Residential Electrical Installation DWG Detail for AutoCAD

It is an electrical installation of a cas 2 large floors with all its calculations and details that this should contain

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

Simbology specifications ground floor upper floor, Fluorescent lamp, Ceiling lamp cfni voltage, Built-in voltage lamp, Outdoor luminaire mh voltage, top floor, plant, lamps, Total of lamps, Total power, do not. Power circuit, Wiring harness, T.f., Load center board, Nones, Peers, Single-line diagram of p.a. P.b., T.f., T.f., T.f., Circuit no. Vs, Tension fall ground floor, T.f., Center charging circuits., Triple double damper, Eraser tracks, lamps, T.f. R., T.f. R., T.f. R., lamps, Total of lamps, Total power, Center charging circuits., Ground floor p.b., High floor p.a., do not. Power circuit, top floor, low level, Circuit no. Vs, High voltage strain drop, Load center vs, Simple contact, Contacts, Double contact, Special contact, T.f. R., T.f. R., T.f. R., T.f. R., T.f. R., T.f. R., T.f. R., T.f., Contacts, Contacts, do not. Power circuit, low level, do not. Power circuit, low level, T.f., T.f., T.f., T.f., T.f., Circuit no. Vs, Contacts, T.f., T.f., Circuit no. Vs, Load center vs, T.f., T.f., T.f., T.f., Center charging circuits., Center charging circuits., T.f., T.f., T.f., T.f., T.f., T.f., T.f., voltage, Cfni voltage, voltage, Mh voltage, Circuits, Watts, Current in amps, Conductor gauge pipe diameter, voltage, T.f., T.f., T.f., T.f., T.f., T.f., T.f., T.f., T.f., T.f., T.f., T.f., T.f., T.f., voltage, Ground floor p. B., T.f., T.f., T.f., voltage, Cfni voltage, voltage, Mh voltage, Circuits, Watts, Current in amps, Conductor gauge pipe diameter, voltage, total, T.f., T.f., T.f., T.f., T.f., T.f., T.f., T.f., T.f., T.f., T.f., T.f., T.f., voltage, High plant p. to., Simbology specifications ground floor upper floor, Fluorescent lamp, Ceiling lamp cfni voltage, Built-in voltage lamp, Outdoor luminaire mh voltage, lamps, Triple double damper, Eraser tracks, lamps, Simple contact, Contacts, Double contact, Special contact, Contacts, Contacts, Contacts, Wiring harness, T.f., T.f. R., T.f. R., T.f. R., T.f. R., T.f. R., T.f. R., T.f. R., T.f. R., T.f. R., T.f. R., T.f., Industrial service baccalaureate center, Ing: takeshi agustin cruz ortiz, Matter: performs maintenance electrical installations., Who, Student: ju balcon daniel alfonso, Date: november, Dimension: in meters indicated, flat:, Content: residential electrical installation, low, high, total, T.f., T.f., top floor, low level, top floor, low level, Floor plan, Contact plan, Nm., Load boards, low

Raw text data extracted from CAD file:

Simbologia Especificaciones Planta Baja Planta Alta Lampara Fluorescente LF-11 Calux 4x24 W T5 = 96 W Voltaje 120/277 Lampara de Techo LT-33 2x36 W CFNI = 72 W Voltaje 120/277 Lampara de Techo LT-35 2X26 W CFNI = 52 W Voltaje 120/277 Lampara Embutida LE-15 1x40 W R50 Voltaje 120 Luminaria Exterior EX-48 1x100 W MH Voltaje 120/240/277 PlANTA ALTA PlANTA 37 Lamparas 1480 W 18 Lamparas 936 W 12 Lamparas 864 W 7 Lamparas 672 W 12 Lamparas 1200 W 86 Lamparas Total de Lamparas 5152 W Potencia Total No. de Circuitos Potencia 1 1440 W 2 J1 celuda de cableado a T-1/2 " 1-12 F 1-12 N 1-12 T.F. 680 W a a a 3 1168 W Tablero del Centro de Carga J Nones A B Pares 1 3 5 7 9 11 13 15 12 14 16 2 4 6 8 10 a a 4 688 W a a a a a a a a a 5 1176 W M Diagrama Unifilar DE P.A. Y P.B. P= 1440 W I= 6.54 A 2F= 3H S= 2.082 mm² L= 47.9 m 2x15 A T= 1/2 2= 14 F 1= 14 T.F. P= 680 W I= 5.66 A 1F= 3H S= 2.082 mm² L= 7.81 m P= 1168 W I= 9.73 A 1F= 3H S= 2.082 mm² L= 31.1 m P= 688 W I= 5.73 A 1F= 3H S= 2.082 mm² L= 24.68 m P= 1176 W I= 9.8 A 1F= 3H S= 2.082 mm² L= 31.46 m J1 J1 J1 J1 J1 J1 J1 J1 J1 J1 J1 J2 J2 J2 J2 J2 J2 J2 J2 J2 J2 J2 J2 J3 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. J4 J4 J4 J4 J4 J4 J4 J4 J4 J4 J4 J4 J4 J4 J4 J5 J5 J5 J5 J5 J5 J5 J5 J5 J5 J5 J5 J5 J5 J5 J5 J5 J5 J5 J5 J5 J5 J3 J3 J3 J3 J3 J3 J3 J3 J3 J3 J3 J3 J3 J3 J3 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. Circuito No. 1 4LI = 4(47.9 m) (6.54 A) = 2.73 % VS (220 V) (2.082 mm²) Circuito No. 2 4LI = 4(7.81 m) (5.66 A) = 0.7 % VS (120 V) (2.082 mm²) Circuito No. 3 4LI = 4(31.1 m) (9.73 A) = 4.84 % VS (120 V) (2.082 mm²) Circuito No. 4 4LI = 4(24.68 m) (5.73 A) = 2.26 % VS (120 V) (2.082 mm²) Circuito No. 5 4LI = 4(31.46 m) (9.8 A) = 4.93 % VS (120 V) (2.082 mm²) CAIDA DE TENSION - PLANTA BAJA (P.B.) 2x110 A T= 1, 1/4 2= 2 F 1= 2 N 1= 6 T.F. Centro de Carga J -18 Circuitos. 120-220V PT= 23652 W IT= 107.5 A 2F= 4H S= 13.3 mm² L= 7m Apagador Simple, Doble y Triple 1 3-Dobles 2-Triple Apagador 3 Vias 9 Lamparas 900 W J1 J1 a J3 J3 J3 J3 J3 J3 J1 J2 J3 J4 J5 b T-1/2 " 1-12 F 1-12 N 1-12 T.F. 1-12 R. c T-1/2 " 1-12 F 1-12 N 1-12 T.F. 2-12 R. T-1/2 " 1-12 F 1-12 T.F. 2-12 R. d g g e e a e e g g d h a i i i b a a f f j j c h d d i i i a g a g g g c d f f f h b j f f i i a a b i i g g g g g i a a a j j j h i d i i b c j k g b d j j h a j j j k c b a i g g i a l l l l l l l l l l l l l l a-b b a a a-b a b b a-b-c a a a-b a a a a b 18 Lamparas 720 W 14 Lamparas 728 W 10 Lamparas 720 W 6 Lamparas 576 W 48 Lamparas Total de Lamparas 2744 W Potencia Total Centro de Carga U - 14 Circuitos. 120-220V Planta Baja ( P.B. ) Planta Alta ( P.A. ) No. de Circuitos Potencia 6 856 W 7 872 W 8 976 W Planta Alta (P.A.) Planta Baja (P.B.) Circuito No. 1 4LI = 4(20.9 m) (7.13 A) = 2.38 % VS (120 V) (2.082 mm²) Circuito No. 2 4LI = 4(30.25 m) (7.26 A) = 3.51 % VS (120 V) (2.082 mm²) Circuito No. 3 4LI = 4(28.3 m) (8.13 A) = 3.68 % VS (120 V) (2.082 mm²) CAIDA DE TENSION - PLANTA ALTA (P.A.) Centro de 4LI = 4(7 m) (86.15A) = 1.31 % Carga U VS (220 V) (8.367 mm²) U1 U2 U3 P= 856 W I= 7.13 A 1F= 3H S= 2.082 mm² L= 20.9 m P= 872 W I= 7.26 A 1F= 3H S= 2.082 mm² L= 30.25 m P= 976 W I= 8.13 A 1F= 3H S= 2.082 mm² L= 28.3 m a a c c b a-b-c a b b c a a a a a a a a U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U3 U3 U3 U3 U3 U3 U3 U3 U3 U3 U3 U3 U3 U3 U3 U3 U3 U J a a a a i i i i i i i i i i c c c c j j j j f f a a a a a a a a h h h h b g g g i i a-b-c a-b a-b a-b e d g a j e e g a j e k g f k g g e j a a c c b a g g b b h d a a a a b b b b b h Contacto Simple 250 W 31 Contactos 7750 W Contacto Doble 500 W 2 2 2 2 2 2 2 Contacto Especial 1500 W T-1/2 " 1-12 N 1-12 T.F. 2-12 R. e T-1/2 " 1-12 N 1-12 T.F. 3-12 R. f T-1/2 " 1-12 N 1-12 T.F. 1-12 R. g T-1/2 " 1-12 T.F. 3-12 R. h T-1/2 " 1-12 F 1-12 T.F. 1-12 R. i T-1/2 " 1-12 N 1-12 T.F. 3-12 R. j 1-12 F T-1/2 " 1-12 F 1-12 T.F. 3-12 R. k l T-1/2 " 2-12 F 1-12 N 1-12 T.F. 2 2 2 2 2 2 29 Contactos 7250 W 12 Contactos 6000 W 2 Contacots 3000 W No. de Circuitos Potencia 9 10 Planta Baja (P.B.) No. de Circuitos Potencia Planta Baja (P.B.) 11 12 13 14 U6 U6 U6 U6 U6 U6 U5 U4 U7 U13 U14 U4 U4 U4 U4 U5 U5 U5 U5 U5 U7 U7 U7 U7 U8 U8 U8 U12 U11 U9 U10 4 1500 W 5 6 7 8 U9 U9 U9 U9 U10 U10 U10 U11 U11 U11 U12 U12 1500 W 1500 W 1500 W 1500 W 1500 W 1500 W 1500 W 1250 W 1500 W 1500 W a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a P= 1500 W I= 12.5 A 1F= 3H S= 2.082 mm² L= 18.65 m 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. J6 J7 J8 J9 J10 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. U4 U5 U6 P= 1500 W I= 12.5 A 1F= 3H S= 2.082 mm² L= 12.35 m 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. U7 U8 U9 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. U10 U11 U12 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. U13 U14 P= 1500 W I= 12.5 A 1F= 3H S= 2.082 mm² L= 14.66 m P= 1500 W I= 12.5 A 1F= 3H S= 2.082 mm² L= 24.5 m P= 1500 W I= 12.5 A 1F= 3H S= 2.082 mm² L= 10.7 m P= 1500 W I= 12.5 A 1F= 3H S= 2.082 mm² L= 15.2 m P= 1500 W I= 12.5 A 1F= 3H S= 2.082 mm² L= 14.4 m P= 1500 W I= 12.5 A 1F= 3H S= 2.082 mm² L= 16.6 m P= 1500 W I= 12.5 A 1F= 3H S= 2.082 mm² L= 13.4 m P= 1250 W I= 10.41 A 1F= 3H S= 2.082 mm² L= 12.8 m P= 1500 W I= 12.5 A 1F= 3H S= 2.082 mm² L= 2.2 m P= 1500 W I= 12.5 A 1F= 3H S= 2.082 mm² L= 3.4 m Circuito No. 4 4LI = 4(12.35 m) (12.5 A) = 2.47 % VS (120 V) (2.082 mm²) Circuito No. 5 4LI = 4(14.66 m) (12.5 A) = 2.93 % VS (120 V) (2.082 mm²) Circuito No. 6 4LI = 4(24.7 m) (12.5 A) = 4.94 % VS (120 V) (2.082 mm²) Circuito No. 7 4LI = 4(10.7 m) (12.5 A) = 2.14 % VS (120 V) (2.082 mm²) Circuito No. 8 4LI = 4(15.2 m) (12.5 A) = 3.04 % VS (120 V) (2.082 mm²) Circuito No. 9 4LI = 4(14.4 m) (12.5 A) = 2.88 % VS (120 V) (2.082 mm²) Circuito No. 10 4LI = 4(16.6 m) (12.5 A) = 3.32 % VS (120 V) (2.082 mm²) Circuito No. 11 4LI = 4(13.4 m) (12.5 A) = 2.68 % VS (120 V) (2.082 mm²) Circuito No. 12 4LI = 4(12.8 m) (10.41 A) = 2.13 % VS (120 V) (2.082 mm²) Circuito No. 13 4LI = 4(2.2 m) (12.5 A) = 0.44 % VS (120 V) (2.082 mm²) Circuito No. 14 4LI = 4(3.4 m) (12.5 A) = 0.68 % VS (120 V) (2.082 mm²) 1 1440 W 2 680 W 3 1168 W 4 688 W 5 1176 W 2 2 2 2 2 2 2 2 9 Contactos 4500 W 4 Contactos 6000 W 11 12 13 14 15 16 9 10 1500 W 1500 W 1500 W 1500 W 1500 W 1250 W 1500 W 1500 W J6 J17 J18 J11 J6 J6 J6 J6 J6 J7 J7 J7 J7 J7 2 J8 J8 J8 J8 J8 J9 J9 J9 J9 J10 J10 J10 J10 J10 J11 J11 J11 J11 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. J11 J12 J13 J14 J15 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. J16 J17 J18 J13 J12 J13 J13 J14 J15 J16 J12 J12 J14 J14 J14 Circuito No. 6 4LI = 4(18.65 m) (12.5 A) = 3.73 % VS (120 V) (2.082 mm²) Circuito No. 7 4LI = 4(8.2 m) (12.5 A) = 1.64 % VS (120 V) (2.082 mm²) Circuito No. 8 4LI = 4(12.7 m) (12.5 A) = 2.54 % VS (120 V) (2.082 mm²) Circuito No. 9 4LI = 4(16.21 m) (12.5 A) = 3.24 % VS (120 V) (2.082 mm²) Circuito No. 10 4LI = 4(11 m) (12.5 A) = 2.2 % VS (120 V) (2.082 mm²) Circuito No. 11 4LI = 4(13.8 m) (12.5 A) = 2.76 % VS (120 V) (2.082 mm²) Circuito No. 12 4LI = 4(32.8 m) (8.33 A) = 4.73 % VS (120 V) (2.082 mm²) Circuito No. 13 4LI = 4(27.1 m) (8.33 A) = 3.61 % VS (120 V) (2.082 mm²) Circuito No. 14 4LI = 4(29.5 m) (10.41 A) = 4.91 % VS (120 V) (2.082 mm²) Circuito No. 15 4LI = 4(21.9 m) (12.5 A) = 4.38 % VS (120 V) (2.082 mm²) Circuito No. 16 4LI = 4(19.83 m) (12.5 A) = 3.96 % VS (120 V) (2.082 mm²) Circuito No. 17 4LI = 4(15.8 m) (12.5 A) = 3.16 % VS (120 V) (2.082 mm²) Circuito No. 18 4LI = 4(15.41 m) (12.5 A) = 3.08 % VS (120 V) (2.082 mm²) Centro de 4LI = 4(7 m) (107.5A) = 1.02 % Carga J VS (220 V) (13.3 mm²) 17 18 1500 W 1500 W 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. P= 1500 W I= 12.5 A 1F= 3H S= 2.082 mm² L= 8.2 m P= 1500 W I= 12.5 A 1F= 3H S= 2.082 mm² L= 12.7 m P= 1500 W I= 12.5 A 1F= 3H S= 2.082 mm² L= 16.21 m P= 1500 W I= 12.5 A 1F= 3H S= 2.082 mm² L= 11 m P= 1500 W I= 12.5 A 1F= 3H S= 2.082 mm² L= 13.8 m P= 1000 W I= 8.33 A 1F= 3H S= 2.082 mm² L= 32.8 m P= 1250 W I= 10.41 A 1F= 3H S= 2.082 mm² L= 29.5 m P= 1500 W I= 12.5 A 1F= 3H S= 2.082 mm² L= 21.9 m P= 1500 W I= 12.5 A 1F= 3H S= 2.082 mm² L= 19.83 m P= 1500 W I= 12.5 A 1F= 3H S= 2.082 mm² L= 15.8 m P= 1500 W I= 12.5 A 1F= 3H S= 2.082 mm² L= 15.41 m a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a P= 1000 W I= 8.33 A 1F= 3H S= 2.082 mm² L= 27.1 m 2x110 A T= 1, 1/4 2= 2 F 1= 2 N 1= 8 T.F. PT= 18954 W IT= 86.15 A 2F= 4H S= 8.367 mm² L= 7m J1 a a a a a a a a a a a a a a J1 J1 J1 J1 J1 J1 J1 J1 J1 J1 J1 J2 J2 J2 J2 J2 J2 J2 J2 J2 J2 J2 J2 J3 J4 J4 J4 J4 J4 J4 J4 J4 J4 J4 J4 J4 J4 J4 J4 J5 J5 J5 J5 J5 J5 J5 J5 J5 J5 J5 J5 J5 J5 J5 J5 J5 J5 J5 J5 J5 J5 J3 J3 J3 J3 J3 J3 J3 J3 J3 J3 J3 J3 J3 J3 J3 J1 J1 a J3 J3 J3 J3 J3 J3 g g e e a e e g g d h a i i i b a a f f j j c h d d i i i a g a g g g c d f f f h b j f f i i a a b i i g g g g g i a a a j j j h i d i i b c j k g b d j j h a j j j k c b a i g g i a l l l l l l l l l l l l l l a-b b a a a-b a b b a-b-c a a a-b a a a a b a a c c b a-b-c a b b c a a a a a a a a U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U2 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U1 U3 U3 U3 U3 U3 U3 U3 U3 U3 U3 U3 U3 U3 U3 U3 U3 U3 U J a a a a i i i i i i i i i i c c c c j j j j f f a a a a a a a a h h h h b g g g i i a-b-c a-b a-b a-b e d g a j e e g a j e k g f k g g e j a a c c b a g g b b h d a a a a b b b b b h 2 2 2 2 2 2 2 2 2 2 2 2 U6 U6 U6 U6 U6 U6 U5 U4 U7 U13 U14 U4 U4 U4 U4 U5 U5 U5 U5 U5 U7 U7 U7 U7 U8 U8 U8 U12 U11 U9 U10 U9 U9 U9 U9 U10 U10 U10 U11 U11 U11 U12 U12 a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a 2 2 2 2 2 2 2 2 J6 J17 J18 J11 J6 J6 J6 J6 J6 J7 J7 J7 J7 J7 2 J8 J8 J8 J8 J8 J9 J9 J9 J9 J10 J10 J10 J10 J10 J11 J11 J11 J11 J13 J12 J13 J13 J14 J15 J16 J12 J12 J14 J14 J14 a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a a M P= 1440 W I= 6.54 A 2F= 3H S= 2.082 mm² L= 47.9 m C.T= 2.73 % 2x15 A T= 1/2 2= 14 F 1= 14 T.F. P= 680 W I= 5.66 A 1F= 3H S= 2.082 mm² L= 7.81 m C.T.= 0.7% P= 1168 W I= 9.73 A 1F= 3H S= 2.082 mm² L= 31.1 m C.T.= 4.84 P= 688 W I= 5.73 A 1F= 3H S= 2.082 mm² L= 24.68 m C.T.= 2.26% P= 1176 W I= 9.8 A 1F= 3H S= 2.082 mm² L= 31.46 m C.T.= 4.93% 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 2x110 A T= 1, 1/4 2= 2 F 1= 2 N 1= 6 T.F. Centro de Carga J -18 Circuitos. 120-220V PT= 23652 W IT= 107.5 A 2F= 4H S= 13.3 mm² L= 7m C.T.= 1.02% J1 J2 J3 J4 J5 Centro de Carga U - 14 Circuitos. 120-220V U1 U2 U3 P= 856 W I= 7.13 A 1F= 3H S= 2.082 mm² L= 20.9 m C.T.= 2.38% P= 872 W I= 7.26 A 1F= 3H S= 2.082 mm² L= 30.25 m C.T.= 3.51% P= 976 W I= 8.13 A 1F= 3H S= 2.082 mm² L= 28.3 m C.T.= 3.68% P= 1500 W I= 12.5 A 1F= 3H S= 2.082 mm² L= 18.65 m C.T.= 3.73% 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. J6 J7 J8 J9 J10 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. U4 U5 P= 1500 W I= 12.5 A 1F= 3H S= 2.082 mm² L= 12.35 m C.T.= 2.47% 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. P= 1500 W I= 12.5 A 1F= 3H S= 2.082 mm² L= 14.66 m C.T.= 2.93% P= 1500 W I= 12.5 A 1F= 3H S= 2.082 mm² L= 24.5 m C.T.= 4.94% P= 1500 W I= 12.5 A 1F= 3H S= 2.082 mm² L= 10.7 m C.T.= 2.14% P= 1500 W I= 12.5 A 1F= 3H S= 2.082 mm² L= 15.2 m C.T= 3.04% P= 1500 W I= 12.5 A 1F= 3H S= 2.082 mm² L= 14.4 m C.T.= 2.88% P= 1500 W I= 12.5 A 1F= 3H S= 2.082 mm² L= 16.6 m C.T.= 3.32% P= 1500 W I= 12.5 A 1F= 3H S= 2.082 mm² L= 13.4 m C.T.= 2.68% P= 1250 W I= 10.41 A 1F= 3H S= 2.082 mm² L= 12.8 m C.T.= 2.13% P= 1500 W I= 12.5 A 1F= 3H S= 2.082 mm² L= 2.2 m C.T.= 0.44% P= 1500 W I= 12.5 A 1F= 3H S= 2.082 mm² L= 3.4 m C.T.= 0.68% 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. J11 J12 J13 J14 J15 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. J16 J17 J18 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. 1x15 A T= 1/2 1= 14 F 1= 14 N 1= 14 T.F. P= 1500 W I= 12.5 A 1F= 3H S= 2.082 mm² L= 8.2 m C.T.= 1.64 P= 1500 W I= 12.5 A 1F= 3H S= 2.082 mm² L= 12.7 m C.T.= 2.54% P= 1500 W I= 12.5 A 1F= 3H S= 2.082 mm² L= 16.21 m C.T.= 3.24% P= 1500 W I= 12.5 A 1F= 3H S= 2.082 mm² L= 11 m C.T.= 2.2% P= 1500 W I= 12.5 A 1F= 3H S= 2.082 mm² L= 13.8 m C.T.= 2.76% P= 1000 W I= 8.33 A 1F= 3H S= 2.082 mm² L= 32.8 m C.T.= 4.73% P= 1250 W I= 10.41 A 1F= 3H S= 2.082 mm² L= 29.5 m C.T.= 4.91% P= 1500 W I= 12.5 A 1F= 3H S= 2.082 mm² L= 21.9 m C.T.= 4.38% P= 1500 W I= 12.5 A 1F= 3H S= 2.082 mm² L= 19.83 m C.T.= 3.96% P= 1500 W I= 12.5 A 1F= 3H S= 2.082 mm² L= 15.8 m C.T.= 3.16% P= 1500 W I= 12.5 A 1F= 3H S= 2.082 mm² L= 15.41 m C.T.= 3.08% P= 1000 W I= 8.33 A 1F= 3H S= 2.082 mm² L= 27.1 m C.T.= 3.61% 2x110 A T= 1, 1/4 2= 2 F 1= 2 N 1= 8 T.F. PT= 18954 W IT= 86.15 A 2F= 4H S= 8.367 mm² L= 7m C.T.= 1.31% 4x24 W T5 = 96 W Voltaje 120/277 2x36 W CFNI = 72 W Voltaje 120/277 2X26 W CFNI = 52 W Voltaje 120/277 1x40 W R50 Voltaje 120 1x100 W MH Voltaje 120/277 Circuitos J1 J2 J3 J4 J5 \W5.15464; WATTS A B Corriente en Amperes Calibre del Conductor y Diametro de la Tuberia 250 W Voltaje 120/277 J6 J7 J8 J9 J10 J11 J12 J13 J14 720 W 680 W 1168 W 1500 W 1500 W 1500 W 1500 W 688 W 1500 W 1000 W 1000 W 1250 W 1500 W 1500 W T-1/2 " 2-12 F 1-12 N 1-12 T.F. T-1/2 " 1-12 F 1-12 N 1-12 T.F. T-1/2 " 1-12 F 1-12 N 1-12 T.F. T-1/2 " 1-12 F 1-12 N 1-12 T.F. T-1/2 " 1-12 F 1-12 N 1-12 T.F. T-1/2 " 1-12 F 1-12 N 1-12 T.F. T-1/2 " 1-12 F 1-12 N 1-12 T.F. T-1/2 " 1-12 F 1-12 N 1-12 T.F. T-1/2 " 1-12 F 1-12 N 1-12 T.F. T-1/2 " 1-12 F 1-12 N 1-12 T.F. T-1/2 " 1-12 F 1-12 N 1-12 T.F. T-1/2 " 1-12 F 1-12 N 1-12 T.F. T-1/2 " 1-12 F 1-12 N 1-12 T.F. 1-12 F 1-12 N 1-12 T.F. 6.54 A 9.73 A 5.73 A 2 2 3 1 2 250 W Voltaje 120/277 250 W Voltaje 120/277 5.66 A 10 9 6 4 1 4 1 3 1 1 9.8 A 12.5 A 12.5 A 12.5 A 12.5 A 12.5 A 12.5 A 10.41 A 8.33 A PLANTA BAJA ( P. B. ) 12 T-1/2 " J15 J16 J17 1 1 1500 W 1176 W 1500 W 1-12 F 1-12 N 1-12 T.F. 12.5 A T-1/2 " 1-12 F 1-12 N 1-12 T.F. 12.5 A T-1/2 " 1-12 F 1-12 N 1-12 T.F. 12.5 A T-1/2 " 2 2 4 1 4 1 1 2 2 1 1 1500 W 12.5 A 6 2 2 11 2 2 11 1 6 4 J18 8.33 A 720 W 4x24 W T5 = 96 W Voltaje 120/277 2x36 W CFNI = 72 W Voltaje 120/277 2X26 W CFNI = 52 W Voltaje 120/277 1x40 W R50 Voltaje 120 1x100 W MH Voltaje 120/277 Circuitos U1 U2 U3 U4 U5 \W5.15464; WATTS A B Corriente en Amperes Calibre del Conductor y Diametro de la Tuberia 250 W Voltaje 120/277 U6 U7 U8 U9 U10 U11 U12 U13 U14 856 W 872 W 976 W 1500 W 1500 W 1500 W 1500 W 1500 W 1500 W 1500 W 1500 W 1250 W 1500 W 1500 W 9228 W 9726 W TOTAL T-1/2 " 1-12 F 1-12 N 1-12 T.F. T-1/2 " 1-12 F 1-12 N 1-12 T.F. T-1/2 " 1-12 F 1-12 N 1-12 T.F. T-1/2 " 1-12 F 1-12 N 1-12 T.F. T-1/2 " 1-12 F 1-12 N 1-12 T.F. T-1/2 " 1-12 F 1-12 N 1-12 T.F. T-1/2 " 1-12 F 1-12 N 1-12 T.F. T-1/2 " 1-12 F 1-12 N 1-12 T.F. T-1/2 " 1-12 F 1-12 N 1-12 T.F. T-1/2 " 1-12 F 1-12 N 1-12 T.F. T-1/2 " 1-12 F 1-12 N 1-12 T.F. T-1/2 " 1-12 F 1-12 N 1-12 T.F. T-1/2 " 1-12 F 1-12 N 1-12 T.F. 7.13 A 8.13 A 12.5 A 2 2 2 1 4 5 6 7 2 250 W Voltaje 120/277 250 W Voltaje 120/277 7.26 A 6 2 2 9 4 6 10 14 18 1 6 6 4 1 4 1 3 2 2 2 2 2 1 1 1 29 2 12 12.5 A 12.5 A 12.5 A 12.5 A 12.5 A 12.5 A 12.5 A 12.5 A 12.5 A 10.41 A 157.9 A PLANTA ALTA ( P. A. ) Simbologia Especificaciones Planta Baja Planta Alta Lampara Fluorescente LF-11 Calux 4x24 W T5 = 96 W Voltaje 120/277 Lampara de Techo LT-33 2x36 W CFNI = 72 W Voltaje 120/277 Lampara de Techo LT-35 2X26 W CFNI = 52 W Voltaje 120/277 Lampara Embutida LE-15 1x40 W R50 Voltaje 120 Luminaria Exterior EX-48 1x100 W MH Voltaje 120/240/277 37 Lamparas 1480 W 18 Lamparas 936 W 12 Lamparas 864 W 7 Lamparas 672 W 12 Lamparas 1200 W Apagador Simple, Doble y Triple Apagador 3 Vias 18 Lamparas 720 W 14 Lamparas 728 W 10 Lamparas 720 W 6 Lamparas 576 W Contacto Simple 250 W 31 Contactos 7750 W Contacto Doble 500 W 2 Contacto Especial 1500 W 29 Contactos 7250 W 12 Contactos 6000 W 2 Contacots 3000 W 9 Contactos 4500 W 4 Contactos 6000 W celuda de cableado a T-1/2 " 1-12 F 1-12 N 1-12 T.F. b T-1/2 " 1-12 F 1-12 N 1-12 T.F. 1-12 R. c T-1/2 " 1-12 F 1-12 N 1-12 T.F. 2-12 R. T-1/2 " 1-12 F 1-12 T.F. 2-12 R. d T-1/2 " 1-12 N 1-12 T.F. 2-12 R. e T-1/2 " 1-12 N 1-12 T.F. 3-12 R. f T-1/2 " 1-12 N 1-12 T.F. 1-12 R. g T-1/2 " 1-12 T.F. 3-12 R. h T-1/2 " 1-12 F 1-12 T.F. 1-12 R. i T-1/2 " 1-12 N 1-12 T.F. 3-12 R. j 1-12 F T-1/2 " 1-12 F 1-12 T.F. 3-12 R. k l T-1/2 " 2-12 F 1-12 N 1-12 T.F. J6 J7 J8 J9 J10 J11 J12 J13 J14 Centro De Bachillerato Tecnologico Industrial y De Servicio No.155 Docente: ING: Takeshi Agustin Cruz Ortiz Materia: Realiza Mantenimiento A Instalaciones Electricas. Dibujo: WHO Alumno: Ju Balcon Daniel Alfonso Fecha: Noviembre 2015 Acotamiento: Escala: En metros Indicada Plano: 1/1 Contenido: Instalacion Electrica Residencial \A1;Planta Baja = \SSumaMayor - SumaMenor/SumaMayor x 100; = \S12076 - 11576/12076 x 100; = 4.14% \A1;Planta Alta = \SSumaMayor - SumaMenor/SumaMayor x 100; = \S9726 - 9228/9726 x 100; = 5.12% \A1;DESBALANCEO 12076 W 11576 W TOTAL 7 12 18 27 31 4 9 189.5 A 12 1-12 F 1-12 N 1-12 T.F. T-1/2 " T-1/2 " 1-12 F 1-12 N 1-12 T.F. Planta Alta (P.A.) Planta Baja (P.B.) Planta Alta (P.A.) Planta Baja (P.B.) Plano de Alumbadro Plano de Contactos Diagrama Unifilar (D.U.) Cuadros de Cargas BAJA

Language	Spanish
Drawing Type	Detail
Category	Mechanical, Electrical & Plumbing (MEP)
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File Type	dwg
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Building Features	Car Parking Lot
Tags	autocad, calculations, DETAIL, details, DWG, einrichtungen, electrical, electrical installation, electricity, facilities, floors, gas, gesundheit, Housing, installation, l'approvisionnement en eau, la sant, large, le gaz, machine room, maquinas, maschinenrauminstallations, provision, residential, wasser bestimmung, water

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