Toro O-12-210P Pc Precision Nozzle 12ft 210 Degree

Product Description

The TORO O-12-210P is a pressure-compensating (PC) precision nozzle designed for use in residential and light commercial irrigation systems. It delivers a consistent, uniform spray pattern across a 210-degree arc at a fixed radius of 12 feet, compensating for pressure variations across the irrigation zone to maintain even water distribution. The female thread connection allows for straightforward installation on compatible pop-up spray bodies. This nozzle is suited for installation by irrigation technicians and landscape professionals maintaining spray-head zones.

The O-12-210P is intended for use in turf and landscape bed areas where a wide-angle, fixed-radius spray head is required. Its 210-degree pattern makes it well suited for corner and side-strip placements where full-circle coverage is not appropriate. The pressure-compensating design reduces dry or oversaturated spots that result from uneven system pressure, making it a reliable choice for zones with variable incoming pressure.

Key Features

• Pressure-compensating design maintains consistent output across varying inlet pressures
• Fixed 12-foot spray radius provides predictable coverage for layout planning
• 210-degree arc pattern suited for side and corner placements in turf or landscape beds
• Female thread connection for installation on standard spray body risers
• Precision nozzle construction promotes uniform water distribution and efficient run times

Compatibility

Designed as an OEM-style replacement or upgrade nozzle for residential and commercial pop-up spray irrigation bodies that accept standard female-thread nozzles.

Installation Notes

Installation is typically performed by a licensed irrigation technician or qualified landscaper. Shut off the irrigation zone and relieve system pressure before removing or installing nozzles. Hand-tighten onto the spray body riser to avoid cross-threading or cracking the nozzle body. Verify arc and radius settings match the zone layout before returning the system to service.