DS1067-064C LBT20065
REMOTE CONTROLLABLE ALARM CONTROL PANELS
1067
Ref. 1067/024
Ref. 1067/032A
Ref. 1067/052A
Mod.
PROGRAMMING MANUAL
TABLE OF CONTENTS
1 CONTROL DEVICES ...........................................................................................................................................8
1.1 1067/022 keypad display .....................................................................................................................8
1.1.1 Function keys ...............................................................................................................................................8
1.1.2 LEDs and status icons..................................................................................................................................9
1.1.3 Zone indications ...........................................................................................................................................10
1.1.4 Area indications............................................................................................................................................ 11
1.2 1067/026 touchscreen keypad with proximity key reader....................................................................12
1.2.1 Function keys ...............................................................................................................................................13
1.2.2 Status icons.................................................................................................................................................. 13
1.2.3 Zone indications ...........................................................................................................................................14
1.2.4 Area indications............................................................................................................................................ 15
1.3 1067/334 – 1067/335 electronic key readers ......................................................................................16
1.4 1067/434 – 1067/435 proximity key reader .........................................................................................17
1.5 1058/035 remote control......................................................................................................................18
2 SYSTEM ACCESS ............................................................................................................................................... 19
2.1 System access codes ..........................................................................................................................19
2.1.1 Default access codes ...................................................................................................................................20
2.1.2 Code change................................................................................................................................................21
2.1.3 How to reset an access code .......................................................................................................................21
2.1.4 How to enable the hold-up function.............................................................................................................. 22
2.1.5 Entering an invalid code or using an invalid key........................................................................................... 22
3 MENU ...................................................................................................................................................................23
3.1 How to access menus..........................................................................................................................23
3.2 How to navigate the menus .................................................................................................................23
3.3 Free access menu ...............................................................................................................................24
3.4 Main Menu ...........................................................................................................................................25
4 SYSTEM COMMISSIONING................................................................................................................................ 26
4.1 Conventions used in programming procedures...................................................................................26
4.2 How to enter alphanumeric characters ................................................................................................ 27
4.3 Vocal name ..........................................................................................................................................27
4.4 How to enable the Installer ..................................................................................................................28
4.5 How to enable the Technical Manager code .......................................................................................28
4.6 How to select the language .................................................................................................................29
4.7 LCD Info...............................................................................................................................................30
4.8 How to set date and time .....................................................................................................................31
4.9 Zones programming.............................................................................................................................32
4.10 Areas programming .............................................................................................................................34
4.11 Wired input programming.....................................................................................................................35
4.11.1 Wired input encoding....................................................................................................................................35
4.11.2 Input types....................................................................................................................................................35
4.11.3 Wired input customisation ............................................................................................................................36
4.11.4 Isolable.........................................................................................................................................................38
4.11.5 Ancillary functions (Gong, Courtesy Light, Door Opener, Absence of Move) ...............................................38
4.11.6 Burglar input attributes (Release Type, AND / OR zones) ...........................................................................38
4.11.7 AND inputs ................................................................................................................................................... 38
4.11.8 Programming procedure...............................................................................................................................38
4.12 Wired input programming.....................................................................................................................41
4.12.1 Output encoding...........................................................................................................................................41
4.12.2 Output types.................................................................................................................................................41
4.12.3 Output assignment .......................................................................................................................................41
4.12.4 Output customisations..................................................................................................................................41
4.12.5 Programming procedure...............................................................................................................................44
4.13 Keypad programming...........................................................................................................................46
4.13.1 Functions to be configured ........................................................................................................................... 46
4.13.2 Emergency indication...................................................................................................................................46
DS1067-064C 2 LBT20065
Programming procedure...............................................................................................................................46
4.13.3
4.14 Reader programming...........................................................................................................................48
4.14.1 LED management ........................................................................................................................................48
4.14.2 Programming procedure...............................................................................................................................48
4.15 Keys .....................................................................................................................................................49
4.15.1 Key acquisition ............................................................................................................................................. 49
4.15.2 Delete Key....................................................................................................................................................50
4.15.3 Key configuration .........................................................................................................................................50
4.16 Wireless input programming ................................................................................................................51
4.16.1 Wireless input encoding ...............................................................................................................................51
4.16.2 Wireless input types .....................................................................................................................................52
4.16.3 Wireless input customisation........................................................................................................................52
4.16.4 Isolable.........................................................................................................................................................52
4.16.5 Ancillary functions (Gong, Courtesy Light, Door Opener, Absence of Move) ...............................................52
4.16.6 Input attributes (Release Type, AND / OR zones)........................................................................................ 52
4.16.7 AND inputs ................................................................................................................................................... 52
4.16.8 Programming procedure...............................................................................................................................52
4.17 Wireless output programming..............................................................................................................55
4.17.1 Wireless output encoding ............................................................................................................................. 55
4.17.2 Wireless output customisation...................................................................................................................... 55
4.17.3 Status report................................................................................................................................................. 55
4.17.4 Programming procedure...............................................................................................................................56
4.18 1058/035 remote control programming................................................................................................57
4.19 Advanced programming.......................................................................................................................59
4.19.1 Remote control system code........................................................................................................................ 59
4.19.2 Programming procedure...............................................................................................................................59
4.20 General system parameters (timings)..................................................................................................60
4.20.1 Programming procedure...............................................................................................................................60
4.21 Telephone dialer ..................................................................................................................................61
4.21.1 Telephone numbers .....................................................................................................................................61
4.21.2 Vocal messages...........................................................................................................................................62
4.21.3 SMS text messages .....................................................................................................................................64
4.21.4 Alarm sending types..................................................................................................................................... 64
4.21.5 Alarm message and call block sending mode ..............................................................................................65
4.21.6 PSTN parameters.........................................................................................................................................69
4.21.7 GSM parameters..........................................................................................................................................70
4.21.8 GPRS parameters ........................................................................................................................................ 71
4.21.9 IDP/IP parameters........................................................................................................................................ 72
4.21.10 PSTN Line Test............................................................................................................................................73
4.21.11 Period Comm Test .......................................................................................................................................73
4.21.12 Rem Ctrl Backup ..........................................................................................................................................74
4.21.13 Answer Machine...........................................................................................................................................75
4.21.14 Rem.Ctrl Code ............................................................................................................................................. 76
4.21.15 Return Call ...................................................................................................................................................76
4.21.16 Telephone line enabling ...............................................................................................................................77
4.22 Timed programmer ..............................................................................................................................78
4.22.1 Operating principles .....................................................................................................................................78
4.22.2 Programming................................................................................................................................................ 79
4.22.3 Deleting a command ....................................................................................................................................80
4.23 System Test ......................................................................................................................................... 80
4.23.1 Input test ......................................................................................................................................................81
4.23.2 Output test....................................................................................................................................................81
4.23.3 Battery test ................................................................................................................................................... 82
4.23.4 Vocal call test ...............................................................................................................................................82
4.23.5 Alarm receiving centre call test ....................................................................................................................83
4.23.6 GSM Field Test ............................................................................................................................................83
4.23.7 Environmental listening test .........................................................................................................................83
4.23.8 Radio device test.......................................................................................................................................... 84
4.23.9 Final tests.....................................................................................................................................................84
4.24 User training.........................................................................................................................................84
5 SYSTEM COMMISSIONING................................................................................................................................ 85
5.1 Arming procedure ................................................................................................................................85
DS1067-064C 3 LBT20065
5.2 Arming from 1067/022 keypad.............................................................................................................85
5.2.1 Total arming (system with zones only) .........................................................................................................85
5.2.2 Total arming (system with areas and zones)................................................................................................85
5.2.3 Partial arming (system with zones only).......................................................................................................86
5.2.4 Partial arming (system with areas and zones)..............................................................................................86
5.3 Arming from 1067/026 keypad.............................................................................................................87
5.3.1 Total arming (system with zones only) .........................................................................................................87
5.3.2 Total arming (system with areas and zones)................................................................................................87
5.3.3 Partial arming (system with zones only).......................................................................................................88
5.3.4 Partial arming (system with areas and zones)..............................................................................................88
Proceed as follows to arm the entire alarm system partially if areas are defined: ..................................................... 88
5.4 Arming with electronic or proximity key ...............................................................................................89
5.4.1 Total arming from electronic key reader ....................................................................................................... 89
5.4.2 Total arming from proximity key reader........................................................................................................ 90
5.4.3 Total arming from 1067/026 keypad............................................................................................................. 90
5.4.4 Partial arming from electronic key reader..................................................................................................... 91
5.4.5 Partial arming from proximity key reader...................................................................................................... 91
5.4.6 Partial arming from 1067/026 keypad...........................................................................................................92
5.5 Arming using 1058/035 remote control................................................................................................92
5.5.1 Total arming .................................................................................................................................................92
5.5.2 Partial arming ...............................................................................................................................................93
5.6 Disarming procedure............................................................................................................................93
5.7 Disarming from 1067/022 keypad........................................................................................................93
5.7.1 Total disarming (system with zones only).....................................................................................................93
5.7.2 Total disarming (system with areas and zones) ...........................................................................................93
5.7.3 Partial disarming (system with zones only) ..................................................................................................94
5.7.4 Partial disarming (system with areas and zones) .........................................................................................94
5.7.5 Disarming from keypad under hol-up ...........................................................................................................94
5.8 Disarming from 1067/026 keypad........................................................................................................95
5.8.1 Total disarming (system with zones only).....................................................................................................95
5.8.2 Total disarming (system with areas and zones) ...........................................................................................95
5.8.3 Partial disarming (system with zones only) ..................................................................................................96
5.8.4 Partial disarming (system with areas and zones) .........................................................................................96
5.8.5 Disarming from keypad under hold-up .........................................................................................................97
5.9 Disarming with electronic or proximity key...........................................................................................97
5.9.1 Total disarming from electronic key reader ..................................................................................................97
5.9.2 Total disarming from proximity key reader ...................................................................................................98
5.9.3 Total disarming from 1067/026 keypad ........................................................................................................98
5.9.4 Partial disarming from electronic key reader ................................................................................................98
5.9.5 Partial disarming from proximity key reader .................................................................................................98
5.9.6 Partial disarming from 1067/026 keypad ...................................................................................................... 99
5.10 Disarming using 1058/035 remote control...........................................................................................99
5.10.1 Total system disarming ................................................................................................................................99
5.10.2 Partial disarming with remote control ...........................................................................................................99
5.11 Splitting ................................................................................................................................................100
5.12 Direct access function keys .................................................................................................................100
5.12.1 1067/022 keypad.......................................................................................................................................... 100
5.12.2 1067/026 keypad.......................................................................................................................................... 100
5.12.3 1058/035 remote control programming key.................................................................................................. 100
5.13 How to stop alarms in progress ...........................................................................................................101
5.14 System status information....................................................................................................................101
5.14.1 How to view system status ........................................................................................................................... 101
5.14.2 How to view open inputs ..............................................................................................................................102
5.14.3 How to view isolated or inhibited inputs........................................................................................................102
5.14.4 How to examine the Alarms Memory............................................................................................................102
5.14.5 How to delete the Alarms Memory ...............................................................................................................103
5.14.6 How to examine the Tampers Memory.........................................................................................................103
5.14.7 How to delete the Tampers Memory ............................................................................................................103
5.14.8 How to examine the fault and anomaly memory ..........................................................................................104
5.14.9 How to delete the fault memory....................................................................................................................104
6 USER REMOTE CONTROL.................................................................................................................................105
DS1067-064C 4 LBT20065
6.1 How to skip a telephone answering machine ......................................................................................105
6.2 Remote control with text messages.....................................................................................................105
6.3 How to activate commandable outputs at no cost ...............................................................................106
6.4 Remote control with guided voice menu..............................................................................................106
6.5 List of vocal answer machine DTMF controls ...................................................................................... 107
6.6 Environmental listening........................................................................................................................107
7 ALARMS, EVENTS AND INDICATIONS .............................................................................................................108
7.1 Alarm and event indications.................................................................................................................108
7.1.1 How to use the table.....................................................................................................................................108
7.2 Description of alarms and indications .................................................................................................. 111
7.2.1 Burglar alarm................................................................................................................................................ 111
7.2.2 Burglar pre-alarm .........................................................................................................................................111
7.2.3 Tamper alarm...............................................................................................................................................112
7.2.4 Wrong code alarm........................................................................................................................................ 112
7.2.5 Panic indication ............................................................................................................................................113
7.2.6 Silent panic indication...................................................................................................................................113
7.2.7 Hold-up indication ........................................................................................................................................113
7.2.8 Emergency indication...................................................................................................................................114
7.2.9 Fire indication...............................................................................................................................................114
7.2.10 Detector jamming alarm ...............................................................................................................................115
7.2.11 Detector fault alarm...................................................................................................................................... 115
7.2.12 Faulty siren alarm......................................................................................................................................... 115
7.2.13 Failure alarm from failure input.....................................................................................................................116
7.2.14 System failure alarm.....................................................................................................................................116
7.2.15 External communicator failure alarm............................................................................................................ 116
7.2.16 No Bus communication alarm ......................................................................................................................117
7.2.17 Protracted no mains power alarm ................................................................................................................117
7.2.18 Control panel and other device low battery alarm ........................................................................................117
7.3 Description of events ...........................................................................................................................118
7.3.1 Reset fire alarm event ..................................................................................................................................118
7.3.2 Technological type 1 event...........................................................................................................................118
7.3.3 Technological type 2 event...........................................................................................................................118
7.3.4 Technological type 3 event...........................................................................................................................118
7.3.5 Door opener event .......................................................................................................................................119
7.3.6 Courtesy light event......................................................................................................................................119
7.3.7 Instantaneous no mains power event........................................................................................................... 119
7.3.8 Maintenance event ....................................................................................................................................... 119
7.3.9 Inhibit inputs event .......................................................................................................................................119
7.3.10 Isolated input event ......................................................................................................................................120
7.3.11 Arm/disarm zones event...............................................................................................................................120
7.3.12 Arm/disarm zones override event................................................................................................................. 120
7.3.13 Open input event..........................................................................................................................................120
7.3.14 Open input test event ...................................................................................................................................120
7.3.15 Arrest system event......................................................................................................................................121
7.3.16 Valid code entered by user on keypad event ...............................................................................................121
7.3.17 Edit date-time on keypad event....................................................................................................................121
7.3.18 User code enable/disable event ................................................................................................................... 121
7.3.19 Key enable/disable event .............................................................................................................................121
7.3.20 Key acquisition/deletion event......................................................................................................................121
7.3.21 Timed programmer warning event ...............................................................................................................121
7.3.22 Arming block event....................................................................................................................................... 121
7.3.23 Arming not executed event...........................................................................................................................121
7.4 Description of acoustic indications.......................................................................................................122
7.4.1 Entry/exit time indication ..............................................................................................................................122
7.4.2 Arming warning ............................................................................................................................................122
7.4.3 Gong ............................................................................................................................................................122
7.4.4 System status by means of wireless sirens.................................................................................................. 122
8 PROGRAMMING VIA COMPUTER .....................................................................................................................123
8.1 Programming methods.........................................................................................................................123
8.2 Prerequisites ........................................................................................................................................123
8.2.1 Hardware prerequisites for data transfer ...................................................................................................... 123
8.2.2 Personal computer requirements .................................................................................................................123
8.2.3 Software requirements .................................................................................................................................123
DS1067-064C 5 LBT20065
Enabling requirements .................................................................................................................................123
8.2.4
8.3 How to save and restore data on USB flash drive...............................................................................124
8.3.1 Files..............................................................................................................................................................124
8.3.2 File types......................................................................................................................................................124
8.3.3 How to save data on USB flash drive........................................................................................................... 125
8.3.4 How to restore data on the control panel...................................................................................................... 126
9 MAINTENANCE ...................................................................................................................................................127
9.1 Input isolation and end of isolation ......................................................................................................127
9.1.1 How to isolate an input................................................................................................................................. 127
9.1.2 How to end isolate an input .......................................................................................................................... 127
9.2 How to view device addresses ............................................................................................................128
9.3 How to view the firmware release of devices.......................................................................................128
9.4 How to upgrade bus device firmware from menu ................................................................................ 129
9.4.1 Necessary conditions ...................................................................................................................................129
9.4.2 Upgrade file..................................................................................................................................................129
9.4.3 Preliminary operations..................................................................................................................................130
9.4.4 How to upgrade bus devices ........................................................................................................................ 130
9.5 Firmware upgrade at power on............................................................................................................131
9.5.1 Procedura di aggiornamento FW dispositivo power on ................................................................................131
9.5.2 Control panel upgrade procedure at power on ............................................................................................. 132
9.6 Partial reset..........................................................................................................................................133
9.7 Global reset..........................................................................................................................................133
9.8 Event Log.............................................................................................................................................133
9.8.1 How to interpret viewed data........................................................................................................................ 134
9.8.2 How to browse the Event Log ......................................................................................................................134
9.9 Diagnose Log.......................................................................................................................................134
9.9.1 How to interpret viewed data........................................................................................................................ 135
9.9.2 How to browse the Diagnose Log ................................................................................................................135
9.9.3 How to delete the Diagnose Log ..................................................................................................................135
9.10 EN50131 degree compliance ..............................................................................................................136
9.11 How to acquire BUS devices ...............................................................................................................136
9.12 How to delete BUS devices .................................................................................................................136
10 TABLES ................................................................................................................................................................ 137
10.1 How to acquire BUS devices ...............................................................................................................137
10.2 Alarm sending types ............................................................................................................................138
10.3 IDP message structure ........................................................................................................................139
10.4 Detail of events and management .......................................................................................................141
10.5 Factory settings....................................................................................................................................142
10.5.1 System code ................................................................................................................................................142
10.5.2 Zones ...........................................................................................................................................................142
10.5.3 Users............................................................................................................................................................ 142
10.5.4 Keys .............................................................................................................................................................143
10.5.5 General parameters .....................................................................................................................................143
10.5.6 Areas............................................................................................................................................................143
10.5.7 Control panel inputs .....................................................................................................................................144
10.5.8 Control panel outputs ...................................................................................................................................145
10.5.9 Expansion module inputs .............................................................................................................................146
10.5.10 Expansion outputs........................................................................................................................................ 146
10.5.11 Keypad inputs ..............................................................................................................................................147
10.5.12 Radio expansion module inputs ...................................................................................................................148
10.5.13 Radio expansion module outputs (sirens) ....................................................................................................149
10.5.14 Reader inputs ...............................................................................................................................................149
10.5.15 Keypad parameters ......................................................................................................................................149
10.5.16 Reader- zones assignment ..........................................................................................................................149
10.5.17 Remote control key- zones assignment .......................................................................................................149
10.5.18 1067/002A PSTN Communicator .................................................................................................................150
10.5.19 Timed programmer....................................................................................................................................... 150
10.6 Timed programmer configuration.........................................................................................................151
DS1067-064C 6 LBT20065
INTRODUCTION
ORGANISATION OF THE MANUAL
The manual is divided into chapters and the various topics are arranged in sequence to provide step-by-step instructions
for programming and configuring the system.
Information for system design, installation and maintenance are contained in the Installation Manual.
The Installation Manual also contains the device acquisition procedure.
Instructions for system use by the end user are contained in the User Manual.
CONVENTIONS USED
The following conventions are used in the manual for the sake of simplicity:
This is the LCD with the displayed message.
Unless otherwise specified, the same message is shown on the touchscreen
, , , , …
keypad.
This is the equivalent key to be pressed on the keypad.
<Master code>
This indicates the code to be entered using the keypad.
<User code>
<Installer code>
<Technical Manager code>
<Master / User code>
H24
This means that either code may be entered on the keypad indifferently.
This means that the described function or service is always active.
Pay attention to the following symbols:
This symbol indicates an important warning.
This symbol indicates advice.
This symbol indicates EN50131 grade 3 compliance.
The compliance of the system as a whole is equal to the minimum certification of the installed devices and
of the enabled functions.
This symbol indicates EN50131 grade 2 compliance.
The compliance of the system as a whole is equal to the minimum certification of the installed devices and
of the enabled functions.
This symbol indicates that EN50131 compliance may depend on other functions enabled in the system.
The symbol means that the function or device is not EN50131 certified.
This symbol means that the function or device will cancel EN50131 certification.
DS1067-064C 7 LBT20065
1 CONTROL DEVICES
This chapter contains a description of the devices which allow to access the alarm system locally, to arm or disarm the
system, to program and to interact with it.
The function of the various keys and the information supplied by the LEDs and on the display are explained for keypads.
The information supplied by the LEDs is provided for readers.
1.1 1067/022 KEYPAD DISPLAY
C
B
A
D
E
F
G
H
Figure 1 – 1067/022 keypad
Ref. Description Use or indications provided
A Alphanumeric keys For entering the access code, arming or disarming the system, programming the system.
B Function keys For activating fire, emergency and silent panic indications.
LCD 2 x 16
C
characters
D Navigation keys
MENU key
E
ESC key
F
OK key
G
Date and time or detailed information on system status is shown in stand-by mode*.
Menus and system parameters and information are shown during system programming
or querying.
These are used to go from one menu item to another. They change the value of some
parameters.
To access the menu.
To go back to the upper menu level.
To confirm the access code and other entered data.
To confirm the chosen menu and go to the submenu.
H Lid To protect the alphanumeric keys.
* Displaying information other than date and time in stand-by mode declasses EN50131 certification from grade 3 to
grade 2.
1.1.1 Function keys
Symbol Key Associated function
Table 1 - 1067/022 keypad elements
1 Fire indication
4 Emergency indication
7 Silent panic indication
Table 2 - 1067/022 keypad function keys
DS1067-064C 8 LBT20065
1.1.2 LEDs and status icons
Figure 2 – Display and status LEDs on 1067/022 keypad
The LEDs on the keypads indicate system status and alarms. Available information is shown in Table 3 - LEDs indicatio n
and icons of 1067/022 keypad.
The amount of displayed information depends on the system status level (armed or disarmed), the EN50131 grade set
during programming and the access level (see paragraph 2.1 System access codes). Paragraph 1.1.2.1 Use of L EDs
with EN50131 grade 3 lists the information available in the various cases.
Symbol Description Indicator Supplied indications
Failure or notice
Maintenance Yellow LED
Power Green LED
1
Yellow LED
Timed
programmer
Green LED
On = mains power present
Blinking = no mains power, battery power present
Off = normal operation
On = failure or notice present
Blinking = see details of current failures
Off = normal operation
On = system maintenance in progress
Off = no command
On = commands present for the current day
Blinking = control activation warning
Off = no open input
Open inputs Yellow LED
Inhibited or
isolated inputs
2
Alarm
Tamper
System status
Red LED
3
Red LED
4
Green LED
Yellow LED
On = open input
Blinking = see details of current open inputs
Off = no inhibited or isolated input
On = inhibited or isolated input
Blinking = see details of current inhibited or isolated inputs
Off = no alarm condition present
On = at least one alarm condition present
Blinking = see details of current alarms
Off = no tamper condition present
On = at least one tamper condition present
Blinking = see details of current tampering
Off = all zones associated to the keypad are disarmed
On = all zones associated to the keypad are armed
Blinking = some zones associated to the keypad are armed
1) The indicated failures and warnings are: PSTN line, power overvoltage, power low voltage, battery (inefficient or low
battery), system bus communication (devices not interfacing with control panel), control panel input and expansion
+V voltage, control panel condition (burglar, input inhibition or isolation, tampering).
2) The indicated alarm conditions are burglar and warning. Technological indications are also provided (emergency,
fire, technological 1, technological 2, technological 3).
3) The indicated tampering conditions are: control panel tamper, control panel SAB input, expansion SAB input, tamper
input, imbalance of one of the inputs specialised as balanced or double balance, attempt to use a wrong access
code or key (repeated 21 times).
4) Information is limited to the zones associated to the keypad only. The status of any configured zones which are not
associated to the keypad cannot be determined.
Table 3 - LEDs indication and icons of 1067/022 keypad
DS1067-064C 9 LBT20065
1.1.2.1 Use of LEDs with EN50131 grade 3
The keypad LED indications which are visible without needing to enter a valid code depend on the EN50131 grade
(Mode 3, Mode 2 or Mode 0) set during programming.
IMPORTANT! By setting Mode 0 the system will lose EN50131 compliance it potentially had before.
Behaviour in Mode 2 is two-fold: all LED indications are visible when the alarm system is disarmed, while only the power,
timed programmer and system status indications appear when the system is armed (the other LED indications may be
viewed by entering a valid code). This use mode is EN50131 grade 2 compliant.
The alarm system is EN50131 grade 3 compliant in Mode 3. LED indications are not always visible and depend on
system status (armed or disarmed) and whether a valid access code is entered. The indications shown refer to the zones
associated to the keypad only.
IMPORTANT ! Mode 3 is not available for the 1067/024 control panel because this device is EN50131 grade 2,
and not grade 3, compliant.
Table 4 – LED indication visibility of 1067/022 keypad complying with EN50131 grade 3 shows how the LEDs behave on
the keypad in Mode 3.
Enter a valid code to see details on the indications.
All indications can be deleted using the Installer or Technical Manager codes. Only burglar, power failure and
communication failure indications can be deleted with the Master or User codes.
Alarm system status Armed Disarmed
Access code used No code
Power LED
■ ■ ■ ■ ■ ■
Failure or warning LED
Maintenance LED
Timed programmer LED
■ ■ ■ ■ ■ ■
Open inputs LED
Inhibited or isolated input LED
Alarm LED
Tamper LED
System status LED
Master /
User
Installer /
Technical
Manager
No code
Master /
User
□ □ ■ ■ ■
□ □ ■ ■ ■
□ □ ■ ■ ■
□ □
□ □
□ □
□ □
□ □
□ □
□ □
□ □
Installer /
Technical
Manager
■ = The LED indication is always visible even without entering an access code.
□ = The LED indication is only visible after having entered a valid access code.
Table 4 – LED indication visibility of 1067/022 keypad complying with EN50131 grade 3
1.1.3 Zone indications
The zones status is shown on the display in graphic mode.
The graphic symbols corresponding to digits 1 to 16 appear on the second line of the
screen.
SYSTEM STATUS
□□□□□□..........
1 2 3 4 5 6 7 8 9 10 1112131415 16
The meanings are:
Symbol During normal use During programming
□
■
0
.
Zone disarmed Zone not associated to the function
Zone armed Zone associated to the function
Zone disarmed with one or more open inputs -
Zone does not exist Zone does not exist
Example for 1067/052A
Zone 4 is armed, Zones 1, 2, 5 and 6 are disarmed, Zone 3 is disarmed with one or
more open inputs, Zones from 7 to 16 do not exist.
SYSTEM STATUS
□□0■□□..........
1 2 3 4 5 6 7 8 9 10 1112131415 16
DS1067-064C 10 LBT20065
1.1.4 Area indications
The area status is shown on the display in graphic mode.
The graphic symbols corresponding to letters A, B, C, D appear on the second line of
the screen.
AREAS STATUS
□□□□
1 2 3 4 5 6 7 8 9 10 1112131415 16
A B C D
IMPORTANT! The 1067/024, control panel has only two areas and graphic symbols appear next to the letters A,
B only.
The meanings are:
Symbol During normal use During programming
□
■
.
area disarmed area not associated to the function
area armed area associated to the function
area partially armed
area does not exist area does not exist
Example
Area A is armed, area B is disarmed, area C is partially active, area D does not exist.
AREAS STATUS
■□ .
1 2 3 4 5 6 7 8 9 10 1112131415 16
A B C D
DS1067-064C 11 LBT20065
1.2 1067/026 TOUCHSCREEN KEYPAD WITH PROXIMITY KEY READER
C
D
E
Q
F
G
H
B
A
Ref. Description Use or indications provided
A Alphanumeric keys
B Function keys Used to activate the additional system functions
C Graphic OLED display
D
E
F
G
H Proximity key reader Proximity key sensor
I
L Arrow keys To scroll menu items and edit the value of some parameters
M
N
P Approach sensor Approach the hand to activate the keypad
Q Microphone Environmental listening microphone
Yellow LED
Notices
Green LED
System status
Green LED
Mains voltage
Yellow LED
Maintenance
OK key
MENU key
ESC key
Figure 3 – 1067/026 keypad
Used to enter the access code, select some functions and program the
control panel
In stand-by, shows date and time, detailed system status information, event
log and programming menus
Off = normal operation
On= failure, fault, alarm or tampering
Off = system disarmed
On= system all armed
Blinking = system partially armed
On = mains power present
Blinking = no mains power, battery power present
See Installation Manual.
Off = normal operation
On= system maintenance in progress
Confirm access code and other entered data; confirm chosen menu item
and go to the submenu
To access the menu
To go back to the upper menu level
M
N
L
I
P
* Displaying information other than date and time in stand-by mode declasses EN50131 certification from grade 3 to
grade 2.
Table 5 - 1067/026 keypad elements
DS1067-064C 12 LBT20065
1.2.1 Function keys
1.2.2 Status icons
Symbol 1067/026 key Associated function
T1 Silent panic indication
T2 Emergency indication
T3 Fire indication
T4 Clean glass
Table 6 - 1067/026 keypad function keys
Figure 4 – 1067/026 keypad display and status icons
The LEDs and icons on the keypads indicate system status and alarms. Available information is shown in the table
below.
The amount of displayed information depends on the system status level (armed or disarmed), the EN50131 grade set
during programming and the access level (see paragraph 2.1 System access codes). Paragraph 1.2.2.1 Use of LEDs
and icons with EN50131 grade 3 lists the information available in the various cases.
Symbol Description Supplied indications
Power
Failure
Timed
programmer
Open inputs
Inhibited or
isolated inputs
Alarm
Power
Table 7 - LED and icon indications of 1067/026 keypad
Present = no mains power
Highlighted = see electric mains failures details
Present = failures present
Highlighted = see details of current failures
Present = commands present for the current day
Highlighted = control activation warning
Present = open input
Highlighted = see details of current open inputs
Present = inhibited or isolated input
Highlighted = see details of current inhibited or isolated inputs
Present = at least one alarm condition present
Highlighted = see details of current alarms
Present = at least one tamper condition present
Highlighted = see details of current tampering
DS1067-064C 13 LBT20065
1.2.2.1 Use of LEDs and icons with EN50131 grade 3
The visibility of the keypad LED and icon indications without needing to enter a valid code depends on the EN50131
grade (Mode 3, Mode 2) set during programming.
IMPORTANT! By setting Mode 0 the system will lose EN50131 compliance it potentially had before.
Behaviour in Mode 2 is two-fold: all LED and icon indications are visible when the alarm system is disarmed, while only
the power, timed programmer and system status indications appear when the system is armed (the other LED and icon
indications may be viewed by entering a valid code). This use mode is EN50131 grade 2 compliant.
The alarm system is EN50131 grade 3 compliant in Mode 3. LED and icon indications are not always visible and depend
on system status (armed or disarmed) and whether a valid access code is entered. The indications shown refer to the
zones associated to the keypad only.
IMPORTANT! Mode 3 is not available for the 1067/024 control panel because this device is EN50131 grade 2,
and not grade 3, compliant.
The Table 8 below, shows how the LEDs behave on the keypad in Mode 3.
Enter a valid code to see details on the indications.
All indications can be deleted using the Installer or Technical Manager codes. Only burglar, power failure and
communication failure indications can be deleted with the Master or User codes.
Alarm system status Armed Disarmed
Access code used No code
Power LED / icon
■ ■ ■ ■ ■ ■
Failure or warning LED / icon
Maintenance LED
Timed programmer icon
■ ■ ■ ■ ■ ■
Open inputs icon
Inhibited or isolated inputs icon
Alarm icon
Tamper icon
System status LED
Master /
User
Installer /
Technical
Manager
No code
Master /
User
□ □ ■ ■ ■
□ □ ■ ■ ■
□ □
□ □
□ □
□ □
□ □
□ □
□ □
□ □
□ □
□ □
Installer /
Technical
Manager
■ = The LED / icon indication is always visible even without entering an access code.
□ = The LED / icon indication is only visible after having entered a valid access code.
Table 8 – LED indication visibility of EN50131 grade 3 compliant 1067/026 keypad 3
1.2.3 Zone indications
The zone status is shown on the displays in graphic mode. The zones appear on two lines.
The meanings are:
Symbol During normal use During programming
Zone disarmed Zone not associated to the function
Zone armed Zone associated to the function
Zone disarmed with one or more open inputs -
Zone does not exist Zone does not exist
In the example above, zones 1 and 5 are armed, zone 12 has one or more open inputs and zone 16 does not exist. The
remaining zones are disarmed.
DS1067-064C 14 LBT20065
1.2.4 Area indications
The areas status is shown on the displays in graphic mode. The areas status is shown on the last line.
AREAS STATUS
The meanings are:
Symbol During normal use During programming
area disarmed area not associated to the function
area armed area associated to the function
area partially armed
area does not exist area does not exist
In the example above, area A is armed, area B is partially armed, area C is disarmed and area D does not exist.
DS1067-064C 15 LBT20065
1.3 1067/334 – 1067/335 ELECTRONIC KEY READERS
Figure 5 – 1067/334 – 1067/335 electronic key readers
Ref. Description Use or indications provided
1...
2 3
A
LED (green)
associated
zone status
LED (yellow)
alarms and
indications
• Off
• On
• Blinking * = at least one zone associated
• Off = no indications for the zones
• On = alarm indication stored for the
• Blinking = presence of at least one
The indication only appears when the system
is disarmed.
The LED will light up fixed if there are alarms,
or failures and open inputs at the same time.
Operating mode = Mode 3 Operating mode = Mode 2
* = all zones associated to the LED
are disarmed
* = all zones associated to the LED
are armed
• Off = all zones associated to the LED
are disarmed
• On = all zones associated to the LED
are armed
• Blinking = at least one zone associated
to the LED is armed
to the LED is armed
• Off = no indications for the zones
associated to the reader
associated to the reader
• On = alarm indication stored for the
zones associated to the reader or tamper
or system failure (the indication only
appears when the system is disarmed)
zones associated to the reader or tamper
or system failure (the indication only
appears when the system is disarmed)
• Blinking = presence of at least one
open input in the zones associated to the
reader.
open input in the zones associated to the
reader.
The LED will light up fixed if there are alarms,
or failures and open inputs at the same time.
This LED lights up to indicate the need to
check indication details on the keypad.
This LED lights up to indicate the need to
check indication details on the keypad.
B
Electronic keyhole 1067/334 – 1067/335 Shaped hole for inserting the electronic key.
Mode 3 is EN50131 grade 3 compliant.
IMPORTANT! Mode 3 is not available for the 1067/024 control panel because this device is EN50131 grade 2,
and not grade 3, compliant.
Mode 2 is EN50131 grade 2 compliant.
*) The LED will remain off in a EN50131 grade 3 compliant system even if an indication is present. Insert the key and
remove it to check system status: the LEDs associated to active zones will light up for a few seconds (fixed or blinking).
DS1067-064C 16 LBT20065
1.4 1067/434 – 1067/435 PROXIMITY KEY READER
Figure 6 – 1067/434 -1067/435 proximity key reader
Ref. Description Use or indications provided
1...
2 3
A
LED (green)
associated
zones status
LED (yellow)
alarms and
indications
• Off
• On
• Blinking * = at least one zone associated
• Off = no indications for the zones
• On = alarm indication stored for the
• Blinking = presence of at least one
The indication only appears when the system
is disarmed.
The LED will light up fixed if there are alarms,
or failures and open inputs at the same time.
Operating mode = Mode 3 Operating mode = Mode 2
* = all zones associated to the LED
are disarmed
* = all zones associated to the LED
are armed
• Off = all zones associated to the LED
are disarmed
• On = all zones associated to the LED
are armed
• Blinking = at least one zone associated
to the LED is armed
to the LED is armed
• Off = no indications for the zones
associated to the reader
associated to the reader
• On = alarm indication stored for the
zones associated to the reader or tamper
or system failure (the indication only
appears when the system is disarmed)
zones associated to the reader or tamper
or system failure (the indication only
appears when the system is disarmed)
• Blinking = presence of at least one
open input in the zones associated to the
reader.
open input in the zones associated to the
reader.
The LED will light up fixed if there are alarms,
or failures and open inputs at the same time.
This LED lights up to indicate the need to
check indication details on the keypad.
This LED lights up to indicate the need to
check indication details on the keypad.
B
Transponder 1067/434 – 1067/435 proximity key sensor.
Mode 3 is EN50131 grade 3 compliant.
IMPORTANT! Mode 3 is not available for the 1067/024 control panel because this device is EN50131 grade 2,
and not grade 3, compliant.
Mode 2 is EN50131 grade 2 compliant.
*) The LED is off in a EN50131 grade 3 compliant system even if an indication is present. Insert the key and remove it to
check system status: the LEDs associated to active zones will light up for a few seconds (fixed or blinking).
DS1067-064C 17 LBT20065
A
1.5 1058/035 REMOTE CONTROL
Figure 7 - 1058/035 remote control
Ref. Description Use or indications provided
• Red blinking = any key was pressed (the remote control will beep if the
control unit has received the control).
A
Two-colour red/green LED
Key 1
Arm
Key 2
Programmable according
to control unit
Key 3
Toggle arm/disarm
Key 4
Disarm
Note: The 1067/010 radio expansion must be installed in the control unit to use the remote control.
• Green fixed = any key was pressed and the low battery status of the
remote control is indicated.
Both indications disappear after short while.
Arms all associated zones.
This key can only be used to arm/disarm OUTPUT devices or to generate
four different alarm types: silent panic, panic, emergency, fire.
Arms/disarms the associated zones using toggle function.
Disarms all associated zones.
DS1067-064C 18 LBT20065
2 SYSTEM ACCESS
This chapter contains a description of the available system access codes, functions and programming.
2.1 SYSTEM ACCESS CODES
Access to given system functions is permitted according to the access code type (Master, User, Installer or Technical
Manager). The available codes are:
• Master code. This code is always enabled and is the only code authorised to enable other users, keys, timed
programming and remote access. It can be used to reset all the other access codes to the factory default (useful
if the changed access code is forgotten).
• Installer code. This code must be enabled each time by the Master code and is automatically deactivated when a
new valid code is entered or a valid key is used. This is to program the system and for maintenance. This code
is used by the installer. It can be used to reset all the other access codes to the factory default (useful if the
• User code. This code must be enabled by the Master code and will remain valid until it is deactivated by the Master
• Technical Manager code. This code must be enabled by the Master code and is automatically deactivated when a
Each access code is freely programmable with a variable length from a minimum of four to a maximum of six digits. Each
user can change their access code at will.
changed access code is forgotten).
IMPORTANT! The installer code will be automatically deactivated if any users enter their code while the
installer code is enabled. The same will occur if an electronic or proximity key is used.
code by a timed programmed control. This code is used by users for normal operations: arming and disarming
the system, displaying system status, reading event log and changing the access code.
new valid code is entered or a valid key is used. It allows to access a limited number of system configuration
functions. It can be used to reset all the other access codes to the factory default (useful if the changed access
code is forgotten).
IMPORTANT! The Technical Manager code will be automatically deactivated if any user enters their code while the
Technical Manager code is enabled. The same will occur if an electronic or proximity key is used.
IMPORTANT! Trough the use of the web server only 6-digit codes are allowed.
IMPORTANT! Any access code shorter than six digits will cancel the EN50131 grade 3 compliance of the entire
burglar alarm system.
If there are no other limiting factors, five or six digit access codes allow EN50131 grade 2 compliance.
Four digit codes will cancel EN50131 compliance.
ADVICE: All users, including the Master and Installer, should change their code before commissioning the system.
Always press to confirm the entered access code to access menus or functions.
On 1067/024, 1067/032A and 1067/052A control panels, starting from control panel SW version 1.01 and from keypad
SW version 1.03, if the hold-up function has been enabled (see paragraph 2.1.4 How to enable t he hold-up function)
when user code is modified automaticaly, the system will also assing a code for the hold-up function which is the same
as the chosen one + 1 (for example, if 789456 has been chosen, the hold-up code will be 789457).
IMPORTANT! Enabling the hold-up function will cancel EN50131 compliance.
DS1067-064C 19 LBT20065
2.1.1 Default access codes
The 1067/024, 1067/032A and 1067/052A control panels are provided with default codes when they leave the factory.
The Installer and Technical Manager codes are enabled at the factory and automatically deactivated when a valid Master
or User code is entered for the first time.
Code type Level Default code Associated zones Enabled when
leaving the factory
Enable time
(once enabled)
Installer 3 000000 All Yes Temporary session
Master 2 111111 All Yes Permanent
User (2÷14)
Technical
Manager
2 000020-000140 Zone 1 No
3 222222 All Yes Temporary session
Until expressly
disabled
Table 9 - Default access codes for 1067/024
Code type Level Default code Associated zones Enabled when
leaving the factory
Enable time
(once enabled)
Installer 3 000000 All Yes Temporary session
Master 2 111111 All Yes Permanent
User (2 ÷31)
Technical
Manager
2 000020-000310 Zone 1 No
3 222222 All Yes Temporary session
Until expressly
disabled
Table 10 - Default access codes for 1067/032A
Code type Level Default code Associated zones Enabled when
leaving the factory
Enable time
(once enabled)
Installer 3 000000 All Yes Temporary session
Master 2 111111 All Yes Permanent
User (2 ÷62)
Technical
Manager
2 000020-000620 Zone 1 No
3 222222 All Yes Temporary session
Until expressly
disabled
Table 11 - Default access codes for 1067/052A
DS1067-064C 20 LBT20065
2.1.2 Code change
Each user can change their access code freely.
Proceed as follows to change the code:
1) Enter <Master / User / Installer / Technical Manager code>, press
.
2) Press repeatedly until SETTINGS appears.
3) Press
4) Press
5) Enter the new code, from four to six digits, and press .
6) Enter the new code and press to confirm.
7) Press
2.1.3 How to reset an access code
An access code can be reset to its default value if a user forgets it.
Proceed as follows to reset a code to its default value.
and then several times until CHANGE CODE appears.
.
IMPORTANT! Trough the use of the web server only 6-digit codes are allowed.
IMPORTANT! Any access code shorter than six digits will cancel EN50131 grade 3 compliance of the entire
burglar alarm system.
If there are no other limiting factors, five or six digit access codes allow EN50131 grade 2 compliance.
Four digit codes will cancel EN50131 compliance.
repeatedly to exit from the menu.
and then
UT02:...
SYSTEM STATUS
UT02:...
SETTINGS
SETTINGS
CHANGE CODE
CHANGE CODE
NEW: ------
CHANGE CODE
CONFIRM: ------
1067/052A
12/01/2014 10:10
1) Enter <Master / Installer / Technical Manager code>, press and then .
2) Press
3) Press
4) Press
5) Press .
6) Use and to select the user whose code you want to reset. Press to
confirm.
7) Press to confirm the operation (UTxx is the selected user).
8) Press repeatedly to exit from the menu.
repeatedly until SETTINGS appears.
and then several times until USERS appears.
and then several times until DEFAULT CODE appears.
UT01:MASTER
SYSTEM STATUS
UT01:MASTER
SETTINGS
SETTINGS
USERS
USERS
DEFAULT CODE
DEFAULT CODE
UT00:INSTALLER
UTxx:...
ARE YOU SURE?
USERS
DEFAULT CODE
1067/052A
12/01/2014 10:10
DS1067-064C 21 LBT20065
2.1.4 How to enable the hold-up function
On 1067/024, 1067/032A and 1067/052A control panels, starting from control panel SW version 1.01 and from keypad
SW version 1.03, has been added the option to enable or disable the hold-up function for all the user codes already
enabled or that will be enabled later.
Proceed as follows to set the hold-up function:
1) Enter <Installer code >, press
2) Press
3) Press
4) Press and then several times until HOLD UP appears.
5) Press .
6) Use
7) Press
2.1.5 Entering an invalid code or using an invalid key
An attempt to enter an invalid access code 21 consecutive times or use an invalid key 21 consecutive times will
interpreted by the control panel as a sabotage attempt. The control panel will consequently generate a tamper alarm and
activate the programmed alarm outputs and the telephone call dialler.
The incorrect code count will be reset as soon as a correct code or valid key is used
epeatedly until SETTINGS appears.
and then several times until USERS appears.
and to select enable or disable. Press to confirm.
repeatedly to exit from the menu.
IMPORTANT! Enabling the hold-up function will cancel EN50131 compliance.
IMPORTANT! Readers and keypads in the entire system will be blocked for 90 seconds after the tenth attempt to
enter an invalid access code or an invalid key. The message “WAIT please” and the time remaining before the end
of the block will appear on the keypads. No code or key can be entered during this time. The system will allow to
enter codes or keys again at the end of the block. The control panel will interpret other ten consecutive attempts to
enter an invalid code (and will block the system for other 90 seconds) as a sabotage attempt and will generate a
tamper alarm.
and then .
UT00:INSTALLER
SETTINGS
SETTINGS
USERS
USERS
HOLD UP
HOLD UP
ENABLE
1067/052A
12/01/2014 10:10
DS1067-064C 22 LBT20065
3 MENU
This chapter describes the structure of the various menus of the 1067/024, 1067/032A and 1067/052A, control panels,
how to access them and how to navigate them.
Clear graphics are provided to identify the entire path to be followed to access the various functions at a glance.
3.1 HOW TO ACCESS MENUS
The menus can be accessed in two ways:
1. By entering an access code (Master, Installer, User or Technical Manager), then
and finally . The displayed
menu will reflect the privileges of the access code used.
2. Alternatively, press directly. The free access below described above will be opened.
3.2 HOW TO NAVIGATE THE MENUS
The menus are organised in a tree structure, i.e. with reciprocally nested submenus, each consisting of one more items.
The submenu items differ according to the access code used and the system configuration. For example, if the
respective menu items will not appear if the 1067/010 radio device interface is not installed. Similarly, the ENABLE menu
item (users, keys etc.) only appears in the Master menu and not in all the others.
The LCD typically shows the current menu on the first line and the submenu on the second line.
EVENT LOG
TOTAL
In the example shown, the EVENT LOG is the current menu and TOTAL is one of the possible submenus. The OLED
display is different but the information is displayed according to the same criteria.
The various keys used to navigate the menus are shown in the following table.
For example, after having logged in as Master, in the following menu item:
To access the menu
Confirms the entered access code, accesses the displayed submenu or confirms the selection made
Goes back to the previous page or menu level
Scrolls the menu items
Scrolls the menu items
ENABLE
INSTALLER
the following will occur when the various keys are press.
• Press
and to scroll the submenus of the ENABLE menu, i.e. INSTALLER, TECH. MANAGER, USER, KEY,
TIMED COMMANDS, ADVANCED. The submenu items appear in cycle, i.e. the first of the list appears after the
last item (in this case, INSTALLER will appear again after ADVANCED).
• Press
• Press
to access the INSTALLER submenu, which has two submenus: ENABLE AND DISABLE.
to go back to the main menu of the Master user (UT01:MASTER), in which ENABLE is one of the
submenus.
• Press
The system will automatically exit from the menu after a minute if no key is pressed.
repeatedly to exit from the menu.
A brief beep will be heard each time a key is pressed.
A beep-beep will be heard to confirm that the entered parameter is correct, i.e. when a correct access code is entered.
A long beep will be heard if an incorrect parameter is entered, i.e. if an incorrect user code is entered.
DS1067-064C 23 LBT20065
3.3 FREE ACCESS MENU
Press , directly to access the following menu items:
• LCD INFO. This is used to select what to display when the system is in stand-by: date and time, area status or
zones. Enter a valid access code to make the selection. See 4.7 LCD Info for more details.
IMPORTANT! The display of any information other than date and time will cancel the EN50131 grade 3
compliance of the entire burglar alarm system.
• SET BUZZER. This is used to adjust the volume of the sound indications of the keypad. See User Manual for more
details.
• SET CONTRAST. This is used to adjust the contrast of the display. See User Manual for more details.
• SET BACKLIGHT. This is used to adjust the backlighting intensity of the display. See User Manual for more details.
DS1067-064C 24 LBT20065
3.4 MAIN MENU
The main menu is the first menu to be accessed after having logged in. All the various submenus can be accessed from
this menu.
M T U R SYSTEM STATUS
|
|
M T U R # EVENT LOG
|
|
|
R DIAGNOSE LOG. Æ Submenu … This is used to read the list of all events
|
M T U R # SETTINGS
|
|
|
|
|
|
|
|
|
|
|
|
M # ENABLE
|
|
|
M T # TEST
|
|
|
|
|
|
|
T # PROGRAMMING
|
|
|
|
|
|
|
|
|
T # PARAMETERS
|
|
M T # TELEPHONE DIALER
|
|
|
|
|
|
|
|
|
|
|
T # MAINTENANCE
#: accessible with the system disarmed only.
Æ
Submenu …
Æ
Submenu …
Æ
Submenu …
Æ
Submenu …
Æ
Submenu …
Æ
Submenu …
Æ
Submenu …
Æ
Submenu …
Æ
Sottomenu…
This shows the system status and can be
used to change the zones status.
This is used to read the list of events
stored in the control panel, except for the
specifically technical ones.
stored in the control panel.
This is used to isolate inputs, set the
current date and time, configure the users
or reset codes to default value, acquire,
configure and detect electronic keys and
transponders and configure the timed
programmer. In grade 3 compliant
systems, inputs can only be isolated by the
installer and the technical manager. In
grade 2 compliant systems this can also
be performed by the master and the users.
This is used to enable and disable users,
electronic keys, timed programmer and
remote access.
This is used to carry out specific tests to
check perfect operation of the system. It is
possible to test the control panel inputs
and the other devices connected to the
bus, the GSM signal and the telephone
call dialler separately.
This is used to set the number of system
zones, to configure them, to set the
number of areas in the system and to
configure them, to configure the various
inputs of the control panel and of the other
bus peripheral devices, to configure the
control panel and expansion unit outputs
and to configure keypads and readers.
This is used to set the various system
timers.
This is used to store the telephone
numbers to be dialled to send alarms and
indications, record the voice message,
associate specific alarms to each
telephone number and to specify the
sending method, to set the PSTN and
GSM network parameters, edit text
messages, enable and configure other
telephone functions.
This is used to carry out maintenance
operations on the system, such as
changing the languages, acquiring
devices, deleting devices, upgrading the
device firmware, resetting and saving the
programmed settings.
DS1067-064C 25 LBT20065
4 SYSTEM COMMISSIONING
This chapter describes the programming needed to commission the burglar alarm system at the end of installation and to
connect the various devices.
Programming may be carried out by means of a system keypad, a service keypad (see Installation Manual for more
information on connections) or a PC provided with FastPro software and connected to the control panel by means of a
USB cable and optional interface (see Installation manual for more information on connections).
The control panel may be programmed at a workshop and the programming may later transferred on site using a USB
flash drive and optional interface.
This chapter describes the programming procedures for keypads with LCD. The programming procedure on the
1067/026 touchscreen keypad is the same but the information shown on the OLED may be slightly different.
4.1 CONVENTIONS USED IN PROGRAMMING PROCEDURES
Programming is carried out using the keys and reading the messages and information which appear on the display.
The main functions associated to the keys are:
To access the menu
Confirms the entered parameter, accesses the displayed submenu or confirms the selection made
Goes back to the previous page or menu level
Scrolls the menu items, edits a value
Scrolls the menu items, edits a value
Moves the cursor along the writing line
Moves the cursor along the writing line
The following step-by-step programming and configuration procedures show the keys to be pressed and what appears
on the display. Text is limited to the essential minimum. The concerned function, the parameters to be configured, what
the parameters are for and the possible values are described before each procedure.
<Master code>
<User code>
<Technician code>
<Technical Manager code>
This indicates the code to be entered using the keypad.
<Master / User / Installer /
Technical Manager code>
It is indicated whether each procedure is EN50131 grade 3 compliant or not.
The indication is hierarchic: this means that an indication provided in a parameter applies to the parameter below it
unless otherwise indicated.
DS1067-064C 26 LBT20065
This means that either code may be entered on the keypad indifferently.
4.2 HOW TO ENTER ALPHANUMERIC CHA R ACTERS
The keypad can be used to enter alphanumeric characters to store descriptive names for users, zones, areas, outputs
etc. Each name can by up to 24 characters long. Press the keys to select several characters cyclically as shown on the
following table. A cursor will blink on the display at the entry point of the new character.
To write a name:
• press the key associated to the required character until it appears;
• press
• finally, press
and to go to the previous or next position (use to delete characters in excess);
to store the name or to exit from the procedure without saving it.
Key Character Key Character
1 . / : ; ! ? 1 6 M N O m n o 6
2 A B C a b c 2 7 P Q R S p q r s 7
3 D E F d e f 3 8 T U V t u v 8
4 G H I g h i 4 9 W X Y Z w x y z 9
5 J K L j k l 5 0 [space] 0 + -
4.3 VOCAL NAME
The 1067/024, 1067/032A and 1067/052A systems allow to assign a vocal name to zones, inputs and outputs. This
identification will be used in the vocal messages sent by the control panel, including alarm messages. In order to use this
function the 1067/024, 1067/032A or 1067/052A control panel must be equipped with a vocal synthesis board
(1067/012A). See the Installation Manual for more information on connections and configurations of this device.
The playing, recording and deleting functions are available in the zones, input, output and radio device programming
menu. Each vocal name is four seconds long.
The headset with microphone supplied with the vocal synthesis board. The delete command must be used to clear a
memory position to record another vocal message.
DS1067-064C 27 LBT20065
4.4 HOW TO ENABLE THE INSTALLER
The Installer must have been previously enabled to work on the system. For safety reasons, Installer enabling is
cancelled whenever a User or Master code is entered or when an electronic or proximity key is used.
IMPORTANT! The Installer is automatically enabled each time the system is turned on.
Proceed as follows to enable the Installer:
1) Enter <Master code>, press , then and finally press repeatedly until
ENABLE appears.
2) Press
3) Press
4) Press to enable the installer.
5) Press repeatedly to exit from the menu.
.
. If, necessary, press to make ENABLE appear.
UT01:MASTER
ENABLE
ENABLE
INSTALLER
INSTALLER
ENABLE
ENABLE
INSTALLER
1067/052A
12/01/2014 10:10
4.5 HOW TO ENABLE THE TECHNICAL MAN AGER CODE
The Technical Manager must have been previously enabled to work on the system. For safety reasons, Technical
Manager enabling is cancelled whenever a User or Master code is entered or when an electronic or proximity key is
used.
IMPORTANT! The Technical Manager is automatically enabled each time the system is turned on.
Proceed as follows to enable the Technical Manager:
1) Enter <Master code>, press , then and finally press repeatedly until
ENABLE appears.
2) Press
3) Press
4) Press to enable the Technical Manager.
5) Press repeatedly to exit from the menu.
and then several times until TECHNICAL MANAGER appears.
. If, necessary, press to make ENABLE appear.
UT01:MASTER
ENABLE
ENABLE
TECH.MANAGER
TECH.MANAGER
ENABLE
ENABLE
TECH.MANAGER
1067/052A
12/01/2014 10:10
DS1067-064C 28 LBT20065
4.6 HOW TO SELECT THE LANGUAGE
The first configuration is to select the language used to show the menu item messages on the display.
The default language is Italian but various available languages can be selected (English, Français, Deutsch, Español,
Greek, Suomi, Polski, Slonensko).
Proceed as follows to access the language selection function:
1) Enter <Installer code>, press
MAINTENANCE appears.
2) Press
3) Press
change the language, press and press to confirm the selection.
4) Press repeatedly until the required language appears on the display.
5) Press
and on the keypad which is being updated. The keypad will beep repeatedly during
the operation.
6) This will appear at the end.
6) Press
.
. If there are various keypads, select the keypad on which you want to
to confirm. The message will appear on the keypad which is being used
repeatedly to exit from the menu.
, then and finally press repeatedly until
UT00:INSTALLER
MAINTENANCE
MAINTENANCE
LINGUA-LANGUAGE
LINGUA-LANGUAGE
TS01:TS 01
TS01:TS 01
ENGLISH
DOWNLOAD
IN PROGRESS 15%
DOWNLOAD OK
END CHANGE LANG.
1067/052A
12/01/2014 10:10
DS1067-064C 29 LBT20065
4.7 LCD INFO
The keypad can display the following information when the system is in stand-by:
• date and time
• system zones status
• system areas status
The viewing mode may be independently elected for each keypad in the system.
IMPORTANT! The entire system will lose EN50131 grade 3 compliance if only one keypad in the system
permanently displays information other than date and time.
To change the display view in stand-by:
1067/052A
22/01/2014 15:20
SYSTEM STATUS
□□■■□•••••••••••
AREAS STATUS
□□••
1) Press .
2) Press .
3) Press
4) Enter <User code> and then .
5) Use and to select the information to be displayed: date and time, areas
synoptic, synoptic zones. Press
6) Press
to confirm.
repeatedly to exit from the menu.
SYSTEM STATUS
SERVICE MESSAGE
SYSTEM STATUS
LCD INFO
ENTER CODE
LCD INFO
DATE/TIME
DS1067-064C 30 LBT20065
4.8 HOW TO SET DATE AND TIME
In addition to being shown on the keypad in stand-by viewing mode (see 4.7 LCD Info) date and time information is used
to record events on the Event Log and on the Diagnose Log and for the timed programmer functions. So, the timed
programmer will not work properly if the date and time are not correct and the Event and Diagnose Log time references
will not be correct.
Proceed as follows to modify the date and time shown on the display:
1) Enter <Master / Installer code>, press
repeatedly until SETTINGS appears.
2) Press
3) Press .
4) Press .
5) Enter the time in hh:mm (24 hour) format directly using the number keys using an
initial 0 if needed. If you make a mistake press
menu.
6) Press
7) Press .
8) Enter the date dd/mm/yy format directly using the number keys using an initial 0 if
needed. If you make a mistake, press
9) Press to confirm the entered date then .
.
to confirm the entered time then .
, then and finally press
and access the SET HOUR
and access the SET DATE menu.
UT01:MASTER
SETTINGS
SETTINGS
HOUR - DATE
HOUR - DATE
SET HOUR
SET HOUR
HOUR 10:05
HOUR - DATE
SET DATE
SET DATE
DATE 12/01/14
HOUR - DATE
SUMMER TIME
10) Press . You can now choose to automatically update summer time/standard
time.
In the European Union, summer time starts on the last Sunday of March and ends
on the last Sunday of October. To change automatically, press repeatedly until
ENABLE appears.
11) Press
12) Press . Enter the month for shifting from summer time to standard time (10 =
October for the European Union). Enter the month directly using the number keys.
13) . Press to confirm the month then .
14) Press . Enter the month for shifting from standard time to summer time (3 =
March for the European Union). Enter the month directly using the number keys.
15) Press to confirm the month then .
16) Press . Select the Sunday (LAST SUNDAY or FIRST SUNDAY) with the
and
and press
17) Press
to confirm the entered setting then .
on when to shift time (the last Sunday of the month in the European Union)
to confirm the selection.
repeatedly to exit from the menu.
SUMMER TIME
ENABLE
HOUR - DATE
LEGAL T. MONTH
LEGAL T. MONTH
10
HOUR - DATE
SUMMER T. MONTH
SUMMER T. MONTH
3
HOUR - DATE
SUNDAY
SUNDAY
LAST SUNDAY
1067/052A
12/01/2014 10:10
DS1067-064C 31 LBT20065
4.9 ZONES PROGRAMMING
The 1067/024 control panel can manage up to four zones, the 1067/032A control panel can manage up to eight zones
and the 1067/052A control panel can manage up to 16 zones. The actual number of zones is established during the
programming procedure. Each system must have at least one zone.
System inputs, outputs, keypads and readers can be freely assigned and belong to more than one zone.
The arming mode can be programmed for each zone so that some burglar inputs remain open when the system is
armed:
In other words, the system can be armed if there are open inputs in a standard zone, it cannot be armed if there are open
inputs in a Sys Arm Block zone and it can always be armed if there are open inputs in a Self Inhibition zone but an alarm
will be tripped if there are too many open inputs.
Proceed as follows to program the zones:
Sys arm block: a zone programmed in this way cannot be armed if any assigned inputs are open.
Standard: an alarm is generated if any assigned inputs are open when the zone is armed.
Self Inhibition: the burglar inputs assigned to the zone which can be isolated and are open when the zone
is armed will be automatically isolated (no more than 70% of the inputs assigned to the zone
isolated; any inputs in excess will remain open and generate an alarm). The isolated inputs will
automatically end insulation if they are closed again.
will be
1) Enter <Installer code>, press , then and finally repeatedly until
PROGRAMMING appears.
2) Press .
3) Press
4) Press
5) Press
6) Press
7) Press .
.
.
.
and to change the number of enabled zones. Press to confirm.
IMPORTANT! To decrease the number of zones, disassociate everything
assigned to the zone you want to eliminate (users, detectors etc.) before
deleting it.
UT00:INSTALLER
PROGRAMMING
PROGRAMMING
ZONES
ZONES
ZONES NO.
ZONES NO.
ZONES N.: 1
ZONES
ZONES NO.
ZONES NO.
ZONES N. : 1
ZONES
CONFIG. ZONES
8) Press
DS1067-064C 32 LBT20065
.
CONFIG. ZONES
ZN01:...
9) Press and to select the required zone. Press to confirm.
10) Press
of the zone when the system is armed. Possible options are STANDARD, SELF
INHIBITION and SYSTEM ARM BLOCK. These are explained in detail at the
beginning of the paragraph.
11) Confirm the choice by pressing
12) Press .
13) Press
14) Press
5 s, 10 s, 15 s, 20 s, 30 s, 45 s, 1 min, 1 min 30 s, 5 min.
15) Confirm the choice by pressing
and to select the activation mode which will condition the behaviour
and press .
.
and to select the delay time. The possible values are: DISABLED,
IMPORTANT
time must be set and this cannot be longer than 45 second to be EN50131 compliant. So, DISABLED, 1 min, 1
min 30 s, 5 min cannot be selected.
! The delay cannot be longer than 45 second to remain EN50131 compliant. An arming delay
, press and then .
ZN01:...
ACTIVATION MODE
ACTIVATION MODE
SYS ARM BLOCK
ZN01:...
DELAY TIMES
DELAY TIMES
ROUTE ENTRY
DELAY TIMES
30s
ZN01:...
NAME
16) Press
17) Enter a descriptive name for the zone using the keypad (see paragraph 4.2 How to
enter alphanumeric characters). The name can be up to 24 characters long.
18) Confirm the choice by pressing and press .
19) Press
20) Press
21) Press
22) To record, press
23) Press
24) Press
for more information)
25) Press to program the other zones repeating the procedure from step 9 or
press repeatedly to exit the menu.
.
.
to play the vocal name.
.
(see paragraph 4.3 Vocal name for more information).
.
to delete the vocal message of the zone (see paragraph 4.3 Vocal name
NAME
ZN01:...
ZN01:...
VOCAL NAME
VOCAL NAME
PLAY
VOCAL NAME
RECORD
VOCAL NAME
DELETE
DS1067-064C 33 LBT20065
4.10 AREAS PROGRAMMING
IMPORTANT! An areas must have at least one assigned zone. The system automatically distributes the first
available zone to each area when they are created.
See the Installation Manual and for a detailed description of the concept of area and possible uses.
Proceed as follows to program the areas:
1) Enter <Installer code>, press
PROGRAMMING appears.
2) Press
3) Press .
4) Press
5) Press and to change the number of areas. Possible values are 0, 2 for
1067/024, 0, 2, 3, 4 both for 1067/032A and for 1067/052A. Press to confirm.
6) Press , to confirm the number of areas, otherwise press .
7) Press .
8) Press .
9) Press and to select the required area.
and then .
.
, then and finally repeatedly until
UT00:INSTALLER
PROGRAMMING
PROGRAMMING
AREAS
AREAS
NUMBER OF AREAS
NUMBER OF AREAS
N : 0
ARE YOU SURE?
PRESS OK or ESC
AREAS
CONFIGURE AREAS
CONFIGURE AREAS
AR A:…
10) Press
11) Press
4.2 How to enter alphanumeric characters). The name can be up to 24 characters
long.
12) Confirm the choice by pressing
13) Press
to assign the zone (the square will turn black) or to disassociate it (the square will
appear empty). Zones which cannot be assigned (e.g. because they are already
associated to another zone) are represented by a dot. Repeat the procedure for all
zones to be assigned to the area. Press
14) Press to program the other areas repeating the procedure from step 9 or
press repeatedly to exit the menu.
.
. Enter a descriptive name for the area using the keypad (see paragraph
and press .
. Press and to select the zone to be assigned. Press and
at the end.
AR A:…
NAME AREA
NAME AREA
AR A:...
AR A:…
ASSIGN
ZN02:…
□■□□□□□□
DS1067-064C 34 LBT20065
4.11 WIRED INPUT PROGRAMMING
Detectors and other devices capable of triggering an alarm are connected to the wired inputs.
The 1067/024 system can manage up to 32 general purpose inputs, the 1067/032A system can manage up to 64 general
purpose inputs and the 1067/052A system can manage up to 128 general purpose inputs.
The SAB tamper inputs of the control panel and the 1067/010 expansion modules cannot be programmed.
See the Installation Manual for more information and for connections.
It is advisable to read the description of the various parameters which must be configured before starting programming
operations.
4.11.1 Wired input encoding
Each input has two addresses: a physical address and a logical address. The two addresses are displayed as follows:
physical address → logical address
and in detail
ddXX InY:
→
where:
• dd is the bus device type or control panel (CE, ER, TS, LT);
• XX is the sequential number of the bus devices containing the inputs;
• Y is the input number in the line device;
• ZZZ is the three-digit logical address of the input that the control panel assigns sequentially as the bus devices are
assigned.
The physical address is useful for installers during system installation and maintenance. The physical location is shown
on the display (CE = control panel, ER = expansion module, TS = keypad, LT = reader).
The logical address can be changed at any time by the installer.
The system identifies the inputs on the display by showing physical address, logical address and name. Vocal and
number alarms, on the other hand, are identified by means of logical address and customised message (if any) only.
When acquiring 1067/010 expansion modules, the control panel automatically assigns a sequential logical address to all
eight inputs (the first eight inputs of the system are those of the control panel itself), while the inputs of the keypads and
the input 2 of the readers are not considered because they are set to NOT USED by default and consequently, only the
inputs from readers must be enabled and numbered manually, if needed.)
IMPORTANT! The inputs of the keypads must always be configured as a Factory parameter " NOT USED ".
4.11.2 Input types
The input type determines the way the control panel will interpret the electric circuit signals (detector + connection wires)
connected to the input itself.
See Installation Manual for more details and application circuits.
The physical features of all inputs may be changed by programming, except for the SAB input which can only be of the
balanced type and to which the tamper alarm is assigned.
Possible alarm input types are:
• Not Used: electric signal variations (including opening and tamper) of the input are ignored. Programming an input
as "Not Used" additionally means avoiding to need to close the unused inputs with a jumper.
IMPORTANT! Remember that the 1067/052A can manage up to 128 inputs (1067/024 up to 32 inputs,
1067/032A up to 64). All control panel and expansion unit inputs are programmed by default, while the
auxiliary inputs of keypads and input 2 of the readers are NOT USED by default. Input 1 of the readers is
configured as tamper by default.
So, if the maximum number of 1067/010 expansion modules are installed and you want to use some auxiliary
inputs, you will need to deactivate an equal number of inputs to avoid exceeding the maximum number of
inputs.
• N.C. (normally closed): the electric circuit connected to the input must be closed in stand-by mode. Its opening will
trip the associated event. This is not EN50131 compliant.
• N.O. (normally open): the electric circuit connected to the input must be open in stand-by mode. Its closing will trip the
associated event. This is not EN50131 compliant.
• Balanced: this determines two voltage thresholds for recognising stand-by state, alarm indication and tamper
indication implemented by short-circuiting the wires. EN50131 grade 2 compliant.
• Double balance: this determines three voltage thresholds for recognising stand-by state, alarm indication and tamper
indication implemented by short-circuiting or cutting the wires. EN50131 grade 3 and grade 2 compliant.
• Shock: an alarm indication is tripped when the electric circuit remains open for a time equal to programmed
sensitivity. This is not EN50131 compliant.
• Roller: this causes an alarm indication to trip when the electric circuit is opened and closed for the number of times
equal to the programmed sensitivity in a given time. This is not EN50131 compliant.
InZZZ
DS1067-064C 35 LBT20065
4.11.3 Wired input customisation
Alarm input customisation determines how, when and what alarm type to generate. The control panel will activate the
respective devices (outputs, sirens and telephone dialler) according to the generated alarm type.
The possible input customisations are described below.
The customisations listed below are all EN50131 compliant:
IMMEDIATE
The opening of the input generates the burglar alarm when:
• the input has an AND type association and the zones to which it belongs are all active,
• the input has an OR type association and at least one of the zones to which it belongs is active.
See the Installation Manual for more information.
DELAYED
This is typically used for detectors which could be triggered by the users themselves when arming and disarming the
system (for example, the magnetic contact on the entrance door).
It is advisable to use the First Entry, Last Exit, First Entry/Last Exit and Way customisations if there are more than two
detectors with this feature.
A Delayed customised input behaves as an Immediate input, but the burglar alarm will only be generated after its Delay
time has elapsed.
The Delay time can be defined separately for each single input (in input programming).
If there is only one delayed input in a zone, the Delay time determines both the “Entry Time” and the “Exit Time” (which
are equal to each other).
The system will behave as follows if there are several delayed inputs in a zone with different Delay times:
• when the zone is armed, the "Exit Time" corresponds to the highest delay time
• when the zone is armed, the “Entry Time” is the one assigned to the first delayed input which is opened.
The “Entry Time”, and consequently alarm generation, may be interrupted by:
• deactivating all zones with OR type association to which the input belongs or
• deactivating at least one of the zones with AND type association to which the input belongs.
The control panel buzzer is activated by default during the “Entry Time” and during the “Exit Time” (see paragraph 4.13
Keypad programming). The indication may be deactivated.
IMPORTANT! EN50131 compliance will be cancelled if the buzzer is deactivated.
If the control device (keypad or reader) used to arm and disarm the system is located inside a protected area, it is
advisable to use the First Entry, Last Exit, First Entry/Last Exit and Way customisations for all the sensors interposed
between the control device and the access doors.
ADVICE: Using Way customisation (instead of Delayed) for volumetric detectors in the home has the advantage
that the detectors will behave as Immediate if the door is not opened.
ADVICE: Using the First Entry/Last Exit or Last Exit customisation (instead of Delayed) has the advantage that the
Exit Time is interrupted when leaving the home when the door is closed.
ADVICE: A “Entry Way Time” different from the “Exit Way Time" can be set using the Way customisation.
IMPORTANT! Do not use inputs with Delayed customisation and with First Entry, Last Exit, First Entry/Last Exit
and Way customisations in the same zone.
FIRST ENTRY - WAY - LAST EXIT - 1ST ENT/LST EXIT
See the Installation Manual for more information on how to use these customisations.
KEY
The opening of the input arms or disarms all the zones assigned to it by reversing the respective state (the zones will be
disarmed if they are not, and vice versa). All zones will be disarmed if some are armed and some are disarmed.
TAMPER
The opening of the input generates the Tamper event regardless of the zone arming status.
The input is active H24.
FAILURE
The opening of the input generates the Failure event regardless of the zone arming status.
The input is active H24.
DS1067-064C 36 LBT20065
INPUT OF TEST
The opening and the closing of the input generates log and status display events without activating any alarm. Operation
is independent from the zones arming status and is always active (H24). If may be used to test a sensor without
generating false alarms.
JAMMING
The opening of the input generates the Jamming alarm. The Jamming output of motion detectors must be connected to
the input.
DETECTOR FAILURE
The opening of the input generates the Detector Failure event. The failure output of detectors must be connected to the
input.
SIREN FAILURE
The opening of the input generates the Siren Failure event. The failure output of siren must be connected to the input.
COM. FAULT
The opening of the input generates the Communicator Fault event. The customised failure output of the ATS4 external
communicator must be connected to the input.
The input is active H24.
The customisations listed below are not EN50131 compliant:
FIRE ALARM
The opening of the input generates the Fire Alarm indication regardless of the zone arming status.
The input is active H24.
IMPORTANT! This customisation of the input offers a further advantage for users but is not EN50131 compliant
because it is not described in the standard.
TECHNOLOGICAL TYPE 1
The opening of the input generates a technological type 1 event regardless of the zones arming status.
The input is active H24.
Note: Technological type 1 inputs must be assigned (by means of the zones) to at least one technological type 1 o utput.
TECHNOLOGICAL TYPE 2
The opening of the input generates a technological type 2 event regardless of the zones arming status.
The input is active H24.
Note: Technological type 2 inputs must be assigned (by means of the zones) to at least one technological type 2 outp ut.
TECHNOLOGICAL TYPE 3
The opening of the input generates a technological type 3 event regardless of the zones arming status.
The input is active H24.
Note: Technological type 3 inputs must be assigned (by means of the zones) to at least one technological type 3 o utput.
PRE-ALARM
The opening of the input generates the burglar pre-alarm when:
• the zones to which it belongs have an AND type association and are all active, or
• the zones to which it belongs have an OR type association and at least one of them is active.
PANIC
The opening of the input generates the panic indication regardless of the zones arming status.
The input is active H24.
SILENT PANIC
The opening of the input generates the silent panic indication regardless of the zones arming status.
The input is H24.
HOLD-UP
The opening of the input generates the hold-up indication regardless of the zones arming status.
The input is active H24.
RESET FIRE ALARM
The opening of the input switches the assigned reset fire alarm outputs for 1 second and resets the fire indications,
regardless of the zone arming status.
EMERGENCY
The opening of the input generates the emergency indication regardless of the zone arming status.
The input is active H24.
IMPORTANT! This customisation of the input offers a further advantage for users but is not EN50131 compliant
because it is not described in the standard.
DS1067-064C 37 LBT20065
4.11.4 Isolable
An input set as “isolable” will be subject to manual and automatic isolations.
See 9.1 Input isolation and end of isolation for more details.
IMPORTANT! The input zone mode must be SYS ARM BLOCK to be EN50131 compliant.
IMPORTANT! Inputs programmed as “Delayed”, “First Entry”, “Way”, “Last Exit” and “First Entry/Last Exit” must
not be programmed as “isolable”. Failure to respect this requirement may cause anomalous behaviour in the
system.
4.11.5 Ancillary functions (Gong, Courtesy Light, Door Opener, Absence of Move)
Ancillary functions which can be used when the system is disarmed can be associated to the burglar inputs.
The ancillary functions only work if all the zones assigned to the input are disarmed.
See Installation Manual for more details on the single functions.
These functions are not EN50131 compliant because they are not described in the standard.
Only one of the following ancillary function options may be selected for each input: None, Absence of Move, Gong,
Courtesy Light, Door Opener.
4.11.6 Burglar input attributes (Release Type, AND / OR zones)
This function is EN50131 compliant.
The operation of the burglar inputs may be customised further by setting the attributes.
The Release Type determines when the alarm signal is generated. Possible settings:
• Single release: the alarm is generated as soon as the input is open.
• Double release: the alarm is generated at the end of the second event only if this occurs within 120 seconds from
the first one.
IMPORTANT! The input zone mode must be SYS ARM BLOCK to be EN50131 compliant.
Common input this determines what happens to an input which belongs to more than one zone. Possible settings:
• AND Zones: this creates a logical connection between the zones to which the input belongs and the alarm is
generated only if all zones
are armed.
• OR Zones: this creates a logical connection between the zones to which the input belongs and the alarm is
generated if at least one zones
is armed.
4.11.7 AND inputs
This function is EN50131 compliant.
This creates a logical connection between two burglar inputs with the same customisation
. The alarm is generated only if
both are kept open within 5 minutes from one another (the first input to be opened may be closed again in the meantime).
The five minute interval cannot be edited.
See the Installation Manual for more information.
4.11.8 Programming procedure
IMPORTANT! Changes to the default customisations of the control panel inputs could cancel EN50131
compliance.
Proceed as follows to program the inputs:
1) Enter <Installer code>, press
PROGRAMMING appears.
2) Press
and then press several times until INPUTS appears.
3) Press .
4) Press .
, then and finally repeatedly until
UT00:INSTALLER
PROGRAMMING
PROGRAMMING
INPUTS
INPUTS
CONTROL PANEL
CONTROL PANEL
CE.In1: In001
DS1067-064C 38 LBT20065
5) Press and to select the required input. Press to confirm.
6) Press .
7) Change the logical address using keys and the numeric keypad. Press
to confirm.
IMPORTANT! There cannot be two inputs with the same logical address.
8) Press
9) Press .
10) Press
11) Press .
12) Press
to some ZONES. Press to confirm.
13) If SYSTEM is selected, press and S to select SYSTEM ASSIGN or
.
and . to select the required input type. Press to confirm.
. Press and to assign the input to the SYSTEM (all zones) or only
CE.In1: In001
LOGIC NUMBER
LOGIC NUMBER
IN001:...
CE.In1: In001
INPUT TYPE
INPUT TYPE
N.C. DOUBLE BAL.
CE.In1: In001
ASSIGN
ASSIGN
SYSTEM
SYSTEM DO NOT ASSIGN and press . to confirm. Then .
14) A representation of the zones will appear if ZONES is selected. The empty boxes
represent zones which are not assigned to the input and the black boxes the zones
which have already been assigned. Press and . to select the zone to be
associated. Press
disassociate it (the square will appear empty). Repeat the procedure for all zones to
be associated to the input.
15) After having assigned the zones, press , then and .
16) Press . Press and to customise the input customisation. The delay (5 s,
10 s, 20 s, 30 s, 1 min, 1 min 30 s, 5 min) can be selected if DELAY is selected.
IMPORTANT
must be set and this cannot be longer than 45 second to be EN50131 compliant. So, DISABLED, 1 min, 1 min 30
s, 5 min cannot be selected.
17) Confirm the choice by pressing , and press .
18) Press
to confirm.
19) Press
absence of move, gong, courtesy light, door opener). Press to confirm.
20) Press
. Press and to enable or disable the input as isolable. Press
and then . Press and to select the ancillary function (none,
.
and to assign the zone (the square will turn black) or to
! The delay cannot be longer than 45 second to maintain EN50131 compliance. An arming delay time
ZN##:
□□□□□■□
CE.In1: In001
CUSTOMIZE
CUSTOMIZE
1ST ENT/LST EXIT
CE.In1: In001
ISOLABLE
ISOLABLE
ENABLE
CE.In1: In001
ANCILLARY FUNCT
CE.In1: In001
ATTRIBUTES
DS1067-064C 39 LBT20065
21) Press . Press and to select whether to release the alarm after the first
or the second opening of the input (single, double). Press to confirm.
22) Press
23) Press . Press and to select how the status of the zones which have the
input in common must be considered for alarm purposes. Press
24) Press and then .
25) Press . Press and :
• DISPLAY AND to view the input combined to the input being programmed
• DISABLE AND to cancel the combination with the other input
• SELECT AND to select the input (first the device and then the input) to be
.
to confirm.
combined to the input being programmed.
ATTRIBUTES
RELEASE TYPE
ATTRIBUTES
COMMON INPUT
COMMON INPUT
AND ZONES
CE.In1: In001
AND INPUTS
AND INPUTS
DISPLAY AND
Press
26) Press and then .
27) Press . Enter a descriptive name for the input using the keypad (see paragraph
4.2 How to enter alphanumeric characters). The name can be up to 24 characters
long. Press
28) Press .
29) Press . Press again to play the vocal name of the input.
30) Press . To record, press (see paragraph 4.3 Vocal name for more
information).
31) Press
32) Press
procedure from step 5; press
(expansion modules, keypads, readers), repeating the procedure from step 3. Use
and to select another device.
to confirm the selection and follow the menu items show below.
to confirm.
. Press to cancel the vocal message of the input.
to program the other inputs of the same device, repeating the
again to program the inputs of another device
CE.In1: In001
NAME
NAME
Inxxx:...
CE.In1: In001
VOCAL NAME
VOCAL NAME
PLAY
VOCAL NAME
RECORD
VOCAL NAME
DELETE
33) Press
IMPORTANT! Program all inputs used in the system.
DS1067-064C 40 LBT20065
repeatedly to exit from the menu.
4.12 WIRED INPUT PROGRAMMING
The 1067/024, 1067/032A and 1067/052A systems can manage up to 11, 27 and 51 general purpose outputs.
See the Installation Manual for more information and for connections.
4.12.1 Output encoding
Each output has two addresses: a physical address and a logical address. The two addresses are displayed as follows:
physical address → logical address
and in detail
ddXX UY:
→
where:
• dd is the bus device type or the control panel (CE, ER, AS)
• XX is the sequential numbering of the bus devices containing the outputs,
• Y is the number of the output of the bus device XX,
• ZZ is the two-digit logical address of the output that the control panel assigns sequentially as the bus devices are
assigned.
The physical address is useful for installers during system installation and maintenance. It may appear in a different
manner on the display (CE= control panel, ER= expansion module. AS= power supply).
The logical address can be changed at any time by the installer.
The system identifies the outputs on the display by showing physical address, logical address and name. Vocal and number
alarms, on the other hand, are identified by means of the logical address and the customised message (if any) only.
The control panel automatically assigns a sequential logical address in sequence to the outputs of the control panel itself
during 1067/010 expansion module acquisition.
4.12.2 Output types
The physical features of the outputs can be changed during programming.
Possible output types are:
• Not used: this disables the output.
• Output N.L.: (in stand-by) if this is a relay output it will be de-energised, if this is an electric output it will be open
(without potential).
• Output N.H.: (stand-by) if the output is a relay it will be energised; if the output is a positive reference electric output it
will be set to 12 V level; if the output is negative reference output, it will be set to level 0 V.
See the Instruction Manual for a detailed analysis of relay and electric outputs when set to N.L. or N.H.
4.12.3 Output assignment
Each output may be assigned to the entire system, i.e. to all zones, or only to some zones.
The output is activated only by events or inputs which concern the assigned zones.
4.12.4 Output customisations
The control panel and expansion outputs (both electric and relay) may be programmed to be activated after given events.
The table in paragraph 10.4 Detail of events and management shows when and how an output is activated.
How to use RM outputs
The RM (Memory Reset) output is used to control detectors, sirens and other indicator devices, putting them in stand-by,
for example, and is conditioned by the zones state.
The AND RM input means that all assigned zones must be armed for the output to be activated.
For an OR RM it is sufficient for one of the assigned zones to be armed for the output to be activated.
IMPORTANT! The RM output is set to N.H. and with polarisation jumper set to “-” by default. When it is in stand-
by, in this manner is grounded.
The possible customisations for EN50131 compliant outputs are described below.
O BURGLAR ALARM
The burglar alarm output is activated if a burglar event is generated.
O PRE-ALARM
The pre-alarm output is activated if a Pre-alarm event is generated.
O RESET BURGL.AL
The reset burglar alarm output is activated in pulse mode for approximately 1 second when the zones are armed.
UZZ
DS1067-064C 41 LBT20065
O TAMPER
The tamper output is activated if a tamper event, or a wrong code event or a radio jamming event or a no radio
supervision event occurs.
O SYSTEM FAILURE
The system failure output is activated when a system failure alarm is generated (siren failure, external communicator
error, no interface on bus).
O TEL. FAILURE
The telephone failure alarm output is activated if a telephone fault event is generated.
O LOW BATTERY
The low battery output is activated when a no battery or inefficient battery event is detected.
O LACK OF POWER
The blackout output is activated if a "lack of power" event is generated.
O BUZZER
The buzzer output beeps slowly during the Exit Time and beeps rapidly during the Entry Time to zones assigned to it.
O ZONE STATUS
The zone status output is activated when all the zones assigned to it are armed.
O AND RM
The AND RM output is activated when all the zones assigned to it are armed.
O OR RM
The OR RM output is activated when at least one of the zone associated to it is armed.
O ARM WARNING
The arm warning output is activated when the programmed warning time for executing a zone arming command by the
timed programmer starts.
O FAILURE
The failure output is activated if a input failure event is generated.
O BURGL/TAMPER
The burglar/tamper output is activated when a burglar or tamper or wrong code event is generated.
O DETECT.FAILURE
The detector failure output is activated if an event is generated by a detector failure input or a jamming failure input.
The following customisations are not EN50131 compliant because they are not described in this standard.
O SILENT PANIC
The silent panic output is activated if a silent panic fault event is generated.
O AUDIBLE PANIC
The audible panic output is activated if a panic event is generated.
O HOLD-UP
The hold-up output is activated if a hold-up event is generated.
O EMERGENCY
The emergency output is activated if an emergency event is generated.
O TECHNOL.TYPE 1
The technological type 1 output is activated if a technological type 1 event is generated.
O TECHNOL.TYPE 2
The technological type 2 output is activated if a technological type 2 event is generated.
O TECHNOL.TYPE 3
The technological type 3 output is activated if a technological type 3 event is generated.
DS1067-064C 42 LBT20065
O FIRE ALARM
The fire alarm output is activated if a fire event is generated.
O RESET FIRE AL
The reset fire alarm output is activated if a reset fire alarm is opened.
U GONG
The gong output is activated if an input to which the ancillary gong function is assigned is opened.
U OPEN INPUT
The open input output is activated when at least one of the inputs which belong to the zones assigned to it or a test input
is activated.
IMPORTANT! The open input output is used to notify the state of the input and cancels EN50131 grade 3
compliance.
O INPUT ISOLATED
The input isolated output is activated when at least one of the inputs belonging to the zones associated to it is isolated in
any manner or for any reason.
IMPORTANT! The input isolated output is used to notify the state of the input and cancels EN50131 grade 3
compliance.
O COMMANDABLE
The commandable output is EN50131 compliant when:
• it is activated by a timed programmer output activation command.
• it is deactivated by a timed programmer output deactivation comand.
The commandable output may be activated but cancels EN50131 compliance when:
• it is activated/deactivated via SMS text message;
• it is activated/deactivated remotely by dialling an appropriate DTMF sequence;
• the control panel is called on the GSM network from the telephone number to which the zero-cost call function is
associated;
• the “+” key on the remote control is pressed.
O DOOR OPENER
The door opener output is activated when a door opener event is generated.
O COURTESY LIGHT
The courtesy light output is activated when a courtesy light event is generated.
O PULSED COMM.
Pulsed output is activated for approximately 1 second.
The pulsed commandable output is EN50131 compliant when:
• it is activated by a timed programmer output activation command.
The pulsed commandable output may be activated but cancels EN50131 compliance when:
• it is activated via SMS text message;
• it is activated remotely by dialling an appropriate DTMF sequence;
• the control panel is called on the GSM network from the telephone number to which the zero-cost call function is
associated;
• the “+” key on the remote control is pressed.
DS1067-064C 43 LBT20065
4.12.5 Programming procedure
IMPORTANT! Changes to the default customisations of the control panel outputs could cancel EN50131
compliance.
Proceed as follows to program the outputs:
1) Enter <Installer code>, press
PROGRAMMING appears.
2) Press
3) Press
4) Press
5) Press
6) Press
Press to confirm.
7) Press
and then several times until OUTPUTS appears.
.
and o select the required device. Press to confirm.
and to select the required output. Press to confirm.
. Change the logical address using keys and the numeric keypad.
IMPORTANT! There cannot be two outputs with the same logical address.
IMPORTANT! Commandable outputs must have a logical addresses comprised
between 01 and 10.
.
, then and finally repeatedly until
UT00:INSTALLER
PROGRAMMING
PROGRAMMING
OUTPUTS
OUTPUTS
CONTROL PANEL
CONTROL PANEL
CE.U!: U01
CE.U1: U01
LOGIC NUMBER
LOGIC NUMBER
Uo1:...
CE.U1: U01
OUTPUT TYPE
8) Press
9) Press
10) Press . Press and to assign the output to the SYSTEM (all zones) or
only to some ZONES. Press to confirm.
11) If SYSTEM is selected, press and to select SYSTEM ASSIGN or SYSTEM DO
NOT ASSIGN and press
12) The screen page shown here by the side will appear if ZONES is selected. The
empty boxes represent zones which are not assigned to the output and the black
boxes the zones which have already been assigned. Press
zone to be associated. Press
black) or to disassociate it (the square will appear empty). Repeat the procedure for
all zones to be assigned to the output. Press
and to select the output type. Press to confirm.
.
to confirm. Then .
and to select the
and to assign the zone (the square will turn
at the end. Then .
OUTPUT TYPE
OUTPUT N.H.
CE.U1: U01
ASSIGN
ASSIGN
SYSTEM
ZN##:
□□□□□■□
DS1067-064C 44 LBT20065
13) Press .
CE.U1: U01
CUSTOMIZE
14) Press . Press and to select the output customisation and press to
confirm.
15) Press
16) Press . Enter a descriptive name for the output using the keypad (see
paragraph 4.2 How to enter alphanumeric characters). The name can be up to 24
characters long. Press
17) Press
18) Press
activated (ON) or deactivated (OFF). Press to confirm.
19) Press
to confirm.
IMPORTANT! The vocal name can only be used for "commandable"
customised outputs.
. Press and to select whether the output message must be
to play the vocal message of the output.
CUSTOMIZE
BURGLAR
CE.U1: U01
NAME
NAME
U01:...
CE.U1: U01
VOCAL NAME
VOCAL NAME
MSG OUTPUT ON
MSG OUTPUT ON
PLAY
20) Press . To record, press (see paragraph 4.3 Vocal name for more
information).
21) Press
22) Press
procedure from step 5. Press again to program the outputs of another device
(expansion modules, keypads, readers), repeating the procedure from step 4.
23) Press
. Press to delete the vocal message of the output.
three times to program the other outputs of the same device repeating the
repeatedly to exit from the menu.
IMPORTANT! Program all the outputs used by the system.
MSG OUTPUT ON
RECORD
MSG OUTPUT ON
DELETE
DS1067-064C 45 LBT20065
4.13 KEYPAD PROGRAMMING
The keypad programming procedure is described below.
4.13.1 Functions to be configured
Gong function: audible buzz indication from the keypad when an input with ancillary gong function enabled is opened
when the system is disarmed.
Sound time entry: auditory indication provided by the keypad buzzer of the elapsing entry time when the system is
disarmed.
Sound time exit: auditory indication provided by the keypad buzzer of the elapsing exit time when the system is armed.
Masking: this hides system status (armed or disarmed) when it is enabled. The specific LED is off and
nothing appears on the keypad display. System status may be checked when the masking function is
enabled by entering a valid code on the keypad.
IMPORTANT! Do not enable masking to maintain EN50131 compliance. The LEDs are managed directly by the
control panel.
Function keys: this is used to enable or disable the “Fire”, “Silent Panic” and “Emergency” keys on the keypad. By
holding these keys pressed for at least three seconds, the control panel generates the respective alarm without needing
to enter any code.
4.13.2 Emergency indication
In case of emergency indication (from emergency input, key or "lack of move"), if the function Emergency indication is
enabled, the system will automatically activate the listening function from the keypad after having sent the pre-recorded
vocal message.
The called user can listen to the voices and noises in the keypad surroundings.
DTMF controls (see paragraph 0 List of vocal answer machine DTMF controls and following) you can toggle listening on
any other keypads.
IMPORTANT! The automatic listening function can only
keypads.
If the emergency indication has been activated with the key to the emergency of a keypad, automatic listening end call is
made directly from the keypad (the “ENVIR. LISTENING” programming is ignored).
4.13.3 Programming procedure
Proceed as follows to program the emergency indication:
be activated on the preferred keypad if there are several
1) Enter <Installer code>, press
PROGRAMMING appears.
2) Press
3) Press .
4) Press and to select the required keypad. Press to confirm.
5) Press
only to some ZONES. Press
6) If SYSTEM is selected, press
NOT ASSIGN and press
DS1067-064C 46 LBT20065
and then several times until KEYPADS appears.
. Press and to assign the keypad to the SYSTEM (all zones) or
. to confirm. Then .
, then and finally repeatedly until
to confirm.
and to select SYSTEM ASSIGN or SYSTEM DO
UT00:INSTALLER
PROGRAMMING
PROGRAMMING
KEYPADS
KEYPADS
TS01:TS 01
TS01:TS 01
ASSIGN
ASSIGN
SYSTEM
7) The screen page shown here by the side will appear if ZONES is selected. The
empty boxes represent zones which are not assigned to the keypad and the black
boxes the zones which have already been assigned. Press
zone to be associated. Press
and to assign the zone (the square will turn
and to select the
black) or to disassociate it (the square will appear empty). Repeat the procedure for
ZN##:
□□□□□■□
all zones to be associated to the keypad. Press
at the end. Then .
8) Press .
9) Press . Press and to enable or disable the keypad gong function. Press
to confirm.
10) Press .
11) Press
to confirm.
. Press and to enable or disable the entry time sound. Press
IMPORTANT! The Entry Time sound indication is mandatory for EN50131 grade 3 compliance.
12) Press .
13) Press . Press and to enable or disable the exit time sound. Press to
confirm.
IMPORTANT! The Exit Time sound indication is mandatory for EN50131 grade 3 compliance.
14) Press .
15) Press
. Press and to enable or disable masking. Press to confirm.
IMPORTANT! Do not enable masking to maintain EN50131 compliance. The LEDs are managed directly by
the control panel.
16) Press .
TS01:TS 01
GONG FUNCTION
GONG FUNCTION
DISABLE
TS01:TS 01
SOUND TIME ENTRY
TS01:TS 01
SOUND TIME EXIT
TS01:TS 01
MASKING
TS01:TS 01
NAME
17) Press
paragraph 4.2 How to enter alphanumeric characters). The name can be up to 24
characters long. Press
18) Press .
19) Press
confirm.
20) Press
. Enter a descriptive name for the keypad using the keypad (see
to confirm.
. Press and to select the concerned function. Press to
and to enable or disable the function key. Press to confirm.
NAME
TS01:TS 01
TS01:TS 01
FUNCTION KEYS
FUNCTION KEYS
FIRE ALARM
21) Repeat the procedure from step 19 to enable the other function keys.
22) Press
23) Press
to program the other keypads repeating the procedure from step 3.
repeatedly to exit from the menu.
IMPORTANT! Program all the keypads used by the system.
DS1067-064C 47 LBT20065
4.14 READER PROGRAMMING
4.14.1 LED management
The reader LEDs may be freely assigned to one or more system zones.
Different associations may be implemented for each reader but it is not possible to associate a same zone to several
LEDs of the same reader.
The green LEDs display the associated zone status.
The red LED shows anomalies (open inputs, alarms).
The masking function hides system status (armed or disarmed) when it is enabled. The reader LEDs will
be off. System status may be checked when the masking function is enabled by inserting a valid key.
IMPORTANT! Do not enable masking to maintain EN50131 compliance. The LEDs are managed directly by the
control panel.
4.14.2 Programming procedure
Proceed as follows to program the readers:
1) Enter <Installer code>, press , then and finally repeatedly until
PROGRAMMING appears.
2) Press
3) Press .
4) Press and to select the required reader. Press to confirm the selection.
5) Press
6) The screen page shown here by the side will appear. The empty boxes represent
zones which are not assigned to the LED and the black boxes the zones which have
already been assigned. The zones already assigned to another LED of the reader
will not be displayed. Press
square will appear empty). Repeat the procedure for all zones to be assigned to
the output. Press
7) Repeat the procedure from step 5 for the other LEDs, if necessary (it is not
necessary to assign all LEDs to zones).
8) Press
and then .
. Press and to select the concerned LED. Press to confirm.
and to select the zone to be associated. Press
and to assign the zone (the square will turn black) or to disassociate it (the
at the end.
and then .
UT00:INSTALLER
PROGRAMMING
PROGRAMMING
READERS
READERS
LT01:LT 01
LT01:LT 01
ASSIGN
ASSIGN
LED 1 |a |
ZN01:
□□□□□■□
ASSIGN
LED 1 |a |
LT01:LT 01
MASKING
9) Press
DS1067-064C 48 LBT20065
. Press and to enable or disable masking. Press to confirm.
IMPORTANT! Do not enable masking to maintain EN50131 compliance.
The LEDs are managed directly by the control panel.
10) Press .
LT01:LT 01
NAME
11) Press . Enter a descriptive name for the reader using the keypad (see
paragraph 4.2 How to enter alphanumeric characters). The name can be up to 24
characters long. Press
12) Press to program the other readers repeating the procedure from step 3.
13) Press repeatedly to exit from the menu.
IMPORTANT! Program all readers used in the system.
to confirm.
NAME
LT01:LT 01
4.15 KEYS
The 1067/024, 1067/032A and 1067/052A systems can manage up to 16, 32 and 64 electronic and proximity keys
respectively. The key must be acquired, i.e. the control panel must read and store its univocal code, before configuring it.
4.15.1 Key acquisition
Proceed as follows to acquire an electronic or proximity key:
1) Enter < Installer / Technical Manager code>, press , then and finally
repeatedly until SETTINGS appears.
2) Press and then several times until KEYS appears.
3) Press
.
UT00:INSTALLER
SETTINGS
SETTINGS
KEYS
KEYS
ACQUIRE KEY
4) Press
5) Press . Press and to acquire the key using a reader or touchscreen
keypad. Press to confirm.
6) he screen page shown here by the side will appear if reader is selected. Press
and
7) The four LEDs on the front of the reader will start blinking to indicate that it is ready
to receive a key to be stored.
8) Insert the electronic key or approach the proximity key (with transponder reader and
touchscreen keypad). The LEDs of the reader will stop blinking and will light up
green fixed. The address assigned to the key will appear on the keypad display.
9) Remove the acquired key or move it away.
10) To acquire other keys, either insert or approach time, according to the type, and
wait for a new address to appear on the display.
11) Press
.
to select the reader to be used to acquire the key. Press to confirm.
repeatedly to exit from the menu at the end of the acquisitions.
KEYS
ACQUIRE KEY
ACQUIRE KEY
READERS
READERS
LT01:LT 01
READERS
IN PROGRESS...
READERS
KE01:...
DS1067-064C 49 LBT20065
4.15.2 Delete Key
Proceed as follows to delete an electronic or proximity key from the system:
1) Enter < Installer / Technical Manager code>, press , then and finally
repeatedly until SETTINGS appears.
2) Press
3) Press
4) Press
5) Press . Press and to select the keys to be deleted. Press. Press to
confirm.
6) Press
7) Press
4.15.3 Key configuration
The following parameters can be defined for each key:
• Key type, i.e. what the key controls. The possible options are:
o Accesses: the key switches the door opener output and this is stored on the event log.
o Zones: l the key is enabled for the normal monitoring functions of the burglar alarm system (arming/disarming).
o Zon es + Accesses: the key is enabled for both functions.
• Zones, i.e. the zones which are assigned to the key.
• Name, i.e. a descriptive name to easily identify the key on the event log and in messages.
Proceed as follows to configure an electronic or proximity key:
and then several times until KEYS appears.
.
.
to confirm deletion, to cancel the operation.
repeatedly to exit from the menu at the end of the deleting procedure.
UT00:INSTALLER
SETTINGS
SETTINGS
KEYS
KEYS
ACQUIRE KEY
KEYS
DELETE KEY
DELETE KEY
KE01:...
KE01:…
ARE YOU SURE?
DELETE
IN PROGRESS...
1) Enter < Installer / Technical Manager code>, press , then and finally
repeatedly until SETTINGS appears.
2) Press
3) Press
4) Press . Press and to select the keys to be configured. Press to
confirm.
5) Press . Press and to select zones control, access control or zones-
access control. Press to confirm.
and then several times until KEYS appears.
and then several times until CONFIG. KEY appears.
UT00:INSTALLER
SETTINGS
SETTINGS
KEYS
KEYS
CONFIG. KEY
CONFIG. KEY
KE01:...
KE01:...
KEY FUNCTION
KEY FUNCTION
ZONE CONTROL
DS1067-064C 50 LBT20065
6) Press .
KE01:...
ASSIGN
7) Press . Press and to assign the key to the entire system or to specific
zones. Press
8) The screen page shown here by the side will appear if SYSTEM is selected. Press
to confirm.
ASSIGN
SYSTEM
SYSTEM
and to assign the key to the entire system or not. Press to confirm.
9) The screen page shown here by the side will appear if ZONES is selected. Press
and to go from one zone to the other. Press and to select or deselect
the zone (empty square = not assigned, full square = assigned). Press to
confirm the selection.
10) Press
11) Press
12) Press
.
. Give a descriptive name (up to 24 characters long) to the key and press
to confirm. See paragraph 4.2 How to enter alphanumeric characters.
repeatedly to exit from the menu.
4.16 WIRELESS INPUT PROGRAMMING
The wireless inputs are available only if the radio expansion module is installed.
4.16.1 Wireless input encoding
Each input has two addresses: a physical address and a logical address. The two addresses are displayed as follows:
physical address → logical address
and in detail
ddXX InY:
where:
• dd s the type of wireless device assigned to an 1067/010 module (IR, DC)
• XX is the sequential number of the acquired wireless devices by type
• Y is the number of the X wireless device input (physical address)
• ZZZ is the logical address of the input that the control panel assigns sequentially as the wireless devices are
assigned.
The physical address is useful during system installation and maintenance. It may appear on the display in other form
(EW= radio expansion, IR= infrared sensor, DC= micro contract).
The logical address can be changed at any time by the installer.
The 1067/024, 1067/032A and 1067/052A systems identify the inputs on the display by showing physical address, logical
address and name. Vocal and number alarms on the other hand are identified by means of the logical address and the
customised message (if any) only.
During wireless device acquisition, the control panel automatically assigns a sequential logical address to all inputs while
the auxiliary inputs of the micro contacts are not considered because they are set to NOT USED by default. They must
be enabled and numbered manually (up to 32 for each 1067/010 module).
IMPORTANT! Remember that the 1067/052A can manage up to 128 inputs (1067/024 up to 32, 1067/032A up to
64). All control panel and expansion unit inputs are configured by default, while the auxiliary inputs of keypads and
input 2 of the readers are NOT USED by default. So, if several 1067/008A expansion modules and at least one
1067/010 expansion, are installed and you want to use some auxiliary inputs, you will need to deactivate an equal
number of inputs to prevent exceeding the maximum number of inputs.
See the Installation Manual for more information and for connections.
→
InZZZ
DO NOT ASSIGN
ZN01:
□□□□□••••••••••
KE01:...
NAME
DS1067-064C 51 LBT20065
4.16.2 Wireless input types
The 1067/010 radio expansion module defines the input type in two ways:
•
Not Used: signal variations (including opening and tamper) of the input are ignored. The logical input of the device is
cancelled by programming an input as “Not Used” (
and purposes.
• Used: default setting, the input is encoded as described above. Signal variations activate the assigned event.
IMPORTANT! The micro contact auxiliary contact is automatically defined as NOT USED. Consequently, it must
be encoded manually on central and individual level by configuring the dip switches on the device to use it.
4.16.3 Wireless input customisation
The possible customisations are: Immediate, Delayed, First Entry, Way, Last Entry, First Entry/Last Exit, Pre-alarm.
See 4.11.3 Wired input customisation for more details.
4.16.4 Isolable
An input set as “isolable” will be subject to manual isolation or can be inhibited.
See 9.1 Input isolation and end of isolation for more details.
4.16.5 Ancillary functions (Gong, Courtesy Light, Door Opener, Absence of Move)
See 4.11.5 Ancillary functions (Gong, Courtesy Light, Door Opener, Absence of Move).
4.16.6 Input attributes (Release Type, AND / OR zones)
The operation of the burglar inputs may be customised further by setting the attributes.
See 4.11.6 Burglar input attributes (Release Type, AND / OR zones) for more details.
4.16.7 AND inputs
This creates a logical connection between two burglar inputs with the same customisation
See 4.11.7 AND inputs for more details.
4.16.8 Programming procedure
Proceed as follows to program the wireless inputs:
InNNNN). A contact with this setting does not exist for all intents
.
1) Enter <Installer code>, press
PROGRAMMING appears.
2) Press
3) Press .
4) Press
confirm.
5) Press
DC=magnetic contact). Press
6) Press
7) Press
8) Change the logical address using keys
to confirm.
and then press several times until RADIO DEVICES appears.
and to select the required radio expansion module. Press . to
and to select the required wireless device (IR= infrared,
to confirm.
and to select the input (In1 or In2). Press to confirm.
.
, then and finally repeatedly until
and the numeric keypad. Press
UT00:INSTALLER
PROGRAMMING
PROGRAMMING
RADIO DEVICES
RADIO DEVICES
EW01:EW 01
EW01:EW 01
SELECT IR
SELECT DC
DC01:…
DC01:…
DC01.In1: InNNN
DC01.In1: InNNN
LOGIC NUMBER
LOGIC NUMBER
InNNx:...
DS1067-064C 52 LBT20065
9) Press .
DC01.In1: InNNN
INPUT TYPE
10) Press . Press and if the input must be used or not. Press to
confirm.
11) Press
12) Press . Press and to assign the input to the SYSTEM (all zones) or only
to some ZONES. Press to confirm.
13) If SYSTEM is selected, press
DO NOT ASSIGN and press to confirm. Then .
14) The screen page shown here by the side will appear if ZONES is selected. The
empty boxes represent zones which are not assigned to the input and the black
boxes the zones which have already been assigned. Press
zone to be assigned. Press
black) or to disassociate it (the square will appear empty). Repeat the procedure for
all zones to be associated to the input. Press
15) Press .
16) Press . Press and to select the input customisation. The delay (5 s, 10
s, 20 s, 30 s, 1 min, 1 min 30 s, 5 min) can be selected if DELAYED is selected.
.
and to select SYSTEM ASSIGN or SYSTEM
and to select the
and to assign the zone (the square will turn
at the end.
INPUT TYPE
USED
DC01.In1: InNNN
ASSIGN
ASSIGN
SYSTEM
ZN##:
□□□□□■□
DC01.In1: InNNN
CUSTOMIZE
Press
17) Press .
18) Press
to confirm.
19) Press
move, gong, courtesy light, door opener). Press to confirm.
20) Press .
21) Press
or the second opening of the input (single, double). Press to confirm.
22) Press
to confirm.
IMPORTANT! The delay cannot be longer than 45 seconds to maintain EN50131 compliance.
. Press and to enable or disable the input as isolable. Press
. Press and to select the ancillary function (none, absence of
. Press and to select whether to release the alarm after the first
.
DC01.In1: InNNN
ISOLABLE
ISOLABLE
ENABLE
DC01.In1: InNNN
ANCILLARY FUNCT
DC01.In1: InNNN
ATTRIBUTES
ATTRIBUTES
RELEASE TYPE
ATTRIBUTES
COMMON INPUT
23) Press
input in common must be evaluate for the purposes of the alarm. Press
confirm.
DS1067-064C 53 LBT20065
. Press and to select how the status of the zones which have the
to
COMMON INPUT
AND ZONES
24) Press , and then .
25) Press
• DISPLAY AND to view the input combined to the input being programmed;
• DISABLE AND to cancel the combination with the other input;
• SELECT AND to select the input (first the device and then the input) to be
Press
26) Press
27) Press
4.2 How to enter alphanumeric characters). The name can be up to 24 characters
long. Press
28) Press .
29) Press
. Press and to select:
combined to the input being programmed.
to confirm the selection and follow the menu items show below.
, and then .
. Enter a descriptive name for the input using the keypad (see paragraph
to confirm.
. Press to play the vocal name of the input.
DC01.In1: InNNN
AND INPUTS
AND INPUTS
DISPLAY AND
DC01.In1: InNNN
NAME
NAME
Inxxx:...
DC01.In1: InNNN
VOCAL NAME
VOCAL NAME
PLAY
30) Press
information).
31) Press
32) Press
6. Press again to program the other wireless devices of the same radio
expansion module and repeat the procedure from step 5. Press again to
program the devices of another radio expansion module and repeat the procedure
from step 3.
33) Press
. To record, press (see paragraph 4.3 Vocal name for more
. Press to cancel the vocal message of the input.
to program another input of the device repeating the procedure from step
repeatedly to exit from the menu.
IMPORTANT! Program all
inputs used in the system.
VOCAL NAME
RECORD
VOCAL NAME
DELETE
DS1067-064C 54 LBT20065
4.17 WIRELESS OUTPUT PROGRAMMING
The wireless outputs are available only if the radio expansion module is installed.
Each 1067/010 radio expansion module can manage up to two wireless sirens. There are no other wireless output types.
4.17.1 Wireless output encoding
Each output has two addresses: a physical address and a logical address. The two addresses are displayed as follows:
physical address → logical address
and in detail
ddXX UY:
→
where:
• dd is the type of wireless device assigned to an 1067/010 module
• XX is the sequential number of the wireless devices acquired as outputs
• Y is the number of the XX wireless device output (physical address).
• ZZ is the two-digit logical address of the output that the control panel assigns sequentially as the wireless devices
are assigned.
The physical address is useful for installers during system installation and maintenance. It may appear on the display in
other form (EW= radio expansion, HP = siren).
The logical address can be changed at any time by the installer.
The 1067/024, 1067/032A and 1067/052A systems identify the outputs on the display by showing physical address,
logical address and name. Vocal and number alarms, on the other hand, are identified by means of the logical address
and the customised message (if any) only.
During wireless device acquisition, the control panel automatically assigns a sequential logical address in sequence to
the outputs of the control panel itself and to any other outputs of the 1067/008A expansions and of the 1067/092 auxiliary
power unit.
4.17.2 Wireless output customisation
The output customisation defines which events caused activation of the siren.
Possible wireless output customisations are: Burglar, Pre-alarm, Tamper, Panic, Fire, Burglar/Tamper.
See paragraph 4.12.4 Output customisations for more information on each customisation.
4.17.3 Status report
The wireless sirens may optionally display the system status as an optical-auditory indication or an optical indication
only. The status report indication must be enabled during programming.
Siren Arm Disarm
1058/405 1 beep + 1 blink 2 beeps + 1 sequence of blinks
The 1058/405 siren can provide auditory only or optical-auditory indications for the report status function.
The sequence of blinks is given by the blinking of the 1058/405 siren LEDs.
UZZ
DS1067-064C 55 LBT20065
4.17.4 Programming procedure
Proceed as follows to program the wireless inputs:
1) Enter <Installer code>, press , then and finally repeatedly until
PROGRAMMING appears.
2) Press
3) Press
4) Press
confirm.
5) Press and to select SIRENS. Press to confirm.
6) Press and to reach SELECT SIREN. Press to confirm.
7) Press and to select the required siren. Press to confirm.
8) Change the logical address using keys and the numeric keypad. Press
to confirm.
9) Press
and then press several times until RADIO DEVICES appears.
.
and to select the required radio expansion module. Press to
IMPORTANT! There cannot be two outputs with the same logical address.
.
UT00:INSTALLER
PROGRAMMING
PROGRAMMING
RADIO DEVICES
RADIO DEVICES
EW01:EW 01
EW01:EW 01
SELECT IR
SIRENS
ASSIGN
SIRENS
SELECT SIREN
HP01. U01
LOGIC NUMBER
LOGIC NUMBER
U01...
HP01. U01
NAME
10) Press
4.2 How to enter alphanumeric characters). The name can be up to 24 characters
long. Press
11) Press
12) Press
OFF”. Vocal names can be attributed to each status. Press
13) Press . To record, press (see paragraph 4.3 Vocal name for more
information).
14) Press .
15) Press
16) Press
. Enter a descriptive name for the input using the keypad (see paragraph
to confirm.
.
. Press and to select “MSG OUTPUT ON” o “MSG OUTPUT
to confirm. Press.
o play the vocal name of the input.
repeatedly until the screen page shown here by the side appears.
.
NAME
U10:...
HP01. U01
VOCAL NAME
MSG OUTPUT ON
PLAY
MSG OUTPUT ON
RECORD
MSG OUTPUT ON
DELETE
DELETE
SELECT SIREN
SIRENS
ASSIGN
DS1067-064C 56 LBT20065
17) Press . Press and to assign the input to the SYSTEM (all zones) or only
to some ZONES. Press to confirm.
18) If SYSTEM is selected, press
DO NOT ASSIGN and press to confirm. Then .
19) The screen page shown here by the side will appear if ZONES is selected. The
empty boxes represent zones which are not assigned to the input and the black
boxes the zones which have already been assigned. Press
zone to be associated. Press and to assign the zone (the square will turn
black) or to disassociate it (the square will appear empty). Repeat the procedure for
all zones to be associated to the input. Press
20) Press
21) Press . Press and to customise the output customisation. Press to
confirm.
22) Press and then . Press and to enable and select how to report
status. Press to confirm.
23) Repeat the procedure from step 6 to program another radio expansion module
and then .
and to select SYSTEM ASSIGN or SYSTEM
and to select the
at the end.
ASSIGN
SYSTEM
ZN##:
□□□□□■□
DC01.In1: InNNN
CUSTOMIZE
CUSTOMIZE
O BURGLAR ALARM
SIRENS
STATUS REPORT
siren. Press again to program the other radio expansion module repeating the
procedure from step 3.
24) Press repeatedly to exit from the menu.
4.18 1058/035 REMOTE CONTROL PROGRAMMING
The flow chart shown below illustrates the remote control programming procedure after it has been acquired by the
1067/024, 1067/032A or 1067/052A – 1067/010 control panel.
The menu is shown as it actually appears on the keypad display for the sake of simplicity. The navigation and
confirmation keys are also shown to provide step-by-step help to the installer during the programming procedure.
IMPORTANT! Only one 1067/010 module can be acquired by the 1067/024 control panel.
DS1067-064C 57 LBT20065
UT00: INSTALLER
PROGRAMMING
PROGRAMMING
READERS
PROGRAMMING
RADIO DEVICES
PROGRAMMING
ADVANCED
KEYS PROGRAM.
1 ARM
KEYS PROGRAM.
2 GENERIC
KEYS PROGRAM.
3 TOGGLE
KEYS PROGRAM.
4 DISARM
ASSIGN
ZONES
ASSIGN
SYSTEM
OK
OK
Select the zone
OK OK
OK
RADIO DEVICES
EW01:EW 01
RADIO DEVICES
EW02:EW 02
OK
OK
SYSTEM
DO NOT ASSIGN
SYSTEM
ASSIGN
OK
2 GENERIC
ASSIGN
2 GENERIC
COMMAND TYPE
Assign or do not assign the zone
ZN01:...
□□□□□□□□
OK
OK
EW01:EW 01
SELECT IR
EW01:EW 01
SELECT DC
EW01:EW 01
SELECT RC
EW01:EW 01
SIRENS
OK
OK
SELECT RC
RC01:…
OK
SELECT RC
RC02:…
SELECT RC
RC03:…
SELECT RC
RC04:…
COMMAND TYPE
NOT USED
COMMAND TYPE
DISARM
COMMAND TYPE
ARM
COMMAND TYPE
FIRE ALARM
COMMAND TYPE
SILENT PANIC
COMMAND TYPE
PANIC
COMMAND TYPE
EMERGENCY
OK
RC01:…
KEYS PROGRAM.
RC01:…
NAME
OK
OK
NAME
RC01:…
OK
OK
DS1067-064C 58 LBT20065
The type of command to be combined to the text can be selected in addition to the association procedure illustrated
above by pressing GENERIC key 2.
The possible options are:
• Not Used. The key does not perform any action.
• Arm. The key arms the assigned output.
• Disarm: The key disarms the assigned output.
• Silent panic. The key generates a silent panic type event which will be managed by the control panel.
• Panic. The key generates a panic type event which will be managed by the control panel.
• Emergency. The key generates an emergency type event which will be managed by the control panel.
• Fire alarm. The key generates a fire alarm type event which will be managed by the control panel.
Press
repeatedly to exit from the menu.
4.19 ADVANCED PROGRAMMING
4.19.1 Remote control system code
The code which identifies the system must be set in the 1067/024, 1067/032A or 1067/052A control panel in order to
control it remotely using the FastPro 1067/001 software.
The code may be selected as required by the installer and must be eight digits long.
IMPORTANT! The code must be univocal for all systems managed by the installer, regardless of the type of
installed control panel.
4.19.2 Programming procedure
Proceed as follows to program the remote control system code:
1) Enter <Installer code>, press
PROGRAMMING appears.
2) Press
3) Press
and then press several times until ADVANCED appears.
.
, then and finally repeatedly until
UT00:INSTALLER
PROGRAMMING
PROGRAMMING
ADVANCED
ADVANCED
SYSTEM CODE
4) Press
5) Press
DS1067-064C 59 LBT20065
. Change the code using keys and the numeric keypad. Press
to confirm the new code or press to cancel.
repeatedly to exit from the menu.
SYSTEM CODE
99999999
4.20 GENERAL SYSTEM PARAMETERS (TIMINGS)
The general system parameters are used to manage alarms and indications. Some of these parameters may be
configured.
IMPORTANT! Specific minimum and maximum values must be respected to ensure EN50131 compliance for the
following parameters.
However, these requirements may be ignored, while maintaining EN50131 compliance, in presence of local police
regulations which require other settings.
• T Burglar Alarm: This is the alarm output activation time (e.g. the time for which the sirens sound) for burglar
alarms. Selectable times: 30 / 60 / 90 / 180 seconds and 9 / 15 minutes.
• T Pre-Alarm: This is the pre-alarm output activation time (e.g. the time for which the sirens sound). Selectable
times: 30 / 60 / 90 / 180 seconds and 9 / 15 minutes.
• T Emergency Alar: This is the output activation time (e.g. the time for which the sirens sound) for the emergency
alarms. Selectable times: 30 / 60 / 90 / 180 seconds and 9 / 15 minutes.
• Alarm Count: This is the number of permitted alarm repetitions also in case of new alarms. DISABLED means that
the alarm indications will be generated at each new event. Selectable values: DISABLED, 2 / 4 / 6 / 8 / 10.
The alarm count is reset at each alarm system activation cycle and at 10:00 every day.
• T Lack of Power: this is the time of a mains blackout before generating the no power event. Selectable times: 10 /
30 minutes, 1 hour.
4.20.1 Programming procedure
Proceed as follows to program the timings:
IMPORTANT! The minimum alarm time for an EN50131 compliant system is 90 seconds.
IMPORTANT! The minimum alarm time for an EN50131 compliant system is 90 seconds.
IMPORTANT! The alarm count must be enabled to ensure EN50131 compliance.
IMPORTANT! The maximum no power time before generating an alarm must be 1 hour in an EN50131
compliant system.
1) Enter <Installer code>, press , then and finally repeatedly until
PARAMETERS appears.
2) Press
.
3) Press
. Press and to select the required time. Press to confirm.
4) Press .
5) Press . Press and to select the required time. Press to confirm.
6) Press .
UT00:INSTALLER
PARAMETERS
PARAMETERS
T BURGLAR ALARM
T BURGLAR ALARM
15min
PARAMETERS
T PRE-ALARM
PRE-ALARM
15min
PARAMETERS
T EMERGENCY ALAR
DS1067-064C 60 LBT20065
7) Press
8) Press
9) Press
10) Press
11) Press . Press and to select the required time. Press to confirm.
12) Press
. Press and to select the required time. Press to confirm.
.
. Press and to select the required time. Press to confirm.
.
repeatedly to exit from the menu.
T EMERGENCY ALAR
180s
PARAMETERS
ALARM COUNT
ALARM COUNT
10
PARAMETERS
T LACK OF POWER
T LACK OF POWER
1h
4.21 TELEPHONE DIALER
IMPORTANT! The 1067/024, 1067/032A or 1067/052A control panel must be connected to at least one telephone
network: PSTN via the 1067/002A communicator or GSM via 1067/458 module. See the Installation Manual for
more information on telephone connections.
IMPORTANT! The control panel connection type determines EN50131 compliance.
A 1067/032A or 1067/052A control panel connected via the 1067/002A interface to an ATS4 external
communicator, connected in turn to a modem/router with ADSL line, is EN50131 grade 3 compliant.
A 1067/032A or 1067/052A control panel connected directly to a PSTN line via the 1067/002A, interface which
uses numeric protocols for alarm communications is EN50131 grade 2 compliant.
A 1067/024 control panel with PSTN connection integrated on the interface board is connected directly to a PSTN
telephone line which uses numeric protocols for alarm communications, is EN50131 grade 2 compliant.
All other telephone connections, including use of the GSM network via the 1067/458, interface, are not EN50131
compliant.
4.21.1 Telephone numbers
The dialler of the 1067/024, 1067/032A and 1067/052A panels may store up to 12, 12, 12 telephone numbers,
respectively. Each number may contain up to 28 digits or pauses in any combination.
Each pause lasts for 2 seconds. Simply queue pauses to obtain a longer pause. The pauses are inserted by pressing the
key and are indicated on the display by a “P”.
The stored telephone numbers may be associated to the entire system (the telephone number will be used for any event)
or to specific zones (the telephone number will be used only for the events concerning these zones).
It is possible to select which telephone network (channel) the transmitter will use to connect with the outside: the
traditional telephone landline (PSTN) or the mobile phone network (GSM). The choice will only be possible if both
networks are available (PSTN line connected to 1067/002° module, GSM module inserted).
IMPORTANT! The GSM network cannot be used in an EN50131 compliant system.
ADVICE: By enabling the GSM answering machine the GSM module will always be active and calls will be sent
faster.
4.21.1.1 Storing, editing and deleting a telephone number
The respective procedure are described in the User Manual.
DS1067-064C 61 LBT20065
4.21.2 Vocal messages
IMPORTANT! The 1067/012A vocal synthesis board must be installed in 1067/024, 1067/032A or 1067/052A.
control panels to be able to send vocal messages.
Vocal messages are created automatically by the dialler as they are sent. The message may be more or less detailed
according to the event type to be communicated and the choice made during programming.
Four sending more, from the most simple (1) to the most complete (3) are available for 1067/024, 1067/032A and
1067/052A control panels. Mode 4 allows to customise vocal messages completely. The messages are created by
stringing together customised messages, pre-recorded messages and vocal names assigned to zones and inputs during
programming.
The elements of the message are:
• Base message: This is a 10 second long customisable message. It tells where the event occurred.
Example: “Alarm system, John Smith's home, 10 Main Street, York”.
• Event: This pre-recorded message specifies the occurred event. Some event messages may be customised when
Sending Mode 4 is selected.
• Zone N: This pre-recorded message identifies the zone(s) associated to the input which generated the event. The
form is “Zone n”, where “n” is the number of the zone.
• Input N: This pre-recorded message specifies the input occurred by the event. The form is “Input n”, where “n” is the
logical number of the input.
• Zone name: This is the recorded name of the zone ("vocal name") assigned during zone programming. It is played
only if it is set.
• Input name: This is the recorded name of the input ("vocal name") assigned during input programming. It is played
only if it is set.
The table 10.1 How to acquire BUS devices shows all the pre-recorded messages required for the various events.
The messages are formed as follows:
o Mode 1: Basic message + Event
o Mode 2: Basic message + Event + Zone number + Zone name.
o Mode 3: Basic message + Event + Zone number + Zone name + Input number + Input name.
o Mode 4: Basic message + Event + Zone name + Input name.
EXAMPLE
Someone has attempted to break into John Smith's home through the bathroom window. The bathroom window detector
is connected to logical input 14 (vocal name: “Bathroom window”), which belongs to zone 1 (vocal name: “Perimeter”).
The message will be sent as follows in the four modes:
• Mode 1: “Alarm system, John Smith's home, 10 Main Street, York. Burglar alarm".
• Mode 2: “Alarm system, John Smith's home, 10 Main Street, York. Burglar alarm. Zone 1. Perimeter”.
Mode 3: Alarm system, John Smith's home, 10 Main Street, York. Burglar alarm. Zone 1. Perimeter. Input 14.
•
Bathroom window”.
• Mode 4: “Alarm system, John Smith's home, 10 Main Street, York. Burglar alarm. Perimeter. Bathroom window”.
DS1067-064C 62 LBT20065
4.21.2.1 How to play and record vocal messages
IMPORTANT! On 1067/024, 1067/032A and 1067/052A control panels use headset with microphone to be
plugged into the vocal synthesis board directly (installer only) to play and record vocal messages.
On 1067/012A board, the jumper B must be positioned as in Figura.8. Registration is via the headset connected to jack A.
Correct jumper position
Figure 8 - Vocal synthesis board jumper and jack
4.21.2.2 Vocal message configuration
Proceed as follows to configure the vocal messages:
1) Enter <Master / Installer code>, press , then and finally repeatedly
until TELEPHONE DIALER appears.
2) Press
3) Press
4) Press
5) Press
6) Press
confirm. The maximum length of a message is 4 seconds. The message
“RECORDING IN PROGRESS...” appears once the recording has started. The
recording will stop automatically after the maximum time (which cannot be shortened).
and then .
.
.
and to select the desired message. Press to confirm.
and to select whether to play or record the message. Press to
IMPORTANT! The original messages will be lost and can no longer be restored after they have been written
over.
UT00:INSTALLER
TELEPHONE DIALER
TELEPHONE DIALER
VOCAL MESSAGES
VOCAL MESSAGES
MESSAGE LIST
MESSAGE LIST
BASE MESSAGE
BASE MESSAGE
PLAY
7) Press to configure the other vocal messages repeating the procedure from step 5.
IMPORTANT! The basic message is the only one which must always be recorded during the first installation.
8) Press
DS1067-064C 63 LBT20065
repeatedly to exit from the menu.
4.21.2.3 Vocal message sending mode
Proceed as follows to configure vocal message sending mode:
1) Enter <Master / Installer code>, press , then and finally repeatedly
until TELEPHONE DIALER appears.
2) Press
and then .
3) Press
.
4) Press
.
5) Press . Press and to select the sending mode. The sending mode
applies to all vocal messages. Press to confirm.
UT00:INSTALLER
TELEPHONE DIALER
TELEPHONE DIALER
VOCAL MESSAGES
VOCAL MESSAGES
MESSAGE LIST
VOCAL MESSAGES
VOCAL SEND.MODE
VOCAL SEND.MODE
MODE 1
6) Press repeatedly to exit from the menu.
4.21.3 SMS text messages
The procedures for text messages are contained in the User Manual.
4.21.4 Alarm sending types
IMPORTANT! Numeric codes with IDP protocol using an ATS4 external communicator is the only EN50131 grade
3 compliant sending type. EN50131 grade 2 compliance may be obtained without ATS4.
All other sending types cancel EN50131 compliance.
However, the grade 2 alarm sending types which are added to the IDP sending mode (main mode)
do not prevent
or cancel compliance.
The telephone dialler may interface with the outside world in various manners:
• IDP: the dialler sends alarms in form of numeric codes. This is only mode used for connecting to Alarm Receiving
Centres.
See table 10.3 IDP message structure for details on IDP message structure.
• ADF: same as IDP, with different protocol.
• Modem: the dialler exchanges information (sending and receiving) with a PC provided with FastPro software.
• SMS: the dialler sends alarms in form of SMS text messages. These alarms can only be sent on the GSM network.
• C200B: same as IDP, with different protocol.
• C200B P-P: same as IDP, with different protocol.
• Vocal: the dialler sends alarms in form of vocal messages. See paragraph 4.21.2 Vocal messages for more details.
IMPORTANT! Respect the Alarm Receiving Centre requirements for sending using numeric codes (IDP, ADF,
C200B, C200B P-P).
One or more sending modes can be selected according to the alarm type to be sent.
The various possibilities are shown in the table in paragraph 10.2 Alarm sending types.
Multiple, simultaneous alarms will be send in order of priority (0 = maximu m priority, 8 = minimum priori ty - see table).
You can decide what alarm messages to send and the mode to be used for each telephone number. For example,
burglar alarms can be sent as a vocal message and Zones status can be sent in a text message to a mobile phone.
Furthermore, the same message can be sent in multiple manner, e.g. by sending the burglar alarm to the same mobile
phone as vocal message and as text message. To do this, program the same telephone number in two different memory
positions, one in vocal sending mode and the other in text sending mode.
IMPORTANT! The choice also depends on the associated channel (PSTN or GSM): the GSM network must be
used for sending text messages.
IMPORTANT! Precise delivery times are not guaranteed for text messages and for this reason this mode should
only be used for alarms and messages which are not very important (low priority).
DS1067-064C 64 LBT20065
4.21.4.1 Programming procedure
Proceed as follows to send the alarms:
8) Enter <Installer code>, press , then and finally repeatedly until
TELEPHONE DIALER appears.
9) Press and then several times until SENDING MODE appears.
10) Press .
11) Press
messages. Press .
12) Press and to select the mode to be used to send the messages. Press
to confirm.
13) Press
14) Press
to the telephone number according to the chosen mode or not. Press
confirm.
15) Repeat procedure from step 6 for all alarm messages which must be sent to the same
telephone number with the same mode.
16) To send messages in different mode to the same telephone number, press and
repeat the procedure from step 5.
and to select the telephone line (T01…T12) to be used to send the
and to select the event type. Press to confirm.
and to select whether to send the alarm message related to the event
to
UT00:INSTALLER
TELEPHONE DIALER
TELEPHONE DIALER
SENDING MODE
SENDING MODE
T01:
T01:
IDP
EVENTS IDP
BURGLAR
BURGLAR
DO NOT SEND
17) Finally, to program the other telephone numbers, press
SENDING MODE appears, press and repeat the procedure from step 4.
18) Press repeatedly to exit from the menu.
4.21.5 Alarm message and call block sending mode
On 1067/032A and 1067/052A control panels, starting from control panel SW version 1.01 and on 1067/024 control panel
starting from control panel SW version 1.00 , and from keypad SW version 1.03, has been added the option to select
between two alarm message sending modes:
• Mode 1 (On 1067/032A and 1067/052A control panels available on SW versions prior to 1.01 and compliant with
EN50131 grade 2 and grade 3)
• Mode 2 (not compliant with EN50131 grade 2 and grade 3)
Proceed as follows to program the alarm message sending mode:
1) Enter <Installer code>, press , then and finally repeatedly until TELEPHONE
DIALER appears.
2) Press
3) Press
4) Press
5) Press
and then several times until ADVANCED appears.
and then repeatedly until SENDING MODE appears.
.
and to select the alarm sending Mode. Press to confirm.
repeatedly until
TELEPHONE DIALER
SENDING MODE
UT00:INSTALLER
TELEPHONE DIALER
TELEPHONE DIALER
ADVANCED
ADVANCED
SENDING MODE
SENDING MODE
MODE 1
1067/052A
6) Press
On 1067/032A and 1067/052A control panels with SW version prior to 1.01, the sending Mode
selection menu is not available, Mode 1 is only available.
repeatedly to exit from the menu.
12/01/2014 10:10
DS1067-064C 65 LBT20065
Mode 1
When one or several alarm events occur, the dialer:
1) Main goal is to call as soon as possible all the configured numbers considering the priorities of the events and
managing first the numbers in the low memory position.
2) Calls the telephone number or numbers configured for that alarm event, starting from the one at low memory
position (e.g.: T02 is called before T05).
3) For each telephone number and sending mode, the dialer will make up to 3 calling attempts.
4) When several telephone numbers have been programmed, a sequence is generated in which calls are routed
altenately to the various numbers, always respecting the priority order of events. The sequence of numbers called is
dynamic and depends, from time to time, on the involved events and on the concerned telephone numbers.
The vocal call cycle can be stopped by dialling “12” on the telephone which received the call after hearing the message
and receiving the call block beep.
For emergency vocal calls, "12" can be dialled after having closed the environmental listening session at the end of the
emergency vocal message repetition.
Vocal calls and text messages following burglar events may be interrupted also by entering a code or a key having zones
in common with the telephone numbers programmed for the event. This function may be useful in case of false alarms,
for instance.
It is important to note that a call cannot be stopped once it has started and will continue until the end of the 3 attempts.
No other calls will be made to the next numbers for the burglar event.
In the event of text messages, delivery time depends on the GSM network company.
Example 1:
Managing burglar alarm sending to 5 telephone numbers:
Programming the 5 telephone numbers:
Number 1: Burglar alarm in vocal mode.
Number 2: Burglar alarm in vocal mode.
Number 3: Burglar alarm in vocal mode.
Number 4: Burglar alarm in vocal mode.
Number 5: Burglar alarm in vocal mode.
Sending via PSTN line- No tone line check– No answer control
1. Burglar alarm.
2. Call cycle:
a) First burglar alarm calling attempt to number 1
b) First burglar alarm calling attempt to number 2
c) Second burglar alarm calling attempt to number 1
d) Second burglar alarm calling attempt to number 2
e) Third burglar alarm calling attempt to number 1
f) Third burglar alarm calling attempt to number 2
g) First burglar alarm calling attempt to number 3
h) First burglar alarm calling attempt to number 4
i) Second burglar alarm calling attempt to number 3
j) Second burglar alarm calling attempt to number 4
k) Third burglar alarm calling attempt to number 3
l) Third burglar alarm calling attempt to number 4
m) First burglar alarm calling attempt to number 5
n) Second burglar alarm calling attempt to number 5
o) Third burglar alarm calling attempt to number 5
DS1067-064C 66 LBT20065
Mode 2
IMPORTANT! Use of Mode 2 will cancel EN50131 compliance.
This mode allows to send alarms and/or events in sequence starting from the telephone number at the low memory
position (e.g. T02 is called before T05) till the 12th memory position, if stored telephone numbers are available,
considering of max priority only the hold-up event, whereas all the other events are considered of equal priority.
Mode 2 sequence management rule is always valid and independent of:
• Network associated to the telephone number (PSTN, GSM, GPRS, LAN)
• Type of sending selected for individual number (Vocal, IDP, IDP-IP, Ademco Fast, C200B, SMS, Modem)
• BackUp
• Delayed sending programming
If during the sending to a certain number a new event arrives that shall be sent to that number, then it will be immediately
queued. This typeof operation allows to optimize the total number of calls.
If during the burglar alarm call cycle for vocal calls and text messages, a valid user code is entered on the keypad, the control
panel will stop call sensing to those numbers which have at least one zone in common with the entered user code, except for
the started call, if any.
To better explain the above management operations, find below three sending examples:
Example 1:
Activation and next burglar alarm
Programming three numbers:
Number 1: sending burglar alarms + zone status vocal messages
Number 2: sending Burglar alarm in vocal mode
Number 3: sending zone status vocal messages
Sending via PSTN line- No tone line check– No answer control
1. User activates system zones.
2. Control panel generates zone activation event
3. Call cycle:
a. First attempt to call number 1
b. First attempt to call number 3
c. Second attempt to call number 1
d. Second attempt to call number 3
e. Third attempt to call number 1
f. Third attempt to call number 3
Burglar alarm
1. Control panel generates burglar alarm event
2. Call cycle:
a. First attempt to call number 1
b. First attempt to call number 2
c. Second attempt to call number 1
d. Second attempt to call number 2
e. Third attempt to call number 1
f. Third attempt to call number 2
DS1067-064C 67 LBT20065
Example 2:
Disarm zones with hold-up code:
Programming three numbers:
Number 1: burglar alarms + zone status vocal messages.
Number 2: hold-up vocal messages
Number 3: zone status vocal messages
Sending via PSTN line- No tone line check– No answer control
A) User disarm system zones with hold-up code.
B) Control panel generates hold-up and disarm zones events
C) Call cycle:
a) First hold-up call attempt to number 2
b) First disarm zones call attempt to number 1
c) First disarm zones call attempt to number 3
d) Second hold-up call attempt to number 2
e) Second disarm zones call attempt to number 1
f) Second disarm zones call attempt to number 3
g) Third hold-up call attempt to number 2
h) Third disarm zones call attempt to number 1
i) Third disarm zones call attempt to number 3
Example 3:
Managing burglar alarm sending to 5 telephone numbers:
Programming the 5 telephone numbers:
Number 1: Burglar alarm in vocal mode.
Number 2: Burglar alarm in vocal mode.
Number 3: Burglar alarm in vocal mode.
Number 4: Burglar alarm in vocal mode.
Number 5: Burglar alarm in vocal mode.
Sending via PSTN line- No tone line check– No answer control
1. Burglar alarm
2. Call cycle:
a) First burglar alarm calling attempt to number 1
b) First burglar alarm calling attempt to number 2
c) First burglar alarm calling attempt to number 3
d) First burglar alarm calling attempt to number 4
e) First burglar alarm calling attempt to number 5
f) Second burglar alarm calling attempt to number 1
g) Second burglar alarm calling attempt to number 2
h) Second burglar alarm calling attempt to number 3
i) Second burglar alarm calling attempt to number 4
j) Second burglar alarm calling attempt to number 5
k) Third burglar alarm calling attempt to number 1
l) Third burglar alarm calling attempt to number 2
m) Third burglar alarm calling attempt to number 3
n) Third burglar alarm calling attempt to number 4
o) Third burglar alarm calling attempt to number 5
4.21.5.1 Answering machines and call cycles
It is important to understand what will happen if an answering machine picks up the call.
If the “answer control” function is enabled in PSTN line parameters, the dialler may interpret the reply as a correctly
delivered alarm message and stop other calling attempts.
In this case, if the alarm sending mode is vocal only to a single telephone number, the recipient may not receive the
message or listen to it when it is too late (the same situation could occur if several telephone numbers are programmed
each of which provided with an answering machine, although this is less likely). In this case, it is advisable to deactivate
"answer control".
DS1067-064C 68 LBT20065
4.21.6 PSTN parameters
The following parameters can be used for configuring the PSTN connection:
• Nation: select the country where the system is installed to automatically set the technical PSTN telephone line
connection parameters. Available countries are: Italy, France, Germany, Czech Republic, Poland, Spain, Portugal,
Greece, UK.
• PABX connection: if the dialler is connected through a switchboard (PABX) and not directly to the external
telephone line, the number (from 0 to 9) that the dialler must dial to engage the telephone line can be programmed.
• Tone Line Check: this is used to determine whether the dialler will wait for the dial tone (Tone Line Check enabled)
or not (Tone Line Check disabled) before dialling.
• Answer control: this is used to determine whether the dialler must wait for the called number to answer or not. The
possible options are:
o Enabled: the vocal message only starts after the called number has answered. The vocal telephone number
o Disabled: the vocal message is sent immediately after having dialled the telephone number without waiting for
4.21.6.1 Programming procedure
Proceed as follows to program the PSTN parameters:
IMPORTANT! Remember to deactivate the PSTN Line Test function if "PABX Connection" is selected (see
4.21.10 PSTN Line Test).
which replied is not called back.
the called number to answer. The alarm message is repeated three times. In this condition, the control panel will
repeat the vocal message three times for each number regardless of whether the number answers or not. The
call cycle can still be stopped by dialling code “12”, as described in 4.21.5 Alarm message and call block
sending .
IMPORTANT! Read paragraph 4.21.5.1 Answering machines and call cycles before enabling or disabling
the "Answer Control" function.
1) Enter <Installer code>, press
TELEPHONE DIALER appears.
2) Press and then several times until PSTN PARAMETERS appears.
3) Press .
4) Press . Press and to select the country. Press to confirm.
5) Press
6) Press . Press and to disable the function (DISABLE, i.e. the dialler does
not connect to a switchboard) or a number to be dialled to engage the line (DIGIT: 9
… DIGIT: 2). Press
check function. Press
7) Press
8) Press . Press and to enable or disable the dialling tone check function.
Press to confirm.
9) Press
.
Press and to enable or disable the dialling tone
.
.
, then and finally epeatedly until
UT00:INSTALLER
TELEPHONE DIALER
TELEPHONE DIALER
PSTN PARAMETERS
PSTN PARAMETERS
NATION
NATION
ITALY
PSTN PARAMETERS
PABX CONNECTION
PABX CONNECTION
DISABLE
PSTN PARAMETERS
TONE LINE CHECK
TONE LINE CHECK
DISABLE
PSTN PARAMETERS
ANSWER CONTROL
10) Press . Press and to enable or disable the answer check function.
Press
11) Press repeatedly to exit from the menu.
DS1067-064C 69 LBT20065
to confirm.
ANSWER CONTROL
DISABLE
4.21.7 GSM parameters
The following parameters can be configured if the GSM module interface is installed:
• SIM PIN: this is used to store the SIM Card PIN code (if required). The code may be from 4 to 6 digits long. The PIN
code is supplied by the GSM network company.
IMPORTANT! The programming procedure is used to store the SIM PIN on the control panel but not to
program it on the SIM Card itself. To program the SIM PIN on the SIM Card, insert the SIM Card in a normal
mobile phone, program it using the functions of the mobile phone and then insert it in the GSM interface of
• SIM Card Expiry: this is used to store the prepaid SIM Card expiry month and year. The 1067/052A (1067/024 or
• Incoming SMS: this is used to enable text message reception for managing controllable outputs.
4.21.7.1 Programming procedure
Proceed as follows to program the GSM parameters:
the control panel.
1067/032A) control panel will send a notice message to the vocal numbers and text numbers configured for the
event on the first day of the stored month at 10 a.m. It is advisable to set the month before the actual expiry date (for
example, set "March" if the SIM Card expires in the month of April). Reset the new expiry date to be notified after
having recharged the SIM Card credit.
1) Enter <Installer code>, press
TELEPHONE DIALER appears.
2) Press
3) Press .
4) Press . Enter the PIN on the keypad. Press to confirm. To delete a PIN
code if it is not required by the SIM Card, press followed by . Dashes will
appear instead of the digits in this manner, meaning “PIN not programmed”.
5) Press
6) Press
7) Press
and then several times until GSM PARAMETERS appears.
. Enter month and year using the keypad. Press to confirm.
IMPORTANT! The day cannot be changed.
, then and finally repeatedly until
UT00:INSTALLER
TELEPHONE DIALER
TELEPHONE DIALER
GSM PARAMETERS
GSM PARAMETERS
SIM PIN
SIM PIN
------
GSM PARAMETERS
SIM CARD EXPIRY
SIM CARD EXPIRY
DATE 01/12/22
GSM PARAMETERS
INCOMING SMS
8) Press
text message reception. Press
9) Press repeatedly to exit from the menu.
DS1067-064C 70 LBT20065
. Press and to select whether to disable or enable incoming SMS
to confirm.
INCOMING SMS
DISABLE
4.21.8 GPRS parameters
The following parameters can be configured if the GPRS module interface is installed:
• APN: Access Point Name, alphanumeric field, max. 25 characters, containing the server web name of the GPRS
access provider.
• User: alphanumeric field, max. 25 characters for programming the user ID needed to access the network.
• Password: alphanumeric field, max. 25 characters for programming the password needed to access the network.
• DNS1: IP address of Domain Name Server 1.
• DNS2: IP address of Domain Name Server 2.
• ACCESS NUMBER: telephone number needed to access the GPRS network. This is the number provided by the
GPRS access provider.
The value of all parameters does not need to be known for GPRS configuration because they may be provider-specific.
The only mandatory value is APN.
4.21.8.1 Programming procedure
Proceed as follows to program the GPRS parameters:
1) Enter <Installer code>, press
TELEPHONE DIALER appears.
2) Press
3) Press .
4) Press . Enter the APN parameter setting on the keypad and press to
confirm.
5) Press
6) Press
7) Press
8) Press
9) Press
10) Press . Enter the DNS1 setting on the keypad and press to confirm.
11) Press
12) Press
and then several times until GPRS PARAMETERS appears.
.
. Enter the User setting on the keypad and press to confirm.
.
. Enter the password setting on the keypad and press to confirm.
.
.
. Enter the DNS2 setting on the keypad and press to confirm.
, then and finally repeatedly until
UT00:INSTALLER
TELEPHONE DIALER
TELEPHONE DIALER
GPRS PARAMETERS
GPRS PARAMETERS
APN
GPRS PARAMETERS
USER
GPRS PARAMETERS
PASSWORD
GPRS PARAMETERS
DNS1
GPRS PARAMETERS
DNS2
13) Press
.
GPRS PARAMETERS
ACCESS NUMBER
14) Press
confirm.
15) Press
DS1067-064C 71 LBT20065
. Enter the ACCESS NUMBER setting on the keypad and press to
repeatedly to exit from the menu.
4.21.9 IDP/IP parameters
The following parameters can be set to send alarms in IDP mode over IP, i.e. using the GPRS telephone interface or the
1067/004 web server:
• REM.CTRL CODE: numeric field, max. 16 characters (min. 3 characters) containing the code which must be
registered at the alarm receiving centre.
• CODE RECEIVER: numeric field, max. 6 characters (min. 1 character) containing the ID code of the alarm receiving
centre (optional).
• SYSTEM CODE: numeric field, max. 6 characters (min. 1 character) containing a further system ID code which must
be registered at the alarm receiving centre (optional).
• ENABLE ENCRYPT.: parameter for enabling encrypted transmission. Select the encryption key length if encryption
is enabled.
• ENCRYPTION KEY: hexadecimal field (from 0-9 and A-B-C-D-E-F) with number of characters which depends on
the selected encryption length.
• TIME STAMP: parameter for enabling alarm transmission complete with transmission date and time.
4.21.9.1 Programming procedure
Proceed as follows to program the IDP/IP parameters:
1. Enter <Installer code>, press
TELEPHONE DIALLER appears.
2. Press
3. Press .
4. Press
confirm.
5. Press .
6. Press
press to confirm.
7. Press
8. Press
confirm.
9. Press .
10. Press
press
and then several times until IDP/IP PARAM. appears.
. Enter the REM.CTRL CODE setting on the keypad and press to
. Enter the CODE RECEIVER parameter setting on the keypad and
.
. Enter the SYSTEM CODE setting on the keypad and press to
. Enter the ENABLE ENCRYPT. parameter setting on the keypad and
to confirm.
, then and finally repeatedly until
UT00:INSTALLER
TELEPHONE DIALER
TELEPHONE DIALER
IDP/IP PARAM.
IDP/IP PARAM.
REM.CTRL CODE
IDP/IP PARAM.
CODE RECEIVER
IDP/IP PARAM.
SYSTEM CODE
IDP/IP PARAM.
ENABLE ENCRYPT.
11. Press
.
IDP/IP PARAM.
ENCRYPTION KEY
12. Press
confirm.
13. Press .
. Enter the ENCRYPTION KEY setting on the keypad and press to
IDP/IP PARAM.
TIME STAMP
14. Press
confirm.
15. Press repeatedly to exit from the menu.
DS1067-064C 72 LBT20065
. Enter the TIME STAMP setting on the keypad and press to
4.21.10 PSTN Line Test
The 1067/024, 1067/032A and 1067/052A control panels can be programmed to check for the dial tone and ensure that
the connection is working perfectly. A “Telephone fault” event is generated if it is not. This event is generated after three
consecutive unsuccessful tests.
Note: It is advisable to enable the Tone Line Check function as well if the PSTN Line Test function is enabled.
IMPORTANT! If the control panel is the first device on the telephone line, as recommended, the line test will
interrupt any telephone calls in progress. This is because the control panel engages the line for a few seconds for
each test.
Possible PSTN line test settings are:
• Disable: the dial tone is not checked (this choice is only recommended if the control panel is connected to a PABX
extension line).
• 24h: he dial tone is checked every 15 minutes even if the system is disarmed. This function is EN50131 grade 2
compliant.
• System ON: the dial tone is checked every 15 minutes only if all configured zones are armed.
• ATS4: (function available but not necessary on 1067/024 control panel) the connection between the 1067/002A
interface and the ATS4 external communicator is checked. A telephone fault event is generated within no longer
than 90 seconds if there is no connection. Having an ATS4 communicator connected and working is mandatory for
EN50131 grade 3 compliance. The dial tone is checked by the ATS4 communicator. This function is EN50131 grade
3 compliant.
4.21.10.1 Programming procedure
Proceed as follows to program the PSTN line test:
1) Enter <Installer code>, press , then and finally repeatedly until
TELEPHONE DIALER appears.
2) Press
and then several times until PSTN LINE TEST appears.
3) Press . Press and to select DISABLE, 24 H, SYSTEM ON or ATS4.
Press
to confirm.
UT00:INSTALLER
TELEPHONE DIALER
TELEPHONE DIALER
PSTN LINE TEST
PSTN LINE TEST
24 H
4) Press repeatedly to exit from the menu.
4.21.11 Period Comm Test
The 1067/024, 1067/032A and 1067/052A control panels can automatically call the alarm receiving or remote control
centres at predetermined intervals of time if periodical confirmation of correct system operation is required.
This test function is not mandatory but strongly recommended.
The possible alternatives are:
• Disable: no calls are made.
• 24h: the check is carried out even when the system is disarmed at the chosen interval of time starting from the set
time. The call is made to the associated telephone number. Possible intervals of time are 1, 4, 8, 12, 24, 48, 72, 96,
120, 144, 168 hours.
• System ON: the check is carried out only if all the configured zones are armed at the chosen interval of time starting
from the set time. The call is made to the associated telephone number. Possible intervals of time are 1, 4, 8, 12, 24,
48, 72, 96, 120, 144, 168 hours.
IMPORTANT! The "Period Comm Test" function does not need to be enabled for EN50131 grade 3 compliance
because this function must be managed by the external communicator (ATS4) which must be connected.
If the control panel must be EN50131 grade 2 compliant (e.g. if the ATS4 external communicator is not installed),
the "Period Comm Test" function must be set to 24h with a frequency of less than 24 hours.
DS1067-064C 73 LBT20065
4.21.11.1 Programming procedure
Proceed as follows to program the Period Comm Test function:
1) Enter <Installer code>, press
TELEPHONE DIALER appears.
2) Press
3) Press . Press and to select DISABLE, 24 H or SYSTEM ON. Press
to confirm.
4) The screen page shown here by the side will appear if 24H or SYSTEM ON is
selected.
5) Press
centre. Press
6) Press
7) Press
using an initial 0 if needed. If you make a mistake press and access the SET
HOUR menu. Press to confirm the entered time.
8) Press .
and then several times until PERIOD COMM TEST appears.
. Press and to select the telephone number of the alarm receiving
to confirm.
.
. Enter the time in hh:mm (24 hour) format directly using the number keys
, then and finally repeatedly until
UT00:INSTALLER
TELEPHONE DIALER
TELEPHONE DIALER
PERIOD COMM TEST
PERIOD COMM TEST
DISABLE
24H
ASSIGN TEL N.
ASSIGN TEL N.
T01:...
24H
SET HOUR
24H
HOUR 10:24
24H
INTERVAL
9) Press . Press and to select the interval of time between calls. Press
to confirm.
10) Press
4.21.12 Rem Ctrl Backu p
The "Rem Ctrl Backup" function is used to manage calls to the telephone numbers programmed for numeric codes (IDP,
ADF, C200B, C200B P-P) and modems.
If the function is enabled, calls to other telephone numbers programmed for numeric codes and modems for the same
event will be blocked as soon as the first numeric code or modem call is successfully established.
A call is considered successfully established once acknowledgement is received from the alarm receiving centre.
If the first call is not successful, the control panel will call the next number and so on until the event to be transmitted is
correctly sent/received or until the attempts are finished, if the calls are not successful.
If the "Rem Ctrl Backup" function is disabled, the dialler will call all the numbers programmed for numeric codes and
modems, regardless of the received replies.
repeatedly to exit from the menu.
INTERVAL
1h
DS1067-064C 74 LBT20065
4.21.12.1 Programming procedure
Proceed as follows to program the Rem Ctrl Backup function:
1) Enter <Installer code>, press , then and finally repeatedly until
TELEPHONE DIALER appears.
2) Press
3) Press
Backup function. Press
4) Press repeatedly to exit from the menu.
4.21.13 Answer Machine
The control panel will answer incoming telephone calls if the answering machine function is enabled.
The function must be enabled separately for the PSTN line and the GSM networks. Therefore, the control panel can be
programmed to answer GSM calls and not PSTN calls, and vice versa.
When enabling the answering machine function on the PSTN line, you can specify after how many calls the dialler must
answer, compatibly with other devices (e.g. other answering machines).
The GSM module answers after five rings.
Note: The GSM module will remain normally off and only turned on for calling if the GSM answering machine function is
disabled.
4.21.13.1 Programming procedure
Proceed as follows to program the Answer Machine function:
and then several times until REM CTRL BACKUP appears.
. Press and to select whether to enable or disable the Rem Ctrl
to confirm.
IMPORTANT! The answering machine function is not guaranteed
hidden (this applies to calls from landlines or mobile phones).
The relevant function on the landline or mobile phone may be "Show ID", "Show my number to", "Show personal
number" or the like.
If you cannot establish a communication with the control panel, check the settings of the telephone in use and try
again.
if the call is "anonymous", i.e. caller's ID is
UT00:INSTALLER
TELEPHONE DIALER
TELEPHONE DIALER
REM CTRL BACKUP
REM CTRL BACKUP
DISABLE
1) Enter <Installer code>, press , then and finally repeatedly until
TELEPHONE DIALER appears.
2) Press
3) Press
4) Press .
5) Press . Press and to select whether to deactivate the Answer Machine
function for the PSTN line or whether to answer incoming calls after 2, 4 or 8 rings
(2 RING, 4 RING or 8 RING). Press
6) Press .
7) Press
the GSM network. Press to confirm.
8) Press repeatedly to exit from the menu.
and then several times until ADVANCED appears.
.
to confirm.
. o select whether to disable or enable the Answer Machine function for
UT00:INSTALLER
TELEPHONE DIALER
TELEPHONE DIALER
ADVANCED
ADVANCED
ANSWER MACHINE
ANSWER MACHINE
PSTN
PSTN
DISABLED
ANSWER MACHINE
GSM
GSM
ENABLE
DS1067-064C 75 LBT20065
4.21.14 Rem.Ctrl Code
The control panel must communicate the remote control code supplied by the alarm receiving centre in order to connect
to the centre.
The remote control code function is used to store the code on the control panel.
4.21.14.1 Programming procedure
Proceed as follows to program the remote control code:
1) Enter <Installer code>, press , then and finally repeatedly until
TELEPHONE DIALER appears.
2) Press
3) Press .
4) Press .
5) Press
6) Press repeatedly to exit from the menu.
4.21.15 Return Call
The installer can enable the Return Call function for remote control operations. In this manner, it will be possible to
connect to the system from a remote location using a PC running FastPro software, call the control panel and be called
back immediately and automatically.
In this manner, the cost of the telephone call will be charged to the control panel user.
Return Call options are:
• Ret.Call Disable: the control panel will continue the connection procedure to FastPro. after having received the call.
The cost of the telephone call will be charged to the installer or to the remote control centre.
• Ret.Call Type A: after answering, the control panel will hang up and call back the first stored Modem type number.
The cost of the call will be charged to the owner of the control panel.
• Ret.Call Type B: after answering, the control panel will hang up and call the specific telephone number sent by
FastPro during the previous connection. The cost of the call will be charged to the owner of the control panel.
4.21.15.1 Special cases: Rechargeable or voice only SIM Card
The system can still be controlled remotely using FastPro if the SIM Card used in the control panel is "voice only", i.e.
without a specific data call number (no M2M and/or incoming fax/data).
The necessary conditions for enabling remote control in this case are:
1. At least one modem type number must be programmed on the control panel.
2. Ret.Call Type A function must be enabled.
3. Remote control for the installer must be enabled on the Master user menu.
See the FastPro application manual for more details.
and then several times until ADVANCED appears.
. Enter the remote control code on the keypad and press . Press
to delete. Press to confirm the entered code.
IMPORTANT! The "Ret.Call Type A" setting is safer because the connection can only be established with a
previously programmed telephone number.
UT00:INSTALLER
TELEPHONE DIALER
TELEPHONE DIALER
ADVANCED
ADVANCED
ANSWER MACHINE
ADVANCED
REM.CTRL CODE
REM.CTRL CODE
90909090
DS1067-064C 76 LBT20065
4.21.15.2 Programming procedure
Proceed as follows to program Return call:
1) Enter <Installer code>, press , then and finally repeatedly until
TELEPHONE DIALER appears.
2) Press
3) Press
4) Press
5) Press . Press and to disable the call back function or enable it at type A
or type B. Press
6) Press repeatedly to exit from the menu.
4.21.16 Telephone line enabling
Each telephone line can be enabled separately, i.e. it is possible to enable only the PSTN line or the GSM network or
both. Any function configured for the line will not useable if the telephone line is not enabled.
If both telephone lines are enabled, the automatic back-up procedure can be used on the secondary line if the main
network (i.e. the one associated to each single telephone number) is not available. See paragraph 4.21.1 Telepho ne
numbers for more details.
4.21.16.1 Programming procedure
Proceed as follows to enable telephone networks:
and then several times until ADVANCED appears.
.
repeatedly repeatedly until RETURN CALL appears.
to confirm.
IMPORTANT! The telephone lines used must be enabled to be able to make or receive calls in addition to having
installed the specific PSTN and GSM modules.
UT00:INSTALLER
TELEPHONE DIALER
TELEPHONE DIALER
ADVANCED
ADVANCED
ANSWER MACHINE
ADVANCED
RETURN CALL
RETURN CALL
RET.CALL DISABLE
1) Enter <Installer code>, press
TELEPHONE DIALER appears.
2) Press
3) Press
4) Press repeatedly until the screen page shown here by the side appears.
5) Press
6) Press
confirm.
7) Press
and then several times until ADVANCED appears.
.
.
. Press and to enable or disable the PSTN line. Press to
.
, then and finally repeatedly until
UT00:INSTALLER
TELEPHONE DIALER
TELEPHONE DIALER
ADVANCED
ADVANCED
ANSWER MACHINE
ADVANCED
PHONE LINE ENABL
PHONE LINE ENABL
PSTN LINE
PSTN LINE
ENABLE
PHONE LINE ENABL
GSM LINE
DS1067-064C 77 LBT20065
8) Press
confirm.
9) Press
10) Press
confirm.
11) Press
12) Press . Press and to enable or disable the GPRS line. Press to
confirm.
13) Press
The LAN line is not available for the 1067/024 contol panel.
. Press and to enable or disable the GSM line. Press to
.
. Press and to enable or disable the LAN line. Press to
.
repeatedly to exit from the menu.
GSM LINE
ENABLE
PHONE LINE ENABL
LAN LINE
LAN LINE
ENABLE
PHONE LINE ENABL
GPRS LINE
GPRS LINE
DISABLE
4.22 TIMED PROGRAMMER
4.22.1 Operating principles
The timed programmer can be used to automate repetitive operations, such as arming or disarming a zone or a
commandable output. Programming is on a weekly basis, i.e. the commands are repeated in the same way every week.
Every day of the week can be classified as working day, pre-holiday or holiday as required and eight commands can be
freely created by the user for each type. Multiple commands can be programmed for the same time.
The automatic zones arming command is indicated in advance on the keypads (buzzer sounding the timed programmer
LED blinking) and activation of the timed programmers as notice that the command is about to be implemented. The
advance is programmed under the “Warning Time” parameter.
System arming can be postponed following the procedure described in the User Manual.
The available timed programmer commands are:
Command Description Notes and examples
Arm zones Arms the zone / zones
Disarm zones Disarms the zone / zones
Activate commandable output Activates the commandable
output
Deactivate commandable output Deactivates the commandable
output
Activate pulsed commandable
output
Enable key or user code Enables a key or a code
Disable key or user code Disables a key or a code
IMPORTANT! The timed programmer cannot manage festivities occurring during the week (such as Christmas,
bank holidays etc.) which will be treated as the day of the week on which they occur.
The control panel stores the timed programmer events permanently. The timed programmer can be enabled or disabled
without deleting the stored events as shown in the User Manual.
The hourly programming state (enabled or disable) is shown on the keypad by the timed programmer LED.
The timed programmer commands remain active until the opposite command is imparted (by the timed programmer itself
or by a user using the keypad or a reader): the programmer sends commands but does not check system or output
status.
Activates the pulsed
commandable output for
approx. 1 second
This output can be controlled remotely.
This pulsed output can be controlled remotely.
Cleaning services: by combining the two commands
it is possible to allow cleaning personnel to enter
and work indoors only on given days and at given
times.
DS1067-064C 78 LBT20065
Example of operation
An office is open from Monday to Friday from 9 a.m. to 6 p.m. Days from Monday to Friday are set as working days.
Saturdays and Sundays are set as holidays. The first command for working days is to disarm the burglar alarm system at
8:55 a.m. and the last command is to arm the system at 6:05 every day. There are no commands for holidays.
In practice, with the timed programmer, the burglar alarm system will be armed automatically at the end of each working
day and will be disarmed on the morning of the following day. After having been armed on Friday evening, it will not be
disarmed until Monday morning, because there are no disarming commands on Saturday and Sunday.
To access protected areas, if needed, a user can disarm the system manually with the keypad or reader also on
Saturdays and Sundays. The user must remember to rearm the system when leaving because otherwise the areas will
remain unprotected.
4.22.2 Programming
ADVICE: Fill in the respective tables before starting to program the timed programmer (see 10.6 Timed
programmer configuration): your work will be enormously simplified.
IMPORTANT! The time and date must be right for correct operation of the timed programmer (see paragraph 4.8
How to set date and time).
The following parameters must be configured during programming:
• Day Type: set whether each day of the week (Monday, Tuesday… Sunday) must be considered as a working day, a
pre-holiday or a holiday.
• Command Type: up to eight commands can be set for each day type (working day, pre-holiday or holiday).
• Command N: the time and action type is defined for each command.
• Action: there are three possibilities: no action, arm (enable) and disarm (disable). The actions can be applied to
zones, outputs, users and keys.
• Warning Time: this determines how many minutes of warning must be given before the command is implemented.
The warning time allows to leave the area or to interrupt the automatic implementation of the command. The
possible values are: no warning, 5 min, 10 min, 15 min, 20 min.
4.22.2.1 Programming procedure
Proceed as follows to program the timed programmer:
1) Enter <Installer code>, press , then and finally repeatedly until
SETTINGS appears.
2) Press
3) Press
4) Press
5) Press
6) Press . Press and to select the type (working day, pre-holiday,
holiday). Press to confirm .
7) Repeat from step 5 to define the type of all days.
8) Press
9) Press
confirm.
and then several times until P.O. appears.
.
.
and to select the concerned day. Press ta con to confirm.
and then .
. Press and to select the concerned day type. Press to
UT00:INSTALLER
SETTINGS
SETTINGS
P.O.
P.O.
DAY TYPE
DAY TYPE
MONDAY
MONDAY
WORKING DAY
P.O.
COMMANDS TYPE
COMMANDS TYPE
WORKING DAY
DS1067-064C 79 LBT20065
10) Press
confirm.
11) Press
12) Enter the time on which to implement the command using the keypad. Press to
confirm.
13) Press
14) Press
arm, disarm). Press to confirm. If arm (or disarm) is chosen, you can choose
whether to apply the action to zones, outputs, users or keys and other details within
each category. The selection procedures are user-friendly.
15) Repeat from step 11 for the other commands of the day, if needed
16) Repeat from step 10 to configure the other day types.
17) Press
18) Press
and to select the concerned command number. Press to
.
.
. Press and to select the concerned command type (no action,
.
.
WORKING DAY
COMMAND N:01
COMMAND N:01
COMMAND HOUR
COMMAND HOUR
HOUR 00:00
COMMAND N:01
COMMAND TYPE
COMMAND TYPE
NO ACTION
P.O.
COMMANDS TYPE
P.O.
WARNING TIME
19) Press
20) Press
4.22.3 Deleting a command
To delete a command, follow the programming procedure and select "NO ACTION" for the command.
To block the entire programming, disable it without deleting it (see User Manual).
and to select the warning time. Press to confirm.
repeatedly to exit from the menu.
WARNING TIME
WARNING 10m
4.23 SYSTEM TEST
Check correct operation of the system as a whole after having installed and configured the devices.
The main tests are:
• Input test
• Output test
• Control panel battery test
• Vocal call test
• Alarm receiving centre test (if present)
• GSM test (if present)
• Radio device test
• Environmental listening test
DS1067-064C 80 LBT20065
4.23.1 Input test
Proceed as follows to test that the inputs work perfectly:
1) Enter < Master / Installer code >, press
2) Press
3) Press
4) Press
5) Trip all system detectors (e.g. by passing in front of the volumetric detectors and
opening doors with magnetic contacts). The input LED on the keypad will be
activated whenever a detector is activated. Press
6) Press .
7) Press to view the list of all the inputs which were tripped during the test.
8) Press and then .
9) Press to view the list of all inputs which did not change. The list should be empty
if all inputs were tripped during the test and they all opened and closed again
correctly. Otherwise, the list will contain the inputs which were either not tripped or
did not respond correctly.
repeatedly until TEST appears.
.
.
and then .
at the end.
UT00:INSTALLER
TEST
UT01:MASTER
TEST
TEST
TEST INPUTS
TEST INPUTS
IN PROGRESS...
TEST INPUTS
TEST RESULT
TEST RESULT
TEST INPUT OK
TEST RESULT
TEST INPUT KO
10) Press repeatedly to exit from the menu.
4.23.2 Output test
Proceed as follows to test that the outputs work perfectly:
1) Enter < Master / Installer code >, press and then .
2) Press
3) Press
4) Press
5) Press
6) Press
repeatedly until TEST appears.
and press repeatedly until TEST OUTPUTS appears.
.
and to select the device the outputs of which you want to test. Press
to confirm.
and to select the output to test. Press to confirm.
UT00:INSTALLER
TEST
UT01:MASTER
TEST
TEST
TEST OUTPUTS
TEST OUTPUTS
CONTROL PANEL
CONTROL PANEL
CE.U1 U01
CE.U1 U01
ARM
DS1067-064C 81 LBT20065
7) The output will switch from ARM to DISARM every time is pressed. Check that
the output behaves as expected, e.g. that a siren sounds (if the output is connected
to a siren) or that an indicator lights up (if the output is connected to an indicator or
blinker). Press
8) Repeat from step 6 to test the other outputs of the device.
9) After having tested all the outputs of the device, press
to test the outputs of another device.
10) Press
state.
4.23.3 Battery test
Proceed as follows to check the condition of the batteries:
1) Enter < Master / Installer code >, press and then .
2) Press
3) Press and press repeatedly until TEST BATTERY appears.
4) Press
5) The battery test will last for approximately 30 seconds, during which the keypad will
beep. The battery status information provided by the LEDs and on the event log will
be updated at the end of the test (if there are changes). Any auxiliary power units
will also run the battery test and communicate the result to the control panel at the
end. The failure LED will indicate flat batteries.
repeatedly to exit from the menu. The outputs will be returned to the correct
repeatedly until TEST appears.
.
to proceed if the test was successful.
and repeat from step 5
UT00:INSTALLER
TEST
UT01:MASTER
TEST
TEST
TEST BATTERY
TEST BATTERY
IN PROGRESS...
6) Press
4.23.4 Vocal call test
Proceed as follows to test that the vocal calls work perfectly:
1) Enter < Master / Installer code >, press
2) Press
3) Press and press repeatedly until ADVANCED TESTS appears.
4) Press
5) Press
6) Press
Press
7) The dialler will call the selected telephone number on the programmed channel and
will repeat the basic message three times.
8) Repeat from step 6 for the other telephone numbers to be tested.
repeatedly to exit from the menu.
and then .
repeatedly until TEST appears.
.
.
and to select the programmed vocal telephone number to be called.
to confirm.
UT01:MASTER
SYSTEM STATUS
UT01:MASTER
TEST
TEST
ADVANCED TESTS
ADVANCED
VOCAL CALL
VOCAL CALL
T01:xxxxxxxx
9) Press
DS1067-064C 82 LBT20065
repeatedly to exit from the menu.
4.23.5 Alarm receiving centre call test
Proceed as follows to test that the numeric protocol calls work perfectly:
1) Enter < Master / Installer code >, press and then .
2) Press
3) Press
4) Press
5) Press .
6) Press and to select the programmed telephone number for numeric code or
modem calls to be called. Press
7) The dialler will call the alarm receiving centre and send the parameter
corresponding to the test call for correctly identifying the event.
8) Repeat from step 6 for the other telephone numbers to be tested.
9) Press repeatedly to exit from the menu.
4.23.6 GSM Field Test
Proceed as follows to test the GSM network signal level:
repeatedly until TEST appears.
and press repeatedly until ADVANCED TESTS appears.
and press repeatedly until PROTOCOL CALL appears.
to confirm.
UT01:MASTER
SYSTEM STATUS
UT01:MASTER
TEST
TEST
ADVANCED TESTS
ADVANCED
PROTOCOL CALL
PROTOCOL CALL
T01:xxxxxxxx
1) Enter < Master / Installer code >, press
2) Press
3) Press
4) Press
5) Press .
6) The keypad will beep during the GSM signal level test. The level of the GSM signal
will appear in graphic form at the end of the test.
7) Press repeatedly to exit from the menu.
4.23.7 Environmental listening test
It is advisable to test that Enviromental listening works correctly.
To do so, call from a telephone located outside the monitored area and follow the procedure described in paragraph 6.4
Remote control with guided voice menu and following.
After having activated the function, check that the signal level is good in the entire area to be monitored. Otherwise, it
may be necessary to install other keypads to cover the areas in which the signal is not sufficient.
repeatedly until TEST appears.
and press repeatedly until ADVANCED TESTS appears.
and press repeatedly until GSM FIELD TEST appears.
and then .
UT01:MASTER
SYSTEM STATUS
UT01:MASTER
TEST
TEST
ADVANCED TESTS
ADVANCED
GSM FIELD TEST
GSM FIELD TEST
DS1067-064C 83 LBT20065
4.23.8 Radio device test
The radio input and output devices are tested together with the wired inputs and outputs. The test result is in common.
The radio input and output devices are identified by means of logical address or name. Proceed as follows to test the
wireless signal level of the various devices:
1) Enter < Master / Installer code >, press and then .
2) Press
3) Press
4) Press and press repeatedly until RADIO DEVICES appears.
5) Press .
6) Press and to select the radio expansion module to test. Press to
confirm.
7) Press
8) Energise each detector, e.g. by opening the door or window with magnetic contacts
or passing in front of IR detectors.
9) The wireless level will appear in graphic form at the end of the test for each device.
Use and to scroll the list of devices.
repeatedly until TEST appears.
and press repeatedly until ADVANCED TESTS appears.
.
UT01:MASTER
SYSTEM STATUS
UT01:MASTER
TEST
TEST
ADVANCED TESTS
ADVANCED
RADIO DEVICES
RADIO DEVICES
ER01:ER 01
ER01:ER 01
ARE YOU SURE?
TEST
IN PROGRESS...
10) Press
4.23.9 Final tests
Carry out the following checks in addition to the tests listed above:
• Arm and disarm (total and partial) the system from the keypads, if present, using all the programmed user codes
• Arm and disarm the system using readers and/or 1067/026, keypads, if present, using all
• Test the remote functions of the system (if a dialler is installed) from a landline, a mobile phone or via modem
(external assistance may be needed).
repeatedly to exit from the menu.
the available keys.
4.24 USER TRAINING
After having ascertained that the burglar alarm system is working perfectly, you can demonstrate the operations to be
carried out on the system to the end users. Proceed as follows to obtain the best training results:
• Directly involve all the people who will be using the system, if possible: training only one person is not a good idea
because this person could forget something or may not be able to convey the information correctly to others.
• Perform an operation (e.g. arm and disarm the system) and then invite everyone to repeat the procedure personally
while you are watching. You will be able to help if needed in this way.
• Prompt everyone to ask any questions: the fewer doubts users have, the more easily they will be able to operate the
system.
The main instructions to be provided to users are:
• How to arm and disarm the system totally
• How to arm and disarm the system partially
• How to recognise the various indications: burglar, tamper attempt, flat battery etc. (on display and auditory
indications)
• How to read the events stored on the control panel (events log)
• How to enable remote control (if applicable)
• How to test the system periodically.
Delete the Diagnose Log at the end of the test to hand over a clean system. See paragraph 9.9.3 How to delete the
Diagnose Log for instructions on how to delete.
.
DS1067-064C 84 LBT20065
5 SYSTEM COMMISSIONING
This chapter illustrates how to arm and disarm the system totally or partially using the keypads and the electronic and
proximity keys.
It also illustrates how to clear alarm indications and how to use the direct function keys (fire, emergency, silent panic).
IMPORTANT! Users and keys must have been previously acquired, configured and enabled as explained in the
applicable paragraphs of this manual and in the User Manual to arm and disarm the system and to clear the
alarms.
5.1 ARMING PROCEDURE
The alarm system has various arming modes, some of which are not EN50131 compliant.
EN50131 compliant modes are: arming from keypad, arming with electronic or proximity key, arming by timed
programmer or arming from a specialised input using a mechanical key.
The following modes are not EN50131 compliant: remote arming, arming using GSM and DTMF commands, arming
using a remote control.
The authorisation codes which must be used with keypads are described in paragraph 2.1 System access codes.
It is possible to arm the entire system, only some zones or one or more areas, if the latter are programmed. Areas allow
operating on a subset of zones at the same time without needing to select them each time.
The user or key must have been assigned to the zone or area during programming in order to operate it.
5.2 ARMING FROM 1067/022 KEYPAD
5.2.1 Total arming (system with zones only)
Proceed as follows to arm the entire alarm system if no areas are defined:
1) Enter <Master / User / Installer / Technical Manager code > and press
2) The keypad will beep. Press
after 5 seconds (fixed if all zones are armed, blinking if some zones are not armed).
to exit without arming. The status LED will light up
ARM
□□□□••••••••••••
EXECUTED
■■■■••••••••••••
Press
3) If programmed or if the system is EN50131 grade 3 compliant, the keypad will
sound long beeps initially followed by short beeps for the last 10 seconds.
4) The display will go back to standard view automatically after one minute. Press
to go to standard display immediately.
IMPORTANT! The user will arm only the assigned zones and not necessarily all the zones even with this
procedure.
5.2.2 Total arming (system with areas and zones)
Proceed as follows to arm the entire alarm system if areas are defined:
1) Enter <Master / User / Installer / Technical Manager code > and press
2) Enter
you press . If you press :
3) The keypad will beep. Press
after 5 seconds (fixed if all zones or areas are armed, blinking if some zones or areas
are not armed) and all the areas will appear on the display. Press again if you do
not want to wait for 5 seconds.
again if you do not want to wait for 5 seconds.
.
or on the keypad. The procedure will continue as for zones only if
to exit without arming. The status LED will light up
1)AREAS
2)ZONES
ARM
□□••
EXECUTED
■■••
DS1067-064C 85 LBT20065
4) If programmed or if the system is EN50131 compliant, the keypad will sound long
beeps initially followed by short beeps for the last 10 seconds.
5) The display will go back to standard view automatically after one minute. Press
to go to standard display immediately.
IMPORTANT! The user will arm only the assigned areas and not necessarily all the areas even with this
procedure.
5.2.3 Partial arming (system with zones only)
Proceed as follows to arm the alarm system partially if no areas are defined:
1) Enter <Master / User / Installer / Technical Manager code > and press
ARM
□□□□••••••••••••
2) The keypad will beep. Press
to exit without arming.
3) Enter the number of the zones to be armed on the keypad: the respective squares
will turn black.
IMPORTANT! Simply enter the number directly if nine or fewer zones have
been programmed. If more than nine zones have been programmed, always
enter two digits to select the zones, including for numbers from 1 to 9 (1 = 01,
4) The status LED will light up after 5 seconds (fixed if all zones are armed, blinking if
2 = 02 etc.).
some zones are not armed). Press
again if you do not want to wait for 5
EXECUTED
■□□■••••••••••••
seconds.
5) If programmed or if the system is EN50131 compliant, the keypad will sound long
beeps initially followed by short beeps for the last 10 seconds.
6) The display will go back to standard view automatically after one minute. Press
to go to standard display immediately.
IMPORTANT! The user will arm only the assigned zones and not necessarily all the zones even with this
procedure.
5.2.4 Partial arming (system with areas and zones)
Proceed as follows to arm the entire alarm system if areas are defined:
1) Enter <Master / User / Installer / Technical Manager code > and press
.
1)AREAS
2)ZONES
2) Enter
you press If you press :
or on the keypad. The procedure will continue as for zones only if
ARM
□□••
3) The keypad will beep. Press to exit without arming.
4) Enter the number of the zones to be armed on the keypad: the respective squares
will turn black.
5) The status LED will light up after 5 seconds (fixed if all areas are armed, blinking if
some areas are not armed) and all the areas will appear on the display. Press
EXECUTED
■□••
again if you do not want to wait for 5 seconds.
6) If programmed or if the system is EN50131 compliant, the keypad will sound long
beeps initially followed by short beeps for the last 10 seconds.
7) The display will go back to standard view automatically after one minute. Press
to go to standard display immediately.
IMPORTANT! The user will arm only the assigned areas and not necessarily all the
areas even with this procedure.
DS1067-064C 86 LBT20065
5.3 ARMING FROM 1067/026 KEYPAD
5.3.1 Total arming (system with zones only)
Proceed as follows to arm the entire alarm system if no areas are defined:
1) Enter < Master / User code > and press .
2) The keypad will beep. Press
to exit without arming. The status LED will light up after
5 seconds (fixed if all zones are armed, blinking if only some zones are armed). The
square will appear full indicating the zones which have been armed. The following will
appear on the display:
3) Press again if you do not want to wait for 5 seconds.
4) The display will go back to standard view automatically after one minute. Press
to go to standard display immediately.
5) If programmed or if the system is EN50131 compliant, the keypad will sound long
beeps initially followed by short beeps for the last 10 seconds.
IMPORTANT! The user will arm only the assigned areas and not necessarily all the areas even with this
procedure.
5.3.2 Total arming (system with areas and zones)
Proceed as follows to arm the entire alarm system if areas are defined:
1) Enter <Master / User / Installer / Technical Manager code > and press
.
2) Press T1 for areas or T4 for zones. Press T1 (i.e. areas) on the display. An empty square
will appear for each programmed area which is not armed assigned to the keypad and
code. Full squares indicate that the area is armed. Half-full squares indicate that the area
is only partially armed.
3) The keypad will beep. Press
to exit without arming. The status LED will light up after
5 seconds (fixed if all areas are armed, blinking if some areas are not armed). The
squares will appear full indicating the areas which are not armed. The following will
appear on the display:
4) Press again if you do not want to wait for 5 seconds.
IMPORTANT! The user will arm only the assigned areas and not necessarily all the
areas even with this procedure.
5) If T4 (i.e. zones) was pressed instead, an empty square will appear on the display for
each programmed zone which is not armed assigned to keypad and code. Full squares
indicate that the zone is armed. Octagons (e.g. ) indicate that the zone is disarmed
and some inputs are open.
6) The keypad will beep. Press
to exit without arming. The status LED will light up after
5 seconds (fixed if all zones are armed, blinking if only some zones are armed). The
square will appear full indicating the zones which have been armed. The following will
appear on the display:
DS1067-064C 87 LBT20065
7) The display will go back to standard view automatically after one minute after
arming both areas and zones. Press
to go to standard display immediately.
8) For arming both areas and zones, if programmed or if the system is EN50131
compliant, the keypad will sound long beeps initially followed by short beeps for the
last 10 seconds.
5.3.3 Partial arming (system with zones only)
Proceed as follows to arm the entire alarm system partially if no areas are defined:
1) Enter <Master / User / Installer / Technical Manager code > and press
.
2) The keypad will beep. Press
to exit without arming.
3) Enter the number of the zones to be armed on the keypad: the respective squares will
become full.
IMPORTANT! Simply enter the number directly if nine or fewer zones have been
programmed. If more than nine zones have been programmed, always enter two
digits including for numbers from 1 to 9 (1 = 01, 2 = 02 etc.).
4) The status LED will light up after 5 seconds (fixed if all zones are armed, blinking if only
some zones are armed). The square will appear full indicating the zones which have
been armed. The following will appear on the display:
IMPORTANT! The user will arm only the assigned zones and not necessarily all
the zones even with this procedure.
5) The display will go back to standard view automatically after one minute. Press
to go to standard display immediately.
6) If programmed or if the system is EN50131 compliant, the keypad will sound long
beeps initially followed by short beeps for the last 10 seconds.
5.3.4 Partial arming (system with areas and zones)
Proceed as follows to arm the entire alarm system partially if areas are defined:
1) Enter <Master / User / Installer / Technical Manager code > and press
.
2) Press T1 for areas or T4 for zones. Press T1 (i.e. areas) on the display. An empty
square will appear for each programmed area which is not armed assigned to the
keypad and code. Full squares indicate that the area is armed. Half-full squares indicate
that the area is only partially armed.
3) The keypad will beep. Press
to exit without arming.
4) Press the function keys (T1, T2, T3 and T4) positioned under the areas to be
armed: the respective squares of the areas will become full.
5) The status LED will light up after 5 seconds (fixed if all areas are armed, blinking if
some areas are not armed). The following will appear on the display:
6) Press again if you do not want to wait for 5 seconds.
IMPORTANT! The user will arm only the assigned areas and not necessarily all the
areas even with this procedure.
DS1067-064C 88 LBT20065
7) If T4 (i.e. zones) was pressed at the beginning of the procedure, an empty square will
appear on the display for each programmed zone assigned to keypad and code which is
not armed. Full squares indicate that the zone is armed. Circles indicate that the zone is
disarmed and has open inputs.
8) The keypad will beep. Press
to exit without arming.
9) Enter the number of the zones to be armed on the keypad: the respective squares will
become full.
IMPORTANT! Simply enter the number directly if nine or fewer zones have been
programmed. If more than nine zones have been programmed, always enter two
digits including for numbers from 1 to 9 (1 = 01, 2 = 02 etc.).
10) The status LED will light up after 5 seconds (fixed if all zones are armed, blinking if only
some zones are armed). The square will appear full indicating the zones which have
been armed. The following will appear on the display:
IMPORTANT! The user will arm only the assigned zones and not necessarily all the
zones even with this procedure.
11) The display will go back to standard view automatically after one minute after arming
both areas and zones. Press to go to standard display immediately.
12) For arming both areas and zones, if programmed or if the system is EN50131 grade 3
compliant, the keypad will sound long beeps initially followed by short beeps for the last
10 seconds.
5.4 ARMING WITH ELECTRONIC OR PROXIMITY KEY
5.4.1 Total arming from electronic key reader
IMPORTANT! This procedure can only be used if all zones are disarmed.
5.4.1.1 System in use mode = Mode 3 (EN50131 grade 3 compliant)
Proceed as follows to arm all zones assigned to the reader and to the key using the electronic key:
1. Insert the electronic key in the reader. The red LED will blink to indicate that the key is being read and the green LED
will light up after a few instants to indicate that the key was recognised. All the green LEDs will blink rapidly if the key
is not recognised.
2. The green LEDs corresponding to the armed zones, if any, will appear if the key is recognised. The red LED will keep
blinking.
3. Extract the key.
4. Insert the electronic key again when the red LED switches off.
5. Extract the electronic key when the red LED starts blinking.
6. The green LEDs will blink for a few seconds and the zones associated to the reader and to the key will be armed.
IMPORTANT! The key will arm only the assigned zones and not necessarily all the zones even with this
procedure.
5.4.1.2 System in use mode = Mode 2 or Mode 0
Proceed as follows to arm all zones assigned to the reader and to the key using the electronic key:
1. Insert the electronic key in the reader when all the green LEDs are off (the procedure will disarm the zones if any
LEDs are green). The red LED will blink to indicate that the key is being read. All the green LEDs will blink rapidly if
the key is not recognised.
2. Extract the electronic key when the red LED starts blinking.
3. The green LEDs indicate the status of the zones assigned to the reader.
LED on fixed = zone armed, LED off = the key is not assigned to the zone and cannot arm it.
IMPORTANT! The key will arm only the assigned zones and not necessarily all the zones even with this
procedure.
DS1067-064C 89 LBT20065
5.4.2 Total arming from proximity key reader
IMPORTANT! This procedure can only be used if all zones are disarmed.
5.4.2.1 System in use mode = Mode 3 (EN50131 grade 3 compliant)
Proceed as follows to arm all zones assigned to the reader and to the key using the proximity key:
1. Approach the proximity key to the transponder. The red LED will blink to indicate that the key is being read and the
green LED will light up after a few instants to indicate that the key was recognised. All the green LEDs will blink
rapidly if the key is not recognised.
2. The green LEDs corresponding to the armed zones, if any, will appear if the key is recognised. The red LED will keep
blinking.
3. Move the key away.
4. Approach the proximity key again when the red LED switches off.
5. Move away the proximity key when the red LED starts blinking.
6. The green LEDs will blink for a few seconds and the zones associated to the reader and to the key will be armed.
IMPORTANT! The key will arm only the assigned zones and not necessarily all the zones even with this
procedure.
5.4.2.2 System in use mode = Mode 2 or Mode 0
Proceed as follows to arm all zones assigned to the reader and to the key using the proximity key:
1. Approach the proximity key in the reader when all the green LEDs are off (the procedure will disarm the zones if any
LEDs are green). The red LED will blink to indicate that the key is being read. All the green LEDs will blink rapidly if
the key is not recognised.
2. Move away the proximity key when the red LED starts blinking.
3. The green LEDs indicate the status of the zones assigned to the reader.
LED on fixed = zone armed, LED off = the key is not assigned to the zone and cannot arm it.
IMPORTANT! The key will arm only the assigned zones and not necessarily all the zones even with this
procedure.
5.4.3 Total arming from 1067/026 keypad
Proceed as follows to arm all zones using the proximity key on a 1067/026 keypad:
1) Approach the proximity key to the keypad transponder.
2) The keypad will beep. Press
to exit without arming.
3) The status LED will light up after 5 seconds (fixed if all zones are armed, blinking if only
some zones are armed). The square will appear full indicating the zones which have
been armed. The following will appear on the display:
4) The display will go back to standard view automatically after one minute. Press
to
go to standard view immediately.
IMPORTANT! The key will arm only the assigned zones and not necessarily all the zones even with this
procedure.
IMPORTANT! The LED H (see Figure 3 – 1067/026 keypad ) will light up and the buzzer will sound to indicate an
error (long beep) if a key which can be not been acquired (the key is not recognised) or which has not been
enabled is used.
DS1067-064C 90 LBT20065
5.4.4 Partial arming from electronic key reader
5.4.4.1 System in use mode = Mode 3 (EN50131 grade 3 compliant)
Proceed as follows to arm only the zones assigned to the reader and to the key using the electronic key:
1. Insert the electronic key in the reader. The red LED will blink to indicate that the key is being read and the green LED
will light up after a few instants to indicate that the key was recognised. All the green LEDs will blink rapidly if the key
is not recognised.
2. The green LEDs corresponding to the armed zones, if any, will appear if the key is recognised. The red LED will keep
blinking.
3. Extract the key.
4. Insert the electronic key again when the red LED switches off.
5. The red LED will blink and after a few seconds a cycle will start during which the green LEDs blink for a few seconds
showing the various combinations of zones in sequence.
6. Extract the electronic key when the combination of zones to be armed is displayed by the LEDs. The possibility of
arming each zone depends on the programming of the reader and on the key used.
7. The chosen zones will be armed and the green LEDs will indicate the status of the zones assigned to the reader for a
few seconds.
IMPORTANT! The key will arm only the assigned zones and not necessarily all the zones even with this
procedure.
5.4.4.2 System in use mode = Mode 2 or Mode 0
Proceed as follows to arm only the zones assigned to the reader and to the key using the electronic key:
1. Insert the electronic key in the reader when all the green LEDs are off (the procedure will arm the zones if any LEDs
are green during the first cycle). The red LED will blink to indicate that the key is being read. All the green LEDs will
blink rapidly if the key is not recognised.
2. The red LED will blink and after a few seconds a cycle will start during which the green LEDs blink for a few seconds
showing the various combinations in sequence.
3. Extract the electronic key when the combination of zones to be armed is displayed by the LEDs. The possibility of
arming each zone depends on the programming of the reader and on the key used.
4. The green LEDs indicate the status of the zones assigned to the reader.
LED on fixed = zone(s) armed, LED off = zone disarmed.
IMPORTANT! The key will arm only the assigned zones and not necessarily all the zones even with this
procedure.
5.4.5 Partial arming from proximity key reader
5.4.5.1 System in use mode = Mode 3 (EN50131 grade 3 compliant)
Proceed as follows to arm only the zones assigned to the reader and to the key using the proximity key:
1. Approach the proximity key to the transponder. The red LED will blink to indicate that the key is being read and the
green LED will light up after a few instants to indicate that the key was recognised. All the green LEDs will blink
rapidly if the key is not recognised.
2. The green LEDs corresponding to the armed zones, if any, will appear if the key is recognised. The red LED will keep
blinking.
3. Move the proximity key away.
4. Approach the proximity key again when the red LED switches off.
5. The red LED will blink and after a few seconds a cycle will start during which the green LEDs blink for a few seconds
showing the various combinations of zones in sequence.
6. Move the proximity key away when the combination of zones to be armed is displayed by the LEDs. The possibility of
arming each zone depends on the programming of the reader and on the key used.
7. The chosen zones will be armed and the green LEDs will indicate the status of the zones assigned to the reader for a
few seconds.
IMPORTANT! The key will arm only the assigned zones and not necessarily all the zones even with this
procedure.
5.4.5.2 System in use mode = Mode 2
Proceed as follows to arm only the zones assigned to the reader and to the key using the proximity key:
1. Approach the proximity key to the transponder and hold it close for at least three seconds. The red LED will blink to
indicate that the key is being read. Move it away when the four green LEDs blink.
2. A cycle will be started during which the green LEDs blink for a few seconds showing the various combinations in
sequence. The possibility of arming each zone depends on the programming of the reader and on the key used.
3. When the combination of zones to be armed is displayed by the LEDs, approach the proximity key to the transponder
again, wait for an instant and then move it away.
4. The green LEDs will indicate the status of the zones assigned to the reader for a few seconds:
LED on fixed = zone(s) armed, LED off = zone disarmed.
IMPORTANT! The key will arm only the assigned zones and not necessarily all the zones even with this
procedure.
DS1067-064C 91 LBT20065
5.4.6 Partial arming from 1067/026 keypad
Proceed as follows to arm the zones partially using the proximity key on a 1067/026 keypad:
1) Approach the proximity key to the keypad transponder.
2) The keypad will beep. Press T4 within 5 seconds. Press to exit without arming.
3) Enter the number of the zones to be armed on the keypad: the respective squares will
become full.
IMPORTANT! Simply enter the number directly if nine or fewer zones have been programmed. If more than nine
zones have been programmed, always enter two digits to select the zones , including for numbers from 1 to 9
(1 = 01, 2 = 02 etc.).
4) The status LED will light up after 5 seconds. The following will appear on the display:
IMPORTANT! The user will arm only the assigned zones and not necessarily all the zones even with this
procedure.
5) The display will go back to standard view automatically after one minute. Press to
go to standard view immediately.
IMPORTANT! The key will arm only the assigned zones and not necessarily all the zones even with this
procedure.
IMPORTANT! The LED H (see Figure 3 – 1067/026 keypad) will light up and the buzzer will sound to indicate an
error (long beep) if a key which can be not been acquired (the key is not recognised) or which has not been
enabled is used.
5.5 ARMING USING 1058/035 REMOTE CONT ROL
5.5.1 Total arming
The remote control must have been duly programmed for all zones to arm all the zones in the system.
Press the
acknowledges the command.
Note: The system can be armed/disarmed also by using the (toggle) key. Importantly, this key works as follows:
1. Pressing the key will cause the system status to switch from disarmed to armed and vice versa (toggle).
2. If the system is partially armed (partial arming), pressing the key will cause the system to be armed completely: any
zones which are disarmed will be armed.
3. Pressing the key again will cause the system to be totally disarmed (the entire system, not only the armed zones).
on the remote control to arm all zones. The remote control buzzer will beep if the control panel
DS1067-064C 92 LBT20065
s
5.5.2 Partial arming
The partial arming of only some zones in the system is possible only if the remote control is duly programmed to do so.
Press on the remote control to arm the zones to which the remote control is assigned. The remote control buzzer will
beep if the control panel acknowledges the command.
Note: The some zones assigned to the remote control can be armed/disarmed also by using the
(toggle) key.
Importantly, this key works as follows:
1. Pressing the key will cause the zone status to switch from disarmed to armed and vice versa (toggle).
2. If the zones assigned to the remote control are partially armed (partial arming), pressing the key will arm all zones:
any zones which are disarmed will be armed.
3. Pressing the key again will cause the zones to be totally disarmed (not only the previously armed zones).
5.6 DISARMING PROCEDURE
The arm system may be disarmed in various manners, some of which are not EN50131 compliant.
EN50131 compliant modes are: disarming from keypad, disarming with electronic or proximity key, disarming by timed
programmer or disarming from a specialised input using a mechanical key.
Remote disarming, disarming by GSM and DTMF commands and disarming by remote control are not EN50131
compliant.
The authorisation codes which must be used with keypads are described in paragraph 2.1 System access codes.
It is possible to disarm the entire system, only some zones or one or more areas, if these are programmed. Areas allow
operating on a subset of zones at the same time without needing to select them each time.
The user or key must have been assigned to the zone or area during programming in order to operate it.
5.7 DISARMING FROM 1067/022 KEYPAD
5.7.1 Total disarming (system with zones on l y)
Proceed as follows to disarm the entire alarm system if no areas are defined:
1) Enter <Master / User / Installer / Technical Manager code>
2) The keypad will beep. Press
to exit without disarming. The status LED will
switch off after 5 seconds and the following will appear on the display:
.
DISARM
■■■■••••••••••••
EXECUTED
□□□□••••••••••••
3) Press again if you do not want to wait for 5 seconds.
4) The display will go back to standard view automatically after one minute. Press
to go to standard view immediately.
IMPORTANT! The user will disarm only the assigned zones and not necessarily all the zones even with thi
procedure.
5.7.2 Total disarming (system with areas and zones)
Proceed as follows to disarm the entire alarm system if areas are defined:
1) Enter <Master / User / Installer / Technical Manager code>
2) Enter
or on the keypad. The procedure will continue as for zones only if
you press If you press :
.
1)AREAS
2)ZONES
DISARM
■■□□
3) The keypad will beep. Press
to exit without disarming. The status LED will
switch off after 5 seconds and the following will appear on the display:
EXECUTED
□□□□
4) Press
again if you do not want to wait for 5 seconds.
5) The display will go back to standard view automatically after one minute. Press
to go to standard view immediately.
IMPORTANT! The user will disarm only the assigned areas and not necessarily all the areas even with this
procedure.
DS1067-064C 93 LBT20065
5.7.3 Partial disarming (system with zones only)
Proceed as follows to disarm the alarm system partially if no areas are defined:
1) Enter <Master / User / Installer / Technical Manager code>
2) The keypad will beep. Press
to exit without disarming.
.
DISARM
■□□■••••••••••••
3) Enter the number of the zones to be disarmed on the keypad: the respective squares
will appear empty.
IMPORTANT! Simply enter the number directly if nine or fewer zones have been programmed. If more than nine
zones have been programmed, always enter two digits to select the zones, including for numbers from 1 to 9 (1 =
01, 2 = 02 etc.).
4) The status LED will switch off after 5 seconds and the following will appear on the
display
5) Press
if you do not want to wait for 5 seconds.
6) The display will go back to standard view automatically after one minute. Press
to go to standard view immediately.
EXECUTED
□□□■••••••••••••
IMPORTANT! The user will disarm only the assigned zones and not necessarily all the zones even with this
procedure.
5.7.4 Partial disarming (system with areas and zon es)
Proceed as follows to disarm the alarm system partially if areas are defined:
1) Enter <Master / User / Installer / Technical Manager code>
.
1)AREAS
2)ZONES
2) Enter
you press . If you press :
or on the keypad. The procedure will continue as for zones only if
DISARM
■■••
3) The keypad will beep. Press to exit without disarming.
4) Enter the number of the areas to be disarmed on the keypad: the respective squares
will appear empty.
5) The status LED will switch off after 5 seconds and the following will appear on the
display.
EXECUTED
■□••
6) Press
7) The display will go back to standard view automatically after one minute. Press
to go to standard view immediately.
if you do not want to wait for 5 seconds.
MPORTANT! The user will disarm only the assigned areas and not necessarily all the areas even with this
procedure.
5.7.5 Disarming from keypad under hol-up
On 1067/024 control panel starting from control panel SW version 1.00 and on 1067/032A and 1067/052A control panels,
starting from control panel SW version 1.01, if the hold-up function has been enabled (see paragraph 2.1.4 How to
enable the hold-up function) and you are threatened and forced by a criminal with the risk of life then, you can disarm the
burglar system while arming the hold-up alarm simultaneously which will make the dialer sending the programmed alarm
messages without activating the siren sound.
To disarm the system when your are under hold-up, just increase your user code of one digit. For example if your user
code is 000021 you need only to enter 000022; if user code is 29 enter 30, if it is 39 enter 40, etc.
IMPORTANT! Enabling the hold-up function will cancel EN50131 compliance.
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5.8 DISARMING FROM 1067/026 KEYPAD
5.8.1 Total disarming (system with zones on l y)
Proceed as follows to disarm the entire alarm system if no areas are defined:
1) Enter <Master / User / Installer / Technical Manager code > and press .
2) The keypad will beep. Press
to exit without disarming. After 5 seconds, the status
LED will switch off and the squares will become empty indicating that the zones have
been disarmed. The following will appear on the display:
3) Press
4) The display will go back to standard view automatically after one minute. Press
again if you do not want to wait for 5 seconds.
to go to standard view immediately.
5.8.2 Total disarming (system with areas and zones)
Proceed as follows to arm the entire alarm system if areas are defined:
1) Enter <Master / User / Installer / Technical Manager code > and press .
2) Press T1 for areas or T4 for zones. Press T1 (i.e. areas) on the display. An empty square
will appear for each programmed area which is not armed assigned to the keypad and
code. Full squares indicate that the area is armed. Half-full squares indicate that the area
is only partially armed.
3) The keypad will beep. Press
to exit without disarming. After 5 seconds, the status
LED will switch off and the squares will become empty indicating that the areas have
been disarmed. Any half-full squares indicate that the area is partially armed. The
following will appear on the display:
4) Press
if you do not want to wait for 5 seconds.
IMPORTANT! The user will disarm only the assigned areas and not necessarily all the
areas even with this procedure.
5) If T4 (i.e. zones) was pressed instead, the following will appear on the display:
6) The keypad will beep. Press
to exit without disarming. After 5 seconds, the status
LED will switch off and the squares will become empty indicating that the zones have
been disarmed. The following will appear on the display:
7) Press again if you do not want to wait for 5 seconds.
8) The display will go back to standard view automatically after one minute. Press
to go to standard view immediately.
DS1067-064C 95 LBT20065
5.8.3 Partial disarming (system with zones only)
Proceed as follows to arm the entire alarm system partially if no areas are defined:
1) Enter <Master / User / Installer / Technical Manager code > and press .
2) The keypad will beep. Press
to exit without disarming. The following will appear on
the display:
3) Enter the number of the zones to be disarmed on the keypad: the respective squares will
become empty.
IMPORTANT! Simply enter the number directly if nine or fewer zones have been programmed. If more than nine
zones have been programmed, always enter two digits to select the zones , including for numbers from 1 to 9 (1 =
01, 2 = 02 etc.).
4) After 5 seconds, the LED will switch off and the squares will become empty indicating
that the zones have been disarmed. The following will appear on the display:
5) The display will go back to standard view automatically after one minute. Press
to go to standard view immediately.
IMPORTANT! The user will disarm only the assigned zones and not necessarily all the zones even with this
procedure.
5.8.4 Partial disarming (system with areas and zon es)
Proceed as follows to arm the entire alarm system if areas are defined:
1) Enter <Master / User / Installer / Technical Manager code > and press .
2) Press T1 for areas or T4 for zones. Press T1 (i.e. areas) on the display. An empty
square will appear for each programmed area which is not armed assigned to the keypad
and code. Full squares indicate that the area is armed. Half-full squares indicate that the
area is only partially armed.
3) The keypad will beep. Press
to exit without disarming.
4) Press the function keys (T1, T2, T3 and T4) positioned under the areas to be
disarmed:
5) After 5 seconds, the status LED will switch off and the squares will become empty
indicating that the areas have been disarmed. The following will appear on the
display:
6) Press
if you do not want to wait for 5 seconds.
IMPORTANT! The user will disarm only the assigned areas and not necessarily all the
areas even with this procedure.
7) If T4 was pressed, the following will appear on the display:
8) Enter the number of the zones to be disarmed on the keypad: the respective squares will
become empty.
IMPORTANT! Simply enter the number directly if nine or fewer zones have been programmed. If more than nine
zones have been programmed, always enter two digits to select the zones, including for numbers from 1 to 9
(1 = 01, 2 = 02 etc.).
DS1067-064C 96 LBT20065
9) After 5 seconds, the status LED will switch off and the squares will become empty
indicating that the zones have been disarmed. The following will appear on the display:
10) Press if you do not want to wait for 5 seconds.
11) The display will go back to standard view automatically after one minute. Press
to go to standard view immediately.
IMPORTANT! The user will disarm only the assigned zones and not necessarily all the zones even with this
procedure.
5.8.5 Disarming from keypad under hold-up
On 1067/024 control panel starting from control panel SW version 1.00 and on 1067/032A and 1067/052A control panels,
starting from control panel SW version 1.01, if the hold-up function has been enabled (see paragraph 2.1.4 How to
enable the hold-up function) and you are threatened and forced by a criminal with the risk of life then, you can disarm the
burglar system while arming the hold-up alarm simultaneously which will make the dialer sending the programmed alarm
messages without activating the siren sound.
To disarm the system when your are under hold-up, just increase your user code of one digit. For example if your user
code is 000021 you need only to enter 000022; if user code is 29 enter 30, if it is 39 enter 40, etc.
IMPORTANT! Enabling the hold-up function will cancel EN50131 compliance.
5.9 DISARMING WITH ELECTRONIC OR PROXIMITY KEY
5.9.1 Total disarming from electroni c key reader
5.9.1.1 System in use mode = Mode 3 (EN50131 grade 3 compliant)
Proceed as follows to disarm all zones assigned to the reader and to the key using the electronic key:
1. Insert the electronic key in the reader. The red LED will blink to indicate that the key is being read and the green LED
will light up after a few instants to indicate that the key was recognised. All the green LEDs will blink rapidly if the key
is not recognised.
2. The green LEDs corresponding to the armed zones, if any, will appear if the key is recognised. The red LED will keep
blinking.
3. Extract the key.
4. Insert the electronic key again after a few instants.
5. Extract the electronic key when the red LED starts blinking.
6. The green LEDs will go out. A LED will stay on to indicate that the key is not assigned to the zone. The possibility of
disarming each zone depends on the programming of the reader and on the key used.
IMPORTANT! The key will disarm only the assigned zones and not necessarily all the zones even with this
procedure.
5.9.1.2 System in use mode = Mode 2 or Mode 0
Proceed as follows to disarm all zones assigned to the reader and to the key using the electronic key:
1. Insert the electronic key in the reader. The red LED will blink to indicate that the key is being read. All the green LEDs
will blink rapidly if the key is not recognised.
2. Extract the electronic key when the red LED starts blinking.
3. The green LEDs indicate the status of the zones assigned to the reader.
LED off = zone disarmed, LED on = key not assigned to the zone. The possibility of disarming each zone depends on
the programming of the reader and on the key used.
IMPORTANT! The key will disarm only the assigned zones and not necessarily all the zones even with this
procedure.
DS1067-064C 97 LBT20065
5.9.2 Total disarming from proximity key reader
5.9.2.1 System in use mode = Mode 3 (EN50131 grade 3 compliant)
Proceed as follows to disarm all zones assigned to the reader and to the key using the proximity key:
1. Approach the proximity key to the transponder. The red LED will blink to indicate that the key is being read and the
green LED will light up after a few instants to indicate that the key was recognised. All the green LEDs will blink
rapidly if the key is not recognised.
2. The green LEDs corresponding to any armed zones will light up if the key is recognised (the procedure will disarm
the zones if any green LEDs are on). The red LED will keep blinking.
3. Move the key away.
4. Approach the proximity key again when the red LED switches off.
5. Move away the proximity key when the red LED starts blinking.
6. The green LEDs will indicate the status of the zones assigned to the reader for a few seconds: LED off = zone
disarmed, LED on = key not assigned to the zone. The possibility of disarming each zone depends on the
programming of the reader and on the key used.
IMPORTANT! The key will disarm only the assigned areas and not necessarily all the areas even with this
procedure.
5.9.2.2 System in use mode = Mode 2
Proceed as follows to disarm all zones assigned to the reader and to the key using the proximity key:
1. Approach the proximity key to the transponder. The red LED will blink to indicate that the key is being read. All the
green LEDs will blink rapidly if the key is not recognised.
2. Move away the proximity key from the transponder when the red LED starts blinking.
3. The green LEDs indicate the status of the zones assigned to the reader.
LED off = zone disarmed, LED on = key not assigned to the zone. The possibility of disarming each zone depends on
the programming of the reader and on the key used.
IMPORTANT! The key will disarm only the assigned zones and not necessarily all the zones even with this
procedure.
5.9.3 Total disarming from 1067/026 keypad
Proceed as follows to disarm all zones using the proximity key on a 1067/026 keypad:
1) Approach the proximity key to the proximity key reader.
2) The keypad will beep. Press
to exit without disarming.
3) After 5 seconds, the status LED will switch off and the squares will become empty
indicating that the zones have been disarmed. The following will appear on the display:
IMPORTANT! The key will disarm only the assigned zones and not necessarily all the zones even with this
procedure.
IMPORTANT! The LED H (see Figure 3 – 1067/026 keypad) will light up and the buzzer will sound to indicate an
error (long beep) if a key which can be not been acquired (the key is not recognised) or which has not been
enabled is used.
5.9.4 Partial disarming from electroni c key reader
Follow the same procedure used for partial arming from electronic key reader to partially disarm the system from an
electronic key reader.
5.9.5 Partial disarming from proximity key reader
Follow the same procedure used for partial disarming from proximity key reader to partially disarm the system with a
proximity key reader.
DS1067-064C 98 LBT20065
5.9.6 Partial disarming from 1067/026 keypad
Proceed as follows to disarm some zones using the proximity key on a 1067/026 keypad:
1) Approach the proximity key to the keypad.
2) The keypad will beep. Press to exit without disarming.
3) Enter the number of the zones to be disarmed on the keypad.
IMPORTANT! Simply enter the number directly if nine or fewer zones have been programmed. If more than nine
zones have been programmed, always enter two digits to select the zones, including for numbers from 1 to 9
(1 = 01, 2 = 02 etc.).
4) After 5 seconds, the status LED will switch off and the squares will become empty
indicating that the zones have been disarmed. The following will appear on the display:
5) The display will go back to standard view automatically after one minute. Press
to go to standard view immediately.
IMPORTANT! The key will disarm only the assigned zones and not necessarily all the zones even with this
procedure.
IMPORTANT! The LED H (see Figure 3 – 1067/026 keypad) will light up and the buzzer will sound to indicate an
error (long beep) if a key which can be not been acquired (the key is not recognised) or which has not been
enabled is used.
5.10 DISARMING USING 1058/035 REMOTE CONTROL
5.10.1 Total system disarming
The remote control must have been duly programmed to disarm all the zones in the system (see Programming Manual).
Press
acknowledges the command.
5.10.2 Partial disarming with remote control
The remote control must have been duly programmed to partially disarm some the zones in the system (see
Programming Manual).
Press
will beep if the control panel acknowledges the command.
to disarm the entire system using the remote control. The remote control buzzer will beep if the control panel
on the remote control to disarm the zones to which the remote control is assigned. The remote control buzzer
DS1067-064C 99 LBT20065
5.11 SPLITTING
A splitting procedure which is carried out by means of the keypad can be used to arm and disarm the burglar alarm
system zones in addition to the procedures described above.
A particularity of the splitting method is that it allows to arm and disarm the zones in the same way without needing to
use two different procedures.
Proceed as follows to change the status of one or more zones in the system:
1) Enter <Master / User / Installer / Technical Manager code>, press
.
2) Press . The empty squares indicate a disarmed zone, the full squares indicate
an armed zone.
3) Press
the first line of the display.
4) Press
and to point to the concerned zone. The selected zone will appear on
and to change the zone status.
and then
UT02:...
SYSTEM STATUS
ZN01:
□■□□□•••••••••••
5) After having made the selections, press
6) The display will go back to standard view automatically after one minute. Press
to switch the view sooner.
IMPORTANT! The user will arm and disarm only the assigned zones and not necessarily all the zones even with
this procedure.
to confirm or press to cancel.
5.12 DIRECT ACCESS FUNCTION KEYS
Three pre-programmed keys are provided on the keypads for directly activating the fire, emergency and silent panic
indications.
Their position and shape are keypad-specific but the icons are the same:
= fire = emergency = silent panic
5.12.1 1067/022 keypad
Hold (fire), (emergency) o (silent panic): pressed for at least three seconds: the control panel will generate
the respective event without needing to enter any code. Each key must be enabled.
The environmental listening function can be activated automatically at the end of the emergency call on keypads if they
are duly programmed to do so.
5.12.2 1067/026 keypad
Hold T1 (silent panic), T2 (emergency) o T3 (fire): pressed for at least three seconds: the control panel will generate the
respective event without needing to enter any code. Each key must be enabled.
5.12.3 1058/035 remote control programming key
During programming, the “+” key on the remote control may be configured to activate or deactivate a specific output to
access one of the following technological functions (fire, emergency, panic, silent panic) directly. Hold the “+” key
pressed for at least five seconds to generate the respective event.
DS1067-064C 100 LBT20065
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