55 67
4
4
4
2
2
2
35
35
2
2
2
35 = 80 =
35 = 80 =
35 = 80 =
20
20
80
= 80 =
1 SACE EMAX 2 INTERRUTTOR I APERT I DI BASSA TENS IONE
8/34
1
20
20
20
124
15
15
15
15
15
55 67
55 67
55 67
55 67
55 67
2 4
= 70 =
= 70 =
III
= 80 =
= 80 =
= 70 =
= 70 =
= 70 =
80
80
80
35 = 80 = — Interruttore estraibile - E4.2 80 124 15 55 67 124 3 35 = 80 = 15 55 67 55 67 10 10 = 50 = = 80 = 10 10 = 50 = = 80 = 4
124
124
= 50 =
3
4
4
= 50 =
= 50 =
10
35 = 80 =
35 = 80 =
35
10
10
10
2 4
10
10
15
15
15
55
67 55 67
67
IV
N
= 80 =
= 80 =
80
80
= 80 =
= 80 =
124
124
1 3
1 3
383
44
13
7 17
44
170
170
14
170
170
2 4
2 4
2 4
Y
Y
14
1 2
3 4
III
III
III
12
L1 L2
L1 L2
L3
L3
Y Terminali divaricati posteriori orizzontali - SHR 14
Y
14
500
2 4
2 4
2 4
1 3 184
1 3
20 154
X
X
X
351
126 X
X
10
170
170
170
170
170
126
8
E4.2 N/S/H 3200A
Y E4.2 N/S/H 4000A E4.2 V 2000 ... 4000A N L1 L3 L2 113
Y
5.45
103
IV
IV
IV
34
N
N
L3
L2
L1
Y
Y
14
14
6
10
5
75 150
551 (IV)
551 (IV)
351
383
44
44
383
44
13
13
13
425 (III)
425 (III)
366
14
14
7 17
7 17
212.5
212.5
44
44
44
14
14
14
15
Y
Y
14
14
14
1 2
1 2
1 2
3 4
3 4
3 4
12
12
12
3
1
500
500
500
425
425
425
184
184
184
20 154
20 154
20 154
X
X
X
X
X
X
X
X
X
X
351
351
X
X
X
X
X
X
X
X
10
10
10
8
8
181.5
181.5
5.45
5.45
113
113
113
103
103
103
34
34
34
Y
Y
14
6
6
11 6
13
11
10
10
5
5
5
74.5
34
4
75 150
75 150
2
351
351
366
366
35
2
35 = 80 =
20
15
15
1
20
15
15
3
1
55 67
55 67
425
425
425
= 70 =
= 80 =
X
X
X
X
X
= 70 =
80
124
= 50 =
3
4
= 50 =
10
35 = 80 =
35
10
E4.2 N/S/H 3200A
10
10
4
15
2
15
14
14
14
13
13
55
67
55 67
74.5
74.5
34
34
35
2
35 = 80 =
20
1
20
3
3
1
1
15
= 80 =
= 80 =
15
80
= 80 =
55 67
1
124
55 67
1 3
170
170
2 4
= 70 =
= 80 =
Y
= 70 =
80
3
1
124
= 50 =
3
4
= 50 =
III
10
L1 L2
L3
4
4
35 = 80 =
35
10
10
Y
14
2
2
10
15
15
2 4
1 3
35
35
2
2
55
2
35 = 80 =
35 = 80 =
20
20
170
170
126
67
55 67
3
1
1
1
20
20
Y
15
15
35 = 80 =
15
15
55 67
55 67
IV
1
20
55 67
55 67
= 80 =
= 80 = L1
N
L3
L2
4
80
= 80 =
Y
2
15
14
124
1 3
55 67
= 70 =
= 70 =
= 80 =
= 80 =
35
2
35 = 80 =
20
= 70 =
= 70 =
80
80
170
170
551 (IV)
2 4
1
20
124
124
= 50 =
= 50 =
383
44
15
13
Y 425 (III)
14
3
3
4
4
= 50 =
= 50 =
10
10
4
15
10 7 17
= 70 =
212.5
44
80
35 = 80 =
35 = 80 =
55 67
35
35
10
10
10 14
2
Y
III
124
55 67
10
10
14
L1 L2
L3
3
= 50 =
15
15
Y
14
35 = 80 =
1 2
15
15
10
35
2
35 = 80 = 67
3 4
20
55
55
80 — Legenda 1 Terminali divaricati orizzontali laterali 3200A 2 Terminali divaricati orizzontali centrali 3200A 3 Terminali divaricati orizzontali laterali 4000A 4 Terminali divaricati orizzontali centrali 4000A 5 Coppia di serraggio 3200A 8,6Nm 6 Coppia di serraggio 4000A 8,6Nm 7 Posizione porta - Rif. pag. 7/20 124 55 67 44 14 55 67 1 2 35 = 80 = 80 15 55 67 35 = 80 = 15 55 67 80 124 1 2 80 55 67 = 80 = 1 2 14 80 15 10 10 = 50 = = 80 = 15 55 67 80 20 = 70 = 1 2
3
3
10
67
1
20
2 4 12
= 70 =
= 80 =
15
1 3 = 50 =
= 70 =
80
15
170
170
126
15
= 80 = E4.2 N/S/H 4000A E4.2 V 2000 ... 4000A 351 8 X X 35 = 80 = 3
500
55 67
124
Y
55 67
425
4
= 50 =
55 67
184
10
20 154
= 80 =
= 80 = X
= 80 =
X
X
X
10
35
10
10
= 80 =
IV
10
124
N
L3
L2
L1
15
1 3
1 3
181.5
5.45
Y
= 70 =
= 80 =
80
15
113
14
103
= 80 =
= 70 =
55
80
124 34
67
124
170 55 67
2 4 170
170
170
2 4
= 50 =
3
4
Y
= 50 =
Y
Y
4
4
10
6
11
3
1
35 = 80 = III
551 (IV)
35
10
10
10
5
383
44
13
425 (III)
10
14
III 75 150
= 80 =
= 80 =
15
15 80
7 17
L1 L2
L1 L2 3
14 L3
212.5
44
= 80 =
351
Y
Y
2 35
35
2
1 35 = 80 =
20
20
14
14
Y
14 15 124
55
366
67
1
20
1 3
55 67 15 1 3 170
1 2
2 4
2 4 170
3 4
15
1 3
170
170
126
126 55 67
55 67
170
170
2 4
12
Y
Y
Y
= 80 =
= 80 =
80
= 80 =
500
IV
IV
425
124
III
184
4
20 154 L1 = 80 = L3
1 3 X
L1 L2
L3
X
X
X
351
X
N
N L2
X
L3
L2
L1
10
2
= 70 =
= 70 =
= 80 =
Y
8
14
Y
Y
= 70 =
14
14
425
170
170
181.5
124
2 4
4 X
= 50 =
= 50 =
X
5.45 4
3
3
= 50 =
2 4
35
2
113
35 = 80 =
103
Y
1 3
10
10
44 35 = 80 =
170
170
126
34
35
35
10
10
10
1
20
551 (IV)
551 (IV)
15
10
Y
Y
383
383
III
13
13
425 (III)
425 (III)
14
14
6
15
15
15
11
L1 L2
L3
55
Y
212.5
212.5
44
44
10
5
14
14
IV
55
55
55 67
Y
Y
67
67
75 150
383
44
N
L3
L2
L1
14
14
13
Y
351
2 4
7 17
1 3
14
4
74.5
34
14
3 4
3 4
366
170
170
126
12
12
= 80 =
14
Y
= 70 =
80
15
= 80 =
= 80 =
= 80 =
= 80 =
1 2
= 80 =
551 (IV)
124
124 500
500
3
IV
124
4
= 50 =
383
44
13
425 (III)
20 154 8 Messa a terra 11 Parte fissa di montaggio - X 20 154 X
14
425
425
X 1 3
X 1 3
184
184
N
L3 212.5
L2
L1
35 = 80 =
35
10
7 17
X
X
X
X
X
X
X
44
10
10
Y
14
10
8
8
14
Y
500
15
170
170
170
170 181.5
2 4
2 4
14
1
181.5
15
20 154
Y
Y 1 2
X
X
X
351
X
5.45
5.45
10
55
113
113
3 4
103
103
425
8
67
55 67
551 (IV)
34
34
5 viti consigliate M8x25 classe elevata 8.8 o coppia superiore Coppia di serraggio 20Nm viti di fissaggio obbligatorie da altezza
X
X
12
III
III
383
44 Y
13
425 (III)
14
Y
5.45
L1 L2
L1 L2 L3
L3
1
6
6
103
7 17
Y
Y 11
11
212.5
44
500
14
14
34
10
5
Y
80 425
= 80 =
184
0 351
75 150
20 154
14
= 80 =
X
X
X
351
X
X
X
10
2 4
2 4 170
170 1 3
1 3
8
351
1 2
124
3 4
10
5
14 170
170
126
126
366
366
13
181.5
12
75 150
Y
Y
5.45
113
103
74.5
34
15
351
170
170
34
2 4
500
366
IV
IV
Y
425
Y
184
N
N
L3
L3
L2
L2
L1
20 154 L1
6
11
X
X
X
351
X
X
X
15
10
Y
Y
10
5
14
14
8
III
75 150
L1 L2
L
425 12 Parte mobile 13 Parte fissa 15 Distanze tra X 44
181.5
Y
5.45 351
113
103
366
425
34 551 (IV)
551 (IV)
383 X
X 383
2 4
44
13
13
425 (III)
425 (III)
212.5 14
14
Y
44 15
170
170
126
6
212.5
11
44
14
14
425
10
5 Y
Y
Y
14 connesso, prova, isolato
X
X
75 150
14
1 2
1 2
IV
351
3 4
3 4
N
L1 L2
366
12
12
14 17 Lamiera 14
Y
15
425
5
74.5
500
500
X
X
425
425
14
13
184
184
20 154
20 154
X
X
X
X
X
X
X
X
X
X
X
10
10
551 (IV)
74.5
34
8
8
383
44
13
425 (III)
181.5
181.5
7 17
212.
44
5.45
5.45
14
113
113
103
103
Y
425
34
34
14
14
13
X
X
1 2
Y
Y
3 4
6
6
74.5
34
11
11
12
10
5
5
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