13-205-033THROUGH - PENETRATION FIRESTOP SYSTEMS (Xi-IE-Z)--•C0ndnu0d
System No. CAJ1006
(Formerly System No: 93)
F Ratings ----1, 2 and 3 Hr (See items 1, 2A, 2B and 2C)
T Haling -0 Ill
L Rating At Ambient -2 CFM /sq ft (See (tern 5)
L Gating At 400 F —less than 1 GFN1 /sq ft (5eu Sten-i 5)
$notion A -A
I- Floor or Wall Assombly Lightwe I pill or normal weight (100 -1 ti0 pct) concrdto- Min thickness
of conclota flour or wall is 2 -1/2 In. for 1 hr F Hating and 4.1/2 in. for 2 or 3 hr F RaVag.
Wall may also be constructed of any UL Classified Concrota Blocks'. Max area of opening
1152 sq Im with max dimenslan of 36 In.
See Concrete Blocks (CAZT] category In the Fire naslsttincn Dirnctory for names of manu-
factorem
2. Pope or Conduit—Nom 12 in. diam (o( 'smallef) Schedule 10 (or heavior) steel pipe, nom 6 in.
diam (or srnallerf stool conduit, nom 4 In. dime (nr smallar) steal EMT or Typo L (or heavier)
copper tubing. Min clearance between pipes 1 if', Min clearance hotwavn €iipa aid wall of
through opening 1/4 in. When single nom 4 in. diam (or smallort pipe, conduit or FA+Ir is )n-
stalled In nom 7 ht, dram (or sinallor) circular through opening, ndn 03aranco boturaen plpn-
conduit or EMT and wall of thruugh op"rtErtg is 0 En. (point contact). Pipes and conduits rigidly
supported on both sides of floor or wall assembly.
3. Fill, Void or Cavity MaforEols'- --Wrap Stn it —biota 1/4 in. tlrrck Irdumascont olestomerir, ma-
facial faced on ono side with afmninum foil, supplied in 541p,s. Miff 2 im wide strip wrapped
around pipo /conduit (foil side axposed) and sacured In place with steel wire or alumlriufn foil
topo. Wrap strip to emond approx 7/8 €n- beyond each face of Ilia inhImuscenl shovl. (Itoro 4).
What) nom 6 in. diam (or smaller) pipe, conduit or rMT Is inatellod is through opaning, no
wrap strip is required on pipe, conduit or EMT for 2 tit F' Rodng.
Minnauota Mining & Mfg. Ca —Typos FS -I 95, FS °1911.1,
4. Fill, Void or Cavity Mato rials'— tntumesc tint Shool —Rigid alurnInum foil -faced sheet wilh
gaiv steel sheet backer. Shoot out to tightly fotlow the "pioufs of ilia papa wrap strip (ur indi-
vidual pipet arid with o ado tap of 2 in. on all sides of the through opening. Sheet to be in-
started with the gaiv steel shoot backer exposed (aluminum foil tacing aoahrst floor or wall
surfaco), Shoat secured to top surface of flour and botft sides of wall using min 114 in. diam
by 1 -1/2 In, long steel expansion bolts, or equivalent, in conjunction with rnln 1•I /4 in. diam
steel fonder washers.. Max spacing of shoat fa$tors0i's Cut to oxcr;6d 6 h). UG. Prior to lasialia-
tlon of the shoal. a nom 1/4 ion. diam boad of caulk (ltorn 5) shah he applied as a gasket be-
Iwoan tire street and tit(, surlaeo.of the floor of wall around Ilia perimeter of the through
opening. As an alturnate when it) the Max pipe or conduit size Is nom •1 In. diam, (2) each
pipe of Coriduit is provided whir a layer of.wrap strip and (3) no bundlod cables or Insulated
pipes are installed in ilia through opaning, Alto intumescent sheet may be installed ton bottom
surface of floor or on only one side of Wall.
Minnesota Mining As Mfg. Go.—Types CS-196, Ca- 195 I-
5. Fill, Vold or Cavity Me,tarials'— Coulk— oanoreus application of cslrlk to be applied around
Ilia base of rho wrap strip (or individual pope] at Its egress from the hnletmesc:anl shoatts) in ad-
dition to completely cavoring ilia wrap strip up to the Interlaces) with the pip ". Pips insula-
tion and /or cribla boodle, Nam 114 in, diam bead of caufk to be applied as a gasket between
rise intumescent sheet and the floor or wall surfaces.. .
Minnesota Mining & Mfg. Co.-- -Types CP -26 S /L, CF-25 N1S, CV-25 WD, CP -25
WB -t -. iNote: L Ratings apply only when Typo CI'•25 WR•I- caulk IS used.)
6, Stool Cavan Strip --Min 2 in. wide strip or min 0.015 in, thick (30 gauge) gaiv stool centered
aver entire length of slit made in intumescent shoot (Item 41 to potmlt Installation about rho
pope /cable bundle, Prior to bistallatloa of tho steel strip, slit in Intunlascont sheet covered with
nom 1/4 in- diam bead of caulk (Item 5). Steal cover strip secured to gate steal backer of Irnu-
ft ascent shcot with steel shoobrnetal screws or ,tool rivets spaced max 2 in. OG vin each side
or slit.
7. Support Channel —fHot Shown) - -•When aron of through opaning oxceeds 570 sq fn„ an rntar-
ntediato support channel shall he installed flush with lop surfaco of floor or both surfaces of
wall- Support channais to be min 1 -5/8 by 1 -5 /8 In, amt formed of min 0.083 In. thick (No.
12 gauge) painted or gaiv steal. Ends of steal channel butted or warded to steel 871131,33 an-
chored to inside wails of through opening. When stool support channels are centered botioath
butted sa a am of Intumescent shoats, no steal cover strlp (item Q Is required over butted seam.'
1fAhmlescent sheet secured to stool support channels with steel shoat metal screws To conjunc-
tion with min 1.1/4.1n. diam steel fender washers. Whoa support channel 3s used beneath but-
ted seam or irmmneseent sheets, faste "ens sp--ud max 3 irt- DC ono each side of butted seam.
When support channel Is located away train intumescent shoat seam, fastener: spaced max 6
LOOK FOR MARK ON PRODUCT
FIRE RESISTANCE DIRECTORY lUXR10 1437
THROUGH- PENETRATION FiRESTOP SYSTEMS (XHE,Z) --- Con tin ued
System No. CAJ1018
(Formerly System Nu. 162)
F Rating ---2 Hr
T Hatjngs, -0, 1/4, 1/2, and 3/4 Hr (See Item 2)
anyL h'.LY
1. Floor or Wail Assembly —Min 2 -1/2 in. thick (oinforced lightwoight or normal weight (105
pcf) concrete_ Wall may also be constructed of any UL Crassiliod Concrete Rlocks'. Max diam
Of opening is 8 In,
Sao Concrete Block JCAZ -11 category rn the Fira liasistance Directory for names of manu-
facturors,
2. Through Penetrants -- Metallic pipe, conduit or tubing to be centered within the fi(ostop sys-
tem. Pilio, conduit or tubing to be rigidly supported On hoth sides of floor or wall assembly.
Steel pipes or conduits may be instilled individually or In multiples- Tiro space between adja-
coot pipes, conduits or tubing, end hotwoon pipes, conduits and tubing and periphery of
opening shall be min 0..63 in, to Max 2,151 En. The following types and sizes ut tnotnifir, pipes,
conduits or tubing may be used:
A. stool Pipe —Nom 6 in. diam (or smaller) Schedule 5 for heavier) stoat pipe.
0. Conduit —Nom 4 €n. diam (or smaller) electrical metallic tubing_
diam or smaller rigid gals, stool conduit.
G in. 9 g
C. Conduit--Nom [ )
The •r natings are dependent upon the concrete slab thicknaas and size of steel pipe, conduit
cc tubing as show" in the following table:
MI r Max Ofam T
co "Cruto of Steel Pipe Rallog
Thickness or Conduit (In} (Hr)
2 -112 in. 6 0
2 -1/2 in- 1 -1/2 114
2 -1/2 in- t -114 i 1 -) 174
2 -1 /2 Inn- 1/2 1/2
3 -1/4 in- 1/2 314
(+) Multiple conduits or pipes.
3. Forms --tNot showh) —Used as a form to prevent lCakage of lilt malarial during installation.
Forms to be a rigid sheet material, cut to fit the contour of ti" penetrating item and friction
fitted within opening to accommodate required thickness of fill material. Forms to be removed
a h
after fill m eriai s cured. t a
4, Fill, Void or Cavity Materials'— Mortar --Min 2 -1/4 in, thickness of fill material applied within
the annulus, flush with top surface of floor or with both surfaces of wall. In walls, the local
do th within the opening Can be completely filled with tfre fill rnale'ial, or the fill material can
be installed symmetrically to a roil" deplll of 2 -1/4 ;n. on each aid" of the wall,
1N Grace .-- -T a ZF 1
, R. G C & C o YV
'eoarino the UL Classification Marking
4 LOOK FOR MARK ON- PRODUCT
Design No::3918
Unrestrained Assembly R ai m 9 -1,
Hr '
-
3 1
4
I
2 nrestrbine
Ud
- End Detail
1 Precast Concrete Units " - Carbonate s€ bceous,4lightweight'aggregate.'
4 or 8 ft wide units with.cross section similar to the above illustration.
Openings maybe provided through the units for piping; ducts, or similar
services and should be suitably enclosed with constructions having at
least equal resistance, acceptable authofjti @s having jurisdiction.
American Pietas# Concrete, Inc .
Arnold Concrete.Ptoducts -- Greensboro Div, of Carolina Steel
.. , . Corp. ... - .- .
Breeko Industries ,
-Cleveland Buildelrsi Supply Co, .
. Nittirho6ie Con&iti Pradiii ti, Inc. .
Southern Cast Stone Co., Inc.
' 5trest:on Industries ! -
TFAC Div, of the Tanner Companies
2. Min Bearing -1-1/2 in, p ' " .
3. Grout- -Sand- cement type, 3500 psi compressive strength. For a grout
stop, compressible material may be placed at bottom of the joint before
applying grout. .
"Bearing the UL Classification Marking
N.T.S.
I i m0Uwi -rhlVL I HA I ION 1 -llit5 i L1Y SYSIEMS (XHEZ) ----- Continued
System No, CAJ1175
F Ratincg -2 Hr
T Rating --0 Hr
,2
�
i(71� �3'
- --
L____
�
(4-4
1-- -.A -
SEC` tON A--A
1. Floor or Wall Assanitbly —rata 2 -1/2 in. thick lightweight or normal weight (1011 -150 pelf con -
crrle. Wall may e)se bb Constructed of any UL ClisAied Concrete Blacks% Max diant of rir-
culsr through opening Is I U in,
Sea Concrete Blocks (CAZT} cale {fury in the lira Resistance Uiroctoty for names of rnanu-
lerturers.
IA. $(act $loovv—(Oplisnall --No. 10 in. diam (or smaller) Schadure to (Or h9aviar) steel pipe
sleeve cast into concrete floor or wall. Sleeve tq be flush with or Project max 2 fn. from top
surface of floor or from both surfaces of well. -
2. Pips or Conduit —Horn 13 in, roam (or smeller) schodufde 10 (or h ;t';'rr) steel pipe, non. 6 in-
dia n (or smaller) rigid steel ccnduil, nom 4 in. diem (or smeifer) cast iron pipe or steel EMT.
M.ix one pipe or conduil par through opening. Max a,uiular space between pipe or conduit
and edge of through opening not to exceed 1.3/8 in. Min annular space between pipe or cart -
duit and edge of through opening is zero in. (point contact). Pipe or conduit to be rigidly sup-
ported on bour sides of floor or wall acsernbly.
3. pecking Material —Min I in, thickness of lightly - packed mineral -woof ball mataiiet used as a
permanent total. Packing mawfial to be recessed min 112 in. fi'vm top or bottom surface of
flour or train either surfaco of wall as rogiiiied to 4iCOn"nUdale We required thickness of
caulk fill malarial prom 4),
4. Fill, Void or Cavity Motoifals "— Caulk•^ - Applied to fill the ounular space to a m'in doplh of 1/
2 in. [lust. will, the top or bottom surfaco of the (loot or either surface of ilhe wall. A rndr, 1/4
to. diam boad of caulk shelf be applied to the floor or waif setfacc whore ilia pipe, conduit or
EMT is installed in point contact wilh the edge of die. thruugh oponiag.
Minnosota Mining & Mfg. Co- -Typo CP -25 W134-
'Ucarhnj the UL Classification Marking
FIRE RESISTANCE DIRECTORY (IIXRti) 1541
THROUGH - PENETRATION FiRESTOP SYSTEMS (XHEZ)—Gontinuad
System No. CAJ2002
(Formerly System No. 64 -B)
F Rating -2 Hr
T Ratings--0 and 2 Hr (See Item 31
L Elating at An- thient --7 CFM /sq it (See Item 3C)
t, Rating at 400 F —less than 1 CFM /sq ft (See Item 3C)
SECT 0_N a -A
I. Floor or Wall A "uernbly —Mitt 2.1/2 in. thick Ilghlweight or normal weight (100 -150 pct) con -
craln. Well may also be consuacted of any UL Classified Concrete Rfock3% Max diam of cif•
cular uponing is 6 -t /2 in,'
Sea Concrete Dlvcics (CAZT) catagory in the Fite Resistance Directory for nani'm of menu.
facutram '
2. NonmataElfe Pipe Or Conduit —Nam 4 in. diam for smaller) SchediilII 40 politybryl chloride
(PVC) pipe or Rigid Nonmetallic Conduit -r for use ill closed (prucnss of supply) or vantsd
(drain, waste or vast pEpint) systems. A max of one pipe or conduit is pararil(ed In ilia r€rostop
systom, Extent as noted in neon 8, the pipe or conduit shall be conlarod to ilia ihrough open -
ing. Pipe or conduit to be rigidly supported on hoth sides of Ilgor or wall assembly.
Soo Rigid Nonmetallic Conduit (DZKT) category In the UL Eloctricat Construction Materi-
als Directory for naemis Of manufacturers.
3. Firestop System- =Thu hourly T flatirlgs for the firostop system aro.dopendent upon the Fires-
top oriontatiun (wan or froorl, the siz" of the nonmetallic pipe or conduit, and the floor thick-
ness, as tabulatod below:
Nam Annular P T
orlertlanort Pipe $Paco, ftaling, flating,
(a) Olson, In to Rr Hr
F(b) 1/2 -2 1/4 -1 2 p
r(b) 2.112,--] 1/7 -1 2 0
W, F I/2 -2 1 /4 -1 2 2
W, 1: 7•1/2, J 1/2 -1 2 2
W. F 3-112,4 3/4 -1 2 2
(o)VV—wall, F =fluor
(h)Min corcrete floor thickness €s 71-1/2 ]n,
Tito dotalls of the frresfop system shall bo as follows:
A. Stool Support Clips- -Nam 1 En, wido by earn 0.019 in. thick 129 gauge) gaiv steal strips
Cotd- formed into r'-shape with (,night of Z -drape equal In the floor tbicknoss and with
width of bottom (as insta8odi leg of sufficient longth to span annular space, Top (as in-
stalled)log of Z shapo to be prit 2 In, long and secured to tap suilate of floor wipe 1/4
I-- drawl by min 1 -1/2 En. long steel expansion hafts in conjunction with steel nuts anti
w, spars, As an alternate to rho Z -shaper ,tips, the gaiv steal ships may bo formed into °L "-
shape with height equal to 2 in. and with bottom.fas instaltocil leg of svificien( long(([ to
span annular space. Clips secured to outermost wrap strip layor with $X401 who too prier to
Insertion in through opening. Min of three stool Support clips to be used, syntinutdcatly lo-
colod, with bottom Inn of. clips flush with bottom plane of fluor. When imndar space
Around front 1/2 in. to 2 hi, diam pipe in floor assembly fs 1 /4 to 3/8 in., steel supper;
clips are not required -
0. 1-111. Void or Cavity Metorlals -Wrap Strip —Nom 114 in. thick intumescent elostomardc
material faced oil Ono Bide with aluminum fail, supplied in 2 in, wide strips, Nom 2 in.
wide strips tightly wrapped around nun - metallic pipe I €oil side oxptlsed) 10 fill annular
Space around pipe- A min Of ono layer of wrap strip Is required for norn 1/2 in. to 2 in.
diam pipes, A min of two layers of wrap girlp Iy requir "d for no[" 2 -1J2 in. and 3 in. dicta
pipes, A mbt of three layers of wrap strip It: required for nom 3 -1/2 in. and 4 in, diam
pipes, Ench layer of wrap strip to be installed with butted seam whit butted attains in suc-
cossivo layers staggered, Wrap strip layers securely botod with steel wire or atuarimtip
foil tape aril slid into through opening such trial Ilia bottom udges are flush with the but
tern plane of tiro floor and are rosting on ilia steel support clip Ings. When nom 2 in, to 4
In. diem a i. u
n PVC i S used it i'n 4 -1 2 in Chic C a I ilia 1 r n l / k onCr te floor. I to a may be installed
PP A Y
v
eccentrically i n tho through opening I ern zn ro clearance at
uA c o t act IOat on} gravid-
ad that (t) (hv inside donna of the through opening Is 1.3 to E.5 roman larger than the ❑ut-
sida dram of the pipe, (2) line annular space between tru pipe and the sides of the open-
ing at ilia bottom 2 fn. of the through opening is completely filled with wrap strip layers
installed # Itowi n g th e contour of
the pipe and ( 3 } the b ui o n edges o f f h" wrap
strip lay-
ers
are reliably supported by '-Z"•- shaped stool support clips anchored to the top seerfaee or
the Concrete floor, In wall assomblies, the wrap strip layers on the nonmetallic Pipe are to
be installed In She soma manner used for floor assurobllos. but shall be installed
syms"gui-
call Y an both Sides of the wall with tile exposed sidlies of tire w ra p strip
layers ors rlu
sir vhh
the wall swfaces_ ,
Minnesota Mining ,& Mfg. Ca.- -Types FS- 19'.j, FS -195+
C. Fill, Void or Cavity Matarials'--•Caulk —Mln 114 ht. diam cQw1riuous bead oppfied to in-
side walls of through operilng prior 10 installation of stool support clips and /or wrap strip.
Caulk bead le be recessed 1 In. from II re bailom
Plane o or liver, lot wall assomhlies caulk
bead to be rocvs$ad i In. from wall surface on both sides of wall. In floor asso,oblies, o
urim 1/2 in, thick coating of caulk Is to be applied to fie top ridges of the wrap strip lay-
ers and to rill all gaps at the wrap strip / roncrete interface, ht waft usseinblios, the ON-
P osed etl en of the wra i Strip layers a n
d all gaps a1 the wrap .strf /
cunt e a I to r
lace oil
both sides or the wall to be coated with thin layer of Caulk.
Minneiata Mining & Mfg. Cu, —Typos CP -2.,5 S /L, CP•25 N /S, CP-25 Wa, CP -25
W[t +. (Note: L Ratings apply only when Type CP -26 We+ caulk is used-)
'bearing the UL Classiricaflon Marking
THROUGH - PENETRATION FIRESTOP SYSTEMS (XHEZ)-- Continuori
System No. WL1 001
(Formerly System No. 147)
F Ratings -1, 2, 3 and 4 fir (See ltenss 2 and 3)
T Ratings - -0, 1, 2, 3, and 41 Hr (See ilern 3)
L Rating At Ambient --less UTarl 1 CFM /sq ft (.See Item 3)
L Rating At 404 F- - -less than I CFM /sq It (See Item 3)
- -
SECTiON A —A
1. Wall Assornbty —The 1, 2, 3 or 4 1u fire -rated gypsum wallboard/stud wall assembly shall be
consiumed of the materials and ht the manner described in the individual U300 or U400 So,
ties WAI or Partitlon Designs in ilia UL Fire Resistance Directory and shall Include ilia fullow-
inq construction features-
A. Studa —Wall framing may consist of either wood studs {max 2 h lire rated assamblles) or
stoat channel studs. Wvud studs to consist of nom 2, by 4 In, lumber spaced 113 ln. OC
wilt morn 2 by 4 in. lumber and plates and cross braces. Steel studs to be min 3 -5/8 in,
wido by 1.3/8 In, deep channels spaced max 24 in. OC.
D- Wallboard, Gypsum'—Nonl 1/2 or 5/8 in. thick, 4 ft. wide with square or tapered edges.
The gypsum wellboard type, thickness, number of layers, fastener type and shoot orianla•
lion shall ba as sparlfied In the Individual U300 or U400 Series Design In ilia UL l=ire R "-
slslanco Dbrrcltry. Max dram of -opening is 13 -112 lit.
2. Pipe at Conduit —Nom 12 ht. diam (or smaller) Schedule 10 tar heavier) alaol pipe, nom 0 to,
diaur (or srnallor) stool condnit nolu 4 in. diam (or smaller) stool odeciriosl metallic lubino or
Type L or lot heavier) copper tubing er nom I in. dinm (o( smaller) floxlble stool conduit.
Whon copper pipo or flexible stool ccodult Is Hied. max F Rating of firostop system them
3) €a 2 h• Steel pipes or conduits larger than nom 4 tn. client may only be used in walls con -
struc(ed using steel channel studs. A max of one pipe or Conduit Is permitted in the firostop
system. Pipe or conduit to be installed near center of surd cavity width and to be rigidly slip -
ported on both sides of wall assnm4ly,
3. Fill, Void or Cavity Malarial' —Cattlk —Caulk rill matarlal installed to completely fill annular
space hclwoon pipo or conduit and gypsum v ollboard and with a min 114 In, diam bead of
caulk applied to perlmeter a( pipe or condtirl at Its egress from life wail. Caulk installed sym-
metrically ran both sides of wall assembly. -Iha hourly F Rating of tit& fireslop systant Is depen-
dent upon lire 1101411Y fire rating of tha wall assembly in which It Is installed, as shown ht the
following table. Tt,(r hourly T Rating of the fireslop syslent (s dependent upgr) tiro typo or size
of the pipe at conduit and the hourly fire rating of the wait assembly in which ft Is Installed,
as tabulated balovr:
Max Pipe Annular _ F T
or Conduit Space, Ratlng, Rating,
Dram, In In Hr Hr
I 0 to 3/16 I or 2 0 -f, t or 2
I 1/4 to t/2 3 0, 4 3 or 4
4 0 to 1/4 1 or 2 0
S 1/4 to 1/2 3 or 4 0
12 3116 103/8 1 or 2 0
+Wttelt copper pipo is "sad, T Elating is 0 h-
Minnesota Mlnfng & Mfg. Co. Types CP -25 S /l., CP•25 HIS, CP -25 WB, CP -25
WS+- (Note: L Ratings apply only when Type CP -25 WR+ caulk Is used.)
`Bearing the UL Classification Marking
LOOK FOR MARK ON PRODUCT
THROUGH-PENETRATION FIRESTOP SYSTEMS (XI-IEZ)— Continued
as a permanent form. Packing material (v be recessed front Will sides of well as regnirort,
to accocenodale the required thickness of tilt material.
- f- Boerino the UL Listing Mark
'Oeaiing the UL Classification Marking
System No. WL2002
(Formerly System No, 148)
F Ratings —; 1, 1 -1/2 and 2 Hr (See Item 3)
T Ratings - -3/4, 1, 1 -1/2 and 2 Hr (See Item 3)
L luting At Ambient -7 CFM /sq ft (See Item 3C)
L Rating At 400 F--1 CFM /sq ft (See item 3C)
SECTION A -A
1. Well ASsombly —the I or 2 hr fire rated gypsum walibcard/atud wall acsumbly shall be curt -
structod of the materials and in the mane "r described In the Individual U300 Or L1400 Silriors
Willi or Partition Design in the UL Firn Rosistanca Directory and shall Include the following
canstructfvn features:
A. Studs —Wall Framing .say consist of either wood studs or stool channel studs. Woad studs
to consist of nom 2 by 4 En, lumber spaced 15 In. OC with nom 2 try 4 in. lumber end
plates and cross braces. Stool studs to be min 3 -5/8 in. wide by 1 -3/8 In. deep channels
spaced max 24 lit. OC.
13. Wallboard, Rypsum' -5 /e In, thick, 4 it wide with square or tapered odgas" Tire gypsum
wallboard typo, thickness, number of favors, fast"ner type and sheet orientation shall be
as specified in (ft" individual U300 or U400 Series 0asign In the UL Fire Rosistanca Di-
rmtrlty. Max diam of opening is 7 in.
2- Nonmetallic PIPa at Conduit —On t nonmetallic pipe or eonduft 15 cent "led wrlhirr the fir "stop
system. Pipe or conduit to he installed treat calmer of stud cavity width and to be rigidly sup•
ported art both sides of wall. The following types and sizes of nunrrretslllc pipes or conduit
may be used:
A.. 14cm 6 in. client (or smaller) Schedule 40 (or heavier) solid -core polyvinyl chloride (PVC)
pipe.
B. Nam 4 in. diam for smaller) Schedule 40 for heavier) celha3ar -core polyvinyl chloride (PVC)
pipo.
C. Nam 4 in. diam for small0r) Schedule 40 (or heavlln) solid -core acrylonrtrilo-butadleno-
sfyrene (ABSi pipe.
D. Nom 4 in- diam (or smaller) Schedule 40 (or heavior[ fire rotardans polypropylano IFRPPI
pipu.
E. Nom 4 in. diam (or smallari Rigid Nonmetalllc ConduR formed of PVC.
F. Nom I in. diam (smaller) F.lettrlcat Nonmetallic Tohing formed of PVC.
Sca Rigid Nonmetallic, Candulti0Zkl`) and Efoctrlcul Nonrnotaillc Tubing(WHU) catego-
ries In UL Eleold"l Construction Materials Directory for names Of manufacturers,
3. Firestop Systatn— Installed symmetrically out both sides of wail assembly. The Hourly F and T
Ratings for the firostop system are dependent u p on the r yp a and site of nonmetallic pipe or
conduit, the piping system typo Mused systems such as process or supply piping or vented
systorus such as drain, waste or vent piping) -arid the hourly fire rating of the wall assembly In
which it is installed, as shown in the following table.
Nom Wall
Plpc/ Pipe Anaofar Plping Fire F T
Conduit Diann, Space, System Rating, Rathig, Rating.
Typa in ht (a) Fir Hr Hr
1:1111P 1/210 2 0.3/16 v 2 1 -1/2 1.1/2
FRPP PB 1J2 to 2
0-3/10 C 2 2 2
0 -3/16 C
ABS 11 2 ht 4 , V 1 1 3/4
ABS 1/2 to 4 0-3/18 C,V 2 1 -1/2 1.1/2
PVC 1/2 to 4 0.3118 C,V I I 1
PVC I/2 to 4 0 -3/16 r „V 2 2 2
FRFP+ 2.112 A 4 0 -31 i6 c V 2 1 -112 1 -1/2
PVC+ 5, B 0 -3116 C.V r 2 I -1/2 1-1/2
t PI a covering mataraF wrap required on Pi P a u n both sides of wall.
IaiC � Closed systems, V = vetted systems.
The details of ilia fireslop system &hall bo as foil ws.
A. Fill. Vold or Certify Materials' -- •Wrap Str4p—Non, 1/4 in. thick intumescent olastom0da
material faced faced on one side with a I um t fo i' su Pp li d rn 2 in, wide strips. Nom 2 fit.
wide strips tightly wrapped ar o un d ran me alt i c p i pe air conduit ( foil side exposcidl with the
edges butted agoirrel the surface of lire wall, Sufficient layers at wrap strip shall be in-
stalled to tap a min of 3/16 in. an the wall surface around the entire parimatef of the rir-
curar lhtough opening. For noon 1/2 fn. to Hum 2 in, diam pipes w conduits, a will of one .
1 ri m 3 fi diam pipes, a Iron of two
layer, of wrap strip Is required. For nom 2-1/2 , n. and a p p
Isyrits of wrap strip Is requhed. For nom 3 -1/2 in. and nom 4 in. dl.-:Fri pipes, a min of
three layers of wrap strip Is required. For nom 5 and 0 lit. diam, two tiers (4 In. overall
ivpg1h) of Ihrea layers of wrap strip is required, with ad)oihing wrap ship layer edges be-
tween hers lightly
hotrod. Each layer of wrap st ri A to be Installed talled wldr hulled seam with
bult9d seamy rn xucc "ssiva layers slaggared. 1Vrap strip layers temporarily held in post-
V6 using alurrifnum foil tape, atop# wire too or aqulvalent.
Ml"nuauta Mining & Mfg. Co.- -Types FS•lgs, F5- 195.1,
4 deep collar with 1 -I 4 in. wide b 2 In. Inn anchor tabs
B. Stool Caliar�- -Nom 2 or in all ! y g
and min 314 fn. forig tabs to retain wrap SUip layers. Coils of tin;ut 0.010 In , t hick (No. 30
ga +age) gale $11901 steal availabia from wrap !trip manulactrl,er. As An alternate, collar niay
be Geld fabricated from min U.018 in_ thick (No. 30 gauge) gsly shoat stool In accordance
with instruction street supplied by wrap strip manufacturer.
Steel collar, will. anchor tabs bent outward 90 rleg, wrapped lightly around wrap strip lev-
ers with min 1 fn. overlap at the seam. With stool collar anchor tabs pressed tightly
against wall surface. compress Collor around wrap strip layers using a min 1/2 In. wide by
0.028 €n. thick stalnless stool baud clamp will] worm drive tightening mechanism at the
collar midtrefght. As en alternate to Ilia stainless stool hand clamp, the steal collar may b0
cemproesed around nom 4 In, diam (or smaller nunmetaitic popes using Iwo mht 16 SWG
(0.0025 hr. dronel steel wires secured with multiple twists. Secure collar to wall surface
with 3/16 ht. dif rn stocf Inggla halts (6/8 Jr. or 1.114 In. grip) fn condunctrun with min 1-
1/2 Ill. diam steal washers.
Three bolls, symmetrically located, taqufrad for 2 ht deep steel collar for nom 1/2 in. to
nom 3 in. dtam pipes. Four bolts- symmetrically Incatod, required for 2 in. deep stect col
far far noni 3.1/2 and 4 in, diam pipes, Five to seven bolls (every other anchor tab) ro-
t€tti-ed for 4 In, doop steel collar for Ham 5 and S hr. diam pipes. As a final step, bend
retainer tabs 80 deg toward pipe to lock wran strip layers in position.
C. Fill, Void or Cavity Matorlala'— Caulk - -- (3enerous (rued of caulk applied to outer porime•
for of wrap strip at Interface whir wall turfana and in perimeter of pipe or Conduit at its
ingress from the wrap strip layers.
Minnesota Mining & Mfg. Co: Types CP -25 S /L. CP -25 141S, GP-215 WB, CP -26
Wef, (Note; L Ridings apply only when Type CP -25 W13+ caulk Is used.)
D. Pipe Covering' --(Nut $flown) --- Notts 1 In. thick ho9low cylindrical heavy density (thin 1.5
pct) glass fihar units jacketed on the outside with an all service jackal When required
(sou tablet, min B In. length of pipe covering installed around PVC pope at its egress from
steal coffer en both tidal of wall- Pipe cavoring secured to pipe wlth steel wiry ties
spaced Max 4 in. OC, Edge of pope coveting abusing steel collar to be sealed with a mill
114 in. diam bead of caulk (Itorn Q.
San Pipe and EclOptitunt Covering— Materiats (BFiGUI category In Building Materials Di-
rectory for nerves of manufacturers. Any pips covering material moaning the above spacifl-
Cadom told hearing the UL Closstficatfon Marking with a Flame Sprood Index of 26 or
less wed A S,nnkn DevalOpad Index of 5o or less may be used.
F. Fl—lt., 01,-I' '_ -(Not at,..wu) —Ao tin ithq -pte to Inamti A, n avid C lot nrin 1 -1/1, 7, tt
or 4 In. dhrrrr ,.orurrela111c pleas, a thestop 100'?" col rsl sang o1 a efoeat -steel split collar
Ilned with Inturnoscent material and provided with stool clips for attachment may be used-
Flmstolo device it) be installed nn both sides of wall in accordance with the accompanying
Installation inquVeATVos. '
M nha3atn Miti riff er Mfg. (:0 — Tyl)4S PFO ISO, PPO 200, PPD 300, PPD 400
'Bearing the UL Classification Marking
'V” .T Design No, U914 - .
- Bearing Wail Rating --3 HR.
Nonbeadrig Wall Rating - 3 HR.
. - .. .. I
' .', . I - -
_ -
" -I _!. - . 1A 75/13'
I I " ' — D, MIIV, ,; . ,'t. i'
1. �.a� =s .. .
1. Concrete Blocks * — Various designs. Classif cakeon U-2l (2 hr), See
pJ osContmte Mocks- category for listti'of ehgib1k manLIf4Ure,
2. Mortar-- Btocks =Laid in full bed -oaf Mortar „nom 3/8 iri'Rldck; of not less I
nfw than 249/4 and riot nwre tWn`.3 -1/2 parts dilan''sharp,�siind to-1 part I
Portland cement (proportioned by.volume) arid -not moire khan 50 percent E
hydrated time (by cement volume). Vert 64_- iints`S'tagt 'red.
3. furring Channels —Min 0.019 in. thick (25 gaugey-piv',,A6 r 1-3_/8 in.
e d 24 in.
wide on top and 2 -3/4 in, wide at bottom by 7/8 tin: de.(r.. Space )
I- 3
- • �, t roxima
let
OC' le ndicular to fllaor wikh channe anal[ l #o and'i Y
,R .h?e � t P . e pP
in: oIbove floor -and 3 in. below ceiling'.' Clearance between vertical and
7 _ .
horizontal channels 1/2 iii. .
0
a
. Channel Fasteners-1-1/4 in. ton mason screws wl�,gf 3 1G in. b Y
4 / 9 masonry /
- -.with the
- and � 5/16 in.- diameter head, Fasteners spacgd. 24 in, .d.C.
fasteners staggered on each long leg of the furring channel.-'
5. Wallboard, Gypsum * -1/2 in..-thick, 4 ft wide, secured to- furring
'i' chaniults with wallboard fasteners b Item Gypsum l.tster' not more
( ) YP tt
than 1/16 in. thick ma lied to wallboard in addition to 'Dint
/ y he .app J
. - = treatment. .
Boral Gypsum Inc. —Type BG -C,
FIRE RESISTANCE RATINGS -
ANSI/M263 (BXl)V)- Corrtirrcted
- Canadian Gypsum Com pa � -' YP es C r IP -12, ' .
Continental Gypsum Company —Ty e CG -C_- _ ,. . .
lr
Ea e G um ducts— p
Pro F G -C 1-
9 y� a Yl� E _�, ; � = -
. G -P' Gypsum Corp, =Types 5, GPf$7(._1 t. .--;.
-
: - hko Gypsum Co.—Type PG -C. : _ , -'
"Republic Gypsum Co.- -Type RG -Ci ; � r..::: . -
. > Standard Gypsum.Corp, -- Type SG -C °. .
. Tempto- Inland ForlestProdul� CgrP 7 ype;TP -,5. �'t..,l-
United, States ..Gypsum Ca..- �ypes_Ci IP- X2..:.: .
1. r..,- ,;,Peso �Inalnlerica(1p SA{de,CV- Tytpes.r., IP -X2, .; , ",,Y-
b. Wallboard FasUners. -1, in, long, self -d ,itU got self- tappin Sc steeL ews
with'bugle,oadst Fastemrs a”" lto:eacf)rif�in.�g, i' ±jitnvl; 4f ,spaced
8 in. t1Gat buV, joints and 12. inG p r(t ti>�, 1 of. he o with
!fir. _ t Pal'
.fu(Tfng ehanne4� ;Cteararice:rbeti e"ni,fa- ers-,4go' ?, es,, f,_�a�bgard
3 4 *,.1 I:: ti` qI r'. u.: *�, li' k . stn` _-
/ "1 � ill .1 :1 _ ,1. :'t
z
7: doirrt :S em Not sir
:r. � e
vwa ----Pa a to � ej: i b till ce 'lions
cnmpoun¢ aver ja�n , Paper.tape and gxposed screw tar Goyerled with
two tayers of compaurO. Edges of Cornpaund feathered'out, .
*Bearing the UL.C(assiffcation, Markinq . ,. ..
THROUGH - PENETRATION FIRESTOP SYSTEWS (XIIEZ)— Continued
System No. WL2005
{Formerly System Na, 146)
F Ratings ---1 and 2 Hr
T Ratings -0, 3/4, 1, 1 -1/2 and 2 Hr
L Rating At Ambient --7 CFM /sq ft (Ste•, Item 3D)
L Rating At 400 F- less titan 1 CFM /sq ft (See Item 3D)
SECTION Apt
I. Waif Ast<vrnbly- - -'Fha I or 2 hr fire - ratod gypsum wallhoard /stud wail assembly shall bo con-
structed or the IlWcrials and In the inannor described In the lndividuaf U300 or U400 Series
Wall or ParhtlOo Dosrgn In the UL rice Resistance Directory, arid shall Ipcludo the following
construction features:
A. Shads,-- -WUall framing may consist of oilier wuoJ studs or stoat channel studs. Wood studs
to consist of nor)) 2 by 4 in. lumber specad 16 lit_ OC r,slb nor" 2 by 4 Im lumber end
plates and cross bravos. Stool studs w be rain 3 -6 /8 In. wido.by 1 -3/8 in, doop channels
spaced max 24. in. OC.
B. Wallboard, Gypsum' -5/8 in. thick, 4 It wido with squara or tapered edgas. ilia gypsum
wallboard type, thickness, number of layers, fastener typ,) and shoot orientation shall be
as speciflal In the Individual U300 or U400 Sallee Design In the UL Fire Rosistanca Of-
rectory- Max Oar" of opaning is 13 -3/4 In.
2. Nonmetalllc' Pipa —Nom 6, 8 or, 10 fn. dinm Schedule 40 polyvinyl chloride tPVC) pipe for use
In clused (muc "sa or supply) ar vented (drain, waste of vunll pfping systems. One pipe to be
cantered in the fireslop xystarr- Pipe to be installed near canter of stud cavity width and to be
rigidly curlporrod un both sides of wall,
U. Firestop System ... Installed symmetrically on both sides of wall assornNy. The hourly F and T
Ratings for the firestap system era dependant upon Ilia size of nonmalall1c pipo and the Itou(-
ly fire riling of Ilia will assanrbly in which it is installed, as tabulatod below:
Nam Annular Will Fire F T
Pipe - Space, nalhtg, flung, Rating,
Clam, In In Hr Hr fir
S 3/4 1 1 1 1
6 3/4 2 2 2
8 1 1 1 3/4
a 1 2 2 1 -1/2
10 1 -1/2 1 1 3/4
10 1 -1/2 2 1 3/4
Tho details of the fireslop system shaft be as follows.
A. Steel Slaove-- Cylindrical sleeve fabricated from min 0.0143 In. thick (No. 30 gaugal gals
shoot stool and having a min I in. lap along ilia longitedlnri1 seam. Length or steel allow
shall he oqual to ihickness of wall plus 9 -1 /2 In- 10 In. o: 11 in. for the 6, 8 and 101n-
diano pipe sizes, fasppetively, Inslda diam of steel sleeve and diam of through oponfng in
(he gypsum wallboard layers to be equal to outside dram -A wrap ship iltern B) Iairurs on
pipe. Cylindric if sheave inserted in annular space ernutid o Ametallic pipe And centered in
wait. After installation of wrap strip (flom B) layers, min 1.'2 in. wide by min 4.028 in.
thick staintoss steel band ,,lamps lnslalled around stoat colftr on botlt sides of wall assoni-
bly with one band clamp located near ilia wait surface erid another Insisted opprox 1 In.
[torn the outer edge of the wrap strip layors. Edges of tread cleave to be slit approx t In.
OC around circumference of sleeve all both sides of wall, avlih length of slits approximate-
ly equal to thickness of mat wrap layers, to form ratalaor 1_ @3. fletainar tabs bent 90 dog
(owald pipo 10 lock wrap strip loyu0s) In Position.
B, Fill, V❑fd or Cavity Mntbrhd.' —Wrap Strip —morn 1/4 in, ihlck Inlumoscv1I olastomeric
maleriat faced an ono side with aluminum fob, supplied In 4 In. wide by 24 In. long strips.
Nora 4 in. wide wrlip strips tightly- wrapped around norsin( llic pipe on each side of wall
and slid Into steel sleeve (item A) such that Inner edges are flush with or recessed max 1/
4 In. halo surface of wall. For nom 6 in. diam pipes, three taygis of wrap slrfp are Yu-
quired. For nom 8 In, dram pipes- lour layers of wrap strip are required. For irons In In.
diam pill"$, $fx layers et wrup slurp are required, Each layer of wrop slip to be installed
with butted searns, with ilia butted soams In successive layers slaggardeL Wrap strips tact.
porarily hold In position a in g air m[nurn loll tape, f Ilan ran t tape, stool wife tl a, or a
u
iva-
lent.
Mfmt "so(" Mining R, Mfg. Co.- -Typos FS -196, FS -195 -F
C. Pipe Covering' —Nom I m. thick heliarr cyllndAcnf heavy sfansity (rill" 3 -5 pct) glass fiber
units jacketed on the outside with un all survico Jacket. i'+4iri 6 in. longth of pipe covaiing
Installed to .d atumed PVC pipe at its egraxa from olio wrap strip layers (Vern h) on lavth sides
of ore wall. PFpo covering securod to pipo with steel wlre tios spaced Max 4 in. DC. Edge
of pipe coverfng abutting wrap strip to be sealed with a ruin 114 in. dfam boad of rauik
(Ilan[ 01.
Sea Pipe And E
u! moot Covartn —loon
P 4 P n 1"rtala (9RG0)'cocC -fiery in the Building Materials
Directory for names of manafae Lurars. Any pipe covering material meetino the abrrvo spec -
fficnllnns'and bearing the UL Classification Marking with a Flame Spread Index of 2s or
Isis and a Smoke Developed Index of 50 or I", may be used.
D. Fill. Void or Cavil Mat
vials'— - -r
Geulk
Y 7enerous (read of c
anti to tee or Pipe to outer
perimeter-of sleet sleeve at Interface with will surfaces and to perimeter of pipe covering
materiar wrap at its inturfaca with ilia wrap strip layers.
Mlminsota Mining Fr Mfg, Co. —Types Cp -25 S /t- Ca -25 N /S, CP -25 W9, CP -25
WO -I (Note: L natirgs apply only when Type CP•25 WB+ Caulk Is used.)
'soaring the UL Classillcitivn Marking
VVaTIIOGlcltersty 2 ]-lour Fire Rated Joints
luaff
for Concrete Steel Fluted Decks
- I to Gypsum Wall Assemblies
00 using TREMstop Acrylic..
TUPU - .
120 -a1
Drawing root to scare
(D A) Pre -Hated Concrete Fluted Steel Deck: Min. 2 -1/2" Thickness,
B Pre -Rated Gypsum Wallboard /Stun Wall Assernbl
YP . Y
G) Continuous Steel Stud - Galvanized Steel 'U' Runners.
Max. Joint Width = 3 -5/3".
O Packing Material -f=ull depth of mineral vaaol Insulation (rain. 3.5 pct) is
installed into joint, Packing Material must also be installed into tho steel
flutes of deck.
0 'THEMstap Acrylic - Min. 1/2" thickness of sealant applied within opening,
[lush with both surfaces of the wall assernbly.
The above described assembly and products (lave keen tested and are based on boll) past and antic-ipated
performance criloria. Tremco shall not be liable for any damages, direct Dr cortsequenfiat, res "Bing from rose of
this material or design.Iremco shall only be responsible for replacing material found to be defectivo.
E &OE -147 MIRWO
*", ,.sslr r. 1 Qr 2 Hour Fire Rated Joints
for Concrete Floors and Gypsum Walls
using TREMstop Acrylic-,
't �tr
HWD0016 Movement Capabilities= 25% Compression drawing not to scale
--------- �1 A \
_�, - -
_0
11.) A) Pre -Rated Concrete f=loor: Min, 4 -1 /2r' Thickness
B) Pre -Rated GypsLlrll Wallboard /Stud Wall Assembly
G) Steel Floor and Ceiling Runners - Mitt. 28 gauge galy, steel channels
mechanically fastened to the lower surface of the floor assembly.
l
Max- Joint Width = 1 ",
2) Packing Material -
For 1 1 -Ir, F- Rating: Install Hone! Breaker Tape pricer to applying sealant.
For 2 1 Ir. F- lafnJ : Install 2 layers of 7/8" diam, f ot
urethane backer rod -
G TREMstop Acrylic - Min. 1/2"
P y thickness of sealant applied within opening,
g,
flush with both stirfaces of the wall assembly,
Y
The above describer assernhly and products Have been tested and are based on both past arid anticipated
performance criteria. Treirlcv shall nut be liablu for any damages, direct or consequantial, pnill1lnq help use of
this material or design, lierneo shall only be responsible for re rladmi material found to be delecfivo.
'��rSF 137 I 1
1 I7 Ra./fI411.7'.
nK' Al i61hf l z crY,i6_0.,f(Ay rexvl
✓r
t
,. H. „i,{:;.ro dih. tu,r,.a9 hk�.l,.a.,,.t. z,..r.
- r
Deikn Xrr, 134
ode (we. 9 r II F?""'i"q -- -il ?M
r J g) a
/;;our v _ , -�
4 Y
is
r�;