Overhead type current transformer sheath capable of being stacked

Abstract

The invention relates to an overhead type current transformer sheath capable of being stacked. The overhead type current transformer sheath comprises a sheath body, wherein a platform is arranged at the outer part of the sheath body, and a plurality of supporting feet are arranged the outer part of the sheath body on the opposite side of the platform; openings are formed between the supporting feet and the platform, and each open extends from one end of the sheath body to the other end of the sheath body. The overhead type current transformer sheath can stacked for multiple layers, so that a shelf used for storing the sheath can be simplified, the height design of the adjacent upper and lower layers of the shelf is more flexible, and the position space occupied by the sheath can be saved through stacking. The sheath on the upper layer is inserted into buckling grooves in the platform of the sheath on the lower layer through the supporting feet, so that the connection of the upper-layer sheath and the lower-layer sheath is stable.

Description

technical field [0001] The invention relates to an overhead current transformer sheath for energy barrier discharge, and belongs to the technical field of current transformers. Background technique [0002] A current transformer is a precision instrument. During transportation or storage, the current transformer is usually placed in the matching current transformer sheath. [0003] The shape of the traditional overhead current transformer sheath is basically the same as that of the overhead current transformer. Since the overhead current transformer does not have a fixed standing surface, it needs to be specially customized to place the overhead current transformer during storage or transportation. The shelf of the transformer sheath increases the transportation or storage cost of the overhead current transformer, and the shelf dedicated to the overhead current transformer sheath is not convenient for placing other styles of current transformers or other items, which is very...

AI Technical Summary

Problems solved by technology

[0003] The shape of the traditional overhead current transformer sheath is basically the same as that of the overhead current transformer. Since the overhead current transformer does not have a fixed standing surface, it needs to be specially customized to place the overhead current transformer during storage or transportation. The shelf of the transformer sheath increases the transportation or storage cost of the overhead current transformer, and the shelf dedicated to the overhead current transformer sheath is not convenient for placing other styles of current transformers or other items, which is very important for the use of the shelf Bring certain limitations, not conducive to the full utilization of resources

[0004] Moreover, the traditional overhead current transformer sheath cannot be stacked, and can only be placed in a single layer, which takes up a lot of space

When the traditional overhead current transformer sheath is placed on the shelf, the upper and lower adjacent shelves are too close to be conducive to picking and placing the sheath, and too far away, resulting in a waste of space

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