Cegard/Lift Lx With Latch Contactor; Cegard/Lift Ly With Latch Voltage Rectifier; Connection Diagram - Cedes cegard Lift LX Mode D'emploi

cegard/Lift LX/LY
5.1.

cegard/Lift LX with latch contactor

The LX version is fitted with a standard contactor with positive-action contacts, allowing the connection of larger
latch motors or latch solenoids. The following circuit diagram clearly illustrates the connection:
Plug-in system controller
Check 1 Riegel
K3
Check 2 Riegel
K4
Riegel Out
K27
Riegel Out
K26
P
K32
N
K33
PE
K34
Figure 11: Latch contactor cegard/Lift LX
5.2.

cegard/Lift LY with latch voltage rectifier

The LY version is fitted with a standard rectifier, allowing the connection of direct current latch motors or latch
solenoids (from 180 VDC). The following circuit diagram clearly illustrates the connection:
The connection is supplied at terminals K40, K42 with 230 VAC 50 Hz mains power. A DC latch solenoid not exceeding 2 A power input can
be actuated at the rectifier outputs (+/-).
Plug-in system controller
Check 1 Riegel
K3
Check 2 Riegel
K4
Riegel Out
K27
Riegel Out
K26
P K32
K33
N
PE
K34
Figure 12: Latch voltage rectifier cegard/Lift LY
14
5
6
4
A1 21
A2 22
yellow-green
~
~
~
4
~
2
1
3
B&W
yellowgreen
Installation and Operation Manual
The connection is supplied at terminals K40, K42 with 230 VAC 50Hz mains power.
Connector
clamps
B&W
K44
1 3 5
2 4 6
B&W
K45
2
K40
1
K41
3
N
K42
B&W
K43
PE
Voltage rectifier
+
+
-
-
Connector clamps
P
K40
K41
N
K42
K43
PE
www.cedes.com
A latch signal up to 16 A / 380 VAC can be con-
nected to terminals K44 und K45.
A 3-phase motor (3*380) can also be actuated
with little rewiring!

Connection diagram:

P
Both bypassing jumpers should be removed if
another latch voltage is desired. The required
voltage can be supplied from K40 and K43.
Connection diagram:
Short-circuit jumpers
© CEDES/October 2008