Detailed Explanation of the Main Advantages, Energy Saving, and High Efficiency of Air-Suspended Fans
Release date:
2022-04-06
Air-bearing fans are highly energy-efficient and perform exceptionally well. These air-bearing fans feature air bearings, direct-drive technology, high-efficiency impellers, and permanent-magnet brushless DC motors, eliminating any additional friction. Based on the fan’s output (with an adjustable airflow range of 40% to 100%), the system automatically adjusts the motor’s power consumption, ensuring consistently high operational efficiency.
Air-bearing fans are extremely energy-efficient and highly effective in operation. Its Air suspension fan It employs air bearings, direct-drive technology, high-efficiency impellers, and a permanent-magnet brushless DC motor, eliminating any additional friction. Based on the fan’s output (with an adjustable airflow range of 40–100%), the motor’s power consumption is automatically adjusted to maintain the equipment’s high efficiency.
Air suspension fan No vibration, low noise. During operation, its air bearing and direct-drive technology ensure virtually no vibration. The fan does not require soundproofing equipment, resulting in a lightweight design that eliminates the need for specialized foundations and allows for simple and flexible installation and layout.
The air-bearing fan operates without any lubricants and employs air bearing technology. This system eliminates the need for a lubrication system, providing clean air for specialized industries such as electronics, pharmaceuticals, and food processing. The air bearings can withstand operating temperatures up to 600 degrees Celsius, successfully addressing all the drawbacks associated with oil-bearing systems.
Airborne suspension fans do not require gearboxes or oil bearings, which are typically needed in conventional fans. Our advanced high-tech impellers and motors are directly connected without the use of couplings, and they feature an intelligent control system. Key components are made from AL7075 (aircraft-grade aluminum). These technologies ensure maintenance-free operation, significantly reduce users’ maintenance costs, and enhance the stability of the air delivery system.
The air-bearing fan controls the fan’s speed, pressure, temperature, and flow rate via overload protection on a personal computer, enabling unmanned operation through anti-surge control. The flow rate is adjusted by regulating the rotational speed of the impeller. By adjusting the rotational speed in response to changes in the temperature and pressure of the intake air, the flow rate can be easily controlled. The flow rate can be regulated both automatically and manually. With its lightweight design, compact size, and easy installation, this fan significantly reduces users’ investment in building infrastructure and auxiliary electrical control systems.
Air suspension fan The main advantages
High reliability and simple maintenance. Thanks to the adoption of two core high-tech technologies—“high-speed direct-drive motor” and “air-bearing technology”—this product eliminates the need for conventional components such as speed-increasing gears, couplings, lubrication systems, and cooling fans typically found in traditional single-stage high-speed turbo blowers. As a result, the product’s process performance and operational reliability have been significantly enhanced. Moreover, this design avoids secondary environmental pollution caused by noise, vibration, and waste lubricating oil, greatly reducing equipment maintenance workload and lowering maintenance costs.
Featuring an advanced custom-designed solution, this system requires no auxiliary equipment, offers direct drive, and eliminates transmission losses, saving you time and energy. It adopts an integrated design concept that combines air bearings with a high-speed permanent-magnet synchronous motor (20,000 rpm), completely eliminating the gearbox speed increaser, coupling, and lubrication system typically found in conventional centrifugal blowers, thereby achieving true high efficiency and energy savings.
In addition, the design makes excellent use of air bearings and direct-drive technology, resulting in zero vibration—thus eliminating the need for the fan to be equipped with soundproofing devices. The equipment is lightweight, requiring no special foundation, and boasts simple, flexible installation and layout options.
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