Ebm-papst 6224N High-Performance Axial Fan 24VDC 172x51mm 3200RPM Ball Bearing
$34.65
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The Ebm-papst 6224N High-Performance Axial Fan is a 24VDC fan with dimensions of 172mm x 51mm, operating at 3200 RPM. It features a ball bearing system, low noise level of 59 dB(A), and a power consumption of 18W. Suitable for demanding cooling applications in various industries.
Product: Ebm-papst 6224N High-Performance Axial Fan 24VDC 172x51mm 3200RPM Ball Bearing
Full Specifications:
– Nominal Voltage: 24VDC
– Size: 172mm x 51mm
– Speed: 3200 revolutions per minute (RPM)
– Air Flow: 233.3 cubic meters per hour (m³/h)
– Noise Level: 59 dB(A)
– Power Consumption: 18W
– Current Draw: 0.75A
– Static Pressure: 137 Pa
– Bearing Type: Ball bearing
– Connection: Stripped wires
– Material: Fiberglass-reinforced plastic; impeller and housing
– Direction of Rotation: Clockwise, viewed toward rotor
– Protection Class: IP20
– Weight: 1.3 kg
– Operating Temperature Range: -20°C to +70°C
– Expected Life: 65,000 hours at 40°C
Key Features:
– S-Force high-performance technology for demanding applications
– Compact and robust design for integration in limited spaces
– Energy-efficient operation with optimized aerodynamic design
– Low noise emission despite high airflow and static pressure
– Advanced electronic commutation for extended lifespan and reliability
– Speed-controllable via external PWM signal or voltage change
– Equipped with overheat protection via PTC resistor
– Maintenance-free ball bearing system for long service life
– Easy to install with versatile mounting options
Model Suitability:
– Suitable for high-performance cooling applications in telecommunications, IT, and industrial systems
– Ideal for use in frequency converters, wind power converters, solar inverters, and medical equipment
– Appropriate for demanding environments requiring consistent thermal management
– Can be deployed in automotive applications where high reliability and performance are necessary
– Compatible with a range of electronic devices and systems that require efficient heat dissipation
