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Toro Precision O-12-QP - 12 ft Quarter-Circle PC Nozzle

Toro Precision O-12-QP - 12 ft Quarter-Circle PC Nozzle

Brand: Toro
Save 44%
$8.03
$4.52
SKU O-12-QP

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The Toro Precision O-12-QP is a pressure-compensating quarter-circle spray nozzle engineered for efficient, uniform irrigation on small turf and landscape areas. It delivers a 12 ft radius with precise arc control and reduced runoff for improved water savings.

  • Coverage: 12 ft (approx. 3.7 m) radius, 90° quarter-circle pattern for corner and edge zones.
  • Connection: Female-threaded nozzle that installs into standard pop-up spray bodies and retrofit adapters.
  • Pressure Compensation: Optional pressure-compensating disc maintains consistent precipitation at varying inlet pressures; recommended operation: non-PCD ~30 psi, with PCD 40 psi and higher.
  • Efficiency Technology: Patented H2O Chip technology produces uniform droplets and a low precipitation rate (≈1"/hr), lowering runoff and improving soil infiltration.
  • Performance: Designed to reduce water use versus conventional spray nozzles and improve distribution uniformity across the irrigated arc.
  • Ideal Use: Retrofit projects and new installations where precise, low-precipitation watering is required for turf, planting beds, and perimeter strips.

The O-12-QP is an easy-to-install, water-efficient option for irrigation professionals and homeowners seeking precise coverage for quarter-circle areas. Check compatibility with your spray body and pressure conditions before ordering.

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Frequently Asked Questions

What pressure range works best with the O-12-QP nozzle?
Recommended non-PCD operation is about 30 psi; with the pressure-compensating disc (PCD) use 40 psi or higher for consistent output.
Will this nozzle fit existing pop-up spray bodies?
Yes. The female-threaded O-12-QP installs into most standard pop-up spray bodies and retrofit adapters; confirm thread type before installing.
How does the H2O Chip technology improve irrigation?
The H2O Chip creates uniform droplets and a lower precipitation rate (≈1"/hr), reducing runoff and improving soil infiltration and distribution uniformity.