D2E133-AM31-05 ebm-papst Centrifugal Fan

Brand :: ebmpapst

Model:: D2E133-AM31-05 | ebm-papst 400V 180W AC Centrifugal Blower for Cabinet Cooling

Type:: Centrifugal Fans

Industry:: Industrial Cooling

Description:: The ebm-papst D2E133-AM31-05, a 400 V AC centrifugal blower, is intended for electrical and control-cabinet cooling. Listed performance includes 695 m³/h airflow, 300 Pa pressure, giving designers a clear basis for checking airflow, mounting and electrical compatibility.

Datasheet:: D2E133-AM31-05 | ebm-papst 400V 180W AC Centrifugal Blower for Cabinet Cooling Datasheet (Pdf)

Product Features

High Static Airflow

The ebm-papst D2E133-AM31-05 is an AC centrifugal blower for cabinet cooling, providing directed airflow in enclosures and cooling assemblies.

Data includes 400 V operation, airflow up to 695 m³/h and pressure up to 300 Pa for matching airflow to system resistance. The datasheet lists ball-bearing support, sheet-steel impeller for durable motor support. Installed noise depends on the duty point and airflow path. Correct electrical selection and clear inlet spacing support efficient cooling, reliable operation and long fan life.

Suitable for OEM engineers, manufacturers and maintenance buyers, the D2E133-AM31-05 should be checked for wiring, mounting, duty point and ambient limits before selection.

Application Industry

Cabinet Cooling

The D2E133-AM31-05 ebm-papst fan is designed for industrial control cabinets that require steady air exchange to remove heat from drives, controllers and power devices installed in confined spaces.

Frequently Asked Questions

What supply is required for the D2E133-AM31-05?

The listed rated voltage is 400 V. Match the supply, wiring, frequency and control interface before commissioning.

Does the D2E133-AM31-05 have compliance information?

The workbook lists RoHS Compliant. Request the exact-model declaration and any required regional approvals for formal verification.

Can the D2E133-AM31-05 reduce total ownership cost?

Correct sizing, clean airflow paths and preventive maintenance can reduce thermal stress and avoidable downtime; validate savings for the actual duty cycle.

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