OverviewIntegral compact pressure-compensated dripper with an anti-siphon mechanism for permanent drip applications. Designed for growers seeking quick ROI; ideal for permanent crops in complex topography and for sub-surface installation.
Benefits & features- Pressure-compensated: Delivers precise and equal amounts of water over a broad pressure range, ensuring uniform water and nutrient distribution along laterals.
- Anti-siphon mechanism: Prevents backflow and ingress of contaminants, suitable for sub-surface use.
- Continuously self-flushing: Removes debris during operation to maintain dripper function under variable water quality.
- Wide filtration area: Optimizes performance under harsh water conditions and reduces sediment entry into the labyrinths.
- Wide water passages (TurboNet™ labyrinth): Large, deep flow passages increase clogging resistance by drawing water from the center of the stream to limit sediment intake.
Suitable cropsThis product can be used across a range of crops, including but not limited to:
- Alfalfa
- Corn
- Cotton
- Sugarcane
Installation environment- Sub-surface installation
- More than 8 seasons of efficient irrigation with proper maintenance
- Suitable for flat fields and sites with topographic differences
- Designed to operate with challenging water conditions
Documents available- Product Sheet
- Technical Sheet
- Catalog
Technical specifications- Product type: Integral compact pressure-compensated dripper (PC)
- Anti-siphon mechanism for backflow prevention and contamination protection
- Self-flushing design to remove debris during operation
- TurboNet™ labyrinth: wide water passages to enhance clogging resistance
- Wide filtration area to prevent sediment ingress
- Application: permanent drip systems, suitable for sub-surface installation
- Performance: maintains uniform water and nutrient distribution along laterals across broad pressure ranges
- Durability: designed for long-term use (manufacturer indicates >8 seasons with proper maintenance)
- Suitable for complex topography and varied field conditions