipitation Rate: 10 mm/hr
Quick specifications
- Radius
- 6.4 to 15.8 m
- Arc/pattern
- 40° to 360°
- Flow
- 0.10 to 3.22 m3/hr; 1.7 to 53.71 l/min
- Pressure
- 1.7 to 4.5 bar; 170 to 450 kPa
- Pop-up height
- 10 cm
- Connection
- ¾"
Complete technical details
- Product Line: Rotors
- Product Model: PGP-ADJ
- Flow: 0.10 to 3.22 m3/hr; 1.7 to 53.71 l/min
- Height: 187.33 mm
- Pop-up Height: 10 cm
- Diameter: 44.45 mm
- Exposed Diameter: 44.45 mm
- Inlet Size: ¾"
- Radius: 6.4 to 15.8 m
- Arc: 40° to 360°
- Operating Pressure: 1.7 to 4.5 bar; 170 to 450 kPa
- Precipitation Rate: 10 mm/hr
- Origin: Made in USA
Best used for
- Medium turf areas
- Residential and light commercial landscape irrigation
- Rotor zones requiring adjustable arc coverage
Compatibility and notes
- Rotor spacing, nozzle selection, and operating pressure should be verified against the project design before installation.
- Uses a 3/4 in inlet; do not substitute for 1/2 in rotor installations without checking fittings and hydraulics.
Helpful buying guide
How to Choose an Irrigation Rotor
Compare radius, arc, pressure and application before choosing a rotor.
Read the guide: How to Choose an Irrigation Rotor →