Fans
Fans G2D180-AE02-26 400V 420W aluminum alloy blower
400 V three-phase blower delivering 420 W at 50 Hz and 385 W at 60 Hz with speeds up to 2850 rpm
- 400 V three-phase supply suits industrial power systems
- 420 W peak power at 50 Hz delivers strong airflow
- 2,370 rpm at 50 Hz provides high static pressure
- 25 °C minimum ambient temperature enables cold-environment operation
- CE marking confirms European safety compliance
G2D180-AE02-26 400V Blower
The G2D180-AE02-26 is a three-phase centrifugal blower built with an aluminium alloy housing. It delivers 420 W at 50 Hz and 385 W at 60 Hz for industrial cooling and ventilation systems. Speed reaches 2370 rpm at 50 Hz and 2850 rpm at 60 Hz.
Check power supply and airflow needs
Verify that the site provides a 400 V three-phase supply at either 50 Hz or 60 Hz. Ensure the ducting can handle 300 Pa back pressure at 50 Hz or 800 Pa at 60 Hz. Confirm ambient temperature stays between -25 °C and 50 °C. Check that the 0.65 A or 0.60 A running current fits the circuit protection.
Fits compact HVAC installations
The external rotor motor keeps the unit compact while providing forced motor cooling. Backward-curved blades run as a free-wheeling fan without a separate scroll housing. Speed is fully controllable via analog or serial interface for precise airflow management. Sturdy steel plate construction suits demanding environments.
Highlights
- 400 V three-phase supply suits industrial power systems
- 420 W peak power at 50 Hz delivers strong airflow
- 2,370 rpm at 50 Hz provides high static pressure
- 25 °C minimum ambient temperature enables cold-environment operation
- CE marking confirms European safety compliance
Specifications
No published specifications for this item yet.
Questions about this item
Does the G2D180-AE02-26 blower ship with a scroll housing or must I buy one separately?
The unit is a backward-curved centrifugal blower with an external rotor motor; it is designed as a free-wheeling fan and does not require a scroll housing.
Should I select the 50 Hz or 60 Hz rating for my 400 V three-phase supply?
Both ratings are valid for the same 400 V three-phase Y-wired motor; at 50 Hz it runs at 2370 rpm drawing 420 W and 0.65 A, while at 60 Hz it runs at 2850 rpm drawing 385 W and 0.60 A.
What static pressure can I expect at the outlet when the blower runs at 50 Hz?
The minimum back pressure is specified as 300 Pa at 50 Hz, rising to 800 Pa at 60 Hz.
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