Zhiwei, Leading the Industry

Powered by AI-based self-learning algorithms, the system continuously analyzes load characteristics during operation, rapidly identifying, learning, and precisely locking the optimal operating frequency through one-touch intelligent frequency locking, ensuring long-term stable and reliable performance even under complex working conditions. In addition, real-time monitoring of output power and operating current is provided for convenient system supervision and parameter optimization. An optional intelligent fault alarm function enables timely alerts for abnormal operating conditions, fully meeting the demands of continuous and high-stability industrial applications.

The system features a comprehensive technical upgrade and has obtained authoritative full explosion-proof certification; it supports automatic frequency tracking with high tracking accuracy, delivering precise and constant output power with multiple adjustable power and current levels; utilizing resonance control technology, it integrates fully automatic acoustic impedance matching, automatic operating frequency matching, and an inductance adaptive system, and is equipped with short-circuit protection and fault alarm functions, while also supporting industrial-grade RS-485 communication.

The system features a touch-screen human-machine interface, offering intuitive operation and flexible, user-friendly control. It supports automatic frequency tracking at startup, enabling fast response and precise frequency matching, making it particularly suitable for high-precision screening and fine separation applications.Utilizing advanced digital resonance control technology, the power supply integrates fully automatic acoustic impedance matching, automatic operating frequency matching, and an inductance adaptive system. A built-in current stabilization closed-loop ensures constant and stable output power. The system allows adjustable output current and minimum operating frequency. Its explosion-proof enclosure complies with industry safety standards, while effective monitoring and control of transducer temperature ensure long-term, reliable operation.

system supports automatic frequency tracking with a wide tracking range, enabling broad application coverage and high cost-effectiveness, and can be configured as one-to-two, one-to-three, or other multi-output designs as required; it adopts symmetric half-bridge technology and integrates fully automatic acoustic impedance matching, automatic operating frequency matching, and automatic inductance matching functions, delivering high output power and excellent screening performance, with a built-in current stabilization closed-loop to ensure constant output power, simple manual button operation, digitally adjustable current parameters, an explosion-proof enclosure compliant with industry safety standards, and effective monitoring and control of transducer temperature.