@npruvalsNotto be distributedoutsideqf FM Aoprovalsand itsa.{filiatesexceptby Customer
APPROVALREPORT
AutroSafeIntegratedFireand GasSystem
InterfaceEAU'340,
IncludingAutroFieldBus
PowerLoop4-20mA input
PowerLoopDriverBSD-340,
110
RS-485interfaceBSD-321,88R
unit BN-342,
sounders;BN seriesl/O devices,BWseriesinput
disableunits,X33seriesflamedetectors,and BF
SeriesManualFireAlarmStationsfor LocalProtective
Signaling
Preparedfor:
AutronicaFireandSecurityAS
HaakonVll's Gate4
N7483Trondheim,Norway
ProjectlD: 3023568
Cfass: 3010,3111,3150,3260
Dateof Approval:
Authorizedby:
FM Approvals
Turnpike
I l5l Boston-Providence
POBox 9102
Norwood,MA02062
Page1 of 17
FM APPROVALS
ProjectID: 3023568
AutroSafeIntegratedFire and GasSystem
IncludingAutroFieldBusInterfaceEAU-340,Powerloop Driver BSD-340'
Powerloop 4-20mA input unit BN-342,RS-485interfaceBSD-321,BBR 110sounders;
BN seriesVO devices,BW seriesinput disableunitsoX33 seriesflamedetectors,and
BF SeriesManual Fire Alarm Stations
for Local ProtectiveSignaling
April T' 2006
from
Autronica Fire and SecuritYAS
HaakonVII's Gate4
N7483Trondheim,NorwaY
INTRODUCTION
l.l
of theAutroSafeIntegrated
anApprovalexamination
AutronicaFireandSecurityAS requested
SignalingandAutomatic
FireandGasSystemusingCPUfirmware3.5for LocalProtective
of thepreviouslyApproved
examinedin this projectaremodifications
releasing.Theequipment
Theflame
3008100,3012154,3022074.
IDs
Project
under
examined
fire alarmsystem
AutroSafe
flame
AutroSafe
previously
Approved
the
of
examinedin this projectaremodifications
detectors
underProjectIDs 3011126,3012419,3014814,
Electronics
for Detector
examined
detectors
to Autronica.
andprivatelabeled
and3022338,
3018317,3020383
3017881,
3016955,
underprojectID 3023566andresulted
wasexamined
of the gasdetectoroperation
Examination
gasdetectorsystemlisting
in a separate
t.2
only in its entiretyandwithoutmodification.
This Reportmaybe freelyreproduced
1.3
Standards
Title
ClassNumber
Date
National Fire Alarm Code
ANSI/NFPA72
2002
AudibleSignalDevices
3150
t2174
RadiantEnergy-SensingFire Detectorsfor
Automatic Fire Alarm Signaling
RadiantEnergy-SensingFire Detectorsfor
Automatic Fire Alarm Signaling
3260
Ausust2000
ANSI/FM3260
February2004
1.4
Listing: The new productwill appearin the Approval Guide under Local ProtectiveSignalingas
follows:
AutroSafeIntegratedFire and Gas Alarm Control Systemconsistsof either a singlecontrol panel
or a systemof up to five different panels.A singleBS-310 Fire Alarm Control using software
designated3.5 requiresan internalBSS-103A 220Yacl3A-power supply. It can accommodatea
maximumof l4 modules,one BSS-310 power module,one BSL-3I 0 communicationmoduleand
up to l2 optional modules.Controlsare limited to six loops and a total of 512 devices. Loops can
contain initiating devicesor notification appliances.Systempower is a supervised8.0 A at24
Vdc from 230Yac or a24Ydc,225 Ah, six PS-12750batterybank providedby the SC-8124-25
.A multi-panelAutroSafeFire Alarm Control Systemincludesa B5-320 Control panelusing the
samesoftwareand power as the BS-310 and optionalpanels:BC-320 controller,BS-330Operator
Page2of 17
FM APPROVALS
ProjectID: 3023568
Panel,BV-320. BX-3XX controlsaresuitablefor operationin
Panel,BU-320andRepeater
operatefrom
from 32oto 140'F(0' to 60"C);theBD seriesheatdetectors
ambienttemperatures
-4o
(-20"
to 70oC).
158"F
-4oto l25oF(-20oto 52"C);all otherperipheral
to
devicesareratedat
provide
the
required
on 230V ac,50 Hz.Two l2Y dc batteriesupto24 Ah
Thecontroloperates
24 hoursof standbypowerplusfive minutesof alarm.Theoptionalmodulesare:BSJ-310output
100mA
opencollector,non-monitored
module,eachof whichallowsfor 8 programmable
of oneAL
for
connection
which
allows
of
module,
each
loop
l0/31
I
detector
BSD-3
outputs;
(ClassB)
(Class
4.5
Style
A)
or
for
Style
7
configured
which
can
be
Comloopof 127devices,
loops
devices,
of
512
a
total
loops
and
to
six
panelsarelimited
signalingline circuitperformance,
for
which
allows
canbe initiatingor notification;BSB-310alarmoutputmodule,eachof
circuit
of 4 alarmoutputshavingStyleY (ClassB) notificationappliance
connection
4 monitoredor 8 non
inputmodulesallowingfor connecting
performance;
BSE-3101320
initiatingdevicesincludetheModels
AL Comaddressable
monitoredinputsrespectively.
rated130'F(56'C) with a maximum
BD-200,BD-300,BD-500,andBD-501heatdetectors
of 25x25ft (7.6x7.6m); ModelsBH-200,BH-300andBH-500,BH-500/SandBHspacing
type
BH-220,BH-320andBH-520photoelectric
typesmokedetectors
500N) photoelectric
andModelsBF-300,BF-300Mmanualfire alarm
with thermistorheatdetection
smokedetectors
interfaceBN-300with SelfVeriffworksasa switchmonitoringunit,
stations.Theaddressable
providesa relayoutputfromtheAL Comdetectorloop.The
SelfVeriff
BN-310
without
the
and
initiatingdevices.TheBN-201allowsthe
of conventional
BNB-330allowsconnection
to
canbeconnected
devicesto theAl_Com.Relayoutputequipment
of supervisory
connection
is
the
BN320/04
the loopwith a BN-320VO unit. BN-320/02is specificallyfor doorcontrol.
controlunit andtheBN-320/05is for sprinklersystemmonitoring.TheBNB-300
standard
detectorcircuitto theAUTROLONLoop.An addressable
of a conventional
allowsconnection
to a BSD-3lX
sounderis availableto be connected
l0
addressable
BBR-l
the
device,
notification
of a BD
the
base
mounts
under
BBR-110
The
addressable
device.
loopasanalarmnotification
fiber
or
BSL-322
a
BSL-321
to
loop
may
connect
or BH seriesdetector.TheAUTROLONring
cables
length
of
the
opticconverteror a BSL 325AUTROLONboosterin orderto extendthe
to
betweenpanelson theAUTROLONring. TheBSL-330Modbusconvertercanbeconnected
theAutroComSerialoutputto provideremotefire controlmonitoring.An EAU-321serialport
an
driverin thepanelwillestablish
boardandEAU-341AutroFieldBus
communications
to
connection
unit
enabling
converter
RS485
with
BSD
321
to
communicate
AutroFieldBus
to
Powerloop
driver
HSSD.,
BSD-341
Kidde-FenwalAnaLASER
MicropackFlamedetectors,
4-20
mA
input
units
Powerloop
connectto X33AF PL FlamedetectorandBN-34211,34212
X3301flamedetector.
to DetectorElectronics
enablingconnection
gasdetector,
fixed.
Seealsolistingundercombustible
1.5
suchasthis canonly evaluate
equipment
of modular,programmable
An Approvalexamination
it is beyondthescopeof such
tested,
have
been
Althoughall components
typicalconfigurations.
necessary
thatthoseresponsible
It is therefore
to testall possibleconfigurations.
anexamination
takespecialcareto veriff thattheirsystem
ofspecificinstallations
for thedesignandacceptance
is configuredto operateproperly for the requiredapplication.
II
DESCRIPTION
2.1
examinedfor this report.The
of theequipment
containa brief description
Thefollowingsections
and
handbooks
information,
component
necessary
available
all
has
made
manufacturer
A
listingof
Approvals.
file
FM
are
on
at
and
have
been
examined
which
sheets,
specification
report.
is foundin SectionVIII of this
thesedocuments
Page3 of 17
FM APPROVALS
ProjectID: 3023568
2.2
underthis project'
examined
Thefollowingtableliststhenewequipment
Model
Typeof
eouinment
Description
EAU 321
Board
SerialPortCommunication
Driver
AutroFieldBus
sc-&124-25
charger
PowerSupply/Battery
PS-I2750
C Powersonic
POWECSC8l24-25
marking
Enclosure,
lzV 75 Ah batteries,
ProtocolConverter
AutroFieldBus
control
230Volt unit
Monitored output module
Loop driver module
lnput Module
Multi-mode Fiber optic Converter
Sinsle mode fiber optic converter
control
control
control
EAU 34I
control
B S D3 4 0 ( 3 4 r ) Power Loop Driver
control
Powerloop 4-20 mA Input unit
BN 342
control
mA
input
unit
Loop
4-20
Power
BN 342ll
(similar
control
10,
3008100)
to BSS-3
PowerModule
BSS-3IOA
BSD-32I
BSB-3IO
BSD-3101320
BSE-3IO
BSL-32I
BSL-322
BSL-325
BSL.33O
BN 20I
BN 320
BN-320/02
BN-320/4
BN-320i5
BN-330
BNB-330
BW-200
Disableinput unit
control
contro
contro
contro
contro
contro
vo
UO
UO
UO
UO
UO
UO
vo
BW-20r
DisableInputunit with Timer
BBR.IIO
AddressableSocketsounder
Addressablesounder
Flame detector. 4-20 mA
Flame detector,Powerloop
Flamedetector.RS485
vo
Relay
control
Relay
control
BBR-2OO
X33/AF
X33/AFPL
Micropack
CCTV
Phoenix,RELMR-Z4DCI2I
Phoenix,RELMR.
24DCIZIAU
2.3
AUTROLONBooster
ModbusConverter
Monitorinsinputunit
Unit with SelfVerifu
Doorcontrol
ControlUnit
Standard
Sorinkleroperationindicatormax 1A @30Vdc
LoopInterfacewitVwithout
Conventional
housine
control
UO
lnitiatine
Initiatine
Initiating
with softwareRev. 3.5, EAC-300processorboardRev. 5, BSRThe ControlpanelBS-3101320
3l0C display board Rev. 0, EAU-3 10 LON interfaceboard Rev. l, BSZ-3l0 operatorboard Rev.
controller. It is capableof
3, and BSF-310Bconnectionmodule Rev. 3 is an analogaddressable
displayingalarm/troubleconditions,It has provisionsfor up to sevenmodules. The panelhasfwo
RS-232ports for connectionto remoteprinting devicesor laptopcomputersfor programmingand
configuration.The BS-310 is a stand-aloneunit. The BS-320 is designedto be connectedto a
systemofpanels.
Page4 of l7
FM APPROVALS
ProjectID: 3023568
2.4
Requiredmodulesmountedin thecontrollerare:
2.4.1 TheBSS-103Apowersupplymoduleprovides24 Ydc at 34,for operationof thesystem.The24
2'6).The
powersupply(seeparagraph
V poweris providedto theBSS-103Aby the SC-8i25-25
module;and
BSS-103Aprovidespowerto thefrontpanelboardsthroughBSF-310Bconnection
for themodulesthroughthepowermoduleBSS-3l0{l02'
2.4.2 BSS-3l0Ll02moduleprovides24Y dc and5V dc for all themodulesin theBS 320fromthe
powersupplymodule.
BSS-103
allowingcommunication
a singleRS232connection
moduleprovides
2.4.3 BSL-310communication
betweentheexternalmodulesandthepanel.
allow fiberopticcommunication
Multi andSinglemodeFiberopticconverters
2.4.4 BSL-3211322
enable
fiberopticconverters
TheBSL-3211322
systemcomponents.
betweenwidelyseparated
Multi andSinglemodeFiber
up to 3km between-3?I1322
theAUTROLONring to beextended
system
betweenwidelyseparated
opticconverters.Thisprovidesfiberopticcommunication
components.
the
a largerAUROLONnetwork.Boosterincreases
2.4.5 BSL-325AUTROLONboosterenables
lkm
rather
than
the
2.8
km
to
be
circuit
maximumcopperwiredAUTROLONcommunications
copperwire is limitedto.
standard
2.5
Thefollowingmodulesareinstalledin thecontrolsto testvariousequipment:
2.5.1 Themonitoredoutputmodule,BSB-310,providesfour monitoredoutputcircuitsStyleY (Class
Eachcircuitis ratedmaximumof I A (3
circuitperformance.
B) notificationappliance
fire
fire alarmdevices,fire alarmroutingequipment,
A/module)24Y dc for alarmsounders,
protectionequipmentandotherfault outputs.
devices.TheBSD-310is
2.5.2 Theloopdrivermodule,BSD-310candriveup to 127addressable
mA. TheBSD-31I is
140
current
of
a
maximum
with
circuit
a
50-ohm
capableof driving
250
mA. Bothmodules,BSDcurrent
of
maximum
capableof drivinga 20-ohmcircuitwith a
(Class
A) or Style4.5(ClassB) signalingline
caneachbe configuredfor eitherStyle7
3101311
circuitperformance.
to
of providingdigitalinputsignals
providethecapability
BSE-310/BSE-320
2.5.3 TheInputmodules
controlfunctions'
for
supplemental
Panel
Fire
Alarm
Control
the
with up to 3l
2.5.4 TheAUTROFIELDBUSDriverEAU-341mountedin thepanelcancommunicate
BN 342or
devices,
the
to
RS485
busunits. Thebusunitscanbe eithertheBSD-321to connect
EAU-321
drivers.The
8N342/l to connectto 4-20mA devicesor BSD341PowerLOOP
systemthroughthe EAU-341.
with theAUTROLONcommunications
interfaces
2.5.5 TheoutputmoduleBSJ-310provideseightnonmonitoredopencollectoroutputsthateachcan
outputscannotbe usedfor
purposes.Unsupervised
drive 100mA currentfor supplemental
Approval.
functionsrequiredfor
2.6
chargerSC 8(24-25)provides8.0A at nominal24 Ydc (actual27.3
Thepowersupply/battery
Vdc) whenpoweredby either240Yacmainvoltageor 24Ydcfromthebatterybank. Thepower
supplyibatterychargerprovidedfor testingis only ratedfor 240Vacinput.
Page5 of 17
FM APPROVALS
ProjectID: 3023568
2.7
BSR-310display
with softwareRev.3.5andhardware
Theinformationpanel,BV-320operating
on a
provide
information
to
is
intended
Rev.
3,
module
connection
l0B
boardRev.l, andBSF-3
provides
the
same
premises.
The
BV-320
protected
zonewithinthe
operating
designated
informationthatis displayedon themaincontrolpanelBS/BC-320.
2.8
with softwareRev.3.5andhardwareBSR-310display
panel,BU-320operating
Therepeater
moduleRev,3, is intendedto provideremotealarm
connection
BSF-3108
I,and
Rev.
board
resetcapabilities.
alarm
and
reactivation
and
signaldeactivation
2.g
TheBN seriesof inputunitsconsistof theBN-300,BN-300M,andBN-201.TheBN-300/BN300M input unitswith self veriff areboth intendedto interfacecontactclosuretypedetectors
"SelfVerif" featureof AutroSafeinitiatingdevicesand
ontotheAutroSafedetectorloop.
the systemto testeachdevicedaily. A calibratedsignalis
enables
initiatingdeviceinterfaces
"SelfVeriff"
signala trouble
deviceandif it failsto returntheappropriate
equipped
sentto each
a
contactswitch
to
monitor
provides
means
a
input
unit
conditionis annunciated.TheBN-201
(Normal
equipment,
of
this
in orderto monitorthestatus
(N.O.or N.C.)from externalequipment
the
describing
to givea specificmessage
/ faultetc),TheAutroSafepanelcanbe configured
whenthe inputof theBN-201is activated.
statusof themonitoredequipment
2.10
unitsprovidevariouscontrolfunctionsfromtheAutrosafe
TheBN-320/xseriesof inpuVoutput
is a "standard"controlunit. The
is
detectorloop. TheBN-320/2 doorcontrol.TheBN-32014
BN-320/5is a sprinklermonitoringunit with an outputcapableof switchingI A at up to 30 Vdc
uponbeingsignaledof a waterflowevent.
2.ll
to the
detectors
of conventional
detectorinterfaceallowsconnection
TheBN-330conventional
Autronicasignalingline circuitloop.
2.12
TheBW-200andBW-201inputdisableunitspermitdisablingoneor a numberof detection
and
the inputfor a time preseton thecontrolduringcommissioning
zones. TheBW-200disables
timer'
theBW-201allowsinputfroma settable
2.13
to fit ontotheModelBWA-100Basewhich
Theheatandsmokedetectorheadsaredesigned
in thefire alarmcontrolvia a two-wireor fourmodule
I
BSD-3101-31
to
the
back
communicates
asthe
carrythesamedesignation
themselves
heads
wire signalingline circuit.Thedetector
for
example
designation,
in
the
but with anadditionalcharacter
assembly
completedetector-base
BDH-300.
with a detectordesignated
a heatdetectorBD-300is equipped
2.14
deviceandis
detection
thatmountsunderan addressable
sounder
TheBBR-l l0 is an addressable
to a signalingline circuit. Therateddetectionloopvoltageof 14to
capableof beingconnected
to 20 uPa)at l0 ft. (3m).
a soundleveloutputof 90 dBA (referenced
27 Ydc produces
2.15
to a signalingline circuit.
soundercapableof beingconnected
TheBBR-200is an addressable
a soundleveloutputof 90 dBA
Therateddetectionloopvoltageof 14to 27 Ydc produces
(referenced
to 20 uPa)at l0 ft. (3m).
III
EXAMINATIONS
3.1
Samplesas detailedbelow were submittedfor examinationand testing. The sampleswere
of the product line and were examined,tested,and comparedto
consideredto be representative
the manufacturer'sdrawings. All data is on file at FM Approvals along with other documents
applicableto this program.
and correspondence
AND TESTS
Page6 of l7
FM APPROVALS
ProiectID: 3023568
3.2
FireandGassystemwasexaminedandtestedat FM
A sampleof theAutroSafeIntegrated
controlsystemconsistedof an AutroSafecontrol
The
AutroSafe
Approvalsin Norwood,MA.
loopmodule,
(s/n
BSD-310loopmodule,BSD-3104.{
including:
unitBS-310/01 070451023)
panel,BS-330
operator
an
powersupplyandbattery,
BSB-310outputmodule,BSE310BSS-103
BSD-310,loopmodule,BSDincluding:
(s/n000014001),
BC-320(s/n000028006)
a controller
powersupply,a
outputmodule,BSS-103
3l l, loopmodule,BSB-310outputmodule,BSJ-310
d i s p l a y p a n e l B V - 3 2 0 ( s / n 0 0 0 0 3 1 0 2 0 ) a n d a r e p e a t e r p a n e l B U - 3 2 0 ( s /Tnh0e0s0i0g3n1a0l 1 8 ) .
were:BH-200,-300,-500,examination
line alarminitiatingdevicesincludedin theoperational
-320,-520,-5201Ex,
-500Atr
-500/S/Ex,
-500/Ex,
BH-220,
opticalsmokedetectors;
and
500/3,
-501/Exheat
-501,
-5004I,
-500,
-300,
500iEx,
BD-200,
detectors;
and-520lSmultisensor
BF-300,-300M/Nmanualcall points.Theinterfaceunits,BN-300,BN-310andBNdetectors;
andflame
initiatingdevicessuchassmokedetectors
of conventional
330,allow connection
FireandGas
throughthe signalingline circuits.Thesampleof theAutroSafeIntegrated
detectors
and
Norway
Trondheim,
AS
in
Security
Fire
and
Autronica
at
systemwasexaminedandtested
Approvals.
FM
tested
at
system
as
asthe
confirmedasperformingto the samestandards
3.3
FireandGassystemwaspoweredwith
OnerationalTests- TheAutroSafefire Integrated
variousinitiatingdevicesandmodulesandtestedto veriff properoperationundernormal
in section2 andin thecriticalAutronica
functionedasdescribed
conditions.Theequipment
numberI l6-P-ASAFE-IFGIFG,
drawing
AutroSafe
DesignGuidelines
documents,
IFG,drawingnumber,I l6-PAutroSafe
GUIDELINES/XE,revision05-05-18,Introduction
AutroSafeIFG, drawing
andSystemDescription
revision05-05-18,
ASAFE-IFG-INTRO/XE,
revisionB.
numberI l6-P-ASAFE-IFG/XE,
3.4
Line SupervisionTestins- Thesignalingline circuitsincludingtheandnotificationappliance
circuitsof the AutroSafecontrolweretestedto verifu thatthey metthe appropriateperformance
in ANSI/NFPA72-2002Edition,Tables3-6 and3-7. Open,ground,
asdescribed
requirements
intothepanel.
andwire to wire shortcircuitfaultswereintroduced
linecircuitcanbe
3.4.1 SignalineLine Circuits- It wasverifiedthattheBSD-3l0 signaling
6.6 Style7 (ClassA)
of ANSVNFPAT2-2002Table
to meeteithertherequirements
configured
line
circuitcanbe used
signaling
(Class
performance.
The
B)
4.5
of
Style
or therequirements
driver. Theseresults
appliance
line
notification
a
signal
with a BBR-l l0 or BBR-200sounderas
weresatisfactory.
theEAU 341,BSD341and
3.4.2 AutroFieldBus-ltwasverifiedtheAutroFieldBuscircuitconnecting
of ANSVNFPA72-2002Table6.6 Style7
to meettherequirements
BSD 321canbe configured
Theseresultswere
(ClassA) or therequirements
of Style4.5(ClassB) performance.
satisfactory.
detectors
to theBN 342 canbe
3.4.3 4-20mA Circuits- It wasverifiedthecircuitconnecting
of ANSI/NFPA72-2002Table6.6 Style7 (ClassA) or the
to meettherequirements
configured
Theseresultsweresatisfactory.
of Style4.5(ClassB) performance.
requirements
to theBSD 341canbe
detectors
3.4.4 Powerloop circuits-It wasverifiedthecircuitconnecting
of ANSIAIFPA72-2002Table6.6 Style7 (ClassA) or the
configuredto meettherequirements
Theseresultsweresatisfactory.
of Style4.5(ClassB) performance.
requirements
to
to theBSD 321canbeconfigured
the detectors
3.4.5 RS485- It wasverifiedthecircuitconnecting
(Class
requirements
of
A) or the
of ANSI/NFPA72-2002Table6.6 Style7
meetthe requirements
Theseresultsweresatisfactory'
Style4.5(ClassB) performance.
PageTof 17
FM APPROVALS
ProiectID: 3023568
3.4.6 NotificationAnplianceCircuits- It wasverifiedthattheBSB-310monitoredoutputmodulecan
of ANSVNFPA72-1999Table3-7 StyleY (ClassB)
to meettherequirements
be configured
performance.Theseresultsweresatisfactory.
3.5
to verifuthealarmsignalsandthesilencingof these
Alarm Sisnals- Testswereconducted
An alarmconditionis indicatedby an
with NFPA 72 requirements.
signalswerein accordance
on theLCD on thecontrolandby an LED on theBSDLED on thefrontpanel,zonedescription
drivenby theBSB-310
appliances
linecircuitin alarm,Notification
310moduleof thesignaling
pushbuttonon the
the
with
either
the
control
andthepanel'saudiblesoundercanbe silencedat
code
an access
Entering
thevisiblealarmindications.
frontpanelor with a keywhile maintaining
thealarmsilencepushbutton.A silencedalarmwill resoundupon
on thekeyboardenables
deviceon the samecircuit,
receiptof a newalarmconditionon a differentcircuitor addressable
Theseresultsweresatisfactory.
3.6
to veriff thetroublesignalsandthe silencingof these
Trouble Sienals- Testswereconducted
An LED andLCD displayon thefrontpanelof the
to NFPA 72 requirements.
signalsaccording
a troublecondition.
control,andan indicatorLED on themoduleof thecircuitin troubleindicates
buttonon the front panelor
The distinctivetroublebuzzercanbe silencedby the acknowledge
thevisibletroubleindicationuntil thesourceof thetroubleis
with a key while maintaining
codeon thekeyboard.
push
buttonis enabledby enteringanaccess
The
acknowledge
removed.
These
resultswere
hours.
after
twenty-four
resounds
trouble
unresolved,
An acknowledged,
satisfactory.
3.7
VoltaeeVariation Tests- The inputpowerto theAutroSafewasvariedfrom a highvalueof
(transfervoltage)
I l0% of nominal,264V ac,to a low valuewherethesupplyvoltagetransfers
which occurredat 156V ac. It wasconfirmedthe
from the ac line to the batterysecondary,
transferoccursat lowerthan85%of thenominalac voltage
, or 204Vac. Thebatterywas
from a low of 85%of 24Ydc,20.4
was
voltage
varied
with a variabledc supply.Thedc
replaced
V dc,to a highof thebatteryfloatvoltageof 27.6V dc. Thehighervalueis abovethe limit of
asintendedovertheentire
operated
ll}yo,26.4V dc,requiredof thetest. Theequipment
voltagerange.Theseresultsweresatisfactory.
3.8
in
automatically
powerwasaccomplished
SecondarvPowerSupplvtests-Transferto secondary
power
uponlossof primarypowerto thesystem.Transferto secondary
lessthan l0 seconds
occurredat 156V ac. The equipmentoperatedproperlybeforeandaftertransferto secondary
asa troubleon theLCD displayandlossof
power. Lossof primarypowerwasannunciated
powerto the indicatingLED on thecontrolpanel.Thestandbybatteryis monitoredfor presence
a batterytrouble
of voltageat thepointof connection.Oncethebatterywasdisconnected,
satisfactory.
results
were
These
as
required.
within
200
seconds
conditionwasindicated
3.9
of
thatverifiedproperoperation
Environmentalconditionine- Testswereconducted
BS-320,BH-300,BH-320,BD-300,BN-300andBNsystemincludingdevices
theAutroSafe
withoutindicationof false
satisfactorily
320. With ratedpowerapplied,thesystemoperated
(-10"C)and 130"F(60"C)
l4"F
of
to
ambient
temperatures
when
subjected
malfunction
alarmor
(40"C)anda relative
104oF
temperature
of
ambient
for 24 hourseachandtwenty-fourhoursat an
"F).
during
andat theend
as
intended
104 Thesystemoperated
humidityof 90%(clientrequested
Theseresultsweresatisfactory.
exposures.
of theseenvironmental
3.9.1 Thedetectoroperationwassimilarlyverified,butwith differentambientconditions.These
conditionswere: -40oF(-40"C)for a minimumof 16hours,140"F(60"C)for a minimumof l6
Page8 of 17
FM APPROVALS
ProjectID: 3023568
RelativeHumidityto l00oF(38'C)190%
hours,andhumiditycyclingfrom 70"F(21"C)150%
RelativeHumidityin 15minutes.
voltagewere
sounderweretestedat nominaloperating
of theBBR-200addressable
3.9.2 Two samples
-4oF
(70"C),
of
(-20"C),and l58oF
andto an atmosphere
of
to ambienttemperatures
subjected
l00oF(38"C)at90% relativehumidityfor 24 hourseach.At no timedid theoutputlevelof the
sounderdropbelowthe75 dBA at l0 feetrequiredby theApprovalStandard.
of l3'F (-25'C)and
to ambienttemperatures
whensubjected
3.9.3 Thepowersupplywasevaluated
of 100oF(38"C)
l3l"F (55"C)for 4 hourseachandtwenty-fourhoursat an ambienttemperature
anda relativehumidityof 90%.
3.10
with six fully charged12V,75
systemequipped
A representative
Batterv discharee/rechargearranged
to provide24Ydc anda capacityof 225Ah, wasallowedto powerthe
Ah batteries
to the standby
systemwhile in the standbymodewith a load8.0A for 24 hours.Subsequent
period,thecontrolwassubjected
to a five minutealarmloadof 8.3A by puttingthe sample
to the ac powerandbatteriesput into
systeminto alarm. The systemwasthenreconnected
in therequired48 hour. Theseresults
recharged
charge.Thebatterybankwasthensuccessfully
weresatisfactory.
3.1I
wasconfirmedwith the
FlameDetectorOperationalTesting-Theflamedetectoroperation
3016955,
3017881,
in Project
IDs3011126,3012419,3014814,
samesmallscaletestdescribed
by
usedby Autronicaasauthorized
3018317,3020383and3022338for DetectorElectronics,
DetectorElectronics,
theseresultsweresatisfactory.
3.12
weretestedwhile connected
to a BSDSmokeSensorOperationalTestine-The smokesensors
whenconsidered
with
310 loopmoduleunderprogram3008100,theseresultsweresatisfactory
theresultsof thesupervision
requirements
testingdescribed
in paragraph
3.4,
3.I 3
Drift Compensation- Operationof thedrift compensation
limit warningfeaturewasexamined
whenconsidered
with the
underprogram3008100.Thesepreviousresultsweresatisfactory
paragraph
in
3.4,asit wasdetermined
resultsof thesupervision
requirements
testingdescribed
therewereno changes
to supervision
andthereforeno additionaltestingneeded.
3.14
photoelectric
typesmoke
Heat SensorOperationalTestine- Samples
of theanalogaddressable
weresubjected
to heatsensortestingunderprogram3008100,
these
sensorwith heatdetection
whenconsidered
with theresultsof thesupervision
requirements
testing
resultsweresatisfactory
in paragraph
described
3.4.
3.I 5
wasmadeof theoperationof theout-of-tolerance
warning
SelfVerifvFeature-An examination
featurefor thealarminitiatingdevicescalledSelfVeriffunderprogram3008100;theseresults
requirements
testing
weresatisfactory
whenconsidered
with theresultsof thesupervision
in paragraph
described
3.4.
3,l6
of theBBR-200signalingline hornsweretestedunderprogram
Audibilitv tests- Samples
linehorns
satisfactory.
Samples
of theBBR-110signaling
3008100,
theseresultswereconsidered
results
satisfactory.
below,these
wereconsidered
weretestedwith resultsdescribed
theminimum
in theopenfield testingareaexceeded
levelmeasured
3.16.1 Thesoundpressure
for electronic
sounding
of 75 dBA at 10feet;a minimumof 85.7dBA was
requirement
devices
measured.
Page9 of l7
FM APPROVALS
ProjectID: 3023568
was
in temperature
for twenty-fourhours.No increase
3.16.2 TheBBR-l l0 hornswererun continuously
measured.
3.17
for theBBR-I I 0 sounders
of thepolymericenclosures
Polvmericenclosuretestins-Samples
of
to
andmoldstress therequirements
wereeiaminedfor flammability,impactresistance
performedsatisfactorily.
3150, Thesamples
Approvalstandard
3.18
manual
of themodelsBF-300andBF-300M non-coded
Manual call ooint testins- Samples
fire alarmstationsweretested.
(33.4N) of force.This
7.5-lbs.
theglassrequired
of themanualcallpointsby breaking
3.18.1 Operation
asit waslessthanthemaximum10lbs(44.5N) requirement.
wasacceptable
whentheglassis
of themicroswitchthatoperates
3.18.2 A durabilitytestinvolving500operations
analarm
point
signaled
successfully
performed.
The
manual
call
was
successfully
broken
conditionbeforeandafterthetest.
3,l9
wassubjected
to verticalvibrationfor four hourswith a total
Vibration -the equipment
of 0.02inches(0.5mm) anda frequencysweepof l0 - 30 - l0 Hz at two cyclesper
displacement
minute.Therewereno looseor brokenparts,nor werethereanyfalsealarms.Theresultsof this
with thetestingperformedunderproject3008100,wasconsidered
testingin conjunction
satisfactory.
3.20
on boththepowersupplyandthenewBBR-110
testswereconducted
Dielectrictests-Dielectric
sounders.Theseresultsweresatisfactory.
3.20.1 Thepowersupplywastestedwith 2000V dc appliedbetweentheprimarypowerleadsshortgroundandbetweentheinputandoutputof thepowersupplyfor
circuitedtogetherandchassis
oneminute.Thepowersupplywastestedwith 710V dc appliedbetweentheoutputpowerleads
togetherandchassisgroundfor oneminute. No arcingor dielectricbreakdown
short-circuited
wasevidentduringor at theendof thesetests.
shortedtogether
weretestedwith 500V dc appliedbetweentheelectricalcontacts
3.20.2 Thesounders
wasevident
breakdown
No
arcing
or
dielectric
the
enclosure.
foil
wrapped
around
andaluminum
duringor at theendofthesetests.
3.21
partsareall connected
to a properlyidentified
conductive
Protectivesroundins- Accessible
protectivegroundterminalby resistivepathslessthanoneohm. Theseresultsweresatisfactory.
3.22
loadratingis printedon a uniqueidentifoinglabelor
EquipmentLoad Ratins-theequipment
thenumberandtypeof
produced.
This is requiredbecause
module
for
each
individual
datasheet
of
thepanel,Themain
load
consumption
the
current
determine
loaddrivingmodulesconnected
theavailablepower,
powersuppliesdetermine
supplemental
powersupplyandanyconnected
Thesystemtestedincludingsimulatedloadsrequireda maximuminputcurrentof 3.2A ac at 8A
loadratingmarkedon thepower
dc outputwhichdoesnot exceedthemaximumequipment
supply.Theseresultsweresatisfactory.
3.23
with thepolarityreversed.
wereconnected
BatteruCircuit ReversePolarizationThebatteries
glowing
particles,
no explosioncausing
Therewasno emissionof flame,escapeof moltenor
asa
of protectionagainstelectricalshockaffordedby theequipment
ruptureandno infringement
resultof thistest.Thecontrolshutdownfollowingthetest. Thesystemfunctionednormallyafter
poweringdownandrestoringpower.Theseresultsweresatisfactory.
Page10 of l7
FM APPROVALS
ProjectID: 3023568
3.24
is poweredwith a switchingpower
TransformerFailure Thistestwaswaivedastheequipment
supply,not an isolationtransformer'
3.25
(RFI)
radiofrequencyinterference
RFI Susceptibititv- Althoughnot anApprovalrequirement,
with
AutroSafesystem,mountedin theenclosure
"rt*pt'rbtttty *"r "onsidered.Theenergized
sampleof initiatingdeviceswas
to a representative
dooropenedandconnected
theenclosure
to 5
powerlevelsequivalent
radiation
with
MHz
and
852
467
of
154,
to frequencies
subjected
,
The
assemblies'
circuit
powered
equipment
(6lcm)
the
from
wattsat a distanceof 24 inches
systemdid not falsealarmor giveanyindicationof instabilityasa resultof theseexposures'
Theseresultsweresatisfactory.
3.26
was
againstinternallyinducedtransients
Internallv InducedTransientTests-Protection
the
monitoring
while
times
hundred
five
cycled
was
examined.Thepowerto thecontrol
circuitsfor instability.Thecontrolshowedno instabilitybefore,duringandafterthese
releasing
circuitwasobserved.Theseresultsweresatisfactory.
tests,No falseoperationof thereleasing
3.27
protectionagainstsurgeline
SurseTransientTests-Althoughnot anApprovalrequirement,
copperconductorsignalingline circuits
Forthistest,representative
traniientswasconsidered.
to five transientwaveformshavingpeaklevelsof
runningto thefibermodemcardweresubjected
no
intoa 200ohmload.Thecontrolshowed
V, asdelivered
100;500;1,000;1,500;and2,400
line
on
the
ac
imposed
was
instabilitybefore,duringandafterthesetests.A 6000Vtransient
250timesasa positivegoingpulseand250timesasa negativegoingpulse.
voltagerepeated
remained
Thecbntrolshowedno instabilitybefore,duringandafterthesetests.Theequipment
duringandafterthesetests,Theseresultsweresatisfactory.
operational
Iv
MARJilNG
identifiedin SectionII andmeetsStandard
on theapparatus
Thefollowinginformationappears
requirements:
-
partnumber,serialnumber,andRevisionlevel
Manufacturer's
instructions
to installation
andoutputratingsor reference
input
Maximum
microprocessors
level,
on
revision
Firmwarelabelsshowingthe
TheFM Approvalsmark
v
REMARKS
5.1
instructionmanuals.
shallcomplywith themanufacturer's
Installations
5.2
of ANSI/NFPA72'
in NorthAmericamustmeettherequirements
Installations
5.3
This systemdoesnot includea powersupplycapableof operatingon l20Vac,thetypical
voltagein NorthAmerica.
operating
5.4
locationsuitabilityof thefollowingdevices:BZ-500
doesnot includehazardous
ThisApproval
-barrier,
Locationsuitability
andBH-500lEx.Hazardous
BF-50lEx
BF-5028x,
BN-500Ex,
Safety
devicesdid not
the
only
determined
This
examination
performed.
of thedeviceshasnot been
intentto
manufacturer's
It
is
the
requirements.
performance
interferewith normalfire alarm
submittheseproductsat somefuturetime.
P a g el l o f l T
FM APPROVALS
ProjectID: 3023568
5.5
betweenthefire alarmcontrolanda
allowsinterfacing
TheBSL-330Modbusconverter
canbe Approved,
logiccontroller(PLC). Only theremotemonitoringcapabilities
programmable
for fire alarm
Approved
is
no
PLC
As
there
examined.
havenot been
howeverthesescapabilities
BSL-330
are
with
the
no fire alarmpanelcontrolfunctionsassociated
controlapplications
Approved.
VI
FACILITIES AND PROCEDURBSAUDIT
MN aresubjectto follow-up
NorwayandMinneapolis
sitesin Trondheim,
Themanufacturing
in placehavebeenfoundto be
Thefacilitiesandqualitycontrolprocedures
auditinspections.
in this
andtestedasdescribed
productidenticalto thatexamined
to manufacture
satisfactory
repon.
vII
MANUFACTURER'S RESPONSIBILITIES
7.1
thatsubsequent
FM Approvalsrequiresassurance
As partof the listingrequirements,
produced
will presentthe samequalityandreliabilityasthesystemexamined.The
systems
Program,
whichincludesasa minimum:
shallmaintaina QualityAssurance
manufacturer
anddrawingchange
calibration;
andtesting;equipment
andfinal inspection
incoming,in-process,
by themanufacturer.
usedto controlqualityarebestdetermined
control.The specificprocedures
7.2
with each
manual(s)
operating,
andmaintenance
shallprovideinstallation,
Themanufacturer
system.
shallbetestedfor
electricalequipment
Autronicamanufactured
On 100%of production,
continuityof theprotectivegroundingsystem.
7.4
The insulationbetween
Thepowersuppliesshallbedielectrictestedon 100%of production.
shallwithstandfor one
partsandthepowersupplyinputconnections
conductive
accessible
of 1000Vac (1400V dc)with respectto
theapplication
minute,with no insulationbreakdown,
potential
1200Vac (1700V dc) maybe appliedfor
ground.
test
of
Alternatively,
a
theprotective
at leastonesecond.
and/or
WARNING: Thedielectrictestrequiredmaypresentahazardof injuryto personnel
andby persons
propertyandshouldonly beperformedundercontrolledconditions,
of suchtestingto minimizethe likelihoodof shockand/or
of thepotentialhazards
knowledgeable
fire.
VIII
DOCUMENTATION
The following drawingsdescribethe AutroSafeIntegratedFire and Gas System. This
documentationis on file at FM Approvals under ProjectI.D. 3023568. No changesof any nature
shall be implementedunlessnotice of the proposedchangehas beengiven and written
authorizationobtainedfrom FM Approvals. The Approved ProductRevisionReport,Form 797,
shall be forwardedto FM Approvalsas notice ofproposed changes.
DrawineNo
1 1 6 - B B Rl-0l
Revision DrawinsTitle
SounderBBR-l l0
2
BOM Addressable
Page12 of 17
FM APPROVALS
ProjectID: 3023568
6-BN-300M
6-BN-320
6-BN-320/2
6-BN-320/4
6-BN-320/5
6-BN-330
6-BN-342/r
6-BN-34212
6-BNB-330
6-858-310
6-8SD32l/l
6-8SD340/1
6-8SD340/2
r0
6-8SE-3
6-BSE-320
6-8SL-321
6-BSL-322
6-8SL-325
6-8SS-3IOA
6-EAU-321
6-EAU-341
6-GPC-I
I 16-P-ASAFE-IFGGUIDELINES/XE
116-P-ASAFE-IFG.
INTRO/XE
0
BOM Interfaceunit w/ SVD
BOM Inputunit il SVD
BOM DoorcontrolunitW SVD
0
BOM Monitoring and control unit w/ SVD
0
BOM Sprinklercontrolunit w/ SVD
LoopInterface
BOM Conventional
BOM 4-20mAPowerloopinputunit,Rack
BOM 4-20mAPowerloopinputunit,Rack
0
0
0
2
2
I
4
2
5
5
4
a
J
0
0
BOM ConventionalLoop Interface
BOM OutputModule
DIN rail
BOM ProtocolConverter.
BOM Powerloop Driver, Rack
BOM Powerloop Driver, DIN rail
DIN rail
BOM InputModule,Monitored,
BOM InputModule,DIN rail
BOM MultiModeFiberconverter
BOM SingleModeFiberconverter
BOM AUTROLONBooster
BOM SerialPowerModule
BOM Serialcommboard
0
0
05-05-l8
DIN rail
BOM GeneralProtocolConverter.
DIN rail
BOM GeneralProtocolConverter.
IFG
AutroSafe
DesienGuidelines
l8
05-05-
AutroSafeIFG
Introduction
116-P-ASAFE-IFG/XEB
AutroSafeIFG
SystemDescription
7212-378.0003
72t2-378.0003
99t04/tl LayoutInputModule,Monitored
Layout PSU ProtocolConverter,DIN rail
0
28110/02 Lavout LON Booster
LayoutMulti/SingleModeFiberconverter
0
LayoutMulti/SingleModeFiberconverter
2
12t03t04 LayoutCPUPowerloop nputunit,DIN ra
16t 2t03 LayoutCPUPowerloop nputunit, DIN ra
16t 2t03 LayoutCPUPowerloop nputunit,Rack
29t 0/04 Layout CPU Protocol Converter, DIN ra
1110104 Layout PSU ProtocolConverter,DIN rail
9212-306.000r
4
9212-306.0002
9212-307.0001
9212-363.0001
9212-364.0001
4
7212-306.0070
7212-307.0070
7212-363.0070
7212-364.0070
72t2-366.0072
72t2-367.000s
7212-368.0006
7212-368.0006
92t2-364.0002
a
J
0
0
B.O.M Output Module, Monitored, DIN rail
B.O.M Input Module, Monitored, DIN rail
B.O.M InputModule,DIN rail
B.O.MAUTROLONBooster
B.O.MMulti ModeFiberconverter
B.O.MSingleModeFiberconverter
Paget 3 o f 1 7
FM APPROVALS
ProjectID: 3023568
9212-366.0100
9212-367.000
9212-368.000
9212-368.000
9212-378.r00
92t2-379.100
BB-202
BN-108
BS-108
BS-1097
BS-1099
BS-l103
BS-1156
BS-1191
BS-l192
BS-l192
BS-1200
BS-1201
BS-1243
E-5229
EA.268C
EA-269F,
P-BBRIIO/CE
P-BN-342/l/CE
P-BN-34212/CE
P.BN3OOM/CE
P-BN32O/2iCE
P-BN32O/4/CE
P.BN32O/5/CE
P-BNB33O/CE
P-BSB31O/CE
P-BSD32I/CE
P-BSD34O/I/CE
P-BSD34O/2/CE
P.BSE3IO/CE
P-BSE32O/CE
B.O.M 4-20mAPowerloopinPutunit
B.O.M CPUPowerloopinputunit,DIN rail
B.O.M PSUPowerloopnputunit,DIN rail
B.O.M PSUPowerloopnput unit, Rack
DIN rail
B.O.M CPUProtocolConverter,
DIN rail
B.O.M PSUProtocolConverter,
5
Unit BBA-l l0
02-n-04 SchematicSounder
3
4
5
5
a
J
SchematicConventionalLoop Interface
SchematicConventionalLoop Interface
A
99t04/08 SchematicOutput Module, Monitored, DIN rail
99/04/08 SchematicInput Module, Monitored, DIN rail
A
99104108 SchematicInput Module, DIN rail
diagram
Serialportcommboardconnection
B
LON Booster
02109120 Schematic
Schematic4-20mAPowerloopinputunit
A
Multi/SingleModeFiberconverter
Schematic
A
H
SchematicCPU Powerloop input unit, DIN rail
F
CPUPowerloopinputunit,DIN rail
Schematic
97ntt07 SchematicPowerModule
B
D
E
FM Marking
DIN rail
CPUProtocolConverter,
Schematic
SchematicPSU ProtocolConverter,DIN rail
04/08t12 DatasheetSounderUnit BBR-l l0
04105128DataSheet4-20mAPowerloop nputunit, Rack
04105128 DataSheet4-20mAPowerloop nputunit,DINrail
04t12t09 DataSheetInputunit w/ SVD
0v05t3l Data SheetDoor control unit w/ SVD
r Data SheetMonitorine and control unit w/ SVD
0l/05/3
B
C
D
B
B
B
c
Data SheetSprinklercontrolunit W SVD
Data sheetConventionalLoop Interface
DataSheetOutputModule,Monitored
DIN rail
DataSheetProtocolConverter.
Data SheetPowerloop Driver, Rack
DataSheetPowerloopDriver,DIN rail
DataSheetInputModule,Monitored,DIN rail
P-BSL-32I/CE
Data SheetInput Module, DIN rail
041r0118Data SheetMulti Mode Fiber converter
P-BSL-3ZZICE
P-BSL-325/CE
P-BSS3IOA/CE
P.EAU-32I/CE
P.X33/I/PLiDE
04/10/l8 Data SheetSingleMode Fiber converter
02t02t27 DataSheetAUTROLONBooster
Data SheetPower Module
40528
board
DataSheetSerialportcommunications
A
05-07-12 AutroFlameX33/1PL manual
C
Page1 4o f 1 7
FM APPROVALS
ProjectID: 3023568
on file at FM ApprovalsunderProjectI.D. 3008100describes
Thefollowingdocumentation,
I.D.3023568.
underthis
examined
modifications
Revision DrawinsTitle
DrawinsNo
in X33AF
DE dwg BNB-300/32installation
A
000505-023
B
2148359
Test.doc 5
008I 80,82,84,86
A
2692205
2
6-BBR-ll0
0
6-BN-300M
0
6-BN-320
0
6-BN-320/2
0
6-BN-320/4
0
6-BN-320/5
0
6-BN-330
z
6-BN-342/l
2
6-BN-34212
I
6-BNB-330
A
T
6-8SB-310
2
6-8SD321/l
5
6-8SD340/l
5
6-8SD340/2
4
6-8SE-310
J
6-BSE-320
1
6-8SL-321
0
6-BSL-322
6-BSL-325
0
l6-8SS-310A
l6-EAU-321
0
t6-EAU-341
Powerloop board assy dwg
sheet
X33AFProcess
DE dwg DEC/AutronicaPowerloop part numberdocument
BBR-I10
Sounder
BOM Addressable
BOM Interfaceunit w/ SVD
BOM Inputunitwi SVD
BOM Doorcontrolunitw/ SVD
BOM Monitoringandcontrolunit il SVD
BOM SprinklercontrolunitW SVD
BOM ConventionalLoop Interface
BOM 4-20mAPowerloop nputunit,Rack
BOM 4-20mAPowerloop nputunit,Rack
BOM ConventionalLoop Interface
BOM OutputModule
DIN rail
BOM ProtocolConverter.
BOM PowerloopDriver,Rack
BOM PowerloopDriver,DIN rail
BOM InputModule,Monitored,DIN rail
BOM InputModule,DIN rail
BOM Multi ModeFiberconverter
BOM SingleMode Fiber converter
BOM AutroLONBooster
BOM SerialPowerModule
BOM Serialcommboard
I6-P-ASAFE-IFG/XE
I I6-P-ASAFE.IFGGUIDELINES/XE
B
43225
DIN rail
BOM GeneralProtocolConverter.
DIN ra
BOM GeneralProtocolConverter,
AutroSafeIFG
SystemDescription
AutroSafeIFG
DesignGuidelines
I I6-P-ASAFE-IFGTNTRO/XE
43225
IntroductionAutroSafeIFG
1I6-P-X33AF/PL/CE
I I6.P-X33AFIPL/DE
7212-306.0070
7212-307.0070
38754
38698
36261
0
47028
0
2
InstallationDatasheetX33AF PL
InstallationHandbookX33AF PL
38324
LayoutCPUPowerloopinputunit,DIN rail
r6-GPC-1
7212-363.0000
7212-364.0070
7212-366.0072
7Zt2-367.0005
0
Layout Input Module, Monitored
DIN rail
LayoutPSUProtocolConverter,
Layout LON Booster
LayoutMulti/SingleMode F ber converter
LayoutMulti/SingleMode F ber converter
Page15 of 17
FM APPROVALS
ProjectID: 3023568
7212-368.0006
7212-368.0006
7212-378.0003
72t2-378.0003
9212-306.0001
9212-306.0002
92t2-307.0001
42707
42707
47395
38301
LayoutCPUPowerloop inputunit, DIN rail
LayoutCPU Powerloop input unit, Rack
LayoutCPU ProtocolConverter,DIN rail
4
4
B.O.M OutputModule,Monitored,DIN rail
B.O.M InputModule,Monitored,DIN rail
J
B.O.M Input Module,DIN rail
4
38028
B.O.MAutroLONBooster
B.O.MMulti ModeFiberconverter
B.O.MSingleModeFiberconverter
B.O.M 4-20mAPowerloopinputunit
B.O.M CPUPowerloop nputunit,DIN ra l
B.O.M PSUPowerloop nputunit,DIN ra
B.O.M PSUPowerloopnputunit,Rack
DIN rail
B.O.M CPUProtocolConverter.
DIN rail
B.O.M PSUProtocolConverter.
Unit BBA-110
Sounder
Schematic
A
SchematicConventionalLoop Interface
36258
36258
OutputModule,Monitored,DIN rail
Schematic
InputModule,Monitored,DIN rail
Schematic
InputModule,DIN rail
Schematic
92t2-363.0001
9212-364.0001
I
92t2-364.0002
9212-366.0100
9212-367.0001
I
9212-368.0001
92t2-368.0001
92t2-378.1001
92t2-379.1001
BB-202
BN-108
BS-1097
BS-1099
BS-l103
BS-l156
BS-1191
BS-l192
BS-l192
BS-1200
BS-1201
BS-1243
E-5229
EA-268C
EA-2698
P-BBRIIO/CE
P.BN3OOM/CE
P.BN32O/2/CE
P-BN32O/4/CE
P-BN32O/5/CE
P-BN-342/l/CE
P-BN-342/2lCE
P.BNB33O/CE
P-BSB3IO/CE
P-BSD32I/CE
P-BSD340/I/CE
P.BSD34O/2/CE
Layout PSU ProtocolConverter,DIN rail
I
4
5
5
5
^
+
362s8
B
43870
A
A
H
F
Serial port comm board connectiondiagram
SchematicLON Booster
Schematic 4-20mA Powerloop input unit
3574r
SchematicPowerModule
B
D
E
FM Marking
DIN rail
CPUProtocolConverter.
Schematic
DIN rail
PSUProtocolConverter,
Schematic
4r007
39915
I 1328
DatasheetSounderUnit BBR-1l0
Data SheetInput unit w/ SVD
Data SheetDoor control unit w/ SVD
n328
Data SheetMonitoring and control unit w/ SVD
B
46848
46848
C
D
B
B
B
Data SheetSprinklercontrolunit w/ SVD
Data Sheet 4-20m4 Powerloop nputunit,Rack
DataSheet4-20m4Powerloop nputunit,DIN rail
Multi/SingleModeFiberconverter
Schematic
CPUPowerloopinputunit,DIN rail
Schematic
CPUPowerloopinputunit,DIN rail
Schematic
Data sheetConventionalLoop Interface
Data SheetOutput Module, Monitored
Data SheetProtocolConverter.DIN rail
Data SheetPowerloop Driver, Rack
Data SheetPowerloop Driver, DIN rail
Page1 6o f 1 7
FM APPROVALS
ProjectID: 3023568
C
C
43200
43200
46420
40528
A
41036
P-X3311/PLIDE
UWUM/Z,N0304010M.docM
P-BSE3IO/CE
P.BSE32O/CE
P-BSL-32I/CE
P-BSL-322ICE
P-BSL-325/CE
P-BSS3IOA/CE
P-EAU-32I/CE
IX
DataSheetInputModule,Monitored,DIN rail
Data SheetInput Module, DIN rail
Data SheetMulti Mode Fiber converter
Data SheetSingleMode Fiber converter
DataSheetAutroLONBooster
Data SheetPowerModule
board
DataSheetSerialportcommunications
AutroFlameX33l1PL manual
PowecAS UsermanualSC-8
CONCLUSION
The equipmentdescribedin section 1.4 meetsFM Approvals requirements.Since a duly signed
MasterAgreementis on file for this manufacturer,Approval is effectivethe dateof this report.
EXAMINATION AI\[D TESTING BY:
W. J. Kessler
C. D. Mace
PROJECTDATA RECORD: 3023568
Rev B
Dwg # 82559
Dwg #007197-XXX Rev P
(4 pgsquarteredD sizedrawing)
Rev R
DetectorElectronicsDesignreference Dwg 007264-001
(2 pgshalvedB sizedrawing)
ATTACHMENTS: FM Marking drawing for Autronica
DetectorElectronicsLabel X330f
REPORTBY:
REPORTREVIEWED BY:
ffiu,
Donald E. Major
SeniorEngineer
SystemsSection
Technical Team Manager
SystemsSection
Page17 of l7
Spaciflcations subiect to chonge without notice.
c
o
g
o
ffi
E
o
o
o
a
o
N
d
-:'
-,
-?
(9
c
Anr'r,r
Motr,r 'Fosson' Vinyt tronsporent, setvktebende(pd LEXAN)
Tekst og tlnjerr Hvit
I
Y
(A
n
e
o
co
l+
o
.E
eo
o
o
L
f
N
r.)
><
i5
o
Dotc
Dsgn/Dwn
;
20000228
FBH/JSK
GI
ChecX0d
s
o
.E
-:a r\
o Nrf
20000J01.AsM
E
o
o
q
=
a
n
c
a
N
E
Spoc Ctrl.
E
E
Troc
Scole/Formot
M1:1
Approve0
e0000301,F
IH€+
"FM"
skilt
f o r B S -1 0 0
trtrtrtru0c]
ggggl$g Autronico
AS
ortrtrrtr0
Trondheim
|!E!:EB N-700s
ffiBffiEENorwoy
{lumoucn
Rcpl. lor
Dwqno.
R.pl. by
Ncrtshcet
RcY. Long.
I Sh.no. t
I
E - z s s e lI B l
lR
J
I
m
o
q
o
€
o
€
d
o
o
a
()l
ol
F
>z
ld
?
o
e
qi
F=
c
c!
5
a
d1 U
J
o
F' l les
.
- 1
ol -l
= l
6 l
9l
o)
v
o-
6
o
ui oI
qi
6
o
o
*<
o
i
a
.tl
a E
f
o
v,
dl
.*
slE
e
o l
- l
< l
I
5l U
C'I
zl ' l
ctl
ol
etl
FI
t\t
o
z
dlgl
= l
o l
E I
=
e
6
= EIEI d l
ol
{ l € a ls l
vrl d l s l e l r l
-l
o
o
z,
o
v,
=
g
{ l Fo
al U
6l
ct
o
o
El;l AI -l
a
>l
UI
Y I
io
O)
(,
ct
o
i
I
q
€
ia
g
2*?
@
N
|r)
9l
6t
u1
a
+
o
a
6
d
:t
q
2
I
o
I
a
= v1
E
o
6
J
o
6
-6 )
U
6
5
-o
U;
o-l
o I
o
0
I
I
q)
rp
t
F
d
le
F
@
o
o
ol
al
ql
9l o
*l o o
.8t
I
t\
:a
-
(9
FEE
r=FEI
l
a
tl ll
2 lI
8|
EH
Ttr
I
€ l3 s l :
o
a .t@ 6l
o q)
ro (o
gsg
EE'
q
I fi
fit
- l oz
ol
ls;H,
IESEE
5
t;q, Fx
g XP " l
{
o
o
I
Q
x
x
><
F
F ; t:;Esoo
III PT
F
e
o-
E
Eo Eo
@
o
ot
I
4'eg
l.
E E E 66E::
:H E 6
J
= =
o
I
Fl=E
=
rlE
o l r
2
Y
o
I
N
D I
< l
qj
o
o
o
H t 5=
EIE
o @
J-
()
)<
o
Ytl
I
t:< g l t x
' l o
I o]
l l
I-1
? t<
cjl
r
I
t
I
t
6
o
68:
n
q
6
o
F
Slbl:15
d
a
g
E
,slE4flf g
c
m
x
5
o
r o
r o
> <
'?
l4J
v,
t4
=lJ I
tldui',-
o
t-'rl
IFF
EI
I
?
!
E
I
F
t
L
<iE <lg <lH <il
L
EF
I$
Er
Zo
E$
6S
Fl
lr
EE
t'8
{s: #i
5E
nt
6E
#j
#l
OF
OE
OF
l*illt e$
Eill
iifi
lErolr p c
@E
ffiilffiliiffili
!
g :
E r
8
r
6 t
9 ;
r
d
g l
s i i i gi ; I
,rl!
ili
q
sl
i t;l q
S T
!
l E
;!:
i eEq r
?
gr
sll
sl
?l
r
!
i
; ; :
! ! ; ; i r g ; iFiE
N
oll
il
4 € 3 i
E
"<E
ol
sl
*l
ol
N
ol
et
ol
;i: ?
i c i c
si ; E
a
E
Ee
3s
o
<E
$E
E
ttx
!ix
lt !(
FI
c"l
AI
o)l
IJ
Lll
s
$g
g8
EE
?
: t !
!1
al
a g € 6
gg
st
E
stEn
E8
IH
i "l qe
q
lr
ilfl q
i
i
;t E
trg+
v
x g
3 rr
ET
d T
t ;
EE
EE
XH
EE
ET
35
& * E g
N
O:{
N
al
sl
<t
EE
ts=
EE
3X
RS
st
Felii
Easii
EEg H$ri!
H
'
! €
I
H; t!
Fgi
EEggE
hl
I!IXI
IEI
EFIV
v
Ell
!a ll
o
l!i*'
Fn
EFi\r'
-
Eli
o
tIi,
lir
hl
I9Ir !! X I
t!!
EIIY
Etl <lu
o
' n
t 0
efris$i
sEl,ElI
d$ d$
0{l o,!i ol|il;
t
I
^E-
l
h
$ ' l
FIl
I
R- II
.
$$EgiE
s$igFE
sse
s;q
s$igig
s$EgiE
Et,
s8E
r;q
^ E
Bq
i;i
gBB
g;:
#:;$l
-*-*pl
q
@
sl
r.J
g;:
tB8
-'-'.i
.i 9.1
EEE
E?;
-.drr*g
ddd dp8
E
N
N
sl
sl
g
!3q+e
!
4
ii
ll
II
E
s
g
a
lE:
gs
fr5
q
$
ol
L
E
t
sl
sl
sl
?l
N
I
q
q{
sl
=
E
P
^ E
ddd dF8
E
E ' F
f r !
.
3
7
;-'o; *S,3
':j.,i
EEE
E?;
EEE
E?;
tfi
rfix
EE:
<Ei
q
XI sl
e iSFgsl
$
r{
!l
(
s
i3$+
?
=
ji
II
ll
I
5
{
t,.
B : 6 H
i E1 8
HgfiE
a
$li
x+++
N
al
sl
tl
rg
oll
N
o{
af;eee N
Y;r-fittE alal
N
ol
sl
B es???"
*p g3
(
J
H
H u
z
F 3
(
)
u u t
F ;
u
u
>
? ?
r
r
q
c- li il
l l
I
> E
<
J
t
!
l
g
c f i
; l i
= g
P f l
? ?
E
i:
3\7
e
i*:t
=g$frH
Jtr
3gH
t
tI
ET
qE
5 a
- 33
p
H
H E
t
q
q
tl
-
a
iE
g$s
frH
IE.
sE
{
XI
!
3
?
I
Ig'
9:
q
@
I
ll
II
e
5
i T
@
ii
-'r-'r?e
d d dd 1 8
rr-.if I
ddddpB
E'
q
r.i I 6
br!
FIIXI
Il{
Ti:
<H
o
u b l
E E
u
>
t
!
5 4
c- li il
I
t l
= !
P g
5-:
P9dJ
?,tE
i Ed
=9H
brl
ll;
Fil!}
Eat
ag;
<Ei
o
/ 0
fi
c rH
E FE
EE*rH,
e6tus$
dri d$
lcl
olli. olli.
;s;5E
g$E5HE s*gE$
q
ge:
BgE
q
-.--rrtF
BEESTE
E
;;;i3E sl
sl
IJ
ltJ
al
ql
q
Y
$l
N
sl
I il
sl
o,l
N
g)i
I\I
otl
N
N
sl
ol
sl
sl
8EB
8e
-.-.**g
B E E BT
arl
q
sl
tl
qI
g
-J
@
$l
at
e pgg ?l
sl
H
N
ol
N
qrl
iti;;'
N
N
sl
sl
sl
sl
trJ
(9
=
o
lrJ
F A
(
J
H
H
g
U
:
E E
? i
T
ti
= B
P ?
F I
( ) s
u t l
F ;
; 3
= ?
a
- li ir
I
tl
= F
P s
b!t
fi;
Hllxr
E;:
<Ei
o
3
v
?
q
=gs
b
g rntr
lr{
Ht!]
El!
6E;
<Ei
o
u
u
l'l rt
<E
-r)
qY
ii
ll
ll
E
#{*
t . t J
6-3
p i * : s HHIf Ei €
iHgfiE
)<
2
E fox
I3:8
HH
frE
lfi
Htlxr
E;i
<Ei
E
'ff
> (,/)o_
lJ',
u- o(,
odffi
d63
Hg$
0.1e2TiUSmmt
-(o.tsmdr)ulmy0y r.ENGTr{
0.0{!59
XAXIIiUIIcAP
SEE DEIAIL 8
colroutT Er{TRtEs(4n
s E E T S t E l- '
r J (sr^l|DAnD) oR
D o|{ ADIIESIVETABEL
TABLE I
EN IO YAilUAL
r l[nnr:
,€mFEri
,r0€t
i@iiiil$sr-e,i*:Fi:ss-,
b+tGBa
DETAIL C
A
: TO +t 1/2
5t,/4sxE 3r.2o.t).
rz5).
n
da
nLY/1-20 nA
PULSE OWPAT
('ossrs-oor)REvrsro*
',^ar NTERFA.E
F,R**ARE
A
LEVELYARKEDON US OF l{lRT l/F 8D TrIADHESIVE
|IBEL
LoN CpU FtRItWRE (Oo73S6-Oot). REvtstoft'c' ilARKED
oN u5 oF tox cpu bD tvtTH ADHESIVE
UBEL
Aq,AffiFrrlrs,L
ffiffi.--
^
-6\
D
*RFA*ffi,b*
ffiHffi-ffiffi,
M
-
\
rHnrtDrD nturplrltt -'r
@
ffi
t/-
c
q-c-
lsJ
tv
v
'5
6
7
E
I
6,lt^#X;i? ,
utNlilux
z FUtrTHRE^D'
WITHEmm lllillMull AXI L TIXGTH
\
_
t
v
H eT vf 00. ToPsrDE
@
Ulr.
\ - a
-
F
.
x
ffitr
a t
) cF lt llth
v
|
y
DETAIL F
LON CPU 80, 80TTOI Sto
SECTION A_A
B
E. nouTtilg (1o0x) FAcroRYlEsnNG:
ANO EEFOiE
III€ EQUTPI'€IITAT Ifi€ CONCLT'SK'i{
OF HANUFACTURE
I}I€ APPUCATION
SHIPYEilTTUST WTHSTANOW|II{()UT BREAKOOWN.
OF T8E APPROPRIAIIDIET.EGIRIC
STRENGI}IIEST:
|
stRENol'.E Potniltur,f
DltrtctRtc
-l
I
nRrnc tswutts
lllEu,
lA xrtn cpu FrRlrwREoo727a-ool.REvJ (sT ||D
o0726.t-(xrt,REvA (SlL)AREI|ARXED
ONAO{E!
12. FOREOLRESISIORS
INSTAUTNON
i€FERTO TAIII
gmT,"*"-l
I tlo YdG|
I
7. NEFERE}ICE
INDIVIOUAL
SCHEXANCS
foi
!\
|
l.!50 vdc |
t"tt AREAspEcnEs rHE s*closuRE uATtruArr
A - ALUIIINUII
S - STANT.ESS
STE€L
rHE
ForrorvmcoRoER
-,A, nrrs AREAcol{rArls
(0,S.}
A
|
COTPONENT
RATII{GS.
0 sH ilulrEER oF cExEnALASSE|IBLYPROGR
It OPnOil tRolt SOTTWRE PROGnAy
UATR|XOO7J2r-00t tS TARXEDOr{ A0}|ESIVE
|.AEEL
5. FlllrEPRoOFENCLOSURES
tl lNT lX Jmm YINIHUI|W tL THICKNESS,
I. A T'IIIIITUIIOF ONEFULLITIREADREIIAII{SAT THE ETIDOT ALI TI{REAOED
SUNDHOLES.
A
3. ilAXtIUlt INIERN^LVOLUH€.
SENSOR
ENCLOSUR€:
LISS THAII 500cc.
CABI"EENCLoSURET
LESSTHANlooocc.
2, lrATERlAtoF CoNSTRUCTION,
PER lt€T tS HANoeooK'6lh EolTloN' VoLUL{EI, 1975:
BULKHEAO
& BULKHEAD
ENCI.OSURE:
556-16 OR t60 AU$/tNUll WITHCHEI/ICALFlUt flNlSH, 0R
!t6, (CFE-U) ST tNl,rSSSTEELWITHELECTRO-POLISH
FlNlSH.
y^xlMuu uAeHEsluy cot{rfNT 2x. vAxlvull coPPERcoMEN? ,25x,
(IHREAOEO
COVER& RETAINER
RII{G);
OR
506t-T6. 356-T6 0R 360'ALUYINUU
W|THCHEIIICAL
Fllt| FINISH.
516, (CF8-v) STATNLESS
Flt{lSH,
STEELW|THELECTRO-PoUSH
sAxlHutl NAoNESIUII
CONTENT
2X. l/AxllruM COPPTRCONISNT.25i,
Ol REruCTOR:510 ST IN]ESSSIEEL
SAPPHIRE,
lYlNOOWr
t2.O X,01 THK..CO TED.
llBEu
fiEN 27 - tOO SEitES STA|N|"ESS
STEELWltH Slu(scREEl{
OR I.ASENYANKEOII/AGE,
LETT€NINO
ITEI{ 35 - JOO SERIESSIAINT^ESS
STEELWITHST^TPEDIfTTEiI}IG.
- NO YOOIflCATIONS
IO FMA& CSA
T. CTRIIFIEO
PRODUCT
WITHOUT
R€FERENCE
PERTITTED
8
7
b
SPECIFICATION
NUIIBER:
X5301 OR X55lF o.b,c.d,r IYHERE.
o= ENCLOSURE
ltATERlAl-s.
A ALUtilNUtl
S STAINLESS
SIE€L
b= WPE, AilO NUil8EROF
THREAoE0
|-OCA1oNS.
4U 4 PORI, METRIC
lt25
.tN ,l PORT,5,/4' NPT
c= OUTPUTS
I I RET.^Y
t J REUY t a-20m4 (OEC & AUTRONIC
)
14 LON EAGTTOUANTUTPREHIEN
15 RETAYAND PUTSE
19 POWERLOOP(AUTRONICA
ONLY)
2t REttY - At IdHOTIVE
23 REAY/I-?0 mA AND HART
d= APPROVAL
AGEXCY
a FltA t csA
T SIL CERTIFICATION
w F)tA/csA/cENE[rclcE
r= CI.ASSIFICATION
I STANDARD
2 ETTENDED
TEYPERATURE
+1/2 rO +3 t1
/9\ coilOufr OPEN|NGS
ilust ENGAGE
DEEPER
IH^N NOIIIilAL(REF ANSI/ASI'€ EI
TURT{S
THREADTYPEls IIARKED(s/.lN?T oR y25),
5