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FOR UL INSTALLATIONS 

The following is required in UL installations: 

 

1.    The GEM-X255 must be installed and programmed as 

required for the application. 

2.    A keypad must be located next to any access door, to 

provide an indication (at the time of arming the system) 
that all protection up to the egress door is set for duty 
and the status of the GEM-ACM1D primary power. 

3.    Follow procedure on page 3, INSTALLATION/

MOUNTING INSTRUCTIONS, Step 4, "Remote AC 
On Indicator". 

4.    Install front and back tamper switches as described in 

the Installation Instructions provided (WI1278). 

5.    Use Prox Point Plus Model 6005B as card reader. 
6.    Use only UL Listed door locks. 
7.    Remove shunt connector from JP3 (remove battery 

standby from D1 PWR and D2 PWR) assuring mini-
mum 4 hour battery standby of GEM-ACM1D burglar 
accessory functions. 

8.    Follow wiring notes on GEM-ACM1D Wiring Diagram. 
 

WIRING/CONFIGURATION 

All inputs and outputs, door strikes, card readers and all 
other accessories should first be installed as detailed 
above.  Also, place all correct shunt connectors on jump-
ers.  

Note: 

 Do not apply power until all wiring is complete.  

Both AC and battery connections must be made before the 
GEM-ACM1D will function properly.  Always connect the 
AC power before connecting the battery to avoid system 
troubles. 
 
Refer to the wiring diagram on page 23. 
 

1.  Connect to the Remote Bus.

  GEM-ACM1D Termi-

nals 7-10 provide the control panel interface.  Connect 
as per the table below: 

 
 
 
 
 
 
 
 

2.   Connect Electric Door Locks.

   

      NOTE:

  Before installation, always check with local 

laws having jurisdiction concerning the installation of 
magnetic locking devices.  There may be strict limita-
tions with regard the installation of magnetic or similar 
exit door locking devices.  Local laws may require the 
installation of electrically separate panic hardware to 
ensure the door can be opened in the event of an 
emergency.   

     Door lock outputs are controlled by schedules pro-

grammed into the panel.  These door lock outputs can 
operate DC-powered locking devices such as magnetic 
door locks or other electromechanical locks and can be 
configured to operate in "Fail Secure" (which remain 
locked when power fails) or "Fail Safe" (which unlock 
when power fails) configurations.   

 

     For normally de-energized door locks, connect ground 

to terminal 4, wire terminal 3 to terminal 14, then con-
nect the positive door strike wire to terminal 16.  See 
wiring diagrams (Figs 1 and 2 below) for both normally 
energized and de-energized door locks.  The GEM-
ACM1D can supply a constant combined maximum 
12V output of 1.5A for D1-PWR and D2-PWR.   

 

3.   Connect  Door  Contacts.

  Supervised normally closed 

door contacts can be wired in series with a 2.2K end-of-
line resistor between terminals 25 and 26 (place the 
supervisory resistor in series at the door contact).   

 

4.   Additional  Accessories.

  Optional devices such as a 

Request to Exit button, an audible silence button, and a 
Request to Arm button are described below. 

Request to Exit button 

is mounted inside the se-

cured area and is used to unlock the entry door with-
out requiring a second card reader.  The RTE button 
is a normally open momentary switch wired between 
terminals 27 and 28.   

An 

Audible Silence button 

is mounted inside the 

secured area and is used to silence the card reader 
sounder during door ajar conditions, and kick-in con-
ditions.  The Audible Silence button is a momentary 
normally open switch wired between terminals 24-25 
(SND OFF). 

Request to Arm button 

can be mounted inside 

GEM-X255 Terminals 

GEM-ACM1D Terminals 

9 (+) 

7 (+) 

10 (-) 

8 (-) 

11 (TX-Green) 

9 (RX-GRN) 

12 (RX-Yellow) 

10 (TX-YEL) 

Table #2:  Remote Bus Connections 

* The diodes shown above are used to reduce the electrical noise produced when internals coils of the magnetic lock are de-energized. 

Fig. 1:  Normally Energized Lock Wiring ("Mag Lock") 

Magnetic Lock 

GEM-ACM1D 

14 

16 

COM 

N/C 

(+) D1 PWR 

Clamping 

Diode 

(supplied)* 

(–) D1 PWR 

Fig. 2:  Normally De-Energized Lock Wiring 

Electric Strike 

GEM-ACM1D 

14 

15 

COM 

N/O 

Clamping 

Diode 

(supplied)* 

(+) D1 PWR 

(–) D1 PWR 

INST

A

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L

A

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OUNTING INSTRUCTIONS 

Summary of Contents for GEM-ACM1D

Page 1: ...ng a locking device such as a magnetic lock or electric strike when the proper credential is presented to the card reader Access control is integrated with the bur glary functions of the GEM X255 It can be used to arm and disarm the system annunciate and report alarms and troubles and monitor the access door without the need for additional contacts Up to 4 GEM ACM1D modules may be connected to a G...

Page 2: ...2 24 gauge wire is recommended for all connections be tween the panel and the GEM ACM1D and 18 gauge wire for all door strikes Avoid running wires parallel to other types of wiring that can cause electrical interference Typical Installations There are two basic ways the GEM ACM1D may be in stalled to provide access control both are described be low Option 1 uses a single card reader on the exterio...

Page 3: ...irectly to the GEM ACM1D Do not use wireless contacts e Optional accessories such as an egress button au dible silence button etc should be mounted inside the restricted area 3 Install Tamper Switches J1 must be cut to enable tamper Normally open tamper switches not supplied can be installed in the front and back of the cabinet to provide protection from unauthorized entry The tamper switches are ...

Page 4: ...by schedules pro grammed into the panel These door lock outputs can operate DC powered locking devices such as magnetic door locks or other electromechanical locks and can be configured to operate in Fail Secure which remain locked when power fails or Fail Safe which unlock when power fails configurations For normally de energized door locks connect ground to terminal 4 wire terminal 3 to terminal...

Page 5: ...ly Armed Disarmed Ready Not Ready and Alarm Card Reader Sounder Operation Many card readers include a sounder for audible feed back The sounder output can be connected to local warning devices for Access Door Kick In Kick In occurs when a locked access door is opened the n c circuit between termi nals 25 26 or 43 44 opens A Kick In can also oc cur if either door circuit is shorted while locked a s...

Page 6: ...PWR and D2 PWR outputs Jumper JP3 will not affect the battery standby operation of all other terminals on the GEM ACM1D Therefore if AC power is lost the GEM ACM1D will continue to function but doors will not be powered unless powered by a separate circuit When this jumper is not installed the GEM ACM1D fulfills the UL 4 Hour Standby requirement and is allowed to re main a UL listed mercantile bur...

Page 7: ...he installation of electrically separate panic hardware to ensure the door can be opened in the event of an emergency Door strike outputs are controlled by schedules pro grammed into the panel These door strike outputs can operate DC powered locking devices such as magnetic door locks or other electromechanical locks and can be configured to operate in Fail Secure which remain locked when power fa...

Page 8: ...nals When AC power is removed these ter minals will not have battery standby voltage available UL has only evaluated the system with JP3 removed In addition this Standby Battery Chart has not been evaluated by UL 1 STANDBY CURRENT STANDBY CURRENT Amps DEVICE QTY EACH TOTAL GEM ACM1D 1 X 0 04 0 04 GEM 2D 1 X Reader 2 of 2 X Door Strike 1 X Door Strike 2 X X X X TOTAL STANDBY CURRENT Amps Reader 1 o...

Page 9: ...door For each door programmed there are three possible events that can occur and thus activate the zone specified You MUST designate a separate zone number for each of the three possible events below Zone Assign a zone number to activate when the access door is opened wired to door contacts Forced Entry Zone Assign a zone number to acti vate when a door is opened but not unlocked Door Ajar Zone As...

Page 10: ...ust be presented twice within the time specified in the Two Swipe Arm Time detailed on page 11 Corresponds to GEM X255 address 2780 bit 0 press 1 on the keypad Enable Napco Proprietary Access Format The GEM ACM1D or GEM 2D supports two proximity card formats 1 NAPCO standard 36 bit proprietary format or 2 HID standard 26 bit format Check to allow the GEM ACM1D or GEM 2D to recognize this standard ...

Page 11: ...valid and enabled user the GEM ACM1D energizes the D1 Relay which either removes power or sup plies power to the door lock unlocking the lock The lock will remain unlocked for the programmed Un Lock Time If the door is not opened as sensed by the door contact by the end of the Un Lock Time the lock power is reapplied removed re locking the door until another programmed card credential is pre sente...

Page 12: ...mn and the ACM Area column are mutually exclusive either can be used but not both with one user row The Area column assigns the keypad user code to an area To assign the user to an ACM Area see ACM Area section below Click the drop down box to display the areas and click each area to highlight and select ACM Area Assign a user and their assigned prox imity card to an ACM area Click the drop down b...

Page 13: ...ith other sched uled restricted time if needed Date Enter the dates of the week you wish to include with the previously programmed Normal Time For example the user who works 9AM 5PM Monday through Friday click in the Date column of the schedule you are changing the Date Schedules window opens Click Day of Week drop down box and click to highlight the days you wish to include IMPORTANT After adding...

Page 14: ...mapped to the access doors will indicate faulted E54 000 LOW BATT NO AC Power failure for ACM 1 Check power transformer Check for blown fuse or cir cuit breaker general power outage Also may indicate battery below 11 volts If battery not recharged within 24 hours replace it E55 000 LOW BATT NO AC Power failure for ACM 2 Check power transformer Check for blown fuse or cir cuit breaker general power...

Page 15: ...to enter the Address Program Mode Address 0000 will display 4 Press the 4 digits of the address listed below The existing data will display and the cursor will advance to the data field 5 Program the address as required 6 Press U to save 7 Enter another 4 digit address to continue programming or press C to exit and resume normal keypad operation KEYPAD 1 For ease of programming it is recommended t...

Page 16: ...5 6 7 8 ACM 1 Door 1 2784 ACM 1 Door 2 2785 ACM 2 Door 1 2786 ACM 2 Door 2 2787 ACM 3 Door 1 2788 ACM 3 Door 2 2789 ACM 4 Door 1 2790 ACM 4 Door 2 2791 Default blank blank from address 2784 2791 ADDR ACM DOOR AREA OPTIONS ADDRESS 2784 2791 ACM DOOR AREA OPTIONS 1 Select the desired option entering the option number 1 3 for each address 2 Enter corresponding option number in address location NOTE D...

Page 17: ...ss U or D to save ENABLE PANEL OPTIONS ADDRESS 2423 ENABLE PANEL OPTION 1 Select the Panel Option from the table shown and enter in the corresponding address location above 2 Press U or D to save Scheduled Free Access Index ADDR ACM 1 Door 1 4072 ACM 1 Door 2 4073 ACM 2 Door 1 4074 ACM 2 Door 2 4075 ACM 3 Door 1 4076 ACM 3 Door 2 4077 ACM 4 Door 1 4078 ACM 4 Door 2 4079 Default blank blank from ad...

Page 18: ...Y Y Y C Y Y D Y Y Y E Y Y Y F Y Y Y Y NONE Note These entries are only available when address 3905 bit 7 is enabled Example Enter a code of 123456 as 123456 from left to right ACM ZONE OPTIONS Enter the Zone numbers in two digit hexadecimal format for each option in the table below The left digit nibble determines the type of device for Keypad and 1 for ACM The right digit nibble determines the ho...

Page 19: ...19 Name Embossed Card Number Facility Code Access Level Code Type ACM Area Access Group Access Control User s Chart ...

Page 20: ... 01 09 45AM A1D1U195 KP Display NONE GEM PRINT 01 08 04 21 45 ACM 1 Access Denied to User 195 903466 via Door 1 If the card is not in database the user will be logged as User 0 Event AC Fail Low Battery Restore Burg Log 01 08 04 09 45 PM ACM Power Restore ACM 1 Power Trouble ACM Log 01 08 04 09 45 PM ACM Power Restore ACM 1 Power Trouble KP Log ACMPwrTrbR 01 08 09 45PM ACM1 KP Display NONE GEM PRI...

Page 21: ... PM Close Area 1 User 195 ACM Log NONE KP Log Close 01 08 A1 U010 KP Display NONE GEM PRINT 01 08 04 21 45 Close Area 1 User 195 Event Scheduled Free Access Activated Burg Log 01 08 04 09 45 PM External Relay 1 ON ACM Log NONE KP Log Relay On 01 08 09 45PMR001 KP Display NONE GEM PRINT 01 08 04 21 45 External Relay 1 ON This event occur even when no external relay board present on the system Event...

Page 22: ...22 NOTES ...

Page 23: ...23 ...

Page 24: ...on purporting to act on its behalf to modify to change or to assume for it any other warranty or liability concerning its products In no event shall NAPCO be liable for an amount in excess of NAPCO s original selling price of the product for any loss or damage whether direct indirect incidental consequential or otherwise arising out of any failure of the product Seller s warranty as hereinabove se...

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