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The VFD is mainly composed of rectification, filtering, inversion, braking unit, driving unit, detection unit, microprocessor unit, etc. The application of frequency conversion technology and microelectronics technology can change the operating frequency of motors and extend the service life of equipment. The VFD can directly use the original induction motor to improve mechanical efficiency, thereby reducing power consumption and reducing losses.
Mini economy VFDs are positioned for ordinary applications in the low-power OEM matching market, using quantized V/F control technology.
Magnetic flux vector algorithm achieves closed-loop control of output voltage, reduces motor losses, energy losses, and is more energy-efficient. Equipped with PID. Three-proof paint automatic spraying process enhances protection against complex environments. Independent air duct design is more reliable.
High-performance vector VFD widely used for speed control of asynchronous motors. Adopts internationally leading vector control algorithm for high-precision motor drive control.
Power range: 220V 0.4-2.2KW | 380V 0.75-1250KW
T600E supports permanent magnet synchronous motors with low-speed high torque output and superior overload capacity.
