8
SESAMO
DUALCORE
The
RD100
automated system (in addition to the parts from A to F and from K to P) consists
of the following parts (ref. Fig. 5/A):
Q-
emergency battery
R-
Master gearmotor with encoder - type 63x55
S-
Master control unit
T-
bistable electro lock (optional)
U-
Slave control unit
V-
Slave gearmotor with encoder - type 63x55, including belt tensioning
CASE WALL FIXING
DANGER: the phases of installation and fixing of the automated system involves the
movement of heavy parts and tools at heights greater than 2 or 3 meters. Accidental
falling of the heavy tools and parts presents a high risk to personnel and objects in the
vicinity. To reduce this risk, before performing the installation or maintenance, cordon off
a safe zone around the working area and prohibit access to any personnel not involved in
the operation and remove any objects that may be damaged. To reduce the risk to the
personnel in charge of the operations, the personnel must wear personal protective
equipment, in particular a helmet, safety shoes and cut-resistant gloves.
Remove the screws then remove the cover following the sequence shown in fig.7.
Remove the carriages following the procedure below:
-
disconnect the belt attachment bracket from the carriage ref.A fig.11 by undoing screws
C.
-
loosen the screw of the anti-derailing roller ref.D fig.9 and lower it fully.
-
remove the carriage
To make it easier to fix the case to the wall, the internal components can be moved or
removed by undoing the screws that attach it to the screw channel on the roof of the
automated system, as shown in Fig.6.
WARNING: before moving or removing the internal components, note their positions
or trace markers on the case so that they are reinstalled in the correct positions.
Inspect the surface to which the case will be fixed. If the surface is not sufficiently smooth,
level it using spacers. The automated device crossbeam can be deformed if fixed on a too
irregular surface.
Ensure that the structure to which the case and subsequently the sliding leaves will be fixed
is strong enough and well anchored to the building.
Fix the case to the support via the hexagonal screws M8, of a suitable length, through the
eyelets provided (fig.8). Ensure the screws and washers are suitable for use with the material
of the structure to which the case is being fixed.
Summary of Contents for DUALCORE LH100
Page 1: ...LH100 LH140 RD100 ENGLISH AUTOMATED SYSTEMS FOR SLIDING DOORS INSTALLATION MANUAL ...
Page 44: ...44 SESAMO DUALCORE Fig A Fig B ...
Page 45: ...45 SESAMO DUALCORE Fig 1 ...
Page 46: ...46 SESAMO DUALCORE Fig 2 ...
Page 47: ...47 SESAMO DUALCORE Fig 3 ...
Page 48: ...48 SESAMO DUALCORE WARNING Exit way ONLY for RD100 Fig 4 ...
Page 49: ...49 SESAMO DUALCORE Fig 5 ...
Page 50: ...50 SESAMO DUALCORE Fig 5 A ...
Page 51: ...51 SESAMO DUALCORE Fig 6 Fig 7 ...
Page 52: ...52 SESAMO DUALCORE Fig 8 Fig 9 ...
Page 53: ...53 SESAMO DUALCORE Fig 9a Fig 10 ...
Page 54: ...54 SESAMO DUALCORE Fig 11 Fig 12 ...
Page 55: ...55 SESAMO DUALCORE Fig 13 Fig 14 Fig 15 ...
Page 56: ...56 SESAMO DUALCORE Fig 16 Fig 16a ...
Page 57: ...57 SESAMO DUALCORE Fig 17 Fig 17a ...
Page 58: ...58 SESAMO DUALCORE Fig 18 Fig 19 Fig 20 ...
Page 59: ...59 SESAMO DUALCORE Fig 21 Fuses 6 3A T J ...
Page 60: ...60 SESAMO DUALCORE Fig 22 ...
Page 61: ...61 SESAMO DUALCORE Fig 23 1 Fig 23 2 ...
Page 62: ...62 SESAMO DUALCORE Fig 24 PARAMETER 30 1 ...
Page 63: ...63 SESAMO DUALCORE Fig 25 PARAMETER 30 1 Exit way ...
Page 64: ...64 SESAMO DUALCORE Fig 25 A ...
Page 65: ...65 SESAMO DUALCORE Fig 26 ...
Page 66: ...66 SESAMO DUALCORE Fig 27 PARAMETER 31 1 ...
Page 67: ...67 SESAMO DUALCORE Fig 28 PARAMETER 31 0 ...
Page 68: ...68 SESAMO DUALCORE Fig 29 ...
Page 69: ...69 SESAMO DUALCORE Fig 30 Fig 31 ...
Page 71: ...71 SESAMO DUALCORE Fig 33 ...
Page 72: ...72 SESAMO DUALCORE Fig 34 ...
