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Home > Products > By type > Axial Fans > A2D300-AD02-01 | ebm-papst 400V 270W AC Axial Fan for HVAC Ventilation

A2D300-AD02-01 ebm-papst Axial Fan

Brand :
ebmpapst
Model:
A2D300-AD02-01 | ebm-papst 400V 270W AC Axial Fan for HVAC Ventilation
Type:
Axial Fans
Industry:
HVAC & Ventilation
Description:

Selected for HVAC Ventilation, ebm-papst A2D300-AD02-01 is a 400 V AC axial fan, recognized through a listed airflow of 2,825 m³/h. This guides model-to-system comparison. Its documented data supports integration planning.

Datasheet:
A2D300-AD02-01 | ebm-papst 400V 270W AC Axial Fan for HVAC Ventilation Datasheet (Pdf)

Product Features

Rated Voltage(V)400
Size(mm)300
Max.Air Flow(m³/h)2825
Max.Pressure(Pa)100
Input Power(W)270
Speed(rpm)2800

Product Features

Reliable Blower

The ebm-papst A2D300-AD02-01 is an AC axial fan for hvac systems, supporting equipment thermal management and integration.

Data includes 400 V operation, airflow up to 2825 m³/h and pressure up to 100 Pa for comparing the documented operating point with the intended air channel. The datasheet lists ball-bearing support, steel impeller, IP44 protection for durable motor support. Installed noise depends on the duty point and airflow path. Correct installation conditions help convert documented performance into reliable equipment-level heat removal.

The resulting specification supports disciplined comparison for maintenance sourcing without relying on generic assumptions. Its documented ratings also improve traceability during design reviews and replacement planning.

Application Industry

Frequently Asked Questions

How should the A2D300-AD02-01 be checked for compatibility?

Compare 300 mm, 400 V, 270 W plus mounting, connector and duty-point requirements.

What installation checks apply to the A2D300-AD02-01?

Verify mounting orientation, inlet and outlet clearance, fastener security, electrical connections and the exact dimensional drawing before startup.

Can the A2D300-AD02-01 help control total ownership cost?

Correct sizing and operation within documented limits can reduce avoidable thermal stress and maintenance events; project savings require duty-cycle analysis.

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