Honeywell XLS80e User manual

XLS80e
Panel Configuration
Manual
March 2007, Issue 9

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XLS80e Fire Alarm Control Panels
Honeywell, Issue 9
March 2007
Quick Contents Reference by
Section
XLS80e
0 1 2 3
4 5 6 7
8 9
User Menu:
3:Log/display/print menu
4:Set Clock
5:View larm Count
6:
Service Mon 01-May-2000 11:20:07
Configuration
User Menu:
1:
2:Disable/enable
3:Log/display/print menu
4:Set Clock
Service Mon 01-May-2000 11:20:07
Test
DISPLAY:
SUMMARY - SEE SECTION
DETAILED DESCRIPTION OF MENUS, SEE SECTION:
4
CONFIGURATION MENU:
OVERVIEW - SEE SECTION
DETAILED DESCRIPTIONS, SEE SECTION:
3
12
12
10
ALSO:
TIME-OF-DAY - SEE SECTION
SENSITIVITY & DELAYS RECOMMENDATIONS - SEE SECTION
UPGRADING THE SOFTWARE - SEE APPENDIX
AVAILABLE LOOP DEVICES - SEE APPENDIX
XLSNET - SEE APPENDIX
9
13
1
2
3
POWER ON -
SEE SECTION 2
CONFIGUR TION:
1:
2:Zone Text Editor
3:Panel Text Editor
4:Control Matrix Configuration
Service Mon 01-May-2000 11:20:07
Loop Device Configuration
5
6
7
CONFIGUR TION:
4:Control Matrix Configuration
5:Network Configuration
6:Panel Settings
7:
Service Mon 05-DEC-2005 11:20:07
Virtual Point Configuration
14
8, 11
15

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Honeywell, Issue 9
March 2007
Contents
1 Introduction 1
1.1 Associated Documents 1
1.2 System Design and Planning 1
1.3 Glossary of Icons 2
1.4 Software Version Number 4
1.5 EN54 Functions 4
1.6 Ancillary Functions 5
2 Power On/Start Up 7
3 Panel Configuration Overview 9
3.1 Where to Access the Configuration Actions 9
3.2 Configuration Actions 10
3.3 Using the Panel Controls and Indicators 11
3.3.1 Pushbuttons 11
3.3.2 Liquid Crystal Display 12
3.4 Using the Off-line Support Tool 13
3.5 Passcodes 13
3.6 Learn Devices on Loops 14
3.7 Configure Group of Devices 15
3.8 Configure Individual Device 15
3.9 Text Editing 16
3.10 Control Matrix 16
3.11 Time-of-Day 17
3.12 Setting the Clock 17
3.13 Panel Settings 17
3.14 System Networking 18
3.15 Delays 19
3.16 Virtual Point Configuration 19
4 The Display - Tabs, Events and
Menus 20
4.1 Introduction 20
4.1.1 Status: NORMAL 20
4.1.2 Tabs 20
4.1.3 Events 20
4.1.4 Menus 20
4.2 Tabs 21
4.3 Event Displays 22

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4.4 Menu Displays 25
4.4.1 To Display the User Menu 25
4.4.2 To Navigate Through the Menus 26
4.4.3 Menu Structure 27
5 Loop Device Configuration 29
5.1 Configure Individual Device 29
5.1.1 Select a Device 29
5.1.2 Change Device Configuration
- Sensors 31
5.1.3 MULTI, MCS & GAS Sensitivities 37
5.1.4 Change Device Configuration
- Modules 39
5.2 Configure Group of Devices 43
5.3 Learn Devices on Loops 45
5.3.1 Starting the Procedure 45
5.3.2 Run in Auto-Learn Mode 47
5.3.3 Run in Manual Learn Mode 49
5.3.4 Error Messages 49
5.3.5 End of Learn Process 50
5.4 Change Zone Number 50
6 Text Editing 51
6.1 Text Editing Pushbuttons 51
6.2 The Character Set 52
6.3 Zone Text Editing 52
6.4 Panel Text Editing 53
7 Control Matrix 54
7.1 Introduction 54
7.1.1 EN54 Requirements 55
7.2 Input Categories 56
7.3 Output Categories 58
7.4 Output Modes 59
7.5 Review/Edit Control Matrix 61
7.5.1 Review Entries 61
7.5.2 Edit Entries 62
7.6 Defining a Control Matrix Entry 63
7.6.1 Input Definitions 63
7.6.2 Output Definitions 69
7.6.3 Completion of New Entry 75
7.7 Disablement/Enablement Function 76

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7.8 Extinguishing System Function 77
7.8.1 Types of Control Matrix Entry 77
7.8.2 MinimumConfiguration 77
7.8.3 Device Selection 78
7.8.4 HOLD Options 78
7.9 Logic Operation with Transfer Flags 79
7.9.1 Example Logic Operations 79
7.10 Print Control Matrix 81
8 Change Passcode 82
8.1 Introduction 82
8.2 How to Change a Passcode 83
9 Time-of-day Programming 85
9.1 Time-of-day Program Editing 85
9.2 Manual Override 87
9.3 DISABLEMENT and
ENABLEMENT Override 88
9.4 MULTI Thermal-Only Mode 89
9.5 Link to Day/Night Switch 89
10 Setting the Clock 90
11 Panel Settings 91
11.1 Internal Buzzer Options 91
11.2 LED ‘Blinking’ Mode 92
11.3 Number of LOOPS on Panel 93
11.4 Pulsing Sounder Modes 94
11.5 Walk Test Options (MCP/Sounder) 94
11.6 Automatic Test Options 95
11.7 Disablement Options 95
11.8 Loop Options 97
11.9 Panel Functions 97
11.10 Access Level for MUTE BUZZER etc. 98
11.11 Unlatched Non-alarm Input Logging 98
11.12 Relay Circuits SILENCE Option 99
11.13 Mains/PSU Fault Delays 99
11.14 LCD Backlight ‘On’ Duration 100
11.15 Blank Lines Between Printed Events 100
11.16 Isolated RS232 Port Set-up 101
11.17 Diagnostic RS232 Port Set-up 102
11.18 Remote Fire Output Options 103

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11.19 Day/Night Modes Configuration 104
11.20 Extinguishing System 105
11.21 Alarm Coincidence 106
11.22 Network Settings 107
11.23 Thermal Alarm Verification Time 107
12 User Menu at Level 3 Access 108
12.1 Control Output Tests 108
12.1.1 CMXModules 109
12.1.2 Local Sounder Circuits 110
12.1.3 Relay Circuits 110
12.1.4 Virtual Output Points 111
12.1.5 Loop Sounders and Boosters 111
12.2 Bad Poll Log 112
12.3 Display Active Control Matrix Rules 112
12.4 Unconfigured Devices Scan Menu 112
12.4 Commissioning Mode for MCS Sensors 113
13 Sensitivity and Alarm Delay
Recommendations 114
13.1 Analogue Sensors Sensitivity 114
13.2 Analogue Device Verification 114
13.3 Module Delays 115
14 Master/Slave Network 116
14.1 Introduction 116
14.1.1 Number of Stations on Network 116
14.1.2 Number of Zones on Network 117
14.1.3 Information Distribution via Network 118
14.2 Network Configuration Procedures 119
14.2.1 Station Type 120
14.2.2 THIS Panel 121
14.2.3 Associate Repeaters with Panel 122
14.2.4 Completion of Network Configuration 122
14.3 Print Network Configuration 122
15 Virtual Point Configuration 123
15.1 Virtual Output Points 123
15.2 Virtual Input Points 124
15.3 Virtual Output Backup Sounder 124

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Appendix 1
Upgrading the Panel Software A1-1
Appendix 2
Available Loop Device Types A2-1
Appendix 3
XLSNET Network Configuration A3-1

1 Honeywell, Issue 9
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XLS80e Fire Alarm Control Panels
1 Introduction
Thismanualprovidesrecommendedprocedures
for the successful configuration of a complete
HoneywellXLS80eSeriesintegratedFireControl
System (including repeater panels). The
procedures also apply for XLS80e Series
stand-alone Fire Control units.
The XLS80e Series intelligent fire alarm
controllers are designed for use with
Honeywell’s range of addressable analogue
sensors, control and monitoring modules and
addressable call points. A unique signalling
protocol is used, with digital address and
control signals and analogue pulse width
monitoring for the reply data from devices.
Theserial communications interface operates
under RS485 protocol. It enables the
connection between control panels and
repeaters.
1.1 Associated Documents
Thismanual shouldbe readinconjunctionwith
the following documents:
a. XLS80e Series Installation &
Commissioning Manual
b. XLS80e Series Operating Manual
(ref. 997-474-000-x).
1.2 System Design and Planning
It is assumed that the system, of which the
XLS80eSeries firecontrol equipment isa part,
has been designed by a competent fire alarm
system designer in accordance with the
requirementsofEN54 Part14,BS 5839Part 1:
1988and anyother localcodes of practicethat
are applicable.
Be aware that....
This manual is not intended to be a fire
detectionsystem designguideandshouldonly
be used by (or under the supervision of) a
qualified system design engineer.
Some features of the XLS80e Series control
panelmay,if usedinappropriately, contravene
the requirements of EN54. Where there is a
possibility of such an occurrence, a suitable
warning is given with brief details of the EN54
requirement. A typical EN54 non-compliance
warning is illustrated at left.
EN54-2: 13.7
Maximum of 512
Sensors and/or MCPs
per panel unless
ELIBs are used

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XLS80e Fire Alarm Control Panels
1.3 Glossary of Icons
Throughoutthis manual, and the otherrelated
XLS80e Series manuals, a number of icons
are used in the illustrations to help clarify, or
simplify, particular configuration procedures.
The following icons are used to advise or
indicate:
a. DO follow the recommended procedure or
method.
b. DO NOT use this procedure or method.
c. Inspection of an item or sub-assembly is
required at this point.
d. Following a defined process meets the
required approval/inspection criteria or
standards.
e. Followinga definedprocess doesnot meet
therequiredapproval/inspection criteria or
standards.
f. Additional items to be considered.
g. This icon placed next to a pushbutton
requires you to press it while configuring
the panel. Where two or more icons are
used, a number may be placed on or near
eachhand toindicate theorderofselection:
1 coming before 2.
h. Activityprocess step - flowarrow for single
action or iterative actions.
i. Leaderarrow- usedwith activityprocesses.
j. Sounder operating/Sounder not operating
or silenced.
k. Internal buzzer operating/not-operating or
silenced.
l. Digital clock timer - press and hold the
applicablepushbuttonfor thetime indicated.
00:00:03

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XLS80e Fire Alarm Control Panels
m. Mains power connected and switched ON.
n. Panel batteries power connected/
disconnected.
o. Manual Call Point (MCP)/Sensor.
p. Access 3A passcode entry requested to
continue with selected panel configuration
action (access 2 & 3 shown with three
asterisks).
q. IBM-compatible Personal Computer (PC)/
laptop.
r. Loop device address switch.
1
22
33
4455
66
77
81 8
009 9
230 V AC
50/60 Hz
Access 3A
*****

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XLS80e Fire Alarm Control Panels
1.4 Software Version Number
The XLS80e Series control panel software
version can be viewed by performing a lamp
test function.
Software version numbers are displayed for
the following:
a. The panel.
b. The Loop Interface PCB.
c. The Enhanced Loop Interface PCB.
1.5 EN54 Functions
This fire control panel complies with the
requirementsof EN54-2/4:1997. Inaddition to
the basic requirements of EN54-2, the panel
may be configured to conform with the
following optional functions - the applicable
clauses of EN54-2 are referenced as follows.
Options Clause
Indications:
Fault signals from points 8.3
Recording of the numbers of
entries into fire alarm condition 7.13
Controls:
Coincidence detection 7.12
Delay of the actioning of outputs 7.11
Disablement of each address
point 9.5
Test condition 10
Outputs:
Fire alarm devices 7.8
Fire alarm routing equipment 7.9
Fault warning routing equipment 8.9

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XLS80e Fire Alarm Control Panels
The following features are provided by the
PowerSupplyUnit (PSU)of theXLS80eSeries
Fire Control Panel Range to comply with
EN 54-4:
Feature of the XLS80e PSU EN 54-4
Clause
Derive power from the mains
supply 5.1
Derive power from a standby
battery source 5.2
Charge and monitor the standby
battery / batteries 5.3
Detect and signal various PSU
faults 5.4
1.6 Ancillary Functions
Thefollowing is a listof ancillary functionsthat
areprovidedby theXLS80eSeries FireControl
Panel Range in addition to those required by
EN54-2/4. These functions are described in
the section of this manual as referenced
(except the Sounder volt-free contact option,
which is described in the Installation and
Commissioning Manual):
Ancillary Function Manual
Section Refs.
Change sensitivity 5.1.2.7, 13
Control Matrix:
Output modes 7.4
Input type filtering 7.6.1.1
Output type filtering 7.6.2.2
Time-of-day filtering 7.6.2.2
Auto disable/enablement 7.7
Networking 14
Time-of-day functions -
disablements/configuration 3.11
Self-learn configuration 5.3.2
Module supervision options 5.1.1.4
Module silence options 5.1.4.7
Text editing 6
Sensor LED blinking mode 11.1
Sounder pulsing periods 11.4
Signal degraded monitoring
period 11.8
(continued)

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XLS80e Fire Alarm Control Panels
Ancillary Function Manual
Section Refs.
Loop start-up boost 11.8
Calendar-based automatic
test selection 11.6
Automatic cancellation of
disablements 11.7
Mains Fail Fault
additionaldelay 11.13
RS232 Printer Output &
PC Interface 11.1
Temporary Configurations 11.1, 11.2
Volt-free contact
output option 7.71
Extinguishing system 7.6.1.6
features 7.6.2.5
7.8, 11.20
1Installation and Commissioning Manual
CAUTION:
This product is not compliant
with EN 12094-1.
EN
12094-1
!
EN
12094-1
!
Fire extinguishing installations in
Europe are required to be certified as
compliant to this standard.

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XLS80e Fire Alarm Control Panels
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March 2007
2 Power On/Start Up
To power up the system from a completely
powered-downcondition:
1Connect the two leads (A) from within the
panel to the two 12 V sealed lead-acid
batteries and then fit one end only of the
supplied interlink (B).
2Connect and switch on the mains supply.
3Connect the interlink to the remaining
terminal - but see item a. below.
After a few seconds the Status: NORMAL
display appears, indicating that the panel is
now ready to accept panel configuration
instructions. If the display is too dark to read,
adjust the contrast (see Section 3.3.2.1).
Be advised that....
a. Ifthe batteryconnectionsare notcompleted
within 60 seconds of the mains supply
beingswitched on, the panelwill indicate a
charger/battery fault. If this occurs:
1Press the MUTE BUZZER pushbutton to
silence the buzzer (access level 1 or 2,
depending upon panel configuration).
2After all necessary connections are
completed, press the RESET pushbutton
toclear the fault condition (accesslevel 2).
IF BATTERIES ARE NOT CONNECTED WITHIN
60 SECONDS OF POWER-ON:
ALL FAULT INDICATIONS ARE CANCELLED

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March 2007
b. If the panel has not been configured with
any sensor or module data, i.e. the normal
system status at initial power up, the panel
displays ‘*UNCONFIGURED*’ unless it is
part of a network, in which case it displays
‘NORMAL’.
Poweringupanetwork-specialconsiderations
Master/Slave network
The following is recommended:
i When configuring a panel (either directly
or using the Offline Support Tool), first
disconnect the panel from the network.
When the COMMS FAIL message is
displayed (may take up to 2 minutes for a
Slave), press MUTE BUZZER to stop the
buzzer.
ii When all panels have been configured,
remove power from all of them. Connect
the Master panel to the network - set the
termination link on its RS485 PCB to the
‘ON’ (lower) position if it is not already so
configured (see Section 6 of the XLS80e
Series Installation and Commissioning
Manual).
iii Power-on just the Master panel. Wait until it
reports COMMS FAIL. Use MUTE BUZZER
to mute the buzzer. Wait one minute.
iv Connect and power-on each Slave panel
and Repeater in turn. There is no time
restriction on doing this. When all the
panels have been powered-on, wait one
minute, then press the RESET pushbutton
at the Master panel. The network should
stabilise(i.e.noerrormessagesor buzzers).
v Ifthe sitearrangementdoes notrequire that
a termination link be set at the Master (see
Section 6 of the XLS80eSeries Installation
and Commissioning Manual), fit the
termination links at the correct panels and
then set the link at the Master panel to the
‘OFF’ (upper) position. This can be done
with the system powered-on.
XLSNET peer-to-peer network
When all panels have been powered-up, allow
timeforthenetworkto settle.Whennonewfault
messages are being generated, press RESET.

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XLS80e Fire Alarm Control Panels
Honeywell,Issue 9
March2007
3 Panel Configuration Overview
Thissection gives abrief guideto the methods
forconfiguring the XLS80eSeries panels.
3.1 Where to Access the Configuration
Actions
The panel can be configured at one of the
following:
a. Thepanel, usingits controlsand indicators.
This is the slowest method, so the
manufacturer recommends that you only
use this method to perform small-scale
operational amendments after the panel is
fully commissioned. Refer to Section 3.3.
b. Off-line, using a Personal Computer (PC,
e.g. a laptop) running the Off-line Support
Tool. The updated configuration is
subsequently uploaded to the panel via its
internal RS232 port. Refer to Section 3.4.
At the start
TheAccess3 passcodeisrequiredto configure
the panel. Refer to Section 3.5.
At the finish
A‘Confirm Changes’ prompt isdisplayed. The
changes you have made are not permanently
storedin thepanel’s memory unlessyou press
to select‘confirm’. Ifyou press toselect
‘cancel’, the changes are lost.
OR
Access 3
***

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March2007
3.2 Configuration Actions
The following configuration actions can be
performed:
a. An unconfigured panel can scan the loops
andlearn what devices areinstalled, either
automatically or with manual user
intervention.Refer toSection 3.6.
b. Groupsofdevicesonaconfiguredpanelcan
be selected for deletion or change to a
differentlogical type. Refer toSection 3.7.
c. Individual devices can be added, removed
orchanged manually. Referto Section 3.8.
d. Thepanel zoneanddevicetext descriptions
can be edited. Refer to Section 3.9.
e. Therelationshipbetween inputdevices(e.g.
sensors, manual call points) and output
devices(e.g. sounders) canbe configured.
This is done in the Control Matrix, which is
atable of inputs,outputs and relationships.
Refer to Section 3.10.
g. The status of devices (e.g. the sensitivity)
canbe set tovary depending uponthe time
of day. Refer to Section 3.11.
h. The panel clock can be adjusted. Refer to
Section 3.12.
i. Various temporary and permanent
configuration options can be set. Refer to
Section 3.13.
j. Thepanel can beconfigured to be partof a
network.Referto Section 3.14.
k. Sounders or remote fire outputs can be
delayed.Refer to Section 3.15.
l. Virtual input and output points can be
configured.Refer to Section 3.16.
LOOPDEVICECONFIGURATION -Sections 3.6-3.8
TEXTEDITING- Section 3.9
CONTROLMATRIX -Section 3.10
TIME-OF-DAY-Section 3.11
CLOCKSETTINGS -Section 3.12
PANELSETTINGS- Section 3.13
NETWORKING- Section 3.14
Z X C V B N M
Q W E R T Y U I O P
A S D F G H J K L
?
?
DELAYS - Section 3.15 Certain options on non-configuration menus
alsorequiretheaccesslevel3or3Apasscodes.
These options are described in Section 12.
VIRTUALPOINTCONFIGURATION -Section 3.16

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March2007
3.3 Using the Panel Controls and
Indicators
Allof the configurationoperations describedin
this manual can be done using the panel
pushbuttonsand LiquidCrystal Display(LCD),
withno external equipmentrequired.
The panel remains ‘on watch’ during the
configuration sequence, and will therefore
respond appropriately to any fire or fault
conditions that arise.
Themanufacturer recommends that youkeep
asecure copyof the systemconfiguration ona
PC as a backup, in case of difficulties in the
configurationsequence.
3.3.1 Pushbuttons
OPERATINGPUSHBUTTONS
CHANGE TABS - Scrolls through the tabbed
displays. Refer to Section 4.2 for further
information.
RESET - Restores normal operating status
whenall alarmconditions havebeen removed.
Note: Theother operatingpushbuttons arenot
used during configuration. Their
operation is described in the XLS80e
SeriesOperating Manual(997-474).
CURSORAND NUMERIC PUSHBUTTONS
- Used to movearound the LCD
menus. When the panel status is normal and if
theprinterisfitted, advancestheprinterpaper.
Used to: select menuoptions, select quick
methods of dis/enablement and walk test
cancellation,controltheeventlogdisplay, select
loopdeviceparametersforedit,displayexisting
time-of-day programs, create a new Control
Matrix entry and select characters during text
editing.
0
to
9
- Used to select items and enter
data on the LCD.
- Used to accept an item or state on the
LCD.
- Used to cancel an item or state on the
LCD.
KEYSWITCH - Setting the keyswitch to the
right has the same effect as entering an
access 2 passcode. Set it to the centre to
deselect access 2.
XLS80e
0 1 2 3
4 5 6 7
8 9
END DELAY /
EVACUATE
MUTE
BUZZER
EXTEND
DELAY
SILENCE /
RESOUND RESET
DAY
MODE
FIRE O/P
DISABLE
CHANGE
TABS
ZONES IN
ALARM
PRE-ALARM
FIRE
FAULT
SYSTEM FAULT
SOUNDER FAULT / DISABLED
FIRE O/P FAULT / DISABLED
FIRE O/P ACTIVE
DAY MODE
DELAYS ACTIVE
TECHNICAL ALARM
DISABLEMENT
TEST
POWER
EN54-2/4 1997

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March2007
3.3.2 Liquid Crystal Display
The 6-line x 40 character display (using 240 x
64 pixels) provides a menu structure for the
operationand configuration of thepanel. Most
of the operations described in this manual are
accessedfrom the ConfigurationMenu.
Further information about the display is given
in Section 4.
3.3.2.1 LCDContrast Adjustment
This adjustment procedure as shown at left is
onlyavailable within the firsttwominutes after
power is applied to the panel.
To adjust the LCD contrast at other times,
selectLAMP TEST(referto theXLS80e Series
OperatingManual 997-474, Section 6.4Lamp
Test) while at access level 3. Hold while
the test progresses. The contrast then cycles
andtheremainderof theprocedureisas shown
at left.
HOLD
THEDISPLAYCYCLES BETWEENMAXIMUMAND
MINIMUMCONTRAST:
MOMENTARILY
WHEN THE REQUIRED CONTRAST IS PRESENT
ON THE DISPLAY, RELEASE .
TOFINE-ADJUST,USE:
WHENCOMPLETED, PRESS:
TOINVOKETHESELECTED CONTRASTVALUE.
AND
AND PRESS

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March2007
3.4 Using the Off-line Support Tool
Thisisa means of preparingtheconfiguration
data,usingan optionally-suppliedsoftware tool
which you can use without any connection to
thepanel:
i. SavetheprepareddatatoyourPCharddisk.
ii. When the panel is ready to accept the
configurationdata, simplyconnect itto your
PC, for the final data transfer to be made.
TheXLS80eOff-lineSupportToolisacomplete
package foroff-line configuration preparation. It
issuppliedwithallnecessarypanelconfiguration
instructions,consequentlyno furtherdetailsare
givenhere.
This software package is available from
HONEYWELL or your supplier (Part Number:
020-558-100).
3.5 Passcodes
A passcode is required for all configuration
functions. You will be asked for the passcode
attheappropriatetime(Sections4.4.1 and12.1
give examples). There are three access
passcodes:
Access 2 - Permits operation of the panel
pushbuttoncontrols andprovidesaccessto
all menus except the Configuration menu.
Itcanbeoverriddenby thepanelkeyswitch.
Note: Some menus have options which can
only be accessed using an Access 3 or
Access3A passcode; theseoptions are
described in Section 12.
Access 3 - Provides access to the
Configuration menu. Most operations
described in this manual require this
passcode.
Access 3A -Certain operations (changing
passcodes,and panel settings)require this
passcode.
Defaultpasscodes aresupplied withthe panel.
These can be changed and the manufacturer
strongly recommends that you do so once
commissioning has been completed (see
Section 8fordefaultpasscodes andthemeans
ofchangingthepasscodesfromthesedefaults).
Passcodes are not required for off-line
configurationusing aPC, butthey arerequired
whenuploadingor downloading configuration
data using this method.
Access 2
Access 3A
**
*****
*
Access 3
***