Fans
Fans W2E143-AA09-25 Axial Fan 230V 258.9 CFM
230 V AC axial fan moves 258.9 CFM at 2800 or 3300 rpm with steel blades and automatic reset motor protection
- 9 CFM airflow cools high-heat equipment efficiently
- Dual 50/60 Hz operation suits global power standards
- 230 V AC supply simplifies industrial wiring
- Steel blades with motor stall protection increase durability
- Ball-bearing motor runs reliably from -25 °C to 70 °C
Industrial AC Axial Fan
The Fans W2E143-AA09-25 is an ebm-papst AC ball-bearing axial fan built for industrial cooling. It runs on 230 VAC at both 50 Hz and 60 Hz, delivering 258.9 CFM airflow with a die-cast aluminium housing and steel blades. Motor stall protection and an automatic reset function support continuous operation in demanding environments.
Suited For Equipment Enclosures Not For Variable
This fan suits installers who need a fixed-speed industrial cooler for cabinets, HVAC units or inverter enclosures operating between -25 °C and 70 °C. It is not for buyers who require PWM or 0-10 V speed control, integrated tachometer feedback, or a lower-voltage DC alternative for battery-powered systems.
Mounts In Standard Panel Cutouts
The compact external-rotor design fits typical panel cutouts for 230 V axial fans, drawing 0.12 A at 50 Hz and 0.11 A at 60 Hz with a 0.75 µF 400 VDB capacitor. Its 24 W to 26 W power draw leaves headroom on shared circuits, while the all-metal construction resists vibration in rackmount or floor-standing cabinets.
Highlights
- 9 CFM airflow cools high-heat equipment efficiently
- Dual 50/60 Hz operation suits global power standards
- 230 V AC supply simplifies industrial wiring
- Steel blades with motor stall protection increase durability
- Ball-bearing motor runs reliably from -25 °C to 70 °C
Specifications
No published specifications for this item yet.
Questions about this item
What power supply and capacitor are required to run the W2E143-AA09-25 fan?
The fan needs a 230 VAC supply at 50 or 60 Hz and a 0.75 µF, 400 VDB capacitor rated S0 (CE).
Will the fan change speed or current draw if I keep my existing 50 Hz wiring?
At 50 Hz it runs at 2800 rpm drawing 0.12 A and 24 W; at 60 Hz it runs at 3300 rpm drawing 0.11 A and 26 W.
How can I confirm the fan is operating correctly after installation?
Measure airflow near 258.9 CFM, verify speed matches 2800 rpm at 50 Hz or 3300 rpm at 60 Hz, and check current draw is 0.12 A or 0.11 A respectively.
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