BFT VISTA SW 260 SXL Instructions D'utilisation page 30

13) DOOR OPERATION MODE (With VISTA SEL or logic selection switch)
EXTERNAL RADAR: Only the RADAR EXT input of the electronic control board is monitored. A signal from a sensor connected to this input causes the leaf to open
and then to close. The electric lock, if any, locks the leaf whenever it reaches the full closure position.
INTERNAL RADAR: Only the RADAR INT input of the electronic control board is monitored. A signal from a sensor connected to this input causes the leaf to open
and then to close. The electric lock, if any, locks the leaf whenever it reaches the full closure position.
STANDARD RADAR OPERATION: Both the RADAR EXT and the RADAR INT inputs of the electronic control board are monitored. A signal from a sensor connected
to one of these inputs causes the leaf to open and then to close. The electric lock, if any, locks the leaf whenever it reaches the full closure position.
DOOR CLOSED DURING THE DAY: The door is locked in its closed state. Panic mode function activated if enabled. The automation issues the full leaf closing com-
mand. In this logic the RADAR EXT and RADAR INT inputs of the electronic control board are not monitored; if present, the electric lock locks the leaf.
DOOR CLOSED DURING THE NIGHT: The door is locked in closed state. Panic mode function not activated if enabled. The automation issues the full leaf closing
command. In this logic the RADAR EXT and RADAR INT inputs of the electronic control board are not monitored; if present, the electric lock locks the leaf.
DOOR FULLY OPEN: The door is locked in its open state. The automation issues the full leaf opening command. In this logic the RADAR EXT and RADAR INT inputs
of the electronic control board are not monitored.
DOOR WITH MANUAL OPENING: In this logic the controls connected to RADAR EXT and RADAR INT are disabled. Opening and closing are manual. The opening
and closing safety sensors are only active in case of motor opening for disabled people.
14) LOGIC SELECTION SWITCH Fig. 14
In addition to the logic selector management you can connect a button logic selection switch, allowing to select the three main logics:
- Door with Manual Opening
- Standard Radar operation
- Full door opening
The presence of the logic selector disables the operation of the button logic selection switch
15) BRAKING LEVEL SELECTION (for VISTA SW 260 SXL only) Fig. 12.2
16) BATTERY INSTALLATION Fig. 9
- Remove the power supply and the board Fig. 9.1;
- Insert the supplied battery pack into the pin shown in Fig. 9.2;
- Screw back in the self-locking nut you previously unscrewed (3a) and wire the batteries as shown (3b) Fig. 9.3;
- Reinstall the power supply and the board, then insert the cable connector into the relevant terminal Fig. 9.4.
17) ELECTRIC LOCK MANAGEMENT
PARAM-
DEFINITION
ETER
Electric lock control
09
voltage (1)
10
Electric lock type (2)
Pulse duration or opening
11
delay (3)
12
Electric lock closing force
Electric lock activation
14
according to the selected
logic (4)
Auxiliary 1 input
15
confi guration
Auxiliary 2 input
16
confi guration
Auxiliary 1 output
17
confi guration
Auxiliary 2 output
18
confi guration
(1) You can manage 12 to 24 VDC electric locks, by setting the 09 parameter (see the paragraph "DISPLAY OPERATING PARAMETER MANAGEMENT"), with a maxi-
mum current of 500mA. For electromagnets (Maglock) the only power supply available is 24VDC.
(2) The function is compatible with the following types of electric locks:
PULSE WITH REARM AT CLOSE-
BACK
MAGNETIC
(with and without latch):
MOTORIZED:
PULSE WITH REARM AT VOLTAGE
RELEASE:
MAGNETIC (MAGLOCK) WITH
CLOSING ACTIVATION DELAY
(3) For some types of electric lock, you can modify the duration of the activation pulse or the leaf opening delay , from the release command. The parameter has a
different meaning and adjustment range according to the electric lock type set using parameter 10.
30 -
VISTA SW 260 SXL / VISTA SW 260 MXL
INSTALLATION MANUAL
DE-
MIN MAX
FAULT
0 1 0
0 6 0
0 9 2
0 9 5
0 3 3
4 5 0
4 5 1
0 5 0
0 5 1
it defi nes the duration of the release pulse. The leaf starts moving when the feedback signal is activated or once the pulse ends.
it defi nes the maximum delay between the release command and the movement start. The release signal remains active until
the door has closed back.
it defi nes the maximum delay between the release command and the movement start. The release signal remains active until
the door has closed back.
it defi nes the duration of the release pulse. The leaf starts moving when the feedback signal is activated or once the pulse
ends. In addition, voltage supply to the lock is maintained until the door has opened by about 10°
it defi nes the maximum delay of the rearm command after the door has closed back
PERSONAL
0 = 12 VDC
1 = 24 VDC
0= not used
1 = electric lock with mechanical rearm at close-back
2 = electromagnet (maglock) - 24 VDC ONLY
3 = electric latch
4 = motorized lock
5 = electric lock with automatic rearm
6 = magnetic (maglock) with delay - 24VDC ONLY
The time depends on the electric lock type
To ensure that the electric lock closes back you can adjust the closing force
0 = Disabled
1 = One Radar
2 = Two Radars
3 = One Radar and Two Radars
4 = Lock Release feedback (5)
5 = Lock Release command (6)
4 = Lock Release feedback (5)
5 = Lock Release command (6)
5 = Lock command repetition
5 = Lock command repetition
DESCRIPTION