Transformer installation device with noise reduction function

Abstract

The invention provides a transformer installation device with a noise reduction function. The transformer installation device is used for surrounding and accommodating a transformer (208) in a closing manner, and comprises a main accommodating shell (2) and a pivoting gate device (209), wherein the pivoting gate device (209) removably covers an opening of the main accommodating shell (2); the first side of the pivoting gate device (209) is hinged with the main accommodating shell (2); the second side is retractably engaged with the main accommodating shell (2); the pivoting gate device (209) is provided with a joint locking bolt device (20) at the second side in a manner of sliding up and down; and the joint locking bolt device (20) is integrally provided with a locking hook body (60) towards the main accommodating shell (2) to extend into a recess (200) in the wall part of the main accommodating shell (2) and is engaged with an undercut part at the inner side of the recess (200) through a hook tail end (601), so that the pivoting gate device (209) is locked on the main accommodating shell (2).

Description

technical field [0001] The invention relates to the field of transformers, in particular to a transformer installation device with a noise reduction function. Background technique [0002] In industrial applications, transformers are often placed on site to provide power. In order to ensure the operating environment of transformer equipment, it is usually placed in a transformer-specific installation device, such as a transformer cabinet. [0003] The pivoting door arrangement of such installations is often required to be easily opened for maintenance of the transformer equipment. Existing pivoting door devices often adopt a hinged way to open. However, the locking of such a pivoting door is often performed by a manually operated locking bolt, which makes the operation complicated, and in addition, the convenience and quickness of operation are limited and affected. However, in some power-operated locking bolt applications, it is difficult for the operator to know when th...

AI Technical Summary

Problems solved by technology

However, the locking of such a pivoting door is often carried out by using a manually operated locking bolt, which makes the operation complicated. In addition, the convenience and quickness of operation are limited and affected.

However, in some power-operated locking bolt applications, it is difficult for the operator to know when the locking bolt operation is in place due to the staged power operation and other reasons.

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