Common Problem
It is reported that there will be no problems with the coupling of large motors during use, but each type of machinery will inevitably wear during use, and each component has its own service life, and the daily maintenance of the coupling is also necessary, so as to prolong the service life of the coupling.
At present, there are many ways to disassemble the coupling of large motors, such as traditional fire roasting, oil cooking, heating methods in the furnace, and electromagnetic induction heating methods that are now used more, so today I will Let’s talk about the difference between these hot disassembly methods in detail.
Disadvantages of fire heating and disassembly: Smoke, Noise, High Energy Consumption, Uneven Heating
Advantage: Cost Saving
Disadvantages of cooking in oil: slow heating, unsafe
Disadvantages of heating in the furnace: high energy consumption and high cost
Because the traditional hot disassembly method has too many shortcomings, it is time-consuming and environmentally friendly, so we recommend to you a product with a high safety factor that is safe, stable, easy to handle, and conforms to industry standards.
That is the electromagnetic induction heating equipment developed by POLARIS-ETeK. The equipment is equipped with a leakage protection safety device, which is easy to operate, stable and reliable, easy to handle, adaptively adjusts the temperature, and is suitable for the disassembly of various large interference fit workpieces.
Electromagnetic Induction Heating Equipment:
Moreover, large-scale motor repair factories have adopted high-frequency induction electromagnetic heating for thermal disassembly. Using high-frequency induction electromagnetic heating equipmentonly needs to wrap the flexible electromagnetic wire around the workpiece to be disassembled, and it only takes a few minutes to complete the heating after plugging in. Disassembly work.
The biggest advantage of electromagnetic induction heating equipment is that it can be disassembled wherever it is desired, and it can be used for multiple purposes.
Application of Electromagnetic Induction Heating:
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