Satel VERSA IP LED Keypad User Manual
- June 5, 2024
- Satel
Table of Contents
VERSA IP LED Keypad
Alarm Control Panel
Firmware VERSA IP Version 1.10
LED KEYPAD USER MANUAL
EN
versa_ip_led_en 09/21
SATEL sp. z o.o.
ul. Budowlanych 66 · 80-298 Gdask · POLAND tel. +48 58 320 94 00
www.satel.eu
IMPORTANT
Please read this manual carefully before use. Changes, modifications or
repairs not authorized by the manufacturer shall void your rights under the
warranty.
SATEL aims to continually improve the quality of its products, which may
result in changes in their technical specifications and software. Current
information about the changes being introduced is available on our website.
Please visit us: https://support.satel.eu
The declaration of conformity may be consulted at www.satel.eu/ce
Factory default codes: Service code: 12345 User 30 code: 1111 The following
symbols may be used in this manual:
– note, – caution.
CONTENTS
1. Introduction……………………………………………………………………………………………………… 3
2. Keypad description ………………………………………………………………………………………….. 3
2.1 LEDs presenting partition and system state………………………………………………………………… 4 2.2
LEDs presenting zone status ……………………………………………………………………………………. 4 2.3 Keys
……………………………………………………………………………………………………………………… 5 2.4 Sound
signaling……………………………………………………………………………………………………….6
2.4.1 Beeps generated when operating …………………………………………………………………………………….6 2.4.2
Beeps generated during programming………………………………………………………………………………6 2.4.3 Events
signaled by sounds………………………………………………………………………………………………6
3. Operating the alarm system ……………………………………………………………………………… 7
3.1 Codes ……………………………………………………………………………………………………………………. 7 3.1.1 Factory
default codes ……………………………………………………………………………………………………..7
3.2 Arming …………………………………………………………………………………………………………………… 7 3.2.1 Arming without
partition selection……………………………………………………………………………………..7 3.2.2 Arming the
selected partition ……………………………………………………………………………………………8 3.2.3 Quick
arming………………………………………………………………………………………………………………….8 3.2.4 Arming without delay
………………………………………………………………………………………………………8 3.2.5 Denial of
arming……………………………………………………………………………………………………………..8 3.2.6 Failure of arming
procedure …………………………………………………………………………………………….8
3.3 Disarming and alarm clearing……………………………………………………………………………………. 9 3.3.1
Disarming and alarm clearing without partition selection
……………………………………………………..9 3.3.2 Disarming and alarm clearing in selected
partition………………………………………………………………9 3.3.3 Viewing the zones which triggered
alarm…………………………………………………………………………..9
3.4 Quick inspection of partition status…………………………………………………………………………….. 9 3.5
Triggering the alarm from keypad ……………………………………………………………………………… 9 3.6 Turning
the CHIME on /off………………………………………………………………………………………. 10 3.7 User
menu…………………………………………………………………………………………………………….10
3.7.1 Running the functions……………………………………………………………………………………………………10 3.7.2
“Step by step” programming method……………………………………………………………………………….10 3.7.3
Entering data ……………………………………………………………………………………………………………….10 3.7.4 User
functions list …………………………………………………………………………………………………………12 3.8 Change own code
…………………………………………………………………………………………………. 12 3.9 Users
…………………………………………………………………………………………………………………… 12 3.9.1 Adding a
user……………………………………………………………………………………………………………….13 3.9.2 User
editing………………………………………………………………………………………………………………….18 3.9.3 Removing a user
………………………………………………………………………………………………………….20 3.10 Canceling the telephone
messaging ………………………………………………………………………… 20 3.11 Zone bypassing
…………………………………………………………………………………………………….. 20 3.11.1 Zone inhibiting
……………………………………………………………………………………………………………..20 3.11.2 Zone isolating
………………………………………………………………………………………………………………21 3.12 Auto-arming
deferment……………………………………………………………………………………………21 3.13 Setting the system time
and date …………………………………………………………………………….. 21 3.14 Programming the timers
…………………………………………………………………………………………. 21 3.14.1 Programming the weekly
schedule………………………………………………………………………………….22 3.14.2 Programming an
exception…………………………………………………………………………………………….22 3.14.3 Selecting the arming
mode…………………………………………………………………………………………….23 3.15 Programming the telephone
numbers to be notified …………………………………………………… 23 3.16 Programming codes to
acknowledge / clear messaging ……………………………………………… 24 3.17 Checking the
troubles……………………………………………………………………………………………..24 3.17.1 Trouble list
…………………………………………………………………………………………………………………..24 3.17.2 Trouble handling
procedure……………………………………………………………………………………………25 3.17.3 Trouble memory and
clearing the trouble memory…………………………………………………………….25 3.18 Output
control………………………………………………………………………………………………………..26
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3.18.1 3.18.2
Quick control of outputs ……………………………………………………………………………………………….. 26 Controlling the outputs by means of function ………………………………………………………………….. 26
3.19 Tests …………………………………………………………………………………………………………………… 26
3.19.1 3.19.2 3.19.3 3.19.4 3.19.5 3.19.6
Zone test ……………………………………………………………………………………………………………………. 26 Output test …………………………………………………………………………………………………………………. 27 Checking the level / quality of radio signal ……………………………………………………………………… 27 Starting the manual test transmission ……………………………………………………………………………. 27 Checking the current supply voltage in modules ……………………………………………………………… 27 Outputs reset ……………………………………………………………………………………………………………… 27
3.20 Service ………………………………………………………………………………………………………………… 28
3.20.1 3.20.2 3.20.3
Defining the service access rules ………………………………………………………………………………….. 28 Defining the service access time …………………………………………………………………………………… 28 Replacing batteries in wireless keypad ………………………………………………………………………….. 28
4. Manual update history……………………………………………………………………………………..29
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1. Introduction
Thank you for choosing the product offered by the SATEL Company. Wishing you
full satisfaction with the choice you made, we are always ready to provide you
with professional assistance and information on our products. The SATEL
Company is manufacturer of a broad range of devices dedicated for use in
security alarm systems. Further information is available on our website
www.satel.eu or at the points of sale offering our products. This manual
contains information on how to operate the alarm system using the LED keypad.
The user manual, which describes the other methods of operating the alarm
system, is available on www.satel.eu. Operating the alarm system from the LED
keypad is subject to some limitations as compared with operating the system
from the display keypads (e.g. the LEDs do not allow to convey some
information and some functions are not available).
It is recommended that that the installers prepare their own user manual for
the alarm system installed by them. The manual must include all changes and
modifications in relation to the factory default settings.
The installer should train the users in the rules of operating the alarm
system.
2. Keypad description
The keypad is offered in two versions differing in key backlight color.
Information on the color version can be found in the keypad name: VERSA-LED-GR
green backlight, VERSA-LED-BL blue backlight.
Fig. 1. VERSA-LED keypad.
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2.1 LEDs presenting partition and system state
SATEL
LED
Color
green
red
yellow blue
Description
indicates the partition state (each partition has its own LED) ON partition
is armed flashing exit delay countdown is running in partition
indicates alarm or alarm memory in the partition (each partition has its own
LED) The way of presenting the information is shown graphically below. The
information is presented for 2 seconds and repeated ( LED is OFF; LED is
ON). The higher position in the list means the higher priority of the
presented status:
fire alarm, burglary alarm, warning alarm, tamper alarm, fire alarm
memory, burglary alarm memory, warning alarm memory, tamper alarm
memory.
flashing when the system requires user’s attention (e.g. because of a trouble
or trouble memory) The LED goes off, if one or both partitions are armed.
indicates the service mode ON service menu is available on the keypad
flashing service menu is available on another keypad
Information about the armed state can be extinguished after a time period defined by
the installer. Entering the code and pressing the
key will display again the
armed state information.
If the GRADE 2 global option is enabled by installer:
– the LEDs indicate alarms only after entering the code and pressing the key,
– flashing of the LED means that there is a trouble in the system, some zones
are bypassed, or that there was an alarm.
When programming by means of the “step-by-step” method, the and LEDs present
the number of the current step (see p. 10).
When you are using the user menu or service menu, the LED is: · flashing
rapidly during navigation through the menus and submenus, · steady on after a
function is started.
2.2 LEDs presenting zone status
If the GRADE 2 global option is enabled by the installer, the LEDs will only present the
zone status after entering the code and pressing the
key.
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30 numbered LEDs provide information about the status of zones. The LED
numbers correspond to the zone numbers. When the user functions are in use,
the LEDs can present other information.
The way of presenting information is shown graphically below. The information
is presented for 2 seconds and repeated ( LED is OFF; LED is ON). The
higher position in the list means the higher priority of the presented status:
inhibited (not displayed when armed),
isolated (not displayed when armed),
long violated (not displayed when armed),
no violations (not displayed when armed),
first triggered alarm,
tampered (2EOL type zone),
violated,
tamper memory (2EOL type zone),
alarm memory,
normal state.
Additionally, the LEDs show countdown of entry delay and exit delay in
partitions (the first partition LEDs 1-15; the second partition LEDs
16-30). The LEDs which are ON (exit delay) or flashing (entry delay) show how
much time has left to the end of countdown. A single LED means 2 seconds. If
the countdown time exceeds 30 seconds, the LEDs will only start going off,
when the time left is shorter than 30 seconds.
2.3 Keys
The keys bearing digits and letters enable entering the code, as well as data
when the keypad is being used.
Other functions of these keys and the basic function of the other keys are
described below.
allows to trigger the medical (aux) alarm (press and hold down for 3 seconds)
allows to turn on/off the CHIME signal in the keypad (press and hold down for 3 seconds)
allows to:
– arm in the full mode [if the system is disarmed and there is no alarm] or disarm the system and clear the alarm [if the system is armed and/or there is an alarm]
(enter the code and press
)
– trigger the panic alarm (press and hold down for 3 seconds)
allows to:
– open the user menu (enter the code and press
)
– trigger the fire alarm (press and hold down for 3 seconds)
allows to arm in the full mode (see “Arming”)
allows to arm in the night mode (see “Arming”)
allows to arm in the day mode (see “Arming”)
allows to: – disarm the system and clear the alarm (see “Disarming and alarm clearing”) – quickly check the partition state (press and hold down for 3 seconds)
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2.4 Sound signaling
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The installer can disable the sound signaling.
2.4.1 Beeps generated when operating
1 short beep pressing any number key.
3 short beeps confirmation of:
starting the arming procedure (there is exit delay in the partition) or arming (there is no exit delay in the partition),
disarming and/or alarm clearing,
selecting the partition which is to be armed or disarmed, or where alarm is to be cleared in such a case the keypad is waiting for the code to be entered,
turning output off,
turning off the CHIME in the keypad, using the
key.
4 short beeps and 1 long beep confirmation of:
turning output on,
turning on the CHIME in the keypad, using the
key.
1 long beep denial of arming (some zones in the partition are violated or there is a trouble).
2 long beeps incorrect code or pressing the
,
,
,
or
key, if not
preceded by entering code or selecting a partition.
3 long beeps refusal to carry out a command (the user does not have the required authority level or the function is not available).
2.4.2 Beeps generated during programming
1 short beep pressing any number key.
2 short beeps entering the user menu, submenu or a function, or going to a next programming step.
3 short beeps end of timer parameters editing, exiting the service function on pressing the
key.
4 short beeps and 1 long beep termination of the user function on pressing the
key,
or quitting the service mode.
2 long beeps exiting the function on pressing the
key, or an unavailable function.
2.4.3 Events signaled by sounds
Only installer selected events are signaled.
Duration of the alarm signaling is to be defined by the installer.
If the GRADE 2 option is enabled by installer, the keypad will not signal by
sounds any new troubles and alarms.
5 short beeps zone violation (CHIME). Long beep every 3 seconds, followed by
a series of short beeps for 10 seconds
and 1 long beep countdown of exit delay (if the time is shorter than 10
seconds, only the final sequence of short beeps will be generated). 2 short
beeps every seconds countdown of entry delay. 2 short beeps every 3 seconds
signaling a new trouble. Short beep every 0.5 seconds warning alarm.
Continuous beep alarm.
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Long beep every second fire alarm.
3. Operating the alarm system
3.1 Codes
Operating the alarm system by means of the keypad is possible after entering
the code. Only some functions can be run without the code being entered.
Do not make your code available to other people.
Using an incorrect code three times may: – trigger an alarm, – block the
keypad for 90 seconds.
As long as the keypad is blocked, entering the correct code is treated as
entering an incorrect code.
3.1.1 Factory default codes
By default, the following codes are preprogrammed in the control panel: user
30 code: 1111 service code: 12345
The factory default codes should be changed before you start using your alarm
system (see: “Change own code”).
3.2 Arming
Completion of the steps below will start the arming procedure. The procedure
ends when the exit delay time elapses (if the countdown is completed
successfully, the system becomes armed see also “Failure of arming
procedure” p. 8). If the exit delay time is 0, the system becomes armed
instantly. You can change the arming mode, which means you do not have to
disarm the system to set the partition to another arming mode. In the case of
alarm, changing the arming mode or reactivating the same arming mode will
result in clearing the alarm (it does not apply to the quick arming mode).
The day/night arming modes are available if the installer has defined which
zones are to be active in this armed mode.
If exit delay is programmed for a partition, you can leave the partition
through the exit route without triggering alarm after the partition arming
procedure has started. The exception is when the partition is armed without
exit delay.
3.2.1 Arming without partition selection
Enter the code, and then press: – to arm in full mode, – to arm in day mode, –
to arm in night mode.
The partitions to which you have access will be armed.
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3.2.2 Arming the selected partition
1. Indicate the partition which is to be armed (press one of the keys: – partition 2).
– partition 1;
2. Select the arming mode (press one of the keys:
– full arming;
– day arming;
– night arming). Backlight of the keys will start flashing, which indicates that the
code must be entered.
3. Enter the code.
4. Press the
key or press again the key corresponding to the selected arming mode.
When the quick arming is available, the steps 3 and 4 are skipped.
3.2.3 Quick arming
The installer may permit arming without entering the code.
1. Indicate the partition(s) to be armed (press one of the keys:
– partition 1;
–
partition 2;
or
– both partitions).
2. Select the arming mode (press one of the keys: – night arming).
– full arming;
– day arming;
You can switch the arming mode from the night mode to the full mode and from the day mode to the full mode without entering the code. Otherwise, you will have to enter the code see “Arming the selected partition”.
The installer can configure the system so that the quick arming can be impossible, if there is a violated zone in the partition, or a trouble has occurred in the system.
3.2.4 Arming without delay
When arming the system using one of the above mentioned methods, press and hold down
the arming mode selection key ( ,
or
) for about 3 seconds. The system will
become armed without delay, i.e. the delayed zones will act as instant ones (without any
exit/entry delay time).
In the day or night arming mode, the entry delay countdown may run, if the control panel is so configured by the installer.
3.2.5 Denial of arming
The installer can configure the control panel so that initiating the arming
procedure is impossible, if: · in the partition to be armed, at least one zone
that must not be violated during arming (the
PRIORITY option has been enabled for the zone by the installer) is violated, ·
in the partition to be armed, at least one alarm zone is violated beyond the
exit route, · there is trouble in the system.
3.2.6 Failure of arming procedure
The installer can configure the alarm system in such a manner that it will not
be armed, if at the moment of completing the exit delay countdown: · there is
a violated zone in partition which was not violated when the arming procedure
was
started, · there is a trouble which did not exist when the arming procedure
was started.
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3.3 Disarming and alarm clearing
Disarming and alarm clearing are carried out in the same way, the procedures being interconnected. If the partition is armed and an alarm is triggered in it, then disarming will also mean alarm clearing.
In order to clear the alarm without disarming the partition, arm again the partition in the same mode (see: “Arming” p. 7).
3.3.1 Disarming and alarm clearing without partition selection
Enter the code and then press
. Disarming / alarm clearing will take place in the
partitions to which you have access.
3.3.2 Disarming and alarm clearing in selected partition
1. Indicate partition which is to be disarmed and/or where alarm is to be cleared (press one
of the keys:
– partition 1;
– partition 2).
2. Press
. Backlight of the keys will start flashing, which indicates that the code must
be entered.
3. Enter the code.
4. Press
or
.
3.3.3 Viewing the zones which triggered alarm
Having cleared the alarm, you can check which zones triggered the alarm (this does not apply to the TMP zone of the control panel). The information will be available until viewing the zones or arming the system.
Enter the code, and then press in turn
. Information on the zones which
triggered alarm is presented on the LEDs designated by numbers. The flashing LED means
that the zone with number corresponding to that of the LED triggered alarm.
3.4 Quick inspection of partition status
If such an option is provided by the installer, pressing and holding down the
key for
about 3 seconds will display information on the partition state (whether it is armed and what
type of arming mode is set). At the same time, the LED will come on.
Information on the partition status is provided by means of LEDs 1-3
(partition 1 status) and LEDs 16-18 (partition 2 status):
none of the LEDs is ON partition is disarmed, LED 1 is ON full armed
mode in partition 1, LED 2 is ON night armed mode in partition 1, LED 3
is ON day armed mode in partition 1, LED 16 is ON full armed mode in
partition 2, LED 17 is ON night armed mode in partition 2, LED 18 is ON
day armed mode in partition 2.
To terminate the function of partition state presentation, press function automatically after 2 minutes.
. The keypad will quit the
3.5 Triggering the alarm from keypad
The installer can permit triggering alarms from the keypad. To trigger an alarm, do the following:
fire alarm press
for approx. 3 seconds,
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medical (auxiliary) alarm press
for approx. 3 seconds,
panic alarm press
for approx. 3 seconds. The installer defines whether the loud
panic alarm (setting off the loud alarm signal) or the silent panic alarm (without the loud
signal) will be triggered.
3.6 Turning the CHIME on /off
The CHIME is five short sounds by means of which the keypad will inform you e.g. that a door / window is open, when the system is disarmed. The installer defines which zones of the alarm system can trigger the CHIME and whether it can be turned on/off by the users.
Press and hold down
for about 3 seconds to turn on or off the CHIME signaling.
3.7 User menu
Enter the code and press
to get access to the user menu. Which functions you can
start depends on your rights, as well as status and configuration of the system.
In order to quit the function and/or user menu, press
. The keypad will quit the menu
automatically, if 2 minutes have elapsed since the last keypress.
3.7.1 Running the functions
The functions are numbered. To run a function, enter the digit or a sequence of digits, and
then press
. The sequences of keys which are to be pressed to run each function are
presented in section “User functions list” (p. 12).
For example, to start the zone inhibiting function, enter the user menu and then press
.
3.7.2 “Step by step” programming method
In case of some functions (e.g. adding and editing users, configuring timers, etc.), the programming is effected by using the “step by step” method. After calling the function and selecting the item to be configured from the list, the first parameter available for programming
will be displayed. After pressing
, you will go on to programming another parameter (if
you have entered some changes, they will be saved). After all parameters have been
configured, you will either return to the selection list or exit the user menu, depending on the
function. The
and
LEDs of the first and second partition show the number of
programming step (see: table 1). Some programming steps may be sometimes not available.
3.7.3 Entering data
The changes entered will be saved after pressing the the function without
saving changes.
key. Use the
key to quit
Entering digits
To enter digits, use the numeric keys. The digits are presented by means of
LEDs (up to 6 digits). A single digit is presented on four LEDs see Table 1.
LEDs 1-4 present the first digit, LEDs 5-8 the second, LEDs 9-12 the
third, LEDs 16-19 the fourth, LEDs 20-23 the fifth, and LEDs 24-27 the
sixth digit.
Entering hexadecimal characters
To enter digits, use the numeric keys, and to enter characters from A to F, use the
and
keys (keep pressing the key until the required character appears). The characters are
presented by means of LEDs (up to 6 digits). A single character is presented on four LEDs
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see Table 1. LEDs 1-4 present the first character, LEDs 5-8 the second, LEDs 9-12 the third, LEDs 16-19 the fourth, LEDs 20-23 the fifth, and LEDs 24-27 the sixth character.
LED status
Digits and characters
0
LED OFF
1
LED ON
2
3
4
5
6
7
8
9
A
B
C
D
E
F
Table 1. The way of presenting digits and characters in binary format on LEDs.
Fig. 2. Examples of presenting decimal values by means of LEDs. Example A: 931708. Example B: 1605.
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3.7.4 User functions list
Shown in square brackets are key sequences that enable starting the given
function. The functions that are only available after entering the service
code have been specially highlighted (white text against black background).
The access to other functions depends on the user rights. Highlighted with a
frame are the functions which are available or change the operating mode, if
the GRADE 2 option has been enabled by the installer.
[1#] [21#] [22#] [23#] [3#] [41#] [42#] [61#] [62#] [63#] [64#] [65#] [7#] [8#] [91#] [92#] [93#] [94#] [99#] [90#] [00#] [01#] [03#] [04#] [05#] [06#] [07#] [09#]
changing own code adding new user editing user removing user canceling
telephone messaging inhibiting zones isolating zones auto-arming deferment
programming the clock programming the timers programming telephone numbers to
be notified programming codes to acknowledge / clear messaging
checking troubles / checking partition, alarm, trouble status controlling the
outputs starting zone test starting output test checking the level / quality
of radio signal starting manual test transmission checking current supply
voltage in modules deactivating outputs / activating 21. DETECTORS RESETTING
output starting service mode starting programming via PSTN communicator
starting local programming finishing local programming defining service code
access rules defining service code access time starting programming via
Ethernet enabling batteries replacement in wireless keypad
3.8 Change own code
1. Enter the user menu and press in turn
.
2. Enter the new code, and then press
.
3.9 Users
There can be up to 30 users in the system. A person using the service code
(installer / service technician), who is an additional user, has a special
status, but his/her access can be limited (see: “Defining the service access
rules” p. 28 and “Defining the service access time” p. 28).
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3.9.1 Adding a user
1. Enter the user menu and press in turn
. Adding the user is effected by
the “step by step” method, hence the programming step number is presented on the
and LEDs of the first and second partitions (see: page 11, Table 1).
You can press
to interrupt the procedure of adding a user. If the procedure is
interrupted in step 5 or a next one (the code, user schedule and partitions have been
already assigned to the user), the user will be added.
2. Step 2. Entering new user code. The user number is indicated by the flashing LED
designated by number. Enter the new user’s code, and then press
.
3. Step 3. Selecting user schedule. Five installer defined schedules are available. The schedule determines the user’s rights and the default operating mode of the remote control keyfobs assigned to the user (the keyfobs are added in subsequent steps). Press the key bearing the digit corresponding to the schedule which is to be assigned to the user. The LED corresponding to the selected schedule number will start flashing. Press
to confirm your selection.
Schedule number
Right
1 2 3 4 5
Arming
Disarming
Alarm clearing
Telephone messaging clearing
Auto-arming defer
Zone inhibition
Zone isolation
Change access code
Users editing
Control
Programming
DOWNLOAD/SERWIS
Inspection
Tests
DURESS
INT-VG access
Table 2. Factory default settings of the user schedules. The installer can assign other rights to them.
Using the DURESS right code will trigger a silent alarm, which is not signaled in any way, but the alarm code will be sent to the monitoring station.
4. Step 4. Selecting partitions accessible to the user. Press the key
(partition 1),
(partition 2) or
(both partitions) to define the partitions to which the user is to
have access. The LED with number corresponding to your choice will start flashing. Press
to confirm your selection.
5. Step 5. Adding 433 MHz keyfob. If the INT-RX-S, INT-RX or VERSA-MCU module is connected to the control panel, the user may be assigned a 433 MHz keyfob. Press in
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turn
and
(if a keyfob is to be assigned to the user) or
is to be assigned to the user).
only (if no keyfob
6. Step 5a. Selecting 433 MHz keyfob addition method. Press
(if the keyfob serial
number is to be entered) or press in turn
(if the serial number is to be read by
the device which supports the keyfobs during transmission).
7. Step 5b. Adding 433 MHz keyfob. Depending on the selected method:
enter the keyfob serial number and press
,
press twice any button on the keyfob.
Fig. 3. T-4 keyfob [433 MHz keyfob]. A numeration of keyfob buttons (button 5 pressing buttons 1 and 2 simultaneously; button 6 pressing buttons 1 and 3 simultaneously).
Fig. 4. MPT-300 (black enclosure) / MPT-350 (light gray enclosure) keyfob [433 MHz keyfob]. A numeration of keyfob buttons (button 5 pressing buttons 1 and 2 simultaneously).
8. Step 5c. Assigning function to 433 MHz keyfob button 1. Press
to confirm the
default function (defined by the installer in the user schedule) or enter the number of one
of the following functions, and then press
:
0. Not used 1. Zone 1 violation 2. Zone 2 violation 3. Zone 3 violation 4. Zone 4 violation 5. Zone 5 violation 6. Zone 6 violation 7. Zone 7 violation 8. Zone 8 violation 9. Zone 9 violation
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10. Zone 10 violation 11. Zone 11 violation 12. Zone 12 violation 13. Zone 13 violation 14. Zone 14 violation 15. Zone 15 violation 16. Zone 16 violation 17. Zone 17 violation 18. Zone 18 violation 19. Zone 19 violation 20. Zone 20 violation 21. Zone 21 violation 22. Zone 22 violation 23. Zone 23 violation 24. Zone 24 violation 25. Zone 25 violation 26. Zone 26 violation 27. Zone 27 violation 28. Zone 28 violation 29. Zone 29 violation 30. Zone 30 violation 31. Arming partition 1 full armed mode 32. Arming partition 1 night armed mode 33. Arming partition 1 day armed mode 34. Disarming / clearing alarm in partition 1 35. Arming partition 2 full armed mode 36. Arming partition 2 night armed mode 37. Arming partition 2 day armed mode 38. Disarming / clearing alarm in partition 2 39. Arming partitions 1 and 2 full armed mode 40. Arming partitions 1 and 2 night armed mode 41. Arming partitions 1 and 2 day armed mode 42. Disarming / clearing alarm in partitions 1 and 2 43. Loud panic alarm 44. Silent panic alarm 45. Fire alarm 46. Medical alarm
51. Output 1 activation 52. Output 2 activation 53. Output 3 activation 54. Output 4 activation 55. Output 5 activation 56. Output 6 activation 57. Output 7 activation 58. Output 8 activation 59. Output 9 activation 60. Output 10 activation 61. Output 11 activation 62. Output 12 activation
71. Output 1 deactivation 72. Output 2 deactivation
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73. Output 3 deactivation 74. Output 4 deactivation 75. Output 5 deactivation
76. Output 6 deactivation 77. Output 7 deactivation 78. Output 8 deactivation
79. Output 9 deactivation 80. Output 10 deactivation 81. Output 11
deactivation 82. Output 12 deactivation
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91. Output 1 switchover 92. Output 2 switchover 93. Output 3 switchover 94.
Output 4 switchover 95. Output 5 switchover 96. Output 6 switchover 97. Output
7 switchover 98. Output 8 switchover 99. Output 9 switchover 100. Output 10
switchover 101. Output 11 switchover 102. Output 12 switchover
Contact the installer to obtain information on the zone types and output
functions.
9. Step 5d. Assigning function to 433 MHz keyfob button 2. Proceed in the
same way as in Step 5c.
10. Step 5e. Assigning function to 433 MHz keyfob button 3. Proceed in the
same way as in Step 5c.
11. Step 5f. Assigning function to 433 MHz keyfob button 4. Proceed in the
same way as in Step 5c.
12. Step 5g. Assigning function to 433 MHz keyfob button 5. Proceed in the
same way as in Step 5c.
13. Step 5h. Assigning function to 433 MHz keyfob button 6. Proceed in the
same way as in Step 5c.
Pressing the
key between Step 5a and Step 5h will cancel the keyfob adding,
but will not terminate the user adding procedure.
14. Step 6. Adding APT-200 / APT-100 keyfob. If the ABAX 2 / ABAX wireless system
controller is connected to the control panel, the bidirectional APT-200 / APT-100 keyfob
can be assigned to the user. Press in turn
and
(if a keyfob is to be assigned
to the user) or
only (if no keyfob is to be assigned to the user).
15. Step 6a. Selecting APT-200 / APT-100 keyfob addition method. Press
(if the
keyfob serial number is to be entered) or press in turn
(if the serial number is
to be read by the ABAX 2 / ABAX wireless system controller during transmission).
16. Step 6b. Adding APT-200 / APT-100 keyfob. Depending on the selected method:
enter the keyfob serial number and press
,
press twice any button on the keyfob
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Fig. 5. APT-200 / APT-100 keyfob (dark gray enclosure). A numeration of LEDs. B – numeration of keyfob buttons (button 6 pressing buttons 1 and 5 simultaneously).
17. Step 6c. Assigning function to APT-200 / APT-100 keyfob button 1. Proceed in the same way as in Step 5c.
18. Step 6d. Assigning function to APT-200 / APT-100 keyfob button 2. Proceed in the same way as in Step 5c.
19. Step 6e. Assigning function to APT-200 / APT-100 keyfob button 3. Proceed in the same way as in Step 5c.
20. Step 6f. Assigning function to APT-200 / APT-100 keyfob button 4. Proceed in the same way as in Step 5c.
21. Step 6g. Assigning function to APT-200 / APT-100 keyfob button 5. Proceed in the same way as in Step 5c.
22. Step 6h. Assigning function to APT-200 / APT-100 keyfob button 6 (two buttons pressed simultaneously: 1 and 5). Proceed in the same way as in Step 5c.
23. Step 6i. Selecting confirmation for LED 1 in APT-200 / APT-100 keyfob. Press
to confirm the default method of confirmation (defined by the installer in the user
schedule) or enter the number of one of the following functions and then press
:
0. On
1. Output 1 state 2. Output 2 state 3. Output 3 state 4. Output 4 state 5.
Output 5 state 6. Output 6 state 7. Output 7 state 8. Output 8 state 9. Output
9 state 10. Output 10 state 11. Output 11 state 12. Output 12 state
LED is ON, when the control panel has acknowledged receiving information on
pressing a button
LED is ON, when the selected output is active
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13. Arming: Partition 1 14. Arming: Partition 2 15. Arming: Partition 1 or 2
16. Arming: Partition 1 and 2 17. Partition 1 Full arm 18. Partition 1
Night arm 19. Partition 1 Day arm 20. Partition 2 Full arm 21. Partition 2
Night arm 22. Partition 2 Day arm 23. Partition 1 Alarm 24. Partition 2
Alarm 25. Partition 1 or 2 Alarm 26. Trouble 27. Partition 1 Not armed
28. Partition 2 Not armed 29. Partition 1+2 Not armed
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LED is ON when partition 1 is armed LED is ON when partition 2 is armed LED is
ON when partition 1 or 2 is armed LED is ON when partitions 1 and 2 are armed
LED is ON when partition 1 is armed in full mode LED is ON when partition 1 is
armed in night mode LED is ON when partition 1 is armed in day mode LED is ON
when partition 2 is armed in full mode LED is ON when partition 2 is armed in
night mode LED is ON when partition 2 is armed in day mode LED is ON when
there is alarm in partition 1 LED is ON when there is alarm in partition 2 LED
is ON when there is alarm in partition 1 or 2 LED is ON when there is trouble
in the system LED is ON when partition 1 is disarmed LED is ON when partition
2 is disarmed LED is ON when partitions 1 and 2 are disarmed
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255. NOT PRESENT
LED will not be used for confirmation
Contact the installer to obtain information on the zone types and output functions.
24. Step 6j. Selecting confirmation for LED 2 in APT-200 / APT-100 keyfob.
Proceed in the same way as in Step 6i.
25. Step 6k. Selecting confirmation for LED 3 in APT-200 / APT-100 keyfob.
Proceed in the same way as in Step 6i.
Pressing the
key between Step 6a and 6k will cancel the keyfob adding, but will
not terminate the user adding procedure.
26. Step 7. Adding proximity card. If a device provided with proximity card reader is
installed in the system, a proximity card can be assigned to the user. Press in turn
and
(if a proximity card is to be assigned to the user) or
only (if no proximity
card is to be assigned to the user).
27. Step 7a. Selecting card addition method. Press
(if the card code is to be
entered) or select the device, by means of which the card code will be read. The LEDs
corresponding to the addresses of devices are steady on, and the
and
keys
allow you to select the device (the LED corresponding to the selected module will start
flashing). Having selected the device, press
.
28. Step 7b. Adding proximity card. Depending on the selected method:
enter the card code (see: “Entering hexadecimal characters” p. 10) and press
,
bring the card twice close to the reader (displayed messages will prompt you what to do). Remember that the card number will only be sent by the proximity card arm/disarm device after the card is moved away from the reader.
Pressing the
key in Step 7a or 7b will cancel the card adding.
3.9.2 User editing
1. Enter the user menu and press in turn
. User editing is effected by the
“step by step” method, hence the programming step number is presented on the and
LEDs of the first and second partitions (see: page 11, Table 1).
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2. Step 1. Selecting user whose data are to be edited. You can make your selection by
using the
and
keys or by entering the user number (the LED designated by
the number of selected user should start flashing). Having selected the user, press
.
You can press
to interrupt the procedure of editing a user. Any changes made in
the steps ended by pressing the
key will be saved.
3. Step 2. Changing user code. Proceed in the same way as when adding a new
user. 4. Step 3. Selecting user schedule. Proceed in the same way as when
adding a new user. 5. Step 4. Selecting partitions accessible to the user.
Proceed in the same way as when
adding a new user. 6. Step 5. Editing 433 MHz keyfob. Press:
, if you want to move on to the next step,
and
in turn, if you want to add a keyfob (the procedure is similar to that for
adding a 433 MHz keyfob to a new user, however, if the user had a keyfob before, the
control panel, during assignment of functions to the buttons, will suggest the same
functions as were assigned to the removed keyfob),
and
in turn, if the user has a keyfob and you want to edit functions
assigned to the keyfob buttons (the procedure is similar to that for assigning functions
after a 433 MHz keyfob has been added to a new user),
and
in turn, if you want to remove a keyfob.
Removal of the keyfob does not erase its settings (functions assigned to the keyfob).
The installer can remove all the 433 MHz keyfobs and their settings by using the REM.RX K-FOBS function (SERVICE MODE 2. HARDWARE 1. KPDS. & EXPS. 9. REM.RX K-FOBS).
7. Step 6. Editing APT-200 / APT-100 keyfob. Press:
, if you want to move on to the next step,
and
in turn, if you want to add a keyfob (the procedure is similar to that for
adding the APT-200 / APT-100 keyfob to a new user, however, if the user had a
keyfob before, the control panel, when assigning functions to the buttons and defining
the rules of confirmation, will suggest the same settings as for the removed keyfob),
and
in turn, if the user has a keyfob and you want to edit functions
assigned to the keyfob buttons (the procedure is similar to that for assigning functions
after an APT-200 / APT-100 keyfob has been added to a new user),
and
in turn, if you want to remove a keyfob.
Removal of the keyfob does not erase its settings (functions assigned to the keyfob and rules of confirmation).
The installer can remove all the APT-200 / APT-100 keyfobs and their settings by using the REM.ABAX KFBS function (SERVICE MODE 2. HARDWARE 1. KPDS. & EXPS. 8. REM.ABAX KFBS).
and
in turn, if the user has a keyfob and you want to edit the rules of
confirmation (the procedure is similar as for defining the rules of confirmation after an
APT-200 / APT-100 keyfob has been added to a new user).
8. Step 7. Editing proximity card. Press:
, if you want to move on to the next step,
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and
in turn, if you want to add a card (the procedure is much similar to
that for adding a card to a new user),
and
, if you want to remove a card.
3.9.3 Removing a user
1. Enter the user menu and press in turn
.
2. Select the user who is to be removed. You can make your selection by scrolling through
the list of users by means of the
and
keys or entering the user number.
Having selected the user, press
.
3.10 Canceling the telephone messaging
The telephone messaging can be cancelled together with alarm clearing, if such an option is provided by the installer.
The telephone messaging is cancelled after acknowledgement of the voice messaging (see: USER MANUAL).
Enter the user menu and press in turn
.
3.11 Zone bypassing
If a zone is not to trigger alarm, you can bypass it, when the partition to
which the zone belongs is disarmed. Zone bypassing is useful, for example,
when you want to leave a window open when the system is armed or when a
detector connected to the zone is out of order and sets off false alarms.
Zone bypassing reduces the level of protection. If a zone is bypassed while
the system is armed, an intruder can exploit this vulnerability.
If a zone is bypassed because of its malfunctioning, call in the service technician immediately to repair the defect.
For security considerations, the installer may reduce the number of zones that
the user will be allowed to bypass.
The zone bypassing functions can also be used to unbypass the zones (the zone
inhibiting function makes it also possible to unbypass an isolated zone, while
the zone isolating function makes it also possible to unbypass an inhibited
zone).
3.11.1 Zone inhibiting
The inhibited zone will remain bypassed until disarming the partition it
belongs to, or until unbypassing the zone by the user.
If the zone belongs to two partitions and is only armed when both partitions are armed, it will be unbypassed after disarming one of the partitions.
Enter the user menu and press in turn
. The state of zones is illustrated by
LEDs designated by numbers. The steady-on LEDs indicate which zones are inhibited or
isolated. The flashing LED means that the cursor is situated there. Use the
and
keys to move the cursor. The cursor may only be moved over the LEDs corresponding to the
zones which can be bypassed or unbypassed. Press any digit-bearing key to change the
LED status:
LED ON the zone is to be inhibited,
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LED OFF the zone is to be unbypassed.
Press
to quit the function. The zones will be inhibited/unbypassed.
3.11.2 Zone isolating
The isolated zone will remain bypassed until it is unbypassed by the user.
Enter the user menu and press in turn
. The way of indicating the zone
status and the procedure are identical to those used for zone inhibiting.
3.12 Auto-arming deferment
Partition can be armed automatically by the timer on specific days at specific time. If the installer defines the time by which the auto-arming is to be deferred, you can defer the arming.
Enter the user menu and press in turn
.
3.13 Setting the system time and date
Enter the user menu and press in turn will be presented on LEDs (see page 11 Table 1):
. The currently programmed time
hour first digit on LEDs 1-4, second on LEDs 5-8,
minutes first digit on LEDs 9-12, second on LEDs 16-19,
seconds first digit on LEDs 20-23, second on LEDs 24-27.
Enter successively the hour, minutes and seconds, and then press presented on LEDs:
. The date will be
year only two last digits: first on LEDs 1-4, second on LEDs 5-8,
month first digit on LEDs 9-12, second on LEDs 16-19,
day first digit on LEDs 20-23, second on LEDs 24-27.
Enter successively the year, month and day, and then press
.
3.14 Programming the timers
You can program 4 timers. The timers can control partition arming mode and outputs. The timer compares the time with the control panel clock and executes the selected function at the preset time.
The installer defines which outputs will be controlled by the timers.
1. Enter the user menu and press in turn
. The programming is effected
by using the “step by step” method. The programming step number is presented on the
and LEDs of the first and second partitions (see: page 11, Table 1).
2. Step 1. Selecting timer to be programmed. Press in turn the suitable keys to select a timer:
– timer 1,
– timer 2,
– timer 3,
– timer 4.
3. Step 2. Selecting parameters to be programmed. Press in turn the suitable keys to select a parameter:
– weekly schedule,
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– exception 1, – exception 2, – exception 3, – exception 4, – partition 1 arming mode, – partition 2 arming mode.
Irrespective of the selected parameter, pressing the will take you back to Step 2.
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key in a subsequent step
3.14.1 Programming the weekly schedule
1. Step 3. Programming timer activation/deactivation time on Monday. The parameters will be presented on LEDs (see page 11 Table 1), but only 6 out of 8 digits that can be entered. Enter the time of timer activation (hour:minutes) and/or deactivation (hour:minutes). If you want, you can only program the activation or deactivation time.
Instead of the other parameter, enter the sequence 9999 then. Press the next step.
to go on to
2. Step 4. Programming timer activation/deactivation time on Tuesday. Proceed in the same way as in Step 3.
3. Step 5. Programming timer activation/deactivation time on Wednesday. Proceed in the same way as in Step 3.
4. Step 6. Programming timer activation/deactivation time on Thursday. Proceed in the same way as in Step 3.
5. Step 7. Programming timer activation/deactivation time on Friday. Proceed in the same way as in Step 3.
6. Step 8. Programming timer activation/deactivation time on Saturday. Proceed in the same way as in Step 3.
7. Step 9. Programming timer activation/deactivation time on Sunday. Proceed in the same way as in Step 3.
8. Step 10. Programming timer activation/deactivation time on every day of the week.
Proceed in the same way as in Step 3. After pressing Step 2.
, you will be taken back to
3.14.2 Programming an exception
The exception is a period when the timer will be activated/deactivated at a different time than provided for by the weekly schedule. The programming is carried out in the same way for each of the four exceptions.
1. Step 3. Programming the date from which the exception will be valid. Enter the year (only the two last digits), month and day. The date is presented on LEDs (see page 11
Table 1). Press
to confirm the data and go on to the next step.
2. Step 4. Programming the date to which the exception will be valid. Proceed in the same way as in Step 3.
3. Step 5. Programming the timer activation/deactivation time when the exception is valid. Enter the data in the same way as for programming the timer
activation/deactivation in the weekly schedule. After pressing back to Step 2.
, you will be taken
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3.14.3 Selecting the arming mode
1. Define whether and what arming mode is to be activated by the timer (press one of the
keys:
– full arming;
– night arming;
– day arming;
– timer does not
arm the partition). The LEDs indicate what selection you have made (LED 1 flashing full
arming; LED 2 flashing night arming; LED 3 flashing day arming; neither LED is
flashing timer does not arm the partition).
2. Press
. You will be taken back to Step 2.
3.15 Programming the telephone numbers to be notified
Programming the phone numbers from LED keypad is not recommended (only up to 6 characters are presented by means of LEDs; some characters are not presented at all Table 1, page 11, contains the characters that are presented).
1. Enter the user menu and press in turn
.
2. Press in turn the suitable keys to select the telephone number to be edited (the phone numbers to which voice messaging is not enabled are only available to the installer):
– telephone 1,
– telephone 2,
– telephone 3,
– telephone 4,
– telephone 5,
– telephone 6,
– telephone 7,
– telephone 8.
3. Enter the telephone number (the available characters are presented in Table 3). You can enter up to 16 characters. Some of the characters occupy two positions (a, b, c, d, # and ). If they are used, you can enter less characters than 16.
Characters available after next keystroke
key
mode [ABC]
key
mode [abc]
1
1
2
B
C
2
a
b
c
3
D
E
F
3
d
4
4
5
5
6
6
7
7
8
8
9
9
0
0
Table 3. Characters available in the keypad when entering telephone numbers (to change the
letter case, press
key).
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Special character B C D E F
a b c d
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Function description switch-over to pulse dialing switch-over to tone dialing
(DTMF) waiting for additional signal 3 second pause 10 second pause signal in
DTMF mode signal # in DTMF mode
other signals generated in DTMF mode
Table 4. Special character functions.
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4. Press
to confirm the entered number.
3.16 Programming codes to acknowledge / clear messaging
1. Enter the user menu and press in turn
.
2. Press in turn the suitable keys to select the telephone number for which the code to acknowledge / clear voice messaging is to be defined (the phone numbers to which voice messaging is not enabled are only available to the installer):
– telephone 1,
– telephone 2,
– telephone 3,
– telephone 4,
– telephone 5,
– telephone 6,
– telephone 7,
– telephone 8.
3. Enter a 4-digit code, and then press
.
3.17 Checking the troubles
When the LED is flashing, you can check what caused this signaling. Enter the user
menu and press in turn
.
3.17.1 Trouble list
Information on troubles presented on LEDs designated by numbers: LED 1 – loss
of 230 VAC power, LED 2 – no battery / low battery, LED 3 – no voltage on
telephone line, LED 4 – no signal / intermittent signal on telephone line, LED
5 – OUT1 output overloaded, LED 6 – OUT2 output overloaded, LED 7 – KPD supply
output overloaded,
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LED 8 – AUX or +VR supply output overloaded, LED 9 – problem with telephone or
Ethernet reporting to Station 1, LED 10 – problem with telephone or Ethernet
reporting to Station 2, LED 11 – jamming ABAX 2 / ABAX system wireless devices
/ built-in Ethernet module
initialization error / Ethernet network not available / no communication with
device selected for communication test (PING) / no connection to SATEL server
/ MAC/ID error, LED 12 – short-circuit in communication bus, LED 13 – control
panel clock trouble, LED 14 – control panel settings trouble, LED 15 –
violation of tamper zone (TMP zone on control panel main board or 6. 24H
TAMPER type zone), LED 16 – zone tamper, LED 17 – too long zone violation, LED
18 – no zone violation, LED 19 – violation of 11. DETECTOR MASK or 19. TROUBLE
type zones, LED 20 – low battery in wireless device, LED 21 – no communication
with wireless device, LED 22 – expander tamper, LED 23 – no presence of
expander, LED 24 – loss of 230 VAC power in expander, LED 25 – no battery /
low battery in expander, LED 26 – expander supply output overloaded, LED 27 –
low battery in user keyfob, LED 28 – expander restart, LED 29 – control panel
restart, LED 30 – trouble in control panel processor system (HSE).
3.17.2 Trouble handling procedure
Each trouble poses a danger to proper functioning of the alarm system and
should be repaired as soon as possible. If necessary, consult the installer.
In the event of failure of the control panel processor system (HSE), when you have
exited the 7. SYSTEM STATE function by using the
key, the “Make VERSA panel
restart? 1=Yes” message will be displayed. Pressing the
key will restart the
control panel and repair the trouble.
3.17.3 Trouble memory and clearing the trouble memory
The installer defines whether only the current troubles are to be presented, or also those which have already ended. The keypad indicates the current troubles by steady-on LEDs, and the troubles that have ended by flashing LEDs.
You can clear the trouble memory after quitting the function:
1. Press
to quit the function. The LED will start flashing rapidly.
2. Press
to clear the trouble memory (pressing another key will cancel clearing the
trouble memory).
If the SERVICE MESSAGE AFTER TAMPER ALARM option is enabled in the control panel, only the installer can clear the tamper alarm memory.
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3.18 Output control
Using the keypad, you can control the operation of devices connected to the outputs (e.g. to raise/lower roller blinds/shutters, turn on/off lighting or heating, etc.). The installer defines how the outputs should work (whether the output will be activated for a defined time, or it will remain active until deactivated by the user, timer, etc.).
3.18.1 Quick control of outputs
The installer can assign outputs to the numeric keys and allow them to be
quickly controlled (without entering the code).
Quick activation of output
Press the key to which the controllable output is assigned, and then
.
Quick deactivation of output
Press the key to which the controllable output is assigned, and then
.
3.18.2 Controlling the outputs by means of function
Enter the user menu and press in turn
. The status of outputs is illustrated by
LEDs designated by numbers. The steady-on LEDs indicate which outputs are activated. The
flashing LED indicates that that the cursor is there. Use the
and
key to move the
cursor. The cursor can only be moved over the LEDs presenting the status of outputs that
can be controlled. Press
to activate the output with the number corresponding to that of
the LED, or press
to deactivate the output.
3.19 Tests
3.19.1 Zone test
The function enables checking the system zones and detectors connected to them
for proper functioning.
You can test the zones for which the installer has programmed other wiring
type than NOT USED.
Zone violation during the test will not trigger the control panel reaction, as preprogrammed for the zone.
When testing the zones, the keypad does not present the current zone state, but only indicates whether or not the zone was violated during the test.
1. Enter the user menu and press in turn
.
2. Enter two digits to define the test duration (e.g. if the time is to be 5 minutes, press in turn
and
the test may last from 1 to 15 minutes), and then press
LEDs designated by the numbers of zones you can test will start flashing.
. The
3. Violate the selected zones (e.g. walking through the area supervised by the motion detector or opening the window supervised by the magnetic contact). The keypad should inform you that the zone has been violated (the LED designated by the zone number will go on steady). Information on the violation will be presented until the zone test is terminated.
4. The test will be terminated automatically after the defined time has elapsed. You can
terminate it earlier by pressing
.
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3.19.2 Output test
The function makes it possible to check proper functioning of the system
outputs as well as devices connected to them.
You can always test 12 outputs.
1. Enter the user menu and press in turn
. The keypad indicates the
output status by means of LEDs numbered from 1 to 12 (LED OFF the output is
deactivated; LED ON the output is activated). The flashing LED means that the cursor is
there. The
and
keys allow you to move the cursor.
2. Press
to activate the output, or press
to deactivate the output.
3. Press
to terminate the function.
3.19.3 Checking the level / quality of radio signal
The function allows you to check:
· the quality of radio signal received by the controller from MICRA (433 MHz) wireless detectors (if the VERSA-MCU controller is connected to the control panel),
· the level of radio signal received by the controller from ABAX 2 / ABAX wireless devices (if the ABAX 2 / ABAX controller is connected to the control panel).
Enter the user menu and press in turn illustrated by LEDs designated by numbers:
. The signal level / quality is
· 1-15 wireless devices assigned to zones from 16 to 30,
· 16-30 wireless devices assigned to zones from 1 to 15.
The more LEDs are ON, the better is the signal level / quality. When all LEDs are ON, the signal level / quality is 100%.
The device can be identified by flashing of the LED designated by the number of zone to which the device is assigned.
You can scroll through the list by using the arrow keys.
3.19.4 Starting the manual test transmission
Enter the user menu and press in turn
. A “Manual reporting test” event will
be saved to the control panel memory. The event code will be sent to the monitoring station.
3.19.5 Checking the current supply voltage in modules
Not all modules provide information on the current voltage.
Enter the user menu and press in turn
. Information on the supply voltage
of the lowest address module will be displayed. Flashing of the LED designated by the
number corresponding to the module address number (for address 0, LED 30 is flashing)
enables identification of the module. Depending on the module address, the supply voltage is
illustrated by the LEDs numbered 1-15 (address 0 and addresses from 16 to 21) or 16-30
(addresses from 1 to 15). To determine the voltage, sum up the number of LEDs which are lit
(a single LED corresponds to the voltage of 1 V). You can scroll through the list by using the
arrow keys.
3.19.6 Outputs reset
Use the function to:
· deactivate 5. “DURESS” ALARM, 14. CHIME or 15. CONTROLLED function outputs
(if the cutoff time equal to 0 is programmed by the installer for such an
output, the output can only be deactivated in this manner),
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· deactivate for 16 seconds the 11. FIRE DETECTORS POWER SUPPLY function output (to clear the alarm memory of fire detectors),
· activate the 21. DETECTORS RESETTING function output.
Enter the user menu and press in turn
.
3.20 Service
The functions related to control panel programming (starting local or remote
programming) are described in the PROGRAMMING manual.
3.20.1 Defining the service access rules
Enter the user menu and press in turn
. The status of options related to the
access to the alarm system by the person using the service code is illustrated by the LEDs
designated by numbers. The LEDs lit solid indicate which options are enabled. Flashing of
the LED means that the cursor is positioned there. The
and
keys allow you to
move the cursor. You can only move the cursor onto the LEDs illustrating the available
options. Press any numeric key to change the LED status (turn ON/OFF). Press
to
confirm the changes made and quit the function.
Description of the options In the square brackets, the description of options
presented on the LCD keypad is shown. 1 [Permanent access] if the option is
enabled, the service code can be used to get access
to the alarm system at all times.
If the alarm system is to meet requirements of the EN 50131 standard for Grade
2, the service code access should be time limited.
2 [Edit users] when the option is enabled, the person using the service code
can add, edit and remove users.
3 [Arm/Dis/Clr/Bps] when the option is enabled, the person using the service
code can arm and disarm the system, clear alarms, and bypass zones (inhibit or
isolate).
3.20.2 Defining the service access time
The function is available when the PERMANENT ACCESS option is disabled (see: “Defining the service access rules”).
Enter the user menu and press in turn
. LEDs 1-12 will present the number
of remaining hours during which you can get access to the alarm system by using the service
code (see page 11 Table 1). Enter a new value from the range of 0 to 255 hours and press
.
3.20.3 Replacing batteries in wireless keypad
The function is available if a wireless keypad is installed in the alarm system. The function is supported by ACU-120 / ACU-270 controller with firmware version 5.03 and ACU-220 / ACU-280 controller.
1. Enter the user menu and press in turn
.
2. The LEDs with numbers corresponding to the addresses of wireless keypads in the system will go on (LED 30 for the address 0).
3. Keep pressing
or
until the LED whose number corresponds to the address of
the keypad in which you want to replace the battery starts flashing.
4. Press
. The status of tamper switch in the keypad will not be checked for 3 minutes,
which allows you to replace the battery.
SATEL
VERSA IP
29
4. Manual update history
Manual version 04/16 11/17
09/21
Introduced changes
· Note about entry delay time in day armed mode for arming without delay has
been added (p. 8).
· Information on how the keypad works if blocked has been added (p. 7). ·
Information about entry delay in night arming mode if the system is armed
without
delay has been added (p. 8). · List of user functions has been updated (p.
12). · Information about MPT-350 keyfob has been added (p. 14). · List of
information that can be presented on APT-100 keyfob LEDs has been
updated (p. 18). · Description of starting and using the REPLACE BAT. function
has been added
(p. 28).
· Information about ABAX 2 system devices has been added. · Note about zone
bypassing has been modified (p. 20).