Fans
Fans D2D146-AA02-11 230V 290W double inlet centrifugal fan
A 230 V three-phase centrifugal fan delivering 290 W at 2,250 rpm with 100 % speed control
- Operates from -25 °C to 60 °C ambient
- Three-phase 230 V 50 Hz motor draws 0.81 A
- 290 W power consumption at 2250 rpm
- 275 Pa minimum back-pressure capability
- Double-inlet centrifugal design for compact installation
Industrial centrifugal fan for 230 V systems
This 230 V double inlet centrifugal fan is built for industrial cooling installations that need a compact external rotor motor. It suits HVAC engineers and maintenance teams who require a new, original ebm-papst unit rated for continuous three-phase operation.
Steel housing with external rotor motor
The sturdy steel plate housing encloses a motor positioned inside the impeller, giving forced electronic cooling and a compact design. Wiring follows a three-phase 230 V layout at 50 Hz, so installation matches standard industrial panels without extra adapters.
2250 rpm airflow up to 35000 m3/h
At 2250 min-1 the fan draws 0.81 A and consumes 290 W while developing at least 275 Pa back pressure. It operates from -25 °C to 60 °C ambient, with a starting current of 1.7 A and 100 % speed control via analog or serial interface.
Highlights
- Operates from -25 °C to 60 °C ambient
- Three-phase 230 V 50 Hz motor draws 0.81 A
- 290 W power consumption at 2250 rpm
- 275 Pa minimum back-pressure capability
- Double-inlet centrifugal design for compact installation
Specifications
No published specifications for this item yet.
Questions about this item
What does the 230 VAC 50 Hz three-phase supply limit in practice?
The 230 VAC 50 Hz three-phase input fixes the motor at 2250 rpm with a 290 W power draw and 0.81 A running current.
What physical space and mounting does the double-inlet centrifugal design require?
The forward-curved blades need a scroll housing; the external rotor motor sits inside the impeller for a compact footprint and forced motor cooling.
How is the fan wired for 100 % speed control and what step is often missed?
Connect the three-phase supply to the motor terminals and the analog or serial control interface to the controller; the common mistake is omitting the control signal wiring.
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