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Home > Products > By type > Tangential Fans > QK10A-2EM.38.FK | ZIEHL-ABEGG 230V 680W AC Crossflow Fan for Dry Transformer Cooling

QK10A-2EM.38.FK ZIEHL-ABEGG Tangential Fan

Brand :
ZIEHL-ABEGG
Model:
QK10A-2EM.38.FK | ZIEHL-ABEGG 230V 680W AC Crossflow Fan for Dry Transformer Cooling
Type:
Tangential Fans
Industry:
Industrial Cooling
Description:

Supporting Transformer Cooling, the ZIEHL-ABEGG QK10A-2EM.38.FK is a 230 V AC Crossflow Fan, recognized through a documented speed of 2,850 rpm. The data supports model-level evaluation.

Product Features

Rated Voltage(V)230
Input Power(W)680
Speed(rpm)2850

Product Features

Reliable Blower

The ZIEHL-ABEGG QK10A-2EM.38.FK is an AC tangential fan for transformer cooling. It supports equipment and thermal-management assemblies where dependable heat control is essential.

Selection data includes 230 V operation, helping engineers match airflow to system resistance. Its integrated motor and impeller support stable ventilation. The cross-flow air path supports efficient heat removal in a correctly designed air channel. Actual system noise depends on the duty point and installation. Correct selection supports stable, energy-conscious operation and long service life.

The fan's documented identity supports disciplined comparison through production planning before release to production.

Application Industry

Frequently Asked Questions

What supply voltage does the QK10A-2EM.38.FK require?

The supplied table lists 230 V. Verify supply type, frequency, wiring and permissible tolerances before commissioning.

What installation checks apply to the QK10A-2EM.38.FK?

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

What compliance information is supplied for the QK10A-2EM.38.FK?

The workbook marks the product RoHS Compliant. Obtain the exact-model declaration and any project-specific approvals required by the destination market.

How should buyers select the QK10A-2EM.38.FK for an operating point?

Match required airflow and pressure on the exact performance curve, then verify voltage, power, dimensions and environmental limits.

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