Description
The Delta Electronics AFB1224EHE is a high-performance DC axial fan engineered for demanding industrial thermal management applications. This unit belongs to the AFB series, characterized by its high airflow and static pressure capabilities, making it essential for cooling high-density electronic components. By leveraging advanced aerodynamics and a robust motor design, this fan delivers consistent cooling performance in environments requiring substantial air movement against system impedance.
Manufacturer: Delta Electronics
Model Number: AFB1224EHE
Product Type: High-Performance DC Axial Fan
Dimensions: 120mm x 120mm x 38mm
Rated Voltage: 24V DC
Operating Voltage Range: 14.0V – 27.6V DC
Rated Current: 1.05 A
Input Power: 25.2 W
Rotational Speed: 4600 RPM ±10%
Maximum Airflow: 190.0 CFM (5.38 m³/min)
Maximum Static Pressure: 17.5 mmH₂O (0.689 inH₂O)
Acoustic Noise: 58.5 dB-A
Bearing Type: Maintenance-Free Dual Ball Bearing
Frame Material: PBT Plastic (UL 94V-0)
Impeller Material: PBT Plastic (UL 94V-0)
Life Expectancy: 70,000 Hours at 40°C
Operating Temperature: -10°C to +70°C
Weight: 380g
This fan is specifically designed for high-impedance environments where back-pressure restricts airflow, such as in industrial inverters, server chassis, and telecommunications cabinets. The AFB1224EHE utilizes a specialized impeller design to force air through dense heat sinks and tightly packed enclosures, preventing thermal throttling in critical infrastructure. Utilizing Original Engineering components ensures that the fan meets the exact aerodynamic and electrical requirements of the host system, guaranteeing Technical Compatibility and preventing sensor errors or insufficient cooling associated with generic replacements. The dual ball bearing architecture supports continuous operation, significantly extending the maintenance interval. Please verify your specific connector requirements to ensure immediate integration. Contact our team for current Lead Time and volume pricing.











Reviews
There are no reviews yet.