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Permanent Magnet Motors Permanent Magnetic Drum Frequency Converter Programmable Control Box Integrated VFD Motor Water Cooling Radiator High-speed Motor

TBVF Series Permanent Magnet Motor Hoist Permanent Magnet Motor Emulsion Pump Permanent Magnet Motor Mixing Permanent Magnet Motor Scraper Conveyor Permanent Magnet Motor Flotation Permanent Magnet Motor Specialized Motor for Overhead Passenger Device
Brushless Permanent Magnet Motors IPM - Interior Permanent Magnet Motors PMAC - Permanent Magnet AC Motors High-Efficiency PMSM

Integrated Design – Combines belt conveyor drive drum with permanent magnet synchronous motor (outer rotor type) for electromechanical integration.
High Efficiency – Optimized for energy savings in continuous operation.
Wide Applications – Ideal for bulk material handling in:
Mining & Building Materials
Power Generation & Steel Industry
Ports, Terminals & Non-Ferrous Metals

Motor Compatibility: Controls PMSM & asynchronous motors
Applications: Belt conveyors, mills, elevators, powder concentrators, mixers, fans, pumps, cutting machines, etc.
Voltage Options: 380V, 660V, 1140V, 3.3kV, 6kV, 10kV
Power Range: 30–4000kW

Integrates control box and operation console functions
Designed for underground coal mines with explosive gas environments
Provides a compact, control-operation integrated solution

Integrates permanent magnet synchronous motor and frequency converter
Fuses control system with motor, replacing traditional distributed drive arrangement
Widely used in drive sites across various industries

Optimize thermal regulation for high-performance motors
Reduce heat-related failures by up to 70%
Use aerospace-grade aluminum with turbulent-flow fin design
Compact, lightweight, and high-dissipation

TYV Efficient Permanent Magnet Synchronous Vector Motor Three-Phase Electrical Motors
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Principle of Direct Drive Motor

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A direct drive motor is a type of electric motor that does not require a transmission device. Its working principle is to generate torque through the interaction between the magnetic field generated by the current and the magnetic field in the motor, thereby driving the rotor to rotate. The structure of a direct drive motor is relatively simple, consisting of a stator and a rotor. The stator is an electromagnetic iron core containing windings, through which current flows. When current passes through the winding, the generated magnetic field interacts with the magnetic field in the rotor. The rotor is composed of permanent magnets, and its magnetic field is generated by the permanent magnets or by electromagnetic forces. ‌

The advantages of direct drive motors include high efficiency and precision. Due to its simple structure, it reduces energy loss and improves the efficiency of the system. In addition, direct drive motors have high response speed and accuracy, making them suitable for applications that require frequent start stop or precise speed control, such as robots, medical equipment, and precision instruments.

References

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