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Project documentation of wiring for the revitalization of residential house
Štangl, Jan ; Tesař, Radek (referee) ; Bátora, Branislav (advisor)
This thesis deals with the issue of the revitalization of the outdated electrical wiring in houses with regard to the valid standards. In the introduction to the theoretical part of the thesis the current connection conditions of the E.on distribution network are summarized, then there is a subchapter dedicated to the ways of conductors storing. The following section is devoted to the common spaces as far as lighting and socket circuits are concerned. The thesis continues with a part which contains an analysis of the existing conditions of the building, including the calculation of the risks of unprotected and protected building. The work is then directed on practical technical documentation heavy-current (main lead, lead to the distribution boxes, lightning conductor and grounding) and light-current (common TV antenna, house phone) wiring in the building. The mentioned section contains calculations necessary for determination of the correct wire cross section based on the way of storing, ambient temperature and output power. In the same section there are processed also lighting designs in all the common areas (for example, the intensity of the illumination determined by the ČSN standards emitted by the Czech Office for Standards, Metrology and Testing). In chapter no. 4.9 the lightning conductor including the earthing of the building is drawn up.
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Apartment building
Štangl, Jan ; Leischnerová, Jana (referee) ; Brukner, Bohuslav (advisor)
The bachelor thesis deals with the project documentation for the construction of a residential building in Brno in the city district of Brno – Líšeň. The building is detached in a slightly sloping terrain in Novolíšeňská street. The residential building has four floors and a basement. In the basement are designed garage parking spaces, cellar cubicles and technical background of the building. There are a total of 21 residential units on the above-ground floors, 6 units on each floor (1+kk, 2+kk, 3+kk) and on the last floor 3 units (3+kk, 4+kk). The house is designed as barrier-free. The construction system of the apartment building is wall-based: the basement is made of a combination of monolithic walls and columns, and a brick floor made of aerated concrete blocks. Horizontal structures consist of reinforced concrete monolithic slabs with unidirectional or bi-directional reinforcement. The perimeter walls are insulated with the ETICS contact insulation system. The building is based on concrete foundation slab and roofing is made of a double skin flat roof.
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Project documentation of wiring for the revitalization of residential house
Štangl, Jan ; Tesař, Radek (referee) ; Bátora, Branislav (advisor)
This thesis deals with the issue of the revitalization of the outdated electrical wiring in houses with regard to the valid standards. In the introduction to the theoretical part of the thesis the current connection conditions of the E.on distribution network are summarized, then there is a subchapter dedicated to the ways of conductors storing. The following section is devoted to the common spaces as far as lighting and socket circuits are concerned. The thesis continues with a part which contains an analysis of the existing conditions of the building, including the calculation of the risks of unprotected and protected building. The work is then directed on practical technical documentation heavy-current (main lead, lead to the distribution boxes, lightning conductor and grounding) and light-current (common TV antenna, house phone) wiring in the building. The mentioned section contains calculations necessary for determination of the correct wire cross section based on the way of storing, ambient temperature and output power. In the same section there are processed also lighting designs in all the common areas (for example, the intensity of the illumination determined by the ČSN standards emitted by the Czech Office for Standards, Metrology and Testing). In chapter no. 4.9 the lightning conductor including the earthing of the building is drawn up.
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