Fans
Fans A2E250-AM06-01 230V 115/150W axial flow fan
230 V axial fan delivers 115 W at 50 Hz or 150 W at 60 Hz with 2450–2600 rpm airflow for industrial cooling
- Operates on 230 V AC at 50/60 Hz
- Draws 115 W at 50 Hz and 150 W at 60 Hz
- Runs at 2450 rpm (50 Hz) or 2600 rpm (60 Hz)
- Handles ambient temperatures from -25 °C up to 65 °C
- Withstands back pressure up to 120 Pa
Industrial axial fan for 230 V systems
This 230 V AC axial fan delivers 115 W at 50 Hz and 150 W at 60 Hz, with a speed range of 2450 to 2600 rpm. It is built for equipment that requires continuous forced-air cooling in industrial and HVAC environments. The external-rotor motor keeps the installation depth small while moving air efficiently through heat exchangers.
Replaces fixed-speed fans lacking speed control
The unit supports 100 % speed control via analog or serial interface, so it can replace single-speed fans where variable airflow reduces noise and energy use. The upgrade is worth it when the application demands adjustable cooling capacity and a compact motor footprint without redesigning the mounting layout.
Handles up to 35000 m³/h airflow
At 50 Hz the fan achieves a maximum back pressure of 120 Pa and at 60 Hz 85 Pa, providing headroom for dense heat-exchanger stacks. It operates reliably from -25 °C to 65 °C at 50 Hz and to 50 °C at 60 Hz. The design runs out of margin in installations that exceed these pressure or temperature limits.
Highlights
- Operates on 230 V AC at 50/60 Hz
- Draws 115 W at 50 Hz and 150 W at 60 Hz
- Runs at 2450 rpm (50 Hz) or 2600 rpm (60 Hz)
- Handles ambient temperatures from -25 °C up to 65 °C
- Withstands back pressure up to 120 Pa
Specifications
No published specifications for this item yet.
Questions about this item
What voltage and capacitor value does the A2E250-AM06-01 axial fan require for installation?
The fan runs on 230 VAC and needs a 3 µF capacitor rated at 400 VDB for proper operation.
Which mounting orientation avoids the most common wiring mistake on this ebmpapst fan?
Mount the unit so the terminal box faces downward; this keeps the capacitor leads from crossing the airflow path and prevents reversed phase connection.
How often should the 3 µF capacitor be checked or replaced on this 230 V axial fan?
Inspect the capacitor annually; replace it if capacitance drops below 3 µF or if the fan struggles to start at 0.88 A inrush current.
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