Ebm-papst 4114NH6 Axial Fan 119x119x38mm 24VDC 117.7CFM Ball Bearing
$48.49
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The Ebm-papst 4114NH6 Axial Fan is a high-performance compact fan with dimensions of 119x119x38mm, operating at 24VDC and providing an airflow of 117.7CFM. It features a ball bearing system, low power consumption, low noise emission, and is suitable for various cooling applications in telecommunications, IT, industrial control systems, and more.
Product: Ebm-papst 4114NH6 Axial Fan 119x119x38mm 24VDC 117.7CFM Ball Bearing
Full Specifications:
– Dimensions: 119 x 119 x 38 mm
– Voltage: 24 VDC
– Airflow: 117.7 CFM (cubic feet per minute)
– Bearing Type: Ball bearing
– Speed: 4000 RPM (revolutions per minute)
– Power Consumption: 19.2 W
– Current Draw: 0.8 A
– Noise Level: 45 dB(A)
– Weight: 600 g
– Material: Fiberglass-reinforced plastic; impeller and housing
– Connection: Stripped wires
– Motor: Brushless DC motor
– Protection Class: IP20
– Ambient Temperature Range: -20°C to +70°C
– Expected Life: 65,000 hours at 40°C
Key Features:
– High-performance compact fan designed for demanding applications
– Robust and durable ball bearing system for long service life
– Efficient airflow and pressure characteristics
– Low power consumption for energy efficiency
– Low noise emission for quiet operation
– Speed signal for RPM monitoring
– Reverse polarity and locked rotor protection
– Maintenance-free and easy to install
– Resistant to harsh environmental conditions
Models Suitability:
– Suitable for a wide range of cooling applications including telecommunications, IT, industrial control systems, and LED cooling
– Ideal for high-density electronics cooling where space is limited and high airflow is required
– Can be used in inverters, frequency converters, and medical devices
– Appropriate for use in automotive applications, including charging systems for electric vehicles
– Fits into applications requiring forced air cooling, such as cabinet cooling systems, and HVAC systems
– Compatible with various control systems for speed regulation and monitoring, enhancing its versatility across different technology platforms.


