Ebm-papst A2E200-AF02-02 Axial Fan 200mm 230VAC High Performance Ball Bearing
$309.80
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Product: Ebm-papst A2E200-AF02-02 Axial Fan 200mm 230VAC High Performance Ball Bearing
Full Specifications:
– Nominal Voltage: 230 VAC
– Frequency: 50/60 Hz
– Nominal Speed: 2550/3100 min⁻¹
– Power Input: 65/79 W
– Current Draw: 0.28/0.34 A
– Max Back Pressure: 120 Pa
– Air Flow: 910 m³/h
– Fan Diameter: 200 mm
– Connection: Terminal pins 2.8 x 0.5 mm
– Capacitor Voltage: 400 VDB
– Capacitor: 2 µF
– L10 Life Expectancy at 40°C: 65,000 h
– Sound Pressure Level (at 1m): 65 dB(A)
– Mass: 1.8 kg
– Protection Class: IP44
– Direction of Air Flow: “V” (exhaust over struts)
– Direction of Rotation: Clockwise, seen on rotor
– Material: Fiberglass-reinforced plastic; impeller PA, housing PBT
– Motor Protection: Thermal overload protector (TOP) connected to internal winding
– Type of Protection: S1
– Operating Mode: Continuous operation (S1)
– Bearing Type: Ball bearing
– Allowable Ambient Temperature Range: -25°C to +60°C
Key Features:
– High-performance ball bearing for extended service life
– Energy-efficient operation with optimized aerodynamic design
– Robust and durable construction suitable for demanding applications
– Compact design for easy integration into various systems
– Low noise emission for operation in noise-sensitive environments
– Equipped with thermal overload protection for enhanced safety
– Maintenance-free ball bearing system
– Compliant with ErP Directive for ecological design requirements
– Versatile mounting positions for flexible installation options
Models Suitability:
– Suitable for a wide range of cooling and ventilation applications including electronics cooling, HVAC systems, refrigeration, and industrial machinery.
– Ideal for use in equipment requiring high airflow and reliability, such as data center cooling, telecom equipment, and welding machines.
– Can be integrated into custom applications where consistent and dependable air movement is critical.
– Appropriate for retrofitting or upgrading existing systems for improved performance and energy efficiency.


