This paper introduces the method of the design and calculation of heating inductor for the treatment of the stabilization of 15.2 mm (0.6 inch) strand steel wire.
针对15.2(0.6口寸)钢绞线稳定化处理的加热要求介绍了其加热感应器的设计计算方法。
Diathermanous furnace inductor, is also know as through-type inductor, it is long or short according to the length of heating workpiece and the diameter of the workpiece.
透热炉感应器，又称贯通式感应器，根据加热工件的长短和工件的直径大小，感应器有长有短。
According to the distribution law of the line heating practical temperature field, design the inductor by experiential methods.
参考水火弯板工艺温度场的分布，采用经验设计法设计感应器的形状。
In case that the water inflow is not enough or the water pressure is not enough, it may lead to gasifying, burning red and out of shape, and the heating workpiece may not go through the inductor.
如通水不足或水压不够，就会产生气化，烧红，变形，加热工件就无法从感应器内通过。
The water-cooled guide in the inductor is actually the motion track for heating workpiece, it is working under high temperature all the time.
感应器内水冷导轨，实际上是加热工件的运动轨道，它一直处于高温下工作。
An inductive heating device (20) is disclosed having a power supply (22), an inductive coupling assembly (30), and an inductor core (38).
本发明公开了一种感应加热装置(20)，它具有：电源(22)、感应耦合组件(30)以及电感铁心(38)。
An inductive heating device (20) is disclosed having a power supply (22), an inductive coupling assembly (30), and an inductor core (38).
本发明公开了一种感应加热装置(20)，它具有：电源(22)、感应耦合组件(30)以及电感铁心(38)。
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