10-1027-015J
1. (EXISTING FC1 7200 MICRO) FIRE ALARM CONTROL PANEL IS AN ADDRESSABLE SYSTEM
TO BE POWER LIMITED AND HAVE BATTERY BACKUP.
2. BUILDING IS (AN EXISTING 3 STORY STRUCTURE). 4
3. BUILDING (IS 100 %SPRINKLED).
4. OCCUPANCY (32,000 SQUARE FEET MERCANTILE TENANT SPACE WITH A 2 STORY
ELEVATION). THE REMAINING BUILDING IS A3 STORY STRUCTURE. z1,,4
5. SYSTEM AND INSTALLATION TO COMPLY WiTH LIFE SAFETY NFPA101 2006,
NATIONAL FIRE ALARM CODE NFPA 72 2002 EDITION, NEC -NFPA 70 2008 EDITION,
AND FLORIDA FiRE PREVENTION CODE -2007 EDITION, NFPA(1) UNIFORM CODE 2006.
6. THE DESIGN INSTALLATION COMPLIES WiTH FBC 11- 4.28.3
7. WIRING MINIMUMS;
INITIATING CIRCUITS 18/2 FPL
INDICATING CIRCUITS 14/2 FPL (NAC)
8. CONDUIT IF REQUIRED WILL BE 1/2" MINIMUM 40% FiLL MAX.
9. ALL DEVICES ARE TO BE MOUNTED PER NFPA GUIDELINES OR ADA WHERE REQUIRED,
10. SYSTEM COMPONENTS SHALL BE U-L LISTED AND COMPATIBLE.
11. CIRCUITS TO BE CLASS B STYLE Y.
12. AUDIBLE SIGNAL SHALL BE A MINIMUM OF 15 DB ABOVE THE AVERAGE AMBIENT
SOUND LEVEL OR 5 DB ABOVE THE MAXIMUM SOUND LEVEL HAVING A DURATION OF AT
LEAST 60 SECONDS (WHICHEVER iS GREATER), MEASURED 5 FT AFF IN THE OCCUPIABLE
AREA,
13. EACH STROBE SHALL BE ADEQUATE TO PROVIDE REQUIRED COVERAGE, SiNGLE
SYSTEM IS MONITORED FOR INTEGRITY PER NFPA72.
14. THIS SYSTEM IS MONITORED BY AN EXISTING REMOTE SUPERVISING STATION.
15. INTERCONNECTED FIRE ALARM CONTROL PANEL AND DEVICES SHALL BE ARRANGED
TO FUNCTION AS A SINGLE SYSTEM AND MONITORED FOR INTEGRITY PER NFPA72.
SCOPE O r1 • r
ONLY. INSTALL FIRE ALARM DEVICES AT REFERNCED PROPERTY.
FACP AND RPS ARE PROTECTED BY A SMOKE DETECTOR.
SCOPE OF WORK IS LIMITED TO WHAT IS PROVIDED ON THE FLOOR PLAN AND RISER
t► ". Car i
MANUAL PULL STATIONS,
THE ACTIVATION OF A MANUAL PULL STATION SHALL INITIATE AN "ALARM" CONDITION IN
THE BUILDING FOR EVACUATION PURPOSES. AT NOT LESS THAN 3-1/2'& NOT MORE
THAN 41/2` AFF. AN AUDIBLE ALARM TONE SHALL SOUND AT THE FiRE ALARM CONTROL
PANEL AND THE LOCATION OF THE ALARM SHALL BE DISPLAYED, IN ENGLISH, AT THE
CONTROL PANEL AND ANY REMOTE ANNUNCIATOR. THE ALARM SHALL ALERT THE
BUILDING OCCUPANTS BY WAY OF HORN /STROBES AND /OR STROBE DEVICES. AN
( "ALARM " TO EVACUATE THE ENTIRE BUILDING CAN BE GENERATED FROM THE FIRE
ALARM CONTROL PANEL.) THE ALARM CONDITION SHALL BE REPORTED TO THE REMOTE
SUPERVISING STATION BY WAY OF DIALER.
SMOKE DETECTORS.
THE ACTIVATION OF A SMOKE DETECTOR SHALL INITIATE AN "ALARM" CONDITION IN THE
BUILDING FOR EVACUATION PURPOSES. AN AUDIBLE ALARM TONE SHALL SOUND AT THE
FIRE ALARM CONTROL PANEL AND THE LOCATION OF THE ALARM SHALL BE DISPLAYED, iN
ENGLISH, AT THE CONTROL PANEL(S) AND ANY REMOTE ANNUNCIATORS. THE ALARM
SHALL ALERT THE BUILDING OCCUPANTS BY WAY OF HORN /STROBES AND /OR STROBE
DEVICES. AN ( "ALARM" TO EVACUATE THE ENTIRE BUILDING CAN BE GENERATED FROM
THE FIRE ALARM CONTROL PANEL.)THE ALARM CONDITION SHALL BE REPORTED TO THE
REMOTE SUPERVISING STATION BY WAY OF DIALER.
CEILING MOUNTED SMOKE DETECTOR SHALL NOT BE LOCATED IN A DIRECT
AIRFLOW, NOR CLOSER THAN T FROM AN AIR SUPPLY DIFFUSER
DUCT DETECTORS:
ANY AHU ABOVE 2000 CFM AND RETURNS RECIRCULATING OVER 15,000 CFM OR SERVING
MORE THAN ONE FLOOR SHALL BE PROVIDED WITH A DUCT DETECTOR.
THE ACTIVATION OF A DUCT DETECTOR SHALL INITIATE A'tSUPERVISORYt' CONDITION AT
THE FIRE ALARM CONTROL PANEL. AN ELECTRONIC SIGNAL WILL BE SENT TO THE
EXISTING REMOTE SUPERVING STATION BY WAY OF DiALER. AN AUDIBLE SUPERVISORY
TONE SHALL SOUND AT THE FIRE ALARM CONTROL PANELS AND THE SUPERVISORY
LOCATION SHALL BE DISPLAYED, IN ENGLISH, AT THE CONTROL PANEL(S) AND ANY
REMOTE ANNUNCIATORS.
SUPERVISORY SIGNAL INITIATING
(TAMPERS, PIV AND ETC.)
THE ACTIVATION OF ♦ SUPERVISORY SIGNAL • DEVICE MODULE
"SUPERVISORY '• UBLE" CONDITION AT THE FIRE AL• - CONTROL PANEL. AN
AUDIBLE SUPERVISORY TROUBLE TONE SHALL SOUND AT THE FIRE ALARM CONTROL
PANEL(S) AND ANY REMOTE ANNUNCIATORS. SUPERVISORY • •
BE
REPORTED • REMOTE SUPERVISING • • : • OF DIALER.
FLOW SWITCHES:
THE ACTIVATION OF A SPRINKLER FLOW SWITCH SHALL INITIATE AN "ALARM" CONDITION
IN THE BUILDING FOR EVACUATION PURPOSES. AN AUDIBLE ALARM TONE SHALL SOUND
AT THE FIRE ALARM CONTROL PANEL AND THE LOCATION OF THE ALARM SHALL BE
DISPLAYED, IN ENGLISH, AT THE CONTROL PANEL(S) AND ANY REMOTE ANNUNCIATORS.
THE ALARM SHALL ALERT THE BUILDING OCCUPANTS BY WAY OF HORN /STROBES
AND /OR STROBE DEVICES. AN (ALL - CALL" TO EVACUATE THE ENTIRE BUILDING CAN BE
GENERATED FROM THE FIRE ALARM CONTROL PANEL,) THE ALARM CONDITION SHALL BE
REPORTED TO THE EXISTING REMOTE SUPERVISING STATION BY WAY OF DIALER.
m 1 1. ADDED HEAT TO ELEVATOR MACHINE ROOM.
m2 2• REMOVED THE SMOKE DETECTORS FROM ESCALATOR AREA.
SMOKES ARE NOT REQUIRED AS THE BUILDING IS 100% SPRINKLED.
3. ADDED HEAT AND SMOKE TO ELEVATOR SHAFT.
4. PROVIDED DESCRIPTION OF THE BUILDING'S ELEVATION AND THE TENANT SPACE'S SQUARE FOOTAGE.
5. REMOVED--DAMPERS FROM FLOOR PLAN AND RISER.
6. ADJUSTED SEQUENCE OF OPERATION TO INCLUDE DUCT DETECTORS.
System No.W -L -1001
September 07, 2004
(Formerly System No. 147)
F Ratings - 1, 2, 3 and 4 Hr (See Items 2 and 3)
T Ratings - 0, 1, 2, 3, and 4 Hr (See Item 3)
L Rating At Ambient - less than 1 CFM/sq ft
L Rating At 400 F - less than 1 CFM/sq ft
System No. C -AI -1001
August 23, 2004
(Formerly System No. 44)
F Rating - 3 Hr
T Rating - 0 Hr
W Rating - pass I (See Item 4)
1
StlLIION A -A
System No.W -3 -3081
Septmber 08, 2004
F Rating - 2 Hr
T Rating - 1/2 Hr
REVISIONS
ZONE REV OESCRIPRON DATE I APPROVED
1. WeR Arenay -The 1, 2,3w4 w Ane•rrd gyywm "NourdlNUd wag armbly shall b taleteutLd N tlpa
materials and h the mennr described M the Individual 0300 w 0400 Swiss WIN or Partition Desipes N the UL Fire
Ratulerq or do , and shall Indlude the following constrinctio. foaane
A Suds - Wall frmmg may coyest N *it- Brood sands (max 2 h fire retail sawnbho) or Neat channel studs.
Wood Pads to consist r rm 2 by 4 in ambw speced 16 In. OC with rm 2 by 4In. lumber rd pates and aVr
Mote. steel studs a b min 3-516 In. "by 1 -3/8 eL deep drnn.le coated Max 24 eL OC.
B. Gypsum Brad• •fen 112 r 518 h tf Wfc, 4 R Mlle wtln puora o bgrrM adpes. TM pypwm wslbeerd
tors, tatluwar„ nrmbr r leyen, hNear typo and ~ orientation chap be as specified In the lins"Uel 0300 or
11400 S.A. Design In the tit. Rn Rniwrxt Directory. Max done of opening 1.26 h.
2. ThMrmA POnotent -Cars meek pqe, cmduk r abmp leNaad lawn con"ntrkagy w eccentnagy rwhh thf
hasap crown. The Annul space between plot, W rota or filling and periphery of omnng shop be min of 0 An,
(Point contact) to max 2 In. P4a, mn6Wt r tubma to be roily uppomod on both sides of wan an..". The
following types and stns of matatc peas, ordueP or POLIO my to used:
A. Ste PIN • Mm 24 bL dam (or sm.6r) So)dL" 10 (r heniw) steel pipL
D. iron Pipe -N..2 4 I diem (a am il" mm loo -kht (r 1, ..hu) cost kin W pigs, nom 12 In diem (r
wnaller) r Clew 50 (r Marley) dwA Won pressure pigs.
C. Ca duk - Nom 6 In. dam (w Mawr) $" condhN r nom 4 m dim (r smsRer) dui NMrtsl mebkc tumor
D. Copps Tubmq - Nom 6 h. dim I. a kl) Type L (r Meow) copper abIng
E. Capper Pipe -Nom 6 h. lam (r -now) Ragmr (or Assuan) capper NO.
F. Through PetuhPOrq Product- - Flexible Val Piping - The hgowing type r NM flaxba metal pas pphg
may be wed:
I. Nom 2 h. dam (r mt6or) $hat Ftxble metal pee Pkwg= Politic c.-I g r POLIO my r may rot be
removed on bath Md. of fire or wait eswmbli
OMEGA FWC INC
2. Nom 1 h, dm (w annual etael flexible metal gas peo g. Plastic Osvwag an piping may or may not be
...ell on both sdr of Haar r wall assembly.
mEFUBX CORP, A BUN DY W -
3, Nom 1 m, dam (r ampr) stets Revd motel on Pang. PaNk ama+ea an POLIO may or may rot be
r-i d on both Odes N floor or wall assembly.
WARD Also INC
1 FO,Vod r Cavity MetwW - Cwt r Seeing - Mm 5/6.1. 114.1 -7/8 and 2.1/2 le. thttmew of asst or
swam fr i, 2< 3 end 4 r -td rwmbas& nOpMiwM, eppea wRhIn.nnukav fluty with bola aufsces of wsl.
Mir 114 bL le bed oA Cadk a Pram ePPaed a prpeum bpertUPrabent halide N paint wntact kxatloi on
bra ides of well.
The hourly F No MIN N tine &.ship system le depsndeg upon We burly M Ming of the wag ..am* in whkh R N
Installed, As Woem h the Allowing bbl.
The hourly T Rating r the nmstop swam le dspendsnt upon to type r stn of MA pipe w Conduit and the hourly
M Mti g of tho web swmbty In wtath R Is Weald. AN ttuaad blow:
f^.•.hT•IF�i.7R7A t'7I
+WMn topper pipe is cad, T luting is 0 h
3M COMPANY - CP 2YWS+ auk r FB -3000 Wr Nair%
*Bearing the UL W Nfkatbn Maridg
�o
1. Floor w Wall Assembly - Mn 4.1/2 Im thick lightweight or normal Might (100.150 Pon concrete.
Wall may also be constructed of any IA. aaruted Concrete awtka- . Max dim of Mortar tsagh
opening Is 22.1/2 hL
Sea Concrete hake (CAM Category in the Fire Resistance Directory to PUnrni d nnwelantstra
1h4 Sac Sleeve (OPUMM, not staem) - Nam 12 In. diem (" MUNK) Schedule 40 (or Msylen *W
pipe sleeve nst into con01ate floor w well. Sloane to be Ruh gem a project mac 2 kw, ftwn top surface
of flow a from both surfaces of ws.
1 Through Pawtran -del metallic pipe, cadet a Mhg Installed Nmr CCxentr� fly or
awnVicaly whim the Aritop System. The a ni apace between Pigs, cordua[ or fieblng and panphary
of opening Mall be min of 0In. (Pant conat) to Max 1.318 bL Pipe, comduc or tub" a be riydy
supported on both sides w wall assembly. TM following types and sign Of rrnabtc pipe& Condos r
Ming may be used:
k Steel Pipe - Nom 30 m. diem (a miller) Sdadus 10 (or twaWe } steel pp&
Ai. tray Ron -Nom 30In. diem (a maRtr) Pat a dtxti Ion pipe.
B. Con" . Nam 6 hL dlem (w milli) nkjto Neal cordaat,
C Cadet • Rbn 41I. dam (r moor) steel 01W meW Rc tubing..
3. Mnxing Mahrir - PdyetwWm baOtr rod or rom I In. thkW m of bg" -packd mnrtmc
(akmhlna Nga) Aber blankly MIrWM Wool bat or Bass Aber kWatiM matWl ud as a Permanent
form. Pudding Material to M recesed Ain top suRSa caw or from both s rfias d sold 01xwen or
.. block Wag as required to emmnddat4 the reQWd thickness d oat AN matelot (loin 4). As
an Altertlete wan Max pipe On is 10 In. diem and when net araar spacrt IS 1 In., a nth 101.
thickness of tghtlypacked ceramic Aber blanket w mNnral pool bat pac ding material may be recessed
mm 1/2 In. from bottom soft" or floor a from line ode of sad Coewste Wog,
4. FlII,Vold a CAM Materials' - Cask or Sealant - Applied to fill the Annular spa" to the min
thickness oh men In the /otawng table:
(a) SR - Polyethylene baser rod.
CF. COMMIC Abp blanket.
GF . Glen flDr ksutatkrL
MW . MMMf•wooi bait
(b) Caulk Installed flush wadi top surface of Roor a both surfaces of m i.
(c) Caulk Installed Aush with bottom surface of Boor r CM surface or sad (non calm" brick) waN.
3M COMPANY - CP 25WB+ cWk or F8.3000 Wr Priam. (Ttm W Rang eppin coArvawh FB-3WO Wr
slant Is udJ
- Bearing the hits CU6of Atkin Merkhg
S. WeR Asmbfy • Mn 8 m. (152 mm} tnktk retrWroed IlgftW4gft rnomN weight (10@ -SSD pd
or 16CO-2400 kg/m3) concrete wait. Wall may also be constructed of" to Counted Concrete
Block• . Max dm Of opening IS 8 h. (203 mm).
See CCiCete blocs (CAZn atagory in the Fire ReoNana DWectmy ra Ames a mnctachsef.
2. Ube - One able Installed eccentrically a cona trially within opening. Annular apace between
able and periphery w opening to be and O In. (0 mm) (po" Contact) a max 1 m. (D mm "25 mm).
Cable to be rigidly supported on both sides of the wall. The meowing types and am of able may be
Used:
A. Max 200 pair No. 22 AWG (or mailer) copper cnndutBrwAm polyvMyl Chloride (PVQ Institution
and }ackatng material.
B. Max I/C No. 350 koma (w miter) copper conductor cable with Cros•hikd polyethylene (XLFE)
a PVC }acne.
C Max 7/C No. 12 AWG (w small copper conductor parer Pfd cCwW cables with XLPE mPVC
MMA"'ah with XLPE C PVC jacket.
D. Max 3/C No, 210 AWG (or Praeger} Copper or aluminum conductor SER cables with XLPE or PVC
usillu m 8.4 jakkr.
E. Mae 41C No. 2/0 AWG (a miler) copper conductor, akxnimxn did or Neel clad TECl( 90 able
with or w it ho t PVC )aekeW.
F. 110/125 fiber optic (F. D) able with PK am latun and }adw-
a Max 3/C with ground No. 8 AWG (or mailer) =Poor mrducta NAM able with PLC bsulatfon and
P&AL
N. Max RG/U t»adal able with tuamatd edMerr Ilsitlon and jacket.
1. Max 4 pair elm 24 AWG (r smaller) copper conductor data able with Phpr jaekat and Insingn.
I. Th uQh PeM Meg Product- - Any able; A-ord Cable+ or Meal Clad Cable+
Currency Carifled Under tee Through Pe ietr sting Product aagory.
See Thragh Plfletratirg Product (XMLY) Category In tea Fn ResMarxa Dkfttay for names of
manufacturers
3. FSR,Vad or Cavity Materiel. - Cali rle m a Sm • M S18 In. (16 mm) tatcnes of auk or
coolant applied within a"I'lus, flush with bah surfaces of wog. Mn 1/4 m. (6 mm) dim bead of
Caulk or shit applied to abla/wall hterhom at p"%c nt d location Cap both ode of ML
34COMPANY - ICISW3,CP25M +cliulkorFS- 30WWrslant
- Bearing the UL CaspAtatbn Mardnp
System No.W -L -3110
September 07, 2004
F Ratings - 1 and 2 Hr (See Item 1)
T Rating - 0 Hr
SECTION A -A
System ND. C -A3 -3200
SEptember, 2004
F Rating - 2 Hr
T Rating - 1/4 Hr
SECTION A -A
System No.W -L -3001
September 07, 2004
(Formerly System No. 144)
F Ratings - 1 and 2 Hr (See Item 1)
T Ratings - 3/4, 1, 1 -1/2 and 2 Hr (See Item 2)
L Rating At Ambient - 15 CFM/sq it (See Item 3)
L Rating At 400 F - less than 1 CFM /sq ft (See Item 3)
-PENETRATION DETAILS
SECTION A -A
1. Wall Assembly - The I w 2 rr Nor Mind QYPssn Mapo "Aid wall essmby shall be coned
of the mrtenaIs and In" manner S"oRd In the hdhodui U300 or tM03 Series Wall and Prbtlon
D"gn m the UL Pin Resistance Directory had shall Include the fifin" wmVu M h twee :
A. Studs - Wall taming may consist of ether wood "a a Neel man need and& Woo studs a
wnsist Of rxma 2 by 4 in. lumber crated 15 In. OC. Steel Studs to be inn 3 -1/2 JIM WOO and speed
Max 24 In. DC
B. Gypsum Board. - Thickness, type, number of layers Arco fasteners as required In is IMvdwi
Well and Partition Design. Max diam of = is 4.1/2 In.
The hourly F Ratkq of the Arestop system le equal to the hourly Ire to" of the wait
assembly In which R t installed.
- Catia - Max 4 m. diem tight bundle of Cables Installed e¢annally a oaxenneCack in opsrwp.
TM ann"r spas between the bundid Cuban and the periphery of its opening to be min. 0 in (point
comas) to a maximum 1 /21n. Cables may or may not bit routed through Maible Neel coaWt with r
without vWo coating. Cables to be rigidly supported on bath wife of wall assembly. Any canbanetion of
the Mlowing types ano Size of ads may be used:
A. Max 150 pair No. 24 AWG (or am slier) copper conductor with pdyvinyl chloride (WLj Insulation
Std jacket.
B.Max 1/C 350 kanll (or maller) copper conductor able LHm ctow -Nii<d pohnitirylerie ()aPE
jaCC Max 3/C No. 210 AWG (or smaller) aluminvn W Capper Condutor able with XLPE braAat im and
PVCjackat•
D. Max 71C NO. 12 AWG (r onager) copper Conductor able with PVC Million and jacket,
E. Max No. 18 AWG RG 61(U coaxal able with PVC Icshton and jacket.
F. Max 31C with ground Nor 12 AWG (or matter) M4 able with PVC mouton aM jacket,
G. Tmough PeratrNkg Product* - Max 3/c No. 2 AWG (or smaller) oumrxm or Neel dad
Armored Cable` or aluminum w keel dad Metal Clad Cable* with copper ou ducroM.
ALFLEX COPP
1 FlII,Vad or Cavity Materials- - Caulk or Sealant - Mm S/B In. thIduNw of AN material apped
within annulus, Mush with each surface of w W 4 Min 5/8 kL I1icWU- of AR m~ad applied kt1
bxerstke of Cables on Dots sides or watt.
3M COMPANY - W 25WS+aulk r M3000 WT seaant
- Bearing the I.A. ClasNRcatan Maridtg
MTI
1. For or Wall Assembly - Mn 4.1/2 WL (114 mm) thkk mtnkrted N PtA*Igtl wn rmN weight (t00•i50
pd r 1607 -2400 kg/m3) concrete. Flow ale ri bly may also be anstructd C any mn 61n. (IS2 mm) tick
UL Clawmed houar-cae Precast Comet* tkas- . WA" May Nm be ConKr=*4 cf ami tX Oas~
Caxrate EIC t . Max dnm a oPaNrA 6 NL (M mm).
Sea Concrete Bkxks (CAZf) and Pesast Connate Urns (CFTV) Categories m Fke Reooana Directory fee
names of manNture&
2. Stag Skive (OpUOaI) -Nan 6 iris (!52 mmj Dam (w mnnrr) Srwduie 10 (C Mavpark steel Neese Caw
or grouted Into Mar or wall assembly. Steel Neel may be mstNled Rush a may gnat mall 2 kL (51 mm)
beyond the Row or east atface%
3. Cabo - Aggregate Coss -ootdal err a awes in opening to be mat 49 petal a to moss -iaosl
ama bode mf soave w opening. Anmutr space between cables and periphery a opening a sleet a IRIAN be
min w 0 kL (pant cone -) to tax 2 in. (0 mm to Max 51 mm) Cables to be rigidly supported on bah sides It
Row a wan assembly. Any Combination of the foMwrg type and wens of Cable may be wed;
A. Max 220 Pak No. 22 AWG (or smal)w) Copper m -ductor wTh pdyvinyf Worde (WC) Inaaahrn and
jacketing matww.
e- Max 1/C No. 753 kanil for mailer) Copper conductor able with acs"inked pdyemylww (xUPE) jacket.
C. Pear 71C No. 12 AWG for similar) copper conductor paver and control able vir C.PE a PVC i saaton
with XIS r PVC jacket
0. Max 3/C No. 3/0 AWG (or smaller) copper a alumUmam amdkta SER Cables with Mmwlation and
jacket.
E. Max 3/C No. 2/0 AWG (or mailer) Copper conductor PVC Jacketed Aluminum dad or Net dad TECR 93
able.
F. Anal 1101125 Aber optic (F.O.) able with PVC ImvlNbn and jacket.
G. Max 3/C with ground No. 8 AWG (a mailer) copper wrduttw NM Ma with PVC msulatioh and jacket.
N. RWU coaxes Cabin with fluorinated at"" (FE) Of PVC mAllbot and jacket.
I. Max 4 pair No. 24 AWG (w mailer) Copper conductor data Cable with Near jacket and InRlataL
J. Max three "nduCta No. 12 AWG (or smaller) MC (BX) copper able with pdyymryl taade Insulation end
jacket maenale.
K TixnupN penetrating Product* -Any able& AMCed Cable+ w Metal Od Cable+ Currently
ClasOned Under" Ttxnugh PenstMtng Product category. See Through PeneMag Prdrat (XM.Y)
Category in the Pre Rlawan" Directory for ands Of namdacturers
4. MreNg7 SY MM -The deans r the flrestop systm Well bit as folkma
A. Pscklrg MNenal -Min 3 tm (76 mm) tNCIMNn a inn 4 dd (64 kg/m3)mPxmW vat bat ms laton
Armiy packed Into opening as a pamwnem farm. Packing material a be recessed hom top surface w Aoa or
top edge of Neer or from bah sin alis of wall or bah ids of stove r MgWd to AnAmmdate the
mqured tdctrtes of All matenaL In floors Constructed of hoidw -"re corome, Packing matrst to be
recesed from top and baton surfaces of floor or sie"it a required to accemmucate the required ttadowns
Of AN material.
B. FRI,Void by Caylty Mourns- - Caulk a Seals - Mn tit In. (13 mm) thickness of akt a stare:
applied whhn to Annulus, flush with top surface of floor or top edge a "Onn W With bah surfaces d wag a
Poch ends a siaeve& In AOots Constructed Of roflOw -core Conine, mm In In. (13 mm) thicdxs; of MAN or
sealant applied within to Annuhq, Ruch with top and bottom reface of Floor a Nwve& Min 214 M (6 mm)
diem bead a Cant applied to the pone"BA/Cwaete or prxKrenhOlave Im M at to pant Catat location
or to toP surface of floor or bah surfaces of Nag or h onove -tore concrete.
3MCO4PANr - CP25WB +,ICiSWBaukrPe- 300OWrsit.
- Bearing the UL 03sotkaton Mrdng
+ Bearing the IA Using Mark
1. Wag Assombir - The 1 w 2lr Are•roted gypsum wallboard/stud wn a W Nvs be Constructed
w the N1415
and In the manor deSCMW In the kdirdual 0300 a U40D Series Wall by Partition
Defigns in the U1. Fin ReNNance Directory and shall Include to fakawng mhXrictlm festurev
A. Studs - Well taming may consist of Mar wood studs or Ned thermal W ft Wood Keds to
Cors1N of non 2 by 4 In, timber spaced! 16 In. OC with ram 2 by 4 kh. kmaer end gate And 01165
bra"& Sall studs to be min 3 -5/8 in. Mik by h -318 kt dip tunnels spoaxf Max 24 M OC,
B. Gypsum Bawd* - Nan 112 or 518 In. thick, 4 it wide with squwe a tapered odges. The gypsum
wallb"m type, thickreR number of layers and want Orientation NCR De as specMed In tee Individual
Walt or Petition Design. Dam a dreular through agereg to be 3/8 YL to S/9 In. lar�then outside
diem of Cable or cable bundle.
C FnWrAn - When wood stud fMmm um g Is employed gyps wallboard cn ya attached to studs
with "meat coated ails as specified In the individual Wall a Partings Design. When a" WmeN stu0
framing Is employed, gypsum MINICArd attached to studs with Type S set- drt0ng, set-capping
bkgpe -hid steel stews as specified in the lndlydual Wag or Partition Desigm
The bom y F Rating of the ftmsrp system Is aPral to to* hero rite Noting of the wall
lerrhmblF In which it he hrstaM0.
2. CabMa - Individual! able or Max I im diem able buhdie Installed In thogh Opening wkh In
annular space of inn 0 in. (pan mrdat) to Max 3/4 ML Cable to be rigidly supported on bet Odes of
wail ewmbN. Tha N owi g fYpr and sal of catlleg may be Used:
A. Max 150 pair No. 24 AWG copper conductor telephone able wait pdyvkw Chloride (PVC hatdabrn
ON jacla t maartNs. When MAX 25 par telephone able Is used,
T Rathg Is 2 IN r.Wiwt 50 to 150 pair tWphclicks, Cable Is used In 1 hr fin red walk
T Rating Is 3/4 hr.Wfhsa 50 to 130 pier li~arM Cobh Is used in 2 M fire ralloN walk T
Ruling Is 1 hr,
3. Max No, ID AWG mul ipa copper Conductor Type N4 (°fiomex -) nonmetallic NNathed caw with
PVC Insaatkxn and jacket materials
When Type NM CabM b used, am T Rat" le 1 -1/2 hr.
C Multiple Aber optal communCahon able jaCCNed with PVC and having A max atade din of
5/s m.
When flbr optic cable, In lewd, anni Ratrg Is 2 hr.
0. Max 12 AWG mum Coductor (max seven conductors) power /oXSro CrM with Cos -Nnked
Polyethylene (XLPE) Insulation and XLFE w PVC jacket material&
When multi cool s Wr poor /control Cable le lewd, rimy T Rating le 2 it,
E. Max low Conductor with pond No 2 AWG (or wally} alu ilnum SER cable with paJvmyA
chloride klsuiatdn and jacket material&
B. P111,10old or Comity MatwUls* -bulk, SmWmt m Pv" • Cuxik a putty Rh mateai hwtaRtd to
completely All annular Wee between Cuba and gypsum wallboard an hen sides of me and vibe t mn
1/4 in, dim bead of auk r putty applied to penhetr of able(s) at a egress Ain each side d tee
Wall.
1st COMPARy - MP+ Sth: putty, CP ZSWB+ 91c, FB.30W Wr walen or table Wrap pally
(Noll: L Ratings apply only wren CP 25WB+ auk tr FB -3000 WT soolent is uxd.)
*Bearing me UL Classification Mark
E