





Industrial automation cooling is the intended application for QFR0624GH, a 24VDC axial fan. Its 60 x 60 x 25 mm format is paired with 142 Pa maximum static pressure and a listed 7600 rpm rotor speed.
| Rated Voltage(V) | 24 |
|---|---|
| Size(mm) | 60×60×25 |
| Max.Air Flow(m³/h) | 59.1 |
| Max.Pressure(Pa) | 142 |
| Input Power(W) | 3.84 |
| Speed(rpm) | 7600 |
| Noise(db) | 47 |
The QFR0624GH addresses ventilation needs in energy equipment. Delta's brushless DC axial fan format allows cooling airflow to be integrated alongside the equipment's heat-producing assemblies.
The 24 V DC supply requirement gives electrical designers a clear basis for matching the fan to the equipment power architecture. The axial layout moves air along the fan axis, supporting a direct ventilation route through the equipment opening. Acoustic results depend on the enclosure and duty point; smooth inlet geometry helps control avoidable airflow noise.
Choose it for a model-specific cooling requirement, with connector, operating conditions and airflow direction checked before release to production.
For power-supply equipment, Delta QFR0624GH provides equipment cooling around power-conversion components. Managing electrical conversion losses helps maintain dependable power delivery.
In industrial control equipment, air movement helps handle heat accumulated within enclosures. Delta QFR0624GH supports cooling around controllers and electronic modules, contributing to stable automation operation.
Delta QFR0624GH supports cooling in energy equipment. Air circulation around electrical conversion assemblies helps manage recurring thermal loads, supporting reliable equipment operation.
QFR0624GH is listed for Industrial Automation cooling. Confirm the installed airflow demand, pressure loss and ambient conditions before approval.
QFR0624GH provides a defined axial fan format with a listed 7600 rpm speed in a 60 x 60 x 25 mm size. Compare its fan curve with the actual duty point rather than assuming a universal advantage.
Suitability depends on thermal margin, operating temperature, alarm or feedback requirements and system redundancy. Qualify QFR0624GH at the actual duty point; the model name alone is not a reliability guarantee.
The listed input-power figure is 3.84 W, but efficiency must be evaluated at the required airflow and pressure. Check the applicable fan curve and test conditions before comparison.
The workbook lists 142 Pa maximum pressure. Maximum pressure and maximum airflow occur at different points, so select QFR0624GH from its curve at the required system resistance.

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