Netafim Woodpecker Dripper, Black, 1.0 GPH - Pack of 250 – 1.0 GPH - Pack of 250

Pressure Compensating Drippers Provide Uniform Flow Distribution Pressure Compensating Drippers (PC) developed with advanced pressure compensating technology delivers a uniform flow rate even in areas with difficult topographical conditions. A unique pressure differential mechanism regulates flow and provides self-cleaning action, even while irrigating – for a clog-resistant design and high emission uniformity. Why Pressure Compensating Drippers? Higher and Better Quality Yields: 100% uniformity of water and nutrient delivery over a broad pressure range ensures uniform crop yields and bigger harvests. Clogging Resistance: Continuous self-flushing technology ensure consistent flow-rates and flawless operation – even with harsh water. Easy to Scale: Number of drippers can be easily increased ensuring sufficient water to meet your crop growth rate requirements. Maximum Flexibility: Micro-tubes allow drippers to be positioned exactly where required, and split into several drip outlets if needed. Anit-Drain Mechanism (CNL Feature): Eliminates drainage & refill effect, and improves efficiency during pulse irrigation. Product Advantages Patented pressure differential system maintains uniform flow rate at different inlet working pressures (within the recommended range) ensuring exact distribution of water and nutrients. Industry’s widest flow path and wider dripper cross-section allow large particles through the dripper’s short flow path. Continuous self-flushing system, even while irrigating, provides improved resistance to clogging. Ideal for areas with difficult topographical conditions. Applications Vineyards Orchards Greenhouses and Nurseries Specifications PC and WPC Base Color and Flow (GPH): Red 0.53, Black 1.06 and Green 2.11 PC and WPC (Non-CNL): Recommended Operating Pressure: 7 - 58 psi WPC (With CNL): Recommended Operating Pressure: 14.5 - 58 psi Shut-Off (Closing) Pressure: 2.17 psi (5' of Elevation) Recommended Filtration: 120 Mesh