Electrical DWG Block for AutoCAD

Wiring a restaurant and meeting rooms. INCLUDES FLOOR LAMPS, CIRCUITS, line diagram and load boards.

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

restaurant, vestibule, warehouse, ups, kitchen, room, machines, elevator, box, ventilation duct, services h., machine room, facade b, facade d, access, facade a, facade c, arequipa, valparaiso, santiago , avenue insuegentes north, lindavista, cali, buenavista, joint plant, data of the property:, electrical installation, hbp, signature, obeservaciones, date, modifications, surface to build, surface of the land, sketch of location, top floor, restaurant and salòn de eventos, file :, work :, plane :, meters, jorge eduardo flores guerrero, arq. javier hèctor bracho and the vine, advanced building, type:, location :, material :, teacher :, student :, date :, notes :, scale :, general notes, flying buttress floor simple contact double slim line hydro-pneumatic pump, symbology , coquimbo, callao, sanitary installation and gas, parking, garden, booth, adjoining, pedestrian access, vehicular, ground floor, flying buttress floor simple contact double slim line hydropneumatic, event room, low, administration, projection dome

Raw text data extracted from CAD file:

p t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D C5 t=19mm 6#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D C8 A6 14 hm=2.7 m hm=2.7 m hm=1.5 m RESTAURANTE VESTIBULO ALMACEN NPT. + 00.15 8 1 2 3 4 5 6 7 9 10 11 13 12 24 23 22 20 21 19 18 17 16 SUBE COCINA 25 26 27 14 15 CUARTO DE MÀQUINAS DE ELEVADOR 0.90 hm=1.5 m 1.80 LV LV R R ELEVADOR NPT. + 00.15 01.80 01.80 0.90 0.90 01.80 01.80 0.80 0.90 NPT. + 00.15 NPT. + 00.15 NPT. + 00.15 CAJA H=30 P=17 DUCTO DE VENTILACIÓN s s NPT. + 00.15 SERVICIOS H. NPT. + 00.15 SERVICIOS H. t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D C2 C2 C2 C2 C2 C2 C2 C2 t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C4 C1 C4 C4 C4 C4 C4 C4 C4 C4 C4 C4 C4 C4 C4 C4 C4 C4 C4 C4 t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D C5 C5 C5 C5 C5 C5 C5 C5 C5 C5 C5 C5 C5 C5 C5 C5 C5 C5 C6 C6 C6 C6 C6 C6 C6 C6 C6 C6 C6 C6 C6 C6 C6 C6 C6 C6 C6 t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D C7 C7 t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D A1 A2 A3 A4 A7 A6 C1 C2 C3 C4 C5 A5 C6 C7 C9 C8 C10 C11 C12 C13 C14 C15 C16 C17 C18 C19 C20 C21 C22 C23 C24 C25 C26 C27 C28 C29 C30 C31 C32 C33 C34 C36 C37 C35 C38 C39 C40 C1 C3 C4 C5 C6 C7,C8,C9,C10, C11,C12, C13 C2 C15 CUARTO DE MAQUINAS RESTAURANTE VESTIBULO 1 2 3 4 5 6 7 A C B ALMACEN NPT. + 00.15 8 1 2 3 4 5 6 7 9 10 11 13 12 24 23 22 20 21 19 18 17 16 SUBE COCINA FACHADA B FACHADA D B B’ ACCESO ACCESO ACCESO A A’ 25 26 27 14 15 FACHADA A 1.9 1,9 1,9 CUARTO DE MÀQUINAS DE ELEVADOR 0.90 hm=1.5 m hm=1.5 m hm=1.5 m hm=1.5 m hm=1.5 m 0,32 0,2 0,4 hm=1.5 m FACHADA C LV LV R R ELEVADOR NPT. + 00.15 01.80 01.80 0.90 0.90 01.80 01.80 0.80 0.90 NPT. + 00.15 NPT. + 00.15 NPT. + 00.15 CAJA 6 20 5,59 14,41 3,61 1,98 5,08 2,3 3,61 1,98 0,7 0,9 1,5 0,8 1,49 0,9 0,83 2,6 1,39 0,7 36 6 6 6 6 6 6 2,54 2,54 2,2 2,98 1,05 3,01 0,7 H=30 P=17 A C B C1 C16 AREQUIPA VALPARAISO SANTIAGO AVENIDA INSUEGENTES NORTE LINDAVISTA CALI BUENAVISTA I-E1 PLANTA CONJUNTO ESC. 1:100 DATOS DEL PREDIO: TOTAL: 2544. 20 m2 FONDO: 45.15 m FRENTE: 56. 35 m INSTALACIÒN ELÈCTRICA HBP FIRMA OBESERVACIONES FECHA MODIFICACIONES TOTAL: 1440 m2 PLANTA BAJA: 720 m2 PLANTA ALTA: 720 m2 SUPERFICIE POR CONSTRUIR SUPERFICIE DEL TERRENO CROQUIS DE LOCALIZACIÒN N PLANTA ALTA RESTAURANTE Y SALÒN DE EVENTOS C\ DOCUMENTSANDSETTINGS\ MISDOCUMENTOS\ARQ.DWG Archivo: Obra: Plano: INSTALACIÒN ELÈCTRICA 1:50 METROS 15-ABRIL-2011 JORGE EDUARDO FLORES GUERRERO ARQ. JAVIER HÈCTOR BRACHO Y DE LA PARRA EDIFICACIÒN AVANZADA CALLE DE AREQUIPA. NÙM. 163. COLONIA LINDAVISTA. DELEGACIÒN GUSTAVO A MADERO C.P 07800 MÈXICO D.F. MANZANA XXXV LOTE 22 Tipo: Ubicaciòn: Materia: Maestro: Alumno: Fecha: Acotaciones: Escala: IE-3 NOTAS GENERALES LOS CONDUCTORES A TIERRA PARA CANALIZACIONES Y EQUIPOS SE REALIZARON DE ACUERDO A LA TABLA 260-96 DE LA NORMA OFICIAL MEXICANA LA CAIDA DE TENSION EN ALIMENTADORES GENERALES Y ALIMENTADORES DE CIRCUITOS GENERALES ESTAN CALCULADOS DE ACUERDO A LOS ARTICULOS210-19 Y 215 B DE LA NORMA OFICIAL MEXICANA. LOS CONDUCTORES QUE SE USARAN SERAN CON AISLAMIENTO TW-60 GRADOS CENTIGRADOS IUSA O SIMILAR PARA EL CALCULO DE LOS CONDUCTORES POR FACTOR DE AGRUPAMIENTO SE UTILIZO LA TABLA QUE INDICA EL ARTICULO 310-15 INCISO 8 DE LA NORMA OFICIAL. TODAS LAS CAJAS DE CONEXIÒN SERAN DEL TIPO CUADRADA TODA LA TUBERIA AHOGADA EN EL PISO O MURO SERA DEL TIPO POLDUCTO TODA LA TUBERIA QUE SE INSTALE AL EXTERIOR SERA DEL TIPO P.V.C. TODA LA TUBERIA QUE SE INSTALE APARENTE , A LA INTERPERIE SERA TIPO CONDUIT CON PARED GALVANIZADA GRUESA. ESTE PLANO CONTIENE SOLO INSTALACION ELECTRICA, PARA OTRA INFORMACION SOLICITAR PLANOS RESPECTIVOS. SE USARA TUBERIA FLEXIBLE CODIGO DE COLORES: FASE A NEGRO, FASE B ROJO, FACE C AZUL, NEUTRO BLANCO Y TIERRA FISICA DESNUDO ACOMETIDA DE CFE MEDIDOR TABLERO DE DISTRIBUCIÒN INTERRUPTOR TUBERIA POR LOSA TUBERIA POR PISO/ MURO SALIDA A SPOT M ARBOTANTE PISO APAGADOR SENCILLO CONTACTO DOBLE SLIM LINE BOMBA HIDRONEUMÀTICO p s SIMBOLOGÌA COQUIMBO CALLAO AREQUIPA LINDAVISTA VALPARAISO SANTIAGO AVENIDA INSUEGENTES NORTE LINDAVISTA CALI BUENAVISTA CROQUIS DE LOCALIZACIÒN N 1:100 METROS 15-ABRIL-2011 JORGE EDUARDO FLORES GUERRERO ARQ. JAVIER HÈCTOR BRACHO Y DE LA PARRA EDIFICACIÒN AVANZADA Materia: Maestro: Alumno: Fecha: Acotaciones: Escala: PLANTA CONJUNTO RESTAURANTE Y SALÒN DE EVENTOS C\ DOCUMENTSANDSETTINGS\ MISDOCUMENTOS\ARQ.DWG Archivo: Obra: Plano: INSTALACIÒN ELÈCTRICA CALLE DE AREQUIPA. NÙM. 163. COLONIA LINDAVISTA. DELEGACIÒN GUSTAVO A MADERO C.P 07800 MÈXICO D.F. MANZANA XXXV LOTE 22 Tipo: Ubicaciòn: DATOS DEL PREDIO: TOTAL: 2544. 20 m2 FONDO: 45.15 m FRENTE: 56. 35 m MODIFICACIONES TOTAL: 1440 m2 PLANTA BAJA: 720 m2 PLANTA ALTA: 720 m2 SUPERFICIE POR CONSTRUIR SUPERFICIE DEL TERRENO INSTALACIÒN SANITARIA Y GAS HBP FIRMA OBESERVACIONES FECHA IE-1 PLANTA CONJUNTO ESC. 1:100 NOTAS GENERALES IE-1 LOS CONDUCTORES A TIERRA PARA CANALIZACIONES Y EQUIPOS SE REALIZARON DE ACUERDO A LA TABLA 260-96 DE LA NORMA OFICIAL MEXICANA LA CAIDA DE TENSION EN ALIMENTADORES GENERALES Y ALIMENTADORES DE CIRCUITOS GENERALES ESTAN CALCULADOS DE ACUERDO A LOS ARTICULOS210-19 Y 215 B DE LA NORMA OFICIAL MEXICANA. LOS CONDUCTORES QUE SE USARAN SERAN CON AISLAMIENTO TW-60 GRADOS CENTIGRADOS IUSA O SIMILAR PARA EL CALCULO DE LOS CONDUCTORES POR FACTOR DE AGRUPAMIENTO SE UTILIZO LA TABLA QUE INDICA EL ARTICULO 310-15 INCISO 8 DE LA NORMA OFICIAL. TODAS LAS CAJAS DE CONEXIÒN SERAN DEL TIPO CUADRADA TODA LA TUBERIA AHOGADA EN EL PISO O MURO SERA DEL TIPO POLDUCTO TODA LA TUBERIA QUE SE INSTALE AL EXTERIOR SERA DEL TIPO P.V.C. TODA LA TUBERIA QUE SE INSTALE APARENTE , A LA INTERPERIE SERA TIPO CONDUIT CON PARED GALVANIZADA GRUESA. ESTE PLANO CONTIENE SOLO INSTALACION ELECTRICA, PARA OTRA INFORMACION SOLICITAR PLANOS RESPECTIVOS. SE USARA TUBERIA FLEXIBLE CODIGO DE COLORES: FASE A NEGRO, FASE B ROJO, FACE C AZUL, NEUTRO BLANCO Y TIERRA FISICA DESNUDO ACOMETIDA DE CFE MEDIDOR TABLERO DE DISTRIBUCIÒN INTERRUPTOR TUBERIA POR LOSA TUBERIA POR PISO/ MURO SALIDA A SPOT ARBOTANTE PISO ARBOTANTE APAGADOR SENCILLO CONTACTO DOBLE SLIM LINE HIDRONEUMÀTICO M SIMBOLOGÌA ESTACIONAMIENTO 1 2 3 4 5 7 A C B 6 JC. 0.05 m. JC. 0.05 m. JC. 0.05 m. JC. 0.05 m. JARDIN CASETA BUENAVISTA AREQUIPA COLINDANCIA COLINDANCIA 0,6 BN +/- 0.00 90º ACCESO PEATONA L NB +/- 0.00 NB +/- 0.00 ACCESO VEHICULAR NB +/- 0.00 56,35 1,24 2 6,94 6 6 6 6 6 6 10,18 7,58 2,6 36 7,58 2,6 5,2 36 7,58 7,58 45,15 5,3 5,53 14,3 15,35 2 2,67 28,08 17,07 20,19 4,55 3,34 5 7 5,18 2,62 3,5 FACHADA B FACHADA C FACHADA D FACHADA A A A’ 14 hm=2.7 m hm=2.7 m hm=1.5 m RESTAURANTE VESTIBULO ALMACEN NPT. + 00.15 8 1 2 3 4 5 6 7 9 10 11 13 12 24 23 22 20 21 19 18 17 16 SUBE COCINA ACCESO ACCESO 25 26 27 15 CUARTO DE MÀQUINAS DE ELEVADOR 0.90 hm=1.5 m 1.80 LV LV R R ELEVADOR NPT. + 00.15 01.80 01.80 0.90 0.90 01.80 01.80 0.80 0.90 NPT. + 00.15 NPT. + 00.15 NPT. + 00.15 CAJA H=30 P=17 DUCTO DE VENTILACIÓN p s s s NPT. + 00.15 SERVICIOS H. NPT. + 00.15 SERVICIOS H. t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D C2 C2 C2 C2 C2 C2 C2 C2 t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C4 C1 C4 C4 C4 C4 C4 C4 C4 C4 C4 C4 C4 C4 C4 C4 C4 C4 C4 C4 t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D C5 C5 C5 C5 C5 C5 C5 C5 C5 C5 C5 C5 C5 C5 C5 C5 C5 C5 C6 C6 C6 C6 C6 C6 C6 C6 C6 C6 C6 C6 C6 C6 C6 C6 C6 C6 C6 t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D C7 C7 C7 C7 C7 C7 C7 C7 C7 C7 C7 C7 C7 C7 C7 C7 C7 C7 C7 C7 C8 C8 C8 C8 C8 C8 C8 C8 C8 C8 C8 C8 C8 C8 C8 C8 C8 C8 C8 C8 C9 C9 C9 C9 C9 C9 C9 C9 C9 C9 C9 C9 C9 C9 C9 C9 C9 C9 C9 C9 C9 C10 C10 C10 C10 C10 C10 C10 C10 C10 C10 C10 C10 C10 C10 C10 C10 C10 C10 C10 C10 C10 t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D ACCESO t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 8#12 1#14 D t=19mm 8#12 1#14 D C11 C13 C11 C11 C11 C11 C11 C11 C11 C11 C11 C11 C11 C11 C11 C12 C12 C12 C12 C12 C12 C12 C12 C12 C12 C12 C12 C12 C12 C12 C12 C12 C12 C12 C12 C12 C12 C12 C12 C12 C12 C12 C12 C12 C12 t=19mm 8#12 1#14 D C13 C13 C13 C13 C13 C13 C13 C13 C13 C13 C13 C13 C13 C13 C13 C13 C13 C13 C13 C13 C13 C13 C13 C13 C13 C13 C13 C13 C13 A1 A2 A3 A4 A7 A6 C1 C2 C3 C4 C5 A5 C6 C7 C9 C8 C10 C11 C12 C13 C14 C15 C16 C17 C18 C19 C20 C21 C22 C23 C24 C25 C26 C27 C28 C29 C30 C31 C32 C33 C34 C36 C37 C35 C38 C39 C40 C3 C4 C5 C6 C7,C8,C9,C10, C11,C12, C13 C2 C16 A8 C41 CUARTO DE MAQUINAS AREQUIPA VALPARAISO SANTIAGO AVENIDA INSUEGENTES NORTE LINDAVISTA CALI BUENAVISTA I-E1 PLANTA CONJUNTO ESC. 1:100 DATOS DEL PREDIO: TOTAL: 2544. 20 m2 FONDO: 45.15 m FRENTE: 56. 35 m INSTALACIÒN ELÈCTRICA HBP FIRMA OBESERVACIONES FECHA MODIFICACIONES TOTAL: 1440 m2 PLANTA BAJA: 720 m2 PLANTA ALTA: 720 m2 SUPERFICIE POR CONSTRUIR SUPERFICIE DEL TERRENO CROQUIS DE LOCALIZACIÒN N PLANTA BAJA RESTAURANTE Y SALÒN DE EVENTOS C\ DOCUMENTSANDSETTINGS\ MISDOCUMENTOS\ARQ.DWG Archivo: Obra: Plano: INSTALACIÒN ELÈCTRICA 1:50 METROS 15-ABRIL-2011 JORGE EDUARDO FLORES GUERRERO ARQ. JAVIER HÈCTOR BRACHO Y DE LA PARRA EDIFICACIÒN AVANZADA CALLE DE AREQUIPA. NÙM. 163. COLONIA LINDAVISTA. DELEGACIÒN GUSTAVO A MADERO C.P 07800 MÈXICO D.F. MANZANA XXXV LOTE 22 Tipo: Ubicaciòn: Materia: Maestro: Alumno: Fecha: Acotaciones: Escala: IE-2 NOTAS GENERALES LOS CONDUCTORES A TIERRA PARA CANALIZACIONES Y EQUIPOS SE REALIZARON DE ACUERDO A LA TABLA 260-96 DE LA NORMA OFICIAL MEXICANA LA CAIDA DE TENSION EN ALIMENTADORES GENERALES Y ALIMENTADORES DE CIRCUITOS GENERALES ESTAN CALCULADOS DE ACUERDO A LOS ARTICULOS210-19 Y 215 B DE LA NORMA OFICIAL MEXICANA. LOS CONDUCTORES QUE SE USARAN SERAN CON AISLAMIENTO TW-60 GRADOS CENTIGRADOS IUSA O SIMILAR PARA EL CALCULO DE LOS CONDUCTORES POR FACTOR DE AGRUPAMIENTO SE UTILIZO LA TABLA QUE INDICA EL ARTICULO 310-15 INCISO 8 DE LA NORMA OFICIAL. TODAS LAS CAJAS DE CONEXIÒN SERAN DEL TIPO CUADRADA TODA LA TUBERIA AHOGADA EN EL PISO O MURO SERA DEL TIPO POLDUCTO TODA LA TUBERIA QUE SE INSTALE AL EXTERIOR SERA DEL TIPO P.V.C. TODA LA TUBERIA QUE SE INSTALE APARENTE , A LA INTERPERIE SERA TIPO CONDUIT CON PARED GALVANIZADA GRUESA. ESTE PLANO CONTIENE SOLO INSTALACION ELECTRICA, PARA OTRA INFORMACION SOLICITAR PLANOS RESPECTIVOS. SE USARA TUBERIA FLEXIBLE CODIGO DE COLORES: FASE A NEGRO, FASE B ROJO, FACE C AZUL, NEUTRO BLANCO Y TIERRA FISICA DESNUDO ACOMETIDA DE CFE MEDIDOR TABLERO DE DISTRIBUCIÒN INTERRUPTOR TUBERIA POR LOSA TUBERIA POR PISO/ MURO SALIDA A SPOT M ARBOTANTE PISO APAGADOR SENCILLO CONTACTO DOBLE SLIM LINE HIDRONEUMÀTICO p s SIMBOLOGÌA SALÓN DE EVENTOS BAJA COCINA FACHADA C FACHADA D B’ A’ 8 1 2 3 4 6 7 9 10 23 22 20 19 18 17 16 27 14 15 0,32 0,2 2,54 2,54 0,4 NPT. + 04.70 ADMINISTRACIÒN PROYECCIÒN DE DOMO NPT. + 04.70 NPT. + 04.70 NPT. + 04.70 0.90 VESTIBULO 1 2 3 4 5 6 7 A C B 5 7 9 11 13 12 24 21 SUBE FACHADA B B B’ A A’ 25 26 FACHADA A 1.9 1,9 1,9 CUARTO DE MÀQUINAS DE ELEVADOR 0.90 hm=1.5 m 0,32 0,2 0,4 ELEVADOR 0.90 01.80 0.80 0.90 6 20 5,59 14,41 3,61 1,98 5,08 2,3 3,61 1,98 0,7 0,9 1,5 0,8 1,49 0,9 0,83 2,6 1,39 0,7 36 6 6 6 6 6 6 2,54 2,54 2,2 2,98 1,05 3,01 0,7 H=30 P=17 hm=2.7 m hm=2.7 m hm=1.5 m VESTIBULO 5 11 13 12 24 21 SUBE 25 CUARTO DE MÀQUINAS DE ELEVADOR 0.90 hm=1.5 m ELEVADOR 0.90 01.80 0.80 H=30 P=17 DUCTO DE VENTILACIÓN s s NPT. + 00.15 SERVICIOS H. NPT. + 00.15 SERVICIOS H. t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D C1 C14 C14 C14 C14 C14 C14 C14 C14 C14 C14 C14 C14 C14 C14 C14 C14 C14 C14 t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D C15 C15 C15 C15 C15 t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D C16 C4 C4 C4 C4 C4 t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D A8 A9 A10 A7 A6 C51 C50 C52 A11 C53 C54 C56 C55 C57 C58 C59 C60 C61 C62 C63 C64 C65 C25 C26 C66 C67 C68 C69 C70 C71 C42 C43 C45 C46 C44 C47 C48 C49 C16 C17 C18 C19 C1 RESTAURANTE VESTIBULO 1 2 3 4 5 6 7 A C B ALMACEN NPT. + 00.15 8 1 2 3 4 5 6 7 9 10 11 13 12 24 23 22 20 21 19 18 17 16 SUBE COCINA FACHADA B FACHADA D B B’ ACCESO ACCESO ACCESO A A’ 25 26 27 14 15 FACHADA A 1.9 1,9 1,9 CUARTO DE MÀQUINAS DE ELEVADOR 0.90 hm=1.5 m hm=1.5 m hm=1.5 m hm=1.5 m hm=1.5 m 0,32 0,2 0,4 hm=1.5 m FACHADA C LV LV R R ELEVADOR NPT. + 00.15 01.80 01.80 0.90 0.90 01.80 01.80 0.80 0.90 NPT. + 00.15 NPT. + 00.15 NPT. + 00.15 CAJA 6 20 5,59 14,41 3,61 1,98 5,08 2,3 3,61 1,98 0,7 0,9 1,5 0,8 1,49 0,9 0,83 2,6 1,39 0,7 36 6 6 6 6 6 6 2,54 2,54 2,2 2,98 1,05 3,01 0,7 H=30 P=17 CUARTO DE MAQUINAS 14 hm=2.7 m hm=2.7 m hm=1.5 m RESTAURANTE VESTIBULO ALMACEN NPT. + 00.15 8 1 2 3 4 5 6 7 9 10 11 13 12 24 23 22 20 21 19 18 17 16 SUBE COCINA 25 26 27 14 15 CUARTO DE MÀQUINAS DE ELEVADOR 0.90 hm=1.5 m 1.80 LV LV R R ELEVADOR NPT. + 00.15 01.80 01.80 0.90 0.90 01.80 01.80 0.80 0.90 NPT. + 00.15 NPT. + 00.15 NPT. + 00.15 CAJA H=30 P=17 DUCTO DE VENTILACIÓN s s NPT. + 00.15 SERVICIOS H. NPT. + 00.15 SERVICIOS H. t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 C1 t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D C2 C2 C2 C2 C2 C2 C2 C2 t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C3 C4 C1 C4 C4 C4 C4 C4 C4 C4 C4 C4 C4 C4 C4 C4 C4 C4 C4 C4 C4 t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D C5 C5 C5 C5 C5 C5 C5 C5 C5 C5 C5 C5 C5 C5 C5 C5 C5 C5 C6 C6 C6 C6 C6 C6 C6 C6 C6 C6 C6 C6 C6 C6 C6 C6 C6 C6 C6 t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D C7 C7 t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D A1 A2 A3 A4 A7 A6 C1 C2 C3 C4 C5 A5 C6 C7 C9 C8 C10 C11 C12 C13 C14 C15 C16 C17 C18 C19 C20 C21 C22 C23 C24 C25 C26 C27 C28 C29 C30 C31 C32 C33 C34 C36 C37 C35 C38 C39 C40 C3 C4 C5 C6 C2 C16 C1 ALMACEN NPT. + 04.70 C2 C2 C14 t=19mm 6#12 1#14 D t=19mm 6#12 1#14 D C15 C16 C16 C16 C16 C16 C16 C16 C16 C16 C16 C16 C16 C16 C16 C16 C16 C16 C16 C16 C17 C17 C17 C17 C17 C17 C17 C17 C17 C17 C17 C17 C17 C17 C17 C18 C18 C18 C18 C18 C18 C18 C18 C18 C18 C18 C18 C18 C18 C18 C18 C18 C18 C18 C18 C19 C19 C19 C19 C19 C19 C19 C19 C19 C19 C19 C19 C19 C19 C19 C19 C19 C19 C19 A12 A13 A14