

For servers, UPS systems, and telecom equipment, 109P0424H702 combines 24 VDC operation with a 40 × 40 × 15 mm DC axial fan design. Series focus: high airflow and pressure. The 10.7 m³/h airflow figure supports its stated equipment-cooling role. Check service access planning performance curve. Focus: service access planning performance curve.
| Rated Voltage(V) | 24 |
|---|---|
| Size(mm) | 40*40*15 |
| Max.Air Flow(m³/h) | 10.7 |
| Max.Pressure(Pa) | 75.5 |
| Input Power(W) | 1.92 |
| Speed(rpm) | 7700 |
| Noise(db) | 28 |
The San Ace 109P0424H702 serves servers, storage systems and ICT equipment as a DC axial fan. Its airflow supports heat transfer from internal devices toward cabinet or chassis exhaust openings.
A listed maximum airflow of 10.7 m3/h and maximum pressure of 75.5 Pa give engineers a clear basis for matching the fan to enclosure resistance. Buyers should confirm the complete suffix, connector, sensor output and control option before ordering. Engineers should validate the operating point with the actual grille and filter.
Confirm the operating environment for the suffix. This step reduces uncertainty during equipment qualification. Confirm the final fan curve in the assembled equipment. Preserve clear inlet and outlet space during installation.
109P0424H702 is suitable for server chassis and computing nodes. Reliable ventilation reduces hot spots around sensitive electronics and supports consistent equipment availability. It provides a practical cooling path for OEM integration. Selection should follow the approved full model code.
The San Ace 109P0424H702 supports thermal management in storage arrays and data appliances. Reliable ventilation reduces hot spots around sensitive electronics and supports consistent equipment availability. It provides a practical cooling path for OEM integration.
For network and other ICT hardware, 109P0424H702 provides a dedicated forced-air cooling path. Reliable ventilation reduces hot spots around sensitive electronics and supports consistent equipment availability. It provides a practical cooling path for OEM integration.
Review ambient temperature, airflow restriction, contamination exposure, noise limit, mounting orientation, and maintenance access.
Inspect dust buildup, airflow blockage, abnormal noise, mounting security, and wiring condition; disconnect power before service.
Compare its listed power with the required airflow, pressure, and operating hours. System-level savings depend on correct duty-point selection.
The worksheet lists 24 VDC. Check polarity or AC frequency and the wiring diagram before commissioning.
Verify supply, connector, obstructions, impeller movement, and alarm or protection status using the model-specific troubleshooting data.

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