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Home > Products > By type > Axial Fans > W2D160-EB22-18 | ebm-papst 480V AC Axial Fan for Industrial Equipment Cooling

W2D160-EB22-18 ebm-papst Axial Fan

Brand :
ebmpapst
Model:
W2D160-EB22-18 | ebm-papst 480V AC Axial Fan for Industrial Equipment Cooling
Type:
Axial Fans
Industry:
Automation
Description:

Supporting Industrial Equipment Cooling, the ebm-papst W2D160-EB22-18 is a 480 V AC axial fan, documented with 160 mm dimensions for installation planning. The data supports model-level evaluation.

Product Features

Rated Voltage(V)480
Size(mm)160

Product Features

Reliable Blower

The ebm-papst W2D160-EB22-18 positions an AC axial fan for motor cooling. Its centrifugal airflow path supports ventilation in industrial equipment and compact cooling passages.

Selection data includes 480 V operation, helping engineers match airflow to system resistance. The axial airflow path supports efficient heat removal in a correctly designed air channel. The datasheet identifies ball-bearing support for durable motor support. Actual system noise depends on the duty point and installation. Correct selection supports stable, energy-conscious operation and long service life.

Its engineering data set guides procurement screening during OEM development without relying on generic assumptions.

Application Industry

Frequently Asked Questions

Why choose the W2D160-EB22-18 for Industrial Equipment Cooling?

Its documented 480 V AC axial fan configuration provides a traceable match for projects whose electrical and airflow requirements align with the model data.

What distinguishes the W2D160-EB22-18 from a general-purpose fan?

Its AC axial fan configuration and 160 mm dimensions for installation planning provide model-specific criteria for matching Industrial Equipment Cooling systems.

How can noise be managed when using the W2D160-EB22-18?

Noise data is not listed in the supplied table. Use unobstructed airflow, secure mounting and suitable isolation where required.

Can the W2D160-EB22-18 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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