Technical Data - hafele 941.15.000 Instrucciones De Montaje

1.

TECHNICAL DATA

EN
Power supply
Current consumption
Accessories power supply
Opening speed
Closing speed
Acquisition speed
Duty cycle
Max. run
Max. door weight
Ambient temperature
Degree of protection
2. REFERENCE TO ILLUSTRATIONS
The operating warranty and the specified performances can only be
achieved provided with accessories and safety devices by HÄFELE.
2.1 STANDARD INSTALLATION REFERENCES (Fig. 1)
[1] Control unit
[2] Geared motor
[3] Radar
[4] Emergency release
[5] Light barriers
[6] Programme switch
[7] Transformer
[8]
Connect the power supply to a type-approved omnipolar
switch with a contact opening gap of at least 3 mm (not
supplied by us).
The connection to the power supply must be carried out in an
independent duct separate from control connections and
safety device connections
2.2 AUTOMATION REFERENCES (Fig. 2)
[9] End stop
[10] Lock
[11] Battery
[12] Deflection unit
[13] Belt
[14] Running profile
3. INSTALLATION
Unless otherwise specified, all measurements are expressed in
millimetres (mm).
3.1 FIXING THE RUNNING TRACK
Fig. 3-4 shows the fixing height of the running track [14] in
accordance with the height of the wing:
HM = height of framed mobile wing;
HVM = height of glass on mobile wing (all-glass door wing);
-
Fasten running track by means of appropriate screws and wall
plugs (at least M6). The fixing points shall be set on the guide
track every 800 mm.
-
Verify that the rear of the running track is perpendicular to the
floor and not lengthwise deformed by the shape of the wall. If
the wall is not straight and smooth, a substructure must be
attached to which the running track can then be fastened.
14/44
1 wing
230V~50-60 Hz
0.5 A
24 V= / 0.3 A (192C) 0.5 A (EL16)
0,5 m/s (192C) 0.1-0,6 m/s (EL16) 0.35 m/s
(192C) 0.1-0.6 m/s (EL16) 0.1 m/s
S3 = 100%
3500 mm
100 kg
-10° C/ +50° C
IP20
The door must be of a heavy-duty construction and the glass must
be at least glued at the corners. The upper transom must be
reinforced on the inside by an iron profile, on which the suspensi-
on profile of the wing must be screwed on at several points. The
vertical profiles must also be reinforced on high and narrow wings
(Fig. 5) The all-glass door wing connector can only be used for
wings of tempered safety glass with a thickness of 10 or 12 mm. It
cannot be used for any other standard glass type or for laminated
glass.
It is attached with an aluminium profile and glass through-holes of
Ø 10 mm and Ø 15 mm. The number of holes and the related
distances of centres depends on the width of the door wing. It is
recommended to apply a thin silicone layer between the edge of
the glass and the end of the profile.
All-glass door wing references
[A]
[B]
[C]
[D]
[E]
3.4 DOOR WING INSTALLATION AND ADJUSTMENT
-
-
-
24 V= / 0.3 A (192C) 0.5 A (EL16)
1 m/s (192C) 0.2-1.2 m/s (EL16) 0.7 m/s
(192C) 0.2-1.2 m/s (EL16) 0.2 m/s
ATTENTION: The running track must be securely attached
to the wall and support the weight of the wings.
3.2 FRAMED MOBILE WING PREPARATION
3.3 ALL-GLASS DOOR WING PREPARATION
Square washer
Screw M6 TPS
Threaded sleeve
Nylon sleeve for 10 mm glass
Nylon sleeve for 12 mm glass
Mount the door wing to the runner by means of screws [J]. The
outer wheel of the runner may not project over the dimension of
the door wing.
Adjust the horizontal position of the wing,respecting the
measurements shown in figs. 6, 7 and 8 and set the adjustment
with the screws [J].
Loosen the screws [K], adjust the vertical position of the wing
with the screw [M] and set the adjustment with the screws [K].
Note: Check by manually moving the wing, if the door moves
without friction and all wheels contact the guide track.
If necessary, loosen the screws [J] and [K], adjust the runner on
the guide track and tighten the screws.
2 wings
230V~50-60 Hz
0.5 A
S3 = 100%
3500 mm
140 kg
-10° C/ +50° C
IP20