. . ѳ 12 ..
____________ ϳ _______________
(..)
UREGIM
1
12
22
220.0
22
, 8
230.00
5.0
2-
N Ro Xo Bo Kp U.
- / / /
1 23- 1.120.405 2.60 30.14 2.0 220.0
2 3- 5.253.427 2.66 4.84 2.0 110.0
3 5- 6.253.427 2.66 5.50 2.0 110.0
4 5- 8.253.427 2.66 4.84 2.0 110.0
5 8-10.253.427 2.66 3.96 2.0 110.0
6 3-12.200.420 2.70 2.86 2.0 110.0
7 12-13.253.427 2.66 6.16 2.0 110.0
8 12-15.200.420 2.70 1.54 2.0 110.0
9 15-16.253.427 2.66 4.40 2.0 110.0
10 15-18.253.427 2.66 1.54 2.0 110.0
11 18-19.253.427 2.66 2.20 2.0 110.0
12 18-21.253.427 2.66 2.64 2.0 110.0
3
2.0
ATDCTN-125000/220/11
S()=125.0 .
U=230.0
U=121.0
U= 11.0
P()=315.0
P()= 85.0
U(-)=11.0 %
U(-)=34.5 %
U(-)=28.0 %
I=.40 %
U
0
%.=.00 %
U
6
%.=2.00 %;
U=121.00
U= 10.50
4 - (-)
N N N p U.
- - -
13 1 2 2.0 230.0
14 2 3 2.0 121.0
15 2 4 2.0 11.0
5
N N N S, U, U, , ,
16 6 7 -16000/110 16.0 115.0 11.0 85.0 19.0
17 16 17 -10000/110 10.0 115.0 11.0 60.0 14.0
18 19 20 -16000/110 16.0 115.0 11.0 85.0 19.0
19 21 22 -16000/110 16.0 115.0 11.0 85.0 19.0
20 8 9 -10000/110 10.0 115.0 11.0 60.0 14.0
21 10 11 -16000/110 16.0 115.0 11.0 85.0 19.0
22 13 14 -10000/110 10.0 115.0 11.0 60.0 14.0
5
N N N U,% Ixx,% - % . U,. ..
16 6 7 10.5.70 9 1.78 10.5 10.0 BH
17 16 17 10.5.70 9 1.78 10.5 10.3 BH
|
|
|
18 19 20 10.5.70 9 1.78 10.5 10.3 BH
19 21 22 10.5.70 9 1.78 10.5 10.0 BH
20 8 9 10.5.70 9 1.78 10.5 10.0 BH
21 10 11 10.5.70 9 1.78 10.5 10.3 BH
22 13 14 10.5.70 9 1.78 10.5 10.2 BH
6
N
----- P, Q, Q, P, Q, Q,
7 15.0 6.0 4.2.0.0.0
17 13.0 5.0 3.5.0.0.0
20 18.0 7.0 5.1.0.0.0
22 16.0 6.0 3.0.0.0.0
9 14.0 5.0 3.0.0.0.0
11 18.0 7.0 5.1.0.0.0
14 12.0 5.0 4.2.0.0.0
4 21.0 8.0 4.5.0.0.0
c
230.00
7
No
1 228.22 -3.19 228.25
2 225.51 -13.51 225.91
3 224.83 -15.71 225.38
4 224.19 -18.50 224.95
5 224.11 -16.44 224.71
6 223.85 -16.70 224.47
7 220.74 -27.05 222.39
8 223.61 -16.93 224.25
9 218.07 -32.29 220.45
10 223.39 -17.16 224.04
11 219.68 -29.60 221.66
12 224.38 -16.26 224.97
13 224.16 -16.50 224.77
14 220.65 -29.80 222.66
15 224.18 -16.49 224.79
16 224.00 -16.67 224.61
17 219.32 -30.97 221.50
18 224.01 -16.65 224.63
19 223.88 -16.78 224.51
20 220.21 -29.21 222.14
21 223.86 -16.78 224.49
22 219.73 -27.71 221.47
23 230.00.00 230.00
8
N , P1, Q1, P2, Q2,
1 23- 1 331.4 128.85 28.77 128.26 26.76
2 3- 5 246.8 47.45 8.35 47.34 8.16
3 5- 6 78.7 15.09 2.60 15.08 2.58
4 5- 8 168.6 32.25 6.07 32.20 5.98
5 8-10 94.6 18.11 3.08 18.09 3.06
6 3-12 309.5 59.49 10.53 59.41 10.35
7 12-13 62.5 12.08 1.50 12.07 1.48
8 12-15 247.5 47.33 9.21 47.30 9.16
9 15-16 68.4 13.09 2.45 13.08 2.44
10 15-18 179.3 34.21 6.96 34.19 6.93
11 18-19 94.4 18.10 3.13 18.09 3.11
12 18-21 85.3 16.09 4.02 16.08 4.00
13 1- 2 318.2 128.09 29.85 128.00 23.71
14 2- 3 505.6 107.00 19.72 106.94 18.61
15 2- 4 1092.8 21.00 3.99 21.00 3.50
16 6- 7 78.4 15.04 2.53 15.00 1.80
17 16-17 68.3 13.05 2.44 13.00 1.55
18 19-20 94.1 18.05 2.95 18.00 1.90
19 21-22 84.9 16.04 3.86 16.00 3.00
20 8- 9 74.1 14.06 3.05 14.00 2.00
21 10-11 94.3 18.05 2.96 18.00 1.90
22 13-14 62.4 12.04 1.54 12.00.80
9
.95+J 2.65 .
.16+J 7.74 .
.17+J.98 .
.34+J 6.38 .
.25+J 1.37 .
1.86+J19.12 .
127.0+J 16.5 .
,
-J10.951
10
U..=230.00 ; N()= 0
U..=123.42 ; N()= 2
(-)= 1.86
(-)=20.91
11
U N U. U2
p-p
6- 7 125.02 5 125.24 10.48 U2
16-17 124.52 5 125.24 10.44 U2
19-20 124.88 5 125.24 10.47 U2
21-22 124.50 5 125.24 10.44 U2
|
|
|
8- 9 123.93 4 123.19 10.56 U2
10-11 124.61 5 125.24 10.45 U2
13-14 125.17 5 125.24 10.49 U2
12
S= 128.85+J 24.62 .
dQ.=-J 4.15
= 5
-
13
No
1 227.98 -3.14 228.00
2 224.54 -13.50 224.95
3 223.68 -15.70 224.23
4 223.22 -18.51 223.99
5 222.09 -17.09 222.75
6 221.53 -17.60 222.23
7 214.00 -38.38 217.42
8 220.98 -18.02 221.72
9 206.84 -48.80 212.52
10 220.49 -18.46 221.26
11 211.11 -43.47 215.54
12 222.67 -16.76 223.30
13 222.19 -17.23 222.85
14 213.16 -43.87 217.63
15 222.23 -17.21 222.90
16 221.82 -17.55 222.52
17 209.97 -46.20 214.99
18 221.86 -17.52 222.55
19 221.58 -17.77 222.30
20 212.37 -42.69 216.62
21 221.54 -17.77 222.26
22 211.72 -39.70 215.41
23 230.00.00 230.00
14
N , P1, Q1, P2, Q2,
1 23- 1 338.7 129.53 37.73 128.91 35.63
2 3- 5 253.9 47.78 12.15 47.54 11.75
3 5- 6 80.4 15.12 3.40 15.10 3.36
4 5- 8 173.9 32.41 8.60 32.30 8.41
5 8-10 97.1 18.16 4.24 18.13 4.19
6 3-12 317.6 59.81 15.10 59.63 14.73
7 12-13 63.9 12.12 2.35 12.10 2.32
8 12-15 254.1 47.51 12.56 47.45 12.43
9 15-16 70.4 13.14 3.46 13.12 3.43
10 15-18 183.9 34.31 9.09 34.27 9.03
11 18-19 96.7 18.15 4.22 18.13 4.20
12 18-21 87.5 16.13 4.91 16.11 4.88
13 1- 2 325.6 128.74 38.72 128.65 32.28
14 2- 3 519.4 107.65 28.29 107.58 27.12
15 2- 4 1097.6 21.01 3.99 21.00 3.50
16 6- 7 80.2 15.08 3.33 15.00 1.80
17 16-17 70.3 13.11 3.43 13.00 1.55
18 19-20 96.5 18.11 4.12 18.00 1.90
19 21-22 87.3 16.09 4.81 16.00 3.00
20 8- 9 76.8 14.13 4.25 14.00 2.00
21 10-11 97.0 18.11 4.14 18.00 1.90
22 13-14 63.8 12.09 2.35 12.00.80
15
1.36+J 3.45 .
.16+J 8.10 .
.17+J.98 .
.72+J13.49 .
.12+J.67 .
2.53+J26.69 .
127.0+J 16.5 .
,
-J 9.557
16
U..=230.00 ; N()= 0
U..=123.42 ; N()= 1
(-)= 1.86
(-)=20.91
17
U N U. U2
p-p
6- 7 122.22 4 123.19 10.42 U2
16-17 120.86 3 121.14 10.48 U2
19-20 121.77 3 121.14 10.55 U2
21-22 121.09 3 121.14 10.50 U2
8- 9 119.47 2 119.09 10.53 U2
10-11 121.17 3 121.14 10.50 U2
13-14 122.34 4 123.19 10.43 U2
18
S= 129.53+J 33.58 .
dQ.=-J 4.15
= 7
230.00
19
No
1 227.26 -2.92 227.28
2 221.63 -13.22 222.02
3 220.30 -15.38 220.84
4 219.17 -18.21 219.93
5 219.33 -15.97 219.91
6 218.98 -16.18 219.57
7 212.67 -26.37 214.29
8 218.67 -16.36 219.28
9 209.33 -31.60 211.70
10 218.36 -16.54 218.98
11 210.72 -28.80 212.68
|
|
|
12 219.67 -15.84 220.24
13 219.34 -16.03 219.92
14 210.70 -28.97 212.68
15 219.39 -16.04 219.98
16 219.14 -16.19 219.74
17 210.17 -30.27 212.34
18 219.17 -16.18 219.76
19 219.00 -16.28 219.60
20 211.40 -28.51 213.32
21 218.99 -16.29 219.59
22 212.50 -27.19 214.24
23 230.00.00 230.00
20
N , P1, Q1, P2, Q2,
1 23- 1 362.9 129.15 65.00 128.43 62.59
2 3- 5 272.4 47.52 21.37 47.38 21.14
3 5- 6 87.3 15.10 6.98 15.08 6.95
4 5- 8 186.2 32.28 14.65 32.22 14.54
5 8-10 105.3 18.12 8.43 18.10 8.41
6 3-12 342.3 59.56 27.18 59.46 26.97
7 12-13 70.6 12.09 5.91 12.08 5.89
8 12-15 272.5 47.37 21.40 47.33 21.33
9 15-16 75.9 13.10 6.11 13.09 6.09
10 15-18 197.2 34.23 15.47 34.21 15.43
11 18-19 105.1 18.11 8.47 18.10 8.45
12 18-21 92.6 16.10 7.16 16.09 7.15
13 1- 2 350.1 128.27 65.66 128.16 58.22
14 2- 3 558.4 107.16 49.65 107.08 48.30
15 2- 4 1179.9 21.01 8.57 21.00 8.00
16 6- 7 87.1 15.05 6.90 15.00 6.00
17 16-17 75.7 13.06 6.09 13.00 5.00
18 19-20 104.5 18.07 8.30 18.00 7.00
19 21-22 92.1 16.05 7.01 16.00 6.00
20 8- 9 81.1 14.07 6.25 14.00 5.00
21 10-11 104.9 18.07 8.31 18.00 7.00
22 13-14 70.6 12.05 5.95 12.00 5.00
21
1.14+J 3.19 .
.19+J 9.36 .
.17+J.98 .
.42+J 7.82 .
.23+J 1.31 .
2.15+J22.66 .
127.0+J 49.0 .
,
-J10.800
22
U..=230.00 ; N()= 0
U..=125.84 ; N()= 2
(-)= 1.83
(-)=20.91
23
U N U. U2
p-p
6- 7 122.83 4 123.19 10.47 U2
16-17 121.71 3 121.14 10.55 U2
19-20 122.27 4 123.19 10.42 U2
21-22 122.80 4 123.19 10.47 U2
8- 9 121.34 3 121.14 10.52 U2
10-11 121.90 3 121.14 10.57 U2
13-14 121.91 3 121.14 10.57 U2
24
S= 129.15+J 60.86 .
dQ.=-J 4.15
= 5
-
25
No
1 226.92 -2.85 226.94
2 220.29 -13.21 220.68
3 218.70 -15.38 219.24
4 217.81 -18.24 218.57
5 216.56 -16.45 217.18
6 215.79 -16.84 216.44
7 201.32 -37.35 204.75
8 215.08 -17.17 215.76
9 192.14 -47.74 197.98
10 214.39 -17.50 215.11
11 196.30 -42.17 200.77
12 217.28 -16.25 217.89
13 216.56 -16.58 217.20
14 196.22 -42.51 200.77
15 216.68 -16.63 217.31
16 216.13 -16.89 216.79
17 194.59 -45.10 199.75
18 216.19 -16.87 216.85
19 215.81 -17.06 216.49
20 197.96 -41.62 202.29
21 215.80 -17.08 216.47
22 200.77 -38.99 204.52
23 230.00.00 230.00
26
N , P1, Q1, P2, Q2,
1 23- 1 380.2 130.16 77.45 129.38 74.81
|
|
|
2 3- 5 288.5 47.98 26.42 47.68 25.91
3 5- 6 91.3 15.15 8.06 15.12 8.00
4 5- 8 197.9 32.52 18.09 32.38 17.84
5 8-10 111.3 18.20 10.05 18.17 9.99
6 3-12 361.5 60.02 33.30 59.80 32.83
7 12-13 74.8 12.16 7.15 12.14 7.10
8 12-15 287.2 47.64 25.85 47.56 25.69
9 15-16 80.6 13.18 7.51 13.15 7.47
10 15-18 207.0 34.38 18.30 34.33 18.22
11 18-19 110.5 18.19 10.00 18.16 9.97
12 18-21 96.7 16.15 8.32 16.13 8.28
13 1- 2 367.1 129.21 77.87 129.10 69.69
14 2- 3 590.7 108.09 61.11 108.01 59.60
15 2- 4 1187.2 21.01 8.58 21.00 8.00
16 6- 7 91.1 15.10 7.98 15.00 6.00
17 16-17 80.5 13.14 7.47 13.00 5.00
18 19-20 110.2 18.15 9.90 18.00 7.00
19 21-22 96.5 16.11 8.22 16.00 6.00
20 8- 9 86.7 14.16 7.87 14.00 5.00
21 10-11 111.1 18.15 9.94 18.00 7.00
22 13-14 74.8 12.12 7.13 12.00 5.00
27
1.74+J 4.39 .
.21+J10.27 .
.17+J.97 .
.93+J17.50 .
.11+J.64 .
3.17+J33.76 .
127.0+J 49.0 .
,
-J 9.452
28
U..=230.00 ; N()= 0
U..=125.84 ; N()= 2
(-)= 1.83
(-)=20.91
29
U N U. U2
p-p
6- 7 117.36 1 117.05 10.53 U2
16-17 114.49 0 115.00 10.45 U2
19-20 115.95 0 115.00 10.59 U2
21-22 117.23 1 117.05 10.52 U2
8- 9 113.48 -1 112.95 10.55 U2
10-11 115.08 0 115.00 10.51 U2
13-14 115.08 0 115.00 10.51 U2
30
S= 130.16+J 73.31 .
dQ.=-J 4.15
= 7
c
230.00
31
No
1 229.34 -1.63 229.34
2 228.51 -6.70 228.61
3 228.27 -7.82 228.41
4 228.31 -8.70 228.47
5 228.01 -8.15 228.16
6 227.95 -8.23 228.10
7 227.49 -11.14 227.76
8 227.79 -8.41 227.95
9 225.68 -13.40 226.08
10 227.68 -8.56 227.84
11 226.46 -16.17 227.04
12 228.04 -8.15 228.19
13 227.86 -8.31 228.02
14 224.35 -17.42 225.02
15 227.95 -8.29 228.10
16 227.84 -8.42 228.00
17 225.78 -17.87 226.48
18 227.87 -8.38 228.03
19 227.80 -8.47 227.96
20 226.24 -16.67 226.85
21 227.83 -8.43 227.99
22 227.02 -12.17 227.34
23 230.00.00 230.00
32
N , P1, Q1, P2, Q2,
1 23- 1 159.7 63.30 6.19 63.16 5.72
2 3- 5 101.6 20.00 2.07 19.98 2.04
3 5- 6 21.6 4.24.35 4.24.34
4 5- 8 80.4 15.73 2.22 15.72 2.20
5 8-10 56.2 11.06.89 11.06.88
6 3-12 176.4 34.56 4.81 34.54 4.76
7 12-13 44.4 8.46 2.32 8.45 2.31
8 12-15 132.7 26.08 2.80 26.07 2.79
9 15-16 44.0 8.63 1.05 8.63 1.04
10 15-18 88.8 17.44 2.00 17.43 1.99
11 18-19 60.9 11.95 1.37 11.94 1.36
12 18-21 28.1 5.49.84 5.49.84
13 1- 2 153.2 62.99 8.85 62.97 7.42
14 2- 3 252.6 54.57 6.89 54.56 6.61
15 2- 4 425.2 8.40.53 8.40.46
16 6- 7 21.3 4.20.29 4.20.24
17 16-17 43.9 8.60 1.05 8.58.68
18 19-20 60.6 11.90 1.20 11.88.76
19 21-22 27.8 5.44.69 5.44.60
20 8- 9 24.6 4.63 1.47 4.62 1.35
21 10-11 56.0 11.02.77 11.00.40
22 13-14 44.3 8.42 2.37 8.40 2.00
33
.23+J.63 .
.04+J 1.77 .
.17+J.99 .
.10+J 1.81 .
.25+J 1.41 .
.78+J 6.62 .
62.5+J 6.5 .
,
-J11.073
34
U..=230.00 ; N()= 0
U..=121.00 ; N()= 0
|
|
|
(-)= 1.90
(-)=20.91
35
U N U. U2
p-p
6- 7 131.81 8 131.38 10.03 U2
16-17 127.25 6 127.28 10.30 U2
19-20 127.46 6 127.28 10.31 U2
21-22 131.56 8 131.38 10.01 U2
8- 9 130.83 8 131.38 9.96 U2
10-11 127.56 6 127.28 10.32 U2
13-14 127.67 6 127.28 10.23 U2
36
S= 63.30+J 2.04 .
dQ.=-J 4.15
= 4
230.00
37
No
1 228.80 -1.47 228.81
2 226.35 -6.53 226.45
3 225.79 -7.63 225.92
4 225.06 -8.50 225.22
5 225.37 -7.87 225.51
6 225.27 -7.93 225.41
7 223.54 -10.75 223.79
8 225.03 -8.05 225.17
9 221.17 -12.94 221.54
10 224.84 -8.15 224.98
11 219.94 -15.55 220.49
12 225.49 -7.93 225.62
13 225.26 -8.06 225.40
14 219.25 -17.05 219.91
15 225.37 -8.06 225.51
16 225.23 -8.17 225.38
17 221.17 -17.55 221.86
18 225.28 -8.14 225.42
19 225.18 -8.22 225.33
20 221.75 -16.35 222.35
21 225.23 -8.19 225.38
22 224.41 -11.97 224.73
23 230.00.00 230.00
38
N , P1, Q1, P2, Q2,
1 23- 1 172.3 63.36 26.37 63.20 25.82
2 3- 5 115.9 20.01 10.67 19.99 10.63
3 5- 6 24.4 4.24 2.16 4.24 2.16
4 5- 8 92.8 15.75 8.99 15.73 8.96
5 8-10 64.8 11.07 6.11 11.06 6.09
6 3-12 186.1 34.57 11.44 34.54 11.38
7 12-13 49.1 8.46 4.51 8.46 4.50
8 12-15 138.5 26.08 7.23 26.08 7.21
9 15-16 46.5 8.64 2.81 8.63 2.81
10 15-18 92.4 17.44 4.65 17.43 4.64
11 18-19 64.6 11.95 4.02 11.94 4.01
12 18-21 28.4 5.49.84 5.48.84
13 1- 2 167.4 63.03 28.94 63.01 27.24
14 2- 3 273.2 54.61 22.17 54.59 21.85
15 2- 4 500.2 8.40 5.06 8.40 4.96
16 6- 7 24.1 4.20 2.11 4.20 2.04
17 16-17 46.4 8.60 2.81 8.58 2.40
18 19-20 64.1 11.90 3.85 11.88 3.36
19 21-22 28.1 5.44.69 5.44.60
20 8- 9 28.3 4.63 3.00 4.62 2.85
21 10-11 64.4 11.03 5.99 11.00 5.50
22 13-14 49.1 8.43 4.56 8.40 4.10
39
.27+J.74 .
.04+J 2.13 .
.17+J.99 .
.12+J 2.17 .
.25+J 1.38 .
.84+J 7.40 .
62.5+J 25.8 .
,
-J10.989
40
U..=230.00 ; N()= 0
U..=123.42 ; N()= 1
(-)= 1.86
(-)=20.91
41
U N U. U2
p-p
6- 7 132.10 8 131.38 10.06 U2
16-17 127.14 6 127.28 10.29 U2
19-20 127.42 6 127.28 10.31 U2
21-22 132.65 9 133.42 9.94 U2
8- 9 130.77 8 131.38 9.95 U2
10-11 126.36 6 127.28 10.23 U2
13-14 127.26 6 127.28 10.20 U2
42
S= 63.36+J 22.22 .
dQ.=-J 4.15
= 4
(Բ )
