Preliminary Operations; Installation; Adjustment Of The Ends Of Stroke; Release From Inside - V2 ELETTRONICA Vega-C Manual De Instrucciones

PRELIMINARY OPERATIONS

Before installing VEGA-C ratiomotor, please check the following
basic points:
• The door structure must be stout and appropriate
• The door must open and close easily without any friction.
• The door must be properly balanced both before and after
its automation (carry out a balance weight adjustment, if
necessary).

INSTALLATION

VEGA-C ratiomotor is recommended for the automation of
counterweight balanced doors up to 9 m
1. Identify the axis of door arm
will be the axis of rotation of the VEGA-C actuator torque
α α
shaft), parallel as to and placed 100 mm down (fig. 1).
2. Place VEGA-C in the middle of the sliding door and fix the
longitudinal member fastening points. Separate the
ratiomotor from the longitudinal member by unscrewing the
two bolts, then fasten the longitudinal member to the door
and assembly the ratiomotor again.
3. Fasten the anchoring bracket of the telescopic arm (code
VE13) on the door upper cross member or on the wall (fig 2).
4. Fasten the telescopic arm (code VE1) on the anchoring
bracket by means of the proper pins and "seeger" (code
VE13).
WARNING: the telescopic arm must be assembled in
such a way as to pass between the door case and the door
arm without any friction. In case this is not possible due to the
lack of space, make use of the special curve arms (Code VE2).
5. Enter the drive tube equipped with a bush into the drive
shaft and enter the bracket by means of the special plastic
bushing (code VE14) into the other tube end (Fig. 3).
6. Check that the tube is perfectly horizontal and
perpendicular
as to the telescopic arm, then cut the part of exceeding
tube (Fig. 4).
7. Drive the door to its max. opening position and cut the
upper part of the telescopic arm so that there is a
100-mm lower part projection by the upper side (Fig. 5).
Drive the door to its closing position and cut the telescopic
arm lower part so that the
8. By keeping the door closed, weld the tube base to the
lower part free end of the telescopic arm (Fig. 7).
9. Enter and finally fasten the telescopic arm on the anchoring
bracket by fastening all pins by means of "seeger"
supplied.
10.Fasten the bracket (code VE14), which has been previously
entered into the tube, to the sliding door (fig. 8).
11.Repeat what described at points 3 ÷ 10 as for the other
side of the door.
12.Release the ratiomotor and check that the sliding door
opening and closing operations can be easily performed.
Otherwise, the door must be balanced again by increasing
the balance weights.
2 .
α α β β
and fix a new axis (which
γ γ 2 2
γ γ 3 3
inner part is of 100 mm (Fig. 6).

ADJUSTMENT OF THE ENDS OF STROKE

Opening end of stroke: drive the sliding door to approx. 50
mm from its max. opening, then adjust the left cam so that the
microswitch is operated (fig. 9). Fasten the cam by screwing it.
Closing end of stroke: drive the sliding door to its max. closing
position and adjust the right cam so that the microswitch is
operated (Fig. 10). Fasten the cam by screwing it.

RELEASE FROM INSIDE

Turn downwards the S1 release lever in order to release the
automation from inside (fig. 14). Turn the S1 lever to its
original position in order to reset the automation.

RELEASE FROM OUTSIDE

The special release kit must be installed to release the
automation from outside (cod. VE11). Assembly all parts as
shown in figures 11, 12, 13, 14.

DESCRIPTION OF THE CONTROL UNIT

The control unit PD11 is an innovative V2 product that
guarantees a safe and reliable automation for counterweight
balanced doors.
The PD11 has been designed to realize a product that meets
all kind of requirements, with a highly versatile control unit that
satisfies all the necessary requirements for a functional and
efficient installation.
PD11 is provided with a display that, not only makes
programming simple, but also allows a continuous monitoring
of the input statuses; in addition, thanks to a menu structure,
the working schedule and the operation logic can be set easily.
In compliance with the European standards concerning
electrical safety and electromagnetic compatibility
(EN 60335-1, EN 50081-1 and EN 50082-1) it has been
equipped with the low voltage circuit total electric insulation
(motors included) from the network voltage.
Other characteristics:
• Automatic control for the null current relay switch.
• Power adjustment with wave shutting.
γ γ 1 1
• Obstacle detection by means of monitoring start
condenser voltage.
• Automatic learning of the operation time.
• Specific entrances for end stops.
• Tests for safety devices (photocells, ribbons and triacs)
before each opening.
• Deactivation of safety inputs through the configuration
γ γ 2 2
menu: no jumper is required for terminals concerning safety
devices that have not been installed, yet. You will only need
to disable this function from its relevant menu.
• Control unit programming can be locked through the optional
CL1 key.
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