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PROYECTO: NOMBRE: UBICACIÓN: CLIENTE: DOCUMENTO No.: CABLES DE MT - 1/3P Archivo:443345443.xls - Hoja: CÁLCULOS - Fech
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PROYECTO: NOMBRE: UBICACIÓN: CLIENTE: DOCUMENTO No.:
CABLES DE MT - 1/3P
Archivo:443345443.xls - Hoja: CÁLCULOS - Fecha: 10/22/2019 - Hora: 15:51:13
0.9% 0.4% 0.6% 0.0% 0.0% 0.4% 0.5% 0.6% 0.7% 0.1% 0.5% 0.5% 0.5% 0.7% 0.8% 0.8% 0.8% 0.7% 0.7% 0.7% 0.7% 0.7% 1.0% 1.0% 0.3% 1.0% 1.6% 0.6% 0.8% 2.2% 1.9% 1.4% 1.4% 2.9% 2.5% 0.5% 2.1% 1.8% 1.0% 0.6% 0.0% 0.0% 0.0% 0.0% 0.0% 0.0% 0.0% 0.0% 0.0% 0.0%
– – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – 0 0 0 0 0 0 0 0 0 0
– – – 0.3% 0.3% 1.5% 2.2% 2.4% 2.7% – – 2.1% 2.1% 3.3% 3.0% 3.0% 3.0% – – – – – – – – 6.4% – – – – – – – – – – – – – – 0.0% 0.0% 0.0% 0.0% 0.0% 0.0% 0.0% 0.0% 0.0% 0.0%
5 – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – 0 0 0 0 0 0 0 0 0 0
4 – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – 0 0 0 0 0 0 0 0 0 0
– – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – 0 0 0 0 0 0 0 0 0 0
– – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – 0 0 0 0 0 0 0 0 0 0
Diámetro
80% 80% 70% 8% 8% 69% 65% 65% 62% 12% 62% 62% 62% 46% 68% 68% 68% 68% 68% 70% 70% 70% 78% 78% 7% 34% 30% 12% 15% 64% 57% 62% 62% 63% 28% 30% 60% 26% 24% 12% 0% 0% 0% 0% 0% 0% 0% 0% 0% 0%
Diámetro
250 8 12 12 12 6 12 12 6 12 8 6 6 12 8 8 8 6 6 6 6 6 4/0 4/0 12 8 12 12 12 12 12 2 2 4 #N/A 12 #N/A #N/A 12 12 0 0 0 0 0 0 0 0 0 0
Cant.
500 4 10 12 12 4 10 10 2 12 6 2 2 12 6 6 6 4 4 2 2 2 1000 1000 12 6 12 12 12 10 12 2 2 4 12 12 12 10 12 12 0 0 0 0 0 0 0 0 0 0
Diámetro
– – – 12 12 12 12 12 8 – – 8 8 12 10 10 10 – – – – – – – – 6 – – – – – – – – – – – – – – 0 0 0 0 0 0 0 0 0 0
Cant.
– – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – 0 0 0 0 0 0 0 0 0 0
Calibre
1/0 12 12 12 12 12 12 12 8 12 12 10 10 12 10 10 10 10 10 8 8 8 3/0 3/0 12 10 12 12 12 10 12 4 4 4 12 12 12 10 12 12 0 0 0 0 0 0 0 0 0 0
#Cond./Cable
500 4 10 12 12 4 10 10 2 12 6 2 2 12 6 6 6 4 4 2 2 2 1000 1000 12 10 12 12 12 10 12 2 2 4 12 12 12 12 12 12 0 0 0 0 0 0 0 0 0 0
Cant.
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
Cables/Ducto
% Caída al Arranque
THW PVC-PVC PVC-PVC PVC-PVC PVC-PVC PVC-PVC PVC-PVC PVC-PVC PVC-PVC PVC-PVC PVC-PVC PVC-PVC PVC-PVC PVC-PVC PVC-PVC PVC-PVC PVC-PVC PVC-PVC PVC-PVC PVC-PVC PVC-PVC PVC-PVC PVC-PVC PVC-PVC PVC-PVC PVC-PVC PVC-PVC PVC-PVC PVC-PVC PVC-PVC PVC-PVC PVC-PVC PVC-PVC PVC-PVC PVC-PVC PVC-PVC PVC-PVC PVC-PVC PVC-PVC PVC-PVC 0 0 0 0 0 0 0 0 0 0
Ctos./Ducto
Trinchera m
Tub. Sup. m
Tiempo del cc (ciclos)
Icc (kA)
Fases
Ductos/ Bancada
Capacidad de CC (kA)
10%
% Caída
0.89 0.89 0.89 0.89 1 1 1 0.9 0.89 0.89 0.89 0.89 0.89 0.89
10% 10% 10% 10% 10% 10%
22 17 17 22 22 24 44 23 28 35 35 35 38 38 38 38 38 45 45 45 51 51 38 51 51 51 49 40 15 22 22 40 44 17 17 40 40 50
5 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 3 3 1 1 1 1 1 1 1 1 1 1 5 1 3 5 1 1
% de Carga
2.25 0.9 1.15 6.75 1.5 7.5 7.5 5.6 3.5 2.25 4.5 4.5 1.8 0.9
3/1
10% 10% 10% 10% 10% 10%
1 3 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 3 3 3 3 3 4 3 3 4 4
Calibre Tierra (3)
0.89 0.89 0.89 0.89 0.89 0.89 0.89 0.89
20
Calibre Fases
40 40 56 56 56 1120 1120 0.5
15
Por Arranque
5 0/1 5 0/1 1 5/2 3 0/1 3 0/1 3 0/1
12
TIPO
Por Cortocircuito
0.89 0.89
3.0% 3.0% 3.0% 3.0% 3.0% 3.0% 3.0% 3.0% 3.0% 3.0% 3.0% 3.0% 3.0% 3.0% 3.0% 3.0% 3.0% 3.0% 3.0% 3.0% 3.0% 3.0% 3.0% 3.0% 3.0% 3.0% 3.0% 3.0% 3.0% 3.0% 3.0% 3.0% 3.0% 3.0% 3.0% 3.0% 3.0% 3.0% 3.0% 3.0%
DUCTO CABLE DE TuberíaSuperficial CONTROL Bancada Común Individual
DATOS DEL CABLE ELEGIDO
Por Caída
2 28
3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 2 2 2 2 1 3 1 1 3 3
SELECCIÓN DEL CABLE Por Capacidad
1/1 1/1 4 0/1 1 5/1 1 5/1 5 0/1
220 480 480 460 460 460 460 460 460 480 480 460 460 460 460 460 460 480 480 480 480 480 480 480 208 208 208 208 208 208 125 125 125 125 120 208 120 120 208 208
CABLE
Cond./Fase
0.89 0.89 0.89
Nominal V
COSØ
kVA 500 50 17
%Varranque Máximo
Volt. Converter For Starting Diesel Space Heater / Accessory Compart. Space Heater / Turbine Compart. Enclosure Gas Valve Comp. Fan 1 Enclosure Gas Valve Comp. Fan 2 Auxiliary Lube Oil Pump Motor Hydraulic Supply Pump Motor Oil Mist Separator Fan Generator Cooling Fan Additive Dosing Skid Power Supply Compressor Wash Skid Supply Enclosure Turbine Comp. Fan 1 Enclosure Turbine Comp. Fan 2 Filter House Power Supply -Fans Water Recooler Fan 1 Water Recooler Fan 2 Water Recooler Fan 3 Cooling Water Pump 1 Skid Supply Cooling Water Pump 2 Skid Supply Heater Gas Skid Supply - Group 1 Heater Gas Skid Supply - Group 2 Heater Gas Skid Supply - Group 3 Generator Auxiliary Compartment / Aux. Transf. Generator Auxiliary Compartment / Aux. Transf. Filter House Power Supply - Control Generator Auxiliary Compartment Fan Supply Generator Auxiliary Compartment Heater Supply Generator Auxiliary Compartment Lighting Supply CO2 - Container Power Supply Generator Heater Elements Supply Hydraulic Ratchet Pump Motor Emergency Lube Oil Pump Motor Diesel Motor Starter Emergency Lighting Supply Generator Auxiliary Compartment Sockets Supply Enclosure Lighting Enclosure Socket Outlets Generator Sockets Supply Generator Lighting Supply Turbine Lighting Supply
Caída Máx.
P-001 P-002 P-003 P-004 P-005 P-006 P-007 P-008 P-009 P-010 P-011 P-012 P-013 P-014 P-015 P-016 P-017 P-018 P-019 P-020 P-021 P-022 P-023 P-024 P-025 P-026 P-027 P-028 P-029 P-030 P-031 P-032 P-033 P-034 P-035 P-037 P-039 P-040 P-045 P-046
DATOS DEL CIRCUITO LONGITUD
Cond./Cable
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50
HP
ÍTEM
DATOS DE LA CARGA TENSIÓN Potencia Nominal
DESCRIPCIÓN
ELAB. POR: A. RAMÍREZ REVISIÓN: 6 FECHA: 22/7/2002
SIN ARMADURA
CABLES DE BT - 3/4P
CÁLCULOS DE ALIMENTADORES Y TUBERÍAS
CÓDIGO
ARMADO
CABLES DE BT - 1P
Bancada m
LOGO DEL CLIENTE
SELECCIÓN DEL TIPO DE CABLE A UTILIZAR
Bandeja m
6/30/2020
– 1 – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – 0 0 0 0 0 0 0 0 0 0
– 1 1/2 – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – – 0 0 0 0 0 0 0 0 0 0
PÁGINA: 1 de 52
51
0
Archivo:443345443.xls - Hoja: CÁLCULOS - Fecha: 10/22/2019 - Hora: 15:51:13
0
0
0
0
0
0
0%
0.0%
0
0.0%
0
0
0
0
0
PÁGINA: 2 de 52
0
PROYECTO: NOMBRE: UBICACIÓN: CLIENTE:
0 0 0 0 V E P I C A
LONGITUD DE CABLES Y TUBERÍAS 1.- CABLES MONOPOLARES 1.1.- CABLES MONOPOLARES DE 600 V TIPO: THW CALIBRE CANTIDAD AWG/ MCM m 1C # 12 0 1C # 10 0 1C # 8 0 1C # 6 0 1C # 4 0 1C # 2 0 1C # 1/0 0 1C # 2/0 0 1C # 3/0 0 1C # 4/0 0 1C # 250 0 1C # 350 0 1C # 500 405 1C # 750 0 1C # 1000 0 1.4.- CABLES MONOPOLARES DE 35 kV TIPO: XLPE-PVC CALIBRE CANTIDAD AWG/MCM m 1/0 0 2/0 0 3/0 0 4/0 0 250 0 350 0 500 0 750 0
2.- TUBERÍA Longitud Estimada de Tubería Individual = ARG DIÁMETRO Común Individual 1/2 – 3/4 0 0 1 0 0 1 1/2 0 20 2 0 0 2 1/2 0 0 3 0 0 4 0 0 5 0 0 6 0 0
1.2.- CABLES MONOPOLARES DE 5 kV TIPO: XLPE-PVC CALIBRE CANTIDAD AWG/MCM m 6 0 4 0 2 0 1/0 0 2/0 0 3/0 0 4/0 0 250 0 350 0 500 0 750 0
1.3.- CABLES MONOPOLARES DE 15 kV TIPO: XLPE-PVC CALIBRE CANTIDAD AWG/MCM m 2 0 1/0 0 2/0 0 3/0 0 4/0 0 250 0 350 0 500 0 750 0
1.5.- CONDUCTORES DE PUESTA A TIERRA DE EQUIPOS CALIBRE TOTAL AWG/MCM CABLE TIPO 12 #N/A THW Verde 10 #N/A THW Verde 8 #N/A THW Verde 6 #N/A THW Verde 4 #N/A THW Verde 2 #N/A Cu Desnudo 1/0 #N/A Cu Desnudo 2/0 #N/A Cu Desnudo 3/0 #N/A Cu Desnudo 4/0 #N/A Cu Desnudo 250 #N/A Cu Desnudo 350 #N/A Cu Desnudo 500 #N/A Cu Desnudo 750 #N/A Cu Desnudo 1000 #N/A Cu Desnudo
5m Total 0 0 20 0 0 0 0 0 0
PVC m – – – – 0 – 0 75 0 0
PROYECTO: NOMBRE: UBICACIÓN: CLIENTE:
0 0 0 0 V E P I C A
LONGITUD DE CABLES Y TUBERÍAS 3.- CABLES MULTIPOLARES 3.1.- CABLES TRIPOLARES DE 600 V TIPO: PVC-PVC CALIBRE CANTIDAD AWG/ MCM m 1x3C # 12 286 1x3C # 10 200 1x3C # 8 0 1x3C # 6 0 1x3C # 4 60 1x3C # 2 44 1x3C # 1/0 0 1x3C # 2/0 0 1x3C # 3/0 0 1x3C # 4/0 0 1x3C # 250 0 1x3C # 350 0 1x3C # 500 0 1x3C # 750 0 1x3C # 1000 0 3.3.- CABLES TRIPOLARES DE 5 kV TIPO: XLPE-PVC CALIBRE TOTAL AWG/MCM CABLE 1x3C # 6 0 1x3C # 4 0 1x3C # 2 0 1x3C # 1/0 0 1x3C # 2/0 0 1x3C # 3/0 0 1x3C # 4/0 0 1x3C # 250 0 1x3C # 350 0 1x3C # 500 0
3.2.- CABLES TETRAPOLARES DE 600 V CON TIERRA REDUCIDA TIPO: PVC-PVC CALIBRE CANTIDAD AWG/ MCM m 1x4C # 12 388 1x3C # 10 + 1T # 12 108 1x3C # 8 + 1T # 10 0 1x3C # 6 + 1T # 8 193 1x3C # 4 + 1T # 6 98 1x3C # 2 + 1T # 6 249 1x3C # 1/0 + 1T # 4 0 1x3C # 2/0 + 1T # 2 0 1x3C # 3/0 + 1T # 2 0 1x3C # 4/0 + 1T # 1/0 0 1x3C # 250 + 1T # 2/0 0 1x3C # 350 + 1T # 3/0 0 1x3C # 500 + 1T # 250 0 1x3C # 750 + 1T # 350 0 1x3C # 1000 + 1T # 500 306 3.4.- CABLES TRIPOLARES DE 15 kV TIPO: XLPE-PVC CALIBRE TOTAL AWG/MCM CABLE 1x3C # 2 0 1x3C # 1/0 0 1x3C # 2/0 0 1x3C # 3/0 0 1x3C # 4/0 0 1x3C # 250 0 1x3C # 350 0 1x3C # 500 0
4.- CABLES MONOPOLARES ARMADOS 4.1.- CABLES MONOPOLARES DE 600 V ARMADOS TIPO: PVC-ARM CALIBRE CANTIDAD AWG/ MCM m 1C # 12 0 1C # 10 0 1C # 8 0 1C # 6 0 1C # 4 0 1C # 2 0 1C # 1/0 0 1C # 2/0 0 1C # 3/0 0 1C # 4/0 0 1C # 250 0 1C # 350 0 1C # 500 0 1C # 750 0 1C # 1000 0
3.5.- CABLES DE CONTROL TIPO: PVC-PVC CALIBRE TOTAL AWG/MCM CABLE 5x14 0 7x14 0 9x14 0 10x14 0 5x12 0 7x12 0 10x12 0
4.2.- CABLES MONOPOLARES DE 5 kV ARMADOS TIPO: XLPE-PVC-ARM CALIBRE CANTIDAD AWG/MCM m 6 0 4 0 2 0 1/0 0 2/0 0 3/0 0 4/0 0 250 0 350 0 500 0 750 0
PROYECTO: NOMBRE: UBICACIÓN: CLIENTE:
0 0 0 0 V E P I C A
LONGITUD DE CABLES Y TUBERÍAS 4.3.- CABLES MONOPOLARES DE 15 kV ARMADOS TIPO: XLPE-PVC-ARM CALIBRE CANTIDAD AWG/MCM m 2 0 1/0 0 2/0 0 3/0 0 4/0 0 250 0 350 0 500 0 750 0 5.- CABLES MULTIPOLARES ARMADOS 5.1.- CABLES TRIPOLARES DE 600 V ARMADOS TIPO: PVC-PVC-ARM CALIBRE CANTIDAD AWG/ MCM m 1x3C # 12 0 1x3C # 10 0 1x3C # 8 0 1x3C # 6 0 1x3C # 4 0 1x3C # 2 0 1x3C # 1/0 0 1x3C # 2/0 0 1x3C # 3/0 0 1x3C # 4/0 0 1x3C # 250 0 1x3C # 350 0 1x3C # 500 0 1x3C # 750 0 1x3C # 1000 0 5.3.- CABLES TRIPOLARES DE 5 kV ARMADOS TIPO: XLPE-PVC-ARM CALIBRE TOTAL AWG/MCM CABLE 1x3C # 6 0 1x3C # 4 0 1x3C # 2 0 1x3C # 1/0 0 1x3C # 2/0 0 1x3C # 3/0 0 1x3C # 4/0 0 1x3C # 250 0 1x3C # 350 0 1x3C # 500 0 5.5.- CABLE DE CONTROL ARMADO TIPO: PVC-PVC-ARM CALIBRE TOTAL AWG/MCM CABLE 5x14 0 7x14 0 9x14 0 10x14 0 5x12 0 7x12 0 10x12 0
4.4.- CABLES MONOPOLARES DE 35 kV ARMADOS TIPO: XLPE-PVC-ARM CALIBRE CANTIDAD AWG/MCM m 1/0 0 2/0 0 3/0 0 4/0 0 250 0 350 0 500 0 750 0
5.2.- CABLES TETRAPOLARES DE 600 V CON TIERRA REDUCIDA, ARMADOS TIPO: PVC-PVC-ARM CALIBRE CANTIDAD AWG/ MCM m 1x4C # 12 0 1x3C # 10 + 1T # 12 0 1x3C # 8 + 1T # 10 0 1x3C # 6 + 1T # 8 0 1x3C # 4 + 1T # 6 0 1x3C # 2 + 1T # 6 0 1x3C # 1/0 + 1T # 4 0 1x3C # 2/0 + 1T # 2 0 1x3C # 3/0 + 1T # 2 0 1x3C # 4/0 + 1T # 1/0 0 1x3C # 250 + 1T # 2/0 0 1x3C # 350 + 1T # 3/0 0 1x3C # 500 + 1T # 250 0 1x3C # 750 + 1T # 350 0 1x3C # 1000 + 1T # 500 0 5.4.- CABLES TRIPOLARES DE 15 kV ARMADOS TIPO: XLPE-PVC-ARM CALIBRE TOTAL AWG/MCM CABLE 1x3C # 2 0 1x3C # 1/0 0 1x3C # 2/0 0 1x3C # 3/0 0 1x3C # 4/0 0 1x3C # 250 0 1x3C # 350 0 1x3C # 500 0
PROYECTO: NOMBRE: UBICACIÓN: CLIENTE:
0 0 0 0 V E P I C A
INSTALACIÓN DE CABLES 1.- CABLES DE POTENCIA DE 600 V 1.1.- TRES CABLES MONOPOLARES DE 600 V TIPO: THW CALIBRE CANTIDAD (m) EN AWG/ MCM BANDEJA BANCADA TUBERÍA SUP. 3x1C # 12 0 0 0 3x1C # 10 0 0 0 2x1C # 8 + 1T# 10 0 0 0 2x1C # 6 + 1T# 10 0 0 0 2x1C # 4 + 1T# 8 0 0 0 2x1C # 2 + 1T# 8 0 0 0 2x1C # 1/0 + 1T# 6 0 0 0 2x1C # 2/0 + 1T# 6 0 0 0 2x1C # 3/0 + 1T# 6 0 0 0 2x1C # 4/0 + 1T# 4 0 0 0 2x1C # 250 + 1T# 4 0 0 0 2x1C # 350 + 1T# 4 0 0 0 2x1C # 500 + 1T# 2 0 0 0 2x1C # 750 + 1T# 2 0 0 0 2x1C # 1000 + 1T# 2 0 0 0
1.2.- DOS CABLES MONOPOLARES DE 600 V ARMADOS TIPO: PVC-ARM CALIBRE CANTIDAD (m) EN AWG/ MCM BANDEJA TRINCHERA 2x1C # 12 0 0 2x1C # 10 0 0 2x1C # 8 0 0 2x1C # 6 0 0 2x1C # 4 0 0 2x1C # 2 0 0 2x1C # 1/0 0 0 2x1C # 2/0 0 0 2x1C # 3/0 0 0 2x1C # 4/0 0 0 2x1C # 250 0 0 2x1C # 350 0 0 2x1C # 500 0 0 2x1C # 750 0 0 2x1C # 1000 0 0
1.3.- TRES CABLES MONOPOLARES DE 600 V + 1T TIPO: THW CALIBRE CANTIDAD (m) AWG/ MCM BANDEJA BANCADA TUBERÍA SUP. 4x1C # 12 0 0 0 4x1C # 10 0 0 0 3x1C # 8 + 1T# 10 0 0 0 3x1C # 6 + 1T# 10 0 0 0 3x1C # 4 + 1T# 8 0 0 0 3x1C # 2 + 1T# 8 0 0 0 3x1C # 1/0 + 1T# 6 0 0 0 3x1C # 2/0 + 1T# 6 0 0 0 3x1C # 3/0 + 1T# 6 0 0 0 3x1C # 4/0 + 1T# 4 0 0 0 3x1C # 250 + 1T# 4 0 0 0 3x1C # 350 + 1T# 4 0 0 0 3x1C # 500 + 1T# 2 60 75 0 3x1C # 750 + 1T# 2 0 0 0 3x1C # 1000 + 1T# 2 0 0 0
1.4.- TRES CABLES MONOPOLARES DE 600 V ARMADOS TIPO: PVC-ARM CALIBRE CANTIDAD (m) EN AWG/ MCM BANDEJA TRINCHERA 3x1C # 12 0 0 3x1C # 10 0 0 3x1C # 8 0 0 3x1C # 6 0 0 3x1C # 4 0 0 3x1C # 2 0 0 3x1C # 1/0 0 0 3x1C # 2/0 0 0 3x1C # 3/0 0 0 3x1C # 4/0 0 0 3x1C # 250 0 0 3x1C # 350 0 0 3x1C # 500 0 0 3x1C # 750 0 0 3x1C # 1000 0 0
1.3.- CABLES TRIPOLARES DE 600 V TIPO: PVC-PVC CALIBRE CANTIDAD (m) AWG/ MCM BANDEJA BANCADA TUBERÍA SUP. 1x3C # 12 286 0 0 1x3C # 10 200 0 0 1x3C # 8 0 0 0 1x3C # 6 0 0 0 1x3C # 4 40 0 0 1x3C # 2 44 0 0 1x3C # 1/0 0 0 0 1x3C # 2/0 0 0 0 1x3C # 3/0 0 0 0 1x3C # 4/0 0 0 0 1x3C # 250 0 0 0 1x3C # 350 0 0 0 1x3C # 500 0 0 0 1x3C # 750 0 0 0 1x3C # 1000 0 0 0
1.4.- CABLES TRIPOLARES DE 600 V ARMADOS TIPO: PVC-PVC-ARM CALIBRE CANTIDAD (m) EN AWG/ MCM BANDEJA TRINCHERA 1x3C # 12 0 0 1x3C # 10 0 0 1x3C # 8 0 0 1x3C # 6 0 0 1x3C # 4 0 0 1x3C # 2 0 0 1x3C # 1/0 0 0 1x3C # 2/0 0 0 1x3C # 3/0 0 0 1x3C # 4/0 0 0 1x3C # 250 0 0 1x3C # 350 0 0 1x3C # 500 0 0 1x3C # 750 0 0 1x3C # 1000 0 0
1.5.- CABLES TETRAPOLARES DE 600 V CON TIERRA REDUCIDA
1.6.- CABLES TETRAPOLARES DE 600 V CON TIERRA REDUCIDA, ARMADOS TIPO: PVC-PVC-ARM CALIBRE CANTIDAD (m) EN AWG/ MCM BANDEJA TRINCHERA 1x4C # 12 0 0 1x3C # 10 + 1T # 12 0 0 1x3C # 8 + 1T # 10 0 0 1x3C # 6 + 1T # 8 0 0 1x3C # 4 + 1T # 6 0 0 1x3C # 2 + 1T # 6 0 0 1x3C # 1/0 + 1T # 4 0 0 1x3C # 2/0 + 1T # 2 0 0 1x3C # 3/0 + 1T # 2 0 0 1x3C # 4/0 + 1T # 1/0 0 0 1x3C # 250 + 1T # 2/0 0 0 1x3C # 350 + 1T # 3/0 0 0 1x3C # 500 + 1T # 250 0 0 1x3C # 750 + 1T # 350 0 0 1x3C # 1000 + 1T # 500 0 0
TIPO:
PVC-PVC CALIBRE AWG/ MCM 1x4C # 12 1x3C # 10 + 1T # 12 1x3C # 8 + 1T # 10 1x3C # 6 + 1T # 8 1x3C # 4 + 1T # 6 1x3C # 2 + 1T # 6 1x3C # 1/0 + 1T # 4 1x3C # 2/0 + 1T # 2 1x3C # 3/0 + 1T # 2 1x3C # 4/0 + 1T # 1/0 1x3C # 250 + 1T # 2/0 1x3C # 350 + 1T # 3/0 1x3C # 500 + 1T # 250 1x3C # 750 + 1T # 350 1x3C # 1000 + 1T # 500
BANDEJA 388 108 0 193 98 249 0 0 0 0 0 0 0 0 306
CANTIDAD (m) BANCADA TUBERÍA SUP. 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
PROYECTO: NOMBRE: UBICACIÓN: CLIENTE:
0 0 0 0 V E P I C A
INSTALACIÓN DE CABLES
1.7.- TRES CABLES MONOPOLARES DE 600 V + 1T MAS CABLE DE CONTROL TIPO:
THW CALIBRE AWG/ MCM 1x4C # 12 + 1x5C # 14 1x3C # 10 + 1T # 12 + 1x5C # 14 1x3C # 8 + 1T # 10 + 1x5C # 14 1x3C # 6 + 1T # 8 + 1x5C # 14 1x3C # 4 + 1T # 6 + 1x5C # 14 1x3C # 2 + 1T # 6 + 1x5C # 14 3x1C # 1/0 + 1T# 6 + 1x5C # 14 3x1C # 2/0 + 1T# 6 + 1x5C # 14 3x1C # 3/0 + 1T# 6 + 1x5C # 14 3x1C # 4/0 + 1T# 4 + 1x5C # 14 3x1C # 250 + 1T# 4 + 1x5C # 14 3x1C # 350 + 1T# 4 + 1x5C # 14 3x1C # 500 + 1T# 2 + 1x5C # 14 3x1C # 750 + 1T# 2 + 1x5C # 14 3x1C # 1000 + 1T# 2 + 1x5C # 14
CANTIDAD (m) BANCADA TUBERÍA SUP. 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
1.8.- CABLES TETRAPOLARES DE 600 V CON TIERRA REDUCIDA MAS CABLE DE CONTROL TIPO: PVC-PVC CALIBRE CANTIDAD (m) AWG/ MCM BANCADA TUBERÍA SUP. 1x4C # 12 + 1x5C # 14 0 0 1x3C # 10 + 1T # 12 + 1x5C # 14 0 0 1x3C # 8 + 1T # 10 + 1x5C # 14 0 0 1x3C # 6 + 1T # 8 + 1x5C # 14 0 0 1x3C # 4 + 1T # 6 + 1x5C # 14 0 0 1x3C # 2 + 1T # 6 + 1x5C # 14 0 0 1x3C # 1/0 + 1T # 4 + 1x5C # 14 0 0 1x3C # 2/0 + 1T # 2 + 1x5C # 14 0 0 1x3C # 3/0 + 1T # 2 + 1x5C # 14 0 0 1x3C # 4/0 + 1T # 1/0 + 1x5C # 14 0 0 1x3C # 250 + 1T # 2/0 + 1x5C # 14 0 0 1x3C # 350 + 1T # 3/0 + 1x5C # 14 0 0 1x3C # 500 + 1T # 250 + 1x5C # 14 0 0 1x3C # 750 + 1T # 350 + 1x5C # 14 0 0 1x3C # 1000 + 1T # 500 + 1x5C # 14 0 0
2.- CABLES DE POTENCIA DE MEDIA TENSIÓN 2.1.- DOS CABLES MONOPOLARES DE 5 kV + 1T TIPO: XLPE-PVC CALIBRE CANTIDAD (m) AWG/MCM BANDEJA BANCADA TUBERÍA SUP. 2x1C # 6 + 1T# 10 0 0 0 2x1C # 4 + 1T# 8 0 0 0 2x1C # 2 + 1T# 8 0 0 0 2x1C # 1/0 + 1T# 6 0 0 0 2x1C # 2/0 + 1T# 6 0 0 0 2x1C # 3/0 + 1T# 6 0 0 0 2x1C # 4/0 + 1T# 4 0 0 0 2x1C # 250 + 1T# 4 0 0 0 2x1C # 350 + 1T# 4 0 0 0 2x1C # 500 + 1T# 2 0 0 0 2x1C # 750 + 1T# 2 0 0 0
2.2.- DOS CABLES MONOPOLARES DE 5 kV ARMADOS TIPO: XLPE-PVC CALIBRE CANTIDAD (m) EN AWG/MCM BANDEJA TRINCHERA 2x1C # 6 0 0 2x1C # 4 0 0 2x1C # 2 0 0 2x1C # 1/0 0 0 2x1C # 2/0 0 0 2x1C # 3/0 0 0 2x1C # 4/0 0 0 2x1C # 250 0 0 2x1C # 350 0 0 2x1C # 500 0 0 2x1C # 750 0 0
2.3.- TRES CABLES MONOPOLARES DE 5 kV + 1T TIPO: XLPE-PVC CALIBRE CANTIDAD (m) AWG/MCM BANDEJA BANCADA TUBERÍA SUP. 3x1C # 6 + 1T# 10 0 0 0 3x1C # 4 + 1T# 8 0 0 0 3x1C # 2 + 1T# 8 0 0 0 3x1C # 1/0 + 1T# 6 0 0 0 3x1C # 2/0 + 1T# 6 0 0 0 3x1C # 3/0 + 1T# 6 0 0 0 3x1C # 4/0 + 1T# 4 0 0 0 3x1C # 250 + 1T# 4 0 0 0 3x1C # 350 + 1T# 4 0 0 0 3x1C # 500 + 1T# 2 0 0 0 3x1C # 750 + 1T# 2 0 0 0
2.4.- TRES CABLES MONOPOLARES DE 5 kV ARMADOS TIPO: XLPE-PVC CALIBRE CANTIDAD (m) EN AWG/MCM BANDEJA TRINCHERA 3x1C # 6 0 0 3x1C # 4 0 0 3x1C # 2 0 0 3x1C # 1/0 0 0 3x1C # 2/0 0 0 3x1C # 3/0 0 0 3x1C # 4/0 0 0 3x1C # 250 0 0 3x1C # 350 0 0 3x1C # 500 0 0 3x1C # 750 0 0
2.5.- CABLES TRIPOLARES DE 5 kV TIPO: XLPE-PVC CALIBRE AWG/MCM BANDEJA 1x3C # 6 0 1x3C # 4 0 1x3C # 2 0 1x3C # 1/0 0 1x3C # 2/0 0 1x3C # 3/0 0 1x3C # 4/0 0 1x3C # 250 0 1x3C # 350 0 1x3C # 500 0
2.6.- CABLES TRIPOLARES DE 5 kV ARMADOS TIPO: XLPE-PVC-ARM CALIBRE CANTIDAD (m) EN AWG/MCM BANDEJA TRINCHERA 1x3C # 6 0 0 1x3C # 4 0 0 1x3C # 2 0 0 1x3C # 1/0 0 0 1x3C # 2/0 0 0 1x3C # 3/0 0 0 1x3C # 4/0 0 0 1x3C # 250 0 0 1x3C # 350 0 0 1x3C # 500 0 0
CANTIDAD (m) BANCADA TUBERÍA SUP. 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
2.7.- DOS CABLES MONOPOLARES DE 15 kV + 1T TIPO: XLPE-PVC CALIBRE CANTIDAD (m) AWG/MCM BANDEJA BANCADA TUBERÍA SUP. 2x1C # 2 + 1T# 8 0 0 0 2x1C # 1/0 + 1T# 6 0 0 0 2x1C # 2/0 + 1T# 6 0 0 0 2x1C # 3/0 + 1T# 6 0 0 0 2x1C # 4/0 + 1T# 4 0 0 0 2x1C # 250 + 1T# 4 0 0 0 2x1C # 350 + 1T# 4 0 0 0 2x1C # 500 + 1T# 2 0 0 0 2x1C # 750 + 1T# 2 0 0 0
2.8.- DOS CABLES MONOPOLARES DE 15 kV ARMADOS TIPO: XLPE-PVC-ARM CALIBRE CANTIDAD (m) EN AWG/MCM BANDEJA TRINCHERA 2 0 0 1/0 0 0 2/0 0 0 3/0 0 0 4/0 0 0 250 0 0 350 0 0 500 0 0 750 0 0
2.9.- TRES CABLES MONOPOLARES DE 15 kV + 1T TIPO: XLPE-PVC CALIBRE CANTIDAD (m)
2.10.- TRES CABLES MONOPOLARES DE 15 kV ARMADOS TIPO: XLPE-PVC-ARM CALIBRE CANTIDAD (m) EN
PROYECTO: NOMBRE: UBICACIÓN: CLIENTE:
0 0 0 0 V E P I C A
INSTALACIÓN DE CABLES AWG/MCM 3x1C # 2 + 1T# 8 3x1C # 1/0 + 1T# 6 3x1C # 2/0 + 1T# 6 3x1C # 3/0 + 1T# 6 3x1C # 4/0 + 1T# 4 3x1C # 250 + 1T# 4 3x1C # 350 + 1T# 4 3x1C # 500 + 1T# 2 3x1C # 750 + 1T# 2
BANDEJA 0 0 0 0 0 0 0 0 0
BANCADA 0 0 0 0 0 0 0 0 0
TUBERÍA SUP. 0 0 0 0 0 0 0 0 0
AWG/MCM 1x3C # 2 1x3C # 1/0 1x3C # 2/0 1x3C # 3/0 1x3C # 4/0 1x3C # 250 1x3C # 350 1x3C # 500 1x3C # 750
BANDEJA 0 0 0 0 0 0 0 0 0
TRINCHERA 0 0 0 0 0 0 0 0 0
PROYECTO: NOMBRE: UBICACIÓN: CLIENTE:
0 0 0 0 V E P I C A
INSTALACIÓN DE CABLES 2.11.- CABLES TRIPOLARES DE 15 kV TIPO: XLPE-PVC CALIBRE CANTIDAD (m) AWG/MCM BANDEJA BANCADA TUBERÍA SUP. 1x3C # 2 0 0 0 1x3C # 1/0 0 0 0 1x3C # 2/0 0 0 0 1x3C # 3/0 0 0 0 1x3C # 4/0 0 0 0 1x3C # 250 0 0 0 1x3C # 350 0 0 0 1x3C # 500 0 0 0
2.12.- CABLES TRIPOLARES DE 15 kV ARMADOS TIPO: XLPE-PVC-ARM CALIBRE CANTIDAD (m) EN AWG/MCM BANDEJA TRINCHERA 1x3C # 2 0 0 1x3C # 1/0 0 0 1x3C # 2/0 0 0 1x3C # 3/0 0 0 1x3C # 4/0 0 0 1x3C # 250 0 0 1x3C # 350 0 0 1x3C # 500 0 0
2.13.- TRES CABLES MONOPOLARES DE 35 kV + 1T TIPO: XLPE-PVC CALIBRE CANTIDAD (m) AWG/MCM BANDEJA BANCADA TUBERÍA SUP. 3x1C # 1/0 + 1T# 6 0 0 0 3x1C # 2/0 + 1T# 6 0 0 0 3x1C # 3/0 + 1T# 6 0 0 0 3x1C # 4/0 + 1T# 4 0 0 0 3x1C # 250 + 1T# 4 0 0 0 3x1C # 350 + 1T# 4 0 0 0 3x1C # 500 + 1T# 2 0 0 0 3x1C # 750 + 1T# 2 0 0 0
2.14.- TRES CABLES MONOPOLARES DE 35 kV ARMADOS TIPO: XLPE-PVC-ARM CALIBRE CANTIDAD (m) EN AWG/MCM BANDEJA TRINCHERA 1x3C # 1/0 0 0 1x3C # 2/0 0 0 1x3C # 3/0 0 0 1x3C # 4/0 0 0 1x3C # 250 0 0 1x3C # 350 0 0 1x3C # 500 0 0 1x3C # 750 0 0
3.- CABLES DE CONTROL MULTICONDUCTOR (1) 3.1.- MULTICONDUCTOR TIPO: PVC-PVC CALIBRE CANTIDAD (m) AWG/MCM BANDEJA BANCADA TUBERÍA SUP. 5x14 0 0 0 7x14 0 0 0 9x14 0 0 0 10x14 0 0 0 5x12 0 0 0 7x12 0 0 0 10x12 0 0 0
3.1.- MULTICONDUCTOR ARMADO TIPO: PVC-PVC-ARM CALIBRE CANTIDAD (m) EN AWG/MCM BANDEJA TRINCHERA 5x14 0 0 7x14 0 0 9x14 0 0 10x14 0 0 5x12 0 0 7x12 0 0 10x12 0 0
MOTDAT EFI.
Iarr
COS Ø
%
A
arranque
Sincrónica
0.410
60%
22
0.877
1,800
5.8
0.427
65%
29
0.873
1,800
120
7.2
0.445
67%
36
0.852
1,800
115
120
9.8
0.470
70%
49
0.822
1,800
3/4
115
120
13.8
0.485
73%
69
0.802
1,800
1-1800-115
1/1
115
120
16.0
0.525
77%
96
0.799
1,800
1.5-1800-115
3/2
115
120
20.0
0.605
80%
120
0.787
1,800
2-1800-115
2/1
115
120
24.0
0.670
81%
144
0.777
1,800
3-1800-115
3/1
115
120
34.0
0.690
83%
204
0.770
1,800
5-1800-115
5/1
115
120
56.0
0.700
83%
336
0.755
1,800
7.5-1800-115
1 5/2
115
120
80.0
0.730
83%
480
0.752
1,800
10-1800-115
1 0/1
115
120
100.0
0.760
85%
600
0.685
1,800
0.5-1800-208
1/2
208
208
5.4
0.460
72%
32
0.843
1,800
0.75-1800-208
3/4
208
208
7.6
0.480
74%
46
0.843
1,800
1-1800-208
1/1
208
208
8.8
0.525
78%
53
0.786
1,800
1.5-1800-208
3/2
208
208
11.0
0.605
81%
66
0.772
1,800
2-1800-208
2/1
208
208
13.2
0.670
81%
79
0.760
1,800
3-1800-208
3/1
208
208
18.7
0.690
83%
112
0.753
1,800
5-1800-208
5/1
208
208
30.8
0.700
83%
185
0.737
1,800
7.5-1800-208
1 5/2
208
208
44.0
0.730
84%
264
0.733
1,800
10-1800-208
1 0/1
208
208
55.0
0.760
86%
330
0.664
1,800
0.5-1800-230
1/2
230
240
4.9
0.460
72%
29
0.849
1,800
0.75-1800-230
3/4
230
240
6.9
0.480
73%
41
0.851
1,800
1-1800-230
1/1
230
240
8.0
0.525
77%
48
0.799
1,800
TENSIÓN (V)
In
CÓDIGO DE
POTENCIA
REFERENCIA
NOMINAL
NOMINAL
SERVICIO
A
0.167-1800-115
1/6
115
120
4.4
0.25-1800-115
1/4
115
120
0.333-1800-115
1/3
115
0.5-1800-115
1/2
0.75-1800-115
Page 10
COS Ø
VEL. ANG. (rpm)
MOTDAT EFI.
Iarr
COS Ø
%
A
arranque
Sincrónica
0.605
80%
60
0.787
1,800
12.0
0.670
81%
72
0.777
1,800
240
17.0
0.690
83%
102
0.770
1,800
230
240
28.0
0.700
83%
168
0.755
1,800
1 5/2
230
240
40.0
0.730
83%
240
0.752
1,800
10-1800-230
1 0/1
230
240
50.0
0.760
85%
300
0.685
1,800
0.5-3600-460
1/2
460
480
1
0.616 76%
6.5
0.853
3,600
0.5-1800-460
1/2
460
480
1
0.61 77%
6.5
0.855
1,800
0.5-1200-460
1/2
460
480
1.2
0.543 72%
7.8
0.850
1,200
0.5-900-460
1/2
460
480
1.25
0.533 70% 8.125 0.851
0.75-3600-460
3/4
460
480
1.3
0.6865 79%
8.45
0.809
3,600
0.75-1800-460
3/4
460
480
1.5
0.604 78%
9.75
0.809
1,800
0.75-1200-460
3/4
460
480
1.4
0.656 76%
9.1
0.811
1,200
0.75-900-460
3/4
460
480
2
0.502 70%
13
0.810
900
1-3600-460
1/1
460
480
1.5
0.774 81%
9.75
0.780
3,600
1-1800-460
1/1
460
480
1.6
0.72 81%
10.4
0.779
1,800
1-1200-460
1/1
460
480
1.8
0.672 77%
11.7
0.783
1,200
1-900-460
1/1
460
480
1.7
0.712 77% 11.05
0.780
900
1.5-3600-460
3/2
460
480
2.1
0.816 82% 13.65 0.738
3,600
1.5-1800-460
3/2
460
480
2.1
0.804 83% 13.65 0.741
1,800
1.5-1200-460
3/2
460
480
2.4
0.735 80%
15.6
0.740
1,200
1.5-900-460
3/2
460
480
2.6
0.695 78%
16.9
0.739
900
2-3600-460
2/1
460
480
2.7
0.838 83% 17.55 0.707
3,600
2-1800-460
2/1
460
480
3.1
0.734 82% 20.15 0.705
1,800
2-1200-460
2/1
460
480
3
TENSIÓN (V)
In
CÓDIGO DE
POTENCIA
REFERENCIA
NOMINAL
NOMINAL
SERVICIO
A
1.5-1800-230
3/2
230
240
10.0
2-1800-230
2/1
230
240
3-1800-230
3/1
230
5-1800-230
5/1
7.5-1800-230
Page 11
COS Ø
0.772 81%
19.5
0.706
VEL. ANG. (rpm)
900
1,200
MOTDAT TENSIÓN (V)
In
CÓDIGO DE
POTENCIA
REFERENCIA
NOMINAL
NOMINAL
SERVICIO
A
2-900-460
2/1
460
480
3.5
3-3600-460
3/1
460
480
4
3-1800-460
3/1
460
480
3-1200-460
3/1
460
3-900-460
3/1
5-3600-460
COS Ø
EFI.
Iarr
COS Ø
%
A
arranque
0.685 78% 22.75 0.710 0.8425 83%
26
VEL. ANG. (rpm) Sincrónica
900
0.665
3,600
4.1
0.815 84% 26.65 0.664
1,800
480
4.6
0.752 81%
460
480
4.7
0.7456 80% 30.55 0.666
900
5/1
460
480
6.1
0.905 85% 39.65 0.612
3,600
5-1800-460
5/1
460
480
6.6
0.837 85%
42.9
0.610
1,800
5-1200-460
5/1
460
480
7.4
0.757 84%
48.1
0.612
1,200
5-900-460
5/1
460
480
7.8
0.726 83%
50.7
0.612
900
7.5-3600-460
1 5/2
460
480
9.5
0.8705 85% 61.75 0.570
3,600
7.5-1800-460
1 5/2
460
480
9.7
0.838 86% 63.05 0.572
1,800
7.5-1200-460
1 5/2
460
480
11
0.757 84%
71.5
0.573
1,200
7.5-900-460
1 5/2
460
480
11
0.761 84%
71.5
0.573
900
10-3600-460
1 0/1
460
480
12
0.9103 86%
78
0.540
3,600
29.9
0.665
1,200
10-1800-460
1 0/1
460
480
13
0.827 87%
84.5
0.540
1,800
10-1200-460
1 0/1
460
480
14
0.784 85%
91
0.541
1,200
10-900-460
1 0/1
460
480
16
0.7 84%
104
0.541
900
15-3600-460
1 5/1
460
480
18
0.888 88%
117
0.498
3,600
15-1800-460
1 5/1
460
480
19
0.841 88% 123.5 0.498
1,800
15-1200-460
1 5/1
460
480
22
0.747 85%
15-900-460
1 5/1
460
480
23
0.72 85% 149.5 0.497
900
20-3600-460
2 0/1
460
480
23
0.919 89% 149.5 0.470
3,600
20-1800-460
2 0/1
460
480
24
0.879 89%
20-1200-460
2 0/1
460
480
20-900-460
2 0/1
460
480
143
156
0.498
1,200
0.469
1,800
29
0.7505 86% 188.5 0.470
1,200
31
0.709 85% 201.5 0.470
900
Page 12
MOTDAT EFI.
Iarr
COS Ø
%
A
arranque
Sincrónica
195
0.446
3,600
31
0.851 89% 201.5 0.445
1,800
480
34
0.793 87%
460
480
39
0.701 86% 253.5 0.445
3 0/1
460
480
36
30-1800-460
3 0/1
460
480
30-1200-460
3 0/1
460
30-900-460
3 0/1
40-3600-460
TENSIÓN (V)
In
CÓDIGO DE
POTENCIA
REFERENCIA
NOMINAL
NOMINAL
SERVICIO
A
25-3600-460
2 5/1
460
480
30
25-1800-460
2 5/1
460
480
25-1200-460
2 5/1
460
25-900-460
2 5/1
30-3600-460
COS Ø
0.88 89%
0.8769 89%
221 234
0.449
VEL. ANG. (rpm)
1,200 900
0.426
3,600
37
0.852 89% 240.5 0.424
1,800
480
40
0.804 87%
260
0.427
1,200
460
480
48
0.6825 86%
312
0.428
900
4 0/1
460
480
47
0.8895 90% 305.5 0.396
3,600
40-1800-460
4 0/1
460
480
49
0.853 90% 318.5 0.395
1,800
40-1200-460
4 0/1
460
480
55
0.7769 88% 357.5 0.396
1,200
40-900-460
4 0/1
460
480
60
0.7187 87%
50-3600-460
5 0/1
460
480
59
0.8845 90% 383.5 0.374
50-1800-460
5 0/1
460
480
60
390
0.396
900 3,600
0.868 90%
390
0.373
1,800
442
0.373
1,200
50-1200-460
5 0/1
460
480
68
0.7813 88%
50-900-460
5 0/1
460
480
69
0.7725 88% 448.5 0.373
900
60-3600-460
6 0/1
460
480
69
0.903 90% 448.5 0.354
3,600
60-1800-460
6 0/1
460
480
73
0.854 90% 474.5 0.355
1,800
60-1200-460
6 0/1
460
480
76
0.8316 89%
494
0.354
1,200
60-900-460
6 0/1
460
480
80
0.7945 88%
520
0.354
900
75-3600-460
7 5/1
460
480
86
0.905 90%
559
0.331
3,600
75-1800-460
7 5/1
460
480
89
0.8706 91% 578.5 0.331
1,800
75-1200-460
7 5/1
460
480
90
0.8713 90%
585
0.331
1,200
75-900-460
7 5/1
460
480
92
0.8555 89%
598
0.332
900
100-3600-460
10 0/1
460
480
116
0.8905 91%
754
0.301
3,600
Page 13
MOTDAT EFI.
Iarr
COS Ø
%
A
arranque
Sincrónica
767
0.302
1,800
117
0.8897 90% 760.5 0.301
1,200
480
124
0.8422 90%
460
480
139
0.9075 93% 903.5 0.277
3,600
12 5/1
460
480
147
0.8596 93% 955.5 0.277
1,800
125-1200-460
12 5/1
460
480
147
0.866 92% 955.5 0.278
1,200
125-900-460
12 5/1
460
480
151
0.845 92% 981.5 0.278
900
150-3600-460
15 0/1
460
480
169
0.894 93%
1099
0.263
3,600
150-1800-460
15 0/1
460
480
175
0.864 93%
1138
0.263
1,800
150-1200-460
15 0/1
460
480
172
0.8857 92%
1118
0.263
1,200
150-900-460
15 0/1
460
480
185
0.8265 92%
1203
0.264
900
200-3600-460
20 0/1
460
480
221
0.908 93%
1437
0.245
3,600
200-1800-460
20 0/1
460
480
232
0.8677 93%
1508
0.244
1,800
200-1200-460
20 0/1
460
480
228
0.888 92%
1482
0.246
1,200
TENSIÓN (V)
In
CÓDIGO DE
POTENCIA
COS Ø
REFERENCIA
NOMINAL
NOMINAL
SERVICIO
A
100-1800-460
10 0/1
460
480
118
0.8736 91%
100-1200-460
10 0/1
460
480
100-900-460
10 0/1
460
125-3600-460
12 5/1
125-1800-460
806
0.302
VEL. ANG. (rpm)
900
200-900-460
20 0/1
460
480
245
0.8287 92%
1593
0.244
900
250-3600-460
25 0/1
460
480
274
0.9085 94%
1781
0.229
3,600
250-1800-460
25 0/1
460
480
293
0.853 94%
1905
0.229
1,800
250-1200-460
25 0/1
460
480
297
0.8512 93%
1931
0.230
1,200
250-900-460
25 0/1
460
480
297
0.8512 93%
1931
0.230
900
200-3600-2300
200
2,300
2,400
44.5
0.8903 95% 289.3 0.244
200-1800-2300
200
2,300
2,400
46.4
0.854 95%
297
0.244
1,800
200-1200-2300
200
2,300
2,400
48.8
0.8155 94%
268
0.243
1,200
200-900-2300
200
2,300
2,400
50.5
0.788 94%
290
0.243
900
250-3600-2300
250
2,300
2,400
54.9
Page 14
0.9055 94% 356.9 0.230
3,600
3,600
MOTDAT TENSIÓN (V)
In
COS Ø
EFI.
Iarr
COS Ø
%
A
arranque
CÓDIGO DE
POTENCIA
REFERENCIA
NOMINAL
NOMINAL
SERVICIO
A
250-1800-2300
250
2,300
2,400
57.4
0.8662 94% 373.1 0.229
1,800
250-1200-2300
250
2,300
2,400
61.6
0.811 94% 400.4 0.227
1,200
250-900-2300
250
2,300
2,400
62.3
300-3600-2300
300
2,300
2,400
66.2
0.9 94% 430.3 0.220
3,600
300-1800-2300
300
2,300
2,400
68.8
0.8655 94% 447.2 0.219
1,800
300-1200-2300
300
2,300
2,400
75.5
0.7935 94% 490.8 0.219
1,200
300-900-2300
300
2,300
2,400
72.9
0.826 93% 473.9 0.220
900
350-3600-2300
350
2,300
2,400
76
0.912 95%
494
0.210
3,600
350-1800-2300
350
2,300
2,400
80.3
0.8635 95%
522
0.208
1,800
350-1200-2300
350
2,300
2,400
87.3
0.7964 94% 567.5 0.209
1,200
350-900-2300
350
2,300
2,400
85.6
0.822 93% 556.4 0.210
900
400-3600-2300
400
2,300
2,400
87.3
0.9063 95% 567.5 0.201
3,600
400-1800-2300
400
2,300
2,400
91.1
0.8685 95% 592.2 0.201
1,800
400-1200-2300
400
2,300
2,400
98.9
0.809 94% 642.9 0.200
1,200
0.8005 94%
405
900
400-900-2300
400
2,300
2,400
98.3
0.8135 94%
450
2,300
2,400
97.5
0.9115 95% 633.8 0.194
3,600
450-1800-2300
450
2,300
2,400
103
0.8635 95% 669.5 0.195
1,800
450-1200-2300
450
2,300
2,400
102
0.8823 94%
1,200
450-900-2300
450
2,300
2,400
111
0.8105 94% 721.5 0.195
900
500-3600-2300
500
2,300
2,400
109
0.9093 94% 708.5 0.189
3,600
500-1800-2300
500
2,300
2,400
113
0.877 94% 734.5 0.188
1,800
500-1200-2300
500
2,300
2,400
113
0.8846 94% 734.5 0.189
1,200
500-900-2300
500
2,300
2,400
119
0.837 94% 773.5 0.189
900
600-3600-2300
600
2,300
2,400
130
0.9077 95%
845
0.181
3,600
600-1800-2300
600
2,300
2,400
130
0.9076 95%
845
0.181
1,800
663
0.202
Sincrónica
450-3600-2300
Page 15
639
0.229
VEL. ANG. (rpm)
0.195
900
MOTDAT TENSIÓN (V)
In
Iarr
COS Ø
%
A
arranque
POTENCIA
REFERENCIA
NOMINAL
NOMINAL
SERVICIO
A
600-1200-2300
600
2,300
2,400
135
0.875 95% 877.5 0.181
1,200
600-900-2300
600
2,300
2,400
137
0.8604 95% 890.5 0.181
900
700-3600-2300
700
2,300
2,400
152
0.901 96%
0.171
3,600
700-1800-2300
700
2,300
2,400
151
0.911 95% 981.5 0.172
1,800
700-1200-2300
700
2,300
2,400
157
0.8735 96%
1021
0.171
1,200
700-900-2300
700
2,300
2,400
164
0.8395 95%
1066
0.171
900
800-3600-2300
800
2,300
2,400
172
0.913 95%
1118
0.166
3,600
800-1800-2300
800
2,300
2,400
172
0.914 95%
1118
0.167
1,800
800-1200-2300
800
2,300
2,400
178
0.8815 95%
1157
0.166
1,200
800-900-2300
800
2,300
2,400
182
0.862 95%
1183
0.166
900
900-3600-2300
900
2,300
2,400
194
0.91 95%
1261
0.161
3,600
900-1800-2300
900
2,300
2,400
194
0.9096 96%
1261
0.160
1,800
900-1200-2300
900
2,300
2,400
199
0.8865 96%
1294
0.160
1,200
900-900-2300
900
2,300
2,400
202
0.8725 96%
1313
0.160
900
1000-3600-2300
1,000
2,300
2,400
215
0.912 96%
1398
0.158
3,600
1000-1800-2300
1,000
2,300
2,400
215
0.9097 96%
1398
0.156
1,800
1000-1200-2300
1,000
2,300
2,400
219
0.8924 96%
1424
0.157
1,200
1000-900-2300
1,000
2,300
2,400
226
0.868 95%
1469
0.156
900
1250-3600-2300
1,250
2,300
2,400
269
0.9085 96%
1749
0.147
3,600
1250-1800-2300
1,250
2,300
2,400
269
0.9019 96%
1749
0.147
1,800
1250-1200-2300
1,250
2,300
2,400
273
0.8943 96%
1775
0.147
1,200
1250-900-2300
1,250
2,300
2,400
284
0.8605 96%
1846
0.148
900
1500-3600-2300
1,500
2,300
2,400
331
0.887 96%
2152
0.139
3,600
1500-1800-2300
1,500
2,300
2,400
322
0.9045 96%
2093
0.139
1,800
1500-1200-2300
1,500
2,300
2,400
327
0.897 96%
2126
0.139
1,200
Page 16
COS Ø
EFI.
CÓDIGO DE
988
VEL. ANG. (rpm) Sincrónica
MOTDAT EFI.
Iarr
COS Ø
%
A
arranque
Sincrónica
0.8655 96%
2204
0.139
900
379
0.9026 96%
2464
0.133
3,600
2,400
375
0.9056 96%
2438
0.133
1,800
2,300
2,400
379
0.8997 96%
2464
0.133
1,200
1,750
2,300
2,400
393
0.8694 96%
2555
0.132
900
2000-3600-2300
2,000
2,300
2,400
426
0.916 96%
2769
0.129
3,600
2000-1800-2300
2,000
2,300
2,400
427
0.9104 96%
2776
0.129
1,800
2000-1200-2300
2,000
2,300
2,400
432
0.9033 96%
2808
0.129
1,200
2000-900-2300
2,000
2,300
2,400
448
0.8731 96%
2912
0.129
900
200-3600-4000
200
4,000
4,160
25.7
0.8865 95% 167.1 0.244
3,600
200-1800-4000
200
4,000
4,160
26.7
0.8517 95%
297
0.243
1,800
200-1200-4000
200
4,000
4,160
28.2
0.8135 94%
268
0.243
1,200
200-900-4000
200
4,000
4,160
29.2
0.7842 94%
290
0.244
900
250-3600-4000
250
4,000
4,160
31.6
0.9056 94% 205.4 0.229
3,600
250-1800-4000
250
4,000
4,160
33
0.866 94% 214.5 0.230
1,800
250-1200-4000
250
4,000
4,160
35.4
0.812 94% 230.1 0.230
1,200
250-900-4000
250
4,000
4,160
36
300-3600-4000
300
4,000
4,160
38.1
0.898 94% 247.7 0.219
3,600
300-1800-4000
300
4,000
4,160
39.6
0.8645 94% 257.4 0.218
1,800
300-1200-4000
300
4,000
4,160
43.5
0.79 94% 282.8 0.218
1,200
TENSIÓN (V)
In
CÓDIGO DE
POTENCIA
REFERENCIA
NOMINAL
NOMINAL
SERVICIO
A
1500-900-2300
1,500
2,300
2,400
339
1750-3600-2300
1,750
2,300
2,400
1750-1800-2300
1,750
2,300
1750-1200-2300
1,750
1750-900-2300
COS Ø
0.7967 94%
273
0.229
0.219
900
300-900-4000
300
4,000
4,160
42
350-3600-4000
350
4,000
4,160
43.7
0.9116 95% 284.1 0.208
3,600
350-1800-4000
350
4,000
4,160
46.2
0.8632 95% 300.3 0.209
1,800
350-1200-4000
350
4,000
4,160
50.4
0.7937 94% 327.6 0.208
1,200
Page 17
0.827 93%
234
VEL. ANG. (rpm)
900
MOTDAT TENSIÓN (V)
In
Iarr
COS Ø
%
A
arranque
POTENCIA
REFERENCIA
NOMINAL
NOMINAL
SERVICIO
A
350-900-4000
350
4,000
4,160
49.3
0.8205 93% 320.5 0.209
900
400-3600-4000
400
4,000
4,160
50.4
0.9025 95% 327.6 0.202
3,600
400-1800-4000
400
4,000
4,160
52.6
0.8653 95% 341.9 0.202
1,800
400-1200-4000
400
4,000
4,160
57
0.8075 94% 370.5 0.202
1,200
400-900-4000
400
4,000
4,160
56.7
0.811 94% 368.6 0.201
450-3600-4000
450
4,000
4,160
56.2
0.9095 95% 365.3 0.195
3,600
450-1800-4000
450
4,000
4,160
59.3
0.8623 95% 385.5 0.194
1,800
450-1200-4000
450
4,000
4,160
59.1
0.8756 94% 384.2 0.194
1,200
450-900-4000
450
4,000
4,160
64
500-3600-4000
500
4,000
4,160
62.9
0.906 94% 408.9 0.190
3,600
500-1800-4000
500
4,000
4,160
64.9
0.878 94% 421.9 0.188
1,800
500-1200-4000
500
4,000
4,160
65.1
0.883 94% 423.2 0.189
1,200
500-900-4000
500
4,000
4,160
68.6
0.835 94% 445.9 0.189
900
600-3600-4000
600
4,000
4,160
74.8
0.9067 95% 486.2 0.180
3,600
600-1800-4000
600
4,000
4,160
74.9
0.9062 95% 486.9 0.180
1,800
600-1200-4000
600
4,000
4,160
78
0.8707 95%
1,200
600-900-4000
600
4,000
4,160
78.9
0.859 95% 512.9 0.181
900
700-3600-4000
700
4,000
4,160
87.8
0.8984 96% 570.7 0.173
3,600
700-1800-4000
700
4,000
4,160
87.1
0.9084 95% 566.2 0.173
1,800
700-1200-4000
700
4,000
4,160
90.6
0.8705 96% 588.9 0.172
1,200
700-900-4000
700
4,000
4,160
92.3
0.8575 95%
800-3600-4000
800
4,000
4,160
99.1
0.9114 95% 644.2 0.167
3,600
800-1800-4000
800
4,000
4,160
98.9
0.914 95% 642.9 0.167
1,800
800-1200-4000
800
4,000
4,160
103
0.8743 96% 669.5 0.167
1,200
800-900-4000
800
4,000
4,160
103
0.8755 96% 669.5 0.167
900
Page 18
COS Ø
EFI.
CÓDIGO DE
0.8075 94%
416
507
600
0.195
0.180
0.173
VEL. ANG. (rpm) Sincrónica
900
900
900
MOTDAT EFI.
Iarr
COS Ø
%
A
arranque
Sincrónica
0.9064 95%
728
0.161
3,600
112
0.906 96%
728
0.160
1,800
4,160
114
0.8897 96%
741
0.160
1,200
4,000
4,160
117
0.8665 96% 760.5 0.161
1,000
4,000
4,160
124
0.909 96%
806
0.156
3,600
1000-1800-4000
1,000
4,000
4,160
124
0.907 96%
806
0.156
1,800
1000-1200-4000
1,000
4,000
4,160
126
0.8917 96%
819
0.156
1,200
1000-900-4000
1,000
4,000
4,160
130
0.8678 95%
845
0.156
900
1250-3600-4000
1,250
4,000
4,160
155
0.9067 96%
1008
0.147
3,600
1250-1800-4000
1,250
4,000
4,160
155
0.9002 96%
1008
0.148
1,800
1250-1200-4000
1,250
4,000
4,160
157
0.8932 96%
1021
0.148
1,200
1250-900-4000
1,250
4,000
4,160
164
0.8567 96%
1066
0.147
900
1500-3600-4000
1,500
4,000
4,160
191
0.8839 96%
1242
0.139
3,600
1500-1800-4000
1,500
4,000
4,160
185
0.9052 96%
1203
0.139
1,800
1500-1200-4000
1,500
4,000
4,160
188
0.8971 96%
1222
0.139
1,200
1500-900-4000
1,500
4,000
4,160
196
0.86 96%
1274
0.140
900
1750-3600-4000
1,750
4,000
4,160
218
0.9013 96%
1417
0.135
3,600
1750-1800-4000
1,750
4,000
4,160
216
0.904 97%
1404
0.133
1,800
1750-1200-4000
1,750
4,000
4,160
218
0.8995 96%
1417
0.133
1,200
1750-900-4000
1,750
4,000
4,160
227
0.8646 96%
1476
0.133
900
2000-3600-4000
2,000
4,000
4,160
245
0.9147 96%
1593
0.129
3,600
2000-1800-4000
2,000
4,000
4,160
246
0.9088 96%
1599
0.130
1,800
2000-1200-4000
2,000
4,000
4,160
244
0.9194 96%
1586
0.130
1,200
2000-900-4000
2,000
4,000
4,160
254
0.8843 96%
1651
0.130
900
2250-3600-4000
2,250
4,000
4,160
274
0.92 96%
1781
0.124
3,600
TENSIÓN (V)
In
CÓDIGO DE
POTENCIA
REFERENCIA
NOMINAL
NOMINAL
SERVICIO
A
900-3600-4000
900
4,000
4,160
112
900-1800-4000
900
4,000
4,160
900-1200-4000
900
4,000
900-900-4000
900
1000-3600-4000
Page 19
COS Ø
VEL. ANG. (rpm)
900
MOTDAT EFI.
Iarr
COS Ø
%
A
arranque
Sincrónica
0.9207 96%
1781
0.124
1,800
4,160
277.54 0.9091 96%
1804
0.125
1,200
4,000
4,160
289.91 0.8714 96%
1884
0.125
900
2,500
4,000
4,160
305
0.9179 96%
1983
0.121
3,600
2500-1800-4000
2,500
4,000
4,160
305
0.9186 96%
1983
0.121
1,800
2500-1200-4000
2,500
4,000
4,160
308.94
0.907 96%
2008
0.122
1,200
2500-900-4000
2,500
4,000
4,160
322.71 0.8694 96%
2098
0.122
900
3000-3600-4000
3,000
4,000
4,160
365.69 0.9179 96%
2377
0.116
3,600
3000-1800-4000
3,000
4,000
4,160
365.69 0.9186 96%
2377
0.116
1,800
3000-1200-4000
3,000
4,000
4,160
370.41 0.9066 96%
2408
0.115
1,200
3000-900-4000
3,000
4,000
4,160
386.92 0.9156 91%
2515
0.418
900
3500-3600-4000
3,500
4,000
4,160
441
0.8876 96%
2867
0.110
3,600
3500-1800-4000
3,500
4,000
4,160
441
0.8885 96%
2867
0.111
1,800
3500-1200-4000
3,500
4,000
4,160
446.69
0.877 96%
2903
0.110
1,200
466.61 0.8406 96%
TENSIÓN (V)
In
CÓDIGO DE
POTENCIA
REFERENCIA
NOMINAL
NOMINAL
SERVICIO
A
2250-1800-4000
2,250
4,000
4,160
274
2250-1200-4000
2,250
4,000
2250-900-4000
2,250
2500-3600-4000
COS Ø
VEL. ANG. (rpm)
3500-900-4000
3,500
4,000
4,160
3033
0.111
900
4000-3600-4000
4,000
4,000
4,160
504
0.887 96%
3276
0.106
3,600
4000-1800-4000
4,000
4,000
4,160
504
0.8877 96%
3276
0.106
1,800
4000-1200-4000
4,000
4,000
4,160
510.5
0.8765 96%
3318
0.107
1,200
4000-900-4000
4,000
4,000
4,160
533.26
0.84 96%
3466
0.107
900
4500-3600-4000
4,500
4,000
4,160
580
0.867 96%
3770
0.103
3,600
4500-1800-4000
4,500
4,000
4,160
580
0.8677 96%
3770
0.103
1,800
4500-1200-4000
4,500
4,000
4,160
587.48 0.8566 96%
3819
0.103
1,200
4500-900-4000
4,500
4,000
4,160
613.68
0.821 96%
3989
0.103
900
5000-3600-4000
5,000
4,000
4,160
630
0.8861 96%
4095
0.100
3,600
5000-1800-4000
5,000
4,000
4,160
630
0.8868 96%
4095
0.100
1,800
Page 20
MOTDAT EFI.
Iarr
COS Ø
%
A
arranque
Sincrónica
638.13 0.8754 96%
4148
0.100
1,200
4,160 4,160 4,160 4,160 4,160
666.58 734 734 743.47 776.62
0.839 0.9114 0.9122 0.9005 0.8629
4333 4771 4771 4833 5048
0.100 0.095 0.095 0.096 0.095
900 3,600 1,800 1,200 900
13,200
13,800
98.51
0.8625 96% 640.3 0.122
3,600
2,500
13,200
13,800
98.51
0.863 96% 640.3 0.121
1,800
2500-1200-13200
2,500
13,200
13,800 99.781
0.852 96% 648.6 0.122
1,200
2500-900-13200
2,500
13,200
13,800 104.23 0.8167 96% 677.5 0.121
3000-3600-13200
3,000
13,200
13,800
118
0.863 96%
767
0.115
3,600
3000-1800-13200
3,000
13,200
13,800
118
0.8636 96%
767
0.115
1,800
3000-1200-13200
3,000
13,200
13,800
119.52 0.8525 96% 776.9
0.115
1,200
3000-900-13200
3,000
13,200
13,800 124.85 0.8172 96% 811.5
0.115
900
3500-3600-13200
3,500
13,200
13,800
138
0.8603 96%
897
0.111
3,600
3500-1800-13200
3,500
13,200
13,800
138
0.8607 96%
897
0.110
1,800
3500-1200-13200
3,500
13,200
13,800 139.78 0.8499 96% 908.6
0.111
1,200
3500-900-13200
3,500
13,200
13,800
146
0.110
900
4000-3600-13200
4,000
13,200
13,800
158
0.858 96%
1027
0.106
3,600
4000-1800-13200
4,000
13,200
13,800
158
0.8587 96%
1027
0.106
1,800
4000-1200-13200
4,000
13,200
13,800
160
0.8476 96%
1040
0.106
1,200
4000-900-13200
4,000
13,200
13,800 167.17 0.8124 96%
1087
0.106
900
4500-3600-13200
4,500
13,200
13,800
177
0.8612 96%
1151
0.104
3,600
4500-1800-13200
4,500
13,200
13,800
177
0.8617 96%
1151
0.103
1,800
4500-1200-13200
4,500
13,200
13,800 179.28 0.8506 96%
1165
0.103
1,200
CÓDIGO DE
POTENCIA
TENSIÓN (V)
REFERENCIA
NOMINAL
NOMINAL
SERVICIO
5000-1200-4000
5,000
4,000
4,160
5000-900-4000 6000-3600-4000 6000-1800-4000 6000-1200-4000 6000-900-4000
5,000 6,000 6,000 6,000 6,000
4,000 4,000 4,000 4,000 4,000
2500-3600-13200
2,500
2500-1800-13200
In
COS Ø
A
Page 21
96% 97% 96% 96% 96%
0.8145 96% 949.1
VEL. ANG. (rpm)
900
MOTDAT EFI.
Iarr
COS Ø
%
A
arranque
Sincrónica
13,800 187.28 0.8153 96%
1217
0.103
900
13,200
13,800
197
0.8592 96%
1281
0.100
3,600
5,000
13,200
13,800
197
0.8598 96%
1281
0.100
1,800
5000-1200-13200
5,000
13,200
13,800 199.54
0.849 96%
1297
0.101
1,200
5000-900-13200 6000-3600-13200 6000-1800-13200 6000-1200-13200 6000-900-13200 7000-3600-13200 7000-1800-13200 7000-1200-13200 7000-900-13200 8000-3600-13200 8000-1800-13200 8000-1200-13200 8000-900-13200 9000-3600-13200 9000-1800-13200 9000-1200-13200 9000-900-13200
5,000 6,000 6,000 6,000 6,000 7,000 7,000 7,000 7,000 8,000 8,000 8,000 8,000 9,000 9,000 9,000 9,000
13,200 13,200 13,200 13,200 13,200 13,200 13,200 13,200 13,200 13,200 13,200 13,200 13,200 13,200 13,200 13,200 13,200
13,800 13,800 13,800 13,800 13,800 13,800 13,800 13,800 13,800 13,800 13,800 13,800 13,800 13,800 13,800 13,800 13,800
1355 1502 1502 1521 1589 1755 1755 1778 1857 1924 1924 1949 2036 2165 2165 2192 2290
0.100 0.095 0.095 0.095 0.095 0.091 0.091 0.091 0.091 0.088 0.088 0.088 0.088 0.085 0.085 0.085 0.085
900 3,600 1,800 1,200 900 3,600 1,800 1,200 900 3,600 1,800 1,200 900 3,600 1,800 1,200 900
CÓDIGO DE
POTENCIA
TENSIÓN (V)
REFERENCIA
NOMINAL
NOMINAL
4500-900-13200
4,500
13,200
5000-3600-13200
5,000
5000-1800-13200
SERVICIO
In
COS Ø
A
208.44 231 231 234 244.41 270 270 273.48 285.68 296 296 299.82 313.19 333 333 337.3 352.34
Page 22
0.8135 0.8782 0.8788 0.8675 0.8314 0.8759 0.8766 0.8653 0.8292 0.9121 0.9127 0.901 0.8635 0.9116 0.9123 0.9005 0.863
96% 97% 96% 96% 96% 97% 97% 97% 96% 97% 97% 97% 97% 97% 97% 97% 97%
VEL. ANG. (rpm)
DATOS DE CABLES DE COBRE EN DUCTOS SUBTERRÁNEOS TABLA B-310-7 DEL CEN (PDVSA.90619.1.084, GRÁFICO 1) NO MAS DE TRES CABLES ACTIVOS POR DUCTO RHO=90, FC=100% T del cable =75 °C T de la tierra=20 °C FACTOR DE AJUSTE DE CAPACIDAD POR TEMPERATURA DEL CABLE (4) = 1 CALIBRE CAPACIDAD AWG o 1 DUCTO 2 DUCTOS (1) 3 DUCTOS 4 DUCTOS (2) 6 DUCTOS
NOTAS:
Mínima(3) 0.01 34.2 44.2 58.3 77.4 100.5 132.7 175.9 201.0 229.1 264.3 291.5 352.8 429.1 531.6
Nominal 34 44 58 77 100 132 175 200 228 263 290 351 427 529 605
Mínima 0.01 33.2 42.2 54.8 72.4 93.5 122.6 154.8 176.9 201.6 232.6 256.5 310.4 377.6 467.8
Nominal 33 42 55 72 93 122 154 176 201 231 255 309 376 466 532
Mínima 0.01 32.2 40.2 51.3 67.3 86.4 112.6 146.7 166.8 189.9 216.1 237.2 284.4 342.7 419.1
Nominal 32 40 51 67 86 112 146 166 189 215 236 283 341 417 472
Fred. 0.94 0.91 0.88 0.87 0.86 0.85 0.83 0.83 0.83 0.82 0.81 0.81 0.80 0.79 0.78
Mínima 0.01 31.2 38.2 48.2 63.3 81.2 105.8 137.9 156.8 178.5 203.1 222.9 267.4 322.1 393.9
Nominal 31 38 48 63 81 105 137 156 178 202 222 266 321 392 444
Fred. 0.91 0.86 0.83 0.82 0.81 0.80 0.78 0.78 0.78 0.77 0.76 0.76 0.75 0.74 0.73
Mínima 0.01 28.1 35.2 44.2 56.3 73.4 93.5 121.6 136.7 154.8 175.9 193.0 229.1 274.4 331.7
Nominal 28 35 44 56 73 93 121 136 154 175 192 228 273 330 372
Fred. 0.82 0.80 0.76 0.73 0.73 0.70 0.69 0.68 0.68 0.67 0.66 0.65 0.64 0.62 0.61
(1) NOTA 310,15(b)(5) - 1 DEL CEN (2) NOTA 310,15(b)(5) - 2 DEL CEN FACTOR DE AJUSTE DE CAPACIDAD POR TEMPERATURA DEL CABLE (FACPTC) = (3) Las capacidades mínima (en rojo) son para evitar que se seleccione un calibre menor cuando la capacidad de la carga es ligeramente mayor al del calibre inmediato inferior. (4) para cables de 90°C se multiplican los valores dados en la tabla para 75°C por Ö(90-20)x(234,5+75)/[(75-20)x(234,5+90)], Sección 7.18/L de ICONEL.
TABLA 4 DEL CEN DIMENSIONES Y ÁREA PORCENTUAL DE LAS TUBERÍAS
2 COND. 31% 61 106 172 407 671 957 1,477 2,548 4,002 5,782 –
Fred. 0.97 0.95 0.94 0.94 0.93 0.92 0.88 0.88 0.88 0.88 0.88 0.88 0.88 0.88 0.88
ÁREA - mm2 > 2 COND. 40% 78 137 222 526 866 1,235 1,906 3,288 5,163 7,460 –
Mínima 20 138 223 528 870 1,241 1,916 3,304 5,189 7,498
DÁMETRO TAMAÑO INTERIOR COMERCIAL mm Pulgadas 15.8 1/2 20.9 3/4 26.6 1 40.9 1 1/2 52.5 2 62.7 2 1/2 77.9 3 102.3 4 128.2 5 154.1 6 – >6
Tabla de Nota 8, columna B a las Tablas del CEN, cables de BT, aplica para cables de un mismo circuito. FACTORES DE AJUSTE DE CAPACIDAD POR CANT. DE CABLES EN EL DUCTO # de conductores Porcentaje del valor Activos Mínimo dado por las tablas De 4 a 6 4 80% De 7 a 9 7 70% De 10 a 20 10 50% De 21 a 30 21 45% De 31 a 40 31 40% 41 y más 41 35%
CONDUCTORES DE PUESTA A TABLA 250-95 DEL CEN CALIBRE MÍNIMO CAP. DEL CALIBRE DE FASES INTERR. CORRESPONDIENTE A 20 1 30 1 40 1 60 1 80 1 100 1 150 1 175 1 200 1 225 1 250 1 C A B/ F A S
MCM 12 10 8 6 4 2 1/0 2/0 3/0 4/0 250 350 500 750 1000
TABLA No. 7.1.0301 DE CABEL CONDUCTOR DE COBRE TRENZADO CONCENTRICO TIPO B CALIBRE ÁREA DEL CALIBRE AWG o MCM – 12 10 8 6 4 2 1/0 2/0 3/0 4/0 250 300 350 400 500 600 750 1000
CM
AWG o MCM
0 6,530 10,380 16,510 26,240 41,740 66,360 105,600 133,100 167,800 211,600 250,000 300,000 350,000 400,000 500,000 600,000 750,000 1,000,000
– 12 10 8 6 4 2 1/0 2/0 3/0 4/0 250 300 350 400 500 600 750 1000
CONDUCTOR
TABLA B-310-8 DEL CEN CAPACIDAD DE CABLES DE BT, TRIPOLARES, EN ZANJAS RHO=90, FC=100 T del cable =75 °C T de la tierra=20 °C DISTANCIA ENTRE CABLES = 70 mm (Fig. B-310-2, Detalle 6) CALIBRE CALIBRE CAPACIDAD AWG o AWG o MCM Mínima Nominal MCM 12 0.1 35 12 10 35.2 49 10 8 49.2 70 8 6 70.4 95 6 4 95.5 117 4 2 117.6 150 2 150.8 193 1/0 1/0 194.0 220 2/0 2/0
TABLA 310-17 DEL CEN
(310-16), Cables multipolares 1 >1 >1 >1 >1 >1 >1 >1 >1 >1 >1
3/0 4/0 250 350 500 750 1000 FACPTC =
221.1 251.3 283.4 309.5 371.9 444.2 537.7 1
250 282 308 370 442 535 600
3/0 4/0 250 350 500 750 1000
TENSIÓN NOMINAL DE CABLES Operación Nominal 12 600 2000 5000 5025 15000 15075 35000
TABLA 4 DEL CEN DIMENSIONES Y ÁREA PORCENTUAL DE LAS TUBERÍAS DE PVC SCHEDULE 40 PAVCO ÁREA - mm2 > 2 COND. 40% Mínima 20 1,000 1,005 2,186 2,197 3,683 3,702 5,704 5,733 8,161 8,201 –
DÁMETRO TAMAÑO INTERIOR COMERCIAL mm Pulgadas 56.41 2 83.41 3 108.28 4 134.75 5 161.17 6 – >6
TIPOS DE CABLES COMERCIALES TENSIÓN # COND. TIPO 600 V 1 THW 600 V 1 TTU-75°C 600 V 1 TTU-90°C 600 V 1 XHHW 600 V 1 THWN 600 V 3/4 PVC-PVC 600 V 3/4 XLPE-PVC 600 V 1 PVC-ARM 600 V 1 XLPE-PVC-ARM 600 V 3/4 PVC-PVC-ARM 600 V 3/4 XLPE-PVC-ARM 5/15 kV 1/3 XLPE-PVC
TEMP.OP. 75°C 75°C 90°C 90°C 75°C 75°C 90°C 75°C 90°C 75°C 90°C 90°C
5/15 kV 5/15 kV 5/15 kV
1/3 1/3 1/3
EPR-PVC XLPE-PVC-ARM EPR-PVC-ARM
90°C 90°C 90°C
TABLA 310-16 DEL CEN ICONEL TABLA No. 05 T del cable =75 °C TTU 90 °C T ambiente = 30 °C CALIBRE DIÁMETRO CAPACIDAD AWG o CABLE Mínima 0.01 25.1 35.2 50.3 65.4 85.5 115.6 150.8 176.0 201.1 231.3 256.4 311.7 382.1 477.6
Nominal 25 35 50 65 85 115 150 175 200 230 255 310 380 475 545
MCM 12 10 8 6 4 2 1/0 2/0 3/0 4/0 250 350 500 750 1000
mm 5.10 5.80 7.40 9.30 10.60 12.10 15.70 16.90 18.30 19.90 21.70 25.70 29.30 35.20 39.40
TABLA 9 DEL CEN Tres cables monopolares en tubería de PVC CALIBRE IMPEDANCIA IMPEDANCIA AWG o Resistencia Reactancia Resistencia Reactancia
ÁREA TOTAL mm2 20.43 26.42 43.01 67.93 88.25 114.99 193.59 224.32 263.02 311.03 369.84 518.75 674.26 973.14 1219.22
MCM Ohms/1000' Ohms/1000' Ohms/km Ohms/km 1000 0.018 0.037 1000 0.0591 0.1214 0.021 0.038 750 0.0689 0.1247 0.029 0.039 500 0.0951 0.1280 0.039 0.040 350 0.1280 0.1312 0.054 0.041 250 0.1772 0.1345 0.063 0.041 4/0 0.2067 0.1345 0.079 0.042 3/0 0.2592 0.1378 0.100 0.043 2/0 0.3281 0.1411 0.120 0.044 1/0 0.3937 0.1444 0.200 0.045 2 0.6562 0.1476 0.310 0.048 4 1.0171 0.1575 0.490 0.051 6 1.6076 0.1673 0.780 0.052 8 2.5591 0.1706 1.200 0.050 10 3.9370 0.1640 2.000 0.054 12 6.5617 0.1772 Para tubería metálica multiplicar la reactancia por: 1.25
Para Tamb. = 40 °C, multiplicar por 0,88 1 alibre inmediato inferior.
NDUCTORES DE PUESTA A TIERRA BLA 250-95 DEL CEN LIBRE MÍNIMO
CALIBRE PARA CABLES DE 600 V TETRAPOLARES CON TIERRA REDUCIDA
CARACTERÍSTICAS
CALIBRE DE FASES CALIBRE CALIBRE CORRESPONDIENTE CABLE (Cu) CAB. (Cu) DIÁMETRO TIPO mm CORRESPON- AWG/ MCM AWG/ MCM 5.1 12 12 12 THW DIENTE 5.8 10 10 10 THW 7.4 8 10 8 THW 8.5 6 10 6 THW 9.8 4 8 4 THW 7.42 2 8 2 "A" DESNUDO 9.35 1/0 6 1/0 "A" DESNUDO 10.5 2/0 6 2/0 "A" DESNUDO 11.8 3/0 6 3/0 "A" DESNUDO 13.3 4/0 4 4/0 "A" DESNUDO 14.6 250 4 250 "A" DESNUDO
ÁREA TOTAL mm2 20.4 26.4 43.0 56.7 75.4 43.2 68.7 86.6 109.4 138.9 167.4
CALIBRE TIERRA AWG/ MCM 12 12 10 8 6 6 4 2 2 1/0 2/0
cos ø=
cos ø=
0.2 0.0010 0.1307 0.1359 0.1444 0.1542 0.1672 0.1731 0.1868 0.2038 0.2202 0.2759 0.3577 0.4855 0.6790 0.9481 1.4859
0.25 0.0010 0.1323 0.1379 0.1477 0.1591 0.1745 0.1819 0.1982 0.2186 0.2382 0.3070 0.4067 0.5639 0.8050 1.1431 1.8120
350 500 750 1000 VER TABLA 1 VER TABLA 1 VER TABLA 1 VER TABLA 1 VER TABLA 1 VER TABLA 1 VER TABLA 1 VER TABLA 1 VER TABLA 1 VER TABLA 1 VER TABLA 1
4 2 2 2 1 1/0 2/0 3/0 4/0 250 350 400 500 700 800
350 500 750 1000
17.2 232.4 "A" DESNUDO 3/0 20.7 336.5 "A" DESNUDO 250 25.4 506.7 "A" DESNUDO 350 29.3 674.3 "A" DESNUDO 350 TABLA 1: RESUMEN DE CABLE DE TIERRA CON MAS DE 1 CABLE POR FASE CAL.FASES CAL.TIERRA 2x8 8 2x6 6 3x6 6 3x4 4 4x4 4 2x2 6 3x2 4 4x2 2 5x2 2 2x1/0 4 3x1/0 2 4x1/0 1/0 5x1/0 1/0 2x2/0 2 3x2/0 1/0 4x2/0 1/0 5x2/0 2/0 2x3/0 2 3x3/0 1/0 4x3/0 1/0 5x3/0 2/0 6x3/0 3/0 2x4/0 2 2x4/0 1/0 3x4/0 2/0 4x4/0 3/0 5x4/0 4/0 6x4/0 4/0 2x250 2 3x250 1/0 4x250 2/0 5x250 4/0 6x250 4/0 7x250 250 8x250 250 2x350 1/0 3x350 2/0 4x350 3/0
5x350 6x350 7x350 8x350 9x350 10x350 11x350 2x500 3x500 4x500 5x500 6x500 7x500 8x500 9x500 10x500 11x500 12x500 2x750 3x750
4/0 250 350 350 350 500 500 1/0 3/0 4/0 250 350 350 350 500 500 500 500 2/0 4/0
4x750 5x750 6x750 7x750 8x750 9x750 10x750 11x750 12x750 2x1000 3x1000 4x1000 5x1000 6x1000 7x1000 8x1000 9x1000 10x1000 11x1000 12x1000
250 250 350 500 500 500 500 500 750 3/0 4/0 250 350 500 500 500 750 750 750 1000
cos ø=
cos ø=
cos ø=
cos ø=
IMPEDANCIA EFECTIVA (r.cosø + x.senø) Ohms/km cos ø= cos ø= cos ø= cos ø= cos ø=
cos ø=
cos ø=
cos ø=
cos ø=
cos ø=
cos ø=
0.3 0.0010 0.1335 0.1396 0.1506 0.1636 0.1815 0.1903 0.2092 0.2330 0.2558 0.3377 0.4553 0.6419 0.9305 1.3376 2.1375
0.35 0.0010 0.1344 0.1409 0.1532 0.1677 0.1880 0.1983 0.2198 0.2470 0.2730 0.3680 0.5035 0.7194 1.0555 1.5316 2.4625
0.4 0.0010 0.1349 0.1418 0.1553 0.1715 0.1942 0.2060 0.2300 0.2605 0.2898 0.3978 0.5512 0.7964 1.1800 1.7252 2.7870
0.45 0.0010 0.1350 0.1423 0.1571 0.1748 0.1998 0.2131 0.2397 0.2736 0.3061 0.4271 0.5983 0.8728 1.3039 1.9181 3.1110
0.5 0.0010 0.1347 0.1424 0.1584 0.1776 0.2051 0.2198 0.2489 0.2862 0.3219 0.4559 0.6449 0.9487 1.4273 2.1106 3.4343
0.75 0.0010 0.1246 0.1341 0.1560 0.1828 0.2218 0.2440 0.2855 0.3394 0.3908 0.5898 0.8670 1.3164 2.0321 3.0613 5.0384
0.8 0.0010 0.1201 0.1299 0.1529 0.1811 0.2224 0.2461 0.2900 0.3471 0.4016 0.6135 0.9081 1.3865 2.1496 3.2480 5.3556
0.85 0.0010 0.1141 0.1242 0.1483 0.1779 0.2215 0.2465 0.2929 0.3532 0.4107 0.6355 0.9475 1.4546 2.2651 3.4329 5.6708
0.9 0.0010 0.1061 0.1164 0.1414 0.1724 0.2181 0.2447 0.2933 0.3568 0.4173 0.6549 0.9840 1.5198 2.3775 3.6148 5.9827
0.95 0.0010 0.0940 0.1044 0.1303 0.1625 0.2103 0.2384 0.2893 0.3557 0.4191 0.6695 1.0154 1.5795 2.4844 3.7914 6.2889
1 0.0010 0.0591 0.0689 0.0951 0.1280 0.1772 0.2067 0.2592 0.3281 0.3937 0.6562 1.0171 1.6076 2.5591 3.9370 6.5617
0.55 0.0010 0.1339 0.1420 0.1592 0.1800 0.2098 0.2260 0.2576 0.2983 0.3371 0.4842 0.6909 1.0239 1.5500 2.3024 3.7569
0.6 0.0010 0.1325 0.1411 0.1594 0.1818 0.2139 0.2316 0.2657 0.3097 0.3517 0.5118 0.7362 1.0984 1.6719 2.4934 4.0787
0.65 0.0010 0.1306 0.1395 0.1591 0.1829 0.2174 0.2366 0.2732 0.3205 0.3656 0.5387 0.7808 1.1721 1.7930 2.6837 4.3997
0.7 0.0010 0.1280 0.1373 0.1580 0.1833 0.2201 0.2407 0.2798 0.3304 0.3787 0.5648 0.8244 1.2448 1.9132 2.8731 4.7197
Tres cables monopolares en tubería de ARG CALIBRE AWG o MCM 1000 1000 750 500 350 250 4/0 3/0 2/0 1/0 2 4 6 8 10 12
Reactancia
cos ø=
cos ø=
cos ø=
cos ø=
cos ø=
cos ø=
IMPEDANCIA EFECTIVA (r.cosø + x.senø) Ohms/km cos ø= cos ø= cos ø= cos ø= cos ø=
Ohms/km
0.2 0.0010 0.1605 0.1665 0.1757 0.1863 0.2002 0.2061 0.2206 0.2384 0.2555 0.3121 0.3963 0.5265 0.7208 0.9883 1.5293
0.25 0.0010 0.1617 0.1681 0.1786 0.1908 0.2071 0.2145 0.2316 0.2528 0.2731 0.3427 0.4449 0.6044 0.8462 1.1828 1.8548
0.3 0.0010 0.1625 0.1693 0.1811 0.1949 0.2135 0.2224 0.2421 0.2666 0.2902 0.3729 0.4929 0.6818 0.9711 1.3767 2.1798
0.35 0.0010 0.1628 0.1701 0.1831 0.1984 0.2195 0.2299 0.2521 0.2800 0.3068 0.4025 0.5404 0.7586 1.0954 1.5700 2.5040
0.4 0.0010 0.1627 0.1704 0.1846 0.2015 0.2250 0.2368 0.2615 0.2929 0.3229 0.4316 0.5872 0.8347 1.2191 1.7627 2.8276
0.45 0.0010 0.1621 0.1702 0.1856 0.2041 0.2299 0.2432 0.2705 0.3051 0.3383 0.4601 0.6335 0.9102 1.3420 1.9548 3.1505
0.5 0.0010 0.1609 0.1694 0.1861 0.2060 0.2342 0.2490 0.2788 0.3168 0.3531 0.4879 0.6790 0.9849 1.4642 2.1461 3.4726
0.1517 0.1558 0.1599 0.1640 0.1681 0.1681 0.1722 0.1763 0.1804 0.1845 0.1969 0.2092 0.2133 0.2051 0.2215
0.55 0.0010 0.1592 0.1680 0.1859 0.2074 0.2379 0.2541 0.2864 0.3277 0.3672 0.5150 0.7238 1.0589 1.5856 2.3366 3.7939
0.6 0.0010 0.1568 0.1660 0.1850 0.2080 0.2408 0.2585 0.2933 0.3379 0.3806 0.5413 0.7677 1.1319 1.7060 2.5262 4.1142
0.65 0.0010 0.1537 0.1632 0.1834 0.2078 0.2429 0.2621 0.2994 0.3473 0.3930 0.5668 0.8107 1.2039 1.8254 2.7149 4.4334
0.7 0.0010 0.1497 0.1595 0.1808 0.2067 0.2441 0.2648 0.3044 0.3556 0.4045 0.5911 0.8525 1.2747 1.9436 2.9023 4.7513
hms/km cos ø=
cos ø=
cos ø=
cos ø=
cos ø=
cos ø=
CALIBRE AWG o
0.75 0.0010 0.1447 0.1548 0.1771 0.2045 0.2441 0.2662 0.3083 0.3627 0.4146 0.6142 0.8930 1.3441 2.0603 3.0884 5.0677
0.8 0.0010 0.1383 0.1486 0.1721 0.2008 0.2426 0.2662 0.3107 0.3683 0.4232 0.6357 0.9318 1.4116 2.1752 3.2726 5.3822
0.85 0.0010 0.1301 0.1407 0.1651 0.1952 0.2392 0.2643 0.3110 0.3718 0.4297 0.6550 0.9682 1.4766 2.2875 3.4545 5.6941
0.9 0.0010 0.1193 0.1299 0.1553 0.1867 0.2327 0.2593 0.3083 0.3721 0.4330 0.6710 1.0012 1.5380 2.3961 3.6327 6.0020
0.95 0.0010 0.1035 0.1141 0.1403 0.1728 0.2208 0.2489 0.3000 0.3667 0.4304 0.6810 1.0277 1.5925 2.4977 3.8042 6.3027
1 0.0010 0.0591 0.0689 0.0951 0.1280 0.1772 0.2067 0.2592 0.3281 0.3937 0.6562 1.0171 1.6076 2.5591 3.9370 6.5617
MCM 1000 1000 750 500 350 250 4/0 3/0 2/0 1/0 2 4 6 8 10 12
Valores para que seleccione el calibre máximo y no indique valor"falso" en %CDT
TRES CABLES MONOPOLARES DE COBRE CON PANTALLA, GENKENE O EPR DE 5 kV INSTALACIÓN EN DUCTOS SUBTERRÁNEOS TABLA AT-4 DE CABEL, FACTOR DE CARGA = 100% CALIBRE CAPACIDAD 2 DUCTOS 3 DUCTOS 4 DUCTOS 1 DUCTO AWG o MCM 6 4 2 1/0 2/0 3/0 4/0 250 350 500 750
6 DUCTOS
9 DUCTOS
Mínima Nominal Mínima Nominal Fred. Mínima Nominal Fred. Mínima Nominal Fred. Mínima Nominal Fred. Mínima 1 90.5 117.6 151.8 199.0 226.1 257.3 293.5 321.6 387.9 467.3
90 117 151 198 225 256 292 320 386 465 565
1 83.9 108.5 139.7 181.9 206.0 234.2 265.8 290.9 349.2 418.6
84 108 139 181 205 233 265 290 348 417 504
0.93 0.92 0.92 0.91 0.91 0.91 0.91 0.90 0.90 0.90 0.89
1 77.4 99.5 127.6 164.8 185.9 211.1 238.2 260.3 310.5 369.8
77 99 127 164 185 210 237 259 309 368 442
0.86 0.85 0.84 0.83 0.82 0.82 0.81 0.81 0.80 0.79 0.78
1 70.9 91.0 116.1 149.7 168.8 191.0 215.6 235.2 279.4 331.7
71 91 116 149 168 190 215 234 278 330 395
0.78 0.77 0.76 0.75 0.75 0.74 0.73 0.73 0.72 0.71 0.70
1 64.3 82.4 104.5 134.7 151.8 170.9 193.0 210.0 248.2 293.5
64 82 104 134 151 170 192 209 247 292 348
0.71 0.70 0.69 0.68 0.67 0.66 0.66 0.65 0.64 0.63 0.62
1 59.3 75.4 95.5 122.6 137.7 155.8 174.9 189.9 225.1 265.3
TRES CABLES MONOPOLARES DE COBRE CON PANTALLA, GENKENE O EPR DE 15 kV INSTALACIÓN EN DUCTOS SUBTERRÁNEOS TABLA AT-10 DE CABEL, FACTOR DE CARGA = 100% CALIBRE CAPACIDAD 2 DUCTOS 3 DUCTOS 4 DUCTOS 6 DUCTOS 9 DUCTOS 1 DUCTO AWG o MCM Mínima Nominal Mínima Nominal Fred. Mínima Nominal Fred. Mínima Nominal Fred. Mínima Nominal Fred. Mínima 2 1/0 2/0 3/0 4/0 250 350 500 750
1 155.8 202.0 229.1 261.3 296.5 324.6 388.9 467.3
155 201 228 260 295 323 387 465 565
1 142.2 183.9 208.0 236.2 267.8 292.5 349.2 417.6
142 183 207 235 267 291 348 416 502
0.91 0.91 0.91 0.90 0.90 0.90 0.90 0.89 0.89
1 128.6 165.8 186.9 211.1 239.2 260.3 309.5 367.8
128 165 186 210 238 259 308 366 439
0.83 0.82 0.82 0.81 0.81 0.80 0.80 0.79 0.78
1 117.1 149.7 168.8 190.4 215.1 234.2 277.4 328.6
117 149 168 190 214 233 276 327 391
0.75 0.74 0.74 0.73 0.73 0.72 0.71 0.70 0.69
1 105.5 133.7 150.8 169.8 191.0 208.0 245.2 289.4
105 133 150 169 190 207 244 288 343
0.68 0.66 0.66 0.65 0.64 0.64 0.63 0.62 0.61
1 95.5 121.6 136.7 153.8 172.9 187.9 221.1 260.3
TABLAS 310-75 y 310-69 DEL CEN CAPACIDAD DE CABLES MONOPOLARES DE CAPACIDAD EN BANDEJA SEGÚN ART. 318-13 DEL CEN COBRE INSTALADOS AL AIRE LIBRE Tcond. = 90 °C, Tamb = 40 °C 2001-5000 V 5001-15000 V CALIBRE CAPACIDAD CAPACIDAD Ambiente ExteriorAmbiente Interior Ambiente Exterior Ambiente InteriorCALIBRE AWG o 2001-5000 V 5001-15000 V Tamb. = 40°C Tamb. = 30°C Tamb. = 40°C Tamb. = 30°C AWG o MCM Mínima Nominal Mínima Nominal MínimaCon Tapa Mínima Sin Tapa Mínima Con TapaMínima Sin Tapa MCM 6 1 69 1 66 1 72 6 – – – – – – 4 69 91 66 86 72 95 4 – – – – – – 2 91 125 1 145 87 119 95 130 1 138 1 151 2 1/0 126 260 146 260 119 182 131 199 138 182 152 199 1/0 2/0 261 300 261 300 183 210 200 230 183 210 200 230 2/0 3/0 302 345 302 345 211 242 231 265 211 242 231 265 3/0 4/0 347 400 347 400 243 280 266 307 243 280 266 307 4/0 250 402 445 402 445 281 312 308 341 281 312 308 341 250 350 447 550 447 550 313 385 343 422 313 385 343 422 350 500 553 695 553 685 387 487 424 533 387 480 424 525 500 750 698 900 688 885 489 630 536 690 482 620 528 679 750 TABLA 310-73 DEL CEN CAPACIDAD DE CABLES MONOPOLARES DE COBRE INSTALADOS EN TUBERÍA AL AIRE Tcond. = 90 °C, Tamb = 40 °C CALIBRE CAPACIDAD CAPACIDAD CALIBRE AWG o 2001-5000 V 5001-15000 V AWG o MCM Mínima Nominal Mínima Nominal MCM 6 1 75 6 – – 4 75 97 4 – – 2 97 130 1 150 2 1/0 131 180 151 195 1/0 2/0 181 205 196 225 2/0 3/0 206 240 226 260 3/0 4/0 241 280 261 295 4/0
Factor de correción por temperatura ambiente, Nota 1 a Tablas 310-69 a 310-84 del CEN Tamb. = 30°C 1.10
250 350 500 750
281 317 387 477
315 385 475 600
296 332 397 482
330 395 480 585
250 350 500 750
TABLAS 6, 7 y 8 DE ICONEL DE MT CAPACIDAD DE CABLES ARMADOS MONO/ TRIPOLARES DE COBRE EN ZANJAS Tcond. = 90 °C, Tamb = 20 °C, Fcarga = 100% CALIBRE CAPACIDAD CAPACIDAD CALIBRE AWG o 2001-5000 V 5001-15000 V AWG o MCM Mínima Nominal Mínima Nominal MCM 6 1 105 6 – – 4 106 134 4 – – 2 135 172 1 170 2 1/0 172 268 170 268 1/0 2/0 270 302 270 302 2/0 3/0 303 337 303 337 3/0 4/0 339 373 339 373 4/0 250 375 421 375 421 250 350 423 492 423 492 350 500 494 567 494 567 500 750 570 634 570 634 750
EXELENE 5 kV CALIBRE DIÁMETRO ÁREA CALIBRE 9 DUCTOS AWG o EXTERNO TOTAL AWG o MCM MCM mm2 Nominal Fred. mm 59 75 95 122 137 155 174 189 224 264 313
0.66 0.64 0.63 0.62 0.61 0.61 0.60 0.59 0.58 0.57 0.55
6 4 2 1/0 2/0 3/0 4/0 250 350 500 750
15.21 16.42 17.96 20.21 21.35 23.67 25.17 26.37 29.07 32.91 37.5
181.7 211.8 253.3 320.8 358 440 497.6 546.1 663.7 850.6 1104
6 4 2 1/0 2/0 3/0 4/0 250 350 500 750
EXELENE 15 kV CALIBRE DIÁMETRO ÁREA CALIBRE 9 DUCTOS AWG o EXTERNO TOTAL AWG o MCM MCM mm2 Nominal Fred. mm 95 121 136 153 172 187 220 259 307
0.61 0.60 0.60 0.59 0.58 0.58 0.57 0.56 0.54
2 1/0 2/0 3/0 4/0 250 350 500 750
23.58 25.63 26.77 28.07 29.57 30.77 33.9 37.3 41.91
436.7 515.9 562.8 618.8 686.7 743.6 902.6 1093 1380
2 1/0 2/0 3/0 4/0 250 350 500 750
TABLA No. 4.02 CALIBRE AWG o MCM 750 750 500 350 250 4/0 3/0 2/0 1/0 2 4 6
Resistencia Ohms/km
0.0611 0.0899 0.1274 0.1777 0.2098 0.2643 0.3330 0.4196 0.6671 1.0604 1.6858
Reactancia (Ohms/km) en PVC Xa
Xd
Total
IMPEDANCIA DE CABLES cos ø= 0.1
0.0010 0.2411 -0.1580 0.0831 0.0888 0.2568 -0.1678 0.0890 0.0975 0.2703 -0.1772 0.0931 0.1054 0.2829 -0.1845 0.0984 0.1157 0.2905 -0.1880 0.1025 0.1229 0.2993 -0.1927 0.1066 0.1325 0.3080 -0.2004 0.1076 0.1403 0.3167 -0.2046 0.1121 0.1535 0.3384 -0.2135 0.1249 0.1910 0.3559 -0.2202 0.1357 0.2410 0.3733 -0.2260 0.1473 0.3151 Xa es la reactancia del conductor dada por ICONEL, Xd se calcula según
TABLA No. 4.03 DE ICONEL CALIBRE AWG o MCM 750 750 500 350 250 4/0 3/0 2/0 1/0
Resistencia Ohms/km
0.0611 0.0899 0.1274 0.1777 0.2098 0.2643 0.3330 0.4196
Reactancia (Ohms/km) en PVC Xa
0.2411 0.2568 0.2703 0.2829 0.2905 0.2993 0.3080 0.3167
Xd
-0.1496 -0.1584 -0.1656 -0.1729 -0.1759 -0.1798 -0.1834 -0.1867
IMPEDANCIA DE CABLES cos ø=
Total
0.085
0.0915 0.0984 0.1047 0.1100 0.1146 0.1195 0.1246 0.1300
0.0010 0.0964 0.1057 0.1152 0.1247 0.1320 0.1415 0.1525 0.1652
2 TABLA No. 7.1.0301 DE CABEL CONDUCTOR DE COBRE TRENZADO CONCENTRICO TIPO B CALIBRE AREA DEL CONDUCTOR CALIBRE AWG o MÍNIMA NOMINAL AWG o CM CM MCM MCM 6 4 2 1/0 2/0 3/0 4/0 250 350 500 750
1 26,371 41,949 66,692 106,128 133,766 168,639 212,658 251,250 351,750 502,500
26,240 41,740 66,360 105,600 133,100 167,800 211,600 250,000 350,000 500,000 750,000
6 4 2 1/0 2/0 3/0 4/0 250 350 500 750
0.6671
0.3384 -0.1929 0.1455 0.2016 Xa es la reactancia del conductor dada por ICONEL, Xd se calcula según
IMPEDANCIA DE CABLES EXELENE DE 5 kV (EN TUBERÌA DE PVC) cos ø= cos ø= cos ø= cos ø= cos ø=
cos ø=
cos ø=
cos ø=
cos ø=
cos ø=
cos ø=
cos ø=
0.225
0.25
0.75
0.8
0.85
0.9
0.95
1
0.0010 0.0948 0.1069 0.1194 0.1358 0.1471 0.1634 0.1797 0.2037 0.2718 0.3708 0.5228
0.0010 0.0958 0.1086 0.1220 0.1397 0.1517 0.1693 0.1874 0.2135 0.2877 0.3965 0.5641
0.0010 0.1008 0.1263 0.1572 0.1984 0.2251 0.2688 0.3209 0.3889 0.5830 0.8850 1.3618
0.0010 0.0988 0.1253 0.1578 0.2012 0.2293 0.2754 0.3309 0.4030 0.6086 0.9297 1.4370
0.0010 0.0957 0.1233 0.1574 0.2029 0.2323 0.2808 0.3397 0.4157 0.6328 0.9728 1.5105
0.0010 0.0912 0.1197 0.1553 0.2028 0.2335 0.2844 0.3466 0.4265 0.6548 1.0135 1.5814
0.0010 0.0840 0.1132 0.1501 0.1995 0.2313 0.2844 0.3499 0.4336 0.6728 1.0497 1.6475
0.0010 0.0611 0.0899 0.1274 0.1777 0.2098 0.2643 0.3330 0.4196 0.6671 1.0604 1.6858
IMPEDANCIA DE CABLES EXELENE DE 15 kV (EN TUBERÌA DE PVC) cos ø= cos ø= cos ø= cos ø= cos ø= cos ø=
cos ø=
cos ø=
cos ø=
cos ø=
cos ø=
cos ø=
0.125
0.15
0.175
0.2
0.0010 0.0010 0.0010 0.0010 0.0914 0.0925 0.0937 0.0901 0.1015 0.1034 0.1052 0.0995 0.1112 0.1140 0.1167 0.1083 0.1239 0.1280 0.1319 0.1198 0.1328 0.1376 0.1424 0.1279 0.1451 0.1513 0.1574 0.1388 0.1563 0.1642 0.1720 0.1484 0.1738 0.1838 0.1938 0.1637 0.2236 0.2397 0.2558 0.2073 0.2932 0.3192 0.3450 0.2672 0.3985 0.4400 0.4815 0.3569 r ICONEL, Xd se calcula según formula dada en los textos.
0.09
0.0925
0.095
0.0975
0.1
0.125
0.75
0.8
0.85
0.9
0.95
1
0.0010 0.0966 0.1061 0.1158 0.1256 0.1330 0.1428 0.1541 0.1673
0.0010 0.0968 0.1063 0.1161 0.1260 0.1335 0.1434 0.1549 0.1683
0.0010 0.0969 0.1065 0.1164 0.1264 0.1340 0.1441 0.1557 0.1693
0.0010 0.0970 0.1067 0.1166 0.1268 0.1345 0.1447 0.1565 0.1703
0.0010 0.0972 0.1069 0.1169 0.1272 0.1350 0.1453 0.1573 0.1714
0.0010 0.0984 0.1089 0.1198 0.1314 0.1399 0.1516 0.1653 0.1815
0.0010 0.1064 0.1325 0.1648 0.2060 0.2332 0.2773 0.3322 0.4007
0.0010 0.1038 0.1310 0.1648 0.2082 0.2366 0.2831 0.3412 0.4137
0.0010 0.1001 0.1283 0.1635 0.2090 0.2387 0.2876 0.3487 0.4252
0.0010 0.0949 0.1238 0.1603 0.2079 0.2388 0.2900 0.3540 0.4343
0.0010 0.0866 0.1161 0.1537 0.2032 0.2351 0.2884 0.3553 0.4392
0.0010 0.0611 0.0899 0.1274 0.1777 0.2098 0.2643 0.3330 0.4196
0.2049 0.2065 0.2082 0.2098 r ICONEL, Xd se calcula según formula dada en los textos.
0.2114
0.2277
0.5965
0.6210
0.6437
0.6638
0.6792
0.6671
CALIBRE AWG o MCM
Reactancia en ARG
750 750 500 350 250 4/0 3/0 2/0 1/0 2 4 6
0.1039 0.1112 0.1164 0.1230 0.1281 0.1333 0.1345 0.1402 0.1562 0.1696 0.1841
IMPEDANCIA DE CABLES EXELENE DE 5 kV (EN TUBERÌA DE ARG) cos ø= cos ø= cos ø= cos ø= cos ø= cos ø= cos ø=
cos ø=
cos ø=
0.1
0.125
0.15
0.175
0.2
0.225
0.25
0.75
0.8
0.0010 0.1095 0.1197 0.1286 0.1401 0.1484 0.1591 0.1671 0.1814 0.2221 0.2748 0.3518
0.0010 0.1107 0.1216 0.1314 0.1442 0.1533 0.1653 0.1750 0.1915 0.2383 0.3008 0.3934
0.0010 0.1119 0.1235 0.1342 0.1483 0.1581 0.1714 0.1829 0.2015 0.2545 0.3267 0.4349
0.0010 0.1130 0.1253 0.1369 0.1522 0.1628 0.1775 0.1907 0.2114 0.2705 0.3525 0.4763
0.0010 0.1140 0.1270 0.1396 0.1560 0.1675 0.1835 0.1983 0.2213 0.2864 0.3782 0.5176
0.0010 0.1150 0.1286 0.1421 0.1598 0.1720 0.1894 0.2059 0.2310 0.3023 0.4038 0.5587
0.0010 0.1159 0.1302 0.1446 0.1635 0.1765 0.1951 0.2134 0.2406 0.3180 0.4293 0.5997
0.0010 0.1146 0.1410 0.1726 0.2146 0.2421 0.2864 0.3387 0.4074 0.6036 0.9075 1.3861
0.0010 0.1112 0.1387 0.1718 0.2160 0.2447 0.2914 0.3471 0.4198 0.6274 0.9501 1.4591
cos ø=
cos ø=
cos ø=
0.085
0.09
0.0925
0.095
0.0975
0.1
0.125
0.75
0.8
0.0010 0.1192 0.1302 0.1413 0.1521 0.1606 0.1713 0.1835 0.1976
0.0010 0.1194 0.1306 0.1418 0.1530 0.1616 0.1726 0.1851 0.1997
0.0010 0.1196 0.1308 0.1421 0.1534 0.1621 0.1732 0.1859 0.2007
0.0010 0.1197 0.1310 0.1424 0.1538 0.1626 0.1738 0.1867 0.2017
0.0010 0.1198 0.1312 0.1427 0.1542 0.1631 0.1744 0.1875 0.2027
0.0010 0.1199 0.1314 0.1430 0.1546 0.1635 0.1751 0.1883 0.2037
0.0010 0.1211 0.1333 0.1458 0.1587 0.1684 0.1812 0.1962 0.2137
0.0010 0.1215 0.1488 0.1821 0.2242 0.2521 0.2970 0.3528 0.4222
0.0010 0.1175 0.1457 0.1805 0.2247 0.2538 0.3011 0.3599 0.4332
CALIBRE AWG o MCM 750 750 500 350 250 4/0 3/0 2/0 1/0
Reactancia en ARG
0.1144 0.1230 0.1309 0.1375 0.1433 0.1494 0.1558 0.1626
IMPEDANCIA DE CABLES EXELENE DE 15 kV (EN TUBERÌA DE ARG) cos ø= cos ø= cos ø= cos ø= cos ø= cos ø=
2
0.1818
0.2379
0.2411
0.2428
0.2444
0.2460
0.2476
0.2638
0.6206
0.6428
CALIBRE cos ø=
cos ø=
cos ø=
cos ø=
0.85
0.9
0.95
1
AWG o MCM
0.0010 0.1067 0.1350 0.1696 0.2158 0.2458 0.2949 0.3539 0.4305 0.6493 0.9907 1.5299
0.0010 0.1003 0.1294 0.1654 0.2135 0.2447 0.2960 0.3583 0.4387 0.6685 1.0283 1.5975
0.0010 0.0905 0.1201 0.1574 0.2072 0.2393 0.2927 0.3583 0.4424 0.6825 1.0603 1.6590
0.0010 0.0611 0.0899 0.1274 0.1777 0.2098 0.2643 0.3330 0.4196 0.6671 1.0604 1.6858
750 750 500 350 250 4/0 3/0 2/0 1/0 2 4 6
cos ø=
cos ø=
cos ø=
cos ø=
0.85
0.9
0.95
1
AWG o MCM
0.0010 0.1122 0.1412 0.1772 0.2235 0.2538 0.3033 0.3651 0.4423
0.0010 0.1049 0.1345 0.1717 0.2199 0.2513 0.3030 0.3676 0.4485
0.0010 0.0938 0.1238 0.1619 0.2118 0.2440 0.2977 0.3650 0.4494
0.0010 0.0611 0.0899 0.1274 0.1777 0.2098 0.2643 0.3330 0.4196
750 750 500 350 250 4/0 3/0 2/0 1/0
)
Valores para que seleccione el calibre máximo y no indique valor"falso" en %CDT
CALIBRE
Valores para que seleccione el calibre máximo y no indique valor"falso" en %CDT
0.6628
0.6796
0.6905
0.6671
2
TRES CABLES MONOPOLARES DE COBRE CON PANTALLA, GENKENE DE 25 y 35 kV, 90° C. INSTALACIÓN EN DUCTOS SUBTERRÁNEOS TABLA AT-30 DE CABEL, FACTOR DE CARGA = 100% CALIBRE CAPACIDAD 2 DUCTOS 3 DUCTOS 4 DUCTOS 1 DUCTO AWG o MCM 1/0 2/0 4/0 250 350 500 750
Mínima Nominal Mínima Nominal Fred. Mínima Nominal Fred. Mínima Nominal Fred. 1 170.9 196.0 251.3 276.4 331.7 392.0
170 195 250 275 330 390 475
1 155.8 175.9 226.1 248.7 296.5 351.8
155 175 225 248 295 350 423
0.91 0.90 0.90 0.90 0.89 0.90 0.89
1 140.7 155.8 201.0 221.1 261.3 311.6
140 155 200 220 260 310 370
0.82 0.79 0.80 0.80 0.79 0.79 0.78
1 125.6 140.7 180.9 198.5 233.7 278.9
125 140 180 198 233 278 333
0.74 0.72 0.72 0.72 0.70 0.71 0.70
TABLA 310-69 DEL CEN CAPACIDAD EN BANDEJA CAPACIDAD DE CORRIENTE EN CABLES SEGÚN ART. 318-13 DEL CEN MONOPOLARES AL AIRE LIBRE Tcond. = 90 °C, Tamb = 4 15001-35000 V CALIBRE CAPACIDAD Ambiente Exterior Ambiente InteriorCALIBRE AWG o 15001-35000 V Tamb. = 40°C Tamb. = 30°C AWG o MCM Mínima Nominal Mínima Con TapaMínima Sin Tapa MCM 1/0 1 260 1 182 1 199 1/0 2/0 261 300 183 210 200 230 2/0 3/0 302 345 211 242 231 265 3/0 4/0 347 395 243 277 266 303 4/0 250 397 440 278 308 304 337 250 350 442 545 310 382 339 418 350 500 548 680 383 476 420 521 500 750 683 870 478 609 524 667 750 TABLA 11 DE ICONEL DE MT CAPACIDAD DE CABLES ARMADOS MONOPOLARES DE COBRE EN ZANJAS Tcond. = 90 °C, Tamb = 20 °C, Fcarga = 100% CALIBRE CAPACIDAD CALIBRE AWG o 15001-35000 V AWG o MCM Mínima Nominal MCM 1/0 1 260 1/0 2/0 261 292.24 2/0 3/0 294 328.64 3/0 4/0 330 366.08 4/0 250 368 406.64 250 350 409 477.36 350 500 480 555.36 500 750 558 634.4 750
Factor de correción por temperatura ambiente, Nota 1 a Tablas 310-69 a 310-84 del CEN Tamb. = 30°C 1.10
D
GENKENE 35 kV CALIBRE DIÁMETRO ÁREA CALIBRE 6 DUCTOS 9 DUCTOS AWG o EXTERNO TOTAL AWG o MCM MCM mm2 Mínima Nominal Fred. Mínima Nominal Fred. mm 1 110.6 125.6 160.8 175.9 206.0 246.2
mperatura ambiente, -84 del CEN
110 125 160 175 205 245 295
0.65 0.64 0.64 0.64 0.62 0.63 0.62
1 86.9 101.3 128.6 139.9 162.4 194.6
86 101 128 139 162 194 235
0.51 0.52 0.51 0.51 0.49 0.50 0.50
1/0 2/0 4/0 250 350 500 750
TABLA 310-73 DEL CEN CAPACIDAD DE CABLES MONOPOLARES DE COBRE INSTALADOS EN TUBERÍA AL AIRE Tcond. = 90 °C, Tamb = 40 °C CALIBRE CAPACIDAD CALIBRE AWG o 15001-35000 V AWG o MCM Mínima Nominal MCM 1/0 1 195 1/0 2/0 196 225 2/0 3/0 226 260 3/0 4/0 261 295 4/0 250 296 330 250 350 332 395 350 500 397 480 500 750 482 585 750
34.7 35.8 38.4 40.1 42.6 47.3 52.1
946 1,007 1,158 1,263 1,425 1,757 2,132
1/0 2/0 4/0 250 350 500 750
CALIBRE AWG o MCM 750 750 500 350 250 4/0 2/0 1/0
TABLA No. 4.04 DE ICONEL IMPEDANCIA DE CABLES EXELENE DE 35 kV EN TUBERÍA DE PVC Resistencia Reactancia (Ohms/km) cos ø= cos ø= cos ø= Ohms/km
0.0611 0.0899 0.1274 0.1777 0.2098 0.3330 0.4196
Xa
Xd
Total
105,500 133,100 211,600 250,000 350,000 500,000 750,000
0.75
0.8
0.0010 0.0010 0.0010 0.2411 -0.1332 0.1079 0.1198 0.1172 0.1136 0.2568 -0.1405 0.1163 0.1460 0.1444 0.1417 0.2703 -0.1484 0.1219 0.1763 0.1762 0.1751 0.2829 -0.1529 0.1300 0.2172 0.2193 0.2202 0.2905 -0.1562 0.1343 0.2428 0.2462 0.2484 0.3080 -0.1615 0.1465 0.3377 0.3467 0.3543 0.3167 -0.1638 0.1529 0.4029 0.4158 0.4274 Xa es la reactancia del conductor dada por ICONEL, Xd se calcula según formula dada en los text
TABLA No. 7.1.0301 DE CABEL CONDUCTOR DE COBRE TRENZADO CONCENTRICO TIPO B AREA DEL CONDUCTOR CALIBRE MÍNIMA NOMINAL AWG o MCM CM CM 1 106,028 133,766 212,658 251,250 351,750 502,500
0.7
1/0 2/0 4/0 250 350 500 750
BERÍA DE PVC
CALIBRE cos ø=
cos ø=
cos ø=
cos ø=
0.85
0.9
0.95 0.0010 0.0917 0.1217 0.1591 0.2094 0.2413 0.3621 0.4464
0.0010 0.0010 0.1088 0.1020 0.1377 0.1316 0.1725 0.1678 0.2195 0.2166 0.2491 0.2474 0.3602 0.3636 0.4372 0.4443 según formula dada en los textos.
1
AWG o MCM
Reactancia en ARG
0.0010 0.0611 0.0899 0.1274 0.1777 0.2098 0.3330 0.4196
750 750 500 350 250 4/0 2/0 1/0
0.1349 0.1454 0.1524 0.1625 0.1679 0.1832 0.1911
cos ø=
IMPEDANCIA DE CABLES EX cos ø=
0.7
0.75
0.0010 0.1391 0.1668 0.1980 0.2404 0.2668 0.3639 0.4302
0.0010 0.1351 0.1636 0.1964 0.2407 0.2684 0.3709 0.4411
PEDANCIA DE CABLES EXELENE DE 35 kV EN TUBERÍA DE ARG cos ø= cos ø= cos ø= cos ø=
CALIBRE cos ø=
0.8
0.85
0.9
0.95
1
AWG o MCM
0.0010 0.1298 0.1592 0.1934 0.2397 0.2686 0.3763 0.4503
0.0010 0.1230 0.1530 0.1886 0.2366 0.2668 0.3795 0.4573
0.0010 0.1138 0.1443 0.1811 0.2308 0.2620 0.3795 0.4609
0.0010 0.1002 0.1308 0.1686 0.2196 0.2517 0.3735 0.4583
0.0010 0.0611 0.0899 0.1274 0.1777 0.2098 0.3330 0.4196
750 750 500 350 250 4/0 2/0 1/0
Valores para que seleccione el calibre máx
ue seleccione el calibre máximo y no indique valor"falso" en %CDT
CABLE DE CONTROL PVC-PVC TABLA No 3.03 DE ICONEL CONDUCTORES POR CABLE 2 3 4 5 6 7 8 9 10
CARACTERÍSTICAS Calibre 14 AWG Área Diametro mm mm2 0 0 10.6 88.2 11.2 98.5 12.3 118.8 14.2 158.4 15.5 188.7 15.5 188.7 16.8 221.7 18.0 254.5 19.6 301.7