ACH200 Series High Voltage Frequency Converter
The ACH200 series high voltage frequency converter belongs to the third-generation high voltage drive products, adopting mature power unit series technology, DSP+FPGA dual-core control, and vector control algorithm. It features high control precision, fast dynamic response, and large low-frequency output torque, widely used in wind turbines, pumps, compressors, conveyor belts and other loads.
AC10 Series Universal Frequency Converters
The AC10 series frequency converters are developed on a new technological platform. Designed to meet market demands for compact size, high reliability and excellent cost-performance ratio, AC10 products feature easy installation, small footprint, low temperature rise, high protection level and powerful software capabilities.
AC330 Series Dedicated Inverter for Synchronous Reluctance Motors
The AC330 inverter integrates specialized drive control for synchronous reluctance motors, featuring innovative vector control algorithms and flux observers. Compatible with both induction motors and permanent magnet synchronous motors, it offers comprehensive expansion interfaces.
AC310 Series Frequency Converter - AC Drive
The AC310 series frequency converter adopts flux vector control technology compatible with synchronous and asynchronous motor control. With high performance and reliability, it features a book-style compact design, rich expansion interfaces, and new expansion accessories.
AC01 Series Network Frequency Converter
The AC01 network frequency converter is compact and intelligent, with small size and high cost-performance ratio. Its network ports support keyboard expansion and are widely used in home appliances, food processing, logistics, textiles, kitchen equipment, and pharmaceuticals.
AC600 Series High Performance Universal Frequency Converter
The AC600 AC drive adopts a full-torque drive architecture, suitable for induction motors (IM), synchronous motors (SM), and synchronous reluctance motors with integrated adaptive vector control algorithms.