Caida Tensiu00F3n Casa Blanca_01Mar15

7/21/2019 Caida Tensiu00F3n Casa Blanca_01Mar15

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Cuadro de cargas TD-1 (Bungalows)

1 Alumbrado y Tomacorrientes (Sección 50-10 Tabla 1! C"#-$)

Alumbrado y tomacorrientes (30 m2 x 25W/m2) Cargas mó%ilesComputadora

Cuadro de cargas cuarto de reser%orios T-&

1 Alumbrado y TomacorrientesAlumbrado 0.10

Tomacorrientes 0.20

Cuadro de cargas en'ermera y receción T-&#

1 Alumbrado y Tomacorrientes (Sección 50-10 Tabla 1! C"#-$)Alumbrado y tomacorrientes (111 m2 x 25W/m2)

Cuadro de cargas garita de seguridad T-*S


Tomacorrientes 0.20

Cuadro de cargas garita de control T-*C


Tomacorrientes 0.20

Cuadro de Cargas +antenimiento y ser%icio T-+A"

1 Alumbrado y Tomacorrientes (Sección 50-10 Tabla 1! C"#-$)

Carga unitaria(,)

!xima "emanda # 1.00 $W%ntensidad !xima# 5.1 A&actor de 'otencia promedio# 0*uministro# 220 + / 1, / -0

Carga unitaria(,)


Carga unitaria(,)

!xima "emanda # 2. $W%ntensidad !xima# 2. A&actor de 'otencia promedio# 0

*uministro# 220 + / 1, / -0

Carga unitaria(,)


Carga unitaria(,)

!xima "emanda # 1.2 $W%ntensidad !xima# -.1 A&actor de 'otencia promedio# 0*uministro# 220 + / 1, / -0

Carga unitaria(,)



Alumbrado y tomacorrientes (152 m2 x 25W/m2)

Cuadro de Cargas .olideorti%o y canc/as T*-&

1 Alumbrado y Tomacorrientes (Sección 50-10 Tabla 1! C"#-$)Alumbrado y tomacorrientes (-1 m2 x 20W/m2)

Cargas mó%ileseectores asim4tricos 00W 0.0

eectores asim4tricos 250W 0.25

!xima "emanda # 3. $W%ntensidad !xima# 1.2 A&actor de 'otencia promedio# 0*uministro# 220 + / 1, / -0

Carga unitaria(,)

!xima "emanda # 2. $W%ntensidad !xima# .5 A&actor de 'otencia promedio# 05*uministro# 220 + / 3, / -0



Cuadro de Cargas .olideorti%o y canc/as T .

1 Alumbrado y Tomacorrientes (Sección 50-10 Tabla 1! C"#-$)Alumbrado y tomacorrientes (5m2 x 20W/m2)

Cuadro de Cargas .olideorti%o y canc/as T 2

1 Alumbrado y Tomacorrientes (Sección 50-10 Tabla 1! C"#-$)Alumbrado y tomacorrientes (1-2 m2 x 20W/m2)

Carga unitaria(,)

!xima "emanda # .1 $W%ntensidad !xima# 2 A&actor de 'otencia promedio# 05*uministro# 220 + / 3, / -0

Carga unitaria(,)

!xima "emanda # 3.2 $W%ntensidad !xima# 10 A&actor de 'otencia promedio# 05*uministro# 220 + / 3, / -0



Cuadro de Cargas Club /ouse T-C3

1 Alumbrado y Tomacorrientes (Sección 50-10 Tabla 1! C"#-$)Club 6ouse 7 Alumbrado y tomacorrientes (551m2 x 25W/m2)

Sistemas #l4ctricos #seciales (Sección 50-0()(d) C"#-$)Calentador el4ctrico 2.00

8lectrobombas de piscina 9rande 3.3

8lectrobombas de pisicina mediana 0.5

8lectrobombas de pisicina mediana 0.5

8:uipos de aire acondicionado 10.00

Carga unitaria(,)

!xima "emanda # 3.- $W%ntensidad !xima# 122.0 A&actor de 'otencia promedio# 05*uministro# 220 + / 3, / -0



Cuadro de Cargas Cocina T-CC6"A

1 Alumbrado y Tomacorrientes (Sección 50-10 Tabla 1! C"#-$)Cocina 7 Alumbrado y tomacorrientes (20m2 x 25W/m2)

Sistemas #l4ctricos #seciales (Sección 50-0()(d) C"#-$)Campana extractora 0.-0

orno 1.00

Cuadro de Cargas TD-#BA.-1


Tomacorrientes 0.20

Sistemas #l4ctricos (#lectrobombas)8lectrobombas de a9ua de reser;orio(3 <nd. = 20') 1.2

8lectrobombas de a9ua potable para manteniemiento (2 <nd. = 1') 0.5

8lectrobombas sumidero (2 <nd. = 25') 1.

Cuadro de Cargas TD-#BA&T-1

1 Alumbrado y Tomacorrientes

Alumbrado 0.10 Tomacorrientes 0.20

Sistemas #l4ctricos (#lectrobombas)8lectrobombas de a9ua de reser;orio(3 <nd. = 20') 1.2

8lectrobombas sumidero (2 <nd. = 25') 1.

Cuadro de Cargas .lanta de Tratamiento .TA&D-1



Sistemas #l4ctricos (#lectrobombas)'lanta de tratamiento 2.

Cuadro de Cargas TD-CDB-1



Carga unitaria(,)

!xima "emanda # .- $W%ntensidad !xima# 2.51 A&actor de 'otencia promedio# 05*uministro# 220 + / 3, / -0

Carga unitaria(,)

!xima "emanda # 35- $W%ntensidad !xima# 11- A&actor de 'otencia promedio# 05*uministro# 220 + / 3, / -0

Carga unitaria(,)

!xima "emanda # 31 $W%ntensidad !xima# 11- A&actor de 'otencia promedio# 05*uministro# 220 + / 3, / -0

Carga unitaria(,)

!xima "emanda # $W%ntensidad !xima# 1.1 A&actor de 'otencia promedio# 05*uministro# 220 + / 3, / -0

Carga unitaria(,)



Sistemas #l4ctricos (#lectrobombas)8lectrobombas (2 <nd. = -.5') .5

Cuadro de Cargas TD-CDB-


Tomacorrientes 0.20

Sistemas #l4ctricos (#lectrobombas)8lectrobombas (2 <nd. = 15') 1.12

!xima "emanda # 10 $W%ntensidad !xima# 30. A&actor de 'otencia promedio# 05*uministro# 220 + / 3, / -0

Carga unitaria(,)

!xima "emanda # 25 $W%ntensidad !xima# A&actor de 'otencia promedio# 05

*uministro# 220 + / 3, / -0



Cuadro de Cargas TD-CDB-!


Tomacorrientes 0.20

Sistemas #l4ctricos (#lectrobombas)8lectrobombas (2 <nd. = 55') .10



Tomacorrientes 0.20

Sistemas #l4ctricos (#lectrobombas)8lectrobombas (2 <nd. = 5') 5.-0



Tomacorrientes 0.20

Sistemas #l4ctricos (#lectrobombas)8lectrobombas (2 <nd. = 35') 2.-1



Tomacorrientes 0.20

Sistemas #l4ctricos (#lectrobombas)

8lectrobombas (2 <nd. = 12') .5



Tomacorrientes 0.20

Sistemas #l4ctricos (#lectrobombas)

8lectrobombas (2 <nd. = -5') .5

Carga unitaria(,)

!xima "emanda # 5 $W%ntensidad !xima# 15 A&actor de 'otencia promedio# 05*uministro# 220 + / 3, / -0

Carga unitaria(,)

!xima "emanda # 115 $W%ntensidad !xima# 2-- A&actor de 'otencia promedio# 05*uministro# 220 + / 3, / -0

Carga unitaria(,)


Carga unitaria(,)

!xima "emanda # 12 $W%ntensidad !xima# 5-.2 A&actor de 'otencia promedio# 05*uministro# 220 + / 3, / -0

Carga unitaria(,)



Cuadro de cargas &esumen

1 :i%iendas y edi;cios de mantenimientoCuadro de car9as T"71 (>un9alo?s) 1.00

Cuadro de car9as cuarto de reser;orios T7 0.50

Cuadro de car9as en@ermera y recepciBn T78

Cuadro de car9as 9arita de se9uridad T7*

Cuadro de car9as 9arita de control T7C

Cuadro de Car9as antenimiento y ser;icio T7AD

Cuadro de Car9as 'olideporti;o y canc6as T7

Cuadro de Car9as Club 6ouse T7C

Cuadro de Car9as Cocina T7CEC%DA

Sistemas #l4ctricos (#lectrobombas)Cuadro de Car9as T"78>A'71

Cuadro de Car9as T"78>AT71

Cuadro de Car9as 'lanta de Tratamiento 'TA"71

Cuadro de Car9as T"7C">71




Cuadro de Car9as T"7C">7-



:i%iendas .royectadasFotes proyectados 5.00

! Alumbrado e<teriorAlumbrado de ;as internas (6G3m) 0.0

Alumbrado mediante pastorales (6Gm) 0.0

Carga unitaria(,)




Cantidad +=Demanda (,)

0.5 100 0.5

0.25 100 0.25

1=00 1=00


1.00 0.10 100 0.102.00 0.0 100 0.0

0=50 0=50


2. 100 2.

=89 =89


1.00 0.10 100 0.102.00 0.0 100 0.0

0=50 0=50


1.00 0.20 100 0.205.00 1.00 100 1.00

1=0 1=0


C=6nstalada(,)

2=D=(>)

C=6nstalada(,)

2=D=(>)

C=6nstalada(,)

2=D=(>)

C=6nstalada(,)

2=D=(>)

C=6nstalada(,)

2=D=(>)

C=6nstalada(,)

2=D=(>)



3.0 100 3.0

=90 =90


1-. 100 1-.

2.00 .-0 100 .-0.00 1.00 100 1.00

8=9 8=9

C=6nstalada(,)

2=D=(>)




.0 100 .0

?=09 ?=09


3.2 100 3.2

=! =!

C=6nstalada(,)

2=D=(>)

C=6nstalada(,)

2=D=(>)




1-.53 100 1-.53

.00 .00 25 2.003.00 11.1 - .501.00 0.5 100 0.51.00 0.5 100 0.52.00 20.00 -0 12.00

58=1 ?=5

C=6nstalada(,)

2=D=(>)




-.00 100 -.00

1.00 0.-0 100 0.-02.00 2.00 100 2.00

9=70 9=70


2.00 0.20 100 0.201.00 0.20 100 0.20

3.00 .- - 2.2.00 1. 100 1.2.00 3.3 100 3.3

50=9 5=71


2.00 0.20 100 0.201.00 0.20 100 0.20

3.00 .- - 2.2.00 3.3 100 3.3

!9=9? !=1


3.00 0.30 100 0.302.00 0.0 100 0.0

1.00 2. - 1.

0=5! 0=7?


1.00 0.10 100 0.101.00 0.20 100 0.20

C=6nstalada(,)

2=D=(>)

C=6nstalada(,)

2=D=(>)

C=6nstalada(,)

2=D=(>)

C=6nstalada(,)

2=D=(>)

C=6nstalada(,)

2=D=(>)



2.00 .0 100 .0

10=00 10=00


1.00 0.10 100 0.101.00 0.20 100 0.20

2.00 2.2 100 2.2

=5! =5!

C=6nstalada(,)

2=D=(>)




1.00 0.10 100 0.101.00

0.20 100 0.20

2.00 .21 100 .21

9=51 9=51


1.00 0.10 100 0.101.00 0.20 100 0.20

2.00 11.1 100 11.1

11=!? 11=!?


1.00 0.10 100 0.101.00 0.20 100 0.20

2.00 5.22 100 5.22

5=5 5=5


1.00 0.10 100 0.101.00 0.20 100 0.20

2.00 1.0 100 1.0

19=0 19=0


1.00 0.10 100 0.101.00 0.20 100 0.20

2.00 .0 100 .0

C=6nstalada(,)

2=D=(>)

C=6nstalada(,)

2=D=(>)

C=6nstalada(,)

2=D=(>)

C=6nstalada(,)

2=D=(>)

C=6nstalada(,)

2=D=(>)



10=00 10=00




50.00 50.00 5 3.502.00 1.00 5 0.5

2. 5 2.0

0.50 5 0.3

1.20 5 0.0

3.0 5 2.5

2.3 5 20.53

3.52 5 2.-

.-0 5 -.5

35.-1 100 35.-1

3.12 100 3.12

20.- 100 20.-

10.00 100 10.00

2.5 100 2.5

.51 100 .51

11. 100 11.

5.52 100 5.52

1.20 100 1.20

10.00 100 10.00

11.00 55.00 50 .50

12.00 .- 100 .-13.00 0.1 100 0.1

1@55=1 8!!=95

C=6nstalada(,)

2=D=(>)



CC$ D# C

SAB A 8!=59

CIRCUITO 1 CARGA (KW) TENSION TIPO COS j

"D 0-1 1.20 220 Tri@!sico 0.0 3.50 20.3


"D 0-1 2. 220 Tri@!sico 0.0 8.09 -.


"D 0-1 20.- 220 Tri@!sico 0.5 63.89 50.


"D 0-1 .1 220 Tri@!sico 0.0 145.53 2.3

"D 1- .1 220 Tri@!sico 0.0 144.07 21.52

"D - 3.1 220 Tri@!sico 0.0 114.92 2.3

"D -! 35.-1 220 Tri@!sico 0.0 103.84 -.

INTENSIDAD

(AP)

LONGITUD

(!")

INTENSIDAD(AP)

LONGITUD(!")

INTENSIDAD(AP)

LONGITUD(!")

INTENSIDAD(AP)

LONGITUD(!")



CC$ D# C

SC. B 1=9


"D 0-1 25.00 220 Tri@!sico 0.0 72.90 23.53

"D 1- 20.00 220 Tri@!sico 0.0 58.32 12.-

"D - 15.00 220 Tri@!sico 0.0 43.74 12.53

"D -! 10.00 220 Tri@!sico 0.0 29.16 13.

"D !-5 5.00 220 Tri@!sico 0.0 14.58 1.12


"D 0-1 50.00 220 Tri@!sico 0.0 145.80 53.2

"D 1- 2.50 220 Tri@!sico 0.0 80.19 .2

"D - 25.00 220 Tri@!sico 0.0 72.90 1.1"D -! 22.50 220 Tri@!sico 0.0 65.61 1.1

"D !-5 20.00 220 Tri@!sico 0.0 58.32 13.0

"D 5-7 1.50 220 Tri@!sico 0.0 51.03 .-

"D 7-8 10.00 220 Tri@!sico 0.0 29.16 1-.

"D 8-9 .50 220 Tri@!sico 0.0 21.87 1.05

"D 9-? 5.00 220 Tri@!sico 0.0 14.58 1.0-

"D ?-10 2.50 220 Tri@!sico 0.0 7.29 1.0

INTENSIDAD(AP) LONGITUD(!")

INTENSIDAD(AP)

LONGITUD(!")



CC$ D# C

CARGA (KW) TENSION TIPO COS j

"D 7-a .50 220 Tri@!sico 0.0 21.87 .53"D a-b 5.00 220 Tri@!sico 0.0 14.58 13.

"D b-c 2.50 220 Tri@!sico 0.0 7.29 1.52


"D 1- 22.50 220 Tri@!sico 0.0 65.61 13.3

"D - 20.00 220 Tri@!sico 0.0 58.32 -.

CIRCUITO 2 # R$%$01

INTENSIDAD(AP)

LONGITUD(!")

CIRCUITO 2 # R$%$02

INTENSIDAD(AP)

LONGITUD(!")



CC$ D# C


"D -a 10.00 220 Tri@!sico 0.0 29.16 .-2"D a-b .50 220 Tri@!sico 0.0 21.87 1.0

"D b-c 5.00 220 Tri@!sico 0.0 14.58 13.2

"D c-d 2.50 220 Tri@!sico 0.0 7.29 1-.3


"D -e 10.00 220 Tri@!sico 0.0 29.16 10.3

"D e-' .50 220 Tri@!sico 0.0 21.87 13.2

"D '-g 5.00 220 Tri@!sico 0.0 14.58 15.3

"D g-/ 2.50 220 Tri@!sico 0.0 7.29 1.1


"D 0-1 20.00 220 Tri@!sico 0.0 58.32 135.-2

"D 1- 1.50 220 Tri@!sico 0.0 51.03 25.-

"D - 15.00 220 Tri@!sico 0.0 43.74 13.--

"D -! 12.50 220 Tri@!sico 0.0 36.45 .3

"D !-5 10.00 220 Tri@!sico 0.0 29.16 .

CIRCUITO 2 # R$%$03

INTENSIDAD(AP)

LONGITUD(!")

CIRCUITO 2 # R$%$04

INTENSIDAD(AP)

LONGITUD(!")

INTENSIDAD(AP)

LONGITUD(!")



CC$ D# C

"D 5-7 .50 220 Tri@!sico 0.0 21.87 12.21

"D 7-8 5.00 220 Tri@!sico 0.0 14.58 15.0

"D 8-9 2.50 220 Tri@!sico 0.0 7.29 1.


"D 0-1 2.3 220 Tri@!sico 0.0 79.82 135.-2

INTENSIDAD(AP)

LONGITUD(!")



CC$ D# C

SC. C 0=


"D 0-1 -.50 220 Tri@!sico 0.0 196.82 12.

"D 1- 3.50 220 Tri@!sico 0.0 109.35 1.5

"D - 35.00 220 Tri@!sico 0.0 102.06 1.53

"D -! 32.50 220 Tri@!sico 0.0 94.77 15.-

"D !-5 30.00 220 Tri@!sico 0.0 87.48 1-.2

"D 5-7 2.50 220 Tri@!sico 0.0 80.19 1-.1

"D 7-8 25.00 220 Tri@!sico 0.0 72.90 1-.31

"D 8-9 22.50 220 Tri@!sico 0.0 65.61 1.30

"D 9-? 20.00 220 Tri@!sico 0.0 58.32 15.1

"D ?-10 1.50 220 Tri@!sico 0.0 51.03 1.1

"D 10-11 15.00 220 Tri@!sico 0.0 43.74 11.-

"D 11-1 12.50 220 Tri@!sico 0.0 36.45 11.-

"D 1-1 10.00 220 Tri@!sico 0.0 29.16 11.5

"D 1-1! .50 220 Tri@!sico 0.0 21.87 13.5

"D 1!-15 5.00 220 Tri@!sico 0.0 14.58 1-.00

"D 15-17 2.50 220 Tri@!sico 0.0 7.29 1-.00


"D 1- 30.00 220 Tri@!sico 0.0 87.48 -.50

INTENSIDAD(AP)

LONGITUD(!")

CIRCUITO 1 # R$%$01

INTENSIDAD(AP)

LONGITUD(!")



CC$ D# C


"D -a 1.50 220 Tri@!sico 0.0 51.03 2.00

"D a-b 15.00 220 Tri@!sico 0.0 43.74 2.0

"D b-c 12.50 220 Tri@!sico 0.0 36.45 21.11

"D c-d 10.00 220 Tri@!sico 0.0 29.16 15.0

"D d-e .50 220 Tri@!sico 0.0 21.87 1.5-

"D e-' 5.00 220 Tri@!sico 0.0 14.58 13.-2

"D '-g 2.50 220 Tri@!sico 0.0 7.29 13.


"D -/ 12.50 220 Tri@!sico 0.0 36.45 1-.3-

"D /-i 10.00 220 Tri@!sico 0.0 29.16 11.-"D i-E .50 220 Tri@!sico 0.0 21.87 1.50

"D E-, 5.00 220 Tri@!sico 0.0 14.58 11.

"D ,-l 2.50 220 Tri@!sico 0.0 7.29 11.2


CIRCUITO 1 # R$%$02

INTENSIDAD(AP)

LONGITUD(!")

CIRCUITO 1 # R$%$03

INTENSIDAD(AP)

LONGITUD(!")

INTENSIDAD(AP)

LONGITUD(!")



CC$ D# C

"D 0-1 5.00 220 Tri@!sico 0.0 247.85 11.

"D 1- 0.00 220 Tri@!sico 0.0 116.64 1-.1

"D - 30.00 220 Tri@!sico 0.0 87.48 .1

"D -! 2.50 220 Tri@!sico 0.0 80.19 1.01

"D !-5 25.00 220 Tri@!sico 0.0 72.90 1.00"D 5-7 22.50 220 Tri@!sico 0.0 65.61 13.3

"D 7-8 20.00 220 Tri@!sico 0.0 58.32 11.2

"D 8-9 1.50 220 Tri@!sico 0.0 51.03 11.

"D 9-? 15.00 220 Tri@!sico 0.0 43.74 11.

"D ?-10 12.50 220 Tri@!sico 0.0 36.45 12.0

"D 10-11 10.00 220 Tri@!sico 0.0 29.16 13.2

"D 11-1 .50 220 Tri@!sico 0.0 21.87 15.1

"D 1-1 5.00 220 Tri@!sico 0.0 14.58 1.33

"D 1-1! 2.50 220 Tri@!sico 0.0 7.29 2.0


"D -a 10.00 220 Tri@!sico 0.0 29.16 .00

"D a-b .50 220 Tri@!sico 0.0 21.87 1-.35

"D b-c 5.00 220 Tri@!sico 0.0 14.58 1-.5

"D c-d 2.50 220 Tri@!sico 0.0 7.29 1-.

CIRCUITO 2 # R$%$

01

INTENSIDAD

(AP)

LONGITUD

(!")



CC$ D# C


"D 1- 5.00 220 Tri@!sico 0.0 131.22 .00"D - 2.50 220 Tri@!sico 0.0 123.93 10.0


"D -a 22.50 220 Tri@!sico 0.0 65.61 -.50

"D a-b 20.00 220 Tri@!sico 0.0 58.32 15.10

"D b-c 1.50 220 Tri@!sico 0.0 51.03 12.-

"D c-d 15.00 220 Tri@!sico 0.0 43.74 11.0

"D d-e 12.50 220 Tri@!sico 0.0 36.45 10.

"D e-' 10.00 220 Tri@!sico 0.0 29.16 12.

"D '-g .50 220 Tri@!sico 0.0 21.87 1.23

"D g-/ 5.00 220 Tri@!sico 0.0 14.58 1-.3

"D /-i 2.50 220 Tri@!sico 0.0 7.29 1.


"D -E 20.00 220 Tri@!sico 0.0 58.32 1.-3

"D E-, 1.50 220 Tri@!sico 0.0 51.03 13.1

CIRCUITO 2 # R$%$02

INTENSIDAD(AP)

LONGITUD(!")

CIRCUITO 2 # R$%$03

INTENSIDAD(AP)

LONGITUD(!")

CIRCUITO 2 # R$%$04

INTENSIDAD(AP)

LONGITUD(!")



CC$ D# C

"D ,-l 15.00 220 Tri@!sico 0.0 43.74 13.2

"D l-m 12.50 220 Tri@!sico 0.0 36.45 1.1

"D m-n 10.00 220 Tri@!sico 0.0 29.16 13.-

"D n-F .50 220 Tri@!sico 0.0 21.87 1.00

"D F-o 5.00 220 Tri@!sico 0.0 14.58 1.00"D o- 2.50 220 Tri@!sico 0.0 7.29 1.00



CC$ D# C


"D 0-1 0.00 220 Tri@!sico 0.0 116.64 11.-"D 1- 3.50 220 Tri@!sico 0.0 109.35 12.5

"D - 20.00 220 Tri@!sico 0.0 58.32 1.0

"D -! 1.50 220 Tri@!sico 0.0 51.03 1.3

"D !-5 15.00 220 Tri@!sico 0.0 43.74 11.-

"D 5-7 12.50 220 Tri@!sico 0.0 36.45 11.-5

"D 7-8 10.00 220 Tri@!sico 0.0 29.16 12.

"D 8-9 .50 220 Tri@!sico 0.0 21.87 12.

"D 9-? 5.00 220 Tri@!sico 0.0 14.58 1.00

"D ?-10 2.50 220 Tri@!sico 0.0 7.29 1.11


"D -a 1.50 220 Tri@!sico 0.0 51.03 1.

"D a-b 15.00 220 Tri@!sico 0.0 43.74 1.02

"D b-c 12.50 220 Tri@!sico 0.0 36.45 13.

"D c-d 10.00 220 Tri@!sico 0.0 29.16 1.1

"D d-e .50 220 Tri@!sico 0.0 21.87 1.00

"D e-' 5.00 220 Tri@!sico 0.0 14.58 1.00

"D '-g 2.50 220 Tri@!sico 0.0 7.29 1.12

INTENSIDAD(AP)

LONGITUD(!")

CIRCUITO 3 # R$%$01

INTENSIDAD(AP)

LONGITUD(!")



CC$ D# C


"D 0-1 0.00 220 Tri@!sico 0.0 116.64 105.2"D 1- 3.50 220 Tri@!sico 0.0 109.35 1.

"D - 25.00 220 Tri@!sico 0.0 72.90 1-.10

"D -! 22.50 220 Tri@!sico 0.0 65.61 1.03

"D !-5 20.00 220 Tri@!sico 0.0 58.32 13.

"D 5-7 1.50 220 Tri@!sico 0.0 51.03 12.1

"D 7-8 15.00 220 Tri@!sico 0.0 43.74 13.

"D 8-9 12.50 220 Tri@!sico 0.0 36.45 13.

"D 9-? 10.00 220 Tri@!sico 0.0 29.16 12.

"D ?-10 .50 220 Tri@!sico 0.0 21.87 12.

"D 10-11 5.00 220 Tri@!sico 0.0 14.58 .55

"D 11-1 2.50 220 Tri@!sico 0.0 7.29 11.52


"D -a 15.00 220 Tri@!sico 0.0 43.74 -.10

"D a-b 12.50 220 Tri@!sico 0.0 36.45 15.3

"D b-c 10.00 220 Tri@!sico 0.0 29.16 1.

"D c-d .50 220 Tri@!sico 0.0 21.87 1-.11

"D d-e 5.00 220 Tri@!sico 0.0 14.58 1.0-

"D e-' 2.50 220 Tri@!sico 0.0 7.29 1.-

INTENSIDAD(AP)

LONGITUD(!")

CIRCUITO 4 # R$%$01

INTENSIDAD(AP)

LONGITUD(!")



CC$ D# C


"D 0-1 -.2 220 Tri@!sico 0.0 200.39 5.0

"D 1- --.22 220 Tri@!sico 0.0 193.10 1-.

"D - -3.2 220 Tri@!sico 0.0 185.81 13.3

"D -! -1.22 220 Tri@!sico 0.0 178.52 1.10

"D !-5 5.2 220 Tri@!sico 0.0 171.23 13.

"D 5-7 5-.22 220 Tri@!sico 0.0 163.94 1.11

"D 7-8 53.2 220 Tri@!sico 0.0 156.65 1.00

"D 8-9 51.22 220 Tri@!sico 0.0 149.36 15.-

"D 9-? .2 220 Tri@!sico 0.0 142.07 11.-

"D ?-10 -.22 220 Tri@!sico 0.0 134.79 1.-

"D 10-11 3.2 220 Tri@!sico 0.0 127.50 12.15

"D 11-1 1.22 220 Tri@!sico 0.0 120.21 11.2

"D 1-1 3.2 220 Tri@!sico 0.0 112.92 1.1

"D 1-1! 3-.22 220 Tri@!sico 0.0 105.63 15.10"D 1!-15 33.2 220 Tri@!sico 0.0 98.34 13.

"D 15-17 23.3 220 Tri@!sico 0.0 69.18 .-1

"D 17-18 5.52 220 Tri@!sico 0.0 16.10 1.--

INTENSIDAD(AP)

LONGITUD(!")



CC$ D# C


"D 15-a 10.00 220 Tri@!sico 0.0 29.15 3.10


"D 0-1 1.00 220 Tri@!sico 0.0 2.92 2-.00

"D 1- 0.50 220 Tri@!sico 0.0 1.46 1.00

SC. D !=17


"D 0-1 0.00 220 Tri@!sico 0.0 116.64 1.1

"D 1- 3.50 220 Tri@!sico 0.0 109.35 2.

"D - 25.00 220 Tri@!sico 0.0 72.90 12.5

"D -! 22.50 220 Tri@!sico 0.0 65.61 10.

"D !-5 20.00 220 Tri@!sico 0.0 58.32 1.-3

"D 5-7 1.50 220 Tri@!sico 0.0 51.03 13.

"D 7-8 15.00 220 Tri@!sico 0.0 43.74 12.3-

"D 8-9 12.50 220 Tri@!sico 0.0 36.45 11.

CIRCUITO 5 # R$%$01

INTENSIDAD(AP)

LONGITUD(!")

INTENSIDAD(AP)

LONGITUD(!")

INTENSIDAD(AP)

LONGITUD(!")



CC$ D# C

"D 9-? 10.00 220 Tri@!sico 0.0 29.16 1.50

"D ?-10 .50 220 Tri@!sico 0.0 21.87 .3

"D 10-11 5.00 220 Tri@!sico 0.0 14.58 11.

"D 11-1 2.50 220 Tri@!sico 0.0 7.29 10.3-


"D -a 12.50 220 Tri@!sico 0.0 36.45 22.13

"D a-b 10.00 220 Tri@!sico 0.0 29.16 1.5

"D b-c .50 220 Tri@!sico 0.0 21.87 15.2

"D c-d 5.00 220 Tri@!sico 0.0 14.58 11.3

"D d-e 2.50 220 Tri@!sico 0.0 7.29 21.00


"D 0-1 30.00 220 Tri@!sico 0.0 87.48 .2

"D 1- 20.00 220 Tri@!sico 0.0 58.32 2.3-

"D - 1.50 220 Tri@!sico 0.0 51.03 1.52

"D -! 10.00 220 Tri@!sico 0.0 29.16 3.00

"D !-5 .50 220 Tri@!sico 0.0 21.87 1.

"D 5-7 5.00 220 Tri@!sico 0.0 14.58 12.

"D 7-8 2.50 220 Tri@!sico 0.0 7.29 11.2

CIRCUITO 1 # R$%$01

INTENSIDAD(AP)

LONGITUD(!")

INTENSIDAD(AP)

LONGITUD(!")



CC$ D# C


"D 1-a 10.00 220 Tri@!sico 0.0 29.16 2.5"D a-b .50 220 Tri@!sico 0.0 21.87 1.2

"D b-c 5.00 220 Tri@!sico 0.0 14.58 20.--

"D c-d 2.50 220 Tri@!sico 0.0 7.29 15.0


"D -e .50 220 Tri@!sico 0.0 21.87 1.--

"D e-' 5.00 220 Tri@!sico 0.0 14.58 13.

"D '-g 2.50 220 Tri@!sico 0.0 7.29 1.15


"D 0-1 -5.00 220 Tri@!sico 0.0 189.53 2.50

"D 1- -2.50 220 Tri@!sico 0.0 182.24 1.2-

"D - .50 220 Tri@!sico 0.0 138.51 .-

"D -! 35.00 220 Tri@!sico 0.0 102.06 .5

"D !-5 32.50 220 Tri@!sico 0.0 94.77 15.

"D 5-7 30.00 220 Tri@!sico 0.0 87.48 13.3

CIRCUITO 2 # R$%$01

INTENSIDAD(AP)

LONGITUD(!")

CIRCUITO 2 # R$%$02

INTENSIDAD(AP)

LONGITUD(!")

INTENSIDAD(AP)

LONGITUD(!")



CC$ D# C

"D 7-8 2.50 220 Tri@!sico 0.0 80.19 1.21

"D 8-9 25.00 220 Tri@!sico 0.0 72.90 11.-

"D 9-? 22.50 220 Tri@!sico 0.0 65.61 12.13

"D ?-10 20.00 220 Tri@!sico 0.0 58.32 11.5

"D 10-11 1.50 220 Tri@!sico 0.0 51.03 20.22"D 11-1 15.00 220 Tri@!sico 0.0 43.74 13.5

"D 1-1 12.50 220 Tri@!sico 0.0 36.45 1.5

"D 1-1! 10.00 220 Tri@!sico 0.0 29.16 1-.3

"D 1!-15 .50 220 Tri@!sico 0.0 21.87 1.-

"D 15-17 5.00 220 Tri@!sico 0.0 14.58 1-.

"D 17-18 2.50 220 Tri@!sico 0.0 7.29 12.-


"D -a 12.50 220 Tri@!sico 0.0 36.45 15.33

"D a-b 10.00 220 Tri@!sico 0.0 29.16 1-.32

"D b-c .50 220 Tri@!sico 0.0 21.87 1-.-

"D c-d 5.00 220 Tri@!sico 0.0 14.58 20.03

"D d-e 2.50 220 Tri@!sico 0.0 7.29 12.


"D -' 12.50 220 Tri@!sico 0.0 36.45 10.00

CIRCUITO 3 # R$%$01

INTENSIDAD(AP)

LONGITUD(!")

CIRCUITO 3 # R$%$02

INTENSIDAD(AP)

LONGITUD(!")



CC$ D# C

"D '-g 10.00 220 Tri@!sico 0.0 29.16 13.10

"D g-/ .50 220 Tri@!sico 0.0 21.87 1.00

"D /-i 5.00 220 Tri@!sico 0.0 14.58 1-.0

"D i-E 2.50 220 Tri@!sico 0.0 7.29 2.0



CC$ D# C


"D 0-1 3-.51 220 Tri@!sico 0.0 106.45 3.5"D 1- 35.51 220 Tri@!sico 0.0 103.53 -.2

"D - 3.51 220 Tri@!sico 0.0 100.62 -.1

"D -! 33.51 220 Tri@!sico 0.0 97.70 -.3

"D !-5 32.51 220 Tri@!sico 0.0 94.78 -.-2

"D 5-7 31.51 220 Tri@!sico 0.0 91.87 2.-

"D 7-8 30.51 220 Tri@!sico 0.0 88.95 11.52

"D 8-9 2.51 220 Tri@!sico 0.0 86.04 2.00

"D 9-? 2.51 220 Tri@!sico 0.0 83.12 11.-2

"D ?-10 2.51 220 Tri@!sico 0.0 80.21 1.-3

"D 10-11 2-.51 220 Tri@!sico 0.0 77.29 10.03

"D 11-1 25.51 220 Tri@!sico 0.0 74.37 10.

"D 1-1 1.00 220 Tri@!sico 0.0 49.57 1-.05

"D 1-1! 1-.00 220 Tri@!sico 0.0 46.65 10.5

"D 1!-15 15.00 220 Tri@!sico 0.0 43.74 .0"D 15-17 1.00 220 Tri@!sico 0.0 40.82 .52

"D 17-18 13.00 220 Tri@!sico 0.0 37.91 5.-

"D 18-19 12.00 220 Tri@!sico 0.0 34.99 .05

"D 19-1? 11.00 220 Tri@!sico 0.0 32.08 10.-

"D 1?-0 10.00 220 Tri@!sico 0.0 29.16 1.2

"D 0-1 .00 220 Tri@!sico 0.0 26.24 .

"D 1- .00 220 Tri@!sico 0.0 23.33 2.2

"D - .00 220 Tri@!sico 0.0 20.41 10.5

INTENSIDAD(AP)

LONGITUD(!")



CC$ D# C

"D -! -.00 220 Tri@!sico 0.0 17.50 .0-

"D !-5 5.00 220 Tri@!sico 0.0 14.58 10.2

"D 5-7 .00 220 Tri@!sico 0.0 11.66 1.52

"D 7-8 3.00 220 Tri@!sico 0.0 8.75 10.5-

"D 8-9 2.00 220 Tri@!sico 0.0 5.83 1.--"D 9-? 1.00 220 Tri@!sico 0.0 2.92 10.-


"D 0-1 0.-- 220 Tri@!sico 0.0 206.03 1-.00

"D 1- -2.0- 220 Tri@!sico 0.0 180.95 -.5

"D - 23.5 220 Tri@!sico 0.0 68.63 0.5

"D -! 20.00 220 Tri@!sico 0.0 58.32 12.1

"D !-5 1.00 220 Tri@!sico 0.0 55.40 10.

"D 5-7 1.00 220 Tri@!sico 0.0 52.49 2.5

"D 7-8 1.00 220 Tri@!sico 0.0 49.57 10.2

"D 8-9 1-.00 220 Tri@!sico 0.0 46.65 2.-2"D 9-? 15.00 220 Tri@!sico 0.0 43.74 10.5

"D ?-10 1.00 220 Tri@!sico 0.0 40.82 3.0

"D 10-11 13.00 220 Tri@!sico 0.0 37.91 .33

"D 11-1 12.00 220 Tri@!sico 0.0 34.99 2.01

"D 1-1 11.00 220 Tri@!sico 0.0 32.08 12.5

"D 1-1! 10.00 220 Tri@!sico 0.0 29.16 12.05

"D 1!-15 .00 220 Tri@!sico 0.0 26.24 10.2

"D 15-17 .00 220 Tri@!sico 0.0 23.33 .5

INTENSIDAD(AP)

LONGITUD(!")



CC$ D# C

"D 17-18 .00 220 Tri@!sico 0.0 20.41 11.5

"D 18-19 -.00 220 Tri@!sico 0.0 17.50 3.25

"D 19-1? 5.00 220 Tri@!sico 0.0 14.58 .

"D 1?-0 .00 220 Tri@!sico 0.0 11.66 2.

"D 0-1 3.00 220 Tri@!sico 0.0 8.75 .0"D 1- 2.00 220 Tri@!sico 0.0 5.83 3.12

"D - 1.00 220 Tri@!sico 0.0 2.92 10.2


"D 1-a .-0 220 Tri@!sico 0.0 25.08 1.5

CIRCUITO 5 # R$%$01

INTENSIDAD(AP)

LONGITUD(!")



6DA D# T#"S6"

C$&' *T K 2$ del Cable #stado del Cable

-.00 0.5- 0.0 0.02 1?=?7 0.01 Cable cumple

TOTAL 0.04 0.02


3.00 2.212 1.3 0.-3 19=7 0.0 Cable cumple

TOTAL 1.38 0.63


.00 0.0 1.33 0.-0 19=78 0.21 Cable cumple

TOTAL 1.33 0.60


.00 0. 10.- . 20.2 0.2 Cable cumple

.00 0. 2. 1.2- 07=!7 0.1 Cable cumple

.00 0. 3.0- 1.3 0=? 0.-5 Cable cumple

.00 0. -.50 2.5 1?7=9? 0.5 Cable cumple

=11 10=50

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO



6DA D# T#"S6"


.00 0. 1.5 0.0 21.- 0.1 Cable cumple

.00 0. 0.-- 0.30 21.0 0.33 Cable cumple

.00 0. 0. 0.22 21. 0.25 Cable cumple

.00 0. 0.35 0.1- 21. 0.1- Cable cumple

.00 0. 0.1 0.0 21. 0.0 Cable cumple

= 1=!8


-.00 0.5- .3 1. 215.-2 0.-0 Cable cumple

.00 0. 0.5 0.2 215.02 0.5 Cable cumple

.00 0. 0.3 0.2 21.10 0.1 Cable cumple.00 0. 0.3 0.3 213.2- 0.3 Cable cumple

.00 0. 0.2 0.33 212.5 0.33 Cable cumple

.00 0. 0.22 0.10 212.32 0.2 Cable cumple

.00 0. 0. 0.20 211. 0.1- Cable cumple

.00 0. 0.2 0.13 211.-1 0.12 Cable cumple

.00 0. 0.22 0.10 211.3 0.0 Cable cumple

.00 0. 0.11 0.05 211.2 0.0 Cable cumple

9=8 =?8

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO



6DA D# T#"S6"


.00 0. 0.1 0.0 212.13 0.12 Cable cumple.00 0. 0.1 0.0 211.5 0.0 Cable cumple

.00 0. 0.0 0.0 211.- 0.0 Cable cumple

9=1! =80


.00 0. 0.1 0.3 21.0 0.3 Cable cumple

.00 0. 0.3 0.15 21. 0.33 Cable cumple

5=5 =5

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO



6DA D# T#"S6"


.00 0. 0.20 0.0 21.2 0.1- Cable cumple.00 0. 0.2 0.13 213. 0.12 Cable cumple

.00 0. 0.1 0.0 213.1 0.0 Cable cumple

.00 0. 0.11 0.05 213.0 0.0 Cable cumple

7=0 =97


.00 0. 0.2 0.12 21.1 0.1- Cable cumple

.00 0. 0.2- 0.12 213.3 0.12 Cable cumple

.00 0. 0.20 0.0 213.3 0.0 Cable cumple

.00 0. 0.11 0.05 213.-2 0.0 Cable cumple

7=9 =?0


-.00 0.5- .- 2.03 215.5 0.2 Cable cumple

.00 0. 1.1 0.53 21.3- 0.2 Cable cumple

.00 0. 0.5 0.2 213.3 0.25 Cable cumple

.00 0. 0.32 0.15 213.50 0.20 Cable cumple

.00 0. 0.23 0.10 213.2 0.1- Cable cumple

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO



6DA D# T#"S6"

.00 0. 0.2 0.11 213.0 0.12 Cable cumple

.00 0. 0.20 0.0 212. 0.0 Cable cumple

.00 0. 0.11 0.05 212.2 0.0 Cable cumple

8=9 =1


.00 0. .1 .1 210.2 0.5 Cable cumple

?=81 !=!1

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO



6DA D# T#"S6"


.00 0. 2.2 1.03 21.3 1.11 Cable Do cumple

.00 0. 0.1 0.0 21.55 0.-1 Cable cumple

.00 0. 1.33 0.-0 21-.22 0.5 Cable cumple

.00 0. 1.3 0.-1 21. 0.53 Cable cumple

.00 0. 1.2 0.5 213.-1 0. Cable cumple

.00 0. 1.1- 0.53 212. 0.5 Cable cumple

.00 0. 1.0 0. 211.3 0.1 Cable cumple

.00 0. 1.0 0. 210.30 0.3 Cable cumple

.00 0. 0.3 0.3 21.1 0.33 Cable cumple

.00 0. 0. 0.0 21.2 0.2 Cable cumple

.00 0. 0. 0.21 21.2 0.25 Cable cumple

.00 0. 0.3 0.1 21.3 0.20 Cable cumple

.00 0. 0.30 0.1 21.13 0.1- Cable cumple

.00 0. 0.2 0.12 21-.- 0.12 Cable cumple.00 0. 0.21 0.10 215. 0.0 Cable cumple

.00 0. 0.10 0.05 21-.- 0.0 Cable cumple

1=15 5=?9


.00 0. 0.51 0.23 21-.1 0. Cable cumple

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO



6DA D# T#"S6"

=89 1=8


.00 0. 0.0 0.0 21.12 0.2 Cable cumple

.00 0. 0. 0. 21-.1- 0.25 Cable cumple

.00 0. 0.- 0.31 215. 0.20 Cable cumple

.00 0. 0.1 0.1 215.05 0.1- Cable cumple

.00 0. 0.3 0.1 21.- 0.12 Cable cumple

.00 0. 0.1 0.0 21. 0.0 Cable cumple

.00 0. 0.0 0.0 21.0 0.0 Cable cumple

5=70 =55


.00 0. 0.53 0.2 21-.- 0.20 Cable cumple

.00 0. 0.31 0.1 21-.3 0.1- Cable cumple.00 0. 0.3 0.1 215. 0.12 Cable cumple

.00 0. 0.1- 0.0 215. 0.0 Cable cumple

.00 0. 0.0 0.0 215.- 0.0 Cable cumple

!=! 1=?


CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO



6DA D# T#"S6"

-.00 0.5- 1-.5- .53 203. 1.02 Cable Do cumple

-.00 0.5- 1.0 0. 202.3- 0. Cable cumple

-.00 0.5- 0.5 0.21 201.1 0.3- Cable cumple

-.00 0.5- 0.-3 0.2 201.2 0.33 Cable cumple

-.00 0.5- 0.5 0.2- 200.0 0.30 Cable cumple-.00 0.5- 0.51 0.23 200.1 0.2 Cable cumple

-.00 0.5- 0.3 0.1 1.0 0.2 Cable cumple

-.00 0.5- 0.3 0.15 1.- 0.21 Cable cumple

-.00 0.5- 0.2 0.13 1.1 0.1 Cable cumple

-.00 0.5- 0.2 0.12 1.0 0.15 Cable cumple

-.00 0.5- 0.23 0.10 1.- 0.12 Cable cumple

-.00 0.5- 0.20 0.0 1. 0.0 Cable cumple

-.00 0.5- 0.12 0.05 1.3- 0.0- Cable cumple

-.00 0.5- 0.12 0.05 1.25 0.03 Cable cumple

1=85 ?=9?


.00 0. 0.10 0.05 202.2- 0.1- Cable cumple

.00 0. 0.32 0.15 201.3 0.12 Cable cumple

.00 0. 0.22 0.10 201.2 0.0 Cable cumple

.00 0. 0.11 0.05 201.-1 0.0 Cable cumple

19=? 9=7

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO



6DA D# T#"S6"


-.00 0.5- 0.30 0.13 203.1 0.5 Cable cumple-.00 0.5- 0.0 0.32 202. 0.51 Cable cumple

18=57 8=?9


.00 0.2 0.13 0.0- 202.31 0.1- Cable cumple

.00 0.2 0.2- 0.12 202.05 0.1 Cable cumple

.00 0.2 0.1 0.0 201.- 0.13 Cable cumple

.00 0.2 0.15 0.0 201.1 0.11 Cable cumple

.00 0.2 0.12 0.05 201.5 0.0 Cable cumple

.00 0.2 0.11 0.05 201. 0.0 Cable cumple

.00 0.0 0.13 0.0- 201.3- 0.0 Cable cumple

.00 0.0 0.10 0.05 201.2- 0.05 Cable cumple.00 0.0 0.0 0.02 201.21 0.02 Cable cumple

19=8? 9=5!


.00 0. 0. 0. 201.- 0.33 Cable cumple

.00 0. 0.- 0.2 200.3 0.2 Cable cumple

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO



6DA D# T#"S6"

.00 0. 0.5 0.2 200.2 0.25 Cable cumple

.00 0. 0. 0.22 1.1 0.20 Cable cumple

.00 0. 0.3 0.1 1. 0.1- Cable cumple

.00 0. 0.2 0.12 1.1 0.12 Cable cumple

.00 0. 0.1 0.0 1. 0.0 Cable cumple.00 0. 0.0 0.0 1. 0.0 Cable cumple

1=11 ?=5?



6DA D# T#"S6"


-.00 0.5- 12.-1 5.3 20.3 0. Cable cumple-.00 0.5- 0.0 0.3- 20-.5 0.5 Cable cumple

.00 0. 0.0 0.03 20-.51 0.33 Cable cumple

.00 0. 0.-- 0.30 205.5 0.2 Cable cumple

.00 0. 0. 0.21 205.3 0.25 Cable cumple

.00 0. 0.3 0.1 205.01 0.20 Cable cumple

.00 0. 0.3 0.15 20.- 0.1- Cable cumple

.00 0. 0.25 0.12 20.2 0.12 Cable cumple

.00 0. 0.1 0.0 20.23 0.0 Cable cumple

.00 0. 0.0 0.0 20.1 0.0 Cable cumple

15=97 8=1


.00 0. 0.1 0.3 205. 0.2 Cable cumple

.00 0. 0.55 0.25 205.22 0.25 Cable cumple

.00 0. 0.5 0.21 20. 0.20 Cable cumple

.00 0. 0.3 0.1 20.0 0.1- Cable cumple

.00 0. 0.2 0.12 20.12 0.12 Cable cumple

.00 0. 0.1 0.0 203. 0.0 Cable cumple

.00 0. 0.0 0.0 203.5 0.0 Cable cumple

17=15 8=!

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO



6DA D# T#"S6"


-.00 0.5- -.- 3.1- 213.0 0. Cable cumple-.00 0.5- 0. 0.1 212.15 0.5 Cable cumple

.00 0. 1.05 0. 211.0 0.1 Cable cumple

.00 0. 0.3 0.3 210.2 0.3 Cable cumple

.00 0. 0.3 0.33 20.5 0.33 Cable cumple

.00 0. 0.5 0.2 20. 0.2 Cable cumple

.00 0. 0.5 0.25 20.0 0.25 Cable cumple

.00 0. 0.- 0.21 20. 0.20 Cable cumple

.00 0. 0.3 0.15 20.-0 0.1- Cable cumple

.00 0. 0.25 0.11 20.35 0.12 Cable cumple

.00 0.22 0.03 0.01 20.32 0.03 Cable cumple

.00 0. 0.0 0.03 20.2 0.0 Cable cumple

1=87 5=90


.00 0. 0.2 0.11 211.1 0.25 Cable cumple

.00 0. 0.52 0.2 211.3 0.20 Cable cumple

.00 0. 0.3 0.1 210. 0.1- Cable cumple

.00 0. 0.32 0.1 210.- 0.12 Cable cumple

.00 0. 0.22 0.10 210.5 0.0 Cable cumple

.00 0. 0.10 0.0 210.3- 0.0 Cable cumple

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO



6DA D# T#"S6"

?=7! !=9


-.00 0.5- -.5 2. 213.3 0.2 Cable cumple

-.00 0.5- 1.0 0.2 211.- 0. Cable cumple

-.00 0.5- 1.- 0.-- 210.1 0.- Cable cumple

-.00 0.5- 1.2 0.-5 20.- 0.3 Cable cumple

-.00 0.5- 1.35 0.-1 20.1 0.0 Cable cumple

-.00 0.5- 1.30 0.5 20-.11 0.- Cable cumple

-.00 0.5- 1.50 0.- 20.-1 0.- Cable cumple

.00 0. 2.10 0.5 202.51 0. Cable cumple

.00 0. 1.52 0.- 200. 0.0 Cable cumple

.00 0. 2.3 1.0 1.-0 0.- Cable cumple

.00 0. 1.3 0.-3 203. 0.2 Cable cumple

.00 0. 1.22 0.55 20.3- 0.- Cable cumple

.00 0. 1. 0.-5 20.3 0.-3 Cable cumple

.00 0. 1.3 0.-5 20.3 0.5 Cable cumple.00 0. 1.1 0.5 20.53 0.55 Cable cumple

.00 0. 0.-0 0.2 205.2 0.3 Cable cumple

.00 0. 0.-0 0.2 20-.1 0.0 Cable cumple

?=5 1=0

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO



6DA D# T#"S6"


.00 0. 1.02 0.- 21-.33 0.1- Cable cumple?=09 1=


-.00 0.5- 0.0 0.1 21.-0 0.01 Cable cumple

-.00 0.5- 0.01 0.01 21.5 0.01 Cable cumple

0=! 0=1?


-.00 0.5- 1.2 0.5 21.2 0. Cable cumple

-.00 0.5- 0.1 0.0 21.55 0.5 Cable cumple

.00 0. 0. 0.3 21.1 0.1 Cable cumple

.00 0. 0.-3 0.2 21.0 0.3 Cable cumple

.00 0. 0. 0.35 21-.31 0.33 Cable cumple

.00 0. 0.-3 0.2 215.- 0.2 Cable cumple

.00 0. 0. 0.22 215.1 0.25 Cable cumple

.00 0. 0.3 0.1 21.2 0.20 Cable cumple

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO



6DA D# T#"S6"

.00 0. 0.- 0.21 21.3- 0.1- Cable cumple

.00 0. 0.15 0.0 21.21 0.12 Cable cumple

.00 0. 0.1- 0.0 215.33 0.0 Cable cumple

.00 0. 0.0 0.03 215.3 0.0 Cable cumple

7=0 =8!


.00 0. 0.2 0.33 21.2 0.20 Cable cumple

.00 0. 0.51 0.23 21.31 0.1- Cable cumple

.00 0. 0.30 0.1 21.01 0.12 Cable cumple

.00 0. 0.15 0.0 21-.- 0.0 Cable cumple

.00 0. 0.1 0.0- 21-.3 0.0 Cable cumple

=8 1=!?


-.00 0.5- .1 2.00 215.5 0.3- Cable cumple

.00 0. 2.22 1.01 213.3 0.33 Cable cumple

.00 0. 0.0 0.3- 212.5 0.2 Cable cumple

.00 0. 0.0 0.0 212.50 0.1- Cable cumple

.00 0. 0.35 0.1- 212.15 0.12 Cable cumple

.00 0. 0.1- 0.0 211. 0.0 Cable cumple

.00 0. 0.0 0.03 211.1 0.0 Cable cumple

9=0? =79

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO



6DA D# T#"S6"


.00 0. 0.0- 0.03 215.53 0.1- Cable cumple.00 0. 0.3- 0.1- 215.1 0.12 Cable cumple

.00 0. 0.2 0.12 21.0 0.0 Cable cumple

.00 0. 0.10 0.0 21.0 0.0 Cable cumple

5=0 =7


.00 0. 0.3 0.1 215.21 0.12 Cable cumple

.00 0. 0.1 0.0 215.03 0.0 Cable cumple

.00 0. 0.0 0.0 21. 0.0 Cable cumple

5=07 =0


-.00 0.5- 3.05 1.3 21-.5 0. Cable cumple

-.00 0.5- 1. 0.1 215.1 0.5 Cable cumple

-.00 0.5- -.22 2.3 20.- 0.5 Cable cumple

-.00 0.5- 0.5 0.25 20.1 0.2 Cable cumple

-.00 0.5- 0. 0.3 20.5 0.3 Cable cumple

-.00 0.5- 0.- 0.31 20-. 0.3- Cable cumple

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO



6DA D# T#"S6"

-.00 0.5- 0.- 0.2 20-.25 0.33 Cable cumple

-.00 0.5- 0. 0.22 205. 0.30 Cable cumple

-.00 0.5- 0.5 0.20 205.32 0.2 Cable cumple

-.00 0.5- 0.3 0.1 20.3 0.2 Cable cumple

-.00 0.5- 0.5 0.2- 20.3 0.21 Cable cumple-.00 0.5- 0.3 0.1- 20.00 0.1 Cable cumple

-.00 0.5- 0.3 0.1 203.-2 0.15 Cable cumple

-.00 0.5- 0.2 0.13 203.3 0.12 Cable cumple

-.00 0.5- 0.1 0.0 203.1- 0.0 Cable cumple

-.00 0.5- 0.1 0.0- 203.03 0.0- Cable cumple

-.00 0.5- 0.05 0.02 202. 0.03 Cable cumple

18=0 8=8!


.00 0. 0.50 0.23 21.- 0.20 Cable cumple

.00 0. 0.3 0.1 21.25 0.1- Cable cumple

.00 0. 0.33 0.15 213.2 0.12 Cable cumple.00 0. 0.2- 0.12 213.-- 0.0 Cable cumple

.00 0. 0.0 0.0 213.5 0.0 Cable cumple

7=! =?


.00 0. 0.33 0.15 20.-3 0.20 Cable cumple

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO



6DA D# T#"S6"

.00 0. 0.3 0.1- 20.2 0.1- Cable cumple

.00 0. 0.2 0.12 20.01 0.12 Cable cumple

.00 0. 0.21 0.10 20.0 0.0 Cable cumple

.00 0. 0.1 0.0 20.-1 0.0 Cable cumple

1=? 5=7



6DA D# T#"S6"


.00 0. .5 .0 211.05 0.-0 Cable cumple.00 0. 0.-2 0.2 210.2 0.5 Cable cumple

.00 0. 0.5 0.2- 20.5 0.5 Cable cumple

.00 0. 0.5- 0.25 20.2 0.55 Cable cumple

.00 0. 0.5- 0.2- 20.2 0.53 Cable cumple

.00 0. 0.22 0.10 20.51 0.52 Cable cumple

.00 0. 0.2 0.2 20.5 0.50 Cable cumple

.00 0. 0.15 0.0 20.3 0. Cable cumple

.00 0. 0. 0.3 20-.5 0. Cable cumple

.00 0. 0.12 0.05 20-.5 0.5 Cable cumple

.00 0. 0.0 0.32 205.5 0.3 Cable cumple

.00 0. 0.3 0.33 205.03 0.2 Cable cumple

.00 0. 0.1 0.32 20.31 0.2 Cable cumple

.00 0. 0. 0.20 203. 0.2- Cable cumple

.00 0. 0.31 0.1 203.5- 0.25 Cable cumple.00 0. 0.31 0.1 203.25 0.23 Cable cumple

.00 0. 0.20 0.0 203.0- 0.21 Cable cumple

.00 0. 0.25 0.11 202.0 0.20 Cable cumple

.00 0. 0.31 0.1 202.50 0.1 Cable cumple

.00 0. 0.0 0.02 202.- 0.1- Cable cumple

.00 0. 0.23 0.11 202.23 0.15 Cable cumple

.00 0. 0.05 0.02 202.1 0.13 Cable cumple

.00 0. 0.1 0.0 201. 0.11 Cable cumple

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO



6DA D# T#"S6"

.00 0. 0.11 0.05 201. 0.10 Cable cumple

.00 0. 0.13 0.0- 201. 0.0 Cable cumple

.00 0. 0.02 0.01 201.3 0.0 Cable cumple

.00 0. 0.0 0.0 201.- 0.05 Cable cumple

.00 0. 0.01 0.00 201.-3 0.03 Cable cumple.00 0. 0.03 0.01 201.-1 0.02 Cable cumple

19=? 9=7


-.00 0.5- 1-. .1 203.03 0.5 Cable cumple

.00 0. 1.05 0. 201. 1.02 Cable Do cumple

.00 0. 2.50 1.1 1. 0.3 Cable cumple

.00 0. 0.- 0.2 1.5 0.33 Cable cumple

.00 0. 0.5 0.2 1.32 0.31 Cable cumple

.00 0. 0.13 0.0- 1.1 0.2 Cable cumple

.00 0. 0. 0.22 1.0 0.2 Cable cumple

.00 0. 0.11 0.05 1.5 0.2- Cable cumple.00 0. 0.1 0.1 1.1 0.25 Cable cumple

.00 0. 0.11 0.05 1.0 0.23 Cable cumple

.00 0. 0.2 0.13 1-. 0.21 Cable cumple

.00 0. 0.0- 0.03 1-.2 0.20 Cable cumple

.00 0. 0.3 0.1 1-.35 0.1 Cable cumple

.00 0. 0.32 0.1 1-.0 0.1- Cable cumple

.00 0. 0.25 0.11 15. 0.15 Cable cumple

.00 0. 0.1 0.0 15.-1 0.13 Cable cumple

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO



6DA D# T#"S6"

.00 0. 0.21 0.10 15.3 0.11 Cable cumple

.00 0. 0.05 0.02 15.3 0.10 Cable cumple

.00 0. 0.12 0.0- 15.22 0.0 Cable cumple

.00 0. 0.03 0.01 15.1 0.0 Cable cumple

.00 0. 0.0- 0.03 15.12 0.05 Cable cumple.00 0. 0.02 0.01 15.11 0.03 Cable cumple

.00 0. 0.03 0.01 15.0 0.02 Cable cumple

!=? 11=


.00 0. 0.5 0.20 202.5 0.1 Cable cumple

18=!1 8=?

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO



Cable Anteriormente .royectado

T7C -1<10 mmG "AHH

T78 -1<5 mmG "AHH

T7'TA"71 -1<150 mmG "AHH DE 8*TA 8D CATAFEE "8 F"*

T78>AT71 -1<50 mmG "AHH DE 8*TA 8D CATAFEE "8 F"*

T7C>"71 -1<50 mmG "AHH DE 8*TA 8D CATAFEE "8 F"*

T7AD -1<50 mmG "AHH DE 8*TA 8D CATAFEE "8 F"*

T78>A'71 -1<50 mmG "AHH DE 8*TA 8D CATAFEE "8 F"*



Fote -1<50 mmG "AHH DE 8*TA 8D CATAFEE "8 F"*





-1<10 mmG "AHH Fote -1<80 mmG "AHH

Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH

-1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH





-1<5 mmG "AHH DE 8*TA 8D CATAFEE "8 F"*



Fote -1<5 mmG "AHH DE 8*TA 8D CATAFEE "8 F"*Fote -1<5 mmG "AHH DE 8*TA 8D CATAFEE "8 F"*







Fote -1<10 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH




T7 -1<80 mmG "AHH



-1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH


-1<50 mmG "AHH DE 8*TA 8D CATAFEE "8 F"*



-1<10 mmG "AHH -1<10 mmG "AHH

Fote -1<10 mmG "AHH Fote -1<10 mmG "AHH

Fote -1<10 mmG "AHH Fote -1<10 mmG "AHH Fote -1<10 mmG "AHH Fote -1<10 mmG "AHH Fote -1<10 mmG "AHH Fote -1<10 mmG "AHH Fote -1<10 mmG "AHH Fote -1<10 mmG "AHH Fote -1<10 mmG "AHH Fote -1<10 mmG "AHH







Fote -1<10 mmG "AHH -1<10 mmG "AHH













Fote -1<10 mmG "AHH -1<10 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH

Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH



Fote -1<10 mmG "AHH -1<10 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH

Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH



Fote -1<10 mmG "AHH Fote -1<10 mmG "AHH Fote -1<10 mmG "AHH Fote -1<10 mmG "AHH Fote -1<10 mmG "AHH Fote -1<10 mmG "AHH Fote -1<10 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH


C>"7 -1<5 mmG "AHH DE 8*TA 8D CATAFEE "8 F"*

C>"7- -1<5 mmG "AHH DE 8*TA 8D CATAFEE "8 F"*




T7AT71 -1<10 mmG "AHH T7A'71 -1<10 mmG "AHH














Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH Fote -1<80 mmG "AHH

-1<10 mmG "AHH Fote -1<80 mmG "AHH

-1<80 mmG "AHH Fote -1<5 mmG "AHH DE 8*TA 8D CATAFEE "8 F"*












Fote -1<10 mmG "AHH Fote -1<10 mmG "AHH

-1<10 mmG "AHH Fote -1<10 mmG "AHH Fote -1<10 mmG "AHH Fote -1<10 mmG "AHH



Fote -1<10 mmG "AHH Fote -1<10 mmG "AHH Fote -1<10 mmG "AHH Fote -1<10 mmG "AHH

Fote -1<10 mmG "AHH Fote -1<10 mmG "AHH Fote -1<10 mmG "AHH Fote -1<10 mmG "AHH Fote -1<10 mmG "AHH Fote -1<10 mmG "AHH Fote -1<10 mmG "AHH








>un9alo? -1<80 mmG "AHH >un9alo? -1<80 mmG "AHH >un9alo? -1<80 mmG "AHH >un9alo? -1<80 mmG "AHH >un9alo? -1<80 mmG "AHH >un9alo? -1<80 mmG "AHH >un9alo? -1<80 mmG "AHH >un9alo? -1<80 mmG "AHH >un9alo? -1<80 mmG "AHH >un9alo? -1<80 mmG "AHH >un9alo? -1<80 mmG "AHH T7C>"7 -1<80 mmG "AHH >un9alo? -1<80 mmG "AHH >un9alo? -1<80 mmG "AHH

>un9alo? -1<80 mmG "AHH >un9alo? -1<80 mmG "AHH >un9alo? -1<80 mmG "AHH >un9alo? -1<80 mmG "AHH >un9alo? -1<5 mmG "AHH DE 8*TA 8D CATAFEE "8 F"*

>un9alo? -1<5 mmG "AHH DE 8*TA 8D CATAFEE "8 F"*










>un9alo? -1<5 mmG "AHH DE 8*TA 8D CATAFEE "8 F"*>un9alo? -1<5 mmG "AHH DE 8*TA 8D CATAFEE "8 F"*

-1<10 mmG "AHH T7C -1<5 mmG "AHH DE 8*TA 8D CATAFEE "8 F"*

T7C>"73 -1<5 mmG "AHH DE 8*TA 8D CATAFEE "8 F"*





















T7Cocina -1<50 mmG "AHH DE 8*TA 8D CATAFEE "8 F"*



CC$ D# CA6D

SAB A .0$W

CIRCUITO 1 SA* A CARGA (KW) TENSION TIPO COS j

"D 0-1 55.31 220 Tri@!sico 0.5 170.77 20.00

"D 1- 5.1 220 Tri@!sico 0.5 169.22 32.00

1=!7AInterrutor 50=00A

CIRCUITO 2 SA* A CARGA (KW) TENSION TIPO COS j

"D 0-1 3.3 220 Tri@!sico 0.0 126.52 -0.00

"D 1- 3.1 220 Tri@!sico 0.0 114.92 0.00

"D - 35.-1 220 Tri@!sico 0.0 103.84 -0.00

159=15AInterrutor 00A

70A (&egulable)

INTENSIDAD(AP)

LONGITUD(!")

Idiseño del Circuito :

INTENSIDAD(AP)

LONGITUD(!")


INTERRUPTOR

GENERAL



A D# T#"S6"


.00 0. 3.0- 1.3 17=?! 0.- Cable cumple

.00 0. .- 2.21 1=09 0.5 Cable cumple

TOTAL 7.92 3.60 C%' C$$ T"


.00 0.2 2.25 1.02 18=85 0.31 Cable cumple

.00 0.0 3.5 1.0 1=?? 0.3 Cable cumple

.00 0.0 2.5 1.1- 11=!5 0.3 Cable cumple

TOTAL 9=55 =9? C%' C$$ T"

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO



CC$ D# CA6DA D# T#"S6

SC. A $W

CIRCUITO 1 SCP A CARGA (KW) TENSION TIPO COS j INTENSIDAD (AP)

"D 1- .25 220 Tri@!sico 0.0 216.51 61.95

"D - -.5 220 Tri@!sico 0.0 203.38 36.75

"D -! -5.25 220 Tri@!sico 0.0 190.26 39.90

"D !-5 -0.5 220 Tri@!sico 0.0 177.14 25.00

"D 5-7 5-.25 220 Tri@!sico 0.0 164.02 15.00

"D 7-8 33.5 220 Tri@!sico 0.0 98.41 55.00

"D 8-9 2.25 220 Tri@!sico 0.0 85.29 15.00

"D 9-? 2.5 220 Tri@!sico 0.0 72.17 55.00

"D ?-10 20.25 220 Tri@!sico 0.0 59.05 55.00

"D 10-11 15.5 220 Tri@!sico 0.0 45.93 55.00

"D 11-1 11.25 220 Tri@!sico 0.0 32.80 55.00

"D 1-1 .00 220 Tri@!sico 0.026.24 55.00

"D 1-1! .50 220 Tri@!sico 0.0 13.12 25.00

80=7AInterrutor 00=00 A

CIRCUITO 1# R$%$ 01 CARGA (KW) TENSION TIPO COS j INTENSIDAD (AP)

"D 7-a 22.50 220 Tri@!sico 0.0 65.61 10.00

"D a-b 1.00 220 Tri@!sico 0.0 52.49 -5.00

LONGITUD(!")


LONGITUD(!")



CC$ D# CA6DA D# T#"S6

"D b-c 13.50 220 Tri@!sico 0.0 39.36 0.00

"D c-d .00 220 Tri@!sico 0.0 26.24 55.00

"D d-e .50 220 Tri@!sico 0.0 13.12 5.00

CIRCUITO 2 SCP A CARGA (KW) TENSION TIPO COS j INTENSIDAD (AP)

"D 1- 5.00 220 Tri@!sico 0.0 15.5 35

"D - .50 220 Tri@!sico 0.0 1.3 -2

"D -! 5.00 220 Tri@!sico 0.0 131.2 15

"D !-5 22.50 220 Tri@!sico 0.0 -5.- 11

LONGITUD(!")



C$&' *T K +edidor

3-1x300mm2 NYY 0.230 3.0 1.0 21-.2 otes3-1x300mm2 NYY 0.230 1.2 0. 215.20 otes3-1x300mm2 NYY 0.230 1.5 0. 213.5 otes3-1x300mm2 NYY 0.230 1.02 0.- 21. otes3-1x300mm2 NYY 0.230 0.5 0.2- 21.3 03-1x300mm2 NYY 0.230 1.2 0.5 21.- otes3-1x300mm2 NYY 0.230 0.2 0.13 21.1 otes3-1x300mm2 NYY 0.230 0.1 0.1 21.0 otes3-1x300mm2 NYY 0.230 0.5 0.3 21.25 otes3-1x300mm2 NYY 0.230 0.5 0.2- 21.2 otes3-1x300mm2 NYY 0.230 0.1 0.1 21.5 1 otes3-1x300mm2 NYY 0.230 0.33 0.15 21.- otes3-1x300mm2 NYY 0.230 0.0 0.03 20.2- otes

TOTAL 1=8! 5=8? NO CUPLE

C$&' *T K +edidor

3-1x300mm2 NYY 0.230 0.15 0.0 H8&I otes3-1x300mm2 NYY 0.230 0. 0.3- 21-.13 otes

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO



3-1x300mm2 NYY 0.230 0.1 0.3 21. otes3-1x300mm2 NYY 0.230 0.33 0.15 21.5 otes

3-1x300mm2 NYY 0.230 0.1 0.0- H8&I otesTOTAL 10=5 !=81 NO CUPLE

C$&' *T K +edidor

371x15mm2 DJJ 0.2 1.- 0.5 21.3- otes371x15mm2 DJJ 0.2 2.- 1.21 215.- otes371x15mm2 DJJ 0.2 0.5 0.2 215.10 0371x15mm2 DJJ 0.2 0.22 0.10 21. otes

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO



CC$ D# CA6

SC. C $W 71.00 70.

CIRCUITO 1 SCP C CARGA (KW) TENSION TIPO COS j

"D 0-1 -0.00 220 Tri@!sico 0.0 174.95 15.00

"D 1- 55.00 220 Tri@!sico 0.0 160.38 30.00

"D - 50.00 220 Tri@!sico 0.0 145.80 30.00

"D -! 5.00 220 Tri@!sico 0.0 131.22 30.00

"D !-5 0.00 220 Tri@!sico 0.0 116.64 12.00

"D 5-7 20.00 220 Tri@!sico 0.0 58.32 3.00

"D 7-8 15.00 220 Tri@!sico 0.0 43.74 0.00

"D 8-9 10.00 220 Tri@!sico 0.0 29.16 30.00

"D 9-? 5.00 220 Tri@!sico 0.0 14.58 30.00

19=7?AInterrutor 50=00A

CIRCUITO 1 # R$%$ 01 CARGA (KW) TENSION TIPO COS j

"D 5-a 20.00 220 Tri@!sico 0.0 58.32 35.00

"D a-b 15.00 220 Tri@!sico 0.0 43.74 5.00

"D b-c 10.00 220 Tri@!sico 0.0 29.16 30.00

"D c-d 5.00 220 Tri@!sico 0.0 14.58 30.00



INTENSIDAD(AP)

LONGITUD(!")



CC$ D# CA6


"D a-a1 5.00 220 Tri@!sico 0.0 14.58 35.00


"D 0-1 -.50 220 Tri@!sico 0.0 199.74 13.00

"D 1- 3.50 220 Tri@!sico 0.0 126.84 -5.00

"D - 2.50 220 Tri@!sico 0.0 123.93 0.00

"D -! 20.00 220 Tri@!sico 0.0 58.32 30.00

"D !-5 15.00 220 Tri@!sico 0.0 43.74 30.00

"D 5-7 10.00 220 Tri@!sico 0.0 29.16 30.00

"D 7-8 5.00 220 Tri@!sico 0.0 14.58 30.00

!?=78 AInterrutor !00=00 A

INTENSIDAD(AP)

LONGITUD(!")

INTENSIDAD(AP)

LONGITUD(!")




CC$ D# CA6


"D 1-e 25.00 220 Tri@!sico 0.0 72.90 20.00

"D e-' 20.00 220 Tri@!sico 0.0 58.32 30.00

"D '-g 15.00 220 Tri@!sico 0.0 43.74 30.00

"D g-/ 10.00 220 Tri@!sico 0.0 29.16 30.00

"D /-i 5.00 220 Tri@!sico 0.0 14.58 30.00


"D -E 1.50 220 Tri@!sico 0.0 51.03 25.00

"D E-, 12.50 220 Tri@!sico 0.0 36.45 30.00

"D ,-l .50 220 Tri@!sico 0.0 21.87 30.00

"D l-m 2.50 220 Tri@!sico 0.0 7.29 15.00


"D 0-1 5.00 220 Tri@!sico 0.0 277.01 30.00

"D 1- .50 220 Tri@!sico 0.0 225.98 30.00

INTENSIDAD(AP)

LONGITUD(!")

INTENSIDAD(AP)

LONGITUD(!")

INTENSIDAD(AP)

LONGITUD(!")



CC$ D# CA6

"D - 2.50 220 Tri@!sico 0.0 211.40 15.00

"D -! -5.00 220 Tri@!sico 0.0 189.53 55.00

"D !-5 5.00 220 Tri@!sico 0.0 131.22 15.00

"D 5-7 25.00 220 Tri@!sico 0.0 72.90 5.00

"D 7-8 20.00 220 Tri@!sico 0.0 58.32 30.00

"D 8-9 15.00 220 Tri@!sico 0.0 43.74 30.00

"D 9-? 10.00 220 Tri@!sico 0.0 29.16 30.00

"D ?-10 5.00 220 Tri@!sico 0.0 14.58 30.00

!7=7AInterrutor !00=00A


"D -a .50 220 Tri@!sico 0.0 21.87 20.00

"D a-b 2.50 220 Tri@!sico 0.0 7.29 15.00


"D 5-c 20.00 220 Tri@!sico 0.0 58.32 20.00

"D c-d 15.00 220 Tri@!sico 0.0 43.74 30.00

"D d-e 10.00 220 Tri@!sico 0.0 29.16 30.00

"D e-' 5.00 220 Tri@!sico 0.0 14.58 30.00


INTENSIDAD(AP)

LONGITUD(!")

INTENSIDAD(AP)

LONGITUD(!")



CC$ D# CA6


"D !-! 20.00 220 Tri@!sico 0.0 58.32 15.00

"D !-! 10.00 220 Tri@!sico 0.0 29.16 5.00

"D !-! 5.00 220 Tri@!sico 0.0 14.58 30.00


"D !-g 10.00 220 Tri@!sico 0.0 29.16 30.00

"D g-/ 5.00 220 Tri@!sico 0.0 14.58 30.00


"D 1-i 12.50 220 Tri@!sico 0.0 36.45 50.00

"D i-E .50 220 Tri@!sico 0.0 21.87 30.00

"D E-, 2.50 220 Tri@!sico 0.0 7.29 15.00


INTENSIDAD

(AP)

LONGITUD

(!")

INTENSIDAD(AP)

LONGITUD(!")

INTENSIDAD(AP)

LONGITUD(!")

INTENSIDAD(AP)

LONGITUD(!")



CC$ D# CA6

"D 0-1 52.50 220 Tri@!sico 0.0 153.09 1.00

"D 1- 35.00 220 Tri@!sico 0.0 102.06 0.00

"D - 30.00 220 Tri@!sico 0.0 87.48 30.00

"D -! 25.00 220 Tri@!sico 0.0 72.90 30.00"D !-5 20.00 220 Tri@!sico 0.0 58.32 15.00

"D 5-7 1.50 220 Tri@!sico 0.0 51.03 30.00

"D 7-8 12.50 220 Tri@!sico 0.0 36.45 30.00

"D 8-9 .50 220 Tri@!sico 0.0 21.87 30.00

"D 9-? 2.50 220 Tri@!sico 0.0 7.29 15.00

1?1=7 AInterrutor 00=00A


"D 1-a 1.50 220 Tri@!sico 0.0 51.03 13.00

"D a-b 12.50 220 Tri@!sico 0.0 36.45 30.00

"D b-c .50 220 Tri@!sico 0.0 21.87 30.00

"D c-d 2.50 220 Tri@!sico 0.0 7.29 15.00

900A (&egulable)


INTENSIDAD(AP)

LONGITUD(!")

INTERRUPTOR

GENERAL



A D# T#"S6"


.00 0.0 1.0 0. 21.3 0.5 Cable cumple

.00 0.0 1.- 0. 21-. 0.53 Cable cumple

.00 0.0 1. 0.1 215.1 0. Cable cumple

.00 0.0 1.-1 0.3 213.5 0.3 Cable cumple

.00 0.0 0.5 0.2- 213.00 0.3 Cable cumple

.00 0. 0.1- 0.0 212.5 0.33 Cable cumple

-.00 0.5- 0. 0.5 211.- 0.1 Cable cumple

.00 0. 0. 0.3- 211.0 0.1- Cable cumple

.00 0. 0.3 0.1 210.- 0.0 Cable cumple

TOTAL ?= != C%' C$$ T"


-.00 0.5- 1.15 0.52 211.5 0.2 Cable cumple

.00 0. 0.20 0.0 211.-- 0.25 Cable cumple

.00 0. 0. 0.3- 210. 0.1- Cable cumple

.00 0. 0.3 0.1 210. 0.0 Cable cumple

TOTAL ?=5 != C%' C$$ T"

CA+DA DETENSI,N (-) DE CA+DA DETENSI,N TENSI/N EL EL*ANCO

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO



A D# T#"S6"


.00 0. 0.- 0.21 211.0 0.0 Cable cumpleTOTAL 9=70 =?1 C%' C$$ T"


.00 0.22 -.13 2. 213. 0.3 Cable cumple

.00 0.22 1. 0.- 211. 0.2 Cable cumple

.00 0.22 1.1 0.52 210.5 0.2 Cable cumple

.00 0.22 0.0 0.1 210.5 0.11 Cable cumple

.00 0.22 0.30 0.1 210.15 0.0 Cable cumple

.00 0.22 0.20 0.0 20.5 0.0- Cable cumple

.00 0.22 0.10 0.05 20.5 0.03 Cable cumple

TOTAL 10=15 !=7 C%' C$$ T"

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO



A D# T#"S6"


-.00 0.5- 0.2 0.3 213.05 0.30 Cable cumple

-.00 0.5- 0. 0.5 212.0- 0.2 Cable cumple

-.00 0.5- 0. 0.3 211.32 0.1 Cable cumple

.00 0. 0. 0.3- 210.5 0.1- Cable cumple

.00 0. 0.3 0.1 210.1 0.0 Cable cumple

TOTAL ?=97 !=!9 C%' C$$ T"


.00 0.22 0.2 0.13 210.5- 0.10 Cable cumple

.00 0.22 0.25 0.11 210.31 0.0 Cable cumple

.00 0.2 0.1 0.0 210.11 0.05 Cable cumple

.00 0. 0.10 0.0 210.01 0.0 Cable cumpleTOTAL ?=?? !=5! C%' C$$ T"


.00 0.22 1.0 0. 21.10 0.53 Cable cumple

.00 0.22 1.55 0.1 21-.5 0.3 Cable cumple

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO



A D# T#"S6"

.00 0.22 0.3 0.33 215.2 0.0 Cable cumple

.00 0.22 2.3 1.0 213.3 0.3- Cable cumple

.00 0.22 0.5 0.20 212. 0.25 Cable cumple

.00 0.22 0.0 0.0 212.0 0.1 Cable cumple.00 0.22 0.0 0.1 212.50 0.11 Cable cumple

.00 0. 1.1 0.5 211.32 0.25 Cable cumple

.00 0. 0. 0.3- 210.53 0.1- Cable cumple

.00 0. 0.3 0.1 210.1 0.0 Cable cumple

TOTAL ?=97 !=!9 C%' C$$ T"


.00 0. 0.3 0.1 215.3 0.12 Cable cumple

.00 0. 0.10 0.0 215.33 0.0 Cable cumple

TOTAL !=78 =1 C%' C$$ T"


.00 0.0 0. 0.22 212.50 0.1 Cable cumple

.00 0. 1.1 0.5 211.33 0.25 Cable cumple

.00 0. 0. 0.3- 210.5 0.1- Cable cumple

.00 0. 0.3 0.1 210.15 0.0 Cable cumple

TOTAL ?=95 !=!9 C%' C$$ T"

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO



A D# T#"S6"


.00 0.22 0.20 0.0 213.23 0.11 Cable cumple

.00 0.2 0.0 0.02 213.1 0.0 Cable cumple

12.00 2.11 0.3 0.2 212.2- 0.15 Cable cumple

TOTAL 8=8! =5 C%' C$$ T"


.00 0. 0. 0.3- 212.5 0.1- Cable cumple

.00 0. 0.3 0.1 212.05 0.0 Cable cumple

TOTAL 8=?5 =71 C%' C$$ T"


.00 0. 1.-3 0. 21-.- 0.20 Cable cumple

.00 0. 0.5 0.2 215. 0.12 Cable cumple

.00 0. 0.10 0.0 215. 0.0 Cable cumple

TOTAL != 1=? C%' C$$ T"


CA+DA DE

TENSI,N (-)

DE CA+DA DE

TENSI,N

TENSI/N EL EL

*ANCO

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO


CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO



A D# T#"S6"

.00 0.0 0.0- 0.03 21. 0.50 Cable cumple

.00 0.0 2.1 1.32 21.02 0.3 Cable cumple

.00 0.0 1.0 0. 215.5 0.2 Cable cumple

.00 0. 1.- 0. 213. 0.1 Cable cumple.00 0. 0. 0.3- 213.21 0.33 Cable cumple

.00 0. 1.3 0.-2 211.3 0.2 Cable cumple

.00 0. 0. 0.5 210.5 0.20 Cable cumple

.00 0. 0.5 0.2 210.2- 0.12 Cable cumple

.00 0. 0.10 0.0 210.1 0.0 Cable cumple

TOTAL ?=9 !=!8 C%' C$$ T"


.00 0. -.2 2.5 213.- 0.2 Cable cumple

.00 0. 0. 0.5 212.- 0.20 Cable cumple

.00 0. 0.5 0.2 212.10 0.12 Cable cumple.00 0. 0.10 0.0 212.00 0.0 Cable cumple

TOTAL 9=00 =7! C%' C$$ T"

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO



+edidor

otes otes otes otes

---1 ote otes otes otes

+edidor

--- otes otes otes



+edidor

otes

+edidor

---T-&

otes otes otes otes otes



+edidor


+edidor

otes otes otes

1 ote

+edidor

otes otes



---------


+edidor

otes1 ote

+edidor

otes otes otes otes



+edidor

--- otes otes

+edidor

otes otes

+edidor otes otes otes

+edidor



--- otes otes

otes1 ote otes otes otes1 ote

+edidor

otes otes

otes1 ote



CC$ D# CA6

SC. D $W

CIRCUITO 1 SCP E CARGA (KW) TENSION TIPO COS j

"D 0-1 .50 220 Tri@!sico 0.0 138.51 .1

"D 1- 35.00 220 Tri@!sico 0.0 102.06 1.1

"D - 30.00 220 Tri@!sico 0.0 87.48 2.32

"D -! 25.00 220 Tri@!sico 0.0 72.90 23.2

"D !-5 20.00 220 Tri@!sico 0.0 58.32 15.2-

"D 5-7 1.50 220 Tri@!sico 0.0 51.03 33.30

"D 7-8 12.50 220 Tri@!sico 0.0 36.45 3.12

"D 8-9 .50 220 Tri@!sico 0.0 21.87 33.1

"D 9-? 2.50 220 Tri@!sico 0.0 7.29 1.50

18=1AInterrutor 00=00A


"D 1-a 12.50 220 Tri@!sico 0.0 36.45 .

"D a-b .50 220 Tri@!sico 0.0 21.87 33.2

"D b-c 2.50 220 Tri@!sico 0.0 7.29 20.00



INTENSIDAD(AP)

LONGITUD(!")



CC$ D# CA6


"D 0-1 33.55 220 Tri@!sico 0.0 97.83 23.0

"D 1- 2-.05 220 Tri@!sico 0.0 75.96 .3"D - 23.55 220 Tri@!sico 0.0 68.67 23.5

"D -! 1.55 220 Tri@!sico 0.0 54.09 3.-1

"D !-5 13.55 220 Tri@!sico 0.0 39.51 2.10

"D 5-7 10.00 220 Tri@!sico 0.0 29.16 22.2

"D 7-8 5.00 220 Tri@!sico 0.0 14.58 35.

1=?AInterrutor 170=00A


"D 1-a .50 220 Tri@!sico 0.0 21.87 1.2

"D a-b 2.50 220 Tri@!sico 0.0 7.29 15.20

70A (&egulable)

INTENSIDAD(AP)

LONGITUD(!")


INTENSIDAD(AP)

LONGITUD(!")

INTERRUPTOR

GENERAL



A D# T#"S6"


10.00 5. 3.2- 1-. 12. 2.52 Cable Do cumple

.00 0.22 0.35 0.1- 12.0 0.1 Cable cumple

.00 0.0 1.05 0. 11.35 0.2 Cable cumple

.00 0. 1.52 0.- 1.3 0.1 Cable cumple

.00 0. 0.0 0.3- 21.20 0.33 Cable cumple

.00 0. 1.52 0.- 1.51 0.2 Cable cumple

.00 0. 1.21 0.55 1-.2 0.20 Cable cumple

.00 0. 0.-5 0.30 15.- 0.12 Cable cumple

.00 0. 0.0 0.0 15.55 0.0 Cable cumple

TOTAL !!=!5 0=1 NO CUPLE


.00 0. 0.2- 0.12 12. 0.20 Cable cumple

.00 0. 0.-- 0.30 11.3 0.12 Cable cumple

.00 0. 0.13 0.0- 11.0 0.0 Cable cumple

TOTAL 9=0 18=!1 NO CUPLE

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO



A D# T#"S6"


.00 0. 2.0 0.5 21.2 0.55 Cable cumple

.00 0. 0.-0 0.2 21.32 0.3 Cable cumple.00 0. 1.5 0.-- 215. 0.3 Cable cumple

.00 0. 1.2 0. 213. 0.30 Cable cumple

.00 0. 0.- 0. 21.0 0.22 Cable cumple

.00 0. 0.5 0.2- 212.0 0.1- Cable cumple

.00 0. 0. 0.21 211.3 0.0 Cable cumple

TOTAL 9=08 =78 C%' C$$ T"


.00 0. 0.3- 0.1- 21.5- 0.12 Cable cumple

.00 0. 0.10 0.05 21.- 0.0 Cable cumple

TOTAL =5! 1=15 C%' C$$ T"

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO



+edidor

--- otes otes otes otes otes otes otes1 ote

+edidor

otes otes1 ote



+edidor

---

1 ote otes otes

.S otes otes

+edidor

otes1 ote



CC$ D# CA6

SC. # $W


"D 0-1 .50 220 Tri@!sico 0.0 255.14 -1.5

"D 1- -2.50 220 Tri@!sico 0.0 182.24 3-.5

"D - 1.5 220 Tri@!sico 0.0 54.67 3.0

"D -! 12.50 220 Tri@!sico 0.0 36.45 25.00

19=?AInterrutor !00=00 A

CIRCUITO 2 SCP D CARGA (KW) TENSION TIPO COS j

"D 0-1 5.1 220 Tri@!sico 0.0 166.73 1.5-

"D 1- 1.1 220 Tri@!sico 0.0 51.93 2-.32

"D - 13.1 220 Tri@!sico 0.0 40.27 1-.25

"D -! -.00 220 Tri@!sico 0.0 17.50 5.05

09=!1AInterrutor 50=00A


"D 0-1 1.50 220 Tri@!sico 0.0 266.81 1.5



INTENSIDAD(AP)

LONGITUD(!")


INTENSIDAD(AP)

LONGITUD(!")



CC$ D# CA6

"D 1- 22.50 220 Tri@!sico 0.0 65.61 15.3

"D - 1.50 220 Tri@!sico 0.0 51.03 31.

"D -! 12.50 220 Tri@!sico 0.0 36.45 32.50

"D !-5 .50 220 Tri@!sico 0.0 21.87 3-.25

"D 5-7 2.50 220 Tri@!sico 0.0 7.29 1-.1-=51 A

Interrutor !00=00 AIdiseño del Circuito :



CC$ D# CA6


"D 1-a -.00 220 Tri@!sico 0.0 201.20 30.00"D a-b -.00 220 Tri@!sico 0.0 134.13 -0.00

"D b-c 23.00 220 Tri@!sico 0.0 67.07 35.00


"D 0-1 13.00 220 Tri@!sico 0.0 37.91 13.05

"D 1- .00 220 Tri@!sico 0.0 20.41 3.-

!8=9 AInterrutor 7=00A

150A (&egulable)

INTENSIDAD(AP)

LONGITUD(!")

INTENSIDAD(AP)

LONGITUD(!")


INTERRUPTOR

GENERAL



A D# T#"S6"


.00 0.22 3.-2 1.-5 21-.3 0. Cable cumple

.00 0.0 2.3 1.2 213.-5 0.-0 Cable cumple

.00 0. 1.- 0. 211.- 0.31 Cable cumple

.00 0. 0.2 0.3 210. 0.20 Cable cumple

TOTAL ?=1 !=15 C%' C$$ T"


.00 0.22 .5 3.3 212.- 0.32 Cable cumple

.00 0.2 0.1 0.1 212.05 0.13 Cable cumple

.00 0.2 0.1 0.0 211.- 0.10 Cable cumple.00 0.0 0.3 0.1 211. 0.0- Cable cumple

TOTAL 9=5 =99 C%' C$$ T"


.00 0.22 1.22 0.55 21. 0.51 Cable cumple


CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO



A D# T#"S6"

.00 0. 0.1 0.1 21. 0.3 Cable cumple

.00 0. 1. 0.-5 21-. 0.2 Cable cumple

.00 0. 1.0- 0. 215.3 0.20 Cable cumple

.00 0. 0.1 0.32 21.-- 0.12 Cable cumple

.00 0. 0.11 0.05 21.5- 0.0 Cable cumpleTOTAL 5=!! =!8 C%' C$$ T"



A D# T#"S6"


.00 0.22 1.3 0.-3 21.0 0.3 Cable cumple-.00 0.5- .5 2.0- 212.- 0.55 Cable cumple

.00 0. 2.11 0.- 210.5 0.3 Cable cumple

TOTAL ?=5 !=0 C%' C$$ T"


.00 0. .- 2.13 215.31 0.21 Cable cumple

.00 0. 1.2 0. 213.5 0.11 Cable cumple

TOTAL 7=!1 =? C%' C$$ T"

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO

CA+DA DETENSI,N (-)

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO



+edidor

#di;cios #di;cios #di;cios1 #di;cio

+edidor

T-C3@ T-CC6"A9 Bungalow

.=S11 Bungalow

+edidor

---



otes otes otes otes

1 ote



+edidor

#di;cios #di;cios #di;cios

+edidor

1 Bungalow1! Bungalow



SAB A 8!=59


"D 0-1 1.20 220 Tri@!sico 0.0


"D 0-1 2. 220 Tri@!sico 0.0


"D 0-1 20.- 220 Tri@!sico 0.5


"D 0-1 .1 220 Tri@!sico 0.0

"D 1- .1 220 Tri@!sico 0.0

"D - 3.1 220 Tri@!sico 0.0

"D -! 35.-1 220 Tri@!sico 0.0

SC. B 1=9


"D 0-1 25.00 220 Tri@!sico 0.0

"D 1- 20.00 220 Tri@!sico 0.0

"D - 15.00 220 Tri@!sico 0.0

"D -! 10.00 220 Tri@!sico 0.0

"D !-5 5.00 220 Tri@!sico 0.0




"D 1- 2.50 220 Tri@!sico 0.0"D - 25.00 220 Tri@!sico 0.0

"D -! 22.50 220 Tri@!sico 0.0

"D !-5 20.00 220 Tri@!sico 0.0

"D 5-7 1.50 220 Tri@!sico 0.0

"D 7-8 10.00 220 Tri@!sico 0.0

"D 8-9 .50 220 Tri@!sico 0.0

"D 9-? 5.00 220 Tri@!sico 0.0

"D ?-10 2.50 220 Tri@!sico 0.0


"D 7-a .50 220 Tri@!sico 0.0

"D a-b 5.00 220 Tri@!sico 0.0

"D b-c 2.50 220 Tri@!sico 0.0


"D 1- 22.50 220 Tri@!sico 0.0

"D - 20.00 220 Tri@!sico 0.0


"D -a 10.00 220 Tri@!sico 0.0

"D a-b .50 220 Tri@!sico 0.0

"D b-c 5.00 220 Tri@!sico 0.0

"D c-d 2.50 220 Tri@!sico 0.0


"D -e 10.00 220 Tri@!sico 0.0

"D e-' .50 220 Tri@!sico 0.0

"D '-g 5.00 220 Tri@!sico 0.0

"D g-/ 2.50 220 Tri@!sico 0.0

CIRCUITO 2 # R$%$01

CIRCUITO 2 # R$%$

02

CIRCUITO 2 # R$%$03

CIRCUITO 2 # R$%$04




"D 0-1 20.00 220 Tri@!sico 0.0

"D 1- 1.50 220 Tri@!sico 0.0

"D - 15.00 220 Tri@!sico 0.0

"D -! 12.50 220 Tri@!sico 0.0

"D !-5 10.00 220 Tri@!sico 0.0

"D 5-7 .50 220 Tri@!sico 0.0

"D 7-8 5.00 220 Tri@!sico 0.0

"D 8-9 2.50 220 Tri@!sico 0.0


"D 0-1 2.3 220 Tri@!sico 0.0



"D -/ 12.50 220 Tri@!sico 0.0"D /-i 10.00 220 Tri@!sico 0.0

"D i-E .50 220 Tri@!sico 0.0

"D E-, 5.00 220 Tri@!sico 0.0

"D ,-l 2.50 220 Tri@!sico 0.0


"D 0-1 5.00 220 Tri@!sico 0.0"D 1- 0.00 220 Tri@!sico 0.0

"D - 30.00 220 Tri@!sico 0.0

"D -! 2.50 220 Tri@!sico 0.0

"D !-5 25.00 220 Tri@!sico 0.0

"D 5-7 22.50 220 Tri@!sico 0.0

"D 7-8 20.00 220 Tri@!sico 0.0

"D 8-9 1.50 220 Tri@!sico 0.0

"D 9-? 15.00 220 Tri@!sico 0.0

"D ?-10 12.50 220 Tri@!sico 0.0

"D 10-11 10.00 220 Tri@!sico 0.0"D 11-1 .50 220 Tri@!sico 0.0

"D 1-1 5.00 220 Tri@!sico 0.0

"D 1-1! 2.50 220 Tri@!sico 0.0


"D -a 10.00 220 Tri@!sico 0.0

"D a-b .50 220 Tri@!sico 0.0

"D b-c 5.00 220 Tri@!sico 0.0

"D c-d 2.50 220 Tri@!sico 0.0


"D 1- 5.00 220 Tri@!sico 0.0

"D - 2.50 220 Tri@!sico 0.0

CIRCUITO 2 # R$%$01

CIRCUITO 2 # R$%$02




"D 0-1 0.00 220 Tri@!sico 0.0

"D 1- 3.50 220 Tri@!sico 0.0

"D - 20.00 220 Tri@!sico 0.0

"D -! 1.50 220 Tri@!sico 0.0

"D !-5 15.00 220 Tri@!sico 0.0

"D 5-7 12.50 220 Tri@!sico 0.0

"D 7-8 10.00 220 Tri@!sico 0.0"D 8-9 .50 220 Tri@!sico 0.0

"D 9-? 5.00 220 Tri@!sico 0.0

"D ?-10 2.50 220 Tri@!sico 0.0


"D -a 1.50 220 Tri@!sico 0.0

"D a-b 15.00 220 Tri@!sico 0.0

"D b-c 12.50 220 Tri@!sico 0.0

"D c-d 10.00 220 Tri@!sico 0.0

"D d-e .50 220 Tri@!sico 0.0

"D e-' 5.00 220 Tri@!sico 0.0

"D '-g 2.50 220 Tri@!sico 0.0


"D 0-1 0.00 220 Tri@!sico 0.0"D 1- 3.50 220 Tri@!sico 0.0

"D - 25.00 220 Tri@!sico 0.0

"D -! 22.50 220 Tri@!sico 0.0

"D !-5 20.00 220 Tri@!sico 0.0

"D 5-7 1.50 220 Tri@!sico 0.0

"D 7-8 15.00 220 Tri@!sico 0.0

"D 8-9 12.50 220 Tri@!sico 0.0

"D 9-? 10.00 220 Tri@!sico 0.0

"D ?-10 .50 220 Tri@!sico 0.0

"D 10-11 5.00 220 Tri@!sico 0.0

"D 11-1 2.50 220 Tri@!sico 0.0

CIRCUITO 3 # R$%$01



"D 1- 0.50 220 Tri@!sico 0.0

SC. D !=17


"D 0-1 0.00 220 Tri@!sico 0.0

"D 1- 3.50 220 Tri@!sico 0.0

"D - 25.00 220 Tri@!sico 0.0"D -! 22.50 220 Tri@!sico 0.0

"D !-5 20.00 220 Tri@!sico 0.0

"D 5-7 1.50 220 Tri@!sico 0.0

"D 7-8 15.00 220 Tri@!sico 0.0

"D 8-9 12.50 220 Tri@!sico 0.0

"D 9-? 10.00 220 Tri@!sico 0.0

"D ?-10 .50 220 Tri@!sico 0.0

"D 10-11 5.00 220 Tri@!sico 0.0

"D 11-1 2.50 220 Tri@!sico 0.0


"D -a 12.50 220 Tri@!sico 0.0

"D a-b 10.00 220 Tri@!sico 0.0

"D b-c .50 220 Tri@!sico 0.0

"D c-d 5.00 220 Tri@!sico 0.0

"D d-e 2.50 220 Tri@!sico 0.0


"D 0-1 30.00 220 Tri@!sico 0.0

"D 1- 20.00 220 Tri@!sico 0.0

"D - 1.50 220 Tri@!sico 0.0

"D -! 10.00 220 Tri@!sico 0.0

"D !-5 .50 220 Tri@!sico 0.0

"D 5-7 5.00 220 Tri@!sico 0.0

"D 7-8 2.50 220 Tri@!sico 0.0

CIRCUITO 1 # R$%$01



"D a-b 10.00 220 Tri@!sico 0.0"D b-c .50 220 Tri@!sico 0.0

"D c-d 5.00 220 Tri@!sico 0.0

"D d-e 2.50 220 Tri@!sico 0.0


"D -' 12.50 220 Tri@!sico 0.0

"D '-g 10.00 220 Tri@!sico 0.0"D g-/ .50 220 Tri@!sico 0.0

"D /-i 5.00 220 Tri@!sico 0.0

"D i-E 2.50 220 Tri@!sico 0.0


"D 0-1 3-.51 220 Tri@!sico 0.0

"D 1- 35.51 220 Tri@!sico 0.0

"D - 3.51 220 Tri@!sico 0.0

"D -! 33.51 220 Tri@!sico 0.0

"D !-5 32.51 220 Tri@!sico 0.0

"D 5-7 31.51 220 Tri@!sico 0.0

"D 7-8 30.51 220 Tri@!sico 0.0

"D 8-9 2.51 220 Tri@!sico 0.0

"D 9-? 2.51 220 Tri@!sico 0.0

"D ?-10 2.51 220 Tri@!sico 0.0

"D 10-11 2-.51 220 Tri@!sico 0.0

"D 11-1 25.51 220 Tri@!sico 0.0

"D 1-1 1.00 220 Tri@!sico 0.0

"D 1-1! 1-.00 220 Tri@!sico 0.0

"D 1!-15 15.00 220 Tri@!sico 0.0

"D 15-17 1.00 220 Tri@!sico 0.0

"D 17-18 13.00 220 Tri@!sico 0.0

"D 18-19 12.00 220 Tri@!sico 0.0

"D 19-1? 11.00 220 Tri@!sico 0.0

"D 1?-0 10.00 220 Tri@!sico 0.0

"D 0-1 .00 220 Tri@!sico 0.0

"D 1- .00 220 Tri@!sico 0.0"D - .00 220 Tri@!sico 0.0

"D -! -.00 220 Tri@!sico 0.0

CIRCUITO 3 # R$%$02



CC$ D# CA6DA D# T#"S6"

C$&' *T K

3.50 20.3 -.00 0.5- 0.0

TOTAL 0.04

C$&' *T K

8.09 -. .00 0. 0.5-

TOTAL 0.56

C$&' *T K

63.89 50. .00 0.0 1.33

TOTAL 1.33

C$&' *T K

145.53 2.3 .00 0.22 2.5

144.07 21.52 .00 0.2 0.2

114.92 2.3 .00 0.0 1.3

103.84 -. .00 0.0 2.-

9=0

C$&' *T K

72.90 23.53 .00 0. 1.5

58.32 12.- .00 0. 0.--

43.74 12.53 .00 0. 0.

29.16 13. .00 0. 0.35

14.58 1.12 .00 0. 0.1

=

C$&' *T K

INTENSIDAD(AP)

LONGITUD(!")

CA+DA DETENSI,N (-)

INTENSIDAD(AP)

LONGITUD(!")

CA+DA DETENSI,N (-)

INTENSIDAD(AP)

LONGITUD(!")

CA+DA DETENSI,N (-)

INTENSIDAD(AP)

LONGITUD(!")

CA+DA DETENSI,N (-)

INTENSIDAD(AP)

LONGITUD(!")

CA+DA DETENSI,N (-)

INTENSIDAD(AP)

LONGITUD(!")

CA+DA DETENSI,N (-)




C$&' *T K

58.32 135.-2 .00 0.2 2.35

51.03 25.- .00 0.0 0.53

43.74 13.-- .00 0. 0.5

36.45 .3 .00 0. 0.32

29.16 . .00 0. 0.23

21.87 12.21 .00 0. 0.2

14.58 15.0 .00 0. 0.20

7.29 1. .00 0. 0.11!=5

C$&' *T K

79.82 135.-2 -.00 0.5- -.11

7=11

INTENSIDAD(AP)

LONGITUD(!")

CA+DA DETENSI,N (-)

INTENSIDAD(AP)

LONGITUD(!")

CA+DA DETENSI,N (-)




C$&' *T K

196.82 12. .00 0.22 0.5

109.35 1.5 .00 0.2 0.0-

102.06 1.53 .00 0.2 0.

94.77 15.- .00 0.2 0.

87.48 1-.2 .00 0.2 0.2

80.19 1-.1 .00 0.0 0.5372.90 1-.31 -.00 0.5- 0.-

65.61 1.30 .00 0. 1.0

58.32 15.1 .00 0. 0.3

51.03 1.1 .00 0. 0.

43.74 11.- .00 0. 0.

36.45 11.- .00 0. 0.3

29.16 11.5 .00 0. 0.30

21.87 13.5 .00 0. 0.2

14.58 1-.00 .00 0. 0.21

7.29 1-.00 .00 0. 0.108=78

C$&' *T K

87.48 -.50 .00 0. 0.51

1=0?

C$&' *T K

51.03 2.00 .00 0. 0.0

43.74 2.0 .00 0. 0.

36.45 21.11 .00 0. 0.-

29.16 15.0 .00 0. 0.1

21.87 1.5- .00 0. 0.3

14.58 13.-2 .00 0. 0.1

7.29 13. .00 0. 0.0

=?1

C$&' *T K

INTENSIDAD(AP)

LONGITUD(!")

CA+DA DETENSI,N (-)

INTENSIDAD(AP)

LONGITUD(!")

CA+DA DETENSI,N (-)

INTENSIDAD

(AP)

LONGITUD

(!")

CA+DA DE

TENSI,N (-)

INTENSIDAD(AP)

LONGITUD(!")

CA+DA DETENSI,N (-)




C$&' *T K

65.61 -.50 .00 0.2 0.13

58.32 15.10 .00 0.2 0.2-

51.03 12.- .00 0.2 0.1

43.74 11.0 .00 0.2 0.15

36.45 10. .00 0.2 0.12

29.16 12. .00 0.2 0.11

21.87 1.23 .00 0.0 0.13

14.58 1-.3 .00 0.0 0.10

7.29 1. .00 0.0 0.0

9=!9

C$&' *T K

58.32 1.-3 .00 0.2 0.32

51.03 13.1 .00 0.2 0.21

43.74 13.2 .00 0.2 0.1

36.45 1.1 .00 0.2 0.1-

29.16 13.- .00 0.2 0.12

21.87 1.00 .00 0.0 0.12

14.58 1.00 .00 0.0 0.0

7.29 1.00 .00 0.0 0.0

9=!?

INTENSIDAD(AP)

LONGITUD(!")

CA+DA DETENSI,N (-)

INTENSIDAD(AP)

LONGITUD(!")

CA+DA DETENSI,N (-)




C$&' *T K

29.16 2.5 .00 0. 0.0-

21.87 1.2 .00 0. 0.3-

14.58 20.-- .00 0. 0.2

7.29 15.0 .00 0. 0.10

=?9

C$&' *T K

21.87 1.-- .00 0. 0.3

14.58 13. .00 0. 0.1

7.29 1.15 .00 0. 0.0

=95

C$&' *T K

189.53 2.50 .00 0.22 1.2182.24 1.2- .00 0.22 0.2

138.51 .- .00 0.22 2.53

102.06 .5 .00 0.2 0.2

94.77 15. .00 0.2 0.

87.48 13.3 .00 0.2 0.3-

80.19 1.21 .00 0.2 0.3

72.90 11.- .00 0.0 0.35

65.61 12.13 .00 0.0 0.32

58.32 11.5 .00 0.0 0.2

51.03 20.22 .00 0.0 0.243.74 13.5 .00 0.0 0.25

36.45 1.5 .00 0.0 0.2

29.16 1-.3 -.00 0.5- 0.2

21.87 1.- -.00 0.5- 0.1

14.58 1-. -.00 0.5- 0.1

7.29 12.- -.00 0.5- 0.05

9=!7

C$&' *T K

36 45 15 33 00 0 0 50

INTENSIDAD(AP)

LONGITUD(!")

CA+DA DETENSI,N (-)

INTENSIDAD(AP)

LONGITUD(!")

CA+DA DETENSI,N (-)

INTENSIDAD(AP)

LONGITUD(!")

CA+DA DETENSI,N (-)

INTENSIDAD(AP) LONGITUD(!") CA+DA DETENSI,N (-)




29.16 1-.32 .00 0. 0.321.87 1-.- .00 0. 0.33

14.58 20.03 .00 0. 0.2-

7.29 12. .00 0. 0.0

=57

C$&' *T K

36.45 10.00 .00 0. 0.33

29.16 13.10 .00 0. 0.321.87 1.00 .00 0. 0.2

14.58 1-.0 .00 0. 0.21

7.29 2.0 .00 0. 0.1

5=9

C$&' *T K

106.45 3.5 .00 0.22 2.2

103.53 -.2 .00 0.2 0.21

100.62 -.1 .00 0.2 0.1

97.70 -.3 .00 0.2 0.1

94.78 -.-2 .00 0.0 0.2-

91.87 2.- .00 0.0 0.10

88.95 11.52 .00 0.0 0.2

86.04 2.00 .00 0.0 0.0

83.12 11.-2 .00 0.0 0.3

80.21 1.-3 .00 0.0 0.05

77.29 10.03 .00 0.0 0.32

74.37 10. .00 0.0 0.33

49.57 1-.05 .00 0.0 0.32

46.65 10.5 .00 0. 0.

43.74 .0 .00 0. 0.31

40.82 .52 .00 0. 0.31

37.91 5.- .00 0. 0.20

34.99 .05 .00 0. 0.25

32.08 10.- .00 0. 0.31

29.16 1.2 .00 0. 0.0

26.24 . .00 0. 0.23

23.33 2.2 .00 0. 0.0520.41 10.5 .00 0. 0.1

17 50 .0- .00 0. 0.11

INTENSIDAD(AP)

LONGITUD(!")

CA+DA DETENSI,N (-)

INTENSIDAD(AP)

LONGITUD(!")

CA+DA DETENSI,N (-)



2$ del Cable #stado del Cable

0.02 1?=?7 0.01 Cable cumple T7C

0.02


0.25 1?=!! 0.05 Cable cumple T78

0.25


0.-0 19=78 0.21 Cable cumple T7'TA"71

0.60


1.25 21.25 0.2 Cable cumple T78>AT71

0.2 17= 0.3- Cable cumple T7C>"71

0.-3 1!=?! 0.3 Cable cumple T7AD

1.3 11=?9 0.3 Cable cumple T78>A'71

=7!


0.0 21.- 0.1 Cable cumple Fote

0.30 21.0 0.33 Cable cumple Fote

0.22 21. 0.25 Cable cumple Fote

0.1- 21. 0.1- Cable cumple Fote


1=!8


DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO




1.0 21.-5 0.1 Cable cumple Fote


0.2 21-.5 0.25 Cable cumple Fote

0.15 21-.2- 0.20 Cable cumple Fote

0.10 21-.03 0.1- Cable cumple Fote



0.05 215. 0.0 Cable cumple Fote=07


2. 213. 0.33 Cable cumple T7

=89

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO




0.0- 212.-2 0.1- Cable cumple Fote

0.12 212.3- 0.1 Cable cumple Fote





0.0- 211.- 0.0 Cable cumple Fote



=95







0.0- 211.-3 0.0 Cable cumple Fote



=97

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO



0.01 21.33 0.01 Cable cumple T7A'710=0


0.2 21. 0.-- Cable cumple Fote

0.13 21.- 0.-1 Cable cumple

0.3 21-.5 0.1 Cable cumple Fote0.2 21-.22 0.3 Cable cumple Fote





0.21 213.50 0.1- Cable cumple Fote




=1


0.33 21-. 0.20 Cable cumple Fote


0.1 21-.1- 0.12 Cable cumple Fote


0.0- 215. 0.0 Cable cumple Fote

1=99


1.5 21-.1 0.2 Cable cumple

1.01 21.-0 0.33 Cable cumple Fote

0.3- 213.0 0.2 Cable cumple

0.0 213.2 0.1- Cable cumple Fote

0.1- 213.3 0.12 Cable cumple Fote



=1

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO





0.1- 21-.3 0.12 Cable cumple Fote



1=91





1=85


0.5- 21.- 0.3- Cable cumple Fote0.33 21.0 0.35 Cable cumple Fote

1.15 215.52 0.2- Cable cumple



0.1- 21.3 0.22 Cable cumple Fote


0.1- 213. 0.2 Cable cumple Fote



0.1 212.1 0.1 Cable cumple Fote0.11 212. 0.1 Cable cumple Fote




0.0- 211.5 0.0- Cable cumple Fote


=9!


0 23 21 5 0 20 C bl l F t

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO

DE CA+DA DETENSI,N TENSI/N EL EL*ANCO



0.0- 212.30 0.0 Cable cumple >un9alo?0.01 212.2 0.0 Cable cumple >un9alo?

0.0 212.20 0.05 Cable cumple >un9alo?


0.01 212.1- 0.02 Cable cumple >un9alo?

=57


3.13 213.11 0.3 Cable cumple0.12 212. 0.3 Cable cumple T7C

0.2 212.21 0.13 Cable cumple T7C>"73



0.02 211. 0.13 Cable cumple >un9alo?

0.0 211.-1 0.12 Cable cumple >un9alo?


0.0- 211. 0.11 Cable cumple >un9alo?


0.0 211.31 0.0 Cable cumple >un9alo?0.01 211.2 0.0 Cable cumple >un9alo?

0.0- 211.1 0.0 Cable cumple >un9alo?

0.05 211.0- 0.0 Cable cumple >un9alo?

0.0 210. 0.0- Cable cumple >un9alo?

0.03 210.2 0.0- Cable cumple >un9alo?


0.01 210.3 0.0- Cable cumple >un9alo?

0.03 210. 0.05 Cable cumple >un9alo?

0.01 210.- 0.0 Cable cumple >un9alo?

0.01 210.3 0.03 Cable cumple >un9alo?0.00 210.2 0.02 Cable cumple >un9alo?


!=


0.20 212.-- 0.1 Cable cumple T7Cocina

=!

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO

DE CA+DA DETENSI,N

TENSI/N EL EL*ANCO



CD$CT&#S AI&#S H S$BT#&&A"#S D# BT

6tem Conductor &0 (/mJKm) & (/mJKm) L (/mJKm)1 371x10 mmK DAJJ 3.000 3.200 0.10

2 371x1- mmK DAJJ 1.100 2.300 0.150

3 371x25 mmK DAJJ 1.2000 1.00 0.120

371x0 mmK DAJJ 0.30 0.5510 0.120

5 371x5 mmK DAJJ 0.3200 0.30 0.12-0

- 371x120 mmK DAJJ 0.2530 0.3150 0.1230

371x15 mmK DAJJ 0.1-0 0.200 0.1210

371x300 mmK DAJJ 0.1000 0.1250 0.1200

371x500 mmK DAJJ 0.0-05 0.01 0.11-0

10 371x- mmK DJJ 3.000 3.0-0 0.1-0

11 371x10 mmK DJJ 1.300 2.2-20 0.1520

12 371x1- mmK DJJ 1.1500 1.210 0.130

13 371x35 mmK DJJ 0.520 0.-0 0.1320

1 371x0 mmK DJJ 0.2-0 0.3310 0.120

15 371x120 mmK DJJ 0.1530 0.10 0.110 1- 371x15 mmK DJJ 0.01 0.1220 0.110

1 371x300 mmK DJJ 0.0-01 0.03 0.11-0

1 371x500 mmK DJJ 0.03-- 0.05 0.1130

1 3x- mmK DLJ 3.000 3.0-0 0.1020

20 3x10 mmK DLJ 1.300 2.2-20 0.0-0

21 3x1- mmK DLJ 1.1500 1.210 0.020

22 3x25 mmK DLJ 0.20 0. 0.0-

23 3x35 mmK DLJ 0.520 0.-0 0.00

2 3x50 mmK DLJ 0.30 0.2 0.053

25 3x0 mmK DLJ 0.2-0 0.3310 0.030

2- 3x5 mmK DLJ 0.130 0.235 0.021

2 3x120 mmK DLJ 0.1530 0.10 0.000

2 3x150 mmK DLJ 0.120 0.1532 0.000

2 3x15 mmK DLJ 0.01 0.1220 0.000 30 3x20 mmK DLJ 0.05 0.032 0.05

31 3x300 mmK DLJ 0.0-01 0.03 0.00

32 Finea 3x- mmK CA%7* 3.000 3.22 0.1315

33 Finea 3x10 mmK CA%7* 1.300 2.3333 0.1235

3 Finea 3x1- mmK CA%7* 1.1500 1.--3 0.11-5

35 Finea 3x25 mmK CA%7* 0.20 0.20 0.11

3- Finea 3x35 mmK CA%7* 0.520 0.--1 0.112

3 Finea 3x50 mmK CA%7* 0.30 0.3 0.102

3 Finea 3x0 mmK CA%7* 0.2-0 0.31 0.10-0

3 Finea 3x1- mmK CAA%7* 1.100 2.353 0.1150

0 Finea 3x25 mmK CAA%7* 1.2000 1.5301 0.10-

1 Finea 3x35 mmK CAA%7* 0.-0 1.10- 0.105

2 Finea 3x50 mmK CAA%7* 0.-10 0.13 0.1052

3 Finea 3x0 mmK CAA%7* 0.30 0.5- 0.101

Finea 3x5 mmK CAA%7* 0.3200 0.00 0.10-5

5 Finea 3x120 mmK CAA%7* 0.2530 0.322- 0.10-

- Finea 371x mmK C'% 2.2300 2.505 0.2-

Finea 371x10 mmK C'% 1.00 2.155 0.15

Finea 371x13 mmK C'% 1.000 1.-200 0.0-

Finea 371x1- mmK C'% 1.100 1.3 0.00

50 Finea 371x21 mmK C'% 0.20 1.020- 0.305

51 Finea 371x25 mmK C'% 0.10 0.52 0.33

52 Finea 371x35 mmK C'% 0.530 0.-15- 0.313

53 Finea 371x50 mmK C'% 0.350 0.51 0.353

5 Finea 371x0 mmK C'% 0.230 0.315 0.33

55 Finea 371x5 mmK C'% 0.150 0.225- 0.325

5- Finea 371x120 mmK C'% 0.15-0 0.105 0.315 5 Finea 371x150 mmK C'% 0.12-0 0.15 0.3105

5 Finea 371x15 mmK C'% 0.1010 0.11- 0.3023



2&+AT D# CAC$ DS

DATS

" total de diseNo 35.-1 ,Corriente Total (A) 103. Am=

TensiBn promedio >T en barras de *8 220.00 :"istancia (m) 203.1 ml=DO de ternas proyectadas 1.00

Tipo de Conductor / calibre .00

CAC$ D# CA6DA D# T#"S6"

LGpar!metro del conductor 0.1

.-2

Tensión en el B+ 211.3 :M min 0?=0 P+ cada de tensiBn(incluye DO de ternas)



2$ D# CAB#

Total de amperios por ternas 103.Am=Capacidad nominal del cable 30.00 Am=&actor de utiliaciBn por terna proyectada 0.3 ma< 0=?5

1

&esultado #S 2ACT6B#

0 :



#Eecutar el 9J0J015 10N?

.4rdida signi;cati%a de 'uncionalidad

6n'orme de comatibilidad ara Caida TensiónOCasaBlancaO92eb15O=<ls

Fas si9uientes caractersticas de este libro no son compatibles con ;ersionesanteriores de 8xcel. 8stas caractersticas podran perderse o de9radarse si abre

el libro con una ;ersiBn anterior de 8xcel o si 9uarda el libro con un @ormato dearc6i;o anterior.

Al9unas celdas contienen m!s @ormatos condicionales de los permitidos en el@ormato de arc6i;o seleccionado. 8n las ;ersiones anteriores de 8xcel solamentese mostrar!n las tres primeras condiciones.

Al9unas celdas de este libro contienen un tipo de @ormato condicional :ue no seadmite en ;ersiones anteriores de 8xcel como barras de datos escalas de coloro conQuntos de iconos.

Al9unas celdas contienen @ormato condicional con la opciBn R"etener si es;erdadR desacti;ada. Fas ;ersiones anteriores de 8xcel no reconocen esta opciBny se detendr!n despu4s de la primera condiciBn ;erdadera.

<na o m!s celdas de este libro contienen re9las de ;alidaciBn de datos :ue6acen re@erencia a ;alores en otras 6oQas de c!lculo. 8stas re9las de ;alidaciBnde datos no se 9uardar!n.



.4rdida menor de ;delidad

Al9unas @Brmulas de este libro est!n ;inculadas a otros libros :ue est!ncerrados. Cuando estas @Brmulas se ;uel;en a calcular en ;ersiones anterioresde 8xcel sin abrir los libros ;inculados los caracteres :ue exceden el lmite de255 caracteres no se pueden de;ol;er.



Al9unas celdas o estilos de este libro contienen un @ormato no admitido en el@ormato de arc6i;o seleccionado. 8stos @ormatos se con;ertir!n al @ormato m!scercano disponible.



"P de aariciones :ersión

1

8xcel 72003

2

8xcel 72003

2

8xcel 72003

10

8xcel 72003



8xcel 72003

8xcel 72003

8xcel 72003

C.T. *A> 7 ARI"11#"

C.T. *A> 7 ARI"1#"

C.T. *C' 7 >RI"#"

C.T. *C' 7 >RI"0#"

C.T. *C' 7 >RI"2#"3

C.T. *C' 7 >RI"10#"1

C.T. *C' 7 >RI"1#"2

C.T. *C' 7 >RI"2

C.T. *C' 7 CRI"11#"

C.T. *C' 7 CRI"#"

http://var/www/apps/conversion/tmp/scratch_4/














8xcel 72003

8xcel 72003

8xcel 72003

C.T. *C' 7 CRI"5#"5

C.T. *C' 7 CRI"-#"

C.T. *C' 7 CRI"-#"5

C.T. *C' 7 CRI"-2#"

C.T. *C' 7 CRI"1#"

C.T. *C' 7 CRI"#"

C.T. *C' 7 CRI"#"1

C.T. *C' 7 CRI"105#"

C.T. *C' 7 CRI"10#"1

C.T. *C' 7 CRI"30

C.T. *C' 7 CRI"35#"

C.T. *C' 7 CRI"23#"2

C.T. *C' 7 "RI"0#"

C.T. *C' 7 "RI"23#"2

C.T. *C' 7 "RI"10#"

C.T. *C' 7 "RI"2#"

C.T. *C' 7 8RI"2#"

C.T. *C' 7 8RI"2-#"3

C.T. *C' 7 8RI"1#"2

C.T. *C' 7 8RI"10#"1

C.T. *C' 7 8RI"3-#"3



8xcel 720031Dombres deSnidos

Caida Tensiu00F3n Casa Blanca_01Mar15

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