Paradox Esprit 727 Service manual

BASIC INSTALLATION
Be sure to select a control panel installation site that is not easily
accessible to intruders. Leave at least 2" around the panel box to
permit adequate ventilation/heat dissipation. The installation loca-
tion should be dry, in close proximity to an AC source and a
ground connection.
The printed circuit board, mounting hardware and keypad should
be removed from the packaging inside panel box. Press the four
white nylon mounting studs into cabinet from the back prior to
mounting the cabinet. Before mounting the circuit board on the
back of the cabinet, pull all cables into cabinet and prepare them
for connection. Then attach circuit board to mounting studs.
Connect all zones with the 1KOHM EOL resistors supplied, inclu-
ding keypad zone 8.
Panel Hook-up Procedures
All panel wiring must be completed before connecting transformer or
battery. Install keypads and connect wires to keypad terminals on
panel. Bell or siren should be connected to "Bell+" and "Bell-" termi-
nals. Ensure correct polarity connection of sirens and pola-rized bells.
TERMINAL CONNECTIONS
AC Terminals
Use a 16VAC transformer with a minimum 40VA rating to provide
sufficient AC power. Do not utilize any switch-controlled outlets to
power the transformer.
Siren/Bell Terminals (Bell +, Bell -)
Bells or other warning devices requiring a steady voltage output
during alarms are powered by the bell relay and the bell output
(fused at 3A).
Connect the positive lead to the " Bell+ " terminal and
the negative lead to relay input
" NO " or "NC " . Also connect a wire
between Relay C terminal and
" Aux- " terminal.
Auxiliary Power Terminals
Motion detectors and other security devices requiring 12VDC volt-
age can be powered by the auxiliary power supply. A maximum of
400mA 12VDC is available from the AUX+ and AUX- terminals
when only one keypad is used with the Esprit. For each additional
keypad the auxiliary supply must be reduced by 20mA. The auxil-
iary supply is fused at 1 amp.
Keypad Terminal (RED, BLACK, YELLOW, GREEN)
Each keypad has connectors for four colored leads; red, black, yel-
low and green. Connect the lead to the corresponding colour input
terminal on the control panel and the keypad. Mount keypads near
entry/exit doors to shorten entry/exit delay intervals. If keypad zone
8 is to be used, connect it to the keypad with a 1KOHM EOL resis-
tor. If not, connect a 1KOHM EOL resistor in parallel to zone termi-
nals on keypad. Up to 5 keypads can be connected in parallel.
Please note: The keypad zone can be connected on all keypads
installed. However, any open keypad zones will always be indicated
as zone 8 on every keypad display. However, when keypad zone
supervision is enabled, only the zone that is supervised indicates a
zone 8 on every keypad. The keypad zone is always a delay zone.
Zone Input Terminals (z1 to z6, fire zone 7, keypad zone 8)
Zone terminals are the loop inputs for 6 fully-programmable
zones. Connect normally closed detectors or contacts to each
zone and jumper any unused loops with the EOL resistors sup-
plied. An open contact across the resistor or reduced loop resis-
tance in fire zone 7 will engage a pulse bell/siren.
POWERING UP THE UNIT
When keypads are installed far from the control panel, we recom-
mend that you temporarily connect a keypad close to the panel to
conduct "power-up" testing. If key switches are being installed, a
keypad must be used to conduct programming.
Connect the transformer. After 5 seconds, you can begin testing
the unit. Enter random commands on the keypad. It should "beep"
in response to these commands.
Open a zone (except a keypad zone) to ensure that keypad and
panel are responding to signals. If the keypad does not respond
and if no indicator lights illuminate check for AC voltage at the
"AC" terminals. If 16VAC is flowing, then keypad wiring should be
verified, as well as the keypad/aux. supply fuse. If this fuse has
blown, check for a short between black and red keypad wires
before replacing it.
Battery Hook-up
Warning: Never connect the transformer or the battery until all
wiring has been completed. Use a 12VDC, 6.5 AH gel cell
battery. The red battery lead should be connected to the positive
battery terminal, and the black battery lead to the negative battery
terminal. Reversed connections will blow the battery fuse. The
battery should not be connected until AC connections to the panel
have been made. A "trouble" key indicator will illuminate on the
keypad if AC power is turned off and battery is connected.
SYSTEM STATUS COMMUNICATION:
Every time a key is pressed, it illuminates and the keypad beeps
to show an entry has been recognized. There are two types of
beep tones which communicate information regarding keypad
entries to the system user.
"CONFIRMATION" beep:
If an operation (ie. arming/disarming, programming) is correctly
entered on the keypad, or the system switches to a new
status/mode, the sounder emits an intermittent beep tone.
"END/REJECTION" beep:
If the system reverts to previous status, or an operation is incorrect-
ly entered on the keypad, sounder emits a continuous beep tone.
PROGRAMMING THE ESPRIT 727
Esprit system programming is performed from the keypad. The sys-
tem contains programmable memory (EEPROM) which does not
erase, even after total battery and AC loss. System automatically
reverts to
" pre-power failure " status once battery/AC power are
restored. Please note: If system was
" armed " prior to AC/battery
failure, it reverts to
" armed " status approx. 2 minutes after power is
restored, to allow motion detectors sufficient time to warm up.
All programming pertaining to control panel operation is stored in
EEPROM sector which can only be accessed by entering the sys-
tem
installer code. With the exception of the factory-set installer
code 0000 and master code 0101, all other system features
8 ZONE SECURITY CONTROL PANEL
Installation Instruction Manual
Software Version
3.3
1
INST727-970115-0001

should be programmed. The installer code has access to all fea-
tures programming but can't use any system functions
(arming/disarming, bypassing, master and user codes program-
ming). The factory-set installer code can be modified by following
the instructions outlined in "Changing the installer code". If the
new code is forgotten, the factory default code can be reset,
unless the "installer code lock" has been enabled.
When entering information on the keypad, pressing [CLEAR]eras-
es the last keypad entries and returns panel to its previous status.
If no key is pressed within 2 minutes, the unit automatically clears
its memory and returns to normal status. Pressing [ENTER]
accepts keyed-in data into memory.
For all keypad/programming operations, key [10] represents the
digit "0".
Installer code programming:
To activate the programming mode for the first time, the factory
default installer code must be entered on the keypad. To do so,
press [
ENTER ], followed by the 4-digit default installer code 0000. The
"ENTRY" beep will sound and the [
ENTER ]light will flash to indicate
that the system is in programming mode, waiting for address entry.
Changing the installer code: (address 00, 01, 02)
The system default installer code contains four digits. (Based on
your customers' requirements. It can also be modified to contain
six digits.) While in programming mode, a new installer code can
be created using the installer code memory address 00, 01 and
02. If the four digit default code length is to be used, "00" is the
memory address corresponding to the 1st 2 digits of the new
installer code and address 01 corresponds to the last two digits.
The digits [0][0] ([10][10]) can be then entered in the third memo-
ry address 02 so that code reset will not be necessary if the panel
code length is switched back to 6 digits.
Example: To change the system installer code 0000 to 9876:
Enter programming mode. Press [ ENTER ]+[0][0] [0][0]. " CONFIRMATION "
beep sounds and [
ENTER ]key flashes, indicating that the panel is in
"ENTER ADDRESS" mode. Press [0] + [0] (address for 1st 2 digits of
new installer code). "
CONF " beep will sound. [ ENTER ]will light up and
remain on, indicating that the system is in "ENTER DATA" mode.
Key in the first 2 digits of your new code. In this example: [9] + [8]
+ [ENTER]. "CONF" beep is heard. The system returns to "ENTER
ADDRESS" mode, and the [ENTER]key flashes.
Press [0] + [1] (address for last pair of digits of the new installer
code). "CONF" beep follows, and the system is back in "ENTER
DATA" mode. Key in the 3rd + 4th digits of your new code. In this
example: [7] + [6] + [ENTER]. "CONF" beep sounds.
Press [0] + [2] (address for mandatory pair of digits of the new
installer code). "CONF" beep follows, and the system is back in
"ENTER DATA" mode.
Key in [0][0] + [ENTER]. "CONF" beep sounds.
The installer code 9876 has been entered into memory. The sys-
tem remains in programming mode, with the [
ENTER ]key flashing.
(If a six digit installer code is required, same steps are followed, but
the mandatory 00 digits are replaced by the third pair of digits of
the six digit code.) More programming data can now be entered or
programming mode can be exited by pressing [
CLEAR ]. After exiting
programming mode, the "
END / REJECTION " beep will sound.
Restoring the factory default installer code:
If a new installer code is lost or forgotten, the control panel can be
returned to the factory-set default code by following these steps:
(1) Remove AC and battery to power down the unit.
(2) Connect a jumper between the EEPROM reset pins.
(3) Connect AC or battery.
(4) Wait for 5 seconds, then remove jumper.
The default installer code has now been restored. All other pro-
grammed data remains the same. If an installer wishes to disable
the factory default "reset" feature, this can be done by activating
the "installer code lock".
"Installer code lock": (address 37)
The memory address for this feature is 37. In program mode,
when address 37 is entered, the status of the "installer code lock"
will be displayed on key [1]. The "installer code lock" function can
be modified by selecting this key.
Key [1]on: System returns to default installer code upon reset
Key [1] off: Installer code locked. (will not revert to system
default upon reset) Important: if the installer code
lock is activated, and the new installer code is subse-
quently lost or forgotten, there is no way to return the
system to programming mode. The panel must be
returned to Paradox Security Systems for installer
code reset. There is a charge for this service.
Code Priority:
There are several different types of system access codes and
each has been assigned a priority which determines which sys-
tem functions and features it can activate. The Installer Code
(Priority 1) can be use to program all system features but has no
access to arming/disarming and access code programming. (This
is the only code that can access installer code programming.) The
Master User Code (priority 2) can arm/disarm the system (using
all arming options), activate zone bypassing and reprogram mas-
ter and user codes. User Codes 1-3 (priority 3) can be used to
arm/disarm the system, activate "stay" and "away" arming, and
zone bypassing. User Codes 4-6 (priority 4) can arm/disarm the
system. User Code 7 (priority 5) is an "Arm only" access code.
Master and User Code programming:
To program the master and all user codes:
Press [ENTER]+ master code + 1 digit access code number + new
4 or 6 digit code + [ENTER].
Note: If only 2 or 4 digits are entered, digits "00" will be automati-
cally enter in the remaining memory space.
Master code: [1] Arm, disarm, bypass, away, stay, reprogram mas-
ter and user codes (default/reset code 010101)
User code 1: [2] Arm, disarm, bypass, away, stay
User code 2: [3] Arm, disarm, bypass, away, stay
User code 3: [4] Arm, disarm, bypass, away, stay
User code 4: [5] Arm, disarm
User code 5: [6] Arm, disarm
User code 6: [7] Arm, disarm
User code 7: [8] Arm only
"ARM ONLY"CODE: Can only be used to arm the system. No
other system features can be accessed, and the system cannot
be disarmed using the "Arm Only" code, unless it is used during
the exit delay period.
Deleting a user code: Pressing the [2ND]key, followed by
[ENTER]while in any user code address, will delete that user code.
Exit delay/entry delay/alarm duration programming:
The memory addresses for exit and entry delay, and alarm dura-
tion are:
"27" exit (00-99seconds) "28" entry (00-99 seconds)
"29" alarm (00-99 minutes)
PROGRAMMABLE OUTPUTS: (address 30)
The memory address for programmable output options is 30. The
next two digits entered assign the conditions which cause PGM
output to ground. The first digit entered corresponds to PGM 1,
and the second digit to PGM 2.
2

"Bypass enable"definition: (address 31)
The memory address for "bypass enable" definition is 31.
"Bypass enabling" identifies the zones that can potentially be
bypassed during manual bypass arming, "AWAY" arming and
"STAY" arming. (Fire zone 7 cannot be bypass-enabled, and
zone 8 is always bypass-enabled.) If a zone light is switched "on"
during "bypass enable" definition, it will be possible to bypass this
zone during all bypass operations. If the installation contains any
zones that should never be bypassed, their zone light must be
extinguished during "bypass enable" definition.
Example: To "bypass enable" zones 1 and 3:
Enter programming mode: ([ENTER]+ installer code, "CONF" beep
sounds, and [ENTER]key flashes.)
Key in "bypass enable" memory address 31, [ENTER]stays on.
Press on keys [1] and [3] to illuminate them. Turn off other zone
lights (if any) to de-activate the "bypass-enable" definition. Press
[CLEAR]to reject any incorrect data entries. Press [ENTER]to store
data in memory. Enter another memory address to continue pro-
gramming, or press [CLEAR](or [ENTER]) to exit programming.
Programming 24 hour zones: (address 32)
Any zones illuminated at address 32 are defined "24 hour" and
will generate alarms whenever the zone is open, regardless of
whether the system is armed. "24 hour" zone definition takes pri-
ority over any other zone definition programming.
"Delay/Instant"zone definition: (address 33)
At memory address 33, if a zone light is turned "on", that zone is
designated "instant" while the system is armed and will activate an
alarm immediately with no entry delay. Any zones which are not
"on" will be defined as "delay" zones, and will allow a zone entry
delay period while the system is armed. (Zone entry delay time is
programmable at address 28.) Fire zone 7 cannot be defined as a
"delay" zone, and zone 8s definition is always "delay".
"Follow"zone definition: (address 34)
A "follow" zone is an "instant" zone that switches to "delay" when
the 727 is in entry delay.
"Stay"zone definition: (address 35)
At address 35, select zones to be bypassed when the "stay-arm-
ing" feature is activated. Zones selected (illuminated keys) will not
be armed when the "stay-arming" feature is chosen. If no zones are
selected after address 35 is entered, all zones will be armed when
"stay-arming" is enabled from the keypad. Please note that any
zones that are to be defined as "stay" zones must first be "bypass
enabled" (address 31) Zone 7 and 8 cannot be "stay" zones.
SYSTEM OPTIONS 1: (address 36)
The memory address for these features is 36. In system option
programming, the
" on " or " off "
status of keys 1-5 determines
which features are activated. If the wrong key is selected, press
the same key again to cancel the entry. Once the required fea-
tures are selected, press [ENTER]to store data in memory.
Zones "fast" (all - except zone 8) Key [1] "off"
(fast zones = immediate detection)
Zones "slow" (all) Key [1] "on"
Keyswitch operation disabled Key [2] "off"
Keyswitch operation enabled Key [2] "on"
Keyswitch/key [10] "regular" arming/disarming Key [3] "off"
Keyswitch/key [10] "stay" arming Key [3] "on"
(upon alarm, system disarming with code/keypad only.)
6-digit access codes Key [4] "off"
**4-digit access code Key [4] "on"
Fast arm Key [10] disabled Key [5] "off"
Fast arm Key [10] enabled Key [5] "on"
Panic zone disabled Key [6] "off"
Panic zone enabled (keys [1] + [3]) Key [6] "on"
*Slow zones: system waits until a zone has been open continu-
ously for a minimum of 200 milliseconds before communicating
"open zone" status, to reduce risk of false alarms.
Fast zones = 20 milliseconds
**4-digit vs 6 digit access code programming
The default system installer and master codes contain four digits.
When changing the installer code, or creating new master or user
codes, all codes must be programmed to contain 4 digits.
SYSTEM OPTIONS 2: (address 37)
Installer code lock:
Key [1] "off": System returns to default installer upon reset.
Key [1] "on": Installer code locked. (see p.2 for information)
Keypad supervision:
Key [2] "on": Keypad supervision enabled.
Key [2] "off": Keypad supervision disabled.
Relay output:
Key [5] "on": Relay output is energized upon alarm only.
Key [5] "off": Relay output is de-energized upon alarm and ener-
gized when the 727 is not in alarm ("fail safe") (The
fire alarm will generate an intermittent alarm signal
in both cases.)
Fire / 24 hour zone:
Key [6] "on": Zone 7 is defined as a fire zone.
Key [6] "off": Zone 7 is defined as a 24 hour zone.
SYSTEM ARMING OPTIONS
REGULAR SYSTEM ARMING
The system can only be armed if the green "READY" light comes
on. The "READY" indicator will only illuminate if all zones are
closed. This means all door/window contacts must be closed, and
movement in motion detector-protected areas must be stopped.
When the "READY" light illuminates, enter a pre-programmed six or
four-digit user code. Upon entry of a complete, correct access
code, the red "ARMED" light will illuminate, followed by the keypad
"CONF" beep. (If the access code is entered incorrectly, the
"END/REJ" beep will sound. If an incorrect entry is made at any
time, press [CLEAR]and re-enter the data.) The green "READY"
light will flash for the period of the exit delay. (Please note: This
is the sole system function that an "arm only" code can activate.
An "arm only" code will not give a system user access to any of
the functions listed below.)
STAY ARMING [STAY]+ACCESS CODE (PRIORITY 2, 3)
This feature allows the end user to partially arm the system, while
remaining in the protected area. Entering [STAY]+ access code on
the keypad activates the "stay arming" command. Zones to be
bypassed in stay arming mode must be selected by the installer
during "stay" zone definition, and must also be designated as
1ST DIGIT 2ND DIGIT
PGM 1 GROUNDS ON: PGM 2 GROUNDS ON:
0 EXIT DELAY 0 EXIT DELAY
1 ARMED 1 ARMED
2 READY 2 READY
3 [2ND] KEY "ON" 3 [2ND] KEY "ON"
4 FIRE 4 FIRE
5 ALARM 5 ALARM
6 STROBE (from alarm to disarm) 6 STROBE (from alarm to disarm)
7 ENTRY + EXIT + ALARM 7 ENTRY + EXIT + ALARM
8 EXIT + ARMED 8 ENTRY + ALARM
9 NORMAL ARMING only 9 ENTRY+ ALARM
*Energy saving option: PGM 1 will be activated by all arming options except "STAY" arming.
Can lower thermostats, turn off lighting or appliances when leaving the premises.
3

"bypass enabled". The system will not arm if any open zones
have not previously been defined as stay zones. The fire zone
cannot be programmed as a "STAY" zone. If an alarm is generat-
ed, or a zone that was not designated as a "stay" zone is opened
while the system is armed, system reset can only be activated
from a keypad and not with a key switch/push button.
FAST ARMING KEY [10]
Fast arming (regular mode) is enabled at address 36. If activated,
when the
"READY" light is on, pressing key [10] for 2 seconds auto-
matically arms the system. There's no need to enter an access
code. This feature can be used to permit selected individuals (i.e.
maintenance workers, repair personnel) to arm the system when
leaving the protected area.
Fast arming (stay mode) is enabled at address 36. When activa-
ted, no "READY" light is required to arm the system. Pressing key
[10] for 2 seconds automatically "STAY" arms the system. (See
"STAY" arming features described above.) Also, when system is
stay armed, pressing key [10] will activate an exit delay and then
return the system to STAY ARM status, eliminating the need to dis-
arm and then STAY ARM the system again.
MANUAL BYPASS ARMING [BYP]+ACCESS CODE (PRIORITY 2, 3)
Bypassed zones will not generate an alarm and are not displayed
on the keypad. Manual bypass arming is employed when the sys-
tem user chooses not to arm the entire protected area. Only
zones that have been defined as "bypass enabled" (address 31)
can be selected during manual bypass arming. (Zone 8 is always
bypass-enabled.) The user manually selects specific zones that
will not be armed, rather than bypassing the zones defined by the
installer as part of the "stay-arming" feature. Defective zones can
also be temporarily bypassed until repairs are made, so that the
system can still be armed.
To bypass zones, enter [BYP]+ a valid access code. [BYP]and
[ENTER]keys will illuminate. (Zone bypassing can only be
accessed by the master user code, and user codes 1-3.). Zone
numbers to be bypassed (1,2,3,4,5,6) should be keyed in. When
a zone light is on, it indicates a zone that will be bypassed.
Pressing [CLEAR]erases all bypass entries. Zones to be bypassed
should then be re-entered. (Pressing [CLEAR]again will exit the
bypass mode without saving any bypass information in memory.)
If bypass information is correct, press [ENTER]to end and save
bypass function being programmed. [BYP]light will remain illumi-
nated, indicating that zones have been bypassed. To cancel the
zone bypass "status" just entered, press [BYP]+ user code +
[CLEAR]+ [ENTER]. Zone bypasses are automatically cancelled
every time the system is disarmed.
Bypass recall:This feature permits the system users to reinstate
latest zone bypass instructions saved in memory. By pressing
[BYP]while in bypass programming mode, previous bypass status
is re-established. Even if user is in process of entering new
bypass information on keypad, one touch of [BYP]key overrides
new information and reinstates the preceding zone bypass
instructions saved. Reminder: The fire zone cannot be bypassed.
"AWAY" AUTO BYPASS ARMING [AWAY]+ACCESS CODE (PRIORITY 2, 3)
System users wishing to arm the system rapidly without manually
entering zones to be bypassed, can make use of the "Away" auto-
bypass feature. [AWAY]+ access code should be keyed in. (The
"READY" light does not have to be on, but all open zones must be
"bypass-enabled".) Once the exit delay expires, any open zones
will automatically be bypassed and the system will be armed.
(The fire zone cannot be bypassed.) If any zones have been left
open, the [BYP]light will illuminate to indicate that zones have
automatically been bypassed. Please note: This feature is not
recommended for regular use because bypassing zones can
reduce the efficiency of system protection.
KEY SWITCH ARMING/DISARMING
To provide one button system arming/disarming, key switch oper-
ation must be enabled (Refer to "System Options"). The key
switch should be connected, and a push button connected in
place of a keypad. The panel can be programmed to activate
"regular" or "stay" arming from the key switch/push button. If
"READY" and "ARMED" LED status indicators are required, LEDs
can be connected to the 2 PGM outputs. The two programmable
outputs should then be set as follows: (please refer to
"Programmable Output Options" for further explanation.)
1)
PGM 1 should be programmed to indicate " EXIT + ARMED " status
(Option #8, PGM 1)
2) PGM 2 should be programmed to indicate "READY" status
(Option #2, PGM 2)
If a buzzer is required for the entry delay, Option #8 (ENTRY +
ALARM) should be programmed for PGM2.
SYSTEM DISARMING
Enter the protected area using the designated entry-exit door.
The keypad sounder will beep to remind user to disarm system.
Key in the 6 or 4-digit access code on the keypad, before the
allotted entry time expires. If the access code is entered incorrect-
ly, press [CLEAR]and re-enter it. The
" ARMED " light will extinguish
and the sounder will change to the
" CONF " beep before silencing.
ALARM MEMORY [MEM]
When disarming the system (or resetting the alarm), the memory
light [MEM]will illuminate if any alarm situations took place during
the preceding armed period. A record of all alarm situations that
occurred while the system was armed is stored in memory. After
disarming the system, pressing once on the [MEM]key brings up
the last
" alarm event " , which is displayed on the keypad.
Up to 15 levels of alarm history can be stored in memory, and are
retrieved by repeated pressing of the [MEM]key. When the final
entry is reached, the
" END/REJ " beep is heard and the [MEM]light
extinguishes. This indicates that maximum level of alarm history
has been reached. To review alarm history again, press [MEM].
The last 15 events are stored in memory. When the memory is
full, the newest event takes the place of the oldest one in memo-
ry. After pressing of the [MEM]key, events will be displayed in
order from the most recent to the oldest. The memory will not
clear upon arming. Exiting memory mode at any level is achieved
by pressing [CLEAR], which will be followed by the
" END/REJ " beep.
The [MEM]key will also extinguish. (The system will exit memory
mode automatically following display of the last alarm event.)
SYSTEM ALARMS:
General alarms:
Important: In the event of a burglar alarm, the alarm output gen-
erates a continuous alarm signal to activate a siren driver. To stop
the alarm signal, enter a valid disarming code. The
" CONF " beep
will be heard, and the alarm signal (and siren) will cease. If the
system was armed, it will also automatically disarm.
If the alarm is generated in a 24 hour zone, the siren will be
silenced for 30 seconds when a valid access code is entered.
After this 30 second period, if the 24 hour zone is still open, the
siren will re-activate.
If no valid access code is entered, the siren will automatically shut
off after a pre-programmed time period elapses. (See
" PRO-
GRAMMING REFERENCE
" section: " alarm duration " .) However,
if a protected zone is still open, the alarm will immediately resume.
Fire alarms: (Zone 7)
During a fire alarm, the alarm output generates an intermittent
alarm signal. Fire alarm reset conditions are the same as 24 hour
zone reset. The fire alarm siren will shut off automatically after the
programmed alarm duration time. Fire alarm will be recorded in
memory and displayed as zone 7.
4

Panic alarms:
Pressing keys [1] and [3] simultaneously for 1 second generates
a panic alarm. Panic alarms will be recorded in memory but will
not be displayed on the keypad.
TROUBLE DISPLAY [TRBL]
AC power failure is communicated to the system user by the illu-
mination of the keypad [TRBL]indicator.
KEYPAD ILLUMINATION LEVEL ADJUSTMENT
Pressing on the [MEM]key for 2 seconds changes it to a keypad
illumination "hot" key. A change in keypad illumination will be
apparent, and by pressing on the [MEM]key again, the level can
be adjusted from low, medium to high, or turned off as required.
After the desired level is selected, press [ENTER]or [CLEAR]to
save the setting in the keypad memory.
KEYPAD SUPERVISION
Keypad supervision, when enabled, allows the use of only one
keypad zone. Any other keypad zone terminal must be shorted.
If using a 616, 626, or 633 LED keypad with software version 3.9
or earlier, OR a PS1 version 1.1:
 KEYPAD ZONE SUPERVISION FEATURE MUST BE "OFF".
If using a 616, 626, or 633 LED keypad with software version 4.0
onward, OR a PS1 version 2.0 onward:
KEYPAD ZONE SUPERVISION FEATURE MUST BE "ON".
IMPORTANT: Although this control panel is compatible with most
security products available, we highly recommend that the
ESPRIT 727 be used in combination with PARADOX motion and
glassbreak detectors. This will ensure that your security system
operates at maximum effectiveness.
PROGRAMMING REFERENCE
WARRANTY
Warranty conditions for the Esprit 727 may vary from country to
country. Please consult your local dealer for complete warranty
information. In all cases, the warranty does not cover malfunctions
arising from installer error or failure to follow installation/operation
instructions, nor does it apply to damages due to causes beyond
the control of Paradox Security Systems, such as lightning, exces-
sive voltage, mechanical shock or water damage.
LIABILITY
Under no circumstances shall Paradox Security Systems be held
liable for any direct or indirect damages, loss of anticipated profits,
loss of time or any other losses incurred by the buyer in connection
with the purchase, installation, operation or failure of this product.
WARNING
This security system should undergo frequent testing. However,
despite regular testing, and due to, but not limited to, criminal tam-
pering or electrical disruption, it is possible for this product to fail
to perform as expected.
5
PRIORITY
Installer code: 1 [0][0] [0][1] [0][2] 000000
Master code: 2 [1] Arm, disarm, bypass, away, stay, 010101
Master and User code programming
User code 1: 3 [2] Arm, disarm, bypass, away, stay
User code 2: 3 [3] Arm, disarm, bypass, away, stay
User code 3: 3 [4] Arm, disarm, bypass, away, stay
User code 4: 4 [5] Arm, disarm
User code 5: 4 [6] Arm, disarm
User code 6: 4 [7] Arm, disarm
User code 7: 5 [8] Arm only
FUNCTION ADDRESS + DATA DEFAULT

EOLKEY SWITCH
AUX +
KEY SWITCH CONNECTIONS
PGM 2
PGM 1
KYPD GRN
KYPD BLK
220Ω
READY
ARMED
COMRELAY / BELL 16VAC AUX AUX AUX AUX
*KEYPAD
max 5 per system
ZONE 8 Keypad
jumper
must
be "on"
++ --
EARTH
PGM1
PGM2
FIRE
24
YEL
GRN
BLK
RED
ZONE
COM
N.C. +
N.0.
+
BATT
5AMP
BELL
3AMP
AUX.
1AMP
RECHARGEABLE
BATTERY
-
+
COM
Z1 Z2 COM Z3 Z4 COM Z5 Z6
GRN YEL
KEYPAD
+
+
EOL
PGM
active = short
to ground
AUX POWER
400 mA MAX.
-+
BELL
SIREN
-+
TRANSFO
A.C.
POWER
16.5VAC 40VA
N.O. N.O.
N.C.
Z1 N.C.
Z2
ZONE 8
( is considered as keypad)PS1
N.C.
N.O. EOL
EOL EOL
Smoke and heat detector
EOL
RES
N.O. contacts
ESPRIT
arming / panic
module
Fuse at 3A
TAMPER
BLK
GRN
YEL
RED
PR DOX b
y
ESPRIT
727
ESPRIT 727 WIRING DIAGRAM
PS1 software version
Keypad software versions prior to
1.1 4.0 Keypad supervision must be OFF
}
PS1 software versions onward
Keypad software versions onward
2.04.0 Keypad supervision must be ON
}
*
(See Address , key ) 37 [2]
RESET
JUMPER
BLACK
RED BATT
PS1
P R DOX
RMED
RE DY
MAX 5
per system
SECURITY SYSTEMS
780 Industrial Blvd., St-Eustache, Montreal, Quebec, Canada J7R 5V3 Fax: [phone] http://www.paradox.ca Paradox Security Systems Graphic Dept
PRINTED IN CANADA
Calculation of the auxiliary supply current must
include reduction to available current due to total
keypad consumption.
*