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FREE SHIPPING ON ORDERS OVER $100 AUSTRALIA-WIDE* (T&C's Apply - exc Bulky Items)
FREE SHIPPING ON ORDERS OVER $100 AUSTRALIA-WIDE* (T&C's Apply - exc Bulky Items)

VYRSA 70V Full Circle 25mm Female Brass Impact Sprinkler with Double 6.4mm/4.8mm Nozzle

by Vyrsa
PN: VYR-70V6448
Original price $0
Original price $199.00 - Original price $199.00
Original price
Current price $199.00
$199.00 - $199.00
Current price $199.00

VYRSA 70V Brass Full Circle 25mm Female Double Nozzle 26 x 26 Trajectory Impact Sprinkler

The Vyrsa 70V is a full-circle agricultural impact sprinkler designed for high-performance irrigation of crops requiring medium to high water flow. Featuring a 1" (25mm) female BSP connection and a long-throw dual-nozzle design, the Vyrsa 70V is ideal for broad coverage irrigation of pastures, field crops, and permanent installations.

Built with a robust brass body and stainless steel springs and shaft, this model ensures long service life even under harsh field conditions. Its internal seals, made from polyurethane and Teflon (PTFE), provide excellent resistance to wear, pressure, and chemical exposure—making it suitable for use with aggressive fertilizers and varied water sources.

The “VL” version of the Vyrsa 70 features a long-arm hammer that strikes the main nozzle for extended throw, while both the primary (6.4mm) and secondary (4.8mm) nozzles operate at 26° angles. This nozzle configuration is optimized for efficient distribution uniformity, energy savings, and reliable performance over wide areas.

SPECIFICATIONS

  • Inlet: 25mm (1") BSP Female
  • Material: Brass with stainless steel, polyurethane, and PTFE components
  • Operation: Full-circle rotation
  • Nozzles: Double — 6.4mm (main) and 4.8mm (secondary), both at 26°
  • Application: Medium to high-flow irrigation for crops, pastures, and broadacre farming

FEATURES

  • Long-arm hammer for longer spray radius and better distribution
  • Full-circle rotation for consistent coverage
  • Durable construction for tough field conditions
  • Compatible with systems using aggressive fertilizers
  • Excellent mechanical and hydraulic efficiency for energy savings