HOME / Productos / Water Handling / Rovatti Centrifugal Electric Pump
The Rovatti submersible multistage centrifugal electric pump is the ultimate solution for water extraction from deep wells and reservoirs where high pressure and consistent performance are required. Its compact, sealed design, combined with multistage technology, enables the lifting of large flow rates with superior energy efficiency, ensuring reliable operation and a long service life even under continuous duty conditions.
iDrop is a turbulent-flow, in-line dripper suitable for orchards, vineyards, and greenhouses, as well as any application requiring a precise flow rate. The turbulent flow within the labyrinth design helps prevent clogging, resulting in minimal maintenance requirements.
Specifications:
The Twin Komet 140 Plus is the highest-performance irrigation gun in the series, designed for projects requiring maximum throw radius and high water volumes. Its advanced engineering features a self-regulating braking system that maintains a constant rotation speed across all pressure levels, combined with an unobstructed flow path design that optimizes flow and ensures exceptionally uniform water distribution over large-scale agricultural or industrial areas.
Specifications:
3/4″ Plastic Disc Filter, 120 Mesh (IFYDVCDLM2C0N)
As part of our range of compact water management and drip irrigation solutions, we offer the Irritec 3/4″ plastic filter, featuring disc technology and a 120-mesh filtration capacity (Model: IFYDVCDLM2C0N). This component is specifically designed for small-scale installations or specific irrigation zones, ensuring optimal retention of fine particles to prevent clogging and maintain uniform water delivery.
Irritec Sprinrite PC micro-sprinklers are a precision irrigation solution designed to meet the specific water requirements of different crops. Their pressure-compensating (PC) technology ensures a constant flow rate and uniform water distribution regardless of system pressure fluctuations or changes in terrain elevation, making them ideal for optimizing water usage across large areas or varied topography.