Page 186 - Sace Emax 2 Catalogue

=
60 =
1
35
35
35
15 2 1 10 2 35 4 3 15 10 1 = 60 = 15 2 1 1 10 = 60 = 15 2 1 10 2 35 4 3 15 10 2 35 4 3 15 10
55 67 55 67 55 67 55 67 55 67 55 67
8/28 SACE EMAX 2 LOW VOLTAGE AIR CIRCUIT-BREAKERS
60 60 60
100 = 45 = = 60 = = 45 = 100 = 45 = 100 = 45 = = 60 = = 45 = = 60 = = 45 =
=
3 = 60 = 30 4 30 3 = 60 = 3 3060 = 30 4 4 30 30
35 10 35 10 35 35 10 10 35 10 35 10
15 67 — 15 15 15 15 15
55 55 67 55 67 55 67 55 67 55 67
Withdrawable circuit-breaker - E2.2
60 = 60 = = 60 = 60 60 = 60 = = 60 = = 60 = = 60 =
100 = 60 = 331 100 = 60 = 100 = 60 = 331 331
165.5 165.5 165.5
130 130 130 130 130 130
2 4 1 3 2 4 2 4 1 3 1 3
Y Y Y
Y Y Y
L1 L2 L3 14 L1 L2 L3 14 L1 L2 L3 14
Horizontal rear spread terminals – SHR 421 165.5 421 165.5
421
165.5
2 4 130 90 130 1 3 2 4 130 90 130 2 4 1 3 130 90 130 1 3
Y E2.2 B/N/S/H 2000A E2.2 N/S/H 2500A Y
Y
Y Y Y
N L1 L2 L3 N L1 L2 L3 N L1 L2 L3
14 14 14
407 (IV) 407 (IV) 407 (IV)
13 13 13
317 (III) 317 (III) 317 (III)
383 44 14 14 158.5 383 44 14 383 14 44 14 158.5 158.5
7 44 Y 1 7 7 3 44 14 44 Y Y
1 3 12 1 1 3 12 3 12
2 2 2
10 4 10 10 4 4
10 10 10
425 425 425
351 X X 124 X X 114 X X 351 X X 351 X 124 X X X 124 114 X X X 114 X X X
8 8 8
34 181.5 34 34 181.5 181.5
Ø 5.45 118 123 Ø 5.45 118 Ø 5.45 118 123 123
2
Y 4 Y Y
10 6 = 60 = 10 10 6 6
75 150 5 1 35 10 75 150 75 5 150 35 5 10
351 351 2 351
15 366 15 15 366 15 366 15
55 67 55 67
1 3
60
430 100 = 45 = 430 = 60 = 430 = 45 =
X X X X X X
3 = 60 = 30 4 30
35 10 35 10
E2.2 B/N/S/H 2000A
13 15 13 13 15
14 55 2 67 14 4 55 67 14
34 74.5 34 74.5 34 74.5
1 1 = 3 60 = 3
1 35 10 35 = 10 =
60 2 = 60 60 =
100 15 = 60 = 15
3
55 1 331 55 1 3
67 165.5 67
130 130
2 4 1 3
60 Y
2 2 4 100 4 = 45 = = 60 = L2 Y L3 = 14 45 =
L1
3 = 60 = 1 30 4 421 3 30
1 1 = 60 = = 60 = 10 10 2 2 35 35 35 10 10 10 130 35 90 165.5 10 1 3
35
35
130
15 15 15 15 15 55 2 2 4 15 Y 4 55 2 4
55 67 55 67 1 = 60 = 55 67 55 67 67 67
35 10 2 N 35 L1 L2 Y L3 10 1 = 60 = 10
=
60 15 = 60 = 15 14 60 = 35 2 35 10
60 60 13 407 (IV) 15 15
100 100 = 45 = = 45 = = 60 = = 60 = 100 55 2 = 67 45 = = 45 = = 60 = 317 (III) 55 67
4 331
383 44 14 14 165.5 55 67 55 67
158.5
3 3 = 60 = = 60 = 1 1 30 30 7 4 4 1 = 60 = 3 3 30 30 44 130 Y 130
35 35 10 10 35 35 35 60 1 10 10 10 3 2 12 4 2 35 Y 10 1 3
100 15 2 = 45 = = 60 = = 45 =
15 15 15 15 15 60
10 4
55 55 3 = 60 = 55 67 55 55 67 67 30 10 4 Y 55 67 30 100 = 45 = = 60 = = 45 =
67 67 L1 L2 L3 14
35 10 35 10 425
X
351
E2.2 N/S/H 2500A X 15 124 X X 114 X 421 15 165.5 X 3 = 60 = 30 4 30
8
60 60 = 60 = = 60 = 34 60 55 = 60 = = 60 = 123 2 4 130 90 130 55 181.5 1 3 35 10 35 10
Ø 5.45 100 118 67 = 45 = = 60 = Y 67 = 45 =
100 100 2 2 = 60 = = 60 = 331 331 15 15
3 = 60 = 4 4 165.5 30 4 Y 30 55 67 55 67
165.5
= 60 =60 = 10 130 35 130 130 10 N = 35 L1 = L2 Y 1 L3 10 = 60 = 3
=
60
1 1 35 35 10 10 75 2 150 4 2 4 35 35 5 130 60 1 103 1 3 6 14
10
351 2 2 Y 100 Y 15 = 60 = 407 (IV) 331 15
15 15 15 366 15 15 55 67 13 317 (III) 165.5 67 60 = 60 = = 60 =
55
55 55 383 L1 44 L2 Y Y L2 L3 55 67 L3 67 14 14
55
L1
67 67 14 14 130 158.5 100 = 60 =
130
7 421 421 44 2 4 Y Y 1 3 331
165.5 60 1 165.5 12 = 60 = = 60 = 165.5
60 60 2 4 2 4 130 130 90 100 90 130 2 130 1 3 1 3 = 60 = 3 Y 2 130 130 1 3
=
= Y
=
100 100 = 45 = 45 = = 60 =60 = 10 Y = 45 = 45 = 10 4 L1 331 L2 L3 14 4 Y
430
X X 421 165.5 2
3 3 — = 60 =60 = 30 30 351 4 4 X Y Y 30 30 130 130 425 4
=
165.5
1 3
X
Key 35 35 10 10 X 8 N L1 N 35 L2 L1 35 L2 L3 124 L3 14 14 X 114 2 2 4 X 4 = 60 = 130 90 Y 130 X 1 3 L1 L2 Y L3 14
10
10
1 Side horizontal 407 (IV)407 34 (IV 15) 118 15 123 1 35 Y 181.5 10 2 35 10 421
15
15
5.45
splayed terminals 13 13 Ø 13 317 (III)317 (III) 55 67 55 67 L1 L2 Y L3 14 165.5
55
55

67
67
383 383 44 2000A 14 14 34 74.5 14 158.5 158.5 N L1 15 Y L2 Y L3 15 2 4 130 90 130 1 3
44
14 14
7 7 44 44 10 Y Y 421 55 14 55 67 Y
165.567
2 Central horizontal 75 150 12 12 5 6 130 407 (IV) 130 1 3
60 1
60 1
90
=
=
splayed terminals 3 3 351 = 60 =60 = = 60 =60 = 2 13 4 317 (III) Y
Y
2
=
10
2000A = 60 = 60 = 15 4 10 4 366 383 44 331 331 14 14 44 60 Y 158.5 N L1 L2 L3 14
100 100 2 10
10
7
3 Side horizontal 165.5165.5 425 425 12 N 100 L1 L2 Y L3 = 45 = = 60 = = 45 = 407 (IV)
X 1
351 X351 X X X 124 124 X X X X 114 114 X X 130 130 130 130 X 3 14 13
8 8 splayed terminals 2 2 4 4 Y Y 2 1 3 1 3 3 = 60 = 407 (IV) 30 4 30 317 (III)
2500A 10 181.5 181.5 10 4 13 383 44 14 14 158.5
118 34
34
Ø 5.45 Ø 5.45 118 123 123 35 317 (III) 10 35 10 44 Y
4 Central horizontal 351 X X 383 X X L1 430 44 L1 Y L2 Y L2 124 L3 14 X 14 14 X 114 X 158.5 X 7 425 12
14 L3
splayed terminals 7 8 Y Y 44 15 Y 1 15 3
10 10 421 421 1 12 55 181.5 2 55
5
75 75 150 150 5 2500A 6 6 Ø 5.45 34 165.5165.5 123 3 67 10 67 10 4
118
2
351 351 5 Tightening torque 2 2 4 4 130 130 90 90 10 130 130 1 3 1 3 4
15 15 366 366 13 Y Y 10 Y 425
2000A 8.6Nm 10 425 X X 124 = 60 = X = X 60 = 114 X X
351
6 Tightening torque 34 351 75 X 74.5 150 N X 14 L1 L2 Y 5 L2 Y 124 L3 L3 X X 114 6 X 100 60 X = 60 = 8 181.5
N
L1
2500A 8.6Nm 8 351 366 34 (IV) 14 14 181.5 Ø 5.45 34 118 331 123
Ø
5.45
7 Door position - 15 13 13 407 (IV)407 118 123 165.5
430 430 317 (III)317 (III) 130 130 Y
X X 383 383 X X 44 Ref. page 7/20 14 14 158.5158.5 Y 10 2 4 1 3
44
14 14
7 7 8 Earthing device 44 44 10 75 150 5 Y Y 6 75 150 5 Y 6
1 1
12 Mobile part 3 3 351 12 12 430 351 L1 L2 Y L3 14
2 2
13 Fixed part 15 X 4 4 366 X 15 366
13 13 10 10 10 10 421
14 Segregation
14 14
34 34 74.5 74.5 425 425 165.5
X
124 124
351 351 X X X X (where envisaged) X X X 114 114 X X X X 130 90 130 1 3
8 8 2 4 Y
34 34 13 181.5181.5
Ø 5.45 5.45 118 118 123 123 X 14
Ø
430
34 X 74.5 430
Y Y X X N L1 Y L2 L3
10 10 6 6 14
75 75 150 150 5 5 407 (IV)
351 351 13 317 (III)
15 15 366 366 13 14 383 44 14 13 158.5
34 74.5 7 14 44 14 Y
1 34 74.5 3 12
2
10 4
430 430 10
X X X X 425
351 X X 124 X X 114 X X
8
34 123 181.5
13 13 Ø 5.45 118
14 14 Y
34 34 74.5 74.5
10
75 150 5 6
351
15 366
430
X X
13
14
34 74.5