

The AFB0412SHB uses a 12VDC axial fan design in a 40 x 40 x 15 mm frame for server and storage cooling. Its 11000 rpm rotor and 3 W listed input define a high-speed option within this compact size class.
| Rated Voltage(V) | 12 |
|---|---|
| Size(mm) | 40*40*15 |
| Max.Air Flow(m³/h) | 8.7 |
| Max.Pressure(Pa) | 16 |
| Input Power(W) | 3 |
| Speed(rpm) | 11000 |
| Noise(db) | 41.5 |
In power-supply equipment, Delta AFB0412SHB 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 3 W input is relevant to supply sizing and the system energy budget; actual consumption depends on the operating duty. The series combines ball-bearing construction with UL 94V-0 materials, addressing mechanical durability and component flammability requirements. Selecting the operating point against real pressure loss helps avoid oversizing and keeps thermal design focused on useful air delivery.
For procurement, retain the complete model code and check the interface against the drawing; this supports repeatable assembly and accurate replacement ordering.
Delta AFB0412SHB serves server and storage equipment, helping remove heat from processors, drives and other heat-producing assemblies. Airflow supports stable equipment temperatures.
Delta AFB0412SHB supports cooling in power-supply equipment. Air circulation around power-conversion components helps manage electrical conversion losses, supporting dependable power delivery.
In telecommunications equipment, Delta AFB0412SHB helps remove heat from densely arranged electronic assemblies. The cooling solution addresses continuous communication duty to support service continuity.
For industrial control equipment, Delta AFB0412SHB provides equipment cooling around controllers and electronic modules. Managing heat accumulated within enclosures helps maintain stable automation operation.
AFB0412SHB is listed for Server, Storage and Power Supply cooling. Confirm the installed airflow demand, pressure loss and ambient conditions before approval.
The workbook lists 40 x 40 x 15 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.
Allow for the listed 40 x 40 x 15 mm size and follow the exact mounting drawing. Keep inlet and outlet clear, use the specified fasteners and verify wiring before energizing the fan.
RoHS Compliant is listed in the workbook. Obtain the current exact-model declaration and datasheet before claiming safety approvals, ingress protection or international compliance.

AFB0812SHB fits server and power-supply cooling layouts that call for an 80 mm axial fan with a 15 mm profile. The 12VDC model lists 4000 rpm operation and a 3.24 W input for evaluating electrical requirements.
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A 1.44 W input makes AFB0624MB a lower-input entry among the listed 24VDC axial fan fans. For server and power-supply ventilation, it provides a 60 x 60 x 15 mm format with a specified 4000 rpm rotor.
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AFB0612HH-A combines a 5000 rpm rotor with a 12VDC axial fan motor for server and power-supply cooling. Its listed 2.04 W input and 74 Pa maximum static pressure accompany a 60 x 60 x 25.4 mm frame.
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AFB1224GHE-C is a 24VDC axial fan for server chassis, with 409.7 m3/h listed maximum airflow. Its 27.6 W input differs from the 12VDC GHE entry; retain the -C suffix when checking connector and control configuration.
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AFB0912HH supports storage-enclosure cooling with a 12VDC axial fan design. At 3200 rpm and 3 W listed input, it represents a distinct operating choice among the supplied 92 mm fans, with a specified 25.4 mm depth.
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Server chassis with space for a 38 mm-deep fan can consider AFB0824SHE, an 80 mm axial model powered by 24VDC. Its listed airflow ceiling is 123.6 m3/h, a useful comparison point for enclosure ventilation designs.
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