1.3. I/O range
Shows the DGP numbers with zone numbers and output numbers
associated to the DGP number.
1.4. Voltage
Operating voltage of the DGP.
1.5. Current
Current consumption of the IADS bus.
2. Device status
Provides a list with all modules indicating the zone number and IADS
module address, the IADS module category and module type.
As an example for an IADS PIR on the first address of DGP 1, the display
will show:
17/0,PIR,T0
Input No:
Six categories are defined in the system, which will be automatically
detected by the DGP. Per category there are several types to indicate a
sub group.
For I/O modules there are i.e. AD011, AD111 that are types T2 and T3
respectively.
Table 3. IADS category list
MISC Miscellaneous
PIR PIR
modules
GLASS Glass
break
modules
CSMOKE Conventional
smoke
modules
ASMOKE
Analog addressable smoke modules
IO I/O
modules
Modules not known to the system (not learned) will show as "Not used".
A "$" in front of the module category indicates that the module holds
settings other than default settings. When modules share the same
address by accident, the text "Multiple modules" is shown. Check the
address settings of the modules to cancel the fault.
To scroll through the list, use ENTER or MENU. Press 0 ENTER to exit.
Press <zone number> ENTER to get detailed status information for a
module. Use ENTER or MENU to scroll through the module-range. To
exit press 0 ENTER.
3. Device settings
Shows a selection list as in menu 2. Press <zone number> ENTER to
enter the configuration menu. Now all configuration locations can be
entered. Use the MENU key to toggle between value or bit presentation.
Using value presentation, enter a decimal value between 0 and 255.
Using bit presentation, press the bit number (1 to 8) to toggle the bit
between 0 and 1. See the module manual for information regarding the
available settings.
Press ENTER to move to the next location.
4. Reset settings
Shows a selection list as in menu 2. Press <zone number> ENTER to
reset the module setting for a specific module. Confirmation is required
before the settings are reset to factory defaults. When the settings are
unknown, all locations will be set to 0.
5. Learn mode
Equal to shortening the JP2 jumper for a few seconds. Will enter the
learn mode by which modules become known to the system. Press
MENU to start. The learn mode sequence can take some time. While in
learn mode, the DGP will show "DGP is learning, please wait". Do not
leave this menu before the learning has ended.
6. DGP mode (+ Protocol Mode)
Select the DGP mode. The DGP mode can be set by pressing the MENU
key to:
•
1 DGP address: allows for a total of 16 inputs and 16 outputs.
•
1 DGP + expansion: allows for 32 inputs and 16 outputs.
•
2 DGP addresses: allows for 32 inputs and 32 outputs. Required
also for polling to be enabled for the DGP address selected by the
DIP-switch and the next higher DGP address (total of 2 DGP
addresses).
Press Enter to set the protocol mode.
The protocol mode must be set to standard. In the future the extended
protocol will be used for new features.
7. Factory defaults
Returns all settings to factory defaults including all module settings.
Confirmation is required before the settings are reset to factory
defaults. During defaulting, the message "DGP is DEFAULTING, Please
wait" will show in the display. Do not leave this menu until the
defaulting process has been finished.
Technical specifications
Power supply (CON1) 10.5 – 13.8 V
Supply current
(at 13.8 V
± 5%)
53 mA (no IADS module connected)
IADS DGP power
supply (CON2)
9.9 – 13.2 V
+additional data pulses
Max IADS DGP output
current
(at 13.2V
± 5%)
154 mA (Max Unit load 512)
Dimensions
80 x 90 mm
Weight 160
g
Tempe10
to
50°C
Relative humidity
95 %
When using an external power supply, provide power through a
fused power supply output (13.8 V
1 A max)
FR
ATS1290
DGP adressable
Introduction
Le DGP ATS1290 fait office d’interface entre le bus RS485 de la
centrale ATS et un bus IADS (Intelligent Addressable Device System
bus). Le DGP IADS permet, via des communications bidirectionnelles à
2 fils, de relier jusqu’à 32 détecteurs IADS adressables. L’ATS1290 a été
conçu pour être intégré dans le bus RS485 de la centrale ATS afin
d’étendre l’accès à des périphériques adressables. Une centrale ATS
peut gérer 15 DGPs ATS1290 au maximum.
Montage de l’unité
Le circuit imprimé ATS1290 peut être monté sur tout boîtier série ATS
prenant en charge le format BB.
Connexions CON1 (voir fig. , et )
COMMS
+
-
Alimentation 12
V
CC. Il est fortement conseillé
d’alimenter l’ATS1290 séparément lorsqu’il se trouve à
plus de 100 mètres du périphérique le plus proche.
Consultez la section DGP distant. L’utilisation d’une
alimentation externe nécessite une sortie d’alimentation
à fusibles (1 A fast).
COMMS
D+
D -
Raccordement du bus de données ATS. Suivant le type
de câble utilisé, ces unités peuvent être installées à
1.5 km de la centrale ATS. Reportez-vous au guide
d’installation de la centrale ATS pour plus de détails.
TAMP
Ti
Tc
Entrée auxiliaire d’autoprotection. Utilisez des
contacteurs normalement fermés.
En fonction du type de boîtier utilisé, vous pouvez soit utiliser
l’autoprotection disponible sur le circuit imprimé ou connecter
une autoprotection externe.
CON10 (voir fig. , )
Masse. Raccordez le blindage du câble ATS COMMS. Raccordez le
blindage à l’autre extrémité du câble à la masse. Reportez-vous
au
guide d’installation de la centrale ATS
. Ceci ne s’applique pas à un
éventuel blindage du bus IADS.
4
