Y, YKK Series High-Voltage Three-Phase Asynchronous Motors

Revised Version (same meaning, professional industrial English, smoother & less Chinglish)
Developed by integrating mature domestic and international technologies, the Y and YKK series high-voltage three-phase asynchronous motors cover frame sizes ranging from 355 mm to 1120 mm. We adopt cutting-edge electromagnetic field analysis simulation for precise computation, carrying out refined calculation and optimized design for power loss, wind resistance and structural strength of every motor component.
Backed by a stable, proven design and production system alongside over 70 years of experience manufacturing medium and large high-voltage AC motors, these motors are produced with premium raw materials and standardized precision machining processes. They deliver outstanding comprehensive performance including high energy efficiency, low noise, slight vibration, reliable operation, as well as simple installation and convenient routine maintenance.
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Product Overview

Covering frame sizes from 355 mm to 1120 mm, the Y and YKK series high-voltage three-phase asynchronous motors are independently developed by our enterprise through the absorption of mature domestic and international advanced technologies. We deploy state-of-the-art electromagnetic field analysis for computing, and conduct refined calculation and optimized design targeting power losses, wind resistance and structural strength of each motor component.

Supported by a stable, well-proven design and production system, as well as over 70 years of experience producing medium and large high-voltage AC motors, this series is manufactured with premium raw materials and standardized precision machining techniques. The motors feature high efficiency, low noise, minimal vibration, stable operational reliability, alongside simple installation and hassle-free maintenance.

This product line is widely applied to drive general industrial machinery including fans, water pumps, compressors, crushers, scrap shredders, belt conveyors and other conveying equipment, serving petroleum, chemical, coal mining, power plant, metallurgical, transportation, textile, pharmaceutical and grain processing sectors.

Discover more models within our full high-voltage motor product range.


Typical Industrial Applications

Y series high-voltage motors deliver consistent, dependable performance for a wide range of industrial scenarios:


  • Petrochemical facilities: supporting pumps and compressors
  • Coal & mining operations: conveyors, crushers and ventilation fans
  • Power generation plants: boiler auxiliary equipment, induced & forced draft fans
  • Metallurgical workshops: rolling mills and mixing equipment
  • Grain and textile processing machinery
  • Marine equipment and large infrastructure projects

Why Partner With Changli Electric

As a professional manufacturer of industrial motors, Changli Electric integrates decades of manufacturing experience with modern production technologies. All Y series motors are engineered in compliance with international standards including IEC, GB and DIN, and customizable modifications are available to match unique project requirements.

We provide clients with complete technical files, professional technical consulting and full after-sales support to ensure stable motor performance from initial installation through long-term continuous operation.


Get In Touch

Unsure which Y series high-voltage motor fits your project requirements?


Browse our official website for more product information, or reach out to our team directly. Our professional engineering team can offer customized selection guidance for you.


Core Advantages & Technical Features


  1. Drawing on domestic and international advanced technologies, we adopt field-circuit coupled electromagnetic design for this series. This solution greatly boosts electromagnetic calculation precision and delivers accurate maximum torque multiple values, reliably securing the motors’ overload resistance.
    Finite Element Method (FEM) mechanical analysis is adopted throughout structural design and repeatedly validated through real operational tests. Precise boundary conditions are assigned to mechanical models to optimize material utilization accuracy and effectively suppress motor vibration and noise. Meanwhile, FEM analysis adapts to all cooling configurations and delivers high-precision, visualized airflow distribution simulation. It optimizes temperature rise calculation accuracy during the design phase, cuts ventilation losses and further elevates overall motor efficiency.



Advantages & Features


  1. This motor series adopts Class F insulation with premium domestic insulation materials. High-grade mica tape and eco-friendly impregnating varnish are adopted, while coils are manufactured via CNC winding, forming and taping equipment. All coils undergo full VPI (Vacuum Pressure Impregnation) processing. This design delivers low normal and high-temperature dielectric loss, ultra-low overall leakage current, and a tiny voltage drop ratio under thermal aging. The finished coils feature fine workmanship, stable and dependable insulation performance, outstanding mechanical rigidity and superior damp-proof capacity.
  2. Drawing on leading domestic and foreign technologies, our team adopts a coupled electromagnetic design combining magnetic field and circuit simulation. It greatly improves the precision of electromagnetic computation, delivering accurate data on starting current, starting torque and starting temperature rise to develop high-efficiency, energy-saving motors. Finite Element Method (FEM) analysis is applied throughout structural design and verified by field operation data. Accurate boundary conditions are set for mechanical models to optimize material utilization, suppress motor vibration and noise. FEM mechanical simulation is also used for high-precision strength calculation of motor frames and thrust bearings. The above measures raise the precision of temperature rise prediction in design, cut ventilation losses and further boost overall motor efficiency.




Technical Structural Features


Finite Element Analysis for External Air Duct Simulation & Calculation


  1. The motor series features a box-type housing constructed from welded steel plates, delivering light weight and outstanding structural rigidity. A protective top cover or air cooler is mounted on the motor top, facilitating heat dissipation, on-site installation and routine maintenance.
  2. The stator adopts an external interference fit assembly. Both stator and rotor laminations are fabricated from low-loss non-oriented cold-rolled silicon steel sheets. The stator winding uses Class F insulating materials with superior voltage withstand and corona resistance. Winding coil ends are firmly bound and secured, then processed via solvent-free Vacuum Pressure Impregnation (VPI). This delivers stable, reliable insulation, high mechanical strength, great moisture resistance and extended service life for the motor.
  3. Two bearing configurations are available: rolling bearings and sliding bearings, selected based on motor power and rated speed. Protection grades cover IP00, IP23, IP44, IP54 and IP55. Rolling bearing units are fitted with an online grease filling and draining mechanism to simplify daily operation and maintenance.
  4. The main terminal box is standardly mounted on the motor’s right side (viewed from the drive end). Left-side installation is available upon customer request. Independent internal and external grounding terminals are integrated inside the terminal box.
  5. Temperature sensors can be installed on critical components including stator windings and bearings as required by clients. This supports local real-time inspection and remote monitoring to guarantee safe, steady motor operation.

Tags

Y Series High-Voltage Motors, YKK Three-Phase Industrial Motors


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High-Voltage Asynchronous Motors The YKK series high-voltage three-phase asynchronous motors cover frame sizes from 355 mm to 1120 mm. Independently developed by our company, this product range integrates advanced domestic and overseas technologies. We adopt state-of-the-art field analysis technology for electromagnetic computation, with precise calculation and optimized design for power losses, wind resistance and structural strength of every component. Supported by our mature, stable design and production system and more than 70 years of experience manufacturing medium and large high-voltage AC motors, the motors are fabricated with premium raw materials and standardized processing techniques. They feature high efficiency, low noise, low vibration, excellent operational reliability, as well as convenient installation and maintenance. This series primarily drives general industrial machinery including fans, pumps, compressors, crushers, chip removing machines and conveying equipment. It serves petroleum, chemical, coal, power plant, metallurgical, transportation, textile, pharmaceutical and grain processing sectors. II. Advantages & Characteristics By digesting advanced domestic and international technologies, we adopt field-circuit coupled electromagnetic design for the YKK series. This greatly boosts electromagnetic calculation accuracy and delivers precise maximum torque multiple values, fully securing the motors’ reliable overload capacity. Finite Element Method (FEM) mechanical analysis is applied throughout structural design and repeatedly validated through field operation data. Accurate boundary conditions are set for mechanical models to optimize material utilization and suppress motor vibration and noise. FEM analysis fits all cooling configurations and realizes high-precision, visualized air flow distribution simulation. It elevates the accuracy of temperature rise prediction during design, cuts ventilation losses and further lifts overall motor efficiency.

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