Brushless Fans for Engineering Industry
Tonada brushless fans adopt advanced integrated brushless motor structure, replacing traditional AC and brushed motors for industrial and engineering heat dissipation equipment. Aiming at the severe working conditions of engineering industry such as long-term high-load operation, severe vibration, heavy dust, high temperature and oil fume pollution, the fan adopts reinforced fully sealed waterproof and dustproof structure with excellent anti-vibration and anti-corrosion performance. It can operate stably for a long time in high-temperature engine cabins, open-air construction sites and harsh industrial workshops. Forward-curved and backward-curved impellers are optional to meet high static pressure and large air volume heat dissipation requirements, perfectly matching the installation space of engineering vehicle engine cooling systems, hydraulic heat dissipation units and industrial equipment heat dissipation modules. With built-in integrated drive circuit, Tonada brushless fans have a compact and firm overall structure. Compared with traditional cooling fans, they save 35%-50% energy, support PWM stepless speed regulation and intelligent speed adjustment according to equipment temperature changes. The service life is more than36000 working hours, which greatly reduces frequent maintenance and replacement costs for engineering equipment and industrial supporting facilities.
Tonada Brushless Fans Application on Engineering Cooling System
Tonada industrial and engineering dedicated brushless fans are core heat dissipation and air circulation components for various engineering vehicles and industrial mechanical equipment. The fans are mainly used for engine cabin heat dissipation, hydraulic system cooling, equipment box ventilation and industrial mechanical heat dissipation. It can quickly take away high heat generated by long-term high-load operation of engines, hydraulic modules and electrical equipment, effectively solving equipment overheating, power attenuation and high-temperature shutdown failures in high-intensity construction and industrial production. With high air volume and high static pressure performance, the fans can resist dust accumulation and wind resistance in complex working environments, ensuring unobstructed internal air circulation of equipment. The reinforced anti-vibration structure adapts to frequent bumpy operation of engineering machinery. It is widely applicable to excavators, loaders, cranes, road rollers, forklifts and other engineering vehicles, as well as industrial machinery, electrical cabinets and factory equipment cooling systems.
