AFB1212VH combines a 25 mm-deep, 120 mm axial fan frame with 12VDC operation for server and power-supply cooling. The model lists a 3100 rpm speed and 4.8 W input, offering a defined alternative to faster variants.
| Rated Voltage(V) | 12 |
|---|---|
| Size(mm) | 120*120*25 |
| Max.Air Flow(m³/h) | 61 |
| Max.Pressure(Pa) | 9 |
| Input Power(W) | 4.8 |
| Speed(rpm) | 3100 |
| Noise(db) | 44.5 |
Designed for power-supply equipment, Delta AFB1212VH brings brushless DC axial fan integration to thermally loaded assemblies. Its role is to move cooling air across components during equipment operation.
Its listed 120 x 120 x 25 mm format defines the space needed for installation, helping designers reserve room for adjacent components and cable routing. 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.
It suits engineering buyers who need a defined cooling component. Verify the exact wiring and environmental limits before approving long-term installation.
For server and storage equipment, Delta AFB1212VH provides equipment cooling around processors, drives and other heat-producing assemblies. Managing sustained computing loads helps maintain stable equipment temperatures.
In power-supply equipment, air movement helps handle electrical conversion losses. Delta AFB1212VH supports cooling around power-conversion components, contributing to dependable power delivery.
Delta AFB1212VH supports cooling in telecommunications equipment. Air circulation around densely arranged electronic assemblies helps manage continuous communication duty, supporting service continuity.
In industrial control equipment, Delta AFB1212VH helps remove heat from controllers and electronic modules. The cooling solution addresses heat accumulated within enclosures to support stable automation operation.
AFB1212VH is listed for Server and Power Supply cooling. Confirm the installed airflow demand, pressure loss and ambient conditions before approval.
The workbook lists 9 Pa maximum pressure. Maximum pressure and maximum airflow occur at different points, so select AFB1212VH from its curve at the required system resistance.
The listed input-power figure is 4.8 W, but efficiency must be evaluated at the required airflow and pressure. Check the applicable fan curve and test conditions before comparison.
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.
Suitability depends on thermal margin, operating temperature, alarm or feedback requirements and system redundancy. Qualify AFB1212VH at the actual duty point; the model name alone is not a reliability guarantee.
The workbook lists a maximum airflow of 61 m3/h. This is not the airflow at every system resistance; use the applicable pressure-flow curve to identify the installed operating point.