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Info ~-Baseme~iful, LLC----~ I 7950 GeorgetOwn Rd., Suite 100 Sales Contract ~ Indianapolis, IN 46268 ~ L (31~~ Customer - _- . -:z, %'.. : m~qD~ Home Phene Street Address ~ ~/~P~ k Phone C~ty ~ %< _ Zip ~~Cell Phone Pursuant to the terms an ereby propose to furnish mater als and labor necessary for the completion of: Tear Out Existing Materials 2x2 with Bio Block Aetal Stud Wall Wood Wood ) ors Interior Six Panel with Hardware , /¢'-.~ ~ _ Single Pole Switches 3-Way Switches Rec~essed Can Lights (w'7~ite trim) Fluorescent L ghts (2x2 or 2x4 ) Cable Box with wiring (Hook up is not included) Phone Box w th wirir~ (Hook Up is not included) Remove and reinstall Ancillary Start Up & Trash removal Octagon Pole Wraps ( painting not included) Wat~' Shut Off Access Panel ~Sq Ft Mohawk ~¢lcm.~m¢ ~1 Carpet with Pad Replace Stair Treads.. & Risers Comm~ ~/¢~ 1/3 Initial [ 1/3 Start up Payment 1/3 Completion Payment [] Finance =inancing Down Paymem $- Initial, start up, & completion payments will be determine(~ with Greg Clapp. Contract subject to financing approval Acceptance of Contract: The above prices, specifications, and conditions on reverse, are satisfactor~ and are hereby accepted. You are authorized to do the work as specified. Contract must be accepted by a Company Officer before work may commence. FURTHERMORE. tTS HEREBY UNDERSTOOD ANB AGREED THAT THE UNPAID BALANCE OF CASH PRICE OR BANK COMPLETION INSTALLER AT THE TIME THE WORK IS COMPLETED. Date Company Approval Signature Date to installation des(=ription installed over cast-in-place concrete or concrete masonry unit walls, or wood or metal stud framing. Supporting structural systems shall conforming to code require- ments for that system and are outside scope of this report, wallboard. The Basement · The electrical wiring in the chase at the of PVC bottom of the Basement Wall Finish Sys- ove mold- temTM shall conform to the requirements of the code and is outside the scope of this cover, report. use of the ing components shall be inspected prior to the installation of the Basement Wall Fin- strate, Thermal r for the ishing SystemTM panels to verify compli- ance (vitl~ related code requirements. Evalu- fiberglass panels is 11, Basement Wall Fi ishin S r~4 Is ation of these components is outside scope meet the requirements ~;gr claYsS~catioPna~se a of this report. Class I interior finish as tested in accordance ~' Franfing supporting the Basement Wall with ASTM E84 and also has demonstrated FinishingS~J~tem'CMshallbeinspectedprior that it will not spread fire to the edge of the to the i~}t~llafilOr~ lOa[e~h~e panels ~?e yeti[dY' specimenorcaus~flashoverinthetestroomin compliancewith e code equ' men accordance with the testing requirements Evaluation of this framing is outside scope specified in Section 803,6(2) of the BOCA of this report. National Building Code/1999. Page 2 of 2 information submitted · tntegrexTM Testing Systems Re crt No. 73143, dated April :ontaining ~e~lts of ph}Psic',fl testing. · o. C423-99065. dated results of physical testing. · 3060-103216a. dated in accordance panels used in TM 6644, dated esting in accordance d in Basement Wall Finish- ?lay 1998. Finishing System (BWFS), dated April 2~00. · OWENS CORNING Basement Wall Finishing System Installation Manual. dated January 2000. Research Report_ No. 21-24 t identification 17, All OWENS CORNING Basement Wall Finishing SystemsTM manufactured in accordance with this research report shall bear the following identification: · "See BOCA Evaluation Services. Inc. Research Report No. 21-24." All Molding Snaps -4 into --~-~ ~---'~ Pvc Support Gdd 2.5" Glass Fiber Board Panel with Facing PVC Sc Lineal Existing Foundation Wall or Interior Partition PVC Cove Molding every 48") which the with this report, the information to t Services. lnc. Research copy of this report. ~of mechanical, or construction to PVC Molding Vertical PVC Molding Batten -- Base |TM *~HIS DRAWING IS FOR ILLUSTRATION PURPOSES ONLY. IT IS NOT TENDED FOR USE AS A CONSTRUCTION DOCUMENT FOR THE PURPOSE OF DESIGN. FABRICATION OR ERECTION NOTICE TO REPORT USERS This report is subject to annual certification, Reports that are not certified shall not be used or referred to. To determine the status of certification of this report, contact BOCA Evaluation Services, Inc.. or consult the latest edition of the BOCA International Product Evaluation Listing published periodically in the BOCA Magazine, or call the Fax-On-Demand Service at BOCA, extension 500. This report is subject to the conditions listed herein and to the specific product, data and test reports submitted by the applicant requesting this report. Independent tests were not performed by BOCA Evaluation Services, Inc. and BOCA-ES specifically does not make any warranty, either expressed or ir~plied, as to any findings or other matter in this report or as to any product covered by ~his report. Evaluation reports are not to be const~ed as representing aesthetics orany other attributes not specifically addressed nor as an endorsement or recommendation for the use of the report subject, This disclaimer includes, but is not lirtfited to. merchantability. INNOVATIONS FOR BASEMENT FINISHING SYSTEM ERIOR WALL PANEL SUBMITTAL SHEET The C 9wens Corning. USES AVAILABILITY 120" Cow Molding 93' Outside Corner Ovvens Cominco Basemen[ Finmh ng Sjs(em PHYSICAL PROPERTIES For Fiber Glass Board: ComDress ve Strengi" ASTM C 165 Normal Dens~t, ASTM C 303 lome Reduct~c- Coeff[aem ASTM C 423 Type A Mount Surface Burning Cnaracmnstms ASTM £ 8--~ ~cation JBC 8-2 -- ASTM C 1104 <2% by wt. (¢ 120NF 95% RH 50 PCE )75 Mold Resm~ance ASTM C 1338 Pass ASTM G 2q Pass ASTM G 22 Pass Sound C 3nErol TOLEDO. QHIO W~.owonseornJng,com TECHNICAL BULLETIN Se~terrber 2000 / NO. 2 moisture University of Minnesota - Foundation Test Facility: Evaluation of Basement Wall Finishing System teor retaroer should Wall Finishing System. obtaining point and combined system moisture zarious racer retarder ~terior humidity and under which such high e interior ]l[y conditions required for Jre removal (wetting/drying curvesj Exterior Side Vapor Retarder: During the winter monms, condensation formed on the insulation side of the vapor retareer, The amount of conoensa~e was enough run eown me vaoor retaroer onto the floor. As theclimate transitioned into spnng and summer, water 21ets accumulated on the exterior wall sloe of the vapor retarder. In both the heating ann cooling seasons, this racer retarder configuration was clearly unacceptable. Interior Side Vapor Retarder: When the vapor retarder was placed on the interior surface, condensation also accumulatea on the insulation side of the vapor retarder. The stuoy was coneucted at the University of Additionally the insulation panels snowed M nnesota Foundation Test Facility and began in moisture gain during the spring/summer at levels November of 1998. The Owens Corning Basement that exceeded the drying potential during the Wall F nish ng System was installed with three heating season. This c~;cle would result i,n, the vapor retarder configurations: insulation becoming progressively "wetter' over ;- A po yethylene vapor retarder placed b~tween the ir~suiat on and the foundat on wall ' Exterior · R r . S~de Vapor etarde ,- A PO yethy eno vapor retaraer placed on the interior surface (between the insulation an,d . i,nterior air.) "Interior Side Vapor Retarder' >- No Vapor Retarded' on 2 of the module quadrants (opposing corners) From 12/98 through 2/00, measurements were taken of: interior air temperature, humidity ratio, and barometric pressure, ambient exterior temperature and humidity ratio, and humidity ratio measurements at 40 ocat OhS with n the insulation (10 per quadrant). Additional data was collected for: amount of dehum differ condensate (water) removed mass of 8 removable sq. ft. sections, e ectrical energy consumption time. Thus, the interior vapor retarder configuration was unacceptable. NO vapor retarder: The two auadran[s w~th no vapor retarder clearly showed a "stable we,?ng/drying annual cycle n a heated basement. As exoected, a more significant moisture gem was observed in me p~nels during the "unconditioned" phase of the study with no dehLmidification, rdoweveL the aata also showed the ability of the system to effectively "dry out" once conditions Changed. This ca.q Be extrapolated to conclude "the zero vapor retarder confLguration has a stable wetting/drying annual cycle in an approximately unheated easement as well." Conclusion Discussion r conditions - 65°F and ). Conditions When installing the Owens Corning Basement Wall Finishing System, a vapor retarder should NOTbe used. The use of a single vapor retarder, regardless of the location, provided a condensation plane where liquid water formed and remained trapped in the s an Following is a brief discuss each euadrant performance. regarding th~s repor~ can )btained by contacting Owens Corning at 1-800-GET-PINK Overvte~~ ~1 Frame Wa]~ Construct full height steel frame · walls Studs are attached bac.k, to back · Made with 25ga. 2-i/2 or 1-5/8" studs Ceiling & Floor Lineals Proprietary lineats are attached to the wall so the trim can be Snapped into place which holds the panels. Ceiling lineals are used instead of · the wall angle for the ceiling grid Floor lineals are installed so they follow the contour of the floor. Confidential Property of Owens Coming Remodeling Systems, LLC v,O 1.1 Installation: 2 Overview merUneal&Panel Cut and set panel place. Snap a small piece of cove trim into the ceiling lineal to hold the panel in ~1 SO floor and als, NOT overlapping. tp snug to nd Panel Cut and set next panel in place. · Slide the vertical lineal Ul} snug ro the panel and fasten to wall. Confidential Property of Owens Coming Remodeling gystetlls. LLC v. Ol.l Installat~'on 3 Overview yertical Lineals and Panels Install full Width panels for the rest of the wall until you meet a door or comer. ~rim , Install horizontal base and cove · trim first. Then install vertical comer and batten trim. Confidential Propex%, of Owens Coming Remodeling Systems, LLC v. Ol.i Installatio_n; 4 Electric Boxes Electric Boxes Attachment to Concrete Walls · Use 2-1/2" deep boxes fastened directly to concrete wall with concrete screws. · Attach wire or conduit to wall as required. Attach ment to Steel Frame Walls · Use 2-1/2" deep boxes fastended directly to the smd or brace be- [ween studs using sheet metal screws. Confidential Property af Owens Coming Remodeling Systems, LLC v. OLl Installation: 5 Electric Boxes · Cut the require Panels for Electric Boxes a clean flat surface Mark location of box. the pointed edge of a green handle knife, but not the facing. Use the knife to finish cutting the fiberglass down to the facing. Remove the conduit to rest in (romex wiring does not asing the grooving tool. t cut the facing around the box with a razor knife. Confidential Property of Owens Coming Remodeling Systems, LLC v,Ol.l Installa_a'on: 6 Ceiling C uidelines Existing Drywall Remove one flange from a lineal · Install it snug to the drywall ceiling. It may be fastened into the wall or ceiling joists, Concrete Wall ~"' Cove Trfln X-Lineal )n -3/4" ess. Snap a chalk line or use a laser to assure a level installation. · Align the lin.e,,al to th!,s line. Install two (2)fas- teners every 24 to 30 along the ceiling li.n,,eal, one in each flange. If the fastener is with}n 3 of the top of the Wall, use concrete screws to prevent damage to the concrete. Th/s will be your wall angle for the ceil/ng grid. Hint: Fasten the ceiling gridwork to t,t},e ceiling lineal with 1 ' drywall screws as shown here to keep gridwork frommov- rog. Concrete Wall Ceiling Grid,,~ Trim Confidential Property of Owens Coming Remodeling Systems, LLC v.01.1 Installation. 7 Flooring Car-_ et Installation Guidelines. i I I.f carpet s a/ready ~nsta led To install floor lineals snap short pieces of the base trim into the tineals to help locate the floor · lineal onto the wall, This will help index the lineal the correct height offthe floor. Visually check that the base trim lays flat on the carpet before attaching the lineal to the wall. ~stalled and its thickness, consider indexing the lineal and base Irim off the floor so the flooring tucks under the base trim. · If the type of flooring cannot determined before installation, attach the lineals tight to the floor. of the · I i ,L~nea s ndexed off the floor Index off the floor depending on the thickness of the carpet (general role of thumb is 1/2"). · Install tack strip 1" in front of the base trim. · Tuck carpet under base trim as shown, Note: Stiff carpets may require this. Lineals tight to the floor · Install lineal tightto the floor. · Install tack strip 1' in front of the base trim. · Butt carpet to base trim as shown. Note: Works only with pliable carpets. Remodeling Systems, LLC v. Ol,1