ZFeng 310 Series 2.2Kw General Vector Variable Frequency Drive

ZFeng 310 Series 2.2Kw General Vector Variable Frequency Drive is a power electronic device that uses vector control technology to accurately adjust the speed and torque of an electric motor. By adjusting the power frequency supplied to the motor, precise control of motor performance can be achieved.

• Vector control technology:
  Vector control is an advanced motor control algorithm that can decompose the motor current into excitation current and torque current, and independently control them. This technology achieves high-precision control of motor torque and speed, with a speed regulation accuracy of up to 0.01%, meeting the requirements of high-precision speed regulation applications such as CNC machine tools, printing equipment, etc.
• Superior low-frequency characteristics:
  When operating at low frequencies (such as 0.5Hz), the motor can still output 150% to 200% of its rated torque, ensuring smooth operation at low speeds and avoiding low-frequency shaking, crawling, and other phenomena. Suitable for equipment that requires low-frequency high torque starting and operation, such as cranes, conveyor belts, etc.
• Multiple control modes:
  Provide multiple control modes, such as V/F control (voltage frequency ratio control), sensorless vector control
  Users can choose the appropriate control mode based on specific application requirements and motor characteristics to achieve the best control and energy-saving effects.
• Rich parameter settings:
  Provide a large number of adjustable parameters, such as acceleration and deceleration time, torque limit, frequency upper and lower limits, multi-stage operation, etc. Users can set and adjust the various functions of the frequency converter in detail according to specific application needs, achieving personalized control functions

• High precision control: meets the requirements of high-precision speed regulation and torque control.
• Efficient and energy-saving: By precisely controlling the motor speed and torque, unnecessary energy consumption is reduced.
• Flexible adaptation: Supports multiple motor types and control modes to adapt to different industrial application scenarios.
• Stable and reliable: Advanced control algorithms and protection functions are adopted to ensure the stable operation of the equipment.