Do you know How induction heating equipment Work? Let me tell something about that to make you much more clearer.
Induction heating is heating process that is non-contact. The induction heating equipment use high frequency electricity for heating electrically conductive materials. The non-contact quality ensures that the material being heated is not contaminated by the heating process. This is a very efficient process that allows the workpiece to be heated from the inside. The heat treat method is very efficient and lends itself to a number of unique applications. The heating machines have an electromagnet which allows high frequency alternating current to be passed through.
The frequency of the power used will depend on a number of factors including the size of the object, the type of material, the penetration depth and the coupling between the object and the work coil.
High frequency electricity is required to drive the huge alternating current into the induction coil. The heating coil is referred to as the work coil.
When the current passes through the induction heating coil, an intense magnetic field that is rapidly changing is formed in the work coil. The workpiece that is being heated is placed inside the alternating magnetic field. A number of results may occur depending on the material or nature of the workpiece. With some materials a current flow is induced in the conductive workpiece, by the alternating magnetic field.
The work coil works alongside the workpiece much like the electrical transformer. The work coil acts as the primary source through which electrical energy is fed, while the workpiece acts like the single turn secondary which is short-circuited. This process causes huge currents, known as eddy currents, to flow through the workpiece. The high frequency that is required for the induction heating machines leads to a phenomenon that is called the skin effect. This is an effect that forces the current that forms in a thin layer, to flow to the workpiece surface.
In fact, you don't have to make this in mind, those induction heating equipment manufacturers will help you when you need. More Detail, pleas check from http://www.hy-inductionheater.com/
Article forwarded source: https://issuu.com/whiteblackblack-and-white.cn/docs/how_induction_heating_equipment_wor
Induction heating is heating process that is non-contact. The induction heating equipment use high frequency electricity for heating electrically conductive materials. The non-contact quality ensures that the material being heated is not contaminated by the heating process. This is a very efficient process that allows the workpiece to be heated from the inside. The heat treat method is very efficient and lends itself to a number of unique applications. The heating machines have an electromagnet which allows high frequency alternating current to be passed through.
The frequency of the power used will depend on a number of factors including the size of the object, the type of material, the penetration depth and the coupling between the object and the work coil.
High frequency electricity is required to drive the huge alternating current into the induction coil. The heating coil is referred to as the work coil.
When the current passes through the induction heating coil, an intense magnetic field that is rapidly changing is formed in the work coil. The workpiece that is being heated is placed inside the alternating magnetic field. A number of results may occur depending on the material or nature of the workpiece. With some materials a current flow is induced in the conductive workpiece, by the alternating magnetic field.
The work coil works alongside the workpiece much like the electrical transformer. The work coil acts as the primary source through which electrical energy is fed, while the workpiece acts like the single turn secondary which is short-circuited. This process causes huge currents, known as eddy currents, to flow through the workpiece. The high frequency that is required for the induction heating machines leads to a phenomenon that is called the skin effect. This is an effect that forces the current that forms in a thin layer, to flow to the workpiece surface.
In fact, you don't have to make this in mind, those induction heating equipment manufacturers will help you when you need. More Detail, pleas check from http://www.hy-inductionheater.com/
Article forwarded source: https://issuu.com/whiteblackblack-and-white.cn/docs/how_induction_heating_equipment_wor
Comments
Post a Comment