the instructions
GDAŃSK
versa_u_en 06/11
Firmware version 1.02
Alarm Control Panels
USER
MANUAL
WARNING
To avoid any problems during operation of this control panel, it is recommended that you
familiarize yourself with this manual before you start using the equipment.
Making any construction changes or unauthorized repairs is forbidden. This applies, in
particular, to modification of assemblies and components. Maintenance and/or repair
operations should be performed by authorized personnel (i.e. the installer or factory service).
The control panel should only be connected to the analog subscriber lines. Connecting its
telephone circuit to a digital network (e.g. ISDN) may cause damage to the equipment. In
case of changing the analog line to the digital one, it is necessary to contact the alarm
system installer.
Pay special attention if the telephone line used by the control panel is frequently busy and/or
failures are reported, concerning the line and/or monitoring. Report such situations to the
alarm system installer immediately.
To ensure adequate protection, the alarm security system must be in good working order,
therefore SATEL recommends that it be regularly tested.
The alarm security system cannot prevent burglary, assault or fire from happening, but it
guarantees that in case of emergency measures will be taken to reduce the possible damage
(the alarm will be signaled optically and acoustically, appropriate services will be notified,
etc.), which may deter the potential burglars.
CAUTION!
The security alarm system is fitted with a battery. Do not throw the used-up battery away, but
recycle it as required by the existing regulations (European Directives 91/157/EEC and
93/86/EEC93/86/EEC).
Latest EC declaration of conformity and product approval certificates can be
downloaded from our web site www.satel.eu
Changes made to the firmware version 1.02
User functions
5. MESSAGING CLEARING CODES function has been added in 6. SETTINGS
submenu.
0. OUTPUTS RESET function in 9. TESTS submenu enables activating
21. DETECTORS RESETTING function outputs.
Users
New right: INT-VG ACCESS.
New functions
available after
connection of
INT-VG module
Option to remotely operate the control panel from telephone keypad
(interactive voice menu).
Option to acknowledge voice messaging by entering code from the
telephone keypad. The acknowledgement of voice messaging will
cancel telephone messaging of the event.
Capability to access the interactive voice menu after acknowledgement
of voice messaging.
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CONTENTS
1.
2.
3.
4.
5.
6.
Introduction .......................................................................................................................4
Technical Performance of Security Alarm System ............................................................4
Alarm System Operating Costs.........................................................................................4
Glossary............................................................................................................................5
Control Panel Compliance with EN 50131 Standard Requirements for Grade 2 ..............6
Operating the Alarm System with Keypad ........................................................................7
6.1
6.2
6.3
6.4
6.5
Display [VERSA-LCD-GR] ..................................................................................................... 8
LEDs presenting zone status [VERSA-LED-GR] ................................................................... 9
LEDs presenting partition and system state ........................................................................ 10
Keys ..................................................................................................................................... 11
Buzzer.................................................................................................................................. 11
6.5.1
6.5.2
6.5.3
6.6
6.7
Beeps generated when operating............................................................................................... 11
Beeps generated during programming ....................................................................................... 12
Events signaled by sounds ......................................................................................................... 12
Codes................................................................................................................................... 13
Arming.................................................................................................................................. 13
6.7.1
6.7.2
6.7.3
6.7.4
6.7.5
6.7.6
6.7.7
6.7.8
6.8
Arming without partition selection............................................................................................... 13
Arming the selected partition ...................................................................................................... 13
Quick arming............................................................................................................................... 14
Arming without delay .................................................................................................................. 14
Arming under duress .................................................................................................................. 14
Information about bypassed zones before arming ..................................................................... 14
Denial of arming and forced arming ........................................................................................... 15
Failure of arming procedure........................................................................................................ 16
Disarming and/or alarm clearing .......................................................................................... 16
6.8.1
6.8.2
6.8.3
6.8.4
6.9
6.10
Disarming and/or alarm clearing without partition selection ....................................................... 16
Disarming and/or alarm clearing in selected partition ................................................................ 16
Disarming and/or alarm clearing under duress .......................................................................... 16
Viewing the zones which triggered alarm ................................................................................... 16
Quick inspection of partition status ...................................................................................... 17
Triggering the alarm from keypad ........................................................................................ 17
6.10.1
6.10.2
6.10.3
6.11
6.12
Enabling/disabling the chime signal..................................................................................... 17
User menu ........................................................................................................................... 18
6.12.1
6.12.2
6.12.3
6.12.4
6.12.5
6.12.6
6.12.7
6.13
6.14
Adding a user.............................................................................................................................. 22
User editing................................................................................................................................. 28
Removing a user......................................................................................................................... 29
Canceling the telephone messaging.................................................................................... 29
Zone bypassing/unbypassing .............................................................................................. 30
6.16.1
6.16.2
6.17
Access to functions by using arrow keys.................................................................................... 18
Access to functions by using numerical shortcuts...................................................................... 18
"Step by step" programming method.......................................................................................... 18
User functions list ....................................................................................................................... 19
Entering digits ............................................................................................................................. 20
Entering hexadecimal values...................................................................................................... 20
Entering names........................................................................................................................... 21
Change own code ................................................................................................................ 22
Users.................................................................................................................................... 22
6.14.1
6.14.2
6.14.3
6.15
6.16
Triggering fire alarm.................................................................................................................... 17
Triggering medical (auxiliary) alarm ........................................................................................... 17
Triggering panic alarm ................................................................................................................ 17
Zone inhibiting ............................................................................................................................ 30
Zone isolating ............................................................................................................................. 31
Viewing the event log........................................................................................................... 31
SATEL
6.18
VERSA
Auto-arming deferment......................................................................................................... 32
6.18.1
6.18.2
6.19
6.20
7.1.1
7.1.2
7.2
7.2.1
7.2.2
7.3
7.3.1
7.3.2
7.3.3
7.4
Signaling by means of LEDs ................................................................................................ 43
Signaling when the user holds up the card to the device............................................................43
Information about system state ...................................................................................................43
Buzzer .................................................................................................................................. 43
Beeps generated when operating ...............................................................................................43
Events signaled by sounds..........................................................................................................44
Arming .................................................................................................................................. 44
Full arming ...................................................................................................................................44
Arming in mode A ........................................................................................................................44
Arming in mode B ........................................................................................................................44
Disarming and alarm clearing............................................................................................... 44
Operating the Alarm System by means of Keyfob .......................................................... 44
8.1
8.2
9.
Service code access rules...........................................................................................................41
Operating the Alarm System by means of Proximity Cards ............................................ 42
7.1
8.
Zone test......................................................................................................................................39
Output test ...................................................................................................................................39
Checking the radio signal level in wireless devices.....................................................................40
Starting the manual test transmission .........................................................................................40
Telephone reporting test..............................................................................................................40
Checking the firmware version of control panel ..........................................................................40
Checking the firmware version of modules connected to control panel ......................................40
Checking the current supply voltage in modules.........................................................................41
Outputs reset ...............................................................................................................................41
Service ................................................................................................................................. 41
6.26.1
7.
Quick control of outputs...............................................................................................................38
Controlling the outputs by means of function ..............................................................................38
Tests..................................................................................................................................... 39
6.25.1
6.25.2
6.25.3
6.25.4
6.25.5
6.25.6
6.25.7
6.25.8
6.25.9
6.26
Trouble list ...................................................................................................................................36
Trouble handling procedure.........................................................................................................37
Trouble memory and clearing the trouble memory......................................................................37
Output control....................................................................................................................... 38
6.24.1
6.24.2
6.25
Programming the weekly schedule..............................................................................................33
Programming an exception..........................................................................................................34
Selecting the arming mode..........................................................................................................34
Programming the telephone numbers to be notified ............................................................ 34
Programming codes to acknowledge messaging................................................................. 36
Checking the troubles and system state .............................................................................. 36
6.23.1
6.23.2
6.23.3
6.24
Simple auto-arming deferment ....................................................................................................32
Auto-arming deferment by means of function .............................................................................32
Setting the system time and date ......................................................................................... 32
Programming the timers ....................................................................................................... 32
6.20.1
6.20.2
6.20.3
6.21
6.22
6.23
3
Denial of arming and forced arming by means of keyfob ..................................................... 46
Failure of the arming procedure initiated from keyfob .......................................................... 46
Operating the Alarm System by Telephone ....................................................................47
9.1
9.2
Starting the operating by telephone ..................................................................................... 47
Stopping the operating by telephone.................................................................................... 47
10. Acknowledgement of Voice Messaging ..........................................................................47
11. Brief Description of Operating the System with a Keypad .............................................. 48
12. History of Changes to the Manual Content .....................................................................50
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1. Introduction
We are happy you have chosen a product offered by SATEL and hope you will be satisfied
with your choice. Please be assured that 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.
2. Technical Performance of Security Alarm System
The alarm system is built of technical devices, the performance of which has crucial effect on
the effectiveness of the facility protection. Components of the alarm system may be exposed
to various external factors, such as weather conditions (e.g. outdoor sirens and, during
a storm, also other devices, as a result of atmospheric discharge which may cause harm to
electrical and telephone installations) or mechanical damage. Only a routine check of the
system operation makes it possible to maintain a high level of burglary protection.
The control panel is provided with a number of safeguards and automatic diagnostic features
to test the system performance. Detection of irregularities is signaled by the
[TROUBLE]
LED on the keypad. Respond to such a situation immediately and, if necessary, consult
the installer.
Functional test of the alarm system must be carried out on a regular basis. Check that the
control panel responds to violation of particular detectors, that fields of view of those
detectors are not obstructed, that there is reaction to opening the protected doors, and that
signaling devices and telephone messaging are functioning properly.
The installer will specify in detail how the system is to be checked. It is recommended that
the installer carry out periodic maintenance of the alarm system at the user's request.
It is in the user's interest to foresee and prearrange the procedures to be followed when the
control panels starts signaling an alarm. It is important to know how to verify the alarm and
identify its source on the basis of keypad information, and take appropriate measures, e.g., to
organize evacuation.
3. Alarm System Operating Costs
The main task of the control panel is signaling and efficient notification about alarm situations
and, in the case of the reporting function, providing the monitoring station with real-time
information about the protected facility status. Execution of these functions, based on the use
of telephone line, entails some financial costs. Generally, the level of costs incurred by the
alarm system owner depends on the amount of information the control panel must transfer to
the monitoring station. A failure of the telephone links, as well as incorrect programming of
the control panel, may substantially increase these costs. Such a situation usually results
from an excessive number of connections made.
The installer can adjust functioning of the alarm system to the specific conditions and the
type of protected premises, however it is the user who should decide if his or her priority will
be to transfer information at any price, or, if some technical problems occur, the control panel
will be allowed to skip some events, the reception of which has not been acknowledged by
the monitoring station.
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4. Glossary
Alarm – reaction of the alarm system to detection by the detectors of an intruder in the
protected area, or to another event within the protected area (e.g. glass pane break, gas
detection, etc.). The alarm can be signaled in keypads, proximity card arm/disarm device,
or by sirens (during a defined time or until cleared). Additionally, information on the alarm
can be sent to the monitoring station or the user.
Alarm zone – the zone whose violation can result in the alarm being triggered.
Armed mode – the status of alarm system in which zone violation will trigger the alarm.
Code – a sequence of digits that allows the user to operate the alarm system by using
keypad.
Day armed mode – the status in which only some zones in the partition are armed, as
selected by the installer. The installer should indicate the zones to be armed when a user
stays in the protected area, but there is no risk of the zones being violated by the user
during the daytime. If no such zones are indicated by the installer, the user will not be able
to arm the partition in this mode.
Detector – the basic component of alarm system, which analyzes the environment and, if
a situation recognized as a threat occurs, transmits appropriate information to the control
panel (e.g. motion detectors on registering motion, magnetic contacts on opening the
door/window, glass-break detectors on breaking glass pane, gas detectors on sensing
gas, etc.).
Entry delay – time counted from the moment of entry into the protected area, which makes it
possible to disarm the partition before the alarm is triggered.
Entry route – the route which the user must have to follow after entry into the protected area
before being able to disarm the system. It is usually the same as the exit route.
Exit delay – time counted from the moment of starting the arming procedure in the partition,
which makes it possible to leave the protected area before the alarm is triggered.
Exit route – the route which the user must have to take after arming before he leaves the
protected area. It is usually the same as the entry route.
Fire alarm – alarm triggered by fire detectors, or from the keypad, in the event of fire.
Full armed mode – the status in which all zones belonging to the partition are armed.
Installer – the person who has installed and programmed the alarm system.
Medical (auxiliary) alarm – alarm triggered by means of a button, or from the keypad, if it is
necessary to call the medical assistance.
Night armed mode – the status in which only some zones in the partition are armed, as
selected by the installer. The installer should indicate the zones to be armed when a user
stays in the protected area, but there is no risk of the zones being violated by the user at
night. If no such zones are indicated by the installer, the user will not be able to arm the
partition in this mode.
Panic alarm – alarm triggered by means of the panic button, or from the keypad, in case of
a hold-up.
Partition – a part of the protected area, composed of a number of zones. The division into
partitions makes it possible to limit the access to part of the premises to some selected
users, and to arm/disarm the system only in part of the protected area.
Passive transponder – a wireless device which has no power supply of its own, but, under
the action of magnetic field, it can emit a signal that enables the device to be identified. It
can have the form of proximity card, proximity tag, etc.
Protected area – the area supervised by detectors being part of the alarm system.
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Proximity card – a passive transponder that allows the user to operate the alarm system by
means of a proximity card reader (INT-CR and INT-IT proximity card arm/disarm devices
are provided with the reader).
Reporting – reporting events that occurred in the alarm system to the monitoring station. The
information about occurrence of an event can be transmitted via telephone line, Ethernet
network, etc. The companies offering the alarm system monitoring service undertake to
intervene if specific events occur (e.g. alarms, troubles, etc.).
Service code – a code that allows access to the service mode, as well as some functions in
the user menu.
Service technician – the person whose function is to control operability of the installed alarm
system and its components, as well as to eliminate possible problems. These duties can
be fulfilled by the installer or a person assigned by him.
Siren/beacon – a device providing information about alarms or other events in the alarm
system by means of acoustic or optical signaling.
Tamper alarm – reaction of the alarm system to opening the housing of a device which is
part of the alarm system, tearing off the device from the wall, cutting through the alarm
system cables, etc. Actions taken by the alarm system may be similar as in the event of
alarm, however, if the tamper alarm occurs, it is advisable to call in the installer so that he
can make a checkup.
User – a person which can operate the alarm system, using a code, proximity card or remote
control keyfob.
Warning alarm – in some situations, when the alarm criteria are met, the alarm system does
not take up immediately all the actions provided for in the event of alarm. These actions
are postponed, reaction of the system being limited to signaling warning alarm in keypads,
proximity card arm/disarm devices or on indoor sirens/beacons. Thus the user who made
a mistake when entering the protected area (failed to disarm the system before the entry
delay expires), or moving around the area when the day or night armed mode is activated
(violated the armed zone), has some extra time to disarm the system. Contact your
installer to obtain detailed information on the situations when the alarm will be preceded by
warning alarm.
Zone – 1. a separated portion of the protected area that can supervised by a detector or
detectors. 2. the terminals on control panel/expander electronics board to which you can
connect a detector or another device whose state is to be supervised (panic button, siren
tamper contact, power supply output indicating loss of 230 V AC supply, etc.).
Zone bypassing (inhibiting / isolating) – procedure preventing the alarm from being
triggered by the selected zone when it is in the armed mode. Violations of the zone will be
ignored by the control panel.
Zone violation – a change of the zone status to another, different from that defined for the
normal state (e.g. as a result of motion being sensed by the motion detector, gas being
sensed by the gas detector, etc.).
5. Control Panel Compliance with EN 50131 Standard
Requirements for Grade 2
If the installer has configured the control panel in compliance with the EN 50131 standard
requirements for Grade 2:
1. The user codes should be composed of at least 5 characters.
2. The amount of information provided in the keypads by means of LEDs, display and sound
signaling is limited.
3. Quick arming is not available.
SATEL
VERSA
7
4. Arming may be impossible, if one of the situations provided for in the standard occurs
(zone violation, trouble).
Impact of the standard requirements on the control panel operation is described in detail
below.
The consequence of the control panel being configured in accordance with requirements of
the standard is lowering the comfort of the control panel operation and unavailability of some
useful user functions, however the first and foremost intention of the standard is to impede
burglary.
6. Operating the Alarm System with Keypad
The control panel can interact with the VERSA-LCD-GR and VERSA-LED-GR keypads. The
VERSA-LCD-GR keypad provides information by means of LCD display and LEDs, while the
VERSA-LED-GR keypad by means of LEDs only. With the VERSA-LED-GR keypad, both
operating and programming of the system are subject to various limitations, since some
information cannot be conveyed by LEDs. The scope of functions available to the user
depends on his/her authority level.
Fig. 1. VERSA-LCD-GR keypad.
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SATEL
Fig. 2. VERSA-LED-GR keypad.
6.1 Display [VERSA-LCD-GR]
The liquid crystal (2x16 character) display in the VERSA-LCD-GR keypad facilitates
communication between the user and the alarm system. It provides clear information about
the system state and presents functions which are available to the user. If required, the
display can be back-lighted.
The display can work in normal mode or in zone presentation mode (the modes being
toggled by means of the
key). When in the normal mode, the date and time (in installer
defined format) or the keypad name are presented in the upper line of the display. In the
zone presentation mode, symbols are displayed, showing the status of zones available in the
system (where the control panel settings do not provide for detector presence at a zone, the
status of the zone is not displayed). The numbers around the display correspond to the zone
numbers. Described below are all symbols according to their priority (the higher position = the
higher priority of the status presented by the given symbol):
– zone inhibited (not displayed when armed),
[blinking] – zone isolated (not displayed when armed),
– long zone violation (not displayed when armed),
– no zone violations (not displayed when armed),
– zone that first triggered alarm,
– zone tampered (2EOL type zone),
– zone violated,
– tamper memory (2EOL type zone),
– alarm memory,
– normal zone status.
Note: If the global GRADE 2 option is enabled by the installer, switching the display over to
the zone status presentation mode (
key) is impossible.
SATEL
VERSA
9
Irrespective of the selected mode, the occurrence of specific events may result in the
following information being displayed (the higher position = the higher priority of the status
presented):
– countdown of auto-arming delay;
– countdown of entry delay;
– countdown of exit delay;
– alarm from zone – the message contains the name of zone which triggered the alarm
and remains displayed until the alarm is cleared (in case of alarm from several zones,
messages about successive alarms are displayed alternately every 2 seconds – use the
or
key to scroll them through);
– alarm in partition – the message contains the name of partition where the alarm
occurred and remains displayed until the alarm is cleared (if there is alarm in both
partitions, messages about the alarm are displayed alternately every 2 seconds in the
first and second partition – use the
or
key to scroll them through);
– there was a tamper and the service must be called in – the message is displayed until
trouble memory is cleared by a person using the service code (see: section CHECKING
THE TROUBLES AND SYSTEM STATE).
Note: If the GRADE 2 global option is enabled by the installer, the messages on alarms and
tampers are not displayed.
6.2 LEDs presenting zone status [VERSA-LED-GR]
Note: If the GRADE 2 global option is enabled by the installer, the VERSA-LED-GR keypad
LEDs will only present the zone status after the code is entered and confirmed by
using the
key.
30 numbered LEDs in the VERSA-LED-GR keypad provide information about the status of
system zones. When the user functions are used, the LEDs provide some additional
information, depending on the selected function.
Presented graphically below is the way in which information about the zone status is provided
by means of LEDs. Each LED lighting scheme covers approx. 2-second period ( – LED is
OFF;
– LED is ON). The higher position in the list means the higher priority of the
presented status:
– zone inhibited (not displayed when armed),
– zone isolated (not displayed when armed),
– long zone violation (not displayed when armed),
– no zone violations (not displayed when armed),
– zone that first triggered alarm,
– zone tampered (2EOL type zone),
– zone violated,
– tamper memory (2EOL type zone),
– alarm memory,
– normal zone status.
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 blinking (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.
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6.3 LEDs presenting partition and system state
Two green LEDs (one for each partition). When the LEDs are ON, the partition is
armed. The LED is blinking during the exit delay countdown.
Note: Information about armed mode can be set to disappear after the time defined
by the installer has elapsed. To display the information about armed mode
again, enter the code and confirm it using the
key.
Both LEDs are used during the process of "step-by-step" programming to present the
number of current step (see: "STEP BY STEP" PROGRAMMING METHOD).
Two red LEDs (one for each partition). When the LEDs are ON or blinking, it means
alarm or alarm memory, respectively. Presented graphically below is the way in which
the LEDs provide information on alarm/ alarm memory. Each LED lighting scheme
covers approx. 2-second period (
– 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.
Both LEDs are used during the process of "step-by-step" programming to present the
number of current step (see: "STEP BY STEP" PROGRAMMING METHOD).
Yellow LED. Slow blinking of the LED means trouble or trouble memory. To find out
the cause of trouble, start the 7. SYSTEM STATE user function. The LED goes off when
in the armed mode.
On entering the user menu and in the service mode, the LED provides the following
additional information:
– LED blinking rapidly - navigation through the menu and submenus,
– LED ON - the function has been started.
Blue LED. The LED indicates that the service mode is active in the system. The LED
is lit on the keypad in which the service mode is running and the service function
menu is available. Blinking LED means that the service mode has been activated by
means of another keypad.
Note: If the GRADE 2 global option is enabled by installer:
– the
LEDs provide information about alarms only after the code has been entered
and confirmed with the
key;
LED means that there is a trouble in the system, some zones are
– blinking of the
violated, or that there was an alarm.
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11
6.4 Keys
12 keys are used for operating and programming the system. Basic uses of the keys when
operating the system are described below (when the user functions are applied and during
programming, the keys may be used to carry out other tasks).
...
- use the keys bearing numbers and letters to:
– enter the code;
– select the partition to be armed (see: ARMING);
– quickly control the outputs (see: QUICK CONTROL OF OUTPUTS).
- press and hold down the key for approx. 3 seconds to trigger the medical
(auxiliary) alarm.
- press and hold down the key for approx. 3 seconds to enable/disable
chime signal in the keypad (signaling violation of selected zones by 5 short
beeps).
- press and hold down the key for approx. 3 seconds in the
VERSA-LCD-GR keypad to switch the display from normal mode to zone
status presentation mode, and vice versa. The function is not available, if
the installer has enabled the GRADE 2 option.
- use the key to:
– start the full arming procedure after entering the code (see: ARMING);
– disarm the system and clear alarm after entering the code (see:
DISARMING AND ALARM CLEARING);
– activate output (see: QUICK CONTROL OF OUTPUTS);
– trigger the panic alarm (press and hold down key for approx. 3
seconds).
- use the key to:
– enter the user menu (after the code is entered);
– cancel started operations;
– deactivate output (see: QUICK CONTROL OF OUTPUTS);
– trigger the fire alarm (press and hold down key for approx. 3 seconds).
- use the key to start the full arming procedure (see: ARMING).
- use the key to start the night arming procedure (see: ARMING).
- use the key to start the day arming procedure (see: ARMING).
- use the key to:
– disarm the system and clear alarm after entering the code (see:
DISARMING AND ALARM CLEARING);
– defer auto-arming (press the key twice during the auto-arming delay
countdown);
– quickly check the partition status (press and hold down key for approx.
3 seconds). The function is not available, if the GRADE 2 option has
been enabled by the installer.
6.5 Buzzer
6.5.1
Beeps generated when operating
1 short beep – pressing any number key.
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3 short beeps – confirmation of:
– starting the arming procedure (which is equivalent to arming if no exit delay has been
programmed for 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;
– deactivating output (see: QUICK CONTROL OF OUTPUTS);
– disabling the chime signal in keypad with the
key;
– switching over the VERSA-LCD-GR keypad display from the normal mode to the zone
key.
status presentation mode, and vice versa, by means of the
4 short beeps and 1 long beep – confirmation of:
– activating output (see: QUICK CONTROL OF OUTPUTS);
– enabling the chime signal in keypad with the
key.
1 long beep – some zones are bypassed (VERSA-LCD-GR keypad only when arming) or
denial of arming (some zones in the partition are violated or there is a trouble).
2 long beeps – pressing the
,
,
,
or
key, if not preceded by
entering code or selecting a partition, or an invalid code.
3 long beeps – refusal to carry out a command (the user does not have the required
authority level or the function is not available).
6.5.2
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 – 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.
key, or an unavailable function.
2 long beeps – exiting the function on pressing the
6.5.3
Events signaled by sounds
5 short beeps – zone violation.
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).
A sequence of 7 beeps of diminishing duration, repeated every few seconds –
countdown of auto-arming delay.
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.
Long beep every second – fire alarm.
Notes:
• Only installer selected events are signaled.
• Alarms are signaled during the KEYPAD'S ALARM TIME (programmed by the installer).
• If the global GRADE 2 option is enabled by installer, the keypad will not signal by sounds
any new troubles and alarms.
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VERSA
13
6.6 Codes
The control panel can be operated from the keypad after entering a code (only a few
functions can be run without the code). By default, the following codes are pre-programmed
in the control panel:
user 30 code: 1111
service code: 12345
The default codes enable individual codes to be assigned to the people who are to use the
alarm system (see section USERS p. 22). For security reasons, different people should not
share the same code. The control panel supports codes of 4 to 8 characters, but the installer
can determine what should be the minimum code length.
Note: The default codes should be changed as soon as possible (see section CHANGE OWN
CODE p. 22).
6.7 Arming
The user must have the ARMING right.
It is possible to arm both partitions or each partition separately. It is also possible to toggle
between the armed modes, i.e. the user does not have to disarm the partition to arm it in
another mode. If an alarm is signaled, arming will result in clearing the alarm (but this does
not apply to the quick arming feature).
Notes:
• 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.
6.7.1
Arming without partition selection
Enter the code, and then press the key, as required:
or
- to arm in full mode;
- to arm in day mode;
- to arm in night mode.
Based on the user data, the control panel will define the partitions which are to be armed.
Start of the arming procedure should be signaled by 3 short beeps.
key after the code has
Note: Depending on the current partition status, pressing the
been entered may also result in disarming or alarm clearing, hence it is recommended
to use the
key for full arming.
6.7.2
Arming the selected partition
1. Indicate the partition which is to be armed (press one of the keys:
- partition 1;
- partition 2).
2. Select the arming mode (press one of the keys:
- full arming;
- day arming;
- night arming). Backlight of the keys will start blinking, 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.
Start of the arming procedure should be signaled by 3 short beeps.
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Note: The above described method of arming can be used for keypads in which quick
arming is not allowed for by the installer, and in some other situations, when the quick
arming is not possible.
6.7.3
Quick arming
If the installer has allowed for the quick arming by means of a selected keypad, the arming is
possible without entering any code.
- partition 1;
1. Indicate the partition(s) to be armed (press one of the keys:
partition 2;
or
- both partitions).
2. Select the arming mode (press one of the keys:
- full arming;
- day arming;
- night arming). Start of the arming procedure should be signaled by 3 short beeps.
Notes:
• The quick arming allows for the armed mode toggling from the night mode to the full
mode, and from the day mode to the full mode. In every other case, the procedure
described in section ARMING THE SELECTED PARTITION will apply.
• 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.
6.7.4
Arming without delay
The arming without delay means that the delayed zones will act as the instant ones (there will
be no exit or entry delay). To arm without delay, the key corresponding to the selected
,
or
) should be pressed and hold for approx. 3 seconds.
arming mode (
6.7.5
Arming under duress
In the event of acting under duress, you can arm the system by one of the aforementioned
methods, but you must use a special duress code, instead of the normal user code. Using the
DURESS code will trigger a silent alarm, which is signaled in no way whatsoever, but the
alarm code will be sent to the monitoring station.
6.7.6
Information about bypassed zones before arming
The installer can program control panel so that in the event of arming by means of the
VERSA-LCD-GR keypad the users having the INSPECTION right can get information about
bypassed zones in the partition which is to be armed. The information on bypassed zones will
not be displayed in case of the quick arming. The contents of displayed message depends on
whether the user has the ZONE INHIBITION right:
"Bypassed zones 1=Arm 4=Bypasses" – the message is displayed when the user has the
ZONE INHIBITION right. The user can:
key to cancel the arming;
– press the
– press the
key to proceed with the arming;
– press the
key to start the INHIBIT user function (see: ZONE INHIBITING).
"Bypassed zones 1=Arm" – the message is displayed when the user does not have the
ZONE INHIBITION. The user can:
key to cancel the arming;
– press the
– press the
key to proceed with the arming;
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6.7.7
VERSA
15
Denial of arming and forced arming
The installer can program the control panel so that the keypad can signal with one long beep
the denial of arming when:
– 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.
The user who uses the VERSA-LCD-GR keypad and has the INSPECTION right will be
informed about the cause of the denial of arming – the
LED will go on and a suitable
message will be displayed (the order of message description corresponds to their priority):
"Zone [zone number] violat." – a zone that must not be violated during arming (zone with
the PRIORITY option enabled) is violated. If several such zones are violated, the arrow is
flashing on the right side, in the bottom line of the display. The list of violated zones can be
scrolled through by means of the
key (down) and the
key (up). The user can:
key to cancel the arming;
– press the
– press the
key to inhibit the violated zone (he must have the ZONE INHIBITION right).
A message will be displayed, prompting the user to confirm the command to inhibit the
zone (pressing the
key will inhibit the zone; pressing the
key will cancel the
zone inhibition).
Note: If a zone with the PRIORITY option enabled is violated, you must either remove the
cause of the zone violation, or to inhibit the zone for the arming to be possible.
"Violated zones 1=Ok 2=Check" – a warning that an alarm zone is violated in the partition,
beyond the exit route. The user can:
– press the
key to cancel the arming;
– press the
key to force the arming – the arming procedure can be initiated despite
the violated zones;
– press the
key to check which zone is violated. If, after information on the violated
zone is displayed, the arrow is flashing in the lower line of the display, this means that
several zones are violated. You can scroll through the list of violated zones by using the
(down) and
(up). If the user has the ZONE INHIBITION right, it is possible
keys
to inhibit the violated zone by pressing the
key. A message will be displayed
prompting the user to confirm the command to inhibit the zone (press the
key to
inhibit the zone; press the
key to go back to the list of violated zones without
inhibiting the zone).
"Troubles 1=Ok 2=Check" – a warning that there is a trouble in the system. The user can:
key to cancel the arming;
– press the
– press the
key to force the arming – the arming procedure can be initiated despite
the trouble;
– press the
key to view the trouble log – the 7. SYSTEM STATE user function will start
(see: CHECKING TROUBLES AND SYSTEM STATE).
Note: Information on the forced arming is written into the event log.
The users who do not have the INSPECTION right and the users using the VERSA-LED-GR
keypad are not informed about the causes of the denial of arming.
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Failure of arming procedure
The alarm system can be configured by the installer so that the arming procedure may fail
even if it has been started (it does not apply to the quick arming procedure). The arming will
fail, if at moment of completion of the exit delay countdown:
– a zone with enabled PRIORITY option or an alarm zone beyond the exit route is violated
in the partition,
– there is a trouble in the system.
Note: In the event of forced arming the control panel will ignore violations and troubles
reported before the moment of starting the arming procedure.
6.8 Disarming and/or alarm clearing
The user must have the DISARMING and ALARM CLEARING rights.
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.
Note: In order to clear the alarm without disarming the partition, arm again the partition in the
same mode (see: ARMING).
6.8.1
Disarming and/or alarm clearing without partition selection
Enter the code and then press the
or
key. Based on the user data, the control
panel will define the partitions which are to be disarmed and/or where alarm is to be cleared.
The disarming and/or alarm clearing should be confirmed by 3 short beeps.
Note: If no partition is armed or reporting alarm, you can enter the code and press the
key to start the arming procedure. It is recommended to use the
key for
disarming/alarm clearing.
6.8.2
Disarming and/or alarm clearing in selected partition
1. Indicate partition which is to be disarmed and/or where alarm is to be cleared (press one
- partition 1;
- partition 2).
of the keys:
2. Press the
key. Backlight of the keys will start blinking, which indicates that the code
must be entered.
3. Enter the code.
4. Press the
or
key. Disarming and/or alarm clearing in the selected partition
should be confirmed by 3 short beeps.
6.8.3
Disarming and/or alarm clearing under duress
In the event of acting under duress, you can disarm the system and/or clear the alarm by one
of the aforementioned methods, but you must use a special duress code, instead of the
normal user code. Using the DURESS code will trigger a silent alarm, which is signaled in
now way whatsoever, but the alarm code will be sent to the monitoring station.
6.8.4
Viewing the zones which triggered alarm
Immediately after the alarm is cleared you can check which zones caused the alarm (this
does not apply to the control panel TMP zone).
key. The "View
In the VERSA-LCD-GR keypad, enter the code first, and then press the
cleared zones? 1=Yes" message will appear on the display. Press the
key to display
key to
a list of zones which triggered the alarm. After having viewed the list, press the
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VERSA
17
display the user menu. The message that prompts to view the list of zones which triggered
the alarm will be displayed until viewing the list or arming.
In the VERSA-LED-GR keypad, you must first enter the code, and then press successively
the
keys (the function is only available until viewing the list or arming).
A blinking LED means that alarm was triggered by the zone with the number corresponding
to the LED number.
6.9 Quick inspection of partition status
If such an option is allowed for by the installer, press and hold down the
key for
approx. 3 seconds to display information on the partition status (if and what armed mode is
activated). When the information on partition status is displayed, the
LED is lit in the
keypad.
The VERSA-LCD-GR keypad provides information on the partition status by means of the
display. The message on the status of first partition is displayed in the upper line, and the
message on the status of second partition – in the lower line.
In the VERSA-LED-GR keypad, 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 status presentation, press the
key. The keypad
will exit the function automatically after 2 minutes.
6.10 Triggering the alarm from keypad
The installer may permit the alarms being triggered by means of respective keypad keys.
6.10.1
Triggering fire alarm
Press and hold down the
6.10.2
Triggering medical (auxiliary) alarm
Press and hold down the
6.10.3
key for approx. 3 seconds.
key for approx. 3 seconds.
Triggering panic alarm
Press and hold down the
key for approx. 3 seconds.
6.11 Enabling/disabling the chime signal
The keypad may signal violation of selected zones by a sequence of five short beeps. The
installer defines the zones whose violation will be signaled. The zone violation will not be
signaled if it results in triggering alarm. The user can enable/disable chime signaling, if such
an option is allowed for by the installer. To enable/disable the chime signaling, press and
key for approx. 3 seconds. 3 short beeps indicate that the signaling is
hold down the
disabled. 4 short beeps and 1 long beep indicate that the signaling is enabled.
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6.12 User menu
To enter the user menu, enter the code and press the
key. Entering the menu will be
confirmed by 2 short beeps and the
LED will start blinking (the LED is blinking during
navigation through the menu and submenus, and is steadily lit when any function is running).
In the VERSA-LCD-GR keypad, the first of the available functions will be displayed. The list
of available functions depends on the user rights and the system state. Press the
key
to quit the user menu. The keypad will quit the user menu automatically, if 2 minutes have
elapsed since the last key was pressed.
6.12.1
Access to functions by using arrow keys
This way of starting the function is only available in the VERSA-LCD-GR keypad.
1. Use the
and
keys to find the required submenu (the shape of submenu
cursor is: ) or function (the shape of function indicating cursor is: ).
2. Press the
or
key to enter the submenu (use the
key to return to the
previous menu/submenus) or function. Entering a submenu or function is signaled by two
short beeps.
6.12.2
Access to functions by using numerical shortcuts
By using this method you can navigate through the menus and start functions in both types of
keypads supported by the VERSA control panels (VERSA-LCD-GR and VERSA-LED-GR).
All submenus and functions are numbered. In order to enter a submenu, just press the key
with number corresponding to the submenu number. In order to start a function, press the
key with number corresponding to the function number, and then the
key. You can
quickly start the selected function by entering at once a sequence of some digits
(corresponding to the consecutive submenu numbers and the function number) and
confirming them by pressing the
key. Entering a submenu or function is signaled by
two short beeps.
For example, to start the zone inhibiting function, enter the user menu and press
successively the
keys, where:
- enter submenu 4. BYPASSES;
- start function 1. INHIBIT.
Notes:
• When using the numerical shortcuts, remember that the sequence of digits which starts
a function e.g. from the main menu level will not start the same function from the
submenu level.
• In the LCD keypad, the shape of the submenu cursor is: , and that of the function
indicating cursor is : .
6.12.3
"Step by step" programming method
In case of some functions (e.g. adding and editing users, configuring timer settings, 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
key will
will be displayed. Irrespective of whether or not it will be modified, pressing the
take you automatically to programming the next parameter (the changes will be saved). After
all available 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 in binary format (see: page 20, Table 1).
Some programming steps may be sometimes not available.
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6.12.4
VERSA
19
User functions list
Shown in square brackets are key sequences that enable calling the given submenu or
starting the given function from the main menu level. 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 global
GRADE 2 option has been enabled by the installer.
[1#] 1. Change code
changing own code
[2] 2. Users
adding new user
[21#] 1. New user
[22#] 2. Edit user
editing user
[23#] 3. Remove user
removing user
[3#] 3. Abort v.msg.
canceling telephone messaging
[4] 4. Bypasses
inhibiting zones
[41#] 1. Inhibit
[42#] 2. Isolate
isolating zones
[5#] 5. Event log
viewing events
[5#1#] 1. All
[5#2#] 2. Grade2 backup
[6]
6. Settings
[61#] 1. A-arm defer.
[62#] 2. RTC clock
[63#] 3. Timers
[64#] 4. Tel. numbers
[65#] 5. Msg.clr.codes
viewing all events
viewing events required for Grade 2
auto-arming deferment
programming the clock
programming the timers
programming telephone numbers to be notified
programming codes to acknowledge messaging
[7#] 7. System state
checking troubles / checking partition, alarm, trouble status
[8#] 8. Control
[9] 9. Tests
[91#] 1. Zone test
[92#] 2. Output test
[93#] 3. ABAX sig.lvl.
[94#] 4. Manual MS tst
[95#] 5. MS1 test
[96#] 6. MS2 test
[97#] 7. VERSA version
[98#] 8. Expander ver.
[99#] 9. Supply volt.
[90#] 0. Outputs reset
[0] 0. Service
[00#] 0. Service mode
[01#] 1. Start DwnlTEL
[03#] 3. Start DwnlRS
[04#] 4. Finish DwnlRS
[05#] 5. Serv. access
controlling the outputs
starting zone test
starting output test
checking radio signal level in ABAX devices
starting manual test transmission
test of telephone reporting to station 1
test of telephone reporting to station 2
checking firmware version of control panel
checking firmware version of system modules
checking current supply voltage in modules
deactivating outputs / activating 21. DETECTORS RESETTING output
starting service mode
starting remote programming via telephone
starting local programming
finishing local programming
defining service code access rules
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[06#] 6. Access time
defining service code access time
[07#] 7. ETHM-1ÆDloadX establishing communication with DLOADX program via Ethernet
6.12.5
Entering digits
Use the keys designated with numbers to enter digits. In the VERSA-LCD-GR keypad, the
digits are presented on the display. In the VERSA-LED-GR keypad, the digits are presented
in binary format by means of LEDs, however only up to 6 digits can be presented (the next
ones are skipped). The LEDs 1-12 show the first 3 digits (the first digit – LEDs 1-4, the
second – 5-8, the third – 9-12), while the LEDs 16-27 show the next 3 digits (the fourth digit –
LEDs 16-19, the fifth – 20-23, the sixth – 24-27), as shown in Table 1.
6.12.6
Entering hexadecimal values
To enter digits from 0 to 9, use the keys bearing the numbers. Characters from A to F are
and
keys. Press these keys repeatedly, until the required
available under the
character appears. In the VERSA-LCD-GR keypad, all characters are presented on the
display. In the VERSA-LED-GR keypad, the characters are presented in binary format by
means of LEDs, however only up to 6 characters can be presented (the next ones being
skipped). The LEDs 1-12 show the first 3 characters (the first character – LEDs 1-4, the
second – 5-8, the third – 9-12), while the LEDs 16-27 show the next 3 characters (the fourth
character – LEDs 16-19, the fifth – 20-23, the sixth – 24-27), as shown in Table 1.
LED status
Digits and characters
0
1
2
3
4
5
6
7
8
9
– LED OFF
– LED ON
A
B
C
D
E
F
Table 1. The binary mode of presenting digits and characters.
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VERSA
21
A
9
3
1
7
0
8
1
6
0
B
5
Fig. 3. Examples of presenting decimal values by means of LEDs in the VERSA-LED-GR
keypad. Example A: value 931708 has been programmed; example B – value 1605.
6.12.7
Entering names
Entering names is only possible in the VERSA-LCD-GR keypad. Keep pressing particular
keys until the required character appears. Characters available in the keypad are presented
in Table 2. Hold down the key to display the digit assigned to the key.
Key
!
?
'
`
a
d
g
j
m
b
e
h
k
n
c
f
i
l
o
2
3
4
5
6
p
q
r
s
t
u
v
w
x
y
Characters available after next keystroke
"
{
}
$ % & @ \
^
|
#
1
7
8
z
9
/
= _ < >
(
)
[
]
0
.
,
:
;
+
Table 2. Characters available in the VERSA-LCD-GR keypad when entering names. The
lower case letters are available under the same keys (to change the letter case, press
).
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Shown on the right side in the upper line of the display is information about the letter case:
[ABC] or [abc] (it will be displayed after pressing any key and will be visible for a few seconds
after the last keystroke).
The
key moves the cursor to the right, and the
key – to the left. The
key
deletes the character on the left side of the cursor.
6.13 Change own code
The user must have the CHANGE ACCESS CODE right.
1. Enter the user menu and press successively the
and
keys. 2 short beeps will
confirm that the function has been entered, and the
LED will go on.
2. Enter the new code, pressing the suitable number keys (see: ENTERING DIGITS).
key. 4 short beeps and 1 long beep will confirm the
3. Confirm the new code with the
code change.
6.14 Users
The functions which enable adding, editing and removing users are available to the users
having the USERS EDITING right.
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 by means of suitable functions in the 0. SERVICE submenu (see: SERVICE CODE
ACCESS RULES).
6.14.1
Adding a user
1. Enter the user menu and press in turn the
keys. 2 short beeps will
confirm entering the function, and the
LED will go on. Adding the user is effected by
the "step by step" method, hence the number of programming step is presented in binary
format on the
and
LEDs of the first and second partitions (see: page 20, Table 1).
2. Step 2. Entering new user code. In the VERSA-LCD-GR keypad, information on the
number of the user to be added is presented in the display upper line. The same
information in the VERSA-LED-GR keypad is provided by blinking of the LED whose
number corresponds to that of the user to be added. Enter the new user's code by
pressing the appropriate number keys (see: ENTERING DIGITS), and then press the
key.
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). To
select a schedule, press the key with number corresponding to the selected user
schedule (keys bearing numbers from 1 to 5). In the VERSA-LCD-GR keypad, the name
of selected schedule will appear in the lower display line, and in the VERSA-LED-GR
keypad, the LED corresponding to the selected schedule number will start blinking. In the
VERSA-LCD-GR keypad, you can also select a schedule by pressing the
and
keys to scroll through the list displayed in the lower line. Having selected
key.
a schedule, press the
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VERSA
23
Right
1
2
3
4
9
9
9
9
Arming
9
9
9
Disarming
9
9
9
Alarm clearing
9
Telephone messaging clearing
9
Auto-arming defer
9
Zone inhibition
Zone isolation
9
9
Change access code
Users editing
9
9
Control
Programming
DOWNLOAD/SERWIS
9
Inspection
Tests
9
DURESS
9
INT-VG access
Table 3. Default names of user schedules and rights assigned to them.
Administrator
DURESS
Arm only
Simple
Usual
Schedule name and number
5
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
4. Step 4. Selecting partitions accessible to the user. You can select the partitions by
pressing the corresponding number key:
- partition 1,
- partition 2 or
both partitions. In the VERSA-LCD-GR keypad, information on the selected partition(s)
will appear in the lower display line, and in the VERSA-LED-GR keypad, the LED with
number corresponding to your choice will start blinking. In the VERSA-LCD-GR keypad,
and
keys to scroll through the
you can also select the partition by using the
list displayed in the lower line. Having selected the partition, press the
key.
5. Step 5. Adding keyfob supported by INT-RX module. If the INT-RX module is
connected to the control panel, the user may be assigned a keyfob. To add a keyfob,
press in turn the
and
keys (if the keyfob is not to be added, press only the
key or any other key with a number from 2 to 9, and then press
key).
6. Step 5a. Selecting keyfob addition method. Press the
key at once, if the keyfob
serial number is to be entered, or press successively the
and
keys, if the
serial number is to be read by the INT-RX module during transmission.
7. Step 5b. Adding keyfob. Depending on the selected method:
– enter the serial number by means of the corresponding number keys (see: ENTERING
key;
DIGITS) and press the
– press any keyfob button – reception of the transmission by the INT-RX module will be
acknowledged by two short beeps. Press the keyfob key again – two short beeps will
confirm reception of the second transmission by the INT-RX module. In the
VERSA-LCD-GR keypad, suitable messages will be displayed, suggesting the user
what to do.
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8. Step 5c. Assigning function to keyfob button 1. You can accept the function provided
for by the user schedule, or you can enter a number corresponding to one of the functions
below (see: ENTERING DIGITS) and press the
key:
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
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
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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
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
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
Note: You can only enter values corresponding to the function numbers.
9. Step 5d. Assigning function to keyfob button 2. Proceed in the same way as in Step
5c, and then press the
key.
10. Step 5e. Assigning function to keyfob button 3. Proceed in the same way as in Step
5c, and then press the
key.
11. Step 5f. Assigning function to keyfob button 4. Proceed in the same way as in Step
5c, and then press the
key.
12. Step 5g. Assigning function to keyfob buttons 1 and 2 (two buttons are pressed
simultaneously). Proceed in the same way as in Step 5c, and then press the
key.
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13. Step 5h. Assigning function to keyfob buttons 1 and 3 (two buttons are pressed
key.
simultaneously). Proceed in the same way as in Step 5c, and then press the
Note: 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 keyfob supported by ABAX system. If the ACU-100 module is
connected to the control panel, the bidirectional APT-100 keyfob can be assigned to the
user. To add a keyfob, press in turn the
and
keys (if the keyfob is not to be
added, press the
key only, or any key with a number from 2 to 9, and then press
key).
key at once, if the keyfob
15. Step 6a. Selecting keyfob addition method. Press the
serial number is to be entered, or press successively the
and
keys, if the
serial number is to be read by the ACU-100 module during transmission.
16. Step 6b. Adding keyfob. Depending on the selected method:
– enter the serial number by means of the corresponding number keys (see: ENTERING
key;
DIGITS) and press the
– press any keyfob button – reception of the transmission by the ACU-100 module will
be acknowledged by two short beeps. Press the keyfob key again – two short beeps
will confirm reception of the second transmission by the ACU-100 module. In the
VERSA-LCD-GR keypad, suitable messages will be displayed to prompt the user.
17. Step 6c. Assigning function to keyfob button 1. Proceed in the same way as in Step
5c, and then press the
key.
18. Step 6d. Assigning function to keyfob button 2. Proceed in the same way as in Step
5c, and then press the
key.
19. Step 6e. Assigning function to keyfob button 3. Proceed in the same way as in Step
5c, and then press the
key.
20. Step 6f. Assigning function to keyfob button 4. Proceed in the same way as in Step
5c, and then press the
key.
21. Step 6g. Assigning function to keyfob button 5. Proceed in the same way as in Step
key.
5c, and then press the
22. Step 6h. Assigning function to keyfob buttons 1 and 5 (two buttons are pressed
simultaneously). Proceed in the same way as in Step 5c, and then press the
key.
23. Step 6i. Selecting confirmation for LED 1 in keyfob. You can accept the manner of
confirmation provided for by the user schedule, or you can enter a number corresponding
to one of the following confirmation manners (see: ENTERING DIGITS) and press
key:
0. On
LED is on, when the control panel has acknowledged receiving
information on pressing a button
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
LED is on, when the selected output is active
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11. Output 11 state
12. Output 12 state
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
VERSA
27
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 lit when partition 1 is armed in full mode
LED is lit when partition 1 is armed in night mode
LED is lit when partition 1 is armed in day mode
LED is lit when partition 2 is armed in full mode
LED is lit when partition 2 is armed in night mode
LED is lit 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
255. NOT PRESENT
LED will not be used for confirmation
24. Step 6j. Selecting confirmation for LED 2 in keyfob. Proceed in the same way as in
Step 6i, and then press the
key.
25. Step 6k. Selecting confirmation for LED 3 in keyfob. Proceed in the same way as in
Step 6i, and then press the
key.
Note: 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 proximity card arm/disarm device is connected to the
control panel, the user can be assigned a proximity card. To add a card, press in
and
keys (if the card is not to be added, just press the
succession the
key, or any other key with number from 2 to 9, and then press
key).
key at once, if the card code
27. Step 7a. Selecting card addition method. Press the
is to be entered, or select one of the proximity card arm/disarm device connected to the
control panel, by means of which the card code will be read. In the VERSA-LCD-GR
keypad, you can use the
and
keys to scroll through the list of available
devices, displayed in the lower line. In the VERSA-LED-GR keypad, the LEDs
corresponding to the addresses of devices connected to the control panel, while the
and
keys can be used to select one of the devices (the LED corresponding to the
selected device will start blinking). Having selected the device, press the
key (all
LEDs will start blinking steadily in the selected device).
28. Step 7b. Adding proximity card. Depending on the selected method:
– enter the card code by means of suitable keys (see: ENTERING HEXADECIMAL VALUES)
and press the
key;
– bring the card close to selected device and take it away after a short while (the code
will only be sent after the card is taken away) – 2 short beeps in the keypad will
confirm that the card code has been read (3 long beeps indicate that adding the given
card is not possible). Bring the card again to the device and take it away after a short
while – 2 short beeps in the keypad will confirm that the card code has been re-read.
In the VERSA-LCD-GR keypad, suitable messages will be displayed, suggesting the
user what to do.
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Note: Pressing the
key in Step 7a or 7b means canceling the card addition. In case of
the VERSA-LED-GR keypad, the user adding procedure will be terminated, and in the
VERSA-LCD-GR keypad, you will be taken to Step 8.
29. Step 8. Giving name to user. This step is only available in the VERSA-LCD-GR keypad
(in the VERSA-LED-GR keypad, the user adding procedure will be terminated at an
earlier step). Press the suitable keys to enter the user name (see: ENTERING NAMES) and
key. 4 short beeps and 1 long beep will confirm that the procedure has been
press
completed.
Note: Pressing the
key terminates the user adding procedure. The user will be added,
if the procedure is terminated at Step 5 or a next one (the code, user schedule
and partitions will have already been assigned to the user).
6.14.2
User editing
1. Enter the user menu and press in turn the
keys. 2 short beeps will
confirm entering the function, and the
LED will go on. User editing will be effected by
the "step by step" method, hence the programming step number is presented on the
and
LEDs of the first and second partitions in binary format (see: page 20, Table 1).
2. Step 1. Selecting user whose data are to be edited. In the VERSA-LCD-GR keypad,
you can make your choice by scrolling through the list of users by means of the
and
keys. In the VERSA-LED-GR keypad, the system users are presented by lit
LEDs with numbers corresponding to the user numbers, and the
and
keys
allow you to select one of them (the LED corresponding to the selected user will start
blinking). In both keypads you can select a user by using keys to enter his/her number.
Having selected the user, press
key.
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 keyfob supported by INT-RX module. You can:
– skip this step and go over to the next one – press at once the
key, or any other
key;
key with a number from 4 to 9, and then press
– add a keyfob – press in turn the
keys. The procedure runs in the
and
same way as when adding keyfob to a new user (Steps from 5a to 5h), however when
assigning functions to the buttons the control panel does not suggest the functions
provided for by the user schedule.
– edit functions assigned to the keyfob buttons, provided that the user has a keyfob –
press in turn the
and
keys. The procedure runs in the same way as when
assigning functions, after keyfob has been added to a new user (Steps from 5c to 5h).
– remove keyfob, if the user has one – press in turn the
and
keys.
Note: Removing a keyfob does not mean resetting the functions assigned to the keyfob.
After adding new keyfob to the user, the same functions will be assigned to the buttons
as in the removed keyfob.
7. Step 6. Editing keyfob supported by ABAX system. You can:
– skip this step and go over to the next one – press at once the
key, or any other
key with a number from 5 to 9, and then press
key;
– add a keyfob – press in turn the
and
keys. The procedure runs in the
same way as when adding the APT-100 keyfob to a new user (Steps from 6a to 6k),
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29
however when assigning functions to the buttons and defining the confirmation rules
for LEDs, the control panel does not suggest the settings provided for by the user
schedule.
– edit functions assigned to the keyfob buttons, provided that the user has a keyfob –
press in turn the
and
keys. The procedure runs in the same way as when
assigning functions, after the APT-100 keyfob has been added to a new user (Steps
from 6c to 6h).
and
keys;
– remove keyfob, if the user has one – press in turn the
Note: Removing a keyfob does not mean resetting the functions assigned to the keyfob and
the confirmation rules. After adding new keyfob to the user, the same functions will be
assigned to the buttons, and the same information will be displayed on LEDs as in the
removed keyfob.
– edit the confirmation rules for LEDs, if the user has a keyfob – press in turn the
keys. The procedure runs in much the same way as when defining the
and
confirmation rules, after the APT-100 keyfob has been added to a new user (Steps
from 6i to 6k).
8. Step 7. Editing proximity card. You can:
– skip this step and go over to the next one (VERSA-LCD-GR keypad) or complete the
procedure (VERSA-LED-GR keypad) – press at once the
key or any other
bearing a number from 4 to 9, and then press
key;
– add a card – press in turn the
and
keys. The procedure runs in the same
way as when adding card to a new user (Steps 7a and 7b).
– remove card, if the user has one – press in turn the
and
keys.
9. Step 8. Editing user name. This step is only available in the VERSA-LCD-GR keypad.
Proceed in the same way as when adding a new user.
Note: Pressing the
key means termination of the user editing procedure, but the
changes made in steps terminated by pressing the
key will be saved.
6.14.3
Removing a user
1. Enter the user menu and press successively the
keys. 2 short beeps
LED will go on.
will confirm entering the function, and the
2. Select the user who is to be removed. In the VERSA-LCD-GR keypad, you can make
your choice by scrolling through the list of users by using the
and
keys. In the
VERSA-LED-GR keypad, the system users are presented by lit LEDs with numbers
corresponding to those of users, and the
and
keys enable selection of one of
them (the LED corresponding to the selected user will start blinking). Both keypads allow
you to select a user by entering his/her number by means of keys. Having selected the
key.
user, press
6.15 Canceling the telephone messaging
Telephone messaging can be cancelled by the user having the TELEPHONE MESSAGING
privilege. If allowed for by the installer, it can take place simultaneously with
disarming or alarm clearing. Otherwise, to cancel the telephone messaging you should enter
the user menu and press in turn the
keys.
CLEARING
Note: If the INT-VG voice module is connected to the control panel, the telephone
messaging will also be canceled after acknowledgement of the voice messaging (see
section ACKNOWLEDGEMENT OF VOICE MESSAGING p. 47).
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6.16 Zone bypassing/unbypassing
The alarm zones in disarmed partitions can be inhibited or isolated by using the functions
available in the 4. BYPASSES submenu. The control panel will ignore information on violation
the bypassed zones. Zone bypasssing is useful in the event of damage or malfunctioning of a
detector connected to the zone, which results in incorrect operation of the alarm system (e.g.
in false alarms).
Notes:
• Zone bypassing reduces the level of protection. Prior to arming, make sure that there are
no accidentally bypassed zones in the partition, which might allow an intruder to get
access to the protected area despite arming.
• 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.
6.16.1
Zone inhibiting
Zones can be inhibited by users having the ZONE INHIBITION right. The inhibited zone will
remain bypassed until disarming the partition it belongs to, or until unbypassing the zone by
the user.
Note: 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.
To start the function which enables zone inhibiting, enter the user menu and press in turn the
keys. The same function enables the zones to be unbypassed
(irrespective of whether they are inhibited or isolated). 2 short beeps will confirm entering the
function, and the
LED will go on. The procedure differs, depending on the type of keypad.
VERSA-LCD-GR
A message about zone bypassing is shown in the upper display line, and the zone
name - in the lower line. You can scroll through the zone list using the
and
keys. Shown in the top right corner of the display is an additional symbol:
– zone is not bypassed;
– zone is inhibited;
– zone is isolated.
Pressing any number key will change the displayed symbol to one of the following ones:
– the zone is to be inhibited;
– the zone is to be unbypassed.
Press the
or
key to switch the keypad over to graphic mode. The current
status of all available zones that can be bypassed/unbypassed is presented on the
display by means of the , and symbols. The
key will move the cursor to the
right, and the
key to the left. Bypassing/unbypassing a zone is effected in the
same way as in the text mode. Press the
or
key for the keypad to return to
the text mode.
key will bypass/unbypass selected
Termination of the function by pressing the
zones.
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VERSA-LED-GR
Lit LEDs indicate which zones are inhibited or isolated. A rapidly blinking LED shows
where the cursor is at the moment. The
key will move the cursor to the right, and
key to the left. The cursor may only be moved over the LEDs corresponding
the
to the zones which can be bypassed or unbypassed. To bypass/unbypass a zone, press
any number key – depending on the current status, the LED will go on (the zone is to be
inhibited) or go off (the zone is to be unbypassed). Termination of the function by
pressing the
key will bypass/unbypass selected zones.
6.16.2
Zone isolating
The zones can be isolated by users having the ZONE INHIBITION and ZONE ISOLATION rights
(the user must have both authorizations). The isolated zone will remain bypassed until it is
unbypassed by the user.
To start the function that enables the zones to be isolated, enter the user menu and press in
turn the
keys. Use the same function to unbypass the zones (irrespective
of whether they are inhibited or isolated). 2 short beeps will confirm entering the function, and
the
LED will go on. The procedure differs depending on the type of keypad.
VERSA-LCD-GR
The manner of indicating the zone status and the procedure are identical to those used
for zone inhibiting. Press a number key to change the currently displayed symbol to:
– the zone is to be isolated;
– the zone is to be unbypassed.
Termination of the function by pressing the
key will bypass/unbypass selected
zones.
VERSA-LED-GR
The manner of indicating the zone status and the procedure are identical to those used
for zone inhibiting.
6.17 Viewing the event log
The function of viewing the event log is only available in the VERSA-LCD-GR keypad to the
user having the INSPECTION right. To start the function that enables event viewing, enter the
user menu and press in turn the
keys. 2 short beeps will confirm entering the
function, and the
LED will go on.
Note: If the installer has enabled the GRADE 2 option in the control panel, he can use two
functions to view the event log:
– enter the user menu and press in turn the
keys to display
all events stored in the control panel memory;
– enter the user menu and press in turn the
keys to display
all events required by the EN 50131 standard for Grade 2.
You can scroll through the event log by using the
and
keys. Description of the
event contains the time when it occurred, its name and additional information, e.g. the
partition where the event occurred, the zone that generated the event, etc. The additional
information is displayed automatically, some seconds after the event is shown. You can
speed up presentation of the additional information by pressing the
and
keys.
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6.18 Auto-arming deferment
If the partition is armed automatically by means of a timer, it is possible to defer the autoarming. The time of auto-arming deferment is defined by the installer.
6.18.1
Simple auto-arming deferment
The installer can allow for the simple deferment. If this is the case, the arming will be deferred
key during auto-arming delay countdown. Depending on the
by pressing twice the
control panel settings programmed by the installer, the simple auto-arming deferment may be
used just once or many times.
6.18.2
Auto-arming deferment by means of function
This method is available to the users who have the AUTO-ARMING DEFER right. To defer the
arming, enter the user menu and press in turn the
keys.
6.19 Setting the system time and date
The user must have the PROGRAMMING right. To start the clock programming function, enter
keys. 2 short beeps will confirm
the user menu and press in turn the
entering the function, and the
LED will go on. The procedure differs depending on the
type of keypad.
VERSA-LCD-GR
After starting the function, the time will be displayed: hour, minutes and seconds. Press
suitable number keys to enter a different time. The
key will move the cursor to the
right, and the
or
key – to the left. If you press the
key, the
programmed time will be confirmed, and the date will be displayed. Programming is
effected in the same way, as for time programming. After programming the date is
completed, press the
key.
VERSA-LED-GR
After starting the function, the time will be presented in binary format on the LEDs (see:
page 20, Table 1):
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.
Press suitable number keys to enter in turn the hour, minutes and seconds. After
pressing the
key, the following data will be presented in binary format on the
LEDs:
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.
Press suitable number keys to enter in turn the year, month and day, and then press
key.
6.20 Programming the timers
The VERSA control panels enable 4 timers to be programmed. Using the timers, you can
control the partition armed mode and the 15. CONTROLLED outputs. The timer compares the
time with the control panel clock and executes the selected function at a preset time. The
user having the PROGRAMMING right can edit the timer settings, i.e. the time parameters and
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33
the armed mode activated by timer in the selected partition. The installer alone can define
which outputs will be controlled by means of timers.
1. Enter the user menu and press in turn the
keys. 2 short beeps will
confirm entering the function, and the
LED will go on. The programming is effected by
using the "step by step" method, hence the programming step will be presented in the
binary format on the
and
LEDs of the first and second partitions (see: page 20,
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;
- exception 1;
- exception 2;
- exception 3;
- exception 4;
- partition 1 arming mode;
- partition 2 arming mode.
Note: Irrespective of the selected parameter, pressing the
will take you back to Step 2.
6.20.1
key in a subsequent step
Programming the weekly schedule
1. Step 3. Programming timer activation/deactivation time on Monday. Hour and
minutes of timer activation, and hour and minutes of timer deactivation should be
programmed (if the timer is not to be used on that day of the week, you can proceed at
key). Press suitable number keys to enter the
once to the next step by pressing the
appropriate parameters. Programming both activation and deactivation times is not
required – you can just program one of them. If the time of activation or deactivation is not
to be programmed, you should enter here e.g. the 9999 sequence (even with one wrong
digit, the time will not be programmed). In the VERSA-LCD-GR keypad, the values being
programmed are displayed, the
key moves the cursor to the right, and the
or
key - to the left. In the VERSA-LED-GR keypad, the whole sequence of 8 digits is
to be entered at once. As only the first 6 out of 8 digits can be presented on the LEDs,
programming by means of the VERSA-LED-GR keypad is not recommended. Press the
key to confirm the entered data.
2. Step 4. Programming timer activation/deactivation time on Tuesday. Programming is
effected in the same way as in Step 3.
3. Step 5. Programming timer activation/deactivation time on Wednesday.
Programming is effected in the same way as in Step 3.
4. Step 6. Programming timer activation/deactivation time on Thursday. Programming
is effected in the same way as in Step 3.
5. Step 7. Programming timer activation/deactivation time on Friday. Programming is
effected in the same way as in Step 3.
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6. Step 8. Programming timer activation/deactivation time on Saturday. Programming is
effected in the same way as in Step 3.
7. Step 9. Programming timer activation/deactivation time on Sunday. Programming is
effected in the same way as in Step 3.
8. Step 10. Programming timer activation/deactivation time on every day of the week.
Programming is effected in the same way as in Step 3.
9. After pressing the
key in Step 10, you will be taken back to Step 2.
6.20.2
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. You should
program the year (the two last digits only), month and day. The digits are to be entered by
using suitable keys (they are displayed in the VERSA-LCD-GR keypad, and presented in
the binary mode on LEDs in the VERSA-LED-GR keypad – see: page 20, Table 1). Press
key to confirm the entered data.
the
2. Step 4. Programming the date to which the exception will be valid. Programming is
effected in the same way as in Step 3.
3. Step 5. Programming the timer activation/deactivation time when the exception is
valid. The data should be entered in the same way as when programming the timer
activation/deactivation time in the weekly schedule.
4. After pressing the
key in Step 5, you will be taken back to Step 2.
6.20.3
Selecting the arming mode
Selecting the arming mode is effected in the same way as for partitions 1 and 2. To select the
arming mode, press in turn the following keys:
- full arming;
- night arming;
- day arming;
- timer does not arm the partition.
In the VERSA-LCD-GR keypad, the arming mode is displayed. In the VERSA-LED-GR
keypad, it is presented on the LEDs: the blinking LED indicates which mode is currently
selected (LED 1 – full arming; LED 2 – night arming; LED 3 – day arming; no LED is blinking
– the timer does not arm).
After the armed mode is selected, you will be taken back to Step 2.
6.21 Programming the telephone numbers to be notified
This function can be started by the user who has the PROGRAMMING right.
1. Enter the user menu and press in turn the
keys. 2 short beeps will
confirm entering the function, and the
LED will go on.
2. Press in turn the suitable keys to select the telephone number to be edited (the users can
only program the telephone numbers to be notified by voice messaging, while the service
can program all telephone numbers):
- telephone 1;
- telephone 2;
- telephone 3;
- telephone 4.
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35
- telephone 5;
- telephone 6;
- telephone 7;
- telephone 8.
3. Enter the telephone number by pressing individual keys until the required character
appears. The characters available in the keypad are presented in Table 4. Up to 16
characters can be programmed. Some of special characters (a, b, c, d, # and ) are
coded so that the character can take up two positions, hence, if such characters are used,
the maximum number of characters available for entering will be lower. In the
VERSA-LCD-GR keypad, the telephone number is displayed in the lower line of the
display. Shown on the right side in the upper line of the display is information about the
letter case: [ABC] or [abc] (it will be displayed after pressing any key and will be visible for
key moves the cursor to the right, and
a few seconds after the last keypress). The
the
key – to the left. The
key deletes the character on the left side of the
cursor. In the VERSA-LED-GR keypad, only the first 6 characters are presented in binary
format on the LEDs (see: page 20, Table 1 – not all characters used in a telephone
number can be presented in this way). Therefore, programming telephone numbers by
means of this keypad is not recommended.
key
1
Characters available after next keystroke
mode [ABC]
key
#
1
2
B
C
3
D
E
F
4
5
6
7
8
9
mode [abc]
#
2
a
3
d
b
c
4
5
6
7
8
0
0
Table 4. Characters available in the keypad when entering telephone numbers (to change the
letter case, press
key).
Special character
B
C
D
E
F
#
a
b
c
d
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 5. Special character functions.
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4. Press the
SATEL
key to confirm the entered number.
6.22 Programming codes to acknowledge messaging
The function can be run by a user having the PROGRAMMING authorization.
1. Enter the user menu and press in turn the
keys. 2 short beeps will
confirm entering the function, and the
LED will light up.
2. Press in turn the corresponding keys to select the telephone number for which the voice
messaging acknowledgement code is to be defined (the users can only program the
codes for telephone numbers to be notified by voice messaging, while the service can
program codes for all telephone numbers):
- telephone 1;
- telephone 2;
- telephone 3;
- telephone 4.
- telephone 5;
- telephone 6;
- telephone 7;
- telephone 8.
3. Press the corresponding numeric keys to enter a 4-digit code (see: ENTERING DIGITS).
4. Press the
key to confirm the entered code.
6.23 Checking the troubles and system state
If the
LED is blinking, the user who has the INSPECTION right can check the cause of such
signaling, using for it the 7. SYSTEM STATE function. To start the function, enter the user menu
and press in turn the
keys. In the VERSA-LED-GR keypad, information on
troubles will be presented by means of LEDs. The information presented in the
VERSA-LCD-GR keypad depends on the control panel settings. If the global GRADE 2
option is enabled by the installer, the following information can be displayed (the higher
position means the higher state priority):
– alarm in partition;
– alarm from zone;
– bypassed zone;
– trouble;
– partition status (disarmed/armed mode) – this information is always presented.
If the GRADE 2 option is not enabled, only information about troubles is displayed.
6.23.1
Trouble list
The display in VERSA-LCD-GR keypad provides information on troubles in the form of
and
keys. In case of the
messages. The list can be scrolled through by using the
VERSA-LED-GR keypad, information about troubles is provided by means of LEDs
designated with numbers. The following troubles are indicated by respective LEDs going on:
LED 1 - loss of 230 V AC power;
LED 2 - no battery or low battery;
LED 3 - no voltage on telephone line;
LED 4 - no signal or intermittent signal on telephone line;
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VERSA
LED 5
LED 6
LED 7
LED 8
LED 9
LED 10
LED 11
-
LED 12
LED 13
LED 14
LED 15
-
LED 16
LED 17
LED 18
LED 19
LED 20
LED 21
LED 22
LED 23
LED 24
LED 25
LED 26
LED 27
LED 28
LED 29
LED 30
-
6.23.2
Trouble handling procedure
37
OUT1 output overloaded;
OUT2 output overloaded;
KPD supply output overloaded;
AUX supply output overloaded;
problem with (telephone or Ethernet) reporting to Station 1;
problem with (telephone or Ethernet) reporting to Station 2;
jamming ABAX system wireless devices; ETHM-1 module initialization error;
Ethernet network not available; no communication with device selected for
communication test (PING); radio receiver fails to receive more events from INTTXM module;
short-circuit in communication bus;
control panel clock trouble;
control panel settings trouble;
violation of tamper zone (TMP zone on control panel main board or 6. 24H
TAMPER type zone);
zone tamper;
too long zone violation;
no zone violation;
violation of 11. DETECTOR MASK or 19. TROUBLE type zones;
low battery in ABAX system wireless device;
no communication with ABAX system wireless device;
expander tamper;
no presence of expander;
loss of 230 V AC power in expander;
no battery or low battery in expander;
expander supply output overloaded;
low battery in user keyfob;
expander restart;
control panel restart;
trouble in control panel processor system (HSE).
Each trouble poses a danger to proper functioning of the alarm system and should be
repaired as soon as possible. If the repair of trouble by the user is impossible, the service
technician must be called in.
Note: In the event of failure of the control panel processor system (HSE), when you have
key, the "Make VERSA panel
exited the 7. SYSTEM STATE function by using the
restart? 1=Yes" message will be displayed on the VERSA-LCD-GR keypad, and
the
LED will start blinking rapidly in the VERSA-LED-GR keypad. Pressing the
key will restart the control panel and repair the trouble.
6.23.3
Trouble memory and clearing the trouble memory
The installer defines whether the 7. SYSTEM STATE function will only provide information on
the current troubles, or also about those that have already ended. The trouble memory is
signaled in the VERSA-LCD-GR keypad by blinking "M" letter in the top right corner of the
display. In the VERSA-LED-GR keypad, a LED designated with number is lit steadily instead
of blinking.
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When exiting the 7. SYSTEM STATE function (on pressing the
key) you can clear the
trouble memory. In the VERSA-LCD-GR keypad, the "Clear trouble memory? 1=Yes"
message will appear on the display. In the VERSA-LED-GR keypad, the
LED will start
key to clear the trouble memory or press any other key to
blinking rapidly. Press the
cancel clearing the trouble memory.
Note: If the installer has enabled the SERVICE MESSAGE AFTER TAMPER ALARM global option in
the control panel, clearing the tamper alarm memory will only be available to a person
using the service code.
6.24 Output control
The user can operate devices connected to the 15. CONTROLLED type of outputs by means of
keypad. Thus he can e.g. to raise/lower the roller shutters, turn on/off the lighting or heating,
etc. When configuring the system, the installer defines whether the given output will be
activated for a specified time, or remain active until deactivated by user, timer, etc.
6.24.1
Quick control of outputs
The installer may permit the quick control of outputs by means of a selected keypad. In such
a case, the user does not have to enter the code to control operation of the devices
connected to the alarm system outputs.
Quick activation of output
1. Press the number key to which controllable output has been assigned by the
installer.
2. Press the
key. 4 short beeps and 1 long beep should confirm activation of the
output.
Quick deactivation of output
1. Press the number key to which controllable output has been assigned by the
installer.
2. Press the
key. 3 short beeps should confirm deactivation of the output.
6.24.2
Controlling the outputs by means of function
This method of control is available to users having the CONTROL right. In order to start the
function that enables the control of outputs, enter the user menu and press in turn the
keys. 2 short beeps will confirm entering the function, and the
LED will go on.
Depending on the type of keypad, the output status is presented in different ways. To exit the
function, press
key.
VERSA-LCD-GR
After starting the function, information on the first of the 15. CONTROLLED type outputs
will be displayed, the output number being shown in the upper line and the output name
in the lower line of display. You can scroll through the list of outputs by using the
and
keys. Shown in the top right corner of the display is an additional symbol:
– output is activated;
– output is deactivated.
Press the
key to activate the output, or press the
key to deactivate it.
or
key to switch over the keypad into the graphic mode. The
Press the
current status of all outputs available for control is presented in the upper line of display
by means of the and symbols. The
key moves the cursor to the right, and the
key to the left. To change the status of a selected output, move the cursor over it
SATEL
VERSA
and press the
to the text mode.
or
key. Press the
39
or
key for the keypad to return
VERSA-LED-GR
The lit LEDs indicate which outputs are active. Rapidly blinking LED indicates the
key moves the cursor to the right, and the
key
current place of cursor. The
– to the left. You can only move your cursor over the LEDs which correspond to the
outputs available for control. Press the
key to activate the output with the number
corresponding to that of the LED, or press the
key to deactivate it.
6.25 Tests
The 9. TESTS submenu is available to the users who have the TESTS right. Part of the
functions is only available in the VERSA-LCD-GR keypad.
6.25.1
Zone test
The function enables checking the system zones and detectors connected to them for proper
functioning.
1. Enter the user menu and press in turn the
keys. 2 short beeps will
LED will go on.
confirm entering the function, and the
2. Define the test duration. The test can last from 1 to 15 minutes. Enter two digits (e.g. for
the 5-minute duration, press in turn the
and
keys) and confirm using the
key.
3. In the VERSA-LCD-GR keypad, the system zones will be presented by means of the
symbol, in much the same way as when switching the keypad over into the mode of zone
status presentation (see: DISPLAY [VERSA-LCD-GR]). In the VERSA-LED-GR keypad, the
system zones will be presented by blinking of corresponding LEDs.
4. Violate the selected zone (e.g. walking through the area supervised by the motion
detector or opening the window supervised by the magnetic contact). The zone violation
will be displayed on the VERSA-LCD-GR keypad by means of the symbol, and in the
VERSA-LED-GR keypad, it will be shown by lighting of the LED corresponding to the
number of violated zone. Information on the violation will be presented until the zone test
is terminated.
Note: Zone violation during the test will not trigger the control panel reaction, as
preprogrammed for the zone.
5. The test will be terminated automatically after the defined time has elapsed. You can
key.
terminate it earlier by pressing the
6.25.2
Output test
Using the function, you can check the system outputs and devices connected to them for
proper functioning. In order to start the output test, enter the user menu and press in turn the
keys. 2 short beeps will confirm entering the function, and the
LED will
go on. In the VERSA-LCD-GR keypad, the current status of system outputs will be shown in
the upper line of the display ( – output inactive; – output active), and the name of output
at which the cursor is currently placed will be shown in the lower line of the display. In the
VERSA-LED-GR keypad, the LED which is ON indicates that the output is active, and the
LED which is OFF indicates that the output is inactive. The LED at which the cursor is placed
at the moment, is blinking rapidly. Irrespective of the type of keypad, the
key moves
key moves it to the left. Move the cursor over the
the cursor to the right, and the
selected output and press the
key to activate the output, or press the
key to
deactivate in. To terminate the function, press
key.
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Note: Irrespective of the actual number of outputs in the system, the function always enables
12 outputs to be tested.
6.25.3
Checking the radio signal level in wireless devices
Using the keypad, the user can check the level of radio signal received by the ACU-100
module from individual wireless devices of the ABAX system. To do so, enter the user menu
and press in turn the
keys. 2 short beeps will confirm entering the
function, and the
LED will go on. The way of presentation of the radio signal level differs,
depending on the type of keypad.
Presentation of the signal level in VERSA-LCD-GR keypad
Shown in the display upper line is the name of zone to which the wireless device is
assigned. Displayed in the lower line in the percentage format is information on the level
of signal received from that device. If there is a greater number of wireless devices, you
can scroll through the list by using the arrow keys.
Presentation of the signal level in VERSA-LED-GR keypad
Blinking of one of the LEDs designated with numbers indicates the zone and the
wireless device assigned to it, to which the presented radio signal level refers. Using the
arrow keys, you can change position of the cursor and move it over other zones. The
signal level is displayed on the LEDs 16-30 for wireless zones from 1 to 15, and on the
LEDs 1-15 for zones from 16 to 30. The more LEDs are lit, the higher the signal level is.
Blinking of all LEDs means 100%.
6.25.4
Starting the manual test transmission
Enter the user menu and press in turn the
keys. The "Manual reporting
test" will be written into control panel memory, and the event code will be sent to the
monitoring station.
6.25.5
Telephone reporting test
Using the VERSA-LCD-GR keypad, the user can carry out a telephone reporting test and find
out the cause of troubles, if any. To do so, enter the user menu and press in turn the
following keys:
- starting the test of telephone reporting to Station 1;
- starting the test of telephone reporting to Station 2.
Messages with information on the currently realized operations will appear on the display.
6.25.6
Checking the firmware version of control panel
Note: The function is only available in the VERSA-LCD-GR keypad.
Enter the user menu and press in turn the
firmware version and build date will be displayed.
6.25.7
keys. Information on the
Checking the firmware version of modules connected to control panel
Note: The function is only available in the VERSA-LCD-GR keypad.
Enter the user menu and press in turn the
keys. Name of the module with
lowest address will be shown in the upper line of the display, and information on the firmware
version and build date will appear in the lower line of the display. Using the
and
keys, you can scroll through the list of modules. In the ETHM-1 module, information on the
module IP address and its MAC number will be additionally displayed after pressing the
or
key.
SATEL
6.25.8
VERSA
41
Checking the current supply voltage in modules
Enter the user menu and press in turn
presented depends on the type of keypad.
keys. How the information is
Note: Not all modules provide information on the current voltage.
Presentation of voltage in VERSA-LCD-GR keypad
Module name is shown in the upper line of the display, and information about voltage –
in the lower line. The list of modules can be scrolled through by using the arrow keys.
Presentation of voltage in VERSA-LED-GR keypad
Blinking of one of the LEDs designated with numbers indicates the module to which the
presented voltage level refers (the number corresponds to the module address). Use
the arrow keys to change the cursor position and move the cursor over other modules.
Voltage level is displayed on the LEDs 16-30 for modules from 1 to 15, and on the LEDs
1-15 for modules from 16 to 30. To determine the voltage, sum up the number of LEDs
which are lit (a single LED corresponds to the voltage of 1 V).
6.25.9
Outputs reset
Use the function to:
– deactivate 5. "DURESS" ALARM, 14. CHIME or 15. CONTROLLED function outputs (if the
cut-off time preprogrammed by the installer for such an output is 0, the duration of the
output activity is infinite);
– 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.
To run the function, enter the user menu and press in turn the
keys.
6.26 Service
Functions in the 0. SERVICE submenu are available after entering the service code or the
code of user who has the DOWNLOAD/SERVICE right. The functions related to control panel
programming (starting the service mode or communication between the control panel and the
DLOADX program) are described in the PROGRAMMING manual.
6.26.1
Service code access rules
With the SERVICE ACCESS function, the user can define the rules of access to the alarm
system by persons using the service code.
Permanent access – the service code has unlimited access to the alarm system.
Edit users – the persons using the service code can add, edit and remove users.
Arming/Disarming/Clearing/Bypassing – the service code can arm and disarm the system,
clear alarms, and bypass zones (inhibit or isolate).
Access time – the function is available when the PERMANENT ACCESS option is disabled. It
defines the period of time during which the service code has access to the alarm system.
The time is programmed in hours. If value 0 is programmed, the service code has no
access to the system. The time countdown runs from the moment of exiting the ACCESS
TIME function.
Note: If the alarm system is to meet requirements of the EN 50131 standard for Grade 2, the
service code access should be time limited.
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Programming the service code access rules in VERSA-LCD-GR keypad
Enter the user menu and press in turn the
keys for the function name
to appear in the upper line of the display, and the list of available options in the lower
and
keys to scroll through the list of options. Shown in the top
line. Use the
right corner of the display is an additional symbol:
– option is enabled;
– option is disabled.
Press any number key to enable/disable the option. Press the
or
key to
switch over the keypad to graphic mode. The current status of all options is on the
display by means of the and symbols. Use the
key to move the cursor to the
key to move the cursor the left. To enable/disable the option, move
right, and the
the cursor over the selected option and press any number key. After the
or
key is pressed, the keypad returns to the text mode. To save the changes made, press
key.
the
If the PERMANENT ACCESS option has been disabled by the user, it is possible to define
the service code access time. To do so, enter the user menu again, and then press in
turn the
keys. The number of hours during which the service code
will still have access to the alarm system will be displayed. Using the number keys,
enter a number from the 0 to 255 range and press
key.
Programming the service code access rules in VERSA-LED-GR keypad
Enter the user menu and press in turn the
keys. The lit LEDs indicate
which options are enabled. The blinking LED shows where the cursor is at the moment.
The
key moves the cursor to the right, and the
key – to the left. To
enable/disable the option, move the cursor over the selected option and press any
number key.
If the PERMANENT ACCESS option has been disabled by the user, it is possible to define
the service code access time. To do so, enter the user menu again, and then press in
turn the
keys. The number of hours during which the service code
will still have access to the alarm system will be presented in binary format on the LEDs
(see: page 20, Table 1). Using the number keys, enter a number from the 0 to 255
range and press
key.
7. Operating the Alarm System by means of Proximity Cards
The alarm system can be operated by means of proximity card, if a proximity card
arm/disarm device is connected to the control panel. Using the proximity card you can:
• arm the system in full mode;
• arm the system in mode A or B (the system behavior in case of arming in mode A or B is
defined by the installer).
• disarm the system;
• clear alarm in the system.
The installer determines the partitions to be controlled by the device. The user can only
control the partitions which he is authorized to access.
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VERSA
43
7.1 Signaling by means of LEDs
7.1.1
Signaling when the user holds up the card to the device
Red LED lit – after removal of the card, the procedure full arming in the partitions indicated
by the installer will begin.
Green LED lit – after removal of the card the procedure of mode A arming will begin (the
installer defines which partitions and in what mode will be armed – see PROGRAMMING
manual).
Yellow LED lit – after removal of the card r the procedure of mode B arming will begin (the
installer defines which partitions and in what mode will be armed – see PROGRAMMING
manual).
After the user takes the card away from the device, the LEDs may blink for a few seconds,
which provides the following information:
Rapidly blinking red LED – in the partition which is to be armed, the zone for which the
installer has enabled the PRIORITY option, is violated.
Rapidly blinking green LED – in the partition which is to be armed, an alarm zone beyond
the exit route is violated.
Rapidly blinking yellow LED – there is trouble in the system.
If none of the aforementioned situations occurs, the LEDs will start indicating the system
state as soon as the user takes the card away from the device face.
7.1.2
Information about system state
All LEDs extinguished – none of the partitions controlled by the device is armed or in alarm
condition.
Red LED lit, the other LEDs extinguished – all the partitions which are to be armed after
removal of the card when the red LED is lit are full armed.
Green LED lit, and the red one lit or slowly blinking – partitions controlled by the device
are armed in A mode (slow blinking of the red LED indicates alarm or alarm memory).
Yellow LED lit, and the red one lit or slowly blinking – partitions controlled by the device
are armed in B mode (slow blinking of the red LED indicates alarm or alarm memory).
Red LED lit, dimming momentarily, the other LEDs extinguished – at least one of the
partitions controlled by the device is armed.
Red LED lights up every 2 seconds, the other LEDs extinguished – alarm or alarm
memory, when none of the partitions is armed.
Red LED blinking slowly – alarm or alarm memory, when at least one of the partitions
controlled by the device is armed.
All LEDs blinking steadily – no communication with control panel.
7.2 Buzzer
7.2.1
Beeps generated when operating
If the SIGNALING CARD (HARDWARE) option is enabled, the device will generate a single short
beep after the card has been read and – if the card is held up – after each successive LED
comes on.
After taking the card away, the device can generate the following beeps:
3 short beeps – confirmation of starting the arming procedure (which is equivalent to arming,
if no exit delay has been programmed for the partitions), disarming or alarm clearing;
1 long beep – denial of arming (the zone for which the installer has enabled the PRIORITY
option is violated);
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2 long beeps – unknown card;
3 long beeps – denial of arming / disarming, alarm clearing (the user does not have required
rights, or execution of the operation is impossible for other reasons, e.g. there no partitions
which can be disarmed or where alarm can be cleared).
7.2.2
Events signaled by sounds
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).
A sequence of 7 beeps of diminishing duration, repeated every few seconds –
countdown of auto-arming delay.
2 short beeps every second – entry delay countdown.
Continuous beep – alarm (also warning alarm).
Long beeps separated by short pauses – alarm memory.
Long beep every second – fire alarm.
Short beep every 2 seconds – fire alarm memory.
Notes:
• Only installer selected events are signaled.
• Alarms are signaled during the KEYPAD'S ALARM TIME (programmed by the installer).
7.3 Arming
7.3.1
Full arming
1. Present the card to the device and hold up until the red LED comes on.
2. Remove the card from the device. Start of the arming procedure should be signaled by 3
short beeps.
7.3.2
Arming in mode A
1. Present the card to the device and hold up until the green LED comes on.
2. Remove the card from the device. Start of the arming procedure should be signaled by 3
short beeps.
7.3.3
Arming in mode B
1. Present the card to the device and hold up until the yellow LED comes on.
2. Remove the card from the device. Start of the arming procedure should be signaled by 3
short beeps.
7.4 Disarming and alarm clearing
Present the card to the device and remove it after a while (approx. 0.5 second). The
disarming and/or alarm clearing should be confirmed by 3 short beeps.
8. Operating the Alarm System by means of Keyfob
If the INT-RX or ACU-100 module is connected to the control panel, the user can remotely
control the system by means of a keyfob. Pressing a button or combination of buttons in the
keyfob may result in:
• arming;
• disarming;
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VERSA
45
• alarm clearing;
• triggering panic, fire or medical alarm;
• changing output status (activating/deactivating);
• zone violation.
A single keyfob enables execution of up to 6 functions. The user can have no more than 2
keyfobs (one supported by the INT-RX module, the other one by the ACU-100 module). The
system reaction to pressing a button/combination of buttons, and in case of the bidirectional
APT-100 keyfobs, also the rules of confirmation by the system of receiving the keyfob signal,
are defined individually for each keyfob. Pressing a button in the APT-100 keyfob is
accompanied by three quick blinks of LEDs. Information on the keypress is sent to the control
panel. In reply, the control panel sends to the keyfob a command regarding the way of LED
lighting. Depending on the settings preprogrammed for the keyfob and the system state, the
LED can be lit for 3 seconds or remain extinguished. The lighting LED can have the following
meanings:
• acknowledgement of keyfob transmission;
• armed mode in selected partition;
• alarm in selected partition;
• trouble in system.
Note: The installer can configure the alarm system so that the sirens connected to the
system outputs can inform the user about the following events:
1 pulse – starting the arming procedure (which is equivalent to arming, if the exit delay
has not been programmed);
2 pulses – disarming;
4 pulses – alarm clearing;
7 pulses – arming is not possible, or the arming procedure has failed.
Pulse duration is approx. 0.3 seconds.
A
B
Fig. 4. APT-100 keyfob. A – numeration of LEDs. B – numeration of keyfob buttons.
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A
Fig. 5. T-4 keyfob. A – numeration of keyfob buttons.
8.1 Denial of arming and forced arming by means of keyfob
Note: The information given below is not applicable, if the keyfob button controls arming
zone.
The installer can program the control panel so that arming by means of keyfob is not possible
when:
– 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;
– there is low battery in the keyfob.
In such a situation, to arm the system, you must either eliminate the cause that prevents
arming, or force the arming. The forced arming by means of keyfob is possible, if the user
has access to the VERSA-LCD-GR keypad. After denial of arming by the control panel, you
should come up to the VERSA-LCD-GR keypad, enter the code and confirm with the
key. A message will appear on the display indicating why the arming has been denied. If the
message includes the "1=Ok" phrase, you can press the
key to force the arming. Press
again the keyfob button to which the arming function is assigned to start the forced arming
procedure.
8.2 Failure of the arming procedure initiated from keyfob
Note: The information given below is not applicable, if the keyfob button controls arming
zone.
The alarm system can be configured by the installer so that the arming procedure may fail
even if it has been started. The arming will fail, if at moment of completion of the exit delay
countdown:
– a zone with enabled PRIORITY option or an alarm zone beyond the exit route is violated
in the partition,
– there is a trouble in the system.
Note: In the event of forced arming the control panel will ignore violations and troubles
reported before the moment of starting the arming procedure.
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47
9. Operating the Alarm System by Telephone
If the INT-VG voice module is connected to the control panel, a user with the INT-VG ACCESS
right can remotely operate the alarm system by telephone. The installer can also make the
system operating option dependent on the partition status (the operation will be possible only
when the selected partitions are armed). Using the phone, you can:
• get information on alarms, troubles, as well as status of partitions, zones and outputs;
• run a macro (i.e. a sequence of actions to be done by the control panel, as defined by the
installer);
• arm/disarm;
• clear alarm;
• clear trouble memory;
• bypass/unbypass zone;
• enable/disable a 15. CONTROLLED function output.
9.1 Starting the operating by telephone
1. Dial the control panel phone number. The control panel will answer after a preset number
of rings or after the second call (depending on the preprogrammed settings). Establishing
connection will be signaled by three short beeps.
2. Enter the code from the telephone keypad and confirm by pressing #. 4 short beeps
followed by 1 long beep will confirm you have got access to the interactive voice menu. If
your code does not authorize you to get access, you will hear three long beeps in the
headset. If the code is invalid, the control panel will signal it by two long beeps.
Note: Entering a wrong code three times will trigger tamper alarm and block the call answer
function for 90 seconds.
3. Messages of the interactive voice menu will be played back. They will inform you which
telephone keys you should use to be able to operate the control panel.
9.2 Stopping the operating by telephone
1. Press * key.
2. Press in turn the 0# keys. The control panel will go on-hook.
10. Acknowledgement of Voice Messaging
If the INT-VG voice module is connected to the control panel, acknowledgement of voice
messaging is possible. A special 4-digit code is used to acknowledge messaging (see:
PROGRAMMING CODES TO ACKNOWLEDGE MESSAGING p. 36). Having received voice messaging,
enter the code from the telephone keypad. The messaging acknowledgement will cancel
telephone notification of the event. The installer can configure the control panel so that the
user, after acknowledgement of voice messaging, should automatically get access to the
interactive voice menu (see section OPERATING THE ALARM SYSTEM BY TELEPHONE).
48
User Manual
SATEL
11. Brief Description of Operating the System with a Keypad
lit – partition armed
blinking – partition exit delay countdown
blinking – system requires user's attention – use
the 7. SYSTEM STATE user function to find out the
cause of LED blinking
information on service mode:
lit – service menu in this keypad
blinking – service menu in another keypad
VERSA-LCD-GR
LCD display showing the date and hour or zone
key for
status (press and hold down the
approx. 3 sec. to change displayed information):
b – zone inhibited,
b [blinking] – zone isolated,
L – long zone violation,
N – no zone violation,
! – zone that first triggered alarm,
– zone tampered (2EOL type zone),
– zone violated,
t – tamper memory (2EOL type zone),
a – alarm memory,
– normal zone status.
Some symbols are not displayed in armed mode.
VERSA-LED-GR
LEDs presenting the zone status acc. to
repeating scheme of 2-second duration:
– zone inhibited,
– zone isolated,
– long zone violation,
– no zone violations,
– zone that first triggered alarm,
– tamper memory (2EOL type
zone),
– zone violated,
– tamper memory (2EOL type
zone),
– alarm memory,
– normal zone status.
( – LED OFF;
– LED ON)
Some information is not presented in armed
mode.
information on alarm or alarm memory acc. to repeating
scheme of 2-second duration:
– fire alarm,
– burglary alarm,
– warning alarm,
– tamper alarm,
– fire alarm memory,
– burglary alarm memory,
– warning alarm memory,
– tamper alarm memory.
( – LED OFF;
– LED ON)
SATEL
VERSA
Arming without partition selection
[CODE]
- full arming
[CODE]
- night arming
[CODE]
- day arming
Disarming and/or alarm clearing
[CODE]
- in both partitions
[CODE]
- in partition 1
[CODE]
- in partition 2
Arming Partition 1
[CODE]
[CODE]
[CODE]
- full arming
- night arming
- day arming
Arming Partition 2
[CODE]
[CODE]
[CODE]
- full arming
- night arming
- day arming
Quick arming
- partition 1 full arming
- partition 1 night arming
- partition 1 day arming
- partition 2 full arming
- partition 2 night arming
- partition 2 day arming
or
- both partitions full
arming
or
- both partitions night
arming
or
- both partitions day
arming
User menu
[CODE]
- entering the user menu, in which the
following submenus and functions are available:
[1#] Change code
[2] Users
[21#] New user
[22#] Edit user
[23#] Remove user
[3#] Abort voice messaging
[4] Bypasses
[41#] Inhibit
[42#] Isolate
[5#] Event log [VERSA-LCD-GR only]
[6] Settings
[61#] Auto-arming deferment
[62#] RTC clock
[63#] Timers
[64#] Telephone numbers
[65#] Messaging clearing codes
[7#] System state
[8#] Control
[9] Tests
[91#] Zone test
[92#] Output test
[93#] ABAX signal level
[94#] Manual Monitoring Station test
[95#] Monitoring Station 1 test
[96#] Monitoring Station 2 test
[97#] VERSA firmware version
[98#] Expander firmware version
[99#] Supply voltage
[90#] Outputs reset
[0] Service
[00#] Service mode
[01#] Start telephone connection
[03#] Start connection through RS-232
[04#] Finish connection through RS-232
[05#] Service access
[06#] Access time
[07#] ETHM-1ÆDloadX
49
Quick inspection of partition status
key for approx. 3 sec.
press and hold down the
Triggering the alarm from keypad
fire alarm
- press and hold down the
for approx. 3 sec.
panic alarm
- press and hold down the
for approx. 3 sec.
medical alarm - press and hold down the
for approx. 3 sec.
key
key
key
Quick control of outputs
[number key]
- activating output
[number key]
- deactivating output
Enabling/disabling the chime signal
press and hold down the
key for approx. 3 sec.
Simple auto-arming deferment
press twice the
key
12. History of Changes to the Manual Content
DATE
2011-06
FIRMWARE
VERSION
1.02
INTRODUCED CHANGES
• Section "Codes" has been added (p. 13).
• List of user functions has been supplemented (p. 19).
• Table presenting default user schedules has been supplemented by the new
"INT-VG access" right (p. 23).
• Note on canceling telephone messaging simultaneously with acknowledgement of
voice messaging has been added (p. 29).
• Information on authorization required for zone inhibiting has been modified (p. 30).
• Information on authorization required for zone isolating has been modified (p. 31).
• Section "Programming codes to acknowledge messaging" has been added
(p. 36).
• Description of "Outputs reset" function has been modified (p. 41).
• Section "Operating the Alarm System by Telephone" has been added (p. 47).
• Section "Acknowledgement of Voice Messaging" has been added (p. 47).
• Section "History of Changes to the Manual Content" has been added (p. 50).
SATEL sp. z o.o.
ul. Schuberta 79
80-172 Gdańsk
POLAND
tel. + 48 58 320 94 00
[email protected]
www.satel.eu
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