Payment & Shipping Terms:
|Type:||Induction Quenching Machine||Input Voltage/Frequency:||3phases,380/50-60 (It Can Be Customized)|
|Voltage Range:||340V-420V||DC Power:||80KW|
|Heating Efficiency:||≥98%||Operating Frequency Range:||5-30KHz|
|Cooling Method:||Air Cooled / Water Cooled||Main Chip:||TMS320F|
80KW Induction Disassembly Machine For Couplings, Bearings, Rotors, and Motors
Electromagnetic heating disassembles the motor rotor, flexible heating coil, no matter how big or small your workpiece is, and how complex the workpiece is, it can be disassembled and assembled. It has been widely used in bearings, gears, sprockets, counter wheels, couplings, connecting shafts, balance shafts, rolls, motors...
1. Main Characteristic of Motor Induction Heating Disassembly
An induction disassembly machine | induction dismantling system | induction dismounarings, rotors, stators and motors. The heat generated by the electromagnetic waves causes the metal to expand, which in turn loosens the bonds between the metal components. This makes it easier to disassemble the parts without damaging them.
The induction disassembly machine | induction dismantling system | induction dismounting heater works by using an induction coil, which is a copper wire that is wrapped around a core. When an alternating current is applied to the coil, it generates an electromagnetic wave. The wave passes through the metal parts, causing them to heat up. The heat causes the metal to expand, which loosens the bonds between the parts.
Introduction to Induction Heat Disassembly Techniques
Induction heat disassembly techniques use the power of electromagnetic induction to heat up metal parts and components. This heat causes the metal to expand, allowing for easier removal of parts that may be stuck or tightly fitted. Induction heat disassembly is a non-contact method, meaning that there is no physical contact between the heating element and the component being heated. This results in a safer and more efficient process compared to traditional disassembly methods.
2. Technical Parameter of Motor Induction Heating Disassembly
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