轴承加热器的工作原理是利用金属在交变磁场中产生涡流而使本身发热，通常用

The principle is to use a metal bearing heater in the alternating magnetic field eddy currents the heat itself, usually in terms of heat treatment of metals. The principle is thicker metal in an alternating magnetic field due to electromagnetic induction to generate electric current. After the thick metal which generates current, the current flow path formed inside the metal spiral, so that the heat generated by the current flowing on the metal itself is absorbed, will lead to metal quickly warmed.

Bearing heaters work by using metals to produce vortex in the cross-change magnetic field and heat itself, usually in metal heat treatment. The principle is that when a thicker metal is in an intervariate magnetic field, it generates current due to electromagnetic induction. When a thicker metal generates an electric current, the current forms a spiral flow route inside the metal, so that the heat generated by the flow of the current is absorbed by the metal itself, causing the metal to heat up quickly.

The working principle of bearing heater is to use the eddy current produced by metal in alternating magnetic field to heat itself, which is usually used in metal heat treatment, etc. The principle is that when a thick metal is in an alternating magnetic field, current will be generated due to electromagnetic induction. When the thicker metal generates current, the current will form a spiral flow path inside the metal, so that the heat generated by the current flow will be absorbed by the metal itself, which will cause the metal to heat up quickly.<br>