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Mounting the unit
Due to the free topology of the PID system, the AD011 can be
mounted some distance from the Point ID bus and detector.
1.
Open the housing of the AD011.
2.
Remove the PCB from the unit.
3.
Position the unit where you want it mounted, e.g. on the
ceiling or wall.
4.
Drill the necessary holes for fixing the housing.
5.
Fix the housing to the ceiling or wall.
6.
Reinstall the PCB.
Caution:
When powering the system down/up, wait for at least
1 minute to ensure a "clean boot".
Connecting the unit
Connect the AD011 to the detector and Point ID bus (see
Figure 3.)
1.
Decide for a double or single resistor EOL configuration
2.
Connect the detector alarm/tamper outputs via the
selected EOL resistor(s) to the input connectors 5 and 6.
3.
Connect the external power supply to connectors 3 and 4.
4.
Connect the alarm LED enable connection from the
detector to the open collector output 7 (if applicable).
5.
Connect the Point ID bus to connectors 1 and 2.
The Point ID bus in – (ground) must be coupled to
Caution:
the external power supply in – (ground) to ensure correct
operation.
Address setting, zone numbers and output
numbers
Set the AD011 to its unique address on the Point ID bus. For
details, see figure 2.
The address setting of the AD011 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 "Memory location map" below).
The ATS output
The walk test, for example, can be programmed through the
control panel by activating an output in the DGP range.
Memory location map
Every PID device has its own characteristics concerning
related I/O lines or certain functionality of the device.
2 / 8
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 AD011 external PID interface only memory locations 3
and 6 matter.
On memory location 3 the zone type can be configured for
Single EOL, Double EOL (default) or the zone can be switched
off (the status will always be "Normal").
The ATS-style output can be configured on memory location 6.
For more details, please refer to the explanation at the end of
the Memory Location map.
Memory Location map for AD011
Location
Function
Decimal values
3
Zone types
0 = Zone is off
[1]
1 = Single EOL
2 = Double EOL
(default)
6
ATS-style
0
output [2]
[1] Zone Types
The ATS1290 default value for input type is Double EOL (2).
Consequently the normal state is a single EOL resistor, for an
alarm state it is two EOL resistors in series, and for an input
tamper it can be either "Short" or "Open".
[2] 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 AD011 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.
Specifications
Bus protocol
Bus voltage
External power supply
Current consumption from bus
Unit load for DGP
Address range
Current O/C output
EOL resistors
Category
Device type
P/N 149958999-3 (ML) • REV E • ISS 15DEC20
Binary values
0000 0000 = Zone is off
0000 0001 = Single EOL
0000 0010 = Double
EOL (default)
0000 0000
ATS output number that
controls the
AD011/AD111 output by
means of "output on" /
"output off" *
Point ID
12 or 24 V
9 to 13.8 V
520 µA ±10%
2
0 to 255
100 µA max.
2 x 4.7 kΩ
I/O
T3
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