Elmo FXPRO User manual

FXPRO
Analogue-addressable fire control
unit, with integrated power supply
unit and control panel
090010929
USER MANUAL
Declaration of performance
nº 0051 – CPR – 0455
15 Standards EN54-2:2007, EN54-4:2007

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This product needs batteries for correct functioning. Exhausted batteries have to be delivered to dumping grounds
authorized for battery collection. The materials used for this product are very harmful and polluting if dispersed in the
environment.
EU DECLARATION OF CONFORMITY
DISPOSAL INSTRUCTIONS - INFORMATION FOR THE USER
FOREWORD
FOR THE INSTALLER:
Comply strictly with current standards governing the installation of electrical systems and security systems, and with the manufacturer’s
directions given in the manuals supplied with the products.
Provide the user with full information on using the system installed and on its limitations, pointing out that there are different levels of security
performance that will need to suit the user’s requirements within the constraints of the specific applicable standards. See that the user looks
through the warnings given herein.
FOR THE USER:
Check the system’s operation thoroughly at regular intervals, making sure the equipment can be armed and disarmed properly.
Make sure the system receives proper routine maintenance, employing the services of specialist personnel who meet the requirements
prescribed by current regulations.
Ask your installer to check that the system suits changing operating conditions (e.g. changes in the extent of the areas to be protected, change
in access methods, etc...).
-------------------------------
This device has been designed, built and tested with the utmost care and attention, adopting test and inspection procedures in accordance
with current legislation. Full compliance of the working specifications is only achieved in the event the device is used solely for its intended
purpose, namely:
The device is not intended for any use other than the above and hence its correct functioning in such cases cannot be assured.
Consequently, any use of the manual in your possession for any purpose other than those for which it was compiled - namely for the purpose
of explaining the product’s technical features and operating procedures - is strictly prohibited.
Production processes are closely monitored in order to prevent faults and malfunctions. However, the componentry adopted is subject to an
extremely modest percentage of faults, which is nonetheless the case with any electronic or mechanical product.
Given the intended use of this item (protection of property and people), we invite you to adapt the level of protection offered by the system to
suit the actual situation of risk (allowing for the possibility of impaired system operation due to faults or other problems), while reminding you
that there are specific standards for the design and production of systems intended for this kind of application.
We hereby advise you (the system’s operator) to see that the system receives regular routine maintenance, at least in accordance with
the provisions of current legislation, and also check on as regular a basis as the risk involved requires that the system in question is
operating properly, with particular reference to the control unit, sensors, sounders, dialler(s) and any other device connected. You must
let the installer know how well the system seems to be operating, based on the results of periodic checks, without delay.
Work involved in the design, installation and maintenance of systems incorporating this product should be performed only by personnel
with suitable skills and knowledge required to work safely so as to prevent any accidents. It is vital that systems be installed in accordance
with current legislation. The internal parts of certain equipment are connected to the mains and therefore there is a risk of electrocution
when maintenance work is performed inside without first disconnecting the primary and emergency power supplies. Certain products include
batteries, rechargeable or otherwise, as an emergency backup power supply. If connected incorrectly, they may cause damage to the product
or property, and may endanger the operator (explosion and fire).
In accordance with Directive 2012/19/EU on waste electrical and electronic equipment (WEEE), please be advised that
the EEE was placed on the market after 13 August 2005 and must be disposed of separately from normal household
waste.
IT08020000001624
Analogue-addressable fire control unit, with integrated power supply unit and control panel
FXPRO control units comply with current European EMC and LVD directives.
The full text of the EU declaration of conformity is available at the following Internet address: elmospa.com – registration
is quick and easy.

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1. INTRODUCTION
FXPRO is a fire control unit which integrated control panel can command every unit in the network.
This manual explains how to use the FXPRO fire control unit.
It is part of the technical documentation of the unit, together with the technical manual, the programming manual and the
quick guide.
The FXPRO unit can be operated from a PC station, using the GLOBALPRO software.
The user of the plant must not open the metallic box. Should the need arise, get in touch with the installer or an authorized
maintenance operator.
1.1 Definitions
Master and Slave: the main control panel, managing data exchange between control panels, and any other control panel.
1.2 Marginal symbols key
¤: Optional functions, whose requirements are included in the EN54 standard.
‡: Functions that refer to different parts of the EN54 standard.
2. USER INTERFACE






Figure 1 – User interface of the FXPRO control panel

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• The 8 LED columns over the LCD sum up the units’ status. Each column shows the status of a single unit of the
network, assigned to a code (U1 to U8) as marked by the installer on the last page.
LED MEANING
ALARM
(RED)
Off No alarmed zone on this unit.
Glowing Alarmed zone(s) on this unit (hardware alarm transmission line is working).
Blinking Alarmed zone(s) on this unit (disconnected or faulty hardware alarm transmission line).
FAULTS
(YELLOW)
Off No faults or disabled elements on this unit.
Glowing This unit has some disabled elements, but no faults.
Blinking The unit is not connected or there are faults on this unit.*
CONNECTED/
SELECTED UNITS
(GREEN)
Off Disconnected unit or disconnected supervisor.*
Glowing Connected unit.
Blinking Connected unit, keypad emulation is active.
• The LCD shows the system messages (including alarm and fault messages) described in Panel usage (chaP. 4) and
unit usage (chaP. 5) and programming screens. While emulating a unit, it shows the same screens that would be shown on
that unit’s display.
The fourth line houses the current meaning of the four function buttons located on the first row of the keypad.
• The keypad lets the user input data in the various screens shown on the display, as shown in Panel usage (chaP. 4)
and user menu (chaP. 6).
Emulation, level 1 (chap. 3.2) Emulation, level 2 (chap. 3.2)
During acknowledgement time, starts investigation
time. Otherwise, starts the evacuate procedure for
the emulated unit.
Starts the evacuate procedure for the emulated unit.
Silences the buzzer of the emulated unit.
If, after pressing this button, the buzzer keeps ringing, it might be the panel’s buzzer that’s ringing. Browse to the panel
managing screens and try again.
Immediately silences sounders of the emulated unit (beware: some
relay outputs are not classied as sounders even if they control
sounder devices).
If the emulated unit’s buzzer is off, pressing this button starts that
unit’s reset.
• The “Unit group” LEDs summarize the alarm, fault and operating statuses of every unit in the network:
LED MEANING (with disabled StandAlone mode)
ALARM (red)¹ Glowing or
blinking
One or more devices on any unit sent an alarm signal, or any unit issued an EVACUATE
command.
SILENCE SOUNDERS Glowing At least one unit or control panel has issued a temporary sounders silencing request.
SILENCE BUZZER¹ Glowing At least one unit or control panel has issued a temporary buzzer silencing request.
DELAYED MODE Glowing Delayed mode is ON for at least one unit.
TEST Glowing Test mode is ON for at least one unit.
MAINS (green)¹ Glowing Mains supply is working for every unit of the network.
Off Mains supply is interrupted on at least one unit.
DISABLE – COMMON¹ Glowing At least one unit in the network has at least one disabled element.
DISABLE – DEVICES Glowing At least one unit in the network has at least one disabled device.
DISABLE – OUTPUTS Glowing At least one zone in any network unit has been disabled.
DISABLE – BELLS¹ Glowing At least a sounder on any loop or bell output has been disabled.
FAULT – DEVICES¹ Blinking There’s at least one fault event on any network unit.
FAULT – BELLS Blinking At least a sounder on any loop or bell output issued a fault event.
FAULT – CPU¹ Glowing This control panel has (or has had) a CPU fault.²
FAULT – SUPPLY Blinking At least one power supply in the network has issued a fault signal.
¹While in StandAlone mode (the “Select which U you want to connect to” screen does not appear when pressing Selected unit), these LEDs only show the
status of the FXPRO panel and all other Unit group LEDs are turned OFF. — ²Call the maintenance technician.
• The “Selected unit” button lets an operator start the emulation of a unit to use or program it, or to get back to the
control panel screens as explained in Front Panel screens and emulated screens (chaP. 3.1).

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• The “Group of units” button is used to broadcast some specific commands, as explained in Panel usage (chaP. 4).
• The “Selected unit” LEDs only function during a unit emulation. They show that unit’s alarm, fault and operative
statuses, as described in that unit’s manual:
LED MEANING
ALARM (red) Glowing or
blinking One or more devices of this unit sent an alarm signal, or an EVACUATE command has been issued.
SILENCE SOUNDERS Glowing A user has issued a temporary sounders silencing request.
SILENCE BUZZER Glowing A user has issued a temporary buzzer silencing request.
DELAYED MODE Glowing Delayed mode is ON.
TEST Glowing Test mode is ON.
MAINS (green) Glowing Mains supply is working.
DISABLE – COMMON Glowing At least one element has been disabled.
DISABLE – DEVICES Glowing At least one device has been disabled.
DISABLE – OUTPUTS Glowing At least one zone has been disabled.
DISABLE – BELLS Glowing At least a sounder on any loop or bell output has been disabled.
COMMON FAULT Blinking At least one element has issued a fault signal.
FAULT – DEVICES Blinking At least one device has issued a fault signal.
FAULT – BELLS Blinking At least a sounder on any loop or bell output issued a fault event.
FAULT – CPU Glowing This unit has a CPU fault.
FAULT – SUPPLY Blinking At least one power supply has issued a fault event.
3. FRONT PANEL BROWSING
3.1 Front panel screens and emulated screens
To choose if you want to emulate a single unit or if you want to look at the panel’s own pages where a summary of the
alarm and fault screens of every unit is shown, press Selected unit:
• key in a digit in the 1–8 range (confirm with ENT) to emulate the unit assigned to that number.
• key in * or 0 (confirm with ENT) to access the panel’s pages.
If FXPRO is the only unit of the network, the installer can disable this choice screen: press Selected unit to switch from the screens
of FXPRO (assigned to the U1 LED column) to those of the control panel and back again.
During emulation, the Selected unit button only works at access level 1 (see below).
3.2 Access levels and passwords
Panel screens use two access levels:
• level 1 (public) – Encompassing welcome, alarm and fault screens.
The Buzzer silence, Selected unit and Unit group buttons are active (they are also active at level 3).
• level 2 (user) – menu protected by a L2 password common to all panels (default: 1234).
• level 3 (programming/service) – L3 password protected menu. Press ESC to exit.
Emulated screens are different according to the chosen unit. FXPRO’s have three access levels:
• level 1 (public) – Encompassing welcome, alarm and fault screens.
The Buzzer silence, Selected unit and Unit group buttons are active.
During delayed mode (chaP. 5.1.3), the Evacuate button starts the Investigation timer.
To access the user menu, press ESC.
• level 2 (user) – L2* password protected menu (default: 1234).
• level 3 (programming/service) – L3* password protected menu. Press ESC to exit.
To access the user menu:
The reset Procedure (chaP. 5.4) and the evacuate Procedure (chaP. 5.5) ask for a L2 password.
Using the Unit group button to broadcast commands asks for a L2 password that is valid for each unit in the network.
‡ ¤
ESC ENT
n nnn
L2 PASSWORD

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3.2.1 User identification and lowering the access level
The L2 password of each user is a personal identification number (PIN) which usage is saved in the events log, allowing to
trace who gave each command. To avoid unauthorized users using the password-protected menus after a password has
been used, always manually lower the access level:
• choose return to l1 level from the main menu or wait for the automatic time-out (20 seconds for the panel menu,
settable as described in the programming manual for unit menus).
3.3 Screen structure and function buttons meaning
Emulated and panel screens are structured as in the example on the right:
• three lines of text with instructions or informations;
• a fourth line reminds what the 4 function buttons in the first row of the keypad mean.
The more used meaning are:
• ESC, to go back to the previous menu or page;
• -> and <-, to select the following or preceding element (if one is not valid, it disappears);
• ENT, to confirm a choice, for instance to access the selected entry or to save the data you just modified.
3.4 Screen types
Selection menus contain a (scrolling if more than three) list of entries
• -> and <- move the > cursor, pointing at the currently selected entry.
• ENT gives access to the selected submenu or function, ESC goes back to the previous menu.
• If there is no previous menu (because you are browsing the main menu), ESC does nothing:
use Exit to level 1 to close the menu.
• On emulated selection menus, the current password level appears between -> and <-.
Sometimes, this manual shows all the entries of a scrolling menu, as if the display had
more than four rows.
An editing menu has a list of entries, each paired to a binary value (e.g. YES/NO).
• Press ENT to change the selected entry’s value, immediately saving the new one. Press
ESC to go back to the previous menu.
Editing pages show some data, without allowing to modify it yet.
• If this data is related to one element of a list (e.g. the type of a loop address or the time slots for one weekday), ->
and <- let you visualize the same data for the previous or following element (a different address, a different weekday).
• Press ESC to go back to the menu, ENT to start editing mode (the “Ed” writing appears on the fourth line of text).
If the datum has to be chosen from a list, -> and <- let you browse the built-in options.
If the datum has to be typed, -> and <- move the text cursor _, whose position is where the typed character will be
inserted. If the field accepts alphanumeric characters (instead of only numbers), press a single button several times to
rotate through all the symbols written on it.
Some editing mode screens have different data in them, e.g. a weekday (chosen from a list) and a date (typed). In this
case, it’s possible to modify the first kind of data, then press ENT to save those data and to get to modify the second type.
• Press ESC to go back to the editing page without saving, ENT to save and go back.
Line of text 1
Line of text 2
Line of text 3
ESC -> <- ENT
Submenu 1
>Submenu 2
Function A
Function B
Submenu 3
Exit to level 1
ESC -> L2 <- ENT
Zone1 ON
>Zone2 OFF
Zone3 OFF
ESC -> Ed <- ENT

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4. PANEL USAGE
Welcome screen General Command / Unit Group menu
Activates the evacuate procedure (manual fire alarm) of every unit in the network.
Immediately silences the sounder outputs of every unit in the network (beware:
some relay outputs are not classified as sounders even if they control sounder
devices)*.
Silences the buzzer of the panel. Silences the buzzer of every unit and of all remote terminals*.
Activates the reset procedure of any unit whose buzzer is off (if both the silence
buzzer and this command are given in a single go, all network units reset)*.
*If the L2 password of the panels matches the one used for general commands, this command is also valid for the panels.
WELCOME
FX PRO
Welcome screen
Works from
any panel
screen
Select which U you
want to connect to
ESC
Type the code of the unit you want to
emulate (or “0” or ESC to go back to
the welcome screen). The chosen unit’s
menus appear on the screen.
Follow the usage and programming
instructions from that unit’s manuals.
Note: if this unit is not a part of any unit or
control panel network, this screen might
not show up.
Works from
any level 1
emulated
screen
Silences this
control panel’s
buzzer.
Works from
any panel
screen
GENERAL COMMAND
Pwd: ____
Cmd: __ __ __ __
ESC ENT
Type the level 2 password shared by every
network unit.
The buttons detailed in the frame below
turn the command abbreviations on or off.
GENERAL COMMAND
Pwd: ****
Cmd: Ev Tc Tb Re
ESC ENT
Press ENT to send to every unit the
switched on commands..
Insert password
____
ESC ENT
Press ESC
Output status
>> Disabled
ESC -> ENT
Output status
>> Enabled
ESC <- ENT
Disab. alarm output
From the Master panel (marked M by
the installer on the CE label), change
this setting by pressing -> or <-, then
commit by pressing ENT to enable/disable
the general alarm output of Master and
Slaves.
>Disab. alarm output
Return to L1 level
ESC -> ENT
Insert password
WRONG PASSWORD
ESC ENT
Type L2 password
(default: 1234)
and press ENT
wrong
matching
User menu
Select the entry
pointed by the cursor
Move the
cursor down
Move the
cursor up
->
<-
ENT

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4.1 Panel screens system messages
When there is at least one active alarm, delayed alarm (delayed
mode) or prealarm event, FXPRO’s welcome screen is replaced by
an Alarm screen (shown left). If there are fault events, the Fault
screen (shown right) appears instead.
When both screens are needed, the FLT/ALR function button
activates, letting you browse between screens. Idling for 20 seconds
in the fault screen also brings up the alarm screen.
Use –> and <– to page through the different alarms or faults.
ESC leads to the programming menu insert password screen.
The Delayed alarms and Prealarms screens list (in U1–8 order) all
the units where such events are happening.
Access the menu of the single units for more details.
The first fault screen of the example happens on the Master and on
all connected Slaves when some control panel gets disconnected
(In the sample, it’s Slaves 3 and 4).
The disconnected control panels stop networking (even if they’re
still connected to each other), show the “Master lost” lettering and
can only manage their own local network units.
The second sample screen on the right points out a short circuit,
a cut line or the lack of the end of line resistor for the ALL (alarm)
terminals of the panel’s board.
The other sample screens list alarm and faults from the loops.
On the left of the second row, a counter shows the progressive
number of the currently shown Alarm/Fault event (ordered by unit
and zone) over their total number.
On the right of the same row, the unit and zone where the event has happened are shown.
The alarm screens also shows the first alarm that happened since the last reset (on the first
row) and the last alarm that happened (on the third row).
Disconnected units faults and alarms stop being shown.
Resetting a unit removes that unit’s entries from both lists. If some zone is still sending alarm
or fault signals after the reset, the corresponding entry will be shown again.
5. UNIT USAGE
This chapter details the contents of the menus of FXPRO and the procedures that are needed to manage the fire detection
system. Other units in the same network can be managed by emulating them through FXPRO’s frontal panel, using the
selected unit button and following their user manual.
If the keypad stays idle for the time set in the programming menu and marked in the last page by the installer, the access
level drops to L1 and the LCD shows the welcome screen of the emulated unit.
5.1 Basic concepts
5.1.1 Devices and addresses
Each device on a loop is identified by its loop number and by an address in the 1–254 range. Some devices have several
addresses, each set to a specific function of that device.
5.1.2 Zones
The applicable standards have the devices on a loop divided in zones, geographical partitions of the monitored environment.
If a fault happens in a zone, it is possible to disable it from the disablement »Zone (chaP. 6.2.1) menu and, after identifying
the faulty device thanks to its address, proceed with the maintenance operations.
FAULTS
(002/002) U2:Z001
ESC <- ALR
FAULTS
Slave disconnected
S3 S4
ESC -> ALR
FAULTS
Cut / Short circuit
Alarm Output
ESC -> <- ALR
FAULTS
(001/002) U1:Z002
ESC -> <- ALR
<-
->
<-
->
<-
->
ALARMS U7:Z003
(001/003) U1:Z001
U1:Z012
ESC -> FLT
ALARMS U7:Z003
(002/003) U1:Z012
U1:Z012
ESC -> <- FLT
ALARMS U7:Z003
(003/003) U7:Z003
U1:Z012
ESC -> <- FLT
Delayed alarms
U1 U2 U7
ESC -> <- FLT
<-
->
<-
->
<-
->
Prealarms
U2
ESC <- FLT
<-
->

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5.1.3 Delayed mode
The contents of this chapter are only valid if delayed mode (chaP. 6.2.4), is enabled and only during the time slots set while
programming the unit and marked on the last page of this manual.
When the unit receives an alarm input, the appropriate output activation only happens after a countdown, shown on the
unit’s welcome screen.
During this delay, the operator can check for false alarms and, if need be, run a reset Procedure (chaP. 5.4) before the
outputs activate.
The countdown starts from a value called Acknowledgement time. The unit’s buzzer rings to draw the operator’s attention.
If he’s nearby he can press the Evacuate button at access level 1 to restart the timer from a value called Investigation time.
With standard settings, if the alarm signal comes from a call point or if a call point is pressed while the countdown is active,
outputs are immediately activated.
If the short time mode (not covered by the EN 54-2 standard) is active, when the alarm signal comes from a manual call
point, the countdown starts from the Short time (lower than both Acknowledgement and Investigation times) instead.
If the short time mode is active, when a second alarm signal (whether from a call point or not) is detected while the
countdown is running, the countdown value immediately drops down to the Short time value.
Acknowledgement, Investigation and Short time can be set in the programming menu.
Bomb and Prealarm events, events coming from zones excluded during programming and the evacuate Procedure (chaP. 5.5)
bypass Delayed mode and immediately activate their outputs (the Prealarm event does not interrupt the delayed mode).
Examples (Acknowledgement time: 200 s; Inspection time: 400 s; Short time: 100 s):
Short time is Off:
An alarm event is generated by a non-call-point device from an enabled zone: the countdown starts at 200 s.
A non-call-point device generates another alarm event: the timer keeps going.
The operator presses Evacuate: the countdown starts again from 400 s.
Someone hits a manual call point: outputs immediately activate.
Short time is On:
Someone hits a call point: the countdown starts from 100 s.
The operator presses Evacuate: the countdown starts again from 400 s.
During inspection time, before the countdown reaches 100, a new alarm event is generated: the countdown drops to 100 s.
Short time is On:
An alarm event is generated by a non-call-point device from an enabled zone: the countdown starts at 200 s.
During acknowledgement time, before the timer reaches 100, a new alarm event is generated: the timer drops to 100 s.
The operator presses Evacuate: the countdown starts again from 400 s.
During inspection time, before the countdown reaches 100, a new alarm event is generated: the countdown drops to 100 s.
5.1.4 System events
The Display and Print menus both let you see a list of system events. These events, listed in the system events table (chaP.
8), are generated by some conditions such as the following:
• a signal from a loop device (e.g. Gas leak);
• specific events in the usage and programming screens (e.g. Zone disable or Password access);
• pressing some buttons on the panel (e.g. Sounders alarm, generated by the evacuate procedure);
• a different system event is generated (e.g. Sounders alarm generates a Fire event).
Some specific system events can be used to activate outputs (e.g. by default, the Fire event activates all bell outputs, the
relay 2 output and every output of the loop).
5.2 Main screen
When no system messages are shown, the main screen of the unit shows the date and time,
the 5-digit ID used by GLOBALPRO to identify the unit and the other data shown on the right.
The star in the third row is only shown if some outputs have been manually activated from the
outPuts activation (chaP. 6.5) menu.
When this screen is visible, any keypad button except Evacuate and Silence Buzzer lead to a
password request to get into the user menu. Evacuate leads to a password request to activate
the evacuate Procedure (chaP. 5.5).
LU 06/07/15 10:10:24
00000 Cust._Name
Installer_Name__ *
Telephone_Number

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5.3 Unit screens system messages
When there are active alarm or fault events, the main screen changes to show some which
loop, address and zone generated those events.
• The first line holds the loop L, the system event that caused the fault or alarm message
and the involved zone.
• The second line contains the name and number of the address that generated the event.
• The third line hosts the name of the affected zone and the number of the last chronologically
zone affected by alarms.
• The last row shows the total number of alarm affected zones T and the current/total
message number for faults or for alarms. Use -> and <- to browse messages.
L1-DEVICE FAULT Z004
ADDRESS TEXT -A013
ZONE TEXT -Z007
ESC -> <- 02/03
L1-FIRE Z001
ADDRESS TEXT -A003
ZONE TEXT -Z007
ESC ->T004<- 03/07
The existing standards mandate absolute priority for alarm messages, included hiding all other messages while alarm
messages are present. To see these other messages, browse to the vista » messages cleared (chaP. 6.3.1) menu.
While system message screens are active, press ESC to access the usage and programming menus.
5.4 Reset procedure
• Get to the unit’s main screen.
ESC ENT
n nnn
L2 PASSWORD
To go back to level 1: press ESC, then press -> to move the > cursor to the last entry (Exit to level 1), then press ENT.
To go back to the welcome screen of the panel, go back to level 1 as described above, then press Selected unit, 0.
5.5 Evacuate procedure
• Get to the unit’s main screen.
ENT
n nnn
L2 PASSWORD
To go back to the welcome screen of the panel, press Selected unit, 0.
5.6 Unit screens user menu
The following chapter illustrates the user menu entries, mapped here:
Program
User menu
Disablement
Zone
Device
Unit outputs
Delayed mode
Display
Messages cleared
Print
Address
Type
Events filter
Events filter
Date
Class
Origin
Device
Outputs ON
Service
Mode
Devices filter
Outputs activation
Test
LED
LCD
see programming
manual
Outputs
Unit outputs
Loop outputs
Events Date
Class
Origin
Exit to level 1

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6. USER MENU
The Program entry allows access to the programming menu, protected by a L3 password.
Press ESC to exit the password request screen.
6.1 Test
The Test LED will glow while the functions of this menu are active.
6.1.1 LED
Once in this function, press ENT again to start the test: every LED in the Unit group and
Selected unit areas will light up for some seconds, except red alarm LEDs.
To test red alarm LEDs, test bell output D (chap. 6.1.3.1).
To test the 8 LED columns, simulate an alarm or a fault on the corresponding unit.
Lamp Test
Terminal ON Sequence
6.1.2 LCD
All LCD cells get filled with a same character.
Every second, the next character in the set is shown, in rotation.
Press ESC (the first function button on the left) to go back to the menu.
00000000000000000000
00000000000000000000
00000000000000000000
00000000000000000000
6.1.3 Outputs
6.1.3.1 Unit outputs
This function lets you select a unit output using the -> and <- buttons, pressing ENT to
manually activate or deactivate it. Activating bell output D lets you test the backup alarm
propagation line and the red alarm LEDs in the front panel (chap. 6.1.1).
Remember that the outputs might disturb the peace.
Press ESC to quit this function, deactivating (OFF) any output that had been activated manually.
RELAY 2 OFF
>BELL A ON
BELL B OFF
ESC -> <- ENT
6.1.3.2 Loop outputs
This function works like the previous one, but you need to choose a loop first (type the
corresponding digit and press ENT to confirm).
The “Invalid value” message pops up if the loop has no outputs.
The “Not Saved” message pops up if the typed number doesn’t match an existing loop.
It is possible to type a new digit and press ENT even while the messages are active.
L1A001 ON
>L1A005 OFF
L1A012 ON
ESC -> <- ENT
6.2 Disablement
The functions in this menu enable (EN) or disable (DIS) entire zones, single devices or unit outputs. Their default value is
ENabled; when they get DISabled, the General disable LED and the appropriate disable LEDs light up.
This menu also contains the function to activate/deactivate the delayed mode, which is deactivated by default.
6.2.1 Zone
Devices from a disabled zone can’t generate or receive alarm or fault signals.
Chose the zone to enable/disable using -> and <-.
Press ENT to start editing mode, use -> and <- to decide if the zone has to be enabled or
disabled, then press ENT again to save and quit editing mode.
ZONE1 EN
>ZONE2 DIS
ZONE3 EN
ESC -> <- ENT
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6.2.2 Device
A disabled device generates no alarm or fault events and never activates, but it keeps sending
its analogue value during the polling (the cyclical interrogation of all addresses made by the
loop board). Key in a loop number (as in 6.1.3.2) and press ENT to display the list of that loop’s
devices. Disable/enable them as with zones.
Disabling every device of a zone also disables the zone itself. If such a Zone (chaP. 6.2.1) is
enabled again, all of its devices get automatically enabled.
L1A001 EN
>L1A002 DIS
L1A003 EN
ESC -> <- ENT
6.2.3 Unit outputs
The relay 2 and bell output A, B and C can be disabled.
A disabled unit output never activates and stops being supervised.
To enable or disable an output, use -> and <- to select it and press ENT.
RELAY 2 ON
>BELL A ON
BELL B ON
ESC -> <- ENT
6.2.4 Delayed mode
This function enables/disables the delayed mode (chaP. 5.1.3), making it operative for each zone
enabled from the programming menu.
Press ENT to switch to editing mode and use -> or <- to toggle the mode On and Off.
Delayed Mode
Status: OFF
ESC -> Ed <- ENT
If the delayed mode is enabled (“Status: ON”), the new Short Time line appears.
Press ENT again to edit this new line, where the new option can be turned On or Off.
Delayed Mode
Status: ON
Short Time: OFF
ESC -> Ed <- ENT
6.3 Display
6.3.1 Messages cleared
The existing standards mandate absolute priority for alarm messages, included hiding all other messages while alarm
messages are present. This function lets you look at the hidden messages.
A new alarm message, idling for 20 seconds or pressing ENT will bring back the alarm messages.
Alarm and fault messages are detailed in unit screens system messages (chaP. 5.3).
6.3.2 Events filter
6.3.2.1 Date
The events (chaP. 6.3.3) function will only display the saved events whose date falls in the range
set through this editing page.
The default range is from 1st January 2000 to 31st December 2099.
EVENTS
from 01-01-00
to 31-12-99
ESC -> Ed <- ENT
6.3.2.2 Class
The events (chaP. 6.3.3) function will only display the saved events whose class is set to On in
this editing page.
The system events table (chaP. 8) details the system event classes.
ALARM YES
>FAULT NO
SYSTEM YES
ESC -> <- ENT
6.3.2.3 Origin
The events (chaP. 6.3.3) function will only display the saved events whose origin is set to On
in this editing page.
The system events table (chaP. 8) details the system event origins.
DEVICE YES
>UNIT NO
LOOP YES
PERIPHERAL YES
ESC -> <- ENT
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6.3.3 Events
This function lets you look at the events log of a unit, which is the list of all the system events
that occurred on the unit since the first one (the system reset). The log holds up to 4000
entries, memorized in a circular event queue: once the end of the queue is reached, new events
overwrite the oldest ones.
02/01/15 18:55
SYSTEM RESET
ESC -> <- 0000
Different events are displayed along different data but some data is the same for every event: the date and time (on the
first line) and their progressive number (on the low right). The second row describes the event, the third hosts additional
parameters. Use -> and <- to browse the stored events.
The events Filter (chaP. 6.3.2) functions can be used to only visualize a subset of the events log.
6.3.4 Device
This function asks for a device’s loop and address.
-> and <- move the text cursor.
Press ENT to see the data of that address.
L:# A:###
ESC -> <- ENT
The first line of the following page has the loop L, the address A, the zone Z and the real time
analogue value of the selected device. This value is updated in real time even when the device
or its zone are disabled: only the device’s fault prevents the updates. The second line has the
type or model of the device, the third displays the 16-characters device text.
Use -> and <- to display the following/previous device.
L1A001Z002 An:06
TP: OPTICAL SMOKE
“DEVICE NAME ”
ESC -> <- ENT
6.3.5 Outputs ON
Key in a loop number to display a list of every output device on that loop, each one showing
if it’s been MANually or AUTOmatically activated. If the loop has no output devices, the “No
output on” message appears. MANually activated outputs are those activated using the outPuts
activation (chaP. 6.5) menu, AUTOmatically activated ones are activated by the unit.
L1 A001 MAN
>L1 A002 AUTO
L1 A003 AUTO
ESC -> <-
If an output has been AUTOmatically activated because of an alarm event or because of a input monitoring, they can’t be
stopped manually. If a MANually activated output is later AUTOmatically activated, it is seen as AUTOmatically activated (it
gets the AUTO label and it can’t be manually disabled).
Automatic activations are logged with the “On output” event.
Manual activations and deactivations are logged with the “Output on/m” and “Output off/m” events.
The “On output” event is due to an Evolution input monitoring if preceded by an “Input set” event, otherwise it’s due to a
system or logic event or to a pattern.
6.3.6 Service
Key in a loop number to see a scrolling list of the sensors that reached the service threshold
set in the programming menu.
If no sensor has reached that threshold, the “No sensors under maintenance” message appears.
No sensors
under maintenance
ESC
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6.4 Print
6.4.1 Mode
Use -> and <- to choose a functioning mode for the printer, press ENT to confirm.
• Offline (default): the printer is inactive.
• Events log: print events as soon as they happen.
• Events: print the events log, applying the events Filter (chaP. 6.4.3).
• Devices: print the device list, applying the devices Filter (chaP. 6.4.2).
• Service: print the list of all sensors who reached the service threshold.
To stop the printer, set the mode to Offline.
MODE
-> OFFLINE
ESC -> Ed <- ENT
6.4.2 Devices filter
6.4.2.1 Address
This function lets you set a loop-and-addresses range for the printer.
To print a single address, select it as starting and ending value of the range.
By default, the filter includes every address: L1A001÷L5A254
Loop: 1 - 5
Id: 001 - 254
ESC -> Ed <- ENT
6.4.2.2 Type
This function shows different device types and lets you choose which ones to print (Yes) or
ignore (No).
CALL POINT YES
>IONISATION NO
HEAT YES
ESC -> <- ENT
6.4.3 Events filter
This menu includes the Date, Class and Origin entries, which operation is similar to the functions with the same name in
disPlay » events Filter (chaP. 6.3.2).
6.5 Outputs activation
This function is used to manually activate or deactivate output modules. Key in the loop number
and press ENT: a list of all output modules appears, with the rightmost column reading On if
the output is active because of a manual activation, Off it is deactivated or automatically active.
To activate/deactivate an output, use -> and <- to select it and press ENT.
L1A001 OFF
>L1A002 ON
L1A003 OFF
ESC -> <- ENT
If the output is already active (because of an event, a pattern or an input monitoring), the status can’t be changed from Off.
If a manually activated (On) output gets activated by an event/pattern/monitoring, its status goes back to off.
If there is at least one manually activated output, the main screen of the unit will show a star (“*”) at the end of the third
line and the test LED will be blinking.
A unit reset deactivates all active outputs, including manually activated ones.
6.6 Exit to level 1
This function quits the main menu of the unit and set the access level back to 1.

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7. DEVICE FEATURES
This list, containing all AS, FXLOOP and Evolution devices currently available, is not final.
AS devices FXLOOP
devices Evolution devices Used
addresses Address type (in order)
1IASBOBX
MTB 1 Input Module
4IASBOX 4 4 Input Modules
1OASBOX 1 Output Module
4OASBOX 4 4 Output Modules
4I4OASBOX MD4IO 84 Output Modules + 4 Input Modules
MCM-AS3B
MCMAS5 MDCONV 1 Zone Module
SCM-AS2B
SCMAS5
VCT-03NTAS
RFP-AS2B
BSOUND
LSOUND
EV-ABS
EV-HIOP-SB
EV-AV
EV-SM
1 Bells Control Module
NAM-ASG 1 Ionisation Smoke Sensor
ST-PY-AS 32301 EV-P, EV-DP 1 Optical Smoke Sensor
ST-H-AS 32302
EV-H/A1R
EV-H/CS
EV-UV
1 Heath Sensor
ST-NCP-AS2B
ST-NCP-EN2
ST-NCP-IP
PAR
PAR67 EV-MCP 1 Call Point
EV-PH 32303 2 Optical Smoke Sensor + Heat Sensor
EV-AIN1 1 Detector
EV-AIO21
Dip-switch set to 1 1 Detector
Dip-switch set to 7 3 Output Module + 2 Input Modules
Dip-switch set to 9, 10 or
12 1 Output Module
Dip-switch set to 13 or 15 2 Output Module + Input Module
EV-AIN2
Dip-switch set to 1, 4 or 7 1 Detector
Dip-switch set to 2 2 2 Input Modules
Dip-switch set to 8 or 14 1 Input Module
2DASBOX MD2P 4 2 Output Modules + 2 Input Modules
4DASBOX 84 Output Modules + 4 Input Modules
2I1OASBOX 3 Output Module + 2 Input Modules
1I1OASBOX MD1IO 2 Output Module + Input Module
1DASBOX 2 Output Module + Input Module
1D1IASBOX MD1P 3 Output Module + 2 Input Modules

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8. SYSTEM EVENTS TABLE
System events are displayed in the system messages and are saved to the events log.
Their class and origin can be used to filter events for log visualization or printing purposes.
Event message Class Origin Global event Event message Class Origin
Sounders alarm Alarm Panel Fire Closed contact Control² Device
Fire Alarm Device Reopen contact³ Control² Device
Bomb Alarm Device Open contact Control² Device
Safety Alarm Device Reclosed contact³ Control² Device
Help Alarm Device Open door Control² Device
Technologic Alarm Device Closed door³ Control² Device
Gas leak Alarm Device Door in closing Control² Device
Water leak Alarm Device Reopen door³ Control² Device
Prealarm Alarm Device Ventilation on Control² Device
Dev. alarm Alarm Device Ventilation off³ Control² Device
Device fault Fault Device Fault Input on System Device
ID conflict Fault Device Fault Input off System Device
Fault Fault Device Fault Device disable System Panel
O/C circuit Fault Device Fault Device enable System Panel
24 V fault Fault Device Fault Out on System Panel
Not saved Fault Device Fault Out off System Panel
Wrong type Fault Device Fault Out on/m System Panel
Unknown Fault Device Fault Out off/m System Panel
Cable break Fault Device Fault Out pulse System Panel
Cable short Fault Device Fault Out pulse/alert System Panel
Output stuck Fault Device Fault Zone omit System Panel
Shortcirc. loop Fault Loop Fault Zone enable System Panel
Open loop Fault Loop Fault Relay omit System Panel
Flash error Fault Loop Fault Relay enable System Panel
RAM error Fault Loop/Panel Fault Password access System Panel
Open pos loop Fault Loop Fault Delayed mode en. System Panel
Open neg loop Fault Loop Fault Delayed mode dis. System Panel
Short “A” loop Fault Loop Fault Temp. silence System Panel
Short “B” loop Fault Loop Fault Buzzer silence System Panel
Short not detect. Fault Loop Fault Panel reset System Panel
Comm. error Fault Device/Loop Fault PC connect System Panel
No data Fault Device/Loop/Peripheral Fault PC disconnect System Panel
Open circuit Fault Panel Fault Begin PC prog. System Panel
Short circuit Fault Panel Fault End PC prog. System Panel
Inner flash error Fault Panel Fault Phase 1 delayed System Panel
Extern flash error Fault Panel Fault Phase 2 delayed System Panel
Modem fault Fault Panel Fault Exit to L1 System Panel
No loop saved Fault Panel General Fault Exit to L2 System Panel
LOAD fuse fault Fault Peripheral General Fault Time out L2 System Panel
CPU fuse fault Fault Peripheral General Fault Time out L3 System Panel
Shortcirc. earth-GND Fault Peripheral General Fault Maintenance System Panel
Shortcirc. earth-POS Fault Peripheral General Fault Multiple alarms System Panel
Battery fault Fault Peripheral Empty battery¹ Panel start System Panel
Empty battery Fault Device/Peripheral General Fault System reset System Panel
Mains fault Fault Device/Peripheral General Fault DST end program System Panel
Battery overvolt Fault Device/Peripheral General Fault DST start program System Panel
No battery Fault Device/Peripheral General Fault
¹Battery fault activates Low battery, which in turn activates General Fault. ²Control events are logged, but never shown as active events.
³This event is written to the logs when, after a device generated the event listed in the previous row of this table, no device in the same unit
generates that event anymore.

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9. CENTRAL BOOKLET
Copy according to your needs. File in two copies, one for the installer and one for archive.
Installing company:
Address:
Telephone number:
Installer engineer:
Telephone number:
Installation date:
Action # Date / time Identified failure Remedial action taken Time used Signature

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10. SUMMARY
1. INTRODUCTION .............................................................................. 3
1.1 Definitions.............................................................................. 3
1.2 Marginal symbols key .................................................................... 3
2. USER INTERFACE............................................................................. 3
3. FRONT PANEL BROWSING ..................................................................... 5
3.1 Front panel screens and emulated screens ................................................... 5
3.2 Access levels and passwords .............................................................. 5
3.2.1 User identification and lowering the access level .......................................... 6
3.3 Screen structure and function buttons meaning ............................................... 6
3.4 Screen types............................................................................ 6
4. PANEL USAGE................................................................................ 7
4.1 Panel screens system messages ........................................................... 8
5. UNIT USAGE ................................................................................. 8
5.1 Basic concepts.......................................................................... 8
5.1.1 Devices and addresses ............................................................... 8
5.1.2 Zones ............................................................................. 8
5.1.3 Delayed mode ...................................................................... 9
5.1.4 System events ...................................................................... 9
5.2 Main screen ............................................................................ 9
5.3 Unit screens system messages.............................................................10
5.4 Reset procedure.........................................................................10
5.5 Evacuate procedure ......................................................................10
5.6 Unit screens user menu...................................................................10
6. USER MENU .................................................................................11
6.1 Test ...................................................................................11
6.1.1 LED ...............................................................................11
6.1.2 LCD...............................................................................11
6.1.3 Outputs............................................................................11
6.1.3.1 Unit outputs ....................................................................11
6.1.3.2 Loop outputs ...................................................................11
6.2 Disablement ............................................................................11
6.2.1 Zone ..............................................................................11
6.2.2 Device.............................................................................12
6.2.3 Unit outputs ........................................................................12
6.2.4 Delayed mode ......................................................................12
6.3 Display ................................................................................12
6.3.1 Messages cleared ...................................................................12
6.3.2 Events filter ........................................................................12
6.3.2.1 Date ..........................................................................12
6.3.2.2 Class .........................................................................12
6.3.2.3 Origin .........................................................................12
6.3.3 Events.............................................................................13
6.3.4 Device.............................................................................13
6.3.5 Outputs ON ........................................................................13
6.3.6 Service ............................................................................13
6.4 Print...................................................................................14
6.4.1 Mode..............................................................................14
6.4.2 Devices filter .......................................................................14
6.4.2.1 Address .......................................................................14
6.4.2.2 Type ..........................................................................14
6.4.3 Events filter ........................................................................14
6.5 Outputs activation .......................................................................14
6.6 Exit to level 1 ...........................................................................14
7. DEVICE FEATURES............................................................................15
8. SYSTEM EVENTS TABLE .......................................................................16
9. CENTRAL BOOKLET...........................................................................17
10. SUMMARY ..................................................................................18
11. NOTES .....................................................................................19
12. DATA SET BY THE INSTALLER..................................................................20

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11. NOTES

FXPRO - Analogue-addressable fire control unit, with integrated power supply unit and control panel
USER MANUAL - June 2017 edition 090010929
Product specications as described above do not bind the manufacturer and may be altered without prior notice.
EL.MO. SpA Via Pontarola, 70 - 35011 Campodarsego (PD) - Italy
Tel. [phone] - Fax [phone] - Technical Assist. [phone] - www.elmospa.com - [email protected]
12. DATA SET BY THE INSTALLER
Delayed mode:
Start time End time List of devices not influenced by delayed mode
MO : :
TU : :
WE : :
TH : :
FR : :
SA : :
SU : :
Daylight savings time end (D/M) ____/_____
Daylight savings time start (D/M) ____/_____
Menu time-out: __________
UNIT U1 U2 U3 U4
UNIT
DESCRIPTION
Backup alarm
propagation
line*
Bell Output
______
Bell Output
______
Bell Output
______
Bell Output
______
UNIT U5 U6 U7 U8
UNIT
DESCRIPTION
Backup alarm
propagation
line*
Bell Output
______
Bell Output
______
Bell Output
______
Bell Output
______
*Do never disable the bell outputs marked on the table.
Acknowledge time __________
Inspection time __________
Short time __________