Elmo PREGIO2000 User manual

USER MANUAL
PREGIO2000,
PREGIO1000BM
and PREGIO1000
Hybrid multifunctional
control units for intrusion
detection
IT08020000001624 Compatible with the
e-Connect platform

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DISPOSAL INSTRUCTIONS - USER INFORMATIONS
FOREWORD
FOR INSTALLERS
Please follow carefully the specifications about electric and security systems realization further to the manufacturer’s
prescriptions indicated in the manual provided.
Provide the user the necessary indication for use and system’s limitations, specifying that there exist precise specifications and
different safety performance levels that should be proportioned to the user needs. Have the user read carefully the instructions
provided in this document.
FOR USERS
Carefully check the system functionality at regular intervals making sure all enabling and disabling operations were made
correctly.
Have skilled personnel make the periodic system’s maintenance. Contact the installer to verify correct system operation in case
its conditions have changed (e.g.: variations in the areas to protect due to extension, change of the access modes, etc.)
......................................................
This device has been designed, assembled and tested with the maximum care, adopting control procedures in accordance with
the laws in force. The full correspondence to the functional characteristics is given exclusively when it is used for the purpose
it was projected for, which is as follows:
Hybrid multifunctional control units for intrusion detection
Any use other than the one mentioned above has not been forecast and therefore it is not possible to guarantee the correct
functioning of the device. Similarly, any other use of this technical manual other than the one it has been compiled for - that is:
to illustrate the devices technical features and operating mode - is expressly prohibited.
The manufacturing process is carefully controlled in order to prevent defaults and bad functioning. Nevertheless, an extremely
low percentage of the components used is subjected to faults just as any other electronic or mechanic product.
As this item is meant to protect both property and people, we invite the user to proportion the level of protection that the system
offers to the actual risk (also taking into account the possibility that the system was operated in a degraded manner because of
faults and the like), as well reminding that there are precise laws for the design and assemblage of the systems destined to
these kind of applications.
The system’s operator is hereby advised to see regularly to the periodic maintenance of the system, at least in accordance with
the provisions of current legislation, as well as to carry out checks on the correct running of said system on as regular a basis
as the risk involved requires, with particular reference to the control unit, sensors, sounders, dialler(s) and any other device
connected. The user must let the installer know how well the system seems to be operating, based on the results of periodic
checks, without delay.
Design, installation and servicing of systems which include this product, should be made by skilled staff with the necessary
knowledge to operate in safe conditions in order to prevent accidents. These systems’ installation must be made in accordance
with the laws in force. Some equipment’s inner parts are connected to electric main and therefore electrocution may occur if
servicing was made before switching off the main and emergency power. Some products incorporate rechargeable or non
rechargeable batteries as emergency power supply. Their wrong connection may damage the product, properties and the
operator’s safety (burst and fire).
According to Directive 2012/19/EU on the Waste of Electric and Electronic Equipment
(WEEE), it is here specified that this Electrical-Electromechanical Device started to be
commercialized after 13th August 2005, and it shall be disposed of separately from or-
dinary waste products.
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1. GENERALS
The PREGIO2000, PREGIO1000BM and PREGIO1000 microprocessor control units make it possible to create
sophisticated intrusion detection systems that are characterized by the following features:
• Highly evolved components and electronic circuitry.
•Metalhousingsizedfor easy installation.
• Optional plug-in modules that can add additional operative functions.
• Voice synthesis system with four preset messages (MDVOICE64 optional module for 64 messages).
• Expansible using wired RIVER series concentrators and wireless RIVERRF series concentrators.
• Compatible with the RS-485 interface for the management of devices such as sirens, volumetric detec-
tors, remote power supply units...
• Very flexible programming features via keypad and PC.
• Operating flexibility thanks to remote distance commands.
• Can be remotely managed with a Smartphone / Tablet / PC through the e-Connect platform.
• The control unit alone features low power and battery consumption.
• EN50131-3 compliance.
Naming convention: in this manual, a “control unit” is any PREGIO control unit, except where otherwise stated.
PREGIO1000BM is a PREGIO1000 control unit provided with the same container as PREGIO2000.
2. COMMAND AND CONTROL DEVICES
2.1 Keyboard with display mod. NIRVA
Controlling the system with this keyboard is made easier by its LCD, used to visualise different messages and
statuses. The display messages have been designed to best integrate the informations provided by LEDs, group
partition keys and backlight illumination of the rubber keypad buttons.
The buttons are protected against accidental pressure by a small plastic door.
The keyboard also houses a PROXI proximity key reader and external ones (mod. I66 or I7) can be wired to the
keyboard and installed where needed to facilitate remote command.
Note: if the control unit is programmed according the EN50131-3 Standard, the operating status visualization
indications are not active and the informations displayed on the second row of the display are not generated
for any event. An user willing to access the keyboard has to authenticate by entering his user code, then
pressing or .
WINDOW FOR READING THE
DISPLAY WITHOUT OPENING
THE COVER.
BACKLIT NUMERICAL KEYS FOR
UNIT SETUP AND FUNCTIONS
DISPLAY.
LCD DISPLAY WITH
BACKLIGHT.
READING AREA WITH LED INDICATORS
FOR PRESENTING THE PROXI KEY TO.
LED INDICATORS FOR
SYSTEM STATUS
AND ALARMS.
RETROILLUMINATED
FUNCTIONAL KEYS FOR
PARTIALIZATION.
OPERATING OR SETUP
KEYS. BUTTONS TO RECALL ALARM OR
TAMPER MEMORIES.

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2.2 TATTILO keypad
The characteristic programming of the control unit connected to
one or more TATTILO touch-screen keypads (v.2.x or higher)
lets the user obtain a courtesy light in case of mains failure.
The screen lights up brightly at start-up, but a timer set by the
installer prevents unit batteries from completely discharging.
The TATTILO keypad can be programmed to display a rotation
of images of the user’s choice when inactive.
The sensible area for M4 proximity keys can be programmed to
report anomalies with an appropriate blinking whenever a key is
approached.
The strengths of the TATTILO keypad (v.4.x or higher) are the
possibility of installing it in any orientation, the maps that allow
to quickly locate the sensor that triggered the alarm, the timed
thermostat function, the alarm clock function, an improved
Home screen that has been changed to make finding functions
easier. The firmware updating (installer only) allows to add new
features that have been implemented in new control units firm-
ware.
2.3 TATTILOPLUS keypad
The TATTILOPLUS keypad is equipped with a video zone that
makes it possible to visualise the images coming from a cam-
era or from a DVR, including control of a Speed Dome camera
with PTZ commands.
2.4 Capacitive control keypad mod. ANIMA - ANIMAB
The ANIMA keypad offers a “Touch pad CapSense” capacitive keypad with minimal, elegant, thin design; the
housing colour is black while the mod. ANIMAB is equipped with white housing.
When the ANIMA keypad is in stand-by, it shows a shiny and uniform surface that lights up just by brushing it.
It houses a proximity key reader that simplifies the arming and disarming of the intrusion detection system that
is managed by the control unit and makes possible the connection of up to 4 proximity key readers (max. 1 to
comply with the EN50131 Standard).
The ANIMA keypad can be installed recessed (using an optional accessory).

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2.5 Keypad with display mod. Midas
This keypad model features a pleasant design. It is only equipped with one on-board proximity key reader and
with no remote ones. The numerical keys are not backlit, therefore Midas can not be used as system keyboard.
Note: if the control unit is programmed according the EN50131-3 Standard, the operating status visualization
indications are not active and the informations displayed on the second row of the display are not generated
for any event. An user willing to access the keyboard has to authenticate by entering his user code, then
pressing or .
MEANING OF THE BUTTONS WHILE CHECKING THE CONTROL UNIT STATUS.
LCD.
AREA FOR POSITIONING
THE PROXI KEY
LEDS WITH SYSTEM
AND ALARM DISPLAYING
ICONS.
PARTIALISATION
FUNCTIONAL BUTTONS
ALARM
MEMORIES.
KEYPAD.
TAMPERING MEMORIES.
zone FAULTS.
SYSTEM FAULT

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2.6 Recessed key point mod. ETRZENITH
This is a recessed simplified addressed control device that can be directly connected to a serial bus together with
keyboards and I8 proximity readers. To use ETRZENITH with the control unit and to programme them according
to the EN50131 Standard, activate presence monitoring for any I66 proximity readers.
ETRZENITH incorporates a M4 proximity key reader but it can also be connected to I66 and I7 proximity readers.
The installation is compatible with a 503 box or equivalents for indoor installation.
A white coloured version (ref. ETRZENITHB) is also available.
Note: if the control unit is programmed according the EN50131-3 Standard, the operating status visualization
indications are not active. The LEDs will always be off.
Only one I66 proximity reader can be connected to each ETRZENITH or to each Nirva keyboard, and they
all need the I66 presence control as described in their manuals.
2.7 Remote proximity readers mod. I8
I8 is an addressed microprocessor control device that is wired directly to the serial bus, similarly to keypads and
ETRZENITH recessed key points.
Unlike the I66 and I7 proximity readers, I8 does not need to be connected to the closer keyboard.
Its LED indications are the same of those of I66 and I7, except for the system arming signalling LED.
During programming, it is possible to set the I8 proximity reader to enable only certain sectors.
In EN50131-3 mode, the operating status indication LEDs are not active.
EXAMPLE: M4 keys with S1, S2, S3, S4 pertinence approaching an I8 proximity reader with S1, S3 pertinence
ONLY acts on S1 and S3.
AREA FOR POSITIONING
THE PROXI KEY, WITH
VISUALIAZZATION LEDS
LEDS WITH SYSTEM
AND ALARM DISPLAYING
ICONS.
RERTROILLUMINATED
PARTIALIZATION
BUTTONS.
AND LED
SENSIBLE ZONE FOR
M4 KEY READING, WITH
VISUALIZATION LEDS
ANOMALY LINE LED
SYSTEM ANOMALY LED
CENTRAL UNIT ARMING STATUS LED,
ONLY ACTIVE WHEN THE KEY IS NEAR
TO THE SENSIBLE ZONE (SEE TABLE)
MOVE SWITCH 8 TO KEEP
THE CENTRAL UNIT ARMING
STATUS LED ACTIVE EVEN
WITHOUT THE KEY
SWAP TERMINALS 3 AND 4 TO KEEP THE CENTRAL UNIT
ARMING LED ACTIVE. THE DISPLAYED INFORMATIONS
CHANGE AS SHOWN BELOW:
CENTRAL UNIT
ARMING STATUS
LED, ALWAYS ACTIVE
AND LED, ONLY ACTIVE
WHEN THE KEY IS NEAR TO
THE SENSIBLE ZONE
CENTRAL UNIT ARMING LED ALWAYS ACTIVE BY DEFAULT
(CLOSED JUMPER).
CUT THE JUMPER TO HAVE THE LED FUNCTION ONLY WHEN
THE KEY IS NEEAR TO THE SENSIBLE ZONE.

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2.8 Sectorizable recessed key points mod. IZENITH
The control unit can also be controlled (for command, partialization and control) by a recessed key point such
as IZENITH. Compared to ETRZENITH, IZENITH is smaller and it and only occupies the space of a single module.
Its shape allows for integration with the TICINO-MAGIC Series, but it can be inserted in other flange series by
using the I8 proximity reader adapters.
The IZENITH model has a dark grey housing, the IZENITHB model has a white housing.
In its front, IZENITH houses four tiny buttons for the selection of the four partialization schemes of the system,
four LEDs for displaying the arming and partialization status and a PROXI proximity key reader in its centre,
flanked by two approach signalling LEDs to favour the approach.
IZENITH, on PREGIO control units, enables fast arming; see the specific chapter.
The standard indications are described in the following image:
OPERATIVE INDICATIONS INSERTION INDICATIONS
AND 
RED LED
ANOMALY LINE
GREEN LED &
SYSTEM ANOMALY
YELLOW LED /
CENTRAL UNIT
ARMING STATUS
RED LED (SEE NOTE)
ZONE FOR PROXY
KEY POSITIONING,
WITH VISUALIZATION
LEDS
NOTE: CONTROL UNIT STATUS SIGNALING CAN BE DISABLED BY TURNING
OFF SELECTOR 8, IN COMPLIANCE WITH THE EN50131 STANDARD
S1 SECTOR S2 SECTOR
S3 SECTOR S4 SECTOR
THE FOUR
LEDS ARE RED
IN COLOR
ACTIVATION BUTTONS
FOR THE SECTORS
WITH THE MATCHING
NUMBER

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3. USER INTERFACE
3.1 Control devices status summarizing LEDs
Summarizes the control unit’s ability to be armed:
ON = No zone is sending alarm and/or tampering signals.
OFF = Zone(s) outside the exit path in alarm.
Slow blinking = zone anomaly in the exit path with disarmed unit or
zone(s) sending Alarm/Tamper signals (except Intrusion Alarm).
Summarizes the operation status of the control unit:
ON= Normal operation. See note.
Slow flashing = System anomaly (Mains failure, Low battery, open Tamper or memory anomaly, Fault, RF
anomaly, etc.) or zone anomalies.
Note: if so programmed via software, the LED stays off when there are no anomalies (“Power saving »
Yellow LED OFF when there are no anomalies” function in the “System options » General” menu).
General alarm memory:
OFF = No alarm in progress.
ON = Intrusion alarm cycle (activated relay).
Slow flashing = Intrusion memory is not empty.
Tampering memory:
OFF = No tampering zone.
ON = Tamper alarm cycle in progress (activated relay).
Slow flashing = Storing one or more alarms for tampering
All four LEDs rapidly blinking = keypad programming ongoing or system locked for maintenance.
3.2 Meaning of the sector buttons
The S1, S2, S3 and S4 buttons perform different functions related to partial
connection/disconnection of the global or area specific sectors during the
programming phase. The buttons are backlit.
The buttons are ON to signal the arming status of the corresponding sector,
they are OFF in case of disconnection.
The buttons flashing slowly during the output time, fast flashing to signal the
arming status in “Max Security”.

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3.3 Meaning of the rubber buttons
3.4 Display viewing
Press the or buttons to enter the multiple visualization menu to control:
Press the arrow buttons to browse the menu entries, press Ok to enter the currently visualised one.
In case of multiple failures use and to scroll through all the messages to be displayed.
Press STOP to exit a menu.
The display will show indications for non idle zones, paired to the identifiers set during programming, e.g. kitchen
window, corridor IR, etc.
The summary conditions are indicated by the LEDs marked ,, and .
While idle, the keyboard displays the presentation area in the first row and the welcome message in the second.
During programming, the installer can personalize the welcome message: he can also use special symbols (such
as /Cn for the remaining credit), as long as the resulting message fits the maximum length of the string.
The return to standard operating conditions occurs after 1 minute from the last keypad zone (idling).
Note: in the event of software-induced display protection activation (as according to EN 50131), it is not possible
to consult the menus using the arrow buttons. The user has to authenticate as described here: key in the
user code (six digits), then press and in sequence.
The accessed information only covers the area(s) pertinent to that user.
3.5 Acoustic signalling for faulty zones – Chime
In some applications, it is possible to program the control unit so that it produces a single or repeated chime
when there is at least one faulty zone. The intermittence delay can be set with the “Din-Don interval” (System
Options » Timer) programming option.
The STOP, and , *, # and Ok buttons are used in concert to visualise
anomalies, to browse, to select and deselect and to enter and exit from the
various menus. The numeric buttons (from 0to 1) can also be used to type
alphanumeric values while programming the control unit.
ATTENTION: simultaneously pressing * and # generates the “Panic Alarm”
event, signalling which keyboard generated the event.
The status of the system faults. The status of zones.
The alarm/tampering memory The GSM status (if present).
IMPORTANT
The unit can be programmed to comply to the EN50131 Standard or to the CEI 79-2 one, so different operation
visual indications are possible. This manual will point out the differences in each paragraph where they occur.
If the control unit is armed and the programming has been carried out according to the EN50131 Standard with
active “Visualization protection” option (System Options » General » EN50131 Options), alarm and system LED
indications will be OFF.
The control device LEDs indicating the arming status and the corresponding proximity reader (e.g. I66) LEDs will
light up when appropriate. This can be disabled via software (System Options » General » Power Saving » Reader
arming LED OFF when inactive), in which case the LED will turn off after 1 minute from the last received command,
together with the keyboard display backlight.
It is possible to permanently disable the visualization of the armed sectors by selecting “Hide arming state” (System
Options » General » EN50131 Options) on the software.

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4. COMMANDS SENT TO THE CONTROL UNIT
Note: the control unit can be connected to remote command devices that are placed according to the user’s
needs. These devices can be TATTILO touch-screen keyboards, traditional ones such as NIRVA, ANIMA
and MIDAS, recessed control devices such as ETRZENITH or IZENITH and I8 addressed proximity readers.
4.1 Disarming with code
4.2 Arming with code
Note: if any of the selected sectors is not armable, the arming of all selected sectors (even if belonging to other
areas) is negated.
ATTENTION: typing an otherwise correct user code and increasing or decreasing the last digit
by one unit (if 9, digit 0 or 8) disarms the control unit as if the correct code had been typed but
also sends a DURESS alarm through a phone dialler or GSM module.
For a description of the “Maximum Security” operational situation see ““Max Security” function
and its management” on page 25.
Armed
USER CODE THE BUTTON
STARTS GLOWING
AFTER ENTERING
THE SIXTH DIGIT
Disarmed
IS THE USER
ALLOWED TO ALL
ARMED SECTORS? THE SECTORS NOT
ASSIGNED TO THAT
USER STAY ARMED
Armed
Armed
EXAMPLE
YES
CHECK
ANOMALY
STATUS
USER CODE
AREA 1
SECTOR CHOICE
THE BUTTONS QUICKLY BLINK
FOR 5 SECONDS, ALLOWING
TO CHANGE THE ARMING
STATUS OF THE SECTORS
ACOUSTIC
CONFIRMATION
ACOUSTIC
SIGNAL
THE SECTOR LEDS ASSIGNED
TO THE ACTIVE USER GLOW
TO INDICATE THE ARMING OF
THE UNIT OR SECTOR.
THE BUTTONS BLINK SLOWLY
DURING THE EXIT TIME,
WHILE THE USER LEAVES
THE PROTECTED AREA

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4.3 Disarming with electronic key
Note: if the area or the sectors are in a “Maximum Security” status, a key with the “Maximum Security” attribute
will be needed to disarm them.
4.4 Arming with electronic key
Note: keys can not be used for total/partial “Maximum Security” arming.
4.5 Partial arming with electronic key
It is possible to program one or more user profiles so that those users can partially arm the system. After using
the electronic key, it is possible to change which groups are influenced by the key command by pressing the
appropriate buttons within the next 5 seconds.
4.6 Arming lock
To comply with the EN50131 Standard requirements, it is necessary to activate the (System Options » General
» EN50131 Options » Activate Arming Lock) option in the software. When activated:
- The arming lock is active.
- While fault/tampering statuses are active, the installer has to authorize armings.
ACOUSTIC
CONFIRMATION
PLACE THE KEY IN CONTACT
WITH THE SENSIBLE ZONE FOR
A CORRECT READING
WAIT FOR A FEW SECONDS,
UNTIL THE SECTOR LEDS
STOP GLOWING
CHECK
ANOMALY
STATUS
PLACE THE KEY IN CONTACT
WITH THE SENSIBLE ZONE FOR
A CORRECT READING
THE BUTTONS QUICKLY BLINK
FOR 5 SECONDS, ALLOWING
TO CHANGE THE ARMING
STATUS OF THE SECTORS
ACOUSTIC
CONFIRMATION ACOUSTIC
SIGNAL
THE SECTOR LEDS ASSIGNED
TO THE ACTIVE USER GLOW
TO INDICATE THE ARMING OF
THE UNIT OR SECTOR.
THE BUTTONS BLINK SLOWLY
DURING THE EXIT TIME,
WHILE THE USER LEAVES
THE PROTECTED AREA

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4.6.1 Activation of the arming lock
This function activates the arming lock.
If the lock is active, the control unit is operating, a fault/tamper status is active and an arming is requested, the
following message appears on every keyboard of the area involved in the arming attempt:
The arming lock is done for tampering or failures associated with the intrusion functions.
Bypassing detectors does not cause the arming lock: faulty but bypassed detectors do not prevent arming.
The message lingers for 15 seconds; during this time the forced arming of the unit can be performed from the
control device that generated the message. Pressing the Ok button on different keyboards does nothing, pressing
Stop cancels the request for force arming.
For the forced arming operative conditions, see “Forced arming” on page 13.
4.6.2 Required authorisation of the installer for inclusion with faults/tampers
By activating this function via software (System Options » General » EN50131 Options), when the conditions
listed below are present only the installer can arm the system (level 3 access required):
- System tampering.
- Devices tampering.
- Serial devices tampering.
- Dialler fault.
- Siren fault.
- Battery fault.
When this happens, the control unit requires the installer code by displaying this message:
Note: if arming is attempted with remote controllers or with a M4 key that is not associated to the keyboard, the
arming can not be forced. The following message appears on every keyboard in the involved areas:
ANOMALY
FORCE ARMING?
INSTALLER CODE:
- - - - - - - -
REQUIRED
INSTALLER AUTH.

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4.7 Forced arming
If arming is locked because of siren or dialler fault or because of supervision failure, the arming can be forced.
The following message is displayed:
The message lingers for 15 seconds; during this time the forced arming of the control unit can be carried out with
the following modes:
- Arming with code via keyboard: press Ok to force the arming.
- Arming with M4 key: approach the M4 key again to force the arming or press Ok on the
keyboard where the proximity reader is connected.
- Arming with remote control: activate the remote control again to force the arming.
Note: in case of arming lock and forced arming request by M4 key, the red arming LED continues to rapidly blink
during the forced arming request in order to signal the request itself (if a partialization is asked from an I66
device connected to the on board keyboard, the yellow LED also blinks).
4.8 Automatic forced arming
The forced arming is automatically carried out in case of failure and/or lack of supervision when arming is done:
- by software (remote control);
- by time scheduler;
- by SMS (remote control).
4.9 Automatic forced arming not executed
The control unit does not proceed to the automatic force arming in case of failure of one or more zones. If the
command input comes via SMS, the control unit responds with the following message:
“ARMING DENIED”.
ANOMALY
FORCE ARMING?

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4.10 Fast arming
To facilitate the user, the control unit can be programmed for fast arming, without using the proximity key and
without typing an identification code. Fast arming can be done in two ways.
4.10.1 Fast arming by keyboard
Note: if you press another key sector during the fast arming procedure, the sector you are trying to arm will
change. If you do not press the “Ok” button, the arming procedure is cancelled after 5 seconds. The fast
arming procedure is cancelled if you press the button corresponding to a not armable sector.
The fast arming procedure can be used only for the disarmed sectors that are not being armed elsewhere;
it is also necessary that the sectors are in use (that is, associated with at least one user).
4.10.2 Fast arming with double pressure
If you want to use the fast arming function from a keyboard and also from ETRZENITH and IZENITH recessed
control points, the following function has to be activated on the control unit:
“Fast arming/output manoeuvre” pressing sector key twice
Example with IZENITH
4.11 Arming from external control device
the control unit can be programmed to accept the arming/disarming command by a control device different from
keyboards/proximity keys/compatible remote controls (e.g. a generic receiver already owned by the customer).
PRESS THE BUTTON CORRESPONDING TO
THE SECTOR YOU WANT TO FAST ARM.
THE BUTTON WILL START BLINKING
CONFIRM THE
COMMAND
EXIT TIME ACTIVE AND INDICATED
BY THE CADENCED BEEPING OF THE
BUILT-IN BUZZER OF THE CONTROL
UNIT, KEYPADS AND REMOTE
CONTROL POINTS
PRESS THE BUTTON CORRESPONDING TO
THE SECTOR YOU WANT TO FAST ARM.
THE BUTTON WILL START BLINKING CONFIRM THE COMMAND
BY PRESSING THE
BLINKING BUTTON AGAIN
EXIT TIME ACTIVE AND INDICATED
BY THE CADENCED BEEPING OF THE
BUILT-IN BUZZER OF THE CONTROL
UNIT, KEYPADS AND REMOTE
CONTROL POINTS
AND
LED
SYSTEM
ANOMALY
LED
ANOMALY
LINE LED CONTROL
UNIT
STATUS
CHECKING THE ARMING
STATUS IS DONE BY PRESSING
THE BUTTON ONCE
THE CORRESPONDING SECTOR LED
RAPIDLY BLINKS FOR AROUND 6
SECONDS THEN TURNS OFF IF THE
SECTOR IS DISARMED AND IT GLOWS
FOR AROUND 5 SECONDS IF IT IS ARMED.
THE LEDS FOR THE OTHER SECTORS
ARE OFF IF THOSE SECTORS ARE OFF.
PRESS THE SECTOR BUTTON
TWICE TO START THE EXIT
TIME. AT THE END, THE LED
GLOWS FOR TWO SECONDS
AND
LED
ANOMALY
LINE LED
SYSTEM
ANOMALY
LED
CONTROL
UNIT
STATUS
TWO SECONDS LATER,
THE OPERATIVE STATUS
IS SHOWN AGAIN

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The control device is required to have the same performance level of the control unit and has to be connected to
one of the control unit zones and programmed for the required total/partial arming command.
4.12 Visualisation of operating statuses on the I66 proximity reader
The I66 proximity reader, when connected to a keyboard that supports it, can provide the informations shown
below.
4.13 Advanced visualization features
4.13.1 Generic visualization of arming/disarming with Passlight device
The device can only be used as a generic indicator of the control unit status. It must be configured like an I8
proximity reader would and used alone or together with other I8 proximity readers.
Signals provided by Passlight, compared to those provided by I8:
Top area signal types:
- Glowing green light on if no sector associated to the proximity reader is armed.
- Slowly blinking red light on if at least one associated sector is in exit time.
- Glowing red light on if at least one associated sector is armed.
Note: Passlight does not distinguish between normal and max security arming.
FRONT VIEW OF THE PROXIMITY READER WITH LED MEANING
AND REFERENCE TO THE CONNECTED TERMINALS
AND LED
(TERMINAL 3)
ANOMALY LINE LED &
(TERMINAL 1)
SYSTEM ANOMALY LED /
(TERMINAL 2)
CENTRAL UNIT
ARMING STATUS
(TERMINAL 4)
SENSIBLE ZONE FOR
M4 KEY READING,
WITH VISUALIZATION
LEDS
NOTE: THE MEANING OF
THE LEDS MIGHT VARY
WITH THE CENTRAL UNIT
PROGRAMMING
N
OTE: IF NECESSARY, THE CONTROL UNIT STATUS
I
NDICATION CAN BE DEACTIVATED USING READER DIP 8.
S
UCH SETTING DOES NOT AFFECT THE INDICATOR.
ON = AT LEAST
ONE ANOMALY
IN THE SYSTEM

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4.14 Arming/disarming with siren flashing
This function can only be enabled via software. Enabling it, it is possible to signal the arming and disarming of
the control unit with an appropriate optical-acoustic signal from the connected siren(s).
The operating principle is similar to that of a car alarm: when arming, the external siren indicator briefly switches
on, while when disarming it flashes twice and at the same time the siren emits an acoustic signal.
4.15 Remote control using
4.15.1 ATLANTE4
Note: the ATLANTE4 remote control can be used only if the control unit is connected to a RIVERRF wireless
concentrator.
Any single user can arm/disarm/partialize a control unit that is connected to a RIVERRF series wireless concen-
trator by using an ATLANTE4 remote control that has been properly memorized.
The via software programming of the control unit allows using the remote control with the following meaning for
each button:
Note: if any of the selected areas is not armable, all of the selected sectors will not be armed (even if belonging
to other areas). Using the remote control is an alternative to using the proximity key.
Can not be used for total/partial “Maximum Security” arming.
Note 1: with firmware 2.x and higher, the control unit can be programmed to assign the partial arming 1 and 2
buttons to the fast arming/disarming of the zones associated to that user.
If this function is not set, those stated above are valid.
4.15.2 ATLANTE4PLUS
Note: the ATLANTE4PLUS remote control can be used only if the control unit is connected to a RIVERRFPLUS
wireless concentrator.
The ATLANTE4PLUS remote control is a control device with bidirectional features. It is equipped with 6 buttons
with yellow backlit and with a central bi-colour (green/red) LED for its operation function signalling.
The yellow LEDs under the rubber keys, unlike with other applications, will not turn on because the control unit
will never send signals back to the remote control: ATLANTE4PLUS will have identical functions to ATLANTE4.
The central LED is bi-coloured and lights up green to indicate the activation of the remote control after a button
pressure, red to signal the impossibility to execute the command or a lack or signal reception confirmation from
the control unit.
See note 1
See note 1

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Note: The red central transmission LED might turn on if the control unit cannot perform the command or for a
lack of confirmation. In the former case (e.g. trying to send an arm command when the control unit is im-
possible to arm for whatever reason), the red LED turns on within a few seconds from the activation; in
the latter case, the red LED turns on after 10 seconds from the activation.
Using the remote control is an alternative to using the proximity key.
Can not be used for total/partial “Maximum Security” arming.
Note 1: with firmware 2.x and higher, the control unit can be programmed to assign the partial arming 1 and 2
buttons to the fast arming/disarming of the zones associated to that user.
If this function is not set, those stated above are valid.
4.15.3 ATLANTE6
Note: the ATLANTE6 remote control can be used only if the control unit is connected to a RIVERRF wireless
concentrator.
View of an ATLANTE6 remote control and meaning of the buttons.
Note 1: with firmware 2.x and higher, the control unit can be programmed to assign the partial arming 1 and 2
buttons to the fast arming/disarming of the zones associated to that user.
If this function is not set, those stated above are valid.
See note 1
See note 1
See note 1
See note 1

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4.16 Partialization from remote location
A control unit equipped with a MDGSME module or using the e-Connect platform can be armed/disarmed and
partialized remotely, using SMS commands.
4.17 Zones programmed as Exit Door
The control unit can be programmed to allow to the user to arm it from inside a protected local and walk out
without causing alarms. Closing the front door will reset the remaining exit time and immediately arm the unit.
4.18 Duress with double confirmation
A duress action is when someone forces other people to do or not to do something with threats, intimidation and
similar. For an intrusion detection system, a duress event occurs when a user is forced to disarm the system.
To protect against this possibility, it is possible to ask the installer to activate the “Double confirmation” function.
When this function is on, every time a disarming is made with a remote control or with a Proxy key it has to be
confirmed by typing a confirmation code in the keyboard; if no confirmation code is entered after a programmed
time, a duress alarm relative to the user who made the disarm is generated.
A different timer for the double confirmation management can be set for each area of the control unit; when mul-
tiple areas get disarmed at once all corresponding timers activate (the confirmation code has to be typed before
the shorter timer expires).
An user access (user code + Ok) blocks the duress alarm generation for every area where the user is allowed.
The timer window is adjustable to up to 42 minutes and 30 seconds.
Note: it is not necessary that the confirmation code comes from the same user who made the disarming, but
each user can only stop the timers of the areas he is allowed. The timer of the other areas will regularly
generate the duress alarm if not blocked.
4.19 Multi-area operation - 4 sectors per area
The control unit uses a multi-area management consisting of 4 areas made of 4 sectors each (16 sectors total).
The #1 keyboard controls area 1, but it can access other areas as well if it is explicitly associated with them and
if at least one of its configured users has permits for those areas.
The #1 keyboard can be set (via software) as the system keyboard, for the management of all 4 areas or for the
management of an area of specific interest.
If the #1 keyboard is configured as system keyboard, the available LED indications when the keyboard is inactive
will be related to the system status.
If the #1 keyboard is configured for the management of specific area, the available LED indications when the
keyboard is inactive will be related to the status of that area.
Attention: the following, even though involuntary, reopening of the door will
originate an alarm.

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Note: the end of the active status, also called user activity, is marked by the turning off of the backlights of the
LCD display and of other programming-related signals.
Note: if the system keyboard is selected, the armed areas appear in the display instead of the sectors.
The backlight of the sector buttons identifies the armed areas.
The control unit can be connect to other control devices as seen at the beginning of this chapter. TATTILO touch
screen keyboards or traditional keyboards such as NIRVA, ANIMA or MIDAS can be used: each can have one or
more relevance areas, one presentation area and can be programmed as system keyboard.
The keyboards give visual information relating to the current operation area, while the system keyboard, when no
specific current area of operation is selected, indicates the general status of the system while its sectors buttons
indicate the arming status (even partial) of the areas.
It is possible to change the current operation area by pressing the Ok button, while in the system keyboard it is
possible to return to the system visualization by pressing the Stop button when done with the other areas.
When an arming or disarming operation is performed through a keyboard, it is only possible to alter the arming
status of the keyboard sectors assigned to that keyboard (and to the user that performs the operation).
The same is true for log events: only those pertaining to the keyboard and to the logged used can be consulted.
The recessed ETRZENITH and IZENITH control devices can be programmed for a single area.
The I8 addressed proximity reader can be programmed for a single area and for specific sectors only but can
also be used for system management.
4.19.1 Area managed by a keyboard
As seen above, the keyboard always displays the informations about its managed area. When it is inactive, the
operation area coincides with the presentation area.
In case of multi-area programming, it is possible to change the operation area of the keyboard by pressing the
Ok button (while the interface is idle) and selecting the new area by keying in the corresponding digit.
Note: this operation is not allowed if there are no other areas available.
In case of user access (through the keyboard or by M4 key), the operation area of the keyboard is automatically
set according to the allowed areas for that user.
Note: when idle, the keyboard displays the presentation area and the welcome message.
BACK-LIGHTING OFF BACK-LIGHTING ON
CHOOSE ONE AREA
CONFIRM
EXIT
EXAMPLE
FOR AREA 2
BACK-LIGHTING ON
IT IS NOW POSSIBLE TO SEND
COMMANDS FOR AREA 2 UNTIL
THE BACK-LIGHT TURNS OFF
BECAUSE OF INACTIVITY OF
THE KEYBOARD

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Note: the EN50131 Standard provides that no indication that the system is armed is shown.
If the control unit has been programmed via software so that the visualization protection option is active
as according to EN50131 (System Options » General » EN50131 » Visualization protection), when the
system is armed the 4 system status LEDs (arming, anomaly, alarm memory, tampering memory) switch
off after a set idle time.
4.19.2 Arming of multiple areas
If, when arming more than one area at once, any of these areas is not insertable, no area gets armed.
4.20 Multi-area operation – 8 / 16 sectors per area
As previously described, the control unit can manage 4 areas with 4 sectors each.
However, since not even this flexibility can cover every real installing situation, some different advanced system
management solutions are provided.
The total number of sectors managed by the control unit keeps being 16, but the installer can program the control
unit to allow the management of two areas composed by 8 sectors each or of 1 area divided in 16 sectors.
So, it is possible to choose between four 4-sector areas, two 8-sector areas or a single 16-sector area.
When working with 8 or 16 sectors per area, the sector selection buttons are associated to sector groups instead.
They indicate their overall arming status of the group and manage their activation during the pre-arming or fast
arming procedure. Each area can have different group–sectors associations that can be set by using the “Sector
Buttons” tab on the “System Options” page of the programming browser.
4.20.1 Signalling of the arming status with 8 / 16 sectors per area
During normal operation functioning with 8 / 16 sectors per area, each sector button signals the arming status
of its associated sectors:
- All sectors disarmed: off.
- All sectors normally armed: glowing.
- All sectors armed with max security: fast blinking.
- At least one armed and one disarmed sector: (whether max security is used or not) fast blinking alternated
to glowing (if the viewing option is active) or glowing (if the viewing option is disabled).
- During the exit time of at least one sector: (independently from the arming status of the other sectors)
slow blinking.