NAPCO GEM-ACM Getting Started Guide
GEM-ACM1D
R
333 Bayview Avenue
Amityville, New York 11701
For Sales and Repairs, (800) 645-9445
For Technical Service, (800) 645-9440
© NAPCO 2004
Access Control Accessory
Getting Started Guide
WI1324 9/04
INTRODUCTION
Thank you for purchasing NAPCO's new GEM-ACM1D Access Control Accessory. The GEM-ACM1D is an
accessory to the GEM-X255 that adds access control functionality to the GEM-X255 control panel. The
GEM-ACM1D provides controlled access to a door by releasing a magnetic lock or electric strike when a
proper Prox Card is presented to the card reader.
The GEM-ACM1D access control panel resides on the GEM-X255 system bus and uses a keypad location in
the system for communication. Like the keypad, the GEM-ACM1D can be used to arm and disarm the system, and is capable of controlling door access, monitoring door status and annunciating troubles and alarms.
The GEM-ACM1D works with any standard Wiegand card reader and any UL 294 Listed door lock, however,
the recommended reader is the HID Prox Point model 6005B-00. The NAPCO standard 36 bit proximity card
and the HID standard 26 bit proximity card formats are both supported.
Up to 4 GEM-ACM1D modules may be connected to a GEM-X255 control panel. The GEM-ACM1D can support up to two card readers using an optional plug-in GEM-2D module. Each card reader can be programmed
to function independently on different doors.
This Getting Started Guide will walk you through the following:
1. Terminal Strip Descriptions
2. GEM-2D Module for Second Door Installations
3. ACM Programming
4. Creating and Entering Proximity Cards
5. Create an ACM Schedule
6. Access Events Logs
REQUIREMENTS
Gem-X255 control panel with v5 firmware or higher (circuit board with expanded RAM is required for a
•
separate ACM log capability).
PCD-Windows Quickloader Download software v4.5 or higher.
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TABLE OF CONTENTS
INTRODUCTION .................................................................................................................................................................................................. 1
REQUIREMENTS ................................................................................................................................................................................................. 1
HARDWARE DESCRIPTIONS .............................................................................................................................................................................2
TERMINAL DESCRIPTIONS ................................................................................................................................................................................2
GEM-2D MODULE FOR SECOND DOOR INSTALLATIONS ..............................................................................................................................4
ACM PROGRAMMING .........................................................................................................................................................................................4
CREATING AND ENTERING ACM PROXIMITY CARDS ....................................................................................................................................................... 9
CREATE AN ACM SCHEDULE ............................................................................................................................................................................................... 10
KEYFOB CONTROL OF ACM DOOR ACCESS .................................................................................................................................................................... 11
FIRST MAN IN FEATURE ..................................................................................................................................................................................12
WIRING DIAGRAMS ..........................................................................................................................................................................................15
WARRANTY ....................................................................................................................................................................................................... 16
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HARDWARE DESCRIPTIONS
See page 11 for the GEM-ACM1D and GEM-2D wiring diagrams. Descriptions for each lug, jumper and
LED on the GEM-ACM1D are detailed below:
ACM on Board Status LEDs and Lugs
LED D1
LED D2
LED D3
Lug E1
Lug E2
Lug E3
JP1 (3 pins)
Selects the card reader power output 5VDC or 12VDC
JP2 (5 pins)
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JP3 (2 pins)
Placing a shunt connector on this jumper enables battery power backup for the D1 &D2 Power outputs providing the battery backup for the locks.
- Polling (Blink duration 1.6 sec=Polling, Solid= 20 sec not polling, Fast Blink= downloading)
- AC 'ON' (Green)
- Low Battery (Red)
- AC 'ON'
- Low Battery
- AC Fail
Pins 1-4 are used to select Keypad/ACM address. Valid ACM addresses 2-15. Address #1 should be assigned to a keypad.
Pin 5 is for High Security Operation. It determines the panel operation during the degrade mode. The
panel enters Degrade Mode when an error in panels' memory is detected. Normally, during the degrade
mode, the access will be granted to any user. Selecting Pin 5 will prevent any user from gaining the access at the reader.
TERMINAL DESCRIPTIONS
See page 11 for the GEM-ACM1D and GEM-2D wiring diagrams. Each terminal is numbered from 1-31 for
the GEM-ACM1D and 32-40 for the GEM-2D. Descriptions of terminals 1-31 are detailed below:
ACM Power Input
1. 16.5VAC
2. 16.5VAC
(via CLASS 2 Plug-In 40VA or 50VA Transformer)
Door Power Output
3. Door #1 Power (+)
4. Door #1 Power (–)
5. Door #2 Power (+)
6. Door #2 Power (–)
Combined maximum current for Door #1 and Door #2 = 1.5A @12VDC. Full rated current can be drawn
from either output as long as combined current does not exceed 1.5A.
Burg Bus
7. (+) Bus RED
8. (–) Bus BLACK
9. (RX) Bus GREEN
10. (TX) Bus YELLOW
Connect ACM terminals 7,8,9,10 to GEM-X255 bus terminals 9(+), 10(–), 11(TX-Green), 12(RX-Yellow) re-
spectively. Losing the bus connection will NOT disable ACM operation and will NOT prevent valid cardholders access through the door. All user schedules will be ignored.
Arming from the reader will not be possible while communication to the control panel is lost. If the bus con-
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nection is lost while the system is armed, the corresponding door zones on the ACM will go into alarm.
11. (+) Tamper
12. (–) Tamper
Connect to the optional normally open (N/O) Tamper switch. Cut jumper J1 to enable Tamper.
13. GND (Cold Water Ground)
Door Relay Outputs
14. Door #1 Relay COM
15. Door #1 Relay N/O
16. Door #1 Relay N/C
Wire the locking device with the Door #1 Power terminals 3, 4 and the Door #1 relay output terminals
14,15,16. Use the COM and N/C terminals for a normally energized lock such as a Mag (Magnetic) Lock
and use COM and N/O terminals for a normally de-energized lock such as an Electric Strike lock. When
the access is activated, the relay will trip and unlock the door for a preprogrammed period of time.
Reader (Power Output)
17. Reader #1 - (+) Reader #1 Power
18. Reader #1 - (–) Reader #1 Power (Ground)
The reader voltage output is selectable. Use the jumper JP1 to select between 5V or 12V.
Reader (Data Input)
19. Reader #1 Input – Data (1)
20. Reader #1 Input – Data (0)
Reader (LED Output)
21. Reader #1 - (–) RED LED output
22. Reader #1 - (–) GREEN LED output
RED LED will be ON when the door is locked. GREEN LED will be ON when the door is unlocked. Alter-
nating RED/GREEN will be ON when downloading to the ACM. Additionally, LED will momentarily change
RED to GREEN when a proximity card is presented and read. The HID 6005B reader has one dual color
Red/Green LED.
Reader (Audible Output)
23. Reader #1 - (–) Sounder Out output
This output can sink 250mA to drive a local audible device or be connected to the BEEP control line of the
card reader. The Sounder output is used for the Door Ajar, Forced Door and Request To Arm functions.
For the
Door Ajar
nates when the door is closed). Tripping the
and
Forced Door
functions, it annunciates a continuous tone (the sounder output termi-
Request To Arm
function produces a beeping sound until the
"Exit-Arm Time" is expired. The sounder output also produces a Beep when a proximity card is presented
to the reader.
Audible Silence
24. Sounder Off input (+)
25. Ground
Wire a N/O Momentary Switch between terminals 24 & 25 to silence the Sounder output.
Door Contact Sensor
25. Ground
26. Door #1 Contact (+) input
Wire a N/C door contact in series with a 2.2K Ohm EOL resistor between terminals 25 & 26. The door con-
tact input is used to generate Door Open, Door Ajar, and Forced Door conditions at the ACM and can be
mapped into specific zones in the burglary panel to generate Zone Faulted, Day Zone, and Burglary alarms.
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RTE – Request To Exit Input
27. Request To Exit (+)
28. Ground
Wire a N/O momentary switch between terminals 27 & 28. This egress switch is mounted on the opposite
side of the Card Reader and when tripped will activate Door #1 Relay. The switch provides a means to exit
the door, and operates exactly the same way as the proximity card (but is mounted on the other side of the
door).
RTA – Request To Arm Input
28. Ground
29. Request To Arm (+)
Wire the N/O momentary switch between terminals 28 & 29. The RTA switch can be mounted on either
side of the door. This switch, when used together with a proximity card, can arm the system. To arm the
system, first activate the switch and then present the card to the reader.
Armed/Ready LEDs
30. RED Status LED
31. GREEN Status LED
These two LEDs will simulate RED and GREEN keypad LEDs as follows:
RED 'ON' (Armed)
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RED 'OFF' (Disarmed)
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RED "Blinking' (Alarm)
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GREEN 'ON' (Ready to Arm)
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GREEN 'OFF' (Zone Fault).
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NOTE:
If the "Stealth Mode" is enabled, the LED functionality will display only for one minute.
GEM-2D MODULE FOR SECOND DOOR INSTALLATIONS
The GEM-2D is a module that plugs directly into the GEM-ACM1D providing independent control of a second reader/door. The functionality is the same except that Arm/Disarm is not allowed from the GEM-2D.
Refer to the wiring diagram terminals 32-49 shown on page 11.
ACM PROGRAMMING
1. Enable ACM Access
on the
System Assignment
screen,
System Options
tab
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2. Open the
Keypad Assignment
screen and click the ACM Assignment tab. All ACM features are dis-
played in this window.
Keypad address -
Left click on the Keypad cell for ACM (see arrow above). PCD-Windows will automatically assign and enter the next available Keypad address for ACM1, ACM2, etc. Up to 4 ACM's
can be selected, and there must be at least one keypad in the Access Control System. Keypad address 1 must be used for a keypad, therefore the ACM can only be addressed to keypads 2 through
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3. Up to two doors (readers) can be assigned for each ACM (when GEM-2D module is installed). Assign an Area
for each door.
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