multi-user mode with a factory master code of 1 2 3 4 5 6
#. This code can be used to open the lock and set or change
codes. You should set the lock to your own, unique master code.
• Your lock can be programmed with a management reset code
that can be used to regain control of the lock in the event the
master code is lost. The management reset code must be
programmed into the lock before the master code is changed
for the first time.
• At your discretion, the lock can be set to accept a supervisor
code, up to seven different user codes, and a time delay
override code. The master code holder and the supervisor
code holder (if a supervisor code is set) are responsible
for maintaining the number of active users programmed into
each lock. The master code holder and the supervisor code
holder can create and delete user codes.
• The master code is designated as code #0. The supervisor code (if set) is designated as code #1. The user codes (if
set) are designated by user position numbers 2, 3, 4, 5, 6, 7,
and 8. The time delay override code (if set) is designated as
code #9.
• Each time a button is pressed, the lock acknowledges it
by sounding a “beep,” and the LED on the keypad will light
momentarily as the “beep” sounds. If it does not, check your
battery (or batteries) to make sure it is fresh and connected
properly, then try again.
• All codes must contain six digits or six letters. Any digit or
letter can be used as many times as you wish. For instance,
the following codes (while not recommended) will operate the
lock: 5 5 5 5 5 5 # OR J J J J J J #
• All codes end with #. This signals the
lock that you have finished entering all
digits of the code.
• If you pause more than 10 seconds
between button presses when entering
a code, the lock will assume you do not
want to continue, and it will reset itself
to the original code. To open the lock,
begin the code entry sequence once again from the first step.
• If you realize you have pressed an incorrect button when
entering a code, press ✽ or simply pause ten seconds or more,
then begin entering your code again.
The lock can also go into the lockout period during
programming if it interprets an incorrect programming
sequence as five or more consecutive incorrect code entries.
If the lock emits two long error tones (braps) during repeated
programming attempts, it is in lockout mode. Wait ten
minutes, then try again.
• For UL installations, the maximum number of working codes
allowed is one.
• Personal data which can be directly related to a code holder,
such as a birthdate, should not be used in making up a lock
code. Avoid codes which can be easily guessed.
• After the lock is changed to a new code, the lock function
must checked by locking and unlocking it several times with
the container door open. Make sure it functions correctly
before closing the door.
Note: This lock has been Listed by Underwriters Laboratories for use with the following
S&G keypad(s): 6130-2X X and 6130-3XX
Sargent & Greenleaf, Inc.
A Wholly Owned Subsidiary of Stanley Security Solutions, Inc.
PO Box 930, Nicholasville, Kentucky 40356 USA
Phone (859) 885-9411
Phone (800) 826-7652
FAX (859) 887-2057
FAX (800) 634-4843
Note: The Master Code Holder is responsible for maintaining
the number of active users programmed into each lock.
In caseof troubLe
If your lock should fail to open when a valid code is entered,
check for the following:
2. If the lock “chirps” when keys are pressed, but it will not
open, the batteries may be drained to the point that they
will not operate the lock’s solenoid. Follow the battery
replacement procedure in this manual.
3. If the lock makes no sound when any of the keys are pressed,
dead batteries are likely to be the cause. Follow the battery
replacement procedure in this manual.
4. Your lock may be in penalty mode. If the lock interprets your
button presses as four or more incorrect codes in a row, it
will lock you out for ten minutes. During this period, the lock
will ignore any keypad inputs. At the end of ten minutes,
enter a valid code to open the lock.
If all of the preceding remedies have been exhausted
and the lock still does not open, contact a qualified safe
technician in your area for professional service.
1. The boltwork of a safe can, under certain conditions, place
pressure on the side of the lock’s bolt. This is often caused
by something inside the safe pressing against the door or
by something caught between the safe door and its frame.
When this occurs, the lock will not operate properly. To relieve
side pressure on the lock bolt, move the safe’s handle to
the fully locked position, make sure the keypad is turned
counterclockwise to stop, then re-enter a working code. The
lock should open.
A valid code is needed to open the lock. This is how to open the
lock with the original factory master code of 1 2 3 4 5 6. Make
sure the keypad is turned counterclockwise to stop.
Enter 1 2 3 4 5 6
Then, within six seconds, turn the keypad clockwise about
70 degrees, until it comes to a positive stop. Do not put any
counterclockwise to stop.
double beep consisting of a low tone followed by a slightly higher tone. If
you do not hear the double beep, the mechanism is not properly locked.
➥WIth tIme deLay actIve
Time delay enforces a waiting period between entry of the first
code and opening of the safe. This feature is a proven deterrent to
armed robbery. Any valid lock code can be used to start the time
delay. When this code is entered, the lock beeps three times and
begins counting down the delay period. The lock will beep once
every ten seconds during the delay period. At the end of the delay
period, the lock will beep ten times rapidly. Enter a valid code
for the lock. After the code is entered, the lock will release for six
seconds to allow you to turn the keypad and open the safe.
➥WIth duress actIve
Duress , sometimes referred to as “silent alarm,” is a feature that
causes an alarm signal to be sent when a code is entered. This
capability must be enabled in the lock, and an optional duress
module must be added to the lock and connected to an existing
alarm system for this feature to work.
A duress code (one which triggers the alarm signal) is simply
any valid lock code with 1 added to the last digit. For instance, if
you create a user code of 2 2 2 2 2 2, the duress version of this
code is 2 2 2 2 2 3. This code is valid for operating the lock and
simultaneously triggering the duress alarm signal.
When the duress feature is turned on, lock codes 0, 1, 2, 3, and
9 are capable of triggering the silent alarm signal. If a time delay
is programmed into the lock, a duress code can be used to start
#
When the mechanism re-locks, it will emit a
the time delay, for the opening code at the end of the time delay,
or for both codes. The silent alarm signal will be sent each time a
duress code is entered. (Note: Lock codes 4 - 8 are not available if the
duress feature is turned on. If time delay override is disabled or not used, lock
code 9 is available.)
➥usInga tIme deLay overrIde code
This lock is capable of using a time delay override code if it
was originally ordered with this feature, and if the TDO (time delay
override) feature is enabled. As the name implies, the time delay override code can be used to open the lock without waiting for
the time delay period to expire. This is useful for armored car cash
pickups. The TDO code only works when your lock uses a time delay.
Your lock is capable of two different types of time delay override.
Single control time delay override allows the TDO code holder to
simply enter his code to open the lock. The time delay period is
completely bypassed. For example, if the TDO code is 9 8 7 6 5 4,
it would only be necessary to press the following keypad buttons to
unlock the safe.
Enter 9 8 7 6 5 4 #
The other type of time delay override is dual control TDO. To use
this type of time delay override, it is necessary to start the lock’s
time delay by entering any valid code other than the TDO code.
Then, within one minute, enter the TDO code. The lock will open
immediately. This type of time delay override places a secondary
control on the TDO code holder, adding a measure of extra
security. The following example uses the factory set master code
(1 2 3 4 5 6) to start the time delay, then a TDO code of 9 8 7 6 5
4 is used to open the lock without waiting for the time delay period
to expire.
Enter 1 2 3 4 5 6
♪♪♪
#
9 8 7 6 5 4 #
➥usefuL operatIng InformatIon
The lock will emit a long error tone if an incorrect or incomplete
code is entered. If five or more incorrect codes are entered in
a row, the lock will go into a ten-minute lockout period. If you
attempt to enter a code during this lockout period, two long error
tones will be heard. Simply wait ten minutes, then attempt to
operate the lock again. The lockout period cannot be bypassed. You
must wait for it to time out.
A management reset code can only be created before the lock's
master code is changed for the first time. It can later be used to
reset the lock in the event the master code is lost. Resetting the
lock this way deletes the time delay override code, supervisor
code, and all user codes, and it allows you to set a new master
code at the same time. This reset does not affect the time delay
or opening window, duress, audit trail, or lock access method.
It is important to note that the management reset code can only
be set or changed before the lock’s master code is changed for
the first time. It is recommended that the management reset
code be stored off premises as an additional security measure.
The management reset code is different from other lock codes.
It is composed of seven digits, two of which are pressed at the
same time. This two-digit pair must be either 0/1 or 0/3. For
instance, a management reset code could be 3 6 2 [0/3] 1 9.
The 0 and 3 must be pressed simultaneously. The 0/1 or 0/3 can
be located anywhere in the management reset code, and the
digits 0, 1, and 3 can also be used as individual digits anywhere
in the code. For instance, 0 3 1 0 [0/1] 0 would be an acceptable
MRC. Only the 0/1 in brackets would be pressed simultaneously.
The lock’s MRC (management reset code) may have been preset
at the factory. A factory MRC can be set or changed using the
following procedure.
6 7 ✽ 1 2 3 4 5 6 #
♪♪♪♪♪
NEW MRC #
♪♪♪
NEW MRC #
♪♪♪
➥usInga management reset code
Use the MRC only when you have lost or forgotten the master
code for the lock. You should make up a new six digit master
code before implementing the reset. Following is the procedure.
6 7 ✽ MRC #
NEW 6-DIGIT MASTER CODE #
♪♪♪♪♪
NEW 6-DIGIT MASTER CODE #
♪♪♪
♪♪♪
Any code holder can change his own code. The process is:
2 2 ✽ OLD CODE #
For example, changing a user code of 2 2 2 2 2 2 to a new code
of 2 4 6 8 3 3 would be accomplished as follows:
2 2 ✽ 2 2 2 2 2 2 #
♪♪♪♪♪
NEW CODE #
♪♪♪♪♪
2 4 6 8 3 3 #
♪♪♪
NEW CODE #
♪♪♪
2 4 6 8 3 3 #
♪♪♪
♪♪♪
➥creatInga neW code
The holder of the master code (position 0) can create new codes and
delete existing codes. The master code can also be used to set or
delete a time delay override code.
The holder of the supervisor code (position 1) can create and delete
user codes and the time delay override code. The supervisor
code cannot be used for any operations affecting the master code.
There are several code storage positions in the lock, designated 0
through 9. They store the following types of codes:
position 0 — master code
position 1 — supervisor code
positions 2 through 8 — user codes
position 9 — time delay override code
Here is the process for creating a supervisor code.
7 4 ✽master code #
new supervisor code #
To create a new user code, use the following sequence. In this
example, a new user code is being created in position 5.
7 4 ✽master code or supervisor code #
5 (position number) #
User codes can be set in any storage position from 2 through 8.
To create a new time delay override code, see the time delay
section.
♪♪♪
new user code #
♪♪♪♪♪
♪♪♪
new supervisor code #
1 #
♪♪♪
new user code #
♪♪♪
♪♪♪
♪♪♪♪♪
♪♪♪
After the final three beeps, indicating completion of the reset,
the lock will beep once for each time the MRC has been used,
including the current usage.