ebmpapst W2D250-EP26-12 AC Axial Fan with Housing

High-Performance German Axial Cooling Solution

The ebmpapst W2D250-EP26-12 is a robust AC axial fan engineered for industrial environments that demand reliable thermal management. With its galvanized steel housing and optimized impeller design, it delivers consistent cooling efficiency while supporting long service life. Moreover, its compact dimensions allow seamless integration into electrical cabinets and machinery enclosures.

Technical Performance and Construction

Operating on 230V AC, the W2D250-EP26-12 provides efficient cooling with a 250mm impeller diameter and high-speed airflow performance. Its external rotor motor ensures reduced vibration, while the durable housing protects against harsh operating conditions. Engineers value this model for its balance of airflow capacity, low noise, and stable operation.

Key Specifications

Parameter	Value
Model	W2D250-EP26-12
Brand	ebmpapst
Country of Origin	Germany
Fan Type	AC Axial Fan with Housing
Nominal Voltage	230V AC
Frequency	50/60 Hz
Power Consumption	120 W
Impeller Diameter	250 mm
Airflow Capacity	900 m³/h (approx.)
Speed	2650 rpm
Noise Level	66 dB(A)
Operating Temperature	-40 °C to +70 °C
Weight	3.5 kg
Dimensions (L × W × H)	250 × 250 × 120 mm
Housing Material	Galvanized Steel
Connection Type	Terminal Block
Mounting Options	Wall or Panel Mounting

Advantages of ebmpapst Cooling Technology

The W2D250-EP26-12 combines efficient airflow with energy savings, making it ideal for automation control panels, HVAC modules, and machinery cooling. Its compact structure reduces installation complexity, while the noise-optimized design supports workplace comfort. In addition, the rugged housing ensures durability even in continuous duty cycles.

Application Areas

This German axial fan is widely applied in automation systems, electronic enclosures, power distribution units, and industrial ventilation equipment. Engineers choose the W2D250-EP26-12 because it consistently delivers stable performance under demanding conditions, ensuring reliable cooling for sensitive components.