Fans
Fans A6D800-AD01-01Motor blower 380V 1940W 800mm 900rpm
An axial blower moves 17215 m³/h of air at 900 rpm using a 1940 W, 380 V motor with an 800 mm blade diameter
- High airflow of 17215 m³/h for powerful cooling
- 1940 W motor delivers strong industrial performance
- 380 V three-phase supply suits heavy-duty installations
- 800 mm blade diameter moves large air volumes efficiently
- 900 rpm speed balances airflow with low noise
Industrial cooling blower
The Fans A6D800-AD01-01Motor is an axial blower built for demanding cooling tasks in medical, rail, industrial and new-energy vehicle environments. It delivers 17215 air volume at 900 rpm from an 800 mm blade diameter. Buyers needing a compact desktop fan or a low-voltage unit should look elsewhere.
Thermals noise and power
The motor draws 1940 W at 380 V with a rated current of 3.9 A, moving large air volumes through equipment enclosures. Axial airflow keeps component temperatures stable during continuous operation. Acoustic data is not supplied so installers should plan for industrial noise levels.
Upgrade path and fit
This blower replaces worn S6D800 or W6D800 series units in existing 800 mm mounts where 380 V three-phase power is available. The jump is worth it when higher airflow or original ebmpapst reliability is required. Systems limited to single-phase supply or smaller blade diameters cannot use this model.
Highlights
- High airflow of 17215 m³/h for powerful cooling
- 1940 W motor delivers strong industrial performance
- 380 V three-phase supply suits heavy-duty installations
- 800 mm blade diameter moves large air volumes efficiently
- 900 rpm speed balances airflow with low noise
Specifications
No published specifications for this item yet.
Questions about this item
How is the 800 mm axial blower mounted and what wiring step is often missed?
Secure the 800 mm unit with its flange bolts, then connect the three-phase supply to the 380 V terminals matching the 3.9 A rating; the step often missed is confirming rotation direction at 900 rpm before final tightening.
What maintenance will the 1940 W motor need over time?
Plan periodic bearing inspection and blade cleaning to maintain the 17215 air volume; the 380 V motor itself is sealed and requires no internal service.
What limit appears first during continuous 380 V operation?
The 3.9 A current draw at 1940 W sets the thermal limit; sustained running at 900 rpm will hit winding temperature rise before any airflow restriction occurs.
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