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1. GENERAL DESCRIPTION
ACG9062 is a slim-line proximity reader that operates a miniature solid-state relay upon recognition of a correctly enabled card or TAG. The unit’s relay output can either by
momentary (pulsed) or toggle (bi-stable).
By keeping the TAG or the card in proximity to the ACG9062 the relay contact will be closed until the TAG or card is removed.
The unit is designed for both internal and external use (IP 67). The resin filled interior makes it completely submersible in water and/or resistant to tamper. A total of 200 different
cards or TAGS can be programmed into the ACG9062.
2. TECHNICAL CHARACTERISTICS - CONNECTIONS
Power supply
12 - 24 VDC
Colour
Function
Consumption
40 mA
Red
12 - 24 VDC
Reading technology
proximity, 125 kHz
Black
GROUND
Range
4 cm
Green
Relay contact
Memory capacity
200 users
White
Relay contact
No. of output relays
1 - pulsed (1 sec) or bi-stable. Selectable
Yellow
Relay contact type
Relay contact rating
1 A @ 30 VDC
Brown
Relay mode
Safety devices
Interior completely filled with resin, magnetic tamper
Orange
Red LED driving
Indicators
two-colour LED (Red/Green), buzzer
Cyan
Green LED driving
Protection class
I.P. 67
Rose
TAMPER
Dimensions/weight
28 x 92 x 12, 165 g
Violet
TAMPER
Working temperature
from -20°C to +55°C
3. OPERATION
The programming operations that can be performed on ACG9062 are:
- programming the first TAG (MASTER)
- programming successive TAGs
- disabling all TAGS
The built-in two-colour red/green
LED
and the buzzer provide all the indications necessary to identify the current programming phase and relay status.
PAY ATTENTION:
the first TAG that will be stored into the proximity reader, becomes the TAG MASTER. Keep it aside as it’ll be useful for future TAG storing and/or erasing.
Programming the first TAG (MASTER)
If there are no TAGs in the memory, the first TAG stored automatically becomes the TAG MASTER and, as a result will not allow the opening of the door, but only the storing of
other TAGs or the memory to be completely erased. The TAG storing procedure is as follows:
1. Put a TAG in front of the ACG9062, the buzzer emits a beep.
2. The LED flashes red/green.
3. Wait 3 seconds after which time the LED turns green.
4. Remove the TAG.
5. The buzzer emits a long beep.
6. The green LED flashes 3 times indicating that the TAG MASTER has been properly stored, and then remains lit.
7. After 5 seconds the ACG9062 returns to stand-by indicated by the steady red led light.
Programming successive TAGs
1. Put the TAG MASTER in front of the ACG9062, the buzzer emits a beep and the LED turns green.
2. After 3 seconds the buzzer emits a short beep.
3. Remove the TAG MASTER.
4. Present the TAGs to be entered in front of the ACG9062.
5. If the TAG is not already stored, with each entry the green LED flashes 3 times and the buzzer emits a long beep.
6. If the TAG is already stored the Reader emits a short beep and the green LED quickly flashes 7 times.
7. To finish wait 10 seconds until the LED becomes steady red again.
Disabling all TAGS
Take extreme care when carrying out the following operation. It will cancel all data from the memory.
Once the cancellation procedure has been carried out, the programming cannot be recovered.
For better security, only the TAG MASTER which was first programmed in the ACG9062 is able to perform this operation. At the end of the cancellation operation
the TAG MASTER will also be deleted from the memory.
WARNING: if the first TAG is misplaced, it will no longer be possible to totally delete the memory.
1. Put the TAG that has been programmed first (MASTER) in front of the ACG9062, the buzzer will emit a beep and the LED will light up green.
2. Wait 3 seconds after which the buzzer emits a short beep.
3. Wait another 3 seconds after which the LED will start flashing red.
4. Remove the TAG MASTER.
5. If after 10 seconds the TAG MASTER is not presented again, the Reader returns to stand-by and no cancellation will take place.
7. Remove the TAG MASTER.
8. The buzzer emits a beep, followed by flashing that is quick and then slow.
9. MEMORY IS NOW ERASED and the LED becomes steady red again.
4. LED DRIVING
If the ORANGE and CYAN wires are left unconnected or tied to 5VDC the status of the led is driven by the reader itself.
If one or both of the ORANGE and CYAN wires are connected to GROUND, the status of the LED changes as follows:
ORANGE wire
CYAN wire
LED status
GROUND
GROUND
OFF
GROUND
5VDC or floating
RED
5VDC or floating
GROUND
GREEN
5. RELAY OPERATING MODE
If the YELLOW wire is left unconnected or tied to 5VDC, the contact type is N.O.
If the YELLOW wire is tied to GROUND, the contact type is N.C.
If the BROWN wire is left unconnected or tied to 5VDC the relay mode is pulsed (1 second)
If the BROWN wire is tied to GROUND, the relay mode is toggle/bi-stable.
6. TAMPER SWITCH
ACG9062 is equipped with an internal REED switch, which is activated by the magnet given as issued. The switch may be used as anti-tampering.
DECLARATION OF CONFORMITY
RIB declares that the following equipment
PROXIMITY READER ACG9062
IS IN ACCORDANCE with the 99/05/EC (R&TTE) directive.
G
B
