About Adda AD0824HB-F71DS Cooling Fan
ADDA AD0824HB-F71DS is a high-performance DC axial cooling fan engineered for industrial and electronic cooling applications. Designed with a durable ball bearing system, this fan provides reliable airflow, low maintenance operation, and long service life. It is widely used in power supplies, telecom equipment, industrial control panels, servers, UPS systems, and automation equipment where efficient heat dissipation is essential.
Specifications:
- Brand: ADDA
- Model: AD0824HB-F71DS
- Product Type: DC Axial Cooling Fan
- Fan Size: 80 x 80 x 38 mm
- Rated Voltage: 24 VDC
- Operating Voltage Range: 21.6 26.4 VDC
- Current Rating: 0.30 A
- Power Consumption: 7.2 W
- Bearing Type: Ball Bearing
- Rated Speed: 4800 RPM
- Air Flow: 75 CFM
- Noise Level: 50.5 dBA
- Connection Type: 2-Wire Lead
- Frame Type: Square
- Motor Type: Brushless DC Motor
- Life Expectancy: 50,000 Hours
- Mounting Type: Panel Mount
- Application: Servers, Telecom Equipment, Power Supplies, UPS Systems, Industrial Machinery, Control Panels, Automation Equipment
Features:
- High airflow performance
- Long-life ball bearing design
- Compact and rugged construction
- Low maintenance operation
- Reliable continuous-duty performance
- Excellent cooling efficiency
- Suitable for industrial and commercial applications
- Easy installation and replacement
Versatile Cooling for Demanding ApplicationsThe Adda AD0824HB-F71DS fan is designed for versatility, ensuring reliable cooling in harsh and sensitive environments such as servers, industrial control panels, and power solutions. With its 80mm form factor and durable build, this fan effectively reduces overheating and boosts equipment lifespan.
Energy-Efficient and Durable DesignPowered at 24V DC and operating at just 0.30 amperes, the Adda AD0824HB-F71DS cooling fan provides significant cooling output while maintaining energy efficiency. Its sturdy black casing and 2-wire lead design make integration seamless into various electrical setups.
Dependable Warranty and SupportEach fan is backed by a 1-year warranty to provide peace of mind and assurance against defects or failure. Multiple importer, supplier, and trader channels offer additional customer support and easy procurement options.
FAQ's of Adda AD0824HB-F71DS Cooling Fan:
Q: How is the Adda AD0824HB-F71DS cooling fan installed in equipment?
A: The Adda AD0824HB-F71DS cooling fan features a 2-wire lead connection, enabling straightforward integration into most electrical setups. Its 80 x 80 x 38 mm size allows for easy mounting in server cabinets, control panels, or industrial devices.
Q: What are the main benefits of using the Adda AD0824HB-F71DS in power supplies and control panels?
A: The Adda AD0824HB-F71DS actively reduces heat buildup, enhancing system performance and reducing the risk of overheating. This extends the life span of critical electronic components in power supplies and control panels.
Q: When should the Adda AD0824HB-F71DS be replaced or maintained?
A: It is advisable to inspect and clean the fan regularly, especially in dusty or high-usage environments. Replacement may be needed if the fan becomes noisy, loses efficiency, or after reaching the end of its 1-year warranty period.
Q: Where can I purchase or source the Adda AD0824HB-F71DS cooling fan?
A: You can acquire the Adda AD0824HB-F71DS through various importers, suppliers, and traders. These vendors offer support for warranty claims and can help with bulk or repeat orders.
Q: What process should be followed to ensure proper operation of the fan in telecom equipment?
A: Before installation, confirm compatibility with your voltage (24V DC) and current (0.30A) requirements. After securely mounting the fan, connect the 2-wire leads to the matching terminals and test for stable operation within your telecom equipment.
Q: How does using this fan benefit automation and industrial machinery?
A: Efficient cooling from this fan helps prevent overheating in automation and industrial machinery, ensuring consistent operation, minimizing downtime, and safeguarding sensitive components against thermal damage.