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12-900-007THROUGH- PENETRATION FIRESTOP SYSTEMS (XH EZ) -Continued System No. CAJ1006 (Formerly System No:'93) F Ratings -1, 2 and 3 Hr (See Items 1, 2A, 2B and 213) . T Rating -O Hr L Rating At Amblent -2 CFM /sq It (See Item 5) L Rating At 400 F -less than 1 CFM /sq it (See Item 5) Section A -!t 1. Floor or Wall Assembly -1 lghtweight or normal weight (100-150 pen concrete. Min thickness of concrete floor or wall Is 2.1/2 In. for 1 lit F Rating and 4 -1/2 In, for 2 or 3 he F Rating.1 Well may also be constructed of any UL Classified Concrete Blocks'. Max area of operileg, 1152 sq in. with max dimension of 38 In I See Conceal* Blocks (CAZT) category In the Fire Raslstince Directory for names of menu. facItesrs. • 2. Pipe ei Condult -Nom t2 In. dram (or smaller) Schedule to (or heavier) steel pipe, nom S In, diem (or smelter) steel conduit, nom 4 In. dlam (or smallerl steel EMT or Type L for heavier) copper tubing. Min clearance betwa@n pipes 1 In. Min clearance between pipe and wall of through opening 1/4 iR When single nom 4 in. diem (or smaller) pipe, conduit or EMT is In- stalled In nom 7 In. diam (or smaller) clru.lar through opening, min clearance between pipe, conduit or EMT and wall of through opening Is O tn. (point contact). Pipes end conduits rigidly supported on both Odes of floor or wall assembly. 3. FII 4 Void or Cavity Matetlala' -Wrap StrIP -Nom m m 1/4 in, thick intuaresnt alastomarie s facial faced on ono side with aluminum roll, supplied In strips- Min 2 In. wide strip wrapped around pipe/conduft (roll side extaa6dl and secured In place with steel wire or aluminum foil tape. Wrap strip to extend approx 7/8 in. beyond each face of the intumescent sheet stem 4). When room 6 In. dlam (or smaller) pipe, conduit or EMT Is installed In through opening, no wrap strip is required on pipe, conduit or EMT for 2 hr F Rating. Minnesota Mining & Mfg. Co. -Types FS -t95, rS -19s+ 4. Fill, Vold or Cavity Materials •- lntumescont Shoot -Rigid aluminum folr•factrd sheet with galy steel sheet backer. Sheet cut to tightly follow the contours of the pipe wrap strip (or Indi- vidual pipe) and with a min lap of 2 In. an all sides of the through opening. Sheet to be In- slaved with the galy stool shoot backer exposed (alurnloum foil facing against floor or wall surfacek Sheet seeured to top surface of floor and both aides of wall using min 1/4 In. diem by 1 -1/2 In. long steel expansion bolts, or oquivalant. In conjunction with min 1 -1/4 in. diem steal fender washers. Max spacing or sheet fasteners not to exceed 8 In. OC. Prior to Installs-1 tion of the sheet, a nom 1/4 in. diem bead of caulk (Item 51 shall be approd as a gasket be -1 tween the Sheol end the vurface.of the floor or wall around the perimeter of the through) opening. As an alternate when (1) the max pipe or conduit size Is nom 4 In. diem, (2) each' pipe or conduit Is provided with a layer of wrap strip and (3) no bundled cables or Insulated pipes are installed In the through opening, lho intumescent sheet may be installed on bottom) Surface, of floor or on only one side or watt. I Minnesota Mining & Mfg. Co. Types CS -195, CS -195+ • S. Fill, Void or Cavity Melarlals'- Caulk - Generous application of caulk to be applied around the base of the wrap strip for individual pipe) at its @gross from the Intumsscant shost(s) In ad dltlon to completely covering the wrap strip up to the interface(t) with the pipe, pipe rnsula tion and /or cable bundle. Nom 1/4 In, dlam bead of caulk to be applied as a gasket between, the intumescent *Met and the floor or will surfaces. . Minnesota Mining & Mfg. Cci Types CP -25 S/L, CF -25 WS, CP -25 W8, CP -26 WB+. (Note: L Ratings apply only when Type CP -28 W8+ caulk Is used.) 6. Steel Cover Strip -Min 2 In. wide strip of min 0.015 In. thick 130 gauge) gely stool conlerad Oyer entire length of slit made In intumescent sheet (Item 4) to permit installation about the pips /cable bundle. Prior to Installation of the steel strip, silt In Intumescent sheet covered with nom 1/4 in• diem bead of caulk (Item tit. Stool cover strip secured to gahr steel backer of Inn mescent sheet with steel sheet -matat screws or stool dvsts spaced max 2 tn. OC on each side of slit. 7. support Channel - --(Not Shown)• -•When area, of through opening exceeds 578 sq In., an Inter mediate support channel shall be Installed flush with top surface of floor or both surfaces or wall. Support channels to be Min 1.5/8 by 1 -6/8 In. and formed of min 0.083 In. thick (No. 12 gouge) painted or gets stool. Ends of -ttee] channel bolted or woldsd to steel engrap an- chored to Inside walls of through opening. When steal support channels era centered beneath butted seams of Intumescent Shoats, no steel cover strip atom 6) Is rsqulrad over butted seam bdurnbscanl 11.661 secured to steal support channels with steel sheet meta( screws In cnnlunc -{ aon with min 1 -1/4 In. diem steal fender washers. When support channel Is used beneath bul- led scam of lnlumeeoent sheets, fasteners spaced max 3 In. OC on each side of butted seem.1 When support channel Is located away from Intumescent sheet seam, Fasteners spaced max 81 LOOK FOR MARK ON PRODUCT FIRE RESISTANCE DIRECTORY (BXRH) 14371 THROUGH - PENETRATION FIRESTOP SYSTEMS (XH EZ)- Continued System No. CAJ 101 S (Formerly System No. 162) F Rating -2 Hr T Ratings -0, 1/4, 1/2, and 3/4 Hr (See Item 2) awl, xassam.r 1. Floor or Well Assembly -Min 2 -1/2 In, thick reinforced lightweight or normal woight (10 pct) concrete. Wall may also be constructed of any UL Classified Concrete Blocks'. Max die of opening Is 8 In. Sea Concrete Block (CAZT) category in the Fro Resistance Directory for names of menu factuiers. 2. Through Ponotrants-- Melalnc pipe, conduit or tubing to be centered within the firestop Sys tern, ripe, conduit or tubing to be rigidly supported on bosh sides or floor or wag assembly. Stool pipes or conduits may be Installed Individually or In multiples. The space between adja cent pipes, conduits or tubing, and between pipes, conduits and tubing and periphery o opening shall be min 0.83 In, to max 2.15 in. The following types and sizes of metallic pipes conduits or tubing may be used: A Steel Pipe -Nom 8 im diam (or smeller) Schedule 8 for heavier) steel pipe. B- Conduit -Nnm 4 in. diam (or smaller) electrical metallic tubing. C COndult -Nom 6 In. diam (or smaller] rigid galy steel conduit The T Ratings are dependent upon the concrete slab thickness end size of steal pipe, condui or tubing as shown in the following table: Mot Max Diem T Concrete of Stool Pipe Haling Thickness or Conduit an) (Ht) 2 -1/2 In. 6 0 1 2- 1/21n. t -1 /2 1 /4 1 2.1/2 In, 1-1/4(+) 174 2- 1/21n. 1/2 1/2 3.1/4 In. 1/2 3/4 ( +) Multiple conduits or pipes. 3. Form"Not shown) -Used as a form to prevent leakage of fill material during rnstallatlonj Forms to be a rigid sheet material, cut to fit the contour of the penetrating item and friction fitted within opening to accommodate required thickness of fin material. Forms to be removed after fill material has cured. i 4. FIR, Void or Cavity Materials' -- Mortar -Min 2 -1/4 in. thickness of fill material applied within the annulus, Rush with top surface of floor or with both surfaces of wall. In walls, the total depth within the opening can be completely fined with the' fill material, or the fib material can be fnstadad symmetrically to a min depth of 2.1/4 tn, on each side of the wall. I w. n. Rracs, AR Co Type ZF1 'Bearing the UL Classification Marking LOOK FOR MARK ON -PRODUCT De3ign No:'3918 Unrestrained Assembly Rating -S.Hr. 3 1 1. P f 2 UnrestrtNAed :_ End Detail . I I 1, ~Precast Concreti Un1ts *- Carbonate, siliceous, br liihilveight'aggregate. 4 or 8 ft wide units with Cross section similar to the above illustration. i .Openi6gs Wkb provided through the units for P$169; ducts, or similar services and should he suitably enclosed with Constructions having at - [least equal resistari , acceptable to authpptlgs )raving jurisdiction. AmerIcAl Precast Concdebq, lbr- _ Arinold .Concrete Products -- Greensboro Div of Carolina Steel Corp. . Breeko Industries - - - .. "Cleveland BuflderVSuppty'Co. I • - = Nittidrouse'Cdriditet Proddets, Inc. - ' Southern Cast Stone Co., Inc. Stnlscon Industries' e -. :,1 i - TPAC DI. of the Tanner Companies - • 2. Min Bean n9 -1-1/2 in. ": ' •• = 3. Grout- Sand - cement type, 3500 psi compressive strength. For a grout stop, compressible material may be placed at bottom of the joint before Lapplying grouL -Beitrifig the UL CiassificaN F RESTOPPING DETAILS N.T.S. Innvuun- rl:rvtIHAIIJUN tlHtStUP SYSTEMS (XH EZ)- Continued System No, CAJ1175 F Rating -2 Hr T Rating -0 Hr - SECTION A--A 1. Floor or Wan Assambly -Min 2.1/2 In. thick lightweight or normal weight f 100 -150 psi) con - croto. Waft may 1150 be constructed of any UL Classified Concrete Blocks% Max dlam of cir- cular through opening iS 10 in. See Concrete Blocks (CAZt) category in tho Fire Resistance Directory for names of menu. faclurers. IA. Stool Sleava.40ptionery --No. 10 In. diem (or smaller) Schedule 10 for heaviot) steel pipe aleeve cast into Controls floor or wait Sleeve to, be Rush with or project max 2 in. from top surface of floor or from both surfaces or wall, - 2. Pipe or Condult -Nom 8 In. diam lo, smaller) Schedulde 10 (or heavler) steel pipe. nom 5 In. diem (Of sma*ar) rigid steel Conduit, nom 4 In. diam (or smaller) cast Iron 'pipe or Stool EMT, Max one pipe at conduit per through opening Max annular specs between pipe or conduit and edge of through opening not to exceed 1-3/8 in. Mtn annular spats between pipe or con- duit and edge of through opening is zero in. (point contact). Pipe or conduit to be rigidly sup• ported on both sides of floor or wall assembty. 3. Pecking Moteriss -Min 1 In. Ihlckness or Ilghtly-packed mineral -woof ban materiel used as a permanent form. Packing material to be recessed min 1/2 In, from top or bottom surface of floor or from either surface of wan as required to accommodate the required thickness of caulk 011 material atom 4j. 4, Fill, Vold or Cavity MaterfeG'- Caulk- Applied to fill the annular space to to min depth of 1/ 2 IrL flush with the top or bottom surface of the floor or either surface of the wall. A mm 1/4 In. dlam bead of caulk shall loo applied to the floor or wall surface where the pipe, conduit or EMT Is Installed In point contact with the edge of the through opening. Minnesota Minrrg & Mfg. Ca. -Type CP -25 W8+ *Bearing the UL Classlficefion Marking FIRE RESISTANCE DIRECTORY (BXRH) 1541 THROUGH - PENETRATION FIRESTOP SYSTEMS (XHEZ)- Continued System No. CAJ2002 (Formerly System No. 64 -B) F Rating -2 Hr T natings -- O and 2 Hr (See Item 3) L Rating at Ambient -7 CFM /sq ft (See Item 3C) L Rating at 400 F-less than 1 CFM /sq ft (See Item 3C), s997MH AA 1. Floor or Wall Assembly -Min 2.1/2 in. thick lightweight or normal weight 1100 -150 pct) car'. crate. Walt may also be constructed of any UL Classified Concrete Blacks', Max diem of cir. cular opening Is 8.1/2 In. See Concrete Blocks (CAZI1 category in the Fire Resistance Directory for names of menu. f acuirers. . 2. Nonmetallic Pipe or Conduit -Nom 4 in, clam for smelter) Schedule 40 polyvinyl chloride (PVC) pipe or Rigid leenmetellie Conduit+ for use in Closed (process or supply) or ranted fdroin, waste or vem) piping systems. A max of one pipe or conduit is permitted M the firestop systemic Except as noted In Item 8, the pipe or conduit shall be centered in the through Open. ing. Pipe or conduit to be rigidly supported on both sides of floor or wall assembly. See Rigid Nonmetallic Conduit IDZICq category In the UL Electrical Construction Meteri. ors Directory for names or manulimums. 3. Firestop System --The hourly T Ratings for the firestop System are dependent upon the fires. top orientation (wall or floor), the size of the nonmetallic pipe or conduit, and the floor thick- ness, as tabulated below: Nord Annular F T Orientation Pipe Space, Rating. noting. (a) Dlarno In In fit tie F (b) 1/2 -2 1/4 -1 F(b) 2 -1/2.3 1/2 -1 2 0 2 D W F 1/2 -2 1/4 -1 2 W F 2-1/2.3 1/2 -1 2 W F 3-1/2.4 3/4 -1 2 2 2 2 (a)W -wall, F-noor MMFn concrete floor thickness 13 2.1/2 In. The details of the rlrestop system shall be as follows: A. Steel Support Clips -l-Fom I In. wide by nom 0.019 Im thick 128 gauge) gaM steel strips flald- formed into "Z- -shape with height of Zshape equal to the floor thickness and with width of bottom (as Installed) leg of sufficient length to span annular space. Top (as in- stalled) tog of 2ehaps to be min 2 In. long and secured to top surface of floor with 1/4 In. diem by min 1 -1/2 In. long steel expansion bolts in conjunction with steel nuts and washers. As an alternate to the 2 -shape clips, the gals steel strips may be formed Into ••L"- shape with beight equal to 2 In. and with bottom (as Installed) leg of sufficient length to span annular space. Clips secured to outermost wrap strip layer with stool wire de prior to Insertion in through opening. Min of three Steel Support CUPS to be used, fymm rtrically lo- cared, with bottom leg Of dips Rush with bottom plane of floor. When annular space around nom 112 in. to 2 In. diam pipe In floor assembly Is 114 to 3/8 fn-, steel support clips are net required. a. F111, Vold cc Cavity Materials' -Wrap Strip -Nom 1/4 In. thick intumescent elestomedc material faced on one aide with aluminum fell, supplied in 2 in. wide atom Nom 2 In. wide strips tightly wrapped around non-malsille pipe Ifofl side exposed) to tm ennutar apace around pipe- A min of ono layer of wrap strip Is required for nom 1/2 In. to 2 in. diem pipes. A fnln of two layers of wrap strip Is required for nom 2 -1/2 In. and 3 Fn diam pipes. A min of three lay@ra of wrap strip Is requited for nom 3 -1/2 In, and 4 Fn. diem plpas. Each layer of wrap sitlp to be Installed with butted atom with butted seams in suc- oessWe layers staggered. Wrap strip layers securely bound with stool wire or alum)nam ran lope and slid into through opening such lhot the bottom edges am Hush with the but- form plane of the floor and arc resting on the steel support elip leg& when nom 2 In, to 4 !n. dram PVC pipe Is used In min 4.1/2 In. thick concrete floor. the Ape may be Installed ,eccentrically In the through operrkrp (trtfn zero clSarttnce at point cement loeallbeq i fevf& ad that 11) file Inside diam of the through opening is 1.3 to 1.6 times larger dart the out- side diam of the pipe, (2) the enmdar specs between the pip* and the sides of the open- ing at the bottom 2 in. of the through opening IS completely filled with wrap strip layers Installed following the contour of the pipe and (3) the bosom edges of the -tap strip lay- ers see reliably supported by -Z'- shaped sewer support Clips anchored to the too sbRaee of the Concrete floor, In well assemblies, the wrap strip layers on the nonm *teltic pipe are to be Instanad In tare some manner used for floor assemblies, but shall be Installed symmeul. catty on both sides of the wall with the exposed edges of the wrap strip layers flush with the wan surfaces. Minnesota Mining & Mfg. Ca -Types FS -195. FS -195+ C. Fill, Vold or Cavity Materiels'- Caulk --Mtn f14 Fn. diem continuous bead sported to in- side wolfs of through opening prior to installation of steel Support clips and/or wrap strip. Caulk bead to be recessed 1 In. from the bottom plane or floor. in wall assemblies, caulk bead to be recessed 1 In. from wall surface on both sides of wall. In floor assemblies, a nom 1/2 in. thick coating of caulk ls to be applied to if,* top edges of the wrap Strip fay - era and to fm all gaps or the wrap strip /conerets Interface. In wall sssamblies, the ex. posed edges of the wrap strip Isyens and art gaps at the wrap strip /concrete Interface on both sides of the waft to be coated with thin layer of caulk_ Minnesota Mining & Mfg. Co -Types CP -25 S /L, CF-25 WS, CP -25 We, CP45 We +. (Note: L listings apply only when Type CP -25 We+ caulk is used.) '8e8ring the UL Classification Marking THROUGH - PENETRATION FIRESTOP SYSTEMS (XHEZ)- Continued System No. WL1001 (Formerly System No. 147) F natings -1, 2, 3 and 4 Hr (S6e Items 2 and 3) T Ratings -0, 1, 2, 3, and 4 Hr (See Item 3) L Rating At Amblent - --less than i CFM /sq ft (See Item 3) L Rating At 400 F -less than 1 CFM /sq It (See Item 3) SECTION A -A 1. Wall Aasambyr -The 1. 2. 3 or 4 hr flre -rated gypsum wellboard/slud wall assembly sere* he constructed of the materials and In the manner described In the Individual 0300 or 11400 Se- ries Well or Panitlon Designs in the UL Fire Resistance Directory and shall include the follow - Ing construction features: A Studs -WeR framing may consist of either wood studs (max 2 h the rated assemblies) or steel clans, Studs. Wood studs to Consist of nom 2 by 4 in. lumbar spaced Its in. OC with nom 2 by 4 In. lumber and plates and cross braces. Steel studs to be min 3 -6/8 In. Wide by 1.3/8 4 deep cl,annets spaced max 24 In. OC. 8. Wallboard, Gypsum' -Nom 1/2 or 9/0 In. thick, 4 it wide with square or tapered edges. The gypsum wallboard type, thickness, number of layer, fastener type and shoal orienta- tion shell Specified p in the Individual U300 or U4tX1 Serlee Design In the UL Fire ile- slslancs Dlredory. Mnx diem of opening la 13.1/2 in. 2. Pip: or Condult -Nom 12 In. diem OWP smaller) Schedule 10 for heavlar) stool pipe, nom a In. diam (or smaller) steel condaf . nom 4 In. diem (or smelled steel Sloerrtcal matatllo tubing a Type L or (or heaeler) copper tubing or nom 1 in. diem for smalled flexible stoat conduit. When copper pipe or flexible steel conduit Is used, max f RsUng of firestop system Otsm 3) is 2 h. Steal pipes or conduits larger than nom 4 tn. diem may only be used In webs con- structed using steal channel studs. A max of coil pipe or conduit Is peradined In the firestop system. Pips or conduit to be Installed near center of stood cavity width and to be rigidly Sup- paned on both sides of wag assembly. 3. FIi. Vold Or Cavity Metertal• -CaMk -Caulk fill material installed to completely f II annular space between pipe or cone uit and gypsum wallboard and with a min 1/4 In. diem bead of caulk appited to parimelar of pipe or conduit at Its egress from the wall. Ceolk Installed sym' motilcaoy on both aides of wall assembly. The hourly F hating of the firestop system Is depen- dent upon the hourly lire rating of the well assembly In which it Is Installed, as Shown in the following table. The hourly T Rating of the nrestop system Is dependent upon the type or sire of the pipe or conduit and the hourly fire rating of the will assembly in which N to Installed, es tabulated below. Max pipe Annular F T or Condult Specs, Rating, fro Dlam, In In Hr lir 0 to 3/16 i or 2 0 +, 1 or 2 1 1/4 to 1/2 3 or 4 3 or 4 4 0 to 1/4 1 or 2 0 8 1/4 to 1/2 3 or 4 12 3/16103/8 1 or 2 O +When copper pipe is used, T Rating Is 0 h. Minnesota Mining & Mfg. Co. -Types CP -26 S/L. CP -25 WS. CP -25 WEI. CP -26 WB +. (Note: L Ratings apply only when Type CF -26 Wa+ caulk Is rued.) 'Bearing the UL Classification Marking LOOK FOR MARK ON PRODUCT THROUGH - PENETRATION FIRESTOP SYSTEMS (XHEZ)- Continued at a permanent form. Pecking material to be recessed from both sides of wait as required. to accommodate the required thickness of fill material. +Bearing the UL Listing Mark •Bearing 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 Rating At Amblent -7 CFM/sq ft (See Item 3C) L Rating At 400 F -1 CFM /sq it (Sea Item 3C) SECTION A -A 1. Wall Assembly -The 1 or 2 hr fire -rated gypsum wanboard/stud well assembly shag be Corr strucled of the materials and in the mender described In the Indlyldesl U300 or U400 Series Wail or Partition Design in the UL Fire Resistance Dhavtory and shall Include the following construction raptures: A. Studs -Wall learning may consist of either wood studs or stool channel studs. Wood studs to consist of nom 2 by 4 In. Iventer spaced 18 In. OC with nom 2 by 4 In. lumber end plates and cross braces. Steel Studs to be min 3.6/8 its. wide by 13/8 In. deep channels spaced max 24 In. OC. B. Wallboard, Gypsum' -5/8 In. track, 4 it wide with square or tapered edges. The gypsum wallboard type, thlcRnees, number off layers, fastener type and shpt orientation shall be as specified In the individual U300 or U400 Sella$ Design In the UL Fire Resistance OI- ractery. Max diem of opening is 7 In. 2. Nonmetallic Pipe or Conduit-One nonmetallic pipe or conduit is centered within the firestop system. Pipe W conduit to be installed near center of stud cavity width and to be rigidly sup• ported on both sides of well The following types and sires of nonmetallic pipes or conduit may be used: A. Nom 8 In. diem foe smaller) Schedule 40 (or heavier) solidcors polyvinyl chloride (PVC) PIPo. B. Nom 4 In. diam (or smaller) Schedule 40 for heavier) cellular -core polyvinyl chloride (PVC) pipe. C, (Jam 4 in. diam (or smaller) Schedule 40 for hoaviet) solid -core scrylonlufle-butadlena- styrene (ADS) pipe. D. Nom 4 ht diam (or smaller► Schedule 40 (or hosvier) Ike retardant polypropylene (FRPP1 pipe. E. Nom 4 In. diam (or smaller) R1QId Nonmetallic Condltlt formed of PVC. F. Nom 1 in. diam (smaller) Electrical Nonmetallic Tubing formed of PVC. Sae Rrgfd Nonmotal8o CondulgDZKT) and Electrical Nonmetallle Tubing(FKHII) Colson- ties in UL Electrical Construction Materials Directory for names of manufacturers. 3. Firestop System - installed symmetrically on both sides of wan assembly. The hourly F and T Ratings row the iliestop system are dependent upon the type and sire of nonmetallic pipe or conduit, the piping system type (dosed systems such as process or supply plphtg or vented systems such as drain, waste or vent piping) and fit@ hourly Hie rating of the wan assembly In which h Is installed, as shown in the flNdowtng table. Nom Was Pipe/ Pipe Annular Piping Fire F T Conduit Dhan, space, system Rating, Rating, Ra hes. Type In In (a) Hr )it fir 1:11PP 1/2 to 2 0 -3/18 V 2 1 -1/2 1.1/2 FRPP, PO 1/2 to 2 0.3/16 C 2 2 2 ADS 1/2 to 4 0-3/16 C,V 1 1 3/4 ADS 1/2 to 4 0 -3/18 C,V 2 1.1/2 1.1/2 PVC 1/2 to 4 0.3/18 C,V 1 1 1 PVC 1/2 to 4 03/18 C.V 2 2 2 FnPP+ 2.1/2 to 4 0-3/18 C,V 2 1 -1/2 1 -1/2 FVC+ 5.5 03/16 C.V 2 1 -1/2 1 -1/2 +Pips covering materiel wrap required on pipe on troth sides of wan. (a)C - closed systems. V a. vented systems. The details or this firsslop system shall be as follows. A. Fill, Void or Cavity MateHxhs• -Wrab Strip -Nom 1/4 in. thick intumescent destormMo rmterlal faced on otre, jilde with aluminum fob, supplied In 2 In. wide strips. Nom 2 In. wide strips tlahtltr wrapped aromtd nonmetallic Pipe or conduit (Foil side exposed) with the edges butted agesret the surface Of the wall. Surfielant layers of wrap strip shaft be In- stalled to lea a min of 308 In. an the wall surface around the entire perimeter of the cir- cular through opening. For nom 1/2 in, to nom 2 In. diam pipes or conduits, a min of one . layer of wrap strip Is required. rot nom 2 -1/2 In. and nom 3 In, diam pipes, a min of two layers of wrap strip Is ragtdred. For nom 3.1/2 in. end nom 4 Its diem pipes, a min of three Fayere of wrap strip is required. For nom 5 and 6 In. diem, two tiers (4 In. overall length) of three layers of wrap strip is required, with adjoining wrap strip layer edges be- tween tiers 8gMIr batted, Each layer of wrap strap to be Installed with butted seam, with butted seams in successive layers staggered. Wrap strip layers temporarily held In posl- tlon using aluminum ton tape, steel wire tie or equivalent. Minn"04e Mining & Mfg. Ca. -Types VS. 196. FS- I95.t- B. Steel Caller -Nom 2 or 4 in. deep collar with 1 -1/4 in. wide by 2 fn. long anchor tabs stood min 3/4 ha long tabs to ralain wrap strip layers. Coils of recut 0.018 in. thick (No. 30 gauge) Ushr sheet steel available from wrap strip manulachrrer. As an alternate, collar may be flled-lebrkated from min 0.015 let. thlk (No. 30 gauge) gely sheet stool In accordance with Instruction shot *applied by wrap strip manufacturer. Steel Collar. with anchor tabs bent outward 90 deg. wrapped tightly around wrap strip lay- er@ with *tin 1 in, overlap at lire seem. With steel toner anchor tabs pressed tightly against wall surface, compress caller around wrap strip layers using a min 1/2 In. wide by 0.028 In. thick stainless steel be.,d elarnp with worm drive tightening mechanism at the collar mrdhefghl. As an alternate to the stainless steal band clamp, the steel collar may be compressed around nom 4 In. diem for smaller nonmetallic pipes using two min le SWO (0.0025 in. diem) steal wires secured with multiple twists. Secure Caller to wait surface with 3/18 In. diem steel toggle bolts (8/8 in. or 1.114 In. grip) In conjunction with min 1- 1/2 In. diem sisal wss iers. Three bolts, symmetrically located, requked for 2 in deep steel collar for ram 1/2 In• to no 3 In. clam pipes. Four bolts, oymmHrlcally located, requited for 2 In. deep steel cob for far nom 3.1/2 and 4 ht diem pipes. Five to seven bolts (every other anchor tab) re- qulted for 4 In, deep steal caner for nom 6 and 8 In. diem pipe*. As a final step, bend retainer tabs 90 deg toward pipe to lock wrap ship layers In position. C. Fill. Vold or Cavity Materlals*- Caulk - Generous bead of caulk applied to outer Pertme. ter of wrap strip at Interface with wan surface and to perimeter of pipe or conduit at its egress from the wrap settle layers. MInnesota Mlning & Mfg. Co Types CP -23 S/L, CP -26 N /S, CP -25 W8, CP -25 WD+. (Note: L natings apply only when Type CF-25 WB+ caulk Is used.) D. Pipe Covering• -{Not Shown) --Nom 1 In. thick hollow cyNndrlcel heavy density (min 3,8 peril , fiber onfls lecke»d on the outride vMb an on service locket When required (see table}, min 6 fro length of pipe covering Installed around PVC pipe at fns egress from steel collar on both $files of Won. Pipe covering secured to pipe with steel wire ties spaced max 4 In. OC. Edge of pipe covering abutting steel toner to be sealed with a min 1/4 in. dram bead of caulk Flom C). Sae Pipe and Egolprirent Coverhrp- MaterWs (BRGU) category In Building Materiels DI- teclory for names of monvfocwren. Any plea covering materiel meeting the above specifr- cetions end bearkg the UL Classification Marking with a Flame Spread Index of 28 or less and a Smoke Developed Index of 80 or less may be used. F Moamar Dovie* *-4Not ahnvml --AS on onnerrate Is hem A. D and C (fir new" 1 -1 /jo, 2, 3 of 4 n. diaun nmunstame pipes, a llreatop device eortelstng of a stleetsisal 811111 collar fined with Intumescent Malaita] and provided with stool clips for attachment may be used. Firestop device to be Installed on both sides of wall In accordance with the accompanying Installation tnstructlons, Mdnnesole Mining at Mfg. Co -Types PPD 150, PPD 200, PPD 300, PPD 400 'Beefing the UL Clessateetion Marking `f`- . -•. -- Design No. U914 - -- .. , . . Bearing Watt Ratin4L -3 k. . !. Ndnbearihg Wall Rating =-3 ,HR: I I . - . -•.. .._. .1. ,.� _. 1 - 2 .... ­1:�V. ( . I E :* J ."i. I :. . . -* _ 1, . . . . . - l .... � , � '- . 7- 5 /,8•MIN• n 1 ,• ;,. a:: -, - :.. ',:$• _, . c �:.. .. , . h.,,t . . _ . �-- - ---� -- 24' . I I 1. Concrete Blocks * - Various designs. Classification: D -2, (2 hr). See . of-- DsCancmte $tocks_categoty for U!it'of, eliyibtt ins #wurers,f- - --• • 2. Mortar- Bloeks:tafd in full bed-of mortar, nom 3/8 -irl� hick; of not less I fiJlw than 24/4 and not filoie than!3 -1/2 pdrtscttaWsharp.'sind tol part Portland cement (proportioned by.voltmte) arid• not more than 50 percent hydrated time (by cement volume). VerticalV- nts'atagg retl f 3. Furring Channels -Min 0.019 iii: ttiiL�ic'(25 gauge) -gauge) Steel, i -3/8 in. t wide on top and 2 -3/4 in, wide at bottom by 7 fn.- (Seep. Spaced 24 in.. 1 - t� np 3 dicti t to l la floor with to channel ma an l i nil roz ra t'to' a '� � nd a ��8 . y Ile -`in: above ftoor•arid 3 in, Belo pp ' land w ceiling. Clearance between vertica horizontal channels 1/2 ie. - • -- . .... .. I 4. Channel Fasteners -1 -1/4 in. long mason` -screws with 3 16 in- body -and: 5 16 in: diameter head: F masonry / ith the / asteners spaced 24 in. 'O.C: >M fasteners staggered on each long leg of the furring channel.• - 5. WMa *- ltboa g rd G ypsum i/2 in.: thick, .4 ft pride, secured to furring :.t chanrifels with wallboard fasteners (Item 6). Gypsum plaster not more ' than 3/16 in. thick ,may be applied to waiftard to addition to joint . - treatment. t • SIMI GWOM Im -Type BG-C. FIRE RESISTANCE RATINGS - ANSI/UL263 (BXUV) --00r mred . . • • • Canadian Gypsum Company-Types. C, P.M. - Corltirrlentat Gypsum Company -Ty CG -C. . - Ealgbe-Gypsum Products -Type CC- C.i:'.r-' .. , . . G-P Gypsum Corp. - TyRes 5, QkS -C,: : , .. •y . I,- . . :: -,Pabco Gypsum Co. -Type PG -pC. � . ''i , - ..- ... . - Republic Gypsum Coe -�e rtK- o ,: ••- Stsndafrd Gypsum.Corpe- ype SG-C. . . >- . Templ4 -ltd Fo>nest Produ4rts CgEp. -Type .TP -5: t. a: Urritet� Sta#es.6ypsu I Cot -hypes ri IP- X2:.:. _ ,- • ,,; l' ' r: rE90 gtetigim $koe!cv- -Tyro •for ,IP- i(2•..; %11 '0f,, f _-. -6. tlyallboard Faslermrs. --1, iri, •lung, se(f..dr3lt -%rt setf-Jappp�il,g sbegt-Screws . wfth'bUgl4Jha04 Fatet>' m atMc tt4' �rt�,�4hn _ s cad 8 in. Mat joints and 12 f , 9 ittf t?�. She bliay�. pa with furring thennel ;�yClearartce:be(;weEik,fa rs �jr. ng*es.�..�ral III 3 /4i9.,, I--rjT;v h.-�.,jw r ,r:tr; h }•1 7i 3oitlt -;S em Not h •.i2 " t 1, . -•, . , rirt -( Wm -- t'apek,ta tided ..cementitious com n poll t), aver join Pa rj a and. ' screw h ds ti$' i� p 4?f sal . �overl;d with trl►o layers of compoutl. Edges of compound featered.oltt. *Bearing the_UL- Uasslfication- Markinq .: r-- _ : , THROUGH - PENETRATION FIRESTOP SYSTEMS (XHEZ)- Continued System No. WL2005 (Formerly System No. 148) F Ratings -1 and 2 Hr T Ratings -0, 3/4, 1, 1 -1/2 and 2 Hr L Rating At Amblent -7 CFM/sq ft (See Item 3D) L Rating At 400 F -less than 1 CFM /sq ft (See item 3D) SECTION A -A I. Wall As4embty -The 1 or 2 he fire-rslad gypsum wallboard/stud wall esaembly shell be Con- structed of the materials and In the manner described M the individual 0300 or U400 Series Wall or Partition Design In the UL Fire Resistance Directory and shall include the following construction features: A. Stud*-Wag homing may consftt of either wood studs or steel channel studs. Wood studs to consist of nom 2 by 4 In. lumber spaced 18 In. OC with room 2 by 4 In. lumber and plates and cross brsCes. Stoat ends 10 be mitt 3.6/111 In. wide by 1.3/8 M, deep channels 8paeed max 24 in. OC. B. Wabbcard, 0Tp5ttfa' --6 /8 In. ORIL 4 It wide with agesre or tapered edges. The gypsum wallboard type, thfcknem number of layers, fastener type and sheet orientation shaft be as specified In the Individual U300 or U400 Series Design In the UL Hoe Resistance Di- rectory. Max diem of opening is 13 -3/4 In. 2. Nonmetallic PIPS-Nom e, 8 or 10 In. diem Schedule 40 polyvkyl chloride (PVC) pipe (or use In closed (process or supply) or veined (drattt, waste of venq piping systems. One pipe to be centered In the firestop syatturs PiMto be Installed now center of stud cavity width and to be rigidly supported on both sides of watt. 3. Flresto p System-installed Installed symmetrically on both sides of wan assembly. The hourly F and T Redngs, for the firestop system sue dependent upon the also of nonmetallic pipe and the hour- ly new rating of the wall assembly In which It is Installed, as tabulated below: Ham Annular Wall Fire F T Pipe Space, Rating, Rating, Ratkg Dian, In In 8 3/4 Hr 1 Hr 1 It I 8 3/4 2 2 2 8 1 I 1 3/4 0 1 2 10 1.1/2 1 i 1 3 4 10 1 -t /2 2 I 3/4 The details of the firestop. system "is be as runovve. A Steel Sleeve- C14indric4f sleeve fabricated from min 0.010 tn, thick (No. 30 gauge) split sheet steel and having a min t In. lap along the longitudinal seam. Length of final sleeve shad be equal to thickness of wall plus 9.1/2 In., 10 in. or 11 In. for the 6. a and 10 In- diem pipe sizes, reapecllvofy. Inside dlsm of atest sleeve and diam of through opening In the gyPS"m wallboard layers to be equal to outside diam of wrap strip (item B) tayers on pipe. Cylindrical sleeve Inserted In annular space around nonmetallic pipe and centered In well. After iltstonttion of wrap strip Plain e) layers, min 1/2 In. wide by min 0.028 ion. thick stainless steel band clamps Installed around steel collar on both sides of wall astem. bly with am band clamp located near the wall surface and another located approx 1 In. from Ilia outer edga of the wrap strip layers. Edges of stool sleeve to be slit approx 1 ht. OC around circumference of sleeve on both sides of well, with length of slits approximate. ly equal to thickness of mat wrap layers, to form retainer tabs. Retainer labs bent 90 deg toward pipe to lock wrap strip Iaysets) In position. B. Fill. Void or Cavity Meterkefe• -Wrap Strip -Nom 1/4 In. thick Inturneeeent elestomeric material faced on one lido with aluminum foe, supplied In 4 In. wide by 24 Fn, long strips. Nom 4 In, wide wrap strips tightly- wrapped around mometaflte pipe on each side of wall and slid Into steal sleeve them Al such that Inner edges are flush with or recessed max t/ 4 In. Into surface of wall. For nom a In. dram pipes, three layers of wrap strip ere is. qui ed. For nom 8 In. diam PIRO$. fare layers of wrap strip are required. For nom 10 In, diam pipes, six layers of wrap strip are retttdted. Esoh layer of wrap strip to be Installed With butted seams, wlth the butted sear" In successive layers staggered. Wrap strips tem- b�atily bald In position us i g aluminum foil tape, ntament tape, steel wits Us, or squrve- Minnesota 1HInteM 5 MID. Co. -Typos FS -195, FS -19S+ C. Pipe Covering' -Nom 1 In. thick hollow cylbtdrleal beery atonally (min 3.5 poll glass fiber urns Jacketed on the Omtde with en a* service )aeket trim B in. length of pipe coverMg installed -around PVC ptpo at Its egress from the wrap strip layers atom DI on both sides of 'rte wait. Pipe covering sectored to pipe with steel wire ties spaced max 4 In. OC. Edge . of pipe covering abutting wrep strip to be sealed with a min 1/4 In. diam band of caulk poem O). Sae Pips And Equipment Covering- Metsrlals (DRGU) category In the Building Materials Directory for names of manufacturers. Any pipe covering material meeting the above spec fricatfons'end bearing the UL Clessmcation Marking with • Flame Spread index of 25 or loss and a Smoke Developed Index of 50 or JOSS may be used. D. FfIL Void or Cevlty MeteNels'- Caulk- Generous bead of caulk to be applied to outer perimeter, of steel sleeve at Interface with wall surfaees and to perimeter or pipe covering motorist wrap et Its Interlace with the wrap strip layers. Minnesota Mining & Mrg. Co. -Types CP -25 S/t- CP -25 HIS, CP -25 W0. CP -25 WB-i -. (Note: L natings apply only when Type CP -25 WB+ caulk Is used.) *Searing the UL Classlf esdon Marking WnrnockHersey 2 Hour Fire Rated Joints for Concrete Steel Fluted Decks �`w to Gypsum Wail Assemblies 0 using TREMstop Acrylic. . TUPV - Drawing not to scale 120 -01 0 A) Pre -Rated Concrete Fluted Steel Deck: Min. 2-1/2' Thickness. B) Pre -Rated Gypsum Wallboard/Stud Wall Assembly. C) Continuous Steel Slud - Galvanized Steel 'U' Runners. Max, Joint Width = 3 -5 /8 ". 4 Packing Material - Full depth of mineral wool Insulation (min. 3.5 pcf) Is installed into joint. Packing Material must also be installed into the steel flutes of dock. BO TREMstop Acrylic - Min. 1 /2" thickness of sealant applied within opening, flush with both surfaces of the wall assembiy. The above described assembly and products have been tested and are based on Moth past and anticipated performance crilerla.'iremco shall not be liable for any damages, direct or consequential. resulting from use of this material Or design. Tremco shoo only be responsible for replacing material found 10 be defective. EaoE 147 MEMO sillr1 or 2 Hour Fire Rated Joints U! *"., for Concrete Floors and Gypsum Wails Concrete Walls using using TREMstop Acrylic. ta• W12017 HWD0016- Movement Capabilities= 25% Compression Drawing not to scale A) Pre -Rated Concrete Floor: Min. 4 -1/2 "Thickness B) Pre -Rated Gypsum Wallboard /Stud Wall Assembly C) Steel Floor and Ceiling Runners - Min. 28 gauge gale. steel channels mechanically fastened to the lower surface of the floor assembly, Max. Joint Width = 1 ". Packing Material - For 1 Hr, F- Rating: Install Bond Breaker Tape prior to applying sealant. For 2 Hr. F- Rating: Install 2 layers of 7/8" diam. polyurethane backer rod. TREMstop Acrylic - Min. 1/2" thickness of sealant applied within opening, flush with both surfaces of [tie wall assembly. above described assembbly and products have been tested and are based on both past and anticipated ormance crherla. Trcmco shall not he liable for any damages, direct or consequential, resulting from use of material or design. Ttemco shall only be responsible for roplacing material found to be defective. 'E 137 MEMO *,-,.,�-. ,,slItt HWS1004 2 Hour Fire Rated Joints for Concrete Floors and Walls using DYMERIC. r■ Drawing not to scale - _ 10 A) Pre -Rated Concrete Floor: Min, 4 -1 /2" Thickness B) Pre -Rated Concrete or Block Wall: Min, 4 -1/2" Thickness. Max.Joinl Width = 3 ". 0 Packing Material - Min. 3 -112" mineral wool Insulati on (min. 5.0 pct) firmly packed into opening as a permanent form. Q DYMERiC - Min. 1/2" thickness of sealant applied within opening, flush with both surfaces of the wall assembly. The above described assembiy and products have been tested and are based'on both past and anticipated performance criteria. Tramco shall not be Gable for any damages, direct or consequentisl, resulting from use Or this malarial or design. Tlemoo shall only be responsible for replacing material found to be dereclive. E &OE 139 T Y ca. " r,e �� "'r 2 Hour Fire Rated Through Penetration U! Firestop for Single Plastic Pipe through all Lrr Concrete Walls using r'wo FYRE -CAN SLEEVE. W12017 F - rating = z Hr. T -rating= 1 Hr. Drawing not to scale 01 Pre -Rated Concrete or Concrete Block Wall Assembly - Min. 4 -1 /2" thickness. Q Plastic Pipe - Nom. 3" diam. (or smaller) Sch. 40 PVC pipe for use in open or closed piping systems. - Nam. 3e diam (or smaller) SDR17 CPVC pipe for use in closed piping systems. O FYRE -CAN SLEEVE - Intumescent device Installed around pipe and tightened with a hose clamp. Prior to installation, the concrete wail is notched on one side to allow Insertion of the device with the hose clamp Into the opening. See table below for system specifics: Nom. Pipe D)am. of Annular Space Diem. (in.) Device Size .. 0)Liag (jn,l fill) 1 -1/2 TS1.5 3 9116 2 TS2 3.1/2 9116 3 TS3 4-3/4 516 ® TREMstop WBM - Min. 1/4" bead of sealant applied at the waWdevice and pipe /device Interfaces, Additional sealant is applied to fill the notch created for the hose clamp to a min. depth of 1 ". The above doscribod assembly and products have been tested and are based on both past and anilC ated performance crilerla.Tramco shall not be liable for any damages, direct or consequential, resuRtng from use or This material or destgrt.11emoo shall only be responsible for replacing material found to be defective. 56 E &OE architect NORBERTO ROSENSTEIN ARCHITECT , INC. ARCHITECTURE - INTERIOR DESIGN - PLANNING 126 S. FEDERAL HIGHWAY SUITE # 202 DANIA BEACH, FLORIDA 33004 PH: (954) 922 -6551 FAX: (954) 922 -7388 EMAIL:info ,srosensteinarchitect .com WEB: www.rosen,gteinarchitect.com STATE REG. NO. AR0016674 NATL. REG. NO. 69178 COPYRIGHT © 2008 NORBERTO ROSENSTEIN ARCHITECT, INC. ALL RIGHTS RESERVED. THIS DOCUMENT OR PARTS THEREOF, MAY NOT BE REPRODUCED IN ANY FORM WITHOUT PERMISSION. DESIGNED N. R. DRAWN D. S. CHECKED N. R. I HEREBY CERTIFY THAT THESE PLANS WHERE PREPARED BY ME OR UNDER MY SUPERVISION, AND TO THE BEST OF MY KNOWLEDGE, COMPLY WITH ALL APPLICABLE CODES. felfeff, too 001 11 ix .. � �, �tiltl •�� '..f-* _,w :l� W I to .:.d _ (,ffl . . ,�. I I : to , - J I . ° C� . . � Illltllnn•'* R E V I S I 0 N S COMM. DATE 2012 -37 1 8/8/2012 5701 SUNSET DR SUITE F06 ISIS WELLNESS NA LBAR SOUTH MIAMI FLORIDA, 33143 FIRESTOPPING & UL. DETAILS A-7 7