Engineered Wood Products - CMD Group & Installation Guide ... • Deeper depths allow for larger...

RoseburgFramingSystem® 1

R O S E B U R GHYBRIDGREEN

PANEL AVAILABLE

Deep Depth RFPI® Joist - 18”, 20”, 22” & 24”Design & Installation Guide

www.Roseburg.com

Engineered Wood Products

RFPI® 700RFPI® 900• Manufactureddeepertohandlelongerspans,widerspacing,higherloads

• Lightweightforfastinstallation

• DeeperdepthsallowforlargerHVACopenings

• Resistsbowing,twistingandshrinking

• Workswithmultiplespans

• FSCcertifiedavailable

• Environmentallyfriendly

• Productandperformancewarranty

2 RoseburgFramingSystem®

Architects,structuralengineersandbuilderscannowspecifyFSCcertifiedengineeredwoodproductsthatcancontributetoachievingadditionalLEED®creditsforyourproject.

RoseburghasbeencertifiedbyScientificCertificationSystems(SCS)toproduceForestStewardshipCouncil(FSC)CertifiedRFPI®JoistandRigidLam®LVLunderregistrationcodeSCS-COC-000300.WoodproductscertifiedbySCSarerecognizedascomingfromwell-managedforests,adheringtostrictenvironmentalandsocioeconomicstandardsinaccordancewiththeprinciplesandcriteriaoftheFSC.

FSC CeRtIFIed RFPI® JoISt & RIgIdLam® LVL are available From Roseburg

RFPI®-JoIsts SAFETYANDCONSTRUCTIONPRECAUTIONS 3 STORAgE&HANDLINggUIDELINES 3 DESIgNPROPERTIES 4 ALLOWAbLEFLOORSPANCHARTS 5 ALLOWAbLEFLOORUNIFORMLOADS 6 ALLOWAbLEROOFUNIFORMLOADS 6 WEbSTIFFENERREqUIREMENTS 7I-JoIstdetaIls FLOORFRAMINg&CONSTRUCTIONDETAILS 8-11

CANTILEVERDETAILS 11-12 ROOFFRAMINg&CONSTRUCTIONDETAILS13 WEbHOLESPECIFICATIONS 14 FIRE&SOUNDRATEDFLOORASSEMbLIES 15RIgIdlam®lVlHeadeRs&Beams PRODUCTLINE 16

DESIgNPROPERTIES 16 STORAgE,HANDLINg&INSTALLATION 16 HOLES&NAILINg 16 bEARINgDETAILS 17 FASTENINgRECOMMENDATIONSFOR MULTIPLEPLYMEMbERS 17-18

RIgIdRIm®RImBoaRdsPecIFIcatIons 19soFtwaReInFoRmatIon 20

Table Of Contents

ImPoRtant:All Roseburg Engineered Wood Products are intended and warrantied for use in dry-service conditions where the average moisture content of sawn lumber is less than 16%.

deSIgn SuPPoRtThevariouschartsandtablesinthisliteraturearebasedonaccepted,typicalloadingconditions,oncenterspacing,deflectioncriteriaand/orspans.This printed information allows the end user to identify and install properly sized RFP engineered wood products without the need for specific design or engineering calculations.Designsoftware;however,suchasRFP-Keybeam®andRFP-KeyPlan®fromKeymarkEnterprises,LLC,allowstheusertoinputprojectspecificinformationintothesoftwarewhichmaygivealessrestrictivesolutionthanthegenericinformationintheprintedliterature.RestassuredthatboththeliteratureandtheKeymarksoftwarearebasedontheappropriatedesignpropertieslistedinthecurrentcodereports.

Foradditionalassistancewithspecificproductdesignquestions,productavailability,andterritorysalesmanagerlocations,pleasevisitourwebsiteatwww.Roseburg.com,orcontactRoseburgForestProductsat1-800-347-7260,orattheaddresslistedonthebackcover.

Roseburg RFPI Joist and RigidLam LVL Leed Credit and Point InformationLEED CATEGORY/CREDIT INTENT REQUIREMENTS POSSIBLE POINTS

Indoor Environmental Quality EQ Credit 4.4: Low-Emitting Materials

Improves indoor air quality Wood products used shall contain no added urea-formaldehyde resins 1 point

Materials and Resources MR 5.1 Regional Materials: 10% Extracted, Processed & Manufactured Regionally

Increases the use of materials that are extracted and manufactured within the project region

A min. of 10% of the combined value of building materials or products must be extracted, harvested, or recovered, as well as manufactured within 500 miles of the project

1 point

Materials and Resources MR 5.2 Regional Materials: 20% Extracted, Processed & Manufactured Regionally

Increases the use of materials that are extracted and manufactured within the project region

A min. of 20% of the combined value of building materials or products must be extracted, harvested, or recovered, as well as manufactured within 500 miles of the project

1 point (in addition to MR credit 5.1)

Materials and Resources MR Credit 7.0: Certified WoodFSC - Forest Stewardship Council Encourage environmentally responsible

forest management

Use a minimum of 50% wood based materials and products, which are certified in accordance with the Forest Stewardship Council’s (FSC) Principles and Criteria, for wood building components

1 point

FSC SupplierSCS-COC-000300

The mark of responsible forestry© 1996 Forest Stewardship Council A.C.


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®-Joist

Improperstorageorinstallation,failuretofollowapplicablebuildingcodes,failuretofollowspanratingsforRFPI®-JoistsorRigidLam®LVL,failuretouseallowableholesizesandlocations,orfailuretousewebstiffenerswhenrequiredcanresultinseriousaccidents.Followtheseinstallationguidelinescarefully.

These are general recommendations and in some cases additional precautions may be required.

Safety & Construction Precautions

Storage & Handling Guidelines• DonotdropI-joistsorLVLoffthedeliverytruck. bestpracticeisuseofaforkliftorboom.

• Storebundlesuprightonasmooth,level,well-drainedsupportivesurface.

• DONOTstoreI-joistsorLVLindirectcontactwiththeground. bundlesshouldbeaminimumof6”offthegroundandsup-portedevery10’orless.

• AlwaysstackandhandleI-joistsintheiruprightpositiononly.

• Place2xorLVLspacers(atamaximumof10’apart)betweenbundlesstoredontopofoneanother.Spacersaboveshouldbelinedupwithspacersbelow.

• bundlesshouldremainwrapped,strapped,andprotectedfromtheweatheruntiltimeofinstallation.

• DonotliftI-joistbundlesbytopflange.

• AvoidexcessivebowingortwistingofI-joistsorLVLduringallphasesofhandlingandinstallation(i.e.measuring,sawingorplacement). NeverloadI-joistsintheflat-wiseorientation.

• Takecaretoavoidforkliftdamage. Reduceforkliftspeedtoavoid“bouncing”theload.

• WhenhandlingI-joistswithacrane(“picking”),takeafewsimpleprecautionstopreventdamagetotheI-joistsandinjurytoyourworkcrew:

4PickI-joistsinthebundlesasshippedbythesupplier.

4OrientthebundlessothatthewebsoftheI-joistsarevertical.

4Pickthebundlesatthe5thpoints,usingaspreaderbarifnecessary.

• DonotstackLVLbundlesontopofI-Joistbundles.

• NEVERUSEADAMAgEDI-JOISTORLVL. AllfieldrepairsmustbeapprovedbyaDesignProfessional.

LL 5

L 5

WARNINg

I-joistsandLVLbeamsarenotstableuntilcompletelyinstalled,andwillnotcarryanyloaduntilfullybracedandsheathed.

Avoid Accidents by Following These Important Guidelines:

1. braceandnaileachI-joistasitisinstalled,usinghangers,blockingpanels,rimboard,and/orcross-bridgingatjoistends.

2. Whenthebuildingiscompleted,thefloorsheathingwillprovidelateralsupportforthetopflangesoftheI-joists.Untilthissheathingisapplied,temporarybracing,oftencalledstruts,ortemporarysheathingmustbeappliedtopreventI-joistrolloverorbuckling.

4Temporarybracingorstrutsmustbe1x4inchminimum,atleast8feetlongandspacednomorethan8feetoncenter,andmustbesecuredwithaminimumoftwo8dnailsfastenedtothetopsurfaceofeachI-joist.Nailbracingtoalateralrestraintattheendofeachbay.LapendsofadjoiningbracingoveratleasttwoI-joists.

4Or,sheathing(temporaryorpermanent)canbenailedtothetopflangeofthefirst4feetofI-joistsattheendofthebay.

3. ForcantileveredI-joists,bracetopandbottomflanges,andbraceendswithclosurepanels,rimboard,orcross-bridging.

4. InstallandnailpermanentsheathingtoeachI-joistbeforeplacingloadsonthefloorsystem.Then,stackbuildingmaterialsoverbeamsorwallsonly.SeeAPATechnicalNotenumberJ735b“TemporaryConstructionLoadsOverI-JoistRoofsandFloors”foradditionalinformationregardingproperstackingofbuildingmaterials.

5. NeverinstalladamagedI-joistorLVLbeam.

Neverstackbuild-ingmaterialsoverunsheathedI-joists.Stackonlyoverbracedbeamsorwalls.

DonotallowworkerstowalkonI-joistsorLVLbeamsuntiltheyarefullyinstalledandbraced,orseriousinjuriescanresult.


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24̋22̋20̋18˝ 24̋22̋20̋18˝

DEsIGn PRoPERTIEs FoR RFPI-JoIsTs(1)

TAblE A: RFPI-JoIsT REAcTIon cAPAcITIEs WITh oR WIThouT WEb sTIFFEnERs (W.s.)(1) (2)

TAblE b: MAxIMuM ADJusTED REAcTIon cAPAcITy (1) (2)

RFPI®-Joist Design Properties I-JoIsT DIMEnsIons

(1)Thetabulatedvaluesaredesignvaluesfor100%durationofload.AllvaluesexceptforEIandKarepermittedtobeadjustedforotherloaddurationsaspermittedbycode.DesignvalueslistedareapplicableforAllowableStressDesign(ASD).

(2)bendingstiffness(EI)oftheI-joist.

(3)Momentcapacity(M)ofasingleI-joist.momentcapacityoftheI-Joistshallnotbeincreasedbyanyrepetitivememberusefactor.(4)Shearcapacity(V)oftheI-joist.

(5)VerticalLoadCapacitywhencontinuouslysupported.

(6)Coefficientofsheardeflection(K),usedtocalculatedeflectionsforI-joistapplication.Equations1and2belowareprovidedforuniformloadandcenterpointloadconditionsforsimplespans.

UniformLoad:

[1] d= 5v,4 +v,2 ______ ____ 384EI K

d= P,3 +2P, _____ ___

48EI K

Center-PointLoad:

[2]

where:d=calculateddeflection(in.)v=uniformload(lb/in.),=designspan(in.)P=concentratedload(lb)

EI=bendingstiffnessoftheI-joist(lb-in2)K=coefficientofsheardeflection(lb)

RoseburgDesignation

El(2)

x106 lb-in.2M(3)

lb-ftV(4)

lbVlc(5)

lb/ftK(6)

x106 lbWeight

lb/ft

18"RFPI700 1245 10,450 2,575 2,200 11.34 3.85

20”RFPI700 1579 11,600 2,740 2,200 12.60 4.10

22”RFPI700 1955 12,740 2,935 1,800 13.86 4.36

24”RFPI700 2375 13,870 3,060 1,750 15.12 4.61

18"RFPI900 1849 16,080 2,885 2,200 11.34 4.80

20”RFPI900 2337 17,855 2,945 2,200 12.60 5.21

22”RFPI900 2886 19,615 3,010 1,800 13.86 5.47

24”RFPI900 3496 21,355 3,060 1,750 15.12 5.67

RoseburgDesignation

End Reaction (lbs) Intermediate Reaction (lbs)

1-3/4” bearing 3-1/2” bearing 3-1/2” bearing 5-1/4” bearing

NoW.S. WithW.S. NoW.S. WithW.S. NoW.S. WithW.S. NoW.S. WithW.S.

18"RFPI700 1,125 2,200 1,650 2,575 2,745 4,050 3,025 4,475

20”RFPI700 1,090 2,300 1,585 2,740 2,745 4,050 3,025 4,475

22”RFPI700 - 2,400 - 2,935 - 4,150 - 4,605

24”RFPI700 - 2,500 - 3,060 - 4,150 - 4,605

18"RFPI900 1,475 2,570 1,765 2,885 3,000 5,110 3,475 5,710

20”RFPI900 1,350 2,665 1,700 2,945 3,000 5,110 3,475 5,710

22”RFPI900 - 2,755 - 3,010 - 5,405 - 6,020

24”RFPI900 - 2,850 - 3,060 - 5,405 - 6,020

RoseburgDesignation

End Reaction (lbs) Intermediate Reaction (lbs)

1-3/4” bearing 3-1/2” bearing 3-1/2” bearing 5-1/4” bearing

NoW.S. WithW.S. NoW.S. WithW.S. NoW.S. WithW.S. NoW.S. WithW.S.

AllRFPI700 2,285 4,575 5,065 7,355

AllRFPI900 3,535 7,070 7,825 11,365

RFPI® 700 RFPI® 900

2-5/16” wide x 1-1/2” LVL Flange7/16” OSB Web

3-1/2” wide x 1-1/2” LVL Flange7/16” OSB Web

TableANotes:

(1)Thetabulateddesignval-uesinTableAarefor100%durationofload.Interpolationbetweentabulatedvaluesispermitted.AllvaluesinTableAshallbepermittedtobeadjustedforotherloaddura-tionsprovidedthatthefinalreactiondesignvalue(whetheradjustedornot)isnotgreaterthanthevaluetabulated(orinterpolated)inTablebbelow.

(2)RefertoWeb Stiffener Requirementsonpage7forwebstiffenersizeandnailrequirements.

TablebNotes:

(1)Maximumallowablereac-tioncapacitybasedonflangeFcperp.ThefinalreactionvaluefromTableAshallnotexceedthetabulated(orinter-polated)valuefromTableb.

(2)ThevaluesinTablebarefor100%durationofloadandshall notbeincreasedforshorterdurationsofload.


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®-JoistAllowable Floor Clear Spans For RFPI®-Joists 40 PsF lIVE loAD AnD 25 PsF DEAD loAD

DEFlEcTIon lIMITs - lIVE loAD = l/480 ToTAl loAD = l/240

50 PsF lIVE loAD, 15 PARTITIon, 25 PsF DEAD loAD AnD 2000 lb concEnTRATED loAD


100 PsF lIVE loAD, 25 PsF DEAD loAD AnD 2000 lb concEnTRATED loAD


125 PsF lIVE loAD, 25 PsF DEAD loAD AnD 2000 lb concEnTRATED loAD


Joistdepth Joistseries

simplespan multiplespan

12”o.c. 16”o.c. 19.2”o.c. 24”o.c. 12”o.c. 16”o.c. 19.2”o.c. 24”o.c.18” RFPI®700 33’-0” 30'-1" 28'-2" 25'-3" 35'-8" 30'-10" 28'-2" 24'-8"20” RFPI®700 35'-9" 32'-7" 29'-9" 26'-7" 37'-7" 32'-6" 29'-8" 24'-8"22” RFPI®700 38'-4" 34'-2" 31'-2" 27'-10" 39'-5" 34'-1" 31'-1" 25'-4"24” RFPI®700 40'-11" 35'-8" 32'-6" 29'-1" 41'-1" 35'-7" 31'-8" 25’-4”18” RFPI®900 37'-2" 33'-10" 31'-11" 29'-8" 40'-7" 36'-11" 34'-9" 31'-3"20” RFPI®900 40'-3" 36'-7" 34'-6" 32'-1" 43'-11" 39'-11" 36'-10" 31’-3”22” RFPI®900 43'-2" 39'-3" 37'-0" 34'-5" 47'-1" 42'-4" 38'-8" 33'-1"24” RFPI®900 46'-0" 41'-11" 39'-6" 36'-1" 50'-3" 44'-2" 40'-4" 33’-1”



12”o.c. 16”o.c. 19.2”o.c. 24”o.c. 12”o.c. 16”o.c. 19.2”o.c. 24”o.c.18” RFPI®700 25'-9" 23'-5" 22'-0" 20'-6" 28'-0" 25'-5" 22'-3" 17'-9"20” RFPI®700 27'-10" 25'-4" 23'-10" 22'-2" 30'-4" 26'-9" 22'-3" 17'-9"22” RFPI®700 29'-11" 27'-3" 25'-7" 23'-8" 32'-7" 27'-5" 22'-10" 18'-3"24” RFPI®700 31'-11" 29'-1" 27'-4" 24'-8" 34'-9" 27'-5" 22'-10" 18'-3"18” RFPI®900 28'-11" 26'-3" 24'-8" 22'-11" 31'-6" 28'-7" 26'-10" 22'-6"20” RFPI®900 31'-4" 28'-5" 26'-8" 24'-9" 34'-1" 30'-11" 28'-2" 22'-6"22” RFPI®900 33'-7" 30'-6" 28'-8" 26'-7" 36'-7" 33'-2" 29'-10" 23'-10"24” RFPI®900 35'-10" 32'-7" 30'-7" 28'-4" 39'-1" 35'-5" 29'-10" 23'-10"







notes:•Web stiffeners ARE required for spans shown. seeWebStiffenerRequirements on page 7.•Clearspanisthecleardistancebetweenthefaceofsupports.•Spansarebasedonuniformloadsandconcentratedloadsasshownabove.UseRFP-Keybeam®sizingsoftwareforotherloading.

•Aminimumof1C\v”isrequiredforendbearing,3Z\x”forintermediatebearing.•MultipleSpanlengthsshownrequiretheinstallationofadequatebottomflangelateralbracing.•Spansarebasedoncompositeactionwithglued-nailedsheathingmeetingthefollowingAPArequirements:

AdhesivesshallmeetAPASpecificationAFg-01orASTMD3498.

Min.Thickness SpanRating FloorJoistSpacingRatedSheathingRatedSheathing

19/32”23/32”

(40/20)(48/24)

19.2”orless24”orless

RatedSturd-IFloorRatedSturd-IFloor

19/32”23/32”

20”o.c.24”o.c.

19.2”orless24”orless

lAyouT GuIDE FoR 19.2” o.c. sPAcInG

1 19-3/16” 6 115-3/16” 11 211-3/16”2 38-3/8” 7 134-3/8” 12 230-3/8”3 57-5/8” 8 153-5/8” 13 249-5/8”4 76-13/16” 9 172-13/16” 14 268-13/16”5 96”(8’) 10 192”(16’) 15 288”(24’)


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(ft) RFPI700

(2-5/16”widex1-1/2”flanges)RFPI900

(3-1/2”widex1-1/2”flanges)18” 20” 22” 24” 18” 20” 22” 24”

Live Total Live Total Live Total Live Total Live Total Live Total Live Total Live Total10 - 313 - 313 - 321 - 320 - 395 - 395 - 418 - 41712 - 261 - 261 - 267 - 267 - 330 - 329 - 348 - 34814 - 224 - 224 - 229 - 229 - 283 - 282 - 299 - 29816 - 196 - 196 - 200 - 200 - 247 - 247 - 261 - 26118 157 174 - 174 - 178 - 178 218 220 - 219 - 232 - 23220 118 156 147 156 - 160 - 160 166 197 - 197 - 208 - 20822 91 142 114 142 139 145 - 145 129 179 159 179 - 189 - 18924 71 130 89 130 109 133 131 132 102 164 126 164 153 173 - 17326 57 118 72 119 88 122 105 122 82 151 102 151 123 159 147 15928 46 101 58 111 71 113 86 113 66 140 83 140 101 148 121 14830 38 88 48 98 59 106 71 105 55 130 68 130 83 138 100 13732 32 75 40 85 49 94 59 98 46 109 57 122 70 129 84 12934 26 62 33 75 41 83 49 90 38 91 48 114 59 121 71 12136 22 52 28 67 35 73 42 80 33 77 41 97 50 114 60 11438 - - 24 56 30 65 36 71 28 65 35 82 43 102 52 10740 - - - - 26 59 31 64 24 55 30 70 37 87 45 10042 - - - - 22 51 27 58 - - 26 61 32 75 39 9044 - - - - - - 24 52 - - 23 52 28 65 34 7946 - - - - - - - - - - - - 25 57 30 6948 - - - - - - - - - - - - - - 26 6050 - - - - - - - - - - - - - - 23 5352 - - - - - - - - - - - - - - - -54 - - - - - - - - - - - - - - - -56 - - - - - - - - - - - - - - - -58 - - - - - - - - - - - - - - - -

Allowable Floor Uniform Load For RFPI®-Joists (PLF)

Allowable Roof Uniform Load For RFPI-Joists (PLF)

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RFPI700(2-5/16”widex1-1/2”flanges) RFPI900(3-1/2”widex1-1/2”flanges)18” 20” 22” 24” 18” 20” 22” 24”

live Total live Total live Total live Total live Total live Total live Total live Total

l/240

115%

125%

l/240

115%

125%

l/240

115%

125%

l/240

115%

125%

l/240

115%

125%

l/240

115%

125%

l/240

115%

125%

l/240

115%

125%

10 - 361 392 - 361 392 - 369 392 - 369 392 - 455 495 - 455 495 - 481 523 - 481 52312 - 301 328 - 301 327 - 308 327 - 308 327 - 380 413 - 380 413 - 401 437 - 401 43714 - 258 281 - 258 281 - 264 281 - 264 280 - 326 355 - 325 354 - 344 375 - 344 37416 - 226 246 - 226 246 - 231 245 - 231 245 - 285 310 - 285 310 - 301 328 - 301 32818 - 201 218 - 200 218 - 205 218 - 205 218 - 253 276 - 253 275 - 267 291 - 267 29120 - 180 196 - 180 196 - 184 196 - 184 196 - 228 248 - 227 248 - 240 262 - 240 26222 - 164 178 - 164 178 - 167 178 - 167 178 - 207 225 - 206 225 - 218 238 - 218 23824 - 150 163 - 150 163 - 153 163 - 153 163 - 189 206 - 189 206 - 200 218 - 200 21826 - 136 148 - 138 150 - 141 150 - 141 150 - 175 190 - 174 190 - 184 201 - 184 20028 116 117 127 - 128 139 - 131 139 - 131 139 - 162 176 - 161 176 - 171 186 - 171 18630 95 101 111 - 113 123 - 122 130 - 122 129 137 151 164 - 150 164 - 159 173 - 159 17332 79 89 97 - 99 108 - 109 118 - 114 121 114 138 147 - 141 153 - 149 162 - 149 16234 66 78 84 83 87 95 - 96 104 - 104 114 96 122 123 120 132 144 - 140 152 - 140 15236 56 69 71 71 77 84 - 85 93 - 93 101 82 104 104 102 120 131 125 132 144 - 132 14438 48 60 60 60 69 75 74 76 83 - 83 90 70 88 88 88 107 112 107 118 129 - 124 13640 41 51 51 52 62 65 64 68 74 - 74 81 60 76 76 76 96 96 93 106 116 112 116 12642 - - - 45 56 56 56 61 67 - 67 73 52 65 65 66 82 82 81 96 102 97 105 11444 - - - - - - 49 56 60 59 61 66 46 56 56 57 71 71 71 87 89 85 95 10446 - - - - - - 43 51 53 52 55 60 - - - 51 62 62 62 77 77 75 86 9448 - - - - - - - - - 46 50 55 - - - 45 54 54 55 68 68 66 79 8250 - - - - - - - - - - - - - - - - - - 49 59 59 59 72 7352 - - - - - - - - - - - - - - - - - - 43 52 52 52 64 6454 - - - - - - - - - - - - - - - - - - - - - 47 57 5756 - - - - - - - - - - - - - - - - - - - - - 42 51 5158 - - - - - - - - - - - - - - - - - - - - - - - -

FloorPlFchartnotes:

1. see GEnERAl noTEs below.

2. LiveloadcolumnisbasedonanL/600deflectionlimit.

3. ForaliveloaddeflectionlimitofL/480multiplytheL/600valueby1.25.

4. DeflectionundertotalloadislimitedtoL/240.

5. Totalloadisbasedon100%durationofload.

RoofPlFchartnotes:1. see GEnERAl noTEs below.

2. DeflectionundertotalloadislimitedtoL/180.

3. Roofsmustbeslopedatleast1/4”in12”toassuredrainage.

4. Usethehorizontalspandimensionfromthebuildingplanstosizejoistsforroofsthatslopeupto2”in12”.Forroofslopesgreaterthan2”in12”,multiplythehorizontalspandimensionbytheappropriateSlopeFactorfromthetableonpage7.

5. Use115%columnforsnowloadsand125%fornon-snowloads.Checkwithlocalcode(basedonlocationofbuilding)forsnowloadrequirements.

1. Web stiffeners ARE required for the PlF loads shown. seeWebStiffenerRequirements on Page 7.

2. Tablevaluesapplytouniformlyloadedsimpleormultiplespanjoists.

3. Clearspanisthecleardistancebetweenthefaceofsupports.

4. UseRFP-Keybeam®sizingsoftwaretoanalyzemultiplespanjoistsifthelengthofanyspanislessthanhalfthelengthofanadjacentspan.

5. Minimumendbearinglengthis1C\v”.Minimumintermediatebearinglengthis3Z\x”.

6. Thistabledoesnotaccountforaddedstiffnessfromgluedornailedsheathing.

7. Usebeamsizingsoftwaretoanalyzeconditionsoutsideofthescopeofthistablesuchascantileversandconcentratedloads.

8. bothliveandtotalloadsmustbechecked–liveloadagainsttheLivecolumnandtotalloadagainsttheTotalcolumn.WhennovalueisshownintheLivecolumn,totalloadwillgovern.

9. Verifythatthedeflectioncriteriaconformstolocalbuildingcoderequirements.

10. Providelateralsupportatbearingpointsandcontinuouslateralsupportalongthecompressionflangeofeachjoist.

11. Forproperinstallationprocedures,refertotheappropriatesectionsinthispublication.

toUsePlFcharts:1. ChoosetheappropriatePLFchart,FloororRoof

2. Selectthespanrequired.

3. ComparethedesigntotalloadtotheappropriateTotalLoadcolumnandcomparethedesignliveloadtotheLiveLoadcolumn.

4. Selectaproductthatmeets or exceedsboththedesigntotalandliveloads.

general notes


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®-JoistWeb Stiffener RequirementsWeb stiffeners are required for all 22” and 24” deep RFPI joist applications. Depending on the loads and spans, web stiffeners may or may not be required for 18” and 20” deep RFPI joists.Awebstiffenerisablockofplywood,OSb,or2xthatisaddedtostiffentheI-joist’sweb,increasethebearingsurfacebetweenthewebandtheflange,andprovideadditionalsupportforahangerorotherconnector.The proper installation of web stiffeners is very important, particularly for deeper depth I-joists which are capable of carrying large loads and developing high reactions.Whenusedatendorintermediatebearings,webstiffenersmustbeinstalledonbothsidesofthewebandtightagainstthebottomflangeoftheI-joist,butwithaminimum1/8”gapbetweenthetopofthestiffenerandthebottomofthetopflange.Web stiffeners must be made of utility grade sPF (south) or better for lumber and/or sheathing grade or better for wood structural panels.

Webstiffenersarealsorequiredforthefollowing:• WhensidesofthehangersdonotlaterallybracethetopflangeoftheI-joist.

• WhenI-joistsaredesignedtosupportconcentratedloadsgreaterthan1000lbsappliedtotheI-joist’stopflangebetweensupports.Intheseapplicationsonly,thegapbetweenthewebstiffenerandtheflangeshallbeatthebottomflange.(SeeFigurebbelow.)

FIgUREb

RFPI-JoIsT WEb sTIFFEnER REQuIREMEnTs

See webstiffenernailing schedulebelow

RFPI®-Joistseries Joistdepth minimumwebstiffenersize nailRequirement

RFPI700 18”&20” 7/8”x3-1/2” 8-8dbox(0.113”diax2-1/2”)

RFPI700 22”&24” 7/8”x3-1/2” 10-8dbox(0.113”diax2-1/2”)

RFPI900 18”&20” 1-1/2”x3-1/2” 8-16dbox(0.135”diax3-1/2”)

RFPI900 22”&24” 1-1/2”x3-1/2” 10-16dbox(0.135”diax3-1/2”)

TAbLEb

WEb sTIFFEnER nAIlInG schEDulE

Webstiffenersmaybecutinthefieldasrequiredfortheapplication.

AlonG-ThE-sloPE sPAns & cuTTInG lEnGThs FoR sloPED RooFs

12X

RFPI-JoistDepth

DepthCorrection

SlopedLength

CutLength[feet]=(PlanDimensionxFactor)+DepthCorrection

PlanDimension(feet)

Slope Length Conversion Chart

slopeslope Factor

Joist Depth (inches)

18 20 22 24

Depth correction (feet)

1in12 1.00 0.13 0.14 0.15 0.17

2in12 1.01 0.25 0.28 0.31 0.33

2.5in12 1.02 0.31 0.35 0.38 0.42

3in12 1.03 0.38 0.42 0.46 0.50

3.5in12 1.04 0.44 0.49 0.53 0.58

4in12 1.05 0.50 0.56 0.61 0.67

4.5in12 1.07 0.56 0.63 0.69 0.75

5in12 1.08 0.63 0.69 0.76 0.83

6in12 1.12 0.75 0.83 0.92 1.00

7in12 1.16 0.88 0.97 1.07 1.17

8in12 1.20 1.00 1.11 1.22 1.33

9in12 1.25 1.13 1.25 1.38 1.50

10in12 1.30 1.25 1.39 1.53 1.67

11in12 1.36 1.38 1.53 1.68 1.83

12in12 1.41 1.50 1.67 1.83 2.00


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2 3

7

1 97 8 10

InsTAllATIon noTEs 1. Exceptforcuttingtolength,topandbottomflangesofRFPI-Joists

shallnotbecut,drilledornotched.2. Webstiffenersarerequiredforall22”and24”deepRFPIjoist

applications.Dependingontheloadsandspans,webstiffenersmayormaynotberequiredfor18”and20”deepRFPIjoists.

3. Installjoisthangersperhangermanufacturersrecommendations.4. Concentratedloadsgreaterthanthosethatcannormallybe

expectedinresidentialconstructionshouldonlybeappliedtothetopsurfaceofthetopflange.Normalconcentratedloadsincludetracklightingfixtures,audioequipmentandsecuritycameras.NeversuspendunusualorheavyloadsfromtheI-joist’sbottomflange.Wheneverpossible,suspendallconcentratedloadsfromthetopoftheI-joist.Or,attachtheloadtoblockingthathasbeensecurelyfastenedtotheI-joistweb.

5. Anyfastening,resistancetoupliftorapplicationsnotspecificallydetailedaresubjecttolocalapproval.

6. I-Joistendbearinglengthmustbeatleast1¾”.Intermediatebearingsofmultiplespanjoistsmustbeatleast3½”.

7. Engineeredlumbermustnotremainindirectcontactwithconcreteormasonryconstructionandmustbeusedindry-service conditions only.

8. RFPI-Joistsmustberestrainedagainstrotationattheendsofjoistsbyuseofrimboard,rimjoists,blockingpanels,orcross-bracing.Tolaterallysupportcantileveredjoists,blockingpanelsmustalsobeinstalledoversupportsnearestthecantilever.

9. Additionally,rimboard,rimjoists,blockingpanels,orsquashblocksmustbeprovidedunderallexteriorwallsandinteriorloadbearingwallstotransferloadsfromabovetothewallorfoundationbelow.

10. PlywoodorOSbsubfloornailedtothetopflangeofanRFPI-Joistisadequatetoprovidelateralsupport.

11. InstallI-joistssothattopandbottomflangesarestraightandremainwithin½inchoftruealignment.

12. Roseburgdoesnotrequiremid-spanblockingorbridginginRFPIfloororroofapplications

13. IfnailsmustbeinstalledintothesidesofLVLflanges,spacingshallnotbecloserthan3incheso.c.for8dcommonnails,and4incheso.c.for10dcommonnails.

14. RFPI-Joistsareproducedwithoutcambersoeitherflangecanbethetoporbottomflange;however,orientingthefloorI-joistssothepre-scoredknockoutsareonthebottommayeaseinstallationofelectricalwiringorresidentialsprinklersystems.

15. Whennailingsheathingtotopflange,closestspacingshouldbeasfollows:

TyPIcAl RFPI ®-JoIsT FlooR FRAMInG AnD consTRucTIon DETAIlsAllnailsshowninthedetailsbelowareassumedtobecommonnailsunlessotherwisenoted.10dboxnailsmaybesubstitutedfor8dcommonshownindetails.Individualcomponentsnotshowntoscaleforclarity.

Floor Framing & Construction Details

Flangewidth

sheathingnailspacingRequirements

2-5/16” 3-1/2”

min max min max

8dboxorcommon,10dor12dbox 2” 24” 2” 24”

nAIlInG noTEs:

1. Ifmorethanonerowofnailsisrequired,rowsmustbeoffsetbyatleastZ\x”andstaggered.

2. 14gaugestaplesmaybesubstitutedfor8dnailsifstaplespenetratethejoistatleast1”.

3. DonotusenailslargerthanthoseshownabovewhenattachingsheathingtoflangesofRFPI-Joists.

4. Spacenailsinstalledtotheflange’stopfaceinaccordancewiththeapplicablebuildingcoderequirementsorapprovedbuildingplans.

5. Ifsheathingistobeattachedwithscrews,thescrewsizeshouldbeequaltooronlyslightlylargerthantherecommendednailsize.Spacethescrewsthesameastherequirednailspacing.TheunthreadedshankofthescrewshouldextendbeyondthethicknessofthepaneltoassurethatthepanelispulledsecurelyagainsttheI-joistflange.Usescrewsintendedforstructuralassemblyofwoodstructures.ItisrecommendedtousescrewsfromamanufacturerthatcanprovideanICC-ESReportwithapprovedapplicationspecificationsanddesignvalues.Drywallscrewscanbebrittleandshouldnotbeused.

WARnInG: InstalltemporarybracingperSafety and Instruction Precautionsonpage3.InstallWebStiffenerseach

sideofI-joistasrequired.SeeInstallationNote2below.


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®-JoistblocKInG PAnEls1

RFPI® blocking panel-or-RigidRimRimboard

Attach blocking panel(orRimboard)totopplatewith8dnails@6”o.c.(whenusedforlateralsheartransfer,nailtobearingplatewithsamenailingasrequiredfordecking)

AttachI-joisttotopplateperDetail2

RigidRim® RIMboARD2RigidRim® Rimboard(seepage19fordesignproperties)

One8dnailattopandbottomflange

Attach RigidRim® Rimboardtotopplateusing8dboxtoenails@6”o.c.(whenusedforlateralsheartransfer,nailtobearingplatewithsamenailingasrequiredfordecking)

one 8d nail each sideoftheRFPI-Joistatbearing.To avoid splitting flange,startnailsatleast1Z\x”fromendofI-joist.Nailsmaybedrivenatanangletoavoidsplittingofbearingplate.

RFPI® RIM JoIsT3Attach rim joisttofloorjoistwithonenailattopandbottom.Nailmustprovide1inchminimumpenetrationintofloorjoist.Forrimjoistwithflanges2”andwidertoenailsmaybeused.

AssureminimumrequiredbearinglengthofI-joistisachieved.

AttachrimjoisttotopplateperDetail1

AttachI-joisttotopplateperDetail2

sQuAsh blocK DETAIl

RFPI®orRigidRim®Rimboardblockingpanel

Cutlumbersquash

blocksZ\zn”longerthanI-Joistdepth

Squashblock

ProvidelateralbracingperDetail1,2,or3

4

Verticalloadtransfer=4000lbs.maximumperpairof2x4squashblocksasshown.

bEARInG blocK DETAIl5

solid blockallpostsfromabovetobearingbelow.InstallbearingblocksperDetail4.Matchbearingareaofblocksbelowtopostabove.

hAnGER on sTuD WAll6

Joisthangernote: Web stiffeners are shown in every detail for illustrative purposes. Web stiffeners are required for all 22” and 24” deep RFPI joist applications. Depending on the loads and spans, web stiffeners may or may not be required for 18” and 20” deep RFPI joists.


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hAnGER on MAsonRy WAll

hAnGER on lEDGER

12

11

Topmountedjoisthanger

blockingasrequired

Masonryorconcretewall

Masonryhanger

Fastenerstobondbeamasrequired

Ledger

hAnGER To lVl bEAM DETAIl7RigidLam® lVl beam

Top- or face-mounted hanger

hAnGER To nAIlER PlATE DETAIl8nailer plate flushwithinsidefaceofwallorbeam

Top-mounted hanger

bEVEl cuTs on I-JoIsT9

Donotbevel-cutjoistbeyondinsidefaceofwall

AttachI-joistper1b

note:blockingrequiredatbearingforlateralsupport,notshownforclarity.

Webstiffenernotshownforclarity.

backerblockrequiredforface-mounthangers(bothsidesofI-joist)&whentopmounthangerloadexceeds250lbs.

Seechartsbelowforbackerblockthickness&depth.

Installbackerblocktighttothetopflange.

Attachbackerblocktowebwith16-10dcommonnails,clinched.Seechartbelowformaximumcapacityforthisdetail.

backerblockmustbelongenoughtopermitrequirednailingwithoutsplitting(min.lengthof12”recommended)

GEnERAl noTEs:Forhangercapacityseehangermanufacturerecommendations.

VerifyI-joistcapacitytosupportconcentratedloadfrom“headerjoist”inadditiontoallotherloads.

IfadoubleI-joistisrequiredtosupport“headerjoist”load,refertoDetail20onPage12forfillerblockanddoubleI-joistconnectionguidelines.

beforeinstallingabackerblocktoadoubleI-joist,drive4additional10dnailsfrombothsidesofdoubleI-joistthroughthewebsandfillerblockatbackerblocklocation.Clinchnails.

ToporFace-mountedhanger.SingleorDouble

I-joistasrequired(seegeneralNotesatleft)

Headerjoist

backerblocktighttotopflange(gapatbottom)

bAcKER blocK AnD hEADER DETAIl

(a)MinimumgradeforbackermaterialshallbeUtilitygradeSPForbetterforsolidsawnlumberandRatedSheathinggradeforwoodstructuralpanels.(b)glue2-plybackerblockstogetherwithconstructiongradeadhesive(ASTMD-3498)

10

I-Joist Flange Width

backer block Material Thickness Required(a)(b)

Max. load capacity using 16-10d com. nails

2-5/16” 1” 1250lbs

3-1/2” 1-1/2” 1250lbs

backer block Depth

Joist Depth 18” 20” 22” 24”

Top Mount hangers - Min. backer block Depth

7-1/4” 7-1/4” 7-1/4” 7-1/4”

Face Mount hangers - Req’d backer block Depth

14-3/4” 16-3/4” 18-3/4” 20-3/4”


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WAll TEnsIon TIE - WITh sTRAPsWInD oR sEIsMIc TIE AT buTTInG JoIsT

WInD oR sEIsMIc WAll TEnsIon TIE

14

16

13

15

Windorseismictie

Masonryorconcretewall

Hold-downeachsidedesignedbyothers

Tworows16d(0.135"x3½”)nailsat3”o.c.

Webstiffenerasrequired

Ledger

P=Axialload(lbs)

d=DistancefromtopofI-joisttocenterlineofaxialconnection(in.)

D=DepthofI-joist

CD=Loaddurationfactor=1.6forwindorseismic

L1,L2=Length“L”ofblock(in.).UselargerofL1andL2Z=1.0forwind;0.7forseismic

n=Numberof16d(0.135"x3½")nails

VA=Allowableshearload(lbs)onRFPIjoistat100%DOL(Seepage4)

VDL=Designshearloadduetogravitydeadload(lbs)

VLL=Designshearloadduetogravityliveload(lbs)

Vn=16d(0.135"x3½")boxnailshearcapacity;seetablebelow

Tocalculatethelength“L”ofthe2x6block(attachedtobothsidesofRFPIjoist):

1.FindrequiredlengthofblockbasedonRFPIjoistshearcapacity.

L1=0.75xPxZx

d

50xCDx1-

0.75VLL+VDL

CDVA2.Findnumberofnailsrequired:

n=P

CDVn3.Findrequiredlengthofblockbasedonnumberofnails.Use2rowsof16d(0.135"x3½”)boxnailsat3”o.c.with3“enddistance

L2=3n+32

4.UsethelargerofL1andL2todeterminetheminimumrequiredlengthof2x6block. RFPI Web Thickness Vn @ 100% (lbs)

3/8” 107

7/16” 124

D

Windorseismictie

2x6min.(UtilitygradeSPFsouthorbetter)eachside(seecalculationsatright)

1.5 x L

L

Cantilever Details Pleaserefertonote8onpage8.

L/4

L

cantilever extension supportinguniformfloorloadsonly

AttachI-joiststoplateatallsupportsperDetail2

AttachRFPI®-JoistorRigidRim®RimboardtotopplateperDetail1

4’maximum,whereLisjoistspan

Install Web stiffeners as required.

RigidRim®Rimboard,orwoodstructuralpanel

3Z\x”min.bearingrequired

backer blockequaltoordeeperthancantileverextensionmember.SeeDetail10forbackerblockthickness.Installbackerblocktighttobottomflange.MinimumofZ\v”gapbetweenbackerblockandtopofI-joist.Nailwith2rowsof10dnails@6”o.c.andclinch.InstallwebstiffenerasrequiredabovebackerblockandonoppositesideofI-joistperstandardwebstiffenerinstructions.

2x8min.Nailtobackerblockandjoistwith2rowsof10dnails@6”o.c.andclinch.

Cantileverextensionsupportinguniformfloorloadsonly(60psfLLplus10psfDLmax.)

Lumberorwoodstructuralpanelclosure

3Z\x”min.bearingrequired

AttachRFPI®-JoistorRigidRim®RimboardtotopplateperDetail1

AttachI-joiststoplateatallsupportsperDetail2

4’maximum,whereLislengthofcantilever

RFPI®-JoIsT InTERIoR cAnTIlEVER DETAIl

4’minimum

17 luMbER cAnTIlEVER DETAIl FoR bAlconIEs

D


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cAnTIlEVER DETAIl FoR VERTIcAl buIlDInG oFFsET

AltERNAtIvE MEthoD 2 DOUbLERFPI®-JOIST

notes:1.Fillerblocksdonotfunctionaswebstiffeners.Installwebstiffenersasrequired.2.SupportbackofI-joistwebduringnailingtopreventdamagetoweb/flangeconnection.3.LeaveaZ\v”gapbetweentopoffillerblockandbottomoftopI-joistflange.4.Forside-loadedconditionsorcantileverreinforcement,fillerblockisrequiredbetweenjoistsforfulllengthofdoublemembers.5.Nailjoiststogetherwithtworowsof10dnailsat12”o.c.(staggeredandclinched)oneachsideofthedoubleI-joist.Totalof4nailsperfootrequired.6.Themaximumloadthatmaybeappliedtoonesideofthedoublejoistusingthisdetailis620lbs/ft.

12”

AttachRFPI®-JoistblockingpanelorRigidRim®RimboardblockingtotopplateperDetail1

blockI-joiststogetherwithfillerblocksforthefulllengthofthereinforcement,sizedandattachedinaccordancewithDetail20below.ForI-joistflangewidthsgreaterthan3inchesplaceanadditionalrowof10dnailsalongthecenterlineofthereinforcingpanelfromeachside.Clinchwhenpossible.

RigidRim®Rimboardorwoodstructuralpanelclosure(XC\cx”minimumthickness),attachperDetail2

AttachI-joiststoplateatallsupportsperDetail2.3Z\x”min.bearingrequired

2’–0”maximum

4’–0”minimum

Filler blockingperTableA

Z\₄” gapbetweentopflangeandfillerblock

offset nails fromoppositefaceby6”

TAbLEA

FIllER blocK REQuIREMEnTs FoR DoublE RFPI-JoIsT consTRucTIon

Flangewidth Joistdepth

Joistdesignation

netFillerBlockthickness

minimumFillerBlockdepth

2-5/16”

18” 700 2” 10”20” 700 2” 10”22” 700 2” 10”24” 700 2” 10”

3-1/2”

18” 900 3” 10”20” 900 3” 10”22” 900 3” 10”24” 900 3” 10”

8d (2-1/2”)nails

6”

2’– 0” maximum

2’– 0” minimum

Strength Axis

Strength Axis

MEthoD 1 SHEATHINgREINFORCEMENTONESIDE

3Z\x”minimumbearingrequired

APARATEDSHEATHINg48/24(minimumthicknessXC\cx”),orRigidRimRimboard,requiredonsidesofI-joist.DepthshallmatchthefullheightoftheI-joist.Nailwith8dnailsat6”o.c.,topandbottomflange.Installwithfacegrainhorizontal.AttachI-joisttoplateatallsupportsperDetail2.

AttachRFPI®-JoistblockingpanelorRigidRim®RimboardblockingtotopplateperDetail1

AttachI-joiststoplateperDetail2

UsesameinstallationasMethod1butreinforcebothsidesofI-joistwithsheathingorRigidRimRimboard

UsenailingpatternshownforMethod1withoppositefacenailingoffsetby3”

RigidRim®Rimboardorwoodstructuralpanelclosure(XC\cx”minimumthickness),attachperDetail2

MEthoD 2 SHEATHINgREINFORCEMENTTWOSIDES

cAnTIlEVER DETAIl FoR VERTIcAl buIlDInG oFFsET - (use KeyMark software to determine required reinforcement)

DoublE RFPI®-JoIsT consTRucTIon

18

19

20

Reinforcement does not function as a web stiffener. Install web stiffeners as required prior to attaching reinforcement.

Filler block does not function as a web stiffener. If web stiffeners are required it is recommended to install continuous filler block and install web stiffener below filler block prior to attaching I-joist reinforcement. leave a 1/4” gap between top of filler block and bottom of top I-joist flange. Web stiffeners must be tight between top of bottom flange and bottom of filler block.


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®-JoistRIDGE JoIsT connEcTIon – 12/12 MAxIMuM sloPE21

Adjustableslopehanger

SimpsonLSTA21strap*with(16)10dx1Z\x”nails

Ridgebeambeveledwebstiffenereachside

uplift connections may be required.

* strap requiredformemberswithslopegreaterthan3/12.

RFPI®-Joist blocking panel,x-bracing,XC\cx”APARatedSheathing48/24,orproperdepthofrimboardascontinuousclosure.(Validateuseofx-bracingwithlocalbuildingcode.)

continuous beveled wood platerequiredforslopesgreaterthan1/4/12.Coderecognizedslopeconnectorsmaybesubstituted.Forslopesgreaterthan4/12connectorsarerequiredtoresistlateralthrust.


uPPER EnD, bEARInG on WAll22

Attach blocking panel(orRimboard)totopplatewith8dnails@6”o.c.(whenusedforlateralsheartransfer,nailtobearingplatewithsamenailingasrequiredfordecking)

Roof Framing & Construction Details

C\v”x2’–0”plywoodgusset(facegrainhorizontal)eachsidewith(12)8dnailsclinched.

RFPI®-Joistblockingpanelorx-bracing.AttachblockingtotopplateperDetail22

Doublebeveledwoodplate


RigidLam® lVlsupportbeam

RFPI®-JoIsTs AboVE RIDGE suPPoRT bEAM23

RFPI®-JoIsTs on bEVElED PlATE25

continuous beveled wood plate requiredforslopesgreaterthan1/4/12.Coderecognizedslopeconnectorsmaybesubstituted.Forslopesgreaterthan4/12connectorsarerequiredtoresistlateralthrust.

RFPI®-Joistblockingpanelorx-bracing.AttachblockingtotopplateperDetail22

Fillerblock

SimpsonLSTA21strap*with(16)10dx1Z\x”nails

* strap required

formemberswithslopegreaterthan3/12.

-OR-


L/4(max.)

L

oPTIonAl oVERhAnG ExTEnsIons24


Webstiffenereachside

ContinuousbeveledwoodplateseeDetail25

StopRFPI®-Joistatwalllineandextendtopflangewith2x4.Supportextensionwith2x4nailedtowebofjoistwith(2)rowsof8dnailsat4”o.c.clinched.Extend2x4supportatleast4’intojoistspanandnailtotopflangewith8dnailsat8”o.c.

X-bracingorRFPI®-Joistblockingpanels.Validateuseofx-bracingwithlocalcode.

4’–0”min.

2’–0”o.c.max.

2’–0”max.

RooF oPEnInGs, FAcE MounTED hAnGERs26


RFPI®-JoistorRigidLam® LVL

Adjustableslopehanger

beveledbackerblock.SeeDetail10onpage10

DoubleRFPI®-JoistorRigidLam® LVL

Facemounthanger

Fillerblocking(attachperDetail20onpage12)


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RFPI-JoIsT TyPIcAl holEs - see “hoW To usE holE chART” below

holE chART - 40 PsF live load and 25 PsF Dead load onlyMInIMuM DIsTAncE FRoM InsIDE FAcE oF nEAREsT JoIsT suPPoRT To cEnTER oF holE (1) (2)

Holes For RFPI®-Joists Used In Floor/Roof Applications

notes:

1. Distancesinthisholechartareconservativelybasedonuniformly loaded joistsandthemaximumallowedsingleormulti-spanapplicationswith40live/25deadaton-centerspacingsof12”,16”,19.2”or24”.holes that fall outside of these hole chart guidelines (e.g. floors with concen-trated loads) may still be acceptable based on actual span and loading conditions.Themostaccuratemethodofdeterminingtheacceptabilityofagivenholeistheuseofappropriatesoftware(e.g.RFP-Keybeam®byKeymarkEnterprises,LLC)orengineeringanalysisfortheactualcondition.

2. Holelocationdistanceismeasuredfrominsidefaceofnearestsupporttocenterofhole.3. UseKeyMarksoftwaretoanalyzeductchaseopenings.

Joistdesignation

RoundHolediameter(in.)2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20

minimumdistancefromInsideFaceofnearestsupporttocenterofHole(ft-in.)(1)(2)

18”RFPI700 0'-7" 0'-8" 0'-8" 1'-4" 2'-5" 3'-7" 4'-9" 6'-0" 7'-3" 8'-8" 10'-4" 12'-4" 15'-0"

20”RFPI700 0'-7" 0'-8" 0'-8" 0'-9" 0'-10" 1'-11" 3'-0" 4'-4" 5'-9" 7'-2" 8'-8" 10'-3" 11'-11" 14'-3" 16'-10"

22”RFPI700 0'-7" 0'-8" 0'-8" 0'-9" 0'-9" 0'-10" 1'-8" 3'-0" 4'-4" 5'-8" 7'-1" 8'-6" 10'-0" 11'-6" 13'-5" 15'-11" 18'-6"

24”RFPI700 0'-7" 0'-8" 0'-8" 0'-9" 0'-9" 0'-10" 0'-10" 1'-7" 2'-10" 4'-2" 5'-5" 6'-9" 8'-1" 9'-8" 11'-5" 13'-1" 15'-3" 17'-8" 20'-2"

18”RFPI900 0'-7" 1'-3" 2'-6" 3'-9" 5'-1" 6'-5" 7'-9" 9'-2" 10'-7" 12'-0" 13'-10" 15'-9" 17'-9"

20”RFPI900 0'-7" 0'-8" 1'-7" 2'-9" 4'-0" 5'-2" 6'-5" 7'-11" 9'-6" 11'-1" 12'-9" 14'-6" 16'-4" 18'-6" 20'-9"

22”RFPI900 0'-7" 0'-11" 1'-11" 3'-0" 4'-2" 5'-3" 6'-4" 7'-6" 9'-0" 10'-5" 11'-11" 13'-6" 15'-1" 17'-0" 19'-0" 21'-1" 23'-10"

24”RFPI900 0'-7" 0'-8" 1'-3" 2'-3" 3'-4" 4'-8" 5'-11" 7'-3" 8'-7" 9'-11" 11'-3" 12'-8" 14'-2" 15'-8" 17'-5" 19'-5" 21'-10" 24'-4" 27'-0"

below

Knockouts:Seenotes7and8below.Do noThammerholesinweb,exceptatknockouts.

RulEs FoR cuTTInG holEs1. Seechartforallowableholesizesand

locations.Thedistancebetweentheinsideedgeofthesupportandthecenterlineofanyholeshallnotbelessthanthatshowninthechart.

2. Exceptforcuttingtolength,NEVERcut,drillornotchI-joistflanges.

3. Wheneverpossiblecenterholesverticallyinthemiddleoftheweb.However,holesmaybelocatedverticallyanywhereinthewebprovidedaminimumof1/8”ofwebremainsbetweentheedgeoftheholeandtheflanges.

4. ThemaximumsizeholethatcanbecutintoanI-joistwebshallequalthecleardistancebetweentheflangesoftheI-joistminus1/4”.Aminimumof1/8”shouldalwaysbemaintainedbetweenthetoporbottomoftheholeandtheadjacentI-joistflange.

5. Thesidesofsquareholesorlongestsideofrectangularholesshouldnotexceed

threefourthsofthediameterofthemaximumroundholepermittedatthatlocation.DONOTover-cutthesidesofsquareorrectangularholes.

6. Wheremorethanoneholeisnecessary,thedistancebetweenadjacentholeedgesmustbeaminimumoftwicethediameterofthelargestroundholeortwicethesizeofthelargestsquarehole(ortwicethelengthofthelongestsideofthelongestrectangularhole)andeachholemustbesizedandlocatedincompliancewiththerequirementsofthechart.

7. Knockoutsareprescoredholesforthecontractor’sconveniencetoinstallelectricalorsmallplumbinglines.Theyare1-1/2”indiameter,andarespacedapproximately16”oncenteralongthelengthoftheI-joist.Wherepossible,itispreferabletouseknockoutsinsteadoffieldcuttingholes.Forfloorapplications,positioningtheI-joistssotheknockouts

areallonthebottomofthejoist,mayeasetheinstallationofelectricalwiringorresidentialsprinklersystems.DONOThammerholesinweb,exceptatknockouts.

8. Aknockoutisnotconsideredaholeandmaybeutilizedanywhereitoccurs.Itcanbeignoredforpurposesofcalculatingminimumdistancesbetweenholes.

9. 1½”holesshallbepermittedanywhereinacantileveredsectionofanRFPI-Joist.Holesofgreatersizemaybepermittedsubjecttoverification.

10. A1½”holecanbeplacedanywhereinthewebprovidedthatitmeetstherequirementsofrule6onthispage.

11. Agroupofroundholesatapproximatelythesamelocationshallbepermittediftheymeettherequirementsforasingleroundholecircumscribedaroundthem.

12. Allholesshallbecutinaworkman-likemannerinaccordancewiththerestrictionslistedherein.

hoW To usE holE chART

1. ReadacrossthetopofHoleCharttothedesiredholesize.

2. FollowthiscolumndowntotherowthatrepresentstheI-joistdepthanddesignation.Thisnumberindicatestheminimumdistancefromthefaceofthesupporttothecenterlineofthehole.

Example:Needa13½-inchholeina20”RFPI®-900joist:

FromHoleChart,

Fora13-inchroundhole,theminimumdistanceis14’–6”.Fora14-inchroundhole,theminimumdistanceis16’–4”.Thereforetheminimumdistanceforthe13½-inchroundholeis15’–5”(halfwaybetween14’-6”and16’-4”).

IMPoRTAnT: HoleChartisapplicableforUniformLoadsof40psfLiveLoadand25psfDeadLoadONLY.


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®-JoistonE-houR FIRE-RATED AssEMblIEs WITh APA PERFoRMAncE RATED I-JoIsTs

WoodI-joistshavebeenusedsuccessfullyinfire-ratedfloorassembliesformanyyears.SeveralI-joistfire-ratedassemblies(1-hourand2-hour)havebeenpublishedthatareapplicabletoI-joiststhatmeetorexceedtherequiredspecificationsprovidedinthefire-ratedassemblydescription.These“generic”assembliescanbefoundintheAmericanWoodCouncil(AWC)publicationentitled“DesignforCodeAcceptance3”(DCA3).MostoftheseDCA3assemblieshavebeenadoptedbytheInternationalbuildingCode(IbC)andcanbefoundinTable720.1(3)ofthe2006and2009IbC.Additionalfire-ratedsystemsandassociatedinformationcanbefoundintheAPAICC-EScodereportESR-1405andvariousotherAPApublications.TheRoseburgICC-ESI-joistcodereport,ESR-1251,liststhevariousIbCandAPAfire-ratedfloor-ceilingassembliesforwhichRFPI-Joistshavespecificcodeapproval.Thewebsiteaddressesforthesepublicationsareasfollows:

noIsE-RATED FlooR AssEMbly WITh APA PERFoRMAncE RATED I-JoIsTs

Padandcarpet

1Z\x”lightweightconcrete

C\v”APARatedSheathing

B\,”gypsumwallboard

I-Joistspacedamaximumof24”o.c. Resilientsteelchannels

spaced24”o.c.

3”glassfiber

Fire & Sound Rated Floor Assemblies

(1)TestshaveshownthatsubstitutionofOSborcompositeAPARatedSturd-I-Floorforplywoodpanelsinfire-ratedsingle-layerassemblieswillnotjeopardizefire-resistanceratings.Substitutionisbasedonequivalentpanelthickness.OSbpanelsarelistedasalternatestoplywoodforfinishflooringinaccordancewithproductevaluationreportsforAPAPRItrademarkedI-joists.

(2)Forimprovedacousticalperformance,gypsumwallboardisfastenedtoresilientmetalfurringchannelsinsomeassemblies.

(3)ConstructionadhesivemustconformtoAPASpecificationAFg-01,orASTMD3498.

ConstructionadhesiveatsupportsandT&gedges(3)

I-Joistspacedamaximumof24”o.c.

Resilientsteelchannelsspaced16”o.c.(2)

Z\x”TypeXgypsumwallboardceiling(2layers)

XC\cx”T&gAPAwoodstructuralpanels(1)

sounD RATInGs FoR FlooRs usInG APA PERFoRMAncE RATED I-JoIsTs

sPRInKlER ATTAchMEnT -SeeAPA-TheEngineeredWoodAssociationpublicationJ745“SprinkerPipeInstallationforAPAPerformanceRatedI-Joists”forsprinklerattachmentguidelines.

(1)USDAForestServiceWoodConstructionResearch(Seattle,WA);acousticaltestsbygeiger&Hamme,Inc.(AnnArbor,MI)

testsponsorandnumber1 Floor deck gypsum

wallboardceiling Insulation stcRating

IIcRating

weight(lbs./sq.ft.)

g&HUSDA11ST VinylTile 1-1/2”of100-pcfcellularconcreteover3/4”APARatedSheathingsubflooronI-joistat24”o.c.

5/8”screwedtoresilientmetalchannels

3”glassfiber58 50

21.0

g&HUSDA11xSTCarpet&Pad 58 77

None None 57 None 20.7

2006 Ibc Table 720.1(3)

2009 Ibc Table 720.1(3)

APA Icc-Es Report EsR-1405

American Wood council DcA3

APA “Fire Rated systems” W305

DurationRFPI-Joist series that meet the

assembly requirementsItem21-1.1 Item21-1.1 Assembly2 - - 1hr. AllRFPIseriesItem23-1.1 Item23-1.1 - WIJ-1.3 Fig.4.3C 1hr. AllRFPIseriesItem25-1.1 Item24-1.1 - WIJ-1.1 Fig.4.3A 1hr. RFPI90&900Item26-1.1 Item25-1.1 - WIJ-1.2 Fig.4.3b 1hr. RFPI90&900Item27-1.1 Item26-1.1 - WIJ-1.5 Fig.4.3E 1hr. RFPI40S,60S,70,90,700&900Item28-1.1 Item27-1.1 - WIJ-1.6 Fig.4.3F 1hr. AllRFPIseries

- - - WIJ-1.4 Fig.4.3D 1hr. RFPI40S,60S,70,90,700&900- - - WIJ-1.7 - 1hr. RFPI40S,60S,70,90,700&900- - Assembly1 - - 1hr. RFPI40S,60S,90,&900- - Assembly3 - - 1hr. AllRFPIseries

Item29-1.1 Item28-1.1 - WIJ-2.1 Fig.5 2hr. RFPI40S,60S,70,90,700&900

Thenoise-ratedassemblyshownbelowisoneofseveralassembliesthatcanbeusedwithI-Joists.ForadditionalSTCandIICsoundratingsystems,refertotheAWCandAPApublicationsnotedabove.AdditionalgeneralinformationregardingSTCandIICsoundratingscanbefoundinAPAFormNo.W460atthefollowingwebsite:(http://apawood.org/publications)SearchforpublicationW460.

Roseburg:•ICCESReportESR-1251 (www.icc-es.org/reports/pdf_files/ICC-ES/ESR-1251.pdf)AWC: •DCA3 (www.awc.org/Publications/dca/dca3/DCA3.pdf)APA: •ICCESReportESR-1405 (www.icc-es.org/reports/pdf_files/ICC-ES/ESR-1405.pdf) •FormNo.W305forI-Joists (www.apawood.org/publications) SearchforpublicationW305 •FormNo.D350forRimboard (www.apawood.org/publications) SearchforpublicationD350

Thefire-ratedassemblyshownatleftisoneofthemorecommonassembliesshowninDCA3(WIJ-1.6)andpublishedinthe2006IbC(Item28-1.1)and2009IbC(Item27-1.1)andcanbeusedwithanyoftheRFPI®-Joistseriesanddepths.


Rig

idla

m® l

vl Available RigidLam® LVL Grades and Sizes*

RigidLam® LVL Allowable Design Stresses1

RIGIDlAM lVl GRADEs: 1.3E,1.5Eand2.0E

RIGIDlAM lVl ThIcKnEssEs: 1-1/2”,1-3/4”,3-1/2”,5-1/4”and7”

RIGIDlAM lVl DEPThs: 3-1/2”,4-3/8”,5-1/2”,7-1/4”,9-1/4”,9-1/2”, 11-1/4”,11-7/8”,14”,16”,18”,20”,22”&24”

RIGIDlAM lVl coluMn sIzEs:3-1/2”x3-1/2”,3-1/2”x5-1/2”,3-1/2”x7” 5-1/4”x5-1/4”,5-1/4”x5-1/2”,5-1/4”x7” 7”x7”*Notallgradesand/orsizesavailableinallmarkets.ContactyourRoseburgEWPrepresentativeforavailability.

1.3E Rigidlam lVl 1.5E Rigidlam lVl 2.0E Rigidlam lVl

ModulusofElasticity(MOE)2–EdgewiseorFlatwise E(psi)= 1,300,000 1,500,000 2,000,000

bending–Edgewise3,4 Fbedge(psi)= 2,250 2,250 2,900

bending–Flatwise Fbflat(psi)= 2,250 2,250 2,900

HorizontalShear-Edgewise Fvedge(psi)= 200 220 285

HorizontalShear-Flatwise Fvflat(psi)= 130 130 130

CompressionPerp.Tograin2-Edgewise Fcperpedge(psi)= 560 575 750

CompressionPerp.Tograin2-Flatwise Fcperpflat(psi)= 500 500 500

CompressionParalleltograin Fcpara(psi)= 1,950 1,950 2,750

TensionParalleltograin5 Ft(psi)= 1,500 1,500 1,900

MOEforstabilitycalculations2 Emin(psi)= 660,660 762,300 1,016,400

1. Theseallowabledesignstressesapplytodryserviceconditions.2. Noincreaseisallowedfordurationofload.3. Fordepthsotherthan12”multiplyFbby(12/d)

1/8whered=depthofmember(in).4. Afactorof1.04maybeappliedforrepetitivemembersasdefinedintheNational

DesignSpecificationforWoodConstruction.5. Tensilestressisbasedona4-footgagelength.Forgreaterlengths,multiplyFtby(4/L)1/9whereL=lengthinfeet.Forlengthslessthan4feet,usethepublishedvalue.

MInIMuM nAIl sPAcInG FoR RIGIDlAM lVl bEAMs

Perpendiculartogluelines

Paralleltogluelines

Ifmorethanonerowofparallelnailsisrequiredforendandedgenailing,therowsmustbeoffsetatleast1/2”andstaggered.

nail sizeMinimum Parallel spacing

Minimum Parallel End

Distance

Minimum Perpendicular

spacing

8d box 3” 1-1/2” 2”8d common 3” 2” 2”

10d & 12d box 3” 2” 2”10d & 12d common 4” 3” 3”

16d sinker 4” 3” 3”16d common 6” 4” 3”

PERMIssAblE hoRIzonTAl RounD holE locATIon FoR RIGIDlAM® lVl bEAMs

d

¹⁄₃ d

¹⁄₃ d

¹⁄₃ d

2¹⁄₂ d2¹⁄₂ d

•Forbeamdepths(d)of4-3/8,5-1/2,and7-1/4inches,themaximumholediameteris1,1-1/8,and1-1/2inches,respectively.

•Fordeeperbeams,themaximumholediameteris2inches.•Diagramappliesforsimpleandmulti-spanapplicationswithuniformloading.•Nomorethan3holesperspanarepermitted.•Holesshouldnotbecutincantilevers.

Minimumhorizontalspacing=2xdiameterofthelargesthole

=Zonewherehorizontalholesarepermittedforpassageofwires,conduit,etc.

sToRAGE, hAnDlInG & InsTAllATIon

• DoNotdropRigidLamLVLoffthedeliverytruck.bestpracticeisuseofaforkliftorboom.

• RigidLamLVLshouldbestoredlyingflatandprotectedfromtheweather.

• Keepthematerialaminimumof6”abovegroundtominimizetheabsorptionofgroundmoistureandallowcirculationofair.

• bundlesshouldbesupportedevery10’orless.

• RigidLamLVLisforuseincovered,dryconditionsonly.Protectfromtheweatheronthejobsitebothbeforeandafterinstallation.

• 1-1/2”x14”anddeeperand1-3/4”x16”anddeepermustbeaminimumoftwopliesunlessdesignedbyadesignprofessionalforaspecificapplication.

• RigidLamLVLheadersandbeamsshallnotbecut,notchedordrilledexceptasshownbelow.Heelcutsmaybepossible.ContactyourRoseburgForestProductsrepresentative.

• ItispermissibletoripRigidLamLVLtoanon-standarddepthprovideditisstructurallyadequatefortheappliedloads(non-standarddepthsmaybeanalyzedusingKeybeamsoftware).

• ProtectRigidLamLVLfromdirectcontactwithconcreteormasonry.

• EndsofRigidLamLVLbearinginconcreteormasonrypocketsmusthaveaminimumof1/2”airspaceontop,sidesandend.

• DoNotinstalldamagedRigidLamLVL.

• DoNotwalkonbeamsuntiltheyarefullybraced,orseriousinjuriesmayresult.

MoIsTuRE REPEllEnT sEAlERRigidLamLVLiscoatedwithawax-basedmoisturerepellentsealerthatisformulatedspecificallyforLVL.ItisappliedtoallsixsidesoftheLVLduringthemanufacturingprocess.Afterthesealerdries,itisinertandclearinappearance.


Rig

idla

m® lv

lRigidLam LVL Bearing Details bEAM-To-bEAM connEcTIon

Makesurehangercapacityisappropriateforeachapplication.Hangersmustbeproperlyinstalledtoaccommodatefullcapacity.

bEARInG on sTEEl coluMn

Verifytherequiredbearinglengthandtheabilityofthesupportingcolumnmembertoprovideadequatestrength.

bEARInG on ExTERIoR WAll

Checkforproperbeambearinglengthbasedonplatematerial.

bEARInG on WooD coluMn

Verifytherequiredbearinglengthandtheabilityofthesupportingcolumnmembertoprovideadequatestrength.

Fastening Recommendations For Multiple Ply Members

bEARInG FoR DooR oR WInDoW hEADER

Installtheappropriatenumberofjackstudstoproviderequiredbearinglength.

ToP loADED MEMbERs

•For12”deep(orless)members,nailpliestogetherwith2rowsof16dx3½”com.nailsat12”o.c.(add1rowfor16dsinkers).

•For14”,16”or18”deepmembers,nailpliestogetherwith3rowsof16dx3½”com.nailsat12”o.c.(add1rowfor16dsinkers).

•For20”,22”or24”deepmembers,nailpliestogetherwith4rowsof16dx3½”com.nailsat12”o.c.(add1rowfor16dsinkers). 2-Ply 3-Ply 4-Ply

PocKET consTRucTIonProvide1/2”airspaceontop,sidesandendofRigidLamLVLbeams.

ProvidemoisturebarrierbetweenRigidLamLVLbeamsandconcrete.

2”minrecommended

Equalspaces+/-

MAxIMuM unIFoRM loAD APPlIED To EIThER ouTsIDE PIEcE - PounDs PER lInEAl FooT

1-1/2” Thick Pieces in Member

nail size

nailed bolted

2 rows 10d common at 12” o.c.


2 rows 1/2” bolts at 24” o.c.



1.3E & 1.5E lVl

2.0E lVl1.3E &

1.5E lVl2.0E lVl

1.3E & 1.5E lVl

2.0E lVl1.3E &

1.5E lVl2.0E lVl

1.3E & 1.5E lVl

2.0E lVl

2-1-1/2” 10dcom.(0.148”x3”) 465 465 700 700 395 435 795 870 1190 13053-1-1/2” 10dcom.(0.148”x3”) 350 350 525 525 295 325 595 650 895 9804-1-1/2” usebolts - - - - 265 290 530 580 795 870

1-3/4” Thick Pieces in Member

nail size

nailed bolted






1.3E & 1.5E lVl

2.0E lVl1.3E &

1.5E lVl2.0E lVl

1.3E & 1.5E lVl

2.0E lVl1.3E &

1.5E lVl2.0E lVl

1.3E & 1.5E lVl

2.0E lVl

2-1-3/4” 16dcom.(0.162”x3-1/2”) 560 560 845 845 460 505 925 1015 1390 15203-1-3/4” 16dcom.(0.162”x3-1/2”) 420 420 635 635 345 380 695 760 1040 11404-1-3/4” usebolts - - - - 305 335 615 675 925 10152-3-1/2” usebolts - - - - 820 860 1640 1720 2465 2580

REcoMMEnDED FAsTEnER DEsIGn InFoRMATIon In TERMs oF EQuIVAlEnT sPEcIFIc GRAVITy FoR hEADER GRADEs oF 1.5E AnD 2.0E RIGIDlAM lVl

Face Edge

1.3E & 1.5E lVl

2.0E lVl1.3E &

1.5E lVl2.0E lVl

Withdrawal - nail 0.50 0.50 0.47 0.50

Dowel bearing - nail 0.50 0.50 0.47 0.50

Dowel bearing - bolt 0.47 0.50 Notapplicable

• UseRFP-Keybeam®sizingsoftwareorbeam/headerchartsorplfloadtablestosizethebeam.

• Thetablevaluesapplytocommon(A307)bolts.boltholesmustbecenteredatleasttwoinchesfromthetopandbottomedgesofthebeam.boltholesmustbethesamediameterasthebolts.Washersmustbeusedundertheboltheadsandnuts.Offsetorstaggerrowsofboltholesbyone-halfoftheboltspacing.

• Thespecifiednailingappliestobothsidesofathree-piecebeam.• 7inchwidebeamsmaynotbeloadedfromonesideonly.Theymustbeloadedfrombothsidesand/ortop-loaded.

• Thesideloadedtablevaluesfornailsmaybedoubledfor6”o.c.spacingandtripledfor4”o.c.spacing.

• Durationofloadfactors(e.g.115%,125%etc...)maybeappliedtothetablevalues.

sIDE loADED MEMbERs


Rig

idla

m® l

vl

Screw length(in decimal)

Strong-Drive®

screw identifier and diameter

X . X X

W22

³⁄₄"

L

0.22" TL

L1

T

L

TL

Fastening Recommendations For Multiple Ply LVL Members (cont.)

• ThewoodscrewslistedbelowareapprovedforuseinconnectingmultiplepliesofRigidLam®LVLtogetherandmaybeusedasanalternativetothenailingorboltingguidelinesonthepreviouspage.

• Pre-drillingoftheLVLmembersisnotrequiredforthescrewslistedbelow.• Carefullyreviewandadheretothedesignandinstallationinformationavailablefromeachofthescrewmanufacturerslistedbelow.

Thediagramsaboveareforillustrativepurposesonly,screwsmayneedtobeappliedtobothsides.Refertothemanufacturers’informationfortheappropriatedesignandinstallationguidelines.

Simpson SDW Wood Screws

Simpson SDS Wood Screws

USP WS Wood Screws

FastenMaster TrussLok Wood Screws

Model no. l (in) Tl (in) head stamp length

SDW22338 3-3/8 1-9/16 3.37SDW22500 5 1-9/16 5.00SDW22634 6-3/4 1-9/16 6.75

Model no. l1 (in) T (in) head stamp

SDS25312 3-1/2 2-1/4 S3.5SDS25412 4-1/2 2-3/4 S4.5SDS25600 6 3-1/4 S6

Model no. l (in) sh (in) T (in)

WS35 3-1/2 1 2-1/2WS6 6 1-3/4 4-1/4

Model no. l (in) Tl (in) head Marking

FMTSL338 3-3/8 1-1/2 F3.3FMTSL005 5 1-1/2 F5.0FMTSL634 6-3/4 1-1/2 F6.7

• CodeEvaluationReportpending

• ForSDWdesignandinstallationinformation,refertothecurrentSimpsonStrong-Tieliterature,www.strongtie.comorcontactSimpsonStrong-Tieat800-999-5099.

• CodeEvaluationReport–ICC-ESESR-2236

• ForSDSdesignandinstallationinformation,refertothecurrentSimpsonStrong-Tieliterature,www.strongtie.comorcontactSimpsonStrong-Tieat800-999-5099.


• ForWSdesignandinstallationinformation,refertothecurrentUSPStructuralConnectorsliterature,www.uspconnectors.comorcontactUSPStructuralConnectorsat800-328-5934.


• ForTrussLokdesignandinstallationinformation,refertothecurrentFastenMasterliterature,www.fastenmaster.comorcontactFastenMasterat800-518-3569

ForhangerinformationrefertothecurrentSimpsonStrong-Tieliterature,www.strongtie.comorcontactSimpsonStrong-Tieat800-999-5099

ForhangerinformationrefertothecurrentUSPStructuralConnectorsliterature,www.uspconnnectors.comorcontactUSPStructuralConnectorsat800-328-5934


(1)Alldesignpropertiesassume: •Maximumjoistspacingof24”on-center•Maximumjoistdepthof16”•Rimboardnailingof8dnails@6”on-center

(2) Alldesignvalues,exceptHorizontalLoad,arebasedonlong-termloadduration(100%)andmaybeadjustedforotherloaddurationsinaccordancewiththeapplicablecode.HorizontalLoadmaynotbeadjustedfordurationofload.

(3) Horizontalloadmaybeincreasedto330PLFwhenRimboardnailingof8dcom.nails@4”on-centerisused.

(4)The16d(boxorcommon)nailsusedtoconnectthebottomplateofa walltotheRimboardthroughthesheathingdonotreducethe horizontalloadcapacityoftheRimboardprovidedthatthe8dnail spacing(sheathingtoRimboard)is6”o.c.andthe16dnailspacing (bottomplatetosheathingtoRimboard)isinaccordancewiththe prescriptiverequirementsoftheapplicablecode.(5)For1-1/4”RigidRimRimboardSiesmic,theallowablePostLoadis 5900lbs.fordepths16”orless.

(1)Allowableedgewisebendingstressisapplicableonlytoaspanof4’orless(2) Applicableforlengthsupto14ft.(3) CompressionPerpendiculartograinvaluemaynotbeincreasedfordurationofload

RigidRim® OSB Rim Board SpecificationsAsacomponentoftheRoseburgFramingSystem®,RigidRim®OSbRimboardallowsyourcustomerstoquicklyframetheperimeteroftheirfloorsystemandisoneofthemostcosteffectivemethodstoproperlytransferverticalandhorizontalloadsaroundtheI-joistanddirectlyintothesupportingwalls.

RigidRimOSbRimboardiscurrentlyavailableintwothicknessesandthreegrades:

11/8”RigidRim®OSbRimboard 11/8”RigidRim®OSbRimboardPlus11/4”RigidRim®OSbRimboardSeismic

(AinsworthDurastrand)

TheRigidRim®OSbRimboardproductsareavailableinlengthsupto24-ft.AllRigidRimOSbRimboardproductsareavailableinallofthedeepI-joistdepths.

AllthreeproductsaremanufacturedinaccordancewithICCEvaluationService,Inc.AcceptanceCriteriaForRimboardProducts(AC124)andPRR-401,PerformanceStandardforAPAEWSRimboards.Ainsworth11/4”Durastrand®RimboardhasanICCESReport(ESR-1210)andcanalsobedesignedforedgewisebendingapplicationstosupportloadsoverwindowanddooropenings.ForadditionalinformationregardingspanningwindowanddooropeningsandcuttingholesinRimboard,refertotheAPAPublications“I-JoistConstructionDetails”(FormD710)and“APAPerformanceRatedRimboard”(FormW345g).

Roseburg’sRimboardisdimensionallystableandresistsshrinkingandwarping.Italsoprovidesasmoothnailingsurfacefortheattachmentofexteriorsheathing,sidingandledgers.Refertopage8foradditionalframinginformation.

RigidRim Rim board Design Properties (1)(2)(4)

Panel Thickness

Vertical load (PlF) Depth ≤ 16”

Vertical load (PlF) 16”< Depth ≤ 24”

horizontal load (PlF)

Post load (Pounds)

Depth ≤ 24”

lag screw (1/2”) (Pounds)

osb RigidRim Rim board 1-1/8” 4400 3000 180(8dboxorcom) 3500 350osb RigidRim Rim board Plus 1-1/8” 4850 3200 200(8dboxorcom) 3500 350osb RigidRim Rim board seismic 1-1/4” 5700 3500 240(3)(8dcom) 5500(5) 400

Rig

idR

im® o

SB R

im B

oard

RigidRim Rim board Edgewise Design Properties

Flexural stressModulus of

ElasticityTension Parallel

to Grain (2) horizontal shearcompression Perpendicular

to Grain(3)

1-1/8”OSbRimboard&RimboardPlus 600psi(1) 0.55x106psi - 270psi 550psi1-1/4”OSbRimboardSeismic 1130psi 0.80x106psi 680psi 355psi 1415psi


RFPI®, RigidLam®, RigidRim®, RFP-KeyBeam®, RFP-KeyPLan®, RFP-KeyCoLumn®, SmartFramer™,RoseburgFramingSystem®,qualityEngineeredWoodProductsForToday’sbuilder®aretrademarksofRoseburgForestProducts,Roseburg,Oregon.

©2010RoseburgForestProducts

10599 Old Hwy 99 South | Dillard Oregon 97432tel 800-347-7260 | fax 541-679-2612

web www.Roseburg.com | email [email protected]

EffectiveOctober2010

Code report IndexROSEbURgEWPCODEREPORTS PRODUCTICCESR-1251 I-JOISTICCESR-1210 LVL&LVLRimAPAPR-L259 I-JOISTAPAPR-L289 LVLAPAPR-L270 LVLSTUDSCityofLosAngelesRR25439 I-JOISTCityofLosAngelesRR-25680 LVLDSAPA-131 I-JOISTDSAPA-136 LVL DSAAC23-1 I-JOIST FloridaFL2440 I-JOIST&LVLCCMC13323-R(Canada) I-JOISTCCMC13310-R(Canada) LVL

Thecodereportslistedaboveareavailableatwww.roseburg.com,intheEngineeredWoodProductssection,TechnicalInformation.

Roseburg Forest Products warrants that its RFPI®-Joists,

RigidLam® laminated veneer lumber (LVL) and RigidRim® Rimboard

will be free from manufacturing errors and defects in workmanship and

materials in accordance with our specifications.

Furthermore, we warrant that these products, when

properly stored, installed and used in dry use service

conditions, will meet or exceed our performance

specifications for the expected life of the structure.

10599 Old Hwy 99 South • Dillard, Oregon 97432 • 800-347-7260

RFPI®, RigidLam®, RigidRim® are registered trademarks of Roseburg Forest Products, Roseburg, Oregon.

PRODUCT & PERFORMANCE

WARRANTY

• VisitourWebsiteatwww.Roseburg.comanddownloaditdirectlytoyourcomputer.• Sendusane-mailatewpsales@rfpco.comandrequestit.WewillmailaninstallationCDtoyou.• Callusat1-800-347-7260andrequestit.

Inallcases,pleaseprovideyourname,jobtitle,companynameandaddress,phonenumberande-mailaddress.

RoseburgForestProductsoffersseveralsoftwaretoolsthatwillaideyouingeneratingaccurateandprofessionallayoutdrawingsandcalculations.ThesesoftwaretoolsincludeRFP-Keybeam®andRFP-KeyPlan®developedbyKeymarkEnterprises,LLC,acompanylongrecognizedasanindustryleaderinthedevelopmentofprogressivesoftwaresolutions.AlsoavailableistheSmartFramer™layoutsoftwaredevelopedbyRoseburg.

Software Tools

RFP-Keybeamisapowerful,yeteasytousesinglemembersizingprogramthatenablesyoutosizeRFPengineeredwoodproductsforalmostanystructuralcondition.Youprovideadescriptionofthespans,supports,andloadsofaspecificsizingproblemandRFP-Keybeamwillpresentyouwithalistofmultipleproductsolutions.Afterselectingaproductyoucanprintoutaprofessionalandeasytoreadcalcsheet.YoucanalsouseRFP-KeybeamtodetermineifaparticularI-JoistorLVLbeamworksforaspecificapplication.

TheprogramdesignsRFPI®-Joistsattheiroptimumon-centerspacingandRIgIDLAM®LVLbeamsattheiroptimumdepth.RectangularorcircularholescanalsobedesignedforRFPI-Joistsandtheprogramcandeterminethemaximumsizeholeforagivenlocation.CantileverreinforcementisautomaticallyspecifiedwhenrequiredforRFPI-Joistsusedinloadbearingcantileverapplications.

Anewsoftwaremodule,KeyColumn®,isalsoprovidedinconjunctionwiththeRFP-Keybeam.KeyColumnisasinglemembersizingsoftwareforusewithcolumnsandwallstuds.RigidLamLVLcolumnsandstudscanbesizedusinganycombinationofaxialandlateralloadingandavarietyofdefaultandcustombracingconditionsforindividualstudandcolumnmembers.

RoseburgForestProductswillprovidethispowerfulprogramtoyouatnocost.Youcanobtainitinanyofthefollowingways:

RFP-KEybEAM®

AlsoavailableisRFP-KeyPlan,thecompleteautomationsystemforengineeredwoodproducts.Withthisremarkabletool,theoperatordescribestheframinggeometryandRFP-KeyPlandoestherest.Infact,theprogramwillautomatically:

• Developloadsthroughoutthestructure• SizeallframingmembersforRFPengineeredwoodproducts• Selecthangers• generateplacementplans• generateinventorymanagement,cutoptimization,&materialconsolidation

Keymarkprovidesalltrainingandsoftwaresupportnecessarytosuccessfullylearnandimplementthesetwoprograms.YoucanobtainmoreinformationabouttheRFP-KeybeamandRFP-KeyPlansoftwaresystemsbycontactingKeymarkdirectlyat1-800-652-6050orvisitingKeymark’swebsiteatwww.keymark.com.WhiletalkingwithKeymark,makesuretoscheduleafreeinteractivesoftwaredemonstration.

RFP-KEyPlAn®

SmartFramersoftwareisaproprietary,user-friendlydraftingtoolthatallowsyoutoquicklydrawjoists,beams,rimboardandhangersforresidentialorlightcommercialapplicationsonyourcomputerandprinttheresultswithaprofessionallookingcolor-codedplot.Thesoftwareprogramalsogivesyoutheopportunitytoautomaticallygenerateamateriallistandabidsheetifdesired.SmartFramerisasimpletouselayouttool,butdoesnotcheckthestructuraladequacyoftheframingmembers.TheSmartFramersoftwareisan“add-on”modulethatrunsontheSmartSketch™drawingprogramdevelopedbyIntergraphCorporation.TheSmartSketchsoftwareisawell-establisheddraftingprogramthatyoucanpurchasedirectlyfromtheIntergraphCorporation.RoseburgwillprovidetheSmartFramermoduleatnocosttoyou.

sMARTFRAMER™

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