Page 175 - Sace Emax 2 Catalogue

1
1
35
35
20
35
12
33
45
Ø
13
=
80 =
=
70 =
1 252 Ø 13 2 = 80 = 252 12 33 45 2 = 50 80 = 10 10 Ø 13 1 = 35 80 = 12 33 45 1 = 70 = 20 1 252 Ø 13 2 = 80 = 252 12 33 45 2 = 50 80 = 10 10
3 Y 63 3 Y 63
DIMENSIONS 8/17
III Y III Y
L1 L2 L3 L1 L2 L3
1 189 252 252 1 189 252 252
63 63
3 Y 3 Y
IV Y IV Y
N L1 L2 L3 N L1 L2 L3
2 252 252 2 252 252
4 Y 63 4 Y 63
III Y III Y
9 L1 L2 L3 9 L1 L2 L3
2 189 252 252 2 189 252 252
Vertical rear terminals – VR 4 Y 63
63
4
Y
E6.2 H/V/X 4000-6300A IV Y E6.2 H/V/X 4000...6300A IV Y
N L1 L2 L3 N L1 L2 L3
7 8 888 (IV) 7 8 888 (IV)
762 (III) 762 (III)
444 (IV) 444 (IV)
40 318 (III) 40 318 (III)
20 MIN Y 20 MIN Y
500 500
NO 325 X X 114 331 X X NO 325 X X 114 331 X X
OK Ø 10.5 OK Ø 10.5
24 M 5 168.5 24 M 5 168.5
97 97
1 1 2 2
Y Y
12 6 138 12 6 138
276 276
84 51 9 84 51 9
48 MIN 150 23 Ø 10.5 Y 48 MIN 150 23 Ø 10.5 Y
88 MAX 88 MAX
7 460 (IV) 7 = 460 (IV) =
150 150
8 Ø.. MAX 1 460 1 334 (III) 8 = 2 2 Ø.. MAX 460 334 (III) =
6 MESSA A TERRA Y 1 1 6 MESSA A TERRA 2 2 Y
35 35 20 20 35 35 50 50
12 12 1 12 2 12 10 10
33 33 33 33
45 45 45 45
E6.2 H/V/X 4000-5000A
Ø 13 Ø 13 Ø 13 Ø 13 10 10
= 80 = = 80 = = 70 = = 70 = = 80 = = 80 = = 80 = = 80 =
1 1 1 1 2 2
2
1 35 35 20 3 20 3 252 252 35 252 63 35 252 63 50 50 1 2
35 12 12 20 35 Y Y 12 50 12 10 10
12 12 10
33 33 33 33
45 45 III III Y Y 45 45
33 33
45 L1 L1 L2 L2 45 L3 L3
Ø 13 Ø 13 1 1 189 Ø 189 13 252 13Ø 252 252 252 10 10
Ø 13 = 80 = = 80 = = 70 = = 70 = Ø 13 = 80 = = 80 = 63 10 = 80 = = 80 =
63
= 80 = = 70 = 3 1 3 1 = 80 = Y Y = 80 =
1 1 1 IV 3 IV 3 252 252 252 252 63 Y Y 252 63 2 2 1 2
252
3 N N L1 Y L1 63 Y Y L2 L2 L3 L3 35 20 35 12 50 10
III 2 III 2 252 252 Y 252 Y 252 12
III 4 4 L1 L1 Y L2 L2 63 L3 L3 33 33
63
1 2 L1 L2 Y L3 Y 45 45
252
1 1 189 1 189 252 189 252 252 252 252
63 63 63 10
3 III 3 III 3 Y Y Y Y Y Ø 13 Ø 13
9 E6.2 H/V/X 4000-6300A L1 L1 2 L2 2L2 L3 L3 = 80 = = 70 = = 80 = = 80 =
9
1
1
20
35 35 IV IV 2 20 IV 2 189 189 Y 252 Y 35 252 Y 35 252 252 50 50 1 252 252
N N L1 N L1 L1 L2 L2 63 L3 L2 63
12 12 Y Y 12 12 L3 L3 10 10 63
2 4 2 2 4 252 252 252 252 252 3 Y
252
1 2 33 33 4 63 1 63 63 33 33
45 45 IV 4 IV 4 Y Y Y Y Y 45 45 2
35 20 35 50 III Y
12 Ø 13 Ø 13 12 7 7 10 III = III III N N L1 Ø 13 Y L1 Ø 13 888 (IV) L2 = 888 L2 L3 L3 10 10 08 L1 L2 L3
Y 80 = (IV)
=
33 45 1 9 9 9 = 80 = = 3 80 = 33 45 8 = 70 = 8 2 70 = L1 L1 L1 L2 762 (III) Y 80 = L3 L3 L3 = 80 = = 80 = 1 189 252 63 252
762 (III)
L2
L2
252
252
2 1 189 1 2 189 252 252 189 Y 252 63 252 252 444 (IV) 252 444 (IV) 3 Y
252
252
Ø 13 Ø 13 10 4 40 3 40 3 63 63 318 (III) 63 318 (III)
63
=
80 =
= 80 = = 70 = = 80 = 20 MIN 20 MIN 4 4 Y Y Y Y Y Y IV Y
1 IV Y
2 252 252 4 500 III IV 1 N IV L1 L2 Y Y Y Y L3 2 N L1 L2 L3
III
3 Y 63 500 35 20 35 50 2 252 252
7 8 N L1 N L1 L1 888 (IV) L1 L2 L2 L3 L3 L3 L3
L2
L2
NO 325 NO X 325 X X 114 X 331 X 331 X X X 12 10 63
114 1
252
252
762 (III) 252
= 80 = 2 35 7 7 8 20 8 1 189 12 189 888 (IV) 888 (IV) 252 4 Y
1 35 20 III OK Ø 10.5 OK Ø 10.5 Y M 15 5 M 5 3 3 762 (III) Y 762 (III) Y 63 63 168.5 168.5
444 (IV)
15 L1 L2 24 24 L3 97 40 97 33 45 318 (III) 444 (IV) 444 (IV) 33 45
55
20 MIN
67
— 55 67 1 E6.2 H/V/X 4000- 636300A LVR 40 40 Y 318 (III) 318 (III) III Y
252
189
252
Key 3 Y 20 MIN 20 MIN Ø 12 IV 13 IV 6 6 Y Y Y 138 Y Y Y 138 9 10 L1 L2 L3
12
1 Vertical termi- 84 84 51 51 = = N 80 = N L1 L1 276 L2 = 276 L2 L3 L3 9 9 Ø 13 = 80 = = 80 =
500
70 =
80 =
10.5
80 nals 5000A = 70 = IV NO 48 MIN = 48 MIN = 70 X 2 2 Ø 10.5 Ø 252 252 Y 252 Y 252 2 189 252 252
331
X Y
124 325 88 MAX 88 MAX 150 X 23150 114 23 500 500 X Y 63
2 Vertical termi- OK N Ø 10.5 L1 L2 L3 = 50 = 4 4 Y 1 63 Y 63 1 252 252 2 4
nals 6300A = 50 = 27 7 NO 325 24 X 252 325 X M 5 X 114 X 10 331 X 331 X 460 (IV) 168.5 X = = 63
X
NO
252
114
460 (IV)
3 = 80 = 10 35 10 97 3 150 150 Y Y
63
10
35 3 Tightening torque 4 OK Ø 10.5 OK Ø 10.5 Y Ø.. MAX Ø.. MAX 5M 15 12 III 460 Y 460 334 (III) 334 (III) 168.5 = 168.5 = IV
15 5000A 20Nm 8 8 24 24 M 5 97 97 6 III 138 Y Y N L1 L2 L3
55
4 Tightening torque 9 9 6 67 6 MESSA A TERRA A TERRA Ø 10.5 L1 L1 276 L2 Y Y L2 Y Y L3 III 9L3 Y 7 888 (IV)
84
51
MESSA
55
67
Y
6300A 20Nm III 48 MIN 150 23 122 122 6 189 6 189 Y 252 252 252 252 L1 L2 L3 8
138
88 MAX
138
9 L1 L2 L3 762 (III)
63
5 Door position - 84 8451 51 276 Y 276 Y 63 1 = 9 189 9 252 252
80 = 80 = 2 7 189 252 = 80 = 252 = 80 = 4 4 Ø 10.5 Ø 10.5 460 (IV) 444 (IV)
Ref. page 7/2 48 MIN 48 MIN 150 Y Y 150 63
124 88 MAX 63 88 MAX 15023 23 3 Y 40 318 (III)
Y
6 Earthing device - 4 8 Ø.. MAX IV 1 IV 460 334 (III) Y = 2 20 MIN Y
Y
Ref. page 7/3 7 170 7 170 6 MESSA A TERRA 35 460 460 (IV) = = 35 50
20 (IV)
Y L1
IV
7 Metallic sheet IV 2 4 Y Y 1 3 N N 460 12 L1 460 L2 334 (III) L2 334 (III) L3 L3 150 = 150 = Y 12 10
L2
8 Insulating sheet or 8 N 8 L1 Ø.. MAX Ø.. MAX 7 L3 7 8 8 888 (IV) 888 (IV) N L1 L2 L3 500
762 (III) 762 (III)
8
7 insulated metallic 6 888 (IV) MESSA A TERRA 33 2 NO 252 252 33
TERRA
6 MESSA A
III 45 Y Y 444 (IV) 444 (IV) 325 X 45 X 114 331 X X
sheet L1 L2 762 (III) 63
L3
Y 444 (IV) 40 40 318 (III) 318 4 (III) OK Ø 10.5 Y
20 MIN 20 MIN M 5 168.5
40 170 126 170 318 (III) Ø 13 Y Y 24 97 10
20 MIN Y = 80 = = 70 = Ø 13 = 80 = = 80 =
2 4 Y 1 3 III Y Y
9 500 500 1 12 6 138
500 L1 252 L2 252 84 L3 51 276 9
NO
IV NO 325 X 325 X X 114 X 331 X 331 X 2 3 X X 189 252 63 252 Ø 10.5 Y
114
NO 325 X X 114 N 331 X L1 OK Ø 10.5 L2 OK Ø 10.5 L3 X 48 MIN Y 150 23
88 MAX
OK Ø 10.5 Y 24 24 M 5 M 5 4 168.5 168.5 Y 63
24 M 5 168.5 97 97 7 =
97 III Y 460 (IV) 150
510 (IV) Y Y IV Y
12 6 Y 138 12 12 6 6 138 138 L1 L2 Ø.. MAX L3 460 334 (III) =
12 384 276 (III) 276 276 8 N 9 L1 L2 L3
13 12 84 51 276 84 8451 9 51 Ø 10.5 Ø 10.5 1 189 9 252 252
63
270 48 MIN Ø 10.5 48 MIN 48 MIN 150 15023 23 7 Y Y 6 MESSA A TERRA Y
Y
888 (IV)
88 MAX 150 23 88 MAX 138 88 MAX 8 3 Y
7 1 3 7 40 7 Y 460 (IV) = 460 (IV) 460 (IV) = = 762 (III)
2 4 150 40 IV 150 150 Y 444 (IV)
8 Ø.. MAX 10 8 8 460 Ø.. MAX 334 (III) = 460 460 20 MIN 334 (III) 334 (III) N = L1 = Y L2 318 (III) L3
Ø.. MAX
20 500
6 MESSA A TERRA 55 6 Y 6 MESSA A MESSA A TERRA 2 252 252
55
TERRA
331 Y Y
325 X X X X 114 X X 4 63
114 500 Y
8 168.5
M 5 NO 325 X X 114 331 X X
87 97 OK Ø 11 10.5 III Y
24 9 24 M 5 L1 L2 L3 168.5
7 84 57 5 6 Y 97 2 189 252 252
150 23 69 Y
48 MIN 12 6 Y 138 63
88 MAX 4 276
84 51 9
48 MIN 150 23 Ø 10.5 Y
88 MAX IV Y
7 N L1 L2 460 (IV) L3 =
7 8 888 (IV) 150
8 Ø.. MAX 460 762 (III) 334 (III) =
444 (IV)
6 MESSA A TERRA 40 Y 318 (III)
20 MIN Y
500
NO 325 X X 114 331 X X
OK Ø 10.5
24 M 5 168.5
97
Y
12 6 138
276
84 51 9
48 MIN 150 23 Ø 10.5 Y
88 MAX
7 460 (IV) =
150
8 Ø.. MAX 460 334 (III) =
6 MESSA A TERRA Y