Ventilation solutions for the wind energy sector
ECOFIT ventilation solutions for wind energy
- Code :
- Q38-A3
- Designation :
- GREV8 180x75R
- Voltage :
- 230V (50/50/60Hz)
- Code :
- L23-A7
- Designation :
- 2GDS35 133x190L
- Voltage :
- 230V (50/60Hz)
- Code :
- A23-L6
- Designation :
- RRMF5 192x40R
- Voltage :
- 230V (50/60Hz)
- Code :
- X52-A2
- Designation :
- RREG9 192x40R
- Voltage :
- 230V (50/60Hz)
- Code :
- Y41-03
- Designation :
- 4GRE25 180x75R
- Voltage :
- 230V (50/60Hz)
- Code :
- P15-A4
- Designation :
- 2RREu35 225x50R
- Voltage :
- 120V (50/60Hz)
- Code :
- Q13-A0
- Designation :
- 2RREu45 250x50R
- Voltage :
- 230V (50/60Hz)
- Code :
- P38-D1
- Designation :
- RREV8 280x50R
- Voltage :
- 230V (50/60Hz)
- Code :
- Y07-A4
- Designation :
- RREuF5 175x42R
- Voltage :
- 120V (50/60Hz)
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ECOFIT offers a wide range of supply voltages and different fan technologies to meet your thermal management needs.
There are many ventilation requirements in the wind power sector:
- Generators
- Electrical and electronic cabinets
- Converters
- Transformers, etc.
Wind turbines contain a wide range of equipment that requires appropriate ventilation for cooling.
Our ECOFIT fans are suitable for cooling electrical cabinets, converters, and transformers.
Several ranges of ECOFIT fans are useful in the wind power sector:
- Centrifugal backward fans that can withstand high pressure while providing high air flow. They can be used to cool electrical cabinets, converters, and transformers.
- Axial fans provide high air flow at low pressure. They can be used to cool electrical cabinets.
- Double inlet forward centrifugal fans provide high air flow thanks to their air intake on both sides of the impeller. They can be used to cool converters and transformers.
The ECOFIT fan references shown on this page are our standard references. We can develop customized solutions tailored to your specific ventilation needs. Please do not hesitate to contact us at any stage of your project.