Interlogix ATS1201E Instrucciones De Instalación página 6

Item 2 indicates the pry-off tamper wall stub location.
All dimensions are given in mm.
ATS1201E / ATS1203E / ATS1204E
connections
Figure 4: PCB layout
(1) 12 V battery
(2) System earth
(3) AC connection from transformer
(4) Dipswitch to set DGP address
(5) Battery load resistor jumper.
(6) AC connection from transformer and battery power
(7) Earth connection for cable screens (shields)
(8) Clock-out Interface to plug on output expansion or four-way non-
clocked output expansion (for example, ATS1810)
(9) Optional auxiliary load resistors. See "Troubleshooting" on page 8
for details.
(10) Link to select +12 VDC to output board
(11) Auxiliary power supply output
(12) Link to terminate databus
(13) Interface to ATS1202 input expanders
(17) System databus
(18) Normally closed pry-off tamper contact
(19) Normally closed AM/fault contact
(20) Normally closed tamper contact
(21) Normally closed alarm contact
(22) 1 kΩ resistor must be fitted if external siren not connected
(23) Normally closed panel housing tamper contact
(24) External 8 Ω siren speaker or siren
(14) RS485 system databus and tamper connections
(15) Zones
(16) External siren
Notes
•
If the battery load resistor is enabled, output 8 is no longer
available for non-clocked output expansion boards.
•
The battery load resistor setting must correspond with
DGP programmed settings. See "Menu 3, DGP settings"
on page 7 for details.
•
In case the DGP is set for 2 DGPs to enable all
32 outputs, the control panel programming should be set
up to poll the DGP address and the address +1.
Links
•
TERM: Termination of databus. Only to be used on first
and last device on the local databus.
•
+12V: Connect +12 VDC to output board.
DGP DIP switch settings
Address: Select DGP address. Set switches 1 to 4 to OFF to
disable the DGP (see Figure 2 for correct address settings).
LEDs
•
Tx: Red LED flashes when remote units (RAS and DGP)
are replying to polling.
•
Rx: Yellow LED flashes when panel is polling remote
units. It must always be active.
System databus connection
The system databus is used to connect data gathering panels
(to provide extra zones) and arming stations to the ATS control
6 / 48
panel. Remote devices can be up to 1.5 km from an ATS
control panel.
Arming stations and data gathering panels must be connected
via a 2 pair twisted shielded data cable from the system
databus connection. (WCAT 52 is recommended).
The shield of the data cable should be connected to earth at
the ATS control panel or any other earth point. However it
should be left disconnected at the other end.
It is recommended that where the distance between the arming
station and the nearest device is more than 100 meters, a
separate power supply be used to power the arming station.
To power the arming station, do not connect "+" from the
system databus. Connect "+" of the local power supply to "+"
on the arming station and connect 0 volts from the power
supply and 0 volts from the system databus to the arming
station terminal marked "−".
Connecting the data gathering panel to a
control panel
Refer to Advisor Master Installation Guide or Advisor
Advanced Installation and Programming Manualfor
instructions.
Zone and output numbering
Advisor Master zone and output numbering
Control panel 1–16
DGP1 17–32
DGP2 33–48
DGP3 49–64
DGP4 65–80
DGP5 81–96
DGP6 97–112
DGP7 113–128
Output numbering
A DGP can have a maximum of 16 outputs available as relays
or open collector outputs. The output numbers are the same as
the 16 zone numbers allocated to the DGP address.
ATS1201E / ATS1203E / ATS1204E can also support 32
outputs. Enable this by selecting "2 DGP addresses" in "Menu
3, DGP settings" on page 7. Be aware that the ATS control
panel needs to be setup to poll both DGP addresses.
Note: If the battery load test resistor is enabled, output 8
follows the battery test (except when using clocked output
devices).
Zone numbering
ATS1201E / ATS1203E / ATS1204E has 8 zones that can be
expanded using ATS1202 (8 zones) to a maximum of 32
zones. If the number of zones exceeds 16, then the zones are
taken from the next DGP address and DGP ceases to exist.
For example, DGP 1 has 24 zones (zones 17 to 40). The next
DGP in the system must now be addressed and polled as
P/N 1070251 (ML) • REV G • ISS 01APR16
DGP8 129–144
DGP9 145–160
DGP10 161–176
DGP11 177–192
DGP12 193–208
DGP13 209–224
DGP14 225–240
DGP15 241–256