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A platform for research: civil engineering, architecture and urbanism
Indoor sectional insulating ladder for transformer substation
The invention discloses an indoor sectional insulating ladder for a transformer substation. The indoor sectional insulating ladder is formed by sequentially connecting multiple combining lower ladders and a combining lower ladder, each combining lower ladder comprise an inclined ladder and a horizontal ladder, the upper ends of two main pipes of each inclined ladder are detachably connected with the outer ends of two main pipes of the corresponding horizontal ladder, two branched pipes are symmetrically connected on the main pipes of each horizontal ladder, horizontal distances from joints of the horizontal ladders and the inclined ladders to joints of the horizontal ladders and the branched pipes of the combining lower ladders from bottom to top sequentially decrease, a connecting sleeve is arranged on the lower portion of each of the main pipes and the branched pipes of each inclined ladder in a sleeved manner, and adjacent combining lower ladders are in mutual inserted connection through the main pipes and the branched pipes of the inclined ladders and locked through the connecting sleeves. The indoor sectional insulating ladder has the advantages that the indoor sectional insulating ladder can be assembled freely according to actual conditions in the transformer substation, can be assembled in various heights and is especially suitable for being mounted in narrow space for working; working safety of maintenance personnel can be ensured; the indoor sectional insulating ladder is quick, convenient, time saving and labor saving in demounting and mounting, so that operating efficiency can be improved, manpower can be saved, outage time can be shortened, and power loss can be reduced.
Indoor sectional insulating ladder for transformer substation
The invention discloses an indoor sectional insulating ladder for a transformer substation. The indoor sectional insulating ladder is formed by sequentially connecting multiple combining lower ladders and a combining lower ladder, each combining lower ladder comprise an inclined ladder and a horizontal ladder, the upper ends of two main pipes of each inclined ladder are detachably connected with the outer ends of two main pipes of the corresponding horizontal ladder, two branched pipes are symmetrically connected on the main pipes of each horizontal ladder, horizontal distances from joints of the horizontal ladders and the inclined ladders to joints of the horizontal ladders and the branched pipes of the combining lower ladders from bottom to top sequentially decrease, a connecting sleeve is arranged on the lower portion of each of the main pipes and the branched pipes of each inclined ladder in a sleeved manner, and adjacent combining lower ladders are in mutual inserted connection through the main pipes and the branched pipes of the inclined ladders and locked through the connecting sleeves. The indoor sectional insulating ladder has the advantages that the indoor sectional insulating ladder can be assembled freely according to actual conditions in the transformer substation, can be assembled in various heights and is especially suitable for being mounted in narrow space for working; working safety of maintenance personnel can be ensured; the indoor sectional insulating ladder is quick, convenient, time saving and labor saving in demounting and mounting, so that operating efficiency can be improved, manpower can be saved, outage time can be shortened, and power loss can be reduced.
Indoor sectional insulating ladder for transformer substation
LIU CHUANG (author) / REN QIAN (author) / GAN BAOZHONG (author) / ZHANG WEIBAO (author)
2016-01-06
Patent
Electronic Resource
English
IPC:
E06C
LADDERS
,
Leitern
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