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© 2005 GE Security MAINST-ATS1197
All rights reserved 03/2005
A
TS1197
Smart Card Reader with Keypad
RAS 2 =
↓
, ↑
, ↑
, ↑
12345
Address TERM
RAS 1
1234
RAS 5
1234
RAS 9
1234
RAS 13
1234
RAS 2
1234
RAS 6
1234
RAS 10
1234
RAS 14
1234
RAS 3
1234
RAS 7
1234
RAS 11
1234
RAS 15
1234
RAS 4
1234
RAS 8
1234
RAS 12
1234
RAS 16
1234
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!
Smart Card Reader with Keypad
MOUNTING THE UNIT
1. Remove power to the control panel, or 4-door controller, as
applicable.
2. Remove the two front panel screws at the bottom of the RAS
(see figure ), and then remove the RAS back plate. Retain the
screws to secure the RAS later.
3. Position the RAS back plate (with the tamper spring at the top)
against the mounting surface to determine the locations of
mounting holes and for cabling access. (A reduced card reading
range may occur if mounted on a metal surface.)
4. Mount the back plate on a flat surface using four screws (the
hole nearest the tamper spring must have a screw in order for
the tamper switch to work correctly).
5. Terminate the cable, as required (see Wiring details below).
6. For on-line mode, set the BUS address (DIP switches 1 through
4). For on-line mode, set the TERM switch (DIP switch 5) as
required. For off-line mode, the TERM switch must be off (up).
See DIP switch settings for details.
7. Mount the RAS on the back plate by engaging the top, and then
lowering the RAS to be flat against the back plate. The rear
tamper switch must be sealed for the system to work correctly.
Ensure that the back plate tamper spring rests on the tamper
switch actuator (protruding from the resin in the back of the
RAS) when the RAS is in position.
8. Fix the RAS to the back plate using the two screws removed
earlier from the bottom of the RAS.
9. Apply power to the control panel, or the 4-door controller.
10. For on-line mode, use an LCD RAS on the BUS (or the system’s
management software) to program polling and set up the
required items for the new RAS. In particular, the ATS1197 RAS
must be programmed as a non-LCD RAS.
11. Check that the ATS1197 is communicating correctly and verify
that the tamper switch is working properly (i.e. “RAS Tamper” is
not showing on the LCD RAS).
IMPORTANT:
All power should be turned off to the control panel
before wiring the RAS.
LOCATION OF FEATURES (FIGURE )
1. Red/Green dual colour LED
2. Yellow LED
3. Red LED
4. Locking screws
CONNECTING CONTROL PANEL TO KEYPAD RAS
Refer to the ATS control panel installation guide for instructions.
TAMPER SWITCH
The ATS1197 tamper switch is closed when the unit is fitted on the
mounting plate. In operation, the LCD display will show “RAS
Tamper” when not closed.
RAS DIP SWITCH SETTINGS (FIGURE )
A row of DIP switches is located on the rear of the RAS (figure )
and is used for setting the RAS address and the bus termination
(TERM) condition. These settings are described in the following
sections.
1. RAS Address Set the RAS address using switches 1 to 4.
Switch in “UP” position is off, and switch in “DOWN” position is on.
2. 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.
Note:
‘ON’ is indicated as black (down)
Example: RAS 2 = On, Off, Off, Off,
CONNECTIONS
Colour Application
Red +12 V nominal (8.5 to 14 VDC supply)
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
feet). Otherwise the RAS can be powered by AUX
PWR from a DGP, or by an auxiliary power supply.
Black 0V (DC supply ground)
Green D0/D– /Clock, may be used for D0 (Wiegand data), D–
(RS485 data), Magnetic stripe clock. Normal operating
voltage 0 to +5 V (absolute maximum, +12 V).
White D1/D+ /Data, may be used for D1 (Wiegand data), D+
(RS485 data), magnetic stripe data. Normal operating
voltage 0 to +5 V (absolute maximum, +12 V).
The RAS is connected to the ATS panel via the RS485
data bus, up to 1.5 km from the control panel or the
four-door controller DGP. Use the 2-pair twisted,
shielded data cable (WCAT52/54)(recommended).
The shield of any bus cable must be connected to
system ground at one end only. The ATS111x RAS is
not provided with an Earth connection for this purpose.
If the bus is ‘daisy-chained’ to the RAS, ensure that
the shield of the cable is joined to provide continuity of
data cable shield.
Blue Buzzer/Beeper, may be used for offline buzzer control.
• Wire open or +5 V to +12 V: buzzer off (Absolute
maximum, +14 V).
• Wire grounded (0V): buzzer on.
Brown Application depends on selection of RAS menu option
2—Off-line LED control. See Programming.
Yellow
Application depends on selection of RAS menu option
2—Off-line LED control (see programming). When not
used for two wire LED control, yellow wire may be
used for
• RTE input when online to ATS
• connection to a simple push button for operation in
RTE Only mode
• connection to a button for use in RTE + Arm/Disarm
mode.
Button should be connected to GND. See 10—RTE
(Egress) Control.
Violet Open collector output, configurable as Door output,
Tamper output, or magnetic stripe data present. This is
a low current output and must not be used to directly
energize high current door openers. (Absolute
maximum, 14 V @ 50 mA)
Note: When using a door control relay, always place a
suppression diode (e.g. a 1N4001) across the relay
coil
STATUS LED INDICATIONS (FIGURE )
Connected to ATS control panel or access control panel
Green/Red
(disarm/arm)
Green when all areas assigned to the RAS’s
alarm group are disarmed or when screen-saver is
active. Flashing green when running on battery
(mains power off) or during unlock time when area
disarmed.
Red if all areas assigned to the RAS's alarm group
are armed. Flashing red during unlock time when
area armed.
LED off if at least one and less than all areas
assigned to the RAS's alarm group are armed
Yellow
(ready)
Active when all zones in areas assigned to the
RAS are normal (or active if RAS configured as
ATS1156)
Red
(alarm)
Flashing when any areas assigned to the RAS is in
alarm state.
Connected to a Wiegand or Magnetic Stripe interface
Green/Red
Green On when yellow wire is at 0V
Red On when brown wire is at 0V
Yellow On when yellow AND brown wire at 0V
LED off When yellow and brown wire are
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between 5 – 14V
Yellow Not used
Red Not used
NOTE: In off-line mode, the TERM switch (DIP switch 5) must be ‘off’
(up). DIP switches 1 to 4 are not used in off-line mode.
OPERATING FEATURES
Night Light
The reader will be dimly lit when enabled.
Beeper tone
Press and hold the * key while pressing the 1 key to raise the tone
frequency or the 2 key to lower the tone frequency.
POWER UP
Upon initial power up, the buzzer will sound two beeps indicating that
the internal non-volatile memory is OK. All of the area LEDs may
illuminate indicating that the system is armed. All areas must be
disarmed in order to enable access to the installer programming
menu options.
TROUBLESHOOTING
General Faults
No LED display or keypad backlight:
• Verify the +13.8 and 0V wire connections on both the RAS and
the power supply.
• Verify power output on the control panel, 4-door controller, or
external power supply.
All three status LEDs are flashing:
• Verify the D+ and D- wire connections (may be reversed or
open circuit).
• Verify the address DIP switches of the RAS are set to the
proper address.
• Verify that the control panel or 4-door controller is polling the
RAS address.
The RAS does not respond to a Smart Card:
• The RAS may not be programmed correctly or card beep and
LED flash may be disabled. Refer Programming for details.
• The Smart Card may not be programmed for use with the
particular system.
RX and TX LED Indications
RX and TX LEDs are provided on the circuit board to assist in fault
diagnosis and are visible when the rear plastic cover is removed.
Rx The yellow Rx LED flashes to indicate polling data is being
received on the system bus from the panel. If the LED does
not flash, the control panel is not operational or the bus is
faulty (usually cabling).
Tx The red Tx LED flashes to indicate the RAS is replying to
polling from the control panel. If the Rx LED flashes but the
Tx LED does not, the RAS is not programmed to be polled
in the control panel or is addressed incorrectly
.
CONFIGURING THE ATS 1197 RAS
To Configure the RAS:
• Press 19 [ENTER] followed by * 3 [ENTER.
• Type the requred RAS address (2 – 16). followed by [ENTER].
• Select the RAS.
• Disable the option ’LCD Arming Station’.
• Enable the option ‘3 LED RAS’.
PROGRAMMING MAP
2-LEDs off-line
0-Exit, Menu:
GE Security, RAS1197.V01
0-EXIT, Menu:
Two wire Led Control
*-Change, #-Exit
3-Valid Card Flash
0-Exit, Menu:
Enabled
*-Change, #-Exit
4-Night Light
0-Exit, Menu:
Enabled
*-Change, #-Exit
6-Card Beep
0-Exit, Menu:
Enabled
*-Yes, #-No
7-Watch Dog
0-Exit, Menu:
Disabled
*-Change, #-Exit
8-O/C Output
0-Exit, Menu:
Door Output
*-Change, #-Exit
9-Option Card
0-Exit, Menu:
Enabled
*-Change, #-Exit
10-RTE (Egress)
0-Exit, Menu:
RTE Disabled
*-Change, #-Exit
11-Factory Defaults
0-Exit, Menu:
Set Defaults?
*-Yes, #-No
5-Protocol Options
0-Exit, Menu:
Wiegand
*-Change, #-Exit
13-Last Card
0-Exit, Menu:
00,00,00,00,00,00
#-Exit
16-Security Mode
0-Exit, Menu:
Un-Secured Mode
*-Change, #-Exit
Note: Reserved menus are not shown
PROGRAMMING OPTIONS
The ATS1197 provides for a menu through which a number of
options can be set.
To enter the programming menu for the ATS1197:
• Enter menu 28 of the Control Panel installer menu.
• Press 2[ENTER] followed by the RAS address selected and
[ENTER] to enter the RAS menu. The display now shows “GE
Security, RAS1197” followed by the version number.
• Press [ENTER] to proceed to the menu or press the menu
number followed by [ENTER] to go to a menu item directly.
Menu 1, 12, 14 and 15 are reserved menu’s.
Menu 2, LEDs off-line
Select either two-wire (default) or one-wire LED control.
For two-wire LED control:
• The brown wire controls LED 1 red (Arm). Wire grounded: LED
1 red on, wire open or at +5 V to +14 V: LED 1 off.
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• The yellow wire controls the LED 1 green (Disarm). Wire
grounded (0V): LED 1 green on, wire open or at +5 V to +14 V:
LED 1 off.
• Both yellow and brown wires grounded (0V), LED 1 is on yellow.
Not valid when used on GE Security products.
For one-wire LED control, the brown wire controls LED 1 green-red
dual colour.
• Grounded or 0V, LED 1 green on.
• +5 to 15V: LED 1 red is on.
• Open or high Z, or +2.5V: LED 1 off.
Menu 3, Valid Card Flash
If enabled (default), the green LED will give one short flash when the
card is badged. The panel controls subsequent flashes.
Menu 4, Night Light
A dimly lit keypad backlight provides the night-light to easily locate
the keypad in dark locations (enabled by default).
Menu 5, Protocol options
This option selects the method by which the reader sends data to the
panel. The options are Wiegand (default) or Magnetic stripe. See
option 16 for more data on transmitted data details.
Menu 6, Card Beep
If enabled (default), the beeper will give a short beep when a card is
badged. The panel controls subsequent beeper activity.
Menu 7, Watch Dog
Offline mode only. If enabled, one byte of data is sent to the host
every minute to indicate that the RAS is connected and operating
normally. If the ATS1197 tamper is active, the data byte will not be
sent (disabled by default).
Menu 8, O/C output
Select one of the following options:
• Door relay (on-line mode only) — The open collector output
activates (active low) when the door open signal is sent to the
ATS1197 (default setting).
• Tamper output (on-line or off-line modes) — The open collector
output activates (active low) when the ATS1197 Tamper is
active.
• Card data present (off-line mode only) — The open collector
output activates (active low) when the card data is being sent to
the host.
Menu 9, Option Card
This option enables (default setting) and disables the use of reader
configuration (option) cards at the reader. If an installer wishes to
prevent the modification of the reader setup by configuration card,
this option should be disabled.
Menu 10, RTE (Egress)
The RAS is fitted with Request To Exit (RTE) control (yellow wire).
The Open Collector output (violet wire) may be used to control a door
relay. RTE is only available in on-line mode.
There are three options to choose from:
• RTE Disabled. When RTE is not used, it is recommended that it
is disabled.
• RTE Only. This option requires a simple push button to be
connected to the yellow wire. A press of the button will release
the door lock relay. Used for a quick exit from an Area (enabled
by default).
• RTE Arm/Disarm. Do not use
Menu 11, Factory Defaults
This option returns all RAS settings to the factory default condition.
Menu 13, Last Card
This option displays the number of the last card badged on the
reader, in the format: Facility Code/System Code, ID Number or as
raw card data (depends on setting of security mode).
Menu 16, Security Mode
This option selects the type of user card the reader will recognise.
The reader will recognise configuration and default cards in both
modes. The possible modes are as follows:
• Unsecured Mode (default setting) — The reader will recognise
blank or un-programmed cards only, by using the card’s unique
serial number. The 4-byte security password is not used.
Unsecured mode requires the use of an expanded memory
system.
• Secured Mode — Only cards programmed on the
ATS1620/1621/1622 programmer will be recognised in this
mode. The 4-byte security password is used.
DATA TR ANSMISSION
The following tables list the formats by which the card reader
transmits data, as determined by:
• Whether the reader is used on-line or off-line, and by
• Menu option 5—Protocol Options (Wiegand or Magnetic stripe),
and by
• Menu option 16—Security Mode (Secured or Unsecured).
Note: In on-line mode, select ‘Wiegand’ in menu 5 to use 26 or 27 bit
data, or select ‘Magnetic stripe’ to use 32 bit data.
On-line
Reader protocol
Card Format
Wiegand Magnetic Stripe
Secured When badged on a
reader, 26 or 27 bit
data is transmitted,
depending on whether
the card is
programmed as
Wiegand 26 bit or
Aritech Wiegand ASC.
When badged on a
reader, 32 bit data is
transmitted.
Unsecured When an unsecured card is badged on a reader
using the magnetic stripe format, 32 bit data is
transmitted.
Off-line
Reader protocol
Card Format
Wiegand Magnetic Stripe
Secured When badged on a
reader, 26 or 27 bit
data is transmitted,
depending on whether
the card is
programmed as
Wiegand 26 bit or
Aritech Wiegand ASC.
When badged on a
reader, Magnetic
stripe format data is
transmitted.
A “card present” signal
is available on the
relay output (violet
wire), if selected in
menu option 8—Open
Collector Output.
Unsecured When badged on a
reader using the
Wiegand protocol,
Aritech Wiegand ASC
data is transmitted.
When badged on a
reader using the
magnetic stripe
protocol, Magnetic
stripe data is
transmitted.
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Technical Data Données techniques Technische gegevens
Supply voltage Tension d’alimentation Aansluitspanning 8.5 - 14 VDC Max
Maximum operating
current
Consommation maximale en
fonctionnement
Maximale bedrijfsstroom 110mA @ 13.8 VDC
Normal operating current
(all areas armed)
Consommation normale en
fonctionnement (tous les
groupes armés)
Normale bedrijfsstroom (alle
gebieden ingeschakeld)
40mA @ 13.8 VDC
Open Collector Output
(OUT terminal)
Sortie à collecteur ouvert
(borne OUT)
Open collectoruitgang
(OUT-uitgang)
14Vdc Max @ 50mA Max
Dimensions with cover
(W x H x D)
Dimensions, couvercle
compris (L x H x P)
Afmetingen inclusief klepje
(B x H x D)
140mm (5.5”) x 121mm (4.8”) x
22mm (0.9”)
Operating temperature Température en
fonctionnement
Werkingstemperatuur -40° to 50°C (32° to 122°F)
Humidity Humidité Luchtvochtigheid 95% non condensing
Dati tecnici
Dados técnicos
Tekniske data
Voltaggio di alimentazione Tensão de alimentação Spenningsforsyning 8.5 - 14 VDC Max
Corrente massima di
funzionamento
Corrente máxima de operação Maksimalt strømforbruk ved
drift
110mA @ 13.8 VDC
Corrente normale di
funzionamento (tutte le
aree inserite)
Corrente de operação normal
(todas as áreas armadas)
Vanlig strømforbruk ved drift
(alle områder tilkoblet)
40mA @ 13.8 VDC
Uscita open collector
(terminale OUT)
Output de colector aberto
(Terminal OUT)
Åpen kollektor-utgang
(OUT-terminal)
14Vdc Max @ 50mA Max
Dimensioni con coperchio
(L x A x P)
Dimensões com cobertura
(L x A x P)
Dimensjoner med lokk
(B x H x D)
140mm (5.5”) x 121mm (4.8”) x
22mm (0.9”)
Temperatura di
funzionamento
Temperatura de operação Driftstemperatur -40° to 50°C (-40° to 122°F)
Umidità Humidade Fuktighet 95% non condensing
Datos técnicos Tekniska data Technische Daten
Tensión de alimentación Matningsspänning Versorgungsspannung 8.5 - 14 VDC Max
Corriente máxima de
funcionamiento
Maximal driftsström Maximale Stromaufnahme 110mA @ 13.8 VDC
Corriente normal de
funcionamiento (todas las
áreas armadas)
Normal driftsström (alla
områden tillkopplade)
Typische Stromaufnahme (alle
Bereiche scharfgeschaltet)
40mA @ 13.8 VDC
Salida de colector abierto
(terminal OUT)
Open collector-utgång (OUTplinten)
Open-Collector-Ausgang
(OUT-Anschluss)
14Vdc Max @ 50mA Max
Dimensiones con tapa
(ancho x alto x
profundidad)
Mått med kåpa (B × H × D) Abmessungen mit Abdeckung
(L x H x T)
140mm (5.5”) x 121mm (4.8”) x
22mm (0.9”)
Temperatura de
funcionamiento
Drifttemperatur Betriebstemperatur -40° to 50°C (-40° to 122°F)
Humedad Luftfuktighet Luftfeuchtigkeit 95% non condensing
Tekniset tiedot Tekniske data Dane techniczne
Käyttöjännite Forsyningsspænding Napięcie zasilania 8.5 - 14 VDC Max
Maksimivirrankulutus Maksimalt strømforbrug Maksymalny natężenie prądu 110mA @ 13.8 VDC
Normaali virrankulutus
(kaikki alueet yötilassa)
Normalt strømforbrug (alle
områder tilkoblet)
Normalne natężenie prądu
(wszystkie obszary
zazbrojone)
40mA @ 13.8 VDC
Avokollektorilähtö (OUTliitäntä)
OC-udgang (OUT-terminal) Obciążalność wyjścia OC
(zacisk OUT)
14Vdc Max @ 50mA Max
Mitat kannen kanssa
(leveys x korkeus x syvyys)
Dimensioner med låge (B x H
x D)
Wymiary z pokrywą klawiatury
(Sz x W x G)
140mm (5.5”) x 121mm (4.8”) x
22mm (0.9”)
Käyttölämpötila Driftstemperatur Zakres temperatury
eksploatacji
-40° to 50°C (-40° to 122°F)
Kosteus Fugtighed Wilgotność 95% non condensing
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MANUFACTURERS
DECLARATION OF CONFORMITY
For
PRODUCT IDENTIFICATION:
Model/type : ATS1197 BOM revision level : E
Category (description) : Non LCD, Remote Arming Station, with Card Reader and keypad
Brand : GE Security
Manufacturer:
GE Security
646 Whitehorse Road
Mitcham, 3132
Australia
EU Representative:
GE Interlogix B.V.
Kelvinstraat 7
6003 DH Weert
The Netherlands
Concerning
RTTE
EMC Safety Radio
A sample of the product
has been tested by:
EMC Technologies Pty Ltd
57 Assembly Drive
Tullamarine, 3043
Victoria
Australia
GE Security
646 Whitehorse Road
Mitcham, 3132
Australia
EMC Technologies Pty Ltd
57 Assembly Drive
Tullamarine, 3043
Victoria
Australia
Test report reference
M040929-1 IEC 60950 Test Report
For ATS1197
M040929-2
APPLIED STANDARDS
EN50130-4 :1995
+A1 :1995
EN60950(2000)
EN300330-2 v1.1.1 (06-2001)
Equipment class identifier (RF products falling under the scope of R&TTE)
Not Applicable X None (class 1 product)
(class 2 product)
Means of conformity
We declare under our sole responsibility that this product is in conformity with Directive 93/68/EEC (Marking) and/or complies to
the essential requirements and all other relevant provisions of the 1999/5/EC (R&TTE) based on test results using harmonized
standards in accordance with the Directives mentioned.
GE Security
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