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Abus Terxon LX - AZ4200 Manual

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Perfect security for home and office
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Terxon LX
INSTALLATION INSTRUCTIONS
I
CONTENTS
CONTENTS......................................................................................................................I
Chapter I – Basic Information.......................................................................................1
1 Introduction.................................................................................................................................... 1
2 Usage in accordance with regulations........................................................................................ 1
3 Safety information ......................................................................................................................... 1
4 Scope of delivery........................................................................................................................... 2
5 Notes on connection and extension options ............................................................................. 3
6 Properties of the alarm system.................................................................................................... 3
7 Overview of housing components............................................................................................... 4
8 Wiring information......................................................................................................................... 5
8.1 Connection possibilities on alarm centre: ................................................................................... 5
8.2 Operating panels......................................................................................................................... 6
8.3 Connecting an operating panel ...................................................................................................6
9 Accessories ................................................................................................................................... 7
Chapter II – Brief introduction ......................................................................................8
1 Sample installation........................................................................................................................ 8
1.1 Make a drawing........................................................................................................................... 9
1.2 Cabling ........................................................................................................................................ 9
1.3 Installing alarm centre and operating panels .............................................................................. 9
1.3.1 Alarm centre................................................................................................................... 9
1.3.2 Operating panels............................................................................................................ 9
1.4 Installing other components ........................................................................................................ 9
1.5 Cabling ........................................................................................................................................ 9
1.6 Connecting power supply............................................................................................................ 9
1.7 Programming............................................................................................................................... 9
Chapter III – Installation instructions.........................................................................11
1 First-time operation..................................................................................................................... 11
1.1 Log in as engineer..................................................................................................................... 11
1.2 Logout ....................................................................................................................................... 12
2 Program menu ............................................................................................................................. 13
2.1 Selecting menu items................................................................................................................ 13
2.2 Menu structure .......................................................................................................................... 13
2.3 Overview Keypad ...................................................................................................................... 16
2.4 Overview Remote Control.........................................................................................................16
2.5 Engineer Menu.......................................................................................................................... 17
2.6 Option 00: User Menu............................................................................................................... 17
2.7 Option 01: Location Text........................................................................................................... 17
2.8 Option 10: Program Zones........................................................................................................17
2.9 Option 11: Edit Zones ............................................................................................................... 18
2.9.1 Select Zone .................................................................................................................. 19
2.9.2 Select zone type........................................................................................................... 19
2.9.3 Zone attributes ............................................................................................................. 22
2.9.4 Assigning a zone to a partition..................................................................................... 23
2.9.5 Zone description........................................................................................................... 23
2.10 Option 12: Zone Resistances.................................................................................................... 24
2.10.1 Select zone number ..................................................................................................... 24
II
2.10.2 Select resistances ........................................................................................................ 24
2.11 Option 13: Alter Shunt Groups.................................................................................................. 25
2.12 Option 14: Remote Controls......................................................................................................25
2.13 Option 20: Partitions.................................................................................................................. 26
2.14 Option 21: View Partitions......................................................................................................... 26
2.15 Option 22: Exit Modes............................................................................................................... 27
2.16 Option 23: Partition Timers ....................................................................................................... 28
2.17 Option 24: Setting alarm responses for a partition ................................................................... 29
2.18 Option 25: Partition Resets and Options................................................................................... 29
2.19 Option 26: Equipment to Partitions ........................................................................................... 31
2.20 Option 30: Edit Outputs............................................................................................................. 32
2.21 Option 31: Panel Outputs.......................................................................................................... 33
2.22 Option 32: Digi Hardwired Outputs ........................................................................................... 34
2.23 Option 33: Digi OnBoard Outputs ............................................................................................. 34
2.24 Option 34: Equipment Outputs.................................................................................................. 34
2.25 Option 35: O/M Module Outputs ............................................................................................... 34
2.25.1 System events.............................................................................................................. 35
2.25.2 Partition Events ............................................................................................................ 40
2.25.3 Zone events ................................................................................................................. 42
2.26 Option 36: Time Switches ......................................................................................................... 43
2.27 Option 40: Panel options........................................................................................................... 44
2.28 Option 41: Engineer Code and Name....................................................................................... 45
2.29 Option 42: Time and Date......................................................................................................... 45
2.30 Option 43: Adjust Loudspeaker Volume ................................................................................... 46
2.31 Option 44: System Timers......................................................................................................... 46
2.32 Option 45: General Configuration Options................................................................................ 49
2.33 Option 46: Choosing DD243 Configuration Options (UK)......................................................... 51
2.34 Option 47: Choosing EN50131 Configuration Options ............................................................. 52
2.35 Option 48: Auto Set Timers....................................................................................................... 55
2.36 Option 50: Set Up Communications.......................................................................................... 56
2.37 Option 51: Downloader ............................................................................................................. 56
2.37.1 Option 51-1: Downloader Setting................................................................................. 57
2.37.2 Option 51-2: Account Name......................................................................................... 57
2.37.3 Option 51-3: Defining the Access Mode ...................................................................... 57
2.37.4 Option 51-4: Editing Call-Back Numbers ..................................................................... 58
2.37.5 Option 51-5: Modem Options....................................................................................... 59
2.38 Option 52: DigiCom options ......................................................................................................60
2.38.1 Option 52-1: Comms Format ....................................................................................... 60
2.38.2 Option 52-2: ARC Number........................................................................................... 65
2.38.3 Option 52-3: Account Numbers.................................................................................... 65
2.38.4 Option 52-4: Dialling Mode .......................................................................................... 65
2.38.5 Option 52-5: Further digital communication options ................................................... 66
2.38.6 Option 52-6: SIA Report............................................................................................... 67
2.39 Option 53: RS232...................................................................................................................... 67
2.39.1 Option 53-1: RS232 Options........................................................................................ 67
2.40 Option 60: Call Back ................................................................................................................. 67
2.41 Options 61 to 64: Callback numbers......................................................................................... 68
2.42 Option 70: Edit Text .................................................................................................................. 68
2.43 Option 71: Reset Message........................................................................................................68
2.44 Option 72: Location Text........................................................................................................... 68
2.45 Option 73: Printer Title .............................................................................................................. 69
2.46 Option 75: Banner Text............................................................................................................. 69
2.47 Option 76: Partition Text ........................................................................................................... 69
2.48 Option 80: Confirm Devices ......................................................................................................69
III
2.49 Option 90: Tests........................................................................................................................ 70
2.50 Option 91: Bell Test................................................................................................................... 70
2.51 Option 92: Output Tests............................................................................................................ 71
2.51.1 Option 92-1: Panel Outputs ......................................................................................... 71
2.51.2 Option 92-2: Digi H/Wired ............................................................................................ 71
2.51.3 Option 92-3: Digi Onboard ........................................................................................... 71
2.51.4 Option 92-4: Equipment ............................................................................................... 72
2.52 Option 93: Log........................................................................................................................... 72
2.52.1 Option 93-1: View Log.................................................................................................. 72
2.52.2 Option 93-2: Print Log.................................................................................................. 73
2.52.3 Option 93-3: View Access Log..................................................................................... 73
2.52.4 Option 93-4: Print Access Log ..................................................................................... 73
2.52.5 Option 93-5: System Print............................................................................................ 73
2.53 Event codes .............................................................................................................................. 73
2.54 Option 94: Power Supply .......................................................................................................... 78
2.55 Option 95: Equipment ............................................................................................................... 79
2.55.1 Option 95-1: Software Version..................................................................................... 79
2.55.2 Option 95-2: Zone Resistance ..................................................................................... 79
2.55.3 Option 95-3: Network Devices ..................................................................................... 79
2.55.4 Option 95-4: False Settings ......................................................................................... 81
2.55.5 Option 95-5: Default User 1 ......................................................................................... 81
2.55.6 Option 95-6: Network Errors ........................................................................................ 81
2.55.7 Option 95-7: Radio zone test ....................................................................................... 82
2.55.8 Option 95-8: Test Display ............................................................................................ 82
2.56 Option 96: Zone Test ................................................................................................................ 82
2.57 Option 97: Walk Test................................................................................................................. 83
2.58 Option 98: Default Menus ......................................................................................................... 83
2.59 Option 99: Leave Engineering Mode ........................................................................................ 83
Appendix I – Character Entry .....................................................................................84
Appendix II – Notes on Security System ...................................................................85
Appendix III – Factory Defaults ..................................................................................86
Appendix IV – Wiring Information ..............................................................................89
1.1 Cable......................................................................................................................................... 89
1.2 Cable length .............................................................................................................................. 89
1.3 Reducing voltage loss – method 1............................................................................................ 89
1.4 Reducing voltage loss – method 2............................................................................................ 89
1.5 Example of voltage loss ............................................................................................................ 90
1.6 Bus wiring.................................................................................................................................. 92
1.7 Maximum bus length................................................................................................................. 92
1.8 8-zone auxiliary (wired)............................................................................................................. 93
1.9 Operating panels....................................................................................................................... 94
1.10 Door and window contacts........................................................................................................94
1.11 Infrared motion detectors .......................................................................................................... 95
1.12 Smoke detectors ....................................................................................................................... 95
1.13 Glass breakage detectors ......................................................................................................... 95
1.13.1 Acoustic glass break detectors .................................................................................... 95
1.13.2 Passive glass break detector ....................................................................................... 95
1.14 Outdoor bell and strobe............................................................................................................. 95
1.15 Connecting a signalling device with its own power supply ....................................................... 96
1.16 Integrated modem..................................................................................................................... 96
IV
1.17 Auxiliary alarm outputs.............................................................................................................. 96
1.18 Keyswitch .................................................................................................................................. 97
1.19 Loudspeaker ............................................................................................................................. 97
1.20 Digital communication outputs .................................................................................................. 97
1.21 Transistor outputs ..................................................................................................................... 98
1.22 Relay outputs ............................................................................................................................ 98
1.23 Relay module ............................................................................................................................ 98
1.24 Connecting strip: factory defaults..............................................................................................98
1.25 Serial printer interface............................................................................................................... 98
1.26 Engineer keypad ....................................................................................................................... 98
1.27 Alarm centre LEDs .................................................................................................................... 98
1.28 Fuses......................................................................................................................................... 99
1.29 Resistors ................................................................................................................................... 99
1.30 Connections for anti-masking zones....................................................................................... 100
1.31 Connecting auxiliary modules ................................................................................................. 100
1.32 Addressing auxiliary modules ................................................................................................. 100
1.33 Walk test.................................................................................................................................. 100
1.34 Alarm memory sensor............................................................................................................. 100
Technical data............................................................................................................101
Explanation of terms .................................................................................................103
General terms ............................................................................................................105
Index ...........................................................................................................................106
Chapter I – Basic Information
1
Chapter I – Basic Information
1 Introduction
Dear Customer,
thank you for purchasing the TERXON L burglar
alarm system. You made the right decision in
choosing this state-of-the-art technology, which
complies with the current standards of domestic
and European regulations.
The CE has been proven and all related
certifications are available from the manufacturer
upon request.
To maintain this status and to guarantee safe
operation, it is your obligation to observe these
installation instructions.
In the event of questions, please contact your
local specialist dealer.
2 Usage in accordance with
regulations
This burglar alarm centre uses detectors and
transmitters to secure your property. You can use
it to protect your company, house, garage,
garden house, weekend cottage, etc.
The alarm station registers unauthorised break-
ins by switching output contacts to which you can
connect visual, acoustic or silent alarm
transmitters.
The alarm station contacts and connected
components must be kept free of moisture
(bathrooms and similar surroundings are to be
strictly avoided).
Use of this product for other than the described
purpose may lead to damage of the product.
Other hazards such as short-circuiting, fire,
electric shock, etc., are also possible. The mains
transformer is designed for operation with mains
electricity at 230 Volt AC / 50 Hz.
No part of the product may be changed or
modified in any way.
Connection to the public power network is subject
to country-specific regulations. Please be aware
of applicable regulations in advance.
3 Safety information
To avoid fire and injury, please observe the
following:
• Securely fasten the device at a dry location in
the building.
• Ensure sufficient air circulation for the alarm
station.
• Do not expose the station to temperatures
less than -10°C or more than 55°C.
• The device is designed for indoor use only.
• Humidity must not exceed 90% (non-
condensed).
• Make sure that no metal objects can be
pushed into the equipment from outside.
• Ensure that the voltage is disconnected when
carrying out work on the station.
IMPORTANT:
Please observe the following regulations to
ensure trouble-free operation of your system.
• The alarm station is supplied with 12V DC
power by means of the internal transformer.
• The transformer is connected to the 230V AC
building mains by means of a separate,
electrically protected line.
• Connection work to the building mains is
subject to country-specific regulations.
• A 7Ah or 17Ah rechargeable battery supplies
emergency standby power.
• The maximum power consumption of
connected components must never exceed
1A.
• Always replace fuses with fuses of the same
rating, never higher.
IMPORTANT INFO
Intruder alarm panels in general:
If the equipment is not correctly installed, signals
may be misinterpreted and result in false alarms.
The costs resulting from the deployment of
rescue organisations, e.g.: fire or police, are
borne by the operator of the equipment.
Therefore please read the instructions very
carefully and follow the installation instructions for
lines and components precisely.
Chapter I – Basic Information
2
4 Scope of delivery
• 1 Burglar alarm centre
• 2 LCD control unit
• Installation instructions
• Operating instructions
You also need:
• Alarm detector
• signalling device
• 12V/7Ah or 12V/17 Ah rechargeable battery
• Distributor
• cable
Optionally available:
• Relay module
• 8-zone radio auxiliary
• 8-zone wired auxiliary
• 8-zone auxiliary with auxiliary power supply
Tools required:
• Flat screwdriver (small)
• Phillips screwdriver
• Drill
• 6mm drill bit
• 4mm drill bit
• 6mm screws
• 4mm screws
• Wall-plugs, filler, etc.
• Soldering iron and solder
• Insulation tape or shrink-on tubing
• Voltmeter, ohmmeter (or multimeter)
• Cable channel
• Screw-clamps
1
2
Chapter I – Basic Information
3
5 Notes on connection and
extension options
The burglar alarm centre is the basic device of an
electronic security system for protecting your
property (e.g.: apartment, house, garage, shops,
etc.). In combination with other components such
as detectors and signal transmitters, it secures
the areas monitored. The alarm is triggered by a
break-in attempt.
The alarm centre is operated from a wired
operating panel so that you can install the alarm
centre in a hidden location. If necessary, you can
connect up to 128 operating panels using
corresponding auxiliary modules. It can also be
operated with key-switches and shunt-lock locks.
In the event of an alarm, the integrated modem
permits alarms to be sent from the Terxon L by
telephone to selected subscribers.
In the basic version, the burglar alarm centre has
8 separately evaluated alarm and tamper zones.
The alarm centre monitors whether a (minimal)
quiescent current is flowing or not between the
two contacts of each alarm zone. If the contacts
of an alarm zone are closed, the zone is
considered to be closed and power can flow. If no
contact exists, no current flow is possible and the
alarm zone is open. Any changes trigger an
alarm, depending on the programming.
Differential monitoring of alarm zones is also
possible (DEOL).
The alarm centre also has an integrated PC
interface and a printer interface.
6 Properties of the alarm system
• 8 programmable alarm zones, which can be
programmed as follows:
Normal alarm, entry, access, panic, 24 hour,
fire, technical, etc.
• Extendable to max. 264 zones using optional
auxiliary modules
• Use of up to 8 partitions
• Separate tamper zone for each alarm zone
• Connection for external bell/strobe
• 3 transistor outputs and 2 relay outputs that
can be configured for a specific event (alarm,
fire, panic, …)
• Up to 93 outputs available
• Integrated transformer (230V AC / 12V DC)
for supplying the alarm centre and connected
detectors and for recharging the battery
• Standby power supply via a 12V/7Ah or
12V/17Ah battery
• Simple programming and operation using
one or max. 128 operating panels and a
corresponding number of auxiliary modules
• The state of the alarm zones and the alarm
centre is displayed on a plain-text display.
• Zone blocking as a way of temporarily
removing individual alarm zones from
surveillance
• 24-hour zones can be permanently shunted.
• Automatic scheduled activation/deactivation
• Scheduled activation of exits
• Access authorisation for operating and
programming using a 4- or 6-digit code
• Tamper contacts for the alarm centre and the
control units
• Alarm and event memory (capacity: 2000
events)
• Integrated modem
Chapter I – Basic Information
4
7 Overview of housing components
1 Connection of 230V mains supply with primary fuse (T 250V, 250mA)
2 230VAC / 12VDC Transformator.
3 Tamper contact of alarm centre housing.
4 Space for 12V standby battery (7Ah/17Ah) and cabling.
4
1
2
3
Chapter I – Basic Information
5
8 Wiring information
This section tells you how to connect auxiliaries, sensors and operating elements to the Terxon L.
8.1 Connection possibilities on alarm
centre:
1. Strip connector for 12V DC power supply of
external equipment
AUX: +12V permanent voltage for
detectors
0V: 0V ground
2. Strip connectors for alarm and tamper
Z1 – Z8: Alarm zones
T1 – T8 Tamper zones
3. Bus connection 1 for connecting auxiliary
modules or operating panels
4. Bus connection 2 for connecting auxiliary
modules or operating panels
5. Connector for analogue telephone line
(connector strip and RJ11 plug)
6. Serial interface for PC connection
7. USB interface for PC connection
8. Connector for engineer operating panel
9. Connector for aux. transistor outputs
10. Jumper for system restore
11. Lid tamper connector
12. Printer port
13. Standby power input socket
14. Connector for 17 VAC power supply
15. Digital communication outputs
16. Transistor outputs
(two negative, one positive switching)
17. 2 Relay outputs
18. Connector for external bell
19. Aux. tamper input
20. Input for telephone fault
21. Not Used
22. Loudspeaker connector
Chapter I – Basic Information
6
8.2 Operating panels
The burglar alarm centre can be operated with up
to 128 operating panels connected via 2 bus
systems and 8-zone auxiliaries.
23. (A, B, C, D, E): Connectors for operating
panel to bus (A: 12VDC, B:0V)
24. O/P: This programmable output normally
switches from 12V to 0V. It can be inverted by
programming.
25. Z1, Z2: Two optional zones that can only be
connected via DEOL!
26. ADDRESS: The address of the operating
panel is defined by the respective jumper
setting. If all contacts remain open, this
addresses operating panel no. 5.
27. LED MIMIC: If the jumper is connected, the
red LED on the front signals that the output of
the operating panel is activated.
28. PROG: As a factory default, the jumper is
plugged in. It can be removed only if the
operating panel is connected to the 8-zone
auxiliary.
29. WARD SNDR: If the operating panel output is
programmed as Sndr. Ctl. type and the jumper
is connected, the integrated signalling device
works only in a selected partition.
30. BACK LIGHT: If the jumper is connected, the
background lighting of the display is
permanently on. When a key is pressed, the
keypad backlight lights for 5 seconds. If the
jumper is not connected, the backlight of the
display and the keypad are off. When a key is
pressed, the entire backlight lights for 5
seconds.
31. VOLUME CONTROL: Volume control of
internal signalling device and external alarm
sounder.
8.3 Connecting an operating panel
The length of the databus for operating panels
must not exceed 100m. You can directly connect
up to 5 operating panels per bus. For connecting
the control units, use a cable with a wire diameter
of min. 0.22mm2.
Chapter I – Basic Information
7
9 Accessories
Operating panel (AZ5210)
Operating panel with LCD display, one LED for
power supply, one programmable LED and one
built-in proximity chip-key reader. There are also
2 zones with DEOL wiring.
8-zone wired auxiliary (AZ5225)
This auxiliary permits the connection of 8 further
zones and up to 4 operating panels.
8-zone radio auxiliary (AZ5220)
This auxiliary permits the connection of up to 8
radio components of the Secvest series.
Relay board (AZ5140)
This board provides 8 additional relay outputs.
8-zone wired extension with PSU (AZ5230)
8-zone wired extension with on-board power
supply (1,5A)
Speech dialer (AZ6300)
Transmission from voice messages after an
alarm.
GSM interface (AZ6400)
Transmission from SMS to a telephone number
in case of an alarm event.
Wireless accessory module (FU5210)
With this device the Secvest key and other
wireless components can be integrated into the
alarm system.
Acoustic and optical signallers
Sirens, flashlights or a combination of both for
internal or local alarm.
Additional Accessories
Batteries, alarm cable, junction boxes, proximity
key tag.
8
Chapter II – Brief introduction
Read the following before installing your new alarm system:
1 Sample installation
This sample installation should help you to understand the step-by-step installation of the burglar
alarm system.
Sample commercial object:
The following example shows a building with an
entrance, an office and a workshop.
• Partition 1 (workshop) has 4 zones
(3 door contacts, 1 motion sensor)
• Partition 2 (office) has 4 zones
(3 door contacts, 1 motion sensor)
• Partition 3 (entrance) has 2 zones
(1 door contact, 1 motion sensor)
The following conditions apply
• Users of partition 1 can activate and
deactivate their partition but not partitions 2
and 3.
• Users of partitions 2 and 3 can activate
and deactivate all partitions.
Partition 1
Workshop
Partition 2
Office
Partition 3
Entrance
Chapter II – Brief introduction – Sample installation
9
1.1 Make a drawing
Before fitting components and cables, it will help
you to make a drawing of the installation. Draw
up a plan of the object that includes the
installation location of the alarm centre, the
components and cables.
1.2 Cabling
Cables should be laid out of sight, if possible
under the surface or in a cable duct (see also
Appendix 2). Keep cable lengths as short as
possible and make sure cables are far enough
away from other electric cables and electronic
equipment.
1.3 Installing alarm centre and operating
panels
1.3.1 Alarm centre
Fix the alarm centre to a flat, dry, vibration-free
and heat-resistant surface.
Open the alarm centre housing (loosen the
screws with a Philips screwdriver and remove the
cover).
The alarm centre’s PCB is fixed in the housing
with three screws. Loosen these screws and
remove the PCB. The transformer plug can be
disconnected from the PCB.
Using the housing as a template to locate the
fixing screw holes and drill three holes at these
locations (min. 4mm Ø, 4.5cm long).
Fix the alarm centre housing and feed the cables
into the housing.
Do not tighten the fixing screws until you have
connected all the cables. Replace the PCB and
close the housing by replacing the cover.
1.3.2 Operating panels
The operating panels should also be mounted on
a flat, dry, vibration-free surface. The mounting
height is important. The units should be
positioned so that all users can easily read the
display and operate the buttons.
Open the cover of the control unit and loosen the
screws on the base.
Use the housing as a template for drawing the
drill holes and drill three holes at these locations
(min. 4mm Ø, 3cm long).
Now connect the operating panel to the alarm
centre and the external components.
Make any settings necessary in the operating
panel.
Mount the operating panel housing on the wall.
Replace the front plate containing the operating
panel PCB and tighten the fixing screws.
1.4 Installing other components
Now install the remaining components such as
the auxiliaries, sensors and signalling devices in
their respective places. These devices should
also be mounted on a flat, dry, vibration-free
surface.
For further information on individual components,
see their instructions or Appendix 4.
1.5 Cabling
After installing all components of the burglar
alarm system, you can start connecting the
components to each other.
For reasons of transparency, you should always
use the colours of the wiring uniformly.
For detailed information on connecting the
components, see Appendix 4.
Important: The colours of individual wires can
differ according to the cable type used!
1.6 Connecting power supply
Now connect the 12V battery and the transformer
cable to the alarm centre. The green LED
(operating voltage) lights up and the operating
panel buzzers may sound.
Close the housing of the burglar alarm centre and
connect to the 230V mains supply.
1.7 Programming
1. Enter the engineer code on the operating
panel (factory setting: 7890)
2. Select Option 11: Editing zones
Define the zone types and if required the zone
properties in the respective partitions.
Chapter II – Brief introduction – Sample installation
10
Zones Partition Zone type
1 Normal alarm
2 Normal alarm
3 Final exit
3. Select Option 41: Change password and name.
Enter the new engineer code to prevent
unauthorised access to the system.
4. Select Option 42: Time and Date
Set the current time and date.
5. Enter the administrator code on the operating
panel (factory setting: 1234) and press .
6. In the Administrator menu, select
Option 8-2: User settings
Change the administrator code
(user 001).
7. Hand over the installed burglar alarm system
to the administrator and users and give the
administrator the new administrator code.
Chapter III – Installation instructions – First-time operation
11
Chapter III – Installation instructions
This chapter tells you what options you have with
your Terxon L when setting up and programming
a complete alarm system.
For information on connecting sensors,
auxiliaries and operating panels, see the
installation instructions of the respective
equipment.
1 First-time operation
After cabling the sensor and connecting the
signalling equipment, you can put the TERXON L
into operation. You should observe the following
sequence:
1. Use a jumper or screwdriver to short-circuit the
two contacts marked FACTORY RESTART on
the main board. This procedure loads the
factory settings.
2. Connect the alarm centre to 230V mains
supply and remove the jumper/screwdriver
when LED1 flashes by the digital
communication outputs. This can take up to 30
seconds.
You see the following in the display:
3. Check that LED 5 (PWR ON) is alight on the
alarm centre. This LED is near the auxiliary
power supply connectors. The internal
signalling device of the operating panel and a
connected alarm sounder may now sound a
tamper alarm. The display shows:
4. Connect the 12V battery (7Ah or 17Ah) with
correct colours (12V: red; 0V: black) to the
alarm centre.
5. Enter the engineer password (factory default:
7890). The signalling devices are now silent
and the alarm centre immediately confirms the
auxiliary modules operated on the two bus
connections. The display shows the type and
number of auxiliary modules (wired, radio).
Auxiliary operating panels are operating
panels connected to auxiliary modules.
6. Press repeatedly to confirm the number of
auxiliaries. If the number of connected device
types is incorrect, check the module
connections and addresses again.
7. Press to enter program mode. You see
the following in the display:
8. Press to log in as engineer.
9. Use the program points in the menu to
program the equipment (Program menu).
10. Use the test function in the program menu to
test the system (See Option 90: Tests).
Close the cover of the alarm centre. Use the
screws supplied.
1.1 Log in as engineer
If you log in as engineer, the displays of the other
operating panels on the same bus show System
busy. Operating panels connected to the other
bus or 8-zone wired auxiliary module show
Engineer on Site. However, you can still log in
as engineer or user on these operating panels.
The factory-set program code for the engineer is
7890. If the system is configured for 6-digit codes,
the program code is 789000.
You can not log in as engineer if:
• Another engineer or user is already logged in
to the operating panel you want to use.
Important
Aborting a menu on the operating panel causes
an abortion of the menu in all operating panels
of the same bus.
Important
See Appendix IV – Wiring Information for
additional information on connecting sensors,
signalling equipment and auxiliaries to the
Terxon L.
Equipment
Confirmed
[ ENT ] to CONFIRM
001 LEC2S
! ALERTS !
12:04 Tue 03 MAY
KEYPAD SW VERSION
VER 1.0 01-01-2006
1
0:Program Zones
Chapter III – Installation instructions – First-time operation – Logout
12
• A user has armed the whole system (i.e.: all
partitions are activated).
• A user has set a timed entry for the engineer.
(administration manual; option 5-1).
1.2 Logout
To log out from program mode, press until you
see the following message on the display:
Alternatively, you can select menu item 99.
When you log out, all other logged-in engineers
at other operating panels are also logged out.
Press [Ent] To
Leave Menus
Important
You can log into a system in which
partitions are activated!
Chapter III – Installation instructions – Selecting menu items
13
2 Program menu
Use this menu to make settings for the whole
alarm system such as closing a zone, assigning
exits or running tests.
2.1 Selecting menu items
Press the and keys or enter the option
number to select menu items, and confirm with
. Some options can only be selected by
scrolling. Press to return to the parent menu.
2.2 Menu structure
00: User Menu
1. Omit Zones 6 Time And Date
2 Shunt 24hr Zns 7 Custom Text
3 System Options 8 Set Up Users
4 Test Options 9 Log
5 Engineer Tools
01: Location Text
1. Panel 2. Keypad
10: Zonenprogrammierung:
11: Edit Zones
Zone types
00 Not used 11 Shunt Key
01 Normal alarm 12 Tamper
02 24 Hour 13 Perimeter
03 PA sielnt 14 Lock Set
04 PA Audible 15 PSU Battery
05 Fire 16 PSU Fuse
06 Technical 17 PSU Power
07 Final Exit 18 Masking
08 Exit Term 19 Occupancy
09 Entry 20 Security
10 Keyswitch
Zone attributes
01 Access 08 Chime Tone 1
02 Double Knock 09 Chime Tone 2
03 Soak Test 10 Chime 3
04 Omittable 11 Inverted
05 Reset 12 Shuntable
06 Masking 13 Beam Pair
07 Entry 14 Monitored
15 Non Latching
12: Zone Resistances
1 4K7/2K2 (also NC/NO) 3 4K7/4K7
2 1K0/1K0 4 2K2/2K2
13: Alter Shunt Groups
14: Remote Controls
20: Partitions
21: Viewing a Zone’s Partitions
22: Exit mode
1 Final Exit 5 Deferred Set
2 Exit Terminate 6 Lock Set
3 Timed Exit 7 Silent Setl
4 Instant Set
23: Partition Timers
1 Exit 3 Bell Delay
2 Entry 4 Bell Duration
24: Alarm response
1 Full 3 Internal
2 Local
25: Partition Resets & Options
1. Conf Reset 6 F/E=Norm. Alm
2 Unconf Reset 7 Entry = F/E
3 Tamper Reset 8 Full Set Link
4 Not Used 9 Ent Key Sets
5 Foyer-Mode
26: Assigning Equipment to Partitions
30: Editing Outputs
31: Panel Outputs
Output Type:
1 System 3 Zone
2 Partition 4 User
Systemereignisse
000 Bell 007 Fire Alarm
001 System Strobe 008 System Set
002 Switch 12V 009 System Full Set
003 Detector Reset 010 System open
004 Walk Test 011 Confirmed
005 Burg 012 Courtesy Light
006 Panic Alarm 013 Engeneer On Site
Important
It is absolutely mandatory that you finish
making settings before you create users and
grant them rights.
Chapter III – Installation instructions – Menu structure
14
014 Active Omit 053 Always On
015 Zones Omit 054 Always Off
016 24 Hour Omitted 055 Battery Test On
017 24 Hour Alarm 056 Battery Fault
018 Zones Shunted 057 PSU Battery
019 Technical 058 PSU Fuse
020 PSTN Line Fault 059 PSU Power
021 Mains Power Off 060 General Fault
022 Access Code 061 Mask Tamper
023 Soak Test Fail 062 Mask Fault
024 First Knock 063 Always Off
025 Digi Failed 064 Always Off
026 Digi Successful 065 Pending
027 Digi Active 066 Always Off
028 2nd Entry Only 067 Ext. Line Fault
029 Entry Only 068 ATS Test
030 Exit Only 069 Always Off
031 Exit / Entry 070 Auxiliary Fuse
032 Exit Fault 071 Bell Fuse
033 Tamper Alarm 072 Network Fuse 1
034 Rem Service Call 073 Network Fuse 2
035 Code Accepted 074-099 Always Off
036 Service Required 100 Auto Setting
037 Reset Required 101 Auto-Set Timer 1
038 Strobe On Set 102 Auto-Set Timer 2
039 Duress Alarm 103 Auto-Set Timer 3
040 System Part Set 104-108 Always Off
041 Lock Set Unlocked 109 PC Output 1 On
042 Set Failed 110 PC Output 2 On
043 Shunt Code 111 PC Output 3 On
044 Random Output On 112 PC Ausgang 4 On
045 Modem Lockout 113-118 Always Off
046 Aux/Bell Tamper 119-126 Not Used
047 Panel Lid Tamper 127-128 Always Off
048 Chime Mimic 129 Time Switch 1 On
049 Monitored O/P On 130 Time Switch 2 On
050 Alarm Abort 131 Time Switch 3 On
051 Not used 131-138 Always Off
052 Relearn Required
Partition Events
000 Bell-SAB 021 Chime On
001 Strobe 022 Monitor
002 Switch 023 Alarm Abort
003 Detector Reset 024 Entry
004 Walktest 025 Exit
005 Burg 026 Exit/Entry
006 P.A. Alarm 027 Exit Flt
007 Fire Alm. 028 Sndr Ctl.
008 Set 029 Perimeter
009 2nd Entry 030 Shunted
010 24Hr. Alm. 031 Always Off
011 Cnf Alarm 032 Set Strobe
012 Zone Omit 033 Access
013 Act. Omit 034 LS Open
014 24Hr Omit 035 PSU Batt
015 Set Fail 036 PSU Fuse
016 Settling 037 PSU Mains
017 Clear 038 Mask Tamp
018 Tamper 039 Mask Flt
019 Reset Req 040 Auto Set
020 Lock Out
Zone Events
1 Mimic 4 Test Fail
2 Alarm 5 Omit
3 Tamper
32: Digi Hardwired Outputs
33: Digi On Board Outputs
34: Equipment Outputs
35: O/M Module Output
36: Defining Time Switches
40: Panel Options
41: Passcode and Name
42: Time and Date
1. Set Time 2. Set System Date
43: Setting the Loudspeaker Volume Level
44: Setting Up System Timers
001 Confirmation 014 Menu Time-Out
002 Sys Bell Dly 015 Beam Pair
003 Sys Bell Dur 016 Defer Setting
004 Anti-Mask 017 Service Time
005 Line Fault 018 Select Menu
006 AC Off Delay 019 Keys Till Tamp
007 Soak Test 020 No. Of Rearms
008 Exit Settle 021 Not used
009 2nd Entry Delay. 022 Double Knocks
010 Double Knock 023 Tst Call Start
011 Abort Period 024 Test Call Int
012 Abort Delay 025 Reset Alg.
013 Courtesy Time 026 Payment Time
45: General Configuration
01 = Common Prtn OFF / Common Prtn ON
02 = Bell is an SAB / Bell is an SCB
03 = View Alms Unset / View Alms P.set
04 = Engr Authorised / User Authorised
05 = On-Line enable / disable
06 = Not used
07 = Digi normal / Digi inverted
08 = Chime Audible / Chime Visible
09 = Manual Omits
10 = Omit Tampers No / Omit Tampers Yes
11 = Global Setting / Local Setting
12 = Global Unsetting / Local Unsetting
13 = 24hr Onmit Global / 24hr Omit Local
14 = Partn Bell Time / Global Bell Timel
15 = Latching Fire / Nonlatching Fire
16 = Time Code o/p / Latched Code o/p
17 = 24hr / Nonlatching 24hr
18 = Access code only / Access all codes
19 = NVM is Unlocked / NVM is Locked
20 = Unshunt, no exit / Unshunt & exit
21 = Ignore errors / View exit errors
22 = Mimic, All times / Mimic, Set only
23 = Lo Security Eng. / Hi Security Eng.
24 = Duress Allow NO / Duress Allow Yes
25 = Keypad PA OFF / ON
26 = Exit Foyer / Instant Set Foyer
Chapter III – Installation instructions – Menu structure
15
46: DD243-Standard configuration Options
1 = Confirmation On / Off
2 = Sndrs on Unconf / Sndrs on Confirm
3 = Bell on Unconf / Bell on Conf
4 = After Entry Yes / After Entry No
5 = Ent KPD Lock Off / Ent KPD Lock On
7 = Confirm 2 Zones / Confirm 1 Zone
47: Configuration Options for EN50131
01 = 4 Digit Codes / 6 Digit Codes
02 = Internal Sounder / Local Sounder
03 = Int Sounder Inst / Int Sounder Dly
04 = Instant Alarm Sofort / Delayed Alarm
05 = Tampers As Alarm / Tampers As Tamps
06 = Mask Unset Fault / Mask Unset Tamp
07 = Mask Set Fault / Mask Set Tamper
08 = Mask Override / Mask Inhibit
09 = Gen/fault: User / Eng
10 = AC Fail: No Reset / User / Engineer
11 = AC Bypass: Always / User
12 = Line Fail: No Rst / User / Eng
13 = LF Bypass: Always / User / Eng
48: Auto Set Timers
50: Setting Up Communications
51: Downloader Options
1 = Serial Number
2 = Account Name
3 = Access Mode
1 = Off 3 = Unattended
2 = Secure Callback
4 = Call Back Numbers
5 = Modem Options
Rings to Answer:
1 = Instant 5 = 5 Seconds
2 = 1 Second 6 = 10 Seconds
3 = 2 Seconds 7 = 20 Seconds
4 = 3 Seconds 8 = Never
Baud Rate
1 = 300 2 = 1200 3 = 2400
Answer Phone Defeat
1 = Deaktiviert 2 = Aktiviert
52: Setting Up the DigiCom
1 = Communications Format
1 = Disabled 5 = SIA 2
2 = Fast Format 6 = SIA 3
3 = Contact ID 7 = Extended SIA
4 = SIA 1
2 = ARC Number
3 = ARC Account Number
4 = Dailling Mode
1 = Consecutive 3 = All
2 = Alternate
5 = Other DigiCom Options
1 = Rest. Signals 3 = Line Fault
2 = Fast Format
6 = SIA Reporting Level
1 = Full 4 = Basic
2 = Intermediate 5 = Custom
3 = Summary
53: RS232
Setting the Baud Rate
1 = 600 5 = 9600
2 = 1200 6 = 19200
3 = 2400 7 = 38400
4 = 4800
60: Call Back
61-64: Callback numbers
70: Edit Text
71: Reset Message
72: Location Text
73: Printer Title
74: Remote Reset Message
75: Banner Text
76: Partition Text
80: Confirming network Devices
90: Built-in Test
91: Testing Bell Output
92: Testing Outputs
1 = Outputs Panel
2 = Digital Hardwired Outputs
3 = Digi On Board Channels
4 = Equipment Outputs
93: Viewing and Printing Logs
1 = Viewing Event Log
2 = Printing Event Log
3 = Viewing Access Log
4 = Printing Access Log
5 = Printing System Parameters
94: Testing Power Supply
1 = Panel Voltage 5 = Discharge Current
2 = Battery Voltage 6 = Load Current
3 = Charge Voltage 7 = Source Current
4 = Charge Current
95: Equipment Test
1 = Determining Software Version
2 = Checking Zone’s Resistance
3 = Checking Status of Network Devices
4 = False Setting thr System
5 = Resetting User 1
6 = Viewing Network Errors
7 = Testing Radio Zone’s
8 = Testing the Display
96: Viewing Zone Status
97: Walk Test
98: Default Settings
99: Leave Engineering Mode
Chapter III – Installation instructions – Overview Keypad
16
2.3 Overview Keypad
1 Display
In the display the system information of the
panel are shown. Further on a text and the
actual time / date are displayed.
2 LED
Lightning stable if the voltage is connected.
3 Function indicator
In the basic setting this LED shows the
resetting of more than one alarm.
The display function can be changed through
the engineer.
4 Keypad
This keypad allows the programming of the
panel. The input of a code activates or
deactivates the system.
Numeric keypad (e.g. to activate or
deactivate the panel).
- Confirm the displayed options.
- Finish the diplayed options.
- One page forward/back
- Changing the attributes of the
displayed options (e.g. Yes/No).
- Shows the user menu (only after input
from an user code). The user menu contains
options fort he administration of the panel.
Among other things you can allocate or
change user codes, omit zones and viewing
the event log.
5 Flap
To hide/unhide the keypad.
2.4 Overview Remote Control
The standard assignment of the keys is shown in
the table below. To avoid faulty handling the keys
have to be pressed until the red LED is flashing.
You only can use the remote contol close to the
house. Therefor a radio extension is essential
(usage up to 30m).
1 Full arming
2 Internal arming
3 Internal arming
4 Internal arming
5 PA (FU5150)
6 LED
The standard assignment of the keys can vary in
the user settings.
Chapter III – Installation instructions – Engineer Menu
17
2.5 Engineer Menu
The following picture shows the options in the
Engineer Menu:
2.6 Option 00: User Menu
This menu item gives you access to the user
menu. The following options are available:
2. Omit Zones
3. Shunt 24hr Zns
4. System Options
5. Test Options
6. Engineer Tools (available only from the
Administrator menu)
7. Time And Date
8. Custom Text
9. Set Up Users (available only from the
Administrator menu)
10. Log
For further information, see the Administration
Manual.
2.7 Option 01: Location Text
This item is available only if you enter “01”.
1 – Panel
Specifies the entered location of the alarm
system. (See Option 72: Location Text on page
68.)
2 – Keypad
Displays the address of the operating panel.
2.8 Option 10: Program Zones
To program the zones, select Option 11. The
number of available zones depends on the
number of auxiliary modules used.
13:Alter Shunt
Groups
12:Zone
Resistances
1
1:Edit Zones
1
0:Program Zones
90:Tests
80:Confirm
Devices
70:Edit Text
60:Call Back
50:Set Up
Communications
40:Panel Options
30:Edit Outputs
20:Partitions
10:Program Zones
00:Go to User
Menus?
Chapter III – Installation instructions – Option 11: Edit Zones
18
2.9 Option 11: Edit Zones
e.g.
e.g.
e.g.
for example “2”
^ Description
1011 is in
Prtn >12******
1011 is in
Prtn >1*******
1011 Normal Alm
Double Knock YES
1011 Normal Alm
Double Knock NO
1011 Normal Alm
Access NO
NO Text-
1011>Normal Alm
NO Text-
1011>Not Used
1, 01A Remote
1011 Not Used
Panel Zone 1
0001 Not Used
11:Edit Zones
CHOOSE ZONE-NUMBER
ZONE-TYPE A
CHOOSE ATTRIBUTE
CHOOSE PARTITION
ZONE DESCRIPTION
Chapter III – Installation instructions – Option 11: Edit Zones
19
To program a zone:
2.9.1 Select Zone
The 4-digit numbers in the lower left corner
of the display specifies the zone you want to program.
• The first digit is the bus number. This is the bus number of the device to which the zone is
connected (0 stands for zones directly connected to the mainboard of the alarm centre).
• The next two digits stand for the device address to which the zone is connected (00 for
direct connection to the mainboard).
8 zones constitute a device address, so that every 8-zone auxiliary has its own device
address.
Example:......................................................
2031 means (from right to left): Zone 1 of device address 03 connected with bus 2.
When you scroll through the menu, only valid zone numbers are displayed. For example, 0008
(zone 8 on the mainboard) is followed by 1011 (bus 1, module 01, zone 1).
For modules connected to the bus, the bus number, the module number and the zone number
are shown in the top left corner of the display. Instead of a number, a letter is used for the zone
number.
2.9.2 Select zone type
By means of the zone types, you define how the burglar alarm system reacts if a zone is triggered.
Press to copy all zone attributes of the previous zone.
00 – Not used
This zone never triggers an alarm. However, it can switch an exit in connection with the option
“Mimic” (see page 42).
01 – Normal Alm
If the zone triggers, an alarm is generated immediately. However, the alarm reaction depends on
the settings of the exits.
02 – 24 Hour
This zone is permanently monitored. In the case of an intrusion when the zone is not activated,
only an internal alarm is generated via the operating panel.
In the case of an intrusion when the zone is activated, the alarm reaction is defined by Option 24
(see page 29).
03 – PA Silent
This zone is permanently monitored. In the case of a triggering, an exit can be set to “Panic Alarm”
(see page 35) or “P.A. Alarm” (see page 40), which however does not generate a loud alarm. This
option cannot be used for confirmed alarms (see page 51).
04 – PA Audible
Like “PA Silent” except that the alarm response option (see page 29) can be used to set signalling.
Important
As a default (factory setting), the zone is
triggered when the zone contacts are opened
(NC). If you invert the zone attribute to “YES”,
zones are triggered by a closing of the contacts
(NO).
Chapter III – Installation instructions – Option 11: Edit Zones
20
05 – Fire
A “Fire” zone is normally linked with a fire sensor that is permanently monitored. If triggered, it
generates a fire alarm at the operating panel and on the alarm sounder (if connected).
Furthermore, both the strobe and the bell are addressed for the preset bell time (see page 46).
06 –Technical
This zone is permanently monitored and if triggered activates the exits that are set to “Technical”
(see page 36).
07 – Final Exit
This zone must be triggered first when you enter a secured object. The zone starts the entry delay.
The entry delay is set by Option 23 (see page 28).
If you use “Final Exit” or “Exit Terminate” for the exit mode, the zone is activated when you have
left the secured area and the partition is activated (see page 27).
08 – Exit Term
This zone is normally connected to a pushbutton outside the secured area and is required for
confirmation of the activation of linked partitions. Dependent on the exit mode (see page 27), a
zone must be triggered before the connected partitions are activated. You can shorten the exit
time by setting this zone.
This zone has no influence on the entry delay.
09 – Entry
Zones of this type are shunted if someone enters the area to be monitored. This zone allows you
to walk through the secured area in order to deactivate the alarm centre. At the same time, the
alarm centre starts the entry delay.
10 – Keyswitch
This zone is normally connected with a shunt lock or key-switch. With these, you can
activate/deactivate the alarm centre.
When non-inverted zones are used, the system is activated by opening the zone contacts.
If a key-switch with permanent contacts is used, the zone must be open long enough to allow the
partition to be activated. Otherwise, activation is aborted.
If a pulse switch is used, set the “Non Latching” zone attribute to “Yes” (see page 23).
11 – Shunt Key
This zone is normally connected with a shunt lock or key-switch and is permanently monitored. As
long as the zone contacts are triggered (open), the alarm centre shunts all zones that have the
“Shuntable” zone attribute set to “Yes” and that belong to a partition that is assigned to a “Shunt
Lock” zone.
If you have not assigned any partitions to a Shunt Lock zone, all zones that have the “Shuntable”
zone attribute set to “Yes” and are directly connected as a Shunt Lock to the same auxiliary
module are shunted by opening the zone contacts. For example, if a Shunt Lock is connected to
an 8-zone auxiliary, all zones linked to this module with the “Shuntable” zone attribute are shunted.
If you use a pulse switch, set “Non Latching” for the zone attribute.
12 – Tamper
A zone of this type is permanently monitored. Tamper contacts of external devices can be
connected here. If it is not activated, only an internal alarm is generated.
Important
Select the following options with and .
Chapter III – Installation instructions – Option 11: Edit Zones
21
13 – Perimeter
This zone switches only those exits that are set to “Perimeter”. Triggering this zone does not count
if the alarm centre is expecting a confirmed alarm (see page 51). This zone type is usually used for
external sensors since they are more often accidentally triggered.
14 – Lock Set
Use this zone if you want to change a “Final Exit” zone into a “Normal Alarm” zone when the exit
door is closed.
To be able to use this zone type, set the exit mode to “Lock Set” (see page 27). There must be an
“Final Exit” zone in the same partition as the Lock Set zone.
A user activates the exit time (unlimited in this mode) with his/her user code or a key-switch. After
leaving the secured area, the user activates the system with a shunt Lock or another key-switch.
After seven seconds, the alarm system is activated. The entry/exit zone works like a “Normal
alarm” zone.
When the key-switch is deactivated, the zone is changed back to an Final Exit zone. The entry
time (see Option 23: Partition Timers on page 28) is started when the user enters.
15 – PSU Battery
This zone type can be used with a monitored power supply (supply module). The battery voltage is
permanently monitored. When the zone triggers, a signal tone sounds every minute and the
display shows “PSU Battery”. An exit can also be programmed as PSU battery or battery error.
16 – PSU Fuse
This zone type can be used with a monitored power supply (supply module). The fuse in the
external power supply is permanently monitored. When the zone triggers, a signal tone sounds
every minute and the display shows “PSU Fuse”. An exit can also be programmed as “PSU Fuse”.
17 – PSU Power
This zone type can be used with a monitored power supply (supply module). The output voltage of
the external power supply is permanently monitored. When the zone triggers, a signal tone sounds
every minute and the display shows “PSU Power”. An exit can also be programmed as “PSU
Power”.
18 – Masking
Masking means that a sensor is concealed by such things as cartons or other objects.
If a single zone is used for transmitting alarm, tamper and masking, use the “Normal Alarm” zone
type in connection with the zone attribute “Masking” (see page 22).
Alternatively, you can user two zones, one for masking and the other for alarm/tamper. In this case,
the masking contacts of the sensor must be placed on a zone set to “Masking” type. The
alarm/tamper contacts must be connected to a standard zone. For both zones, you can select NC
or DEOL wiring and set exits (mask, tamper). However, this depends on the reactions that were
set for the masking (see page 54).
Furthermore, users can be excluded from activating partitions triggered in this way (see page 54).
The masking zone must remain activated for the preset duration of masking (see
Option 44: System Timers on page 47) to trigger an alarm or switch an exit.
Important
If the key-switch is open, the alarm centre
cannot use any confirmed alarms.
Chapter III – Installation instructions – Option 11: Edit Zones
22
19 – Occupancy
This zone type displays a warning on the operating panel if the user activates a partition that is
already occupied by another user. This zone type is usually connected to a “Occupancy” output
(NC/NO contact) of an access control system. If the contact is open, partitions connected with this
zone are marked as occupied. If the contact is closed, the partitions are not occupied. If a partition
is occupied and a user wants to activate it, a warning appears on the display. The user can ignore
the warning and continue with the activation.
20 – Security
This zone is permanently monitored. It can be used to block all operating panels connected to the
same partition. The operating panels cannot be used when the zone is activated.
If you use a pulse contact, the zone attribute “Non Latching” must be set to “Yes”.
2.9.3 Zone attributes
One or more of the following attributes can be assigned to each zone.
01 – Access
With this attribute, “Normal Alarm”-type zones can be shunted for the time in which they have to be
crossed to reach the exit or the operating panel. The zone type “Entry” has the same function.
02 – Double Knock
With this attribute, a sensor must be triggered twice within a configurable period (see page 47)
before an alarm is generated. If the sensor remains activated during this period, an alarm is also
generated.
03 – Soak Test
Zones with this attribute are in a test function. Use this test function if you think a sensor may
trigger a false alarm. The sensor can be removed from monitoring for a specific time (see page 47).
If the sensor triggers during this time, this event is logged. Exits of the type “Soak Test Fail” (see
page 36) are activated and the user is informed that the detector test has failed.
If no alarm is triggered, the zone attribute is automatically removed at the end of the test run.
04 – Omittable
Zones with this attribute can be excluded from monitoring before the alarm centre is activated. If
the “Automatic Omits” option is activated (see page 50; Function 45-09), activated zones are
automatically omitted when the system is activated. When the system is deactivated, the zones
are reset to prevent unintentional shunting of zones.
05 – Reset
This attribute is usually assigned to zones connected with vibration or smoke sensors. These
zones are monitored for about 12 seconds after start-up. This is intended to allow the sensor to
stabilise and to reduce false alarms.
06 – Masking
Use this zone attribute only if the zone is a 3-resistance zone that is used for detecting masking
effects. If you place the masking contacts of a sensor on an extra zone, you have to program this
zone as “Masking” too.
07 – Entry
Not used
08 – Chime Tone 1
If deactivated zones trigger, this generates a single tone on the alarm sounder and the operating
panel. The gong must be released for the zone of the partition in the user menu (3-1).
Chapter III – Installation instructions – Option 11: Edit Zones
23
09 – Chime Tone 2
As for Chime Tone 1 except that here 2 signal tones are generated when the sensor is activated.
10 – Chime Tone 3
As for Chime Tone 1 except that here 3 signal tones are generated when the sensor is activated.
11 – Inverted
This attribute permits the use of sensors that are normally open but that close in the event of an
alarm.
12 – Shuntable
Zones with this attribute are shunted if:
• User option 2 is used to shunt zones in a partition (24-hour zones only)
• A “shunt”-type user code is entered on the operating panel (as described in user menu 8-1)
• A “Shunt Key”-type zone is triggered (see page 20) (a locked zone cannot have the “Shuntable”
attribute)
13 – Beam Pair
Zones with this attribute generate an alarm if two or more zones in the same partition are triggered
within a configurable period (see page 47).
This attribute is usually used where PIR sensors are used, where one link is assigned to one zone
in each case. Zones with this attribute should use the same zone type. You cannot define the
sequence of zone linking.
14 – Monitored
If an alarm is triggered, a zone with this attribute activates exits that follow the event “Monitored
O/P On” (see page 37) or “Monitor” (see page 41).
15 – Non Latching
Select “Non Latching” if the zone is of type “Keyswitch” (see page 20), “Shunt Key” (see page 20)
or “Monitoring” (see page 41) and is connected with a pulse contact switch (i.e. the contacts of the
switch do not remain open after switching).
2.9.4 Assigning a zone to a partition
Each zone can be assigned to one or more partitions. If the Common Partition configuration (see
page 48) is set to “On”, zones are secured only if all partitions containing the zone are activated.
2.9.5 Zone description
By using the keypad a description for the zone can be assigned (up to 16 characters). See the
description of the keypad on page 84.
Chapter III – Installation instructions – Option 12: Zone Resistances
24
2.10 Option 12: Zone Resistances
2.10.1 Select zone number
Select the number of the zone for which you want
to set the resistance values.
2.10.2 Select resistances
Select the resistance values for each zone. The
first value is the resistance parallel to the alarm
contact, the second value is the terminating
resistance of the line.
If you use the “Masking” attribute (see page 21)
for the zone, set the resistance combination
4K7/2K2.
Important
Changing resistance values is relevant only if
you select DEOL wiring. With NC or NO wiring,
the Terxon L ignores the resistance values set.
Resistances 2
1K0 / 1K0
Resistances 1
4K7 / 2K2
Panel Zone 2
0002 Entry
Panel Zone 1
0001 Normal Alm
12:Zone
Resistances
Chapter III – Installation instructions – Option 13: Alter Shunt Groups
25
2.11 Option 13: Alter Shunt Groups
Using shunt groups is a simple way of isolating
zones from monitoring. Each shunt group can
consist of up to 8 zones and one “shunt”-type
user (see also user option 8–1 in the
Administration Manual). When the user code is
first entered, the zones are shunted. When the
code is entered again, the zones are
reactivated. You can define up to 10 shunt
groups.
Although 24-hour zones are mostly shunted
together, each individual zone can be added to
a shunt group.
2.12 Option 14: Remote Controls
1. Press and to reach the respective
auxiliaries.
Taste 1-8
1:02:1 Set
Prtns: 1.......
1:02:1 Unset
Prtns: ........
1
:02 Rnode
1
:01 MSNode
Important
In addition to the 8 possible zones, up to 8
additional remote controls can be instructed in a
radio auxiliary. You cannot assign radio auxiliaries
to existing users.
Important
The key combination 5 stands for the
simultaneous pressing of keys 1 and 3. This
triggers a panic alarm (PA).
Important
Selected zones must have the “Shuntable”
attribute (see page 22). Depending on the setting
of “Unshunt”, “No Exit”, “Unshunt&Exit” (see page
53), the restored zones start or do not start the
delay time.
Group 02 Zone 2
Zone >0002
Group 02 Zone 2
Zone >0001
Group 02 Zone >2
Zone 0004
Group 02 Zone >1
Zone 0001
Edit Shunt Grps
Group 02
Edit Shunt Grps
Group 01
13:Alter Shunt
Groups
Chapter III – Installation instructions – Option 20: Partitions
26
2.13 Option 20: Partitions
Use Options 21 to 26 for setting the partitions.
For example, use Option 21 to view zones
assigned to partitions.
2.14 Option 21: View Partitions
Select this option to view the assignment of
zones to partitions. Each zone can have a
different combination of partitions.
Zone 0002
Ptns : 12......
Zone 0001
Ptns : 1......
21: View Prtns
26:Equipment to
Partitions
25:Partition
Resets & Options
24:Alarm
Responses
23:Partition
Timers
22:Exit Modes
21:View Prtns
20:Partitions
Chapter III – Installation instructions – Option 22: Exit Modes
27
2.15 Option 22: Exit Modes
1 – Final Exit
Select this option to activate a partition as
soon as the user has decided on the
activation of a partition and an Final Exit zone
(see page 20). The alarm centre activates the
partition following the defined stabilisation
time (see page 47).
2 – Exit Terminate
Select this option to activate a partition as
soon as the user has decided to activate a
partition. The alarm centre activates the
partition following the defined exit time (see
page 28).
3 – Timed Exit (default)
This exit is activated following the exit delay
(see page 28).
The stabilisation time is included in the exit
delay. For example, if the exit delay is 30
seconds and the stabilisation time is 10
seconds, the stabilisation time starts to expire
20 seconds after the start of the exit time.
Activating the “Exit Terminator” zone can
shorten the duration of activation of the
partitions. For example, if you trigger the “Exit
Terminator” zone five seconds within the exit
time and the stabilisation time is set to 7
seconds, the zone is armed 12 seconds after
activation by the user.
4 – Instant Set
Select this option to activate a partition
instantly. The partition is activated 10
seconds after code entry.
5 – Deferred Set
This option corresponds to “Timed Exit”
except that the exit time is restarted after a
zone is triggered.
6 – Lock Set
Select this option to activate the alarm
system from a contact to this zone. This
allows partitions with an Final Exit zone to be
changed to an “Normal Alarm” zone while the
door is locked. For further information, see
page 21.
7 – Silent Set
This option allows partitions to be activated
silently.
Important
The shortest exit delay time is 10 seconds, even
if you set the value to zero.
Exit For Prtn 2
> Instant Set
Exit For Prtn 2
> Timed Exit
Exit For Prtn 2
Timed Exit
Exit For Prtn 1
Timed Exit
22:Exit Modes
Chapter III – Installation instructions – Option 23: Partition Timers
28
2.16 Option 23: Partition Timers
Under this menu item, you can set timers for the
partitions. These include the entry and exit delays.
1 – Exit Delay (default 30 seconds)
This option specifies the time you have after
entering the code to leave the partition before
it is armed. This setting is needed, for
example, for the “Timed Exit” option (see
page 27).
2 – Entry (default 30 seconds)
If you enter a partition activated by an
entry/exit zone, the entry delay starts. This is
intended to enable the user to disarm the
alarm centre in the preset time. If an invalid
code is entered on the operating panel, the
additional entry delay starts after expiry of the
entry delay. If no valid code is entered after
this time expires, an alarm is generated.
3 – Bell Delay (default 15 seconds)
Use this timer to delay triggering the bell and
the strobe.
This timer or “Sys Bell Dly” (see page 46) is
used in combination with the settings made
under “Partn Bell Time/Global Bell Time” (see
page 50). The default setting is 0 minutes.
4 – Bell Duration (default 3 minutes)
Here you can set the bell duration. This timer
or “Sys Bell Duration” (see page 46) is used
in combination with the settings made under
“Prtn Bell Time/Global Time” (see page 50).
Important
If Confirmation is set to “On” (see page 51 and
“Bells on Unconf” is selected, the exits remain
deactivated for the bell and the strobe and the
system first generates an alarm when a second
zone is triggered within the confirmation period
(see page 45).
Important
You can select different entry and exit delay
times for different partitions.
Entry Delay 2
> 016 Seconds
Entry Delay 2
> 015 Seconds
Entry Delay >2
015 Seconds
Entry Delay >1
015 Seconds
Prtn Timer 2
Entry
Prtn Timer 1
Exit
23: Partition
Timers
Chapter III – Installation instructions – Option 24: Setting alarm responses for a partition
29
2.17 Option 24: Setting alarm responses for a partition
This option regulates the system’s alarm
behaviour. You can make different settings in
each partition.
1 – Full (default.
In this case, a full alarm is triggered on the
operating panel, alarm sounder, bell, strobe and
modem.
2 – Local
In this case, an alarm is triggered on the operating
panel, alarm sounder, bell and strobe.
3 – Internal
In this case, an alarm is triggered on the operating
panel and alarm sounder.
2.18 Option 25: Partition Resets and Options
1
These options are for resetting of the partitions.
1 – Conf Reset
A confirmed alarm can be reset only by
entering the engineer code. If you do not
activate this option, any user with access to
the partition can reset a confirmed alarm.
2 – Unconf Reset
If this option is activated, unconfirmed alarms
(see Option 46: Choosing DD243
Configuration Options (UK)can be reset only
by entering the installer code. If you disable
this option, any user whose code is assigned
to a partition can reset an unconfirmed alarm.
Note here the remote reset attribute.
3 – Tamper Reset
If you select this option, a tamper alarm in a
zone in a particular partition can only be reset
by entering the engineer code. This applies to
an unarmed system. If you disable this option,
any user with access to the partition can
reset a confirmed alarm.
4 – Not used
Unconf Reset 2
Prtn > 1***....
Unconf Reset 2
Prtn > ****....
Prtn Alarm >2
Full
Conf Reset 1
Ptns : ........
25:Partition
Resets & Options
Important
See the alarm behaviour of the operating panels
on page 31.
Prtn Alarm >2
> Local
Prtn Alarm >2
> Full
Prtn Alarm >2
Full
Prtn Alarm >1
Full
24:Alarm
Responses
Important
Various outputs (siren, strobe, dialler outputs,
etc.) switch only at “Full”.
Chapter III – Installation instructions – Option 25: Partition Resets and Options
30
5 – Foyer-Mode
This option refers to partition 1, which can be
automatically activated/deactivated. This
partition is activated when all selected
partitions are activated. For example, if
partitions 2, 3 and 4 are selected, partition 1
is automatically activated when partitions 2, 3
and 4 are activated. If one of the selected
partitions is deactivated, partition 1 is also
deactivated.
6 – F/E=Norm. Alm
This option changes an “Final Exit” zone into
an “Normal Alarm” zone when the partition is
activated. For example, if partition 2 is set to
“F/E = Normal Alarm” and the user activates
partition 2, all “Final Exit” zones in this
partition are treated as “Normal Alarm” zones.
7 – Entry = F/E
This option changes an “Entry” zone into an
“Final Exit” zone when the partition is
activated. For example, if partition 2 is set to
Entry=F/E and the user activates partition 2,
all “Entry” zones in this partition are treated
as “Final Exit” zones.
8 – Full Set Link
The alarm reaction is usually described by
Option 24 (see page 29). If you use this
option, an external alarm is triggered if all
partitions are armed and an alarm is triggered
in one of the partitions.
For example, if you program 3 partitions with
the “Local” attribute and all 3 partitions have
the “Full Set Link”” option, an external alarm
is triggered only if all partitions are activated
and a linked zone (see page 23) is triggered.
If only one partition is activated, only a local
alarm is generated in the event of an alarm.
9 – ENT Key Sets
Here you can select partitions to be
automatically armed after you enter the code
on the keypad and press .
If a normal user arms the alarm centre, only
those partitions are armed that have the
“ENT Key Sets” option and are assigned to
the operating panel used and to that user.
If a user with the attribute “Manager”,
“Standard global”, “Prox Tag User” or “Set
Only” arms the alarm centre, only those
partitions are activated that are assigned to
“ENT Key Sets” and the user. In this case,
the assignment of the operating panels to the
partitions plays no role. Partitions that are not
assigned to the operating panel use the
“Instant” attribute for activation, regardless of
the exit mode, since here no “Exit
Terminator” or “Final Exit” has to be activated.
“ENT Key Set” is not suitable for users with
the “Easy Set” attribute. The partitions
assigned to the user are activated,
independently of the partitions assigned to
the operating panel.
Important
You can continue to walk through zones that are
programmed as “Normal Alarm” and have the
“Access” attribute since they are not influenced
by this option.
Chapter III – Installation instructions – Option 26: Equipment to Partitions
31
2.19 Option 26: Equipment to Partitions
for example “4”
Select this option to assign each operating panel
and each 8-zone auxiliary (radio, wire) to the
corresponding partitions.
1, 02 Remote
Ptns > 123*....
1, 02 Remote
Ptns > 1234....
1, 02 Remote
Ptns : 12345678
1, 01 Remote
Ptns : 12345678
26:Equipment to
Partitions
Important
Operating panels and loudspeakers connected
to a zone auxiliary are automatically assigned to
the same partitions as the auxiliaries. The
loudspeaker and the signalling device of the
operating panel follow the partitions of the
respective auxiliaries. For example, if an
auxiliary is assigned to partitions 2 and 3, the
loudspeaker and the signalling device of the
operating panel react only if an entry, exit, or an
alarm sounder is activated in partitions 2 and 3.
Important
The tamper of the alarm centre, the external
loudspeaker and the external auxiliary/bell
tamper belongs to all partitions.
Important
To ensure that a device is correctly addressed
by the alarm centre, it must be assigned to the
right partition.
Chapter III – Installation instructions – Option 30: Edit Outputs
32
2.20 Option 30: Edit Outputs
If you want to use the outputs of the alarm centre or
the auxiliary modules, use Options 31 to 35. With
these options, you define the events to which an
output reacts.
For example, if you assign an output to “Fire”, it is
activated in the event of a fire alarm.
Each of Options 31 to 35 stands for specific types
of outputs. For example, Option 31 is for the
outputs of the alarm centre only (1, 2, 3, 4, 5), and
Option 34 is used for setting the outputs of the
modules connected to the bus.
The following diagram shows the configuration of
the outputs and guides you through the menu step
by step.
31:Panel Outputs
30:Edit Outputs
36:Time Switches
35:O/M Modules
34:Equipment
33:Digi Onboard
32:Digi H/Wired
Chapter III – Installation instructions – Option 31: Panel Outputs
33
2.21 Option 31: Panel Outputs
Select this option to set the outputs (1, 2, 3, 4 ,5) of the alarm centre. Outputs 1 and 2 are relay
outputs, and 3–5 are transistor outputs.
See the appendix for a more detailed description of outputs as well as technical data.
Output Mode
Output = Latched
Output Inversion
Output = Normal
Zone Op Type >2
0002 Alarm
Prtn Type >32
Ptns 2 SetStrobe
System Type >007
Fire Alarm
Zone OP Type >1
0002 Mimic
Prtn Type >31
Ptns 2 AlwaysOff
System Type >006
Panic Alarm (PA)
Enter User No.
01 Code Entered
Enter Zone:
0002 entry
Select Prtn >2
AlwaysOff
Enter User No.
0001 Normal Alm
Enter Zone:
0001 Normal Alm
Select Prtn >1
AlwaysOff
Output Type 1
User
Output Type 3
Zone
Output Type 2
Ptns
Output Type 1
System
Panel Output 1
Walk Test
31:Panel Outputs
Output Type 1
System
Panel Output 2
Courtesy Light
Chapter III – Installation instructions – Option 32: Digi Hardwired Outputs
34
Set the outputs as follows:
1. Select the appropriate option (31 to 35) for the
device for which you want to set outputs. See
also section 2.21, “Option 31: Panel Outputs”,
on page 33.
2. Define the device output you want to set, for
example, output 3 on the alarm centre.
3. Select the partition in which an event is to
activate a selected output. The Terxon L
provides 4 different event types:
1 – System:
Outputs that you assign to the “System”
event type are activated if an event affects
the whole system.
2 – Ptns (partitions):
The outputs are activated if an event occurs
that affects the assigned partitions.
3 – Zone:
The outputs are activated if an event occurs
that affects the assigned zones.
4 – User:
The outputs are activated if a specific user
code is entered.
4. If appropriate, select the partitions, zones or
users for which an output is to switch.
5. If you select an output assigned to a partition,
a zone or the system, select an event for
which the output is to be activated. You have
the following options:
System events – see page 34.
Partition events – see page 40.
Zone events – see page 42.
Output Inversion: Select this point to invert the
switching behaviour of the output (NO instead of
NC).
Output Mode: Select “Non Latching” if the output
is to return to normal operation following a preset
time.
Output defaults:
Output Default
1 Walk test
2 Courtesy Light
3 Strobe
4 12V switching
5 General error
2.22 Option 32: Digi Hardwired Outputs
Select this option to make settings for the 16
communications outputs on the mainboard.
2.23 Option 33: Digi OnBoard Outputs
Select this option to set the digital software
outputs on the mainboard that can transmit
information via the integrated modem to a
command centre.
Programming these outputs is necessary only
if you use the Fast-Format protocol on page
60). Other formats use only data that is
automatically added to the event memory.
2.24 Option 34: Equipment Outputs
Select this option to set outputs of the
operating panel the 8-zone auxiliary.
2.25 Option 35: O/M Module Outputs
Select this option to set the O/M outputs on
the mainboard (currently not available).
Important
Various outputs (siren, strobe, dialler outputs,
etc.) switch only at “Full”.
Chapter III – Installation instructions – Option 35: O/M Module Outputs
35
2.25.1 System events
If the outputs are to react to system events,
select the following options.
000 – Bell SAB
This output is activated in the event of an
alarm. It can be triggered by a confirmed or
unconfirmed alarm. That depends on whether
the bells are set to “Bells On Confirm” or
“Bells On Unconf” (see page 51). For this
option, you can also select a bell duration
and bell delay.
001 – System Strobe
The output is activated in the event of an
alarm.
002 – Switching 12V
The output is switched if a partition is
activated. The output is deactivated if an
alarm is triggered in a partition, if the exit
delay is running, or if all partitions are
deactivated.
003 – Detector reset
This output is deactivated for about 4
seconds if the first partition is activated by the
user. This output is used for non-
automatically resettable sensors (e.g. smoke
sensors).
004 – Walk Test
This output is activated on the initiation of a
walk test and deactivated when it is
completed.
005 – Burg
This output is activated in the event of an
external alarm (see page 29) of a partition.
The output is deactivated when the user
resets the alarm.
006 – Panic Alarm
This output is activated if a zone of type “PA
Silent” or “PA Audible” (see page 19) is
triggered or if a user code of type “Panic
Code” is used. The output is also activated if
a “Duress” type user code is entered in an
unarmed system. The output is deactivated
when all alarms are reset.
007 – Fire Alarm
This output is activated if a fire alarm is
triggered. The output is deactivated when the
alarm is reset.
008 – System Set
This output is activated if a partition is
activated and deactivated when all partitions
are deactivated.
009 – System full Set
This output is activated if all assigned
partitions are activated and deactivated when
a partition is deactivated.
010 –System open
This output is activated if the system is
deactivated and deactivated when a partition
of the system is activated
011 –Confirmed
This output is activated if a confirmed alarm
is triggered and remains in this state until the
system is reset.
012 –Courtesy Light
This output is set for the duration of the
lighting period (see page 47) if the entry
delay is activated or if an operating panel is
used.
013 – Engineer On Site
This output is activated when an engineer
code is entered. The output is deactivated
when the engineer logs out.
014 – Active Omit
If a sensor (magnetic contact or glass
breakage sensor, but NOT PIR) triggers a
zone and the zone remains active until the
confirmation time expires (see page 46), this
active zone is omitted and the output is
activated. The system deactivates the output
when a user resets the system.
015 – Zones omitted
This output is activated if a zone is omitted
and deactivated when the zone is reinstated.
016 – 24 Hour Omitted
This output is activated if a 24-hour zone is
manually omitted and deactivated when it is
reinstated.
017 – 24 Hour Alarm
This output is activated if a 24 Hour zone
triggers an alarm and the alarm centre is
deactivated. After the 24-hour alarm is reset,
the output is deactivated.
Chapter III – Installation instructions – Option 35: O/M Module Outputs
36
018 – Zones Shunted
This output is activated if a shunt group (see
page 25) is omitted and deactivated when the
zone is reinstated.
019 – Technical
This output is activated if a technical zone is
triggered (see page 20) and is deactivated
after being reset.
020 – PSTN Line Fault
The output is set if a telephone fault occurs
between the integrated modem and the
command centre. The output is reset when
the fault is cleared. For this option, the
telephone fault feature (see page 66) must be
released.
021 – Mains Power Off
This output is activated if the alarm centre
mains power supply is removed or missing. It
is deactivated when power returns.
022 – Access Code
This output is activated if the “Access Code
Only” option (see page 50) is set and an
access code is entered on the keypad. If the
“Access All Codes” option is set, the output is
activated if a valid user code is entered.
023 – Soak Test Fail
This output is activated if a zone is subjected
to a soak test. The output is deactivated
following the test.
024 – First Knock
This output is activated if a zone with the
“Double Knock” attribute (see page 22) is
triggered. It is deactivated by resetting the
alarm system or after a timeout for the
“Double Knock“ (see page 47).
025 – Digi Failed
This output is activated if the integrated
modem cannot communicate.
026 – Digi Successful
This output is activated when the integrated
modem can communicate again.
027 – Digi Active
This output is activated when the integrated
modem is activated and deactivated when
communication is terminated.
028 – 2nd Entry Only
This output is activated if the additional entry
delay is activated (see page 47) and
deactivated when the time expires.
029 – Entry Only
This output is set if a partition starts the entry
delay (see page 28) and reset when the
partition is deactivated or the entry delay time
has expired.
030 – Exit Only
This output is activated if a partition starts the
exit delay and deactivated when the partition
is active.
031 – Exit/Entry
This output is activated if a partition is in exit
or entry mode.
032 – Exit Fault
This output is activated if an error occurs
during the activation of a zone. The output is
deactivated when the error is cleared.
033 – Tamper Alarm
This output is activated if tampering is
detected and deactivated when all causes of
tampering are removed.
034 – Rem Service Call
This output is activated if a remote
connection to programming exists.
035 – Code Accepted
This output is activated if a user enters a
valid code. In stable output mode, it is
deactivated one second later; in “Non
Latching” mode, it is deactivated after the
preset time of the pulse.
036 – Service Required
This output is activated when the service time
(see page 48) is reached and deactivated
when the engineer code is entered.
037 – Reset required
This output is activated if an engineer reset is
required and deactivated when the system is
reset by an engineer code.
038 – Strobe On Set
This output is activated if an alarm is
triggered and deactivated when the system is
reset by a user. The output is also active for
10 seconds after being activated by a user.
Chapter III – Installation instructions – Option 35: O/M Module Outputs
37
039 – Duress Alarm
This output is activated if a duress code (user
option 8-1) is entered and deactivated when
the forced alarm is reset.
040 – System Part Set
This output is activated if not all partitions are
activated and deactivated when all partitions
are activated or deactivated.
041 – Lock Set Unlocked
This output is activated if a key zone is open
and deactivated when all key zones are
closed (see page 21).
042 – Set Failed
This output is activated if a partition cannot
be activated, and deactivated when the failed
activation is reset.
043 – Shunt Code
If the output is set to stable, it is activated for
2 seconds if a shunt code is entered (user
option 8-1). If the output is programmed as
pulsed, it is activated for the duration of the
pulse.
044 – Random Output On
This output is activated at random (between 5
and 60 minutes).
045 – Modem Lockout
This output is activated if the modem is
omitted (following 4 failed attempts) and
deactivated when an administrator code is
entered or after max. 4 seconds.
046 – Aux/Bell Tamper
This output is activated if a bell tamper is
triggered and deactivated when the alarm is
reset.
047 – Panel Lid Tamper
This output is activated if a lid tamper of the
alarm centre is triggered and deactivated
when the alarm is reset.
048 – Chime Mimic
This output is activated for 2 seconds if a
zone with the chime attribute (see page 22) is
activated and released under user option 3-1.
049 – Monitored O/P On
If an output is latched, this output is set if a
zone with the “Monitored” attribute (see page
23) is activated. The output is reset when the
zone is deactivated. If the output is pulsed,
the output is set if a zone with the “Monitored”
attribute is triggered and it remains set for the
duration of the pulse.
050 – Alarm Abort
This output is activated following alarm
cancellation by a user. It is deactivated when
the cancellation delay (see page 47) expires
or if the alarm is reset.
051 – Not used
052 – Relearn Required
This output is activated if the system requires
an engineer code to confirm the connection
of new modules to the alarm centre via a bus.
It is deactivated after successful learning by
the new components.
053 – Always On
This output is permanently active.
054 – Always Off
This output is permanently inactive.
055 – Battery Test On
This output is activated during a battery test.
The test begins when an engineer logs out
and lasts about 10 seconds. You can use this
output for a battery test input of the 8-zone
wired auxiliary with auxiliary power supply.
056 – Battery Fault
This output is activated if the standby battery
is not charged or if the supply current is too
low.
057 – PSU Battery
This output remains active as long as the
PSU standby battery zone type is active (see
page 21).
058 – PSU Fuse
This output remains active as long as the
PSU fuse zone type is active (see page 21).
059 – PSU Power
This output remains active as long as the
PSU mains zone type is active (see page 21).
060 – General Fault
This output is activated if a general error
occurs. The following events constitute a
general error:
1.1. Mains error
1.2. PSU battery zone is active
1.3. PSU fuse zone is active
1.4. PSU mains zone is active
1.5. Mask fault
Chapter III – Installation instructions – Option 35: O/M Module Outputs
38
1.6. Set failed
1.7. Digi failed
061 – Mask Tamper
This option is available only if the “Mask
Unset Tamper” option is selected in
activated/deactivated state (see page 54).
062 – Mask Fault
This option is available only if the “Mask
Unset Fault” option is selected in
activated/deactivated state (see page 54).
The output is activated if a masking state
occurs, and deactivated when the alarm is
reset (see page 21). The “Anti-Mask” timer
delays activation of the output by the
configured length of time (see page 47).
063 to 064 – Always Off
This output remains permanently deactivated.
065 – Pending
This output is activated if more than one
alarm has to be reset.
066 – Always Off
This output remains permanently deactivated.
067 – Ext. Line Fault
This output is activated if +12V DC is present
at the LINE FLT input of the alarm centre.
068 – ATS Test
This output type is available for outputs of the
alarm centre and the digital outputs. It should
only be used for connections to an ATS test
input of a redundant modem.
If a connection is faulty, the ATS test triggers
a “L.F. Single” alarm. If both lines are faulty,
“ATE L.F. All” is displayed.
069 – Always Off
This output remains permanently deactivated.
070 – Auxiliary Fuse
This output is activated if the 12V auxiliary
fuse of the alarm centre is blown.
If you want to assign this event to an output,
remember that the normal state of the output
used is “On” in order to display the voltage
present. “Off” then means that no voltage is
present. If you want to use a negative-
switching output of the digital
communications outputs, you have to invert
the output. Note too that the modem is not
supplied with power via the alarm centre but
has its own power supply so that it can send
messages if there is a power failure.
071 – Bell fuse
This output is activated if the poly-switch
secures the output of the bell fuse.
072 – Network 1 Fuse
This output is activated if the poly-switch
secures the output of bus fuse no. 1.
072 – Network 2 Fuse
This output is activated if the poly-switch
secures the output of bus fuse no. 2.
074 – 079 Always Off
This output remains permanently deactivated.
080 – Rem Batt Fault
This output activates when there is battery
fault at any 8-zone wired extension with PSU.
081 – Ren Mains Off
This output activates when mains power
switches off at any
082 – Rem Pwr Out Flt
This output is activated when the voltage
from any is too high or too low. This may
indicate excessive loading (voltage too low).
083 – Sys Batt Fault
This output activates when there is a fault
with the battery in the control panel or any
084 – Sys Mains Fault
This output is activated when mains power
switches off at any control panel or in any
085 – 099 Always Off
This output remains permanently deactivated.
100 – Auto-Setting
This output is activated 1 minute before the
automatic activation of a partition. The output
is deactivated when the system is activated.
If activation is delayed, the output remains
active. The partition is activated by the “Auto
Set Timer” option (see page 55).
101 – Auto-Set Timer 1
This output is activated if timer 1 for
automatic activation is running. It is
deactivated when the timer is off.
102 – Auto-Set Timer 2
Important
Invert the output of the alarm centre if a
positive input signal is used on the modem.
Chapter III – Installation instructions – Option 35: O/M Module Outputs
39
This output is activated if timer 2 for
automatic activation is running. It is
deactivated when the timer is off.
103 – Auto-Set Timer 3
This output is activated if timer 3 for
automatic activation is running. It is
deactivated when the timer is off.
104 to 108 – Always Off
This output is always deactivated.
109 – PC Output 1 On
This output is controlled by a PC on which
the Downloader software is running.
110 – PC Output 2 On
This output is controlled by a PC on which
the Downloader software is running.
111 – PC Output 3 On
This output is controlled by a PC on which
the Downloader software is running.
112 – PC output 4 On
This output is controlled by a PC on which
the Downloader software is running.
113 to 118 – Always Off
This output is always deactivated.
119 to 126 – Not used
127 to 128 – Always Off
This output is always deactivated.
129 – Time Switch 1 On
This output is activated as long as time
switch 1 is active (see page 43).
130 – Time Switch 2 On
This output is activated as long as time
switch 2 is active (see page 43).
131 – Time Switch 3 On
This output is activated as long as time
switch 3 is active (see page 43).
132 to 138 – Always Off
This output is always deactivated.
Chapter III – Installation instructions – Option 35: O/M Module Outputs
40
2.25.2 Partition Events
The outputs here follow a special event assigned
to a partition.
00 – Bell-SAB
This output is activated if an alarm of a
corresponding partition is triggered and the
bell output on the alarm centre is activated. It
is deactivated when the bell output is
deactivated. The bell output can be activated
by a confirmed or unconfirmed alarm,
depending on whether “Bells On Confirm” or
“Bells On Unconf” (see page 51) is selected.
01 – Strobe
This output is activated if an alarm of a
corresponding partition is triggered and the
bell output on the alarm centre is activated. It
is deactivated when the selected partition is
reset.
02 – Switch 12V
Is switched if the selected partition is
activated. The output is deactivated if an
alarm is triggered, the exit delay is running, or
the partition is deactivated.
03 – Det. Reset
This output is deactivated for about 4
seconds if the first partition is activated by the
user. This output is used for resetting non-
automatically resettable sensors (e.g. smoke
sensors).
04 – Walk test
This output is activated on the initiation of a
walk test in a selected partition and
deactivated when it is completed.
05 – Burg
This output is activated if there is an alarm
(see page 29) in the selected partition. The
output is deactivated when the user resets
the alarm.
06 – P.A. Alarm
This output is activated if a zone of type “PA
Silent” or “PA Audible” (see page 19) is
triggered or if a user code of type “Panic
Code” is used. This output is activated only if
the zone or the user is assigned to the
selected partition.
The output is also activated if a duress-type
user code is entered in an unarmed partition.
The output is deactivated when all alarms are
reset.
07 – Fire
This output is activated if a fire alarm is
triggered in the selected partition. The output
is deactivated when the alarm is reset.
08 – Set
This output is activated if a selected partition
is activated, and deactivated when the
partition is deactivated.
09 – 2nd Entry
This output is activated as long as the
additional entry delay for the partition is
running.
10 – 24Hr. Alm.
This output is activated if a 24-hour zone in a
selected partition is triggered and the alarm
centre is not activated.
11 – Cnf Alarm
This output is activated if a confirmed alarm
in a zone of a selected partition is detected,
and remains active until the alarm is reset.
12 – Zone Omit
This output is activated if a zone of the
selected partition is omitted or shunted (e.g.
by user option 1 or 2), and deactivated when
the “Omit” or “Shunt” attribute is removed
from all zones of the partition.
13 – Act. Omit
If a zone of a selected partition is activated by
a sensor that does not automatically reset
itself (magnetic contacts, glass breakage
sensor, but not PIR) and the zone remains
activated until the expiry of the confirmation
period, the alarm centre omits this zone and
switches this output. The alarm centre
deactivates the output when a user resets the
system.
14 – 24Hr Omit
This output is activated if one or more 24-
hour zones in a selected partition are omitted,
and deactivated when all 24-hour zones of
this partition are reinstated.
15 – Set Failed
This output is activated if activation of a
partition fails (e.g., a zone is active), and
deactivated when the partition is reset.
16 – Settling
This output is activated if the “Exit Settle
Time” (see on page 47) is running for the
selected partition.
Chapter III – Installation instructions – Option 35: O/M Module Outputs
41
17 – Clear
This output is activated if no tamper or no
zone is triggered in the selected partition.
Otherwise, the output is deactivated.
18 – Tamper
This output is activated if a tamper zone in
the partition is activated, and deactivated
when all tamper alarms are reset. This output
works as “Global” tamper for all types of
tamper alarm in the partition.
19 – Reset Req
This output is activated if an engineer code or
a remote code is required in a partition, and
deactivated if one of the two codes is entered.
20 – Lock-Out
This output is activated if a security zone is
activated, and deactivated when this zone is
no longer active.
21 – Chime On
This output is activated if a zone of the
selected partition triggers a chime.
22 – Monitor
If the output is stable, it is activated if a
monitoring zone in the selected partition is
triggered, and deactivated when the zone is
deactivated.
If the output is pulsed, it is activated only for
the duration of the pulse.
23 – Alm Abort
This output is activated if an alarm in a
selected partition is cancelled by a user, and
deactivated when the cancellation time
expires or the alarm is reset.
24 – Entry
This output is activated if the entry delay for a
selected partition is activated, and
deactivated if the partition is deactivated or
the delay time expires.
25 – Exit
This output is activated if exit mode is started
in a selected partition, and deactivated if the
partition is activated.
26 – Exit/ent.
This output is activated if entry or exit mode
is activated.
27 – Exit Flt
This output is activated if an error occurs
during activation in a zone of the selected
partition (e.g. a zone that does not have the
“Access” attribute is activated). As soon as
the error is cleared, the output is deactivated.
28 – Sndr Ctl.
This output is activated if a signal (e.g.
entry/exit timeout or alarm) is required on an
operating panel assigned to the partition.
In the default factory state, an operating
panel assigned to a wired auxiliary supplies
all signal tones required for all partitions
assigned to the auxiliary. Operating panels
connected directly to a bus supply the signal
tones for all partitions. This output is intended
to ensure that an operating panel issues only
the signal times that are assigned to it.
To be able to use this option, assign the
output of a corresponding operating panel to
this output type. Insert the jumper over the
connector “WARD SDNR” on the operating
panel board. If an operating panel is
connected to a wired auxiliary, the auxiliary
must be assigned to all partitions used.
29 – Perimeter
This output is activated if a “Perimeter” zone
triggers an alarm in the selected partition,
and is deactivated when the alarm is reset.
30 – Shunted
This output is activated if one or more zones
with the “Shunted” attribute (user option 2)
are triggered in a selected partition. The
output is deactivated when the zones no
longer have the “Shunted” attribute and are
being monitored again.
31 – AlwaysOff
This output is permanently inactive.
32 – SetStrobe
This output is activated if an alarm occurs in
a partition, and deactivated when a user
resets the alarm. Furthermore, the output is
activated for 10 seconds after being activated
by a user code.
33 – Access
If the “Access Code Only” option is set, the
output is activated if an access user code is
entered. If the “Access All Codes” option is
Chapter III – Installation instructions – Option 35: O/M Module Outputs
42
selected, the output is activated for every
valid user code assigned to the partition.
34 – LS Open
Active if a key zone is open in the selected
partition.
35 – PSU Batt
This output remains active as long as the
PSU standby battery zone is active (see page
21).
36 – PSU Fuse
This output remains active as long as the
PSU fuse zone is active (see page 21).
37 – PSU Mains
This output remains active as long as the
PSU mains power zone is active (see page
21).
38 – Mask Tamp
This option is available only if the “Mask
Unset Tamp” or “Mask Set Tamp” option is
selected. The output is activated if the
masking of a sensor is detected (p. 22). The
anti-masking time delays the activation of the
output accordingly.
39 – Mask Flt
This option is available only if the “Mask
Unset Fault” or “Mask Set Fault” option is
selected. The output is activated if the
masking of a sensor is detected (see page
22). The anti-masking time delays the
activation of the output accordingly.
40 – Auto Set
Not used.
2.25.3 Zone events
The outputs here follow a special event assigned
to a zone.
1 – Mimic
The output is activated if a zone triggers an
alarm. The output can follow any zone
including zones with the “Not used” attribute.
Depending on whether “Mimic All Times” or
“Mimic Set Only” is set, the output follows the
zone only if the zone is in an activated
partition.
2 – Alarm
This output is activated if a zone triggers an
internal, local or external alarm, and
deactivated when the alarm is reset.
3 – Tamper
This output is activated if there is a tamper
alarm in a zone (regardless of whether the
zone is activated or deactivated), and
deactivated when the tamper alarm is reset.
4 – Test Failed
This output is activated if a zone triggers
during a sensor test, and deactivated when
the engineer enters his/her code.
5 – Omit
This output is activated if a zone is shunted
or omitted (user option 1 or 2), and
deactivated when the zone is no longer
shunted or omitted.
Chapter III – Installation instructions – Option 36: Time Switches
43
2.26 Option 36: Time Switches
With this option you can program three time switches. You can use these timers to switch alarm
outputs, for example to operate external lighting or other electrical equipment.
You can assign up to three switching times to each timer (a switching time consists of an “on” and an
“off” time). You can also specify weekdays for the switching of the outputs. The outputs are monitored
by the timers (see page 39). These switches are also available in the user menu (user option 3-3).
Time Switch 1
36: Time Switches
Time Switch 2
On (2) >00:00
Time Switch 2
On (1) 00:00
Time Switch 2
1 Operates On :-
> .......
Chapter III – Installation instructions – Option 40: Panel options
44
2.27 Option 40: Panel options
Options 41 to 48 are for the general configuration of the alarm centre.
48:Auto Set
45:Configuration
44:System Timers
47:EN50131
46:DD243
41:Engineer Code
40: Panel Options
43:Adjust Volume
42:Time and Date
Chapter III – Installation instructions – Option 41: Engineer Code and Name
45
2.28 Option 41: Engineer Code and Name
Under this item, you can change the engineer
name and password. The password can be 4 or 6
characters long, depending on your setting (see
page 52). The factory setting is 7890 for the 4-
digit code, and 789000 for the 6-digit code. The
engineer name is displayed in the system
memory according to the login (see page 72).
2.29 Option 42: Time and Date
Select this option to check and correct the date
and time.
1 – Set Time
The time is shown in 24-hour format on all
operating panels, and is also used for time-
stamping events.
2 – Set Date
The date is shown on all operating panels, and is
also used for date-stamping events.
Important
The system automatically changes the time to
summer/winter time.
Current Date :-
20/01/2006
42:Time and Date
Time and Date 2
Set Date
Time and Date 1
Set Time
Important
To reset the engineer password to the factory
setting, open the alarm system, cancel the
tamper alarm with a user code, and then briefly
short-circuit the “Factory Restart” contacts on
the mainboard while there is current present in
the alarm centre (complete reset).
Engineer
Engineer Name
Enter new code..
----
Engineer Code 1
Code
41: Engineer Code
Chapter III – Installation instructions – Option 43: Adjust Loudspeaker Volume
46
2.30 Option 43: Adjust Loudspeaker Volume
Select this option to adjust the alarm sounder
volume on the alarm centre or to switch it off. You
can adjust between 0 (off) and 7 (max.).
2.31 Option 44: System Timers
Select this option to define time sections and
timers that influence the whole system. These
include the bell duration and the number of
triggers necessary before an alarm is activated.
System Timers
Select the type of timer:
01 – Confirmation
(default = 30 minutes)
This timer can only be used in combination
with the “Confirmation On” option (see page
51).
A confirmed alarm then occurs only if at least
2 zones trigger within this period. If a second
zone is not triggered within this period, the
bell and strobe are cancelled, and the system
remains active (the zone that triggered is
shunted).
02 – Sys Bell Dly
(default = 000 minutes)
Select this option to delay the bell alert. This
option can only be used for a completely
activated system and the selection of the
setting “Global Bell Time” (see page 50).
Important
This time is considered as zero is the setting
“Bells On Unconf” (see page 51) is selected.
Otherwise, the bell delay (see page 27) is used.
44:System Timers
Sys Bell Dly 02
> 005 Minutes
Confirmation 01
030 Minutes
Sys Bell Dly 02
> 000 Minutes
Sys Bell Dly 02
000 Minutes
Important
The settings made here do not influence the
volume of the operating panel. However, the
panel emits a signal when you are changing the
volume.
Adjust Volume
>
Adjust Volume
>>
43: Adjust Volume
Chapter III – Installation instructions – Option 44: System Timers
47
03 – Sys Bell Dur
(default = 003 minutes)
Select this option to set the duration of the
bell output. This option can only be used for a
completely activated system and the
selection of the setting “Global Bell Time”
(see page 50). Otherwise, the bell delay
option (see page 28) is used.
04 – Anti-Mask
(default = 005 seconds)
A masking zone or a zone with the “Masking”
attribute (see page 22) must remain active for
the anti-masking period in order to trigger a
masking alarm or to activate a masking
output.
05 – Line Fault
(default = 030 seconds)
Select this option to define a delay time for
the acoustic signal of a telephone fault. The
display of the fault is not delayed.
06 – AC Off Delay
(default = 030 seconds)
This timer delays the signal for a mains fault
and the outputs set as “Main Power Off” (see
page 36).
07 – Soak Test
(default = 014 days)
Use this timer to set the sensor test period of
a zone. If the time is set to 000, the zone
remains in test until the attribute is removed.
08 – Exit Settle
(default = 005 seconds)
Use this timer to stabilise detectors within the
output route. Some detectors need some
time to stabilise following activation. This time
provides a delay before sensors of zone type
“Final Exit” or “Exit Terminator” are activated
when the alarm centre activates the partitions.
09 – 2nd Entry Delay
(default = 000 seconds)
When the entry delay of a partition expires,
the supplementary delay starts. If the partition
is not reset following the delay, an alarm is
triggered according to the setting in Option 24
(see page 29).
10 – Double Knock
(default = 010 seconds)
In this period, a specific number of triggers
must be received by the sensors before an
alarm is generated, or the zone must remain
activated all the time to generate an alarm.
This option affects only zones with the
“Double Knock” attribute (see page 22).
The number of zone triggers is defined by the
“Double Knocks Counter” option (see page
48).
11 – Abort Period
(default = 060 seconds)
This timer controls the duration of the alarm
abort output for the system (see page 37) or
for the partition (page 41).
12 – Abort Delay
(default = 180 seconds)
This timer is relevant only for specific alarm
states that need an engineer reset. If a user
confirms an alarm within the abort duration,
the alarm does not need an engineer reset or
a remote reset. If an alarm occurs, the output
(alarm abort type for the system – see page
37 – or for the partition – see page 41) is
activated only if the system is deactivated
within this period. If the system is first
deactivated after this time, the output is not
activated.
13 – Courtesy Time
(default = 120 seconds)
Select this time for the duration of the interior
lighting.
14 – Menu Time-Out
(default = 30 minutes)
This time specifies how long a user option is
displayed before being aborted and the
display returns to normal idle mode.
15 – Beam Pair
(default = 010 seconds)
This period is for zone type “Beam Pair” (see
page 23) and specifies the time for triggering
two zones of this definition in which an alarm
is triggered.
16 – Defer Setting
(default = 010 minutes)
Chapter III – Installation instructions – Option 44: System Timers
48
This timer is important for “Auto Set” (see
page 55). One minute before automatic
activation, the operating panel informs you
that the system is about to be activated.
Entering a user code delays activation by the
time set here.
17 – Service Time
(default = 000 days)
Select this option to display a message telling
the user at regular intervals that a service call
is necessary. The user can still activate and
deactivate the system. The display
disappears when an engineer logs into the
system. The service time is then restarted.
18 – Select Menu
(default = 030 seconds)
This option defines the time in which
partitions are displayed for activation after a
user code is entered.
19 – Keys Till Tamp
(default 020 for 4-digit code or 030 for 6-digit
code)
This counter specifies how many invalid keys
can be pressed before code tampering is
detected. A code tamper locks the operating
panels for 5 minutes. The default depends on
the number of digits used in the code.
20 – No. of Rearms
(default = 000)
After the end of the alarm duration, zones
that triggered an alarm are taken back into
monitoring if they no longer have an alarm
state. Zones that still trigger are shunted. The
counter specifies how often a zone can be
reinstated before it is shunted.
21 – Not used
22 – Double Knocks
(default = 002)
This counter defines how many triggers are
necessary within the “Double Knocks Period”
to trigger an alarm with the “Double Knock”
attribute.
23 – Tst Call Strt
(default = 000)
Use this timer for making test calls from the
integrated modem to the command centre.
These calls are sent at fixed intervals. Such
test calls are known as “static” test calls. The
timer defines the start time of the calls and
the “Tst Call Int” option defines the interval
between calls. For example: If you set 003 for
the start of the test call and 010 for the
interval, the test calls begin at 03:00 hours,
and the next calls are at 13:00, 23:00, 9:00,
19:00 hours, etc.
24 – Test Call Int
(default = 000)
If you set a value greater than zero for the
start of test calls, use this timer to define the
intervals between the calls.
If you set the start of test calls at zero, the
interval timer sets the maximum period (in
hours) between test calls to a command
centre. The integrated modem automatically
makes a test call if no other call is made to
the command centre within the defined period.
This is known as a “dynamic” test call.
25 – Not used
26 – Payment Time
(default = 000 days)
The engineer’s company can use this timer to
prevent users from activating the system.
When the set time has expired, users cannot
activate the system until an install code has
reset the system. To deactivate this option,
select 000.
Important
This counter is available only if the “Confirmation
Off” option (see page 51) is selected. A
confirmed alarm then occurs only if at least 2
zones trigger within this period. If a second zone
is not triggered within this period, the bell and
strobe are cancelled, and the system remains
active (the zone that triggered is shunted).
Chapter III – Installation instructions – Option 45: General Configuration Options
49
2.32 Option 45: General Configuration
Options
01 – Common Prtn Off/On
Off (default) – With this option, a zone in
more than one partition is monitored if one of
the partitions is activated. Monitoring ends
when one of the respective partitions is
deactivated.
On – With this option, a zone in more than
one partition is monitored only if all partitions
are activated. Monitoring ends when one of
the respective partitions is deactivated.
02 – Bell Is n SAB/SCB
SAB (default) – The bell output of the alarm
centre supplies 0V when activated.
SCB – The bell output of the alarm centre
removes 0V when activated.
03 – View Alms Unset/View Alms P. Set
View Alms Unset (default) – If a partition is
activated and an alarm is triggered in an
activated partition, alarm information appears
immediately after the user code is entered.
Until then, no message appears on the
display. When the system is reset, details of
the alarm appear on the display after the user
code is entered.
View Alms P. set – If some partitions of the
system are activated and an alarm is
triggered in an activated partition, the alarm
information appears immediately on all
operating panels.
04 – Engr Authorrised/User Authorised
Engr Authorised (default) – When the
Downloader software is used, data in the
alarm centre can be overwritten without the
user’s permission.
User Authorised– When the Downloader
software is used, data in the alarm centre can
be overwritten only with the user’s permission
(user option 5-1).
05 – On-Line Enabled/Disabled
On-Line Enabled (default) – When the
Downloader software is used, the “online
keypad” option can be used.
On-Line-Disabled – When the Downloader
software is used, the “online keypad” option
cannot be used.
06 – Not used
07 – Digi Normal/Inverted
Digi Normal (default) – The digital
communications outputs switch from von
+12V to 0V on activation.
Digi Inverted – The digital communications
outputs switch from von +0V to 12V on
activation.
08 – Chime Audible/Visible
Audible (default) – Zones that use the
“chime” attribute generate only an acoustic
signal.
Visible – Zones that use the “chime” attribute
generate an acoustic signal and a message
on the display that a zone has been triggered.
09 – Manual Omits/Automatic Omits
Manual (default) – Zones that have the
“Omit” attribute can be omitted only by a user
(user option 1).
Automatic – Zones that have the “Omit”
attribute are automatically omitted if they are
active and the system is activated. This
option has no meaning if the “View Exit
Errosr” option is activated.
10 – Omit Tampers No/Yes
No (default) – If zones are omitted with user
option 1, tamper zones are not omitted at the
same time.
Yes – If zones are omitted with user option 1,
tamper zones are omitted at the same time.
11 – Global Setting/Local Setting
Global (default) – The user can activate a
partition from an operating panel if the user
type allows this and the partition is assigned
to the user (user option 8-1).
Local – This option allows the user to
activate only a partition that is assigned to
him/her. The operating panel must belong to
this partition (see page 31).
Important
Do not use the “Automatic Omit” option if a
partition uses the “Deferred Set” or “Lock Set”
option (see page 26), otherwise the system will
not set.
Chapter III – Installation instructions – Option 45: General Configuration Options
50
12 – Global Unsetting/Local Unsetting
Global (default) – The user can deactivate a
partition from an operating panel if the
partition is assigned to the user (user option
8-1).
Local – This option allows the user to
activate only a partition that is assigned to
him/her. The operating panel must belong to
this partition (see page 31).
13 – 24hr Omit Global/Local
Global (default) – A zone can be omitted or
shunted from an operating panel.
Local – A zone can be omitted or shunted
from an operating panel only if the zone is in
the same partition as the operating panel.
14 – Prtn Bell Time/Global Bell Time
Partition (default) – The alarm centre uses
the bell delay and the bell duration for the
partitions (see page 28) if the system is
completely or only partly activated.
Global – The alarm centre uses the bell
delay and the bell duration for the partitions
(see page 28) if partitions of the system are
activated. If there is a complete activation of
the system, the “Sys Bell Dly” and “Sys Bell
Dur” options (page 46) are used.
15 – Latching Fire/Unlatching Fire
Latching (default) – Fire zones (page 19)
generate an alarm when triggered and are
returned to monitoring when the user code is
entered twice (once to reset the alarm and
once to reactivate the sensor).
Unlatching – Fire zones (page 19) generate
an alarm when they are triggered. To
deactivate the alarm, the user enters his/her
code. The zone is then returned immediately
to monitoring.
16 – Timed Code o/p / Latched Code o/p
Timed code o/p (default) – If the output is
set to stable, it is activated for 2 seconds
after a user code is entered and then
deactivated.
If the output is pulsed, it is activated for the
duration of the pulse.
Latched Code o/p – If the output is set to
stable, it is activated when a user code is
entered, and deactivated when the code is
entered again.
If the output is pulsed, it is activated for the
duration of the pulse and then deactivated.
17 – Latching 24hr/Nonlatching 24hr
Latching (default) – 24-hour zones (page 19)
generate an alarm when triggered and are
returned to monitoring when the user code is
entered twice.
Nonlatching – 24-hour zones (page 19)
generate an alarm when they are triggered.
After a user code is entered, the alarm is
deactivated and the zone is returned
immediately to monitoring.
18 – Access Code Only/All Codes
Access Code Only (default) – Outputs that
follow the “Access Code” (page 36) or
“Access” (page 41) event are activated if a
code of the “Access Code” type is entered.
All Codes – The output are activated by the
entry of a user code.
19 – Not used
20 – Unshunt, Exit/No Exit
No Exit (default) – If the shunt code is
entered (user option 8-1), zones with this
option are returned to monitoring, but no exit
mode is started.
Exit – With this option, zones are returned to
monitoring by the entry of the shunt code
(user option 8-1) and at the same time the
exit mode is started.
21 – Ignore Errors/View Exit Errors
Ignore (default) – If the alarm system is
activated despite triggered zones, the exit
delay continues to run to the end. If the zones
are then still open, the alarm is activated and
an error is shown on the display.
View Exit – If an tempt is made to activate
the alarm system with open zones, a
message appears on the operating panel
display informing that zones are still open.
The system cannot be activated until the
zones are closed.
22 – Mimic, All Times/Set Only
All times – If an exit of type “Mimic” is used,
the exit always follows the zone.
Set Only – If an exit of type “Mimic” is used,
the exit follows the zone only if it is in an
activated partition.
Chapter III – Installation instructions – Option 46: Choosing DD243 Configuration Options (UK)
51
23 – Not used
24 – Duress Allow No/Yes
No (default) – Select this option to prevent
the definition of users with the “Duress” and
“Panic” attributes in the administrator menu
(Option 8-1).
Yes – Select this option to permit the
definition of users with the “Duress” and
“Panic” attributes in the administrator menu
(Option 8-1).
25 – Keypad PA Off/On
Off (default) – A panic alarm cannot be
triggered on the operating panel.
On – A panic alarm can be triggered on the
operating panel by simultaneously pressing
keys 1 and 3.
26 – Exit Foyer/Inst Set Foyer
Exit (default) – Partition 1 uses the exit delay
of the partition (page 28) whenever the
partition is automatically activated by the
Foyer option (page 30).
Instant – Partition 1 ignores the exit delay
time and activates the partition immediately
after the partitions that are linked to it are
activated.
This can happen only if the operating panel
or key-switch used is not in partition 1.
27 – Radio PA Audible/Silent
Silent (default) – If key combination 5 (keys 1
and 5 simultaneously) is pressed on the remote
control, a silent panic alarm (PA) is triggered.
Audible – If key combination 5 (keys 1 and 5
simultaneously) is pressed on the remote control,
an acoustic panic alarm (PA) is triggered.
2.33 Option 46: Choosing DD243
Configuration Options (UK)
1 – Confirmation Off/On
Off (default) – This option does not use any
confirmed alarms, and the exits that follow
this attribute cannot be used.
On – Use this setting if you want to use the
DD243 Standard. This option is designed to
avoid false alarms.
A confirmed alarm has occurred if at least 2
zones in a partition are triggered within a
configurable time. The precondition is that the
partition is activated and the entry delay is
not running. A confirmed alarm should
minimise the probability of false alarms. Note
that the second sensor can also be in a
different partition from the first sensor. (The
system reports the confirmation of the alarm
in the partition containing the second sensor.)
If you do not select “Confirmation On”, all
alarms are unconfirmed and the triggering of
a single zone is sufficient to generate an
alarm.
2 – Sndrs on Unconf/Confirm
Unconf (default) – The alarm centre starts
the internal signalling device (including
operating panels) immediately after an
unconfirmed alarm. It reacts in the same way
as if you select “Confirmation Off”.
Confirm – The alarm centre starts the
internal signalling device (including operating
panels) immediately after a confirmed alarm
and after the expiry of any bell delay.
3 – Bells On Unconf/Confirm
Unconf (default) – The alarm centre starts
the external bell immediately after an
Important
The following options are important only if you
select “Confirmation On”.
Important
The following options are important only if you
select “Confirmation On”.
Chapter III – Installation instructions – Option 47: Choosing EN50131 Configuration Options
52
unconfirmed alarm. It reacts in the same way
as if you select “Confirmation Off”.
Confirm – The alarm centre starts the
external bell immediately after a confirmed
alarm and after the expiry of any bell delay.
4 – After Entry Yes/No
No (default) – Select this option to avoid
confirmed alarms following expiry of the entry
delay.
Yes – Select this option to use confirmed
alarms following expiry of the entry delay
(see page 28). In this case, an alarm is not
generated in the case of an intrusion until
after the expiry of the entry delay and the
triggering of one or two zones. However, only
those zones that are not on the entry route
are considered (entry zones are ignored).
To use one or two zones for activation after
the expiry of the delay, select “Confirm 1
Zone” or “Confirm 2 Zones”.
5 – Ent KPD Lock Off/On
Off (default) – Users can deactivate the
alarm system during the entry delay from an
operating panel.
On – Users cannot deactivate the alarm
system during the entry delay.
6 – Confirm 2 Zones/1 Zone
2 Zones – A confirmed alarm is generated if
an intruder triggers 2 mutually independent
zones after expiry of the entry delay (page
28). If the alarm centre triggers an alarm
before the delay starts, only one further zone
is necessary for activation.
1 Zone – A confirmed alarm is generated if
an intruder triggers a zone after expiry of the
entry delay (page 28).
2.34 Option 47: Choosing EN50131
Configuration Options
01 – 4 Digit Codes/6 Digit Codes
4-Digit Codes (default) – All users use 4-
digit codes.
6 Digit Codes – All users use 6-digit codes.
If this code length is used, the engineer code
is 789000 and the administrator code is
123400.
02 –Internal Sounder/Local Sounder
Intern/Local
Internal (default) – If an alarm occurs during
the entry delay (page 28), the external alarm
sounder and the signalling device of the
operating panel are activated for 30 seconds.
After this period, the alarm behaviour of
Option 24 (page 29) is used.
Local The functioning is comparable to that
of the internal signalling device, except that
the bell and the strobe are also activated for
30 seconds.
03 – Not used
Important
You cannot change this setting if the engineer
code or the default administrator code (user 01)
has been changed or another code has been set
in the user menu (Option 8-1). Users can be
deleted by Option 95-5 (see page 81) and 98
(page 83).
Important
The following options are important only if you
select “Confirmation On”.
Important
The following options are important only if you
select “Confirmation On”.
Important
The following options are important only if you
select “Confirmation On”.
Important
The external bell output works without a
confirmed alarm when the entry delay time has
started and expired.
See also the information about bell delay and
bell duration on page 45.
Chapter III – Installation instructions – Option 47: Choosing EN50131 Configuration Options
53
04 – Instant Alarm/Delayed Alarm
Instant (default) – The Burg output is
activated immediately following a full alarm
caused by expiry of the entry delay.
Delayed – This option delays the output by
another 30 seconds.
05 – Tampers As Alarm/as Tamps
Tampers as Alarm (default) – If the system
triggers a tamper alarm when the alarm
centre is active, the alarm centre reacts as
follows:
• Both a tamper signal (CID code 137) and
an alarm (CID code 130) are transmitted
to the command centre. This requires the
setting of the Contact ID format.
• System, partition and zone outputs of
type “alarm” and “tamper alarm” (or
“tamper”) are triggered.
If tampering occurs during the deactivated
state of the alarm centre, the alarm centre
reacts as follows:
• Only the tamper is transmitted (CID code
137)
• System, partition and zone outputs of
type “alarm” and “tamper alarm” (or
“tamper”) are triggered. See the following
table:
Output type
System Partition Zone
Tamper
triggered
Alarm
centre
state
“Tamper
as”
Alarm Tampe
r
Alarm Tampe
r
Alarm Tampe
r
Alarm
centre
inactive Alarm Off On Off On Off Off
operating
panel
inactive Alarm Off On Off On Off Off
Zone inactive Alarm Off On Off On Off On
Alarm
centre
active Alarm On On On On Off Off
operating
panel
active Alarm On On On On Off Off
Zone active Alarm On On On On On On
Alarm
centre
inactive Tamper Off On Off On Off Off
operating
panel
inactive Tamper Off On Off On Off Off
Zone inactive Tamper Off On Off On Off On
Alarm
centre
active Tamper Off On Off On Off Off
operating
panel
active Tamper Off On Off On Off Off
Zone active Tamper Off On Off On Off On
Chapter III – Installation instructions – Option 47: Choosing EN50131 Configuration Options
54
Tamper As Tamper – If a tamper is
triggered when the alarm system is active or
inactive, the alarm centre reacts as follows:
• Only the tamper (CID 137) is transmitted
to the command centre.
• System, partition and zone outputs of
type and “tamper alarm” (or “tamper”) are
triggered.
06 – Mask Unset Fault/Tamp
Mask Unset Fault (default) – The alarm
centre classifies masking in a deactivated
state as a fault. Outputs defined as “mask
Fault” (page 38, page 42) are then activated.
Mask Unset Tamp – The alarm centre
classifies masking in a deactivated state as
tampering. Outputs defined as “Mask Tamp”
(page 38, page 42) are then activated.
07 – Mask Set Fault/Tamper
Mask Set Fault (default) – The alarm centre
classifies masking in an activated state as a
fault. Outputs defined as “Mask Fault” (page
38, page 42) are then activated.
Mask Set Tamper – The alarm centre
classifies masking in an activated state as
tampering. Outputs defined as “Mask Tamp”
(page 38, page 42) are then activated.
08 – Mask Override/Inhibit
Override (default) – The user can activate
zones that are masked (page 22).
Inhibit – The user cannot activate zones that
are masked (page 22).
09 – Gen/Fault: User/Eng
User (default) – If you select this option, the
user can ignore a general error when
activating the alarm centre.
Engineer – If you select this option, the user
cannot activate the alarm centre in the event
of a general error.
10 – AC FAil: No Reset/User Engineer
No Reset: (Default) – The display shows an
error message if the mains supply is
disconnected. The message disappears as
soon as the power supply is reconnected.
User – A mains error requires input of a user
code.
Engineer – A mains error requires input of an
engineer code or a remote reset.
11 – AC Bypass: Always/User/Engineer
Always (default) – With this option, a user
can activate the system during a mains fault.
User – The user can ignore a mains error
and activate the system, but only if mains
current is still present.
Engineer – The system cannot be switched
on in the event of a mains error. When an
engineer has cleared the error, the system
can be reactivated. In this case, however,
Option 10 (mains fault) must be set to
“Engineer”.
12 – Line Fail: No Rst/User/Eng
No Rst (default) – A telephone fault (no dial
tone) of the integrated modem or an external
modem is indicated by an alarm tone. This
alarm is automatically reset when the fault is
cleared.
The integrated modem can display the
“PSTN Line Fault” only if a communication
line between the modem and the command
centre is released.
An external modem must be connected to the
input (LINE FLT) of the alarm centre to be
able to send a signal to the centre if the
mains power supply fails. The fault is
displayed with “ATE L.F. Single” or “ATE L.F..
All”.
User – An alarm caused by a telephone fault
must be reset by the user.
Engineer – An alarm caused by a telephone
fault must be reset by the engineer or a
remote reset.
13 – LF Bypass:Always/User/Eng:
Always (default) – Although there is a
telephone fault, the user can continue to
activate the system.
Important
The “AC Off Delay” timer (see page 51) defines
how long the mains supply can be removed
before a message appears on the display.
Chapter III – Installation instructions – Option 48: Auto Set Timers
55
User – A user can ignore the telephone fault
and activate the system but only if there is no
fault.
Engineer – The system cannot be activated
if a telephone fault exists. The system must
be reset by an engineer code. For this
purpose, “Engineer” must be selected in
section 12 (PSTN Line Fault).
2.35 Option 48: Auto Set Timers
Select this option to set three timers for automatic activation. Each timer is connected with one or
more partitions that can be activated and deactivated at different times.
For each timer, up to three time switches can be defined that determine when the system is activated
(On) or deactivated (Off). The output the can optionally be controlled by these timers are described in
Options 31–35. These timers are also available to the user (user option 3-4). See also the “Defer
Setting Timer” option (page 47).
Auto Set
Ptns > **
1 Operates On :-
>.......
Auto Set 2
On (2) >00:00
Auto
-
S
et 1
48:Auto Set
Auto Set 2
On (1) 00:00
Auto
-
S
et 2
Chapter III – Installation instructions – Option 50: Set Up Communications
56
2.36 Option 50: Set Up Communications
Select this option to define settings for
communication between the alarm systems and
external systems.
2.37 Option 51: Downloader
The options in the Downloader menu refer to the
connection of the alarm system via the integrated
modem or USB cable to a remote PC.
Downloader 1
Serial Number
51:Downloader
Downloader 3
Access Mode
Downloader 2
Account Name
Downloader 5
Modem Options
Downloader 4
Edit Call Nos.
51:Downloader
50:Set Up
Communications
53:RS232 Options
52:DigiCom
Chapter III – Installation instructions – Option 51: Downloader
57
2.37.1 Option 51-1: Downloader Setting
With this option, you can define the serial number
used for connecting to the Downloader. You need
this number if you want to access the alarm
centre with the Downloader via the integrated
modem or USB interface.
The number can consist of up to 8 digits. This
represents a high level of security, which should
prevent unauthorised communication with the
alarm centre.
2.37.2 Option 51-2: Account Name
Select this option to assign a customer name to
the alarm centre (not more than 12 characters).
When you connect to the alarm centre via the
integrated modem or USB, the Downloader
software must supply the same customer name
as the alarm centre before access is accepted.
The customer name also ensures that the
Downloader software receives the right profile
when the alarm centre dials the remote PC.
2.37.3 Option 51-3: Defining the Access Mode
This option defines how the alarm centre handles
incoming calls of the Downloader software via the
integrated modem.
When the system first connects with the die
Downloader software, data can be downloaded
and changes made.
Select one of the following options:
Access Mode 1
Off
Downloader 3
Access Mode
Access Mode 2
Secure Call Back
Important
The first connection between the alarm centre
and the PC is accepted without a serial number
or customer number. During the first connection,
the serial number and the customer name are
automatically defined by the Downloader
software.
Name 1
^Account Name
Downloader 2
Account Name
Name 2
^Account Name
12345678
^Serial Number
Downloader 1
Serial Number
12345678
^Serial Number
Important
If Functions 2 and 3 are available, the
Downloader software can connect to the system
even if an engineer is working on it.
Chapter III – Installation instructions – Option 51: Downloader
58
Select one of the following options:
1 – Off
This option prevents incoming calls being
accepted by the alarm centre. An outgoing call
can be initiated with Option 60 (see page 67).
2 – Secure Call Back
This option checks an incoming call for the
customer number and the serial number. After
the check, the call is terminated and the alarm
centre calls the Downloader software. This type
of connection is much more secure than using
the “Unattended” option, since the Downloader
software provides a call-back ID that enables the
alarm centre to define the call-back number.
3 – Unattended (default)
After the customer number and the serial number
have been checked, the Downloader software is
directly connected to the alarm centre.
2.37.4 Option 51-4: Editing Call-Back
Numbers
Call-back number
This option enables you to add or edit up to 4
call-back numbers for communication with a
PC on which the Downloader software is
installed.
Press during number input to set a dial
pause of 4 seconds between two digits of the
telephone number (the pause is represented
by a comma). This can be necessary if the
telephone system or the exchange does not
use the alarm centre’s normal dial speed.
A dial pause is normally set at the beginning of
the number to allow time for connection setup
or after the last digit to obtain an exchange
connection.
Important
Enter command centre numbers with the “ARC
Telephone Number” option (see page 65).
123456789
Edit Call No. 2
123456789
Edit Call No. 2
Edit Call No. 1
123456789
Downloader 4
Edit Call Nos.
Edit Call No. 2
123456789
Chapter III – Installation instructions – Option 51: Downloader
59
2.37.5 Option 51-5: Modem Options
The following options are available:
1 – Rings to Answer
This option defines the number of rings
before the alarm centre accepts the call on
the integrated modem.
2 – Baud Rate
Baud rate setting for communication to the
Downloader via the telephone line. The
normal setting is 1200 baud.
3 – Answer Phone Defeat
This option is useful if the telephone line has
to be shared with an answering machine. If
you select “On”, the alarm centre waits for a
ringing tone. If a second call arrives within 30
seconds, the alarm centre assumes this is a
call from the Downloader and answers
immediately. The answering machine is
prevented from accepting the call. If you
select this option, entering the number of
calls is not relevant.
Baud Rate 2
2400
Baud Rate1
300
Modem Options 1
Rings To Answer
Downloader 5
Modem Options
Modem Options 2
Baud Rate
Chapter III – Installation instructions – Option 51: Downloader Option 52: DigiCom options
60
2.38 Option 52: DigiCom options
With this option, you can make settings for
communication with the command centre via the
integrated modem.
2.38.1 Option 52-1: Comms Format
With this option, you can select a
communications protocol with which to transmit
data to a command centre. Before make this
setting, contact your command centre to find out
what protocols it uses. The following options are
available:
1 – Disabled
There is no communication between the
alarm centre and the command centre.
2 – Fast Format
If you use this protocol, every message
transmitted to the command centre contains
the following information:
• A 4- or 6-digit identification number.
• 8 or 16 data channels. The number is
described by the fast-format protocol on page
66. Each channel reports the state of the
output programmed via the digital outputs
(see page 34). Artikel???Step??? Each
channel can transmit the following values:
Comms Format 1
Disabled
DigiCom 1
Comms Format
Comms Format 2
Fast Forward
Digicom 6
CID/SIA Reports
DigiCom 5
Options
DigiCom 3
Account Numbers
DigiCom 4
Dialling Mode
DigiCom 1
Comms Format
52:DigiCom
DigiCom 2
ARC No.
Chapter III – Installation instructions – Option 52: DigiCom options
61
o 1 = new alarm not yet reported
o 2 = State of output is open /
deactivated (some output types
show the state “open/closed” or
“activated/deactivated”, e.g.,
“System armed”, “System
completely activated” and
“System open” (see page 35). A
value of 2 is transmitted if the
corresponding output is inactive.)
o Abschnit3 = Alarm reset and not
previously reported
o 4 = State of output is activated (like
2, but represents the opposite
state).
o 5 = no alarm
o 6 = Alarm reported earlier
• A test signal
3 – Contact ID
The Contact ID protocol automatically
transmits data from the event memory to the
command centre. Examples of messages
that use the Contact ID protocol:
Example: 1 – 1234 18 1137 01 015 2
• 1234 is the identification number defined in
the Account Number option (page 65).
• 18 is the message type for identifying the
message as Contact ID.
• 1137 is the event identity for a new event (1),
followed by the event code for a system
tamper alarm (137).
• 01 is the number of the partition.
• 015 is the zone number.
• 2 is the value of the checksum required by
the command centre to confirm reception of a
valid message.
Example 2: 2 – 1234 18 3137 01 015 F
The only difference between this and the
previous example is the event ID, which is 3, to
identify the reset of the system tamper alarm.
The value of the checksum has also changed.
The “Tamper As Alarm/Tams” option (see page
53) defines whether tamper states are
transmitted to the command centre or not.
The following table shows the events that are
transmitted to the command centre. However,
these depend on the selected Contact ID format
(see page 67).
Event type CID Code Low Medium Raised High
A/C Lost 301 Y Y Y
A/C Restore 301 Y Y Y
Alarm Abort 406 Y Y Y
Alarm Confirm 139 Y Y Y Y
Masking Alarm 380 Y Y Y
Battery Fault 311 Y Y Y
Battery Missing 311 Y Y Y
Battery Restore 311 Y Y Y
Bell Tamper
Omit 573 Y Y Y Y
Code Changed 461 Y
Code Tamper 461 Y
Download Start 412 Y
Download Fail 412 Y
Download Success 412 Y
Expander Tamper 137 Y Y Y Y
Fire 110 Y Y Y Y
Important
The “Restore Signals” option described on page
66 defines whether a restore message is sent to
the command centre.
Important
The “Restore Signals” option described on page
66 defines whether a restore message is sent to
the command centre.
Chapter III – Installation instructions – Option 52: DigiCom options
62
Fire Restore 110 Y Y Y Y
Keyswitch Arm 409 Y Y
Keyswitch Disarm 409 Y Y
Node Tamper Omit 573 Y Y Y Y
PA Audible 123 Y Y Y Y
PA Duress 121 Y Y Y Y
PA Panic 120 Y Y Y Y
PA Panic Restore 120 Y Y Y Y
PA Silent 121 Y Y Y Y
Panel Arm 401 Y Y
Panel Disarm 401 Y Y
Panel Tamper Omit 573 Y Y Y Y
Phone Line Fault 351 Y Y Y Y
Phone Line Restore 351 Y Y Y Y
Program Mode End 628 Y
Program Mode Start 627 Y
System Reset 305 Y Y Y
System tamper 137 Y Y Y Y
System Tamper
Restore 137 Y Y Y Y
Technical alarm 150 Y Y Y Y
Test call 602 Y Y Y Y
Date/Time Reset 625 Y
Zone Alarm 130 Y Y Y Y
Zone Restore 130 Y Y Y Y
Zone Omitted 573 Y Y Y Y
Zone Tamper 137 Y Y Y Y
Zone Tamper Restore 137 Y Y Y Y
Partition Arm 409 Y Y
4 to 7 – SIA 1, SIA 2, SIA 3 and Extended SIA
The SIA protocol transmits data from the event
memory to the command centre. The four SIA
formats differ by the data volume sent with each
message:
• SIA1 Format: #AAAAAA|NCCcc
• SIA2 Format: #AAAAAA|Nidnnn/rinn/CCcc
• SIA3 Format:
#AAAAAA|Ntihh:mm/idnnn/rinn/CCcc
#AAAAAA|AS
• Extended SIA3 Format:
#AAAAAA|Ntihh:mm/idnnn/rinn/CCcc/AS
The meaning of the characters:
• AAAAAA = 6-digit programmable ID number
(e.g. 123456) defined by the engineer in
Option 52-3 (page 65)
• N = New event
• tihh;mm/ = Time (e.g. ti10:23/)
• idnnn/ = User number if available; otherwise
not sent (e.g. id123/ or id6/
• rinn/ = Partition number (e.g. ri12/ or ri3)
• CC = Event code (e.g. FA = Fire Alarm)
Chapter III – Installation instructions – Option 52: DigiCom options
63
• cc = Zone or operating panel number if
available; otherwise not sent (e.g. 23 or 5)
• AS = Text description of event
Example: In the event of a fire alarm in zone 2 of
partition 6 at 10:15 (partition 5, ID number 10),
the different formats for the SIA protocol are as
follows:
• SIA1: #000010|NFA2
• SIA2: #000010|NFA/ri6
• SIA3: #000010|Nti10:15/FA2/ri6
#000010|AFire Zone 6
• Extended SIA:
#000010|Nti10:15/FA2/ri6/AFire Zone 6
The following table shows the events transmitted
to a command centre, depending on the format
used:
Event type SIA Code Low Medium Raised High
A/C Lost AT Y Y Y
A/C Restore AR Y Y Y
Alarm Abort BC Y Y Y
Alarm Confirm BV Y Y Y Y
AntiMask Alarm BT Y Y Y
Aux Restore YQ Y Y Y
Aux Trouble YP Y Y Y
Battery Fault YT Y Y Y
Battery Missing YM Y Y Y
Battery Restore YR Y Y Y
Bell Tamper Omit BB Y Y Y Y
Closing Extended CE Y
Code Changed JV Y
Code Tamper JA Y
Download Start RB Y
Download Fail RU Y
Download Success RS Y
Exit Timeout EA Y Y Y Y
Expander Tamper TA Y Y Y Y
Fire FA Y Y Y Y
Fire Restore FR Y Y Y Y
Keyswitch Arm CL Y Y
Keyswitch Disarm OP Y Y
Node Tamper Omit BB Y Y Y Y
PA Audible PA Y Y Y Y
PA Duress HA Y Y Y Y
PA Panic PA Y Y Y Y
PA Panic Restore PR Y Y Y Y
PA Silent HA Y Y Y Y
Panel Arm CL Y Y
Panel Disarm OP Y Y
Chapter III – Installation instructions – Option 52: DigiCom options
64
Panel Tamper Omit BB Y Y Y Y
Phone Line Restore LT Y Y Y Y
Phone Line Fault LR Y Y Y Y
Pogram Mode End LS Y
Program Mode Start LB Y
System Reset OR Y Y Y
System Tamper TA Y Y Y Y
System Tamper
Restore TR Y Y Y Y
Technical Alarm UA Y Y Y Y
Test Call RP Y Y Y Y
Date/time Reset JT Y
User Deleted JX Y
Zone Alarm BA Y Y Y Y
Zone Restore BR Y Y Y Y
Zone Omit BB Y Y Y Y
Zone Tamper TA Y Y Y Y
Zone Tamper Restore TR Y Y Y Y
Partition Arm CL Y Y
Chapter III – Installation instructions – Option 52: DigiCom options
65
2.38.2 Option 52-2: ARC Number
Enter number
With this option, you can enter up to 3 telephone
numbers for contacting the command centre.
With the key, you can insert a pause of 4
seconds between the entry of two digits of the
telephone number (see page 58).
Depending on the dialling method, alarms can be
transmitted to more than one command centre.
Define the telephone number sequence. The
command centre number you want to use most
often must be command centre number 1.
2.38.3 Option 52-3: Account Numbers
Enter number
Select this option to enter the command centre ID
number that is needed for connecting to the
command centre.
2.38.4 Option 52-4: Dialling Mode
The following options are available:
1 – Consecutive (default)
If you have selected more than one
command centre (page 65) and an alarm is
triggered, the alarm centre attempts to
contact the first command centre. If no
connection is possible, the alarm centre tries
again a few times (15x) to reach the
command centre. If contact is still impossible,
the number of the second command centre is
Dialling Mode 1
Consecutive
DigiCom 4
Dialling Mode
Dialling Mode 2
Alternate
2345
^ccount No. 2
2346
Acc^unt No. 2
Account No. 1
1234
DigiCom 3
Account Numbers
Account No. 2
2345
123456789
^RC Number 2
123456789
ARC Number^ 2
ARC Number 1
123456789
DigiCom 2
ARC No.
ARC Number 2
123456789
Chapter III – Installation instructions – Option 52: DigiCom options
66
dialled. If no connection is possible here after
several attempts, the last command centre
number is dialled.
2 – Alternate
This option works like “Consecutive” except
that if the first command centre can be
reached on the first attempt, the alarm centre
tries to contact the second command centre.
If the last command centre cannot be
contacted, the number at the head of the list
– here command centre 1 – is dialled again.
3 – All
In the event of an alarm, the protocol is
transmitted to all command centres. The
command centres are contacted until the
alarm message has been transmitted to each
of them. Each telephone number is dialled a
maximum of 15 times.
2.38.5 Option 52-5: Further digital
communication options
The following options are available:
1 – Restore Signals (default: active)
Select this option to send an “all clear” message
(restore system) to a command centre. If this
option is deactivated, the alarm centre sends
alarm messages to the command centre but no
“all clear” message (i.e., that the system has
been restored).
2 – Fast Format (8 channels)
Select whether you want to use 8 or 16 channels
for transmitting data to the command centre (if
you use Fast Format).
3 – Line Fault (default: active)
Select this option if you want to monitor faults in
the telephone line to the command centre. If you
select this option, it activates the telephone fault
outputs (see page 36) if a fault occurs in the
telephone line.
FF Channels
8 FF Channels
FF Channels
16 FF Channels
Options 1
Restore Signals
DigiCom 5
Options
Options 2
Fast Format
Important
This option is available only if you use the Fast
Format protocol. If you use SIA or Contact ID
and select “All”, the “Alternate” option is
activated.
Chapter III – Installation instructions – Option 53: RS232
67
2.38.6 Option 52-6: SIA Report
If you select Contact ID or SIA as protocol type,
you can decide here between “Full”, “Summary”,
“Intermediate”, “Basic” or “Custom” to set the
type of messages to be transmitted.
See also pages 61 and 62. Select “Custom” only
if you use the Downloader software to define the
events to be sent to the command centre.
2.39 Option 53: RS232
2.39.1 Option 53-1: RS232 Options
Select this option to set the baud rate of the serial
interface (RS232).
2.40 Option 60: Call Back
Select this option to connect the alarm centre to a
remote PC with the Downloader software via the
telephone line. When this connection is
established, data can be downloaded via the PC
and modified.
6
1:Call Back 1
6
2:Call Back 2
6
3:Call Back 3
6
0:Call Back
6
4:Call Back 4
Important
Select baud rate 38400 if you are connected
with the Downloader software.
RS232 Options 1
RS232 Baud
RS232 Baud 7
38400
53: RS232 Options
RS232 Baud 1
600
CID/SIA Report 1
Full
DigiCom 6
CID/SIA Reports
CID/SID Report 2
Intermediate
Chapter III – Installation instructions –Options 61 to 64: Callback numbers
68
2.41 Options 61 to 64: Callback numbers
Select this option to select 1 of 4 callback
numbers. You can enter the number using Option
51-4 (see page 58).
2.42 Option 70: Edit Text
With these functions, you can edit the following
texts:
2.43 Option 71: Reset Message
This message appears if a user has to contact an
engineer. You can enter the engineer’s telephone
number here.
2.44 Option 72: Location Text
Select this option to show the location of the
alarm centre on the display. You can access this
function using Option 01 (page 17).
Important
See Appendix I – Character Entry (page 84) for
further details on entering text via the keypad.
3: Printer Title
2: Location Text
1: Reset Message
7
4: Not used
7
5: Banner Text
7
0: Edit Text
7
6: Partition Text
Important
Alternatively, you can select the option “Secure
Call Back” or “Unattended” under Option 51-3
(page 57) to connect to the PC with the
Downloader software.
61:Call Back 1
62:Call Back 2
Start Call Back 2
60:Call Back
Calling On : 2
Hit ESC to abort
Chapter III – Installation instructions – Option 73: Printer Title
69
2.45 Option 73: Printer Title
Select this option to define a name for a
connected printer. This is shown in the printout of
the event list. In this way, you can distinguish the
printed lists of the different systems.
2.46 Option 75: Banner Text
This message is displayed in the system’s
standby mode.
2.47 Option 76: Partition Text
Select this option to assign names to partitions.
The names are displayed when the partition is
activated.
2.48 Option 80: Confirm Devices
This option enables you to confirm the correct
number of modules connected to the bus.
This option is normally not important since this
procedure is automatically started when an
engineer code is entered (if changes are made to
connected modules).
80:Confirm
Devices
[ENT] to Confirm
001 LEC2s
76: Partition Text
Viewing Prtn 1
Viewing Prtn 2
^iewing Prtn 2
Chapter III – Installation instructions –Option 90: Tests
70
2.49 Option 90: Tests
Use this option to test the hardware of your alarm
centre as follows:
2.50 Option 91: Bell Test
e.g. 2
Use this option to test the bell output in specific
partitions.
Bell Test 1
Bell Only
Bell test 2
Bell & Strobe ON
Bell Test 3
Strobe Only
Bell Test 4
Alarm Sounder ON
P
tns >1*......
Bell Test
Ptns >12......
Bell Test 0
Bell/Strobe OFF
9
1:Bell Test
93:Log
94:Power Supply
95:Equipment
96:Zone Test
92:Output
T
ests
91:Bell Test
97:Walk Test
98:Default Menus
90:Tests
99:Leave Engineering
Chapter III – Installation instructions – Option 92: Output Tests
71
2.51 Option 92: Output Tests
2.51.1 Option 92-1: Panel Outputs
e.g. 1
With this option, you can activate outputs 1 to 5.
Outputs 1 and 2 are relay outputs. Outputs 3, 4
and 5 are transistor outputs. If an output is
activated, the corresponding LED on the board
lights up automatically.
2.51.2 Option 92-2: Digi H/Wired
e.g. 1
Select this option to switch communication
outputs.
2.51.3 Option 92-3: Digi Onboard
e.g. 1
With this option, you can switch the 16 digital
outputs (16 “software” outputs that transmit
messages to the command centre via the
integrated modem). For detailed information
about these outputs, contact the command centre.
Channels
1-8: *******
Channels
9-16: *******
Test Outputs 3
Digi Onboard
Channels
9-16: 1******
Digi Outputs On
1-8: *****6*8
Digi Outputs On
9-16: *******
Test Outputs 2
Digi H/Wired
Digi Outputs On
9-16: 1******
Panel Outputs On
*****
Test Outputs 1
Panel
Panel Outputs On
1****
Test Outputs 1
Panel
Test Outputs 2
Digi H/Wired
Test Outputs 3
Digi On Board
92:Output Tests
Test Outputs 4
Equipment
Chapter III – Installation instructions –Option 93: Log
72
2.51.4 Option 92-4: Equipment
This option enables you to test outputs of
modules connected to the buses, e.g., operating
panels or 8-zone auxiliaries.
2.52 Option 93: Log
2.52.1 Option 93-1: View Log
Select this option to view the alarm centre’s event
list (log). The entries contain the dates and times
of events such as activation of partitions, omitting
zones, activation of the duress code or
communication faults. For further details of the
event codes, see page 73. Up to 2000 events
can be stored in the memory.
Press or to scroll through the list (
shows earlier events).
UNSET AREAS:-
10:37:10 25/01
Log Funcitons 1
View Log
SET AREAS:-
10:37:10 25/01
Log Functions 2
Print Log
Log Functions 1
View Log
Log Functions 3
View Access Log
Log Functions 4
Print Access Log
9
3:Log
Log Functions 5
System Print
1:01:0 Remote
1:01:2 Remote
1:01:2 Remote
Is Turned OFF
Test Outputs 4
Equipment
1:01:2 Remote
Is Turned ON
Chapter III – Installation instructions – Event codes
73
You can press one of the following keys to reach
particular events. You have to wait a little for the
display.
1 Alarms
2 24-hour alarms
3 Fire alarms
4 Panic alarms
5 Zone tamper
6 User codes
7 Set Partitions
8 Unset Partitions
9 Entry
Press 0 to go to a fixed position in the list.
2.52.2 Option 93-2: Print Log
e.g. 0020
If a printer is connected to the alarm centre, you
can print some or all events of the event list.
Select the number of events you want to print
and press . Then specify the event number
where you want to start printing. For example, if
you want to print 10 events starting at event 40,
events 40 to 49 are printed. More than one line
may be needed for an event.
To end the current print job, select this option
again and specify 0 for the number of events to
be printed.
After you use the “Print Log” option once, the
system goes into online print mode. Switch off
the printer to stop printing.
2.52.3 Option 93-3: View Access Log
The access memory stores every type of access
that uses the user code. Press or to scroll
through the list ( shows earlier events).
2.52.4 Option 93-4: Print Access Log
This access log stores every entry of the access
type user code (see operating instructions).
Press or to scroll through the list (
shows earlier events).
2.52.5 Option 93-5: System Print
Select this option to print details of alarm centre
settings. The following options are available:
1 – Configuration
Prints details of all general, DD243, and
EN50131 settings (see pages 48, 51, 52).
2 – Users
For the engineer and every installed user, the
user number, name, type, partitions and assigned
menus are printed.
3 – Zones
For every defined zone, the zone number, type,
partitions, name, attributes and resistance values
are printed.
2.53 Event codes
Event Description
--- NO EVENT --- Not used
### LECS or REMS The number of operating panels connected to the system
### NODE R# ADD Operating panel added to a wired auxiliary.
# Bus number, ## Auxiliary number, R# Operating panel number
### NODE R# LOST Operating panel R# was removed from the wired auxiliary.
### NODE R# TAMP Tamper alarm triggered by operating panel R#.
### NODE'S Number of connected auxiliaries
Configuration 1
Print : No
Log Functions 5
System Print
Users 2
Print : No
How many events?
0030
Log Functions 2
Print Log
With offset of:-
0040
Chapter III – Installation instructions –Event codes
74
Event Description
### XNODE'S Number of connected wired auxiliaries
#### OFF TEST Zone number #### removed from test function.
#### OMITTED Zone number #### omitted
#### REINSTATED Zone number #### reinstated
#,## LEC LOST Operating panel on bus #, device number ##, was removed.
#,## LEC TAMPER Operating panel on bus #, device number ##, triggered a tamper alarm.
#,## NODE ADDED Auxiliary on bus # with device number ## was added.
#,## NODE FUSE Auxiliary on bus # with device number ## has blown a fuse.
#,## NODE LOST Auxiliary on bus # with device number ## was removed.
#,## NODE TAMPER Auxiliary on bus # with device number ## triggered a tamper alarm.
#,## REM ADDED Operating panel on bus #, device number ##, was added.
#,## REM LOST Operating panel on bus #, device number ##, was removed.
#,## REM TAMPER Operating panel on bus #, device number ##, triggered a tamper alarm.
#,## XNODE ADDED Wired auxiliary on bus # with device number ## was added.
#,## XNODE FUSE Wired auxiliary on bus # with device number ## has blown a fuse.
#,## XNODE LOST Wired auxiliary on bus # with device number ## was removed.
#,## XNODE TAMP Wired auxiliary on bus # with device number ## triggered a tamper alarm.
24 Hr PARTITIONS:- 24-hour alarm in partition
24H RESTORE ####- 24-hour alarm of zone #### was reset.
24Hr ALARM #### 24-hour alarm in zone ####
24HR OMIT:- Zone with “shunt 24-hour zones” was omitted.
24HR REINST:- Zone with “shunt 24-hour zones” was reinstated.
ABORT ON
PARTITIONS:-
Alarm in partition – aborted
ACCESS ## Code of user ## entered
ACCESS ### Code of user ### entered
ACCESS #### Code of user #### entered
ACCESS FAILED Access denied
ACCESS ZONE #### Access zone #### triggered
ALARM #### Alarm in zone ####
ALARM PARTITIONS: Alarm in partition
ATE L.F. ALL Fault in both communication routes of modem
ATE L.F. RESTORE Communication restored
ATE L.F. SINGLE Fault in one communication route of modem
AUTOSET # OFF Automatic activation off
AUTOSET # ON Automatic activation on
AUX RESTORE #### Technical alarm of zone #### reset
AUX/BELL TAMPER Technical zone/bell tamper
AUXILIARY #### Technical alarm in zone ####
AUXILIARY # TAMP Not used
AUXILIARY FUSE Fuse fault in auxiliary device
BATTERY FAULT Not used
BATTERY LOAD TST Battery test conducted
BATTERY LOW Battery low
BATTERY MISSING Battery missing
BATTERY RESTORE Battery restored
BEAM PAIR #### First trigger of linked zone ####
BELL BOX TAMPER Not used
BELL FUSE Bell fuse triggered
BELL TAMP OMIT Bell tamper omitted after expiry of confirmation period
BELL TESTED:- Bell in partitions – tested
BELLS ACTIVE:- Bell active in partitions -
CHANGE CODE ## User code for user ## changed
CHANGE CODE ### User code for user ### changed
CHANGE TAG ## Chip-key for user ## changed
CHANGE TAG ### Chip-key for user ### changed
CHNG CODE #### User code for user #### changed
CHNG TAG #### Chip-key for user #### changed
Chapter III – Installation instructions – Event codes
75
Event Description
CNFG CHANGE ### Configuration of user ### changed
CNFG CHANGE #### Configuration of user #### changed
CODE ## Code of user ## entered
CODE ### Code of user ### entered
CODE #### Code of user #### entered
CODE LOCK # OFF Code lock # off
CODE LOCK # ON Code lock # on
CODE LOCKED ## User number ## tried to enter user code while locked.
CODE LOCKED ### User number ### tried to enter user code while locked.
CODE LOCKED #### User number #### tried to enter user code while locked.
CODE TAMPER Operating panel locked for 5 min due to invalid user code entry
COMMS FAILED Integrated modem could not connect to emergency command centre
COMMS TEST CALL Test call started
CONFIG CHANGE ## User configuration ## changed
DATE CHANGED AT System date changed on …
DATE CHANGED TO System date changed to …
DEFAULT USER User code 01 (administrator) to default
DEFAULT USER ## Not used
DEFAULT USER ### Not used
DEFAULT USER #### Not used
DEFERRED SET:- Delayed activation of partitions
DL DISCONNECT FL) Downloader disconnected with an error
DL DISCONNECT OK Downloader disconnected
DURESS CODE ## Duress alarm user ##
DURESS CODE ### Duress alarm user ###
DURESS CODE #### Duress alarm user ####
ENG HW DEFAULTED Factory reset of alarm centre
ENGINEER ARRIVES Engineer has logged into the system.
ENGINEER DEPARTS Engineer has logged out of the system.
ENTRY TIME-OUT:- Entry delay in partition expired
ENTRY ZONE #### Entry delay of zone #### started.
EXIT CANCELLED:- Exit delay for partition … cancelled.
EXIT STARTED:- Exit delay for partition … started.
EXT LINE FAULT Not used
EXT LINE RESTORE Not used
FACTORY RESTART Factory settings loaded
FIRE ALARM #### Fire alarm in zone ####
FIRE PARTITIONS:- Fire alarm in partition
FIRE RESET:- Fire alarm reset
FIRST KNOCK #### First activation of zone number #### (zones with the double confirmation
attribute)
FROM REMOTE #,## Not used
HI-SECURITY SET: Activation of partitions with high security
KEYPAD PANIC ### Panic alarm triggered on operating panel ### (keys 1 and 3 pressed)
KEYSWITCH ### Keyswitch zone #### activated
LOCAL ON LINE Local connection with downloader
LOCAL SERV CALL Local connection with downloader
LOCAL SERV END Not used
LOCKSET #### ON Keyswitch zone #### activated
LOCKSET #### OFF Keyswitch zone #### deactivated
LOCKSET PARTITION
ON
Key for partition released
MAIN POWER ON Mains power on in the alarm centre
MAINS POWER OFF Mains power off in the alarm centre
MASK FLT S #### Zone #### masked during activation
MASK FLT U #### Zone #### masked during deactivation
MASK TMP S #### Masking zone #### masked during activation
MASK TMP U #### Masking zone #### masked during activation
Chapter III – Installation instructions –Event codes
76
Event Description
MENU TIMEOUT ## Menu abort for user ## and return to standby display
MENU TIMEOUT ### Menu abort for user ### and return to standby display
MENU TIMEOUT #### Menu abort for user #### and return to standby display
MODEM LOCKOUT Modem locked (after 4 failed attempts)
NETWORK # FUSE Fuse in bus # triggered
NODE TAMP OMIT Wired auxiliary tamper omitted after expiry of confirmation period
NORM. REST. #### Normal alarm restored
OCCUPANCY SET System activation during operation
ON LINE TO # Online to remote access point
ON-SITE RESTART Restart in the installation
PA PARTITIONS:- Panic alarm in partitions
PANEL LID TAMPER Tamper in panel lid of alarm centre
PANEL STARTED Alarm centre is operational
PANEL TAMP OMIT Alarm centre tamper hidden after expiry of confirmation period
PANIC ALARM #### Panic alarm in zone ####
PANIC CODE ## Panic code of user ##
PANIC CODE ### Panic code of user ###
PANIC CODE #### Panic code of user ####
PANIC REST. #### Panic alarm in zone #### restored
PARTITION
CONFIRMED:-
Confirmed alarm in partition
PARTITION ENTRY:- Entry delay in partition
PARTITION SET FAIL:- Error activating partitions
PARTITION TAMPER:- Tamper in partition
PARTITIONS
LOCKED:-
Partitions locked by key zone
PARTITIONS
UNLOCKED:
Partitions unlocked by key zone
PAYMENT EXPIRED Payment period expired
PSTN FAULT Fault in telephone line
PSTN RESTORE Fault in telephone line cleared
PSU BATT A #### PSU battery zone #### triggered
PSU BATT H #### PSU battery zone #### OK
PSU FUSE A #### PSU fuse zone #### triggered
PSU FUSE H #### PSU fuse zone #### OK
PSU PWR A PSU mains power triggered
PSU PWR H PSU mains supply OK
REARM ,OMIT #### Zone #### omitted after expiry of confirmation time
REARM PARTITIONS:- Reactivation of partitions
REARM SYSTEM System reactivated
REARM TAMP OMIT
REINST PARTITIONS:- Partitions reintegrated
REM RESET ACTIVE Remote reset activated
REM RESET FAILED Remote reset failed
REM RESET PASSED Remote reset accepted
REM SERVICE CALL Call for remote reset made
REM TAMPER Not used
RESET PARTITIONS:- Reset of partitions by user or engineer
SEC KEY NO #### Key function in zone number ####
SERVICE CALL END Not used
SERVICE REQUIRED System requires maintenance (service time expired)
SET EXT L.FAULT Activation with external telephone fault
SET FAIL #### Activation failed in zone ####
SET FAIL
PARTITIONS:-
Activation failed in partitions
SET GENERAL FLT Activation of system with general fault
SET NO ACTIVITY Not used
SET PARTITIONS:- Partitions activated
Chapter III – Installation instructions – Event codes
77
Event Description
SET PSTN FAULT Activation of system with telephone line fault
SET PSU BATT FLT Activation of system with PSU battery fault
SET PSU FUSE FLT Activation of system with PSU fuse fault
SET PSU PWR FLT Activation of system with PSU mains power fault
SET WITH AC FAIL Activation of partitions with mains power fault
SET WITH MSK FLT Activation of system with masked zones
SH.KEY OFF #### Keyswitch zone #### deactivated
SH.KEY ON #### Keyswitch zone #### activated
SHNT #### REINST Keyswitch zone #### restored
SHUNT CODE ## User ## of type “shunt” entered password to shunt zones
SHUNT CODE ### User ### of type “shunt” entered password to shunt zones
SHUNT CODE #### User #### of type “shunt” entered password to shunt zones
SHUNT END #### Not used
SHUNT GROUP ## Shunt group ## has shunted zones
SHUNT START #### Not used
SHUNT ZONE #### Zone #### shunted
SILENT PA #### Silent panic alarm zone #### activated
SUMMER CHANGED Not used
SUMMER TIME SET Time changed to summer time
T.SWITCH # OFF Time switch # off
T.SWITCH # ON Time switch # on
TAMP 1 OMIT Not used
TAMP ZONE #### Not used
TAMP. REST. #### Not used
TAMPER #### Tamper alarm in zone number ####
TECHNICAL #### Technical zone #### triggered
TEST FAIL #### Zone number #### failed test
TEST TOTAL 00## Total number of triggered zones during walk test
TEST ZONE #### Not used
TIME CHANGED AT Time changed at fixed time
TIME CHANGED TO Time changed to fixed time
UNSET PARTITIONS:- Partitions deactivated
UNSHUNT GROUP ## Shunt group ## has reinstated zones
USER ## DELETED User ## deleted
USER ### DELETED User ### deleted
USER #### DELETED User #### deleted
WALK TESTED LOG Not used
WALK TESTED:- Walk test of partitions
WINTER CHANGED Not used
WINTER TIME SET Time changed to winter time
WLK TST FAIL LOG Not used
ZONE TESTED #### Zone #### triggered during walk test
Chapter III – Installation instructions –Option 94: Power Supply
78
2.54 Option 94: Power Supply
1 – Panel Voltage
This option shows the output voltage provided for
the auxiliary voltage connections and connected
modules such as operating panels. To ensure
that connected modules work correctly, the
voltage should be between 11 and 14V DC.
Values under 11V DC could result in an
excessive load or a fault in the voltage supply.
The measurement accuracy is ±0.2V.
2 – Battery Voltage
This option displays the battery voltage in the
alarm centre. The measurement accuracy is
±0.2V.
3 – Charge Voltage
Displays the battery load voltage of the alarm
centre. The measurement accuracy is ±0.2V.
4 – Charge Current
Displays the battery load current of the alarm
centre. Depending on the capacity of the battery
used, this can be up to 750mA. The value is 0 if
the discharge current (see below) is not 0.
5 – Discharge Current
Displays the discharge current if the system is
powered by the battery.
6 – Load Current
Displays the total used current provided by the
power supply except for the battery load. The
measurement accuracy is ±50mA. The load and
charge current should not exceed 1.5A.
7 – Source Current
The voltage displays the total current flowing into
the alarm centre via the auxiliary 12V DC voltage
connections. The value should be 0 if the alarm
centre is wired correctly.
Power Supply 1
Panel Voltage
Power Supply 2
Battery Voltage
94:Power Supply
Battery Voltage
13.54 Volts
Chapter III – Installation instructions – Option 95: Equipment
79
2.55 Option 95: Equipment
2.55.1 Option 95-1: Software Version
This displays the current software version of the
alarm centre.
2.55.2 Option 95-2: Zone Resistance
This option displays the resistance of the zone.
For zones connected directly to the alarm system,
measurement accuracy is under 100 Ohm. For
an open zone on the alarm centre, the display
shows 11.463kOhm. The displayed resistance
values for each zone (alarm centre, operating
panel, auxiliary module) are rounded.
2.55.3 Option 95-3: Network Devices
e.g. 20
Select this option to check the state of alarm
zones, tamper zones, fuses, etc., of modules
connected to the bus. The information displayed
depends on the type of module. The operating
panel you are using is the first module displayed.
Display at operating panels:
2, 01 Remote
A -T B-H T-H
Important
For unused zones, the display shows “Tamper”.
2, 01 Remote
A -T B-H T-H
2, 02 Xnode
13.75 FH TH HH**
Equipment 3
Network Devices
Equipment 2
Zone Resistance
Panel Zone 1
02.173 K Ohms
1, 01A Remote
02.200 K Ohms
Equipment 5
Default User 1
Equipment 6
Network Errors
Equipment 4
False Settings
Equipment 7
Radio Zones
Equipment 1
Software Version
Equipment 2
Zone Resistance
95:Equipment
Equipment 3
Network Devices
Chapter III – Installation instructions –Option 95: Equipment
80
A: Zone 1 status
B: Zone 2 status
T: Lid tamper status
Other displays:
• H – Healthy
• T – Tamper
• A – Active
• S – Shorted
• M – Masked
Displays at extensions:
1: Voltage at extension
2: Fuse status
3: Lid tamper status
4: Lid tamper status of any attached keypad
Dispalys at 8-zone wired extension with PSU
(on board power supply 1.5A):
Zone status
Mains status
Total system voltage
Total system current
2, 03 Sys Load
0.234A
2, 03 Sys Volts
13.75V
2, 03 Mains
On
2, 03 Zone Status
1H2T3T4T5T6T7T8T
2, 02 Remote PSU
13.75 FH TH HH**
Equipment 3
Network Devices
2, 02 Xnode
13.75 FH TH HH**
1 2 34
Chapter III – Installation instructions – Option 95: Equipment
81
2.55.4 Option 95-4: False Settings
e.g. 1
Select this option to activate the alarm system
while the objects are occupied. You can choose
between the following:
1. Partitions to be activated.
2. Zones to be activated. Excluded zones are
shunted.
3. Release/lock all outputs (communication
outputs, bell, strobe, etc.)
The system deactivates the zones when the test
is completed.
2.55.5 Option 95-5: Default User 1
Select this option to reset user 001 (Manager
user) to the factory default code 1234 or 123400
(for a 6-digit code; see page 52).
2.55.6 Option 95-6: Network Errors
Select this option to view the number of data
transmission errors for each bus.
Transmission errors can be caused by: line faults,
bad wiring, frequency interference, voltage faults,
grounding faults, connection of cables of different
buses, and connection of cables of bells and
buses.
Important
You can reset the error counter to 0 by pressing
0. If you wish, you can use this option again
after a certain time to count the number of bus
errors in this period.
N
etwork 1 0003
Network 2 0254
Last error 2, 01
Equipment 6
Network Errors
[ENT] to DEFAULT
user code 1.
Equipment 5
Default User 1
Exit For Prtns:-
Prtn : 1**.....
Press ENT To Set
All outputs will
remain active
Prtns Set :-
Prtn : 1**.....
Select Zones
0002 Disarmed
TESTING COMPLETE
[ESC] to quit.
False set Prtns:
Prtn > ***.....
False set Prtns:
Prtn > 1**.....
Equipment 4
False Settings
Select Zones
0001 Disarmed
Chapter III – Installation instructions –Option 96: Zone Test
82
2.55.7 Option 95-7: Radio zone test
This option displays the status of existing radio
zones.
1. Select with and or enter a zone
number on the keypad.
The first digit shows the signal strength of the
module connected to the zone. The digit in
brackets shows the lowest measured signal
strength.
“Sup” shows the state of “Supervision”, and “Bat”
shows the state of the battery. There is no error
when an “O” is displayed.
2.55.8 Option 95-8: Test Display
Select this option to test all partitions of the
display. The number “8” should appear in every
section.
2.56 Option 96: Zone Test
With this option, you can display the state of each
zone. If you use DEOL without masking, you can
see the zone state and the resistance values in
the following table:
DEOL: Selected resistance setting
State
4K7/2K2 1K0/1K0 4K7/4K7 2K2/2K2
Inactive 2K2 ±20% 1K0 ±20% 4K7 ±20% 2K2 ±20%
Activated 6K9 ±20% 2K0 ±20% 9K4 ±20% 4K4 ±20%
Tamper >6K9 +20% >2K0 +20% >9K4 +20% >4K4 +20%
Short-circuited <2K2 -20% <1K0 -20% <4K7 -20% <2K2 -20%
Important: For example, 4K7 means 4.7 KOhm. For a DEOL zone with masking, the following
applies:
Radio Zones
9 (7) Sup-O Ak-O
Equipment 7
Radio Zones
8888888888888888
8888888888888888
Equipment 7
Test Display
Panel Zone 1
0001 Healthy
1 01A. Remote
1011 Active
9
6: Zone Test
Chapter III – Installation instructions – Option 97: Walk Test
83
• Inactive = 2K2 ±20%
• Activated = 6K9 ±20%
• Masked = 4K4 ±20% or 9K1 ±20%
• Tamper = < 2K2 -20% oder 9K1 +20%
For NC (normally closes) zones:
• Inactive = alarm contacts closed and
tamper contacts closed
• Active = alarm contacts open and tamper
contacts closed
• Tamper = tamper contacts open
For wiring examples, see Appendix IV –
Wiring Information on page 89.
2.57 Option 97: Walk Test
e.g. 1
With this option, you can check whether the
sensors of the alarm system are working properly.
After starting the test, enter the partitions and
trigger the sensors. For every activation, a tone
sounds on the operating panel and the display
shows the open zone.
Cancel the walk test by pressing . Triggered
zones are shown as “OK” again. Press again
to exit the menu.
2.58 Option 98: Default Menus
Select this option to reset system settings to the
factory defaults. The factory settings are listed in
Appendix III – Factory Defaults on page 86.
2.59 Option 99: Leave Engineering Mode
Use this option to exit program mode. The
operating panel returns to normal mode and the
date and time are displayed. This option has the
same effect as when you press and on
the top level of the program menu.
[ENT] to DEFAULT
Custom Text?
[ENT] to DEFAULT
Modem Data?
9
8:Default Menus
Esc To Stop Test
& View Zones
Panel Zone 1
0001 Healthy
Panel Zone 3
0033 Healthy
Walk Test
Ptns > 12......
Walk Test
Ptns > *2......
97:Walk Test
Appendix I – Character Entry
84
Appendix I – Character Entry
The following tables show how to enter numbers,
letters and special characters on the keypad of
the operating panel. There are two tables.
The first table describes normal text input (for
example, a zone name).
If you want to enter the letter “C” on the keypad,
you have to press “2” three times.
After selecting a name, press to move one
place to the right. Press to move the cursor
one place to the left.
Key Letter
1 . , ? ! 1 @ “ - & ’
2 A B C 2 a b c
3 D E F 3 d e f
4 G H I 4 g h i
5 J K L 5 j k l
6 M N O 6 m n o
7 P Q R S 7 p q r s
8 T U V 8 t u v
9 W X Y Z 9 w x y z
0 <sp> 0 , # *
Important
<sp> stands for “space”.
Important
When you come to the end of a series of letters,
press to return to the beginning. E.g., if you
press “1” 8 times, the letter “A” is shown again.
Appendix II – Notes on Security System
85
Appendix II – Notes on Security System
The TERXON L burglar alarm centre enables you
to configure each of the 8 (max. 264) alarm
zones optimally to suit your operating conditions.
Recommendations:
• Distribute the external detectors in as small
groups as possible to the zones (e.g.,
ground-floor detector to zone 1, etc.); activate
detectors singly; if possible, use all zones of
the alarm centre.
• The acoustic signal (bell) of the signal
transmitter should be shorter than the visual
signal (strobe). Alarm times must be set
according to local regulations. (E.g., in
Germany, the acoustic alarm must be limited
to 3 minutes.)
• The delay time should not be finally set until
a practical test has been conducted.
• Choose a random 4-digit or 6-digit
combination for the user and program code.
• Only persons of trust should be given the
code.
• When operating the alarm centre, enter the
code in such a way that it is concealed from
persons standing nearby.
• The cable recommended for connecting the
components (minimum diameter: 0.22
mm2/wire) is normally colour-coded.
• The user and program codes must be
different.
• For reasons of clear layout, use the following
colour coding:
• Red: +12V voltage supply
• Black: 0V ground
• Yellow: Alarm contact
• Green: Alarm contact
• Brown: Tamper contact
• White: Tamper contact
Use distributors when connecting more than one
detector to an alarm zone. Cable extensions can
be soldered or screwed together. Ensure good
insulation (insulating tape, shrink-on tubing) to
avoid short-circuiting and false alarms.
Proceed as follows:
• Read the operating instructions carefully.
• Draw up a plan of the object that includes the
installation location of the detectors and the
alarm centre and all cables required.
• Lay the cables as required.
• Install the detectors and the alarm centre.
• Connect the cables to the detectors and the
alarm centre.
• Connect the power supply (battery, mains).
• Program the device.
As mentioned above, the alarm centre evaluates
the alarm zones via the existing current flow.
Most alarm detectors are normally closed, which
means that the detectors interrupt the alarm zone
in the event of an alarm. The sensors are called
NC (normally closed). Also NO (Normally Open)
contacts can be used with the Terxon L. These
contacts close the circuit if an alarm is triggered.
Sometimes it is necessary to combine several
alarm contacts in a zone. Connect the contacts
serially.
Appendix III – Factory Defaults
86
Appendix III – Factory Defaults
Menu Option Default
Reset Message Call engineer to reset system
Location Text Panel location text not setup
Printer Title Blank
Banner Text Blank
Edit Text (71-76)
Partition Text Blank
Serial Number Blank
Account Name Blank
Access Mode Off
Edit Call No. 1 Blank
Edit Call No. 2 Blank
Call-back no. 3 Blank
Call-back no. 4 Blank
Rings To Answer 3 seconds
Baud Rate 1200
Downloader (51)
Answer Phone
defeat
Disabled
Comms Format Disabled
ARC No. Blank
Account Numbers Blank
Dialling Mode Consecutive
Restore Signals Enabled
Fast Format 8 FF channels
Telephone fault Enabled
DigiCom (52)
CID/SIA Reports Full
Baud 38400
Set Up Communications
RS232 (53)
Modem Disabled
Engineer Code 7890
Engineer Name Engineer
User 01 code 1234
User 01 partition All
User name User <no>
Engineer Code and Name
User 02 and others Not used
01 Joint partitions off
02 Bell is an SAB
03 View alms unset
04 Engineer authorised
05 Online enabled
06 Not used
07 Digi normal
08 Chime audible
09 Manual Omits
10 Omit Tampers No
11 Global Setting
12 Global unsetting
13 24hr Omit Global
14 Partn Bell Time
15 Latching Fire
16 Time Code o/p
17 Latching 24hr
18 Access code only
19 NVM is Unlocked
20 Unshunt, No exit
21 Ignore errors
22 Mimic, All times
Configuration General (45)
23 Not used
Appendix III – Factory Defaults
87
24 Dures Allow No
25 Keypad PA OffÜberfall Bedienteil Aus
26 Exit Foyer
27 PA Remote silent
01 Confirmation Off
02 Sndrs on Unconf
03 Bell on Unconf
04 After Entry No
05 Ent Keypad Lock Off
DD243 (46)
06 Confirm 2 zones
01 4 digit codes
02 Internal Sounder
03 Not used
04 Instant Alarm
05 Tampers as Alarms
06 Mask Unset Fault
07 Mask Set Fault
08 Mask override
09 Gen/Fault User
10 AC Fail: No Reset
11 AC Bypass: Always
12 Line Fail: No Rst
EN50131
13 LF Bypass: Always
Zentrale 1 Walktest
Zentrale 2 Courtey Light
Zentrale 3 Strobe
Zentrale 4 Switch 12V
Zentrale 5 General Fault
Digi H/Wired 01 Fire
Digi H/Wired 02 Panic Alarm
Digi H/Wired 03 Einbruch
Digi H/Wired 04 System Set
Digi H/Wired 05 Active Omit
Digi H/Wired 06 General Fault
Digi H/Wired 07 Confirmed
Digi H/Wired 08 Tamper
Digi H/Wired 09 Mains Power Off
Digi H/Wired 10 Zones Omitted
Digi H/Wired 11 PSTN Line Fault
Digi H/Wired 12 Technical
Digi H/Wired 13 ATS Test
Digi H/Wired 14 Always Off
Digi H/Wired 15 Always Off
Digi H/Wired 16 Always Off
Digi On Board 01 Fire Alarm
Digi On Board 02 Panic Alarm
Digi On Board 03 Alarm
Digi On Board 04 System Set
Digi On Board 05 Aktive Omit
Digi On Board 06 General Fault
Digi On Board 07 Confirmed
Digi On Board 08 Tamper Alarm
Digi On Board 09 Main Power Off
Digi On Board 10 Zones Omitted
Digi On Board 11 PSTN Line Fault
Digi On Board 12 Technical
Digi On Board 13 Always Off
Digi On Board 14 Always Off
Outputs (30)
Digi On Board 15 Always Off
Appendix III – Factory Defaults
88
Digi On Board 16 Always Off
All Equipment Outputs Pending
All Output Module Outputs Always Off
Alle Partitions Timed Exit Setting Mode (22)
Alarmresponse (Eng 24) Full
Exit 30 Seconds
Entry 30 Sekonds
Bell Delay 0 Minutes
Prtn Timers (23)
Bell Duration 3 Minutes
Confirmation 30 Minutes
Sys Bell Dly 0 Minutes
Sys Bell Dur 3 Minutes
Anti Mask 5 Seconds
Line Fault 30 Secunds
AC Off Delay 30 Seconds
Soak Test 14 days
Exit Settle 5 Seconds
2nd Entry Dly 0 Seconds
Double Knock 10 Seconds
Abort Period 60 Seconds
Abort Delay 180 Seconds
Courtesy Time 120 Seconds
Menu Time Out 30 Minutes
Beam Pair 10 Seconds
Defer Setting 10 Minutes
Service Time 0 Days
Select Menu 30 Seconds
Keys Til Tamp 20/30 Counts
No. Of Rearms 0 Counts
Double Knocks 2 Counts
Tst Call Strt 0 Hours
Tst Call Int 0 Hours
Sys and Prtn Tmrs
System Timers (44)
Payment Time 0 Days
On Times 1, 2 and 3 00:00
Off Times 1, 2 and 3 00:00
Time Switches
Timers operate on No days
Set times 1, 2 and 3 00:00
Unset times 1, 2 and 3 00:00
Timers operate on No Days
Auto Set (48)
Partitions assigned No Days
Zonen type (all zones) Not Used Zones
Resistance 4K7/2K2
Conf Reset Partitions: None
Unconf Reset Partitions: None
Tamper Reset Partitions: All
Ptn Rsts & Opts (25)
Foyer Mode Partitions: None
Equip to Prtns (26) All devices Partitions: All
Shunt Groups (13) Zones assigned None
Appendix IV – Wiring Information
89
Appendix IV – Wiring Information
1.1 Cable
Use alarm cable AZ6360 or AZ6361 for
connecting the auxiliary modules and the sensors.
1.2 Cable length
For correct operation of a Terxon L burglar alarm
system, a voltage of at least 10.5V is necessary
for all system components.
Before installing the system with long cable
lengths, you should be aware of potential voltage
losses so that you can take action against them
in advance.
The AZ6360/AZ6361 alarm cable has a
resistance of 10.5 Ohm per hundred metres.
Values that require an auxiliary power supply are
underlaid grey.
If you duplicate the voltage-carrying wires without
an auxiliary power supply, as described in
Method 1, the grey underlaid and the bold printed
values apply.
10 m 20 m 30 m 40 m 50 m 60 m 70 m 80 m 90 m 100 m
60 mA 0,13 V 0,25 V 0,38 V 0,50 V 0,63 V 0,76 V 0,88 V 1,01 V 1,13 V 1,26 V
80 mA 0,17 V 0,34 V 0,50 V 0,67 V 0,84 V 1,01 V 1,18 V 1,34 V 1,51 V 1,68 V
100 mA 0,21 V 0,42 V 0,63 V 0,84 V 1,05 V 1,26 V 1,47 V 1,68 V 1,89 V 2,10 V
120 mA 0,25 V 0,50 V 0,76 V 1,01 V 1,26 V 1,51 V 1,76 V 2,02 V 2,27 V 2,52 V
140 mA 0,29 V 0,59 V 0,88 V 1,18 V 1,47 V 1,76 V 2,06 V 2,35 V 2,65 V 2,94 V
160 mA 0,34 V 0,67 V 1,01 V 1,34 V 1,68 V 2,02 V 2,35 V 2,69 V 3,02 V 3,36 V
180 mA 0,38 V 0,76 V 1,13 V 1,51 V 1,89 V 2,27 V 2,65 V 3,02 V 3,40 V 3,78 V
200 mA 0,42 V 0,84 V 1,26 V 1,68 V 2,10 V 2,52 V 2,94 V 3,36 V 3,78 V 4,20 V
220 mA 0,46 V 0,92 V 1,39 V 1,85 V 2,31 V 2,77 V 3,23 V3,70 V4,16 V4,62 V
240 mA 0,50 V 1,01 V 1,51 V 2,02 V 2,52 V 3,02 V 3,53 V4,03 V4,54 V5,04 V
260 mA 0,55 V 1,09 V 1,64 V 2,18 V 2,73 V 3,28 V 3,82 V 4,37 V 4,91 V 5,46 V
280 mA 0,59 V 1,18 V 1,76 V 2,35 V 2,94 V 3,53 V 4,12 V 4,70 V 5,29 V 5,88 V
300 mA 0,63 V 1,26 V 1,89 V 2,52 V 3,15 V 3,78 V 4,41 V 5,04 V 5,67 V 6,30 V
320 mA 0,67 V 1,34 V 2,02 V 2,69 V 3,36 V 4,03 V 4,70 V 5,38 V 6,05 V 6,72 V
340 mA 0,71 V 1,43 V 2,14 V 2,86 V 3,57 V 4,28 V 5,00 V 5,71 V 6,43 V 7,14 V
360 mA 0,76 V 1,51 V 2,27 V 3,02 V 3,78 V 4,54 V 5,29 V 6,05 V 6,80 V 7,56 V
380 mA 0,80 V 1,60 V 2,39 V 3,19 V 3,99 V 4,79 V 5,59 V 6,38 V 7,18 V 7,98 V
400 mA 0,84 V 1,68 V 2,52 V 3,36 V 4,20 V 5,04 V 5,88 V 6,72 V 7,56 V 8,40 V
420 mA 0,88 V 1,76 V 2,65 V 3,53 V 4,41 V 5,29 V 6,17 V 7,06 V 7,94 V 8,82 V
440 mA 0,92 V 1,85 V 2,77 V 3,70 V 4,62 V 5,54 V 6,47 V7,39 V8,32 V9,24 V
460 mA 0,97 V 1,93 V 2,90 V 3,86 V 4,83 V 5,80 V 6,76 V7,73 V8,69 V9,66 V
480 mA 1,01 V 2,02 V 3,02 V 4,03 V 5,04 V 6,05 V 7,06 V 8,06 V 9,07 V 10,08 V
500 mA 1,05 V 2,10 V 3,15 V 4,20 V 5,25 V 6,30 V 7,35 V 8,40 V 9,45 V 10,50 V
520 mA 1,09 V 2,18 V 3,28 V 4,37 V 5,46 V 6,55 V 7,64 V 8,74 V 9,83 V 10,92 V
540 mA 1,13 V 2,27 V 3,40 V 4,54 V 5,67 V 6,80 V 7,94 V 9,07 V 10,21 V 11,34 V
560 mA 1,18 V 2,35 V 3,53 V 4,70 V 5,88 V 7,06 V 8,23 V 9,41 V 10,58 V 11,76 V
580 mA 1,22 V 2,44 V 3,65 V 4,87 V 6,09 V 7,31 V 8,53 V 9,74 V 10,96 V 12,18 V
600 m
A
1,26 V 2,52 V 3,78 V 5,04 V 6,30 V 7,56 V 8,82 V 10,08 V 11,34 V 12,60 V
Cable length
Operating
current
1.3 Reducing voltage loss – method 1
The easiest way to reduce voltage loss is to
duplicate power lines. This halves the voltage
loss. You can simply halve the values in the table
to calculate the resulting voltage loss.
1.4 Reducing voltage loss – method 2
Use a separate power line for voltage to sensors
connected to auxiliary modules.
We recommend this way of reducing voltage loss
since it enables you to achieve greater ranges
due to the low minimal voltage of most sensors
(ca. 9.5V).
Appendix IV – Wiring Information
90
1.5 Example of voltage loss
Example 1: Voltage loss with two auxiliaries
Example 2: Voltage loss with three auxiliaries
Example 3: Voltage loss with three auxiliaries and duplicate wiring as in Method 1
Example 4: Voltage loss with separate supply to sensors and auxiliaries
Appendix IV – Wiring Information
91
Example 5: Voltage loss with auxiliary voltage supply
Example 6: Voltage loss with auxiliary power supply
Appendix IV – Wiring Information
92
1.6 Bus wiring
There are 3 ways of wiring auxiliaries for the
Terxon L:
1. Connect the wired and radio auxiliaries to
one bus or both buses. Up to 4 operating
panels can be operated on each auxiliary. You
can connect up to 16 auxiliaries per bus.
If you connect the operating panels to
auxiliaries, the two zones and the outputs of
the operating panels are no longer available.
2. You can connect up to 5 operating panels
to a bus directly and use the zones and
outputs of the operating panels.
1.7 Maximum bus length
The following lengths apply to bus wiring:
• Wired and radio auxiliary:
The maximum bus length per bus is restricted to 1000m, and the distance between two
auxiliaries must not exceed 100m.
• Operating panels on bus:
If you connect operating panels direct to the bus, the distance to the furthest operating panel is
100 m. You can connect max. 5 operating panels direct to the bus.
• Operating panels on wired auxiliaries:
You can connect up to 4 operating panels to each of the 16 wired auxiliaries. Here too, the
most distant operating panel must not be further that 100m from the auxiliary.
Appendix IV – Wiring Information
93
1.8 8-zone auxiliary (wired)
If 8-zone auxiliaries are connected to the bus, the
maximum distance between two modules must
not exceed 100m. The total length of the bus
must not exceed 1km. Modules can be arranged
in series or in a star shape.
Alarm
centre
Alarm
centre
HWX
1
HWX
2 HWX
3
HWX
16
HWX
1
HWX
2
HWX
4
HWX
3
HWX
5
HWX
6
HWX
7
HWX
9
HWX
11
HWX
8
HWX
10
Appendix IV – Wiring Information
94
1.9 Operating panels
The distance from the alarm system to the most
distant operating panel must not exceed 100m.
This distance also applies if an operating panel is
directly connected to an 8-zone auxiliary.
1.10 Door and window contacts
Door and window contacts monitor the opening of
doors and windows. To activate the entry/exit
delay time, at least one contact should be
mounted on the main entrance door on which a
control unit is also mounted.
For transparency reasons, no more than ten
door/window contacts should be used per alarm
zone. If the magnet of the reed contact of the
detector is removed, the switch contact is opened
and the alarm zone is interrupted. Please read
the instructions for your door/window contacts.
Important
Make sure that the bus and zone wiring is well
isolated from other wiring such as power
supplies, PC network cables or telephone
cables. Do not use a multi-core cable for two or
more bus connectors.
Alarm HWX
Alarm
Appendix IV – Wiring Information
95
1.11 Infrared motion detectors
Infrared motion sensors detect the infrared heat
movement of living creatures and must only be
used indoors. For transparency reasons, avoid
using motion sensors with door/window contacts
in a zone.
1.12 Smoke detectors
This burglar alarm centre allows the connection
of smoke detectors. For these, program zone
type ”fire” or ”smoke detector”, depending on the
function of the smoke detector. This
programming results in a special acoustic
warning for persons present (pulsed alarm tone).
1.13 Glass breakage detectors
Two kinds of glass breakage sensor can be
connected to this burglar alarm centre:
1.13.1 Acoustic glass break detectors
These glass breakage sensors evaluate acoustic
signals resulting from glass breakage.
1.13.2 Passive glass break detector
Passive glass breakage sensors are fixed direct
to the glass pane to be monitored. Only passive
glass breakage sensors can be used that require
no line feed but offer a potential-free alarm
contact.
1.14 Outdoor bell and strobe
To deter burglars and alert the neighbourhood,
we recommend connecting a bell and a strobe to
the alarm centre.
Note that these alarm devices should be
mounted as high as possible (e.g. at roof height)
and the cables should not be visible. Outdoor
acoustic alarms can be a disturbance to the
neighbourhood. Observe country-specific
regulations. We recommend a maximum alarm
duration of three minutes. A visual alarm (strobe)
remains active until it is acknowledged manually.
In addition to a bell and strobe, we recommend
connecting the tamper contact of the combination
signalling device to the tamper input of the alarm
centre. If the bell housing is opened or the
connection broken, the interrupted tamper
contact triggers a tamper alarm.
Appendix IV – Wiring Information
96
1.15 Connecting a signalling device with
its own power supply
The functioning principle of this alarm signalling
combination is based on an uninterruptible power
supply to the bell and a rechargeable battery
integrated in the bell housing.
At a transistor output of the alarm centre, either a
bias for the bell is applied that is removed in the
event of an alarm (or is cut in the event of
tampering), or the alarm centre issues a trigger
signal on alarm via the transistor output that
activates the bell and the strobe.
The alarm duration of the bell is set on the
signalling equipment direct. Here too, the strobe
remains active until it is acknowledged manually.
For correct installation, please read the
installation instructions of the signalling device
with own power supply.
1.16 Integrated modem
The built-in modem of the central unit enables
you to send the most varied system messages to
different telephone numbers via the telephone
network. Furthermore, the system can be
monitored and controlled using a PC on which
the Downloader software is installed, and
information on alarm states can be transmitted to
a command centre. You can connect the system
either with an RJ11 plug or via the telephone
connector clamps to the telephone network.
Connect as shown in this picture:
See also the information on auxiliary alarm
outputs on the next page.
1.17 Auxiliary alarm outputs
You can optionally connect a relay board with 8
relays to the digital outputs of the alarm centre.
Connect the cables to the digital outputs of the
alarm centre as follows. Note that the colour code
of the cable is not always the same as described
below.
Colour Function
Black (1) Ground 0V permanent
Orange (2) Auxiliary output 1
Yellow (3) Auxiliary output 2
Green (4) Auxiliary output 3
Blue (5) Auxiliary output 4
White (6) Auxiliary output 5
Violet (7) Auxiliary output 6
Brown (8) Auxiliary output 7
Grey (9) Auxiliary output 8
Red (10) +12V
External equipment,
e.g. fax
Telephone line
Appendix IV – Wiring Information
97
1.18 Keyswitch
If programmed accordingly, each zone permits
the connection of a key-switch for activating or
deactivating the alarm centre.
You can use key-switches with pulse contact or
permanent contact. For key-switches with
permanent contact, note that the control units are
still active and misinterpretations can occur if a
key-switch is still active but the alarm centre has
already been deactivated via the control unit. We
therefore recommend the use of key-switches
with pulse contact.
When the key-switch is activated, the exit delay
time for the respective area is activated, following
which the alarm centre is activated. In the case of
internal areas, immediate activation is possible.
At reactivation, the alarm centre is deactivated.
Some key-switches have additional LED displays
that can be externally activated. If necessary,
these can be connected to the programmed
transistor or relay outputs.
1.19 Loudspeaker
You can connect a 16-Ohm loudspeaker to the
SPEAKR (+, 0V) clamps.
The loudspeaker output is designed for the
connection of 2 loudspeakers. The alarm sounder
can be integrated direct in the housing of the
alarm centre.
Important: External alarm sounders belong to all
partitions. Make sure that the loudspeaker cables
are separate from the network cables. The
distance from the alarm centre should not exceed
20m.
1.20 Digital communication outputs
The alarm centre has 16 digital communication
outputs that can be connected to a digital modem.
Alternatively, low-current devices such as LEDs
can be connected. The factory setting is that the
outputs switch negatively when activated, i.e.,
from 12V to 0V. At 0V up to 100mA can flow
through the output from an external source.
You can also invert outputs so that they switch
positively on activation, i.e., from 0V to 12V. In
this case, the output supplies a maximum current
of 5mA at 12V for powering external devices.
Appendix IV – Wiring Information
98
1.21 Transistor outputs
By programming the transistor outputs, you can
address external devices such as LEDs,
signalling devices and relays. The board contains
2 negative-switching outputs (–3 and –5) that
switch from 12V to 0V on activation, and a
positive-switching output (+4) that switches from
0V to 12V on activation. A current of up to 500mA
can flow through outputs –3 and –5. If output +5
is activated, it supplies a maximum current of
500mA for addressing external devices. The
outputs can be used for displaying intrusion,
panic, duress, voltage loss or input of a special
code.
1.22 Relay outputs
The two relay outputs have potential-free
alternating contacts, which can switch on/off
externally connected devices. Connect one
contact of a device with the COM contact and the
other either with N/O or N/C. If you connect to
N/O, the contact between COM and N/O is open
(N/O = normally open). If you use contact N/C,
the contact between COM and N/C is closed
(N/C = normally closed). Connect as shown here:
1.23 Relay module
For the digital communication outputs, you can
optionally use a relay board. You can switch max.
1A/30V DC with this.
1.24 Connecting strip: factory defaults
If the FACTORY RESTART contacts are short-
circuited while the alarm centre is connected to
the mains power supply, all system parameters
are reset to their factory default settings,
including the engineer password. Make sure the
contacts remain closed until LED1 begins to flash.
To reset the engineer password only, short-circuit
the two contacts briefly while the equipment is
connected to the mains power supply.
1.25 Serial printer interface
You can connect a serial printer (RS232) direct to
the alarm centre at the serial printer interface.
This enables you to print the programmed
settings or the event memory, including online. In
online mode, every event is printed immediately.
The printer settings are: 4800 baud, 8 data bits, 1
stop bit, 1 start bit, no parity, and DTR normal.
1.26 Engineer keypad
An operating panel set to “Engineer Keypad” can
be connected direct to the “ENGINEERS
KEYPAD” contacts of the alarm centre. This
operating panel should be connected only briefly,
for programming and testing. No tamper alarm is
generated when the engineer keypad is removed.
After the system has been completely
programmed, an engineer keypad should only be
connected to bus 1 or 2 for programming
purposes. Connect as in the following diagram:
1.27 Alarm centre LEDs
The LEDs have the following meaning:
• LED1 (heartbeat): Flashes once a second
and shows that the alarm centre is
operational. Following a reset, the LED
flashes faster.
• LED2 (bus fuse 1): Monitors bus 1. When lit,
shows that the 12V supply of the circuit is
open.
• LED3 (bus fuse 2): Monitors bus 2. When lit,
shows that the 12V supply of the circuit is
open.
• LED4 (telephone): Lights when the telephone
line is activated.
• LED5 (voltage): Lights when the alarm centre
is supplied with voltage (mains or battery).
• LED6 (12V output fuse): Monitors the fuse for
the 12V output for the connection of the
voltage supply of external devices.
• LED7 (bell output fuse): Monitors the fuse of
the bell output.
• LED8 (state of relay 1): Lights when relay 1 is
activated.
Appendix IV – Wiring Information
99
• LED9 (state of relay 2): Lights when relay 1 is
activated.
• LED10 (state of transistor output 3): Lights
when transistor output 3 is activated.
• LED11 (state of transistor output 4): Lights
when transistor output 4 is activated.
• LED12 (state of strobe output): Lights when
the strobe output is activated.
• LED12 (state of bell output): Lights when the
bell output is activated.
• LED14: (state of transistor output 5): Lights
when transistor output 5 is activated.
1.28 Fuses
The alarm centre board contains the following
fuses that reset automatically.
Note that voltage must be removed
completely to make a reset!
F1: Battery charge circuit
F2: Output 12V DC bus 1
F3: Output 12V DC bus 2
F4: External alarm sounder
F5: 12V DC output for supplying external devices
F6: Bell output
1.29 Resistors
The alarm centre has 8 connection blocks for
zones. Two or more sensors can be connected to
each zone. Either DEOL or NC can be used for
wiring the zones.
Method 1: Zone closed NC (no resistor inserted)
This is the factory default method. If you use
sensors with normally open contacts, select
“Invert” under the zone attributes. In this variant,
the system can only detect whether the zone is
opened and it always registers an opening as an
alarm in this zone. The tamper contacts must be
connected to the alarm contacts of the respective
tamper zones. For wiring with this method, you
need 4 lines. Note that the voltage supply of the
sensor requires two additional lines.
Method 2: Zone closed by resistors (2 resistors
used)
In Variant B, the tamper contact and alarm
contact are monitored in one zone. In the event
of a change of resistance, the alarm station can
distinguish whether it is a real alarm or tampering.
The first figure shows the connection of just one
sensor to a zone. In the lower figure, two sensors
are serially connected to a zone. Note that you
can choose different variations of resistance
values.
Alarm resistance (±5%) Series resistance (±5%)
4.7kOhm 2.7kOhm
1kOhm 1kOhm
4.7kOhm 4.7kOhm
2.7kOhm 2.7kOhm
100
In the scope of delivery, there are 2.2kOhm and
4.7kOhm resistors (2.2kOhm: red, red, red, gold,
and 4.7kOhm: yellow, violet, red, gold).
If you choose the DEOL method, you need 2
lines for wiring each zone. Note that the voltage
supply of the sensor requires two additional lines.
We recommend that you use a zone with only
one sensor since you can then precisely identify
the triggering sensor if there is an alarm.
Whichever method you choose, note that the line
resistance must not exceed 100 Ohm.
1.30 Connections for anti-masking zones
Some sensors are fitted with a so-called anti-
masking function, which monitors whether the
lens is covered or not.
They can e wired in two ways. In the first method,
the open/close contact is connected to a
separate, masking-type zone. Here, two zones
are needed: one to monitor the masking state,
and another for alarm and tamper. In the second
method, a special resistor (normal 2K2) is used
for masking the sensor and connected with alarm
and tamper to a zone. The zone must be wired
as in the figure below. See the figure for
resistance values. The zone must also be
assigned the “masking” zone attribute.
1.31 Connecting auxiliary modules
The 8-zone wired auxiliary module and the 8-
zone radio auxiliary module are connected to the
4-wire bus as follows:
As with the alarm centre, you can select NC
(without resistor) or DEOL (with two resistors) for
the zone connection.
1.32 Addressing auxiliary modules
Every auxiliary module must have a unique
address in order to be recognised by the alarm
centre via the bus. No two auxiliary modules on
the same bus must have the same address. Use
the jumper to assign a unique address to the
module. For more information, read the operating
instructions of the auxiliary.
1.33 Walk test
For the walk test function, output OP3 must be
programmed accordingly (see page 31). If the
user activates the walk test function, the LED for
detecting a movement is activated on the sensor.
1.34 Alarm memory sensor
For the alarm memory function, e.g., for motion
sensors, an output must be programmed
accordingly (see page 31). The sensor that first
triggered in a line can store and signal this.
Wired extension
Terxon L
Technical data
101
Technical data
Voltage supply
External voltage supply 230VAC +/- 10%, 50Hz
External power consumption 145 mA
Internal voltage supply 13.65V DC
Internal power consumption 1.5 A,
of which 750mA battery charge current
Emergency power supply 12V DC, 7Ah/17Ah lead accumulator
Charging time Max. 24 hours for 17Ah battery
Outputs
Relay outputs 2 potential-free outputs,
max. 24V DC or 24V AC, 1A
Transistor outputs 2 negative-switching outputs,
12 V DC, 500mA
1 positive-switching output,
12V DC, 500mA
Siren-/
Strobe outputs
1 negative-switching output, max. 500 mA
1 negative-switching output, max. 500 mA
Loudspeaker Max. 2 x 16 Ohm loudspeakers
AUX 12V DC, 750mA max.
Digital outputs 16 outputs
12V powered, 5mA max.
0V potential-free, 100mA max.
Selectable output sense
Auxiliary outputs Engineer keypad connection
USB and RS232 interface for communication with a PC
Printer interface (RS232)
RJ11, PSTN connection for telephone connection
Optional relay module
Zones 8 zones on board, extendible to up to 264 zones
Bus 2 buses, each with max.:
16 auxiliaries (wired or radio) or 5 operating panels
Specifications
Dimensions 390mm x 310mm x 95 mm (HxWxD)
Weight 5 kg
Environment conditions -10° to 40°C
Ambient operating humidity 0-75% non-condensing
Main fuse 315mA (slow-acting)
Technical data
102
Operating panel
Power consumption 12V DC, 90mA max.
Display 2 lines each with 16 characters
Zones 2 Zones, DEOL with anti-masking
Outputs 1 output, negative-switching,
12 V DC,100mA max.
Dimensions 90mm x 113mm x 23mm (HxWxD)
Weight 200g
Environment conditions -10° to 55°C
Ambient operating humidity Max. 96%
Wired extension
Power consumption 12V DC, 60mA max.
Zones Max. 8 zones
Outputs 1 output, negative-switching,
12 V DC,100mA max.
1 output, positive-switching,
12 V DC,100mA max.
Fuses 3 circuit-breakers (operating panel, alarm
sounder, power supply) automatically
resetting
Dimensions 128mm x 182mm x 34mm (HxWxD)
Weight 310g
Environment conditions -10° to 55°C
Ambient operating humidity Max. 96%
Radio extension
Power consumption 12V DC, 55mA (close-circuit current)
Zones Max. 8 radio zones
Remote controls Max. 8 remote controls on aux. zone
Frequency 868.88625 MHz (bandwidth 20 kHz)
Dimensions 128mm x 182mm x 34mm (HxWxD)
Weight 342g
Environment conditions -10° to 55°C
Ambient operating humidity Max. 93%
Explanation of terms
103
Explanation of terms
Before starting to program the alarm station, you
should understand the terms used. An
explanation of zone types and their attributes:
NU – Not Used
A zone to which nothing is connected and
therefore not used should be closed with a
jumper and set to Not Used.
PA – Panic Alarm
This zone always triggers an alarm,
irrespective of whether the burglar alarm
station is activated or deactivated. A panic
alarm can also be transmitted silently (e.g.:
via an optional telephone dialler). The
program menu can be exited only when this
zone is closed.
FR – Fire
This zone always triggers an alarm,
irrespective of whether the burglar alarm
station is activated or deactivated. The alarm
tone is sounder by the buzzer in the control
unit and the external bell as a pulsed alarm
tone. The program menu can be exited only
when this zone is closed. Connect only fire
alarms with an automatic reset to this zone
since otherwise a new alarm is triggered
during any manual reset.
NA – Normal Alarm
If the burglar alarm centre is active, this zone
immediately triggers an alarm if the state of
the alarm zone changes (e.g., opening the
NC alarm contact). This zone can be opened
when you exit the program menu.
24 Hours
This zone always triggers an immediate
alarm. If the burglar alarm centre is
deactivated, the alarm tone is heard via the
buzzer in the control unit and the alarm
sounder of the alarm centre. In an active
state, the bell output is also activated. If a 24-
hour zone is locked, this applies to the
deactivated state only. The program menu
can be exited only when this zone is closed.
FE – Final Exit
If the burglar alarm station is active, this zone
first triggers an alarm following a specified
delay time (entry delay). This zone type can
be used for the door contact of your entrance.
When you leave the premises, closing this
zone can be used for ending the exit delay.
This zone can be opened when you exit the
program menu.
ER – Entry Route
This zone triggers no alarm if an entry/exit
zone has previously activated the entry delay.
An immediate alarm is triggered if no entry
delay is first activated. You can use this zone
type for a motion sensor in the entrance hall
pointing to the entry door (fitted with a door
contact). This detector can be used as an
entry/exit detector for internal activation. This
zone can be opened when you exit the
program menu.
SA – Shock Analyser
This zone is used for older generations of
shock sensors. Contact our technical hotline
for more information.
Explanation of terms
104
TC – Technical
In deactivated state, a technical zone triggers
an alarm via the control unit and an optional
dialler. In activated state, no alarm is
triggered. If an alarm occurs in this zone in
activated state, this is displayed when the
alarm station is deactivated. You can use this
zone type for flood sensors. The program
menu can be exited only when this zone is
closed.
KB – Keybox
This zone is mainly used in Scandinavia. If
this zone is opened, this event is stored in the
memory of the burglar alarm station. The
event can also be transmitted via the optional
telephone dialler. No alarm is triggered.
SM – Smoke Detector
This zone works just like a fire zone. In
contrast to a fire zone, the connected fire
alarms can be reset by briefly switching off
the power supply and no alarm is triggered.
However, the reset must be made via a
switch output. The program menu can be
exited only when this zone is closed.
KM – Keyswitch Momentary
A key switch (pulsed) can be connected to
the burglar alarm centre. Any change to this
zone changes the state of the alarm station
from active to inactive or from inactive to
active (following the delay time).
KF – Keyswitched Fixed
A key switch (permanent) can be connected
to the burglar alarm station. Any change to
this zone changes the state of the alarm
station from active to inactive or from inactive
to active (following the delay time). Note that
you can operate the alarm station only via the
key switch. If the state is unclear, e.g.: the
key switch is closed, and deactivated at the
control unit, the alarm station can return to
active state.
AM – Anti-Mask
The anti-mask function is supported by some
motion sensors and works as a protection
against being covered. Via a separate output
on the sensor, the alarm centre is informed
that the sensor has been covered. This
problem is then reported to the respective
alarm zone.
FB – Forbikobler
This zone property is mainly for the
Scandinavian market. This zone is connected
to an external code lock or an access control
device. This zone
General terms
105
General terms
ZONE
A zone consists of one or more detectors
connected to the burglar alarm centre via an
input (Z1–Z8).
A zone is considered to be opened or
triggered if the electric circuit within a zone
(Z1–Z8) is interrupted by a detector (motion
sensor, magnetic contact,…) (for NC), or if
the resistance value changes (for DEOL).
A zone is considered as closed or at rest if
the electric circuit is closed within a zone
(Z1–Z8) (for NC), or if the line voltage from
the alarm centre is within the right
parameters (for DEOL).
SYSTEM ACTIVATED/SET
When the burglar alarm is active, it monitors
all zones for changes to the line voltage and
triggers a local alarm and optionally an
external alarm.
SYSTEM DEACTIVATED/UNSET
When the burglar alarm is inactive, it
monitors only zones that are always active,
such as 24-hour zones, technical zones, and
burglar and fire alarms. An alarm triggered by
one of these zones usually results in an
internal alarm.
INTERNALLY/EXTERNALLY ACTIVATED
In addition to the complete activation of the
burglar alarm station, you can also activate
individual partitions (up to 8). This means that
areas can be activated and protected even if
you are at home. This type of activation is
known as internal.
INTERNAL ALARM
In the case of an internal alarm, only the
buzzers of the control units and the optional
alarm sounders are activated.
LOCAL ALARM
In the case of a local alarm, the connected
combination signalling devices (strobe and
bell) are also activated.
EXTERNAL ALARM
In the case of an external alarm, not only the
acoustic and visual signalling devices are
activated, but the alarm is also transmitted
via telephone.
106
Index
2nd Entry delay..................................................... 47
access log
printint............................................................... 73
viewing ............................................................. 73
access mode
defining............................................................. 57
accessories............................................................. 7
account name
defining............................................................. 57
account number
entering ............................................................ 65
activation
automatic, setting ............................................. 55
simulating ......................................................... 81
alarm
reset - confirmed............................................... 29
reset - unconfirmed........................................... 29
alarm centre
settings options................................................. 44
alarm outputs
auxiliary ............................................................ 96
auxiliaries
confirming......................................................... 69
auxiliary
assigning to partitions....................................... 31
banner text............................................................ 69
battery voltage...................................................... 78
burglar alarm centre ............................................... 3
bus length
maximum.......................................................... 92
bus wiring ............................................................. 92
cable..................................................................... 89
cable length .......................................................... 89
call back
starting.............................................................. 67
callback number ................................................... 68
call-back number
editing............................................................... 58
character entry...................................................... 84
charge current ...................................................... 78
charge voltage...................................................... 78
command centre number
input.................................................................. 65
communication options
digital, setting.................................................... 66
communication outputs......................................... 97
communication settings ........................................ 56
date
setting............................................................... 45
DD243 options...................................................... 51
after entry yes/no.............................................. 52
bells on unconfirm/confirm................................ 51
confirm 2 zones/1 zone .................................... 52
confirmation on/off ............................................ 51
entry keypad lock off/on.................................... 52
sounder on unconfirm/confirm .......................... 51
default menus....................................................... 83
detector .................................................................. 3
dialling mode
setting............................................................... 65
Digi Com
options.............................................................. 60
discharge current.................................................. 78
door and window contacts.................................... 94
downloader
setting............................................................... 56
EN50131
options.............................................................. 52
EN50131 options
AC bypass
always/user/engineer.................................... 54
AC fail
no reset/user/ engineer................................. 54
Alarm Instant/Delayed ...................................... 53
Codes 4 digit/6 digit.......................................... 52
general fault
user/engineer ............................................... 54
line fail
no reset/user/engineer.................................. 54
line fault bypass
always/user/engineer.................................... 54
masking override/inhibit.................................... 54
masking set fault/tamper .................................. 54
masking unset fault/tamper .............................. 54
sounder internal/local ....................................... 52
tampers as alarm/tampers................................ 53
engineer code
changing........................................................... 45
Engineer Menu ..................................................... 17
ENT key sets ........................................................ 30
entry = F/E............................................................ 30
equipment outputs................................................ 34
event codes.......................................................... 73
event list
viewing and printing.......................................... 72
event list (log)
printing.............................................................. 73
viewing ............................................................. 72
exit mode.............................................................. 27
exit settle .............................................................. 47
F/E=normal alarm................................................. 30
factory default
connecting strip ................................................ 98
factory defaults ..................................................... 86
foyer mode ........................................................... 30
full set link............................................................. 30
Funktion 43........................................................... 46
general configuration options ............................... 49
Index
107
glass breakage sensor ......................................... 95
acoustic ............................................................ 95
passive ............................................................. 95
housing components .............................................. 4
key-switch............................................................. 97
leave engineering mode ....................................... 83
load current........................................................... 78
location
text.............................................................. 17, 68
loudspeaker.......................................................... 97
Loudspeaker
Volume ............................................................. 46
menu structure...................................................... 13
message
reset ................................................................. 68
modem
integrated.......................................................... 96
motion sensor ....................................................... 95
name
changing........................................................... 45
network devices
testing............................................................... 79
network error
displaying.......................................................... 81
operating panels ................................................... 94
operation
first-time............................................................ 11
option 00............................................................... 17
option 01.......................................See Location Text
option 10............................................................... 17
option 11............................................................... 18
option 12............................................................... 24
option 13............................................................... 25
option 20............................................................... 26
option 21............................................................... 26
option 22............................................................... 27
option 23............................................................... 28
option 24............................................................... 29
option 25............................................................... 29
option 26............................................................... 31
option 30............................................................... 32
option 31............................................................... 33
option 32............................................................... 34
option 33............................................................... 34
option 34............................................................... 34
option 35............................................................... 34
option 36............................................................... 43
option 40............................................................... 44
option 41............................................................... 45
option 42............................................................... 45
option 45............................................................... 49
option 46............................................................... 51
option 47............................................................... 52
option 48............................................................... 55
option 50............................................................... 56
option 51............................................................... 56
option 51-1 ........................................................... 57
option 51-2 ........................................................... 57
option 51-3 ........................................................... 57
option 51-4 ........................................................... 58
option 52............................................................... 60
option 52-1 ........................................................... 60
option 52-2 ........................................................... 65
option 52-3 ........................................................... 65
option 52-4 ........................................................... 65
option 52-5 ........................................................... 66
option 52-6 ........................................................... 67
option 53............................................................... 67
option 60............................................................... 67
option 61-64 ......................................................... 68
option 70............................................................... 68
option 71............................................................... 68
option 72............................................................... 68
option 73............................................................... 69
option 75............................................................... 69
option 76............................................................... 69
option 80............................................................... 69
option 90............................................................... 70
option 91............................................................... 70
option 92............................................................... 71
option 92-1 ........................................................... 71
option 92-2 ........................................................... 71
option 92-3 ........................................................... 71
option 92-4 ........................................................... 72
option 93............................................................... 72
option 93-1 ........................................................... 72
option 93-2 ........................................................... 73
option 93-3 ........................................................... 73
option 93-4 ........................................................... 73
option 93-5 ........................................................... 73
option 94............................................................... 78
option 95............................................................... 79
option 95-1 ........................................................... 79
option 95-2 ........................................................... 79
option 95-3 ........................................................... 79
option 95-4 ........................................................... 81
option 95-5 ........................................................... 81
option 95-6 ........................................................... 81
option 96............................................................... 82
option 97............................................................... 83
option 98............................................................... 83
option 99............................................................... 83
options
24hr omit global/local........................................ 50
code o/p timed/latched ..................................... 50
Fire Latching/Unlatching................................... 50
general
chime audible/visible .................................... 49
omit manual/automatic ................................. 49
Sabotage ausblenden ja/nein??? ................. 49
setting global/local............................................ 49
Unsetting global/local ....................................... 50
options
general
108
common partitions ........................................ 49
general
bell, selfactivating/self supplying................... 49
general
view alarms unset/part. set........................... 49
general
Engineer/User authorised ............................. 49
general
on-line enabled/disabled............................... 49
general
Digi normal/inverted...................................... 49
options
bell time prtn/global .......................................... 50
options
24hr latching/nonlatching) ................................ 50
options
Access code only/all codes............................... 50
options
unshunt, exit/no exit.......................................... 50
options
errors ignore/view exit ...................................... 50
options
mimic, all times/set only.................................... 50
options
security eng. lo/hi.............................................. 51
options
duress allow no/yes)......................................... 51
options
keypad PA off/on) ............................................. 51
options
foyer exit/instant set.......................................... 51
options
radio PA audible/Silent ..................................... 51
outputs
Digi hardwired................................................... 34
Digi on board .................................................... 34
editing............................................................... 32
O/M outputs...................................................... 34
panel, editing .................................................... 33
panel voltage ........................................................ 78
partition
alarm response................................................. 29
options and resets ............................................ 29
text.................................................................... 69
partition events ..................................................... 40
24hr alm............................................................ 40
24Hr omit.......................................................... 40
2nd entry........................................................... 40
access .............................................................. 41
act. omit............................................................ 40
alm abort........................................................... 41
always off.......................................................... 41
Auto Set............................................................ 42
bell-SAB ........................................................... 40
burg .................................................................. 40
chime on........................................................... 41
clear.................................................................. 41
cnf alarm........................................................... 40
det. reset .......................................................... 40
entry ................................................................. 41
exit.................................................................... 41
exit flt................................................................ 41
exit/ent.............................................................. 41
fire .................................................................... 40
lock-out............................................................. 41
ls open.............................................................. 42
mask flt............................................................. 42
Mask Tamp....................................................... 42
monitor ............................................................. 41
p.a. alarm ......................................................... 40
perimeter .......................................................... 41
PSU Batt........................................................... 42
PSU FUSE ....................................................... 42
PSU Mains ....................................................... 42
reset req ........................................................... 41
set..................................................................... 40
Set Failed ......................................................... 40
SetStrobe ......................................................... 41
settling.............................................................. 40
Shunted............................................................ 41
sndr ctl.............................................................. 41
strobe ............................................................... 40
switch 12V ........................................................ 40
tamper .............................................................. 41
walk test ........................................................... 40
Zone omit ......................................................... 40
partitions
exit mode.......................................................... 27
settings ............................................................. 26
time setting ....................................................... 28
printer interface .................................................... 98
printer title............................................................. 69
program menu ...................................................... 13
relay module....................................................96, 98
relay outputs......................................................... 98
reset
confirmed.......................................................... 29
unconfirmed...................................................... 29
user 1 ............................................................... 81
resistance ............................................................. 24
selecting ........................................................... 24
RS232 .................................................................. 67
safety information ................................................... 1
sample installation.................................................. 8
scope of delivery .................................................... 2
serial number
defining............................................................. 57
service time .......................................................... 48
shunt group
altering.............................................................. 25
SIA report ............................................................. 67
signalling device ................................................... 95
self-powered..................................................... 96
smoke detector..................................................... 95
Index
109
software
show version..................................................... 79
source current....................................................... 78
system bell delay.................................................. 46
system bell duration.............................................. 47
system events....................................................... 35
24 hour alarm .................................................. 35
24 hour omitted................................................. 35
2nd entry only................................................... 36
access code...................................................... 36
active omit ........................................................ 35
alarm abort ....................................................... 37
always off.............................................. 37, 38, 39
always on.......................................................... 37
alwaysoff........................................................... 39
ATS test............................................................ 38
auto-Set timer ................................................... 38
auto-set timer 2................................................. 38
auto-set timer 3................................................. 39
Auto-Setting...................................................... 38
aux/bell tamper................................................. 37
auxiliary fuse..................................................... 38
Battery Fault ..................................................... 37
battery test........................................................ 37
bell.................................................................... 35
bell fuse ............................................................ 38
burg .................................................................. 35
Chime Mimic..................................................... 37
code accepted .................................................. 36
confirmed.......................................................... 35
courtesy light .................................................... 35
detector reset.................................................... 35
Digi active......................................................... 36
Digi failed.......................................................... 36
Digi successful.................................................. 36
duress alarm..................................................... 37
engineer on site ................................................ 35
entry only.......................................................... 36
exit fault ............................................................ 36
exit only ............................................................ 36
exit/entry........................................................... 36
Ext. Line Fault................................................... 38
fire alarm........................................................... 35
first knock ......................................................... 36
general fault...................................................... 37
locck set unlocked ......................................... 37
mains power off ................................................ 36
mask fault ......................................................... 38
mask tamper..................................................... 38
modem lockout ................................................. 37
monitored O/P on ............................................. 37
network 1 fuse .................................................. 38
network 2 fuse .................................................. 38
panel lid tamper................................................ 37
panic alarm....................................................... 35
PC output 1 on.................................................. 39
PC Output 2 on................................................. 39
PC output 3 on ................................................. 39
PC Output 4 on................................................. 39
pending............................................................. 38
PSTN line fault ................................................. 36
PSU battery...................................................... 37
PSU Fuse......................................................... 37
PSU power ....................................................... 37
random output on ............................................. 37
relearn required ................................................ 37
rem service call ................................................ 36
reset required ................................................... 36
service required................................................ 36
set failed........................................................... 37
shunt code........................................................ 37
soak test fail ..................................................... 36
strobe ............................................................... 35
strobe on set..................................................... 36
switching 12V ................................................... 35
system full set................................................... 35
system open ..................................................... 35
system part set ................................................. 37
system set ........................................................ 35
tamper alarm .................................................... 36
technical ........................................................... 36
time switch 1 on................................................ 39
time switch 2 on................................................ 39
time switch 3 on................................................ 39
walk test ........................................................... 35
zones omitted ................................................... 35
zones shunted .................................................. 36
system parameters
printing.............................................................. 73
system tests ......................................................... 70
system timer ....................................................46, 48
2nd entry delay................................................. 47
abort delay........................................................ 47
abort period ...................................................... 47
AC off delay...................................................... 47
Anti Mask.......................................................... 47
Beam Pair......................................................... 47
confirmation...................................................... 46
courtesy time .................................................... 47
defer setting...................................................... 47
double knocks .................................................. 48
double konock .................................................. 47
exit settle .......................................................... 47
Keys Till Tamp.................................................. 48
line fault ............................................................ 47
menu time-out .................................................. 47
no. of rearms .................................................... 48
payment time.................................................... 48
select menu ...................................................... 48
soak test........................................................... 47
sys bell dur ....................................................... 47
system bell delay.............................................. 46
Test call interval ............................................... 48
test call start ..................................................... 48
110
tamper reset ......................................................... 29
test
auxiliary modules, outputs ................................ 72
bell test ............................................................. 70
communication outputs..................................... 71
digital outputs ................................................... 71
equipment......................................................... 79
outputs.............................................................. 71
panel outputs.................................................... 71
power supply .................................................... 78
walk test............................................................ 83
zone resistance ................................................ 79
text
editing............................................................... 68
time
settings ............................................................. 45
time switch
setting............................................................... 43
timer ..................................................................... 28
timers.................................................................... 28
transistor outputs.................................................. 98
transmission protocol
Contact ID......................................................... 61
disabled ............................................................ 60
Extended SIA.................................................... 62
fast forward....................................................... 60
options.............................................................. 60
SIA 1................................................................. 62
SIA 2................................................................. 62
SIA 3................................................................. 62
User Menu............................................................ 17
voltage loss
example............................................................ 90
reducing............................................................ 89
wiring ................................................................ 5, 89
zone
description ........................................................ 23
editing............................................................... 18
programming .................................................... 17
resistance ......................................................... 24
selecting ........................................................... 19
zone attribute
access .............................................................. 22
beam pair.......................................................... 23
chime tone 1..................................................... 22
chime tone 2..................................................... 23
chime tone 3..................................................... 23
double knock .................................................... 22
entry ................................................................. 22
inverted............................................................. 23
masking............................................................ 22
monitored ......................................................... 23
non latching ...................................................... 23
omittable........................................................... 22
Reset................................................................ 22
shuntable.......................................................... 23
Soal Test .......................................................... 22
zone attributes...................................................... 22
zone auxiliary ....................................................... 93
zone events .......................................................... 42
alarm ................................................................ 42
mimic................................................................ 42
omit................................................................... 42
tamper .............................................................. 42
test failed .......................................................... 42
zone number
selecting ........................................................... 24
zone state
displaying ......................................................... 82
zone type
24 hour ............................................................. 19
entry ................................................................. 20
exit term............................................................ 20
final exit ............................................................ 20
fire .................................................................... 20
keyswitch.......................................................... 20
Lock Set ........................................................... 21
masking............................................................ 21
normal alarm .................................................... 19
not used............................................................ 19
occupancy ........................................................ 22
PA audible ........................................................ 19
PA silent ........................................................... 19
perimeter .......................................................... 21
PSU Battery...................................................... 21
PSU fuse .......................................................... 21
PSU power ....................................................... 21
security............................................................. 22
selecting ........................................................... 19
shunt key.......................................................... 20
tamper .............................................................. 20
technical ........................................................... 20
… 115


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Others manual(s) of Abus Terxon LX - AZ4200

Abus Terxon LX - AZ4200 User Manual - English - 16 pages

Abus Terxon LX - AZ4200 Installation Guide - German - 31 pages

Abus Terxon LX - AZ4200 User Manual - German - 16 pages


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