Power Range: The YKK Series covers a rated power range from 250 kW to 5000 kW. Its flexible power configurations cater to diverse drive requirements, from mid-sized equipment to large industrial installations, making it suitable for various large-scale machinery in industries such as power generation, metallurgy, mining, cement, and chemical processing.
Rated Voltage: Compatible with two industrial voltage levels: 6 kV and 10 kV. This aligns with mainstream high-voltage grid standards domestically and internationally, facilitating equipment matching and system integration while reducing retrofit costs. It is particularly well-suited for high-voltage applications such as large fans, pumps, and compressors.
Efficiency Class: Meets the GB30254 Grade 2 energy efficiency standard (IE4 equivalent). Utilizing an optimized electromagnetic design and low-loss materials, it maintains high efficiency across a wide operating range, delivering 5%–10% energy savings compared to traditional high-voltage motors and significantly reducing long-term operating energy consumption.
Power Factor: Achieves a power factor of 0.88–0.92. This near-unity power factor greatly reduces reactive power losses, alleviates grid burden, improves power supply quality, and minimizes line losses. It is especially beneficial for applications with long-distance power supply, such as in mining and metallurgy.
Protection Level: Designed with IP54/IP55 protection ratings, its totally enclosed structure effectively resists dust and water ingress. This ensures long-term, reliable operation in harsh industrial environments characterized by moisture and dust, meeting the demanding requirements of such conditions.
Frame Construction: The frame is fabricated from welded high-strength steel plates, forming a robust box-type structure with excellent resistance to deformation and vibration. This ensures long-term stable and reliable operation, meeting the high-load demands of heavy-duty equipment.
Cooling Method: Utilizes an IC611 cooling system with a built-in high-efficiency air-to-air heat exchanger, providing closed-circuit air cooling. This design effectively isolates dust and moisture while ensuring efficient heat dissipation, making it particularly suitable for dusty and high-humidity industrial environments.
Insulation Class: The insulation system employs Class F insulation materials, rated for Class B temperature rise. With ample design margin and stable thermal performance, it can handle prolonged high-temperature operation, significantly extending the motor’s service life.
Mounting: Standard configuration is IM B3 horizontal foot mounting, offering stable installation for most fixed equipment applications. The structural design includes convenient interfaces for installation and adjustment, facilitating quick on-site setup and alignment.
Bearing Type: Sleeve bearings or rolling element bearings can be selected based on load requirements. Both types feature long-life lubrication and reliable sealing designs, ensuring stable operation across different speeds and operating conditions to meet diverse needs such as heavy loads and high speeds.
Starting Torque: Starting torque is 0.6–0.8 times the rated torque, providing smooth acceleration suitable for the light-load starting requirements of equipment such as fans and pumps. This minimizes impact on the power grid and mechanical systems, ensuring stable start-up and operation.
Breakdown Torque: Breakdown torque reaches 1.8–2.2 times the rated torque, offering strong overload capacity. The motor can withstand instantaneous impact loads and short-term overloads, maintaining stable operation even under significant load fluctuations. This effectively helps prevent downtime caused by momentary overloads.
Noise Level: Operating noise is ≤85 dB(A). Through optimized electromagnetic design and precision manufacturing, electromagnetic noise and mechanical vibration are effectively minimized. This results in smooth, quiet operation and an improved working environment, making the motor well-suited for locations with strict noise requirements.
Vibration Grade: Vibration severity complies with the GB 10068.3 standard. Featuring high dynamic balancing precision, the rotor undergoes meticulous dynamic balancing correction. This ensures smooth operation with minimal vibration, effectively extending the service life of connected equipment and enhancing operational reliability.
Duty Cycle: Designed for S1 continuous duty operation, the motor can run continuously under rated load for extended periods. Temperature rise is maintained within optimal limits due to excellent heat dissipation, making it particularly suitable for industrial applications requiring 24/7 continuous operation or prolonged low-speed running.
Operating Temperature: Capable of stable operation in ambient temperatures from -15°C to +40°C. The use of low-temperature resistant materials and a high-temperature insulation system ensures excellent electrical performance and mechanical reliability in both extreme cold and heat.
Altitude: Suitable for use at altitudes up to 1,000 meters. For applications at higher altitudes, derating is required according to relevant standards. Special design considerations guarantee maintained insulation strength and effective heat dissipation, meeting operational requirements for plateau regions.
Safety Certifications: The product has passed CCC (China Compulsory Certification) and CE marking, with safety performance conforming to relevant domestic and international standards. This ensures safe application in various industrial settings and fulfills export requirements.
Warranty: Backed by an 18-month warranty. Free repair services and technical support are provided during the warranty period, ensuring customer peace of mind and fully demonstrating the product’s high reliability and our commitment to quality.
Standards Compliance: The product strictly adheres to the GB/T 13957 technical requirements for high-voltage three-phase asynchronous motors, the GB 30254 energy efficiency limits and grades for high-voltage three-phase cage induction motors, and the IEC 60034 international standard for rotating electrical machines. Its technical specifications meet or exceed the requirements of relevant domestic and international standards.
