SUNON KD0504PFB2-8 40x40x10mm 4010 DC 5V 0.6W Cooling Fan 2pin Connector

SUNON’s KD0504PFB2-8 is a premium-quality 40x40x10mm 4010 DC 5V 0.6W Cooling Fan with a 2-pin connector. It is engineered to provide exceptional cooling performance in a compact and efficient design. With its advanced features and durable construction, this cooling fan is an ideal choice for various applications, including electronic devices, computer systems, and industrial equipment.

Product Features:

1. Powerful Cooling Performance:
– Delivers 0.6W of cooling power at a rated voltage of 5V DC.
– Optimally designed impeller for maximum airflow and static pressure.

2. Compact Size and Efficient Design:
– Dimensions of 40mm x 40mm x 10mm, making it suitable for space-constrained applications.
– Engineered for optimal efficiency to minimize power consumption while maintaining high cooling capacity.

3. Durable Construction:
– Built with high-quality materials to ensure long-lasting performance.
– Durable ball bearing system for extended lifespan in demanding operating conditions.

4. Wide Range of Applications:
– Ideal for cooling electronic devices, computer systems, industrial equipment, and other applications requiring efficient heat dissipation.

5. Easy Installation:
– Designed with a 2-pin connector for seamless integration with various systems.
– Mounting holes and screws included for convenient installation.

6. Color Options:
– Available in black and white to match different aesthetics.

Detailed Specifications:

– Model Number: KD0504PFB2-8
– Size: 40x40x10mm
– Voltage: 5V DC
– Power: 0.6W
– Speed: 6000 RPM ±10%
– Airflow: 6.4 CFM
– Noise Level: 28 dBA
– Connector: 2-pin
– Bearing Type: Ball Bearing
– Operating Temperature: -10°C to +70°C
– Storage Temperature: -40°C to +80°C
– Weight: 12g

Additional Features:

– Low vibration operation for reduced noise levels.
– UL, VDE, and CE certified for safety and reliability.
– RoHS compliant for environmental friendliness.

User Concerns and Desires:

– This cooling fan is designed to address common concerns such as:
– Overheating of electronic devices and components
– Noise pollution from noisy cooling systems
– Space constraints in compact applications