Fully digital high-frequency induction heating equipment

Stable quality: Implement full process quality monitoring, meticulous and comprehensive testing!
Reasonable price: Strictly controlling costs, reducing expenses, and benefiting customers!
Fast delivery: With a new production line and sufficient stock, the delivery time has been shortened!

Hotline：0577-88667691

Adaptive inverter frequency	Adaptive inverter load	Power temperature self-regulation	High power factor control
Ultrasonic frequency automatic tracking range: 15-30KHZ, IGBT high-frequency frequency automatic tracking range: 30-150KHZ, SIC ultra-high frequency automatic tracking range: 200-400KHZ	After process adjustments and load changes, the power supply and load automatically match to the optimal working state	In constant power mode, the power supply automatically adjusts with changes in load. Accurate and stable temperature control is achieved through the curve setting of heating power and time	Under any load matching and 1% -100% power output, the power factor is greater than 0.95, and there is no need for a separate power compensation device

Process customization and storage

Users can modify programming or develop machining processes according to the technical requirements of the machining process. The power supply provides storage space for up to 40 sets of machining processes

Real time monitoring of operational status

The MCU processor monitors the operating status and parameters of the power supply in real-time (such as voltage, current, power, frequency, temperature, etc.), with 200 data collected per second (actual data volume), truly achieving online monitoring

Process data traceability

Real time archiving of process data, achieving traceability application analysis, can be stored on a USB flash drive to a computer, and can be queried and analyzed using specialized software

Online display and handling of faults

When there is an alarm due to misoperation or special working conditions, the touch screen will display the fault content (accurately located to monitor the fault of a single IGBT). Clicking on the corresponding fault help can find the corresponding solution to the fault

Hardware control

Supports classic physical buttons and remote IO operations, and power control supports 4-20MA and 0-10V analog control

Software control

Software can be used to control device start stop, power regulation, and monitor device operating parameters (such as voltage, current, power, frequency, fault information, etc.)

Bus control

The communication interface supports serial port RS232485 and standard Modbus communication protocol, interfaces with industrial sites, and supports protocol customization

Automatic control

Implement various working modes such as timed heating, constant energy heating, curve heating, constant temperature heating, constant temperature heating, and constant power heating according to customer needs

Parameter table

project	model		25	40	50	65	85	100	120
power supply	INPUT VOLTAGE	V	AC~380V±10%/Three phase three wire
	Maximum output power	KW	25	40	50	65	85	100	120
	Maximum input current	A	38	61	76	100	130	152	182
	Copper core cable cross-sectional area	mm²	≥16	≥25	≥25	≥35	≥50	≥50	≥70
	Operating frequency range	KHz	15-200KHz
	Cooling method		Circulating water cooling
	cooling water pressure	Mpa	0.1-0.2
	Cooling water flow rate	L/Min	20	25	35	45	50	85	100
	Suggested pump power	KW	0.75			1.1		1.5
	Cooling water temperature	℃	10-45℃
	External dimensions	CM	565199	565199	565199	5756115	5756115	5756115	6865145
	weight	KG	70	70	75	100	110	120	185
transformer	Cooling method		Circulating water cooling
	cooling water pressure	Mpa	0.1-0.2	0.1-0.2	0.1-0.2	0.1-0.2	0.15-0.3	0.15-0.3	0.15-0.3
	Cooling water flow rate	L/Min	20	25	35	45	50	85	100
	Cooling water temperature	℃	10-45℃
	External dimensions	MM	493143			643742		743742
	weight	KG	35	40	65	70	75	85	90

project	model		160	200	250	300	350	400
power supply	INPUT VOLTAGE	V	AC~380V±10%/Three phase three wire
	Maximum output power	KW	160	200	250	300	350	400
	Maximum input current	A	243	304	380	456	532	608
	Copper core cable cross-sectional area	mm2	≥95	≥120	≥120	≥150	≥185	≥240
	Operating frequency range	KHz	15-30KHz
	Cooling method		Circulating water cooling
	cooling water pressure	Mpa	0.2-0.3
	Cooling water flow rate	L/Min	120	150	160	200	230	270
	Suggested pump power	KW	2.2		3		4.4
	Cooling water temperature	℃	10-45℃
	External dimensions	CM	6865145	8070177	12082162	12082162	15090202	15090202
	weight	KG	190	270	340	360	400	450
transformer	Cooling method		Circulating water cooling
	Cooling water pressure	Mpa	0.2-0.3	0.2-0.3	0.2-0.3	0.2-0.3	0.2-0.3	0.2-0.3
	Cooling water flow rate	L/Min	120150		160	200	230270
	Cooling water temperature	℃	10-45℃
	External dimensions	CM	743742			1105056
	weight	KG	95	160	180	200	220	240

Control Model

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Control Port

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Waterway installation

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