Irrigation
Expert in pumping solutions, the company EUROMAST offers in its range of Irrigation motor pump all types of pumps for agriculture. Our irrigation motor pumps are at the service of the farmer. We offer a wide choice of brands of motors, pumps and type of configuration. We also strive to diversify the types of pumps to satisfy all our customers: Diesel, electric or solar irrigation motor pumps in all configurations to suit their needs.
In this section, you will find our irrigation motor pumps.
22 results shown
-
Soundproof agricultural motor pump unit 120-10
reference: EFP-120-10
Performance:- Nominal flow of 120m3/h at 10 bars
- Max flow 140m3 / h
- Towable agricultural pump
-
Irrigation pump unit with IVECO motor, FPT pump
reference: EIP EUROMAST
Performance:IVECO FPT thermal engine
Pressure from 25 to 100 meters
Flow from 250 to 1200 m3 / h -
JOHN DEERE irrigation pump unit
reference: EIP-EUROMAST-1
Performance:JOHN DEERE heat engine
Pressure from 25 to 100 meters
Flow from 250 to 1200 m3 / h -
Soundproof Diesel Pump Unit 60m3/h at 10 bar
reference: EFP-60-10
Performance:Perkins Diesel Engine
60 m3/h at 10 bar
Max flow: 82.6 m3/h -
Diesel pump unit for irrigation 80m3 / h at 10 bar
reference: EFP-80-10D
Performance:75HP diesel engine
80m3 / h at 10 bar -
Diesel pump unit for irrigation 83m3 / h at 7 bar
reference: EFP-83-7
Performance:- 83HP diesel engine
- 83m3 / h at 7 bar
-
Fixed pump unit for irrigation 80m3/h at 5 bar
reference: EIP-80-5
Performance:Diesel motor
80m3 / h at 5 bar
Max flow: 120m3/h -
Pump unit on agricultural trailer 60m3/h at 10 bar
reference: EIP-60-10
Performance:Diesel motor
60 m3/h at 10 bar
Max flow: 90m3/h -
Towable pump unit for irrigation (120m3 / h - 10 bar)
reference: EFP-120-10R
Performance:Perkins Diesel engine
120m3 / h at 10 bar
Fuel tank: 450L -
Diesel agricultural motor pump for transferring clear water (1000 l/min max)
reference: EIP-1000-31D
Performance:Diesel heat engine
700 l / min at 2.1 bars
400 l / min at 2.8 bars -
Diesel agricultural motor pump for transferring clear water (400 l/min max)
reference: EIP-400-5D
Performance:Diesel heat engine
300 l / min at 3 bars
200 l / min at 4 bars -
Diesel agricultural motor pump for transferring clear water (400 l/min max)
reference: EIP-400-65D
Performance:Diesel heat engine
300 l / min at 3.5 bars
200 l / min at 5 bars -
Diesel agricultural motor pump for transferring clear water (700 l/min max)
reference: EIP-700-2.4D
Performance:Diesel heat engine
300 l / min at 2.1 bars
600 l / min at 11 bars -
Agricultural diesel motor pump for clear water transfer (1600L / min max)
reference: EIP-900-2D
Performance:Diesel heat engine
900 l / min at 2.4 bars
300 l / min at 3 bars -
Fertilizer resistant motor pump (560L / min max)
reference: EIP-30-5
Performance:Petrol petrol engine
400 l / min at 5 bars
100 l / min at 8 bars -
Towable diesel motor pump (210m3 / h max)
reference: EIP-120-10
Performance:Diesel heat engine deutz
120m3 / h at 10 bar
450L tank
Towable -
Towable diesel motor pump (300m3 / h max)
reference: EIP-150-3
Performance:DEUTZ brand diesel thermal engine
150m3 / h at 3 bar
300m3 / h max -
Gasoline motor pump for clean water transfer (60m3 / h max)
reference: EFP-30-2
Performance:Petrol engine
950lpm at 1 bar
350lpm at 2,5 bar -
Portable pump with plastic body (45m3 / h max)
reference: EIP-52D
Performance:Diesel engine
400L / min at 2.5 bar
200L / min at 3.5 bar
Good to know
Irrigation is a key part of agriculture, as it provides water to crops in dry or arid climatic conditions. There are different irrigation techniques, each with their own advantages and disadvantages.
Irrigation
The most common technique is sprinkler irrigation, in which water is sprayed over crops using hoses and nozzles. This method is effective for covering a large area, but it can result in significant water loss due to evaporation and run-off.
Localized irrigation, such as drip irrigation, is another common technique. It consists of supplying water directly to the roots of crops through a system of perforated pipes or drippers. This method is more effective in reducing water loss, as it allows precise targeting of crop water needs.
There are also alternative irrigation techniques such as gravity irrigation, which uses the height difference between the water source and the crops to channel water, and infiltration irrigation, in which the water is introduced into the soil using spears or channels to feed the roots of crops.
Water Management
Water management is a crucial aspect of irrigation. It is important to monitor water levels in fields and adjust irrigation systems accordingly to avoid overuse of water resources. It is also important to ensure that the water used for irrigation is clean and free of contaminants that could harm crops.
In sum, irrigation is an essential tool for farmers to guarantee crop growth and increase agricultural production, however it is important to use the right techniques and good management to avoid overconsumption and water pollution. .