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首页 > 产品 > 按类型 > 离心风机 > QK08A-4EM.35.CD | ZIEHL-ABEGG 230V 60W AC Crossflow Fan for Dry Transformer Cooling

QK08A-4EM.35.CD ZIEHL-ABEGG 离心风机

品牌:
ZIEHL-ABEGG
型号:
QK08A-4EM.35.CD | ZIEHL-ABEGG 230V 60W AC Crossflow Fan for Dry Transformer Cooling
类型:
离心风机
应用行业:
工业冷却
产品描述:

Selected for Transformer Cooling, ZIEHL-ABEGG QK08A-4EM.35.CD is a 230 V AC Crossflow Fan, marked by a documented 60 W input rating. It provides a practical sizing reference. This helps model selection.

产品特点

Rated Voltage(V)230
Input Power(W)60
Speed(rpm)1650

产品特点

Reliable Blower

The ZIEHL-ABEGG QK08A-4EM.35.CD 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. The cross-flow air path supports efficient heat removal in a correctly designed air channel. Its integrated motor and impeller support stable ventilation. Actual system noise depends on the duty point and installation. Correct selection supports stable, energy-conscious operation and long service life.

Its selection record helps structure design reviews during specification review while keeping the duty point central. The resulting specification is easier to review across prototype, production and maintenance stages.

应用行业

常见问题

What distinguishes the QK08A-4EM.35.CD from a general-purpose fan?

Its AC Crossflow Fan configuration and a documented 60 W input rating provide model-specific criteria for matching Transformer Cooling systems.

Is the QK08A-4EM.35.CD easy to maintain?

Provide service access, keep the airflow path clean, inspect wiring and mounting, and investigate abnormal noise or vibration before continued use.

How should buyers select the QK08A-4EM.35.CD for an operating point?

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

Can the QK08A-4EM.35.CD 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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