DITEC VIVAH Manual De Instalación página 14

1.3 Output and accessories
GB
Output
1 +
0 -
0 14
24V= / 25 W max.
0 14
0 15
0 15
1 13
Battery kit BATK2 (OPTIONAL). By connecting the battery kit BATK2, operation is ensured in continuous mode, including in the
case of a mains power break. The control panel only connects the battery in the presence of a mains supply and keeps it char-
ged; the battery is used as a buffer or in case of power failure and is cut out automatically after voltage dropping to below 22V
after 60 seconds (automation off). To charge the batteries, connect the mains and batteries kit at least 30 min. before starting the
system. To disconnect the control panel, interrupt the power supply and disconnect the batteries.
Warning: to allow recharging, the batteries kit must always be connected to the control
panel. Periodically check that the battery kit is working efficiently.
Note: the rechargeable batteries' working temperature is about +5°C/+40°C. To ensure proper working of the product you should
instal the batteries inside a climate controlled environment.
1.4 Trimmer
Trimmer
M1 (M2)
MIN=5s MAX=30s
VM
MIN MAX
TR
10 s
20 s
MIN. 0 s MAX. 30 s
TC
MIN=0s MAX=120s
RP
MIN=10% MAX=100%
R1
MIN MAX
VIVAH - IP1776
Value
24V= / 0,5 A Accessories power supply. To power external accessories, including lamp automation
status. Protected exit electronically.
24V= / 50 W Flashing (LAMPH) with DIP6=OFF. It is activated upon opening or closing. For preo-
(2 A) peration warning light see DIP5. Output protected by fuse F2.
Courtesy light with DIP6=ON. A courtesy light can be connected that will go on for
(1 A) 180 seconds on the receipt of each (total or partial) opening or closing command. Outlet
protected exit by fuse F2.
24V= / 1,2 A 24 V electric block. Output protected by fuse F2.
12V~ / 15 W 12 V electric lock. Connect the supplied 8,2 Ω / 5 W resistance in series. Output pro-
tected by fuse F2.
24V= / 3 W Automation status lamp. The light is off when automation is off and on when it is on. It
(0,125 A) flashes during opening and closing stages.
Motor 1 (2) operating time adjustment. From 5 to 30 s. (Or from 5 to 45 s. in reference to the
formulations of the paragraph 1.6)
The opening/closing manoeuvre is schematically shown in figures 4 and 5. The overall speed of the
manoeuvre actually consists of two speeds: one set via VM of the duration of M1 (M2) and another,
a steady slowing down speed both during opening and during closing. During opening this slow
down lasts for up to a maximum of 10 s and during closing until there is closing impact or stop limit
switch (FC=OFF).
Movement speed adjustment. Turning of the trimmer clockwise adjusts opening speed from a
minimum to a maximum. Closing speed is about equal to that of opening.
Delay time of motor 1 (M1) during the closing procedure adjustment.
During the closing procedure motor 1 (M1) is started after M2, with such delay being set via TR from
0 to 30 s. During the opening procedure motor 2 (M2) always starts 3 secs. after M1.
Warning: for automations with 2 overlapping wings, set TR>3 secs.
Automatic closing time adjustment. From 0 to 120 s (with 1-2 closed).
The count starts when the automation is stopped for the time set by means of TC.
With DIP2=OFF, after triggering a safety device (1-6/1-7/1-8), the count starts on release of the sa-
fety device (e.g. after transit through the photocells), and lasts for half the time set by means of TC.
With DIP2=ON the count starts when the automation is open and lasts for the time set by means of TC.
With 1-2 or 1-9 open, automatic closing is disabled. Closing 1-2 re-enables automatic closing. If
disabled from 1-9, automatic closing is once again enabled, by contacts 1-9 being re-closed, only
after a total, partial or step by step open command is given.
Motor 1 (M1) partial opening adjustment.
Trimmer M1's partial percentage opening from 10% to 100%.
Obstacle detection adjustment. The control panel has a safety device so that, if there is any ob-
stacle: on opening, before slow down, the movement is stopped by disengaging action; on closing,
before slow down, the movement is reversed.
During slow down, both on opening and on closing, the movement is stopped.
With R1=MIN there is minimum push against obstacles.
With R1=MAX there is maximum push against obstacles.
(min. 0.75A/max. 3A = ArcBH, Obbi3BH)
(min. 1.5A/max. 12A = Box3SH, Cubic30H, Luxo5BH, Dor1BH, Arc1BH)
Description
Descrizione
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