Special amorphous transformer core calibration installation rack

Abstract

The invention relates to the technical field of an amorphous transformer, in particular to a special amorphous transformer core calibration installation rack. The special amorphous transformer core calibration installation rack comprises a main body stable support connection plate, wherein a circular-arc assembly adjustment stable connection groove is formed in a right side of the main body stablesupport connection plate, an integrally-formed cylindrical central stable connection support post is arranged at a central position of a front surface of the main body stable support connection plate, a cylindrical main body assembly stable connection hole is formed in the central position of the front surface of the central stable connection support post and penetrates through an end surface ofa rear side of a part, and an integrally-formed triangular second stable assembly support connection plate is arranged at a left side of the main body stable support connection plate. The special amorphous transformer core calibration installation rack has the advantages that more accurate position precision can be provided for iron core assembly in the amorphous transformer, the integral safety of the amorphous transformer during the subsequent application process is better, and the energy loss during the application process is smaller.

Description

technical field [0001] The invention relates to the technical field of amorphous transformers, in particular to a special calibrating installation frame for iron cores of amorphous transformers. Background technique [0002] Amorphous transformer is a low loss, high energy efficiency power transformer. These transformers use an iron-based amorphous metal core. When it is installed and connected with the internal structure of the transformer, it has higher requirements for positional accuracy. The general iron core structure is directly installed through the mutual cooperation of the internal structure when installing the internal structure of the transformer, which cannot be guaranteed during the installation process. The absolute accuracy of the installation position prevents the amorphous transformer from reaching the expected service life during use, thereby increasing the overall use cost of the amorphous transformer. Contents of the invention [0003] The purpose of...

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Problems solved by technology

When it is installed and connected with the internal structure of the transformer, it has higher requirements for positional accuracy. The general iron core structure is directly installed through the mutual cooperation of the internal structure when installing the internal structure of the transformer, which cannot be guaranteed during the installation process. The absolute accuracy of the installation position, so that the amorphous transformer cannot reach the expected service life during use, thus increasing the overall use cost of the amorphous transformer

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