56
EN
Assembly
Electrical connection
Evaluation contacts
The lock has a switched output, which can be used to indicate the open position and provide feedback for
electric door drive units when motorised opening is employed.
Closed-circuit current or operating current
At the factory, the lock is set to use the operating current principle: the lock is locked when in a de-ener-
gised state. In connection with the evaluation control system or the buffer condenser, the lock can also be
operated on the closed-circuit principle.
Routing and connecting cables
The connection cable must be routed from the lock side to the hinge side in the door leaf . The cable must
then be routed from the door leaf to the door frame.
1
Route the connection cable in accordance with the following instructions:
·
ASSA ABLOY (Schweiz) AG
recommends routing the cable inside the door leaf in a suitable conduit
with an inside diameter of at least 6 mm.
· Do not kink the conduit and make any required bends as wide as possible.
· To avoid damaging the cable, only route the cable around rounded corners.
· Install a flexible cable transition for the transition from door leaf to frame. Connect the cable transi-
tion firmly to the door leaf and frame on both sides (for connection information, refer to the cable
transition instructions).
2
Connect the lock in accordance with connection diagram (Fig. 10) or (Fig. 11) and with the instruc-
tions
for the evaluation control system
.
3
Check that the following electrical data of the lock and the power supply correspond:
· The power supply unit must have the appropriate power output (at 24 V DC, 350 mA, 1 s maximum
pulse length of the starting current).
· As the power from the power supply unit is transported directly to the lock or to the
evaluation
control system
, the output power of the controlling device is of no importance (controlled by an
isolated contact).
· Always consider voltage losses via the connection cable to ensure that the lock works reliably.
Summary of Contents for MSL 25544PE-SV
Page 19: ...19 Montage DE Abb 6 Sachschaden vermeiden 1 2 1 2 max 150 N ...
Page 23: ...23 Montage DE Schloss manuell prüfen Abb 9 Manuelle Funktionsprüfung 1 2 3 4 5 ...
Page 51: ...51 Assembly EN Fig 6 Prevent material damage 1 2 1 2 max 150 N ...
Page 55: ...55 Assembly EN Checking the lock manually Fig 9 Manual function testing 1 2 3 4 5 ...
Page 83: ...83 Montage FR Fig 6 Éviter les dommages matériels 1 2 1 2 max 150 N ...
Page 87: ...87 Montage FR Contrôle manuel de la serrure Fig 9 Contrôle fonctionnel manuel 1 2 3 4 5 ...
Page 115: ...115 Montaggio IT Fig 6 Evitare danni materiali 1 2 1 2 max 150 N ...
Page 130: ...130 IT Problema causa soluzione ...
