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4.2 - Installing the rear fixing bracket with inward opening
The fixing position of the rear bracket is determined according to the
graph (Fig. 4).
Important: installations where the values of "A" and "B" (Fig. 4) are
as similar to each other as possible are preferred (l.o.= optimal line).
Identify dimension C found and trace a horizontal line that
determines the value of dimension B (*) as shown in the example
of fig. 4b; the meeting point with line "l.o." (optimal line) determines
the value of the angle of maximum opening; from this point, trace
4.3 - Installing the front fixing bracket with inward opening
The front bracket must be fixed to the door according to dimension
"E" of Table 1 (Fig.5). Note: If you mount the closing limit switch,
reduce the value "E" of 40 mm.
4.4 - Installing the rear fixing bracket with outward opening
The PFIXF accessory is required for outward opening. Measure
distance "C1". If distance "C1" is 130 mm or less, refer to Fig. 5.1A;
if it is more than 130 mm, refer to Fig 5.1B.
To establish distance "B1" draw a horizontal line from the value of
4.5 - Installing the front fixing bracket with outward opening
The front bracket must be fixed to the leaf in accordance with distances
4.6 - Installing the gear motor
Open the release door and remove the 2 screws that secure the rear
cover (Fig. 8A).
Remove the top cover first sliding it slightly backward (Fig. 8A)
Place the gear motor against the rear bracket and insert the fixing
screw (Fig. 8B).
4.7 - Electrical connections
Loosen the cable gland and insert the power cord (Fig.11).
connect the wires of the power cable to the terminal block
according to the wiring diagram (Fig.12.1/12.2).
4.8 - Setting of the mechanical stop while opening
Release the gear motor (Fig.9).
Loosen the screw on the mechanical limit switch until it is able to slide.
Open the door manually to the point of desired opening.
Bring the mechanical stop up to pin of the slide bracket and secure
it with the screw (Fig.10).
Screw the cable gland.
Replace the top cover, first sliding it slightly forward.
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a vertical line as shown in the example of fig. 4b to determine the
value of dimension A.
If the angle found does not correspond to the requirements, adapt
dimension A and if necessary dimension B, so they are similar.
(*) Do not use values of dimension B below the line "l.s."
If necessary, cut the rear bracket (Fig. 7) to obtain the value "B", then
screw the fixing bracket to the wall.
Secure the bracket to the wall using screws or bolts (not included).
The front bracket must be fixed as the same height as the rear
bracket (Fig.7).
distance "C1" (Fig.4.1); the point where the areas of the graph meet
provides the possible values of point "A1".
After fastening the rear fixing bracket to the wall, screw on the
optional brackets PFIXF as shown in Fig. 5.1A or Fig. 5.1B.
"E1" (Tab.2, Fig.5.1) and must be fixed at the same height as the rear
bracket (Fig.8).
Insert the pin of the sliding bracket into the bush of the front bracket
and secure it with the screw and washer provided (Fig. 8C).
Tighten without applying too much force, using the nut and washer
of the screw of the rear bracket fitted earlier (Fig. 8D).
Screw the cable gland.
Replace the top cover, first sliding it slightly forward.
Open the door and tighten the 2 screws that secure the rear cover.
Open the door and tighten the 2 screws that secure the rear cover.
If you need to also adjust the mechanical stop in closing (optional),
repeat the same procedure, this time manually bringing the door to
the point of closure you want.
N.B. The working travel stroke is reduced by 40 mm for every stop
installed.
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