Inovance Vplus-Pin MV33 Flat-Wire Motor - Advantages and Application Industries 

Inovance Model: Vplus-Pin MV33 Flat-Wire Motor

Features: Incorporates flat-wire technology for enhanced efficiency. Meets IE5 standards with potential to reach IE6 efficiency. Reduces energy losses by 20% compared to IE5 motors.

The following is an introduction to the MV33 series Vplus-Pin flat wire IE5 ultra-high-efficiency low-voltage permanent magnet synchronous motor:

Technical Principles

• Magnetic Field Generation: Permanent magnets are installed on the rotor, providing a stable magnetic field that interacts with the current in the stator windings to generate torque.
• Synchronous Operation: The rotor speed is the same as the rotational magnetic field speed generated by the stator and has a fixed proportional relationship with the power grid frequency.
• Torque Generation: A three-phase alternating current is passed through the stator windings to generate a rotating magnetic field, which interacts with the permanent magnets on the rotor to generate electromagnetic torque and drive the rotor to rotate.

Product Features

• Ultra-High Energy Efficiency
  • Double "90" Design in the High-Efficiency Zone: The efficiency is higher than 90% in 90% of the working area, and the highest energy efficiency can reach "IE6". Under the same working conditions, the loss is reduced by more than 20% compared with IE5 motors.
  • Advantages of Flat Wire Windings: The flat wire hairpin technology is adopted, with more copper filling per unit area of the stator, shorter ineffective parts of the winding copper wire, and smaller resistance, which reduces copper losses and improves the motor energy efficiency.
• Compact Design
  • Significant Volume Reduction: For the same power, the volume is reduced by 20%-40% compared with IE3 energy efficiency asynchronous motors. It is the smallest industrial low-voltage air-cooled motor with IE6 energy efficiency, which can significantly shorten the equipment length and improve space utilization.
  • Contribution of Flat Wire Windings: The flat wire shape greatly increases the slot fill factor. Compared with about 40% of general round wire motors, the slot fill factor of flat wire motors can reach more than 60%. Under the premise of unchanged space, more copper wires can be filled, generating stronger magnetic field intensity and increasing power density.
• High Reliability
  • Application of Standard Components: Bearings, structural parts, etc. adopt IEC/GB standards, enabling seamless replacement of the original design, and shaft current protection is designed for motors of 110kW and above.
  • High-Performance Materials: High-performance temperature-resistant materials are used, and the rotor is designed with low temperature rise and strong demagnetization resistance, adapting to all-weather industrial scenarios.
• Modular Design: It supports the expansion of optional components such as strong and weak current separation junction boxes, forced air cooling, encoders, bearing types, moisture-proof heating tapes, and various temperature sensors, and can be flexibly adapted to the entire industrial field.
• Complete Regional Certification: It has passed regional certifications such as UL/CSA/CE/UKCA/CQC, and the product quality and safety are widely recognized.

Application Fields

• Industrial Field: It is suitable for industries such as metallurgy, rubber and plastics, cables, papermaking, and textile, and can meet the power requirements of various industrial equipment, improve production efficiency, and reduce energy consumption.
• General Equipment: It is widely used in general equipment such as water pumps, fans, and compressors, and can provide efficient and stable power support for these equipment and optimize equipment performance.
• Other Fields: It can also be applied in water treatment, HVAC, food and beverage, etc., providing strong guarantees for energy saving and efficiency improvement of related equipment.

In summary, the Inovance Vplus-Pin MV33 Flat-Wire Motor combines high energy efficiency, reliability, and precision control, making it suitable for a wide range of industrial and commercial applications where these characteristics are crucial for optimal performance and cost savings.