CE Approved Induction Melting Equipment Ultrahigh Frequency Induction Heating 40KW
Quick Detail:
Name |
CE Approved Induction Melting Equipment Ultrahigh Frequency Induction Heating 40KW |
Application |
Hot forging, hot fitting, smelting, surface quench, welding, annealing |
Work power |
360V-520V |
Out power |
40KW |
Product size |
main: 640*350*550mm transformer: 510*300*450mm |
Certificate |
CE , SGS , ROHS |
Specification
Model |
GYH-40AB (Three phase) |
Work power |
360V-520V |
Maximum input current |
60A |
Output power |
40KW |
Fluctuating frequency |
50-200KHZ |
The flow rate of cooling water |
0.2Mpa, 6L/min |
Water temperature protection point |
40C |
Product size |
main: 640×350×550 mm transformer:510*300*450mm |
Net weight |
main: 50kgs transformer: 28kgs |
Major Features
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CE Approved Induction Melting Equipment Ultrahigh Frequency Induction Heating 40KW adopts Soft-switch ultrahigh frequency technology and two poles closed loop control technology; and our company fully owns the independent intellectual property rights
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Fluctuating frequency can be 100K-1.5MHZ, control the depth of surface quenching, which can totally replace the high frequency of vacuum tube.
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CE Approved Induction Melting Equipment Ultrahigh Frequency Induction Heating 40KW can continuously work for 24 hours, and 100% duty cycle.
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Parts of power devices are all from well-know brand products
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Ultra-small size and weight; High efficiency, energy saving and environmental protection with safety.
Major Scope of Application
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Quench for shaft, gear and inner hole of mold, quenching depth can be within 2mm.
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Carbon steel and stainless steel screw coating
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Continuously quench for saw blade, anneal and quench fro stainless steel, alloy steel thread.
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Welding for hard alloy saw blade, reamer, communication cable joint, and filter capacitor.
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Welding for joint of metal tube, and continuous welding of stop valve.
Operating Principle
Frequency conversion electromagnetic induction heating or induction heating for short is a method for heating metal materials by converting power frequency power supply into that of specific range based on th