





DV6224/2TDA-816 is a 24 VDC compact axial fan for data-communications equipment, heat pumps, ventilation systems. Its main supplied feature is 680 m³/h maximum airflow stated for this model. It also lists a ø172*51 mm size specified in the upload data. Review airflow path for retrofit assessment.
| Rated Voltage(V) | 24 |
|---|---|
| Size(mm) | ø172*51 |
| Max.Air Flow(m³/h) | 680 |
| Max.Pressure(Pa) | 620 |
| Input Power(W) | 89 |
| Speed(rpm) | 5530 |
The DV6224/2TDA-816 brings ebm-papst DC space-efficient axial fan performance to air-handling, HVAC and refrigeration installation. It gives engineers a defined internal element for forced-air thermal management.
The stated ø172*51 mm size aids early mechanical-envelope and mounting checks.
Local airflow can be directed toward concentrated heat sources, helping designers use limited housing volume more effectively.
Maintaining the approved suffix on the bill of materials reduces the risk of substituting a mechanically similar but incompatible version. Review the approved electromechanical interface for the complete suffix. Validate sound and temperature in the finished housing. Keep the model reference unchanged in replacement documentation.
Equipment serving HVAC and ventilation systems can integrate ebm-papst DV6224/2TDA-816; the unit provides supply or exhaust thermal management flow. The selection supports a clearer bill of materials and reduces uncertainty when replacement parts are required.
For refrigeration and condenser assembly, the ebm-papst DV6224/2TDA-816 DC small-footprint axial fan moves air across refrigeration coils. The assembly benefits from continuous thermal load removal where passive cooling alone cannot protect integration plan margin.
Application serving excess heat exchangers can integrate ebm-papst DV6224/2TDA-816; the unit moves air across transfer surfaces. Consistent excess heat removal reduces thermal stress around assemblies that cycle between standby and high-load function.
The DV6224/2TDA-816 is positioned for accumulated heat-pump systems, helping the completed system move air through exchange sections. This approach helps manufacturing teams balance accumulated heat removal effectiveness, equipment interior space and lifecycle maintenance.
Check supply voltage, controller signals, blocked airflow, contamination, abnormal noise, rotation, and the equipment operating point before replacing the unit.
No guaranteed lead time is provided in the supplied sources. Confirm current stock, required quantity, production schedule, and shipping date with the supplier.
The supplied row lists 680 m³/h airflow, 620 Pa pressure, 89 W input, 5530 rpm. Compare these values with the real system operating point, not only the free-air rating.
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.
Available performance data includes 680 m³/h airflow, 620 Pa pressure, 89 W input, 5530 rpm. Obtain the full curve when system resistance or part-load behavior matters.
Match the complete model code, voltage, dimensions, mounting arrangement, airflow direction, performance point, and control interface to the equipment.

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