SUNXFAN®

Axial Fan

DC400 Axial Fan — 9000 m³/h

DC IP68

Product Overview

The AG400A-D092BA-02 is an high-efficiency DC axial fan rated for 9000 m³/h airflow and up to 850 Pa static pressure. Its DC motor provides efficient, controllable operation (Can2.0/Can FD).

  • Compact industrial housing (IP68)
  • Long-life ball bearings

Technical Specifications

Category Axial Fan
Model AG400A-D092BA-02
Motor Type DC
Airflow 9000 m³/h
Max Static Pressure 850 Pa
Voltage 420-750 V DC
Power
Current 3 A
Speed 3500 r/min
Noise
Protection Class IP68
Working Temperature -40 °C ~ +65 °C
Impeller Material PA6+GF30
Bearing Type ball bearing
Speed Control Can2.0/Can FD

Applications

For high-voltage HVDC solid-state transformer (SST) power conversion cabinets and 800 VDC ultra-fast charging infrastructure, the AG200A-D092BA-01 (DC, 460-800 V DC, 1950 m³/h, 800 W) is suitable for reliable thermal management of high-frequency SiC power semiconductors and densely packed IGBT modules. For eVTOL (electric vertical take-off and landing) aircraft thermal management and high-voltage onboard powertrain cooling operating on 480-650 V DC bus lines, the AG305A-D092BA-Y1 (DC, 480-650 V DC, 4000 m³/h, 1200 W) is suitable for maintaining uniform pack temperatures and ensuring rapid heat dissipation during high-power hover and cruise phases. For megawatt-class hydrogen fuel cell systems and central liquid-cooling dry coolers in 540 V DC industrial microgrids, the AG400A-D092BA-02 (DC, 540 V DC, 9000 m³/h, 800 W) is suitable for high-volume air exchange that keeps heavy-duty power stacks within safe operating limits.

Ordering Information

MOQ (Min. Order Qty) 144 PCS
FOB Price FOB Nansha Guangzhou
Lead Time 25-30 days
Sample Sample available
Payment Terms TT
Shipping Port Nansha Guangzhou OR Yantian Shenzhen

Performance Curves

020004000600080001000002004006008001000 Airflow (m³/h) Static pressure (Pa) 9000 m³/h 850 Pa

Dimensions (No.3)

DC400 Axial Fan — 9000 m³/h — Dimensions

Special Remarks

Bus input voltage: 420-750 VDC; sensorless sinusoidal FOC; Over-temperature protection: 110±5℃