High-overload stable transformer

Abstract

The invention discloses a high-overload stable transformer, which includes a casing and a transformer main body arranged inside the casing. A wiring board for installing the transformer is also arranged inside the casing. The main body of the transformer includes an iron core, and a winding is sleeved on the outer wall of the iron core. Connected with a coil, the high overload stable transformer of the present invention improves the efficiency of the transformer and reduces the electrical loss of the transformer, thereby increasing the output power of the transformer, effectively slowing down the vibration of the transformer when it is shaken, and improving the overall stability of the transformer The stability ensures the stable operation of the transformer. In addition, the dust removal device can be used to effectively remove dust, which effectively improves the overload capacity of the transformer.

Description

technical field [0001] The invention relates to the technical field of transformers, in particular to a high overload stable transformer. Background technique [0002] The transformer uses the principle of mutual inductance to change the AC voltage and consists of a primary coil, a secondary coil and an iron core. Transformer is an electrical component, it is greatly damaged by vibration, and in the subsequent use process, it is difficult to guarantee that the transformer is always in a good and gentle environment, so when the existing technicians install the transformer, they will choose Install some shock-absorbing layers between its bottom and the mounting plate, but the existing shock-absorbing layers are often some shock-absorbing pads, and their effect will disappear after a period of use, because the weight of the transformer itself has been acting on the shock-absorbing pads , so the shock-absorbing pad is compressed and deformed, and it gradually loses its effectiv...

AI Technical Summary

Problems solved by technology

Transformer is an electrical component, it is greatly damaged by vibration, and in the subsequent use process, it is difficult to guarantee that the transformer is always in a good and gentle environment, so when the existing technicians install the transformer, they will choose Install some shock-absorbing layers between its bottom and the mounting plate, but the existing shock-absorbing layers are often some shock-absorbing pads, and their effect will disappear after a period of use, because the weight of the transformer itself has been acting on the shock-absorbing pads , so the shock pad is deformed under pressure, and it gradually loses its effectiveness, and the use effect becomes worse

[0003] The interior of existing transformers is often covered with dust. The generation of these dusts will cause damage to the internal circuits of the transformer, resulting in a small overload capacity and affecting the normal use of the transformer.

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