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Our YLS series three-phase asynchronous motors are engineered for superior performance in industrial fan applications. With power outputs ranging from 370W to 3000W, these motors deliver reliable operation across various demanding environments.
The motors feature an innovative aluminum shell design that ensures excellent heat dissipation while maintaining structural integrity. Advanced processing technology results in exceptionally quiet operation and enhanced stability during continuous use.
At the heart of each motor are high-quality NSK bearings and a rotor core constructed from premium cold-rolled silicon steel sheets (national standard groove Y2-YE3). This combination delivers outstanding efficiency, minimal temperature rise, reduced operational noise, and extended service life.
Special protective treatments achieve an IP65 protection rating, making these motors suitable for challenging operating conditions. The motors undergo rigorous testing in specialized environmental chambers to verify performance under various temperature and humidity conditions.
Key applications include central air conditioning systems, heat pumps, freezing units, evaporative cooling systems, and various industrial ventilation requirements. The motors are equally effective in cooling towers and air compressor applications.
Our production process utilizes state-of-the-art automated winding and embedding techniques in fully automated workshops. Precision machining with CNC equipment ensures consistent quality and performance across all units.
Each motor undergoes comprehensive electrical performance testing in specialized soundproof chambers to verify operational stability and reliability. Our quality assurance process includes temperature cycling, humidity resistance, and salt spray testing to validate durability.
Available in multiple voltage configurations (220V, 380V, 400-480V) and frequency options (50Hz/60Hz), these motors can be customized to meet specific application requirements. Various power ratings and pole configurations ensure optimal performance for diverse applications.
