Aritech ATS1190 Guide Rapide page 2

English
I
NTRODUCTION
The ATS1190 Smart Card Reader is a multifunction, all purpose proximity
card reader suitable for all locations requiring a short range reader. The
reader can be connected directly to the Advisor Master RS485 BUS (see
figure 2). It is configurable through a Menu system accessible via the BUS or
by Configuration cards programmed through Titan and the Aritech Smart Card
Programmer (ATS1620).
The reader operates from 9 to 14 VDC. It has a quiescent current
consumption of less than 25 mA and less than 80 mA when reading a card. It
is supplied standard with a white removable dress cover, which can be
interchanged with one of four other colours available.
Figure : Smart Card Reader
Blue LED: - Door open
- Disarmed
Comms: - LED control
- Buzzer control
- Power
Red LED: - Door open
- Armed
M
OUNTING
The reader can be mounted on any flat surface by two pan head screws, 3.0-
3.5 mm diameter, located under the dress cover. A slightly reduced range will
be experienced when mounted on metal surfaces. If mounting in an outdoor
environment, ensure that the blue LED is at the top.
It is not recommended to use countersunk screws.
The dress cover can be removed to expose the mounting screw by gently
prizing the sides away from the main body to release the retaining clips and
gently pulling on the connection cord. Do not use excessive force or the
reader can be irreparably damaged.
After mounting, gently press the cover over the main body until it locks into
place.
RAS
ADDRESSING
The address of the reader for BUS operations is set to the default address
RAS 16. Using a configuration card or accessing its on-line™ Menu system
when connected to the RS485 BUS can change this. See the Programming
Guide, Reader Address, for further details.
Figure : BUS Connection Block
+12 V - Red
0 V - Black
D+ - White
T
AMPER
The reader is provided with a Tamper facility. When connected to the BUS,
Tamper data is transmitted to the Advisor Master with system data. An
external Open Collector output (violet wire) can be configured as a Tamper
control for both on-line™ and off-line™ operation.
D– - Green
Open collector - Violet
S C
MART
C
OMMS
Figure : Wiegand Connection Block
+12 V - Red
0 V - Black
D0 - Green
D1 - White
Fig. : Four Door Controller Local Bus
+12 V - Red
0 V - Black
D+ - White
R
EADER WIRING
Red: Positive 9 to 14 VDC supply
Black: 0 Volts DC supply ground
Green: D0 / RS485 Data - Wiegand Data 0
Clock
Absolute maximum, 12 V @ 10 mA
White: D1 / Data RS485 Data + Wiegand Data 1
Absolute maximum, 12 V @ 10 mA
Brown: LED 1 Offline LED control configured to "Two Wire Control"
will control the red LED only
Wire grounded: Red LED on
Wire open: Red LED off
Wire at +5 V to +12 V: Red LED off or, offline LED
control configured to "One Wire Control" will control
both the red and blue LED's
Wire grounded: Blue LED on
Wire open circuit: Both LED's off
Wire at + 5 V to 12 V: Red LED on
Absolute maximum, 14 V
Yellow: LED 2 Configurable to control the blue LED when offline
Wire grounded: Blue LED on
Wire open: Blue LED off
Wire at +5 V to +12 V: Blue LED off
Request to exit input when online to Advisor Master
This input may be connected to a simple push button
connected to Ground with RTE Only selected on the
option card or in Menu 10 (See Programming Guide
for more details).
Blue: Buzzer Offline Buzzer control.
Wire open or +5 V to +12 V: Buzzer off
Wire grounded: Buzzer sounding
Absolute maximum, 14 V
Violet: Open Configurable as: Door relay, - Tamper output, Credit
Collector controlled Pulsed, Timed or Latched output
Note: This is a low current output and must not be
used to directly energise high current door openers.
Absolute maximum, 14 V @ 25 mA
2
R ATS1190
ARD EADER
Smart Card ATS1190
L2
L1
BZ
Tamper
D–
RTE
Tamper
- Brown
- Yellow
- Blue
- Violet
- Green
- Yellow
- Violet