8/29
DIMENS IONI
35 = 60 =
35 = 60 =
35 = 60 =
30
35 = 60 =
30
35 = 60 =
1
35 = 60 =
2
1
2
10
2
10
10
10
10
15
15
15
15
15
15
55 67
67 55
55 67
67 55
55 67
67 55
60
60
60
60
60
60
100
= 45 =
100
= 45 =
100
= 45 =
100
100
= 60 =
100
= 60 =
1
1
12
90
90 90
12
90
90 90
12
90
90 90
Y
Y
Y
N L1 L2 Y
Y
Y
N L1 L2 Terminali posteriori verticali divaricati - SVR L3 90 90 90 165.5 421 331(III)/ (IV)
N L1 L2
L3
421 331(III)/ (IV)
421 331(III)/ (IV)
165
165.5
12
90 90 90
12
2
12
2
90 90 90
Y
Y
Y
E2.2 B/N/S/H 2000A
E2.2 N/S/H 2500A
Y
Y
Y
N L1 L2
N L1 L2
L3
N L1 L2
L3
11
11
407 (IV)
407 (IV)
407 (IV)
317 (III)
317 (III)
317 (III) 44
383
13
383
44
12
5
10
383
44
10
5
13
12
5
158.
158.5
158.5
12
12
12
Y
Y
Y
2 1
2 1
2 1
430
430
430
425
425
X
X
X
X
X
X
X
X
351
X
X
X
X
194
X
351
X
X
194
351
X
194
2
1
6
6
6
181.5
181.5
Ø 5.45
Ø 5.45
Ø 5.45
83
83
83
34
34
34
Y
Y
Y
34 13
75
150
34 13
3
4
75
150
3
4
75
150
3
4
360 (IV)
74.5
360 (IV)
351
360 (IV)
74.5
9
351
9
351
270 (III)
366
270 (III)
366
270 (III)
366
135
135
2
135
1
50
50
Y
35 = 60 =
30
35 = 60 =
Y 1
Y
2
10
10
75 (III)
75 (III)
75 (III)
15
15
75
75 (III)
75 (III)
75
6
55 67
67 55
Ø10 E2.2 B/N/S/H 2000A
MESSA A TERRA
=
6
MESSA A TERRA
=
MESSA A TERRA
Ø10
Ø10
150
150
Ø...MAX
7 8
Ø...MAX
Ø...MAX
7 8
7 8
=
=
60
60
100
= 45 =
Y
Y
Y
100
= 60 =
35 = 60 =
30
35 = 60 =
1
1
2
10
10
170 (IV)
170 (IV)
80 (IV)
170 (IV)
80 (IV)
1
12
90
15 90 90
15
Y 2
1
55 67
67 55
Y
N L1 L2
L3
60
60
100
= 45 =
100 421 331(III)/ (IV)
= 60 =
165.5
12
1
2
90 90 90
12
90
90 90
35 = 60 =
1
Y
2
Y
10
35 = 60 =
30
35 = 60 =
1
2
10
10
15
Y
Y
N L1 L2
L3
N L1 L2
L3
55 67
15
15
11
55 67
421 331(III)/ (IV) 67 55
407 (IV)
165.5
317 (III)
60
383
44
10
12
13
2
90 90 90
2
12
5
1
60
158.5
100
= 45 =
60
Y
12
100
= 45 =
Y
100
= 60 =
2 1
Y
N L1 L2
L3
12
1
12
90
90 90
E2.2 N/S/H 2500A
11
Y
407 (IV)
430
425
317 (III)
X
X
X
X
Y
X
383
44
351
X
10
19
13
12
5
N L1 L2
L3
158.5
6
12
35 = 60 =
30
2
35 = 60 =
1
181.5
Y
1
2
421 331(III)/ (IV)
10
Ø 5.45
10
83
165.5
2 1
34
15
15
12
2
90 90 90
Y Y
12
55 67
67 55
34 13
75
150
3
4
360 (IV)
74.5
9
351
430
425
270 (III)
366
Y
X
X
X
X
X
N L1 L2
L3
351
X
60
194
60
135
6
100
= 45 =
100
= 60 =
181.5 50
11
Y
407 (IV)
5 — Legenda 1 Terminali divaricati verticali 2000A 2 Terminali divaricati verticali 2500A 3 Coppia di serraggio 2000A 8,6Nm 4 Coppia di serraggio 2500A 8,6Nm 5 Posizione porta - Rif. pag. 7/20 6 Dispositivo di messa a terra 10 Parte mobile 11 Parte fissa 12 Segregazione (dove prevista) 13 Distanza da connesso a isolato per test
Ø 5.45
83
1
317 (III)
34
12
35 = 60 =
30
90
90 90
35 = 60 =
383
44
75 10
13
12
5
75 (III)
75 (III)
1
Y
2
10
158.5
Y
10
383
44
13
12
5
34 13
150 12
6
=
75
MESSA A TERRA
3
4 Ø10 15
Y
360 (IV)
74.5
15
9
351
12
150
Y
2 1
N L1 L2 Ø...MAX
270 (III)
7 8
366
L3
55 67
67 55
=
135
2 1
50
421 331(III)/ (IV)
Y
Y
165.5
60
430
425
60
12
2
170 (IV)
80 (IV)
90 90 90
X
X
X
X
X
351
X
100
= 45 =
194
75 (III)
75 (III)
75
100
= 60 =
Y
430
6
6
X
X
=
MESSA A TERRA
181.5
X
351
X
194
Ø10
Ø 5.45
150
1
Y
6
83
12
90
90 90
Ø...MAX N L1 L2
7 8 L3
34
=
Y
Y
Ø 5.45
11
83
34 13
Y
407 (IV)
75
150
3
4
34
360 (IV)
74.5
9
351
317 (III)
Y
383
44
10
N L1 L2
L3
270 (III)
3
170 (IV)
80 (IV)
366
12
34 13
158.5
75
150
3
4
135
12
74.5
Y
351
421 331(III)/ (IV)
50
Y
366
165.5
2 1
12
2
90 90 90
75 (III)
75 (III)
75
Y
6
=
MESSA A TERRA
Ø10
430
425
150
X
X
X
Y
X
351
X
Ø...MAX
194
7 8
N L1 L2
L3
=
6
6
MESSA A TERRA
181.5
11
Y
Ø 5.45
407 (IV)
83
Ø...MAX
34
7 8
170 (IV)
80 (IV)
Y
317 (III)
383
44
10
13
12
5
75
150
3
4
158.5
360 (IV)
74.5
12
9
351
Y
270 (III)
366
170
135
2 1
50
Y
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