A low-voltage energy-saving device

Abstract

The invention discloses a low-voltage energy-saving device, the structure of which comprises a connection mechanism, a transformer, a slider, and a fixed lifting lug. The rotating disk in the mechanism is rotated by the connecting rod, so that the gap inside the gap mechanism can circulate the air, and the blocking disk is a disk with a hollow hole in the middle, so as to avoid congestion caused by a large amount of heat accumulation, avoid reducing the discharge rate, and increase Flow effect, and filter the dust through the filter to achieve the effect of internal gas circulation, avoiding the problem of gas non-circulation when heat is discharged, the rubber block enhances the friction between the tap and the compression plate, and the sliding fit between the connecting ring and the bearing , to prevent the fitting mechanism from driving the tap to rotate when the thread of the rotating rod rotates, to enhance the bonding force of the tap on the surface of the compression plate, and to prevent intermittent circuit connection problems caused by insufficient bonding force of the tap.

Description

technical field [0001] The invention relates to the field of energy-saving equipment, in particular to a low-voltage energy-saving equipment. Background technique [0002] The role of the transformer in the power system is to transform the voltage to facilitate power transmission. After the voltage is boosted by the step-up transformer, it can reduce line loss, improve the economy of power transmission, and achieve the purpose of long-distance power transmission. The step-down transformer It can change the high voltage into the various levels of voltage required by the user to meet the needs of the user. However, due to the poor contact of the low-voltage wire tap, the contact sheet is overheated, and the internal space is relatively narrow, causing heat to concentrate inside, and the heat rises. High is easy to cause a short circuit, and the contact between the contact piece and the tap is completed under the elastic force of the contact piece, and the contact point is easi...

AI Technical Summary

Problems solved by technology

[0002] The role of the transformer in the power system is to transform the voltage to facilitate power transmission. After the voltage is boosted by the step-up transformer, it can reduce line loss, improve the economy of power transmission, and achieve the purpose of long-distance power transmission. The step-down transformer It can change the high voltage into the various levels of voltage required by the user to meet the needs of the user. However, due to the poor contact of the low-voltage wire tap, the contact sheet is overheated, and the internal space is relatively narrow, causing heat to concentrate inside, and the heat rises. High is easy to cause a short circuit, and the contact between the contact piece and the tap is completed under the elastic force of the contact piece, and the contact point is easily affected by too small adhering force, resulting in poor contact point, which is easy to form a short circuit between phases or intermittent discharge

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