PMD2408PMB1-A(2).GN is a 24 VDC axial fan for servers, data-communications equipment, control cabinets. Its main supplied feature is 142.97 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 equipment design.
| Rated Voltage(V) | 24 |
|---|---|
| Size(mm) | 80×80×38 |
| Max.Air Flow(m³/h) | 142.97 |
| Max.Pressure(Pa) | 184.3 |
| Input Power(W) | 9.6 |
| Speed(rpm) | 5700 |
| Noise(db) | 55.2 |
The SUNON PMD2408PMB1-A(2).GN reinforces data centers and communication assembly as a DC axial fan, combining a compact heat removal role with a clear mechanical and electrical integration path.
Listed air movement of 142.97 m3/h and pressure of 184.3 Pa provide starting points for duty-point evaluation in the completed system.
A coordinated impeller, frame and motor path helps convert electrical input into useful heat removal air movement without unnecessary flow disturbance.
The fan can support predictable duty when its duty point is checked against the complete system curve and thermal load. Preserve the specified air movement direction during assembly. Review the approved electrical interface for the complete suffix.
When assembled in servers and data-communication hardware, PMD2408PMB1-A(2).GN cools computing and network assemblies within the available installation space. Thermal management demand varies with workload, so the fan must be evaluated at the assembled operating point.
Power supplies, inverters and control cabinets require managed air delivery, and SUNON PMD2408PMB1-A(2).GN cools power modules and controls. The result supports robust operation while keeping the thermal management function understandable for future service work.
For hardware in industrial automation hardware, SUNON PMD2408PMB1-A(2).GN acts as a heat removal component that ventilates drives and production electronics. The completed air movement path should remain clear during installation and routine maintenance.
The application of PMD2408PMB1-A(2).GN covers medical and laboratory instruments; here, the DC axial fan cools enclosed instrument electronics. Unit resistance can shift delivered thermal management flow away from free-air catalogue values if it is not checked.
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 142.97 m³/h airflow, 184.3 Pa pressure, 9.6 W input, 5700 rpm, 55.2 dB. 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.
Confirm the target equipment, operating point, ambient conditions, installation space, electrical supply, controls, protection, quantity, and required delivery date.