Ventilation insect-proof door for substation high voltage room

Abstract

The invention relates to a ventilation insect-proof door for a high-pressure chamber of a transformer substation. The ventilation insect-proof door comprises a door frame, a temperature sensing door, a double-layer insect killing electric grid door and a ventilation screen door, wherein the temperature sensing door, the double-layer insect killing electric grid door and the ventilation screen door are separately arranged in the door frame; the temperature sensing door is arranged on the outer side, the double-layer insect killing electric grid door is arranged at the middle, and the ventilation screen door is arranged on the inner side; the ventilation screen door comprises a plastic frame and a screen gauze, and is a double-rail double-leaf sliding door; the double-layer insect killing electric grid door comprises a double-layer insect killing electric grid, a sealing frame, and a power supply device, and is a single-rail single-leaf sliding door; the temperature sensing door is a single-rail double-leaf sliding door. Under the situation that the temperature of the high-pressure chamber is too high, the temperature sensing door at the outer layer is automatically opened; the double-layer insect killing electric grid door and the ventilation screen door are gauze-type doors, so that the ventilation effect is good, indoor temperature can be rapidly reduced, and the double-layer insect killing electric grid door can prevent various insects and small animals from entering.

Description

technical field [0001] The invention relates to a high-voltage room of a substation, in particular to a ventilating insect-proof door for the high-voltage room of a substation. Background technique [0002] Usually, the high-voltage room of the substation must install a gate to prevent the entry of irrelevant personnel on the one hand, and to prevent the entry of rodents and insects, which will cause damage to the equipment. However, the equipment in the high-voltage room will release heat when it is working, and the ventilation and heat dissipation device installed is often effective. Not good, especially when the temperature is too high in summer, the equipment will crash. At the same time, the protection device often sends signals by mistake, requiring the staff to go back and forth frequently to confirm the situation, which greatly reduces the work efficiency. The continuous high temperature environment also poses a safety hazard to the equipment . Contents of the inve...

AI Technical Summary

Problems solved by technology

[0002] Usually, the high-voltage room of the substation must install a gate to prevent the entry of irrelevant personnel on the one hand, and to prevent the entry of rodents and insects, which will cause damage to the equipment. However, the equipment in the high-voltage room will release heat when it is working, and the ventilation and heat dissipation device installed is often effective. Not good, especially when the temperature is too high in summer, the equipment will crash. At the same time, the protection device often sends signals by mistake, requiring the staff to go back and forth frequently to confirm the situation, which greatly reduces the work efficiency. The continuous high temperature environment also poses a safety hazard to the equipment

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