Power Range: Covering 55 kW to 1500 kW, the ZCDD Series employs a modular design with logical power gradation to meet the direct-drive requirements of industrial equipment across various scales. With a broad power range suitable for heavy-duty machinery such as mine hoists, port cranes, and large mixers, it allows for precise model selection based on actual load demands.
Rated Voltage: Supports multiple voltage levels including 380V/400V/690V (50Hz) and 440V/480V (60Hz), complying with mainstream low-voltage power supply standards domestically and internationally. It can be directly connected to existing low-voltage grids without requiring additional step-up equipment. Flexible voltage selection enables matching to on-site power conditions, reducing system modification costs.
Efficiency Class: Fully meets IE4/IE5 efficiency standards. Utilizing high-performance rare-earth permanent magnet materials and an optimized electromagnetic design, it maintains ultra-high efficiency across a wide frequency range. Compared to traditional asynchronous motor plus gearbox systems, it delivers significant comprehensive efficiency improvement, achieving 20% to 40% energy savings.
Power Factor: The power factor at rated load is ≥0.95, offering excellent grid compatibility that significantly reduces system reactive power loss. Through optimized variable frequency control, the power factor can automatically adjust according to load conditions, minimizing the need for reactive power compensation devices.
Protection Level: Standard protection is IP55, with IP65 available as an option. The totally enclosed design effectively prevents ingress of dust and water jets, adapting to harsh industrial environments such as mining, ports, and building materials. The welded steel plate housing provides high structural strength and excellent sealing, ensuring long-term reliable operation under complex working conditions.
Frame Construction: Standard construction employs high-strength cast iron, while larger power models may utilize welded steel plate construction. Both offer excellent impact resistance and load-bearing capacity, ensuring structural stability under heavy-duty direct-drive operating conditions.
Cooling Method: Supports both IC411 self-ventilated and IC416 forced-air cooling configurations. This ensures efficient heat dissipation even during low-speed, high-torque operation, maintaining stable internal motor temperatures.
Insulation Class: Features a Class F insulation system, designed and rated for a Class B temperature rise. This provides ample thermal margin to accommodate temperature increases associated with continuous heavy-duty operation.
Mounting Options: Supports various mounting configurations including IM B3, B5, B35, and V1. The flexible structural design facilitates easy adaptation to different equipment spatial layouts and interface requirements, ensuring convenient installation.
Bearing Type: Employs a combination of deep groove ball bearings and cylindrical roller bearings, providing excellent radial and axial load capacity. The optimized lubrication and sealing system ensures long-term stable operation under heavy-load and shock conditions.
Starting Torque: With a starting torque of ≥180% rated torque (higher performance options available upon request), it provides robust direct-on-line starting capability. This easily handles the startup demands of heavy-duty equipment, reducing reliance on auxiliary starting devices.
Breakdown Torque: Features a breakdown torque of ≥220% rated torque, offering strong load-carrying capacity. It withstands instantaneous overloads and shocks from abnormal operating conditions, ensuring operational stability and preventing unexpected shutdowns.
Noise Level: Operating noise is ≤80 dB(A) (measured at 1 meter distance). Through precise electromagnetic optimization and structural vibration damping design, operational noise is significantly reduced, improving the on-site working environment.
Vibration Grade: The effective vibration velocity is ≤2.5 mm/s. The rotor system undergoes high-precision dynamic balancing correction, and key mating parts feature an optimized design, ensuring smooth operation and extending the overall service life of the equipment.
Duty Cycle: Designed for S1 continuous duty operation, supporting 24/7 uninterrupted work. The optimized cooling system ensures stable and reliable performance under long-term, heavy-duty operating conditions.
Operating Temperature: Suitable for an ambient temperature range of -15°C to +40°C. Utilizing low-temperature resistant materials and a high-temperature insulation system ensures stable performance under both cold and hot operating conditions.
Altitude: Standard operation is suitable for altitudes up to 1,000 meters. For applications exceeding this altitude, derating is required per relevant standards to ensure motor performance and reliability are not compromised.
Safety Certifications: The product is certified with CE Marking (complying with the Low Voltage and EMC Directives) and China Compulsory Certification (CCC), meeting safety access requirements for both international and domestic markets.
Warranty: An 18-month quality warranty is provided from the date of shipment. Free repair or replacement is offered for any confirmed manufacturing defects during this period to protect customer interests.
Standards Compliance: The product strictly adheres to GB/T National Standards and the IEC 60034 series of international electrotechnical standards. Having passed multiple authoritative tests, it delivers stable and reliable performance.
