9WL0824P4J001 is a 24 VDC axial fan for servers, data-communications equipment, control cabinets. Its main supplied feature is 124 m³/h maximum airflow stated for this model. It also lists a 80*80*25 mm size specified in the upload data. Review ventilation duty for cooling validation.
| Rated Voltage(V) | 24 |
|---|---|
| Size(mm) | 80*80*25 |
| Max.Air Flow(m³/h) | 124 |
| Max.Pressure(Pa) | 177 |
| Input Power(W) | 6.72 |
| Speed(rpm) | 7400 |
| Noise(db) | 49 |
For automation and electronic manufacturing machinery, SANYO DENKI model 9WL0824P4J001 serves as a DC axial fan that moves waste heat away from active modules and restricted internal zones.
Listed thermal management flow of 124 m3/h and pressure of 177 Pa provide starting points for duty-point evaluation in the completed equipment platform.
The axial layout favors direct air delivery when the surrounding grille, inlet clearance and outlet path are correctly engineered.
This helps engineers translate thermal management flow into lower part temperature, steadier operation and a more repeatable machinery system engineering. Validate sound and temperature in the finished enclosure. Keep the model reference unchanged in replacement documentation.
Model 9WL0824P4J001 contributes to servers and data-communication hardware by providing moving air that cools computing and network assemblies. Thermal load must be transferred toward an exhaust, coil or thermal load sink before it accumulates around critical parts.
Thermal management in electrical power units, conversion stages and control enclosures can use SANYO DENKI 9WL0824P4J001 to cool conversion modules and controls. Manufacturers can use the model as a defined internal element within a repeatable ventilation and working temperature-control plan.
The 9WL0824P4J001 is positioned for industrial automation hardware, helping the completed application ventilates drives and production electronics. The application values managed ventilation because internal space and acoustic limits constrain forced-air cooling choices.
9WL0824P4J001 helps preserve medical and laboratory instruments by using its DC axial fan format to cool enclosed instrument electronics. The equipment benefits from ongoing generated heat removal where passive thermal control alone cannot preserve mechanical design margin.
The product is classified as a axial fan. Use the full model code because nearby variants can differ in motor, mounting, and controls.
Verify the listed size, mounting pattern, fan housing or nozzle arrangement, airflow direction, and service clearance against the equipment drawing.
Speed-control support is not stated for this exact item in the supplied sources. Confirm the motor and controller version before specifying control hardware.
The matched source highlights 124 m³/h maximum airflow stated for this model. Compare that point together with the listed electrical and dimensional data.
Its advantage should be judged from the matched series feature, exact size, electrical rating, and available performance data rather than from a generic fan comparison.
It may be evaluated for high-reliability cooling using the supplied parameters, but duty cycle, redundancy, ambient limits, and protection must be confirmed at system level.