1
1
10
10
10
35
35
35
10
35
10
35
35
10
2
2
2
15
15
15
15
15
15
55 67
55 67
55 67
55 67
55 67
55 67
SACE EMAX 2 INTERRUTTOR I APERT I DI BASSA TENS IONE
8/28
60
60
60
100
= 45 =
100
= 45 =
= 60 =
= 45 =
= 60 =
100
= 45 =
= 60 =
= 45 =
4
4
4
3
3
35 = 60 =
30 35 = 60 =
30
35 = 60 =
30
30
30
10 — Interruttore estraibile - E2.2 = 60 = 35 = 60 = 15 55 67 10 = 60 = 165.5 331 15 55 67 60 100
10
10
35
10
35
1
15
15
15
15
55 67
55 67
55 67
55 67
= 60 =
= 60 =
= 60 =
60
60
= 60 =
100
= 60 =
100
331
331
165.5
165.5
130 130
130 130
130 130
1 3
1 3
2
2 4
2
4
4
Y
Y
Y
Y L2
Y L2
Y L2
14
14
L1
L1
L1
L3
L3
L3
Terminali divaricati posteriori orizzontali - SHR
Y 130 90 130 165.5 421
Y 130 90 130 165.5 421
Y 130 90 130 165.5 421
1
1
3
3
2 4
2 4
2 4
E2.2 B/N/S/H 2000A
E2.2 N/S/H 2500A
Y
Y
Y
N L1 L2
N L1 L2
N L1 L2
L3
L3
L3
14
14
407 (IV)
407 (IV)
407 (IV)
13
13
13
317 (III)
317 (III)
317 (III)
14
14
14
383
383
44
44
14
14
44
14
158.5
158.5
158.5
44
44
44
7
7
Y
Y
Y
1
3
12
12
12
1 2
10 1 2
1 2
3 4
3 4
3 4
10
10
10
10
10
425
425
X
X
351
351
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
124
124
114
114
124
114
8
8
181.5
181
181.5
34 118
34 118
34 118
123
123
123
Ø 5.45
Ø 5.45
2
4
Y
Y
Y
10 75
10 75
6
6
6
35 = 60 =
5
5
5
1
150
150
10
35
10
2
351
351
15
15
366
366
15
15
55 67
55 67
1
3
60
430
430
430
100
= 45 =
= 60 =
= 45 =
X
X
X
X
X
4
3
35 = 60 =
30
30
10
35
10
E2.2 B/N/S/H 2000A
15
15
13
13
2
55 67
55 67
14
14
14
4
34
34
74.5
74.5
1
1
35 = 60 = 3
3
1
10
35 = 60 =
10
2
= 60 =
60
15
15
100
= 60 =
1
331 3
1
55 67
55 67
165.5
130 130
1 3
2
4
Y
60
100
= 45 =
= 60 =
= 45 =
2
2
Y L2
14
L1
L3
4
4
4
1
3
3
35 = 60 =
30
30
35 Y 130 90 130 165.5 421 15
35 = 60 =
35 = 60 =
1
1
10
10
10
10
35
35
10 2
10
2
2
1
3
2 4
15
2
4
15
15
15
15
55 67
55 67
55 67
55 67
55 67
55 67
35 = 60 =
1
35 = 60 =
Y
10
35
10
1
2
N L1 L2
L3
= 60 = 14
10
15
15
= 60 =
60
407 (IV)
60
60
13
15
2
55 67
55 67
100
= 60 =
317 (III)
4 331
100
100
= 45 =
= 45 =
= 60 =
= 60 =
= 45 =
= 45 =
55 67
14
383
44
14
1 8.5
165.5
4
4
44
3
3
7
35 = 60 = 3 35
35 = 60 =
35 = 60 =
30
30
30
30
1
1
3
Y
1
130 130
12
10
10 1 3
2
4
35
60
2
1 2
10
10
35
10
10
3 4
Y
100
= 45 =
= 60 =
= 45 =
60
15 15
15
15
15
15
10
4
10
55 67
55 67
3
100
= 45 =
Y L2
35 = 60 =
30
55 67
55 67
30
55 67
55 67
14 10
L1
L3
425
10
35
3
X E2.2 N/S/H 2500A X 351
X
X
X
X
35 = 60 =
30
124
114
= 60 = Y 130 90 130 165.5 421 5
8
15
10
60
= 60 =
= 60 =
= 60 =
= 60 =
1 181.5
3
2 4
60
60
34 118
55 67
55 67
123
100
= 45 =
= 45 =
Ø 5.45
15
2
2
100
100
= 60 =
= 60 =
35 = 60 = 331 4
4 331
4
Y
3
30
55 67
30
165.5
165.5
1 L3
3
Y
10 75
35 = 60 =
35 60 =
10
35 N L1 L2 = 60 =
10 14
= 60 =
6
130 130
130 130
1
1
60
5
10 1 3
10 1 3
2
2
4
4
150
10
10
35
35 Y
2
2
Y
15
15
100
= 60 =
351
407 (IV)
331
13
15
15
15
15
15
55 67
366
55 67
60
165.5
317 (III)
Y L2
Y L2
14
14
55 67
55 67
55 67
55 67 L3
L1
L1
L3
14
383
158.5 130 130
44
14
100
= 60 =
1 3
2
4
44
7
Y
Y
100 Y 130 90 130 165.5 421 = 60 = 60 = 10 13 421 430
12
1 2
= 60 =
= 60 =
165.5
60
3 4
1
1
3
3
60
60
90 130
2 4
2 4
Y
= 60 =
14
L1
L3
331 L2
Y
100
100
= 45 =
45 =
= 45 =
45 =
10
165.5 2
X
X
Y Y 130 90 130 65.5 421 130 130
35 = 60 = — Legenda 1 Terminali divaricati orizzontali laterali 2000A 2 Terminali divaricati orizzontali centrali 2000A 3 Terminali divaricati orizzontali laterali 2500A 4 Terminali divaricati orizzontali centrali 2500A 5 Coppia di serraggio 2000A 8,6Nm 6 Coppia di serraggio 2500A 8,6Nm 7 Posizione porta - Rif. pag. 7/20 8 Dispositivo di messa a terra 12 Parte mobile 13 Parte fissa 14 Segregazione (dove prevista) 15 55 67 60 1 2 100 X 34 118 124 10 44 X 1 2 14 14 35 60 = 15 55 67 60 100 10 X 34 118 124 10 44 X 1 2 14 34 118 124 10 430 X 5 14 14 14 X 34 118 124 44 X 430 X 1 2 5 14 14 14
4
4
4
3
3
30
30
425
30
30
Y
Y
X
351
X
X
X
1 3
X
X
2
124
114
4
N L1 L2
L3 N L1 L2
L3
1
3
2 4
10
10
35
35
10
10 14
8
14
35 = 60 =
1
181.5
10
35
10
15 34 118 15
407 (IV)
407 (IV)
2
123
13
Ø 5.45 13
Y L2 Y
13
14 14
55 67
55 67
L1
L3 L3
317 (III)
317 (III)
15
15
14
Y N L1 L2
383
383
44
34
74.5
158.5
158.5
Y 130 90 130 165.5 421 317 (III) 407 (IV)
44
44
55 67
55 67
10 75
Y
Y
6
5
150 12
12
2 4 13
1
3
= 60 =
60 =
= 60 =
60 =
3 4
3 4
351
15 10
14
383
44
366
14
= 60 =
60 =
158.5
60
331
331
10
44
7
Y Y
165.5
165.5
12
N L1 L2 100
= 45 =
= 60 =
= 45 =
425
425
L3
3 4
X
14
130 130
130 130 X
X
X
X
X
X
114
114
1 3
1 3
2
4 2
4
8
8
2
4
3
35 = 60 =
30
30
Y
Y
407 (IV)
10
13
14
383
44
181.5
181.5
14
10
123
123
10
35
10
317 (III)
44
7
Ø 5.45
Ø 5.45
44 430
Y L2
Y L2
425
14
383
14 124 L3
14 X
14
X 351
158.5
L1
L1
X
L3
X
X
X
X
X
114
1 2
15
15
44
Y
Y
7
Y
8
12
10 Y 130 90 130 165.5 421
1 2 Y 130 90 130 65.5 421 34 118
55 67
55 67
6
6
181.5
3 4
150
150
123
10
Ø 5.45
1
1
3 1
3
2 4
2 4
351
351
10
Y
366
366
13
X
351
X
X
X
124
14
= 60 =
= 60 =
10 75
425
60
114 6
8
34
74.5
5
X
351
X
X
X
X
X
124
150
Y
Y
8
N L1 L2
N L1 L2
L3
L3
100
= 60 =
14
14
351
34 118
331
181.5
Ø 5.45
15
34 118
13 366
123
407 (IV)
407 (IV)
165.5
Ø 5.45 13
130 130
317 (III)
317 (III)
1 3
2
4
Y
X
14
383
383
10 75
158.5
158.5
Y
44
44
10 75
5
6
Y
Y
150
5
150
12
12
351
3 4
3 4
351
Y L2
14
L1
L3
430
15
366
15
366
X
X
10
10
Y 130 90 130 165.5 421
425
425
74.5
74.5
X
X
X
X
X
X
X
114
114
1
3
2 4
8
8
181.5
181.5
123 13
123
Ø 5.45
Ø 5.45
430 14
430
34
74.5
X
X
X
Y
X
Y
Y
N L1 L2
L3
14
6
6
5
5
407 (IV)
150
150
13
351
351
317 (III)
13
366
366
14
383
44
Powered by FlippingBook