Fans
Fans R2.179.1911 G1G126-AA88-64 air compressor
24 VDC centrifugal air pump runs at 4100 rpm with 44 W draw from 20–28 VDC range
- Operates reliably from -25 °C to 70 °C ambient
- 24 VDC nominal input with 20–28 VDC range for flexible integration
- 44 W power draw at 4100 rpm for efficient airflow
- Handles flow media up to 80 °C for demanding environments
- Compact external-rotor design enables space-saving installation
Compact 24 VDC centrifugal fan
The Fans R2.179.1911 G1G126-AA88-64 is a 24 VDC centrifugal fan designed for integration into equipment requiring forced-air cooling. It operates from a 20 to 28 VDC supply and draws 44 W at 4100 rpm. The unit is rated for ambient temperatures from -25 °C to 70 °C and flow-medium temperatures from -25 °C to 80 °C.
Fits tight enclosures with 20–28 VDC supply
Its compact external-rotor motor eliminates the need for a separate scroll housing, freeing internal volume in dense chassis. The fan delivers up to 35000 m³/h airflow and offers 100 % speed control via analog or serial interface for simple open-loop integration. Plug-and-play start-up reduces wiring effort.
Suits industrial thermal management.
Engineers needing high-volume airflow in a rugged steel housing with wide temperature margins will benefit. Builders restricted to 12 VDC rails or requiring sealed IP-rated housings should consider alternative designs.
Highlights
- Operates reliably from -25 °C to 70 °C ambient
- 24 VDC nominal input with 20–28 VDC range for flexible integration
- 44 W power draw at 4100 rpm for efficient airflow
- Handles flow media up to 80 °C for demanding environments
- Compact external-rotor design enables space-saving installation
Specifications
No published specifications for this item yet.
Questions about this item
How long can the 44 W motor run continuously at 70 °C ambient before thermal limits appear?
The unit is rated for continuous operation up to 70 °C ambient and 80 °C media temperature, so sustained load at those limits is within design.
What noise and heat output should I expect when the fan runs at 4100 rpm all day?
At 4100 rpm the fan draws 44 W; the supplier notes low-noise forward-curved blades and forced electronic cooling for thermal management.
Which power supply must I already have to drive the 24 VDC input?
A 24 VDC source capable of at least 44 W (20–28 VDC range) is required to power the compressor.
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