Fans
Fans 4114NH3 24V 19.5W 12038 119x38mm case fan
A 24 V DC axial fan measuring 119 mm square by 38 mm deep, delivering 310 m³/h airflow at 6,000 rpm with ball-bearing reliability and 65 dB noise
- High airflow of 310 m³/h for effective cooling
- Low 24 V DC supply voltage for safe operation
- Ball bearing design reduces wear and extends life
- Built-in PTC overload protection prevents damage
- Compact 119 x 119 x 38 mm frame fits standard mounts
Industrial 24 V axial fan
This 119 mm square axial fan runs on 24 V dc and draws 19.5 W at 812 mA. It spins at 6000 rpm to deliver 310 m³/h of airflow at a stated 65 dB noise level. Ball bearings and a 3-phase driver give stable operation under high back-pressure conditions.
Builders who need a 24 V dc fan
The unit suits inverter cooling, industrial enclosures and other 24 V dc systems where 38 mm depth and 119 mm mounting centres match the 4100N series pattern. Systems that require a different voltage, lower acoustic output or alternative bearing type will not be compatible with this model.
Deciding specification: 24 V dc supply
The fan only operates from a 24 V dc source; it cannot be powered from 12 V or mains voltage without external conversion. Confirm that your equipment provides a 24 V dc rail rated for at least 812 mA before purchasing.
Highlights
- High airflow of 310 m³/h for effective cooling
- Low 24 V DC supply voltage for safe operation
- Ball bearing design reduces wear and extends life
- Built-in PTC overload protection prevents damage
- Compact 119 x 119 x 38 mm frame fits standard mounts
Specifications
No published specifications for this item yet.
Questions about this item
Which 4100-series 12038 fan should I pick for a 24 V system?
The 4114NH3 is the 24 V model in the 4100 range, drawing 19.5 W at 812 mA and spinning at 6000 rpm.
What does the 310 m³/h airflow figure mean once the fan is mounted in a case?
At 6000 rpm the fan moves 310 m³/h through its 119 × 38 mm frame; actual case flow will be lower once filters and grilles add resistance.
What connector standard does the 4114NH3 use and what does it limit?
The fan ships with lead wires rather than a standard header, so you must solder or crimp to your 24 V supply; the 812 mA draw caps the current your wiring must handle.
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