Turbowing

The TURBOWING range includes sprinkler booms made of galvanized steel with stainless steel components (depending on the model), designed to ensure strength and long-term reliability.

Compatible with all major hose reels, they are available in versions from 30 to 94 meters, both reel-mounted and trailed. They provide uniform irrigation, ideal for extensive crops, while optimizing water and energy consumption.

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	TW30	TW40	TW46	TW64	TW76
Rain boom length (m)	29	40	46	64	76
Total number of outlets (including end nozzles)	13	17	18	22	26
Irrigated width without end nozzles (m)	34	44	50	68	80
Irrigated width with PCS or PCR3030 end nozzles (m)	38	48	54	72	84
Irrigated width with R55A end nozzles (m)	50	60	66	84	96
Irrigated width with K1 or Luxor end nozzles (m)	54	N/A	N/A	90	N/A
Irrigated strip width (Nelson S3030/R3030) (m)	12 - 15	12 - 15	12 - 15	12 - 15	12 - 15
Flow rate (m³/h)	14 - 50	20 - 50	25 - 60	22 - 82	22 - 82
Operating pressure with PCS, PCR or Nelson R55A (bar)	1 - 2,5	1 - 2,5	1 - 2	1 - 2	1 - 2
Operating pressure with K1 or Luxor (bar)	3 - 4	3 - 4	3 - 4	3 - 4	3 - 4
Folded boom length (m)	5	5,5	6	7,4	7,4
Folded boom width with 2.2 m central section (m)	3,7	3,4	N/A	1,5 - 2,2	1,5 - 2,2
Folded boom width with 2.5 m central section (m)	N/A	N/A	4,5	N/A	N/A
Track width (standard trolley) (m)	1,5 - 2,4	1,5 - 2,4	1,5 - 4,2	1,5	1,5 - 2,1
Nozzle height (standard boom) (m)	1,5	1,5	1,5 - 2,2	2,93	3,6
Weight with standard trolley (kg)	460	620	655	1.870	2.050
Technical data sheet

Advantages of irrigation with the Turbowing rain boom

Uniform water application, ensuring more consistent crop growth compared to sprinkler irrigation.
Low evaporation thanks to water application close to the ground.
Using a rain boom reduces water consumption by 20% or more compared to sprinkler irrigation.
High flow rates allow faster hose retrieval, covering larger areas in less time.
Droplet size control reduces soil damage. Larger droplets can be used to minimize drift in strong wind conditions, while finer droplets help protect more delicate crops.
Lower impact from finer droplets reduces water stagnation/mud formation as well as soil erosion.
Operating at lower pressure (2 bar) significantly reduces the cost of using motor pumps, lowers energy consumption, and places less stress on pipelines.
Excessive irrigation at field edges is avoided.
Precise overlap between one irrigation position and the next.