Page 197 - Sace Emax 2 Catalogue

1 35 12 1 20 2 35 12 2 50 10 1 35 12 1 20 2 35 12 2 50 10
33 45 33 45 33 45 33 45
DIMENSIONS 8/39
Ø 13 Ø 13
Ø 13 10 Ø 13 10
= 80 = = 70 = = 80 = = 80 = = 70 = = 80 =
= 80 = = 80 =
1 817 1 817
252 Y 252 252 Y 252
3 63 3 63
III 12 III 12
L1 L2 Y L3 L1 L2 Y L3 1 2
943 943
1 1
383 22 189 252 252 12 383 22 189 252 252 12
3 Y 63 3 Y 63
5 12 5 12
IV IV
1 N L1 Y L2 L3 1 N L1 Y L2 L3
2 817 2 817
2 252 252 2 252 252
6 63 6 63
X X 184 4 Y X X 184 4 Y 1 35 12 20 2 35 12 50 10
III 12 III 12
Vertical rear terminals – VR L1 L2 L3 45 45
113 Y 113 Y 33 33
L1
L2
L3
34 943 34 943 Ø 13
10 2 189 252 252 10 2 189 252 252 Ø 13 10
75 150 3 63 75 12 150 3 63 = 80 = 12 = 70 = = 80 = = 80 =
E6.2 H/V 6300A 351 4 4 Y 351 E6.2 H/V 4000-5000A Y E6.2 H/V 6300A 1 817
4
4
E6.2 X 4000...6300A 366 IV 366 IV E6.2 X 4000...6300A 3 252 63 Y 252
N L1 Y L2 L3 N L1 Y L2 L3 12
III
L1 L2 Y L3
929 (IV) 929 (IV) 943
464.5(IV) 464.5(IV) 1
383 22 383 22 383 22 189 252 252 12
13 803 (III) 13 803 (III) 3 Y 63
5 12 11 10 338.5(III) 5 12 11 10 338.5(III) 5 12
Y Y IV
1 1 1 N L1 Y L2 L3
2 2 2 817
2 252 252
6 425 6 6 425 63
X X X X 134 X X X X X X 134 X X X X 184 4 Y
1 2 12
181.5 181.5 III
113 113 113 Y
L1 L2 L3
13 Y 13 Y 943
10 34 882 (IV) 10 34 882 (IV) 34 2 189 252 252
10
34 74.5 75 150 756 (III) 34 74.5 75 150 756 (III) 75 150 12
351 3 315 (III) 351 3 315 (III) 351 3 4 Y 63
6 MESSA A TERRA 366 4 441 (IV) 50 6 MESSA A TERRA 366 4 441 (IV) 366 50 4 IV
9 1 9 2
Ø...MAX Ø...MAX N L1 Y L2 L3
363 (III) 237(III) 75 20 2 35 363 (III) 237(III) 75
35
50
8 63 (III) 1 12 = 8 12 63 (III) = 929 (IV)
10
150 150 464.5(IV)
10
Ø
E6.2 H/V 4000-5000A 33 45 = 33 45 Ø 10 13 = 383 22 803 (III)
7 375 (IV) Ø 13 375 (IV) 1 7 Ø 13 10 2 375 (IV) 375 (IV) 5 12 11 10 Y 338.5(III)
= 80 = = 70 = = 80 = = 80 = 1
1 817 2
1 35 12 20 3 2 35 252 63 12 Y 252 50 10 6 1 2
III 12 X X X X 134 X X 425
33 45 L1 L2 Y 33 45 L3
943 113 181.5
Ø 13 1
383 = 80 = 22 = 70 = 3 Ø 13 189 = 80 = 252 63 252 10 = 80 = 12 13 Y
882 (IV)
51 12 35 12 20 1 2 817 Y 35 12 50 34 74.5 10 34 756 (III)
IV 252 Y 252 10 75 150 3 315 (III)
1 33 3 N L1 63 Y L2 33 L3 6 MESSA A TERRA 351 4 441 (IV)
366
2 45 III 817 45 12 50
Ø 13 2 L1 252 L2 Y 252 L3 1 35 12 20 9 2 35 50
6 = 80 = = 70 = Ø 13 943 = 63 80 = 10 Ø...MAX 363 (III) 237(III) 12 10
X X 184 1 4 Y = 80 = 75
383 22 1 189 252 252 817 12 12 8 63 (III) =
33
3 III Y 252 63 33 45 150 45
5 12 113 3 L1 63 L2 Y Y 252 L3 Ø 10 =
IV 943 12 Ø 13 Ø 13 10
80 =
1 10 1 34 2 2 III N L1 189 L1 Y 252 L2 L2 Y 252 L3 L3 = 80 = 7 = 70 = 375 (IV) 375 = (IV) = 80 =
75
150
E6.2 H/V 6300A 2 3 2 4 1 189 252 817 943 252 63 252 12 1 817
351
Y
6
252
366 383
E6.2 X 4000...6300A 184 22 4 4 IV 3 63 Y Y 63 12 3 252 63 Y 252
X
X
5 12 1 III N L1 Y L2 L3 12 2 12
113 1 IV N L1 L1 L2 Y Y L2 L3 L3 III L1 L2 Y L3
2 943 929 (IV) 817 943
34 1 2
10 383 2 22 2 189 252 252 252 464.5(IV) 1 189 252 252
252
75 150 6 803 (III) 63 63 12 383 22 63 12
Y
1 35 12 20 13 X 351 2 35 3 X 12 184 5 12 50 10 4 4 11 10 Y 338.5(III) 3 Y
366 4 Y 12 5 12
IV III
33 33 113 1 Y IV
45 45 2 N L1 L1 Y L2 L2 L3 L3 1 N L1 Y L2 L3
35
Ø 13 Ø 13 1 35 34 12 10 20 2 943 12 50 10 2 08 817
252
= 80 = = 70 = 10 = 80 = 6 2 189 929 (IV) 252
1 X 75 150 X 3 X 3 = 80 = X 134 X 63 X 425 2 252 252
12
1 351 817 383 33 45 22 4 803 (III) Y 464.5(IV) 33 45 X 6 4 63 Y
3 13 Ø 13 366 252 63 Y 252 4 5 12 113 IV 11 10 338.5(III) 181.5 X 184 12
12
= 80 = = 70 = 35 N Ø 13 L1 Y = 80 Y = L2 20 L3 10 2 35 50 III
III 13 1 12 Y = 80 = 12 113 10 Y
L1 L2 Y 10 L3 1 34 1 882 (IV) 817 L1 L2 L3
2 34 74.5 943 4 75 150 2 3 756 (III) 929 (IV) Y 252 943
252
1 351 3 33 45 63 315 (III) 464.5(IV) 33 34 45
383 22 189 6 252 252 6 366 383 12 22 4 441 (IV) 425 5012 10 2 189 252 252
MESSA A TERRA
3 X 13 X X 63 X 134 X III 803 (III) X 75 150 12
80 =
5 = 12 2 Y 35 5 20 12 Ø 13 9 11 10 L2 338.5(III) L3 Ø 13 351 = 3 10 4 Y 63
Y
L1
1 35 20 IV Ø...MAX 15 = 80 = 943 Y = 70 = 181.5 = 80 366 4 = 80 =
75
15 1 N L1 383 Y L2 22 55 L3 113 1 1 189 363 (III) 252 237(III) 252 1 = 12 817 IV
13
2 55 E6.2 H/V 6300A LVR 8 67 2 3 63 (III) Y 63 N L1 Y L2 L3
817
— 67 2 5 252 12 10 252 34 882 (IV) Y 150 252 Y 252
3 =
6 Key 34 74.5 63 75 150 6 IV Ø 10 756 (III) 425 63
X X 184 4 X = X 80 = Y X 1 351 = 70 = 3 X 134 X N L1 315 (III) III X 12
Y
1 80 Vertical terminals 6 MESSA A TERRA 7 366 12 4 375 (IV) L2 441 (IV) (IV) L3 929 (IV)
70 =
=
375
124 4000-5000A III Y 2 9 113 2 1 817 50 181.5 L1 L2 Y L3 2 383 22 464.5(IV)
113
2 Vertical terminals L1 6 Ø...MAX L2 L3 = 50 = 10 4 252 63 252 1 13 943 803 (III)
50 =
=
Y
3 = 80 = 6300A 10 13 X 943 35 X 184 10 383 363 (III) 237(III) Y 75 189 252 252 5 12 12 11 10 338.5(III)
22
10
10 35 34 10 2 189 252 8 252 34 63 (III) 882 (IV) 3 = 12 Y 63 Y
75 150 3 Tightening torque 34 74.5 63 15 75 150 12 5 3 12 III 756 (III) 150
3
Y
351 15 4000-5000A 20Nm 4 Y 113 55 351 Ø 10 L1 L2 315 (III) L3 IV = 1
366 4 55 67 6 67 MESSA A TERRA 366 4 943 441 (IV) 50 Y 2
4 Tightening torque IV 10 7 34 9 2 1 189 252 252 N L1 L2 L3
2
6300A 20Nm N 75 L1 150 Y Ø...MAX 3 L3 375 (IV) 375 (IV) 63 12 817 6 425
L2
5 80 Door position - 80 = 351 = 80 = = 80 = 4 363 (III) Y 237(III) 2 75 X 252 X 252 X X 134 X X
=
124 Ref. page 7/20 366 929 (IV) 8 4 6 IV 63 (III) = 63 Y
464.5(IV) X X 184 4 150 181.5
383
6 Earthing device 22 170 170 1 35 N Ø 10 L1 Y L2 20 L3 = 2 35 50 12 113
13 10 Mobile part 12 2 4 11 10 803 (III) 1 3 338.5(III) 12 III 12 10 Y
5
11 Fixed part Y Y 7 113 33 375 (IV) 929 (IV) 375 (IV) 13 L1 L2 Y 33 10 L3 34 882 (IV)
12 Segregation 1 383 22 34 45 464.5(IV) 34 74.5 943 45 75 150 3 756 (III)
III
(where envisaged) 2 13 10 Ø 13 803 (III) 2 189 252 252 351 315 (III)
L1 L2 L3 5 12 75 150 11 10 338.5(III) Ø 13 6 MESSA A TERRA 10 366 12 4 441 (IV)
6 Y 425 = 80 = 3 Y = 70 = 4 = 80 = 63 = 80 = 50
Y
X X X 170 X 134 126 X 170 X 351 1 4 9
366
2 4 181.5 2 IV 1 252 817 Ø...MAX
252
113 Y 1 3 3 N L1 Y 63 L2 Y L3 363 (III) 237(III) 75
6 8 =
13 X Y X X X 134 X III X 425 12 63 (III) 150
10 IV 34 882 (IV)
L2
34 74.5 75 150 N 3 L1 L2 L3 756 (III) 181.5 L1 929 (IV) Y L3 Ø 10 =
351 Y 315 (III) 113 943 464.5(IV)
6 MESSA A TERRA 366 4 441 (IV) 383 22 1 189 803 (III) 252 7
252
13 13 50 383 22 Y 12 375 (IV) 375 (IV)
882 (IV)
9 10 34 5 12 (III) 3 11 10 Y 63 338.5(III)
Ø...MAX 34 510 (IV) 74.5 237(III) 75 150 75 5 3 12 756 315 (III) Y
363 (III)
384 (III)
1 IV
13 12 8 12 6276 MESSA A TERRA 351 = 4 441 (IV)
366
270 63 (III) 1 50 N L1 Y L2 L3
138 150 9 2
Ø 10 = 2
1 3 40 Y Ø...MAX 363 (III) 237(III) 2 75 252 817 252
6
2 7 4 375 (IV) 8 375 (IV) X 6 X X 63 (III) X 134 X = 63 X 425
X X 184 4 150 Y
20 500 10 Ø 10 = 181.5 12
55 55 113 III
331 7 113 Y
325 X X X X X X 13 375 (IV) 375 (IV) L1 Y L2 L3
114 114 34 882 (IV)
943
8 34 74.5 10 34 756 (III)
168.5 10 75 150 2 189 252 252
M 5 75 150 351 3 315 (III) 12
87 97 11 3 4 4 63 441 (IV)
24 6 351 MESSA A TERRA 4 366 Y 50
366
7 84 57 5 6 Y 9 IV
L1
150 23 69 Ø...MAX N 363 (III) Y L2 237(III) L3 75
48 MIN
88 MAX 8 63 (III) =
929 (IV) 150
Ø 10 464.5(IV) =
383 22
13 7 5 12 375 (IV) 803 (III) 338.5(III)
10
11
375 (IV)
Y
1
2
6 425
X X X X 134 X X
181.5
113
13 Y
10 34 882 (IV)
34 74.5 75 150 3 756 (III)
351 315 (III)
6 MESSA A TERRA 366 4 441 (IV) 50
9
Ø...MAX
363 (III) 237(III) 75
8 63 (III) =
150
Ø 10 =
7 375 (IV) 375 (IV)