

FFB03812VHN puts a 23000 rpm axial fan assembly into a 38 x 38 x 28 mm space. Listed for server and telecom cooling on 12VDC, it has an 846.9 Pa maximum static-pressure specification and 10.2 W input.
| Rated Voltage(V) | 12 |
|---|---|
| Size(mm) | 38x38x28 |
| Max.Air Flow(m³/h) | 38.6 |
| Max.Pressure(Pa) | 846.9 |
| Input Power(W) | 10.2 |
| Speed(rpm) | 23000 |
| Noise(db) | 62.5 |
The FFB03812VHN addresses ventilation needs in telecommunications equipment. Delta's brushless DC axial fan format allows cooling airflow to be integrated alongside the equipment's heat-producing assemblies.
The listed 10.2 W input is relevant to supply sizing and the system energy budget; actual consumption depends on the operating duty. Its high-performance fan family emphasizes air delivery and pressure capability, helping address the resistance of densely populated equipment. Selecting the operating point against real pressure loss helps avoid oversizing and keeps thermal design focused on useful air delivery.
Equipment manufacturers and maintenance teams should match the complete part number and installation limits for reliable operation across the service cycle.
Delta FFB03812VHN serves server and storage equipment, helping remove heat from processors, drives and other heat-producing assemblies. Airflow supports stable equipment temperatures.
In uninterruptible power systems, Delta FFB03812VHN helps remove heat from power electronics. The cooling solution addresses heat produced during power conversion to support stable backup-power operation.
For power-supply equipment, Delta FFB03812VHN provides equipment cooling around power-conversion components. Managing electrical conversion losses helps maintain dependable power delivery.
In telecommunications equipment, air movement helps handle continuous communication duty. Delta FFB03812VHN supports cooling around densely arranged electronic assemblies, contributing to service continuity.
The supplied filter data does not establish an unconditional 24/7 rating. Confirm bearing life, temperature range, duty cycle and derating in the exact datasheet, then validate system-level redundancy.
The workbook lists 846.9 Pa maximum pressure. Maximum pressure and maximum airflow occur at different points, so select FFB03812VHN from its curve at the required system resistance.
Isolate power first. Verify the approved supply, connector, polarity or phase, control-enable input and any obstruction; follow the exact specification and do not bypass protection circuits.
FFB03812VHN is listed for Server and Telecommunications cooling. Confirm the installed airflow demand, pressure loss and ambient conditions before approval.
10.2 W is shown in the filter data. Check whether the corresponding datasheet defines it as rated, free-air or maximum-load input before sizing the power source.

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