

AFB0612H-A serves power-supply cooling with a 12VDC axial fan design and a 1.68 W listed load. Its 4250 rpm speed is below the HH and EH entries, offering a distinct operating choice within the 60 mm frame group.
| Rated Voltage(V) | 12 |
|---|---|
| Size(mm) | 60*60*25 |
| Max.Air Flow(m³/h) | 39.7 |
| Max.Pressure(Pa) | 52.5 |
| Input Power(W) | 1.68 |
| Speed(rpm) | 4250 |
| Noise(db) | 34 |
In power-supply equipment, Delta AFB0612H-A supplies the forced-air element of the cooling system. As a brushless DC axial fan, it is intended for integration into a defined mechanical and electrical assembly.
The listed 1.68 W input is relevant to supply sizing and the system energy budget; actual consumption depends on the operating duty. The series uses ball-bearing motor support for rotational durability, giving OEMs a service-life-oriented construction for equipment cooling. Good inlet spacing helps reduce turbulence, which matters when balancing usable cooling capacity against installed sound levels.
For system integrators, a confirmed operating point and exact interface match provide the basis for stable cooling and dependable replacement planning.
Delta AFB0612H-A serves server and storage equipment, helping remove heat from processors, drives and other heat-producing assemblies. Airflow supports stable equipment temperatures.
For power-supply equipment, Delta AFB0612H-A 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 AFB0612H-A supports cooling around densely arranged electronic assemblies, contributing to service continuity.
Delta AFB0612H-A supports cooling in industrial control equipment. Air circulation around controllers and electronic modules helps manage heat accumulated within enclosures, supporting stable automation operation.
AFB0612H-A is listed for Server and Power Supply cooling. Confirm the installed airflow demand, pressure loss and ambient conditions before approval.
4250 rpm is listed in the workbook. This value alone does not establish adjustable-speed capability; confirm the control input and permitted operating range in the exact datasheet.
The workbook lists 60 x 60 x 25 mm. Confirm overall depth, hole pattern, connector clearance and guard or inlet-ring dimensions in the exact mechanical drawing.
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.
A matching outline alone does not prove compatibility. Check 12VDC, mounting dimensions, connector, pinout, airflow direction, control signals and the required pressure-flow point.
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.

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