Shanghai Junko New Energy Technology Co.,Ltd.
Shanghai Junko New Energy Technology Co.,Ltd.

Features of Junko Induction Heating Machine (China)

Core Technology Control


Junko induction heating machine china utilizes the world's most advanced High-Speed Digital Signal Processor (HDSP), with a specialized chip developed by Auger Sensing as an auxiliary processor.


Uses next-generation IGBT or MOSFET


Junko induction heating machine china uses next-generation IGBT or MOSFET as the main inverter components, with an inverter efficiency greater than 95% and a main unit power factor greater than 0.9.


Combination of air cooling and water cooling


Air cooling, water cooling, or a combination of both, makes the Junko induction heating machine china more suitable for various industries.


Fully digital fast resonance control method


Junko induction heating machine china uses a fully digital fast resonance control method, allowing it to adapt to various sensor parameters and operate in the most efficient state. The entire series is equipped with a digital PID temperature control module, including user-programmable temperature curve technology, and built-in 2 test temperatures or 6 measurement points.


Built-in programmable engineering application IO interface


Analog output, analog input, IO output, and IO input interface, RS232 or RS485 communication interface.


Dedicated data recorder


The communication interface can connect to a dedicated data recorder.


Stepless regulation method


Power adjustment uses a stepless regulation method, adjustable within the range of 0% to 100%, with resolution using 0.1 level or 0.01%, and output stability of 0.3% or 0.025%.


Chinese and English displays


The control interface uses both Chinese and English displays, with screen sizes of 2.7 inches, "5.5" or "7.0," chosen according to different application scenarios.


Wired or wireless remote control


Optional wired or wireless remote control (with LED display) available.


Long design life


The air-cooled equipment design life is greater than 12 years, and the water-cooled equipment (excluding water and other fluids) design life is greater than 8 years, utilizing quick water flow detection protection.