Multi-frequency induction heating Generator for gear hardening

Multi-frequency induction heating Generator for gear hardening preheats the tooth root with medium frequency and heats the tooth tip with high frequency same time .Improved efficiency and increased intensity.

Specifications of Multi-frequency induction heating Generator for gear hardening

Multi-frequency induction heating Generator for gear hardening-min
Multi-frequency induction heating Generator for gear hardening-min
Multi-frequency induction heating Generator for gear hardening is a real-time synchronous dual-frequency induction heating power Generator . It preheats the tooth root with medium frequency and heats the tooth tip with high frequency, forming a hardened layer along the tooth profile. This technology features minimal deformation and excellent reproducibility.

Characteristics of Multi-frequency induction heating Generator

  1. Equipment Features
    1. Adopts dual-frequency induction heating output mode:
      • High-frequency and medium-frequency powers are independently adjustable with composite frequency output.
      • Heating currents of both frequencies are simultaneously output through one heating coil, with induction power acting on the same workpiece.
    2. Employs the second-generation DSP intelligent induction heating system control technology.
    3. Offers arbitrary switching and combination of constant power, constant current/constant voltage modes for heating applications with different loads.
    4. Enables switching between remote control and internal control operation modes for flexible adjustment of control methods.
    5. Provides a load matching indication function to intuitively guide load matching selection.
    6. Has a device alarm status recording function for easy query of historical data.
    7. Implements hierarchical login for administrators and operators to prevent unauthorized personnel from modifying heating processes.
    8. The intelligent DSP system collects and monitors induction heating operation status and parameters (voltage, current, power, frequency, etc.) in real time. These statuses can be connected to a centralized control network via the power supply’s internal communication interface, transmitting parameters to controllers (industrial computers, CNC systems, laptops, remote control centers, etc.) to meet workshop IoT requirements.

Contact Us

Please feel free to contact us for any induction heating solutions and quotations.

Scroll to Top
Get Quote

Fill out the form below, and we will be in touch shortly.