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Check for full
functionality
Fig. 8 :
Bolt is free of transverse
loads (F
)
Q
1
Strike plate
2
Bolt
3
Faceplate
X
minimum 2 mm
A
EN
52
Check the lock
1
Check all lock functions.
2
Check whether the latch and trip latch of the lock are pushed back from the same impact edge when
closing the door ("Profiles with thermal separation", page 52).
3
Check whether all bolts can move in and out freely without any transverse load after assembly (Fig. 8).
The lock is now completely assembled and checked for correct operation.
X
Profiles with thermal separation
At tention!
Lack of finishing can lead to product malfunction: When using profiles with thermal separation, the
components listed below must be finished with additional work.
Aluminium stop edges can lead to destruction: Aluminium abrasion can destroy the lock or strike plate.
Finishing profile webs
When closing the door, the latch and trip latch must slide over a flat surface ("Self-locking function",
page 43). Some door frames, such as those with thermal separation, may feature a profile web that
interferes with the sliding surface. This profile web must be removed in the area of the latch and trip latch.
ASSA ABLOY (Schweiz) AG recommends using a strike plate with a tab aperture to create a flat sliding
surface
1
Cover existing profile grooves or other uneven areas.
2
Remove the webs. The profile web in the latch area must be removed down to the mounting level.
3
When closing the door, check whether the latch and trip latch can slide unhindered over a flat surface
into the closing position.
The profile webs are smooth and the locking function is guaranteed.
F
= 0
Q
N
F
= 0
Q
N
1
2
3
Assembly
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