Description
AGC08025AFS
Size 80X80X25mm
Frame Plastic(UL94V-0)
Impeller Plastic(UL94V-0)
Motor DC Brushless Motor
Voltage 12V/24V/48V
Bearing FMB/Dual Ball Bearing
RPM 2700～4300rpm
Performance 38.16~60.37CFM
Weight 85gThe 80x80x25mm DC Axial Fan is a high-performance cooling solution crafted for efficient thermal management in compact electronic systems. Featuring a robust plastic frame and impeller, both designed to meet rigorous fire-safety standards, this fan ensures durability and reliability in demanding environments. Powered by an advanced brushless DC motor, it operates across a versatile voltage range of 12V, 24V, or 48V, making it adaptable for applications such as servers, telecommunications systems, industrial equipment, and consumer electronics. Equipped with a precision-engineered bearing system (FMB or dual ball), the fan delivers an RPM range of 2700 to 4300, providing airflow from 38.16 to 60.37 CFM. Weighing just 85 grams, its lightweight yet sturdy design enables seamless integration into space-constrained setups while maintaining optimal performance. Engineered for whisper-quiet operation, the fan minimizes noise and vibration, prioritizing user comfort while ensuring energy efficiency and an extended operational lifespan. Certified to meet stringent quality standards, it delivers consistent performance in challenging conditions, making it ideal for applications requiring reliable cooling in compact spaces. The fan’s design emphasizes low power consumption and long-term durability, catering to modern electronic devices that demand sustained thermal regulation. For detailed specifications, including performance metrics and technical data, consult the product datasheet or contact the manufacturer’s support team via email or phone for tailored solutions and additional information. This DC Axial Fan stands out as a dependable component for advanced cooling needs, offering exceptional performance, efficiency, and longevity across a wide range of technological applications, ensuring devices operate smoothly under diverse thermal demands.
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