Ebm-papst 8414NHU Axial Fan 80x80x25mm 24VDC High Performance with Speed Signal

Product: Ebm-papst 8414NHU Axial Fan 80x80x25mm 24VDC High Performance with Speed Signal

Full Specifications:
– Dimensions: 80 x 80 x 25 mm
– Nominal Voltage: 24 VDC
– Type of Voltage: DC
– Speed: 3400 min^-1 (RPM)
– Air Flow: 32.0 CFM (54.4 m³/h)
– Noise Level: 33.5 dB(A)
– Power Consumption: 2.4 W
– Bearing Type: Ball bearing
– Lifetime at 40°C: 65000 h
– Weight: 0.1 kg
– Connection: Stripped wires
– Motor Protection: Locked rotor protection
– Material: Fiberglass-reinforced plastic; impeller and housing
– Direction of Rotation: Clockwise, viewed toward rotor
– Speed Signal: Yes
– Protection Class: IP20
– Ambient Temperature Range: -20°C to +70°C

Key Features:
– High-performance compact fan designed for demanding applications
– Integrated speed signal for real-time monitoring of fan operation
– Energy-efficient operation with low power consumption
– Robust design with a long service life due to high-quality ball bearings
– Low noise emission for use in noise-sensitive environments
– Locked rotor protection to prevent motor damage in case of a blockage
– Easy to install with stripped wire leads for power connection
– Clockwise rotation with a view from the rotor side ensures standardized airflow direction
– Suitable for operation in a wide range of ambient temperatures

Models Suitability:
The Ebm-papst 8414NHU Axial Fan is suitable for a variety of applications where efficient cooling and airflow are required, including but not limited to:
– Telecommunications equipment
– IT and server rack cooling
– LED cooling systems
– Industrial control cabinets
– Medical devices
– Automotive applications
– Compact power electronics cooling
– Variable speed drives and inverters
– Refrigeration and HVAC systems

This fan is particularly well-suited for scenarios where consistent performance and reliability are critical, and where space constraints demand a compact cooling solution with a high airflow-to-size ratio. The speed signal feature allows for precise control in feedback systems, making it an ideal choice for applications requiring active speed monitoring and control.