English
Standard super audio frequency induction heating machines incorporate new-generation power electronic devices, with IGBT power supplies acting as switching devices within a series resonant inverter power supply; they are independently developed for the frequency conversion of alternating current power and the power control of industrial power sources. These machines find extensive applications across various sectors including oil and gas, aerospace, automotive and transportation, metal casting, and light industry.
| Model | XZG-100 | XZG-120 | XZG-160 | XZG-200 | XZG-250 | XZG-300 | XZG-400 | XZG-500 | XZG-600 | XZG-800 | XZG-1000 |
| Input Voltage | Three Phases 380V±10% 50KHz | ||||||||||
| Rated Input Power | 100KVA | 120KVA | 160KVA | 200KVA | 250KVA | 300KVA | 400KVA | 500KVA | 600KVA | 800KVA | 1000KVA |
| Max. Input Current（Three phases） | 150A | 180A | 240A | 300A | 380A | 450A | 600A | 750A | 900A | 1200A | 1500A |
| Oscillating frequency | 10-30Khz | 10-30Khz | 10-30Khz | 10-30Khz | 10-30Khz | 10-30Khz | 10-30Khz | 10-30Khz | 10-30Khz | 10-30Khz | 10-30Khz |
| Frequency control Precision | ±1.5KHz | ||||||||||
| Working water Pressure | 0.2-0.30MPa | ||||||||||
Automatic frequency tracking for optimal operation. Adaptive to varying power line conditions and load characteristics. Offers constant current/constant power modes and flexible control options. Includes predictive load testing and matching guidance. Optional temperature and energy control for specialized applications.
Durable Rittal cabinet with a thick aluminum-zinc plate. Safe water and electricity separation, Schneider electrical components. High-efficiency IGBT, integral cold plate, and noninductive bus design. Advanced DSP processor, isolated communication, and EMI-filtered power supply. Touchscreen interface, optical fiber transmission, and comprehensive cooling system.
Comprehensive hardware and software protection against over-voltage, over-current, overload, and more. Optional leakage and inductor protection, with alarm functions for safety.
Isolated interfaces for start-stop, power control, and industry-standard communication. Customizable analog I/O for specific control requirements. Multifunction input/output interfaces for extended connectivity and control.
