Fanhome
Fanhome 24 V 614NGH 110 mA 2.6 W Server Fan 6025
A 24 V server fan drawing 110 mA at 2.6 W, model 614NGH in 6025 form factor
- Original German ebmpapst 614NGH server fan
- 24 V 110 mA 2.6 W low power draw
- 6025 form factor fits standard server bays
- Tested working before dispatch
- Real product photos show exact item
Purpose and audience
This 24 V server fan is built for equipment that specifies the 614NGH model. It draws 110 mA at 2.6 W and fits the 6025 form factor. System integrators and maintenance technicians sourcing a direct replacement will find the electrical ratings match the original ebmpapst unit.
Who it suits and who it does not
The fan suits repairs where the existing cooler carries the same 614NGH designation and 24 V supply. Buyers whose hardware requires a different model number, a different voltage or a different connector layout should look elsewhere. Verifying the old fan against the listed specifications is essential before ordering.
Deciding specification
The defining figure is the 24 V operating voltage combined with the 614NGH model code. Only systems designed for that exact voltage and model will accept the fan without modification.
Highlights
- Original German ebmpapst 614NGH server fan
- 24 V 110 mA 2.6 W low power draw
- 6025 form factor fits standard server bays
- Tested working before dispatch
- Real product photos show exact item
Specifications
No published specifications for this item yet.
Questions about this item
How do I install the Fanhome 614NGH 24 V server fan, and which wiring step is most often missed?
Mount the 6025 frame in the server chassis, connect the 24 V supply, and verify the wire colours against your original fan because the same model can ship with different wire arrangements.
What maintenance will the Fanhome 614NGH 110 mA fan need over time?
Periodically clean dust from the blades and intake, and replace the unit if bearing noise increases or airflow drops below the rated 2.6 W output.
What limit appears first when the Fanhome 614NGH runs continuously at 24 V?
The motor draws 110 mA at 2.6 W; sustained operation at that load makes bearing wear the first limiting factor.
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