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1 2 3 4 5 <br /> -COFFMAN <br /> ENGINEERS <br /> HANGER ROD - HANGER ROD 135 W.Fairhaven Ave <br /> W/JAM NUT =�W/JAM NUT Suite102 <br /> Burlington,WA 98233 <br /> CLEVIS HANGER = CLEVIS HANGER COUNTERSUNK ph 360.707.5656 <br /> SCREW ADJ.TOP ISHEDAND <br /> 18 GAUGE ROUND CLEANOUT COVER FRAME <br /> GALVANIZED STEEL FINISHED FLOOR/GRADE www.coffman.com <br /> WANGE T� <br /> ANCHOR FLANGE <br /> -------------- ---------- PIPE INSULATION- -� <br /> D PIPE INSULATION UPPER HALF OF D l�D ANAL, <br /> CUT TO FIT AROUND PIPE �� o S9f <br /> PROTECTION SADDLE <br /> F <br /> OVERLAPPING OVERLAPPING <br /> GALVANIZED SHEET GALVANIZED SHEET <br /> METAL PROTECTION METAL PROTECTION <br /> /—. SHIELD SHIEHIGH DENSITYJ > ' <br /> INSULATION INSERT- CLEANOUT TEE <br /> PROTECTION LOWER HALF OF ACCESS COVER 1215,22 <br /> SADDLE PIPE <br /> DOUBLE THICKNESS <br /> JACKET BOTTOM <br /> INSULATION INSERTED <br /> IN SADDLE CAVITY <br /> /2 <br /> FINISHED WALL <br /> DETAIL'A' DETAIL'B' FLOW <br /> HOT PIPE 4"DIAMETER AND LARGER HOT PIPE UNDER 4"DIAMETER LONG SWEEP <br /> (60°F&HIGHER) CLEANOUT PIPE—' BEND <br /> COLD PIPE ALL SIZES SEE PLANS <br /> FOR SIZES <br /> COLBY AVE <br /> APARTMENTS <br /> 3 TYPICAL PIPE HANGERS - INSULATED PIPE 2 WALL CLEANOUT DETAIL DRAIN CLEANOUT DETAIL 3402 COLBY AVE SE <br /> P3.1 SCALE:NTS P3.1 SCALE:NTS P3.1 SCALE:NTS EVERETT, WA <br /> C 98201 <br /> Through-penetration Firestop Systems <br /> UL System No.F-C-1150 <br /> F Rating-1 Hr <br /> T Rating-1 Hr <br /> HW HW CW <br /> INLET OUTLET INLET <br /> 2A 3 <br /> 1A <br /> 28 LL <br /> 3 A 1B <br /> 2C REDUCED PRESSURE <br /> UNION BACKFLOW PREVENTOR CW TO BOOSTER <br /> 1C PUMP <br /> 2D <br /> A 48 UNION(TYPICAL) PRESSURE GAUGE <br /> W/GAUGE COCK <br /> THERMOMETER SHUT-OFF VALVE (TYPICAL) <br /> 4B <br /> 4A BALL VALVE Y-STRAINER <br /> TEMPERING VALVE,MOUNT ON WALL <br /> SECTION A-A OR ABOVE CEILING WITH ACCESS <br /> PANEL. VACUUM BREAKER <br /> HOSE BIBS PERMIT SET <br /> 1.Floor-Ceiling Assembly-The 1 hr fire-rated wood joist Floor-ceiling assembly shall be constructed of the CONVENIENCE OUTLET <br /> materials and in the manner described in the individual L500 Series Design in the UL Fire Resistance T__�FUNNEL WITH <br /> Directory as summarized below: 0 FLOOR PENETRATION DRAIN LINE TO <br /> A.Flooring System-Lumber or plywood subfloor with finish Floor of lumber plywood or Floor F'_ <br /> FLOOR DRAIN <br /> Topping Mixture*as specified in the individual Floor-Ceiling Design.Max.dia.of opening is 5 in. FLOOR <br /> (127 mm). COMBINATION STRAINER CHECK-STOP I <br /> B B.Wood Joists*-Nom.10 in.(254 mm)deep(or deeper)lumberjoists spaced max.24 in.(610 mm) UNION WATER SERVICE B <br /> OC with bridging as required and with ends firestopped. <br /> C.Gypsum Board*-Nom.4 ft(122 cm)wide by 5/8 in.(16 mm)thick as specified in the individual CONTRACTOR TO ADJUST <br /> Floor-Ceiling Design.Gypsum board nailed to wood joists. MIXING VALVE TO <br /> 2.Chase Wall-The through penetrants(Item 3)shall be routed through a 1 hr fire-rated single,double or TEMPERATURE SHOWN ABOVE <br /> staggered wood stud/gypsum board chase wall constructed of the material and in the manner specified in <br /> a the individual U300 Series Wall and Partition Designs in the UL Fire Resistance Directory and shall include <br /> the following construction features: <br /> A.Studs-Nom.2 by 6 in.(51 by 152 mm)or double 2 by 4 in.(51 by 102 mm)lumber studs. 5 TEMPERING VALVE 4 D 0 M E S TI C WATER ENTRY DETAIL <br /> B.Sole Plate-Nom.2 by 6 in.(51 by 152 mm)or parallel 2 by 4 in.(51 by 102 mm)lumber plates, <br /> tightly butted.Max.dia.of opening is 5 in.(127 mm). P3.1 SCALE:DETAIL P3.1 SCALE:NTS <br /> C.Top Plate-The double top plate shall consist of two 2 by 6 in.(51 by 152 mm)or two sets of <br /> parallel 2 by 4 in.(51 by 102 mm)lumber plates,tightly butted.Max.dia.of opening is 5 in.(127 REV DATE DESCRIPTION <br /> mm). <br /> o D.Gypsum Board*-Thickness,type,number of layers and fasteners shall be as specified in <br /> individual Wall and Partition Design. PROJ.NO. 222534 <br /> 3.Through Penetrants-One metallic pipe,conduit or tubing to be installed either concentrically or DRAWN NH <br /> 5 eccentrically within the firestop system.The annular space between pipe,conduit or tubing and periphery <br /> of opening shall be min.0 in.(point contact)to max.7/8 in.(22 mm).Pipe,conduit or tubing to be rigidly CHECKED BIN <br /> supported on both sides of floor assembly.The following types and sizes of metallic pipe,conduit or tubing <br /> may be used: DATE 12/16/22 <br /> A.Steel Pipe-Nom.4 in.(102 mm)dia.(or smaller)Schedule 10(or heavier)steel pipe. <br /> B.Iron Pipe-Nom.4 in.(102 mm)dia.(or smaller)cast or ductile iron pipe. <br /> COFFMAN ENGINEERS INC. <br /> C.Conduit-Nom.4 in.(102 mm)dia.(or smaller)steel electrical metallic tubing or rigid steel © <br /> conduit. <br /> � D.Copper Tubing-Nom.4 in.(102 mm)dia.(or smaller)Type L(or heavier)copper tubing. <br /> SHEET TITLE: <br /> E.Copper Pipe-Nom.4 in.(102 mm)dia.(or smaller)Regular(or heavier)copper pipe. <br /> 4.Firestop System-The firestop system shall consist of the following: PLUMBING <br /> A.Packing Material-Foam backer rod firmly packed into opening as a permanent form.Packing <br /> material to be recessed from top surface of subfloor or sole plate,and bottom surface of the lower DETAILS <br /> 65 top plate as required to accommodate the required thickness of fill material. <br /> o A B.Fill,Void or Cavity Material*-Caulk-Min.1/2 in.(13 mm)thickness of fill material applied within A <br /> the annulus,flush with top surface of floor or sole plate.Min.1/2 in.(13 mm)thickness of fill <br /> material applied within the annulus,flush with bottom surface of lower top plate.Min 1/4 in.(6 <br /> mm)diam bead of fill material applied at the penetrant/plate interfaces at point contact locations <br /> on both sides of assembly. <br /> A/D FIRE PROTECTION SYSTEMS INC-A/D FIREBARRIER Intumescent Sealant or <br /> A/D FIREBARRIER Acrylic Sealant <br /> r *Bearing the UL Classification Mark <br /> 0 <br /> SHEET NO: <br /> ry �THROUGH-PENETRATION FIRESTOP DETAIL <br /> P3. 1 <br /> a SHEET OF <br /> 1 2 3 4 5 <br />