Installation Of Gas At Home DWG Section for AutoCAD

This file contains; installing a gas 90mts2 housing; contains; isometric; calculation sections; and the respective representation.

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

Removable cover, channel, Gas pipe, Concrete slab, Removable cover, Gas pipe in channel, Total consumption, Maximum pressure drop, north, service room, kitchen, dinning room, Garden area, study, balcony, living room, goes up, lobby, Garden area, yard, garage, principal, bath, bedroom, Closet, balcony, niche, lobby, low, empty, Arc projection, Architectural ground floor, Architectural top floor, empty, Rooftop architectural plant, Flat slab, bedroom, Cancel sliding, Recip. its T. chap. Lts., Reg. B.p., Crl, B. T., cut, Specifications, Rigid copper pipe type for the filling line copper type pipe will be used for the rest of the installation. The type of welding used will be lead tin. Pipe in the section axis that goes to the service room will be underground by means of a channel of depth with a removable cover that must be sealed to prevent the entrance of water to the channel corroa to observe the constructive detail, New, New, New m., New, New m., New, Container stationary cap. Lts, New, New, New, New, New, L. 11. M. New new, Oven lime. P. dryer, Calculation of tranches, Lime dryer P., oven, Total pressure drop, oven, Total consumption, Maximum pressure drop, General notes, P. palm grove, Location: cologne center, Project: house room, channel, Stationary container, chap. Lts., Symbology, Containers:, Consumer appliances:, Recip. its T., Oven, Step heater, lime. He passed, Connections:, oven, security valve, Globe valve, curly, Visible pipe, Hidden pipe, Low pressure regulator, Double check valve, Excess flow valve., Elbow, tee, Jgo. Elbows down, Jgo. Elbows up, dryer, oven, dryer, Date, headline:, Ing. Omar Bibi, student:, Laura neydi cano fields, Value, Detail constructive installation in open channel in concrete floor, The channel depth will be m. The walls of the canal will have a minimum of thickness of plg. Removable stainless steel removable cover cover will be sealed to prevent water from entering the channel corrodes the pipe., architecture, Isometrico., plants, The noted

Raw text data extracted from CAD file:

HC Cubierta Removible Canal Tubo de Gas Losa de Concreto Cubierta Removible Tubo de Gas en Canal \LTRAMO A – B B – C \L% 1.41 0.81 CONSUMO TOTAL 3.105 m/h MÁXIMA CAÍDA DE PRESIÓN B – D 0.18 D – E 0.19 E – F 2.23 4.82% NORTE \A1;4.73 \A1;8.08 \A1;10.23 \A1;6.80 \A1;1.78 \A1;2.95 \A1;2.20 \A1;1.80 \A1;1.20 \A1;2.56 \A1;2.32 \A1;14.95 \A1;2.35 \A1;1.01 \A1;1.09 \A1;2.20 \A1;6.80 \A1;1.28 \A1;3.60 \A1;3.53 \A1;5.76 \A1;5.76 \A1;2.70 \A1;2.70 \A1;1.00 cuarto de servicio cocina comedor area jardinada estudio balcon sala sube vestibulo 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 area jardinada patio cochera 3 4 5 6 7 8 9 10 11 12 13 14 15 3 6 9 # 2 1 5 8 4 7 0 * principal baño baño recamara recamara closet closet balcon nicho vestibulo baja vacio vacio proyeccion de arco planta baja arquitectonica planta alta arquitectonica vacio vacio planta de azoteas arquitectonica losa plana 3 6 9 # 2 1 5 8 4 7 0 * recamara 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 cancel corredizo Recip. Est. Cap. 500 lts. Reg. B.P. CRL d 1″ L= 2.47m CRL d 1″ L= 1.00m B. T. G B. T. G A A’ 50 mm 5 5 5 5 5 CORTE A-A’ ESPECIFICACIONES – Se usara tuberia de cobre rigido tipo “K” para la linea de llenado y tuberia de cobre tipo “L” para el resto de la instalación. – El tipo de soldadura a utilizar sera de 60 -30 estaño – plomo. -La tuberia en eje 6.24 tramo A-B que va al cuarto de servicio será subterranea por medio de un canal de 0.15 m de profundidad con una cubierta removible que debe de estar sellado para prevenir la entrada de gua al canal y corroa la tuberia; observar el detalle contructivo 1 \A1;CRL d 1\fTimes New Roman|b0|i0|c238|p18;\H1.0003x;” 6.4 m. \A1;CRL d 3/8\fTimes New Roman|b0|i0|c238|p18;\H1.0003x;” 1.43\fTimes New Roman|b0|i0|c238|p18; m. \A1;CRL d 3/8\fTimes New Roman|b0|i0|c238|p18;\H1.0003x;” 0.66m. \A1;CRL d \S3#4;\H1.429x;” 0.50 m. \A1;CRL d \S3#4;\H1.429x;” 1.40\fTimes New Roman|b0|i0|c238|p18; m. B C D E F \A1;CRL d 1\fTimes New Roman|b0|i0|c238|p18;\H1.0003x;” 1.00 m. \A1;CRL d \S3#4;\H1.429x;” 0.55 m. G RECIPIENTE ESTACIONARIO CAP. 500 LTS A \A1;CRL\fTimes New Roman|b0|i0|c238|p18; d \H0.7x;\S1#2;\H1.429x; ” \A1;CRL\fTimes New Roman|b0|i0|c238|p18; d \H0.7x;\S3#4;\H1.429x;” 1.45 m. \A1;CRL\fTimes New Roman|b0|i0|c238|p18; d \H0.7x;\S3#4;\H1.429x;” 1.45 m. \A1;CRL d 1\fTimes New Roman|b0|i0|c238|p18;\H1.0003x;” 0.90 m. \A1;CRL d 1\fTimes New Roman|b0|i0|c238|p18;\H1.0003x;” 5.40 m. \A1;CRL d 1\fTimes New Roman|b0|i0|c238|p18;\H1.0003x;” 2.47 m. L. LL. 2.50 m. \A1;\fTimes New Roman|b0|i0|c238|p18;d\fTimes New Roman|b0|i0|c0|p18;:20mm. E4QHC HORNO 2 CAL. P. SECADORA CALCULO DE TRAMOS \LTRAMO \LLONGITUD \LAPARATOS \LG (m³\L/h) \LF Ø \LH A – B 16.17 m. 2.99 1 ” 1.83 SECADORA 2 CAL. P. B – C 0.50 m. 2.34 \A1;1/4\A1;” 0.13 2CAL. P. C – D 1.54 m. 1.85 3/4″ 0.25 E4QHC HORNO B – E 1.43 m. 0.65 3/8″ 0.59 E4QHC E – F 1.55 m. 0.480 \A1;1/2 0.34 TOTAL CAIDA DE PRESION > 5% 3.158 % \L0.0127 \L0.0480 \L0.0480 \L0.9800 \L0.970 HORNO E – G 0.66m. 0.170 \A1;3/8 0.018 \L0.9800 \LTRAMO A – B B – C \L% 1.83 0.13 CONSUMO TOTAL 3.105 m/h MÁXIMA CAÍDA DE PRESIÓN C – D 0.25 B – E 0.59 E – F 0.34 3.158% E – G 0.018 Notas Generales P. PALMAR UBICACION: COLONIA CENTRO PROYECTO: CASA HABITACION Canal Recipiente Estacionario Cap. 500 lts. SIMBOLOGIA Recipientes: Aparatos de consumo: Recip. Est. Estufa de 4 Quemadores, Horno y Comal E 4QHC Calentador de paso CAL. paso Conexiones: HORNO Valvula de Seguridad Valvula de Globo Rizo Tuberia Visible Tuberia Oculta Regulador de Baja Presión (Reg. B. P.) Valvula Doble Check Valvula de Exceso de Flujo. Codo de 45º Codo de 90º Tee Jgo. Codos hacia abajo Jgo. Codos hacia arriba SECADORA HORNO SECADORA Date TITULAR: ING. OMAR BIBIANO ALUMNO: LAURA NEYDI CANO CAMPOS Value 06.05.2014 DETALLE CONSTRUCTIVO 1 INSTALACION EN CANAL ABIERTO EN PISO DECONCRETO \A1;- La profundidad del canal será de 0.15 m. – Las paredes del canal tendran como minimo de grosor de 1 \S1/2;\H1.429x; plg. – \H0.9997x;La cubierta removible \H1x;sera de acero inoxidable de \H0.7x;\S3/8;\H1.429x;” – La cubierta removible estará sellada para prevenir la entrada de agua el canal y corroa la tuberia. ARQUITECTURA ISOMETRICO. Plantas As Noted 00