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Installation Instructions
I
NTRODUCTION
The AD111 is an internal interface for an addressable
detector system. It connects a generic detector with dry
alarm and tamper contacts to the Advisor MASTER
ATS1290 Point-ID DGP. The interface is equipped with two
inputs for connecting the alarm relay and the tamper switch
of the detector, and an open collector output. This output
can be used for example; to enable/disable the alarm LED
on the detector (depending on the detector's other
functionalities, which can be programmed).
D
EVICE CATEGORY
The AD111 is of the device category I/O, type 2 and will be
automatically recognised after learning the device into the
ATS1290 DGP. For more details about device categories
and types, please refer to the ATS1290 manual.
M
OUNTING THE UNIT
The AD111 PCB (Fig.
) is mounted underneath the PCB
in the housing of the detector that is connected to the
Point-ID bus (Fig.
). Connect terminals 1 to 4 to the Point
ID bus and external power supply.
CAUTION! Before mounting the AD111 Internal
PID interface in a (existing) PIR detector,
disconnect the mains power before opening the
panel, DGP or external power supply cabinet.
1.
Open the detector.
2. Remove the PCB from the detector.
3. Connect the flying leads 5 - 11 to the existing detector
connections (see fig.
Number
Colour
AD111
5
Black
0V from AD111
6
Red
+12V from AD111
7
Blue
Alarm input
8
Blue
Alarm input
9
Yellow
Tamper input
10
Yellow
Tamper input
11
White
Walk test output
4. Connect the Point ID bus and auxiliary power supply to
terminals 1 - 4 (see Fig.
Important:
The Point ID bus in – (ground) must be coupled to the
external power supply in – (ground) to ensure correct
operation! Connect the bus and detector grounds in the
control panel or close to the detector where the auxiliary
power supply is located.
T
OPOLOGY AND DETECTORS
Please refer to the ATS1290 manual.
C
ABLE SPECIFICATION
Please refer to the ATS1290 manual.
,
and
).
PIR
0V to PIR
+12V to PIR
Alarm output
Alarm output
Tamper output
Tamper output
Walk test input
.)
A
DDRESS SETTING AND ZONE NUMBERING
Set the AD111 Internal PID Interface to its unique address
on the Point ID bus. For details, see figure
The address setting of the AD111 will immediately
correspond with zone number and output in the range of
the ATS1290 DGP
Refer also to the ATS1290 manual for the direct link to the
zone number (control panel).
For convenience the output also can be configured to
connect to any output in the DGP range (for more details
see the explanation at the end of the memory location
map).
T
ATS
HE
OUTPUT
The walk test can be programmed through the control
panel by activating an output in the DGP range.
M
L
EMORY
OCATION
Every PID device has its own characteristics concerning
related I/O lines or certain functionality of the device.
A total of 16 memory locations are reserved to configure
the PID devices. Only the first nine normally are user
configurable. This depends on the functionality of the
particular device.
For the AD111 internal PID interface only memory location
6 matters.
On memory location 6 the ATS-style output can be
configured.
*ATS-style output
The output can be used to enable/disable the Alarm LED or
Walk Test LED on the detector. ATS output and zone
numbering are equivalent.
The default output number of the device equals the input
number when memory location 6 is set to 0 (default).
Please refer to the PID DGP manual for PID address
settings and zone numbering.
The output number on the AD111 can also be changed
within the DGP output range (e.g. DGP 1 output 17-32). If
the output of this device or all the outputs of similar devices
on the same DGP need to be programmed on for example
output 32, simply program memory location 6 of all those
I/O devices to 32.
T
S
ECHNICAL
PECIFICATIONS
Bus protocol ..................................... GE Interlogix Point ID
Bus voltage ..............................................12 V
External power supply .............................. 9 V
Current consumption from bus ...................... 330 µA ±10%
Unit load for DGP ..............................................................1
Address range ........................................................0 to 255
Current O/C output ...........................................100µA max.
Category......................................................................... I/O
Device type .....................................................................T2
2
.
M
AP
or 24 V
– 13.8 V
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