Fans
Fans R2D190-AC08-09/10 415V 2500/2700rpm case fan
Original German ebmpapst centrifugal fan with backward curved blades runs at 2500/2700 rpm on 415 V three-phase power
- Original ebm-papst motor ensures reliable industrial cooling
- Three-phase 415 V AC input suits rackmount power systems
- Dual-speed 2500/2700 rpm covers 50 Hz and 60 Hz grids
- Low 0.09 A draw at 43–52 W reduces energy cost
- Operates from -25 °C to 55 °C for harsh environments
Industrial three-phase cooling fan
This original ebm-papst axial fan operates on 415 V three-phase power at 50 or 60 Hz. It spins at 2500 rpm on 50 Hz and 2700 rpm on 60 Hz while drawing 0.09 A. Power consumption is 43 W at 50 Hz and 52 W at 60 Hz. The unit is CE approved and built for continuous industrial airflow.
Suited for rack and enclosure ventilation
Engineers specifying forced-air cooling for server racks, telecom cabinets or industrial enclosures will match the 415 V three-phase supply and high-temperature rating. Installations limited to single-phase mains, low-voltage DC buses or noise-sensitive office spaces cannot use this motor without additional conversion equipment.
Handles up to 55 °C ambient
The fan maintains rated speed and airflow in environments as hot as 55 °C and as cold as -25 °C. At zero back-pressure the impeller delivers up to 35000 m³/h, but pressure capability drops as resistance rises, so ducted or filtered systems will see reduced throughput.
Highlights
- Original ebm-papst motor ensures reliable industrial cooling
- Three-phase 415 V AC input suits rackmount power systems
- Dual-speed 2500/2700 rpm covers 50 Hz and 60 Hz grids
- Low 0.09 A draw at 43–52 W reduces energy cost
- Operates from -25 °C to 55 °C for harsh environments
Specifications
No published specifications for this item yet.
Questions about this item
What three-phase supply voltage and wiring arrangement does this 415 V fan require?
It runs on 415 VAC three-phase with Y wiring at 50 Hz (2500 rpm, 43 W) or 60 Hz (2700 rpm, 52 W), drawing 0.09 A in either case.
Will the fan still spin at the rated 2500 or 2700 rpm if my case airflow creates back pressure?
Rated speeds are given at 0 Pa minimum back pressure; any restriction in the chassis will reduce airflow and can lower the actual rpm below the 2500/2700 rpm figures.
How can I confirm the fan is operating within its specified temperature envelope after installation?
Measure the ambient air entering the fan; it must stay between -25 °C and 55 °C, and the motor should run at 2500 rpm (50 Hz) or 2700 rpm (60 Hz) with a current draw near 0.09 A.
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