Fans
Fans W2D250-GA02-07Motor case fan 250mm 112W 2700rpm
Axial case fan with a 250 mm blade diameter moves 365 m³/h at 2700 rpm using 112 W on 115/230 V
- High airflow for demanding cooling with 365 m³/h volume
- Dual-voltage flexibility runs on 115 V or 230 V supply
- Low current draw of 0.23 A reduces power load
- 250 mm blade diameter fits large chassis and industrial bays
- 2700 rpm speed delivers strong static pressure for dense heatsinks
Industrial axial fan 250 mm 112 W
This 250 mm axial fan is built for industrial and commercial equipment that need directed airflow across enclosures. It suits engineers specifying cooling for medical devices, rail vehicles, drive systems or new-energy vehicle modules.
Dual-voltage AC operation 115 or 230 V
The motor runs on either 115 V or 230 V AC supply drawing 0.23 A at the higher voltage. No PWM or DC speed control is provided so speed stays fixed at 2700 rpm. Buyers who need variable-speed regulation or low-voltage DC drive cannot use this unit.
Air delivery 365 m³/h at 2700 rpm
The fan moves 365 cubic metres of air per hour at its rated 2700 rpm. That single airflow figure determines whether the cooling capacity matches the thermal load of the target enclosure.
Highlights
- High airflow for demanding cooling with 365 m³/h volume
- Dual-voltage flexibility runs on 115 V or 230 V supply
- Low current draw of 0.23 A reduces power load
- 250 mm blade diameter fits large chassis and industrial bays
- 2700 rpm speed delivers strong static pressure for dense heatsinks
Specifications
No published specifications for this item yet.
Questions about this item
Should I pick the 115 V or the 230 V version for my mains supply?
Choose the voltage that matches your local mains — 115 V for North America and Japan, 230 V for Europe, the UK and most of Asia — because the motor is wound for the selected input and cannot be switched.
What does the 365 m³/h airflow figure mean once the fan is installed in a case?
It is the free-air volume the impeller moves at 2700 min⁻¹; inside a chassis the actual flow will be lower because filters, grilles and component obstructions add static pressure that the 112 W motor must overcome.
How does the dual-voltage 115/230 V rating affect the current draw?
At 115 V the motor draws 0.23 A; at 230 V the current is roughly half that value, so the same 112 W power is delivered from either supply without changing the fan speed or airflow.
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