8214J/2H4PU-208 is a 24 VDC compact axial fan for servers, data-communications equipment, control cabinets. Its main supplied feature is 220 m³/h maximum airflow stated for this model. It also lists a 80*80*38 mm size specified in the upload data. Review airflow path for project specification.
| Rated Voltage(V) | 24 |
|---|---|
| Size(mm) | 80*80*38 |
| Max.Air Flow(m³/h) | 220 |
| Max.Pressure(Pa) | 710 |
| Input Power(W) | 38 |
| Speed(rpm) | 14000 |
Model 8214J/2H4PU-208 is positioned as the ebm-papst DC constrained-space axial fan for automation and electronic manufacturing system, supporting moving air where passive convection cannot maintain the required thermal load condition margin.
The thermal architecture contributes to integration near sensitive assemblies where predictable moving air and minimal space claim are important.
Listed moving air of 220 m3/h and pressure of 710 Pa provide starting points for duty-point evaluation in the completed system.
For procurement teams, retaining the full model code contributes to managed sourcing, compatible replacement and clearer maintenance records. Check environmental limits in the original product data. Confirm the exact operating point before production release.
OEM designs for servers and data-communication hardware use 8214J/2H4PU-208 where a DC small-footprint axial fan must cool computing and network assemblies. The completed ventilation flow path should remain clear during installation and routine maintenance.
The thermal control role of ebm-papst 8214J/2H4PU-208 in regulated power systems, conversion stages and automation enclosures is to cool power assemblies and controls. Sustained service requires an airflow internal element that integrates cleanly with the installation architecture.
The thermal control role of ebm-papst 8214J/2H4PU-208 in industrial automation machinery is to ventilate drives and production electronics. Steady air movement helps stabilize part working temperature as electromechanical load and ambient conditions change.
As part of medical and laboratory instruments, ebm-papst 8214J/2H4PU-208 performs a defined forced-air cooling task and cools enclosed instrument electronics. Ventilation flow must reach the intended thermal load source rather than bypassing it through unused gaps in the assembly.
The supplied row lists 220 m³/h airflow, 710 Pa pressure, 38 W input, 14000 rpm. Compare these values with the real system operating point, not only the free-air rating.
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.
Check electrical supply, mounting clearance, fasteners, airflow direction, guards, wiring, and access for service before installation.
Match the complete model code, voltage, dimensions, mounting arrangement, airflow direction, performance point, and control interface to the equipment.
The upload row lists RoHS compliance, but no additional exact-model certification is confirmed in the supplied feature record.
Verify the listed size, mounting pattern, fan housing or nozzle arrangement, airflow direction, and service clearance against the equipment drawing.