Welcome to Jain Irrigation Systems Ltd.

 

Jain Turbo Cascade® RID - PC, PCAS & PCNL

Specification

  • Sizes (mm):Standard sizes
    Thick wall - 16 & 20 mm nominal diameter.
    Thin wall - 16 & 22 mm nominal diameter.

  • Emitter Spacings (cm): 15, 20, 30, 40, 45, 50, 60, 75, 90, 100, 120, 150

  • Nominal Discharges (lph): 1.1, 1.6, 2.0, 2.2, 3.8


Applications

  • All purpose versatile product. Suitable for undulating areas
  • Open field application to maintain high field application efficiency
  • PCNL option allows all the drippers to open at a time. Hence it is specially recommended for pulse irrigation for greenhouse/nurseries especially for soilless substrate application. PCNL also works as Anti Siphon.
  • PCNL option reduces filling time, saves water and electricity needed to fill up large pipe volume. By virtue of its design it also works as Anti Siphon and hence can also be used for subsurface application.
  • PCAS is recommended for subsurface application to prevent soil suction.
  • Sutaible for large fields with long rows.

Features & Benefits

Factory Sealed, Pressure Compensating Emitter Three models available, PC - Pressure Compesating PCAS - Pressure Compensating Anti Siphon PCNL - Pressure Compensating Non Leakage ‘RID’ technology to deter root intrusion Drippers upper housing is impregnated with proprietary copper compound which significantly inhibits the root intrusion.
Innovative Cascade Labyrinth Cascade labyrinth gives strong, self cleaning turbulence, ensures continuous flushing of sediments.
Manufactured with Most Modern, State-Of-the-Art Equipment. It’s computerised continuous online quality control monitors emitter spacing and precision in outlet drilling.
Three Dimensional Inlet Filter 3D water inlet structure to improve clog resistance. Dynamic Self Cleaning Mechanism Dynamic movement of diaphragm flushes of debris.
Protection from Intrusion Sand Suction Weir structure prevents sand suction. Precision Pressure Compensation Injection moulded silicone diaphragm helps to maintain high discharge uniformity