Fans
Fans G2D160-AF02-09 230/400 VAC centrifugal fan
Three-phase centrifugal fan runs at 2300 rpm on 230/400 VAC, drawing 0.83/0.48 A with 305 W power consumption
- Dual-voltage operation for 230 or 400 VAC three-phase supply
- 305 W power draw at 2300 rpm delivers strong airflow
- 48 A current at 400 VAC reduces wiring cost
- CE approved for industrial safety compliance
- Operates from -25 °C to 50 °C ambient range
Original authentic coolerair G2D160-AF02-09
This new centrifugal fan from Fans is designed for industrial cooling and ventilation systems. It operates on three-phase power at 230 or 400 VAC and 50 Hz. The external rotor motor provides compact construction and direct airflow cooling for the motor windings.
Suits fixed 230/400 VAC three-phase installations
This unit fits machines wired for dual-voltage three-phase supplies with Y wiring. It is not for single-phase mains, DC circuits, or variable-speed drives lacking analog or serial control interfaces. Buyers needing different voltage ratings or plug-and-play wiring should look elsewhere.
Dual-voltage three-phase input 230/400 VAC
The nameplate shows 230 VAC at 0.83 A and 400 VAC at 0.48 A, both delivering 305 W at 2300 rpm. Starting current reaches 1.75 A at 230 V and 1.0 A at 400 V. Operation is rated from -25 °C to 50 °C with CE approval.
Highlights
- Dual-voltage operation for 230 or 400 VAC three-phase supply
- 305 W power draw at 2300 rpm delivers strong airflow
- 48 A current at 400 VAC reduces wiring cost
- CE approved for industrial safety compliance
- Operates from -25 °C to 50 °C ambient range
Specifications
No published specifications for this item yet.
Questions about this item
Does the fan need a three-phase 230/400 VAC supply and a matching motor starter to run?
Yes, it requires a three-phase 230/400 VAC supply; at 230 V it draws 0.83 A running and 1.75 A starting, at 400 V it draws 0.48 A running and 1.0 A starting.
Can I keep my existing 50 Hz three-phase wiring and protection devices with this unit?
The fan is rated for 50 Hz operation at both voltages, so existing 50 Hz three-phase wiring and circuit protection sized for the listed currents can be retained.
How do I confirm the fan is operating correctly after installation?
Measure the running current — 0.83 A at 230 V or 0.48 A at 400 V — and verify the speed reaches 2300 min⁻¹; power draw should be 305 W.
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