2 / 2 P/N MAINST-TS1021 • REV 03 • ISS 08AUG14
Configuration settings
Configure the module’s position in relation to the DGP using
the three-segment DIP switch (Figure 1 on page 1, item 1).
Table 1: DIP switch settings
SW1 SW2 SW3
(connected to the DGP) I O O
O I O
O O I
F
* If more than one expansion module is connected to a DGP,
then segment 5 in the DGP’s eight-segment DIP switch must
be set to ON.
Input wiring
By default, the Challenger system can monitor inputs for four
states (sealed, unsealed, open circuit, and short circuit). This is
accomplished by using two 10 kΩ end-of-line (EOL) resistors in
each input circuit.
Notes:
• The TS1020 DGP’s onboard inputs (and inputs connected
via TS1021 Eight-Input Expansion Modules) may be
configured to use a different EOL resistor value (not 10
kΩ), in which case you must use resistors of appropriate
value in each input circuit.
• TS0021 Eight-Input Expansion Modules do not support
1K0, 1K5 or 2K0 EOL values.
To use two-state monitoring for all inputs, Input Tamper
Monitoring must be set to No (Install menu option 7, System
Options).
See Challenger Installation and Quick Programming Manual
for details about wiring four-state and two-state monitored input
circuits.
Install EOL resistors in input circuits at the end of the circuit. If
an alarm device is connected, place the EOL resistors at the
device’s connections. If an input is not used, you don’t need to
connect an EOL resistor if you program the corresponding
input number as type 10 (spare).
Tip: Use sleeves on the resistor leads to prevent accidental
shorting.
Input numbering
Challenger input numbers are assigned according to Table 1
below.
Table 2: Challenger10 and Challenger V8 input numbers
Panel or DGP V10 inputs V8 inputs
Challenger panel 1 to 16 1 to 16
LAN 1, DGP 1 17 to 48 17 to 32 (or 48*)
LAN 1, DGP 2 49 to 80 33 to 48 (or 64*)
LAN 1, DGP 3 81 to 112 49 to 64 (or 80*)
LAN 1, DGP 4 113 to 144 65 to 80 (or 96*)
LAN 1, DGP 5 145 to 176 81 to 96 (or 112*)
LAN 1, DGP 6 177 to 208 97 to 112 (or 128*)
LAN 1, DGP 7 209 to 240 113 to 128 (or 144*)
LAN 1, DGP 8 241 to 272 129 to 144 (or 160*)
LAN 1, DGP 9 273 to 304 145 to 160 (or 176*)
LAN 1, DGP 10 305 to 336 161 to 176 (or 192*)
LAN 1, DGP 11 337 to 368 177 to 192 (or 208*)
LAN 1, DGP 12 369 to 400 193 to 208 (or 224*)
LAN 1, DGP 13 401 to 432 209 to 224 (or 240*)
LAN 1, DGP 14 433 to 464 225 to 240 (or 256*)
LAN 1, DGP 15 465 to 496 241 to 256
LAN 2, DGP 17 497 to 528 N/A
LAN 2, DGP 18 529 to 560 N/A
LAN 2, DGP 19 561 to 592 N/A
LAN 2, DGP 20 593 to 624 N/A
LAN 2, DGP 21 625 to 656 N/A
LAN 2, DGP 22 657 to 688 N/A
LAN 2, DGP 23 689 to 720 N/A
LAN 2, DGP 24 721 to 752 N/A
LAN 2, DGP 25 753 to 784 N/A
LAN 2, DGP 26 785 to 816 N/A
LAN 2, DGP 27 817 to 848 N/A
LAN 2, DGP 28 849 to 880 N/A
LAN 2, DGP 29 881 to 912 N/A
LAN 2, DGP 30 913 to 944 N/A
LAN 2, DGP 31 945 to 976 N/A
LAN 2, DGP 32 977 to 1008 N/A
* A Challenger V8 DGP address with more than 16 inputs makes
the next DGP address unusable.
Regulatory information
UTC Fire & Security Australia Pty Ltd
t/a Interlogix
A UTC Building & Industrial Systems company
Level 1, 271–273 Wellington Road, Mulgrave,
VIC, 3170, Australia
The first two digits of the product serial number
(located on the product identification label) are
the year of manufacture.
N4131
NOTICE! This is a Class A product. In a domestic environment this
product may cause radio interference in which case the user may be
required to take adequate measures.
Disclaimer
The customer is responsible for testing and determining the
suitability of this product for specific applications. In no event is
UTC Fire & Security Australia Pty Ltd (trading as Interlogix)
responsible or liable for any damages incurred by the buyer or
any third party arising from its use, or their inability to use the
product.
Contact information
For contact information, see www.interlogix.com.au.
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