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P/N 1077842 • REV 5.0 • ISS 03FEB12
6-Factory Defaults
0-Exit, Menu:
Set Factory Defaults?
*-Yes, #-No
7-Security Mode
0-Exit, Menu:
Un-Secured Mode
*-Change, #-Exit
8-Valid Card Flash
0-Exit, Menu:
Flash Enabled
*-Change, #-Exit
9-Protocol Options
0-Exit, Menu:
Wiegand
*-Change, #-Exit
10-Card Beep Options
0-Exit, Menu:
Card Beep Enabled
*-Change, #-Exit
11-Option Card
0-Exit, Menu:
Option Card Enabled
*-Change, #-Exit
12-Last Card
0-Exit, Menu:
FC=1, ID=1
#-Exit
EN: Installation Sheet
Description
ATS1135 Keypad is a remote arming station (RAS) with built-in
card reader for Advisor Advanced series control panels.
Mounting the unit
WARNING:
Electrocution hazard. To avoid personal injury or
death from electrocution, remove all sources of power and
allow stored energy to discharge before installing or removing
equipment.
Connect cable to RAS back plate. See also “Connections”
below.
Attach the base to mounting surface using two screws. If rear
cable entry is used (through the base), cut or drill a hole in the
mounting surface for cable access.
Set the RAS address using DIP switches 1 through 4 (see
“RAS DIP switch settings” below). Set the bus termination
switch (DIP switch 5), if required. Terminate the bus cabling.
Place the RAS cover onto the base, top first, and snap in
place. Tighten the locking screw at the base until the RAS
cover is firm. Do not overtighten.
Figure 4 legend: open keypad housing
(1) Cable
entry
(2) Bus
terminals
(3) DIP
switches
(4) Tamper
switch
Connecting control panel to keypad
Refer to the appropriate ATS control panel installation guide for
instructions.
Tamper switch
Tamper switch is shown in Figure 4 as item 4.
The rear tamper switch must be sealed for the system to work
correctly. The tamper switch is sealed by mounting the RAS
onto the mounting plate. In operation, the LCD display will
show “RAS Tamper” when not sealed.
RAS DIP switch settings
A row of DIP switches is located on the rear of the RAS
(Figure 4, item 3) and is used for setting the RAS address and
the bus termination (TERM) condition. These settings are
described in the following sections.
•
TERM switch: Use switch 5 to set TERM to On, if needed.
There must be no more than two TERM switches or links
set to On for any bus. Refer to the control panel
installation guide for details about the use of TERM
switches or links.
•
RAS address: Set the RAS address using switches 1 to 4.
See Figure 2.
Connections
See Figure 3.
•
+13.8 VDC: The RAS can be powered using the bus “+”
and “
−
” power from the control panel, if the distance
between the RAS and the control panel does not exceed
100 m (328 ft.). Otherwise the RAS can be powered by
AUX PWR from a DGP, or by an auxiliary power supply.
• D+/D
−
: D+ is the data positive connection and D
−
is the
data negative connection of the data bus.
The RAS is connected to the ATS panel via the RS485
data bus, up to 1.5 km from the control panel. It is
recommended to use two-pair twisted, shielded data cable
(WCAT 52/54). The shield of any bus cable must be
connected to system ground at one end only. The
ATS1135 RAS does not provide an earth connection for
this purpose. If the bus is daisy-chained to the RAS,
ensure that the shield of the cable is jointed to provide
continuity of data cable shield. Isolate the wires and the
shield of the cable correctly to prevent any short circuit on
the keypad.
•
IN: A request to exit button (normally open, momentary
push-button switch) can be connected across “IN” and “
−
”.
When pressed, this button controls the request to exit
function.
•
OUT: Open collector output. This is the first output number
of the RAS. Refer to the control panel programming
manual for details.
