HANLANG High-Efficiency Cross-Flow Fan Series
Aluminum Alloy Cross-Flow Fans: Lightweight and Efficient
The series of cross-flow fans is expertly crafted from aluminum alloy, a material renowned for its outstanding properties. Its lightweight nature ensures easy installation and transportation, effectively lowering the load-bearing demands on connected equipment. These fans are designed to produce substantial air volume, ideal for fulfilling ventilation and cooling needs across a spectrum of devices.
Quiet Operation and High-Temperature Resistance
Operating quietly, these fans are perfect for household appliances located in living spaces where tranquility is essential. Their robust high-temperature resistance allows them to function optimally even in challenging thermal conditions, enhancing their versatility across various settings.
Long-Lasting Performance
With a substantial service life ranging from 8,000 to 20,000 hours, these fans promise consistent and reliable performance. They are engineered to support extended use without compromising efficiency, ensuring peace of mind for both residential and industrial applications.
Technical Specifications
- Voltage: AC100V - AC220V
- Frequency: 50Hz / 60Hz
- Power: 4-60W (Input Power)
- Insulation Class: A/E/B/F/H
- Rotational Speed: 800-2400 r/min (No-load)
- Shaft Diameter: ∮30-65 ∮80-420mm
- Power-On Mode: Lead Wires
- Bearing Type: Oil-impregnated Bearings / Ball Bearings
- Rotation Direction: Clockwise CW / Counterclockwise CCW
- Lead Wire Specification: Customizable upon request
Versatile Applications
These aluminum alloy fans are highly adaptable, making them suitable for a wide range of applications. They are commonly employed in household appliances such as heaters, electric ovens, fireplaces, dehumidifiers, and air purifiers. In industrial contexts, they support the efficient and effective operation of equipment across diverse environments.
Customizable Motor Insulation
The motor's insulation level can be tailored to meet specific user needs, ensuring compatibility with varying electrical environments and adherence to safety standards. This customization option allows for seamless integration into diverse electrical systems, enhancing both performance and safety.