D812034 00100_01
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- VISTA SW SXL -VISTA SW MXL
INSTALLATION MANUAL
You have the option of directly managing 12 and 24VDC solenoid locks, which
can be set with parameter
09
(see the “Operating parameter management-
display” section). The system provides a maximum power of 15W for solenoid
locks.
There is the option of managing a lock feedback command that indicates
when the lock is released and activates movement. The management logic,
in conjunction with the time parameter, works so that once the command is
given, the control unit waits for an enabling signal from the lock and, if no
such signal is received within the maximum time, it opens the door anyway
[set with parameters
15
and
16
(see the “Operating parameter management-
display” section)].
Depending on the type of solenoid lock, you have the option of editing the
length of the activation pulse or the delay after the lock release command for
movement to start. The parameter has a diff erent meaning and adjustment
range depending on the type of lock selected [set with parameter
11
(see the
“Operating parameter management-display” section)].
PULSE MODE WITH RELOCK WHEN
DOOR CLOSES AGAIN
determines the length of the release
pulse. The door leaf starts moving when
the feedback signal is activated or when
the pulse ends.
MAGNETIC (with or without bolt):
determines the maximum delay after the
release command for movement to start.
The release signal stays active until the
door has closed again.
MOTORIZED:
determines the maximum delay after the
release command for movement to start.
The release signal stays active until the
door has closed again.
PULSE MODE WITH RELOCK WHEN
POWER IS CUT OFF:
determines the length of the release
pulse. The door leaf starts moving when
the feedback signal is activated or when
the pulse ends. In addition, power to the
lock is maintained until the door opens
by approx. 10°.
To ensure that the solenoid lock relocks, you can adjust closing force [set with
parameter
12
(see the “Operating parameter management-display” section)].
Option of using one of the auxiliary inputs as a manual lock release command
working in parallel with the automatic release command, used to open the
door in manual mode [set with parameters
15
and
16
(see the “Operating parameter management-display” section)].
19) VISTA SW MASTER/SLAVE
VISTA SW Master/Slave is a connection between two automatic door operators
for double swing doors. This connection can be made in two ways Fig. U:
1. using two single VISTA SW operators, one installed on each door leaf, but with
a connection made between the two operators
2. using two single VISTA SW operators joined together with an extension kit
(TSWP XL) Fig. V:
•
Remove the end panels from both automatic door operators.
•
Connect the two headers at each end to the kit’s central header using the
two couplers (Fig. V).
•
Fasten the two new end panels provided in the kit on the ends.
• Connect the end panel switches to the control panel using the cabling
provided in the kit.
19.1) CONNECTING THE BOARDS
The selector’s terminal strips must be connected so that the two boards can
communicate with each other and exchange the information required for the
double doors to be operated correctly. The basic concept consists in making one
board a “Master” board that will process the operating logic, while the other is
designated a “Slave” board and will carry out the commands issued by the Master.
CAUTION:
in both cases, determine which is the Master door leaf and which the
Slave leaf before making any connections.
MASTER LEAF:
the fi rst to open, the last to close (when using the time lag feature)
SLAVE LEAF:
the last to open, the fi rst to close (when using the time lag feature)
Connect the selector’s two terminal strips to allow communication between the
two boards and ensure the two automatic door operators work correctly. (Fig. AA)
19.2) CONFIGURING THE BOARDS
-
On the MASTER board, set parameter 13=1
-
On the SLAVE board, set parameter 13=2
CAUTION:
the two automatic door operators must be connected on the same
power supply branch and no switches or fuses must be placed between the two
operators. Peripheral units, if any - PHOT CLOSE, KEY, RADAR EXT and RADAR
INT - must be connected to the MASTER board only.
Safety sensors (PHOT OPEN and PHOT CLOSE), on the other hand, must be
connected and managed separately on the two individual boards.
- SYNCHRONOUS leaves: set parameter 21=0 and parameter 22=0 on the
MASTER board only
- NON-SYNCHRONOUS leaves: set parameter 21 and parameter 22 to a value
higher than 0 on the MASTER board only.
To put the automatic door operators into operation, repeat the procedure given
in the “Putting into operation” section, making sure you only run the Autoset
procedure on the board confi gured as MASTER.
CAUTION
: when the Autoset operation starts, only the Master door leaf starts
fi rst. This means you will need to stop the door when it reaches the position you
want as the maximum opening position. The Slave door leaf will start to move
straight afterwards and you will need to stop this leaf as well when it reaches
the position you want as the maximum opening position. Both doors will then
immediately close fully and the message CL will fl ash on the display. Once both
leaves have closed, CL will stay on the display without fl ashing and the door will
be ready to work.
Both doors will reverse (RADAR EXT or INT, PHOT OPEN and PHOT CLOSE, anti-
crush devices) at the same time.
You can control the solenoid lock with the relevant operating logic on both boards,
just as you would if the automatic door operators were being used on their own.
Push&Go mode can be activated on both automatic door operators, in exactly
the same way as it would be if the automatic door operators were being used on
their own. An attempt to open the door, no matter which of the two automatic
door operators detects it, will cause both doors to open.
The anti-crush devices and obstacle detectors are managed separately and
independently by both boards.
If one board detects triggering of an anti-crush device during closing, it will stop
both leaves and make the doors slowly open fully.
If one board detects triggering of an anti-crush device during opening, it will stop
the door leaf in question and make it slowly close fully. The other leaf, which will
have opened to the fully open position in the meantime, will wait for the leaf in
question before it starts to close.
20) CONNECTION FOR INTERLOCKING FEATURE
The VISTA SW automatic door operator’s control unit comes with the option of
working in interlocked mode: simply connect it to an electronic control unit from
the same family. In interlocked mode, a door can only be opened if the other leaf
is not moving. To interlock two automatic door operators, proceed as follows
(Fig. AB):
•
connect the AUX IN 1 terminal on the board WITH PRIORITY to the AUX OUT
1 - A terminal on the board WITHOUT PRIORITY
•
connect the COM terminal on the board WITH PRIORITY to the AUX OUT 1 - B
terminal on the board WITHOUT PRIORITY
•
connect the AUX OUT 1 - A terminal on the board WITH PRIORITY to the AUX
IN 1 terminal on the board WITHOUT PRIORITY
•
connect the AUX OUT 1 - B terminal on the board WITH PRIORITY to the COM
terminal on the board WITHOUT PRIORITY
For connection, use a 4x0.22 shielded cable and do not connect the shielding.
In the event opening requests are received from sensors at the same time on both
doors, you need to establish opening priority; do this by setting one door to WITH
PRIORITY mode and the other to WITHOUT PRIORITY mode by means of the settings
on each display (see the “Operating parameter management-display” section)
•
set parameter 15=2 on the board WITH PRIORITY;
•
set parameter 17=1 on the board WITH PRIORITY;
•
set parameter 15=3 on the board WITHOUT PRIORITY;
•
set parameter 17=1 on the board WITHOUT PRIORITY;
In the event opening signals are received at the same time, the door selected as
WITH PRIORITY will be opened.
CAUTION:
Remove the jumper located near the terminal strip on the AUX OUT-
1 connector side, on both the board with priority and board without priority
(Fig. AC )
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