RAIDER
2000
-
20
-
OPERATOR FOR SWING GATES
English
Front operator placement
3.3
• Close the gate.
• Release the operator by turning the release key through
180°
(see par.5.1)
. Ensure that the operator is at the closing
mechanical limit stop.
• Grease the operator lower pin
(
fi
g.13-ref.A
)
and insert it in
the hole of the frontal coupling to be
fi
xed to the gate
.
Then
secure the parts using the supplied
fl
anged nut
ref.B
.
• Slide the front mounting by hand as far as the stroke limiter
at the end of the operator.
• Using a spirit level on the casing, level the operator
(
fi
g.14)
.
IMPORTANT: The maximum permitted angle variation caused by
gate movements or installation tolerances is ± 3°.
• Secure the operator to the gate with the front mounting
using the screws as shown in
fi
g.14
.
IMPORTANT: The front mounting must be PARALLEL to the
operator.
Checking the mechanical installation
3.4
• Check that the operator can move freely without friction
and without touching the wing or the pillar. Check by opening
and closing the wing with the operator released. Check the
opening angle.
• Once you have made the check, lock the operator by
turning the release key through 180° and closing the gate
(see par. 5.1). WARNING: Move the gate slowly. Do not push,
pull or force it.
Adjustment of mechanical limit stops
3.5
If the gate does not have a mechanical stop
fi
xed
to the ground, you must adjust opening and closing
mechanical limit stops.
• With the gate closed, move the closing mechanical limit
stop up to the plastic block
(
fi
g.16)
and secure it in this
position.
• Open the gate to MAX 90° (if necessary release the
operator: see
par. 5.1)
. Move the opening limit stop up to the
plastic block
(
fi
g.17)
and secure it in this position.
Fig.14
To secure the mounting to the gate, use four
Ø 6.5mm self-tapping screws if you are securing the
mounting to a steel pro
fi
le (NOT supplied); use four
M8 through bolts and nuts if you are securing the
mounting to wood, PVC or very thin sheet metal
(NOT supplied).
IMPOR
TANT
: The operator must be
horizontal
(±3°).
Fig.17
Fig.13
A
B
180
°
Fig.15
Fig.16