395207123-Synoptique-N ote-de-Ca lcul-Caneco-Ht-Boucle-Hta

AFFAIRE N°
PLAN N°
Folio
Date :
Fichier :
Ind. MODIFICATIONS
A
ABXXXXXXX
NdC HT SYN_9CF
1
1
04/03/2013
Fichier
Création du document
NOTE DE CALCUL
BOUCLE HTA
A
2 3 4 5 6 7 8
B
C
D
E
F
1
EXEMPLE_NOTE_DE_CALCUL_CANECO_HT.pdf
I >
3TC
I> 1386A 80s; I>> 2546A 0.75s
Normal
U = 63 kV
S"kQ max = 500 MVA
S"kQ min = 400 MVA
T 63
U = 63 kV
Config. N Poste A:
I"k3max=4,527 kA
I'k2min=3,140 kA
I"k1max~0
P
S
TR2
Up = 63 kV
Us = 15 kV
SrT = 36 MVA
Yy0
T- 15
U = 15 kV
Config. N Poste A:
I"k3max=9,234 kA
I'k2min=6,823 kA
I"k1max=297,554 A
BOUCLE 1.2
BOUCLE 1.1
HT.A
U = 15 kV
Config. N Poste A:
I"k3max=7,768 kA
I'k2min=5,732 kA
I"k1max=294,680 A
HT.A1
U = 15 kV
Config. N Poste A:
I"k3max=7,768 kA
I'k2min=5,732 kA
I"k1max=294,680 A
QI1A QI5A
M
QI6A
P
S
TR1A
Up = 15 kV
Us = 410 V
SrT = 1 MVA
Dyn
CH1
U = 410 V
Sr = 200 kVA
QI7A
P
S
TR2A
Up = 15 kV
Us = 410 V
SrT = 1 MVA
Dyn
CH2
U = 410 V
Sr = 200 kVA
Relais
DN
Relais
63N1
Relais
63D2
Relais
QD2
QI4A
HT.C
U = 15 kV
Config. N Poste A:
I"k3max=7,300 kA
I'k2min=5,364 kA
I"k1max=293,360 A
QI1C
M
QI2C
P
S
TR1C
Up = 15 kV
Us = 410 V
SrT = 1 MVA
Dyn
CH3
U = 410 V
Sr = 200 kVA
QI3C
P
S
TR2C
Up = 15 kV
Us = 410 V
SrT = 1 MVA
Dyn
CH4
U = 410 V
Sr = 200 kVA
QI4C
M
HT.D
U = 15 kV
Config. N Poste A:
I"k3max=7,245 kA
I'k2min=5,320 kA
I"k1max=293,195 A
QI3D
M
QI2D
P
S
TR1D
Up = 15 kV
Us = 410 V
SrT = 1 MVA
Dyn
CH5
U = 410 V
Sr = 200 kVA
QI1D
M
HT.B1
U = 15 kV
Config. N Poste A:
I"k3max=6,767 kA
I'k2min=4,939 kA
I"k1max=291,671 A
QI6B1
P
S
TR1B
Up = 15 kV
Us = 410 V
SrT = 630 kVA
Dyn
CH6
U = 410 V
Sr = 200 kVA
QI5B1
M
HT.B
U = 15 kV
Config. N Poste A:
I"k3max=7,889 kA
I'k2min=5,824 kA
I"k1max=294,951 A
QI1BQI4B
Secours
U = 63 kV
S"kQ max = 390 MVA
S"kQ min = 180 MVA
P
S
TR1
Up = 63 kV
Us = 15 kV
SrT = 36 MVA
Yy0
Relais
DS
Relais
63S1
Relais
63D1
Relais
QD1
Relais
QD1A
Relais
QD1B
C2B1.2-4
L=893m - Alu
n=1 - S=400mm²(F)
IB=359 A
C_D_B
L=560m - Alu
n=1 - S=300mm²(F)
IB=192 A
C_C_D
L=60m - Alu
n=1 - S=300mm²(F)
IB=154 A
C_A_C
L=480m - Alu
n=1 - S=300mm²(F)
IB=139 A
Io>
TC xx/JA
Io> 25A 0.5s
C1B1.1-4
L=991m - Alu
n=1 - S=400mm²(F)
IB=359 A
Io>
TC xx/JA
Io> 25A 0.5s
I >
3TC
I> 1386A 80s; I>> 2546A 0.75s
I >
3TC
I>1=619A 36s; I>3=1800A 0,1/0,2s
Io>
TC xx/JA
IN1>3=120A 0,1/0,2s
Io>
TC xx/JA
IN1>3=120A 0,1/0,2s
I >
3TC
I>1=619A 36s; I>3=1200A 0,1/0,2s
Io>
TC xx/JA
IN1>1=100A 0,05s
I >
3TC
I>1=309A 32s; I>2 (N=758A S=616A) 0,95s; I>3 (N=1500A S=1000A) 0,05s
Io>
TC xx/JA
IN1>1=100A 0,05s
I >
3TC
I>1=309A 32s; I>2 (N=758A S=616A) 0,95s; I>3 (N=1500A S=1000A) 0,05s
Io>
TC xx/JA
Io>=25A 0,4s
I >
3TC
I>=358A 5s; I>>2000A 0,4s
Io>
TC xx/JA
Io>=25A 0,4s
I >
3TC
I>=358A 5s; I>>2000A 0,4s
Io>
BPN1
U = 15 kV
3.Io = 300 A
C_S-S1
L=700m - Alu
n=1(F) - S=1200mm²(F)
IB=660 A
I²t : NV
C_N-N1
L=700m - Alu
n=1(F) - S=1200mm²(F)
IB=660 A
I²t : NV
C_TR1-D1
L=60m - Alu
n=4(F) - S=630mm²(F)
IB=1386 A
C_TR2_D2
L=60m - Alu
n=4(F) - S=630mm²(F)
IB=1386 A
C_BPN1
L=15m - Alu
n=1(F) - S=95mm²(F)
IB=29 A
Io>
TC xx/JA
Io>=10A 0,1s
I >
3TC
I>=358A 4s;
I>>= 1500A 0,2s
I >
3TC
I>=358A 4s;
I>>=1500 0,2s
Io>
TC xx/JA
Io>=10A 0,1s
G
GE1
U = 15 kV
SrG = 6 MVA
IrG = 231 A
Relais
QD1GE1
Ch. tirageB
U = 15 kV
Config. N Poste A:
I"k3max=8,128 kA
I'k2min=6,010 kA
I"k1max=295,561 A
C2B1.2-3
L=220m - Alu
n=1 - S=300mm²(F)
IB=359 A
Ch. tirageA
U = 15 kV
Config. N Poste A:
I"k3max=8,022 kA
I'k2min=5,930 kA
I"k1max=295,344 A
C1B1.1-3
L=240m - Alu
n=1 - S=300mm²(F)
IB=359 A