Housing Gas Plane DWG Block for AutoCAD

Gas installation resolution for housing 1 plant

Drawing labels, details, and other text information extracted from the CAD file (Translated from Spanish):

Ll.p., V.l., Ll.p., V.l., Ll.p., V.l., Ll.p., Place of sale, Confectionery making, Deposit, bedroom, Living room, laundry, kitchen, garden, yard, garden, Garage, Service entry, garden, Allowance, E.m., L.m., Med with pressure regulator, goes up, Tbu, Tt pp, Balance thermal determination of artifact fourth stove balanced shot eskave bedroom stok balanced shot in eskave bedroom stok balanced shot in eskave living stok balanced shot eskave tt kitchen local sale stoke balanced shot eskave stok balanced shot in eskave kitchen stove without ventilation stove without ventilation, Ventilation grills, Med with pressure regulator, living place, Med with pressure regulator, local, section, Long lime, Long adopt, Artifact consumption, flow, diameter, Diameter adop, living place, Co tt, everybody, Long adopt, Calculation caudales: housing co tt, section, Long lime, Long adopt, Artifact consumption, flow, diameter, Diameter adop, local, Co tt co, everybody, Long adopt, Calculations flow: local co co, Co tt, Co tt co, localization map, Wide street wide sidewalk, Surface of the ground sup. Existing cover sup. New free surface cover, The work permit does not exempt from the obligation to possess permission to use, …………………………………., Owner’s signature, ………………………………………….. (I.e., home, …………………………, Owner’s signature, …………………………………., home, registry, ……………., Director’s name cleared, …………………………………., Owner’s signature, registry, ……………., …………………………, home, …………………………, Owner’s signature, …………………………………., registry, ……………., registry, …………………………………., Owner’s signature, …………………………, home, ……………., Name of the constructor clarified, Calculator name, Name of the structural executor, Martin authier, Of territorial contribution nº …………………., Class of work, Property of the Lord, Street number ….. circ ………. secc …….. manz …… parc …….., scale:………….., district:…………….., Notes, Topic: gas installation, scale:, date:, year:, group:, turn:, firm:, Attached: arq. Roque famá, sheet:, Chair: arq. Ma Alejandra cereghetti, teacher:, students:, Gabriel marcuccio dni: gonzalo ribecky dni: guadalupe suarez dni: javier weaver dni:, Cpp, Carlos benegas

Raw text data extracted from CAD file:

LL.P. V.L. LL.P. LL.P. LL.P. V.L. LL.P. LL.P. V.L. LL.P. LL.P. LL.P. LL.P. LOCAL DE VENTA ELABORACION DE CONFITURAS DEPOSITO DORMITORIO DORMITORIO DORMITORIO LIVING COMEDOR LAVADERO COCINA JARDIN PATIO JARDIN GARAGE 0.15 0.30 0.30 0.30 0.10 0.30 0.00 ENTRADA DE SERVICIO JARDIN 0.00 0.00 0.15 0.15 0.45 0.40 0.45 Mesada Mesada E.M. E.M. L.M. L.M. 2.85 0.00 2.85 0.20 0.30 MED con regulador de presión MED con regulador de presión \A1;LL P \S1/4; V E4 \A1;LL P \S1/4; V E1 2000 Kcal/h E2 2000 Kcal/h \A1;LL P \S1/4; V E3 2000 Kcal/h \A1;LL P \S1/4; V E5 \A1;LL P \S1/4; V E1´ \A1;LL P \S1/4; V E4´ \A1;LL P \S1/4; V E2´ 2000 Kcal/h Sube 2000 Kcal/h \A1;LL P \S1/4; V TT 10000 Kcal/h \A1;LL P \S1/4; V Co 10000 Kcal/h 2000 Kcal/h 2200 Kcal/h \A1;LL P \S1/4; V \A1;LL P \S1/4; V \A1;LL P \S1/4; V Co 10000 Kcal/h Co 10000 Kcal/h TT 10000 Kcal/h 2000 Kcal/h V TBU O 0075 V TBU O 0075 V TBU O 0075 V TT PP O 0030 V TT PP O 0030 V TT PP O 0030 V TT PP O 0030 Balance Termico Determinacion de artefacto \LVivienda Cuarto PrincipalSup= 4.9m x 3.4m x 2,6m= 43.31 m³ Estufa tiro balanceado Eskave E1=2000kcal/h Volumen= 43.31m³ x 30kcal/h.m³ x 1.2= 1559.16 cal/h Dormitorio 1 Sup= 3.2m x 3.3m x 2.6m= 27.45 m³ Estufa tiro balanceado en U Eskave E2=2000kcal/h Volumen= 27.45m³ x30kcal/h.m³ x 1.20= 988.2 kcal/h Dormitorio 2 Sup= 3.2m x 3.3m x 2.6m= 27.45 m³ Estufa tiro balanceado en U Eskave E3=2000kcal/h Volumen= 27.45m³ x30kcal/h.m³ x 1.20= 988.2 kcal/h Living Sup= (3.8m x 4m x 2.6m) + ((6.8m x 3.4m x 2.6m) - (\L2.6m x 3mx 3m x 2.6m)) + (\L1m x 0.8mx 0.8m x 2.6m)= 90.53 m³ Estufa tiro balanceado Eskave E4=2000kcal/h 2 2 E5=2000kcal/h Volumen= 90.53m³ x 30kcal/h.m³ x 1.20= 3259.08 kcal/h TT 10000 kcal/h\L \L Cocina 10000 kcal/h \LLocal Local de venta Sup= 8.5m x 4.6m x 2.6m= 101.66 m³ Estufa tiro balanceado Eskave E1´= 2000kcal/h Volumen= 101.66m³ x 30kcal/h.m³ x 1.20= 3659.76 kcal/h Estufa tiro balanceado en U Eskave E2´= 2000kcal/h Cocina Sup= 7.1m x 6.8m x 2.6m = 125.52 m³ Estufa sin ventilación E3´= 2200kcal/h Volumen= 125.52m³ x 30 kcal/h.m³ = 3765.6 kcal/h Estufa sin ventilación E4´= 2200kcal/h E3´ 2200 Kcal/h 2 rejas ventilacion 15x15 2 rejas ventilacion 15x15 MED con regulador de presión E4 E1 2000 Kcal/h E2 2000 Kcal/h E3 2000 Kcal/h E5 2000 Kcal/h 2000 Kcal/h TT 10000 Kcal/h Co 10000 Kcal/h 2.4m 2.4m 2.9m 2.8m 2.8m 5m 2.8m 3.3m 2.8m 2.3m 1.8m 1.6m 3.5m 2.3m 2.8m 1.5m 3.8m 1.2m E A B C D VIVIENDA MED con regulador de presión E1´ E4´ E2´ 2000 Kcal/h 2200 Kcal/h Co 10000 Kcal/h Co 10000 Kcal/h TT 10000 Kcal/h 2000 Kcal/h E3´ 2200 Kcal/h D A B C E F 2.8m 8.5m 2.4m 1.6m 4.4m 3m 2.8m 3m 0.4m 4.7m 2.8m 1.1m 7m 2.8m 1.5m 0.9m 0.9m 0.5m 0.5m LOCAL TRAMO LONG CAL LONG ADOP CONSUMO ARTEFACTO CAUDAL d DIÁMETRO d DIAMETRO ADOP VIVIENDA E5 - D E3 - C TT - C C - B B - A E1 - E E2 - E E - A 2.4m 2.8m 0.5m 0.5m 10.2m 15.4m 12.8m E5 TT E2 E3 E1 + E2 1070 l/h 210 l/h 2350 l/h 1280 l/h D - A 7.9m E4 + E5 420 l/h 420 l/h 9.5 mm 13 mm 9.5 mm 13 mm 13 mm 19 mm 19 mm E1 7.8m 17.8m 2.9m E3 + TT E3 + CO + TT 6.5m 19.1m 0.5m 0.5m CO - B 1070 l/h 13 mm 13 mm 2.8m 9.9m CO 19.1m 17.8m 17.8m 15.4m 15.4m A - M 4.7m TODOS 3190 l/h 19.1m LONG ADOP + 30% 20m 18.5m 23.1m 24.8m 12.8m 24.8m 23.1m 23.1m 24.8m CALCULO CAUDALES: VIVIENDA E1 2000 kcal/h / 9300 kcal/m3 = 0.21 m3/h x 1000 = 210 l/h E2 2000 kcal/h / 9300 kcal/m3 = 0.21 m3/h x 1000 = 210 l/h E3 2000 kcal/h / 9300 kcal/m3 = 0.21 m3/h x 1000 = 210 l/h E4 2000 kcal/h / 9300 kcal/m3 = 0.21 m3/h x 1000 = 210 l/h E5 2000 kcal/h / 9300 kcal/m3 = 0.21 m3/h x 1000 = 210 l/h Co 10000 kcal/h / 9300 kcal/m3 = 1.07 m3/h x 1000 = 1070 l/h TT 10000 kcal/h / 9300 kcal/m3 = 1.07 m3/h x 1000 = 1070 l/h 210 l/h 210 l/h 210 l/h 9.5 mm 13 mm 13 mm 19 mm 19 mm 9.5 mm 13 mm 9.5 mm 13 mm 9.5 mm 13 mm 25 mm 25 mm TRAMO LONG CAL LONG ADOP CONSUMO ARTEFACTO CAUDAL d DIÁMETRO d DIAMETRO ADOP LOCAL CO - E TT - F E - C E4´ - C E2´ - D E3´ - D D - B B - A 0.9m 9.8m 0.9m 7.2m 3m 25.6m CO CO + TT + CO E2´ + E3´ TT 3210 l/h 1070 l/h 210 l/h 230 l/h CO - F 2m CO 3880 l/h 19 mm 19 mm 25 mm 9.5 mm 13 mm E3´ 0.4m 23.4m 2.8m E4´ E2´ 3m 25.6m C - B 3440 l/h 25 mm 25 mm 4.7m 25.6m 25m 14.5m 15.1m 25.6m E1´ - A 11.8m TODOS 210 l/h 15.8m LONG ADOP + 30% 30.4m 33.2m 18.8m 19.6m 20.5m CALCULO CAUDALES: LOCAL E1 2000 kcal/h / 9300 kcal/m3 = 0.21 m3/h x 1000 = 210 l/h E2 2000 kcal/h / 9300 kcal/m3 = 0.21 m3/h x 1000 = 210 l/h E3 2200 kcal/h / 9300 kcal/m3 = 0.23 m3/h x 1000 = 230 l/h E4 2200 kcal/h / 9300 kcal/m3 = 0.23 m3/h x 1000 = 230 l/h Co 10000 kcal/h / 9300 kcal/m3 = 1.07 m3/h x 1000 = 1070 l/h Co 10000 kcal/h / 9300 kcal/m3 = 1.07 m3/h x 1000 = 1070 l/h TT 10000 kcal/h / 9300 kcal/m3 = 1.07 m3/h x 1000 = 1070 l/h 230 l/h 440 l/h 25 mm 9.5 mm 13 mm 25 mm 25 mm A - M 4m 4090 l/h 25.6m F - E CO + TT 0.4m 2140 l/h 25m 15.1m 15.1m 33.2m 33.2m 33.2m 33.2m 32.5m 32.5m 19.6m 19.6m CO + TT + CO + E4´ CO + TT + CO + E4´ + E2´+ E3´ E1´ 1070 l/h 1070 l/h 19 mm 19 mm 19 mm 19 mm 19 mm 19 mm 9.5 mm 13 mm 9.5 mm 13 mm 9.5 mm 13 mm 25 mm 25 mm 20m 20m CROQUIS DE LOCALIZACIÓN ancho calle a= m ancho acera a= m SUPERFICIE DEL TERRENO m SUP. CUBIERTA EXISTENTE m SUP. CUBIERTA NUEVA m SUPERFICIE LIBRE m El permiso de obra no exime de la obligación de poseer permiso de uso ........................................ Firma del propietario ............................................................ Domicilio .............................. Firma del propietario ........................................ Domicilio Registro ................ Nombre del Director aclarado ........................................ Firma del propietario Registro ................ .............................. Domicilio Domicilio .............................. Firma del propietario ........................................ Registro ................ Registro ........................................ Firma del propietario .............................. Domicilio ................ Nombre del Constructor aclarado Nombre del Calculista Nombre del Ejecutor estructural Martin Authier \fArial|b0|i0|c0|p34;PARTIDA DE CONTRIBUCION TERRITORIAL Nº...................... CLASE DE OBRA PROPIEDAD DEL SEÑOR CALLE....................................... Nº.............. CIRC..........SECC........MANZ......PARC........ ESCALA:.............. DISTRITO:................. NOTAS M 2008 Tema: Instalación de Gas Escala: 1:50 Fecha: Año: Grupo: 3 Turno: I-1 Firma: Adjunto: Arq. Roque Famá Lámina: 1 Cátedra: Arq. Ma. Alejandra Cereghetti Docente: Alumnos: Gabriel Marcuccio DNI: 33112312 Gonzalo Ribecky DNI: 32945973 Guadalupe Suarez DNI: 32699550 Javier Tejedor DNI: 32557780 CPP 0.013 Carlos Benegas

Language	Spanish
Drawing Type	Block
Category	Mechanical, Electrical & Plumbing (MEP)
Additional Screenshots
File Type	dwg
Materials
Measurement Units
Footprint Area
Building Features	Garage, Deck / Patio, Car Parking Lot, Garden / Park
Tags	autocad, block, DWG, einrichtungen, facilities, gas, gesundheit, Housing, installation, l'approvisionnement en eau, la sant, le gaz, machine room, maquinas, maschinenrauminstallations, plane, plant, provision, resolution, wasser bestimmung, water