
ATS Designers Guide 19
1.3.1.5 ATS1290 addressable devices DGP.
32 Point ID
®
addressable devices
32 system outputs
PID bus learning mode
Power supply: 12V DC
This new device in the Advisor MASTER system allows the use of the local
communications bus interface of the DGP module to connect sensors to the alarm
system. To communicate with the devices, an open architecture Point ID
®
interface is
used. The bus planning details, recommended wiring etc. can be found in section 3.2.2.
In addition to the DGP module a whole range of, Point ID compatible, devices is
available, and listed in the table below.
The device can be programmed via the remote device menu. The DIP switches serve
only to supply the DGP module address, and to activate the bus terminator.
The use of addressable sensor technology significantly reduces the cost of system wiring
by simplifying it, reducing the installation time, the amount of materials used etc.
Table 1-18 List of available Point ID devices
Product Description Inputs Outputs
SI-AD Universal, single input Point ID module 1 0
AD011 Universal Point ID module, 1I/1OC 1 1
AD044
Universal Point ID module, 4I/4O, monitored,
externally powered, relay outputs
4(+4) 4
AD111
Point ID module, 1I/1OC installable inside the
sensor.
1 1
AP750-AD PIR sensor, range: 15,2m; 7 curtains; 1 1
EV435-AD PIR sensor, 9/16m, 9 curtains, Point ID interface 1 1
EV435AM-AD
PIR sensor, 9/15m, 7 curtains, antimasking,
Point ID interface
2 2
1.3.1.6 ATS1250 4 door Access Control DGP
4 bi-directional passages
4 direct Wiegand reader inputs
16 remote readers on the local bus
16 onboard alarm zones
4 door lock control relay outputs
up to 48 additional outputs
Advanced access control functions
48 macrodefinitions
Full local copy of the user database
Autonomous operation mode
Integrated 4,5A switching mode power supply
Auxiliary battery back-up
L type housing
Dimensions: D
A 4 door controller provides advanced access control functions for the users of the
Advisor MASTER system. The device has been designed to work independently of the
control panel unit. The autonomy of the controller is assured by a full local copy of all the
system settings, including both user and card databases. Additionally the equipment has
been designed to directly control locks, entry buttons (RTE), readers, door and lock alarm
zones, tamper alarms etc. This ensures, that even when communication problems with
the control panel occur, the controlled passages will function flawlessly. Communications
with the control panel is not necessary for proper functioning of the passages, although
the available DGP mainboard inputs, dedicated to access control tasks, can be
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