9HV0812P1G001 is a 12 VDC axial fan for servers, data-communications equipment, control cabinets. Its main supplied feature is axial airflow intended for low-to-moderate system resistance. It also lists a 80*80*38 mm size specified in the upload data. Review system resistance for maintenance planning.
| Rated Voltage(V) | 12 |
|---|---|
| Size(mm) | 80*80*38 |
| Max.Air Flow(m³/h) | 222 |
| Max.Pressure(Pa) | 1000 |
| Input Power(W) | 40.8 |
| Speed(rpm) | 14900 |
| Noise(db) | 69 |
In automation and electronic manufacturing assembly, 9HV0812P1G001 functions as the SANYO DENKI DC axial fan for maintaining circulation around thermal load-generating assemblies.
Its axial-flow arrangement carries a relatively large air volume along the motor axis, making it suitable for low-to-moderate assembly resistance.
Integrated approval should consider mounting, connector or lead arrangement, air movement direction and access for future service.
Listed air movement of 222 m3/h and pressure of 1000 Pa provide starting points for duty-point evaluation in the completed assembly. Review the approved power-system interface for the complete suffix. Validate sound and thermal state in the finished installation space. Keep the model reference unchanged in replacement documentation.
OEM designs for servers and data-communication hardware use 9HV0812P1G001 where a DC axial fan must cool computing and network assemblies. Engineers should confirm mounting, thermal management flow direction and unit resistance to preserve the intended application value.
Model 9HV0812P1G001 contributes to conversion hardware, motor-drive units and automation enclosures by providing moving air that cools power assemblies and controls. OEM designers can qualify the result in the finished equipment interior and document it for repeat production.
Thermal management in industrial automation machinery can use SANYO DENKI 9HV0812P1G001 to ventilate drives and production electronics. The application value comes from consistent generated heat removal, controlled integration and verifiable replacement planning.
When production in medical and laboratory instruments, 9HV0812P1G001 cools enclosed instrument electronics within the available hardware space. Forced-air excess heat removal enables hardware availability during long duty cycles and repeated load changes.
The upload row lists 12 VDC. Confirm phase, frequency, terminals, and local supply conditions before wiring.
The upload row lists 69 dB. Confirm the measurement condition and compare noise at the intended operating point.
The matched source highlights axial airflow intended for low-to-moderate system resistance. Compare that point together with the listed electrical and dimensional data.
The supplied sources do not confirm an integrated controller. Verify the exact electrical variant and control requirement before ordering.
Compare the full model suffix, voltage, size, motor or controller type, mounting, airflow, pressure, power, speed, and protection; do not copy data from a similar model.
The supplied application data covers servers, data-communications equipment, control cabinets. Confirm the installation's airflow, pressure, space, and electrical requirements.