FCC 200KW 5 20khz Light touch screen induction heating machine

 In the early induction heating equipment, the high-frequency inverter device required by the inverter unit determines the form of the device. It has experienced the development process from electron tubes and thyristors to the current widespread use of IGBT . In the current mainstream IGBT-type induction heating products, there are still many differences in circuits and structures. From the rectifier unit, there are controllable rectification and uncontrollable rectification; from the inverter unit, there are pulse-width modulation inverter and chopper voltage regulation inverter; from the resonant output unit, there are parallel resonance and series resonance. Various circuits and structural methods have differences in performance such as efficiency, power factor, and reliability. Although great progress has been made by using  IGBT  to replace thyristors and electron tubes, there are still some common problems in the induction heating power supply equipment developed and produced by most manufacturers.

               The Advantages of Light Touch Screen Induction Heating Machine:

1, It has a sensitive reaction speed;

2, Light touch screen front panel switch are not easy to enter debris, dust, oil penetration; Also it is easy to clean and dustproof;

3, Personalized design, simple and beautiful appearance,

4, Reasonable internal structure design (Less internal lost; Light load; Accessories are not easy become hot)

Light Touch Screen Induction Heating Machine type Advantage for Forging and Quenching:

1, This equipment adopts advanced pulse density modulation power adjustment method, which controls the power size by adjusting the drive pulse generation density of the inverter power switch tube, referred to as PDM power adjustment;

2, The main advantage of PDM power modulation method: It is to ensure that the operating frequency of the equipment is basically unchanged through frequency tracking technology, and is synchronized with the network resonance frequency, so that the inverter always works in the resonance state, has a higher power factor, and can be achieved The power switch tube always works in the soft switching state, which greatly reduces the switching loss and reactive loss.