AFE Active Rectifier Feedback Scheme:
(1) This scheme allows the inverter to feed back the generated power to the power grid during motor deceleration or braking, instead of consuming it through resistors, thereby improving the system's energy efficiency.
(2) Active rectifier feedback can effectively reduce harmonic pollution on the grid and improve grid quality.
(3) The use of AFE active rectifier feedback scheme can reduce harmonic distortion on the grid, achieve high-speed and high-precision loop control computation, and ensure excellent dynamic response capability and control accuracy of the driving system.
(4) Excellent four-quadrant feedback capability
The active rectifier four-quadrant inverter configuration with LCLPWM filter unit can effectively reduce harmonic content on the grid.
2. Products that can meet the drive and control needs of various complex working conditions, with full drive and control capabilities:
(1) The AD1300 series inverter has comprehensive motor drive and control capabilities, and can be compatible with the driving control requirements of asynchronous motors, synchronous motors, and high-speed motors.
(2) Both standard motors and specially customized motors can achieve precise and stable control through this series of inverters.
3. High performance:
(1) Using advanced control algorithms and high-speed hardware processing platforms, the inverter can ensure high-performance performance in high-speed operation and complex working conditions.
(2) Optimized heat dissipation design and high-reliability component selection ensure the stability and reliability of the inverter during long-term operation.
4. User-friendliness:
(1) Equipped with a friendly human-machine interface, it is convenient for users to set parameters, diagnose faults, and monitor.
(2) Providing rich communication interfaces and protocol support makes it easy to integrate with upper-level systems such as PLC and DCS.
5. Environmental protection and energy saving:
(1) The active rectification feedback scheme reduces energy consumption and heat emissions during resistive braking, meeting the requirements of environmental protection and energy saving.
(2) Through precise control algorithms in the motor speed regulation process, efficient energy utilization can be achieved.
6. Security Assurance:
(1) The frequency converter has built-in multiple protection functions, such as overcurrent, overvoltage, undervoltage, overheating, etc., to ensure the safe operation of the equipment and motor.
(2) It complies with relevant international and domestic standards and regulations, providing users with reliable security assurance.
In summary, the AD1300 series four-quadrant frequency converter is a high-performance, environmentally friendly, energy-saving, user-friendly and reliable variable frequency speed regulation solution.
For more information, please consult with us.
For more information, please consult with us.
The AD1300 series frequency inverter is suitable for a variety of industries, including lifting, metallurgy, mining, ports, petroleum, chemicals, and textiles. It excels particularly in applications that require frequent starting and stopping, forward and reverse operation, and braking.
