UHF Heating Machine

UHF Heating Machine adopts IGBT inverter control technology, machine frequency range 80-200Khz, suitable for all kinds of metal parts heat treatment projects.
All the machines can customize different voltage ranges like single phase 220V, three phases 380V, 440V, and 480V.

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Product details

Technology Advantage of UHF Heating Machine

UHF Heating Machine adopts dual control variable current control technology. In this technology, the power and the frequency can be separately controlled. With an IGBT series resonance circuit and frequency automatic tracking technology, the accurate soft switch control of the inverting process is obtained. Machine output data are stable, the network pressure fluctuation ability is strong, working reliability is greatly improved, the equipment works continuously with a 100% duty rate.

Also, the Ultra High Frequency Induction Heating Machine adopts the high-frequency transformer secondary resonance circuit, the induction coil has a wide adaptability range. High-frequency transformer low voltage, small volume, lightweight, less loss, greatly reduce insulation, and ignition problems caused by high voltage, equipment reliability is also greatly improved.

Technical parameters of UHF Heating Machine

Model	Max. Input Power	Frequency	Memo
KQC-10	10KW	80-250KHZ	One Body
KQC-20	20KW	80-200KHZ	Split Body
KQC-30	30KW	80-180KHZ
KQC-40	40KW
KQC-60	60KW	80-150KHZ
KQC-70	70KW
KQC-100	100KW
KQC-120	120KW	50-120KHZ
KQC-160	160KW
KQC-200	200KW
KQC-250	250KW
KQC-300	300KW

Applications of UHF Heating Machine

◆ All kinds of gear and shaft heat treatment.

◆ Carbon steel screws and stainless steel screws heated glue.

◆ Magnetic suspension induction smelting.

◆ Wire and pipes continuous heating annealing.

◆ All kinds of metal material brazing welding.

UHF Heating Machine use cautions

◆ The cooling water should be clean and free of impurities. If the water quality is too bad, a filter should be added to the water inlet. Water shortage is strictly prohibited during working.

◆ A short circuit of the inductor should be prevented during operation.

◆ The inductor should be kept clean at all times, especially the multiple-turn inductor to prevent a short circuit between turns, and the point of contact should be kept clean to prevent oxidation.