Description
The ebmpapst 2214F/2TDHHO is a high-performance DC Axial Fan built in a 220 x 200 x 51 mm frame. Utilizing a 3-phase EC fan drive for very smooth operation and high efficiency, this fan operates on 24 V DC. It delivers a high airflow of 940 m³/h at 5000 RPM. With a service life of 85,000 hours (at 40 °C) and integrated speed signal and control input capabilities, it is essential for critical, high-density cooling in industrial and telecom systems.
2214F/2TDHHO Fan Parameters
Model: 2214 F/2TDHHO
Manufacturer: ebmpapst
Type: DC Axial Fan
Series: 2000 Series (High Performance, Electronic Commutation)
Dimensions: 220 x 200 x 51 mm
Weight: 1.0 kg
Nominal Voltage: 24 V DC
Operating Voltage Range: 16 V DC to 36 V DC
Speed: 5000 RPM (min⁻¹)
Max. Airflow (Free Air): 940 m³/h
Power Consumption (Max Load): 48 W
Rated Current (Max Load): 2.0 A
Noise Level: 66 dB(A)
Sound Power Level: 7.4 B
Protection Rating: IP20
Electrical Protection: Protected against reverse polarity and locking (Standard)
Bearing Type: Ball Bearing
Motor Design: 3-phase fan drive
Airflow Direction: Exhaust over struts
Direction of Rotation: Counterclockwise, viewed toward rotor
Termination: Leads (AWG 18, 20 or AWG 22)
Control/Signal: Speed signal and control input (AWG 22 leads included)
Housing Material: Die-cast Aluminum (with M4 grounding lug)
Impeller Material: Glass-fiber Reinforced PA Plastic
Life Expectancy (L10 at 40 °C): 85,000 h
Min. Ambient Temperature: -25 °C
Max. Ambient Temperature: 70 °C
Certifications:CE, VDE REGISTERED, EAC, cURus
Application
The ebmpapst 2214F/2TDHHO is engineered for continuous, high-performance cooling applications. It is widely used in telecommunication cabinets and base stations that rely on 24V DC power. The fan’s ability to maintain high airflow (940 m³/h) with a relatively low noise level (66 dB(A)) makes it ideal for cooling high-density electronics, large power supply units, and heat exchangers in critical industrial and IT infrastructure. The integrated speed control feature allows for dynamic thermal management and energy optimization.
Reviews
There are no reviews yet.