Fire Detection Panel: Programming Manual

AM-8200 Programming
Manual
Firmware V.1.0
FIRE DETECTION PANEL

INDEX
General Description 1
Definitions 2
Front panel controls and signallings 4
Front panel LED indications 5
USER INTERFACE DESCRIPTION 6
Functions and Access level 6
Description of the keyboard operation to enter data in the programming folders 6
Normal condition 7
Pre-alarm condition 8
Alarm condition 9
Condition with fault zone events 10
Condition with System fault events 11
PROGRAMMING MENU 12
Programming Menù 13
System Menù 13
System Type 14
System Address 14
System Line 14
System Timings 15
Faults signaling timings TAB 16
System Password 17
System programming installation 17
Programming Points 18
Detectors 18
Modules 28
Input modules 28
Output modules 29
FAAST 30
NRXI-GATE 32
AM-8200 Programming Manual INDEX

AM-8200_manu-prog Doc. M-162.1-AM8200-ITA Rev A.2 NOTIFIER ITALIA
Auto-learn 33
Summary of HW Type-ID for modules 35
Summary of SW Type-ID for modules 36
CLIP ONLY SW-Type-ID for UDS units 39
Groups Programming Menù 40
Zone Programming Menù 42
Configuration Menù 44
Utility Menù 46
System View 47
Language 47
Date and Time 47
Parameters 48
Local 48
Special 48
Drift warning function 48
Mod.NONA 49
Reability parameters 49
Sounder 50
Prints 50
HISTORY LOG 51
History Log Display 51
History Log Disable 52
History Log Save 52
VIEW / MODIFY STATUS 53
Detectors 53
Modules 54
Groupes 55
Zones 55
Active Module List 56
Firmware Version 56
Firmware Update 57
INDEX Programming Manual AM-8200

NOTIFIER ITALIA Doc. M-162.1-AM8200-ITA Rev A.2 AM-8200_manu-prog
DISABLE MENÙ 57
Modify 58
Detectors 58
Modules 59
Zones 59
System Disable 59
TEST MENU 60
APPENDIX “A” – CONTROL BY EVENT EQUATION 62
Appendix B : Software Type_ID for MODULES 70
AM-8200 Programming Manual INDEX

AM-8200_manu-prog Doc. M-162.1-AM8200-ITA Rev A.2 NOTIFIER ITALIA
Do not try to use the control unit and devices connected without reading this manual
DETECTION SYSTEM LIMITS

An alarm or fire detection system can be very useful for the prompt warning of any dangerous
event
such as fire. In some cases it can automatically manage events (transmission of messages
for room evacuation, automatic fire-extinguishing, TVCC system interface, access route or
door blockage, automatic warning to authorities, etc.), but in any case, it does not ensure
protection against damages to propriety).
Moreover, each system may not properly operate if it is not installed and maintained
according to the manufacturer’s instructions.
 It is assumed that the user of this manual has performed a training

course and that he knows the applicable rules in force.
 The system and all its components must be installed in an
environment having the following features:
 Temperature: -5 °C ¸ +40 °C.
 Humidity: 10 % - 93 % (without condensation).
 Peripheral devices (sensors, etc.) which are not perfectly compatible
with the control unit may cause damages to the same control unit,
and a bad operation of the system in any moment. Therefore, it is
essential to only use material which is guaranteed by NOTIFIER and
is compatible with its own control units.
 Please consult NOTIFIER Technical Service for any doubt.
.
ATTENTION:
This manual refers to functions available in the software revision indicated on cover.
Current versions are : CPU : V 1.0.614 – LIB: V.1.0.325
GENERAL DESCRIPTION
AM-8200: fire detection panels built in accordance with standards EN.54.2, and EN.54.4
Multi processor System, Display TFT 7” (800 x 480 with Backlite) 256 colors touch-screen
Detection Lines:
AM-8200 Basic equipment panel is loaded with 2 loop detection lines.
One LIB-8200 card will add 2 loop to basic equipment AM-8200
AM-8200BB Extension box (with an additional 150W PSU) and is loaded with 2 loops (6 loops in total on the
AM-8200panel)
With one additional LIB-8200 card in the Extension Box the AM-8200 panel reach 8 loop capability.
Each Loop can be programmed as Advanced Protocol or CLIP compatible.
AM_8200 Programming Manual PAGE - 1

AM82000_manu-prog-ENG Doc. M-162.1-AM8200-ENG Rev A2 NOTIFIER ITALIA
AM-8200 as 16 Loop network (Node-to-Node max distance: 500m)
AM-8200
CAN-BUS CAN-BUS
Max 500 m
CAN-BUS CAN-BUS
Max 500 m Max 500 m
AM-8200
PRINTER
AM-8200-BB
LCD-8200
DEFINITIONS
LINE: Physical wiring where sensors, addressable manual Call Points, Sirens, addressable input and output
modules are connected.
POINTS: they are the addressable sensors and modules that can be connected to Lines.
Hardware Address: the device Physical address (Start address for multi-module devices) on loop.
It is set via the rotary switches or Dip-Switches on the addressable device
It’s possible to assign addresses from 1 to 99 on loops programmed in CLIP mode.
On the Loops programmed in ADVANCED mode, the hardware addresses range from 1 to 159.
Multiple modules (eg M-721 = 2-inputs and 1 output) in an ADVANCED loop occupy 1 Hardware Address of 159
and 3 SUB-ADDRESS, one for each module that compose the device.
The same module in a CLIP loop occupies 3 consecutive addresses of 99 available for modules.
SUB-ADDRESS: The sub-address programming is available only for addressable MODULES.

SUB-ADDRESSs are automatically assigned to the individual components of the multiple module, depending on
the programmed HARDWARE-TYPE.
Modules with a single input or single output have only one sub-address.
Modules with multiple inputs or multiple outputs have a sub-address for each input and each output.
The maximum number of "sub-addresses" that can be managed for each LIB-8200 (2 loop) is 700 that can be
distributed freely on the two loops of the card.
Example 1: 2 x M-721 modules with hardware addresses 1 and 2 will be composed as follows:
M721 - Indirizzo rotary switch = 1 Indirizzo in centrale M721 - Indirizzo rotary switch = 2 Indirizzo in centrale
1° Input SUB-ADDRESS=1 1.1 1° Input SUB-ADDRESS 1 2.1
2° Input SUB-ADDRESS=2 1.2 2° Input SUB-ADDRESS 2 2.2
Output SUB-ADDRESS=3 1.3 Output SUB-ADDRESS 3 2.3
PAGE - 2 Programming Manual AM_8200
NOTIFIER ITALIA Doc. M-162.1-AM8200-ENG Rev A2 AM8200_manu-prog-ENG
Example 2: A CMX-10RME (10 OUTPUT) card with address 10 will be programmed.
CMX-10RME – Hardware Address = 10 SUB-address in Panel
1 ª Output SUB-ADDRESS 1 10.1
Example 3: a WSS-PR-I02 optical/acoustic device with address 2 will be programmed

WSS-PR-I02 - Address 2 SUB-address in Panel
Sounder SUB-ADDRESS = 1 2.1
Flash SUB-ADDRESS = 2 2.2
HARDWARE TYPE-: An identifier identifying the model of the device (both for sensors and for modules)
SOFTWARE TYPE: An identifier identifying the type of device behavior.

It can assume different meanings depending on the model or device type-hardware.
It may indicate device behavior (eg "activates for each fault")
Or it can indicate the type of cabling (eg double balancing, free contact output, etc.)
ZONES: are set of points in same physical area

Used as basic indications as stated in EN 54.2 to identify the position of an event.
500 physical zones in stand alone or in 16 loop network configuration.

2000 physical zones in128 loop network configuration
A maximum of 32 points can be associated to each zone.
GROUPS: A group is a software set of devices that can be used to program associations between Inputs and
Outputs and perform actions triggered by input or alarm events.
400 groups in 16 loop network configuration.

1600 groups in 128 loop network configuration
Groups have no limit in number of points.

FRONT PANEL CONTROLS AND SIGNALLINGS
Keys with dedicated functions
EVACUATION: Command for activating the Siren output and all output modules programmed with Type SW = SND in the
absence of alarms and faults.
To do this you need to know the level 2 password.
DELAY RESET:
This button is active only in case of alarm if the immediate activation of the Sounder outputs in the exclusions menu has
been excluded.
The panel delays the activation of the above-mentioned outputs for the programmed times ( Prog\ Sist\ Al. Output Timing ).
During the delay time the Active Delay led flashes and it is possible to reset the current delay through the Delay Reset key.
SILENCE BUZZER:
by pressing this key, the operator can silence the Panel buzzer and is enabled to perform a RESET.
SOUNDER ON/OFF SILENCE: This operation must be done with level 2 password..
In case of alarm the following devices are activated:
 Sounder Output
 Output modules programmed with SW-Type-ID=SND
 the output modules activated for a CBE associations
By pressing this key, you can de-activate the following devices:
 Siren Output
 Output modules programmed through Type-ID SND and enabled for silencing
 All output modules activated through CBE associations and enabled for silencing
A subsequent pressure of this key will re-activate :
 Siren Output
 Output modules programmed through Type-ID SND
 All the output modules de-activated from the previous Silencing
RESET: This operation must be done with level 2 password

the pressure of this key clear alarms and faults from memory.
It de-activates the sounder and turns off all light signalling of sensors in alarm.
FUNCTION KEYS in LCD TOUCH SCREEN:
These keys are displayed in the bottom part of the LCD screen.
Activate the corresponding functions.
These functions change according to the selected menus.
Example: in the system status display, these keys allow the access to the
Programming, Utilities, Exclusion menus or the Test menu.
Keys to use: DURING THE PROGRAMMING or TO ENTER THE PASSWORDS
ARROWS: they are used to perform some selections.

NOTE: pressing and holding one of these keys for more than 1 second, you obtain the key automatic
repetition.
ENTER: after performing a selection, it confirms the entered datum.
ESCAPE: “Back”, this is the menu exit function

FRONT PANEL LED INDICATIONS
ALARM (Red):
It flashes if there is at least one device in alarm and it has not been recognized yet. It is
permanently lit if all alarm events have been recognized.
REMOTE ALARM (Red):

it is permanently lit if the output towards the fire alarm transmission devices (telephone dial) has
been activated.
SILENCE SOUNDER (Yellow):

It is lit after the Sounder Silencing control is performed.
DELAY IN PROGRESS (Yellow):

It is lit if the immediate output activation has been disabled; apply to type C outputs (sounder
output) and type E (alarm transmission through telephone dial). Through this disablement, in
case of alarm the system delays the above mentioned outputs for the programmed times. During
the delay time the led flashes and it is possible to reset the current delay through the “reset delay”
key at lev.1.
EVACUATION (Yellow):
It is lit after the evacuation function is performed.
TEST (Yellow):
It is lit during Zone Walk Test
POWER (Green):
It is permanently lit if the control unit is powered (by 230Vac or by batteries charger).
FAULTS (Yellow):
It flashes if there is at least one fault of any type and it has not been recognized yet.
It is on if all faults have been recognized
SYSTEM (Yellow):
It is lit if there is at least a system fault (watch dog, CRC memory error, etc.)
POWER SUPPLY (Yellow):

It is lit if there is a power supply Fault.
GROUND FAULT (Yellow):

It is permanently lit when the positive or negative is earthed.
MASK (Yellow):
It is lit when there is at least one Zone or a Point Disabled in the system.
SOUNDER (Yellow):
It is lit if the siren output is disabled.
It flashes when the siren output is in Fault condition
FAULTS TRANSMISSION (Yellow):

It is lit if the Fault transmission output is disabled (telephone dial).
It flashes when the Fault transmission output is in Fault condition.
ALARM TRANSMISSION (Yellow):

It is lit if the alarm transmission is disabled (telephone dial).
It flashes when the alarm transmission output is in Fault condition
EXTINGUISHING (Yellow):
It is lit if the output towards the automatic fire-fighting system (UDS) is disabled
It flashes when the fire-fighting control output is in Fault condition

USER INTERFACE DESCRIPTION
 Functions and Access level
Functions EN.54 Level Factory default password
Alarm and Faults display Level 1 none
Alarm and Faults recognition Level 1 none
Delay Re-set (appropriate button) Level 1 none
Excluded Zones/Points display Level 1 none
Exclusions menu Level 2 22222

Test Menu Level 2 22222
Utility Menu Level 3 33333
Programming menu Level 3a 44444
 Description of the keyboard operation to enter data in the programming folders:
Through the arrows  you can enter the adjacent folders (displays)
Through the arrows  you can scroll the fields inside the folder (the selected field is displayed with the
characters in REVERSE.)
If the folder has an index field, the first two function keys appear through which you can scroll
The selected field can be changed by entering in editing mode through the enter key .
According to the type of datum there are different editing modes:
 Text entering (CBE, Labels associated with: devices, zones, etc.)

To enter the alphanumerical characters use the keyboard on Touch screen
 “Alpha-Numeric” Keyboard on Touch Screen:
This keyboards will be available on the Touch Screen when a Programmable Text have to be edit:
Selections (TYPE-ID, YES, NO, etc..) : type ENTER and through the arrows  all the selectable labels are
scrolled in sequence
The parameter is stored through the enter key,
If you do not want to store the changes use the escape key
To quit the folder system use the escape key .
To enter the passwords, when they are requested, use the numeric keyboard that appear on the screen.
Confirm the entered password by pressing the ENTER key.
If an invalid password is entered, the

following message will be displayed: “Invalid
password!: xxxxx “
where “xxxxx” is a 5-character code
This code is used to obtain the programmed

password in case it has been forgotten, by
referring to this code to NOTIFIER technical
servicing.

 Normal condition
The following screen is displayed when the control panel is in Normal Condition
If you touch the screen the following screen is displayed
Function associated with PGRM key

input of the program menu.
Refer to Programming Menu
Function associated with DISABLE key

input of the disable menu.
Refer to Disable Menu
Date - Time Function associated with TEST key

input of the test menu.
Refer to Test Menu.
Function associated with UTIL key

input of the utility menu.
Refer to Utility Menu
Prealarm System Faults
Zones Counter
Counter
Alarm Zones Fault Zones Disabled Zones

Counter Counter Counter
Icons that signals the Panel Conditions
- The NOTIFIER brand symbol appears in the absence of alarms and Faults.
- If there are Pre-alarms the alarm clock symbol is displayed
- If there are Alarms the Fire symbol is displayed

- If there are Faults the Triangle symbol is displayed.
N.B. The alarm state override all different type of events in case are both Alarms and Faults present.

 Pre-alarm condition
The following screen appears when the control panel is in the zone pre-alarm condition
 First zone in pre-alarm

 • time, date, progressive event
 • programmed text for the zone
Any subsequent
zones in pre-alarm
Zone Counter in Pre-Alarm
Use the arrow keys to scroll through the list of pre-alarm zones. By pressing the Enter key you will
access the list of points in the pre-alarm of the selected zone, with the arrow keys you can scroll through
the list of alarm devices
Zone View Window
Pre-alarm device
Text programmed for the

device

 Alarm Condition
The following display appears when the control unit is in condition of zone alarm.
FIRST ZONE IN ALARM

 Date and Time +
Event Number ID
 Text for the Zone
If more zones are in Alarm :
2 ZONES IN ALARM
LAST ZONE IN ALARM

 Date and Time +
Event Number ID
Counter for zones

in alarm
Through the arrow keys you can scroll the list of the zones containing Faults.
By pressing the enter key you can access the list of point in alarm of the zone selected on the display,
through the arrow keys you can scroll the list of the devices in alarm.
Device in Alarm
D = Detector
M = Module
Text programmed
For this Device

 Condition with Fault zone events
The following display appears when the control panel is in condition of zone faults.
Fault events are also initially displayed for zone
Zone with Fault events
Text programmed
for this zone
Counter
for Faulty zones
Through arrow keys  you can scroll the list of the Zone Faults.
Through a first pressure of the enter key you can display the list of devices with the indication of the point
name; refer to the following figure:
Detail of the Device in

Fault Condition
Text programmed
for the device
Fault Type description
Counter
of Faulty zones
Pressing the escape key or leaving the keypad inactive for 30 seconds. you return to the list of faulty areas

 Condition with System fault events
The Fault events relevant to the panel are defined as “System Faults” (ex. discharged battery, no mains, etc.).
The system Faults are displayed with the maximum detail level.
Date and Time of

the Event
Description of the
System Fault
Event
Counter for
System Faults
Through arrow keys  you can scroll the list of the System Faults.
Condition with alarm events from a zone under Test
Alarm event
from zone under test
Date and Time

of the Event
Through a first pressure of the enter key you can display the list of devices with the indication of the point
name; refer to the following figure:
Detail of the Device in

Alarm Condition
Text programmed
for the device
Event description
through the arrow keys  you can scroll the list of the tested devices of the zone.
PROGRAMMING MENU
RECOMMENDED SEQUENCE TO PERFORM THE PANEL PROGRAMMING
The following operation sequence is recommended to perform the initial programming of the control unit, to
prevent mistakes and consequent loss of time.
The details of each operation are pointed out in the following pages.
- Perform the wiring of the control unit lines and perform the appropriate tests as described in the
installation manual before powering the control unit.
- Make some photo-copies of the programming sheet that can be found at the end of this manual and
record on these sheets the necessary information for ALL sensors, modules, software zones, CBE and
groups.
 From the Programming menu select the “System” menu.
 Select the “Line” item and program the type of connection which has been performed on the installed
lines ( open line or closed loop ).
 From the Programming menu select Point Programming
 Select the Auto-Learn item, and press the enter key and subsequently enter the number of lines for
which the procedure must be started.
Through this operation all the devices installed on the lines are recognized and loaded in the control unit
memory according to their Hardware TYPE ID and with the default data.
 At the end of the procedure check that the devices detected by the control unit during the Auto-
Learn are those really installed, and confirm.
This will record all data in the Panel memory.
In any case user can edit and modify the recorded data in case it needs.
 From the Point Programming menu select “Detectors”
 Associate the detector with the appropriate zone
 Program the detector CBE ( Control by Event action).
 From the Point Programming menu select the “Modules” item
 Program the Software Type-ID (if it is different from the default value assigned )
 Associate the module with the appropriate zone
 Program the module CBE ( Control by Event action).
At the end of this programming steps the control unit is ready to manage the Alarm system
Additional details can be added to the mentioned, as for example a text description for each
detector, module or zone.
For further information or specific parameters description see the following paragraphs.

Programming menu
By pressing the “PGRM” function key you can access the programming menu, to perform the configuration of
the system or make changes to the programming.
To access the Programming menu

you must enter the Level 3A password
(44444 is the default password)
To enter the password, use the keyboard that appears on the

screen and press ENTER.
The following screen is displayed:
Refer to System Menu section

Refer to Point Programming section
Refer to Group Programming section
Refer to Zone Programming section
Refer to Program section
Refer to Delete Programmings section
 Programming - System menu
By selecting “System” you can configure the configuration parameters which are valid for all the control unit.
Refer to SYSTEM TYPE section

Refer to System-Address section
Refer to System-Line section
Refer to System-Timing section
Refer to System-Password section
Refer to System-Installation section

 Programming – System - System TYPE
This function allows the choice of system Network type as follows:
STANDALONE = Single Panel without Network connection with up to 8 lines

NET 16 = Network of Panels with up to 16 lines in total
NET 128 = Network of Panels with up to 128 lines in total
 Programming – System - System Address

The "Address" entry will assign the panel device number on the CAN-BUS network.
 Programming – System – LINE
Style: OPEN LINE, CLOSED LOOP

This function allows to change (in memory) the type of line connection,
Press one of these key to select the Previous or Next line
Through a first pressure of the enter key the Line editing function is activated,
Through the arrow keys  select the line style (OPEN - LOOP)
Press the enter key to confirm the programming.
LINE STYLE: Open = Open Line, Closed = Closed Line
Protocol: ADV, CLIP: Configure the type of devices to handle.
ADV = Line managed with ADV protocol,

By selecting ADV the line can also handle up to 30 CLIP devices.
CLIP = Line managed with CLIP protocol (99 sensors + 99 modules)
Programming – System - Timings
In this sub-menu are programmed some delay times of the alarm outputs, the delay time for the sensor alarm
check, silencing inhibition, etc.
ALARM–OUT TAB
Timing of "Sounder delay" is expressed

in seconds, with values from 0 to 600 sec
max.
Press the ENTER key to activate the

editing function.
Use the arrow keys to enter the data;
press enter to confirm the entered data.
Through the arrow keys select the item which is required to be changed (“Siren” or “Tx Alarm”)
Through pressure of the enter key the editing function is activated.
Through the arrow keys  or through keyboard the data are entered, by pressing the enter key you can
confirm entered data.
Sounder activation delay is programmable in seconds ( max. 600 sec)
The “Siren” and “TX Alarms” activation delay timings are active only in case of alarm if the immediate
activation of the outputs has been excluded in the exclusions menu.
DETECTORS TAB
Press the right Arrow key  to change the time of check for the detectors:
Detectors verification time allows the control unit to perform a check for all installed sensors, for the set time,
before confirming the possible alarm.
Detectors Verification Time is programmable in seconds ( Max. 50 sec )
N.B. This function will be effective only on the enabled sensors (refer to the Point Programming menu)

Through the arrow keys select the item which is required to be changed (“Check “ or “Check Enabl.”)
through pressure of the enter key the editing function is activated.
Through the arrow keys  data are entered and through the enter key entered data are confirmed.
VERIFY ENABLE: selecting “YES” the verification Function is ACTIVE with the programmed verification Time (
in seconds)
SILENCE TAB
SELF-SILENCING TIME is the time after which the output modules are reset, after being activated.
Press the right Arrow key  to change the parameters to manage the Silencing:
NOTE: the self-silencing function of each output module must be enabled in the Point Programming .
Silence Inhibit time is the time that output modules will remain active without the ability to be Silenced by an
operator.
Siren / HORN Type-ID outputs
Silence Inhibition:
Time after activation when is not possible
to Silence
Silence Autom:
Minimum activation time
Silence Autom.Enabl:
Enabling of use the Activation time
( otherways outputs are active until
Reset)
All timings are expressed in seconds,

from a minimum of 0 sec. to a max. of
255 sec.
By pressing the enter key the editing function is activated.

Through the arrows keys  data are entered and through the enter key entered data are confirmed.
FAULTS signalings timings TAB
Press the right Arrow key to change the parameters to manage the Fault signallings: :
 MAINS FAULT DETECTION TIME is the minimum time during which Mains Fault is signalled if there is
no mains
Mains Loss
Timings are expressed in
seconds, from a minimum of
0 sec. to a max. of 300 sec.
Through the arrow keys select the item which is required to be changed (“Mains”, “Tx Faults” ) by
pressing the enter key the editing function is activated
Through the arrow keys  data are entered and through the enter key entered data are confirmed.

 Programming - System - Password
This function allows to change the Password for the three access levels.
Each password consists of 5 numerical characters.
Through the arrow keys select the item which is required to be changed.
Press the enter key to activate the Numeric Keyboard to program the Password.
Type the NEW password and hit Enter

Re-type and confirm the password entered.
System programming : Installation

This function allows to enter a programmable text for the Panel.
This text can have a maximum of 32 characters and is displayed on the screen in the absence of alarms and
faults (Normal Condition)

To enter the system name press the enter key and use the alphanumerical keyboard to enter the text.
At the end press the Enter key to store the text.
 Programming - Points
From the Programming menu by selecting the “Points” item is displayed the following screen, where you can
manually configure each type of addressable device on field ( Detectors or Modules ).
Detectors
DETECTORS
By selecting “DETECTORS” and by confirming the selection through the enter key
you enter the programming procedure for Addressable Sensors.
This procedure is composed of 4 programming folders (to access the folders use the arrow keys)
The display shows by default the first device of the first line.
To select another device use the function keys “- LINE” “+ LINE” ( Lines ) and “- DET” “+ DET”
(detectors )
Detectors MAIN TAB ( HW-Type ID and Text associated with the Detector )
Tap "DET" Number to open the following

window, from which you can directly enter
the number of the sensor to be programmed
without using the "+" and "-" keys.

Valid Types for ADVANCED Protocol Detectors
HW TYPE_ID DEVICE TYPE

NFX(I)-OPT Photo Smoke det. NFXI-OPT
NFX(I)-TFIX58 Thermal det. NFXI-TFIX58
NFX(I)-TFIX78 Thermal det. NFXI-TFIX78
NFX(I)-TDIFF Thermal Rate of Rise det. NFXI-TDIFF
NFX(I)-SMT2 Combined detector NFXI-SMT2
NFX(I)-SMT3 Combined detector NFXI-SMT3
IRX-751CTEM Combined detector IRX-751CTEM-W SMART4
NFX(I)-BEAM Addressable Beam NFXI-BEAM
NFX(I)-BEAM-T Addressable Beam NFXI-BEAM
NRX- OPT Agile Photo Det. wireless NRX- OPT
NRX-TFIX58 Agile Thermal det wireless NRX-TFIX58
NRX- TDIFF Agile Thermal Rate of Rise det. wireless NRX- TDIFF
NRX- SMT3 Agile Combined detector wireless NRX- SMT3
Valid Types for CLIP Protocol Detectors
HW TYPE_ID DEVICE TYPE

PHOT Smoke optical detector
ION Smoke ionization detector
THER Thermal detector
PINN “Laser” High sensitivity Smoke detector
OMNI “Omni Sensor” Detector
Detectors PROGRAM TAB. (Progr. of CBE Equations, Zone association)
CBE for this point:

If a CBE is already
programmed it’s displayed
here, other ways the “CBE”
text is displayed as show.
Zone Number
Associated to this Detector
Program Zone associated to Detector
Points are assigned to a Zone for a proper display of the alarm location.
Max number of Zones in the system is 500.
To assign the “Zone” number in this folder to the device select the item through the arrow keys 
Then press the enter key
and use the arrow keys  to change the zone number.
At the end press the enter key to confirm the datum.
CBE = Control By Events

Are the programming instructions that set the actions associated with a point event.
See the relative CBE Programming Appendix at the end of this manual for a description more in detail.

To change the “CBE” field in this folder select the parameter through the arrow keys ,
press the enter key .
CBE for this point:

If a CBE is already programmed it’s
displayed here, other ways the field is
empty as show.
Use the alphanumerical keyboard to enter the data

at the end, press the ENTER key on the keyboard screen to confirm.
Detector OPTION TAB (progr. of Verification, Sensitivity, Daytime/Night, Tracking and Led Blink)
To change one or several parameters in this folder select the parameter through arrow keys (the characters
of the selected field are in Reverse), press the enter key and use the arrow keys  to change the
parameter; at the end press the enter key to confirm the datum.
Verify:
By programming “YES” the control unit is allowed to perform a check on the sensor, for the time fixed in the Timing
programming, before confirming the possible alarm.
Sensor sensitivity programming

Default values:
Standard sensitivity =5
Low sensitivity =1
High sensitivity =9
Tracking
By enabling the tracking option when the device exceeds the alarm threshold the control unit activates the following
indications.
- Output modules associated through CBE
- Buzzer
- Control unit siren output
- Alarm point indication on the display
When the point returns in normal state the output modules associated through CBE return idle, while the following
signaling are still active:
- Buzzer
- Control unit siren output
- Alarm point indication on the display
The reset procedure must be performed to clear all signaling.
Led-Blink:
By selecting “NO” in the” Led Blink” function, the flashing of the led on the sensor is disabled during the line interrogation.
This function can be used in some environments such as hospitals, hotels, etc.
Detector EDIT TAB ( common for all sensors which allows to remove and copy points from… to…)
This TAB allows the programming of block of points sharing the same programming
It can be used if the points have consecutive addresses and have common parameters.
The “Remove From …to” function allows to eliminate from the control unit programming an entire consecutive
block of points, by entering the start and end addresses.
The Copy and Paste functions allow the programming of the block points and can be used if the devices of the
same line have consecutive addresses and common parameters.
The procedure to perform the block programming is the following:

 Select a device from which the parameters must be copied (HW-Type ID, CBE, etc. ).
 Perform the “Copy” control to save all the parameters of the previously selected device (with the
exception of the number of “Zone” to which “000” is assigned) , in a memory support area.
 When this operation has been performed it is signaled on the display with:

 Perform the “Paste From …to” control for the programming of block points as indicated:
Paste From ..to enter the start address through the

FROM : xx arrow keys  or by using the
keyboard press the enter key to
confirm the datum
enter the ending address through

Paste From ..to the arrow keys  or by using
TO : xx the keyboard press the enter key
to confirm the datum
Example of programming of a CLIP sensor with HW-Type-ID “OMNI” SDX-751-TEM
First TAB (Progr. of Type ID and text associated with the sensor)
HW Type ID
Programmable text max. 32 Char.
Second TAB (Progr. of CBE Equation, Zone association)
Numero di zona associata
Equazione CBE
Third TAB (Progr. of Check, Al. Level, Daytime/night, Tracking and Led Blink )
Corresponding
Percentage of Obscuration
ALARM LEVEL
inside the Sensor Chamber
ALARM 1 1% ft
ALARM 2 - COMP.AUT. 1% -2% ft
ALARM 3 2%ft
ALARM 4 - COMP.AUT. 2% - 3.5% ft (Default)
ALARM 5 3.5% ft
N.B .: The "heat only" mode is activated automatically if we have programmed the "Day / Night" function to the
zone associated with the SDX-751-TEM sensor

Example of programming of a CLIP sensor with HW-Type-Id “PINN” PINNACLE 7251
First TAB (Progr. of Type ID and Text associated with the sensor)
HW Type_ID
Programmable text max. 32 Char.
Third TAB (Progr. of Check, Al. Level, Daytime/night, Tracking and Led Blink )
Sensibility
Value Corresponding
1 2% ft ( defaul for Sens.-LOW)
2 1,5% ft
3 1% ft
4 0,5% ft
5 0,2% ft (defaul for Sens.-STD)
6 0,1% ft
7 0,05% ft
8 0,03% ft
9 0,02% ft (defaul for Sens.-HIG)

Example of programming of NFXI-SMT2
First TAB (Progr. of HW-Type ID and Text associated with the sensor)
Tird TAB (Progr. of Check, Al. Level, Daytime/night, Tracking and Led Blink )
Corresponding
ALARM LEVEL
ALARM 1 1% ft
ALARM 2 - COMP.AUT. 1% -2% ft
ALARM 3 2%ft
ALARM 4 - COMP.AUT. 2% - 3.5% ft (Default)
ALARM 5 3.5% ft
N.B .: The "heat only" mode is activated automatically if we have programmed the "Day / Night" function to the
zone associated with the NFXI-SMT2 sensor

Example of programming of NFXI-SMT3
Alarm level Percentage of Obscuration inside the Sensor Chamber

LIV. 1 1% ft. No Delay
LIV. 2 2% ft. . No Delay
LIV. 3 3%ft or Delay 45 ” *
LIV. 4 3% ft or delay from 45 ” to 90 ’’ * (Default)
LIV. 5 3% ft or delay more than 90 ” *
* The delay counter is initialized when the smoke level exceeds 0.75% / ft
N.B. : The "heat only" mode is activated automatically if we have programmed the "Day / Night" function
to the zone associated with the NFXI-SMT3 sensor

Example of programming of IRX-751CTEM-W (SMART 4)
Alarm level Percentage of Obscuration inside the Sensor Chamber

LIV. 1 1%/ft smoke or CO concentration more than 45 ppm. No Delay
LIV. 2 2%/ft smoke . No Delay
LIV. 3 3%/ft smoke . No Delay
LIV. 4 3%/ft smoke or max delay of 10 minutes from Smoke detectiondal rilevamento del fumo * (Default)
LIV. 5 4%/ft smoke or max delay of 10 minutes from Smoke detection *
* The delay counter is initialized when the smoke level exceeds 0.75% / ft
N.B. : The "heat only" mode is activated automatically if we have programmed the "Day / Night" function
to the zone associated with the IRX-751CTEM-W (SMART 4)
Example of programming of “BEAM” NFXI-BEAM
TAB (Progr. of HW-Type ID and Text associated with the sensor)
TAB (Progr. of CBE Equation, Zone association)
TAB (Progr. of Check, Al. Level, Daytime/night, Tracking and Led Blink )
Sensitivity (STD, LOW, HI)

Display
Value Percentage of Obscuration NFXI
BEAM
6 25% m 25
5 30% m 30
4 40% m 40
3 50% m 50
Variable from 30% m to 50% m
2 (default for Sens-STD) A1
(Note* )
Variable from 40% m to 50% m
1 A2
(Note * )
* The beam detector has two levels of variable sensitivity.
When one of these two levels is selected, the detector will automatically adjust the sensitivity using a software
algorithm that selects the optimum sensitivity as a function of the installation environment.
Sensitivity is continually updated within the limits shown in Chart 1.
Chart 1
Sensitivity
Obscuration (% m depending on distance).
(% per meter ) (Smooth distribution of smoke
for any distance between the
detector and the reflective panel)
Distance (meters)

MODULES
By selecting the “Modules” item and confirming the selection through the enter key you enter the
programming procedure.
This procedure is made up of 4 programming folders (to access the folders use the arrow keys )
Use the function keys to select another device.
INPUT MODULES:
TAB (Progr.of HW-Type ID and reading associated with the module)
Use the function keys to select another device.
HW type : Module Model
SW Type ID
(Refer to the SW Type ID Table)
Name:
Programmable Text max. 32 char.
Press key -MOD

to program the
previous Module
Progr. TAB (Progr. of CBE Equation, Zone association)
For a description of “How-to”

operate and the description of
CBE and Zone field, please
refer to Sensor programming
screen before detailed.

Option TAB (Progr.of Tracking and Led Blink)
For a description of “How-to”

operate and the description of
Tracking and Led-Blink field,
please refer to Sensor
programming screen before
detailed.
TAB : EDIT
For the instructions “how-to” operate refer to “POINT Programming procedure” as this part is the same
for Modules.
OUTPUT MODULES:

Main and Program TAB are the same as Input Modules
TAB or Option (Progr. for disabled Silencing, Test enabling and Led Blink)
Led on device enabled to blink
Enable manual silence
Enable self - silence
FAAST
FL2011El - It has a single channel available with a smoke laser detector

FL2012El - It has a single channel available with two smoke detectors in a common room for combined
detection.
FL2022EI- It has two channels available with two smoke detectors with separate chambers. (One sensor for
each channel.)
The TABs of the FAAST units are displayed as follows:
The Main and Programming TABs are similar to the output modules
Laser sensor address (Pinnacle) installed inside the FAAST

Programming TAB for FL2012EI
Associated zone number
CBE Equation
Addresses of the first and second laser

sensors (Pinnacle) installed inside the
suction detection unit.
Sensor Correlation.
The user can choose whether the
suction unit will activate its alarm signal
in case of AND or OR by the 2 Pinnacle
sensors installed.
Third TAB or Option (Progr. for disabled Silencing, Test enabling and Led Blink)
Led-Blink
Enable LED flashing
of the field device
Silence Enabled
Enable manual Silence
Automatic Silence
Enables auto-reset
Programming TAB for FL2022EI
Programming for this device is as for FL2012EI with the difference that sub-addresses 1 and 2 are used.

NRXI-GATE ( Gateway for wireless System).
Tabs Main and Program
HW Type
SW Type
Programmable Text max. 32 char.
Zone associated to this

Module
The Options Tab does not contain any entries

programming.

Auto-learn (automatic detection of installed devices):
From the Points menu, by selecting the “Auto-Learn” item and confirming the selection through the enter key
you enter the self-programming procedure of the devices installed on the line.
Verify Double Address: YES

By selecting YES, panel will check for more
than one device programmed with same
address in a line.
When several devices programmed with the same

address are found, the message shown in the
figure is displayed with the indication of the
address. The user will be able to identify the
devices with the same address through the
activation of the relevant leds.

At the end of the Auto-programming procedure a summary of the devices found on the line is displayed
Where:
TYPE = Type of devices found ( see table above)

NEW = New device found
NFO = Devices previously programmed but not coherent with what was detected during the Auto-Learn procedure
TOT = total of devices detected on the line ( NEW + NFO + correctly programmed devices.)
MIS = Devices previously programmed but not detected during the Auto-Learn
The SAVE control saves the devices detected during the Self-Learn according to the following mode:
- NEW and NFO are initialized through the default data.
- MIS are removed
- The correctly programmed devices keep the current programming
The data relevant to the initialized devices can be subsequently changed by entering the point programming
procedure.
The PROT ( Protocol ) control can display the table of devices for one of the two possible protocols: CLIP or ADV
Sample screen for CLIP detectors.
Important Note:
On Each Line, can be installed

a max number of 30 devices using CLIP
protocol.

Summary of HW Type-ID for Modules ( displayed after an Auto-Program )
HW Type_ID Description
WMSS WM Sounder + Flash
WMSB WM Flash
WMS WM Sounder
DBSS Base with Sounder + Flash
DBS Base with Sounder
WCP5A Outdoor Call Point
MCP5A Indoor Call Point
UDS UDS-3N (CLIP only)
ALW1 PSU ALW1
NRXI-GATE Gateway NRXI-GATE
NRX-WPC Call Point radio NRX-WCP
NRX-REP Repeater radio NRX-REP
NFXI-RM6 Module 6 OUT (not controlled)
NFXI-MM10 Module 10 IN NFXI-MM10
MMX2E Module IN conventional zone MMX2 (CLIP)
MMX-1 Module IN (CLIP)
MCX-55ME Module 5 IN 5 OUT (not controlled)
MCX-55M Module 5 IN 5 OUT ( not controlled ) (CLIP)
M721 Module 2 IN 1 OUT ( not controlled )
M720 Module 2 IN
M710CZR Module di IN IS
M710CZ Module IN conventional zone
M710 Module IN
M701-240 (-DIN) Module OUT (240V)
M701 Module OUT
MMX-10ME Module 10 IN MMX-10ME
MMX-10M Module 10 IN MMX-10M (CLIP)
FL2022EI FAAST 2 channels
FL2012EI FAAST 1 channels 1 sensor
FL2011EI FAAST 1 channels 2 sensors
CMX-1 Module OUT (CLIP)
CMA22 Module 2 IN 2 OUT (2° out supervised)
CMA22C Module 2 IN 2 OUT (2° out supervised)
CMA11E Module 1 IN 1 OUT ( supervised )
CMA11 Module 1 IN 1 OUT ( supervised ) (CLIP)
CMX-10RME Module 10 OUT relay
CMX-10RM Module 10 OUT relay (CLIP)

Summary of SW Type-ID for modules
INPUT MODULES
CONNECTION TYPE SW Type_ID TYPE OF DEVICE
MON3 Input module

Input module used for N.O. contacts
(Connection in conformity with EN54 rule).
MON Input module used for N.O. contacts or any device

Not compliant to EN 54
MMX-2 input module (obsolete module)

SCON Input module used for 4- wire conventional smoke detectors
not detected during the self-programming.
N.B.: this type has a reset time which is longer than the modules
programmed as “MONITOR”
It is valid for the M710E-CZ and M710E-CZR module for the connection of
SCO2 conventional sensors
It is automatically detected during the self-programming
Input module
NONA Input module used to interface with N.O. contact, with alarm when
It is closed. The activation of a “NONA” type module, does not generate an
Alarm condition, that is:
- the alarm LED is not on
- “APND” or “GPND” type modules do not activate. Only output modules
coupled
to CBE are activated
Input module used like the NONA device, but each state change is activated
STAT by the buzzer, for one second.
PULL Same as MON3; in addition, the” MANUAL BUTTON” reading appears
GTW AGILE WIRELESS GATEWAY NRXI-GATE
Input module used to check the N.C. inputs

NCMN When the line is off, an alarm is indicated
In case of line short circuit, a FAULTis indicated

INPUT MODULES FOR GENERAL SERVICES
Input Module used as a Tamper signaling. Through an alarm input it

MTRB
signals a breakdown
MACK Input module used to perform remote ACK (pulse)
MTAC Input module used to perform remote SILENCING (pulse)
MRES Input module used to perform remote RESET (pulse)
OUTPUT MODULES
FORC Relay output module with potential free contacts.
CON Output module with supervision of the line of command devices.
CONV Output module with supervision of the line of controlled devices

(VdS standard compliant).
GSND Software type dedicated to the following HW types (sirens

addressed): WMSS, WMS, WMS, DBSS, DBS
GSTR Software Type dedicated to the following HW types (Directional

Flashes): WMSS, WMSB,, DBSS

OUTPUT MODULES FOR GENERAL SERVICES
CONNECTION MODE SOFTWARE DESCRIPTION

TYPE_id
PWRC FORC Output module used to temporarily interrupt power supply, during
SYSTEM RESET, for the 4- wire conventional smoke sensors, powered by
a remote power supply. N.B.: this type SHALL NOT be programmed for the
SILENCING
GPND FORC output module activated at each alarm or Fault It is reset by ACK.
APND FORC output module activated at each alarm. It is reset by ACK
GAC FORC output module activated at each alarm. It is reset by RESET.
TPND FORC output module activated at each fault. It is reset by ACK or through
the Fault RESET
GTC FORC output module activated at each fault. It is reset by RESET.
TRS FORC output module activated at each FAULT. It is only reset through the
Fault RESET.
ZFLT FORC output module activated at each FAULT in the zone where is
associated. It is only reset through <Fault removing from the zone
ZDIS Output module activated in case of exclusion of a point or a zone.
MAINF Output module (non supervised output) activated when a MAINS Fault is
present
REM FORC output module activated from a remote command (supervisory SW)
GAS CON output module activated at each alarm. It is reset by RESET.
GTS CON output module activated at each fault. It is reset by RESET.
ZFLTC Output module activated in case of zone fault to here is associated
MAINFC Same as MAINF but supervised output

REMC CON output module activated from a remote command (supervisory SW)
N.B.: the output modules used for the above-mentioned functions, do not accept CBE.
CONNECTION MODE SOFTWARE DESCRIPTION

TYPE_id
GASV CON output module activated at each alarm.
It is reset by RESET. (Complies to VdS 2489).
GTSV CON output module activated at each fault. It is reset by RESET.
(Complies to VdS 2489).
Resistore
Polarizzato
ZFLTV Output module activated in case of zone fault to here is associated
da (Complies to VdS 2489).
47ohm MAINFV CON output module activated in case of Power Supply Fault
REMV CON output module activated from a remote command (supervisory SW)
SND Software type_ID only for the following Models: WMSS, WMS, WMS,
DBSS, DBS
activated at each alarm , follow the Sounder Output status
STR Software type_ID only for the following Models: WMSS, WMSB,, DBSS
activated at each alarm , follow the Sounder Output status

CLIP ONLY SW-Type-ID for UDS units
For UDS panels, two specific SW types are available, UDS1 and UDS2.
UDS units are reminded that they can be installed starting from the beginning of the decade, excluding the
decade from 0 to 9; occupy from a minimum of 2 up to a maximum of 6 addresses.
The basic installation, compatible with UDS-1N (now obsolete) units, occupy the first two addresses to which
the SW Type UDS1 is assigned; the operation is only allowed on the first address but is automatically extended
to the second address.
In the following four addresses you can individually install the optional modules that were introduced with the
UDS-2N unit, to do so, simply enter the SW Type UDS2.
With the new UDS-3 unit remember that having 2 channels per unit, you can program up to 4 addresses with
Type SW UDS1 and 8 with Type SW UDS2 divided into two decades.
For a detailed description of the functionality associated with UDS unit interfaces
consult their manuals.
For UDS modules, the following specific indications are obtained:
Indirizzo Type-ID Segnalazioni e descrizione

1° Address UDS1
2° Address UDS1
3° Address UDS2 "UDS General Fault"
4° Address UDS2 “UDS Extinguishing Lines fault”
5° Address UDS2 “UDS Local Disable Condition”
6° Address UDS2 “UDS Mains Loss 230Vac”
Removing UDS Units (All)

By setting Type-ID = NONE on the first address, the UDS is completely removed (including optional
UDS2 modules optionally installed).
This is also the only system to remove UDS1 Type IDs; otherwise the UDS2 Type IDs can be removed
individually.
UDS event fault message connected to AM-8200.
UDS-3 with "Excluded" zone, the control panel will report the following:
 Yellow LEDs "Exclusions" and "Exting.Command" lit
 The symbol on the status icon of the control panel
 The list of system exclusions is displayed
“DISAB LXX UDS XXX”
N° LOOP MODULE Addresss
General fault on the UDS-3 panel, the panel will report the following:
- Yellow "FAULT" LED blinking.
- The symbol on the status icon of the panel.
- "General UDS LXXMXXX Fault" is displayed
where XXX is the third address assigned to the modules in the UDS-3 panel.
If the UDS-3 panel line fault, the following will be displayed:
- The symbol on the status icon of the control panel.
- "UDS LXXMXXX Shutdown Line Fault" appears on the display where XXX is the fourth address
assigned to the UDS-3 panel modules.
230Vac mains failure on the UDS-3 panel, the following will be displayed:
- The symbol on the status icon of the control panel.
- The display shows "General UDS LXXMXXX Fault" where XXX is the third address assigned to the
UDS-3 panel modules.
- The display shows "Power failure of the UXXXXXXXX module" where XXX is the sixth address
assigned to the modules in the UDS-3 panel.

GROUPS Programming menu
A group is a set of software devices that can perform associations.

When a sensor or a module (which belong to the group) are in alarm, the group activates.
If an output module is a member of the same group, it will be activated.
This procedure is composed of 3 programming folders where to enter data is applied the editing function
previously described in the paragraph: description of the keyboard operation to enter data paragraph.
The AM-8200 control unit has 400 groups, which can be programmed as:
Direct activation group. It activates what is contained in its CBE equation.

It is activated by direct Inputs/Groups (which have the Group in their CBE equation).
Reverse activation group. It is activated by its CBE equation.

It activates Reverse Output/Groups (which have the Group in their CBE equation).
NOTE : One Reverse group can be the “sum” of several Direct groups. This way an activation
can be triggered by many groups
TAB Progr. of the maximum limit of the direct action Group number)
Enter the maximum number of direct

activation Group
TAB Progr. of CBE. associated with the Group)
- GROUP to program
the Previous group
+GROUP to program
the Next group

CBE equation
Use the alphanumerical keyboard to enter the data

at the end, press the ENTER key on the keyboard screen to confirm.
CROSS ALARM
The parameter ”Cross Alarm.” is valid if the group is associated in a CBE with the “XGRP” operator.
NO = the group is active only when a thermal sensor ( a detector with HW-type-id “THER”)
and an optical sensor ( a detector with HW-type-id “PHOT” ) associated with the group are in alarm.
YES = the group is active when two devices (sensors or input modules) associated with the group are in alarm.
This is the Default value.
Example of use for reverse Groups:
Have to program an OR of 16 groups

BUT
Memory is not enough !
SO
Program 2 Reverse Groups each with the CBE listing 8 Direct Groups
Then program on the Output module a CBE that sum the 2 Reverse groups
G301 = Reverse Group

G302 = Reverse Group
G301=OR(G1G2 G3 G4 G5 G6 G7 G8)
G302=OR(G9 G10 G11 G12 G13 G14 G15 G16)
L01M01=CBE=OR(G301 G302)
(Progr of . High and low sensitivity Groups
HIGH AND LOW SENSITIVITY GROUPS
Can be defined as two groups (to be chosen among the inverse ones available), for which a CBE equation
must be programmed, by using the TIM operator, to make them active only during a set time.
These groups are respectively defined as: High Sensitivity Groups and Low Sensitivity Groups.
The purpose of this option is to make all installed sensors operate in control unit at high or low sensitivity when
the relevant groups are active (this will result in the DAYTIME/NIGHT function).
Note: The “Thermal Only” working mode for detectors with HW-Type _ID “OMNI” and “NFXI-SMT2” is
active automatically when the group defined as “Low sensibility” is active.

Example: G301 = TIM (   18.00 08.30) CBE of the high sensitivity group
G302 = TIM (   08.30 18.00) CBE of the low sensitivity group
For the Zones to which this function is to be coupled the parameter “Daytime/Night = YES ”(refer to Zone
programming) must be programmed. In this way the system automatically associates the high and low
sensitivity groups, so that the following two time bands are obtained:
Daytime band (low sensitivity) from 8.30 to 18. (the sensitivity values assumed by the detector are those
programmed in the “Sens-Low” item in the option folder).
Night band (high sensitivity) from 18. to 8.30. (the sensitivity values assumed by the detector are those
programmed in the “Sens-High”item in the option folder).
 ZONE programming Menu
By selecting the “Zones” sub-menu you can enter a descriptive text to be associated with the selected zone.
The control unit locates by default on the first zone.
Name:
Programmable text for the ZONE
max. 32 characters
To enter the Text press the enter
key to enter the editing function
Through the alphanumerical

keyboard enter the zone name
at the end press the enter key to
store the datum.
Day / Night : YES/NO

Setting “YES” this Zone will use the programmed HI-LOW sensitivity Groups ( refer to HIGH AND LOW
SENSITIVITY GROUPS above) to switch to LOW sensitivity during DAY and to HIGH sensitivity during
the Night .
Prealarm enable: YES/NO.

This feature enables viewing and managing pre-alarm for sensors assigned to the zone
Alarm Correlation - Indicates the number of alarm devices assigned to the zone to activate the siren
outputs associated with this zone.
Example:
Zone 1 Alarm Correlation = 3
and in the "Utilities / Parameters / Specials / Sirens" menus you have programmed
the entry "Active sirens on correlation" = SI
you will have to activate at least 3 Zone 1 devices to activate the siren output and all programmed SND
type modules associated with this zone.

Programming - CONFIGURATION menu
This function allows the configuration of the panel units connected to the Can-Bus Network.
 CPU and Loops
To modify the programmings,

press the enter key ;
use the arrow keys 
to change the parameter;
at the end press the enter key to confirm.
Press key – CPU or + CPU

to program the previous/next AM-8200 BOX
 CanBus RPT
Programming the presence on the CAN-BUS network of the AM2-BST-C card (amplifier for CAN-BUS line).
N.B .: Up to 8 AM2-BST-C cards can be installed on the CAN-BUS network
 PRN (Printer Interface Presence Programming)

This function allows you to configure the presence of the interface for connecting a serial printer to
RS232 port

confirm.

 LCD repeaters
This function allows to set the LCD-8200 model in the control unit.
This feature allows you to enter a

programmable TEXT of max.32
characters, which is displayed on the
LCD-8200 as the example
Press key – LCD or + LCD

to program the previous/next LCD terminal
 SIB
This function allows you to configure the presence of the interface and the address of the SIB-8200 interface.

confirm.

Programming – Delete Programmings
This function will restore all Default programming ( NO NETWORK ):
By pressing the Enter key all

system data in the non-volatile
memory of the control panel will
be erased
UTILITY MENU
By selecting UTIL from the display of the system state screen you can access the Utility menu, which includes
some functions generally used by servicing personnel
To access the menu, enter the Level 3 Password (33333 is the default password).
To enter the password consult the editing function previously mentioned in the paragraph description of the
keyboard operation to enter data.
The following menu is displayed:

 UTILITY –System View: displays the system cpu configuration.
 UTILITY - Language: Is possible to select between languages.
 UTILITY - Date and Time This function allows to program the time and date of the control unit.
 Date
To change values in “Date and Time” programming Form use the arrows  to select the field to be changed
(the characters of the selected field are white on dark background).
Use the arrow keys  to change the datum; at the end press the enter key to store the datum.
 Hours

Use the arrows  to select the Hours form press the enter key
To change values in “Hours” programming Form use the arrows  to select the field to be changed (the
characters of the selected field are white on dark background).
Use the arrow keys  to change the datum; at the end press the enter key to store the datum.
Parameters
By selecting the “Parameters” item, you can perform the configuration of the local and special parameters
according to the following figure
 Local Parameters
By selecting “NO” in the “Led Blink”

function the led flashing is disabled for
all the points installed during the line
interrogation.
This function can be used in some
environments such as hospitals, hotels,
etc.
N.B. The disabling of the led flashing can
also be performed for each point (refer to
the Sensor and Module programming
paragraphs)
To change the ”Led Blink “ function press the enter key ; use the arrow keys  to change the functions;
at the end press the enter key to confirm.
 Special Parameters
This procedure is composed of 5 programming folders .
1. Progr. of DRIFT WARNING FUNCTION
To change the “Drift warning” function press the

enter key ; use the arrow keys  to change
the parameter; at the end press the enter key
to confirm.
DRIFT WARNING - By enabling this function, the control unit generates a signalling when the sensor exceeds
70% of the alarm threshold for more than 5 minutes.
This signalling can be used as a warning to perform a cleaning of the sensor optical chamber. This function is a
general enable parameter valid for all the control unit points. The DRIFT WARNING function does not replace
the maintenance request signalling, which in any case is always enabled. It is signalled when a sensor detects,
for more than 36 consecutive hours, a value higher than 80 % of the alarm threshold.
Serial number check

By enabling this function, the central unit during self-recognition stores the serial number (which is unique) of
the devices present on the lines and is used to control the replacement of field sensors or modules, resulting in
an invalid fault message .
Detectors Prealarm threshold

Programmable FROM 30% ÷ 99% ( Default 70%)
2. Enabling display & log in History File the events of modules with SW-Type-ID: NONA
By selecting “NO” the print and storage

in historical file of events in alarm from
the input modules programmed with
Type-ID “NONA” is disabled
To change the function press the enter key use the

arrow keys  to change the parameter; at the end
press the enter key to confirm .
3. Change of the line reliabillity parameters

Enter the parameter to signal the fault for invalid answer
(expressed in number of interrogation polling on the line)
Default value = 05
Enter the parameter to signal Type ID erroneous fault
(expressed in number of interrogation polling on the line).
Default value = 08
Enter the parameter to signal the off circuits fault,

Default value= 10
Enter the parameter to signal a fault for low chamber value
Default value= 20
Enter the parameter to signal the maintenance breakdown,
(expressed in minutes) Default value = 216
To change one or several parameters in this folder select the parameter through the arrow keys (the
characters of the selected field are in Reverse), press the enter key and use the arrow keys  to change
the parameter; at the end press the enter key to confirm the datum.
By increasing the values of each parameter, the control unit becomes less sensitive for the Fault signaling for
the Points installed on the lines.
By decreasing the values of each parameter, the control unit becomes more sensitive for the faults signaling for
the Points installed on the lines, moreover the Fault warning message is activated: “Line changed par.”

Sounder
This TAB is dedicated to the programming of the siren outputs (all devices programmed with SW SND
type). The user can program the following items
• Active sirens on correlation

In case of alarm if this function is enabled, the
sirens associated with this zone will be
activated only when the programmed
correlation number for the alarm zone is
reached (see ZONE programming paragraph)
• Sound alarm type. Sound tones in case of

alarm from addressed devices (Values allowed
from 1 to 32. For details, refer to the technical
data sheets attached to the sirens)
• Alarm volume. In the case of alarm from

addressed devices (Values allowed from 1 to 4.
For more details see the technical data sheets
attached to the sirens)
• Sound evacuation type. Sound tone when

activating the central control evacuation control
(Values allowed from 1 to 32. See the technical
data sheets attached to the sirens for more
details).
• Evacuation volume. (values allowed from 1 to

4. For more details, see the technical data
sheets attached to the sirens).
• Step 2 Enable
Prints –
Selecting the submenu "Prints" opens the List of functions dedicated to printing events.
Prints the contents of the historical archive.
Prints the analog values of the programmed

sensors in the control panel.
Prints the list of alarm points in progress.
Prints the list of pre-alarm points in progress
Prints the list of Zone in faults in progress.
Prints the list of excluded points.
Prints the list of active input modules

In progress.
Prints the list of active output modules

In progress.

UTILITY - History LOG
The historical archive has a capacity of 1000 events for a 2 loop station, up to 8000 events for a 16 loop central
(1000 events for each LIB-8200). When the maximum number of memorized events is reached, the panel in
case of a new event clears the most old event and stores the new event.
CLEAR
The clear function will delete all events in the
historical file
DISPLAY
This function allows the display of the events in the
Historical File.
DISABLE
This function disables the storing of all the
events (alarms, Faults, etc.).
By default the Log is enabled.
SAVE History Log

This function will save the History Log file in a
memory stick on the USB port
 History Log Display:
This function allows the display of the events in the Historical File on the Panel Display.
Enter start date and time of the search and

press the enter key to confirm
Select YES / NO
to filter the Type of Events to display
To change one or several parameters in this folder select the parameter through arrow keys (the characters
of the selected field are in Reverse), press the enter key and use the arrow keys  to change the
parameter; at the end press the enter key to confirm the datum.
 History Log CLEAR: Selecting “Display” the first 2 event are

diplayed
Use the arrows keys to scroll the list of all

events.
By selecting the “Clear” function the following display appears:

Press the enter key to perform the
cancellation of all events stored in the
historical event.
 History Log Disable:
Through the “Disable” control (when activated) all new events arriving from both the detection lines and the
keyboard are not stored in the historical file.
In case of History Log was disabled , a System Fault is signalled in the Faults List
To change this parameter in this folder

press the enter key and select
through the arrow keys  “YES” or
“NO”
Note
the “Disable” function is “NO” by default.
 History – Log Save:
This function will save the History Log file in an USB-MEMORY STICK .

UTILITY - VIEW / MODIFY STATUS
This function allows to examine the state of a point and in case of a detector, the analogue value can be
displayed.
This value will be displayed as a percentage with respect to the alarm threshold programmed for that device.
Parameters relevant to modules, zones or software groups programmed can also be displayed.
Detectors status
The display shows by default the first device of the first line. To select another device use the function keys.
Use - LINE or + LINE to Use –DET. or +DET.

display previous/next to display previous/next
Line Detector
Display of NRX-OPT detector (Detector wireless)
HW Type
Name = Programmable Text max. 32 char
Status= Detector condition
Analog level: percentage in respect to Alarm level
Sensibility: programmed sensitivity
Batteries life: Predicted batteries life time

Module Status
The display shows by default the first device of the first line. To select another device use the function keys
Module Status depends on Module Type

(Input or Output)
Modify the Output Status of a Control Module

After selecting the “On/Off” field using the arrow
keys  , user can switch the control module
output pressing the OK Key..
This action is indicated as:
Activated = ON
Deactivated = OFF
Esempio di visualizzazione dispositivi FAAST
SW Type programmed for output

of the device
Name = Programmable Text max. 32 char
Status of the module
Displays the Fan speed
Displays the Air flow
Displays the Smoke level
Modify the Output Status

Display example of NRXI-GATE devices (Gateway for wireless system)
Groups Status
The display shows by default the first Group. To select another Group use the function keys
Zones Status
The display shows by default the first Zone. To select another Zone use the function keys

UTILITY – ACTIVE MODULE LIST
Through this function you can examine the active module lists which are connected to the control unit lines.
Input modules
Active input modules display.
In the case of a line where there are no alarm input modules, the following indication is given:
"No active input module"
In case of no active output modules in a line there will be the following indication shown in the figure below:
“ No Output Module Active”

FIRMWARE Version
Through this function the servicing personnel can display the firmware version installed in the AM-8000 control
unit CPU, LIB card and LCD DISPLAY
Firmware Update
This function will upload a new version of the DISPLAY firmware from an USB key inserted in the LCD
connector
This function have to be authorized from Notifier Italia Technical service
DISABLE MENU
By pressing the DISABL function key in System State screen you can access the Disable menu, where
detectors, modules, zones, etc. can be disabled
The following menu is displayed
By selecting the “Display” item the user enter the following menu where devices are displayed by the type:
Counters of n° of Disabled Devices by Type
To display the Disabled device list , select through the arrow keys  the type of device, press the enter key
to confirm the selection.

MODIFY
By selecting the “Modify” item, and typing the correct password Level 2, the following display will appear,
where it is possible to change the state of Enabled/Disabled for the various devices
 Modify Status - Detectors
When a detector is Disabled the control unit

is inhibited to the reception of the Alarm and
Faults signaling from the sensor.
To Disable a detector select it through the

function keys. Once the device has been
selected press the enter key and through
the arrow keys select YES and
subsequently press the enter key to
confirm the disablement.
 Modify Status - Modules
When a module is Disabled the control unit is

inhibited to the reception of the Alarm and
Faults signaling from the module.
To Disable a module select it through the

function keys. Once the device has been
the arrow keys select YES and
confirm the disablement.

 Modify Status - Zones
The display shows by default the first zone. To select another zone use the function keys
When a Zone is Disabled the control unit is

inhibited to receive the Alarm and Fault
signaling from all the points which belong to
the Zone.
To Disable a zone select it through the

function keys. Once the zone has been
the Arrow keys  select “YES” and
confirm the Disablement.
 System Disable
This procedure is composed of 3 programming folders where the editing function previously explained is
applied to enter data.
 Sounder exclusion
To change this parameter in this folder press the enter key and select through the arrow keys  “YES”
or “NO” and press the enter key to confirm the datum,
 Exclusion of immediate activation of Siren Output

This feature allows the exclusion
of the siren output and all the output modules programmed with SW-Type-SW "SND" (terminals CNU-17 and
CNU18 of the main board).
• Immediate activation Siren outputs
When the exclusion is activated for the immediate

activation of the siren outputs, Active Exclusion and
Delay LEDs are turned on.
In the event of an alarm, the control panel delays the

outputs mentioned for the programmed times in the
programming menu (Prog \ Sist \ Usc.All. Timings).
During delay time, the Active LEDs flashes and you

can reset the delay with the Reset Delay button.
or “NO” and press the enter key to confirm the datum

 Extinguishing exclusion
This function allows the exclusion of all the

output modules programmed with TYPE ID
“UDS1” ( UDS and UDS2-N extinguishing
panels)
or “NO” and press the enter key to confirm the datum.
TEST MENU
By pressing the function key TEST in System State, you can access the Test menu which includes the functions
generally used by the servicing personnel to test the system.
To access the menu enter the Level 2 Password (22222 is the default password).
To enter the password consult the editing function previously mentioned in the paragraph description of the
keyboard operation to enter data.
The following menu is displayed:

 Zone TEST :
This function allows to start the Walk-Test procedure for a selected zone.
This procedure is composed of 2 folders where the editing function previously explained is applied to enter data.
Enabling of a zone for the test function
Enter the zone number for which the test

function must be activated.
(0 = inactive test zone)
CBE Enabling
By selecting CBE Enable.: YES
in case of alarm from the test zone devices
CBEs associated with them are activated
To change one parameter in this folder select the parameter through the arrow keys (the characters of the
selected field are in Reverse), press the enter key and use the arrow keys  to change the parameter;
at the end press the enter key to confirm the datum.
Output selection
In the subsequent programming folder the output to be activated in case of alarm from a device of the test zone
is selected.
In the “Select” field you can select one of the following
items:
NONE = in case of alarm from the test zone it does not

activate outputs.
SOUNDER = in case of alarm both the Siren output

and all the output modules programmed through Type
– ID “HORN” are activated at each alarm event from
the test zone
The activation duration is 3 sec.
MODULE = in case of alarm from the test zone the

output module programmed in the “ Ind. Mod.” Item
is activated and at each alarm event it will be active for
3 sec.
To change one or several parameters in this folder select the parameter through the arrow keys (the
characters of the selected field are in Reverse), press the enter key and use the arrow keys  to change
the parameter; at the end press the enter key to confirm the datum.
 LED TEST:
By selecting through the arrow keys  the Led item and by pressing the enter key to confirm, the control
unit performs the lamp-test function (all the control unit leds flash for some seconds)
 LCD TEST:
By selecting through the arrow keys  the LCD item and by pressing the enter key to confirm, the control
unit performs the display test.
 BUZZER TEST: It will sound intermittently

Appendix A – CONTROL-BY-EVENT EQUATION
Control by event concept
Currently is available one formula (direct or reverse depending on the type of point) for each point
(sensor / module) of the system;
Multiple modules devices have a formula for each sub-address.

For example:
• M721 is managed as 3 sub-address
• MMX-10ME card is manages as 10 consecutive sub-address, etc
• In addition to these CBE , is possible to setup one CBE for each GROUP
• And one CBE each ZONE.
• Inside each formula (CBE) can be programmed several items (points or groups) that:
• will be activated by … : when the formula becomes «true» (direct CBE )
• cooperate to calculate the «true» value of the formula: When becomes «true» the object is
activated. (reverse CBE)
A typical programming of the control unit is defined as CONTROL-BY-EVENT EQUATION (CBE).
During the programming phase, a CBE equation must be associated with each point, zone or group
The CONTROL-BY-EVENT equation allows to program a series of conditions that the control unit will assess
when the Point, the Zone, the Group are ACTIVE, and will perform the programmed operations.
To define these conditions, perform the CBE equation by using some logical operators (OR, AND, XGRP, NOT,
DEL, SDEL and TIM).
The “ACTIVE” condition is valid when:
 Input point (input modules or sensors) = in Alarm

 Output point (output Module) = ACTIVATED
 Group = one of the points of the group is Active
RULES FOR THE CORRECT SYNTAX OF THE EQUATIONS
 To be valid and accepted by the control unit, the control equation must follow some precise syntax rules. If
a syntax errors occurs, the CBE equation is refused.
 The logical operators (ex. OR, AND, ...) which are valid for several operands, shall be written by following
this procedure:
OPERATOR (OPERAND-1 OPERAND-2 ...)
 The NOT logical operator is valid only for one operand, and shall be written before the corresponding
operand
 If several operators are used, the first character of the equation must be a left-hand bracket, and the last
character must be a right-hand bracket.
Example
(OPERATOR (OPERAND- 1 OPERAND-2 ...) OPERATOR (OPERAND- 1 OPERAND-2 ...))
N.B. : A programmable CBE for output modules, contains the address of the objects which will activate
them, such as: input sensors, input modules or groups. If the module activation must occur for a
combination of various objects, the AND,OR, ect. operators must be used.
A programmable CBE for input sensors and modules, contains the address of the objects to be
activated in case of alarm, which may be output modules or groups. If it is necessary to activate a series
of objects, just re-write them in sequence, without using any operator.
 The following format can also used:
Example : AND(G1G2)OR(G3AND(G4G5))

Which is equivalent to: 1 - IF BOTH group G1 and group G2 are active
2 - OR
3 – Group G3 is ACTIVE and both group G4 and group G5 are active.
N.B.: the equation must be written without inserting spaces between the characters to be entered.
Sensor remote led in CBE

This is required to use a single LED repeater connected to a single sensor, but indicate a multiple sensors alarm
for a common area (Hospitals, Military dormitory, etc)
To manage the LED output on the sensor the direct CBE (sensors, input modules and groups), will change so
they can be used for the activation of this output on sensor.
Example:
If inside C1L1S1 programming the CBE is = (C1L1S2 C1L1S3)
Then
When C1L1S1 is in Alarm, the LEDs outputs on C1L1S2 and C1L1S3 will be ALSO activated.
Additionally, as usual , also :

- Direct Groups can take place inside a Direct formula of «input» Points (sensors and input modules)
- Reverse Groups can take place inside operands on reverse formulas for points (LED output on sensors
and Output modules).
CBE “Null”:equation
You can also not program any equation for a device.

In this case:
- If the device in question is an input sensor or module, the control unit will activate only all general visual and
sound indications (Alarm LED on the front panel, General Alarm RELAY, BUZZER and possible output modules
programmed through TYPE ID software for general signallings).
- If the device in question is an output module, this output will never be activated unless it is programmed
through TYPE ID software for general signallings.
N. B.: for output modules, the control unit does not allow to program an equation if the module has a
TYPE ID for general signalling.
Refer to Appendix: Modules Software Type_ID at the end of this manual.

Operators used in the control by event equation:
OR
is the operator which requires AT LEAST ONE operator to be ACTIVE.
Example: the output module equation is: OR (G9 G15 G23) or the OR operator can be omitted by entering:
(G9 G15 G23)
If ANY of the three operands in this equation (G9 G15 G23) is in alarm; the output module will be activated, that
is:
- IF the software group 9 is in alarm, or

- IF the software group 23 is in alarm
- THEN this output module will be activated.
AND
is the operator which requires EACH operand to be ACTIVE.
Example: the output module equation is: AND (G9 G15 G23).
Only if ALL THREE operands in this equation are in alarm, the output module will be activated, that is

- IF the software group 23 is in alarm
NOT
is the operator which DENIES the operand or the series of operands in brackets, which follow it.
Example: the equation of an output module is: NOT (G23).
The output module will remain activated until the operand (G23) IS alarmed, that is:
- If the software group 23 is in alarm

- THEN this output module will be deactivated.
N.B.
It is not allowed to write a CBE for a direct group, if the operands contained inside the round brackets
are some groups having an index lower than the group for which the CBE must be associated as in the
following example:
CBE not allowed

G33 = (G23 G24)
CBE allowed
G21 = (G23 G24)

It is not allowed to write a CBE for an inverse group, if the operands contained inside the round
brackets are some groups having an index higher than the group for which the CBE must be associated
as in the following example:
CBE not allowed

G305 = (G306 G307)
CBE allowed
G307 = (G305 G306)
XGRP
is the operator which requires AT LEAST TWO elements of the group indicated below, to be ACTIVE.
FORMAT : XGRP (GXXX) where GXXX= Group 1  400
Example: the equation of an output module is XGRP (G23)
- IF ANY COMBINATION of two or several input devices (sensors or modules), which have been programmed
(with their CBE Equation) on this software group (through the Double Consent parameter = YES.), they are
ACTIVE.
Or only when a thermal sensor ( type-id “THER”) and an optical sensor (type-id “PHOT” ) which have been programmed
(through their CBE Equation) on this software group (through the Double Consent parameter = NO), are ACTIVE.
- THEN this output module will be activated,
-
It is not allowed to write an equation of an output module with several groups as in the following
example:
CBE not allowed

XGRP (G23 G24)

PRE(CxxLxxSxxx)
Panel N° Loop Detector
Address Address
It is the operator that uses the pre-alarm state of a sensor.
Example: The equation of an output module is: OR (PRE (C1L1S2) PRE (C2L1S10))
If either of the two sensors (L1S2 of the control panel 1 or L1S10 of the control panel 2) is in pre-alarm,
the output module to which the CBE is associated is activated.
FLT(CxxLxxSxxx)
Panel N° Loop Detector/Module
Address Address
It is the operator that lets you use the state of a device or zone failure.
Example 1: The equation of an output module is: OR (FLT (C1L1S2) PRE (C2L1S10))
If either one of the two sensors (L1S2 of the control panel 1 or L1S10 of the control panel 2) is in failure
or pre-alarm, the output module to which the CBE is associated is activated.
Example2: The equation of an output module is: OR (FLT (Z1) FLT (Z2))
If any of the two Zones (Z1 or Z2) is faulty, the output module to which the CBE is associated is
activated.
DIS
It is the operator that allows the disarming of zones and points by activating a programmed input
module programmed with Type-SW "NONA" (does not generate an alarm in the central unit).
Example1: The equation of an input module is: (DIS (Z1))

When the input module is active, Zone 1 is disabled.
Example2: The equation of an input module is: (DIS C1L1M1))

When the input module is active, the L1M1 module of the control panel 1 is disabled.
Additionally, the DIS operator allows you to recover a zone or point disabled state by activating the
output modules.
Example: The equation of an output module is: (DIS (Z1))

When Zone 1 is disabled the output module is active.
TONE
It is the operator that allows to set tone and volume for zone groups via the CBE of inverse groups.
TONE (Zone Volume Range Tone)
Where :
Tone = sound type in range 1 ÷ 33
Volume = volume in range 1 ÷ 4
Range_di_Zone = list of zones to activate the pattern (tone and volume) in Zxxx format: Zyyy
(example Z1: Z10 to indicate zones from zone 1 to zone 10)
TAC(SYS)
It is the operator that allows you to retrieve the silence of the control panel
Example: An output module equation is: (TAC (SYS))

When the siren silence command is executed in the control panel, the output module will be activated
DEL
is the operator which allows to program some activation delays for specific conditions.
The device which has in its CBE equation the “DEL” operator, when its equation is true, waits for the
programmed time before activating.
If during this delay time its equation is not true any longer, the timer resets and is ready to start at the next event
(therefore the output device does not activate)
FORMAT : OF (MM.SS (delay) MM.SS. (duration - optional) (CONDITION) equation which sets the delay
start))
Where:
 MM = minutes (2 digits), SS = seconds (2 digits)
 CONDITION = it can be an equation of the type:
XGRP (GXXX)
NOT (Element 1...)
OR (Element 1...Element 2...)
AND (Element 1...Element 2..)
 Element = it can be GXXX for a group (1  400) - LXX S/MXX for an addressable point
Example 1: if the equation of the G90 software group is DEL(00.30 01.30(G21)) then:
Insert a
space character
- After 30 Sec. from the G21 activation

- the G90 group will activate and will be active for 1 minute and 30 seconds
Example 2: if the equation of the L2M90 output module is DEL (00.30 00.30 (AND (L1S1 L1S4)))
- After the L1S2 and L1S4 sensors have been in alarm condition for 30 seconds, the L2M90 module will be
active for 30 seconds.
N. B.
 If a delay is entered = 00.00, then the equation will be active AS SOON AS the delay start equation
is active, and it is active for the time period specified in “duration”.
 Only a DEL operator can exist for each equation
 If the DEL equation duration time is not specified, the equation will be active until the reset of the
elements in the equation.
 The maximum value of the duration time is 10 minutes
 The maximum values of the delay time is 10 minutes.
SDEL
The “SEDEL” operator is equal to the “DEL” operator, with the difference that, if during the delay time the
equation is not true any longer, the timer continues to count and then it activates the output device.
To re-set this timer perform an alarm or Fault reset.
TIM
is the operator that allows to program output activations at periodic time intervals.
There can be two formats :
Enter a Enter a
space character space character
FORMAT Type 1 : TIM (SU MO TU WE TR FR SA 00.MM 00.MM)
activation days start time end time

(optional)
Where : 00 = hours, MM = minutes
This format allows to perform programmings weekly, for specific days of the week
Enter a space Enter a space
character character
FORMAT Type 2 : TIM (MM GG AA OO.MM OO.MM)
Activation date start time end time

(optional)
Where : MM = month, GG = day, AA =year

This format allows to perform programmings yearly
Example: IF the G90 software group equation is : TIM (SA SU 07.30 13.59)
THEN the G90 group will be active on Saturday and Sunday from 07.30 a.m. to 13.59.
N.B.:
 If the day, month or year is not specified, the value assumes the meaning of “All days”.
To not specify anything enter two signs “  “ refer to the following example:
TIM (   07.30 13.59)
 The start time and end time values, use the 24 hour format (midnight = 00.00 ... 23.59)
 The value “00.MM” of end time MUST be higher than the value of the start time.
 The maximum value for start time and end time is 23:59

 Examples of programming:
 OPTIONS
The following example points out three ways to perform a simple programming, that is the output module
activation as a response to an alarm on a detector (or any other alarm input device)
OPTION A OPTION B OPTION C

Fire detection device Fire detection device Fire detection device
LOOP 1 - detector 1 LOOP 1 – detector 1 LOOP 1 - detector 1
Output device Output device Output device
LOOP 1 – output module 1 LOOP 1 – output module 1 LOOP 1 – output module 1
Detector equation = (G1) Detector equation = Detector equation = (L1M1)
Module equation = (G1) Module equation = (L1S1) Module equation =
 GENERAL ALARM
The following example shows a method of control unit programming for the general alarm.
Fire detection Fire detection Fire detection Fire detection

device L1S1 device L1S2” device L1S3 device L1M1
Software Software Software

group group 2 group
1 3
Output device Output device Output device

L1M2 L1M3 L1M4
The L1M2 output module is associated with the group G1 and will be activated in case of alarm on the L1S1
and L1S2 detectors.
The L1M3 output module is associated with the group G2 and will be activated in case of alarm on the L1S3
detectors or on the L1M1 input module.
The L1M4 output module is used as a general alarm device; it will be activated in case of alarm on any fire
detection device (detector or input module) of the system, because all fire detection devices are associated with
the group G3.

Appendix B : Software Type_ID for MODULES
TABLE‐1 Input modules for CONTACTS CBE Y/N

MON3 Input Module 3 Treshold EN54 Y
MON Input Module 2 Treshold (NOT EN 54 compliant) Y
PULL Same as MON, but label “MANUAL Call Point”. Y
NONA Input Module Non Alarm Y
STAT Input Module same as NONA, signal both status variation Y
NCMN Input Module for N.C. contacts Y
MTRB Input Module Tamper. N
MACK Input Module for remote ACK (pulse). N
MTAC Input Module for remote SILENCE (pulse). N
MRES Input Module for remote RESET (pulse). N
SCON Input Module conventional zone Y
TABLE ‐2 Output Modules Supervised Output Advanced and VDS CBE Y/N

CON Output Module supervised Y
CONV Output Module supervised VDS Y
FORC Output Module – Relay output contacts free voltage. Y
Output Module FORC interrupts momentarily the power supply (used for reset N
PWRC
conventional detectors)
GPND Output Module FORC activated at each alarm / fault. N
APND Output Module FORC activated at each alarm. N
GAC Output Module FORC activated at each alarm. N
GAS Output Module CON activated at each alarm. N
GASV Same as GAS but with controlled VDS output N
TPND Output Module FORC activated at each fault. N
GTC Output Module FORC activated at each fault. N
GTS Output Module CON activated at each fault. N
GTSV Same as GTS but with controlled VDS output N
TRS Output Module FORC activated at each fault. N
ZDIS Output Module activated in case of exclusion of point or zone. N
MAINF Output Module (not supervised) activated for Power Failure. N
MAINFC Come MANIF, supervised N
MAINFV Come MANIF, ma con uscita supervisionata (EOL RES complies VdS) N
REM Output Module con contatti liberi da potenziale, comandabile solo da supervisione N
REMC Same as REM supervised N
REMV Same as REM, supervised (EOL RES complies VdS) N
SND Output Module which follows the status of the panel Sounder Output N
ZFLT Output Module FORC activated when the associated zone is in fault N
ZFLTC come ZFLT supervised N
ZFLTV come ZFLT supervised VdS N
TABLE ‐2B Output Modules Supervised Output Advanced and NOT VDS CBE Y/N

CON Output Module supervised Output Y
FORC Output Module relay with potential‐free contacts. Y
PWRC Output Module FORC interrupts momentarily the power supply N
GPND Output Module FORC activated at every alarm / fault. N
APND Output Module FORC activated at every alarm. N
GAC Output Module FORC activated at every alarm. N
GAS Output Module CON activated at every alarm. N
TPND Output Module FORC activated at every fault.. N
GTC Output Module FORC activated at every fault.. N
GTS Output Module CON activated at every fault.. N
TRS Output Module FORC activated at every fault.. N

MAINF Output Module FORC (not supervised) activated for Power Failure N
MAINFC Same as MANIF, but with supervised Output N
REM Output Module FORC controllable only by external commands. N
REMC Same as REM but with supervised Output N
SND Output Module which follows the status of the panel Sounder N
ZFLTC come ZFLT but with controlled output in standard mode N
TABLE ‐2C Output Modules NOT Supervised Output Advanced CBE Y/N

GPND Output Module FORC activated at every alarm / fault. N
TPND Output Module FORC activated at every fault. N
GTC Output Module FORC activated at every fault. N
TRS Output Module FORC activated at every fault. N
MAINF Output Module (not supervised) activated for Power Failure N
REM Output Module FORC controllable only by external commands N
TABLE ‐2D Output Modules CLIP CBE Y/N

CON Output Module with supervised Output Y
GPND Output Module FORC activated at every alarm / fault.. N
GAS Output Module CON activated at every alarm. N
GTS Output Module CON activated at every fault. N
TRS Output ModuleF ORC activated at every fault. N
REMC Same as REM with supervised Output N
GSND Addressable Sounder that can be Silenced Y
GSTR Addressable Strobe that can be Silenced Y
STR Addressable Strobe which follows the status of the panel Sounder N
TABLE ‐2E Output Modules NOT Supervised Output CLIP CBE Y/N

GPND Output Module FORC activated at every alarm / fault.. N
TRS Output Module FORC activated at every fault. N
ZDIS Output Module FORC activated in case of exclusion of point or zone. N
STR Addressable Strobe which follows the status of the panel Sounder N
TABLE ‐3 Call Points Advanced CBE Y/N

PULL Same as MON, but label “MANUAL Call Point”.”. Y
NONA Input Module Non Alarm (no display but CBE activation) Y
MACK Input Module to ACK – Silence Buzzer from an impulsive contact (KEY) N
MTAC Input Module to SILENCE from an impulsive contact (KEY) N
MRES Input Module to RESET from an impulsive contact (KEY) N
MTRB The call point not pressed generates a fault event N
NCMN The call point not pressed generates an Alarm event Y
STAT Same as NONA, but report any change in status (ON‐OFF‐ON) Y
TABLE ‐4 Sounder / Strobe Advanced CBE Y/N

SND Addressable Sounder that follows the status of the panel Sounder N
STR Addressable Sounder that follows the status of the panel Sounder N
GPND Sounder or strobe activated at each unrecognized alarm / fault, silenciable. N
APND Sounder or strobe activated at each unrecognized alarm, silenciable. N
GAC Sounder or strobe activated at each alarm N
TPND Sounder or strobe activated at each unrecognized fault. N
GTC Sounder or strobe activated at each fault (latch). N
TRS Sounder or strobe activated at each fault. N
ZLFT Sounder or strobe activated for faulty Device in the Zone N
REM Sounder or strobe controllable only by external commands N
MAINF Sounder or strobe activated for Power Failure N
ZDIS Sounder or strobe activated in case of exclusion of point or zone. N

20097 Tel: 02/518971
San Donato Milanese Fax: 02/5189730
(MILANO) www.notifier.it
Via Grandi, 22 E-mail: notifier@notifier.it
A Honeywell company
Every care has been taken in the preparation of this data sheet but no liability can be accepted for the use of the information therein. Design features may be changed or amended without prior notice.
M-162.1-AM8200-ENG Rev. A.2 02/2018
NOTIFIER ITALIA S.r.l.

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Fire Detection Panel: Programming Manual

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AM-8200 Programming

FIRE DETECTION PANEL

AM-8200 Programming Manual INDEX

INDEX Programming Manual AM-8200

AM-8200 Programming Manual INDEX

DETECTION SYSTEM LIMITS

 It is assumed that the user of this manual has performed a training

Current versions are : CPU : V 1.0.614 – LIB: V.1.0.325

Each Loop can be programmed as Advanced Protocol or CLIP compatible.

AM_8200 Programming Manual PAGE - 1

Max 500 m Max 500 m

SUB-ADDRESS: The sub-address programming is available only for addressable MODULES.

Example 3: a WSS-PR-I02 optical/acoustic device with address 2 will be programmed

SOFTWARE TYPE: An identifier identifying the type of device behavior.

ZONES: are set of points in same physical area

500 physical zones in stand alone or in 16 loop network configuration.

400 groups in 16 loop network configuration.

AM_8200 Programming Manual PAGE - 3

Keys with dedicated functions

RESET: This operation must be done with level 2 password

FUNCTION KEYS in LCD TOUCH SCREEN:

Keys to use: DURING THE PROGRAMMING or TO ENTER THE PASSWORDS

ARROWS: they are used to perform some selections.

ENTER: after performing a selection, it confirms the entered datum.

ESCAPE: “Back”, this is the menu exit function

PAGE - 4 Programming Manual AM_8200

REMOTE ALARM (Red):

SILENCE SOUNDER (Yellow):

DELAY IN PROGRESS (Yellow):

POWER SUPPLY (Yellow):

GROUND FAULT (Yellow):

FAULTS TRANSMISSION (Yellow):

ALARM TRANSMISSION (Yellow):

AM_8200 Programming Manual PAGE - 5

Exclusions menu Level 2 22222

Utility Menu Level 3 33333

Programming menu Level 3a 44444

 Description of the keyboard operation to enter data in the programming folders:

 Text entering (CBE, Labels associated with: devices, zones, etc.)

If an invalid password is entered, the

This code is used to obtain the programmed

PAGE - 6 Programming Manual AM_8200

If you touch the screen the following screen is displayed

Function associated with PGRM key

Function associated with DISABLE key

Date - Time Function associated with TEST key

Function associated with UTIL key

Alarm Zones Fault Zones Disabled Zones

Icons that signals the Panel Conditions

- If there are Pre-alarms the alarm clock symbol is displayed

- If there are Alarms the Fire symbol is displayed

AM_8200 Programming Manual PAGE - 7

 First zone in pre-alarm

Zone Counter in Pre-Alarm

Zone View Window

Text programmed for the

PAGE - 8 Programming Manual AM_8200

FIRST ZONE IN ALARM