Fracarro CE2N-416 Operation and installation manual

CE2N-416
Installer and user Programming Manual
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Installer manual
Safety warnings page 4
1 Description of the features page 4
Main features page 4
Other features page 5
2 Description of the control unit page 5
3 CE2N-416 control unit layout page 6
4 Installation of the control unit page 6
4.1 Installation of the bus rs485 page 7
5 Card description page 8
5.1 Component description page 8
Terminal boards page 8
Jumper page 8
Keys page 9
Connectors page 9
5.2 Description of the terminal boards page 9
J1 terminal board page 9
J3 terminal board page 9
J4 terminal board page 10
J5 terminal board page 10
Feeder terminal board page 10
5.3 Examples of terminal connections page 11
l1, l2, l3, l4: alarm line inputs page 11
+B :12v live outputs page 11
+13.8V EXT_SIR: live output of battery recharging page 11
+V_INT SIR: live output of internal sirens page 11
+REF: 12V “reference” output page 12
Bus: terminals for serial line connection page 12
Out 1,2,3,4,5 : output connection terminals page 12
LA-LB (line) and DA-DB (phone): telephone line connection page 12
Feeder connection page 13
5.4 Electrical safety warnings page 13
6 First switching ON of the CE2N-416 control unit: page 13
7 CE2N-416 Control Unit Programming page 13
7.1 Programming keys page 13
7.2 Installer code’s features (default 0000000) page 14
7.3 Master code’s features (default 1111111) page 14
8 Programmable parametres page 15
8.1 Control unit page 16
8.1.1 Lines page 15
8.1.2 Outputs page 20
8.1.3 Partitions page 22
8.1.4 Dialler page 23
8.1.5 Other page 30
8.2 Modules page 31
8.2.1 Keypds page 31
8.2.2 Readers page 33
8.2.3 Line modules page 34
8.3 Installer code page 35

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8.4 Clock page 35
8.5 Historic log page 35
8.6 Test page 36
Lines being tested page 36
Output function test page 37
Walk test page 37
Walk test tamper page 37
Channel test page 37
DTMF reception test page 37
8.7 Exclusions page 37
9 Reset page 39
9.1 Reset the keypad serial number with a zero address page 39
9.2 Restore factory settings page 39
User manual
10 Parameters that can be programmed by the master user page 40
10.1 Manual outputs page 40
10.2 Codes page 41
10.3 Electronic keys page 43
10.4 Telephone functions page 44
10.5 Historic log page 45
10.6 Test page 45
10.7 Exclusions page 47

4
SAFETY WARNINGS
The system must be installed by qualified operators in compliance with current national and local
safety laws.
Installation warnings
In compliance with European Directive 2004/108/EC (EMC), the system must be installed using
devices, cables and accessories that comply with the requisites established by the Directive for
permanent installations.
The product installation must be carried out in accordance with the provided installation instructions
to preserve the operator from any accidents and the product from damaging.
Important: Only trained and authorised personnel are allowed to work on the system for the con-
nections as described in the instruction manual. In case of a malfunction, do not attempt to repair
the product as it would render the guarantee invalid.
It is advisable to periodically check that the alarm system is in perfect working order; however, a
reliable electronic alarm system does not prevent intrusion, theft, fire or other events but helps to
reduce the risk of them occurring.
Conformity with european directives
Fracarro Radioindustrie SpA declares that the system conforms to the essential requirements and
other provisions provided by European directive 2004/108/EC (EMC) and CEI EN 501304, CEI EN
6100063, CEI EN 60950 regulations.
Electric safety warnings
- The building’s electrical installation must fit a suitable magneto-thermal switch to protect
from surges and short circuits.
- The building’s electrical installation must fit a suitable omnipolar switch. The switch must
be easy to access and have a separation from the contacts of at least 3 mm.
The unipolar sectioning device can be used to section the phase conductor if you are
certain of having identified the neutral conductor.
- The connection conductors to the power supply network and the internal harness must be
fixed with clamps or similar fixing items.
- Fuse identification:
Fuse F300: F 3.15A.
1. DESCRIPTION OF THE FEATURES
This chapter lists the main hardware and functional features of the CE2N-416 unit and the different
elements and accessories that complete it.
Main features
- The control unit lines can be expanded to 4 with a M4IBUS module or to 8 with a
M8IBUS module.
- Integrated software filter to detect fast alarms (for vibration or wire sensors).
- 7 outputs in the control unit.
- 4 programmable partitions.
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- Up to 4 remote keypads for managing the system and totally/partially arming the system.
- Firmware updating from PC (locally) with a MOD-USB interface module.
- 250 stored events can be displayed with the date/ time/user/event displayed with
the set name for better tracking.
- Partialization, even by means of an electronic key, with RFID technology (up to 4 readers for a
total of 16 total keys).
- 10 codes available (1 Master code, 1 Installer code and 8 user codes that can be programmed).
Other features
- Bus length up to 1500 m.
- Anti-opening and anti-tearing protection.
- Sensor feeding activated even when the system is off.
- Specific circuit for external battery recharging.
- Walk Test Tamper function for maintenance.
- Timing block of the control unit if a false code is entered.
- Input/output time which can be programmed from 0 to 250 seconds.
- Battery control function.
- Line termination as single, double balance, normally closed, normally open,
all defined for each single line (NO by default also for expansions).
- 7 outputs that can be programmed on the control unit: 1 live (positive and
negative reference for sirens), 5 Open Collector (50 mA) configured by default but
that can also be programmed. Activation time, activation mode, activation delay and possibility
of associating key-user is also possible,
- 3 access levels: Installer/ 1 master user /8 users which can be modified,
- The lines can be configured as: instant alarm, burglar alarm, delayed alarm, input (key), 24h
alarm/panic alarm,
- Signals from the keypad LEDs: activation/ deactivation; electric network present;
tamper alarm; battery failure and expansion modules; alarm,
- 1 A feeder,
- Digital dialler with remote management (basic), Fast Format and Contact ID, 8 channels
available and 16 number phone book.
2. DESCRIPTION OF THE CONTROL UNIT
- 8 input lines which can be individually
programmed as normally closed or
normally open, single or double balan
ced.
- Anti-opening and anti-tear protection.
- Plastic case.
- 12V 2Ah battery available
- 12V 1A switching feeder.
- Alarm output of self-powered siren.
- Alarm output for a siren that is not self-
powered.
- 5 open collector outputs.
- Power protection against overloads,
short circuits and high voltage.
- All the inputs and outputs are filtered and protected against electrical and electrostatic
charges.
- Battery flat or disconnected detection circuit.
- Power for external devices, protected against overloads.
- Operating temperature: 0°C ÷ +40°C.
The following devices are available to complete the system:
- T8N-Light - control and programming keypad with alphanumeric backlit display.
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- T8N - control and programming keypad with alphanumeric backlit display.
- CHBUS - complete reader-set of electronic keys (keys without contacts).
- M4IBUS – input expansion module.
- M8IBUS – input expansion module.
- VOCAL-416 – speech card
CE2N-416 Technical data
Power supply (tolerance) : 100-230 Vca (+10% - 15%) 50/60Hz.
Insulation class: I.
Maximum absorption from the network: 0.35A.
Rated current provided by the feeder: 1A.
Stabilized tension (tolerance): 14.2Vdc.
Continuous absorption of the basic card (external loads excluded): 100mA.
Maximum available current at the BUS485: 500mA.
Maximum available current at the output:
- +V_INT SIR : 500mA.
- OUT 1/5 : 50mA.
- +B : 500mA.
- +13.8V EXT_SIR : 500mA.
N.B. The total absorption at the outputs +13.8V EXT_SIR and +V_INT_SIR and BUS power must not
exceed 500mA.
Lead battery: 2Ah 12V
3. CE2N-416 CONTROL UNIT LAYOUT
1: Feeder
2: Control unit card
3: Battery
4: Cable passage holes
4. INSTALLATION OF THE ONTROL UNIT
Fixing
The unit should be positioned on an even and smooth surface so that the anti-tear protection can
work properly. The 4 fixing holes are located at the bottom lower corners.
How to install the control unit:
• Connectthecontrolunittoatwo-polemagneto-thermalswitch.Theswitchmustbeeasy 
to access.
• Ifanintegrateddiallerisused,installaltertoeliminatedisturbanceand/orlters/splitters 
to eliminate the ADSL component on the line. This filter must be installed close to the fuse
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box of the telephone line.
• Thecontrolunitmustbeinstalledonthewallinapositionthatmakesiteasytoaccessthe 
electric cables, telephone cable, system alarm harness as well as to perform maintenance
on the control unit.
• Donotinstallthecontrolunitanditsmodulesinplaceswithextremetemperaturesand  
humidity. For example, don’t place the keypads near heat sources such as radiators
or under direct sunlight, which can affect the liquid crystal display. Place the control
unit and its accessories in a dry room and avoid closing the vent slots which can create a
block, even partially, of internal ventilation.
4.1 Installation of the BUS RS485
The connection is performed by means of 2 conductors plus the ground conductor (negative). It is
recommended to use a shielded cable. The ground is the same used to feed the devices.
Take note that the bus can have parallel branches and shunts, according to the following rules:
• thetotallengthofthebusharness(theadditionofallbranchesandtheirshunts)mustnot 
exceed 1500 m.
• inserttwo120ohm1/2Wterminationresistancesonthebus,oneresistancebetweenthe“+” 
and “-“ terminals of the control unit and another resistance at the end of the longer pathway.
Minimum cable sections:
Distance from the control unit “BUS+” e “BUS-” conductor Common ground conductor
Up to 400 m 0.22 mm20.22 mm2
Up to 700 m 0.22 mm20.5 mm2
From 700 m to 1500 m 0.44 mm20.75 mm2
See the following example:
120 Ohm resistance
between the BUS+ terminal and
BUS-terminal of the last
peripheral unit.
120 Ohm resistance
between the BUS+ terminal
and BUS- of the control unit
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5. CARD DESCRIPTION
5.1 Component description
Terminal boards
J1 Input terminal from the feeder
J3 Terminal board for connecting inputs, outputs and power sources of the
various devices connected to the control unit (see the specific chapter)
J4 Terminal board for connecting the peripheral units connected to the BUS
J5 Terminal board of input (LA-LB LINE) and output (DA-DB PHONE) of te-
lephone line
Jumper
J2 Jumper for the connection of the “anti-tear” button
If the jumper is not used, bridge it (closed by default)
S2
With S2 in the ON po-
sition, the control unit
Tamper is active and
working
With S2 in the OFF
position, the control
unit Tamper is exclu-
ded. The cover can be
opened without ge-
nerating a tampering
alarm
J500 With J500 in this
position, the control
unit is working
normally (by default)
With J500 in this
position and after
pressing the RESET
key for 2 seconds, the
control unit is in BOOT
condition:
this condition is used
for Firmware updates
only

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Keys
S500 RESET key: press this key for a few seconds to reboot the microproces-
sor of the control unit after a block and/or an anomaly.
This operation DOES NOT cancel the programming and system settings
S501 DEFAULT key: Press the “Default” and “Reset” keys simultaneously to re-
store the factory settings and cancel all the settings of the control unit.
For performing the default procedure, follow the procedure described in
paragraph 9
S1 TAMPER key can be pressed from the control unit cover. If the cover is
removed during normal operations, a tampering alarm is generated
Connectors
J200 Connector for the connection to MOD-USB, which is used to carry out
Firmware updates of the control unit.
J800
J801 These 2 connectors are necessary to install and connect the speech card
(optional)
For the speech card installation,
refer to the card manual
VOCAL-416
5.2 Description of the terminal boards
J1 terminal board
Terminal Features
+13,8 Positive from the feeder – 13.8Vcc
GND Negative from the feeder – 0Vcc
J3 terminal board
Terminal Features
L4 Sensor connection of line 4
L3 Sensor connection of line 3
+B Feeding point no. 1 – power supply to the input devices 12Vcc 500mA max
GND Ground – negative of the feeding point and sensor reference
L2 Sensor connection of line 2
L1 Sensor connection of line 1
OUT5 Open collector output, which can be programmed. Negative in the event
of activation. Max 50mA

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OUT4 Open collector output, which can be programmed. Negative in the
event of activation. Max 50mA
OUT3 Open collector output, which can be programmed. Negative in the
event of activation. Max 50mA
OUT2 Open collector output, which can be programmed. Negative in the
event of activation. Max 50mA
OUT1 Open collector output, which can be programmed. Negative in the
event of activation. Max 50Ma Pre-configured output as SYSTEM
STATUS: the output is active when the system is armed
+B Feeding point no. 2 – power supply to the input devices: 12Vcc
500mA max
+V_INT SIR 12 V live output which can be programmed. Programmed by default
as an intrusion alarm output. Max current 500 mA.
GND Ground – negative of the power supply point
+REF Live output, which can be programmed. Programmed by default as
a reference for the intrusion alarm.
+13.8V EXT_SIR Battery charge power supply
J4 terminal board
Terminal Features
+12V Feeding point no. 3 –power supply of BUS devices 12Vcc 500mA max
BUS+ BUS line positive
BUS- BUS line negative
GND Ground – negative of the power supply point
J5 terminal board
Terminal Features
LA PSTN input line “A” - LINE
LB PSTN input line “B” - LINE
DA PSTN input line “A” - PHONE
DB PSTN input line “B” - PHONE
Feeder terminal board
Terminal Features
L (AC) 230Vca network PHASE input
N (AC) 230Vca neutral network input
Grounding wire connection
-V GND power supply output
+V +13.8V power supply output

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5.3 Examples of terminal connections
L1, L2, L3, L4: alarm line inputs
These terminals are connected to the contacts of the alarm detection devices.
These inputs can be individually programmed as:
• Normallyclosed  • Normallyopen 
  • Singlebalancing  • Doublebalancing
N.B. the value of the line’s balancing resistances is always 5.6 KΩ
“Double balancing” example “Single balancing” example
“Normally closed” example” “Normally open” example”
+B :12V live outputs, always available even when the control unit is OFF
The cables to feed the detectors and/or
the additional devices are connected to this
terminal.
+13.8V EXT_SIR: live output, always available even when the control unit is OFF
Terminal suitable to charge the buffer batteries
of sirens or other self-powered devices.
+V_INT SIR: live output, always available during an alarm
Terminal to feed the indoor sirens (not self-powered).
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+REF: 12V “reference” output; this output is missing during an alarm event
Terminal with voltage that is always available
but is missing when an alarm is generated.
Voltage is still available after the programmed
alarm time is over or when the system is
deactivated.
BUS: terminals for serial line connection
All BUS devices, such as keypads, electronic keys
readers and modules for the input expansion
or accessory modules are connected to these
terminals.
OUT 1,2,3,4,5 : output connection terminals.
“Open collector” signal output. By default there
is a negative at the output in accordance with
the programmed activating event.
Example to activate a tone signal by an external
buzzer or a display visualization by LED (12Vcc
50mA).
ATTENTION: only OUT1 is preset by default as “system status”; the output is active when the
system is disarmed.
LA-LB (LINE) and DA-DB (PHONE): telephone line connection terminals.
If a PSTN line is used, connect the dialer
to the network as shown in the figure:
If a dialer with ADSL network is used, the dialer
MUST be preceded by a splitter as shown in the
figure:
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To the user’s
indoor phones
To the user’s
indoor phones

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Electric
network
input
230Vca
Feeder connection
Output voltage regulation trimmer.
DON’T TOUCH.
5.4 Electric safety warnings
• Thebuilding’selectricalinstallationmusttasuitablemagneto-thermalswitchtoprotectitfrom
surges and short circuits.
• Thebuilding’selectricalinstallationmusttasuitableomnipolarswitch.Theswitchmustbe 
easy to access and have a separation from the contacts of at least 3 mm. The unipolar sectioning
device can be used to section the phase conductor if you are certain of having identified the
neutral conductor.
• Theconnectionconductorstothepowersupplynetworkandtheinternalharnessmustbexed
with clamps or similar fixing items.
• Fuseidentication:
Fusibile F300: F 3.15A.
6. FIRST SWITCHING ON OF THE CE2N-416 CONTROL UNIT
In this phase, we recommend not connecting the wires to the “+V_INT SIR” terminal and “+ REF”
terminal in order to prevent the activation of the indoor and outdoor sirens.
Remember to connect the siren controls when the programming and testing are over.
Startup the control unit
1. Connect the battery
2. Connect the 230V network voltage
The control unit starts the startup procedure; all the alarm outputs will be activated and the keypad
buzzer will start ringing to signal Tamper alarms, if any:
3. Enter the MASTER code (by default 1111111)
4. Press the “X” key to stop the alarms
After the alarm signalizations are stopped:
5. Enter the INSTALLER code (by default 0000000)
6. Begin programming.
7. CE2N-416 CONTROL UNIT PROGRAMMING
7.1 Programming keys
ATTENTION : from any point of the programming menu, use the

keys to scroll along the menu
by the key, you select an item while by the key, you exit the menu or return to the
previous menu. These rules are valid for all menus.
13.8Vcc output
Control unit
power supply
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7.2 Installer code’s features (by default 0000000)
The installer code programs the entire system and is active when the installation is completely
deactivated. The code has a variable length between 2 and 7 figures.
For safety reasons, the code can be entered only when the plant is disarmed (the installer code can
be disabled from the master menu).
The modification of the programming code can be performed by means of the installer code only.
The installer code is accepted by any keypad of the plant.
7.3 Master code’s features (default 1111111)
ATTENTION: for programming the Master code, refer to the User Master section in paragraph 10
The CE2N-416 system allows the user to have 1 master code with a variable length between 2 and 7
figures.
This code is allowed to:
• Add,changeandcanceltheusers
• Armthesysteminallthepossiblecongurationsthroughascrollmenuonthekeypad.Fromthe
key, it is possible to globally arm the first 4 defined partitions.
• Displaythehistoriclog.
• Enablethemanualoutputs.
• Modifythephonebook.
• Managetheelectronickeys(acquisitionandassociationtoauser)
• Manuallyexcludelinesandoutputs(e.g.incaseofmalfunctioning)
• Ifenabled,enterthecontrolunitviatelephone(bytheDTMFtoneremotemanagement)andarm
the system, disarm the system, activate the output and request the status.

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8. PROGRAMMABLE PARAMETERS
!
Ref. 8.1 - page 16: from this menu, you can set all the
configuration parameters of lines, outputs, partitions, dialer
and the various settings of the system.
Ref.8.2 - page 31: from this menu, all modules connected to
the BUS, such as keypads, electronic key readers, line
modules and speakerphone module, are acquired and
programmed.
er l’ascolto ambientale
Ref.8.3 - page35: from this menu, you can set the installer
code.
Default code: 0000000
Ref.8.4 - page 35: from this menu, you set the date and time,
which will be displayed by the keypad.
Ref.8.5 - page 36: this menu displays the event list recorded
by the control unit with the date and time.
Use the and keys to scroll the event list
Ref.8.6 - page 36: from this menu, you can carry out all the
check and function tests of the control unit, lines and dialer.
Ref.8.7 - page 37: from this menu, you can exclude a module,
lines, outputs and dialer.
Control unit
Modules
Codes
Exclusions
Clock
Event log
Installer code
0000000
Test
8.1 Control unit

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8.1.1 Lines
All the control unit lines can be configured independently.
- Instantaneous line: The anti-intrusion input line is active when the control unit is activated,
even during the input and output time. An alarm activates the buzzer and the alarm LEDs on
the keypads. The alarm is shown on the display.
Only the outputs and the phone channels associated with this line are activated.
Standard: setting for all traditional detectors such as volumetric sensors or perimeter
contacts.
Vibration: The CE2N-416 control unit can directly connect to a vibration contact at the line
input without using any other additional analysis card.
Def. Load. V=yes X=no: all the default parameters of this line type will be loaded.
Sensitivity: value expressed in milliseconds to establish how sensitive the line must
be in reception.
Impulses: the number of necessary impulses that the line must receive is set before
the control unit generates an alarm.
Int. time: the setting of the “integration time” defines the time by which the control unit must
count the “impulse number” set in the item of the previous menu.
Wire: The CE2N-416 control unit can connect a roller wire contact directly to the line input
without using any additional analysis card.
Def. Load. V=yes X=no: this procedure allows you to load the default parameters set for
this type of line.
Impulses: the number of necessary impulses that the line must receive is set before the
control unit generates an alarm.
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Control unit
Lines
Line 1
Line 16
Line type
Line termination
Line name
Paste on…
REF. 8.1.1
REF. 8.1.2
REF. 8.1.3
REF. 8.1.4
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Instantaneous
Standard
Vibration
Wire
Def.laod V=yes X=no
Impulses 08
Int. time 30 s
Car.Def. V=si X=no
Sensitivity 40ms
Impulses 08
Int. time 30 s
Self-exclusion
Yes / No

17

Acquisition
Cancellation
Acquire

Keypads
Names
Configuration
Select keypad
keypad 00
Keypad 04

Enter name

Modules
REF 02.1.1
Int. time: the setting of the “integration time” defines the time by which the control unit
must count the “impulse number” set in the item of the previous menu.
Self-excl. activat.: if the line is open during the activation time when the “output time” is
finished, the line is automatically excluded from the control unit and the alarm will not be
generated.
- Delayed line: The anti-intrusion input line is active when the control unit is activated, only
from the moment in which the output time is finished. After the output time, if the line is in the
alarm status, the input time begins and, during this time, the line does not generate an alarm
so that the control unit can be disarmed by the keypad or the electronic key. If the control
unit is not deactivated, an alarm condition will be activated. Therefore, a buzzer, the alarm
LED on the keypads and all the outputs associated with this line will be activated. The
alarm is visible from the display. For each line of these, it is possible to define separate input
and output times.
Standard: setting for all traditional detectors, such as volumetric sensors or perimeter
contacts.
Vibration: The CE2N-416 control unit can directly connect to a vibration contact at the line
input without using any other additional analysis card.
Def. Load. V=yes X=no: all the default parameters of this line type will be loaded.
Sensitivity: value expressed in milliseconds to establish how sensitive the line must
be in reception.
Impulses: the number of necessary impulses that the line must receive is set before
the control unit generates an alarm.
Int. time: the setting of the “integration time” defines the time by which the control
unit must count the “impulse number” set in the item of the previous menu.
Wire: The CE2N-416 control unit can connect a roller wire contact directly to the line
input without using any additional analysis card.
Def. Load. V=yes X=no: this procedure allows you to load the default parameters set
for this type of line.
Impulses: the number of necessary impulses that the line must receive is set before
the control unit generates an alarm.
Int. time: the setting of the “integration time” defines the time by which the control
unit must count the “impulse number” set in the item of the previous
menu.
Output time: delay time to activate the single line from the moment in which the system
is on. When the system is activated by the keypad or the electronic key, the output time
begins counting. Each delayed or internal instantaneous line can be associated to a
specific output time (from 0 to 255 seconds) during which the line can be open without
causing an alarm. If, after the “Output time” is finished, the contact is still open, the control
unit generates an alarm.

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Input time: in the condition of activated system, if an alarm is generated on a delayed
line, the count of the set input time is activated (each delayed line has its own input time
that is from 0 to 255 sec.). Within this interval, the control unit does not generate an alarm,
provided that the other no-delayed lines (instantaneous, internal instantaneous, etc.) do
not cause an alarm. If the control unit is not deactivated after this time is passed, an alarm
will be generated.
Self-exclusion: if the line is open during the activation time when the “output time” is
finished, the line is automatically excluded from the control unit and the alarm will not be
generated.
- Anti-burglar line: The input line is active whether the control unit is ON or OFF. When an
alarm of this type is generated, a delay time starts. It can be programmed for each line.
If the alarm is still going off after this time is completed, the associated outputs are activated. If
the alarm turns off before the delay time finishes, no associated outputs are activated.
No sound or visual signal is emitted by the keypads. Only the outputs and the phone channels
associated to this line are activated.
The alarm is not detected if you are within the installer menu.
- Panic line: input line activated whether the control unit is ON or OFF. If an alarm is generated,
all the associated outputs are activated as well as the buzzer and the alarm LED on the
keypads. The alarm is visualized on the display. Only the outputs associated to this line are
activated. The alarm is not detected if you are within the installer menu.
- 24 hour line: input line activated whether the control unit is ON or OFF. If an alarm is
generated, the line activates the associated outputs, the buzzer and the alarm LED on the
keypads. The alarm is visualized on the display. The alarm is not detected if you are within the
installer menu.
- Key line: This line allows the user to send commands to the control units that deal with
activation, deactivation or activation and/or deactivation of a control output.
The choice of activation is made by the user. The total activation or deactivation will be carried
out for that code.
Impulse type: This option allows the user to determine the command given by means
of the key. If it is IMPULSIVE, the line has to be unbalanced for a certain amount of time to
generate the command and then the line will return to stand-by (for example, by key) or
STABLE in which every variation of status (opened or closed) generates the command (for
example: switch).
Control type: The controls that can be performed by the key line are as follows:
 •Activationordeactivationoftheselectedcode:thecontrolunitisactivatedor 
deactivated. The activation type is the total of the specified code.
 •Activationanddeactivationoftheoutput:thecontrolunitoutputscanbepilotedfrom
the key line but they must be set as manual within the output menu.
ATTENTION: the “STABLE” control within the “activation and deactivation” function

19

Line termination
NO
NC
Single balancing
Double balancing

Line type
Line termination
Line name
Double balancing

Line 1
prevents the keypads and the readers from working because the line “requires” the
activation and does not allow other control devices from being deactivated.
- Line termination: After defining the typology of the line and all the other
subparameters that define the line type, the line termination will
have to be defined.
Each input can be programmed independently as
follows:
  • Normallyclosedinput
  • Singlebalancinginput
  • Doublebalancinginput
  • Normallyopeninput
(see harness example from page 13)
- Assigning a name to the line: Each line can be sociated with a name, which is different
than the one set at the factory, such as LINE01, LINE02, …. LINE16.
This function facilitates the use of the end user.
Key number Key pressed
once
Key pressed
twice
Key pressed
three times
Key pressed
four times
Key pressed
ve times
Key pressed
six times
Key pressed
seven times
Key pressed
eight times
Key pressed
nine times
0 Space 0
1 ? ! - , . & 1 ‘ /
2 A B C 2 a b c
3 D E F 3 d e f
4 G H I 4 g h i
5 J K L 5 j k l
6 M N O 6 m n o
7 P Q R S 7 p q r s
8 T U V 8 t u v
9 W X Y Z 9 w x y z
- Paste on: After programming the line, the same settings can be applied to the other lines by
entering the “paste on …” menu item and later defining the line on which to paste the settings
except for the line name:

20
8.1.2 Outputs
The control unit is equipped with 5 outputs that can be programmed freely.
•+REF,liveoutputwithpositivereferencethatisconguredat12Vwhenthesystemisnot 
generating an alarm (the output is mainly used for the external self-powered siren control)
• +V_INTSIR,liveoutputwith12Vunderalarm(theoutputismainlyusedforthe   
internal siren control),
• OUT1,opencollectoroutput
• OUT2,opencollectoroutput,
• OUT3,opencollectoroutput,
• OUT4,opencollectoroutput,
• OUT5,opencollectoroutput.
- Output status. By this item, you set the output stand-by:
Normally active: the control tension is present in the output when it is in the normal
operating condition.
Normally inactive: the control tension is NOT present in the output when it is in the
normal operating condition.

R_ALL
+ALL
Output status
Outputs
OUT 5
OUT 1
Normally inactive
Normally active

Line type
Line termination
Select the line

Line 1
Paste on….
Line name