SECO-LARM SK3133-PPQ User manual

Heavy-Duty Outdoor
Access Control Keypad
with Proximity Reader
SK-3133-PPQ
Installation Manual
•Rugged construction – heavy-duty stainless steel faceplate with coated steel housing
•Built-in proximity reader
•12~24 V C/VDC uto-adjusting operation
•Up to 1,000 possible user codes/cards for output 1 and 100 each for outputs 2 and 3
•Up to 50 possible visitor codes, for one-time or limited-time use (1~99 hours)
•Up to 50 duress codes for output 1 and 10 each for outputs 2 and 3
•Output 1: Form C relay, 5 @24VDC max. / output 2 and 3: Form C relay, 1 @24VDC max.
•Outputs 1, 2 and 3 can be programmed to activate for up to 99,999 seconds (nearly 28 hours)
•Tamper output, 50m @24VDC max.
•ll features are programmed directly from the keypad, no need for an external programmer
•EEPROM Memory protects programmed information in case of power loss
•Egress input lets users exit the premises without keying in the code
•Door sensor input for anti-tailgating operation
•Interlocking input for connecting to a second keypad
•Keypad illuminates when a button is pressed, programmable for FULL or UTO in standby
•Vandal resistant, suitable for wall, post, or gooseneck mounting
•IP66 Weatherproof

Heavy-Duty Outdoor Access Control Keypad with Proximity Reader
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Quick Installation Guide
This page is for installers looking to do a basic installation and programming of the keypad. For
more in-depth installation and programming instructions, see the Table of Contents on pg. 4.
Mounting Diagram
Quick Wiring Diagram
* To protect the relay, you must install the included diode—with the cathode (striped end ) wired toward the positive
side—for DC powered locks unless your lock has a diode built in. C powered locks and electromagnetic locks require a
varistor/MOV (05D390K or similar, not included) wired in the same location if the lock does not have one built in (all SECO-L RM
electromagnetic locks have built-in protection). Failure to use these as directed will void the warranty.
Inner
backbox
Key lock
Tamper screw
12~24 V C/VDC
Power Supply
*

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Quick Programming Guide
This page is for installers looking to do a basic installation and programming of the keypad. For
more in-depth installation and programming instructions, see the Table of Contents on pg. 4.
Programming Tips
•The master, super user, common user, visitor, duress, and user codes cannot be the same.
• flashing amber LED indicates the keypad is in standby mode. solid amber LED indicates
the keypad is in programming mode.
•If the user code entry mode is set for auto entry, your user codes will need to be the same
number of digits as the master code (see Programming User Code Entry Mode, pg. 28).
Programming Instructions
Follow the instructions below if the following covers your needs.
• new master code
• single 4-digit user code for all users and no proximity cards
•One output to unlock a door
• 3-second delay time in opening the door after the output is activated
1. Turn off the beeping before the 1-minute power-up period ends

2. Enter programming mode

NOTE: The default master code is 0000.
3. Change the master code

NOTE: In the formula above,  represents the new master code.
4. Set the user code to operate output 1 (unlock the door)

NOTE:  chooses user ID #000 of 1,000 possible users (000~999).
 is the new user code for user ID #1.
5. Set the output delay time (skip this step if the default value of 5 seconds is acceptable)

NOTE:  sets the output delay time for 3 seconds.
6. Exit programming mode


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Table of Contents
Quick Installation Guide .................................... 2
Mounting Diagram ............................................ 2
Quick Wiring Diagram ....................................... 2
Quick Programming Guide ............................... 3
Table of Contents ............................................. 4
Overview ........................................................... 4
Parts List ........................................................... 5
Specifications ................................................... 5
LED Indicators and Keypad Sounds ................. 6
Important Notes ................................................ 6
Installation ........................................................ 7
Wiring Diagram ................................................. 8
Sample pplications ......................................... 9
Sample pplications for uxiliary Terminals... 10
Getting Ready to Program .............................. 12
Programming Format and Default
Programming Values .................................. 14
System Restore .............................................. 15
Programming the Master Code....................... 15
The Super User Code ..................................... 16
Programming Common User Codes............... 18
Programming User Codes and Proximity
Cards .......................................................... 19
Programming Visitor Codes ............................ 21
Programming Duress Codes .......................... 22
Programming Output Mode and Duration ...... 24
Programming the Real-Time Clock ................ 25
Programming uto-Disable Time ................... 26
Programming Wrong-Code System Lockup ... 27
Programming User Code Entry Mode ............ 28
Programming Keypad Sounds ....................... 28
Programming Output Relay- ctivation
Sounds ....................................................... 29
Programming the mber LED in Standby ...... 29
Programming Door-Propped-Open
Warning/Delay ........................................... 29
Programming Door-Forced-Open
Warning/Duration ....................................... 30
Programming Door-Open
Warning/Duration ....................................... 30
Programming Egress Delay/Warning/ larm .. 31
Direct ccess to Programming ....................... 33
Users' Guide to Operating the Keypad .......... 34
Installer Notes ................................................ 35
ccessories .................................................... 36
Troubleshooting ............................................. 36
Warranty and Notices ..................................... 36
Overview
71/16"
(180mm)
51/4"
(133mm)
21/2"
(64mm)
21/2"
(64mm)
21/2"
(63mm)
33/8"
(85mm)
1/2"
(13mm)
ø1"
(ø25mm)
ø3/16"
(ø5mm)
ø5/16"
(ø8mm)
Status
LEDs
Key
lock
Front
Side Back

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Parts List
1x Keypad ith steel box 2x Keys
*
1x Security rench 1x Diode
1
x
Mounting template
4
x
Mounting scre s
4
x
Mounting scre anchors
1x
Manual
*No replacement keys available. Please make extra copies for safekeeping.
Specifications
Operating voltage 12~24 V C/VDC
Current dra
(@12VDC)
Standby 55m
Keypress 90m
Output 1 active 105m
Outputs 1 & 2 active 130m
Outputs 1, 2, & 3 active 150m
Total (max.) 220ma
Outputs
#1 Form C 5 @24VDC
#2 Form C 1 @24VDC
#3 Form C 1 @24VDC
K or A 100m @24VDC
Duress 100m @24VDC
Interlock 100m @24VDC
Tamper 50m @24VDC
Inputs
Egress N.O. Ground
Door sensor N.C. Ground
Door inhibit N.O. Ground
Proximity reader frequency 125kHz (EM125)
Proximity reader sensing distance 11/2" (38mm)
IP rating IP66 Weatherproof
Operating humidity 5~95%, non-condensing
Operating temperature -4°~158° F (-20°~70° C)
Material Faceplate 1/16" (1.5mm) Stainless steel
Housing 5/64" (2mm) nodized steel, powder paint
Dimensions (including back box) 51/4"x71/16"x33/8" (133x180x85 mm)
Weight 3-lb 12-oz (1.7kg)

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LED Indicators and Keypad Sounds
LED Indicators
Red LED (Left) Amber LED (Center) Green/Red LED (Right)
Steady Output 1 inhibited Programming mode Output 1 activated (Green)
Output 2 activated (Red)
Flashing Inhibit mode paused Standby mode –
Keypad Sounds and Amber LED
Status Sounds* Amber LED (Center)
In programming mode – Steady ON
Successful key entry 1 Beep 1 Flash
Successful code/card entry 2 Beeps 2 Flashes
Unsuccessful code/card entry 5 Beeps 5 Flashes
Po er up delay Continuous beeping Continuous flashing
Output relay activation† 1-Sec long beep –
In standby mode‡ – 1 Flash/second
System restore mode 2 Beeps Fast flashing for 2.5 minutes
Code/card already stored 1 Long beep –
Real time clock stopped after
po er loss
Continuous 3 fast beeps every 5
seconds –
*Keypad sounds can be programmed ON or OFF (see pg. 28).
†
Output relay activation sounds can be programmed for 1-second long beep, 2 short beeps, or OFF (see pg. 29).
‡
mber LED flashing during standby mode can be programmed ON or OFF (see pg. 29).
Important Notes
1. lways disconnect power before servicing the keypad. Do not apply power until all connection
wiring is completed.
2. The keypad must be properly grounded. Use a minimum of 22 WG wire connected to the
ground terminal. Failure to do so may damage the keypad.
3. llow at least 2ft (60cm) between this and any other keypads to avoid interference.
4. ll wiring and programming should be done by a professional installer to reduce the risk of
improper installation.
5. The user’s guide for this keypad is located on pg. 34 of this manual.
6. Be sure to store this manual in a safe place for future reference.
IF USING THE KEYPAD WITH A MECHANICALLY
OPERATED DOOR OR GATE, MOUNT THE KEYPAD AT
LEAST 15’ (5m) FROM THE DOOR OR GATE TO PREVENT
USERS FROM BEING CRUSHED OR PINNED. FAILURE TO
DO SO MAY RESULT IN SERIOUS INJURY OR DEATH.

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Installation
1. Unlock the keylock mounted on the face of the keypad with one of the included keys (see
Fig. 2, below).
2. Remove the tamper screw from the bottom of the keypad with the included security wrench.
3. Open the faceplate of the keypad. The hinge will allow the faceplate to hang open during
installation.
4. Remove the 1" wiring hole cover from the back of the keypad housing.
5. Install the keypad using the included mounting screws and mounting screw anchors (if
necessary).
NOTE: If attaching the keypad to a mounting plate, such as a
gooseneck stand, use the 4 mounting plate holes
located on the back of the keypad housing (see
Fig. 1).
6. Remove the inner plastic back box to access the terminals
(see Fig. 3, below).
7. Run the wire to the keypad location, then run the wire through
the hole on the back of the housing.
8. Refer to the wiring diagram (pg. 8) and ensure that the backlit
and K or jumpers are properly set.
9. Connect the wires to the keypad according to the wiring
diagram on pg. 8.
10.Finish assembly by replacing the inner back box, closing and
locking the keypad, and replacing the tamper screw.
Inner
back
box
Key lock
Tamper screw
Fig. 2 Fig. 3
These holes are used to mount the
keypad to a gooseneck stand.
Fig. 1

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Wiring Diagram
Connection Terminals
Jumper Settings
Jumper Positions
Jumper Position Description
Backlit Full Dim backlit during standby. Full backlit for 10 seconds after any button press.
Auto No backlit during standby. Full backlit for 10 seconds after any button press.
K or A Keypad Switches to ground (–) for 10 seconds after any button press.
Alarm Switches to ground (–) when alarm occurs to trigger optional auxiliary alarm.
Terminal Description
12~24 VAC/VDC Connect to a 12~24 V C/VDC
power supply. Observe polarity.
Relay
output 1
N.C. NO/NC/COM
5 @24VDC max.
COM
N.O.
Relay
output 2
N.C. NO/NC/COM
1 @24VDC max.
COM
N.O.
Egress input
N.O. Pushbutton contact to
ground. Press button to initiate
output 1.
Relay
output 3
N.C. NO/NC/COM
1 @24VDC max.
COM
N.O.
K or A output
Transistor ground output, max.
100m @24VDC. See Jumper
ettings below for the "K or "
jumpers for programming details.
Duress output Transistor ground, max. 100m @24VDC. Switches to ground (–) to trigger a silent
alarm or other device when a user enters a duress code.
Ground (–) Common ground output
Door sensor Connect to an optional N.C. sensor such as a magnetic contact to monitor if a door is
open or closed. Connect to ground (–) if not used.
Output 1 inhibit N.O. input, connect to interlock control of second keypad if needed so that if one
keypad is used to unlock a door, the other is temporarily disabled.
Interlock control N.O. input, connect to Output 1 inhibit of second keypad if needed so that if one
keypad is used to unlock a door, the other is temporarily disabled.
Tamper N.C. Tamper switch output, N.C. contact, max. 50m @24VDC. Connect to the N.C.
24-hour protection zone of an alarm if needed.
Backlit – Full Backlit – uto K or – Keypress
K or – larm
BACK-LIT
FULL AUTO
BACK-LIT
FULL AUTO
K OR A
KEY ALARM
K OR A
KEY ALARM
Backlit
jumper
K or
jumper

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Sample Applications
Stand-Alone Door Lock
In this application, the keypad is connected to a single door lock and an egress pushbutton.
* To protect the relay, you must install the included diode—with the cathode (striped end ) wired toward the positive
side—for DC powered locks unless your lock has a diode built in. C powered locks and electromagnetic locks require a
varistor/MOV (05D390K or similar, not included) wired in the same location if the lock does not have one built in (all SECO-L RM
electromagnetic locks have built-in protection). Failure to use these as directed will void the warranty.
Door-Hold-Open Mode
* To protect the relay, you must install the included diode—with the cathode (striped end ) wired toward the positive
side—for DC powered locks unless your lock has a diode built in. C powered locks and electromagnetic locks require a
varistor/MOV (05D390K or similar, not included) wired in the same location if the lock does not have one built in (all SECO-L RM
electromagnetic locks have built-in protection). Failure to use these as directed will void the warranty.
12~24 V C/
VDC
Power Supply
*
•For N.O. locking devices - Connect outputs in
parallel with working device (see Fig. 2).
•For N.C. locking devices – Connect outputs
in series with working device (see Fig. 1).
12~24 V C/VDC
Power Supply
Fig. 1 Fig. 2
IN4004
*
Cathode
(striped end)
12~24 V C/
VDC
Power Supply
IN4004
*
Cathode
(striped end)

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Sample Applications (Continued)
Inter-Lock System Using T o Keypads
In this application, two keypads are each connected to separate door locks and egress
pushbuttons. While one door is open, the other cannot be opened.
* To protect the relay, you must install the included diode—with the cathode (striped end ) wired toward the positive
side—for DC powered locks unless your lock has a diode built in. C powered locks and electromagnetic locks require a
varistor/MOV (05D390K or similar, not included) wired in the same location if the lock does not have one built in (all SECO-L RM
electromagnetic locks have built-in protection). Failure to use these as directed will void the warranty.
Sample Applications for Auxiliary Terminals
Duress Output
The duress output switches to (–) ground when a duress code is entered. You may use it to turn on
an LED lamp and/or a small buzzer to notify a guard; or connect it to a 24-hour normally open
protection zone of an alarm system.
NOTE: Only one connection option shown above is recommended. Make sure that the sink current
does not exceed the maximum rating of 100m .
Keypad #1 Keypad #2
RTE for
door #2
Door #
1
Sensor
Door #
2
Sensor
RTE for
door #1
12~24
V C/VDC
Power Supply
Electric lock #2
Electric lock #1
12~24
V C/VDC
Power Supply
N.C. N.O.
OR
12~24 V C/VDC
12~24 V C/VDC
N.C.
N.O.
OR
Diode 1N4004
*
Cathode
(striped end)
Diode 1N4004
*
Cathode
(striped end)
•Use an N.C. magnetic contact or
some other N.C. device to detect
whether a door is opened or
closed. Do this for the two doors
being protected.
Low power
piezo buzzer
1.5K
LED
OR
+12
~24 V C/
VDC
larm Control Panel
24-Hour
N.O. Protection
Zone

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Sample Applications for Auxiliary Terminals (Continued)
Door Sensor
Use a normally-closed door-position sensor (usually a
magnetic contact) on the door to enable the use of the
following functions.
•Door Auto Relock – The system will immediately
relock the door after the door is closed. This prevents
unwanted "tailgate" entries, which can happen if an
unauthorized person tries to follow an authorized person through the door.
•Interlock Control – When the door is open, the interlock output will give a (–) ground command
to disable the other keypad in an interlock system
•Door-Forced-Open Warning – The keypad will beep and activate the alarm output whenever
the door is forced open without using a valid user code, card, or egress input (see
Programming Door-Forced-Open Warning/Duration, pg. 30).
•Door-Propped-Open Warning – The keypad will beep whenever the door is open longer than
the programmed time (see Programming Door-Propped-Open Warning/Delay, pg. 29).
•Door Open Warning – The keypad will beep and activate the alarm output whenever the door
is opened without using a valid user code or card (see Programming Door-Open
Warning/Duration, pg. 30).
Alarm Output
Set the K or jumper to " " (see Jumper ettings, pg. 8) to cause the alarm output to switch to
ground (–) in door-forced-open or the door open after egress delay. You may use it to turn on an
LED lamp and/or a small buzzer to notify a guard; or connect it to a 24-hour normally open
protection zone of an alarm system. See Programming Door-Forced-Open Warning/Duration,
pg. 30 and Programming Door-Open Warning/Duration, pg. 30.
NOTE: Only one connection option shown above is recommended. Make sure that the sink current
does not exceed the maximum rating of 100m .
larm Control Panel
24-Hour
N.O. Protection
Zone
Low power
piezo buzzer
1.5K
LED
OR
+12
~24 V C/
VDC
Magnetic
contact

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Sample Applications for Auxiliary Terminals (Continued)
Key Active Output
Set the K or jumper to "K" (see Jumper ettings, pg. 8) to cause the key active output to switch
to ground (–) for 10 seconds whenever a key is touched. You may use it to turn on an LED lamp
and for a small buzzer to notify a guard, or to energize a relay to switch on lights or trigger a CCTV
camera to start recording.
NOTES:
•Make sure that the relay for switching on lights has high enough isolation between high voltage
and low voltage to prevent damage to the keypad.
•Only one connection option shown above is recommended. Make sure the sink current does
not exceed the maximum rating of 100m .
•External power supply and isolation relay are strictly necessary in driving a high-power device,
such as lights.
Getting Ready to Program
Codes or Cards
The keypad can be set to be activated by users in one of three ways.
1. Keypad code only – There are five types of keypad codes
•Master code – Used only for entering programming mode; there can be only one master
code per keypad.
•uper user code – Can be used to activate outputs 1, 2, and 3, or to disable (inhibit) or
enable the operation of the outputs.
•User codes – Unique codes for each user to activate outputs 1, 2, or 3.
•Visitor codes – Temporary user codes that can be assigned to visitors or temporary workers
to activate output 1; the visitor codes can be programmed for one-time use or to expire after
a set number of hours has passed.
•Duress codes – ssigned to specific users as a way to send a silent alert if forced to use
keypad under duress
2. Proximity card only – Standard 125kHz (EM125) proximity cards can be used to activate
outputs 1, 2, or 3.
3. Card + code – For enhanced security, the user can be required to also enter a code after
tapping a proximity card. The code may be unique to each card or to a group of users, or a
common code can be used with all cards.
Low power
piezo buzzer
OR
+12
~24 V C/
VDC
N.O. Relay
contact
+
12
~24 V C/
VDC
Isolation relay
1.5K
LED

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Getting Ready to Program (Continued)
Security Levels
There are four possible security levels for the keypad.
1. Card only – The most basic, convenient level of security. Hold a previously programmed
proximity card over the keypad to activate outputs 1, 2, or 3 (see Programming User Codes
and Proximity Cards on pg. 19).
2. User code only – Type in a 4- to 8-digit user code to activate outputs 1, 2, or 3 (see pg. 19).
3. Card + common user code – ll valid proximity cards can be programmed with a common
user code so that outputs 1, 2, or 3 can only be activated if a card and the common user code
are used together. The common user code is automatically assigned when each proximity card
is programmed into the keypad (see Programming Common User Codes on pg. 18).
4. Card + unique user code – The most secure level. Each proximity card can be programmed
with its own unique user code so that outputs 1, 2, or 3 can only be activated if the card and the
unique code are used together (see pg. 19).
Po er Up the Keypad
When the keypad is first powered up, it will beep continuously for about 1 minute. During this
power-up time, if needed, use direct access to programming (DAP) to reset the master code (see
Direct Access to Programming on pg. 33).
1. Turn off the beeping before the 1-minute power-up period ends

This will immediately stop the beeping. When the beeping has ended, the keypad is ready for
normal operation or for programming.
Enter and Exit Programming Mode
ll programming of the keypad is done in programming mode.
1. Enter programming mode.

NOTE: In the formula above,  represents the master code. The default master
code is "0000" (see Programming the Master Code on pg. 15 to program a new master
code). The amber LED will change to steady ON to indicate that the keypad is in
programming mode.
2. Exit programming mode.

The  entry can be used to exit programming mode at any time while programming. The
amber LED will return to flashing, indicating standby mode, upon exiting programming mode.
NOTE: DO NOT DISCONNECT THE KEYPAD FROM POWER WHILE IN PROGRAMMING
MODE. Doing so could cause a keypad memory error.

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Programming Format and Default Programming Values
In this manual, the format used for programming the keypad is as follows.
• 2-digit (  ) FUNCTION identifier to tell the keypad what is being programmed.
• varying number of digits (  ) represents the parameters of that FUNCTION.
•Press the  key to confirm programming of the FUNCTION.
The following is a list of the different programming functions.
Function
Parameters Default functions and values Page #
01 Master code Default 0000, code length from 4~8 digits 15
02 Super user code No default, must be programmed 16
03 Common user code for output 1 No default, must be programmed 18
04 Common user code for output 2 No default, must be programmed 18
05 Common user code for output 3 No default, must be programmed 18
10 User codes/cards for output 1 No default, must be programmed 18
20 User codes/cards for output 2 No default, must be programmed 18
30 User codes/cards for output 3 No default, must be programmed 18
40 Visitor codes for output 1 No default, must be programmed 21
41 Duress codes for output 1 No default, must be programmed 22
42 Duress codes for output 2 No default, must be programmed 22
43 Duress codes for output 3 No default, must be programmed 22
51 Output mode/duration for output 1 5-Second output, momentary 24
52 Output mode/duration for output 2 5-Second output, momentary 24
53 Output mode/duration for output 3 5-Second output, momentary 24
55 System real-time clock No default, must be programmed 25
56 uto-disable time, output 1 No default, must be programmed 26
60 Wrong-code system lock-up Locks keypad after 10 false code/card tries 27
70 User code entry mode Manual entry of "#" after each code 28
71 Keypad sounds Programming and operation beeps enabled 28
72 Output relay activation sounds 1-Second beep when output is activated 29
73 mber LED standby flashing Center LED flashes on standby 29
80 Door-forced-open warning Warning disabled 30
81 Door-propped-open warning Warning disabled 29
90 Egress delay/warning/alarm Egress output happens immediately 31
91 Door open warning/duration larm output is disabled 30
NOTE The direct access to programming (DAP) code 2828 (see pg. 33) and the system restore
code 9999 (see pg. 15) are fixed and cannot be changed, even via programming.

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System Restore
System restore will reset all programming values except the master code back to the default values
shown on pg. 14.
1. Make sure the keypad is in programming mode (see Enter and Exit Programming Mode on
pg. 13).
2. Initiate system restore.

NOTES
•System restore will reset LL programming except the master code back to default values. Be
careful to use system restore only when absolutely necessary.
•System restore may take several minutes. The amber LED will flash rapidly during this time.
•Once system restore has been completed, the keypad will beep twice to show that all
programming values have been reset to their default values and are ready to be
reprogrammed.
•t this point, the keypad is still in programming mode.
Programming the Master Code
The master code is used to enter programming mode. The master code does not serve as a user
code for activating outputs 1, 2, or 3.
1. Make sure the keypad is in programming mode (see Enter and Exit Programming Mode on
pg. 13).
2. Enter new master code.

NOTES
• represents the new master code, which can be 4 to 8 digits long.
•There can be only one master code for the keypad.
•Programming a new master code will overwrite the previous master code.
•If the master code is forgotten, use direct access to programming (DAP) to reset the master
code (see pg. 33).
•The master, super user, common user, visitor, duress, and user codes cannot be the same.
•If the keypad is set for auto code entry mode, all codes will need to be the same number of
digits as the master code (see Programming User Code Entry Mode on pg. 28).

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The Super User Code
The super user code has multiple functions.
•The super user code can activate or deactivate output 1, 2, or 3 at any time.
•The super user code can toggle operation of output 1 on or off.
•The super user code can pause or restart the timed output 1 auto-disable period.
•The super user code can also enable or disable output 1. n administrator may want to disable
the output in the evening or on the weekend to prevent other users from entering a protected
area.
The super user code is exempt from system inhibition or lockup functions and is valid at any time.
Programming the Super User Code
1. Ensure the keypad is in programming mode (see Enter and Exit Programming Mode, pg. 13).
2. Enter the new super user code.

NOTES
• represents the new super user code, which can be 4 to 8 digits long.
•There can be only one super user code for the keypad.
•Programming a new super user code will overwrite the previous super user code.
•The master, super user, common user, visitor, duress, and user codes cannot be the same.
Deleting the Super User Code
This function is useful for protecting the premises in case the super user code is lost or forgotten.
To delete a super user code.
1. Make sure the keypad is in programming mode (see pg. 13).
2. Enter
 

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The Super User Code (Continued)
Using the Super User Code
In these examples, assume the super user code is 2580.
1. ctivate or deactivate output 1 (timed or toggle, depending on programming).

2. ctivate or deactivate output 2 (timed or toggle, depending on programming).

3. ctivate or deactivate output 3 (timed or toggle, depending on programming).

4. Toggle operation of output 1 ON or OFF.

NOTES
•This function is used to leave output 1 active for extended periods of time.
•Do not forget to deactivate this function after its use is no longer required.
•It is recommended to use this function only with fail-safe locks. Fail-secure locks may be
damaged by staying activated for too long.
•ll functions requiring use of the door sensor input are suspended while this function is in
use.
5. To temporarily pause or restart the timed output 1 auto-disable period.

NOTES
•This function is used to enable the operation of output 1 if it was disabled using the auto-
disable function (see pg. 26).
•When the output 1 auto-disable function is inactive, the red LED will flash steadily. This
indicates that output 1 may now be used.
6. Disable or enable output 1 (toggle, regardless of programming).

NOTES
•This is used to prevent users from accessing the protected premises.
•For more information on programming timed or toggle mode, see Programming Output
Mode and Duration on pg. 23.
•The left LED will remain steady red while output 1 is disabled.
•For safety reasons, the egress button works regardless of whether output 1 is enabled or
disabled via the super user code.
•The super user code continues to operate output 1 even while that output is disabled.

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Programming Common User Codes
NOTE: This function is only used when utilizing proximity cards. For programming user codes, see
pg. 19.
This function allows a common user code to be automatically added to each proximity card as it is
programmed. Every proximity card user also uses the same common user code to operate
outputs 1, 2, or 3. This provides greater security than programming the keypad to operate with the
card alone. It is also more convenient than assigning each user a unique user code, although
unique user codes offer an even greater degree of security.
1. To program a common user code for output 1.

2. To program a common user code for output 2.

3. To program a common user code for output 3.

4. To delete the common user code for output 1

NOTES
• represents the new common user code, which can be 4 to 8 digits long.
•Programming a new common user code will overwrite the previous common user code.
• common user code is not necessary if unique user codes are assigned.
•The master, super user, common user, visitor, duress, and user codes cannot be the same.

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Programming User Codes and Proximity Cards
When programming user codes and/or user cards, use this general formula.

 – Output 
 – Security level (or , to delete a user code or card)
 – User ID
 – User code / user card
Outputs
• – Output 1, up to 1,000 possible user codes and/or user cards
• – Output 2, up to 100 possible user codes and/or user cards
• – Output 3, up to 100 possible user codes and/or user cards
Security Levels and Card/Code Deletion
There are four possible security levels for the keypad.
• Card only – The most basic, convenient level of security. Just tap a previously-
programmed user card over the keypad to activate outputs 1, 2, or 3.
NOTE: The duress code feature cannot be used with the keypad programmed to the "card
only" security mode. However, a duress code can be entered instead of a card.
• User code only – Type in a 4 to 8-digit user code to activate outputs 1, 2, or 3.
• Card + unique user code – The most secure level. This code is programmed separately
for each card and can be unique to the card, or the same code can be used for a group or
department. The card and code must be used together to operate the output.
• Card + common user code – ll valid user cards can be programmed with a single
common user code so that outputs 1, 2, or 3 can only be activated if one of the cards and the
common user code are used together. The common user code is automatically assigned as
each user card is programmed into the keypad.
• – Delete a programmed user card or user code.
• – Delete all programmed user cards or codes for the selected output.

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Programming User Codes and Proximity Cards (Continued)
User IDs
• to  – 1,000 unique user IDs for user codes and cards for output 1
• to  – 100 unique user IDs for user codes and cards for output 2
• to  – 100 unique user IDs for user codes and cards for output 3
User Codes
• user code can be 4 to 8 digits long and must have the same length as the master code if the
keypad is used in auto entry mode (see Programming User Code Entry Mode on pg. 28).
•The master, super user, common user, visitor, duress, and user codes cannot be the same.
Examples
1. Program only a user card for user ID #017 for output 1.
READ CARD
2. Program user code 2275 for user ID #010 for output 1.

3. Delete a user card for output 1
READ CARD
4. Delete code or card for user ID #002 for output 1.

5. Delete all users for output 1.

6. Program a user card for user ID #001 for output 1 for use with a common user code.
READ CARD
NOTE: common user code must already be programmed to the output (see pg. 18).
7. Program a user card for user ID #023 for output 2 for use with a unique user code 2468.
READ CARD
