urmet domus 1061/004 Assembly instructions

DS 1061-015B LBT 8402
MULTIFUNCTION CONTROL PANEL
Ref. 1061/004 - /006
INSTALLATION AND PROGRAMMING MANUAL

2DS1061-015B
INDEX
1. GENERAL DESCRIPTION .......................................................... 3
1.1 System architecture ............................................................ 3
1.2 System description and its expansions .............................. 3
1.3 System components ........................................................... 3
1.3.1 1061/004 and 1061/006 control panels ................. 3
1.3.2 Management keypad with led – 1061/025 ............. 4
1.3.3 Electronic key reader – 1061/334 and 1061/335 ... 4
1.3.4 Proximity reader – 1061/434 and 1061/435........... 4
1.3.5 Electronic key – 1061/332...................................... 5
1.3.6 Transponder key – 1056/032 ................................. 5
1.3.7 PSTN telephone communicator – 1061/002 .......... 5
1.3.8 GSM module – 1061/458 ....................................... 5
1.3.9 Speech synthesis card – 1061/012 ........................ 5
1.3.10 Informative and environmental listening
module – 1061/013................................................. 5
1.3.11 USB 2.0 Interface – 1061/003 ................................ 5
1.3.12 Software for programming and remote
assistance – 1061/001 ........................................... 6
1.3.13 Residential series adapters .................................... 6
2. SYSTEM DESIGN........................................................................ 7
2.1 Notes for a correct installation............................................ 7
2.2 Battery dimensioning .......................................................... 7
2.3 Cable dimensioning and positioning................................... 7
2.3.1 Dimensioning.......................................................... 7
2.3.2 Data bus cable ....................................................... 8
2.3.3 Audio cable ............................................................ 8
2.3.4 Coexistence with mains cables.............................. 8
3. INSTALLATION ........................................................................... 9
3.1 Alarm control panel............................................................. 9
3.1.1 Fixing...................................................................... 9
3.1.2 Control panel options addition............................. 10
3.2 Electronic key reader and proximity reader ...................... 12
3.3 Management keypad ........................................................ 13
4. CONNECTIONS ........................................................................ 15
4.1 Bus devices connection.................................................... 15
4.2 Control panel..................................................................... 15
4.2.1 Motherboard......................................................... 15
4.2.2 Inputs connection and conguration.................... 16
4.2.3 Outputs connection.............................................. 18
4.3 Keypad.............................................................................. 18
4.3.1 Auxiliary input....................................................... 19
4.3.2 Tamper input ........................................................ 19
4.4 Mains and battery connections......................................... 19
5. PROGRAMMING....................................................................... 20
5.1 Programming procedure ................................................... 20
5.2 Control panel hardware programing interface .................. 20
5.3 First power-up................................................................... 20
5.4 System conguration via hardware................................... 20
5.4.1 Entering in programming mode............................ 20
5.4.2 Main programming menu ..................................... 21
5.4.3 Inputs programming menu .......................... 21
5.4.4 Outputs programming menu ....................... 22
5.4.5 Partitions programming menu ..................... 23
5.4.6 Times programming menu .......................... 24
5.4.7 Keys programming menu ............................ 25
5.4.8 Codes programming menu ......................... 26
5.4.9 Keys / partitions association menu ............. 26
5.4.10 Codes / partitions association menu ........... 26
5.4.11 PSTN/GSM communicator programming
menu ........................................................... 27
5.4.12 Vocal messages recording menu ................ 29
5.4.13 Keypad auxiliary inputs programming.................. 30
5.4.14 Exit from programming procedure ....................... 31
5.5 System conguration via software.................................... 31
5.5.1 USB interface mounting and PC connection ....... 31
5.5.2 Basic parameters programming........................... 31
5.5.3 Telephone communicators conguration............. 33
6. FINAL OPERATIONS ................................................................ 35
6.1 Completion........................................................................ 35
6.1.1 Electronic key/proximity readers closing ............. 35
6.1.2 Keypads closing................................................... 35
6.1.3 Control panel closing ........................................... 35
6.3 Test ................................................................................... 35
7. MAINTENANCE ........................................................................ 36
7.1 Maintenance procedure .................................................... 36
7.2 Reader............................................................................... 36
7.2.1 Electronic key/proximity reader addition.............. 36
7.2.2 Electronic key/proximity reader deleting.............. 36
7.2.3 Electronic key/proximity reader replacement....... 36
7.3 Keypad.............................................................................. 36
7.3.1 Keypad addition ................................................... 36
7.3.2 Keypad deleting ................................................... 36
7.3.3 Keypad replacement ............................................ 37
7.4 Detector ............................................................................ 37
7.4.1 Detector addition.................................................. 37
7.4.2 Detector deleting.................................................. 37
7.4.3 Detector replacement........................................... 37
7.5 Addition of a control panel optional device ...................... 37
7.6 Battery replacement.......................................................... 37
7.7 Cleaning ............................................................................ 37
8. TECHNICAL CHARACTERISTICS ........................................... 38
8.1 1061 Control panel............................................................ 38
8.2 1061/025 Management keypad ........................................ 38
8.3 Electronic key reader ........................................................ 38
8.4 Proximity reader ................................................................ 38
8.5 1061/002 PSTN telephone communicator........................ 39
8.6 1061/458 GSM module ..................................................... 39
8.7 1061/012 Speech synthesis card...................................... 39
8.8 1061/013 Envronmental listening
module/messages repeater .............................................. 39
9. EXAMPLE OF CONNECTION WITH NC LINES ...................... 40
10. FACTORY SETTINGS ............................................................... 41
ANNEX – System final configuration ............................................ 42
Control panel conguration ....................................................... 42
Inputs conguration ................................................................... 42
Outputs conguration ................................................................ 42
Partitions/inputs association...................................................... 42
Programmed times .................................................................... 42
Partitions/keys association ........................................................ 42
Partitions/telephones codes association................................... 42
Telephones................................................................................. 43

DS1061-015B 3
1. GENERAL DESCRIPTION
The 1061 intrusion system has been designed and developed for small-sized systems, used for example in residential areas and little companies
(ofces, shops, workshops and little factories) and can be easily adapted for different requirements.
Maximum compactness, exibility and safety are the system main characteristics; its installation, use and programming procedures are user-
friendly for both installer and users.
1.1 SYSTEM ARCHITECTURE
The 1061 system is available in two versions, different for the number of available lines, 4 or 6. The 4-lines version is provided with 4 inputs for
alarm detectors, 3 outputs for actuators and 3 partitions; the 6-lines version is provided with 6 inputs, 4 outputs and 4 partitions. Both versions
have the following features:
Communication on BUS line.
Up to 3 or 4 partitions (according to the control panel model), that can be freely associated and partially armed.
Activation by keypad with code, electronic key or proximity key.
User-friendly interface.
Voice and digital communicators used for alarm information sending both to users and alarm reception centres.
Capability to manage Anti-theft, Rescue and Technological functions.
Local and remote system programming and check, by PC.
Capability to check the system state also with DTMF.
1.2 SYSTEM DESCRIPTION AND ITS EXPANSIONS
Modem
PC
PC
BCA
telephone
Alarm reception
centre
I/F USB
Ref. 1061/003
I/F PSTN
Ref. 1061/002 I/F GSM
Ref. 1061/458
Speech synthesis
Ref. 1061/012
Control panel
Ref. 1061/006
Environmental listening
Ref. 1061/013
Keypad
Ref. 1061/025
(max.4)
Line
PSTN
Transponder reader
Ref. 1061/434 - /435
(max.4)
Key reader
Ref. 1061/334 - /335
(max.4)
1.3 SYSTEM COMPONENTS
1.3.1 1061/004 AND 1061/006 CONTROL PANELS
1061/004 and 1061/006 control panels manage with a microprocessor the whole system. Differences between the two control panels are the
following:
Control
panel
No. of partitions for
free partial arming
No. of inputs for alarm
detectors (lines)
Alarm outputs no.
1061/004 3 4 1 clean relay output
1 output for internal siren
1 output for self-powered external siren
1061/006 4 6 2 clean relay outputs
1 output for internal siren
1 output for self-powered external siren
•
•
•
•
•
•
•
•

4DS1061-015B
Both the control panels have the following characteristics and features:
220 ÷ 240V~, 50/60Hz power supply, with 12V backup battery.
Inputs congurable as NC, balanced or fast (to connect directly the rolling shutter contact)
Up to 8 command devices, that can be freely chosen between electronic key or transponder key readers (4 max) and keypads (4 max).
1 24H input (always active).
Up to 10 keys.
Up to 10 codes, freely programmable (from 4 to 6 digits).
Free association of inputs to zones.
Anti-theft function (with keypad only).
Technological input for technological detectors (smoke, re, ood, etc.).
“Technological” alarm management (dedicated output in case of “technological alarm”).
“Rescue” alarm management.
Freely selectable entry and exit times.
1 delayed input.
LED on the control panel front side to display state/occurred events.
Capability to exclude each input by dedicated buttons on the control panel front.
Input automatic exclusion after 8 consecutive alarms.
Automatic exclusion of the open input at the activation time (function selectable by jumper).
Alarm events log (browsable with PC).
RS232-USB interface (optional).
Local or remote control panel programming by PC with application software.
PSTN telephone communicator (optional).
GSM module (optional).
Priority selection between PSTN/GSM, if in the control panel are installed both the modules.
Remote management (system state inquiry, with DTMF commands or PC and system activation with DTMF commands).
Remote assistance (system parameters conguration and change).
Remote surveillance (alarm and signalling sending with numeric protocols: IDP – ADF – SIA).
1.3.2 MANAGEMENT KEYPAD WITH LED – 1061/025
7
X
1
4
8
0
2
5
9
OK
3
6
C
D
A
B
The management keypad with LEDs allows to arm and disarm the system, also partially, by signalling the partitions state on dedicated LEDs,
with alarms storage and failures signalling. The keypad manages up to 10 codes (from 4 to 6 digits) and is equipped with an internal buzzer,
auxiliary input and tamper input. By entering on the keypad a special code (programmable), can be activated the anti-theft function. The keypad
is connected to the control panel with the 4-wire bus and can be wall mounted, with the provided box, or ush mounted on 3-modules box, using
in both the cases the Simon Urmet Nea residential series frame and plate, provided with product.
1.3.3 ELECTRONIC KEY READER – 1061/334 AND 1061/335
The reader allows to arm and disarm the system, also partially, with an electronic key; it is connected to the control panel with the 4-wire bus. A
Simon Urmet series Nea adapter is provided with the key.
1.3.4 PROXIMITY READER – 1061/434 AND 1061/435
A
BC
D
The proximity reader allows to arm and disarm the system, also partially, with a transponder key; it is connected to the control panel with the
4-wire bus. A Simon Urmet series Nea adapter is provided with the reader.
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•

DS1061-015B 5
1.3.5 ELECTRONIC KEY – 1061/332
Programmable electronic key, to be used with the electronic key reader.
1.3.6 TRANSPONDER KEY – 1056/032
Programmable transponder key, to be used with the proximity reader.
1.3.7 PSTN TELEPHONE COMMUNICATOR – 1061/002
The PSTN telephone communicator can be programmed with the control panel function keys or with PC and allows to:
Send, with an encoded digital link, the information concerning alarms and system state to the dedicated alarm reception centres.
Send, paired with the speech synthesis card, vocal messages by telephone calls.
Perform a remote check of the system, by DTMF commands.
Perform a remote management of the system and check its operations by a dedicated application software.
Environmental listening (paired with 1061/013).
1.3.8 GSM MODULE – 1061/458
The GSM Dual Band module can be programmed with the control panel function keys or with PC; it allows to:
Send, paired with the speech synthesis card, vocal alarm messages and SMS.
Perform a remote check of the system, by DTMF commands.
The antenna is provided with the product.
1.3.9 SPEECH SYNTHESIS CARD – 1061/012
The speech synthesis card, paired with the PSTN telephone communicator or the GSM module, allows the alarm message recording.
1.3.10 INFORMATIVE AND ENVIRONMENTAL LISTENING MODULE– 1061/013
The informative and environmental listening module allows the environmental listening by a telephone call (the control panel must be provided
with a PSTN telephone communicator) and the local playback of messages concerning system state, alarm, failure.
1.3.11 USB 2.0 INTERFACE – 1061/003
The USB 2.0 interface allows to connect a PC to the 1061/004 and 1061/006 control panels for their programming (the programming and remote
assistance software is needed).
•
•
•
•
•
•
•

6DS1061-015B
1.3.12 SOFTWARE FOR PROGRAMMING AND REMOTE ASSISTANCE – 1061/001
The programming and remote assistance software allows to program with a PC the 1061/004 and 1061/006 control panels (USB 2.0 interface is
needed). The same software allows to perform remote assistance services on control panels equipped with PSTN telephone communicator.
1.3.13 RESIDENTIAL SERIES ADAPTERS
GEWISS
PLAYBUS®
VIMAR
PLANA®
BTICINO
LIVING®
BTICINO
LIVING
INTERNATIONAL®
VIMAR
IDEA®
To adapt the readers on the most common residential series, are used the suitable adapters provided in the kit for 1056, 1061 and 1063 series
(product code: 1056/337). The kit is composed by: 1 BTicino Living International adapter, 1 BTicino Living adapter, 1 Vimar Plana adapter, 1
Vimar Idea adapter, 1 Gewiss Playbus adapter.

DS1061-015B 7
2. SYSTEM DESIGN
2.1 NOTES FOR A CORRECT INSTALLATION
The 1061 control panel must be placed in a position protected by intrusion detectors. If it is needed the GSM module usage, it is necessary
to verify in advance if, in the selected position, the GSM signal is good. To check it, verify the eld strength using the GSM coverage test (see
paragraph 5.4.11).
WARNING: For GSM network coverage check, it is necessary to use the same mobile network carrier SIM as the one used in the GSM module.
This because in the same place, coverage levels of various mobile network carriers can be very different, or even absent.
Management keypads, electronic key readers and proximity readers must be put in dry places, protected against bad weather conditions. These
devices are daisy chained to the control panel with a single bus cable. The sequence used to connect them to the bus is irrelevant (devices are
identied by a hardware address, not according to the connection sequence), so it is possible to use for the bus the most convenient and the
fastest path for installation.
2.2 BATTERY DIMENSIONING
CEI 79-2 standards (and IMQ trademark) require for the system a battery endurance of 24 hours at least in case of mains fail. So, the control
panel battery must be designed in order to guarantee that range.
The formula to calculate the battery minimum capacity is the following:
Cb= (Irx 24 x 1,25) + (Iax alarm duration x 0,02)
where:
Cbis the minimum battery capacity, in Ah
Iris the total consumption in standby mode, in Ampere
Iais the total consumption during the alarm, in Ampere
alarm duration is the programmed alarm duration, in minutes
This calculation must be done referring to all devices powered by the battery (current consumption of each device can be nd in technical
sheets).
2.3 CABLE DIMENSIONING AND POSITIONING
2.3.1 DIMENSIONING
The cable cross section must be calculated considering the most critical system power supply condition, equivalent to mains fail and backup
battery just over the “at battery” level (11,2V–). For example, if at full load conditions, on all the devices power supply terminals must be ensured
at least 10,5V–, the maximum voltage dropout admitted on the cables is 0,7V–.
The calculation formula is:
Vc= 2 x length x Rmx Id
where:
Vcis the voltage dropout in Volt
length is the cable length, in metres (single wire)
Rmis the cable resistance in Ohm/m
Idis the current required by the devices, in Ampere (value obtained by their technical sheets)
Copper cables resistance values are:
Section - mm20,22 0,50 0,75 1,00 1,50
Resistance - Ohm/m 0,0795 0,0350 0,0233 0,0175 0,0117
The following diagram can be useful to nd the minimum cable section that is necessary.
1,50 mmq
1,00 mmq
0,75 mmq
0,50 mmq
0,22 mmq
100
consumption (mA)
1,00
10,00
100,00
1000,00
cable length (m)
1000 900 800 700
600 500 400 300
200
Cable dimensioning
(with maximum voltage dropout of 0,7V)

8DS1061-015B
WARNING: The diagram is used for a preliminary estimation; for an accurate calculation, use the formula described above. However, it is
necessary to verify with a voltmeter, that the voltage measured on terminals of each device is not lower than the power supply voltage provided
by the control panel or by the additional power supply unit (0,7V–).
Using an alarm system cable with a section of 0,22mm2 for the serial line (LA LB) and 0,5mm2 for power supply (+, –), the maximum distance of
peripherals is:
1061/334-/335 readers: 200m
1061/434-/435 readers: 100m
1061/025 keypad: 50m
2.3.2 DATA BUS CABLE
For the bus is needed a 4-wire cable, and it is suggested to use a shielded cable for alarm system 4 x 0,22mm2+ 2 x 0,5mm2, in order to have
available the wire pair for readers tampers contacts.
Bus maximum length can not exceed 500m.
2.3.3 AUDIO CABLE
For the audio line, use a twisted pair. The audio line length can not exceed 100m.
2.3.4 COEXISTENCE WITH MAINS CABLES
Bus cable, audio bus and detectors cables can not be laid in conduits or tubes used for mains cables.
•
•
•

DS1061-015B 9
3. INSTALLATION
3.1 ALARM CONTROL PANEL
3.1.1 FIXING
Control panel opening
Open the control panel by loosing with the provided screwdriver with exagonal tip (allen spanner), the two ush mount xing screws, by sliding
up the lid, in order to release the ledges (gure 1).
Figure 1 – Control panel opening
Cable apertures opening
On the control panel bottom, open the pre-fractured apertures for cables (power supply, detectors, sirens, bus, telephone line, audio line). Cable
number and kinds depend on the system to be realized.
A
A
A
A
D
A (It can not be used with 7A/h batteries)
D
C D
C D
B
B
B
C D
– Aperture for flush mount tube
– Aperture for flush mount tube (electric power supply)
– Aperture for external tube A
– Aperture for cable trunking
C
D
D
C D
D
Figure 2 – Pre-fractured apertures for cables
WARNING: When opening the pre-fractured apertures, take care not to damage the motherboard. For safety’s sake, it is suggested to remove
the motherboard before opening apertures, as shown in the paragraph Motherboard removal.
Wall mounting
The control panel must be placed in an interior, in a zone protected by the alarm system, on a dry, level wall.
The control panel is provided with 4 xing holes (A and B), accessible without removing the motherboard, and another xing hole, accessible by
removing the motherboard (C). The hole C must be used only if one or both the upper xing holes can not be used.
B
BB
A
C
Figure 3 – Control panel fixing holes

10 DS1061-015B
To x the control panel follow the instructions below:
1. Place the control panel and mark the drilling point for the slot A.
2. Drill the wall, put a screw anchor and screw in its screw; it must stick out about 1cm.
3. Hang the control panel on the screw, place the control panel in horizontal position and mark the drilling point for slots B.
4. Remove the control panel, drill and put the remaining anchor screws.
5. Hang again the control panel and x it with the screws, tightening also the screw of hole A. Slots B allows to compensate hole misalignments,
if present, in order to x the control panel perfectly horizontal.
Tamper adjustment
For a proper operation, the tamper switch in standby condition must have the metal lever aligned with the upper edge of its housing. Misalignments
caused by an uneven wall surface, if present, can be compensate using the adjusting screw placed under the tamper.
Housing edge
Tamper
Adjusting
screw
Figure 4 – Tamper position in standby condition and adjusting screw position
3.1.2 CONTROL PANEL OPTIONS ADDITION
The optional expansion modules are connected on the lower side of the motherboard, that can be removed from the control panel before any
operations.
All the operations performed with open control panel must be done by a skilled technical staff and after the whole system has been
unpowered.
Motherboard removal
To remove the motherboard, unscrew the 6 screws shown in the gure.
Figure 5 – Motherboard fixing screws
To put again the motherboard in the control panel, place it again on its supports and screw in the xing screws, without forcing, in order not to
damage the printed circuit.
Position and use of expansion connectors for optional cards.
The expansion connectors available on the rear of the motherboard are the following:
A
C
B
–CON3 connector used for connection
of 1061/002 PSTN module
–CON2 connector used for connection
of 1061/458 GSM module
–CON7 connector used for connection
of 1061/012 speech synthesis module
A
B
C
Ref.1061/458
Ref.1061/012
Ref.1061/002
Figure 6 – Connectors for expansions in motherboard
§

DS1061-015B 11
PSTN telephone communicator
To add the PSTN telephone communicator, follow the instructions below:
1. Remove, if necessary, the motherboard.
2. Press the 4 nylon pivot pins in the holes placed in the corners of the PSTN telephone communicator. Support pivot pins must be placed at
the rear of the module (the side without electronic components and connection terminal pins).
3. Put the PSTN telephone communicator on the motherboard (see g. 6 to identify the connector position ).
4. Connect the PSTN telephone communicator to the telephone line, according to the following diagram.
ADDITIONAL
PROTECTION
Answering machine,
fax, etc.
Telephone
communicator
PSTN
telephone network
Figure 7 – Connection diagram to the telephone line
For the connection, use a twisted pair; no polarity must be respected.
WARNING: The PSTN telephone communicator must be the rst connected device, in order to seize the line in case of an alarm.
5. Connect the audio line (microphone), if present, to the MIC terminal pin of the PSTN telephone communicator, respecting polarities. For
the audio line, use a twisted pair. Audio line must not exceed 100m. The following diagram shows how to connect the PSTN telephone
communicator and the module for environmental listening/message repeater.
1061/013
+SPK
+SPK
-SPK
-SPK
+MIC
+MIC
-MIC
-MIC
SPEECH SYNTHESIS CARD
1061/012
PSTN DIALLER
1061/002
CENTRALE 1061
Figure 8 – Connection diagram for environmental listening
GSM module
To add the GSM module, follow the instructions below:
1. Remove, if necessary, the motherboard.
2. Press the 4 nylon pivot pins in the holes placed in the corners of the GSM module. The support pivot pins must be placed at the rear of the
module (the side without electronic components and antenna connector).
3. Put the GSM module on the motherboard (see g. 6 to identify the position of the connector).
4. Put the antenna in the two housing slides present on the control panel side (to make the activation easier, blend lightly the antenna).
Figure 9 – GSM antenna mounting

12 DS1061-015B
5. Screw the antenna connector to the SMA connector on the GSM module.
WARNING: Screw the connector by hand, without tools, in order not to damage it.
Figure 10 – GSM antenna connection
6. Release the SIM holder by pressing the little button nearby, and open it.
Figure 11 – SIM holder opening
7. Put the SIM in the holder, taking care contacts are visible, and close again the holder.
WARNING: If necessary for the SIM and/or for the mobile network carrier, use a mobile to enable the SIM and disable its PIN before inserting
the SIM in the GSM module.
Speech synthesis card
To add the speech synthesis card, follow the instructions below:
1. Remove, if necessary, the motherboard.
2. Press the 3 nylon pivot pins in the holes present on the speech synthesis card. The support pivot pins must be placed at the rear of the
module (the side without electronic components and terminal strip).
3. Put the speech synthesis card on the motherboard (see g. 6 to identify the position of the connector).
4. Connect the audio line (loudspeaker), if present, to the SPK terminal pin of the speech synthesis card, respecting polarities. For the audio
line, use a twisted pair. Audio line must not exceed 100m. The following diagram shows how to connect the speech synthesis card and the
module for environmental listening/messages repeater.
1061/013
+SPK
+SPK
-SPK
-SPK
+MIC
+MIC
-MIC
-MIC
SPEECH SYNTHESIS CARD
1061/012
PSTN DIALLER
1061/002
CENTRALE 1061
Figure 12 – Connection diagram for messages repeater loudspeaker
3.2 ELECTRONIC KEY READER AND PROXIMITY READER
The address of electronic key readers and proximity readers is congured with their rotary switch and no conrmation operations are needed.
The address can have a value from 0 to 3 and must be unique for the group of electronic key readers and proximity readers. It is suggested to
number in sequence the readers during their installation. In a system can be present up to 4 readers. For greater convenience, the addressing
operation must be done before all the other readers install operations.
Figure 13 – Position of rotary switch and valid addresses

DS1061-015B 13
The electronic key reader and the proximity readers can be directly put on supports for ush mounting or wall mounting boxes of Simon Urmet
Nea residential series; they take up one module space. With specic adapters, present in catalogue, it is also possible to put them on ush
mounting or wall mounting boxes of the most common residential series (BTicino Living International and Living, Vimar Plana and Idea, Gewiss
Playbus); also in this case, they take up one module space. Readers must be placed in a dry place, protected by bad weather conditions.
According to CEI 79.2 standards, the readers must be kept in self-protected housing (housings with anti-removal and anti-opening tamper). If
are used supports and plates of Simon Urmet Nea catalogue, a protection tamper (1069/416), designed for this purpose, is already available.
The different tampers must be connected in series.
Nea plate
Nea adapter
Nea support
Reader
Ref. 1069/416
Figure 14 – Tamper for Simon Urmet Nea supports and plates
WARNING: In order to connect to the control panel tamper line the tamper that protects the electronic key reader or the proximity reader, it is
necessary to lay a suitable line. So, if readers are installed, it is suggested to use for the bus a 6-wire cable and use 2 of them for the tamper
line.
3.3 MANAGEMENT KEYPAD
The management keypad can be placed both in a 3-modules ush mounting box (type 503) and in the provided wall mounting box. The keypad
must be placed indoor, in a zone protected by the alarm system.
The keypad is provided with the following screws:
No. 3 M 3,5 x 22 for wall mounting with screw anchors
No. 2 M 3,5 x 19 for frame xing on box Mod. 503
No. 2 M 3,5 x 10 for xing on wall mounting box
Nea plate
Keypad
Nea support
Ref. 1069/416
Figure 15 – Keypad mounting
The keypads address is congured with their rotary switch and no other conrming operations are needed. The address can have a value from 0
to 3 and must be unique for the group of keypads. It is suggested to number in sequence the keypads during their installation. In a system can
be present up to 4 keypads.
Figure 16 – Position of rotary switch and valid addresses

14 DS1061-015B
If the keypad is installed in a ush mounting box, it must be protected against tampering by mounting on the support the proper tamper
(1069/416), that must be connected to the SAB input of the keypad. For tamper can be used both available housings present on the support.
WARNING: The protection for tamper spring (gure 18) must be cut both when the keypad is installed in the wall mounting box and in a ush
mounting box.
If the keypad must be housed in the provided wall mounting box, follow the instructions below:
1. Open one or both the cable apertures (gure 17, A).
WARNING: In the wall mounting box are not present pre-fractured apertures for external tubes or conduits.
2. Place the wall mounting box and mark the xing holes (gure 17, B) and the hole for the anti-removal tamper (gure 17, C).
3. Drill the wall with a 5mm bit, put the provided anchor screws and x the wall mounting box. For a correct installation, use 2 xing holes at
least and the hole for the tamper.
B
B
C
A
B
B
A
Figure 17 – Wall mounting box for keypad
4. Cut the TAMPER protection on the keypad bottom to release the spring.
Figure 18 – Tamper protection

DS1061-015B 15
4. CONNECTIONS
WARNING: All the connections must be performed when the system is unpowered. Connections providing power supply, mains and backup
battery must be performed as last operation!
Do not weld the end of a stranded conductor in the points where the wire is subject to a contact pressure.
4.1 BUS DEVICES CONNECTION
Connect readers and keypads to the control panel with the 4-wire bus. The devices must be daisy chained to the bus. The order used to connect
the devices (management keypads, electronic key readers, proximity readers) to the bus is not relevant. The bus total length (that is the sum of
the single sections), according to cable dimensioning, must not exceed 500m.
Electronic key
reader
Proximity
reader
Keypad
1 2 3A
B
C
D
0
OK
98
56
4
7
X
Figure 19 – Devices connection to the bus
In all the devices, the bus terminal pins are identied as follows:
LA Bus line, data
LB Bus line, clock
+ Power supply 12V, positive
- Power supply 12V, negative
WARNING: If in the system are installed electronic key readers or proximity readers, it is suggested to use for the bus a 6-wire cable. So, besides
the 4 wire for bus, 2 wires will be available for the readers tamper line.
If the bus line length exceeds 100m and there are only 2 devices connected, it is necessary to connect, between the terminal pins “LA” and “–”
and between “LB” and “–” of the two devices, 2,7kOhm resistors (the same used for input balancing).
-
LB
LA
+
2k7 2k7 2k7 2k7
+
LA
LB
-
CONTROL PANEL
DEVICE
(for ex. keypad)
BUS > 100 m
Figure 20 – Connection with length >100m between 2 devices
4.2 CONTROL PANEL
4.2.1 MOTHERBOARD
I
H
A
B
C
G F
L E
D
C
+
-
LA
LB
+
-
-V
+V
L1
L2
L3
L4
-V
+V
-
SAB
-
S
+SR
-
+SA
SIR
-
L5
-V
L6
- TMP
NO2
C2
NC2
NO1
C1
NC1
-BT
+BT
Figure 21 – Control panel motherboard

16 DS1061-015B
A JP2 Inputs self by-pass. For details, see paragraph 4.2.2 Inputs connection
B JP1 Selection between balanced and NC inputs. For details, see paragraph 4.2.2 Inputs connection
C F2 Rapid fuse for +SIR - 250V 3,15A outputs
D F3 Bus power supply rapid fuse
E F1 +V lines power supply rapid fuse Inputs self by-pass. For details, see paragraph 4.2.3 Outputs connection
F OK Programming button OK
G↓Programming button NEXT (scroll)
H ESC Programming button ESC
I Programming display
L Comb connector for USB 2.0 interface connection
TERMINAL PINS
BUS LA Bus line, data
LB Bus line, clock
+ Power supply 12V, positive
- Power supply 12V, negative
NO2 Relay 2 output normally open contact
C2 Relay 2 output common
NC2 Relay 2 output normally closed contact
NO1 Relay 1 output normally open contact
C1 Relay 1 output common
NC1 Relay 1 output normally closed contact
-BT Backup battery negative
+BT Backup battery positive
POWER C Power supply control signal
+ Power supply positive
- Power supply negative
-V 0V
+V +12V
L1 Input 1
L2 Input 2
L3 Input 3
L4 Input 4
-V 0V
+V +12V
-V 0V
SAB Tamper line 24h input
-V 0V
S System state output and “memory reset” for detectors and sirens
+SR Power supply for external self-powered siren (maximum current: 650mA)
-V 0V
+SA NC output for external self-powered siren
SIR NO output for internal siren
-V 0V
L5 Input 5 (present on the Ref. 1061/006 control panel only)
-V 0V (present on the Ref. 1061/006 control panel only)
L6 Input 6 (present on the Ref. 1061/006 control panel only)
- Control panel tamper connection
TMP Control panel tamper connection
All the terminal pins marked as –V have the same potential; the same for the terminal pins marked as +V. Terminal pins duplication has been
provided to make wiring operations easier.
4.2.2 INPUTS CONNECTION AND CONFIGURATION
To inputs can be connected magnetic contacts, presence detectors, rolling shutters detectors, technological detectors and rescue detectors,
with the following exceptions:
To input 1 can not be connected rolling shutters or technological detectors.
The intrusion input 1 is the only delayed, all the other intrusion inputs are immediate (for further details, see paragraph 5.4.2 Main programming
menu).
The tamper input (SAB) is always active (H24); it is an immediate input.
•
•
•

DS1061-015B 17
Inputs and tamper line can be congured as normally closed (NC) or balanced (single balancing). For balanced lines are used 2,7kohm resistors,
tolerance 1% (provided).
Ln
+V
2k7
+
AL
AL
CONTROL PANEL DETECTOR
TA
TA
--V
To the tamper line To the tamper line
-V -
TA
TA
DETECTORCONTROL PANEL
AL
AL
++V
Ln
NC LINE SINGLE
BALANCED LINE
Figure 22 – Inputs connection diagrams
The balanced connection allows to detect short circuits attempts on the detectors lines, causing an alarm.
The selection of connection mode is made with the jumper JP1 on the motherboard.
JP1 closed
JP1 open
Lines and SAB input balanced
Lines and SAB input normally closed (NC)
(factory configuration)
WARNING: The conguration is valid for all the lines; it is not possible to have some inputs or the tamper line congured as balanced and other
ones normally closed.
It is also possible to congure the inputs, except tamper input, in self by-pass mode with the motherboard jumper JP2.
JP2 closed
JP2 open
Self by-pass enabled
Self by-pass disabled (factory configuration)
WARNING: Self by-pass activation is valid for all the inputs; it is not possible to have some inputs congured for self by-pass and other ones not
congured.
With self by-pass enabled, all the inputs that are open during the alarm system activation are automatically excluded, without generating an
alarm signalling. If, after the system has been activated, the open input is closed, it is again included among inputs controlled by the control
panel, and an alarm is generated if it is opened again.
With self by-pass disabled, any input open when the system is activated generates an alarm.
WARNING: Unused inputs must be connected to -RV with a wire, in case of NC lines, or with a 2K7 resistor, in case of balanced lines.

18 DS1061-015B
4.2.3 OUTPUTS CONNECTION
Self-powered siren connection
When connecting a self-powered siren, do not exceed max. current values supplied by the control panel.
+SR +
CONTROL PANEL SIREN
S RM
TA
TA
--V
to the tamper line
+SA +SA
Figure 23 – Self-powered siren connection diagram
Internal siren connection
When connecting an internal siren, do not exceed the max. current values supplied by the control panel.
to the tamper line
-V -
TA
TA
SIRENCONTROL PANEL
+SIR
Figure 24 – Internal siren connection diagram
Relay outputs connection
When connecting an external device to a control panel relay output, do not exceed the relay contacts typical voltage and current values.
The following gure shows the contacts position, according to the relay state.
Active (excited relay)In standby condition (not excited relay)
Figure 25 – Relay contacts position
“S” system state output connection
The output is used to manage alarm memories in detectors and sirens. In normal condition its voltage is 0V; it is open when the system is
activated.
4.3 KEYPAD
TERMINAL PINS
BUS LA Bus line, data
LB Bus line, clock
+ Power supply 12V, positive
- Power supply 12V, negative
IN Auxiliary input
-RV 0V
SAB Tamper input
The keypad is provided with an auxiliary input and a tamper input. Both the inputs are locally managed by the keypad; an alarm, if present, is
sent to the control panel via bus.

DS1061-015B 19
4.3.1 AUXILIARY INPUT
The auxiliary input is unbalanced (terminal pins In and –RV). The input is congured by default as “contact”, for example for a magnetic contact
on a door, but it can also be congured to connect a rolling shutter detector.
WARNING:
Auxiliary inputs are always associated to the partition A.
The auxiliary input generates only a generic intrusion alarm, that can not be punctually located with dedicated led.
4.3.2 TAMPER INPUT
The keypad tamper input (terminal pins Sab and –Rv) is designed for connection of the front tamper installed on the support (for details, see
paragraph 3.3 Management keypad). The gure 26 shows the connection diagram.
If the input IN is unused, it must be connected to ground (-RV).
-RV
IN
-
KEYPADCONTROL PANEL
LA
++
LA
LB LB
-
SAB
MAGNETIC
CONTACT TAMPER
1069/416
Figure 26 – Connection diagram for keypad auxiliary and tamper inputs
4.4 MAINS AND BATTERY CONNECTIONS
1061 CONTROL PANEL
MAGNETOTHERMIC
SWITCH
POWER
MAINS
USERS
RESIDUAL CURRENT
CIRCUIT BREAKER
220÷240V~
50/60Hz MAINS
Figure 27 – Connection to mains
The control panel power supply must be connected to 220÷240V~ mains with a 2-core mains cable with double insulation and a magnetothermic
switch. It is suggested to connect the control panel power supply before the residual current circuit breaker, in order to be able to disconnect
mains and at the same time keep active the alarm system power supply.
On the power supply unit, the screw terminal pins for 220÷240V~ cable are labelled as PH (phase) and N (neutral); in the near n used for power
supply xing there is a slot for the cable tie passing, in order to block cables.
Figure 28 – Fixing of 220÷240V~ mains cable
The power supply output (OUTPUT) is connected by default to the terminal pins POWER of the motherboard. The backup battery must be
connected to cables with faston connectors already installed in factory: the red cable must be connected to the battery positive pole, the black
cable to the negative pole.
•
•
§

20 DS1061-015B
5. PROGRAMMING
For commands and external signalling description, refer to the User Manual. The system programming can be performed directly on the control
panel, with buttons and a little LCD display, or with a PC provided with Urmet EasyPro 1061/001 software and connected to the control panel
via the USB port or a modem. Some parameters concerning the PSTN communicator can be changed only via PC.
5.1 PROGRAMMING PROCEDURE
The programming procedure consists in the following steps:
1. Assign an address to the bus devices, if not yet assigned.
2. Enter in programming mode (if the control panel has never been programmed before, see paragraph 5.3 First power-up).
3. Program inputs.
4. Program outputs.
5. Program partitions.
6. Program alarm times, entry, exit, failure and technological.
7. Program keys (master and user).
8. Program codes (master and user).
9. Assign keys to partitions.
10. Assign codes to partitions.
11. Program PSTN/GSM communicator.
12. Record vocal messages.
Not all steps are necessary, because some of them depend on the presence, in the system, of particular bus devices or control panel
expansions.
5.2 CONTROL PANEL HARDWARE PROGRAMING INTERFACE
For programming procedure, as shown in gure 21, on the control panel motherboard are available:
One 2-digits, 7-segments LCD display.
One ESC button to return to the previous menu level or exit from programming mode in any time.
One ↓button to scroll items of the same menu level (the menu items structure is circular: at the last item, by pressing again the button, it is
possible to return to the rst one).
One OK button to select/deselect a parameter or go to a secondary menu.
On the LCD display, the dot that appears down on the right side means that the displayed value is the one stored at the moment for the
parameter selected for the conguration.
The result of each programming operation is signalled by:
A “beep beep” to signal a successful programming procedure.
A long “beep” to signal an unsuccessful programming procedure.
5.3 FIRST POWER-UP
At the rst power-up:
The inputs LEDs blink in sequence.
On the LCD display appears for 2 seconds the control panel rmware version.
Then the LCD display starts blinking.
At this moment perform as follows:
Acquire a key (electronic or transponder) as Master key, by inserting or bring it near a reader.
Or:
Enter on the keypad the code that will become the Master code (from 4 to 6 digits, freely selectable) and conrm it by pressing the OK button
on the keypad.
If in the system are present both keypads and readers, to acquire a Master key or set a Master code is indifferent. After acquiring the Master key
(or after setting the Master code), the LCD display stops blinking and shows the rst item of the main menu. Now it is possible to program the
control panel (go directly to paragraph 5.4.2 Main programming menu).
WARNING: Write the programmed Master code, or mark the acquired Master key, because they are necessary to access to Maintenance
functions.
5.4 SYSTEM CONFIGURATION VIA HARDWARE
5.4.1 ENTERING IN PROGRAMMING MODE
To enter in control panel programming mode, when it has been already programmed before, follow the instructions below:
1. Activate the system maintenance mode, as described in paragraph 7.1 Maintenance procedure.
2. Keep the OK programming button pressed for 3 seconds.
3. On the LCD display appears for 2 seconds the control panel rmware version.
4. Wait until on the LCD display appears the rst item of the main programming menu.
Now it is possible to program the control panel (go to paragraph 5.4.2 Main programming menu).
•
•
•
•
•
•
•
•
•
•