6LE007315Ab
3
HXA021H
AX contact
230 Vac
HXA014H
UV coil
230 Vac
4
2
1
1
HXA021H
AX contact
230 Vac
2
4
1
HXA024H
AL contact
230 Vac
2
4
HXA014H
UV coil
230 Vac
1
2
L1
L2
L3
N
L1
L2
L3
N
230/400 V
230/400 V
mechanical
interlock
HX
x
042H
MCCB 1
MCCB 2
P1 OFF ON C P2 E
Motor 1
230 Vac
supply
electrical
interlock
11 14 12
21 24 22
31 34 32
41 44 42
51 54 52
61 64 62
71 72 73 74 75 76 70 82 81
OUT 1
OUT 2
OUT 3
OUT 4
OUT 5
OUT 6
USB
IN1 IN2 IN3 IN4 IN5 IN6 COM + -
INPUTS
N
SOURCE 1
L3
L2 L1
N
SOURCE 2
L3
L2 L1
RS485
NC - +
HX
x
042H
P1 OFF ON C P2 E
Motor 2
230 Vac
supply
emergency
stop
1 A
1 A
ESC427
ESC427
ESC427
ESC126
6 A
6 A
HZI855 with MCCB
for network / network application type
HXA021H
AX contact
230 Vac
HXA014H
UV coil
230 Vac
4
2
1
1
HXA021H
AX contact
230 Vac
2
4
1
HXA024H
AL contact
230 Vac
2
4
HXA014H
UV coil
230 Vac
1
2
L1
L2
L3
N
L1
L2
L3
N
230/400 V
230/400 V
mechanical
interlock
HX
x
042H
MCCB 1
MCCB 2
P1 OFF ON C P2 E
Motor 1
230 Vac
supply
electrical
interlock
11 14 12
21 24 22
31 34 32
41 44 42
51 54 52
61 64 62
71 72 73 74 75 76 70 82 81
OUT 1
OUT 2
OUT 3
OUT 4
OUT 5
OUT 6
USB
IN1 IN2 IN3 IN4 IN5 IN6 COM + -
INPUTS
N
SOURCE 1
L3
L2 L1
N
SOURCE 2
L3
L2 L1
RS485
NC - +
HX
x
042H
P1 OFF ON C P2 E
Motor 2
230 Vac
supply
emergency
stop
1 A
1 A
ESC427
ESC427
GE
Start
6 A
6 A
HZI855 with MCCB
for network / genset application type
Note: indicated references are used for MCCB x250/P250 and x630/P630.
Default configuration for Inputs and Outputs for "Breaker" mode:
IN1: Breaker 1 is in position ON
IN2: Breaker 2 is in position ON
IN3: Breaker 1 is in position OFF
IN4: Breaker 2 is in position OFF
IN5: Breaker 1 is in position TRIP
IN6: Emergency stop
OUT1: Order to close Breaker 1
OUT2: Order to close Breaker 2
OUT3: Order to open Breaker 1
OUT4: Order to open Breaker 2
OUT5: NONE
OUT6: Order to start Genset
This configuration is defined with source I as the priority source.
This diagram covers most application cases, the inputs and outputs
are configured by default for this installation, the actions of the
controller will be:
- In the event of neutral loss from source I: the undervoltage coil
will trip the circuit breaker for source I making it unavailable (ALarm
contact on input 5) to switch to secondary source II.
- In the event of tripping via the emergency stop button: the
undervoltage coil will trip the circuit breaker of the source I making it
unavailable (ALarm contact on input 5) BUT the control ler will switch
to " total inhibition ”(input 6 activated), that is to say that the load will
no longer be supplied without manual intervention on the controller in
order to acknowledge this fault.
After acknowledgment, the controller will switch to priority source I if
available, otherwise to secondary source II.
