1 2
1 2
1 2
35
20
35
50
35
20
35
20
35
50
10 SACE EMAX 2 INTERRUTTOR I APERT I DI BASSA TENS IONE 12
8/32
3 4
12
3 4
10
12
12
12
33
33
33
33
33
45
45
45
45
45
Ø 13
Ø 13
Ø 13
Ø13
Ø13
10
10
Y — Interruttore estraibile - E4.2 N L1 L2 L3 Y 126 126 126 Y 126 126 126 = 80 = = 80 = = 80 = = 70 = 2 4 2 14 4 = 80 = 15 14 2 1 2
= 80 =
= 70 =
= 70 =
= 80 =
= 80 =
2 14
2 14
12
126
126
126
Y
1
2
3
3
4
15
15
14
14
Y
N
N L1
L2
L3
2
4
4
4
12
126
126
126
Y
14
14
14
430
430
X 1 2 X
1 2
Y
430
Y
X
X
X
X
X
X
X
X
134
184
134
134
184
N L1
L2
L3
N
N L1
L2
L3
35
20
35
35
20
50
35
565 439 (III) / (IV) Terminali posteriori orientabili - HR/VR 12
12
3 4
3 4
10
12
565 439 (III) / (IV)
14 1 3
14 1 3
14 1 3
113
113
113
113
113
219.5
219.5
126
126
126
12
126
126 45
126
33
33
33
6 E4.2 N/S/H 3200A 13 45
4 E4.2 N/S/H 4000A E4.2 V 2 00...4000A 6 5 Ø13 10 45
Y
Y
5
5
13
Ø 13
Ø 13
1
2
3
Ø13
74.5
34
74.5
34
74.5
Y
Y
= 80 =
= 70 =
= 80 =
= 80 =
= 70 =
= 80 =
= 80 =
N
L1
L3
N
L2
N
L1
L3
L2
2 14
2 14
126
126
126
126
126
126
Y
Y
22
22
22
383
383
22
22
551 (IV)
383
22
551 (IV)
15
15
14 7
14 7
14 7
425 (III)
425 (III)
14
14
212.5
212.5
Y
Y
13 12
13
13 12
N L1
L2
L3
N L1
L2
L3
2
2
4
Y
Y
4
4
1 2
126
126
126
126
126
126
Y
Y
35
20
35
50
14
14
20
20
20
12
3 4
10
12
430
430
Y
Y
425
425
425
184
184
184
X
33 351 X
X
X
X
X
X
1
X
X
X
X
X
X
X
351
X
X 184
X
X
X
X
X
134
134
X
154
154
X
154
N L1
L2
L3
N L1
L2
L3
33
45
45
8
8
8
181.5
181.5
181.5 565 439 (III) / (IV)
565 439 (III) / (IV)
Ø 13
14 1 3
14 1 3
Ø13
= 70 = Ø 5.45 113
113
113
10
113
113
113
103
103
Ø 5.45
Ø 5.45
103
219.5
219.5
= 80 =
= 80 =
= 80 =
34
34
34
126
126
126
126
126
126
Y
Y
Y
2 14 5
Y
5
6
126
126
126
13
13
504 (IV)
504 (IV)
Y
10
10
10
3 6
3 6 Y L2
5 1
11 5 1
3 6
5 1
15
34
74.5
34
74.5
378 (III)
378 (III) 150
75
150
75
75
150
Y
14
189
1
2
3
189
4
11
351
351
351
N
L1
L3
N
L1
L3
L2
Y
Y
366
366
Y
366
1
2 8
N L1 22
3 L2
L3
4
2
4
22
383
383
22
22
551 (IV)
551 (IV)
4
8
8
MESSA A TERRA
MESSA A TERRA
MESSA A TERRA
1
2
3
14 7
75 14 7
4
425 (III)
50 425 (III)
50
50
126
126
126
Y
212.5
212.5
75
75
Ø 10
Ø 1
14
Ø 10
13 12
13 12
Ø...MAX
Ø...MAX
Ø...MAX
Y
Y
=
=
=
X E4.2 N/S/H 3200A
10
10
10
430
Y
150
150
150
X
X
X
134
184
N L1
L2
L3 =
=
=
1 2
20
20
565 439 (III) / (IV)
Y
50 113 Y
14 1 3 154
35
20
35
9
9
9
113
100 (III) 1 2
100
100
100 (III)
100
219.5
425
425
12
3 4
184
184
10
12
X
225 (IV)
1 2 351
351
X
X
X
X
X
X
225 (IV) 154
X
X
X
35 X
126
126
126
1
1
2
2
35
20
50
Y
8
8
5
6
12
3 4
13
10
12
35
20
35
50
181.5
181.5
33
33
12
45
45
3 4
34
74.5
10
113
113
12 Ø 5.45
103
103
Ø 5.45
Y
34
34
Ø 13
33
33
Ø13
45
45
N
L1
L3
L2
10
Y
Y
33
33
= 80 =
= 70 =
= 80 =
= 80 =
45
45
504 (IV)
504 (IV)
Ø 13
22
Ø13
383
22
551 (IV) 10
10
3 6
3 6
5 1
5 1
10
2 14 2 14 4
1
2
3
378 (III)
378 (III)
4
= 80 = 126
126
126
Ø 13
75
150
75
150
14 7
Ø13
= 80 =
= 70 =
= 80 =
425 (III)
10
Y
189
189
11
351
351
15
2 14
= 80 =
= 70 =
= 80 =
= 80 =
212.5
126
126
126
Y
Y
366
366
Y 13 12
14
Y Y Y
126
126
126
15
1 2
1 2
8
8
MESSA A TERRA
MESSA A TERRA
15
50
50
14
N L1
L2
L3
2
4 35
35
20
20
Y
14
75
75
Ø 10
Ø 10
20
126
126
126
12
12
Ø...MAX
Ø...MAX
N L1
L2
L3
2
4
Y Y
4
=
=
1
2
3
N L1
L2
L3
4
14 425 4
2
4
10
10
126
126
126
150
150
1
2
X 3
184
4
Y
1 2
351
X
X
33
33
X
X
X
154
45
45
126
126
126
=
=
14
8
430
Y
35
20
35
184 50
X
X
X
X
X E4.2 N/S/H 4000A E4.2 V 2000...4000A X Ø 5.45
134
N L1
L2
L3
14
Ø 13
Ø 13
181.5
12
3 4
Ø1
Y
Y
10
12
9
9
113
430
100 (III)
100
= 70 = 100 (III)
100
Y
103
X
X
= 80 =
= 80 =
= 70 =
134
184
34
N L1
L2
L3 565 439 (III) / (IV)
225 (IV)
225 (IV)
430
Y Y L2
N 14 1 3 14 1 3 2 14 1
113 134
113 184
X
X
X
X
219.5 L3
2 14
2 14
33
33
N L1
45
45
126
126
126
504 (IV)
565 439 (III) / (IV)
126
126
126
14 1 3
10
3 6
5 1
113
113
Y
15
15
219.5 565 439 (III) / (IV) Ø13
Ø 13
378 (III)
5 113
6 113
13
75
150
10
1 2
126
126
126
219.5
189
11
351
= 80 =
= 70 =
= 80 =
= 80 =
6 14
14
34
74.5
Y
1 2
5
Y Y Y
13
366
126 126
126 126
126 126
22 — Legenda 1 Terminali orizzontali 3200A 2 Terminali verticali 3200A 3 Terminali orizzontali 4000A 4 Terminali verticali 4000A 5 Coppia di serraggio 3200A 20Nm 6 Coppia di serraggio 4000A 20Nm 7 Posizione porta - Rif. pag. 7/20 8 Dispositivo di messa a terra 12 Parte mobile 13 Parte fissa 14 Segregazione (dove prevista) 15 Distanza da connesso a isolato per test 113 430 12 45 33 20 = 70 = 5 2 2 14 14 1 3 4 14 22 15 55 67 80 20 = 70 = 10 10 = 50 = 15 55 67 1 2
35
35
50
1
2
2
3
3
4
4
12
35
20
35
50
5
6
3 4
N
L1
L3
74.5 13
L2 Y
34
10
N N L1
L
2
2
8
12
3 4
MESSA A TERRA
10
Y
15
12
4
4
34
74.5
50
22
383
22
551 (IV)
L1
L3
L2
126
126
126
Y
14
33
75 7
14 7 14 7
Ø 10
45
425 (III) L2 Y
N
L1
L3
33
33
Ø...MAX
22
383
22
551 (IV)
45
45
14
14
=
425 (III) 13 12 N L1
L2
L3
212.5
2
4
Ø 13
14 7
Ø13
22
383 Ø 13
10 10 22
551 (IV)
1
2
3
150 4
4
Ø13
3
Y Y
10
126
126
126 425 (III)
= 80 =
= 80 =
= 80 =
430
430
212.5
=
13 12 = 70 =
= 80 =
= 80 =
= 80 =
X
X
X
X
134
134
N N L1
212.5
14
126
126
126
Y
100 (III) 13 12 126
2 14
Y Y Y Y
Y
126
126
20 9
100
565 439 (III) /
430 1 2
1 2
X 15
14 1 3
14 1 3 10 10
225 (IV)
113
113
14
X
X
X
134
184
N L1
L2
L3
20
425 35
14
Y
184
35
20
20
35
35
50
50
4
X
351
X
X
X
X
126
126
126
X
154
20
Y
12
12
3 4
3 4
N L1
L2
L3
4
8
12
12
565 439 (III) / (IV)
5
5
13
13
425
14 1 3 425 4
N L1
X L2
L3
184
113 2
113 4
351
X
X
X
X
X
154
219.5
181.5
126
126
126
1 2 35
113 184
34
34
74.5
74.5
2
Y
8
35 = 80 =
20
103 154
Ø 5.45
X
126
126
126
351
X
X
X
X
X
33
33
33
33
Y
1
34
45
45
45
45
181.5
35
20
35
50
5
6
8
13
15
14
N N L1
L
113
12
Y 3 4
103
Ø 5.45
10
181.5
12
34
74.5
55 67
Ø 13
Ø 13
34
504 (IV)
Y E4.2 N/S/H 4000A LHR/LVR N L1 L2 10 L3 X X Ø 5.45 34
Ø13
Ø13
113
103
10
10
Y
3 6 3 6
5 1 5 1
22
22
383
383
22
22
551 (IV
X 134
430
184
Y
Y
378 (III) = 70 =
75
150
= 80 =
= 80 =
L2 = 70 = L2
= 80 =
= 80 =
= 80 =
= 80 =
N
L1
L3 L3
X
X
X
X
134
184
33
33
N L1
504 (IV)
14 7 126
14 7 Y
45
45
4
Y
189
10
11
351
3 6
5 1
2 14
2 14
378 (III)
565 439 (III) / (IV)
Y 551 (IV) 04 I
22
126
126
126
126
126
366 = 80 = 383 Ø 13
22
75
150
113 = 70 =
10
Ø13 565 439 (III) / (IV)
Y
219.5
75 2 14 = 14 1 3 1
189
13 12
13 1
10
8 14 7 150
425 (III) 378 (III)
11 = 80 =
351
113
113
75
15
15
124
219.5
Y
366
126
126
126
MESSA A TERRA = 80 =
= 70 =
= 80 =
212.5 189
11
351
Y
50
126 126
126 126
126
= 50 =
6
14
14 0
Y Y Y Y
13 12 126
366
1
2
2
3
3
4
4
8 34
5
6
13
Y
Y
MESSA A TERRA
3
35 = 80 =
35
Ø 10
10
5
50
Ø...MAX
15
8
N L1
N L1
L2
L2
L3
L3
74.5
MESSA A TERRA
Y
2
2
4
4
20
20
15
50
75
L2 L2 4 Y Y
4
Ø 10
N
L1
L3
L2
10 20
14
150 75
Ø...MAX
55
126
126
126
126
126
126
N
L1
L3
67
Ø 10
=
=
Y
Y
Ø...MAX
425
425
383
551 (IV)
184
184
10
N L1
L3
2
4
150
351
351
X
X
X
X
X
X
X
X
22
14
14
154
154
=
383
22
551 (IV)
425 4
14 7
425 (III)
9 10
=
Y Y
184
8
8
150
14 7
100 (III) 126
126
126 425 (III)
X
351
X
X
X
X
X
154 = 80 =
100
= 80 =
212.5
80
=
181.5
181.5
= 80 =
8
13 12
430
Y 430
Y
Y
225 (IV)
212.5
100 (III) 181.5 14 X X
113
113
124
X
X
X
X
103 X
X
13 12
9
103
Y
Ø 5.45
Ø 5.45
134
134
184
184
100
N L1
N L1
L2
L2
L3
L3
Y Y Y
34
34
113
103
225 (IV)
Ø 5.45
34 9
100 (III)
100
170
170
430 1 2
1 2
225 (IV)
X
X 565 439 (III) / (IV)
X
X 565 439 (III) / (IV)
134
184
2 4
N L1
Y L2 14 1 3
L3
14 1 3
1
3
3 504 (IV
20
113
113
113 50
113 50
35
35
20
10 20
35
35
Y
219.5
219.5
10
3 6
3 6
5 1
5 1 12
20
504 (IV)
12
3 4
3 4 126
10
10
10
3 6
5 1
75
150 26
75
150
12
12
565 439 (III) / (IV)
126
126
113 126
126
14 1 3 425
378 (III)
Y
Y
113
75
150
425
184
219.5
351
351
X 5
5
6
13
13
X
X
X
X
X
154
189
184
11
351
III
366
366
X
126
126
126
351
X
X
X
X
154 74.5
8
L1
L3
Y Y
L2
366
33
33
33
33
34
34
74.5
45
45
45
45
5
6
8
Y
13
181.5
8 Y L2
Y
8
181.5
MESSA A TERRA
MESSA A TERRA
8
113
170
126
170
103
Ø 5.45
34
74.5
MESSA A TERRA
Ø 13
Ø 13
N
N
L1
L1
L3
L3
L2
50
50
Ø13
Ø13
50
113
103
34
Ø 5.45 1 3
10
10
Y
2 4
34
Y
= 80 =
75 = 80 =
= 70 =
L2 = 70 =
= 80 =
= 80 =
= 80 =
75 = 80 =
N
L1
L3
Y
75
22
22
Ø 10
Ø 10
14 7 383
383
22
22
551 (IV)
551 (IV)
Ø 10
Ø...MAX 425 (III) 126
Ø...MAX
Y 2
Ø...MAX
504 (IV)
2
3 6
14 7
5 1
551 (IV) 04 I
22
126
126
425 (III) 126
126
126
=
383
22
=
=
378 (III) 10
3
1
50
10
10
10
Y
Y
150
14 150
425 (III) 378 (III)
IV
150
150
189 75
5
15
212.5
212.5
11
351
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