1�3�B�1 Circuit Breaker, 1-, 2-, 3-, 4-Pole; 1�3�B�2 Signal Contact Ghg 622; 1�3�B�3 Auxiliary Contact Multi Pole Ghg 622; 1�3�B�4 Auxiliary Contact 1 Pole Ghg 622 - Eaton CROUSE-HINDS serie Betriebsanleitung

Contact arrangement -
Circuit breaker
1-pole
3-pole 4-pole
Contact arrangement
additional devices
Signal contact
Aux� contact
11
Aux� contact 1 pole
12
30
Explosion-protected distributions GHG 619
1.3.b.1 Circuit breaker, 1-, 2-, 3-, 4-pole
Rated voltage:
Rated current:
Rated switching capacity:
Module size:
Weight:
The technical data relates to standard built-in apparatus�
- If other built-in apparatus is used, the technical data sheets
or the data on the type label shall be observed�
Tripping characteristic of circuit breaker see last page�
2-pole
* Circuit breakers with signal contacts are built into component enclosures in the next size�
1.3.b.2 Signal contact GHG 622
7
Rated voltage:
Rated current:
Min� switching capacity:
Making/breaking capacity I
8
1.3.b.3 Auxiliary contact multi pole GHG 622
S
Rated voltage:
Rated current:
Min� switching capacity:
Making/breaking capacity I
H
1.3.b.4 Auxiliary contact 1 pole GHG 622
H
13
Rated voltage:
Rated current:
Min� switching capacity:
14
Making/breaking capacity I
Main contakt up to 400 V AC
Main contakt 0,5 A up to 63 A
6 kA, 10 kA (depend on variations)
1
0,60 kg
approx�
1-pole *
Series A
up to 230 V
5 A
5 mA at 24 V
/U (EN62019):
e e
AC 13 --
1 A / 400 V
AC 14
2 A / 230 V
AC 15
1 A / 220 V
DC 12
1,5 A / 110 V
2 A /
DC 13
4 A /
Series A
up to 400 V
5 A
8 mA at 12 V
4 mA at 24 V
/U (EN62019):
e e
AC 13 -
1 A / 400 V
AC 14
2 A / 230 V
AC 15 -
1 A / 220 V
DC 12
1�5 A / 110 V
2 A /
DC 13
4 A /
Series A
up to 230 V
2 A
8 mA at 12 V
4 mA at 24 V
/U (EN62019):
e e
AC 14 2 A / 230 V
1 A /
DC 12
2 A /
1 A /
DC 13
2 A /
2 3 4
0,90 kg 1,20 kg 1,60 kg
2-pole * 3-pole * 4-pole
Series E
up to 250 V
4 A
10 mA at 5 V
3 A / 250 V
3 A / 250 V
0,5 A / 110 V
60 V
--
24 V
Series E
up to 250 V
4 A
10 mA at 5 V
3 A / 250 V
-
3 A / 250 V
0�5 A / 110 V
60 V
-
24 V
50 V
30 V
50 V
30 V
GB