Medium frequency induction heating equipment can perform heat treatments such as quenching, diathermy, and annealing on workpieces of different specifications and types. The heat treatment is mainly performed through an inductor. We have told you before about several distinctive inductors on medium frequency induction heating equipment. Today, the technical staff of Zhengzhou Gou's will introduce to us how the inductors should be designed.
The power of medium frequency induction heating equipment is often very large, so it is possible to heat multiple parts at one time or to heat multiple sections of a part at the same time. Today we will briefly introduce how to design an inductor with multiple holes or heating zones and its design principles. as follows:
1) Series-connected porous sensors can be used for simultaneous heating or scanning heating of small parts.
2) When the heating zone of the part consists of multiple sections with the same diameter and different widths, parallel inductors with equal gaps and unequal widths can be used.
3) The part is a stepped shaft, which requires continuous hardening layers at large and small diameters. A longitudinal one-time heating inductor or a continuous quenching inductor at an angle of 45° to 60° with the axis should be used.
4) When the width of the heating zone of the parts is the same but the diameter is different, equal-width series inductors can be used, and the gap at the small-diameter heating zone should be slightly larger.
Zhengzhou Gou's is a manufacturer specializing in the production of medium frequency induction heating equipment. The equipment it produces has complete functions and is easy to operate. It is a good equipment for heat treatment of workpieces. The company can design the most suitable sensor for you based on your workpiece type.
en 
cn 
jp 
ko 
de 
es 
it 
ru 
pt 
vi 
th 
pl 
GS-ZP-1200
