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Home > Products > By type > Compact Fans > 3412N/39H | ebm-papst 12V 2.5W DC Axial Fan for Electronics Cooling

3412N/39H | ebm-papst 12V 2.5W DC Axial Fan for Electronics Cooling

Brand :
ebmpapst
Model:
3412N/39H | ebm-papst 12V 2.5W DC Axial Fan for Electronics Cooling
Type:
Compact Fans
Industry:
Automation
Description:

The ebm-papst 3412N/39H is a high-performance dc axial fan engineered for servers. It delivers reliable airflow, efficient cooling and dependable operation in compact equipment.

Datasheet:
3412N/39H | ebm-papst 12V 2.5W DC Axial Fan for Electronics Cooling Datasheet (Pdf)

Product Features

Rated Voltage(V)12
Size(mm)92*92*25
Max.Air Flow(m³/h)91
Max.Pressure(Pa)50
Input Power(W)2.5
Speed(rpm)3000

Product Features

Compact Airflow

The ebmpapst 3412N/39H is a compact DC axial cooling fan intended for server and IT equipment. It integrates into equipment enclosures and automation modules where localized heat loads require stable air exchange in limited space.

Key selection data includes a 12 V supply, airflow up to 91 m³/h, and maximum pressure of 50 Pa. The axial flow path provides efficient cooling, while pressure performance helps move air through guards, filters and restricted passages. Its integrated frame, impeller and motor support stable ventilation. Clear inlet and outlet spacing helps control turbulence and system noise. Matching the electrical supply and duty point supports energy-efficient, reliable operation and long service life.

The 3412N/39H suits equipment builders and repair teams seeking a compact industrial fan. Confirm system resistance, wiring, mounting and ambient limits. Applied correctly, it delivers dependable service as a long-life cooling fan.

Application Industry

Frequently Asked Questions

What performance is listed for the 3412N/39H?

The product data lists airflow up to 91 m³/h, speed 3000 RPM, pressure up to 50 Pa; confirm the required operating point.

What power or noise data is available for the 3412N/39H?

The listed values are input power 2.5 W. Use the exact model data for selection.

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