Electric Tower Columns And Girders DWG Detail for AutoCAD

Columns and girders; bayonet details .

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

Details, Architectural scale:, Cu. Mmd type, Outer rope connector, Mmd globe valve cms, Reduction bushing galv. From mmd, Double check valve for liquid mmd, Nipple galvanized rope run of mmd, Elbow galvanized, Of heater, Connect control, Connect stove, Oven stove, Terminal nipple, Conical nut, Comes from main branch, Dryer connection, Connection stove, Comes from main branch, Heater connection, Flexible copper tube, Inner thread copper elbow, Stopcock, Detail of power supply, Details gas installation scale:, Connection detail furniture, Details gas installation scale:, Wall, Fastening detail, Pinch of fiber, Omega type clamp, Thick shoes, Tube that drives natural gas, Pvc insulation element, Of type connections, Copper flex., Copper connector, Standard conical nut, Pipe carrying gas l.p. C.r.l., Standard conical nut, Nipple female terminal, Female terminal elbow, Terminal nipple male, Stove connection detail, Male terminal elbow, Conical nut, Copper flex., Terminal nipple male, Copper connector, Pipe carrying gas l.p. C.r.l., Terminal nipple male, Heating connection detail, scale:, goes up, Plant esc., Dining room npt, Npt room, Npt kitchen, Npt bathroom, Npt access, Main access npt, Patio npt, Npt, Climb stairs, Heater, Cinsa, Heater, Cinsa, Gas tank, chap. Kg, stove, Crl mm, Gas tank, Isometrico esc., Cinsa cap., Mabe, chap. Kg, Cinsa cap., Detail of gas cylinders, Copper type, Heater detail, Copper type, Stove detail, Copper type, The pipe will use copper type rigid nickel. Pipe must comply with the specifications of the standard. Pipe should be covered with yellow paint. Installation must be located at least meters from an indication source. Forbidden to pass the gas pipe through habitable premises. Pipe shall be a minimum height of mts. With respect to the finished floor level. The gas line should be visible. Welding use should be proportioned gas tanks should be placed in the weather. Container shall be placed cm of flammable material. Between tanks shall be at least between cm. Pipe will be clamped plastic every mts. Pipes that pass less than should be covered with exposed ends. The connections will be used Teflon tape., General notes, Notes:, Quotas are given in exepto where other quotas are indicated that govern the drawing., Copper valve elbow regulator husky copper tee nut conical elbow terminal nipple terminal reduction galv. Male terminal elbow, Of the piece, Flexible copper wire type husky valve weldable.regular pressure regulator.of gas visible, Cfl flexible copper pipe crl type rigid copper pipe capacity capacity type, Cinsa cap., Mabe, chap. Kg, Cinsa cap., Of gas, goes up, Plant esc., Dining room npt, Npt room, Npt kitchen, Npt bathroom, Npt access, Main access npt, Patio npt, Npt, Climb stairs, Heater, Cinsa, Heater, Cinsa, Gas tank, chap. Kg, stove, Crl mm, security valve, pressure regulator, Acme coupler, Union nut, concrete base, Gas filling, services, Air jug, Globe valve, Safety valve, Liquid gas filling valve, Weatherproof stationary tank, Gas tank accessories, Arabic, Arabic, Arabic, Gas installation plan, Arabic, Arabic, Arabic, Cinsa cap., Mabe, See at the top detail attacked, stationary, Cytsa cap., Cinsa cap., Mabe, See at the top detail attacked, stationary, Cytsa cap., Plant of esc., Patio npt, Npt access, Main access npt, Climb stairs, goes up, Dining room npt, Npt room, Npt kitchen, Npt bathroom, Npt access, Main access npt, Patio npt, Npt, Climb stairs, Heater, Cinsa, Heater, Cinsa, stove, Crl mm, Plant esc., Gas rises, pending, gas, low, tank, From lts, pending, Maximum drop in price, Arabic, Arabic, Arabic, Arabic, Arabic, Heating connection detail, Gas installation plan, owner:, Rosa isela ortiz, Location:, Responsible technician:, Arq.javier rodrigo lpz mtz, cabbage. Children heroes, scale:, Of September, Mexico., The pipe will use copper type rigid nickel. Pipe must comply with the specifications of the standard. Pipe should be covered with yellow paint. Installation must be located at least meters from a source of ignition prohibited to pass the gas pipe through living spaces. Pipe shall be a minimum height of mts. With respect to the finished floor level. The gas line should be visible. Welding use should be proportioned gas tanks should be placed in the weather. Container shall be placed cm of flammable material. Between tanks shall be at least between cm. Pipe will be clamped plastic every mts. pipelines

Raw text data extracted from CAD file:

00 A00 DETALLES ARQUITECTONICO ESCALA: 1 : 1 0 0 TUBO DE CU. TIPO "K" 19 mmd CONECTOR DE CUERDA EXTERIOR DE 19mmd VALVULA DE GLOBO CMS DE 19 mmd REDUCCION BUSHING GALV. DE 32 x 19 mmd VALVULA DOBLE CHECK PARA LIQUIDO 32 mmd NIPLE GALVANIZADO CUERDA CORRIDA DE 19 mmd CODO GALVANIZADO DE 32 x 45 GRADOS DE CALENTADOR CONECTA A CONTROL CONECTA A ESTUFA CODO ESTUFA NIPLE TERMINAL TUERCA CONICA VIENE DE RAMAL PRINCIPAL D E F CONEXION SECADORA CONEXION ESTUFA B E C E A 1.5m. d13mm. VIENE DE RAMAL PRINCIPAL B CONEXION CALENTADOR E E C 1.5m. d13mm. L E Y E N D A TUBO DE COBRE FLEXIBLE CODO COBRE A ROSCA INTERIOR LLAVE DE PASO A B C E D F E 01 DG-01 DETALLE DE ALIMENTACION ( ACOMETIDA ) DETALLES INSTALACION DE GAS ESCALA: S I N 03 DG-01 DETALLE DE CONEXION A MUEBLES DETALLES INSTALACION DE GAS ESCALA: S I N MURO DETALLE DE SUJECION PIJA Y TAQUETE DE FIBRA ABRAZADERA TIPO DE OMEGA CALZA DE 5mm. DE ESPESOR TUBO QUE CONDUCE GAS NATURAL ELEMENTO AISLANTE DE PVC \fArial|b0|i0|c0|p34;DETALLES DE CONEXIONES TIPO RIZO COBRE FLEX. 12.7d, L=1.50 CONECTOR COBRE 12.7mmd TUERCA CONICA STANDARD 12.7mmd TUBO QUE CONDUCE GAS L.P. C.R.L. 12.7d TUERCA CONICA STANDARD 12.7mmd NIPLE TERMINAL HEMBRA CODO 90° TERMINAL HEMBRA NIPLE TERMINAL MACHO 12.7mmd DETALLE CONEXION ESTUFA CODO 90° TERMINAL MACHO TUERCA CONICA 12.7mmd RIZO COBRE FLEX. 12.7mmd L=0.60 NIPLE TERMINAL MACHO 12.7mmd CONECTOR COBRE 12.7mmd TUBO QUE CONDUCE GAS L.P. C.R.L. 12.7d NIPLE TERMINAL MACHO 12.7mmd DETALLE CONEXION CALENTADOR \Q-30;E \Q-30;F \Q30;B \W0.98520; ESCALA: 1:100, 1:50 \Q30;2 \Q30;2 \Q30;7 \A1;5.15 \A1;3.67 \A1;1.02 \A1;0.85 \A1;3.15 \A1;5.15 \A1;3.65 \A1;12.80 CL SUBE F J K L H G 1 3 5 6 2 \W6.68597; PLANTA ARQUITECTONICA\W6.68597; ESC. 1:75 Comedor \H0.7x; NPT + 0.55 Sala \H0.7x; NPT + 0.60 Cocina \H0.7x; NPT + 0.55 Baño \H0.7x; NPT + 0.50 ACCESO \H0.7x; NPT + 0.50 ACCESO PRINCIPAL \H0.7x; NPT + 0.00 Patio \H0.7x; NPT + 0.00 Recamara\H0.7x; NPT + 0.50 Recamara\H0.7x; NPT + 0.55 Sube escalera Sube escalera Calentador 2 CINSA C-302^JCAP. 106 L^JC=0.0768 M3/H Calentador 1 CINSA C-302^JCAP. 106 L^JC=0.0768 M3/H Tanque ^Jde Gas CAP. 30 KG Estufa (4QHC) \H0.91667x;MABE XO5500P\fCalibri|b0|i0|c0|p34; ^J\Q-30; 2 2 2 2 2 2 3 3 3 CRL d 12.7 MM CRL d 12.7 MM CRL d 12.7 MM -1404.316190758485 -1404.316190758485 1.481153562614054 2.649999999998727 -1404.316190758485 -1404.316190758485 -1404.316190758485 -1404.316190758485 -1404.316190758485 5 -1404.316190758485 \A1;0.78 \A1;0.42 \A1;1.31 \A1;2.68 \A1;3.53 \A1;1.31 \A1;3.45 \A1;0.15 \A1;5.21 \A1;0.95 \Q-30;Estufa \Q30; Tanque ^Jde Gas ISOMETRICO ESC. 1:50 \Q30;Calentador 1 \Q-30;Calentador 2 \Q30;A \Q30;C \Q30;E \Q30;F \Q30;B \Q30;H \Q30;M \Q-30;N \Q-30;J \Q30;K \Q30;L \Q-30;Ñ \Q-30;I \Q30;G \Q30; CINSA C-302^J CAP. 106 L^JC=0.0768 M3/H \Q-30;(4QHC) MABE ^J XO5500P\fCalibri|b0|i0|c0|p34; \C0;^J \Q30; CAP. 30 KG \Q-30; CINSA C-302^J CAP. 106 L^J C=0.0768 M3/H \Q30;CRL d 12.7 MM \Q30;CRL d 12.7 MM \Q30;CRL d 12.7 MM \Q-30;CRL d 12.7 MM \Q-30;CFL d 9.5MM \Q-30;CFL d 9.5MM \Q30;4 \Q30;2 \Q30;2 \Q30;D \Q30;2 \Q30;4 \Q30;2 \Q30;2 \Q-30;3 \Q-30;3 \Q-30;3 \Q30;2 -1408.985986048865 -1408.985986048865 -1408.985986048865 -1408.985986048865 -1408.985986048865 -1408.985986048865 -1408.985986048865 -1408.985986048865 -1408.985986048865 -1408.985986048865 DETALLE DE CONEXION^JA CILINDROS DE GAS \Q30;1 \Q30;7 \Q30;6 \Q30;6 \Q30;5 \Q30;5 \Q30;CFL d 9.5MM \Q30;CFL d 9.5MM \Q30;CFL d 9.5MM \Q30;REGULADOR 3005 \c0;ENTRADA DE GAS^J(ALTA PRESION) \c0;ENTRADA DE GAS^J(ALTA PRESION) \c0;SALIDA DE GAS^J(BAJA PRESION) \c0;RIZO DE COBRE ^JFLEXIBLE TIPO "L" \c0;RIZO DE COBRE ^JFLEXIBLE TIPO "L" \c0;RIZO DE COBRE ^JFLEXIBLE TIPO "L" DETALLE DE CONEXION^JA CALENTADOR 1 \Q30;3 \Q30;9 \Q30;6 \Q30;6 \Q30;4 \Q30;6 \Q30;7 \Q-30;CRL d 12.7 MM \Q-30;CFL d 9.5MM \c0;RIZO DE COBRE ^JFLEXIBLE TIPO "L" \c0;COBRE RIGIDO^JTIPO "L" DETALLE DE CONEXION^JA ESTUFA \Q30;3 \Q30;6 \Q30;6 \Q30;6 \Q30;9 \Q30;10 \Q-30;CRL d 12.7 MM \Q-30;CFL d 9.5MM \c0;RIZO DE COBRE ^JFLEXIBLE TIPO "L" \c0;COBRE RIGIDO^JTIPO "L" 1.-Para la tubería se utilizara cobre tipo “L” rígido y flexible, marca Nacobre. 2.-La tubería deberá cumplir con las con las especificaciones de la norma. 3.-La tubería se deberá cubrir con pintura esmalte, color amarillo. 4.-La instalación deberá estar ubicado mínimo de 1.5 metros de una fuente de indicción. 5.-Queda prohibido pasar la tubería de gas por locales habitables. 6.-La tubería deberá ir a una altura mínima de 1.8 mts. Con respecto al nivel de piso terminado. 7.-Toda la tubería de gas deberá ser visible. 8.-La soldadura a utilizar deberá ser estaño-plomo, proporción 95:5. 9.-Los tanques de gas deberán ir colocados a la intemperie. 10.-Ningún recipiente se colocara a 20 cm de un material flamable. 11.-La separación entre tanques será entre 50 cm como mínimo. 12.-La tubería se sujetara con abrazadera plásticas a cada 2.5 mts. 13.-Las tuberías que pasa a menos de 1.8 deberán ir encamisados y con los extremos descubiertos. 14.-Para las conexiones se utilizara cinta teflón. NOTAS GENERALES NOTAS: -Las cuotas estan dadas en metros, exepto donde se indique otra unidad.-Las cuotas rigen al dibujo. 1 REGULADOR DE PRESION.2 CODO DE COBRE DE 90.3 VALVULA HUSKY SOLDABLE.4 TEE DE COBRE D 1/3".5 PIGTEL.6 TUERCA CONICA STANDARD.7 CODO TERMINAL MACHO.8 NIPLE TERMINAL MACH9 REDUCCION CAMPANA GALV. D 1/2 A 3/8"10 CODO TERMINAL MACHO \LDESCRIPCION DE LA PIEZA \LNº RIZO DE COBRE FLEXIBLE TIPO "L" VALVULA HUSKY SOLDABLE.REGULADOR DE PRESION.TUBERIA DE GAS VISIBLE \LSIMBOLOGIA CFL TUBERIA DE COBRE FLEXIBLE TIPO "L" CRL TUBERIA DE COBRE RIGIDA TIPO "L"C GASTO EN M3/HCAP. CAPACIDAD \A1;1.48 \A1;2.65 \A1;13.97 \Q-30;J \A1;1.00 -1389.454516026989 <> \A1;4.51 <> 5 \Q-30;<> \A1;\Q-30;1.25 \A1;3.05 \A1;2.99 \A1;5.20 -1390.177676555573 \A1;0.15 -1392.63838009706 \A1;3.45 -1392.713379174369 \A1;3.53 -1394.440777883488 \A1;0.62 -1392.640461926438 \A1;\Q30;1.16 -1389.454517902173 \A1;1.16 -1393.369897373677 \A1;\Q30;1.16 -1393.369897373677 \A1;\Q30;2.50 -1394.954294753228 \A1;\Q30;1.12 -1393.839038406674 \Q30;<> \A1;0.71 -1388.742407032044 \Q-30;2.04 \Q30;0.61 \A1;\Q30;0.20 \A1;\Q-30;2.04 \A1;\Q30;0.61 \Q-30;0.61 \A1;\Q-30;0.61 \Q-30;Estufa \Q30;Calentador 1 \Q-30;Calentador 2 \Q30;C \Q30;Ñ \Q30; CINSA C-302^J CAP. 106 L^JC=0.0768 M3/H \Q-30;(4QHC) MABE ^J XO5500P\fCalibri|b0|i0|c0|p34; \C0;^J \Q30; CAP. 30 KG \Q-30; CINSA C-302^J CAP. 106 L^J C=0.0768 M3/H \Q-30;CRL d 12.7 MM \Q-30;CFL d 9.5MM \Q30;2 \Q30;2 \Q30;G \Q-30;CRL d 12.7 MM \Q-30;CRL d 12.7 MM \Q-30;CRL d 12.7 MM \Q-30;2 \Q-30;N \Q-30;2 \Q-30;M \Q-30;4 \Q-30;B \Q30;CRL d 12.7 MM \Q30;O \Q30;3 \Q30;P \Q30;6 \Q30;Q \Q30;6 \Q-30;CFL d 9.5MM \Q30;CRL d 12.7 MM \Q30;D \Q30;2 \Q30;CRL d 12.7 MM \Q30;E \Q30;4 \Q30;H \Q30;2 \Q30;CRL d 12.7 MM \Q30;J \Q30;2 \Q30;CRL d 12.7 MM \Q30;CFL d 9.5 MM \Q30;L \Q30;6 \Q30;3 \Q30;6 \Q30;CFL d 9.5 MM \Q30;F \Q30;6 \Q30;3 \Q30;CRL d 12.7 MM \Q30;I \Q30;2 \Q30;K \Q30;6 \Q-30;CRL d 12.7 MM \Q-30;6 \Q-30;A \Q30;CILINDROS DE GAS CL SUBE F J K L H G 1 3 5 6 2 \W6.68597; PLANTA ARQUITECTONICA\W6.68597; ESC. 1:75 Comedor \H0.7x; NPT + 0.55 Sala \H0.7x; NPT + 0.60 Cocina \H0.7x; NPT + 0.55 Baño \H0.7x; NPT + 0.50 ACCESO \H0.7x; NPT + 0.50 ACCESO PRINCIPAL \H0.7x; NPT + 0.00 Patio \H0.7x; NPT + 0.00 Recamara\H0.7x; NPT + 0.50 Recamara\H0.7x; NPT + 0.55 Sube escalera Sube escalera Calentador 2 CINSA C-302^JCAP. 106 L^JC=0.0768 M3/H Calentador 1 CINSA C-302^JCAP. 106 L^JC=0.0768 M3/H Tanque ^Jde Gas CAP. 30 KG Estufa (4QHC) \H0.91667x;MABE XO5500P\fCalibri|b0|i0|c0|p34; ^J\Q-30; 2 2 2 2 2 2 3 3 3 CRL d 12.7 MM CRL d 12.7 MM CRL d 12.7 MM 5 5 5 5 5 5 5 5 5 5 5 \Q0;4 M \Q0;0 M VALVULA DE SEGURIDAD REGULADOR DE PRESION ACOPLADOR ACME TUERCA DE UNION BASE DE CONCRETO LLENADO DE GAS A SERVICIOS 1 6 JARRO DE AIRE VALVULA DE GLOBO VALVULA DE SERVICIO Y DE SEGURIDAD VALVULA DE LLENADO DE GAS LIQUIDO TANQUE ESTACIONARIO TIPO INTEMPERIE 8 9 3 4 5 1 2 7 4 3 9 5 4 ACCESORIOS TANQUE DE GAS 8 9 6 7 2 3 \A1;3.55 -1279.400397452147 \A1;\Q30;0.69 -1282.607640454943 \A1;1.24 -1281.584751396445 \A1;2.05 -1281.274625944526 \A1;\Q30;1.18 -1280.270204359489 \A1;\Q30;8.37 -1276.084961748798 \A1;\Q30;2.96 -1273.123585548743 \Q-30;4 \Q-30;B \fSimplified Arabic Fixed|b0|i0|c0; \fSimplified Arabic Fixed|b0|i0|c0;TRAMOS \fSimplified Arabic Fixed|b0|i0|c0;GASTOS AL CUADRADO(2) \fSimplified Arabic Fixed|b0|i0|c0;LONGITUD \fSimplified Arabic Fixed|b0|i0|c0;DIAMETRO 3/8 Y 1/2" \fSimplified Arabic Fixed|b0|i0|c0;% \fSimplified Arabic Fixed|b0|i0|c0;TOTAL \fSimplified Arabic Fixed|b0|i0|c0;CALENTADO 1 \fSimplified Arabic Fixed|b0|i0|c0;A-B \fSimplified Arabic Fixed|b0|i0|c0;0.0768 \fSimplified Arabic Fixed|b0|i0|c0;2.04 \fSimplified Arabic Fixed|b0|i0|c0;0.299 \fSimplified Arabic Fixed|b0|i0|c0;0.047 \fSimplified Arabic Fixed|b0|i0|c0;0.525 \fSimplified Arabic Fixed|b0|i0|c0;B-C \fSimplified Arabic Fixed|b0|i0|c0;3.53 \fSimplified Arabic Fixed|b0|i0|c0;0.081 \fSimplified Arabic Fixed|b0|i0|c0;C-D \fSimplified Arabic Fixed|b0|i0|c0;2.5 \fSimplified Arabic Fixed|b0|i0|c0;0.057 \fSimplified Arabic Fixed|b0|i0|c0;D-E \fSimplified Arabic Fixed|b0|i0|c0;1.12 \fSimplified Arabic Fixed|b0|i0|c0;0.026 \fSimplified Arabic Fixed|b0|i0|c0;E-F \fSimplified Arabic Fixed|b0|i0|c0;1.14 \fSimplified Arabic Fixed|b0|i0|c0;0.026 \fSimplified Arabic Fixed|b0|i0|c0;F-G \fSimplified Arabic Fixed|b0|i0|c0;0.61 \fSimplified Arabic Fixed|b0|i0|c0;6.71 \fSimplified Arabic Fixed|b0|i0|c0;0.314 \fSimplified Arabic Fixed|b0|i0|c0;CALENTADO 2 \fSimplified Arabic Fixed|b0|i0|c0;A-B \fSimplified Arabic Fixed|b0|i0|c0;0.0768 \fSimplified Arabic Fixed|b0|i0|c0;2.04 \fSimplified Arabic Fixed|b0|i0|c0;0.299 \fSimplified Arabic Fixed|b0|i0|c0;0.047 \fSimplified Arabic Fixed|b0|i0|c0;0.580 \fSimplified Arabic Fixed|b0|i0|c0;B-M \fSimplified Arabic Fixed|b0|i0|c0;3.45 \fSimplified Arabic Fixed|b0|i0|c0;0.079 \fSimplified Arabic Fixed|b0|i0|c0;M-N \fSimplified Arabic Fixed|b0|i0|c0;0.15 \fSimplified Arabic Fixed|b0|i0|c0;0.003 \fSimplified Arabic Fixed|b0|i0|c0;N-Ñ \fSimplified Arabic Fixed|b0|i0|c0;5.2 \fSimplified Arabic Fixed|b0|i0|c0;0.119 \fSimplified Arabic Fixed|b0|i0|c0;Ñ-O \fSimplified Arabic Fixed|b0|i0|c0;1.16 \fSimplified Arabic Fixed|b0|i0|c0;0.027 \fSimplified Arabic Fixed|b0|i0|c0;0-P \fSimplified Arabic Fixed|b0|i0|c0;0.71 \fSimplified Arabic Fixed|b0|i0|c0;0.016 \fSimplified Arabic Fixed|b0|i0|c0;P-Q \fSimplified Arabic Fixed|b0|i0|c0;0.61 \fSimplified Arabic Fixed|b0|i0|c0;6.71 \fSimplified Arabic Fixed|b0|i0|c0;0.314 \fSimplified Arabic Fixed|b0|i0|c0;ESTUFA \fSimplified Arabic Fixed|b0|i0|c0;A-B \fSimplified Arabic Fixed|b0|i0|c0;0.2304 \fSimplified Arabic Fixed|b0|i0|c0;2.04 \fSimplified Arabic Fixed|b0|i0|c0;0.299 \fSimplified Arabic Fixed|b0|i0|c0;0.141 \fSimplified Arabic Fixed|b0|i0|c0;1.718 \fSimplified Arabic Fixed|b0|i0|c0;B-C \fSimplified Arabic Fixed|b0|i0|c0;3.53 \fSimplified Arabic Fixed|b0|i0|c0;0.243 \fSimplified Arabic Fixed|b0|i0|c0;C-D \fSimplified Arabic Fixed|b0|i0|c0;2.5 \fSimplified Arabic Fixed|b0|i0|c0;0.172 \fSimplified Arabic Fixed|b0|i0|c0;D-E \fSimplified Arabic Fixed|b0|i0|c0;1.12 \fSimplified Arabic Fixed|b0|i0|c0;0.077 \fSimplified Arabic Fixed|b0|i0|c0;E-H \fSimplified Arabic Fixed|b0|i0|c0;0.7 \fSimplified Arabic Fixed|b0|i0|c0;0.048 \fSimplified Arabic Fixed|b0|i0|c0;H-I \fSimplified Arabic Fixed|b0|i0|c0;0.2 \fSimplified Arabic Fixed|b0|i0|c0;0.014 \fSimplified Arabic Fixed|b0|i0|c0;I-J \fSimplified Arabic Fixed|b0|i0|c0;1.16 \fSimplified Arabic Fixed|b0|i0|c0;0.080 \fSimplified Arabic Fixed|b0|i0|c0;J-K \fSimplified Arabic Fixed|b0|i0|c0;0.2 \fSimplified Arabic Fixed|b0|i0|c0;0.000 \fSimplified Arabic Fixed|b0|i0|c0;K-L \fSimplified Arabic Fixed|b0|i0|c0;0.61 \fSimplified Arabic Fixed|b0|i0|c0;6.71 \fSimplified Arabic Fixed|b0|i0|c0;0.943 PLANO INSTALACION DE GAS \fSimplified Arabic Fixed|b0|i0|c0; \fSimplified Arabic Fixed|b0|i0|c0;TRAMOS \fSimplified Arabic Fixed|b0|i0|c0;GASTOS AL CUADRADO(2) \fSimplified Arabic Fixed|b0|i0|c0;LONGITUD \fSimplified Arabic Fixed|b0|i0|c0;DIAMETRO 3/8 Y 1/2" \fSimplified Arabic Fixed|b0|i0|c0;% \fSimplified Arabic Fixed|b0|i0|c0;TOTAL \fSimplified Arabic Fixed|b0|i0|c0;CALENTADO 1 \fSimplified Arabic Fixed|b0|i0|c0;A-B \fSimplified Arabic Fixed|b0|i0|c0;0.0768 \fSimplified Arabic Fixed|b0|i0|c0;2.04 \fSimplified Arabic Fixed|b0|i0|c0;0.299 \fSimplified Arabic Fixed|b0|i0|c0;0.047 \fSimplified Arabic Fixed|b0|i0|c0;0.525 \fSimplified Arabic Fixed|b0|i0|c0;B-C \fSimplified Arabic Fixed|b0|i0|c0;3.53 \fSimplified Arabic Fixed|b0|i0|c0;0.081 \fSimplified Arabic Fixed|b0|i0|c0;C-D \fSimplified Arabic Fixed|b0|i0|c0;2.5 \fSimplified Arabic Fixed|b0|i0|c0;0.057 \fSimplified Arabic Fixed|b0|i0|c0;D-E \fSimplified Arabic Fixed|b0|i0|c0;1.12 \fSimplified Arabic Fixed|b0|i0|c0;0.026 \fSimplified Arabic Fixed|b0|i0|c0;E-F \fSimplified Arabic Fixed|b0|i0|c0;1.14 \fSimplified Arabic Fixed|b0|i0|c0;0.026 \fSimplified Arabic Fixed|b0|i0|c0;F-G \fSimplified Arabic Fixed|b0|i0|c0;0.61 \fSimplified Arabic Fixed|b0|i0|c0;6.71 \fSimplified Arabic Fixed|b0|i0|c0;0.314 \fSimplified Arabic Fixed|b0|i0|c0;CALENTADO 2 \fSimplified Arabic Fixed|b0|i0|c0;A-B \fSimplified Arabic Fixed|b0|i0|c0;0.0768 \fSimplified Arabic Fixed|b0|i0|c0;2.04 \fSimplified Arabic Fixed|b0|i0|c0;0.299 \fSimplified Arabic Fixed|b0|i0|c0;0.047 \fSimplified Arabic Fixed|b0|i0|c0;0.580 \fSimplified Arabic Fixed|b0|i0|c0;B-M \fSimplified Arabic Fixed|b0|i0|c0;3.45 \fSimplified Arabic Fixed|b0|i0|c0;0.079 \fSimplified Arabic Fixed|b0|i0|c0;M-N \fSimplified Arabic Fixed|b0|i0|c0;0.15 \fSimplified Arabic Fixed|b0|i0|c0;0.003 \fSimplified Arabic Fixed|b0|i0|c0;N-Ñ \fSimplified Arabic Fixed|b0|i0|c0;5.2 \fSimplified Arabic Fixed|b0|i0|c0;0.119 \fSimplified Arabic Fixed|b0|i0|c0;Ñ-O \fSimplified Arabic Fixed|b0|i0|c0;1.16 \fSimplified Arabic Fixed|b0|i0|c0;0.027 \fSimplified Arabic Fixed|b0|i0|c0;0-P \fSimplified Arabic Fixed|b0|i0|c0;0.71 \fSimplified Arabic Fixed|b0|i0|c0;0.016 \fSimplified Arabic Fixed|b0|i0|c0;P-Q \fSimplified Arabic Fixed|b0|i0|c0;0.61 \fSimplified Arabic Fixed|b0|i0|c0;6.71 \fSimplified Arabic Fixed|b0|i0|c0;0.314 \fSimplified Arabic Fixed|b0|i0|c0;ESTUFA \fSimplified Arabic Fixed|b0|i0|c0;A-B \fSimplified Arabic Fixed|b0|i0|c0;0.2304 \fSimplified Arabic Fixed|b0|i0|c0;2.04 \fSimplified Arabic Fixed|b0|i0|c0;0.299 \fSimplified Arabic Fixed|b0|i0|c0;0.141 \fSimplified Arabic Fixed|b0|i0|c0;1.718 \fSimplified Arabic Fixed|b0|i0|c0;B-C \fSimplified Arabic Fixed|b0|i0|c0;3.53 \fSimplified Arabic Fixed|b0|i0|c0;0.243 \fSimplified Arabic Fixed|b0|i0|c0;C-D \fSimplified Arabic Fixed|b0|i0|c0;2.5 \fSimplified Arabic Fixed|b0|i0|c0;0.172 \fSimplified Arabic Fixed|b0|i0|c0;D-E \fSimplified Arabic Fixed|b0|i0|c0;1.12 \fSimplified Arabic Fixed|b0|i0|c0;0.077 \fSimplified Arabic Fixed|b0|i0|c0;E-H \fSimplified Arabic Fixed|b0|i0|c0;0.7 \fSimplified Arabic Fixed|b0|i0|c0;0.048 \fSimplified Arabic Fixed|b0|i0|c0;H-I \fSimplified Arabic Fixed|b0|i0|c0;0.2 \fSimplified Arabic Fixed|b0|i0|c0;0.014 \fSimplified Arabic Fixed|b0|i0|c0;I-J \fSimplified Arabic Fixed|b0|i0|c0;1.16 \fSimplified Arabic Fixed|b0|i0|c0;0.080 \fSimplified Arabic Fixed|b0|i0|c0;J-K \fSimplified Arabic Fixed|b0|i0|c0;0.2 \fSimplified Arabic Fixed|b0|i0|c0;0.000 \fSimplified Arabic Fixed|b0|i0|c0;K-L \fSimplified Arabic Fixed|b0|i0|c0;0.61 \fSimplified Arabic Fixed|b0|i0|c0;6.71 \fSimplified Arabic Fixed|b0|i0|c0;0.943 13.97 0.85 3.15 12.80 5.15 3.65 1.02 1.48 3.67 2.65 5.15 R \Q30;Calentador 1 \Q-30;Calentador 2 \Q30;F \Q30;Q \Q30; CINSA C-302^J CAP. 106 L^JC=0.0768 M3/H \Q-30; CINSA C-302^J CAP. 106 L^J C=0.0768 M3/H \Q-30;CRL d 12.7 MM \Q-30;CFL d 9.5MM \Q30;2 \Q30;2 \Q-30;CRL d 12.7 MM \Q-30;CRL d 12.7 MM \Q-30;CRL d 12.7 MM \Q-30;2 \Q-30;P \Q-30;2 \Q-30;O \Q-30;4 \Q-30;E \Q30;CRL d 12.7 MM \Q30;R \Q30;3 \Q30;S \Q30;6 \Q30;T \Q30;6 \Q-30;CFL d 9.5MM \Q30;CFL d 9.5 MM \Q30;Ñ \Q30;6 \Q30;J \Q30;CRL d 12.7 MM \Q30;G \Q30;2 \Q30;CRL d 12.7 MM \Q30;4 \Q30;H \Q30;K \Q30;2 \Q30;CRL d 12.7 MM \Q30;M \Q30;2 \Q30;CRL d 12.7 MM \Q30;6 \Q30;3 \Q30;6 \Q30;CFL d 9.5 MM \Q30;I \Q30;5 \Q30;CRL d 12.7 MM \Q30;L \Q30;2 \Q30;N \Q30;6 \Q-30;Estufa \Q-30;(4QHC) MABE ^J XO5500P\fCalibri|b0|i0|c0|p34; \C0;^J \Q-30;CRL d 12.7 MM \Q30;CRL d 12.7 MM \Q-30;CRL d 12.7 MM \Q-30;CRL d 12.7 MM \Q30;CRK d 12.7 MM \Q30;CRK d 12.7 MM \Q30;CRK d 12.7 MM \Q30;X \Q30;2 \Q30;W \Q30;2 \Q30;B \Q30;2 \Q-30;2 \Q-30;C \Q-30;2 \Q-30;D \Q-30;2 \Q-30;A \Q30;V \Q30;2 \Q30;U \Q30;2 \Q30;CRK d 12.7 MM VER EN LA PARTE SUPERIOR DETALLE ^JDE ACOMETIDA \Q30;Y \Q30;6 \Q30;TANQUE ESTACIONARIO \Q30; CYTSA C-70018^J CAP. 300LT \Q30;3 R \Q30;Calentador 1 \Q-30;Calentador 2 \Q30;F \Q30;Q \Q30; CINSA C-302^J CAP. 106 L^JC=0.0768 M3/H \Q-30; CINSA C-302^J CAP. 106 L^J C=0.0768 M3/H \Q-30;CRL d 12.7 MM \Q-30;CFL d 9.5MM \Q30;2 \Q30;2 \Q-30;CRL d 12.7 MM \Q-30;CRL d 12.7 MM \Q-30;CRL d 12.7 MM \Q-30;2 \Q-30;P \Q-30;2 \Q-30;O \Q-30;4 \Q-30;E \Q30;CRL d 12.7 MM \Q30;R \Q30;3 \Q30;S \Q30;6 \Q30;T \Q30;6 \Q-30;CFL d 9.5MM \Q30;CFL d 9.5 MM \Q30;Ñ \Q30;6 \Q30;J \Q30;CRL d 12.7 MM \Q30;G \Q30;2 \Q30;CRL d 12.7 MM \Q30;4 \Q30;H \Q30;K \Q30;2 \Q30;CRL d 12.7 MM \Q30;M \Q30;2 \Q30;CRL d 12.7 MM \Q30;6 \Q30;3 \Q30;6 \Q30;CFL d 9.5 MM \Q30;I \Q30;5 \Q30;CRL d 12.7 MM \Q30;L \Q30;2 \Q30;N \Q30;6 \Q-30;Estufa \Q-30;(4QHC) MABE ^J XO5500P\fCalibri|b0|i0|c0|p34; \C0;^J \Q-30;CRL d 12.7 MM \Q30;CRL d 12.7 MM \Q-30;CRL d 12.7 MM \Q-30;CRL d 12.7 MM \Q30;CRK d 12.7 MM \Q30;CRK d 12.7 MM \Q30;CRK d 12.7 MM \Q30;X \Q30;2 \Q30;W \Q30;2 \Q30;B \Q30;2 \Q-30;2 \Q-30;C \Q-30;2 \Q-30;D \Q-30;2 \Q-30;A \Q30;V \Q30;2 \Q30;U \Q30;2 \Q30;CRK d 12.7 MM VER EN LA PARTE SUPERIOR DETALLE ^JDE ACOMETIDA \Q30;Y \Q30;6 \Q30;TANQUE ESTACIONARIO \Q30; CYTSA C-70018^J CAP. 300LT \Q30;3 3.67 5.15 3.65 H K 1 J L F K H G \W5.63202; PLANTA DE AZOTEA\W5.63202; ESC. 1:100 Patio \H0.7x; NPT + 0.00 ACCESO \H0.7x; NPT + 0.50 ACCESO PRINCIPAL \H0.7x; NPT + 0.00 Sube escalera CL SUBE F J L G 3 5 6 2 Comedor \H0.7x; NPT + 0.55 Sala \H0.7x; NPT + 0.60 Cocina \H0.7x; NPT + 0.55 Baño \H0.7x; NPT + 0.50 ACCESO \H0.7x; NPT + 0.50 ACCESO PRINCIPAL \H0.7x; NPT + 0.00 Patio \H0.7x; NPT + 0.00 Recamara\H0.7x; NPT + 0.50 Recamara\H0.7x; NPT + 0.55 Sube escalera Sube escalera Calentador 2 CINSA C-302^JCAP. 106 L^JC=0.0768 M3/H Calentador 1 CINSA C-302^JCAP. 106 L^JC=0.0768 M3/H Estufa (4QHC) \H0.91667x;MABE XO5500P\fCalibri|b0|i0|c0|p34; ^J\Q-30; 2 2 2 2 2 2 3 3 3 CRL d 12.7 MM CRL d 12.7 MM CRL d 12.7 MM 5 -1258.166683820684 5 5 5 5 5 -1258.166683820684 -1258.166683820684 5 5 \W6.68597; PLANTA ARQUITECTONICA\W6.68597; ESC. 1:100 \Q0;8 M \Q0;0 M Sube ^Jtuberia^Jde gas PENDIENTE 2 % PENDIENTE 2 % 2 R Baja^Jtuberia^Jde gas Baja^Jtuberia^Jde gas BAJA A ^JACOMETIDA 2 TANQUE ESTACIONARIO^JCYTSA C-70018^JCAP. 300LT 2 2 ^JTINACO DE 11OO LTS ^JTINACO DE 11OO LTS PENDIENTE 2 % 5 5 5 5 5 5 5 5 MAXIMA CAIDA DE PRECION \fSimplified Arabic Fixed|b0|i0|c0; \fSimplified Arabic Fixed|b0|i0|c0;TRAMOS \fSimplified Arabic Fixed|b0|i0|c0;GASTOS AL CUADRADO(2) \fSimplified Arabic Fixed|b0|i0|c0;LONGITUD \fSimplified Arabic Fixed|b0|i0|c0;DIAMETRO 3/8 Y 1/2" \fSimplified Arabic Fixed|b0|i0|c0;% \fSimplified Arabic Fixed|b0|i0|c0;TOTAL \fSimplified Arabic Fixed|b0|i0|c0;CALENTADO 1 \fSimplified Arabic Fixed|b0|i0|c0;A-B \fSimplified Arabic Fixed|b0|i0|c0;0.0768 \fSimplified Arabic Fixed|b0|i0|c0;1.24 \fSimplified Arabic Fixed|b0|i0|c0;0.299 \fSimplified Arabic Fixed|b0|i0|c0;0.028 \fSimplified Arabic Fixed|b0|i0|c0;0.663 \fSimplified Arabic Fixed|b0|i0|c0;B-C \fSimplified Arabic Fixed|b0|i0|c0;2.05 \fSimplified Arabic Fixed|b0|i0|c0;0.047 \fSimplified Arabic Fixed|b0|i0|c0;C-D \fSimplified Arabic Fixed|b0|i0|c0;0.69 \fSimplified Arabic Fixed|b0|i0|c0;0.016 \fSimplified Arabic Fixed|b0|i0|c0;D-E \fSimplified Arabic Fixed|b0|i0|c0;3.55 \fSimplified Arabic Fixed|b0|i0|c0;0.082 \fSimplified Arabic Fixed|b0|i0|c0;E-F \fSimplified Arabic Fixed|b0|i0|c0;3.53 \fSimplified Arabic Fixed|b0|i0|c0;0.081 F-G \fSimplified Arabic Fixed|b0|i0|c0;2.5 \fSimplified Arabic Fixed|b0|i0|c0;0.057 \fSimplified Arabic Fixed|b0|i0|c0;G-H \fSimplified Arabic Fixed|b0|i0|c0;1.12 \fSimplified Arabic Fixed|b0|i0|c0;0.026 \fSimplified Arabic Fixed|b0|i0|c0;H-I \fSimplified Arabic Fixed|b0|i0|c0;0.5 \fSimplified Arabic Fixed|b0|i0|c0;0.011 \fSimplified Arabic Fixed|b0|i0|c0;I-J \fSimplified Arabic Fixed|b0|i0|c0;0.61 \fSimplified Arabic Fixed|b0|i0|c0;6.71 \fSimplified Arabic Fixed|b0|i0|c0;0.314 \fSimplified Arabic Fixed|b0|i0|c0;CALENTADO 2 \fSimplified Arabic Fixed|b0|i0|c0;A-B \fSimplified Arabic Fixed|b0|i0|c0;0.0768 \fSimplified Arabic Fixed|b0|i0|c0;1.24 \fSimplified Arabic Fixed|b0|i0|c0;0.299 \fSimplified Arabic Fixed|b0|i0|c0;0.028 \fSimplified Arabic Fixed|b0|i0|c0;0.732 \fSimplified Arabic Fixed|b0|i0|c0;B-C \fSimplified Arabic Fixed|b0|i0|c0;2.05 \fSimplified Arabic Fixed|b0|i0|c0;0.047 \fSimplified Arabic Fixed|b0|i0|c0;C-D \fSimplified Arabic Fixed|b0|i0|c0;0.69 \fSimplified Arabic Fixed|b0|i0|c0;0.016 \fSimplified Arabic Fixed|b0|i0|c0;D-E \fSimplified Arabic Fixed|b0|i0|c0;3.55 \fSimplified Arabic Fixed|b0|i0|c0;0.082 \fSimplified Arabic Fixed|b0|i0|c0;E-O \fSimplified Arabic Fixed|b0|i0|c0;3.45 \fSimplified Arabic Fixed|b0|i0|c0;0.079 \fSimplified Arabic Fixed|b0|i0|c0;O-P \fSimplified Arabic Fixed|b0|i0|c0;0.15 \fSimplified Arabic Fixed|b0|i0|c0;0.003 \fSimplified Arabic Fixed|b0|i0|c0;P-Q \fSimplified Arabic Fixed|b0|i0|c0;5.2 \fSimplified Arabic Fixed|b0|i0|c0;0.119 \fSimplified Arabic Fixed|b0|i0|c0;Q-R \fSimplified Arabic Fixed|b0|i0|c0;1.16 \fSimplified Arabic Fixed|b0|i0|c0;0.027 \fSimplified Arabic Fixed|b0|i0|c0;R-S \fSimplified Arabic Fixed|b0|i0|c0;0.71 \fSimplified Arabic Fixed|b0|i0|c0;0.016 \fSimplified Arabic Fixed|b0|i0|c0;S-T \fSimplified Arabic Fixed|b0|i0|c0;0.61 \fSimplified Arabic Fixed|b0|i0|c0;6.71 \fSimplified Arabic Fixed|b0|i0|c0;0.314 \fSimplified Arabic Fixed|b0|i0|c0;ESTUFA \fSimplified Arabic Fixed|b0|i0|c0;A-B \fSimplified Arabic Fixed|b0|i0|c0;0.2304 \fSimplified Arabic Fixed|b0|i0|c0;1.24 0.299 \fSimplified Arabic Fixed|b0|i0|c0;0.085 \fSimplified Arabic Fixed|b0|i0|c0;1.161 \fSimplified Arabic Fixed|b0|i0|c0;B-C \fSimplified Arabic Fixed|b0|i0|c0;2.05 \fSimplified Arabic Fixed|b0|i0|c0;0.141 \fSimplified Arabic Fixed|b0|i0|c0;C-D \fSimplified Arabic Fixed|b0|i0|c0;0.69 \fSimplified Arabic Fixed|b0|i0|c0;0.048 \fSimplified Arabic Fixed|b0|i0|c0;D-E \fSimplified Arabic Fixed|b0|i0|c0;3.55 \fSimplified Arabic Fixed|b0|i0|c0;0.245 \fSimplified Arabic Fixed|b0|i0|c0;E-F \fSimplified Arabic Fixed|b0|i0|c0;3.53 \fSimplified Arabic Fixed|b0|i0|c0;0.243 \fSimplified Arabic Fixed|b0|i0|c0;F-G \fSimplified Arabic Fixed|b0|i0|c0;2.5 \fSimplified Arabic Fixed|b0|i0|c0;0.172 \fSimplified Arabic Fixed|b0|i0|c0;G-H \fSimplified Arabic Fixed|b0|i0|c0;1 \fSimplified Arabic Fixed|b0|i0|c0;0.069 \fSimplified Arabic Fixed|b0|i0|c0;H-K \fSimplified Arabic Fixed|b0|i0|c0;0.12 \fSimplified Arabic Fixed|b0|i0|c0;0.008 \fSimplified Arabic Fixed|b0|i0|c0;K-L \fSimplified Arabic Fixed|b0|i0|c0;0.2 \fSimplified Arabic Fixed|b0|i0|c0;0.014 \fSimplified Arabic Fixed|b0|i0|c0;L-M \fSimplified Arabic Fixed|b0|i0|c0;1.16 \fSimplified Arabic Fixed|b0|i0|c0;0.080 \fSimplified Arabic Fixed|b0|i0|c0;M-N \fSimplified Arabic Fixed|b0|i0|c0;0.2 \fSimplified Arabic Fixed|b0|i0|c0;0.014 \fSimplified Arabic Fixed|b0|i0|c0;N-Ñ \fSimplified Arabic Fixed|b0|i0|c0;0.61 \fSimplified Arabic Fixed|b0|i0|c0;6.71 \fSimplified Arabic Fixed|b0|i0|c0;0.042 5.15 1.02 0.85 13.97 12.80 5.15 3.67 1.48 2.65 1.02 13.97 3.15 1.48 2.65 \A1;3.15 DETALLE CONEXION CALENTADOR PLANO INSTALACION DE GAS PROPIETARIO: ROSA ISELA ORTIZ UBICACION: TECNICO RESPONSABLE: ARQ.JAVIER RODRIGO LPZ MTZ COL. NIÑOS HEROES #13 \W0.98520; ESCALA: 1:75, 1:50 06 DE SEPTIEMBRE DEL 2014 ATZOMPA,OAXACA, MEXICO. 1.-Para la tubería se utilizara cobre tipo “L” rígido y flexible, marca Nacobre. 2.-La tubería deberá cumplir con las con las especificaciones de la norma. 3.-La tubería se deberá cubrir con pintura esmalte, color amarillo. 4.-La instalación deberá estar ubicado mínimo de 1.5 metros de una fuente de igniciòn 5.-Queda prohibido pasar la tubería de gas por locales habitables. 6.-La tubería deberá ir a una altura mínima de 1.8 mts. Con respecto al nivel de piso terminado. 7.-Toda la tubería de gas deberá ser visible. 8.-La soldadura a utilizar deberá ser estaño-plomo, proporción 95:5. 9.-Los tanques de gas deberán ir colocados a la intemperie. 10.-Ningún recipiente se colocara a 20 cm de un material flamable. 11.-La separación entre tanques será entre 50 cm como mínimo. 12.-La tubería se sujetara con abrazadera plásticas a cada 2.5 mts. 13.-Las tuberías que pasa a menos de 1.8 deberán ir encamisados y con los extremos descubiertos. 14.-Para las conexiones se utilizara cinta teflón. NOTAS GENERALES NOTAS: -Las cuotas estan dadas en metros, exepto donde se indique otra unidad.-Las cuotas rigen al dibujo. DETALLE DE CONEXIONA CALENTADOR I \Q30;3 \Q30;9 \Q30;6 \Q30;6 \Q30;4 \Q30;6 \Q30;8 \Q-30;CRL d 12.7 MM \Q-30;CFL d 9.5MM \c0;RIZO DE COBRE ^JFLEXIBLE TIPO "L" \c0;COBRE RIGIDO^JTIPO "L" 1 REGULADOR DE PRESION.2 CODO DE COBRE DE 90.3 VALVULA HUSKY SOLDABLE.4 TEE DE COBRE D 1/3".5 PIGTEL.6 TUERCA CONICA STANDARD.7 CODO TERMINAL MACHO.8 NIPLE TERMINAL MACH9 REDUCCION CAMPANA GALV. D 1/2 A 3/8" \LDESCRIPCION DE LA PIEZA \LNº RIZO DE COBRE FLEXIBLE TIPO "L" VALVULA HUSKY SOLDABLE.REGULADOR DE PRESION.TUBERIA DE GAS VISIBLE \LSIMBOLOGIA CFL TUBERIA DE COBRE FLEXIBLE TIPO "L" CRL TUBERIA DE COBRE RIGIDA TIPO "L"C GASTO EN M3/HCAP. CAPACIDAD ISOMETRICO ESC. 1:50 \Q0;4 M \Q0;0 M \Q30;3 \Q30;6 \Q30;6 \Q30;6 \Q30;9 \Q30;7 \Q-30;CRL d 12.7 MM \Q-30;CFL d 9.5MM \c0;RIZO DE COBRE ^JFLEXIBLE TIPO "L" \c0;COBRE RIGIDO^JTIPO "L" DETALLE DE CONEXION^JA CILINDROS DE GAS L.P \Q30;1 \Q30;8 \Q30;6 \Q30;5 \Q30;5 \Q30;CFL d 9.5MM \Q30;CFL d 9.5MM \Q30;REGULADOR 3005 \c0;ENTRADA DE GAS^J(ALTA PRESION) \c0;ENTRADA DE GAS^J(ALTA PRESION) \c0;SALIDA DE GAS^J(BAJA PRESION) \c0;RIZO DE COBRE ^JFLEXIBLE TIPO "L" \c0;RIZO DE COBRE ^JFLEXIBLE TIPO "L" DETALLE DE CONEXION A ESTUFA \Q-30;Estufa \Q30;Calentador 1 \Q-30;Calentador 2 \Q30;C \Q30;Ñ \Q30; CINSA C-302^J CAP. 106 L^JC=0.0768 M3/H \Q-30;(4QHC) MABE ^J XO5500P\fCalibri|b0|i0|c0|p34; \C0;^J \Q30; CAP. 30 KG \Q-30; CINSA C-302^J CAP. 106 L^J C=0.0768 M3/H \Q-30;CRL d 12.7 MM \Q-30;CFL d 9.5MM \Q30;2 \Q30;2 \Q30;G \Q-30;CRL d 12.7 MM \Q-30;CRL d 12.7 MM \Q-30;CRL d 12.7 MM \Q-30;2 \Q-30;N \Q-30;2 \Q-30;M \Q-30;4 \Q-30;B \Q30;CRL d 12.7 MM \Q30;O \Q30;3 \Q30;P \Q30;6 \Q30;Q \Q30;6 \Q-30;CFL d 9.5MM \Q30;CRL d 12.7 MM \Q30;D \Q30;2 \Q30;CRL d 12.7 MM \Q30;E \Q30;4 \Q30;H \Q30;2 \Q30;CRL d 12.7 MM \Q30;J \Q30;2 \Q30;CRL d 12.7 MM \Q30;CFL d 9.5 MM \Q30;L \Q30;6 \Q30;3 \Q30;6 \Q30;CFL d 9.5 MM \Q30;F \Q30;6 \Q30;3 \Q30;CRL d 12.7 MM \Q30;I \Q30;2 \Q30;K \Q30;6 \Q-30;CRL d 12.7 MM \Q-30;6 \Q-30;A \Q30;CILINDROS DE GAS N \Q0;JR ARQUITECTO PLANO INSTALACION DE GAS PROPIETARIO: ROSA ISELA ORTIZ UBICACION: TECNICO RESPONSABLE: ARQ.JAVIER RODRIGO LPZ MTZ COL. NIÑOS HEROES #13 \W0.98520; ESCALA: 1:100,1:75 06 DE SEPTIEMBRE DEL 2014 ATZOMPA,OAXACA, MEXICO. N 1.-Para la tubería se utilizara cobre rígido tipo "K"(LINEA DE llENADO) y "L"(LINEA A DISTRIBUCION A MUEBLES) y flexible, marca Nacobre. 2.-La tubería deberá cumplir con las con las especificaciones de la norma. 3.-La tubería se deberá cubrir con pintura esmalte, color amarillo para distribucion de muebles y color rojo para linea de llenado (acometida). 4.-La instalación deberá estar ubicado mínimo de 1.5 metros de una fuente de igniciòn 5.-Queda prohibido pasar la tubería de gas por locales habitables. 6.-La tubería deberá ir a una altura mínima de 1.8 mts. Con respecto al nivel de piso terminado. 7.-Toda la tubería de gas deberá ser visible. 8.-La soldadura a utilizar deberá ser estaño-plomo, proporción 95:5. 9.-El tanque de gas estacionario deberán ir colocados a la intemperie. 10.-Ningún recipiente se colocara a 20 cm de un material flamable. 11.-La tubería se sujetara con abrazadera plásticas a cada 2.5 mts. 12.-Las tuberías que pasa a menos de 1.8 deberán ir encamisados y con los extremos descubiertos. 13.-Para las conexiones se utilizara cinta teflón. NOTAS GENERALES NOTAS: -Las cotas estan dadas en metros, exepto donde se indique otra unidad.-Las cuotas rigen al dibujo. 1 REGULADOR DE PRESION.2 CODO DE COBRE DE 90.3 VALVULA HUSKY SOLDABLE.4 TEE DE COBRE D 1/3".5 VALVULA DE GLOBO6 TUERCA CONICA STANDARD.7 CODO TERMINAL MACHO.8 NIPLE TERMINAL MACH9 REDUCCION CAMPANA GALV. D 1/2 A 3/8" \LDESCRIPCION DE LA PIEZA \LNº RIZO DE COBRE FLEXIBLE TIPO "L" VALVULA HUSKY SOLDABLE.REGULADOR DE PRESION.TUBERIA DE GAS VISIBLE \LSIMBOLOGIA CFL TUBERIA DE COBRE FLEXIBLE TIPO "L" CRL TUBERIA DE COBRE RIGIDA TIPO "L"CRL TUBERIA DE COBRE RIGIDA TIPO "K"C GASTO EN M3/HCAP. CAPACIDAD DETALLE DE ALIMENTACION(ACOMETIDA). DETALLE DE TANQUE ESTACIONARIO. \Q0;4 M \Q0;0 M \c0;COBRE RIGIDO TIPO "K" \c0;CONECTO DE CUERDA \c0;12.7 MM d \c0;12.7 MM d \c0;VALVULA DE GLOBO \c0;12.7 MM d \c0;NIPLE GALVANIZADO (C. CORRIDA) \c0;12.7 MM d \c0;CODO GALVANIZADO 45º \c0;12.7 MM d \c0;VALVULA DOBLE CHECK \c0;12.7 MM d \c0;BASE DE CONCRETO \c0;REGULADOR DE PRECION \c0;TUERCA UNION \c0;VALVULA DE SERVICIO ^JY DE SEGURIDAD \c0;VALVULA DE SEGURIDAD \c0;VALVULA DE GLOBO \c0;TUERCA UNION \c0;LINEA A SERVICIOS \c0;LINEA A LLENADO \c0;CODO 90º \c0;CODO 90º \c0;CODO 90º R \Q30;X \Q30;2 \c0;EL NUMERO INDICA LA PIEZA \c0;LA LETRA INDICA EL TRAMO \Q30;X \Q30;2 \c0;EL NUMERO INDICA LA PIEZA \c0;LA LETRA INDICA EL TRAMO MAXIMA CAIDA DE PRECION R \Q30;Calentador 1 \Q-30;Calentador 2 \Q30;F \Q30;Q \Q30; CINSA C-302^J CAP. 106 L^JC=0.0768 M3/H \Q-30; CINSA C-302^J CAP. 106 L^J C=0.0768 M3/H \Q-30;CRL d 12.7 MM \Q-30;CFL d 9.5MM \Q30;2 \Q30;2 \Q-30;CRL d 12.7 MM \Q-30;CRL d 12.7 MM \Q-30;CRL d 12.7 MM \Q-30;2 \Q-30;P \Q-30;2 \Q-30;O \Q-30;4 \Q-30;E \Q30;CRL d 12.7 MM \Q30;R \Q30;3 \Q30;S \Q30;6 \Q30;T \Q30;6 \Q-30;CFL d 9.5MM \Q30;CFL d 9.5 MM \Q30;Ñ \Q30;6 \Q30;J \Q30;CRL d 12.7 MM \Q30;G \Q30;2 \Q30;CRL d 12.7 MM \Q30;4 \Q30;H \Q30;K \Q30;2 \Q30;CRL d 12.7 MM \Q30;M \Q30;2 \Q30;CRL d 12.7 MM \Q30;6 \Q30;3 \Q30;6 \Q30;CFL d 9.5 MM \Q30;I \Q30;5 \Q30;CRL d 12.7 MM \Q30;L \Q30;2 \Q30;N \Q30;6 \Q-30;Estufa \Q-30;(4QHC) MABE ^J XO5500P\fCalibri|b0|i0|c0|p34; \C0;^J \Q-30;CRL d 12.7 MM \Q30;CRL d 12.7 MM \Q-30;CRL d 12.7 MM \Q-30;CRL d 12.7 MM \Q30;CRK d 12.7 MM \Q30;CRK d 12.7 MM \Q30;CRK d 12.7 MM \Q30;X \Q30;2 \Q30;W \Q30;2 \Q30;B \Q30;2 \Q-30;2 \Q-30;C \Q-30;2 \Q-30;D \Q-30;2 \Q-30;A \Q30;V \Q30;2 \Q30;U \Q30;2 \Q30;CRK d 12.7 MM VER EN LA PARTE SUPERIOR DETALLE ^JDE ACOMETIDA \Q30;Y \Q30;6 \Q30;TANQUE ESTACIONARIO \Q30; CYTSA C-70018^J CAP. 300LT \Q30;3 ISOMETRICO ESC. 1:75 \Q0;4 M \Q0;0 M \Q0;JR ARQUITECTO \Q30;2 Propiedad de C.F.E. Prohibida su reproducción parcial o total A1 1 H 2 3 G F E 4 5 D C B A 2 3 4 5 6 7 8 9 6 7 8 9 10 G F E 10 11 13 D C B A 12 1 H I I N S L L E O E R G O R P E A R A P D A ID IC R T C E D E O IC X M E serintra s.a. de c.v. 8000.0 2 8599.999999999942 1 10755.66552901024 2000.0 2000.0 4650.0 3350.000000000029 10400.00000000003 6730.000000000002 2100.0 4800.0 3970.0 LIMITE DEL PREDIO ESTRUCTURA DE 115 kV. INTERRUPTOR, AISLADOR SOPORTE CUCHILLAS 115 kV., TC's, TP's C L C L C L C L C L C L C L C L C L C L TRANSFORMADOR DE CORRIENTE ESTRUCTURA 115 kV. INTERRUPTOR 115 kV. TRANSFORMADOR DE CORRIENTE. C L AISLADOR SOPORTE CUCHILLAS 115 kV. TRANSFORMADOR BANCO DE CAPACITORES ESTRUCTURA 34.5 kV. INTERRUPTOR TRANSFORMADOR DE SERV. PROPIOS, TP's. ESTRUCTURA 34.5 kV. INTERRUPTOR LIMITE DEL PREDIO 3 5 5 51100 5 5 5 5 5 5 5 2600.000000000029 2600.000000000029 3500.000000000031 4800.0 2800.000000000029 3499.999999999971 4800.0 2800.000000000029 3499.999999999985 2000.0 A 2800.000000000029 2800.000000000029 1500.000000000029 1500.000000000029 500.0000000000291 2000.0 2800.000000000029 2800.000000000029 1500.000000000029 1500.000000000029 500.0000000000291 AISLADOR SOPORTE C L ESTRUCTURA 115 kV. C L C L C L C L C L C L C L C L C L C L C L C L TP's AISLADOR SOPORTE CUCHILLAS 115 kV. TC's ESTRUCTURA 115 kV. TC's AISLADOR SOPORTE CUCHILLAS 115 kV. AISLADOR SOPORTE TP's ESTRUCTURA 115 kV. AISLADOR SOPORTE B C 5 2400 2600.0 2700.0 2600.0 2700.0 18599.99999999994 20399.99999999997 C L SOPORTES PARA MANDO DE CUCHILLAS 9999.99999999997 C L SOPORTE DE TRANSICION 6900.0 4 5 6 CASETA DE CONTROL EXISTENTE 3230.0 5 106000 1200 10600 10600 13700 1300 2 ESP.@1179=2358 1300 8 ESP.@375=3000 3000 300 2200 2550 2500 2200 2200 2500 2500 2200 1300 1300 3000 300 1200 13700 1200 1200 1200 1200 1300 8 9 H-6 H-6 3 VER PLANO 1 VER PLANO PLACA BASE VER DETALLE TRABE A COLUMNA (TIPO) (*) DET. DE CONEXION LI-2 1/2"x5/16" LI-2 1/2"x5/16" LI-2"x3/16" C/TORN.d=1/2" LI- 2"x1/4" C/TORNS.d=5/8" (TIPO) (TIPO) LI- 2"x1/4" C/TORNS.d=3/4" (TIPO) 223-07-PC-01 -010 H 2/3 223-07-PC-01 -020 H 1/3 8 ESPACIOS @ 1092.75 =8742 2 ESP.@1179=2358 8 ESP.@375=3000 1100 1100 1250 1250 1250 1250 1100 1250 1250 1100 1100 1250 1250 1100 1100 1200 1250 1250 1250 1100 2200 2500 2500 2200 1100 1100 1200 1250 1100 1200 1200 1100 1100 1250 1250 1250 1250 1100 1100 2200 2550 2500 2200 1200 1200 = NIVEL TOPE DE CONCRETO N.T.C. = LINEA DE CENTRO C L = NIVEL DE PISO TERMINADO SIMBOLOGÍA: N.P.T. = NIVEL DESPLANTE DE ESTRUCTURA N.D.E. = ANGULO LADOS IGUALES e LI = ESPESOR PL = PLACA 50 50 70 40 300 3000 300 G 50 50 70 40 3000 VISTA A - A 5 -88.77441939710116 -88.77441939710116 TORNILLO d=13 -88.77441939710116 -88.77441939710116 -88.77441939710116 -88.77441939710116 (8.04 Kg/m.) CE DE 102 -88.77441939710116 DIAG. (TIPO) BAYONETA REDONDO LISO OS= 19 mm PIERNA DE CAPITEL TORNILLO d=13 LAS DIAGONALES SE UNIRAN A LAS CUERDAS CON UN P 76x6 L (ASTM A36) SIN/ESC. 300 50 50 70 40 3000 300 300 CORTE B - B 80x80x6 (8.04 Kg/m.) CE DE 102 3 5 L P e=6mm P L -88.77441939710116 P 76x6 L REDONDO DE d=16 ABRAZADERA DE HERRAJE PARA BAJADA VER DETALLE DE DE HILO DE GUARDA 2 AGROS d=17.5 P/ABRAZADERA (TIPO) (TIPO) SIN/ESC. 50 50 25 70 50 50 5 25 G G G a b d L/2 L L/2 a c a L L/2 L/2 d b c a -59.74331668287687 -59.74331668287687 -59.74331668287687 -59.74331668287687 -59.74331668287687 -59.74331668287687 -59.74331668287687 4 BARRENOS (VER TABLA) -59.74331668287687 -59.74331668287687 -59.74331668287687 -59.74331668287687 45° (TYPO) -59.74331668287687 -59.74331668287687 -59.74331668287687 C L PLACA t C L PLACA DETALLE PLACA BASE -59.74331668287687 -59.74331668287687 SIN/ESC. a b d L/2 L L/2 a c a L L/2 L/2 d b c a 8000 8600 10756 2000 2000 4650 3350 10400 6730 2100 4800 3970 66000 51100 2600 2600 2600 2600 2600 2600 2600 2600 2600 3500 4800 2800 3500 4800 2800 3500 2000 2800 2800 1500 1500 500 2000 2800 2800 1500 1500 500 39000 2400 2600 2700 2600 2700 18600 20400 10000 6900 3230 2600 1100 1300 7 6 R4 3 7 10 5 5 5 5 5 5 2 ESP.@1179=<> 5 8 ESP.@375=<> 5 5 DIAGONALES LI 2"x3/16" TORNILLOS d1/2" 4 A B C (HORIZONTALES) ELEVACION (2 PIEZAS) ESC. 1:75 T R A B E T-1 PLANTA (VERTICALES) 5 5 5 5 DIAGONALES LI 2"x3/16" CUERDAS LI 3"x1/4" TORNILLOS d1/2" ESC. 1:150 PLANTA DE LOCALIZACION (HORIZONTALES) ELEVACION (2 PIEZAS) ESC. 1:50 T R A B E T-2 DIAGONALES LI 2"x3/16" CUERDAS LI 3"x1/4" TORNILLOS d1/2" 5 5 5 5 H-2 7 DIAGONALES LI 2"x3/16" CUERDAS LI 3"x1/4" TORNILLOS d1/2" PLANTA (VERTICALES) ESC. 1:50 COLUMNA C-1 5 5 5 5 5 ESC. 1:50 COLUMNA C-2 5 5 5 5 5 5 3 6 H-2 3 VER PLANO 1 VER PLANO PLACA BASE VER DETALLE TRABE A COLUMNA (TIPO) (*) DET. DE CONEXION LI- 2"x1/4" C/TORNS.d=5/8" H 2 4 2 VER PLANO LI-2"x3/16" C/TORN.d=1/2" (TIPO) 8 ESPACIOS @ 1092.75 =<> 2 ESP.@1179=<> 8 ESP.@375=<> 3 VER PLANO 1 VER PLANO H 2 4 T-1 T-1 3 6 H-2 SIMILAR 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 7 6 H-2 H-2 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 H-2 8 3 6 H-2 SIMILAR = NIVEL TOPE DE CONCRETO N.T.C. = NIVEL DE PISO TERMINADO SIMBOLOGÍA: N.P.T. = NIVEL DESPLANTE DE ESTRUCTURA N.D.E. e = ESPESOR PL = PLACA BAYONETA REDONDO LISO OS= 19 mm. DETALLE 1 --- TORNILLO d=13 (8.04 Kg/m.) 50 50 70 40 300 3000 CAPITEL PIERNA DE 80x80x6 e=6 mm. SIN/ESC. 1 1 1 1 VISTA A - A 300 TORNILLO d=13 50 50 70 40 CE DE 102 3000 DIAG. BAYONETA REDONDO LISO OS= 19 mm PIERNA DE CAPITEL SIN/ESC. CORTE B - B 80x80x6 e=6mm 300 REDONDO DE d=16 ABRAZADERA DE SIN/ESC. PIERNA DE COLUMNA 4 TORNILLOS d=16 TORNILLO d=13 d=22 TORNILLOS GRAMIL 50 50 25 70 50 50 5 25 PIERNA CAPITEL CAPITEL DIAGONAL DETALLE 2 --- SIN/ESC. G DIAGONALES DEL ESPESOR NECESARIO RELLENO AGROS. d 14.5 PARA COLUMNAS P/TORNILLO d=13 (TIPO) G DETALLE 3 --- SIN/ESC. G a b d L/2 L L/2 a 4 BARRENOS c a L L/2 45° (TYPO) L/2 d b PLACA t PLACA DETALLE PLACA BASE c a SIN/ESC. H 2 5 SIMILAR 5 CUERDAS LI 3"x1/4" 1299.999999999971 (2 PZAS)

Language	Spanish
Drawing Type	Detail
Category	Mechanical, Electrical & Plumbing (MEP)
Additional Screenshots
File Type	dwg
Materials	Concrete, Plastic, Other
Measurement Units
Footprint Area
Building Features	Deck / Patio, Car Parking Lot
Tags	autocad, beams, columns, DETAIL, details, DWG, einrichtungen, electric, facilities, gas, gesundheit, girders, l'approvisionnement en eau, la sant, le gaz, machine room, maquinas, maschinenrauminstallations, provision, tower, wasser bestimmung, water

DWG_Blocks

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