CS Technologies ACE-ATM Owner's manual
General
The CS Technologies ACE-ATM access controller is a
simple controller which interfaces to a standard mag-
stripe (clock and data) or wiegand reader and provides
access whenever any credential is presented at the
reader.
The product has been designed specifically for banking
applications, and offers a low-cost alternative for the
specific requirement of ATM lobby access. Designed for
easy installation and with convenient features to make
implementation simple with a variety of door hardware
including electric strikes and automatic doors this
product is ideal for any situation where it is desired to
grant access to a large number of mag-stripe or wiegand
cards without discriminating between individual cards.
ABA mag-stripe and Wiegand cards
Cards issued by credit institutions, banks, building
societies and other bodies are usually encoded in a
standard format referred to as ABA. Because financial
institutions often have a wide variety of cards accepted
in their automatic teller machines (and this variety may
change from time to time) there is a need for a card
reader which will give access to any card encoded in the
ABA format. The CS Technologies ACE-ATM is such a
system.
There are also some applications where it is desired to
grant access on a wiegand pulse, where validation of
users has been carried out in a separate system. Again
the ACE-ATM is the ideal solution.
Easy Installation and Operation
The reader connects to a controller which is usually
located within the secure area above the ceiling. The
controller has connections for the reader, an exit
pushbutton and has two ‘normally open’ relay outputs.
Whenever a credential is read at the reader or the exit
pushbutton is pressed, both relay outputs operate for 5
seconds. The relay outputs can be connected to door
strikes or other devices for access control. The controller
is powered from a 12VDC supply, and this supply can be
the same one powering the electric strikes. This makes
installation very easy and inexpensive, since extra
power supplies for the controller are not required.
Ready to go
The system is pre-programmed to accept any mag-stripe
or wiegand card. Once configured and connected it will
work to provide an access control system for an ATM
lobby or similar situation, without any programming
required.
The system is 100% Australian designed and made and
available at very reasonable cost.
For enquiries please contact CS Technologies at
[email protected], or telephone 02 9809 0588.
Specifications
Power supply: 12VDC
Current
Consumption: 150mA maximum (not including door
strikes)
Temperature range: 0°C to 70°C
Humidity range: 0 to 95% relative noncondensing
Dimensions: Box: 86x66x30mm
Board: 80x60x28mm
Shipping weight: 300g
Housing: High impact ABS plastic box with
bulkhead mounting lugs
Reader interface: One magstripe (clock-and-data)/
wiegand (data 0/data1) interface
Exit requests: One normally open inputs for
triggering both
Relay outputs: Two ‘nomally open’ relays rated at
10A/125VAC
Relay trigger time: Both relays trigger for 5 seconds
Cabling Reader to controller – 6 core screened
cable - max 50m
Door strike to controller – figure-8
cable
Exit request to controller – figure-8
cable
ACE-ATM Access Controller
LK6
READER 1
13.8VDC 1 Amp Regulated Power Supply
0V NO2 C2 NC2 0V NO1 C1 NC1
+12V 0V FT FT GND I/O
0V IN1 LED1 +V 0V IN2 LED2 +V 0V IN3 IN4 +5V
1
IN1-2 on, IN3-4 off
+
-
Door exit button
(normally open)
READER 2
IN1
IN2
IN3
IN4
Note: The green LED will normally be off and will turn green when then the door is released.
Reader Cabling: Use 6 core shielded cable.
Maximum 50 meters.
Door 1 Lock
+
+
-
-
Relay Cabling: Use Figure 8 cable.
Diodes shown above are 1N4001 or similar. You must fit a
diode across the coil of any electric lock or mag-lock.
(A diode is included with each silicon key reader).
Notes:
1. The controller is powered by 12VDC which
can also be used to power the electric lock if
desired
2. When the controller is powered up it will beep
to indicate that power has been applied, and the
green LED on the circuit board will flash. No
programming in necessary
3. When the output is triggered both relays will
change state for 5 seconds and then return to
normal.
3. Observer the diode placed across the door
strike which minimises back emf on the system.
These must be installed for relable operation of
the system.
4. The relays can be inverted for fail safe
operation. (Requires a programming keypad).
Enter
6 * 1 * 1 to invert relay 1
6 * 2 * 1 to invert relay 2
5. If LK7 and LK8 are connected it will put 12
volts on the relay common terminal.
2
EXIT REQ
LK1
GROUND
0V (Ground)
IN1 (Clock)
IN2 (Data)
IN3 (LED)
DOOR 1 READER CONNECTIONS
Put the links on to put +12 volts
on the common terminal of the relay
Fire Trip. Link must always be on
unless wired into a fire trip
+V (Power)
LK6 up: +V = 12V (Wiegand)
LK6 down: +V = 5V (Magstripe)
ACE ATM 1 Door Kit Wiring Diagram
