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Home My WebLink AboutB06-0280 Deferred submittals 1-4-2007RESORT DESIGN ASSOCIATES Mountain view Residences on Gore Creek Deferred submittals (1/4/07) Items 2, 3 7 8 9 10 6/11/07 responses 3 11 W c S t Benchinaik It o a d ti Li i t c 2 2 0 \ N t) 11 0 9 1 6 2 6 8 3 6 C O 9 1 6 2 0 phonc:970.949.0899 fqx:970.949.01)33 cljlq i C 0(Rcsorrl)csign.com \N-.IZcs0rtI)csign.corn RESORT DESIGN ASSOCIATES TO: Charlie Davis COMPANY: TOV ADDRESS: RE: DEFERRED SUBMITTALS AND CC: TRANSMITTAL FROM: Ben Marion DATE: 6/15/07 JOB NAME: Mountain View JOB NUMBER: 23263 We are sending via ❑ Attached ❑ Originals ❑ Copy of letter ❑ Specifications ❑ Other ❑ Under separate cover ® Prints ❑ Shop drawings ❑ Change Order ❑ COPIES DATE DESCRIPTION 5 binders with deferred submittal answers to items 2,3,7,8,9, 10 5 6 -11 -07 from the 1/4/07 list of deferred submittals 5 6 -11 -07 5 stamped copies of all drawing set sheets 5 6 -11 -07 5 stamped sets of the detail manual ® For review and comment ❑ For approval ❑ For your information ❑ For your use ❑ As requested Please call with questions. Thanks, Ben Marion 3 I1 V(' u s t B e n c h m a r k R o a d S u i t e 2 2 0 A e o n C O 8 1 6 2 0 Y O B o x 6 8 3 6 A v o n C U 8 1 6 2 0 phonc:970.949.0899 fax:970.949.0933 email info @RcsortDcsign.com %vwvv.Rcsortllcsign.Com Deferred submittal list for the Mountain Vi 'roject January 4, 2007 Resort Design Associates International 1) (11) Provide a hazardous material list for pool equipment room and the generator. Indicate the classification of each material to Table 307.7(1)/(2) and indicate if it is under the exempt amounts. Provide hazardous material list when the pool permit is applied for. Pool design package will be released by October 2007. 2) (25) Provide the STC ratings for the assemblies separating the dwelling units. Provide the acoustical report prior to the framing inspections of the units. Acoustical report design package will be released by May 2007. 3) (26) Provide fire- stopping details for all penetrations of fire- resistive assemblies. Include all plumbing piping, electrical components and mechanical systems. Provide a complete fire- stopping submittal that includes all penetrating items and all assemblies to be penetrated that are associated with this project. Fire stopping submittal will be released by May 2007. 4) (52) Provide signs for the stairs per IBC 1019.1.7 Sign package is to be submitted and approved prior to installation of the signs. Sign package will be released by May 2008. 5) (62) Provide signage for accessibility per IBC 1110, IBC 1011.3, ANSI A117.1 -502.6 and ANSI A117.1 -703. Sign package is to be submitted and approved prior to installation of the signs. Sign package will be released by May 2008. 6) (67) Provide a method to accommodate accessibility into the pool. (IBC 1109.14) Provide accessibility requirements when the pool permit is applied for. Pool design package will be released by October 2007. 7) (73) Provide adequate information on the plans to verify all "operable parts" in unit #101 conform to section 309. (ANSI A117.1- 1002.9) The response is indicating that "full interior package of 1 /4" scale and interior elevations" will be submitted as a deferred submittal. This will be required to be submitted and approved prior to rough inspections within any units. Interior package will be released by May 2007. 8) (83) Provide adequate information on the plans to verify all required elements within the Type B units comply with ANSI A117.1 -1003. The response is indicating that "full interior package of 1 /4" scale and interior elevations" will be submitted as a deferred submittal. This will be required to be submitted and approved prior to rough inspections within any units. Interior package will be released by May 2007. 9) (106) Indicate the type of fireplace that is shown on the 5"' floor terraces. Provide installation instructions for these fireplaces. The pre -cast out -door fireplaces are creating concerns regarding the flue termination with the adjoining eve, the clearances to combustibles and weight of the fire place unit on the structure. The manufacturer inability to provide installation instructions is questionable. The manufacturer is to provide documentation that the fireplace has been tested to UL 127 per IMC 903.1. Outdoor fireplace package will be released by March 2007. 10) The fire department list of 13 items dated December 27, 2007. Include a list of special inspections and inspectors. Fire dept. list and inspector /inspection list will be released by April 2007. 11) Special inspections and inspectors to be identified by design team. A list of special inspectors /inspections list will be released by April 2007. 12) The 3 entry features currently show combustible construction, these entries will need to be revised to omit these combustible materials. RDA and Monroe Newell will rework the entries with all non - combustible materials, drawings and details by March 2007. 13) System notes will be revised so that no combustible materials will be included in roof assemblies. New revised roof system notes will be released by March 2007. F:\ Current _Projects\23263Mountainview \CAD \CONSULTANTS\Colorado Inspection Agency\RDA Deferred Submittal -LDOC uoioi sao inspection Agency Page 1 of :3 'c::al:t: ttf ,i N,f'V I °: AGENCY PIP (J % j L El c Schedule Client Vail Project Mountain View I Find • My Inspections • Todav Review the following holds, notices and comments or add your own. • This Week You may upload and download files as needed for each item. • This Month If an item is complete, click the 'Sign Off' button. • Search • Add Inspection • Assign Inspection P► gje,ct • upload Documents COMMENTS 61 1110* # S • Holds, Notices Comments Provide adequatd information on the plans to verify all required Entered By: elements within the Type B units comply with ANSI A117.1 -1003. • Enter Results Upload a New File Browse U load ... I I p • Con tact Lis Indicate the type of fireplace that is shown on the 5th floor Entered By: • Admin 6/1//07' terraces. Provide installation instructions for these fireplaces. • L oaout 41 Upload a New File Browse... I ( Upload Logged in: ADmroyer Special inspections and inspectors to be identified by design team. Entered By: Current Office: Agreement must be submitted and approved. All — Upload a New File Browse... I ( Upload System notes will be revised so that no combustible materials will Entered By: be included in roof assemblies. Upload a New File HOLDS Browse... Upload New Contractor needs to be selected. Entered By: Sign Off: kir Uploaded File TOV bldg dept 1.31.07.pdf dow nload Uploaded File Mountain View Change of Contractor.p d owni ad Upload a New File I Browse... I Upload New General Contractor required to be selected. Uploaded File TOV bldg dept 1.31.07(1).pdf download Upload a New File Browse... Upload http://www.safebuilt.com/pip/editNotices.asp Entered By: Sign Off: kir 3/12/2007 (,oloj•aao inspection Agency Page 2 of 3 I NOTICES Need ILC prior to frame inspection. Entered By: I Upload a New File Browse... Upload Open hole soils report required min. 5000 PSF Entered By: Upload a New File ( Browse... l ( Upload Provide a hazardous material list for pool equipment room and the Entered By: generator. Indicate the classification of each material to Table 307.7(1)/(2) and indicate if it is under the exempt amounts. Upload a New File Browse... ( Upload Provide the STC ratings for the assemblies separating the dwelling Entered By: units.�`�'"""' Upload a New File (_ Browse... I Upload Provide fire-stopping details for all penetrations of fire - resistive Entered By: I assemblies. Include all plumbing piping, electrical components and Z mechanical systems. Upload a New File (_B rowse... I Upload_I Provide signs for the stairs per IBC 1019.1.7 Entered By: Upload a New File Browse... I Upload Provide signage for accessibility per IBC 1110, IBC 1011.3, ANSI Entered By: A117.1 -502.6 and ANSI A117.1 -703. Upload a New File ( Browse... I I Upload Provide a method to accommodate accessibility into the pool. (IBC Entered By: 1109.14) Upload a New File ( Browse... ) I UPload Provide adequate information on the plans to verify all 'operable parts" in unit #101 conform to section 309. (ANSI A117.1- 1002.9) Entered By: �- Upload a New File I Browse... I Upload I The fire department list of 13 items dated December 27, 2007. Entered By: 7. Include a list of special inspections and inspectors. Upload a New File ( Browse... ) I UPload The 3 entry features currently show combustible construction, Entered By: these entries will need to be revised to omit these combustible http: / /www.safebuilt .com/pip /editNotices.asp 3/12/2007 RESORT DESIGN ASSOCIATES Deferred submittal item # 2 Acoustical report and details of demising walls and floor /ceiling assembly with STC and IIC ratings: Attached is the acoustical report prepared by S, M and W acoustical consultants and architectural details which exceed the minimum STC of 50 and IIC of 50. 3 0 \R% c S t B c n c h in a r k R o a d S u i t e 3 2 0 ;% v o n C O 8 1 6 2 0 P O B o X G 8 3 G \ c o n (1 0 8 1 6 2 0 Ohonc: 70.949.0899 1ax:1)70 949.0933 email. 1,t nw izcsortl)cSign.com ��'w.Kcsovtl)cSign.coill <� t W- . 4 � ? � � A TtIW N Z vi ul } m XCIV ► xz ld Q 's31�d Co '= u C z Z ai�o F Z •- 4 � Q� o+ .� tu QLna N w O �� QF - o i-- F- l) KJ , j) d) Lu > -.-� v XtlV' GN '931N HJA34 llflos ;11e } — vQ v v o � MNTA V� Revision: Job No 23263 Detail No: 6.11.0'1 VAIL, COLORADO Drawn By: MCsZ RESORT DEMON ASSOCIATES INTERNATIONAL Date: woo Co 3 30 *. Benchmark Rd. Quite 220 Fax: 970 -949 -0899 Avon, dolorado 81620 Tel: 970- 949 -0933 Cale: Ikj' ■I' -®" -CONDO UNT- (STC 4 11 55 +) TILE OR WOOD FINISH FLOOR ON ACOUSTICAL UNDERLATI ANT (5TC I I C 604 CARPET . PAD (No ACOUSTICAL UNDERLAY"WT) -% "t FINISH FLOOR ASSEMBLY, VARIES. Imo: IF 1,243, OMIT * PARKING GARAGE REINFORCED CONC. TOPPING SLAB, THICKNESS VARIES, 3" TYP. *+ CONDO UNITS, RE: STRUCT. 4 PRECAST SHOPS PRECAST CONC. FLOOR STRUCTURE (DOUBLE 'T' OR SLAB) - RE: STRUCT. 4 PRECAST SHOPS Section Floor Assembly On Structure MOUNTAIN VIEW VAIL, COLORADO RESORT DESIGN ASSOCIATES INTERNATIONAL 30 W. Benchmark Rd. Quite 220 Fax: 970 -949 -0899 Avon, dolorado 81620 Tel: 970 -949 -0939 Revision: lJob No: Drawn By: MGZ I Date: rw vi scale: Detail No: F 2 ►= -UL= U926 (4HR WALL)- 4 I' -4" OL. 0 2V2" STUDS �bl�j 2' -O" L. 0 b" STUDS p D p, 1 � (5TC 60) -*NOTE: FURRING FROM DECK TO DECK" N - N G_IP., CMU, OR PRECAST GONG_ WALL PANEL 1 -%" U.ON_ STEEL STUDS, RE: PLAN ACOUSTICAL GATT INSULATION, FILL VOID SOLID %-- GYP_ BD. Plan Metal Stud furring on Precast Conc. Wall Panel 11 MOU -"'rl� V� Revision: Job No 232h3 Detail No: WWI I PAIL, COLORADO Drawn By: r*z RESORT DESIGN ASSOCIATES INTERNATIONAL Date: 9/9* 30 *. Benchmark Rd. Quite 220 Fax: 970 -949 -0899 Avon, dolorado 81620 Tel: 970 -949 -0933 kale: Ikj'•I' -0' -CONDO UNIT - 2'-0" O.C. -UL: U453 (2HR WALL)- (5TC 55 -59) -NOTE: WALL FROM DECK TO DECK- Plan 6" Metal Stud Party Wal ACOUSTICAL GATT INSULATION, FILL VOID SOLID (2) LAYERS TYPE 'X' V GYP. BD. 6" STEEL STUDS V' SINGLE LEG RESILIENT CHANNEL a 24" O.C. VERTICAL, MOUNT RESILIENT LEG UP (1) LAYER TYPE 'X' %" GYP_ BD. 2NR Rated MOUNTAIN AIN V EW VAIL, COLORADO RESORT DEMON ASSOCIATES INTERNATIONAL 30 *. Benchmark Rd. Ouite 220 Fax: 970- 949 -0899 Avon, dolorado 81820 Tel: 970 -949 -0993 Revioion: Job No: FsAci Drawn By: MGZ I Date: W06 Ocale: 11.4 -r Detail No: W15 p � O d) d) �Q N� � e� -CONDO UNIT- %,, GYP. BD_ 1 -%" U-ON. STEEL STUDS, RE. PLAN ACOUSTICAL GATT INSULATION, FILL VOID SOLID U N O 0� N� 0_u m (STC 60) • NOTE. FURRING FROM DECK TO DECK** PRECAST GONG. WALL PANEL 1 -%" U.ON_ STEEL STUDS, RE. PLAN ACOUSTICAL GATT INSULATION, FILL VOID SOLID % GYP_ BD, Plan Demising Wall- Furred Precast Conc. Wall Panel MOUNTAIN VIEW Revision Job No: 23263 Detail No: VAIL, COLORAD WWI O Drawn By: McsZ w RESORT DESIGN ASSOCIATES INTERNATIONAL Date: S/m6 1(0 30 W. Benchmark Rd. Quite 220 Fax: 970 -949 -0899 Avon, dolorado 81620 Tel: 970 - 949 -0933 [ 0cale: 11, -CONDO UNIT- 0 N z � ~ 1' - 4 " O.C. -UL: U404 (2NR WALL)- (STC 55 -59) * *NOTE; WALL FROM DECK TO DECK- Plan 2NR Meta I Stud Wa Separation ACOUSTIGAL GATT INSULATION, FILL VOID SOLID (2) LAYERS TYPE 'X' % GYPI 501 STEEL STUDS, MIN 2 RE: PLANS A13.X FOR DIMENSIONS (2) LAYERS TYPE 'X' % GYP. BD. MOUNTAIN VI VAIL, COLORADO RESORT DESIGN ASSOC'IA'TES INTERNATIONAL 30 W. Benchmark Rd. Quite 220 Fax: 970 - 049 -0899 Avon, dolorado 81620 Tel: 970 -949 -0999 -NORTH PARKING GARAGE - Revioion: l Job No: 23263 Detail No 6.11'1 Drawn By: MW W " I �� Date: g/®6 ocale: 14' ■1' -r 1'-4" cA r u -UL: U926 (4HR WALL) - 1' -4" O.C. e 2 STUDS 2' -0" 9L. b" STUDS D p s ... z Q o 0 -CONDO UNIT - r� \e 0 51 (STC 60) **NOTE-. FURRINCs FROM DECK TO DECK- % GYP. BD. 1/8" METAL HAT CHANNEL ACOUSTICAL FOAM INSULATION, FILL 2" VOID SOLID Q PRECAST CONC. WALL PANEL D 1 -%" OR 6" STEEL STUDS, p RE= PLAN ACOUSTICAL BATT INSULATION, FILL VOID SOLID 5 /e" C% YP. BD. Plan Public: to Private Separation Wall MOUNTAIN VIEW VAIL, COLORADO RESORT DESIGN ASSOCIATES INTERNATIONAL 30 r/. Benchmark Rd. Quite 220 Fax: 970 -949 -0899 Avon, dolorado 81620 Tel: 970 -949 -0983 Reviigion No: 23263IDetail No:j Drawn By: I"ICsZ Date: 6JI vi ("2 -ELEV. L055Y- %-- C%YP. BD. 1/8" METAL HAT CHANNEL cA -UL: U926 (4HR WALL)- 0 PRECAST GONG. WALL Q PANEL D D /8" METAL HAT CHANNEL ao -STAIR - (STG 60) -NOTE.- FURRIW-% FROM DECK TO 0ECK- % GYP. BD, Plan Precast Wall w/ Furring Channels Both Sides Revision: Job No: 23263 Detail No: Drawn By: MGZ Date: 6JID I w 24 MOUNTAIN VIEW VAIL, COLORADO RESORT DESIGN ASSOCIATES INTERNATIONAL 30 w. Benchmark Rd. Quite 220 Fax: 970 -949 -0899 Avon, dolorado 81620 Tel: 970 - 949 -0933 TECHNOLOGY CONSULTANTS IN TELECOMMUNICATIONS, AUDIOVISUAL & ACOUSTICS 7000 S. Yosemite Suite 260 Englewood, CO 80112 Tel: 720 -482 -0770 Fax: 720-482-0450 www.smwinc.com SM &W Project # o6640 Mountain View Residences on Gore Creek Vail, Colorado Acoustical Review Report January 18th, 2007 Prepared for: Ben Marion Resort Design Associates 1434 Spruce Street Suite 110 Boulder, CO 80302 EW YORK HONG KONG WASHINGTON, DC CHICAGO SAN FRANCISCO PRINCETON HOUSTON DENVER LONDON LAS DUE VEGAS INTRODUCTION This report summarizes Shen Milsom & Wilke's comments and recommendations pertaining to acoustical issues for Mountain View Residences on Gore Creek. Recommendations are based on a review of the Final Permit Set dated December 8th, 2oo6. The following presents our initial input on a number of issues related to building acoustics and control of noise sources to provide an appropriate environment for the multi- family residential property. The guidelines herein are based on our experience with similar facilities. We have made an effort to provide input on the major issues, especially those with the potential to affect space planning and major cost items. The topics covered in this report are: Acoustical Criteria Acoustical Separation Requirements (STC) Impact Isolation Requirement (IIC) Background HVAC Noise (NC) Interior Sound Isolating Construction Structural Slabs Metal stud, Sound Isolating Partitions Sound Isolating Door Conditions Mechanical Electrical and Plumbing Systems General Mechanical Guidelines Vibration & Seismic Restraint Control Emergency Generators Elevator Noise Control Mountain View Residences on Gore Creek Acoustical Review Report January 18th, 2007 Page 2 SHEN MILSOM WILKE Acoustical Criteria Acoustical Separation The metric for acoustical separation is a laboratory tested Sound Transmission Class (STC), and an Impact Isolation Class (IIC) for vertical impact noise control. In general, STC utilizes laboratory Transmission Loss tested per ASTM Ego, while IIC utilizes the measured impact isolation between spaces tested per ASTM E989. Each is a single number calculated per ASTM E10O7 based on Transmission Loss or Impact Isolation The laboratory STC and IIC ratings can be used for a description of construction and intent of details. The field performance of a partition is typically 3 -6 points lower than the ideal laboratory rating. The Basic Code Requirement as established by the International Building Code (IBC) is a design standard of STC 5o and IIC 50 with an allowance for field tested conditions of ASTC 45 and FIIC 45 respectively. This level of performance will provide limited isolation between the condominium units and normal daily activities may be audible from adjacent units. These design criteria should be reserved for properties designed to meet minimum standards. For Standard to Higher End Condominium Construction we recommend using criteria of an STC55 and IIC 55. Providing this level of sound and impact isolation exceeds the IBC requirement and provides good sound isolation between condominium units. Most of the normal daily act ivies from adjacent units would not be audible. For Luxury Condominium Construction or if the condominium is in an area of very low background noise, we recommend striving for a level of sound and impact isolation in the range of STC 60+ and IIC 6o +. Construction in for this class of performance requires the floor construction to be of concrete as a minimum. Providing this level of sound and impact isolation exceeds the IBC requirement and provides excellent sound and impact isolation between condominium units. Based on the information provided by the Architect, we are assuming that these condominiums are to be designed to a luxury standard. The acoustical separation code requirements and recommendations are as follows (see later section for associated partition types): Mountain View Residences on Gore Creek Acoustical Review Report January i8th, 2007 Page 3 SHEN MILSOM WILKE Acoustical Separation Space Desilg n Goal Residential Units Sound Impact Isolation Space Transmission Class (IIC) Class (STC) Unit Walls or Floor Construction Demising to: 60 60 Other Residential Units Elevator Shafts /Stairwells Electrical /Telecom Rooms Unit Walls Demising to: 55 Corridors Project requirements or desires in terms of budget, function and circulation may take precedence over acoustical design goals. Background HVAC Noise Levels The background sound level within a space is most commonly described in terms of Noise Criteria (NC) level. It is the maximum background sound level due to the normal operation of building equipment serving the room(s), typically the air distribution system. Noise intrusion from sources outside the room can transmit sound above the design goals, but should be limited to 5 +/- NC points above the continuous background sound. The background sound design goals for various spaces are recommended as follows: Background Sound Level in Noise Criteria (NC) Space Design Goal Residential Units NC 30 Noise and vibration control will be implemented to the degree possible and practical in an effort to achieve the above nominal levels. Guidelines to achieve the above noise criteria are presented later in this report. INTERIOR SOUND - ISOLATING CONSTRUCTION Structural Slabs Floor to Floor The following recommendations assume that these residential units will be considered luxury construction with the goal being to achieve an STC and IIC rating of 60 or greater by design. It is our understanding that the floor construction is the following: Flooring Surface Finish Mountain View Residences on Gore Creek Acoustical Review Report January 18th, 2007 Page 4 SHEN MILSOM WILKE 3 inch thick concrete topping slab • A inch thick concrete slab • 2 layers of resiliently* mounted 5/8" gypsum board The above flooring construction will have a STC of 55 and IIC of 44 (IIC 53 with carpet) which meets the International Building code requirements for STC but fall below for IIC at hard flooring surfaces. Both categories do not meet the subjective expectation of a luxury construction. Listed below are two flooring constructions that can be incorporated to improve the sound isolation between units: Option 1 The most effective sound and impact isolation throughout the frequency ranges is to create a floating raft of concrete or Gyperete over a resilient layer such as Acousti -Mat II or III above the concrete slab. However, there may be a desire to minimize the depth of the flooring system thus requiring a resilient layer directly below the flooring material. The following floor construction will meet the recommended STC 6o+ and IIC 6o +: • Flooring Surface Finish • 3 inch thick concrete topping slab Resilient Underlayment (Please see recommendations below) • 2 inch thick concrete slab (minimum) • Batt insulation • 2 layers of resiliently* mounted 5/8" gypsum board Option 2 If the concrete cannot be separated due to structural reasons, we recommend utilizing a resilient underlayment directly under the specified flooring surface. The following floor construction will meet the recommended STC and IIC 6o: • Flooring Surface Finish • Resilient Underlayment (Please see recommendations below) • 3 inch thick concrete topping slab • 2 inch thick concrete slab (minimum) • Batt insulation 2 layers of resiliently* mounted 5/8" gypsum board *Note: Due to the limited number of resilient channels which have actually been tested we would like to review and markup the specification. The acceptable resilient channels are: 1. Kinetics Isomax Resilient Channel 2. Pac International RSC -1 3. Dietrich RCDeluxe (Old USG RC -1 Channels) If gypsum board ceiling is not connected directly to concrete slab, we recommend resiliently attaching the gypsum board ceiling with fiberglass isolators such as Kinetic's AF hangers, Mason Industries's HD hanger, or approved equivalent. (Please see attached product information) Mountain View Residences on Gore Creek Acoustical Review Report January 18th, 2007 Page 5 The above floor construction will meet the recommended STC level of 6o+ if the following conditions are followed: • Recessed lightfixtures should not be present in the ceiling below this floor structure without back boxes or barrier pads. • Ceiling speakers for surround sound systems should be reviewed and coordinated as design progresses. Subwoofer locations should also be reviewed and coordinated to control noise transfer. • Juction boxes or similar penetrations should be treated with adhesively applied material or "putty pads ". • Wood subfloor and floor layers should be isolated from each other by layer of 15 pound roofing felt to reduce squeaking. • The gypsum board ceiling must have a resilient joint at the periphery filled with acoustical sealant but no compound. Taping and painting OK • Wood floor construction should be attached with screws rather than nails. • All penetrations through ceiling construction should be filled with insulation and sealed with non - hardening acoustic caulk. The recommended resilient underlayments for various flooring finishes are as follows: Option 1 • Ceramic Tile, Quarry Tile, Stone Pavers, Resilient Flooring, Proprietary Nail - less Prefinished Hardwood Floor, and Traditional T & G Hardwood Floor: • Acousti Mat II or III underlayment between 2 inch concrete slab and 3 inches of concrete topping. (See attached data sheets) • Enkasonic underlayment between 2 inch concrete slab and 3 inches of concrete topping. (See attached data sheets) • Kinectics Soundboard underlayment between 2 inch concrete slab and 3 inches of concrete topping. (See attached data sheets) • Carpet and 5/16 inch thick Pad (Both Flooring Construction Options): o No underlayment Necessary Option 2 • Ceramic Tile, Quarry Tile, Stone Pavers, Resilient Flooring: • Dodge - Regupol: Regupol -Qt 10 mm incorporated between the specified flooring surface and 3 inch concrete topping slab. (see attached data sheets) • Acoustical Surface: Acoustik 5/16 inch thick underlayment incorporated between the specified flooring surface and 3 inch concrete topping slab. (see attached data sheets) Proprietary Nail -less Prefinished Hardwood Floor, Traditional T & G Hardwood Floor: o Sika Acoucbond System incorporated between the specified flooring surface and 3 inch concrete topping slab. (see attached data sheets) • Carpet and 5/16 inch thick Pad (Both Flooring Construction Options): o No underlayment Necessary Carpeted areas will meet the HC rating of 6o+ without additional treatment. However, if additional treatment is not incorporated under carpeted areas, it is important to make the owner responsible in the homeowner's association covenants for adding a Mountain View Residences on Gore Creek Acoustical Review Report January 18th, 2007 Page 6 SHEN MILSOM WILKE resilient underlayment should they decide to change from carpet to a hard surface flooring treatment. Resilient underlayments should terminate at demising walls to reduce side to side noise and vibration transfer between residential units. Please notify us if radiant heating will be incorporated into this project as different techniques are required. Rooftop Mechanical Equipment In order to control the transmitted noise levels from the rooftop chillers and condensing units, we recommend incorporating a resilient underlayment, as discussed in section above, between the concrete slab and the 3 inch topping slab. The roof /ceiling construction should be as follows: • Roofing Surface • 3 inch thick concrete topping slab Resilient Underlayment (Quiet Core or Dodge Regupol QT) • 2 inch thick concrete slab • R -38 Batt insulation • 2 layers of resiliently* mounted 5/8" gypsum board It is our understanding that mechanical rooftop equipment will sit lower than the remaining roof elevations. It is imperative to noise control that the concrete extends throughout the entire lowered roof area. To control noise transmission through roof terrace walls into the units below, the wall construction around roof terrace should consist of 3 layers of 3 /4 inch plywood exterior sheathing with full depth R -38 batt insulation and 2 layers of resiliently mounted 5/8 inch gypsum board. Hot Tubs on Terraces Hot tubs will be positioned on terraces for a number of 5t' floor units. The tubs must be mounted on acoustically - decoupled platforms in order to reduce vibration- induced structure -borne noise transmission. One approach would be to use precompressed fiberglass board material, similar to "Quiet Core" board, with a support slab above. A general detail is as follows (detail will have to be tailored to project specifics): PERIMETER ISOLATION JOINT WITH 1 INCH FIBERGLASS TO HALF WAY UP CONCRETE TOPPING AND SEALED WITH RESILIENT MATERAIL (EMSEAL OR SIMILAR) STRUCTURAL TOPPING SLAB - MINIMUM 3 INCH THICK AS NECESSARY FOR BEARING OF EQIUPMENT 2 INCH THICK d PCF DENSITY SEMI -RIGID FIBERGLASS BOARD SIMILAR TO QUIET CORE PRODUCT (2 LAYERS OF 1 INCH) TELE: 610 -694 -9190 ti BASE SLAB - NOMINAL 75 PSF CROSS-SECTION INDEPENDENT SERB CROSS — SECTION Similar details with neoprene pads can be considered as well. Mountain View Residences on Gore Creek Acoustical Review Report January 18th, 2007 Page 7 SHEN MILSOM WILKE Sound - Isolating Partitions We have assumed, in the following recommendations, that the condominium units will be luxury construction. In order to meet the luxury STC ratings, we recommend the partition constructions below for various levels of sound transmission control: SW 55 (Not shown in drawings): Provides a high level sound isolation: Double layer of 5/8" gypsum wallboard on both sides of non -load bearing metal studs with full depth sound batts and perimeter sealant OR Single layer of 5/8" gypsum wallboard on one side of non -load bearing metal studs attached with resilient channels and two layers of gypsum wallboard on the other side, with full depth sound batts and perimeter sealant. Wall constructed full height to structure. Provide electric - outlet box, barrier pads. o Residential Units to corridors STC 55 4 layer drywall with insulation: 2 lyrs 5/8" GWB each side of 3 -5/8" metal studs minimum with full depth batt insulation between studs STC 6o Unit Demising Walls to Elevator Shafts and Stairwells (Not shown in drawings): Provides a high level sound isolation: 8" solid precast concrete wall construction with single layer of 5/8 inch gypsum board installed on resilient channels on residential unit side or installed on 2 -1/2 inch stud separated from concrete wall by a minimum of 1 inch. Wall constructed full height to structure and should seal airtight to concrete slab with non hardening acoustic caulk. STC 6o Party walls between units (Shear Demising Wall): Provides a high level of sound isolation: 8" solid precast concrete wall construction with single layer of 5/8 inch gypsum board installed on resilient channels or installed on 2 -1/2 inch stud separated from concrete wall by a minimum of 1 inch on each side of precast wall. Wall constructed full height to structure and should seal airtight to concrete slab with non hardening acoustical caulk. Provide electric- outlet box, barrier pads. O STC 6o Party Wall between units (Wall typ W18): Provides very a high level of sound isolation: Double layer of 5/8" gypsum wa ar attached with resilient channels on one side and a double layer of 5/8" gypsum wallboard attached on other side of non- load bearing metal studs with full depth sound batts and perimeter sealant. Provide electric - outlet box, barrier pads. Wall constructed full height to structure and should seal airtight to concrete slab with non - hardening acoustical caulk. • STC 50 Shaftwall: Minimum building shaft wall construction except as noted below. Use standard designs with full depth sound batts and perimeter sealant. Mountain View Residences on Gore Creek Acoustical Review Report January 18th, 2007 Page 8 STC 57 Shaft /Plumbing wall: Standard shaft wall plus additional freestanding partition comprising double layer of 5/8" gypsum wallboard on one side only of non -load bearing metal studs with full depth sound batts and perimeter sealant. Full height to structural deck. Mechanical shafts adjacent to residential units. Water closet chase walls when adjacent to occupied rooms (public areas OK with standard chase wall). General Gypsum Board Conditions The following recommendations concern gypsum board conditions related to partitions. • In addition to outlet barrier pads, electric outlet boxes on opposite sides of sound -rated partitions should be offset by a minimum of 24 inches. • No drywall layers are to be continuous between two adjacent rooms • Multiple layers of drywall are to be applied with staggered joints. • Partitions containing drain pipes should have double layer of gypsum board on sides next to occupied spaces and the stud space should be filled with full-depth acoustical batts. Drain pipes mounting should include a resilient pad between the piping and any attachment to the structure either vertically or horizontally. • Soffits containing drain pipes should have a double layer of gypsum board and a 4" -thick x 4' acoustical batt placed over the gypsum board for the full length of the horizontal pipe run. • Plumbing and ductwork running in demising walls should include a resilient pad between the plumbing or ductwork and any attachment to the structure either vertically or horizontally All penetrations through wall construction should be filled with insulation and sealed with non - hardening acoustic caulk. • Due to the limited number of resilient channels which have actually been tested we would like to review and markup the specification. The acceptable resilient channels are: • Kinetics Isomax Resilient Channel • Pac International RSC -1 • Dietrich RC Deluxe (Old USG RC -1 Channels) In the drawings, we did not see an indication of trash chutes. Trash chutes should not rigidly connect to wall and floor structure at any location. Sound Isolating Door Conditions Residential Unit Entry Doors: Standard 1 -3/4" thick solid -core wood doors with gasketing hardware. The optimum condition is to incorporate a gasketing seal such as S88 manufactured by Pemko and a small 1 /2 inch or less rabbeted sill or sloping stone threshold such that a complete seal may be achieved with an applied bulb gasketing and automatic door bottoms are avoided. The following products have a lower profile for Wheelchair accessibility but will still meet the recommended STC rating: Pemko and Zero make two products that will create a continuous seal and meets Handicap requirements. 1. Saddle with Threshold Stop Strip ( Pemko 29oASSTOP or 1842AS or Zero #31A or #475A) Mountain View Residences on Gore Creek Acoustical Review Report January 18th, 2007 Page 9 SHEN MILSOM WILKE 2. Rabbeted Saddle (Pemko 2oo5AP or Zero #566A) v MECHANICAL SYSTEMS General Mechanical Guidelines Ductwork Maximum low pressure duct air velocity within duct above residences • Above Ceiling —1250 fpm • Exposed in Space — l000 fpm Maximum outlet branch duct air velocity 7 to 8 feet away from occupants —'700 fpm Limit use of flex duct • All rectangular ductwork connected to fan coil units in residential units should be lined with 3 /4 or 1 inch, 1.5 pcf density ductliner. • All ductwork /piping connected to vibration isolated equipment must be vibration isolated from the building for 30 feet from the equipment. Diffusers & Grilles Diffusers and grilles are to be selected for at least 5 NC points below the background sound level design goal for the space served. Acoustical sensitive spaces may require more strict selection of diffusers. Plumbing We did not note in the drawings where back to back plumbing would exist due to the concrete demising walls. Back to back plumbing in kitchens and bathrooms need to be addressed for noise control between units. • Resilient piping attachments are recommended to isolate supply plumbing from the structure. This is particularly important for plumbing near noise - sensitive spaces. It is not necessary to vibration isolate vent piping. Size pipes for maximum flow velocities as follows: • Piping within mechanical rooms to 11.4 ft/s (3.5 m /s). • Piping adjacent to or above residences to 9.84 ft/s (3 m /s). • Limit pressure at fixtures to 38o KPa (55 psig) to reduce noise generation. • Pipes and conduit should not pass through a residence to service other residences. • Specify quiet devices such as quiet -type, flush valves and taps with full -ported nozzles and non - splash aerators. Mountain View Residences on Gore Creek Acoustical Review Report January 18th, 2007 Page io o Install air chambers or shock - absorbing devices to prevent water hammer in lines subject to abrupt shut -off. o Sprinkler piping should be routed along corridors with a single airtight penetration into each residence. Electrical • Conduit connections to vibration- isolated equipment should include a 36o- degree turn of flexible conduits. Sound - isolating detailing and careful sealing is required for recessed fixtures, conduits and electrical boxes penetrating sound - isolating constructions. Surface mounting of fixtures is recommended. Main Interior Dry -Type Transformers (above too WA) Transformers are to be mounted on 1 inch minimum static deflection spring with double layer noise isolation neoprene pads. If springs are provided for internal core, mount the entire transformer on uniformly loaded o.1 inch minimum static deflection waffle or ribbed neoprene pads. Local Floor Transformers Transformers located within electrical closets on the occupied floors are to be resiliently mounted or suspended with flexible conduit connections. Use neoprene isolation hangers or mounts that are sized to provide 0.3 inch minimum static deflection. Flexible conduit should be minimum 18 inches long. Acoustical Performance for Transformers and Switchgear The sound level in the installed and operating condition, at any and all load conditions, shall not exceed 85 dBA (re: 2omicroPa) when measured 3 feet from the unit. The sound pressure level within the 125 Hz octave band when measured at any load condition shall not exceed 9odB (re: 2omicroPa). Noise Ordinance The town of Vail has a noise ordinance that must be met at the nearest property line. That noise ordinance requires that a residential source to a residential receiver do not exceed the following noise levels: Residential Source to Residential Receiver 7amtolopm -55dRA 1O Pm to 7 am — 5o dRA Garage Exhaust Fans It is our understanding that the garage exhaust will transferred underground and exiting at an in ground exhaust grate just short of the property line. We recommend incorporating absorptive material, such as 4" thick duct liner, on 80% of wall and ceiling area in the underground transfer Mountain View Residences on Gore Creek Acoustical Review Report January 18th, 2007 Page 11 area to help reduce the build up of reverberant noise in the fan area thus increasing the overall noise level. With the absorption, the noise level at the nearest property line, the Apollo Park at Vail, is projected to be 49 dBA, which falls below the noise ordinance but with little room for error. We recommend discussion of additional measure to reduce the noise impact. Vibration & Seismic Restraint Control We recommend that any isolator type and deflection not listed in the following table be in compliance with ASHRAE 2003 Applications Handbook, Chapter 47, Table 42. The following is a recommended vibration isolation schedule for the project: (1)All isolation devices are to be Mason Industries or approved equal. (2)All water and steam piping within mechanical room, but not less than 35 feet from vibration isolated equipment. (3)All ductwork within mechanical room, but not less than 35 feet from vibration isolated equipment.. Mountain View Residences on Gore Creek Acoustical Review Report January 18th, 2007 Page 12 i � the r .i i_ �, �_: N" Y "' I L K E Base Isolator Static Mason Equipment Type Type Type Defl (in.) Industries. Type (1) Condensing Units - Spring 1.50 SLF Air Cooled Chilllers - Spring 1.50 SLF Fan Coil Units - Spring 0.75 SLF Mechanical and Domestic Piping (2) - Spring 1.0 SLR Floor Supported - Sprg /Neop 1.25 3oN Suspended - Neoprene 0.35 HD or ND Steam Mechanical Ductwork (3) - Sprg /Neop 0.75 3oN Transformers (4) Greater than 35o KVA Rigid Steel Spring 2.00 SLR or PC3oN 45 to 35o KVA Trapeze Neoprene 0.25 HD or ND Suspended 45 to 850 Trapeze Spring 1.00 3oN KVA - Neoprene 0.05 W Less than 45 KVA (1)All isolation devices are to be Mason Industries or approved equal. (2)All water and steam piping within mechanical room, but not less than 35 feet from vibration isolated equipment. (3)All ductwork within mechanical room, but not less than 35 feet from vibration isolated equipment.. Mountain View Residences on Gore Creek Acoustical Review Report January 18th, 2007 Page 12 i � the r .i i_ �, �_: N" Y "' I L K E (4)Transformers mounted on grade are exempt from the requirement for an isolation base and need only Type NSP pad with 0.05" minimum static deflection as vibration isolators. Note: Seismic restraints as required for project are to be separate of vibration isolation devices, and shall not degrade vibration isolation. Extent and type of seismic restraints by others. Specific Vibration Control Recommendations Garage Door Isolation We could not tell from the drawings if a garage door was included in the design. In order to prevent structure borne noise and vibration, the garage door should be mounted to the wall, at each connection point, on a steel housed neoprene, rubber, or glass fiber pad with a shear static deflection of at least 0.12 inches such as Mason Industries RDA or BR pads. Please see attached product information. Jetted Tubs Jetted tubs require more vibration isolation than regular tubs because of the jets. Please advise if jetted tubs are anticipated in the project. Trash Chutes In the drawings, we did not note any trash chutes. Trash chutes should not rigidly connect to wall and floor structure at any location. Emergency Generators We noted an emergency generator on the North West side of the garage. We will need to evaluate the noise data for the emergency generators to determine if any residential units will be affected and if the noise ordinance is meet at the nearest property line. Please forward noise data for emergency generator as soon as it becomes available. Elevator Noise Control Elevator When operating per plans and specifications, the elevator equipment shall not generate noise levels in excess of NC -35 in occupied tenant spaces without any pure tones. For the purpose of this specification, a pure tone shall be defined as a sound level in any one - third- octave band, which is greater than 5db above both adjacent one - third - octave bands, in the range 45 to 16,000 Hz. Provide the following treatments as a minimum. i. Provide sound reducing vibration isolation elements at all support points of elevator controllers and pump units. The elements shall be similar to Type ND double deflection neoprene -in -shear mounts, as manufactured by Mason Industries. All bolts through isolation elements, where necessary, are to incorporate resilient washers and bushings. 2. Locate the power unit at least i" from any walls. 3. Use Flexible conduit with ground wire for pump unit connections. Mountain View Residences on Gore Creek Acoustical Review Report January i8th, 2007 Page 13 END OF ACOUSTICAL REPORT Submitted by: SHEN MILSOM & WILKE Kelly Stumpf Associate Mountain View Residences on Gore Creek Acoustical Review Report January i8th, 2007 Page 14 SHEN MILSOM WILKE �f e t ' One of the most efficient low -cost r. F L a) to U tY V) N C C co 7 methods of reducing sound transmission in wood or steel- framed partition or ceiling assemblies. • Lab - Certified STC -rated up to 54. • Single and double leg channels. • Knurled face to prevent screw ride. • RC Deluxe' (RCSD) has extra -wide screw surface for easy attachment. • Available in 12' lengths. Dietrich" resilient channel is one of the most efficient low -cost methods developed to reduce transmission of airborne sound through partition and ceiling assemblies. The resilient channel dampens sound waves effectively, dissipating the energy and reducing sound transmission by suspending gypsum wallboard 1/2" from the stud or joist. Sound absorption can be maximized by utilizing sound attenuation blankets within the wall or floor cavity. RCUR I RC Deluxe` Resilient channel is manufactured from 25-and 20 -gauge corrosion- resistant galvanized steel and is available with � single or double legs. The single leg resilient channel is available in regular (RCUR) and deluxe (R(:SD /ROSE) sizes. Dietrich" high - performance single leg resilient channel ('RCUR) has a 1 -1/4" screw flange. The RCUR is commonly used in wall applications. Dietrich" RC Deluxe resilient channel (RCSD /RCSE) is the preferred resilient channel in many applications because of its extra -wide 1 -1/2" screw flange. The extra -wide flange provides added rigidity and a wider surface for faster and easier installation of sheathing materials. Dietrich double leg resilient channel (RCDN/RCDE) has two legs for rapid installation. Double leg resilient installation is typically used for ceiling applications with multiple layers of gypsum board. Double leg resilient is easier to install, but offers a lower STC rating. anallia Phannol /RI1,Series - 1. Walls and Ceilines 0 Double Leg Resilient DMF Thickness Size Len th ht /ft. Pack a in Product Gauge Mils Desi n Thickness Inches (mm) ft. (m) (kg) PcsJ Pcs./ Bundle Skid Code Inches mm rbs. RCUR 25 18 0.0188 0.48 1 -1/4 31.8 12 3.66 0.072 20 1000 RCSD 25 18 0.0188 0.48 1 -1 /2 38.1 12 3.66 0.100 20 1000 RCSE 20 30 0.0312 0.79 1 -1/2 38.1 12 3.66 0.310 0.140 20 1000 RCDN 25 18 0.0188 0.48 1 -1/4 31.8 12 3.66 0.210 0.095 20 1000 RCDE 1 20 1 30 0.0312 1 0.79 1 -1/4 31.8 12 3.66 0.400 0.181 1 20 1 1000 4 6 request a quote online @ • - metalframing • c om The place to stop... before the building starts!`"' Interior (Drywall) aming Products for Various C wall Framing Assemblies For more information or to contact a sales representative, see page 3• U DIETRICH M E T A L F R A M I N G n Wort hington Industries Company m F n n (n' y Q �1 d1 n (D dQ 47 Resilient Sound Isolation Wall and Ceiling Clip Model IsoMax Wall and Ceiling Sound Isolation Theory: Products offered by Kinetics Noise Control facilitate construction of an isolated system improving both airborne sound transmission loss and in floor /ceiling applications, impact noise reduction (i.e., better STC and IIC values). These products use various types of resilient mounts, including springs, rubber or fiber- glass pads, and combinations of pads and springs. Isolated wall and ceiling systems remain a popular method for mitigating noise problems. Resiliently mounted gypsum board wall and ceiling systems are designed to minimize sound transmis- sions from one occupied space into another. Increasing the air cavity and resiliently decoupling the mass of the wall or ceiling from the non - isolated structure can effectively control noise transmission. Application: In ceiling construction, the use of a resilient isolation clip and drywall furring channel to support one or more layers of gypsum board is desired by architects wanting to control noise while maximizing ceiling height The IsoMax Sound Isolation Clip is easily installed on the underside of joists or concrete deck. In wall assemblies, the lsoMax Sound Isolation Clip and channel system creates double wall sound con- trol performance in a single 2" X 4" stud and base plate design. The molded neoprene element grips the furring channel creating high isolation efficiency between the gypsum board sheathing and the fram- ing. The gypsum board is screwed to the channel without the concern of acoustically short- circuiting the system. This is an improvement over conventional % inch deep resilient channel where inadvertent screw attaching of the "resilient' leg of the channel to the stud occurs freguently, degrading system performance. 3.86 — To] tr Plan View Side View KINETICS ARCHITECTURAL 80UND ISOLATION t� y O 3 d F i Resilient Sound Isolation Wall and Ceiling Clip Model IsoMax 'ienefits: dghly effective sound control at lowest installed cost. Quick and easy to install with standard drywall furring channel. Excellent weight capacity - 50 lbs. per clip design maximum. Maximizes available occupied space with low - profile design. Performance range of STC 57 to STC 64 per laboratory tests. Tested Composite Wall Constructions per ASTM E90 and ASTM E413 at Riverbank Labs. * +7 STC improvement compared to the same wall with resilient channel. Find details in our report; IsoMax Vs RC . 24.00 MAX. . I1 Ceiling Structure Caulk with a Non - Hardening Acoustical Sealant with Required Fire Rating IsoMax Clip 24.00 MAX. Steel or Wood Gypsum Wallboard Caulk with a Non - Hardening Acoustical Sealant with Required Fire Rating Floor 4.00 MAX. Wall /Ceiling Section OW 97* Wood Stud partition, 2 x 4,16' O.C. with 5/8" gypsum board, one layer each side. R19 Fiberglass batt in cavity. Kinetics IsoMax clips and 7/8" drywall furring channel one side of wall. eT!` Al Wood stud partition, 2 x 4, 16" O.C. with 5/8' gypsum board, one layer one side, two lay- ers on opposite sides. R19 fiberglass batt in cavity. Kinetics IsoMax clips and 7/8" drywall furring channel - one side of the wall. Wood stud partition, 2 x 4, 16" O.C. with 5/8" gypsum board, two layers on each side. R19 fiberglass batt in cavity. Kinetics IsoMax Gips and 7/8" drywall furring chan- nel - one side of wall. am_ - -i - - United States Canada 6300 Irelan Place 1720 Meyerside Drive P.O. Box 655 Mississauga, Ontario Dublin, Ohio 43017 L5T 1A3 Phone: 614-889-0480 Phone: 905-670-4922 Fax: 614-889-0540 Fax: 905 -670 -1698 www. kinetics noise.corn archsales@klneticsnolse.com Kinetics Noise Control, Inc. is Continually upgrading the quality of our products. We reserve the right to make charges to this and all products without ratios. Download Model IsoMax information including three -part specification, installation guidelines, and typical installation drawings at www .kinetiesnolso.com /archilsomax. Call the factory at 800 -959 -1229 if needing additional information; ask for Architectural sales. Purchase Model IsoMax and accessories through your local sales representative ( www. kineticanoise .com /replocation.asp). IsoMax 2/04 PAC International, Inc - Prods 's - RSIC -1 PAC INTE 1 z rAL Resilient Sound Isolation Clip -1 (RSIC -1) - The Sound of Silence! , gs j �� "R�►IC'i -1 11 0 x : :IJ. "RSIC -1" "Steel Framing Members" "Fire Resistance Classification" "See UL Fire Resistance Directory" "Control no. 83XN, File R20548" a Page 1 of 2 http : / /www.pac - intl.com/rsic.htm 6/1/2004 PAC International, Inc - Prod - +s - RSIC -I Y Page 2 of 2 The RSIC -1 can be attached to WOOD, STEEL, CONCRETE, or CMU bo z -. 5 W itt PAC International, Inc. • PC Bo, 5369 • Aloha, OR • 97006 -0369 o PAC International, Inc. — All Rights Reserved. http : / /www.pac- intl.com/rsic.htm 6/1/2004 Description A 1 4. F I v.: nX 1;1[. 1;11.: i u, '! I I- , ;. t r Application f-,- J. KINETICS Isolation Hangers Model AF E 4 . -, I IVI Hangers shall constat of a f iber glass isdatof encased in an anfi shW circuit reinforced steel bracket Bch will accorwxxMw up bo #8 simpervsOn wife or a IN (6,35 MM) bKA ry View The fiber glass isolator Sttc It be 1' (25 mm) thick, preConVreS"O. molded fiber glass composed cif glass f ibers produced by a nvftiple f lame aftnuebw proceas whk:h gerierates nominal fiber diameters not to exceed 0 00022' (5,6 mor ons) aW shag have been suOlizza try preo"p(ession ten (10) fiff)&q to three (3) tlmft the maximourn rated load of the carry a tires (5) times maxinum r k)ad overload without. failure Hangers Spas W ModO AF as manufactured by KinelICS NOO* Control, Inc. Feehr" • Pleirnweruty resilient liber OISA Isdator pad • Conslant natural lroqijency in wide load range • Load capachkys 20 lbs to 200 l� (9 kg to 91 tag) • 5 41f7% overload faii-safe aswnt 1 WWI "M. "b" LOW ftr4p 15 F-1 .#F' 1CO 20-100 IbL OV, material used. lyvts AF-XO lbs- 010 r 6 The hang" assembly shall be zir k WO ott - :G AF�ICO kg 4 plated reWorced steel and shall 0-21 23-91 k9 . ........ . 1. 0 /Ul,. Y.L. r E 7, �� Kinellim Mob" Contrd, Inc- 63M irate Place P.O, Box 655 Dublin, Ohio 43017 TO"hons 614 689-0480 Fox 61 4 8W.0640 www.kWlmr%**.00m Ke*m;# Fk=FM Coitg4. 1,c %z ccr4r"ty uputadjIg ,7Akt( of 0A PWLK-45 ft rewn-e Pw wv , rl X- Tna4:e charges kO this Wd 01 rx 3 car vr9 rrr nco:la Acousti -Matt 3 1 Maxxon Page 1 of 1 � , A "'W" t ..o op L � r..",t e Avuusu Alet =�.I F� ,.p. S11.1 un i.,,n 'ol - .�r per ..i tt G t HOME !=ROOUG7S REGIONAL REPRESENTATIVES COMPANY INFO : REQUEST IA Acousti -Mat® 3 Data WOUSTIMAT 3 Sheet Data Sheet I Specifications I Fire RatingslDetail Drawings I Sound Ratings I Project w Spotlights MANUFACTURER: + 38 1 F v d P-Aci on Maxxon Corporation 920 Hamel Road P.O. Box 253 Hamel, MN 55340 Phone: 1- 800 - 356 -7887 or (763) 478 -9600 Fax: (763) 478 -2431 Acousfi•Mat 3 PRODUCT DESCRIPTION: Acousti -Mat 3 is the 7SUbfbor sound deadening solution ,cl for floor systems that have been impossible to control! C)pen Beams Now you can put an end to those "noise" complaints - even with open beam, concrete slab and conventional wood frame systems. Acousti -Mat 3 consists of a nylon core of fused, entangled filaments attached to a non -woven fabric, similar to Maxxon's Acousti -Mat II, only three times thicker. It's a proven fact that the larger the air space, the greater the sound control - and this system creates the largest air void of any sound control mat. The results - up to an additional 5 db improvement in impact noise control, over the already high sound control provided by Acousti -Mat II. This is a 15 IIC (impact noise) rating point improvement over a conventional wood frame construction! And 10 points represents a doubling of performance and would sound twice as good to the human ear. The additional mass of the floor system also increases the STC (airborne noise) rating. ACOUSTI -MAT 3 PROPERTIES: Material Composition: Nylon Thickness, nominal: 0.8" (20.3 mm) Density: 2.66 pcf (42.6 kg /m Color. blue with white fabric Flammability ASTM E -84 Fuel Contribution: 0 Smoke density NFPA Class A Flame spread: NFPA Class A Gyp -Crete Flooring Gyp -Crete 20000 / 3.2 K Dura -Cap@ Flooring Therma - Floor ® Commercial Topping@ Level - Right& FS -10 Level - Right@ PLUS Level- RightO Level -Right FeatherEdge@ WearTop Acousti -Mat& 11 Enkasonic Sound Control Acousti -Mat@ 3 MaxxonO DPM ColorKote Maxxon@ CSM Choosing the right product This site and all contents copyright 0c 2001 -2005 MAXXON Inc. All rights reserved. HOME I CANADA I MEXICO Acousti -Mat® 3 F SUpn snu.�.,onn�.l ,en �n epe can ,i ..t. slabs �w vei.�ul��,uJ - ir i 11' .,1 �` -�. =1r ae..l :,a 1bl C I,vel��.r 1t Ceramic Tile 1„( mm o appro e Underlayment Wood j Maxxon C 5 M— "�, Crack Suppression Mat http://www.maxxon.com/product detail. asn ?ID =10 9/30/2005 ONICU ~ SOUND CONTRA WHAT ENKASONIC IS Enkasonic sound control matting is a proven solution to a modern design challenge - creating code recognized floor systems that meet stringent sound ratings in multiple -story dwellings or buildings. Enkasonic effectively inhibits sound transmission when used beneath ceramic tile, marble, wood, vinyl or carpet flooring, in both wood frame and concrete slab construction. Enkasonic is a 0.4" thick composite of nylon filaments forming a three - dimensional geomatrix with a nonwoven fabric heat bonded to the upper surface. The durable pliable Enkasonic obstructs transmission of sound and makes possible cost effective sound -rated floors. Because of its thin cross - section, it's ideal for new construction and retrofit, and costs less than a "built -up" floor to achieve the same sound ratings. development of reasonably priced sound -rated floor systems, developers often avoide( hard surfaces. It is now possible to ensure the privacy of tenants in multistory buildings with Enkasonic floor systems. Floor /ceiling assemblies are subjected to two types of noise: airborne sounds, like speech or music (STC), and impact noise, typically from footfall (IIC). To block both, mass alone may not be enough. COMPARATIVE TESTING INDICATED ENKASONIC IS A SUPERIOR SOUND CONTROL UNDERLAYMENT. Enkasonic, sandwiched between the subflooring and a support overlay (such as a reinforced mortar bed, Wonder - Board ®, 1'/z' poured gypsum or 1' /z' lightweight concrete, or two layers of plywood), now gives designers the option of using hard surface flooring where STC and IIC r s must be above 50. KINETICS"' Type SR Sound Rated Floor Systems Description Iv, c' * - -- - 'pr '3! j I Applications ?.`.i c: SR Floorboard I -J r I- I f —rI; A )f I- A, CERTIFICATIONS: Gly of New York. Department of Buildings. MEA 243-89-M MMERIAL CERAMIC TILE INSTITUTE OF AMERICA 0 0 T 0 - 6 D ilc-59 Rosicenlial R. Heavy Rating CTi CASE RF912 STC-60 FlIC-54 FSTC-58 HIC-53 (SfC-54 S) C -')9 I . CTI CASE RF9 7-87 Specifications Flooring A: :;:*Ill"i"l..-r.:t-.� * , :,:$ , . , e , .' 1•I+' Ceiling IIC STC Material I -- -,*;- x ilf :i; Undedaymnt Below 7 '11 Jr! 1 11 1; ..1 "!J v! 1 K cfe 1 : ',. fW C- 1 'I Of 1" - j , 1 1, - •Jf d Y. - jr 'rc Typical Sound Kinetics Rated Floor Systems Concrete StrLctiral Floors Flooring Flooring Resilent Ceiling IIC STC Material Support Undedaymnt Below 7 Wood StUCIUral Ficors 0 12*R 1 1. 'INSULATI T� SHE SCIENCE OF SILENCE ,71 EI fE . DODGE- REGL/POL I 1V C U H P O H A 1 E U Leaders in recycled products technology ;I N � � 1 r �V fE . DODGE- REGL/POL I 1V C U H P O H A 1 E U Leaders in recycled products technology ;I Ceramic Tile Stone Hardwood i Vinyl W Laminate Regupol -QTscu is compatible with a wide variety of floor finishes such as ceramic tile, stone, hardwood, laminate and vinyl. Regupot -QT has proven performance ratings with many types of popular surfaces. Installation procedures of Regupol-QT vary depending on the finished floor. for best �esults, refer to Regupol -QT installation instructions and technical data. Regupot - QTscu' Regupol-QT sound control underlayment (scu) is a flat, resilient underlayment that is used directly under a variety of floor finishes, yielding exceptional results even under hard surface flooring and over concrete and wood joist construction. 5mm flat soun control underlayment Performance Benefits: • Can thin -set tile and stone directly to the product per ASTM C627 • 5mm thickness Regupol-QT performs better than 1 12" cork per ASTM E2179 • Available in 4' wide rolls and in two thicknesses -5mm and 10mm • Compatible with a wide variety of floor finishes • Fast installation Single Slab Concrete Floor Finish Regupol -QTscu Concrete Slab Wood Joist Floor Finish Regupol -QTscu 112" Plywood 3 112" Insulation 2" x 8" Wood Joists — 5/8" Suspended Ceiling Regupot- QTrbm' Regupol -QT resilient base mat (rbm) is a dimpled, resilient base mat that can be applied under gypsum or full weight concrete to produce some of the thinnest sound rated systems in the industry. waterproof membrane 6 mm:L dimpled, resilient base mat Performance Benefits: • Sound rated system under 1" total thickness • Minimum 3 /4" pour meets sound rating criteria and rated light commercial by the Tile Council of America • Approved in over 82 UL floor /ceiling assemblies and is system rated for commercial and residential use per ASTM C627 • Foolproof installation means no mistakes —just roll out, tape and go • Durable enough to withstand movement of heavy equipment on surface • Very low compression set versus tangled plastic mats • Can achieve sound rated systems on different assemblies • Many field and lab tests, including field tested to FSTC 63 and FIIC 69 • Available in 4' wide rolls and 4 standard thicknesses -6mm, 10mm, 17mm and 25mm I -Beam Construction Solid Joist Construction 3/4' Finish Wood Planks Adhesive Hoor Finish Wramurn 3/4' Gypsum Concrete — rbm Regupol -OT _ . - Minimum ' :.r Gy psum Conc Regupol -QTrbm 314 112' Plywood 12' Deep T11 P 16'0 C 3 1/2'Insulation Channel RC Deluxe) — 2'x 8' Wood Joists \ Resilient (Unimast 51B' Suspended 3 1 /2' Batt — Bah 16" O.C. & 24' O.C. Used Ceilin Insulation — SIB' Gypsum Board Type C Open Web Truss Floor I & After installing an isolation perimeter strip, Regupol -QTrbm is easily rolled onto a smooth surface. It lays flat and will not slip or move. Simply duct tape the joints. !gupol -QTrbm is Irable enough for of traffic, pouring luipment and aterials. )ur a minimum W' gypsum con - ete surface that eets required )und ratings and asses structural )quirements. repare gypsum )ncrete surface for oor finish. _ vinyl Flooring Minimum 3/4' Gypsum Concrete Regupol -QTrbm — 15N Building Paper - -� -- 31 /2'lnsulahon t 31/2' Batt Insulation - -� _1 — 2'x 10' Joist P 16' O.C. 1 with 1 x 4 Bridging Resilient Channel (urnmast RC Deluxe) Both 16' O.C. & 24' O.C. Used 5/8' Gypsum Board Type C I & After installing an isolation perimeter strip, Regupol -QTrbm is easily rolled onto a smooth surface. It lays flat and will not slip or move. Simply duct tape the joints. !gupol -QTrbm is Irable enough for of traffic, pouring luipment and aterials. )ur a minimum W' gypsum con - ete surface that eets required )und ratings and asses structural )quirements. repare gypsum )ncrete surface for oor finish. SOUND RATINGS WITH REGUPOL -QTscu Floor Structure and Finish Without Regupol -QT Regupol -QT 5mm (3/16 ") Regupol -QT 10mm (3/81 6" Concrete with Ceramic Tile 27 IIC Bare Surface NA 52 IIC Bare 7" Concrete with Tile 33 FIIC With Tile 51 FIIC NA Bare 7" Concrete with Laminate 33 FIIC 56 FIIC 56 FIIC Bare 7" Concrete with Engineered Wood 33 FIIC 58 FIIC 58 FIIC Bare 8" Concrete with Hardwood NA NA 64 FIIC 1 -Beam 2" x 12" with Ceiling, with Tile NA 56 IIC 59 IIC Open Web Truss with Ceiling, with Tile NA 53 IIC NA -Backed by over 90 independent laboratory and field tests. Additional test results available upon request. Regupol QTscu is listed with the ICC evaluation services report #ER -6064. SOUND RATINGS WITH REGUPOL -QTrbm Floor Construction Calling Overlay Floor Covering IIC STC Solid Joist 1" x 5/8" Type X 1.0" gypsum 3/4" Oak 54 NA Solid Joist 1" x 5/8" Type X 1.0" gypsum Tile 51 61 Solid Joist 2" x 5/8" Type X 1.0" gypsum Vinyl 54 61 I -Beam 2" x 5/8" Type C 1.0" gypsum 3/4" Oak 54 NA I -Beam 2" x 5/8" Type X 1.0" gypsum 3/4" Hardwood 69 -F 63 -F 1 -Beam 2" x 5/8" Type X 1.0" gypsum Tile 65 -F NA Steel Joist 1" x 5/8" Type X 1.0" gypsum Tile 61 -F NA Steel Joist 1" x 5/8" Type X 1.25" gypsum Tile 58 -F NA - " by over 90 independent laboratory and field tests. Additional test results available upon request. A Big Impact on Exterior Product Technical Data QTscu QTscu QTrbm Environments Property 5mm(.200 ") 10mm(.400 ") 6mm (.250 ") Dodge - Regupol, Inc. (DRI), an international Form and Dimensions Roll 48" x 30' Roll 48" x 15' Roll 54" x 30' joint venture between the former Dodge Weight /Sq. Fl. 0.75 lbs. 1.5 lbs. 0.75 lbs. Cork Company of Lancaster, PA and BSW, a Weight /Roll 90 lbs. 90 lbs. 90 lbs. German recycling products manufacturer, Compression C4100ps1 (ASTM F36) 25%-35% 25%-35% 40%-50% has revolutionized the recycled rubber Tensile Strength (ASTM D412) 100 psi (min.) 100 psi (min.) Die C 40 psi (min.) market in North America. With state -of- Type A Hardness (ASTM 02240) 45 -55 durometer 45 -55 durometer 35 -45 durometer the -art technology geared for high volume Tear Strength (ASTM D624) 40 lbs. /in. (min.) 401bs. /in. (min.) 30 lbs. /in. (min.) Output, DRI produces some of the most Compression Set B (ASTM D395) 40% (max.) 40% (max.) 15% innovative, low cost, environmentally - TCA Robinson Test (ASTM C627) Light Commercial Light Commercial Light Commercial friendly rubber and foam products in the industry. DODGE.REGUPOL / N C D R P D R A T E D.; Leaders in recycled products technology A F u For more information and samples, call 1- 866 - 326 -5712 or visit www.regupolgt.com V EM.f P Dodge - Regupol is an active member of the U.S. Green Building Council (USGBC). 02004 All designs, text and colors are copyrighted by Dodge - Regupol, Inc. Regupol -QTrbm and Regupol -QTscu patent pending. IND3003 -1004 IA: J F q, Acoustks, Acoustical Surfaces, Inc. Soundproofing, Acoustics, Noise & Vlbration Control Specialists 123 Columbia Court North • Suite 201 • Chaska, MN 55318 (952) 448 -5300 • Fax (952) 448 -2613 • (800) 448 -0121 Email: sales @acousticalsurfaces.com Visit our Website: www.acousticalsurfaces.com We Identify and S.T.O.P. Your Noise Problems AC(a)USTIK" acoustic subflooring V High Performance Noise Control V Cost Effective VI Recycled RubberAfaterial Easy to Install and WorA with MATERIAL: FEATURES: APPLICATIONS: THICKNESS: COLOR: FLAMMABILITY: INSTALLATION: Recycled Rubber Flat Effective Sound Control 5/16" 23 3/4" x 23 34" Black ASTM E -84, Flame Spread: 83; Smoke Developed Adhesive COMPOSITION: Wood floor Adhesive 8 -mm (5/16 ") Acoustik mem- brane Adhesive Concrete slab (8 ") RIC 62 315 COMPOSITION: Wood floor Adhesive 8 -mm (5/16 ") Acoustik membrane Adhesive 38 -mm Concrete slab 11.1 -mm (7/16 ") particleboard 38 x 235 -mm (2" x 10 ") floor joist RSI 1.470 -mm (2 3/4 ") sound insulation RIC 61 • Soundproofing Products • SonexTM Ceiling & Wall Panels • Sound Control Curtains • Equipment Enclosures • Acoustical Baffles & Banners • Solid Wood & Veneer Acoustical Ceiling & Wall Systems • Professional Audio Acoustics • Vibration & Damping Control • Fire Retardant Acoustics • Hearing Protection • Moisture & Impact Resistant Products • Floor Impact Noise Reduction • Sound Absorbers • Noise Barriers • Fabric Wrapped Wall Panels • Acoustical Foam (Egg Crate) • Acoustical Sealants & Adhesives • Outdoor Noise Control • Assistive Listening Devices • OSHA, FDA, ADA Compliance • On -Site Acoustical Analysis • Acoustical Design & Consulting • Large Inventory • Fast Shipment • No Project too Large or Small • Major Credit Cards Accepted Product Data Shee Edition 11.30.2004 Identification no. Sika AcouBond System Sika °AcouBond - System Elastic Bonding and Acoustical Dampening for Wood Floors Description The Sika' AcouBond*- System incorporates Direct Bond Technology with acoustic performance. The Sika AcouBond System consists of Sika SilentLayer -03, a 3 mm (1/8 ") proprietary specially slotted foam mat, and the SikaBond -T53, a unique permanently elastic, super strong, sound dampen- ing adhesive that forms a tenacious bond to wood flooring, plywood subfloors, concrete and other common subfloo materials. Uses The Sika° AcouBond ® - System is used to bond structurally sound solid and engineered hardwood in new constructions and renovations in residential, office, and industrial buildings as well as sales and show rooms. It is commonly used over in -floor radiant heating and on grade cement and gypsum - based slabs. Field testing demonstrates un- matched sound reduct ions. Characteristics / Advantages ■ Independently tested to - IIC 59 and STC 60 (see below) • Independently tested to- FIIC 59 and FSTC 59 (see below) • Extremely easy to install • Structurally bonds wood flooring to subfloor • Bonds solid wood flooring up to 8 in. (18 cm) wide and engineered planks up to 14 in. (36 cm) wide directly to concrete substrates • Eliminates the extensive labor of installing cork underlayments • No need for sleepers and plywood over concrete- and gypsum -based subfloors • Innovative walk -on work method • Can reduce overall installation costs up to 30% • Suitable for bonding wood floors directly onto old ceramic tiles - D-A .*—. nn fFw m hafrn•e Tests Approvals /Standards Sika® AcouBond-System with SikaLayer -03: • Independently lab tested to - IIC 59 (ASTM E492) and STC 60 (ASTM E90) (6 in. concrete slab, 5/8 in. suspended gypsum ceiling) • Independently field tested to - FIIC 59 (ASTM El 007) and FSTC 59 (ASTM E336) (8 in. concrete slab, no suspended ceilings) • Reduction of Impact Sound ALw 16 dB (NF EN ISO 717/2): Report OOA730e • Reduction of Impact Noise DLw -3 dB (NF EN ISO 717/2): Report OOA731e Product Description SikaLayee -03 Uses ■ Specially designed, proprietary Polyethylene foam mat with symmetrically placed cut -outs to insert adhesive t ac hieve a high sound dampening effect. Characteristics / Advantages ■ Dimensionally stable and pressure resistant ■ Defined amount of adhesive consumption ■ Low w for transport _ - Colors Gray Packaging 54.7 ft. x 4.92 ft. rolls = 269 ft (25 m 12 rolls per pallet Storayo _ Conditions/ Unlimited if kept in dry conditions and protected from direct sunlight at temperatures between +50 °F and +77 °F ( +10 °C and +25 °C). Technical Data Chemical Base Density Thickness Cut -Outs Heat Conductivity Footfall Sound Reduction Polyethylene foam 1.87 Ibs /ft' (30 kg /M3 ) 1/8 in. (3 mm) 5.6 cuts /ftz (60 cuts /m 0.042 W /mK Up to 16 dB Produ Des cril Uses n SikaBond' -T53 Insert SikaBond• -T53 to all cut -outs in the Sika SilentLayee -03 mat for a systematic installation of wood floors Description ■ 1- component, ready -to-use polyurethane adhesive ■ SikaBond -T53: Fast curing for early green strength and superior ho lding power Col" Beige/Tan Packaging 20 oz (600 ml) saus (20 saus in a box) - __- Shelf -Life 12 months from date of production if stored in undamaged original sealed containers, in dry conditions and protected from direct sunlight at temperatures between +50 °F and +77 °F ( +10`C and +25 °C): Technical Data SikaBond* -T53 Specific Weight 10 lbs/gal (1.2 kg/1). Tack -free Time 45 -60 minutes at 73 °F(23 °C) and 50% RH Curing Rate 1/8 inch (3.0 mm) in 24 hours at 73 °F (23 °C) and 50% RH. For proper curing of the sealant, sufficient ambient moisture is necessary (this can be from substrate or air). Floor may be sanded 24 hours after installation and light foot traffic only is acceptable after 6 -8 hours (depending on climatic conditions and adhesive layer thickness). Sag No Sag - holds body after gunning - Service Temperature -40 °F to +158 9 F, suitable for in -floor radiant heating Mechanical Properties SikaBonde -T53 Shear Strength 174 psi, 1 mm adhesive thickness at 73 °F(23 °C) and 50% RH. Tensile Strength 174 psi, cured at 73 °F(23 °C) and 50% RH Shore a Hardness 40 after 28 days at 73 °F(23 °C) and 50% RH Elongation at Break 5009'0, cured at 73°F(23 °C) and 509'. RH - System Information Application Details SikaBond® -T53 Consumption Approximately 13.4 ftz per sausage (1 box of 20 sausages cover 269 W). All cut -outs must be filled. Use application tip with triangular cut out to a 0.32 x 0.4 inch (8 x 10 mm) opening. Tips are included in the shipping carto Substrate Quality Clean and dry, homogeneous, even, free from grease, dust and loose particles. Paint, laitance and other poorly adhering particles must be removed. Follow standard construc tion re gulations. Substrate Preparation SikaBond can generally be used without priming on property prepared, structurally sound substrates - concrete, cement floors, chipboards,ceramic tiles plywood and hardwood. For on- grade sub - floors Sika recommends the use of Primer MB for best protection against sub -floor moisture - moisture testing is required by the wood flooring manufacturer for best results with the wood flooring products. Below grade applications are generally not recommended unless proper precautions are taken to protect the wood flooring from sub -floor and in -room humidity extremes. Sika recommends the use of Primer MB over any dry, gypsum -based sub - flooring to enhance surface strength. Preparation is a critical step in the installation process and will ensure a successful long term tenacious bond. All concrete, cement screed and gypsum based subfloors must be structurally sound, clean, dry, smooth; free of voids, projections, loose materials, oil, grease, sealers and other surface contaminants then thoroughly cleaned with an industrial vacuum. Remove laitance or weak areas mechanically. For application over ceramic tiles it is necessary to grind tile surfaces and clean thoroughly with an industrial vacuum. For substrates with old well bonded adhesive or adhesive residue use Primer MB - see Primer MB data sheet for installation instructions and proper details. If surface contains asphalt (cutback) adhesive follow the Resilient Floor Covering Institute "Recommended Work Practices" for removal. When the asphalt (cutback) adhesive is sufficiently removed use the Sika Primer MB to help promote adhesion to the subfloor - or use an industry approved levelling compound over the cutback residue. SikaBond T53 will adhere to most common patching /levelling compounds. Due to differences in asphalt based adhesive types and performance capabilities, applicator must verify that preparation of the surface is sufficient prior to using Primer MB or patch /level compound. For unknown substrates please contact Sika Technical Services for best practices at 800 - 933 -SIKH. Application Co nditio n s /Lim Substrate Temperature - During laying and until SikaBond° -T53 has fully cured substrate temperature should be greater than 60 °F (15 °C) and in case of floor heating, less than 70 °F (20 °C). For substrate temperatures the standard construction rules are relevant. Air Temperature -Room temperature between 60 °F (15 °C) and 90 °F (35 °C). For ambient temperatures the standard construction rules are relevant. Follow all wood floor manu acclimat and r oo m t r equ ir eme n ts. Substrate Humidit Application Moisture Level Moisture level RA requirements using requirements using Tram •x method ( %) CM method M 314" Solid or Engineered 4% Q 5% . over concrete 314" Sold or Engineered over concrete w lh Primer <8% <4.0% MB layer 3M" Sold or Engineered over in -floor heating over <3% concrete 3l4" Sold or Engineered Tramex should not be used over gypsum based to measure moisture content 314" Sold or Engineered Tramex should not be used over in -floor heating over to measure moisture <0.3% gypsum based 1content The National Wood Flooring Association recommends the use of moisture testing devices that identify actual moisture content in percentages ( %). For best results in measuring the moisture levels in cement based subfloor use the Tramex measuring device to find the highest reading in the application area and then run the CM method at that highest point to determine the worst case. As a general guideline for floors with no in -floor heating if the Tramex is below 4% the Primer MB will not be necessary and between 4% and 6% Primer MB will be required - however, the CM method must be used to make final determination of concrete moisture levels — use chart above. For moisture content and quality of substrates the guidelines of wood floor manufacturer must be observed. & A Rolstive Air Humidity Betwee 40 and 70 % Application Instructions Application Method/ Roll out SikaLayerll-03 mat on the properly prepared substrate, Tools parallel to the laying direction of the wood floor. The mat does not get glued to the subfloor — unless adhesive is used to keep the mat from sliding. The foam mat should be placed approx- imately Y2" away from walls and approximately '/V away to any adjacent mat. This will allow for placement of both a perimeter adhesive bead and an adhesive bead between any two adjace mats. To apply the adhesive a sausage -gun is requ ired. Moisture requirements are set forth to protec wood flooring products that can expand and contract with different moisture levels. Sika6t,.._ -T55 is not affected by moisture or vapor transmission. The below guidelines are included to provide the best practices in moisture vapor testing that exists today. Permissible substrate moisture contents are listed on the below chart. For more information on the use of the CM method please contact Troy Corporation at 973- 443 -4200. Apply the adhesive with manual- or air - pressure -gun into all cut -outs with the supplied triangular nozzle. Also apply adhesive beads at room perimeters and between adjacent mat as mentioned above. Take care to place only enough adhesive to allow sufficient time to place wood into adhesive while the adhesive is still very wet. Filling of all cut -outs is a must. The nozzle must be held vertical to the substrate - 90 degree angle. Take care not to apply adhesive on top of the mat. Position wood boards and firmly press into the adhesive until they lay tight on the Sikal-ayer® mat. The wood boards can then - _ -- be joined together using a rubber mallet or hammer and an impact block. Follow the required distance from the wall to the wood floor in the laying instruction from the wood floor manufacturer. Spacers should be used to ensure perimeter space is maintained. When working at or near room perimeters, door ways or tight areas additional slots may be needed in the SilentLayer -03 mat to accommodate short edge pieces and to ensure enough adhesive to securely hold wood down. Use razor knife to make cut outs in mat the same size as existing pre -cut openings. Fresh, uncured adhesive remaining on the wood floor surface must be removed immediately with Sika Hand Cleaner wipes. Failure to do so could result in a dulled finish. The laying instructions of the wood floor manufacturer as well as standard construction rules must be observed throughout the installation process. For Solid and Wide Engineered Hardwood applications: Sika recommends the use of clamps to keep joints tight — for most projects a set of 5 will be adequate. If bowed boards are expected, Sika recommends placing several rows of straight boards across length of room and allow to cure overnight — these will form starter rows that will act as anchor for the clamps. For moderately bowed boards — clamp boards from the starter row. Clamp each individual row or several rows — if clamping several rows this must be done while adhesive is still wet. Clamps can then be loosened until successive rows are place and clamped accordingly. Be careful not to over - tighten. Best practice is to leave clamps in place when work is stopped for the day. For severely bowed boards — cut boards down to shorter pieces so that bow is removed. For situations where wood flooring does not rest flat - Sika recommends as a best practice the use of weights to ensure intimate contact between the wood - adhesive - substrate. Leave clamps and /or weights on critical areas for a minimum of 12 hours. RA / "tom Position wood boards and firmly press into the adhesive until they lay tight on the Sikal-ayer® mat. The wood boards can then - _ -- be joined together using a rubber mallet or hammer and an impact block. Follow the required distance from the wall to the wood floor in the laying instruction from the wood floor manufacturer. Spacers should be used to ensure perimeter space is maintained. When working at or near room perimeters, door ways or tight areas additional slots may be needed in the SilentLayer -03 mat to accommodate short edge pieces and to ensure enough adhesive to securely hold wood down. Use razor knife to make cut outs in mat the same size as existing pre -cut openings. Fresh, uncured adhesive remaining on the wood floor surface must be removed immediately with Sika Hand Cleaner wipes. Failure to do so could result in a dulled finish. The laying instructions of the wood floor manufacturer as well as standard construction rules must be observed throughout the installation process. For Solid and Wide Engineered Hardwood applications: Sika recommends the use of clamps to keep joints tight — for most projects a set of 5 will be adequate. If bowed boards are expected, Sika recommends placing several rows of straight boards across length of room and allow to cure overnight — these will form starter rows that will act as anchor for the clamps. For moderately bowed boards — clamp boards from the starter row. Clamp each individual row or several rows — if clamping several rows this must be done while adhesive is still wet. Clamps can then be loosened until successive rows are place and clamped accordingly. Be careful not to over - tighten. Best practice is to leave clamps in place when work is stopped for the day. For severely bowed boards — cut boards down to shorter pieces so that bow is removed. For situations where wood flooring does not rest flat - Sika recommends as a best practice the use of weights to ensure intimate contact between the wood - adhesive - substrate. Leave clamps and /or weights on critical areas for a minimum of 12 hours. Clean Up All tools should be cleaned immediately after ust with Sika Equipment Cleaner or Sika Hand Cleaner Towels. Any adhesive that is permitted to cure on the tool will need to be removed by mechanical means. Use a dry towel and Sika Hand Cleaner Towels to removed adhesive from pre - finished wood surface before it cures. Finger prints or small amounts of adhesive residue can be removed from pre - finished wood using the Sika Hand Cleaner Towels. Sika Hand Cleaner Towels use a citrus based cleanser that will not harm the floor finish. Remove any adhesive r esidue from hand using the Sika Hand Cleaner Towels. Maximum Open time S ikaBond e -T53: -- 45 minu - Limitations ■ Sika AcouBond system should be used with 2 inch (5 cm) wide or larger structurally sound solid hardwood and structurally sound engineered hardwood thatcan be either floated or nailed or stapled. • Maximum wood size: Solid wood < 8" wide and Engineered wood < 14" wide. • Minimum wood lengths of 1' (one foot) is required to ensure that wood spans 3 (three) adhesive strips for standard placement. all Structurally sound sufficient tongue and groove stability is necessary for this system. • Bonds solid wood flooring up to 8 in.(18 cm) wide and engineered planks up to 14 in. (36 cm) wide directly to concrete substrates • Room temperatures should be between 50F and 90F during installation unless otherwise specified limitations by wood flooring manufacturer. • Do not use on wet, contaminated or friable substrates. ■ Sika recommends the use of Portland Cement based patching and levelling compounds for best results. ■ Gypsum -based sub -floors are very susceptible to excess moisture and will be degraded if exposed to excess moisture from below or above. ■ Do not use in areas subject to hydrostatic head or in areas subject to secondary source of moisture. • Do not use over concrete with curing compounds, sealers or other surface treatments that could impact the adhesion. • This adhesive will not prevent moisture related damage to wood flooring installations. • Sub -floor should be level - do not use adhesive as a leveling agent. • Cutback or other asphalt based adhesives should be removed. • Chemically treated woods (ammonia, wood stain, timber preservatives, etc.) and woods with high oil content must be tested for adhesion prior to application. • Adhesive should be kept above 60F for best workability. • Sufficient ambient moisture is necessary for proper curing. • Solid wood applications are best performed by an experienced installer. ■ When bonding solid wood Sika recommends the use of straps to fully connect tongue and groove — especially when wood pieces are not perfectly straight — a starter row may be appropriate to form a fixed location to tighten straps. ■ Installations over radiant heat require that slab temperature be kept below 70F during installation and for 48 hours after installation — then raised slowly up to final desired temperature. Follow wood floor manufacturer's temperature guidelines. Wood floors in non - insulated areas or areas without a damp proof membrane, must only be installed after the application of Sika Primer MB to control the moisture, if within product limitations. For detailed instructions consult the Product Data Sheets or contact our Technical Service. In case of chemically pre - treated types of wood floors (e.g. ammonia, wood stain, timber preservative or woods that have been pre - sealed on the back side) and woods with high oil content SikaBond should only be used if adhesion tests are run by applicator prior to starting application. Do not use on PE, PP, TEFLON, and certain plasticized synthetic materials. (Carry out pre - trials). Some primers can negatively influence the adhesion of SikaBond (pretrials suggested). Do not expose SikaBond to alcohol; this will impact the curing of the SikaBond. Health and Safety Information Protective Measures To avoid rare allergic reactions, we recommend the use of butyl rubber / nitril rubber gloves. Change soil work c lothes a nd wash hand before b r e aks and aft finishing work. Important Notes Residues of material must be removed according to local regulations. Fully cured material can be disposed of as household waste under agreement with the responsible local authorities. Detailed health and safety information as well as detailed precautionary measures e.g. physical, toxicological and ecological da ta c be obta ined from the s data sheet. KEEP CONTAINER TIGHTLY CLOSED KEEP OUT OF REACH OF CHILDREN NOT FOR INTERNAL CONSUMPTION FOR INDUSTRIAL USE ONLY CO NSULT MATERIAL SAFETY DATA SHEET FOR MORE INFORMATION Sika warrants this product for one year from date of installation to be free from manufacturing defects and to meet the technical properties on the current technical data sheet tf used as directed within shelf fife. User determines suitability of product for intended use and assumes all risks. Buyers sole remedy shag be limited to the purchase price or replacement of product exclusive of labor or cost of labor. NO OTHER WARRANTIES EXPRESS OR IMPLIED SHALL APPLY INCLUDING ANY WARRANTY OF MERCHANTABILITY OR FITNESS FORA PARTICULAR PURPOSE. SIKA SHALL NOT BE LIABLE UNDERANY LEGALTHEORY FOR SPECIALOR CONSEQUENTIAL DAMAGES. SIKA SHALL NOT BE RESPONSIBLE FOR THE USE OF THIS PRODUCT IN A MANNER TO INFRINGE ON ANY PATENT OR OTHER INTELLECTUAL PROPERTY RIGHTS HELD BYOTHERS. Visit our webslte at www.sikaconstruction.com 1- 800 - 933 -SIKA NATIONWIDE Regional Information and Sales Centers. For the location of your nearest Sika sales office, contact your regional cent %tka Corpora Slka Canada Inc. Sika Mexicana S.A. de C.V. Q1:Ai.ITY 201 Polito Anue 601 Delmar Avenue Carretera Libre Celaya Km. 8.5 . Lyndhurst, NJ 07071 Pointe Claire Corregidora, Queretaro Phone: 800 - 933 -7452 Quebec H9R 4A9 C.P. 76920 A.P. 136 Fax: 201- 933 -6225 Phone: 514 -697 -2610 Phone: 52 42 25 0122 syfEV -lAS�� Fax: 514- 694 -2792 Fax: 52 42 25 0537 - Quality Certdiution Numbers: Lyndhurst: FM 69711 (ISO 9000), FM 70421 (OS, 9000), Marion: FM 69716, Kansas City: FM 69107, Santa Fe Springs: FM 69408 4 R[SORT DESIGN ASSOCIATES Deferred Submittal item # 3 Fire stopping information and details: 3M Fire caulk or equivalent will be used at all mechanical, electrical and plumbing penetrations. Additional information will follow from M,E,P subcontractors as to method and material at specific locations of this project. v 3 0 W e s t B c n c h m a r k R o a d S u i t e 2 2 0 A v o n C O 8 1 6 2 0 1' . O. B o x 6 8 3 6 A v o n C O 8 1 6 2 0 phone: 970. 949.0899 fax:970. 949.0933 cmail:info @ Rcsortllcsikn.com www.ResortDc,,ign.com 3M Security: 3MTm Fire Barrier CP 25WB+ Caulk Page 1 of 1 3M Worldwide Select a Location English M Worldwide Product Catalog for Security Market Center > Fire Protection > Caulks > 3M Fire Barrier CP 25WB+ Caulk Our premium, intumescent latex /water -based caulk. Water based - easy cleanup and routine disposal with no special handling. One -part system - no mixing or measuring required. Intumescent and endothermic. Additional Information No -sag, non - halogen formula; fast - drying tack -free in approximately 10 -15 minutes, paintable. Up to 4 hours Fire Protection. I Learn More ... II Email I 3M Fire Barrier CP 25WB+ Caulk - Data Sheet (PDF 567.9 K) Email J MEA 152 -83 -M Vol. V, City of New York, 3M CP25,FD150, MP +,FS,CS - Technical Paper (PDF 509.0 K) Please Note: Adobe(g) Acrobat® Reader is required to view PDF documents. F+IGe! Acrobat; Adw,, Baader ' Make a Selection 3M Fire Barrier Caulk CP 25 WB+ 27 Fluid Ounces Cartridge A premium elastomeric latex caulk designed for use in a one -part fire, smoke, noxious gas and water sealant for through - penetrations 3MTm Fire Barrier Caulk CP -25 WB+ 2- Gallon Pail C A premium elastomeric latex caulk designed for use as a one -part fire, smoke, noxious gas and water sealant for through - penetrations. 3MTm Fire Barrier Caulk CP -25 WB+ 5 Gallon Pail A premium elastomeric latex caulk designed for use as a one -part fire, smoke, noxious gas and water sealant for through - penetrations. 3MT Fire Barrier Caulk CP -25 WB+ 10.1 Fluid Ounce Tube A premium elastomeric latex caulk designed for use as a one -part fire, smoke, noxious gas and water sealant for through - penetrations. 3MTm Fire Barrier Caulk CP -25WB+ 20 Ounce Sausage C A premium elastomeric latex caulk designed for use as a one -part fire, smoke, noxious gas and water sealant for through - penetrations. �)31V! 1995 -2006 Legal Information Privacy Policy http: / /products3.3 m.comlcataloglwwlen001 /security /- Inode_GSMBBFC 1 C 1 belroot_GST 1 T4S9T... 6/13/2007 RESORT DESIGN ASSOCIATES Deferred submittal item # 7 Operable parts: Interior unit plans at 1 /4 " = 1' -0" scale. Please refer to the ASI 27 drawing set, sheets A13.00- A13.26. All 24 units have been drawn at 1 /4" scale which includes plans, reflected ceiling plans, framing plans and interior elevations. Units 101 and 301 are Type "A" units and the remainder of units are type "B" units. Information as to the requirements of operable parts (ANSI. 117.1.1998 section 1002.9) at type a units 101 and 301 follows. 0 3 0 W e s t B c n c h m a r k R o a d S u i t c 2 2 0 A v o n, C O 8 1 6 2 0 P O. B o x (i 8 3 6 A v o n C() 8 1 6 2 0 phone: 970.949.0899 fax:970.949.0933 cmail:info@Rcsortl)csign.com wwxv.RcsortDcsign.com RESORT DESIGN A ASSOCIATES Section 1002.9 operable parts must comply with section 309. Section 309 operable parts require - A. Floor clearances per section 305. 305.2- ground surfaces do not slope at any clear floor or ground spaces. 305.3- clear ground and floor spaces are 30x48 inches and locations can be found on the floor plans. 305.4- knee and toe clearance areas have been provided at workspaces in kitchens and ay lavatories in bathrooms. 305.5 -clear floor and ground space forward or parallel approaches have been provided at all required locations. 305.6 -clear floor and ground spaces are overlapping or adjoined to accessible routes. 305.7 - manuvering clearances to alcoves are not applicable to these units B. Heights per section 308. 308.1- 308.2.2 operable parts for forward reach will be placed between 48" max. and 15" min. height above finished floor. When there is an obstruction deeper than 20" the max reach height to an operable part will be 44 ". 308.3 - 308.3.2 operable parts for side reach will be placed between 48" max. and 15" min. height above finished floor. Operable parts above obstructions that require a side reach phone: 970.949.0899 fac:970. 949.0933 email: info [@Rcsortlllcsign.com ww. .ItcsortDcsign.corn 3 0 W e s t B c n c h m a r k R o a d S u i t, 2 2 0 A v o n C O 8 1 6 2 0 P. O. B o x 6 8 3 6 A v o n C O 8 1 6 2 0 RESORT DESIGN I Wam ASSOCIATES will not exceed 48" where the obstruction is 10" or less and will not exceed 46" where obstruction is between 10 and 24" deep. 5 lb. max operation force. 309.2 -Clear floor spaces have been provided at all operable part locations (see floor plans). 309.3- Operable parts will be located in reach ranges per section 308. 309.4 -Light controls, switches, receptacles, t -stats and environ. controls, appliance controls, window hardware, plumbing controls and security and intercom controls will be operable with one hand and shall not require tight grasping, pinching or twisting of the wrist and the force to operate these items will not exceed 5 lbs. 0 3 0 W e s t B c n c h m a r k R o a d S u i t e 2 2 0 A v o n, C O B l 6 2 0 V. O. B o x 6 8 3 6, A v o n C 0 S l 6 2 0 phone: 970.949.0999 fas:970.949.0933 cmail:info @Rcsortllesign.com www.RcsortDcsign.com low] r'='1 L RESORT DESIGN ASSOCIATES Deferred submittal item # 8 ANSI117.1.1998 Section 1003 Type B option B unit requirements: 0 Refer to sheet A13.00 for written Type B requirements and blocking diagrams and interior specification of finishes and appliances. Refer to sheets A13.01 -13.25 floor plan at 1 /4" scale for clear areas and floor plan and interior elevation information. 3 0 W C s t B c n c h m a r k R o a d S u i t e 2 2 0 A v o n C O 8 1 6 2 0 P O. B o x 6 8 3 6 A v o n C O 8 1 6 2 0 phonc:970.949.0899 fax: 970.949.0933 email: info @RcsortDcsign.com ww wAkesortDcsign.com RESORT DESIGN ASSOCIATES Deferred submittal item # 9 Outdoor fireplace: On the 5 t " level terraces there will be a Napoleon GSS36N model outdoor fireplace UL # CR97 -003 please refer to specs and installation manual for additional information. Lel 0 3 0 W c 8 t B c n c h m a r k R o a d S u i t e 2 2 0 A c o n C O 8 1 6 2 0 P O. B o x 6 8 3 6 A v o n C O 8 1 6 2 0 phone: 970.949.0899 fax:970.949.0933 cmail:info @RcsortDcsign.com www.Rcsortl3esign.com E CERTIFIED UNDER CANADIAN AND AMERICAN NATIONAL STANDARDS, CR97- M.CAN1.221- M85.IASLLS 4 -96. QUALITY FIREPLACES I , 0 pUa44e4 Awwa W OUTDOO=GAS PLIANCE INSTALLATION AND OPERATION INSTRUCTIONS FOR OUTDOOR GAS FIREPLACE NATURAL GAS MODEL GSS36N PROPANE GAS MODEL GSS36P CERTIFIED FOR CANADA AND UNITED STATES USING ANSI / CSA METHODS WARNING: If the information in these instructions is not followed exactly, a fire or explosion may result causing property damage, personal injury or death. FOR YOUR SAFETY Do not store or use gasoline or other flammable vapours and liquids in the vicinity of this or any other appliance. WHAT TO DO IF YOU SMELL GAS: • Do not try to light any appliance. • Immediately call your gas supplier from • Do not touch any electrical switch. a neighbour's phone. Follow the gas • Close propane bottle or shut -off gas supplier's instructions. supply. • If you cannot reach your gas supplier, • Do not use any phone in your building call the fire department. or near the appliance. Installation and service must be performed by a qualified installer, service agency or the gas supplier. THIS FIREPLACE MUST BE INSTALLED OUTSIDE. rv*nwok Hw a" 1 EW- �i, c 1 % W4154WWIC0121 05 GSS36 Outdoor Gas Fireplace Prorturt Wh,-, -P to Buy I Specials I Accessories I What's New I About Us I customer C, J_ K7tdoor F Le Lace G5S For quality outdoor living nothing sets the standard like the GSS36N. This stunning stainless steel outdoor fireplace requires no venting and installs almost anywhere! An optional remote control is also available. Features • 100% stainless steel construction • Protective stainless steel cover included • Up to 40,000 BTU's and 99.9% efficiency • Stainless steel upper and lower louvres • Millivolt remote control valve with built -in adjustable flame heat control • Zero clearance to combustibles • Piezo ignitor • Exclusive PHAZER® glowing log set • Liquid propane or natural gas • Standard safety screen Accessories • Advantage Remote Control with digital readout • Decorative Andirons in 24 Karat gold plated or traditional painted black {� *iJll:ila.t.:i r:!'.d4 r rit;3:iL,: :$ E http://www.napoleonfireplaces.com/Webshare/outdoor/GSS36N.html Page 1 of 1 6/13/2007 GSS36N Outdoor Fireplace Accessories I What's New I About Us I Customer Care Page 1 of 1 pecif'cations: GSS Specifications . 40,000 BTU's . 99.9% Efficiency Natural Gas Natural Gas to Propane conversion kit 12" stainless steel gas flex connector and shut off (25 /crtn) . Tested in Canada and the US as an outdoor gas fireplace Listed to UL CR97 -003 and CSA CAN 1 -2.21 and IASUS4 rzl•.k!W- t;� :At:U +:t:a � - 37W . I BM 5'7; GAS I mar MLET 3' T Tested in Canada and the US as an outdoor gas fireplace Listed to UL CR97 -003 & CSA CAN 1-2.21 & IASUS4 Line dimensions are to be used as a guide only. Please consult your installation manual for updated and precise measurements before proceeding to install or frame your Napoleon Fireplaces. Check all Local and National Building Codes and Gas Regulations 1401 http:// www .napoleonfireplaces.com/Webshare /outdoor /Specs_GSS36N.html 6/13/2007 w 22 'Ea ,{� » y2 \ � { � \m ©yw ;t< -( m \ {� a» !. z a O § c /C {� \ / / 7 \ k \ ) E' g E e E o e g ® \ •/w a \ \ CD E M ; / / \ \ r CD ƒ E $ / ) /. / < S R 0 / E \ E § ) § ) ( ` 2 / \ / 7 7 ® \ ) \ F \ ) § e K rD /\ ®«» } � ,=m k \2 \k I I < K £» ; o \ §2 22� . /2 �® /k ` m { 0 �fk « I {} [m { O & \\ \ n \ c e � § MCI V I L 4 , I 1 0 � � N n o w a S S a � N a y' 'b R 3 o° Z_ E � v ^� n O ^� n O P- °a a N 0 Fr N 3 o 0 C pI O -n as � a rY re N� II �► S '7 b £ a B- 0. I 0 O s� N 1 Z.: s O �z o p � m o � o C) ^rJ tl a� 71 W w o O G. D Gl ZJ O m A Q C 90 D C) n m /) N Q 7:u m N N S a� o' WW w e a i w N c' ax � a � N � I � . O F? w tl ao x a r_ n N N 0 n 2 C n" S n o a� n n m m e ° w 0 0 n � � �A 00 Oo O G1 N £ o v a A ° . a , 0. O 3 N a 0 � � O 7 n n I 7 FIREPLACE ti ' 7 .. p Iv F. WALL Iu •'� Y '�"I G R' C w w m O r J' °< fD 7 m w � t ? w N w a v � o In MCI V I L 4 , I 1 0 � � N n o w a S S a � N a y' 'b R 3 o° Z_ E � v ^� n O ^� n O P- °a a N 0 Fr N 3 o 0 C pI O -n as � a rY re N� II �► S '7 b £ a B- 0. I 0 O s� N 1 Z.: s O �z o p � m o � o C) ^rJ tl a� 71 W w o O G. D Gl ZJ O m A Q C 90 D C) n m /) N Q 7:u m N N S a� o' WW w e a i w N c' ax � a � N � I � . O F? w tl n n O 7 CTni•" o w CL cm . I aux o QO U_ O S RI - n O v r+ n ni D z O m _ m D G) m ao a n N N 0 n 2 C n" S n o a� n n 3 E e ° w 0 0 n � � £ o v a CD N a 0 � � O 7 n n I 7 V R ' 7 .. p Iv F. S Iu •'� Y '�"I G R' m O °< fD 7 m w ° N ? w N w a v o p YP { v Z I= c 0 0 • a a °� a^ O ° Ol s c C, �1 ►'1e A o f D I n 3 o 0 p do rn o ° 5 7 ° o a o c O n g m tp 2 C 0 IC y N N 0_ ° c o �. N A W " x -o Z 9^ w o ?_ Ip O _< (O G) c 0. o £ ao r N ie 'O p co Q M C�� Q � Q n � ti rm O s � G ON w � w O < 00 00 N p o D o y L CL S N w 7 O Q O n ..� to N Q- 5 e+ F j D o o o a °'. L o ° 2 n n O 7 CTni•" o w CL cm . I aux o QO U_ O S RI - n O v r+ n ni D z O m _ m D G) m ao a n N N 0 n 2 C n" S n o a� o N' o ° 3 E e ° w 0 0 n � � £ o v a N a 0 � � O 7 n n I 7 V R n n O 7 CTni•" o w CL cm . I aux o QO U_ O S RI - n O v r+ n ni D z O m _ m D G) m pi TABLE of CONTENTS PG 3.4 INTRODUCTION Warranty General Instructions General Information 5 -6 INSTALLATION Gas Installation Combustion and Ventilation Air Provisions Clearance to Combustibles Framing Mantle Clearances Nailing Tab Installation 7 -8 FINISHING Log Placement Curtain Mesh Hood Installation Logo Placement Louvre Installation PLEASE RETAIN THIS MANUP 9 OPERATION / MAINTENANCE Operating Instructions Maintenance Venturi Adjustment 10 REPLACEMENTS Ordering Replacement Parts Replacement Parts 11 -12 TROUBLE SHOOTING GUIDE ,- OR FUTURE REFERENCE WARNING • Under no circumstances should this fireplace be modified. • Provide adequate ventilation and combustion air. Provide adequate accessibility clearance for servicing and operating the fireplace. Never obstruct the front opening of the fireplace. • If fireplace keeps shutting off, have it serviced. Keep burner and control compartment clean. • Do not burn wood or other materials in this fireplace. • Adults and especially children should be alerted to the hazards of high surface temperatures and should stay away to avoid burns or clothing ignition. Supervise young children when they are in the vicinity of the fireplace. • Clothing or other flammable material should not be placed on or near the fireplace. • Any safety screen or guard removed for servicing must be replaced prior to operating the fire- place. • It is imperative that the control compartments, burners and circulating air passageways in the fireplace are kept clean. The fireplace should be inspected before use and at least annually by a qualified service person. The fireplace area must be kept clear and free from combustible mate- rials, gasoline and other flammable vapours and liquids. • Furniture or other objects must be kept a minimum of 4 feet away from the front of the fireplace. • Do not use this fireplace if any part has been under water. Immediately call a qualified service technician to inspect the fireplace and to replace any part of the control system and any gas control which has been under water. • Do not allow wind to blow directly into the fireplace. Avoid any drafts that alter burner flame patterns. • Do not use any accessory not approved for use with this fireplace. ANYCMNOETV MISPM EPLACEOR /TSCONTROLSCANNEQANGEROUS AMASPRMIX17ED. NOTE. Changes. other than editorial. are denoted by a vertical line in the margin. W4150=B C/1121.05 3 NAPOLEON products are manufactured under the strict Standard of the world recognized ISO 9001: 2000 Quality Assurance Certificate. NAPOLEON products are designed with superior components and materials, assembled by trained craftsmen who take great pride in their work. The burner and valve assembly are leak and test -fired at a quality test station. Once assembled the complete appliance is thoughly inspected by a qualified technician before packaging to ensure that you. the customer,' revieves the quality product that you expect from NAPOLEON. NAPOLEON GAS APPLIANCE 5 YEAR LIMITED WARRANTY Jill'' stainless steel components of your new Napohon gas appCsance are warranted against defects for five years. All'' parts such as gas valves, logs, gasljting are covered and Napoleon wiQ' provide replacement parts free of charge during the first year of the limited warranty. Labour related to warranty repair is covered free of charge during the first year. Qtpair wort, however, requires the prior approval of an authorised company officiat Labour costs to the account of X%TOLEON are based on a predetermined rate schedute and any repair work must 6e done through an authorised NAPOLEON dealer. CONDITIONS AND LIMITATIONS NAPOLEON warrants is products against manutac unng defects to the original purchaser only— i.e.. Me indlvldual or legal sift (regislered cusbmw) whose name appears on are warn yreglstrwbncardNedwithNAPOLEON— presidedt hatt hepurchasewasmadethroughanaudierizedNAPOLEONdealerandissubjedto thefaAowsgcondldonsaridsnMasons: This limited warranty applies only while the unit romans at the site of original installation. and only if the unit is installed N Canada or On United States. This factory wartamy is nontransferable and may niotbeextended whahoaver by any of Ourrepresentativee. lnslaNabon must be done in accordance with arse irsfallstion Instructions included with the product and all local and national building andsre codes. Thislirrdled warranty does not cowdernages cawed by miwse. lade of maintenance, accident, alleretions. abuses neglect and parts installed from othermanufacturers will nulliy this hsarrsMy This Ii miwdwommyfuraordoesnoteweranyse tdm.dens,corrosonordit -1 uringcausedby excessive heat. abrasive and dwnreceidowners .medurvdallreagedbg lasend enibens. In are first year pay, this warranty exte dslo therepar or replacement of warian0ed parts which are defective in material orworkmanship provided that the product has been operated In accordance with are operation matructons and u+dernamel conditions. After Via fast year, with retpectia ails Limibd Wirrardy. NAPOLEON may, atasdiscrotion, fully disc" all obligations with resped to this warranty by neluntling to are original warranted pwdwseraw wholesale price olany warranted brit defective part(s). Afterawfind year. NAPOLEON willrot be responsible for instafton. labouror any other cosh or expenses related to the reinstallation of a warranted part. and such expenses are not coveredbyadewrsrenty. NoMfilistands 9 any provisions contained in this LtNled Warranty NAPOLEON'S responsibility rnderhhlswamanty is defined as above and it shall not in anyeventedond to wry incidental. earhaequentlelor fired damages. This warranty donnas to obligations and lsbgity of NAPOLEON with resped to the NAPOLEON gas appliance and any oarwwwrraneas expressed or implied whh respect to this product is co ponwitsoraccessoriesare exclded, This limited warroMydoos not coverdsmages resdting from the use o( components not supplied with the appliance. or the use of fuel other than it specified. Any damages to appliance due to weather, big ponds of dampness, condensation, damaging chemicals or deeners will not be the responsibility of NAPOLEON. The bill of sale or copy wit be reWred so9etlher with a serial number and a nodal number when moldng any warranty datms from youraNhorized dealer. The warranty registration cad must be retuned within fourteao days to register the warronly. NAPOLEON reserves Me right to how b reprosentative inspect any product or part thersof pnorID honournganywarranty claim. W4154MICM121 05 El THIS GAS FIREPLACE SHOULD BE INSTALLED AND SERVICED BYA QUALIFIED INSTALLER to conform with local codes. Installation practices vary from region to re- gion and it is important to know the specifics that apply to your area. The installation must conform with Local codes or in the absence of local codes, with the National Fuel Gas Code ANSI 2223.1/INFPA 54 in the United States or CSA B149.1, Natural and Propane Installation code in Canada. The fireplace and its individual shutoff valve must be dis- connected from the gas supply piping system during any pressure testing of that system at test pressures in ex- cess of 1/2 psig (3.5 kPa). The fireplace must be isolated from the gas supply piping system by closing its individual manual shutoff valve during any pressure testing of the gas supply piping system at test pressures equal to or less than 1/2 psig (3.5 kPa). When the fireplace is installed directly on combustible material other than wood flooring, the fireplace shall be installed on a metal or wood panel extending the full width and depth. �t� We suggest that our gas INSTITUTE hearth products t)e installed and serviced by profes- sionals who are certified ir+ the U.S. by the National Fireplace Institute (NFI) as NFl Gas Specialists. J 1 t 13r GENERAL INFORMATION FOR YOUR SATISFACTION, THIS FIREPLACE HAS BEEN TEST -FIRED TO ASSURE ITS OPERATION AND OUAL- 1TY! Maximum input is 40,000 BTU/hr for natural gas and propane. When the fireplace is installed at elevations above 2.00011, and in the absence of specific recommendations from the local authority having jurisdiction, the certified high altitude input rating shall be reduced at the rate of 4% for each additional 100ft. It is highlyrecommendedto protect the logs from nwis- ture (rain, snow). Cover the firebox when not In use This fireplace Is only for use with the type ofgas Indi- coted on the rating plate This fireplace Is not convert - Ib/e for use with other gases, unless a certified kit Is used Minimum inlet gas supply pressure is 4.5 inches water column for natural gas and 11 inches water column for propane. Maximum inlet gas pressure is 7 inches water column for natural gas and 13 inches water column for propane. Manifold pressure under flow conditions is 3.5 inches water column for natural gas and 10 inches water column for propane. No external e/ectdeW(110 volts or24 volts) Isroquired for the gas system operation. Expansion / contraction noises during heating up and cool- ing down cycles are normal and are to be expected. Use only accessories designed for and listed with your specific fireplace. FIGURE L �T 3P". W415M/Cn121.05 5 INSTALLATION NOTE: if the unit Is Installed using a propane cylinder as a source of fuel, the cylinder must be retained. A stand ►or a standard 201b cylinder is available from your Napoleon Owler. f. Move the fireplace into position and secure using the nailing tabs and/or secure to the floor through the 'Wo holes located at either end of the base. 2 Install rigid black pipe, 1/2" type -L copper tubing or, if local codes permit, a 3/8' flex connector and shutoff valve to the gas line and the fireplace gas valve. Seal and tighten securely. An adapter fitting is required between the gas valve and the copper tubing or flex connector. DO NOT KINK FLEX CONNECTOR. FLEXI3 SHUT OFF NNECiOR V v AP R ,� 2FI111VG Q_ ARCK 3. Check for gas leaks by brushing on a soap and water solution. DO NOT USE OPEN FLAME. 4. For ease of accessibility, an optional remote wall switch may be installed in a convenient location. Route a 2 strand, solid core millivolt wire through the electrical hole located at the bottom left side of the unit. The recommended maximum lead length depends on wire size: WIRE SIZE MAX. LENGTH 14gauge 100 feet 16gauge 60 feet 18gauge 40 feet Attach the two leads to terminals 1 and 3 located on the gas valve. . . a FIGURE3 r f Y Z /• Do not connect either the wall switch, thermostat or gas valve to electricity (110 volts). C This fireplace is intended for installation on an outdoor patio or in your yard. it must never be installed inside the warm air envelope of your structure. It is highly recommended that this fireplace be installed in a "sheltered" area. Direct wind will cause an erratic flame and possible pilot or main burner outage. An erratic flame could also lead to excessive carboning (black soot), this condition is not a safety issue but is visu- ally undesirable. Typical installation may Include covered patio, screened porch, gazebo or an outside the wall of a house.' NOTE: Ensure the area has adequate ventilation. CLEARANCE TO COMBUSTIBLES Sides, back, bottom & top 0 inches Recessed 18'/4 Inches Top of unit to ceiling 48" It is recommended that the walls of the fireplace enclo- sure be finished. This would ensure that clearance to combustibles is maintained within the cavity. N installing a propane fireplace the propane cylinder must ahvays be on the exterior of such a structure. N415OM/c/++21.05 It is best to frame your fireplace after it is positioned. Use 20's and frame to local building codes. FIGURE 4.6. FIGURES r III P'_ 36 When roughing in the fireplace, raise the fireplace to ac- commodate for the thickness of the finished floor materi- als, i.e. tile, carpeting, hard wood, which it not planned for will interfere with the opening of the lower access door and the installation of many decorative flashing accesso- ries. Objects placed in front of the fireplace should be kept a minimum of 4 feet away from the front face. CLEA MANTLE Combustible mantle clearance can vary according to the mantle depth. Use the graph to help evaluate the clear- ance needed. t RG� 7 ? I 6 "MANTLE - ! w 4 MANTT1 COMBUSTIBLE 17 � Mgfy MATERIALS �. 16' i 12" ;_ UD TOP OF UNT •URE 6 1 I 1� 14 1: 1e' MANTLE WIDTH OUTSIDE - f- CHASE 13 .,,, 37 + ^ ° FIGURES 7 13 37 Combustible materials may be installed flush with the front of the fireplace but must not cover any of the black face - areas of the fireplace. Non - combustible material (brick, stone or ceramic tile) may protrude in these areas. It is not necessary to install a hearth extension with this fireplace system. F<G_ NAILING TAB INSTALLATION To install the fireplace face flush with the finished sur- face, position the frame- work to accommodate the thickness of the finished surface. Bend out the four nailing tabs, attached on ei- ther side of the fireplace and secure to the 2x4 framing. The tabs will facilitate the in- stallation of either a N." or a 1" finished surface thick- ness. The nailing tabs must not be removed. w4150MicMI.21 os FINISHING I LOG PLACEMENT PK4ZET" logs are exclusive to Napoleon Fireplaces, provide a unique and realistic glowing effect that is different in every installation. Log colours may vary. During the initial use of the fire- place, the colours will become more uniform as colour pigments burn in during the heat activated curing proc- 5. Place the bottom of the right crossover log (#6) against the right firebox side and pulled forward to the grate. The top of the log should rest in the pocket provided on the center log ( #5). Blocked bumer ports can cause an incorrect flame pat - tem, carbon deposits and delayed ignition. PHAZER'"' logs glow when exposed to direct flame.PHAZER"A logs avail- able from your Napoleon dealer. IMPORTANT R IS HIGHLY RECOMMENDED TO PROTECT THE LOGS FROM MOISTURE. COVER THE FIREBOX WHEN NOT IN USE. W415o309 1 0 /11 21.06 The top of the log should rest in the pocket on the back log. 4. Position the notch located on the end of the center log ( #5) against the middle grate post with the other end of the f. Place the back log ( #1) onto the log support tray and in front of the tabs. The tabs maintain an air space be- tween the log and firebox back to facilitate combustion air flow. Ensure that the back of the log rests against the brack- ets on the back wall of the firebox. log resting in the pocket of the left crossover log. 2. Move the two small logs (#2 & #S) into position, lining up the studs located on the burner with the holes on the bottom of the logs. Ensure that the small logs sit flat on the burner. 3. Place the bottom of the left crossover log (#4) against the left firebox side and pulled forward to the grate. LOGO PLACEMENT Remove the backing of the logo supplied and place on the screen cover, as indicated. LOUVRE • GUREtSa.- UPPER LOUVRES: In- HOW sort the upper louvres MET Into the slots on both brackets. Press the top T flange of the hood into + the four clips located A ) along the top of the unit as shown. LOWER LOUVRES: At- tach each hinge to the fire- box with 2 screws. I B LOWER LOUVRES (VALVE CONTROLDOOR) W4164 M1 n .21.05 The curtain mesh must be kept fully closed during opera- tion to help prevent accidental bums from occurring. HINGE SCREEN: Position the hinge screen into place and with the control door open, secure to the firebox using three screws. The heater must not be used when the hood is re- moved. Hook the hood over the lip of the curtain support plate. Ft K heater keeps shutting off, have K serviced. Keep burner and canbnl ocmparbnent c%an. When X for the flirt dime, the tlMpface wll/mnita slight odourforafewhount. Thisisanormaltempororycon- d1tlion caused by the curing ofthe logs and the "burn- fa °ofinternal paints and lubricsnts used in the manu- facturiingpavess and will notoccuragain. Alter extended periods ofnon-0penetMn such as fol- lowing a vacation or warm weather sesson, the fire- place may emit a slight odour fora few hours This !a caused by dust psrtldesburning off. A. This fireplace is equipped with a pilot which must be IN by hand while following these instructions exactly. B. Before operating smell all around the fireplace area for gas and next to the floor because some gas is heavier than air and will settle on the floor. C. Use only your hand to tum the gas control knob I manual shut- off knob. Never use tools. If the knob will not turn by hand. do not try to repair ft. Call a qualified service technician. Force or at- tempted repair may result in a fire or explosion. D. Do not use this fireplace 9 any par has been under water. Immediately call a qualified service technician to inspect the fire- place and replace any part of the control system and any gas control which has been under water. • Do not use a mobile or land phone. • If you cannot reach your gas supplier, call the fire department. • Turn off all gas to the fireplace. • Do not try to light any appliance. • Immediately call your gas supplier from a neighbour's phone. Follow the gas suppliers instructions. MAINTENANCE CAUTION: Label all wires prior to disconnection when serv- icing controls. Wiring errors can cause improper and dan- gerous operation. Verify proper operation after servicing. This heater should be inspected and serviced before use and at least annually by a qualified service person. The fireplace area must be kept clear and free of combustible materials, gasoline or other flammable vapours and liq- uids. The flow of combustion and ventilation air must not be obstructed. 2. Keep the control compartment, logs, burner, air shutter opening and the area surrounding the logs clean by vacu- uming or brushing, at least once a year. 3. Check to see that all burner ports are burning. Clean out any of the ports which may not be burning or are not burning properly. 4. Check to see that the pilot flame is large enough to engulf the thermocouple and thermopile and promptly ig- nites the main burner. 6. Check to see that the main burner ignites completely on all openings when the gas knob for the burner is turned on. A 5 to 10 second total light -up period is satisfactory. If ignition takes longer, consult your Napoleon dealer / dis- tributor. When lighting and re- lighting, the gas knob cannot be turned from pilot to off unless the knob is depressed. 1. Stopl Read the safety information on the operating label. 2. Turn the gas knob clockwise e � to off. 3. Wait five (5) minutes to dear out any gas. If you smell gas including near the floor, dopt Follow "b" on the operating la- bel. If you don't smell gas go to the next step. 4. If fireplace is equipped with flame adjustment valve turn clockwise to off. 5. Find pilot located in front of back log. S. Turn gas knob counter- dodkwise /e to pilot. 7. Depress and hold gas knob while lighting the pilot with the push button ignitor. Keep knob fully depressed for one minute, then release. If pilot does not continue to bum repeat steps 3 through 7. 8. With pilot lit, turn gas knob counter- ckrokwhse/e to on. 9. If equipped with flame adjustment valve, push and turn knob to high. 10_ If equipped with remote on-off switch, main burner may not come on when you turn the valve to on or high. Remote switch must be in the on position to ignite burner. • Push in gas control knob slightly and turn clockwise /4k to off. Do not force. Cleaning Stainless Steel: Do not use abrasive cleaners to clean any painted, porcelain or stainless steel parts. To clean stainless surfaces, use a stainless steel cleaner or a non- abrasive cleaner. Always wipe in the direction of the grain. Do not use steel wool, as it will scratch the finish. Stainless steel parts will discolour when heated, usually to a golden or brown colour. This discolouration is normal and will not affect the performance of the appliance. VENTURIADJUSTMENT Air shutter adjustment must only be done by a quali- fied gas installer! Closing the air shutter will cause a more yellow flame, but can lead to carboning. Opening the air shutter will cause a more blue flame, but can cause flame lifting from the burner ports. The flame may not appear yellow immediately; al- low 15 to 30 minutes for the final flame colour to be estab- lished. Opening the air shutter will also reduce exhaust odours. See Trouble Shooting Guide. _ _ "OPE �ic AIR SHUTTER OPENINGS NG 7/16" LP FULLY OPEN w41540309ic,1121.05 1 w41540309ic,1121.05 10 REPLACEMENTS Contact your dealer for questions concerning prices and When ordering replacement parts always give the follow - policies on replacement parts. Normally all parts can be ing information: ordered through your Napoleon dealer or distributor. 1. MODEL & SERIAL NUMBER of FIREPLACE 2. INSTALLATION DATE OF FIREPLACE FMW y WWrf) gIS,AMOrOCOPYOFYW 3. PART NUMBER oAxwi4L pyY=ENiLL sERE'GIflw roAgAAom lWA(AMt. 4. DESCRIPT oN OF PART 5. FINISH * 1DEN77F /ES ITEMS WHICHARE NOT ILLUSTRATED. FOR FURTHER INFORMAWN, CONTACT YOUR NAPOLEON DEALER REPLACEMENT PARTS # PART NO. DESCRIPTION 16 W135.0188OD RIGHT CROSSOVER LOG (96) 1 W357.0001 PIEZO IGNITER 17 W010 -1066 PAN BURNER 2 W680.0004 THERMOPILE 18 W455 -0078 931 NATURAL GAS BURNER ORIFICE 3 'WBOD-0005 THERMOCOUPLE 18 W455-0D42 949 PROPANE GAS BURNER ORIFICE 4 W010.0800 NATURAL GAS PILOTASSEMBLY 19 W335 -= HOOD 4 W010-08M PROPANE GAS PILOTASSEMBLY 20 W565 .0082 CURTAIN MESH 5 W455.0069 NATURAL GAS PILOT INJECTOR 21 W665.0040 CURTAIN ROD 5 W455 -0087 PROPANE GAS PILOT INJECTOR 22' W080 -0614 CURTAIN ROD BRACKET 6 W725 -MM NATURAL GAS VALVE 23 W500.0209 CURTAIN SUPPORT PLATE 6 WnS -0029 PROPANE GAS VALVE 24 W630 -0010 BLACKTASSELS 7' W385-0245 NAPOLEON LOGO 25 W200 -0135 FIREBOX COVER 8 GL-6390D LOG SET 26 N325.0036 COVER HANDLE 11 W135 -01830D BACK LOG (91) 28' W680_0005 SWITCH 12 W135.01940D LEFT MIDDLE LOG (92) 29' W750 -0109 'he" FLAG WIRE ASSEMBLY 13 W135 -01850D RIGHT MIDDLE LOG (93) 30' W750-0110 !: FLAG WIRE ASSEMBLY 14 W136 -0185OD LEFT CROSSOVER LOG (94) 15 W135 -01870D MIDDLE CROSSOVER LOG (95) W415dMfC/1121.05 " WARNING: This is a fast acting thermocouple. It Is an integral safety component Replace only with a fast acting thermocouple supplied by WoH Steel Ltd. 11 w41&UMICM21 os T ROUBLE •• GUID SYMPTOM P Main burner goes Pilot flame is not large - turn up pilot flame. out; pilot stays on. enough or not engulfing the . replace pilot assembly. thermop Thermopile shorting - clean thermopile connection to the valve. Reconnect. - replace thermopile / valve. Remote wall switch wire is shorten wire to correct length or wire gauge. too long; too much resist- ance in the system. Faulty thermostat or switch. - replace. Pilot goes out when System is not correctly - purge the gas line. the gas knob is re- purged. leased. Out of propane gas. - fill the tank. The gas valve has an interlock device Pilot flame is not large - turn up the pilot flame. which will not allow enough the pilot burner to Pilot flame is not engulfing - gently twist the pilot head to improve the flame pattern around the be lit until the ther- the thermocouple. thermocouple. mocouple has Thermocouple shorting / - loosen and tighten thermocouple. cooled. Allow ap- faulty. - clean thermocouple and valve connection. proximately 60 - replace thermocouple. seconds for the - replace valve. thermocouple to cool Faultyvalve. - replace. Pilot burning; no Themostat or switch is de- - connect a jumper wire across the wall switch terminals; if main gas to main fective. burner lights, replace switch / thermostat. burner; gas knob Wall switch wiring is detec- - disconnect the switch wires & connect a jumper wire across termi- is on 'HI'; wall tive nals 1 & 3; if the main burner lights, check the wires for defects and switch / thermostat / or replace wires. is on. Main bumerorifice is plugg - remove s t opp age in orifice. Faulty valve. replace. Pilot will not light. No spark at pilot burner - check if pilot can be lit by a match - check that the wire is connected to the push button ignitor. - check if the push button ignitor needs tightening. replace the wire if the wire insulation is broken or frayed. - - replace the electrode it the ceramic insulator is cracked or broken. replace the push button ignitor. Out of propane gas - fill the tank. Spark gap is incorrect - spark gap should be 0.150" to 0.175' (5/32' to 11/64" approx.) from the electrode tip and the pilot burner. To ensure proper electrode location, tighten securing nut (finger tight plus 1/4 turn). No gas at the pilot burner - check that the manual valve is fumed on. - check the pilot orifice for blockage. - replace the valve. - call the gas distributor. w41&UMICM21 os 12 Pilot goes out Gas piping is undersized. - turn on all gas appliances and see if pilot flame flutters. dimin- while standing; ishes or extinguishes, especially when main burner ignites. Monitor Main burner is in appliance supply working pressure. 'OFF' position. - check if supply piping size is to code. Correct all undersized piping. High Wind. - unit has been exposed to a high wind condition. A "sheltered" area is recommended for the installation location. - close mesh screens. Flames are con- Unit is over -fired or under- - check pressure readings: sistently too large fired. Inlet pressure can be checked by turning screw (A) counter- clock- or too small. wise 2 or 3 turns and then placing pressure gauge tubing over the Carboning occurs. test pant. Gauge should read 7" (minimum 4.5 ") water column for natural gas or 13" (11" minimum) water column for propane. Check that main burner is operating on "HI ". Outlet pressure can be checked the same as above using screw (B). Gauge should read 3.5" water column for natural gas or V' water column for propane. Check that main burner is operating on "HI ". > - AFTER TAKING PRESSURE READINGS, BE SURE TO TURN SCREWS CLOCKWISE FIRMLY TO RESEAL. DONOTOVERTORQUE. Leak test with a soap and water solution. Carbon is being Air shutter has become - ensure air shutter opening is free of lint or other obstructions. deposited on, logs blocked or combustion chamber surfaces. Flame is impinging on the - check that the logs are correctly positioned. logs or combustion cham- - open air shutter to increase the primary air. ber. - check the input rate: check the manifold pressure and orifice size as specified by the rating plate values. - close mesh screens. Remote wall switch is in "OFF" position; main burner comes on when gas knob is turned to "ON" po- sition. Wall switch is mounted up- - reverse. side down Remote wall switch is - replace. grounding. Remote wall switch wire is - check for ground (short); repair ground or replace wire. grounding. Faulty valve. - replace. W415M/ c/ 112105 WA � r L � w • i D m 0 E Ili . D v r ono 0 00 ACE rr« i D C bo o "� o° RESORT DESIGN ASSOCIATES Deferred submittal item # 10 Fire department responses: 3 0 W c S I B c n c h ni a r k R o a d S Ll I t e 2 2 0 A N. () n, (" () 8 1 6 2 0 B o x (i 8 3 6 1 o n C O 9 1 6 2 0 h ( ) n c : 9 7 0 . 949.0899 fa 970 949.0933 c ni a i I : i n f o 0 a , R c . , o r t 1) c s i gn . c o m \v w w. R c s o r t 1) c gn . c o m Pruit View From: Mike McGee To: John Piano CC: Charlie Davis; Fire Inspectors Bate: Wednesday - December 27, 2006 8 :25 AM Subject: Mountain View B06-0280 Page 1 of 2 I have completed the review of the resubmittal for fire department issues. The results are as follows: 1. C 3.1 The 4% cross slope at the fire dept staging area is a concern. Fireflow requirements for the project requires two pumpers. Access to a second hydrant and staging are not dear. 2. A O.I. The trash room is not readily accessible nor is there a fire hose valve in reasonable proximity. 3. L I & L 2 The fire department connections and fire hydrants are not shown. The landscape plan indicates the fire department connections and fire hydrants will be obstrumd. 4. FP 1.28 & A 3.2 8 need to be coordinated. Fire hose valves are to be sixty inches above finished floor, not six feet. 5. A 2.113 does not indicate the exit door from the garage. The concern is dearence. The garage exhaust fan is shown over the top of the fire command room. Adequate fire rating ( 2 hour) is required if this configuration exists or remains. 6. A 3.313 Gas meters are shown on the south side of the garage on this sheet only. NOTE: The gas meter locations are not consistent. Gas and electrical meters must be protected from snow and ice accumulation. Resubmit gas meter locations on a plan approved by Excell Energy. Provide elevations and site plan. 7. A 4.2 b Show roof access. B. A 7.2 Provide fire rating on pluylsocynatic insulation and method of attachment. Provide flame spread and gash point data if using mastic. 9. M 2.6 Show access past fans on root 10. E Series The fire alarm devices and locations on the electrical plans are rejected. hops: /Angi..vfk; &ov_ /grfwei 2 tsw-. coa�xr= fuftrniWe6mlcog6�xb&rtem.drn= 8 4 2 ... i2/27/2006 w Mat View Refer W FA series plans. 11. Provide stamped We protecUon and fire A= plans. 12. Provide spedflcations on gas log sets with make and model number to prove compliance with flrebwx manufacturers specifications and UL listings. 13.. FDC's in planter to not conform with FP plans or specifications. End 12/26/06 rage /. of z ht".-/hnaff.vailgov.com/Lrwtwebacc7U=.cown ff— uflml We6m1cog6Fib&Itcm dm- 842... 12/27/2006 RESORT DESIGN ASSOCIATES Mountain view Fire Department response 4/19/07 The followine are responses to the fire department list dated 12/27/07 The items below will be incorporated into the revisions released in the Mountain View Construction set that will be released on Junell 2007. 1. The drawings show three areas where pumpers can stage around the site, there has been a second fire hydrant added to accommodate the need for two pumpers. The three locations for staging are; #1 on the drive at the project entrance where cross slope has been engineered to be as shallow a slope as possible #2 on the frontage road. #3 on the east half of the parcel where the parking lot flattens. 2. The trash room is sprinklered and a fire hose valve has been added at this location. 3. Landscape plans show FDC's and hydrants; planting will not obstruct access to FDC's or hydrants. 4. Backgrounds have been coordinated between FP drawings and architecturals; the fire hose valve note has been changed to 60" A.F.F. on FP drawings. 5. The garage air intake has been moved to the east around the corner away from the exit door. 6. The gas meters have been changed to an individual meter; the new location can be found on the site plan and the basement level plan. 7. The 48" x 48" roof access hatch is at the west end of the roof; see roof plan and detail manual. 8. See attached information on polyisco fire rating and method of attachment. Mastic will not be used in this assembly. 9. See revised mechanical roof plan. 3 0 W c s r R c n c h m a r k R o a d S U I t C 2 2 0, A N o n, C O R 1 G 2 0 P O. R o G R 3 G \ N o n C O 9 1 6 2 0 - .._ -- -- - -- - - ---- ----- - -- - - - -- - - - -- - --... _._ ph on c: 970. 949. 0999 fax:970 949.0933 mail :info�t Itc>ortl)csign.com �1N1v1-.Rcsnrt1) cSign.com RESORT DESIGN ASSOCIATES 10. Fire alarm devices and locations have been removed from the electrical plans. 11. See new drawing set with fire protection engineers stamp. 12. See specs for gas log set information. 13. FDC's have been moved to conform to FP plans and specs. 3 U V(' c s B c n c h m a r k R t d S u i t t 2 2 0, \ V u n _ C O R 1 G 2 0 Y O R„ x G R 3 G C O 9 1 6 2 0 Phonc:971) 949.0909 IlN: 70.949.0911 email.into(q)1Z s„rt1)us n.cnm M\1\1.Rcsr,rtl)cs n.cr,m CARLISLE ECOSTAR "MAJESTIC SLATE" CLASS 'A' ROOF TILE ELK'S VERSASHIELD ROOF TILE UNDERLAYMENT 40 MIL. SELF - ADHERING WATERPROOF MEMBRANE V CDX F.R.T. PLYWOOD SHEATHING 3 POLYISOCYANURATE RIGID INSULATION. (1) LAYER 1 /2" 4 (1) 2" LAYER, LAP ALL JOINTS V TYPE 'X' EXT. GYP. SHEATHING METAL DECK, PER STRUCT_ R -38 GATT INSULATION, SUSPEND FROM STRUCTURE W1 NETTING 1 BLACK IRON w 4' -0" OjC, V HAT CHANNEL a 16" O.C_ VAPOR RETARDER Sect i ®n '-- W GYP. BOARD Typ. Roof 5ui lclup @ 5ynth. 51ate MOUNTAIN YEW Revision: Job No: 23263 Detail No: PAIL, COLORADO 6a1�� Drawn By:I"1CsZ RESORT DESIGN ASSOCIATES INTERNATIONAL Date: S/06 30 NI. Benchmark Rd. Quite 220 Fax: 970 -949 -0899 Avon, dolorado 61620 Tel: 970 -949 -0933 Cale: 14 -0' F Q O LL y C dP FoatnTM Polyiso Roof Insulation dP Foam -II anddPFoam -III roof insulation consist of a closed cell polyisocyanurate foam core with facings suitable for either hot or cold applications. The polyiso cores provide excellent fire performance characteristics combined with the highest R -value to thickness ratio commercially available. dPFoam products are offered in a variety of thicknesses, providing long -term thermal resistance values from 6 to 25 (view LTTR tables at our websitc). dpFoam products arc available in 4' x 4' as well as 4' x 8' panels, and are also available in a 25 -psi formula. APPLICATIONS dP Foam -II has a polyiso core integrally laminated to heavy black (non - asphaltic) fiber- reinforced felt facers. It is typically specified for hot asphalt or coal tar BUR, modified bitumen and single -ply membrane systems. dP Foam -II has one side marked for hot BUR and modified bitumen applications and one unmarked side for single -ply and cold - applied modified bitumen applications, making this an almost universally adaptable product suitable for a variety of applications. dP Foam -III features a polyiso foam core integrally laminated to heavy coated -glass facers which are more durable. This product is also more dimensionally stable, and typically specified for cold- applied BUR, modified bitumen, and single -ply membrane systems. Do Not Use With Hot - Applied Membranes. STORAGE Factory - applied packaging is intended only for protection during transit. When stored outdoors or on the job site, the insulation should be stacked on pallets at least four inches above ground level and completely covered with weatherproof covering such as a tarpaulin. The temporary factory- applied packaging should be slit or removed to prevent accumulation of condensation. Roof insulation that has become wet or damaged should be replaced. MOISTURE/VAPOR CONTROLS Vapor retarders are used to impede the passage of water vapor into roofing systems thereby preventing condensation and resulting damage to the insulation and roof system. All dP Foam roof insulation products may be installed with or without a vapor retarder. Special consideration should be given to construction- generated moisture, since the manufacturer can not be held responsible for resultant damage to the insula- tion. Designers may consult the NRCA Roofing and Weatherproofing Manual for guidance in determining the need for a vapor retarder and avoidance of constructionn- generated moisture. SUSTAINABILITY Concerned about the environment? So is Dyplast Products! dP Foam products are non -ozone depleting, and have recycled content between 16% and 43% by weight, depending on thickness (55% post- consumer, 45% post- industrial). All products distributed or manufactured by Dyplast Products are 100% CFC -frec. 1)yplast Dyplast Products is the preeminent manufacturer of polyisocyanurate and expanded polystyrene rigid foam products, and also distributes a variety of complementary products. With new world -class production facilities in Miami, Florida, Dyplast Products offers its customers unsurpassed responsiveness with a wide variety of product configurations. Our customer - focused staff, combined with our sound financial footing, ensure we deliver incomparable value to our customers far into the future. For information on Dyplast Products or additional technical data on this product, visit our website at www.dyplastproducts.com. CODES AND COMPLIANCES • Federal Specification HH- I- 1972 /GEN and HH- 1- 1972/2, Class 1 (cancelled but still in use) • ASTM C 1289, Type II, Class 1 * and Class 2 ** • NYC MEA No. 107 -01 -M* • California State Insulation Quality Standards and Tide 25 Foam Flammability Criteria (License #TC 1231) • IBC, NBC, UBC, and SBC Sections on Foam Insulations (Chapter 26) • FM Standard 4450/4470 Approval - dP Foam -II and dPFoam -I11 arc approved for Class I insulated steel, wood, concrete and gypsum roof deck construction for 1 -60 and 1 -90 wind -storm classifications. - dPFoam -II may be mopped or mechanically fastened to concrete roof decks. See FM Approval Guide for details. • UL Standard 1256 Classification - Insulated metal deck construction assemblies - Construction No. 120 and No. 123. • UL Standard 790 (ASTM E 108) Classification - Class A with most roof membrane systems. See UL Roofing Materials & Systems Directory. • UL Standard 263 Fire Resistance Classification (ASTM E 1 19) See UL Fire Resistance Directory for updated classification listings. • UL Standard 1897 Uplift Resistance* 120 psf, 150 psf, 165 psf, 245 psf * dPFoam -II * *dPFoam -111 Few U@ L APPROVED WARNING - DO NOT LEAVE EXPOSED This product is polyiso organic plastic foam and will burn if exposed to an ignition source of sufficient heat and intensity, or open flame, such as a welder's torch. Like other organic materials, this product will release smoke if ignited. Do not apply flame directly to dPFoam products. This product should be used only in strict accordance with recommended uses and instructions. Rev 5/04 INSTALLATION dP Foam products should be attached to decks that are approved by Factory Mutual and local codes. Before installa- tion begins, the roof deck should be firm, well attached, even, ,lean and dry. dPFoam products should be kept dry before, wring, and after installation. Although dPFoam products have been designed to withstand normal foot traffic, protection from damage by excessive traffic and /or abuse is extremely impor- tant. Roof surface protection such as plywood should be used in areas where storage and staging are planned and heavy traffic is anticipated. Proper installation and protection of the insula- tion is necessary to prevent roof failures. Dyplast Products is not responsible for determining the suitability of the deck or for any damage caused by abuse or improper attachment. MULTI - LAYER APPLICATION OF INSULATION A two -layer application of dPFoam products is strongly recommended. The joints in each layer should be offset in order to avoid a vertically continuous joint. Two layers (or more) with joints staggered can provide improved insulation performance by eliminating thermal bridges. This method also reduces condensation potential and thermal stress on the roof membrane. MECHANICAL ATTACHMENT Mechanical fastening is the recommended method of attach- ment over nailable decks. Visit www.dyplasiproducts.com for fastener frequency and spacing information. Refer to the FM Loss Prevention Data Sheet 1 -29 for special considerations regarding the perimeter and corners of the roof. For recom- •endations regarding application of insulation to lightweight ncrete decks or poured gypsum concrete decks refer to the NRCA Roofing and Waterproofng Manual. dPFoam products should not be adhered directly to these decks by any bitumen or adhesive attachment method. BITUMEN ATTACHMENT For installing dPFoam -II to a cast -in -place structural concrete deck, adhesive /bitumen attachment is the recommended method. Priming is necessary when using asphalt on concrete decks. Precautions must be taken to prevent bitumen drippage. When using hot- applied bitumen for insulation attachment, the temperature of the asphalt should be approxi- mately 50 °F below the interply hand mopping EVT The deck must be dry and care must be taken to apply the bitumen in sufficient quantit to totally cover the available deck surface. Use 18 to 30 pounds of bitumen per square to ensure proper attachment. To ensure embedment, the board must also be "stepped in" at several points while the bitumen is still hot enough to allow positive attachment. The recommended Foam insulation size for hot asphalt attachment is 4' x 4'. Because of the unevenness of cast -in -place structural concrete decks, 4' x 8' boards are not recommended for bitumen attach- ment to the deck. 4' x 8' boards may, however, be mechanically fastened. DO NOT INSTALL dP FOAM -111 WITH HOT ASPHALT. Dyplast TYPICAL PHYSICAL PROPERTIES Property •d Test Results Dimensional Stability ASTM D 2126 <2% (Length and Width Compressive Strength ASTM D 1621 20 psi (140 kPa) (10% Deformation) Water Absorption ASTM C 209 ASTM D 2842 <1% <3.5% Moisture Vapor ASTM E 96 <1.5 perm Transmission (85.0 ngl(Pa•s•m Product Density ASTM D 1622 Nominal 2.0 pcf (32.04 kglm ) Flame Spread ASTM E 84 25 -50'" (Full 10 min. Test) Smoke Developed ASTM E 84 50 - 170" (Full 10 min. Test) Tensile Strength ASTM D 1623 >730 psf (35 kPa) Service Temperature -100 to 250 °F ( -73 to 122 °C Environmentally friendly HCFC Free Green Polyiso Insulation Products CONCRETE DECKS Cast -in -place structural concrete, poured gypsum and lightweight insulating concrete decks require special consider- ation to address the large amounts of inherent moisture. Consult the NRCA Roofing and Waterproofing Manual for recommendations and instructions. LIMITATIONS OF WARRANTIES AND LIABILITY Other than the aforementioned representations and descrip- tions, Seller makes no other representations or warranties as to the insulation herein. The Seller disclaims all other warranties, expressed or implied, including the warranty of merchantabil- ity and the warranty of fitness for a particular purpose. Manufacturer does, however, have a limited warranty as to the R -value of the insulation, the terms of which are available upon request. Seller shall not be liable for any incidental or consequential damages including the cost of installation, removal, repair or replacement of this product. Buyer's remedies shall be limited exclusively to, at Seller's option, the repayment of the purchase price or rc- supply of product in a quantity equal to that of the nonconforming product. Seller's agents, salespersons, or other representatives have no authority to waive or alter the above limitation of liability and remedies. (800) 433 -5551 Dyplast st wmfo�CQdyplastproductm . dyplasrp roducts. .co com I 1 f I , tt 12501 N.W. 38th Ave. p f x Miami, FL 33054 Dyplast: Polyisocyanurate Insulation (Polyiso rigid foam) and EPS foam insulation (expanded polystyre... Page 1 of 2 D Leading edge technology for Polyiso and EPS prodl.lcts HOME 2 Clicks to All Data Specifiers & L11(tineers • Specifications • Physical Properties • Data Sheets • MSDS • Compliances and Approvals • Thickness Tables • Installation NEWS RELEASE! ISO -25o is Back!! Dyplast f 'to achieve 25/50 E84 rating at 1.5" (View 25 -50 Certificate) ^ V Our Products ABOUT OYPLAST PRODJCTS Tour Our Fadlity { RESOURCES Polyisocyanurate Foam Insulation and EPS Foam W -1AT'F NEW 1-L (305) 921 -01uC 1- 800 -433 -5551 Site Map I Contact U, CONTACT 4 ORDERING INFO ISO -25T IS BACK! - - - our 25150 polyiso. After many months and considerable investment, Dyplast Products is the first manufacturer since the discontinuation of CFC and HCFC blowing agents to achieve an ASTM E84 rating of 25 flame spread and 50 smoke development on its 1.5" insulation. Dyplast's ISO -25 polyisocyanurate rigid foam represents the highest R -value to thickness ratio of any commercially available insulation, and meets the stringent International Mechanical Code requirements for pipe and panel insulation in air plenums. Dyplast Products is the preeminent manufacturer of polyisocyanurate foam insulation bunstock (polyiso rigid foam) and expanded polystyrene (EPS insulation). Polyisocyanurate insulation is the superior insulation for low and mid- temperature applications. Dyplast's polyiso is sold as buns (variable sizing), insulation board, chunk, or block insulation in a variety of densities (2, 2,5, 3, 4, and 6 Ib /ft3) and dimensions. Custom shapes, such as for pipe insulation, are available through our network of fabricators. ISO -25 and ISO -C1 have the highest_ insulating_value of commercially available insulations, �I l� and are ideal for demanding HVAC and chill water pipe_insu_I_ation, cryogenic — insulation, and other mechanical applications. They are well- suited for container wall insulation (PDF Opens in New and freezer or refrigeration insulation. Furthermore our ISO- C1 /2.0 polyisocyanurate foam Window) insulation bunstock is the only polyiso bunstock tested by both LIL and FM to meet the Class 1 requirements of ASTM E84 for fire spread and smoke development. Sign Up for Email Updates is ;�,� fd,ev�:�sfc�ttel polyisocyanurate insulation, insulation polyisocyanurate, polyisocyanurate pipe insulation, polyisocyanurate roof insulation, polyisocyanurate wail insulation, tank insulation vessel insulation roof lion polyurethane ation building construction refrigeration transportation petrochemical pharmaceutical marine We also offer a variety of complementary EPS insulation, architectural products, foam packaging, and more - - for commercial and industrial. (Limited residential products) We are experts in the polyisocyanurate insulation and EPS foam insulation business. Above and beyond the many applications listed below, we promise to deliver you incomparable value. AppEications for Dyplast Products Cavity Wall Insulation - Roof Insulation - Cryogenic Insulation - Civil Insulation Architectural Forms - Mechanical Insulation - Sustainable Construction - Refrigeration Transportation Insulation Process Piping_ Insulation - LNG Insulation - Chilled Water System -insulation H ome I Values and Vision I Tour Our Facility I About "plast I News I Architectural and_Foam_Shapes I Polyisocyanurate Foam_ Insulation I EPS (expanded -polystyrene) Insulation I GeoFoam I Holey - Board I Industry Links C I Environmental Susta.inability I Glossary _o_f_Terms I Contac$ Us I Pri Policy I $_ite_ Map I Disclaimer Copyright © 2006 Dyplast Products. All Rights Reserved. Direct inquires to info@dypiastpr(?ducts.com dP! ISO -25 Polyiso: Highest insulating value with a 25/50 ASTM E84 fire /smoke rating (25 -50 Certificate) dP ISCI-C1 Polyiso: Meeting Class 1 fire /smoke ratings per ASTM E84, with highest thermal efficiency dr4 Architectural Shapes Custom EPS shapes for architectural, forming, & decorative applications 4P Shield Rigid, faced polyiso panels for cavity wall ci°I Foam Reinforced polyiso panels with facers for hot or cold roof application dP EPS Insulation High -value insulation with excellent qualities, including Tapered board for roofing ctf+ Holey -Board EPS insulation for light- weight concrete roofs d* GeoFoam Superior EPS substitute for soil fill applications Request More Information 1 Dyplast: Polyisocyanurate Insulation (Polyiso rigid foam) and EPS foam insulation (expanded polystyre... Page 2 of 2 homeowner buns blocks panels custom shapes Our polyiso insulation, EPS insulation, and custom 3 shape products meet the most demandina specifications in a broad array of applications �_._• scovisirores ESTIC ATE" LASS A PLEASE REMEMBER TC END AND BLEND TILES Polymeric Slate Tile Roof System This installation guide is written and provided for the use of professional roofing applicators and EcoStar' Gold Star Authorized Applicators. Contact the Technical Department for information on warranty availability and the require- ments and benefits of the Gold Star program. SPECIAL NOTE Majestic Slate" tiles are made in two different for- mulations; one formula has been tested and listed by Underwriters Laboratories as a Class C roofing material (U.L. 790). Majestic Slate has been tested and listed by Intertek Testing as a Class 4 hail resistant product (U.L. 2218). To meet the requirements of these tests and their listings the roof system must be installed per this guide. WARRANTIES EcoStar warrants this product to be free of defects in workmanship and materials at the time of shipment from EcoStar's factory. EcoStar will at its option either supply new product or refund the purchase price of any product found to be defective hereunder. EcoStar's limited warranties are the only warranties extended by EcoStar with respect to its materials. There are no other warranties, including the implied warranties of merchantability and fitness for a particular purpose. EcoStar specifically disclaims liability for any incidental, consequential, or other damages, including but not limited to, loss of profits or damages to a structure or its contents, arising under any theory of law whatsoever. The dollar value of EcoStar's liability and buyer's remedy under this limited warranty shall not exceed the purchase price of the EcoStar material in question. COLOR VARIATION All tiles come with a shade variation. This shade variation may occur differently from pallet to pallet. Application of the product should not begin until ALL material has been delivered to the project site. The shade variation has been specifically designed into the product to provide a more realistic appearance to the product. Because of this shade variation the applicator must take precautions to insure that the various shades of the product are properly blended. Tiles must be taken from different pallets and bundles to guarantee consistency in application. The applicator must periodically check work in progress from the ground to make sure that a pattern in color does not occur. This product is meant to have a random appearance in shade variations. NOTE: EcoStar will not be responsible for the improper blending or application of the product. TEMPERATURE It is recommended that the tiles not be stored in tempera- tures lower than 45° F., since cold tiles will cause difficulty with the installation. If tiles have been stored in tempera- tures below 45° F., it is recommended that the tiles be re- stored to a temperature above 45° F. The tiles will expand with heat and cold. If the tiles are applied while cold, spe- cial precautions must be taken to insure a quality looking application. The tiles should never be installed directly adjacent to each other. For assistance with installations below 45° F, please contact the Technical Department. SUBSTRATE The tiles should only be installed on a minimum of '/2" plywood decking or a minimum of 1" solid wood decking. Contact the Technical Department for approved alternatives. Under all circumstances existing roof materials must be removed down to the deck, prior to installation. SLOPE The tiles are not recommended for slopes less than 3/12. If this is desired, contact the Technical Department for re- view. On roofs less than 6/12 and greater than 3/12, the tiles must be installed with a maximum exposure of 6 ". On roofs greater than 6/12 the tiles may be installed with 6 ", 6 1 /2" or 7" exposure. UNDERLAYMENT Prior to installation, Glacier Guard' must be applied to the deck surface. For a Class A listing, Elk's VersaShield® underlayment or GP Gypsum Corporation Dens -Deck® roof board must be used in place of the roof deck underlay - ment. Gold Star Warranty application requires the use of Elk's VersaShield underlayment and Glacier Guard. FASTENERS Stainless steel roofing nails are recommended for application of the tiles. If EcoStar Fasteners are used they are included within the terms of the warranty. Gold Star Warranty application requires the use of EcoStar Fasteners. Hand drive and pneumatic coil nails are available. FLASHING MATERIAL EcoStar recommends that flashing be either copper or stainless steel. Flashing metal, however, is not covered by any EcoStar warranty. Z a 0 z n c f r LARLISA 800- 211 -7170 I www.ecostar.carlisle.com EcoStar, a division of Carlisle SynTec Incorporated - PO Box 7000 - Carlisle, PA 17013 • Tel: 800- 211 -7170 • Fax: 888- 780 -9870 v Majestic Slate Install, ion Guide Class A INSTALLATION STEPS ar makes every effort to maintain the quality and consistency products; however, shade variations will occur within all tile products. This variation is more pronounced between different pro- duction runs of the product. Due to these shade variations it is ex- tremely important that all members of the installation crew be aware of the fact that tiles must be blended between bundles and pallets. The entire lot of material must be blended evenly in rotation until all material is used. EcoStar recommends that a member of the crew be assigned the responsibility of blending tiles and insuring that no shade patterning or blotching occurs. This can best be accomplished by making periodic inspections of the roof from the ground. Majestic Slate Class A tiles are designed and manufactured to du- plicate the look and feel of natural slate including the variations in color and texture. 1. Install Glacier Guard in all valleys, eaves, rake edges, hips, ridges, and projections. Gold Star Warranty application requires the use of Glacier Guard. 2. Install Elk's VersaShield underlayment or GP Gypsum Corpora- tion Dens -Deck roof board over the deck surface. Either product must be installed to meet the requirements of the U.L. Class A classification. If Dens -Deck is utilized, 30 lb. felt must still be installed. Gold Star Warranty application requires the use of Elk's VersaShield underlayment. 3. Install metal starter strip at eaves and rake edges. Any corrosion resistant metal flashing is acceptable. Copper and stainless steel ar recommended. It should be noted that metal flashing is NOT ad by any EcoStar Warranty. Note: When using copper and .rainless steel flashing material the appropriate corresponding nails should be used. 4. Beginning at the eave edge, install a layer of tile with two nails per tile (in location shown on tiles). 1'/s" long stainless steel roofing nails are recommended. When EcoStar brand nails are used they are covered by the EcoStar Warranty. Gold Star Warranty applica- tion requires the use of EcoStar Fasteners. 5. If a pneumatic nailer is utilized for application of the tiles, care should be taken to determine that the proper pressure and depth set- ting is being used. Nails can be over driven causing tiles to lift and diminish the quality of the installation. 6. The initial layer of tiles becomes the starter row. This layer will be completely covered by the next row to be installed. The starter row may be installed either front side up or back side up. This is deter- mined by the type of edge metal being used. When the second layer of tiles is installed, tiles must be offset at least half a tile to cover the nails from the previous row. WHEN THE ROOF SLOPE FALLS BELOW 6/12 PITCH, A 6" EXPOSURE MUST BE USED. ABOVE 6/12 PITCH 6 ", 6 1 h" AND 7" EXPOSURE MAY BE USED. 7. Bending: During shipping and storage some tiles may become curved in an upward direction. Do not install the tiles with the upward curve. Whatever position the tile is in when fastened to the roof deck, it will maintain that position. It is recommended that each member e installation crew be instructed on how to bend the the to in- that it lies flat when fastened to the roof deck. Bending the Tiles: Grabbing the top of the the face up with the right hand and bottom of the tile with the left hand, bend in a downward motion until the the curves under. The tiles must be curved under when installing. PLEASE REME/ :R TO BEND AND BLEND TILES 8. As the tiles are installed up the roof, the tile must be cut at rake edges, valleys and projections. The tiles may be cut using a straight edge and a utility or roofing knife. Once the tile has been scored with a knife it can be snapped along the scored line. A circular saw may also be used for cutting the tiles. 9. As the tiles are installed up the roof slope, it is recommended that lines be snapped both horizontally and vertically. The horizon- tal lines will keep the tiles looking straight and uniform. The vertical lines will keep the space between the tiles in line from row to row. 10. CAUTION: As the tiles are installed up the slope of the roof they should be constantly checked so that there is no patterning and proper blending is occurring. Gold Star Warranty application re- quires that the Authorized Applicator correct any blending problems prior to issuance of the warranty. 11. Continue to install the tiles up the roof slope. Be sure to place the nails in or directly adjacent to the position noted on the tiles. Nails can be any corrosion resistant roofing fastener, but stainless steel are recommended. If EcoStar Fasteners are utilized they will be covered by the warranty. Gold Star Warranty application requires the use of EcoStar Fasteners. At no time should any tile be placed directly adjacent to any other tile. A minimum of 3 /9 " is required between tiles. A larger gap may be used when needed. When using pneumatic nailing equipment, frequently check both the depth and pressure setting, so nails are not over driven, causing tiles to lift. Lifted tiles will diminish the aesthetic appearance of the finished roof system. Tiles can be slippery when wet, caution should be exhibited with early morning dew and after rain. EcoStar suggests the use of toe boards and OSHA approved harnesses and safety equipment at all times. 12. As work progresses up roof slopes, care should be taken to mini- mize roof traffic over completed areas of the roof. The tiles will show any mud or dirt tracked across them. This will cause problems with the completed appearance of the roof. It is the responsibility of the applicator or building owner to remove this mud or dirt. A mild de- tergent should be used in combination with a bucket of water and soft bristle brush to remove the mud or dirt. Clean water can then be used to finish the cleaning process. Do not use any chemicals or solvents without first checking with the Technical Department. 13. When all tiles have been applied to the roof slopes, the pre - formed ridge tiles are applied to all hips and ridges. Hip & ridge tiles are always installed with a 6" exposure. At the same time the ridge tiles are being installed, roof venting should be installed. Ridge venting systems are highly recommended. Mushroom cap style vents may be used, but ridge venting provides better venting and improves the aesthetic appearance of the roof system. Gold Star Warranty application requires the use of EcoStar Attic Guard for ridge ventilation. 14. Upon completion of the installation it is recommended that all debris and dirt be cleaned off the roof system. When cleaning the roof tiles DO NOT USE CHEMICALS OF ANY KIND! EcoStar recommends that the roof be cleaned using water and a mild detergent. Clean the tiles using a soft bristled scrub brush. Please note that EcoStar is not responsible for cleaning of the tiles. PLEASE REMEMBER TO BEN ND BLENDTILES Majestic, ate Installation Guide Class A PRODUCT IDENTIFICATION This area provides identification of the product and a toll free contact telephone number for questions or assistance with the product and installation. IMPORTANT INFORMATION This area of the tile provides pertinent information about installation and the need to use a trained applicator to install the product. QUALITY INFORMATION This area of the tile is used by the production department to denote the date the part was manufactured. This allows tracking of quality by production time. INSTALLATION MEASUREMENT Two marks are molded into every tile. When these marks are placed in alignment with the top edge of the previous row of tiles, proper tile exposure is provided automatically. TILE FASTENING Molded into each tile is a fastener locator. This assists during installa- tion for proper positioning of the fastener. GAP During installation the tiles must be placed a minimum of " apart. Tiles must never be installed directly adjacent to each other. This area of the tile states this in both English and Spanish. MIMTANT N6T1Cf T Majestic Slate Class A Chisel Point Design 12" wide x 18" long Majestic Slate Class A Beveled Edge Design 12" wide x 18" long . Jw IMPORTANT NOTICE �iil■ s^ r ATTENTION MOWLLM! ((AYiA •OP WNKCI N?{lAiOr� r p A � T � E y NCION W� iR tai Majestic Slate Class A Traditional Design 12" wide x 18" long F U Majestic Slate Class A Beaver Tail Design 12" wide x 18" long Majestic Slate Install., .ion Guide PLEASE REMEA _:RTO BEND AND BLEND TILES Class A Majestic Slate Class A Traditional Design Majestic Slate Class A Chisel Point Design Standard Installation: This drawing This design can only be put down using a 6" depicts the traditional tile installed in exposure. The design will not accommodate the standard method. The bottom edge any other exposure. The installed product of each tile is in line with the next and should look like this drawing. the vertical spacing between the tiles is in line. Traditional style tiles must be used as the starter row. Majestic Slate Class A Traditional Design Staggered Installation: This drawing de- picts the traditional tile installed using the staggered method. Each tile is installed -_ -- alternating between the 6" exposure and the 7" exposure. This creates more tex- ture in the roof system. Majestic Slate Class A Traditional Design Offset Installation.-This drawing depicts the traditional tile installed using the off- set method. Each tile is installed by mov- ing it 1" to each side of the center line. This method creates a roof system that makes the tiles look different sizes. 4 -.. Majestic Slate Class A Beveled Edge Design Use the standard installation methods and place the tiles per this drawing. Traditional style tiles must be used as the starter row. Majestic Slate Class A Beaver Tail Design Use the standard installation methods and �\ place the tiles per this drawing. Traditional style tiles must be used as the starter row. E4$ tar L 800- 211 -7170 1 www.ecostar.carlisle.com EcoStar, a division of Carlisle SynTec Incorporated • PO Box 7000 • Carlisle, PA 17013 • Tel: 800 -211 -7170 • Fax: 888- 780 -9870 HIE OIM7 O CWydgM 2007 by EmStar, a dkili- dCadek Sy9Tx Inmrporal -I. EmSWa Mainfic Slak, Aqw Guard, Gkad Guard -d Allic Guard aie Irad. —I. d Cadbk. %N 6026964AAIESTIC CLASS A INSTALLATION GUIDE VersaShield'" Coated Nonwoven Application — Mattress Borders & Panels Typical Property Sheet 1. Fabric a. Construction b. Material 2. Finished product a. Product Weight b. Coating Add -On c. Coating Width d. Finished Roll Length e. Sea f. Caliper g. Porosity h. Elmendorf Tear i. Tensile Strength Nonwoven 100% regenerated cellulose fiber 5.4 osy (typical) 3.0 osy (typical) 88 inches (typical) 100 yards (typical) one (1) per roll Imaxirnum) 36 mils (typical) less than 10 CFM per square foot (typical) greater than 2,000 grams (typical) greater than 15 ^ollr ?d force per inch (typical) For more information about VersaShield Fire Barrier and consumer product applications, please contact Elk Specialty Fabric Technologies at 800234,3210. [ — Veirs a S hie I d' BP All-Natural Fire Harrier .. rl•= .re <eli - 1 - : v.al!ig e:, Aprier mw,ar.. AN relema— are rega mwi .warmkid -40,1 r'', i.:n hc, m +Iq.".agoraaw. ELK Spccialty Fabric Technologies N% e w c II,curp.cutr. Test Specimen VersaShield®II California TB 603 Summary of Results Page 1 of 4 Test Specimen Quilt Panel Build -Up Border ea HRR Heat (MJ Total Less TI California State Less Than 200 25 in First 10 Requirement min. 70% Olefin /30% Cotton; Elk 3.0 in. PU; 1.0 in. Ticking; Elk Barrier; 0.25 Mattress #N -170 (Tight Barrier (Cotton); 1.5 in. Quilt PU; 0.25 in. in. PU; 0.125 oz. 29 2 Top), Two -side Box Flex Foam; 0.125 oz. Fibrous Pad; Nonwoven Sheet; 3.5 in. Spring "B" Nonwoven Sheet Spring PU 3.0 in. PU; 1.5 in. Mattress #N -171 (Box 70% Olefin /30% Cotton; Elk CF; 0.25 in. Fibrous Pad; Ticking; Elk Barrier; 0.25 Top), One -side Box Barrier (Cotton); 1.5 in. Quilt Spring; 0.25 in. in. PU; 0.125 oz. 39 6 Spring "B" Flex Foam; 0.125 oz. Fibrous Pad; 5.0 Nonwoven Sheet Nonwoven Sheet in. PU; Elk Barrier (Cotton) 70% Olefin /30% Cotton; 0.75 Mattress #N -173 (Box in. Quilt Flex Foam, Elk 3.0 in. Visco Ticking; Elk Barrier; 0.25 Top), One -side Box Barrier (Cotton); 0.75 in. Quilt Foam; 7.0 PU; Elk in. PU; 0.125 oz. 40 6 Spring "B" Flex Foam; 0.125 oz. Barrier (Cotton) Nonwoven Sheet Nonwoven Sheet 3.0 in. PU; 1.5 in. 70% Olefin /30% Cotton; 1.0 CF; 0.25 in. Mattress #N -175 (Euro oz. Poly Fiber; Elk Barrier Fibrous Pad; Ticking; Elk Barrier; 0.25 Top), One -side Box (Cotton); 1.5 in. Quilt Flex Spring; 0.25 in. in. PU; 0.125 oz. 40 5 Spring "B" Foam; 0.125 oz. Nonwoven Fibrous Pad; 5.0 Nonwoven Sheet Sheet in. PLI; Elk Barrier (Cotton) 70% Olefin /30% Cotton; 1.0 3.0 in. PU; 0.25 Mattress #N -176 (Tight oz. Poly Fiber; 0.75 in. Quilt in. Fibrous Pad; Ticking; Elk Barrier; 0.25 Top), One -side Box Flex Foam; Elk Barrier Spring; 0.25 in. in. PU; 0.125 oz. 35 9 Spring "B" (Cotton), 0.75 in. Quilt Flex Fibrous Pad; 3.0 Nonwoven Sheet Foam; 0.125 oz. Nonwoven in. PU; Elk Barrier Sheet (Cotton) 70% Olefin /30% Cotton; 0.75 3.0 in. PU; 0.25 Mattress #N -186 (Tight in. Quilt Flex Foam; Elk in. Fibrous Pad; Ticking; 0.25 in. PU; Elk Top), One -side Box Barrier (Cotton); 0.75 in. Quilt Spring; 0.25 in. Barrier 41 6 Spring "B" Flex Foam; 0.125 oz. Fibrous Pad; 3.0 Nonwoven Sheet in. PLI; Anti -skid 70% Olefin /30% Cotton; 0.75 2.0 in. PU; 2.0 in. Mattress #N -189 (Pillow in. Quilt Flex Foam; Elk PU; 025 in. Ticking; 0.25 in. PU; Elk 4 Top), Two -side Box Barrier (Cotton); 0.75 in. Quilt Fibrous Pad; Barrier 35 Spring "B" Flex Foam; 0.125 oz. Spring Nonwoven Sheet 3.0 in. PU; 1.5 in. 70% Olefin /30% Cotton; 0.75 CF; 025 in. htip://techiiologies.elkcorp.com/vll 5/23/2007 Test Specimen Page 2 of 4 http://technologies.elkcorp.com/vll 5/23/2007 in. Quilt Flex Foam; Elk Fibrous Pad; Mattress #N -190 (Box Barrier (Cotton); 0.75 in. Quilt Spring; 0.25 in. Ticking; 0.25 in. PU; Elk Top), One -side Box Flex Foam; 0.125 oz. Fibrous Pad; 5.0 Barrier 40 6 Spring "B" Nonwoven Sheet in. PU; Elk Barrier (Cotton) 70% Olefin /30% Cotton; 0.75 3.0 in. PU; 0.25 Mattress #N -191 (Tight in. Quilt Flex Foam; Elk in. Fibrous Pad; Ticking; 0.25 in. PU; Elk 4 Top), One -side Box Barrier (Cotton); 0.75 in. Quilt Spring; 0.25 in. Barrier 36 Spring "B" Flex Foam; 0.125 oz. Fibrous Pad; 3.0 Nonwoven Sheet in. PU; Anti -skid 70% Olefin /30% Cotton; 0.75 1.0 in. PU; 2.0 in. PU; 0.25 in. Mattress #N -193 (Tight in. Quilt Flex Foam; Elk Fibrous Pad; Ticking; 0.25 in. PU; Elk 35 3 Top), One -side Box Barrier (Cotton); 0.75 in. Quilt Spring; 0.25 in. Barrier Spring "B" Flex Foam; 0.125 oz. Fibrous Pad; 3.0 Nonwoven Sheet in. PU 70% Olefin /30% Cotton; 0.75 Mattress #N -195 (Box in. Quilt Flex Foam; Elk 3.0 in. Visco Ticking; 0.25 in. PU; Elk 2 Top), One -side Box Barrier (Cotton); 0.75 in. Quilt Foam; 7.0 PU; 3.0 Barrier 34 Spring "B" Flex Foam; 0.125 oz. in. PU Nonwoven Sheet 70% Olefin /30% Cotton; 1.0 3.0 in. PU; 0.25 Mattress #N -196 (Tight oz. Poly Fiber; Elk Barrier in. Fibrous Pad; Ticking; Elk Barrier; 0.25 Top), One -side Box (Cotton); 1.5 in. Quilt Flex Spring; 0.25 in. in. PU; 0.125 oz. 30 4 Spring "B" Foam; 0.125 oz. Nonwoven Fibrous Pad; 3.0 Nonwoven Sheet Sheet in. PU; Anti -skid 70% Olefin /30% Cotton; 1.0 3.0 In. PU; 1.0 in. Ticking; Elk Barrier; 0.25 Mattress #N -197 (Tight oz. Poly Fiber; Elk Barrier PU; 0.25 in. in. PU; 0.125 oz. 4 Top), Two -side Box (Cotton); 1.5 in. Quilt Flex Fibrous Pad; Nonwoven Sheet; 3.5 in. 34 Spring "B" S Foam; 0.125 oz. Nonwoven Spring PU Sheet 70% Olefin /30% Cotton; 1.0 1.0 in. PU; 2.0 in. PU; 0.25 in. Ticking; Elk Barrier; 0.25 Mattress #N -198 (Pillow oz. Poly Fiber; Elk Barrier Fibrous Pad; in. PU; 0.125 oz. 31 2 Top), One -side Box (Cotton); 1.5 in. Quilt Flex Spring; 0.25 in. Nonwoven Sheet; 3.5 in. Spring "B" Foam; 0.125 oz. Nonwoven Fibrous Pad; 3.0 PU Sheet in. PU 3.0 in. PU; 1.5 in. 70% Olefin /30% Cotton; 1.0 CF; 0.25 in. Ticking; Elk Barrier; 0.25 Mattress #N- 200 (Box oz. Poly Fiber; Elk Barrier Fibrous Pad; in. PU; 0.125 oz. Top), One -side Box (Cotton); 1.5 in. Quilt Flex Spring; 0.25 in. Nonwoven Sheet; 3.5 in. 35 7 Spring "B" Foam; 0.125 oz. Nonwoven Fibrous Pad; 5.0 PU Sheet in. PU; Elk Barrier (Cotton) 70% Olefin /30% Cotton; 1.0 Mattress #N- 202 (Tight oz. Poly Fiber; 0.75 in. Quilt 3.0 In. PU; 1.0 in. Ticking; Elk Barrier; 0.25 Two-side Top), Two -side Box Flex Foam; Elk Barrier PU; 0.25 in. in. PU; 0.125 oz. 40 5 Spring (Cotton); 0.75 in. Quilt Flex Fibrous Pad; Nonwoven Sheet; 3.5 in. Foam; 0.125 oz. Nonwoven Spring PU Sheet Ticking; Elk Barrier; Mattress #N- 203 (Pillow 70% Olefin /30% Cotton; 1.0 1.0 in. PU; 2.0 in. in PU; 0.125 . 8 Top), One -side Box oz. Pot Fiber; 0.75 in. Quilt Poly PU; 0.25 in. . . Nonwoven Sheet; 3.5 in. 175 Spring "B" Flex Foam; Elk Barrier Fibrous Pad; PU (Cotton); 0.75 in. Quilt Flex Spring: 0.25 in. Foam; 0.125 oz. Nonwoven Fibrous Pad; 3.0 http://technologies.elkcorp.com/vll 5/23/2007 Test Specimen Page 3 of 4 L httv:H technologies .elkcorp.com /vIl tb603.htm1 5/23/2007 Sheet in. PU 70% Olefin /30% Cotton; 1. 0 3.0 in. PU; 1.5 in. CF; 0.25 in. Mattress #N- 205 (Box oz. Poly Fiber; 0.75 in. Quilt Flex Foam; Elk Barrier Fibrous Pad; Ticking; Elk Barrier; 0.25 in. PU; 0.125 oz. Top), One -side Box Spring "B" (Cotton); 0.75 in. Quilt Flex Spring; 0.25 in. Fibrous Pad; 5.0 Nonwoven Sheet; 3.5 in. 34 9 Foam; 0.125 oz. Nonwoven in. PU; Elk Barrier PU Sheet (Cotton) Mattress #N -206 (Low cost/Economy Mattress) Elk Barrier (Cotton); 0.5 in. Plastic Netting; Ticking; 0.25 in. PU; 3 (Tight Top), No Box PU; 0.125 oz. Nonwoven Spring 0.125 oz. Nonwoven 31 Sheet Sheet Spring Mattress #N- 207(Low cost/Economy Mattress) Elk Barrier (Cotton); 1.0 in. Plastic Netting; Ticking; 0.25 in. PU; 36 4 (Tight Top), Box Spring PU; 0.125 oz. Nonwoven Spring 0.125 oz. Nonwoven B " Sheet Sheet Mattress #N- 208 (Tight 70% Olefin /30% Cotton; Elk Barrier (Cotton); 1.5 in. Quilt 3.0 in. Visco Ticking; 0.25 in. PU; Elk 2 Top One -side Box Flex Foam; 0.125 oz. Foam; 7.0 PU; 3.0 Barrier 34 Spring g "B" Nonwoven Sheet in. PU 70% Olefin /30% Cotton; 1.0 2.0 in. PU; 2.0 in. Ticking; Elk Barrier; 0.25 Mattress #N- 210(Pillow oz. Poly Fiber; Elk Barrier PU 0.25 in. in. PU; 0.125 oz. 32 4 Top), Two -side Box (Cotton); 1.5 in. Quilt Flex Fibrous Pad; Nonwoven Sheet; 3.5 in. Spring "B" Foam; 0.125 oz. Nonwoven Spring PU Sheet 70% Olefin /30% Cotton; 1.0 oz. Poly Fiber; 0.75 in. Quilt 3.0 in. PU; 0.25 Ticking; Elk Barrier; 0.25 Mattress #N- 211 (Tight Top), One -side Box Flex Foam; Elk Barrier in. Fibrous Pad; Spring; 0.25 in. N PU; 39 6 Spring "B" (Cotton); 0.75 in. Quilt Flex Fibrous Fibrous Pad; 3.0 en S ee Nonwoven Sheet; 3.5 in. Foam; 0.125 oz. Nonwoven in. Anti -skid PU Sheet 70% Olefin /30% Cotton; 1.0 1.0 in. PU; 2.0 in. oz. Poly Fiber; 0.75 in. Quilt PU; 0.25 in. Ticking; Elk Barrier; 0.25 Mattress #N- 212 (Pillow Flex Foam; Elk Barrier Fibrous Pad; in. PU; 0.125 oz. 35 4 Top), One -side Box ne (Cotton); 0.75 in. Quilt Flex Spring; 0.25 in. Nonwoven Sheet; 3.5 in. Spring Foam; 0.125 oz. Nonwoven Fibrous Pad; 3.0 PU Sheet in. PU 70% Olefin /30% Cotton; 0.75 3.0 in. PU; 0.25 Ticking; Elk Barrier; 0.25 Mattress #N- 213 (Tight in. Quilt Flex Foam; Elk in, Fibrous Pad; in. PU; 0.125 oz. 4 Top), One -side Box Barrier (Cotton); 0.75 in. Quilt Spring; 0.25 in. Nonwoven Sheet; 3.5 in. 39 Spring "B" Flex Foam; 0.125 oz. Fibrous Pad; 3.0 PU Nonwoven Sheet in. PU; Anti -skid Mattress #N- 214 (Euro 3.0 in. PU; 1.5 in. Ticking; Elk Barrier; 0.25 in. PU; 0.125 oz. Top), One -side Box "B" 70% Olefin /30% Cotton; 0.75 in. Quilt Flex Foam; Elk CF; 0.25 in. Fibrous Pad; Nonwoven Sheet; 3.5 in. 36 3 Spring Barrier (Cotton); 0.75 in. Quilt Spring; 0.25 in. PU Flex Foam; 0.125 oz. Fibrous Pad; 5.0 httv:H technologies .elkcorp.com /vIl tb603.htm1 5/23/2007 Test Specimen Page 4 of 4 I I Nonwoven Sheet I in. PU; Elk Barrier I I I (Cotton) DUAL FLAME TESTING STANDARD: TOP BURNER = 70 SEC.; SIDE BURNER = 50 'Extended Bum Times 0 C•7 hup://teclmologies.elkcorp.com/vII 5/23/2007 Hargrove Hearth Products - Gas Logs Hearth Pads, Stove Boards - Vented Mountain Timber C'. AA Hargrove HEARTH PRODUCTS Home Products Technical Our Story Why Hargrove? Contact Page 1 of 2 Site Map T Z O O NI►0V wjM la -I\M �- vE ,lops_com /v- mt.htm 4/24/2007 MOUNTAIN TIMBER Mountain Timber sets 36" and larger feature the Mountain Timber ES burner system, with a larger and deeper single burner pan and a deeper grate, to give you more flame than possible with previous designs for deeper fireplaces. Mountain Timber 30" sets are available for standard, ANSI, or Mountain Timber ES accessory kits. 21" 5 24" sets are designed to use standard or ANSI accessory kits. PLEASE NOTE: Mountain Timber ES Accessory kits are not available in liquid propane configurations. When ordering a Mountain Timber set, choose a Loose Lop from the top of the paps and match it with an Accessory Kit from the bottom of the pope. MOUNTAIN TIMBER LOOSE LOGS LOOSE LOG PART NUMBER PRICE WEIGHT LBS MTS2105AA (ANSI /RGA2 -72) $365.00 62 MTS2406AA (ANSI /RGA2 -72) $425.00 74 " MTS3006AA (ANSI /RGA2 -72) $480.00 77 MTS3007AA $583.00 94 MTS3608AA $767.00 124 MTS4208AA $1,067.00 173 MTS4809AA $1,171.00 190 MTS6010AA $1,250.00 1 200 Use standard, RGA2 -72 or ANSI accessorykits with MTS2106AA, MTS2406AA& MTS3000AA MA uNTAIN TIMBER STANDARD (NON - CERTIFIED) ACCESSORY KITS FOR 21 ", 24" & 30" SETS Ll NATURAL GAS APPLICATIONS STANDARD KIT STANDARD KIT W/ FACTORY W/O PILOT WEIGHT INSTALLED MANUAL SAFETY PILOT WEIGHT PART NUMBER PRICE LBS PART NUMBER PRICE LBS 18SNEBOA5 $137.00 31 18SNEB185 $265.00 34 24SNEBOA5 $157.00 35 24SNE81135 $285.00 38 30SNEBOA5 $177.00 39 30SNE13185 $305.00 42 STANDARD KIT W/ FACTORY $686.00 STANDARD KIT W/ FACTORY 60" WA THIS CONFIGURATION INSTALLED LATCH -TAP PILOT WEIGHT INSTALLED MILLIVOLT PILOT WEIGHT PART NUMBER PRICE LBS PART NUMBER PRICE LBS 18SNEB1H5 $504.00 34 18SNEB2A5 $428.00 34 24SNEB1H5 $524.00 38 24SNEB2A5 $448.00 38 30SNEB1H5 $544.00 42 30SNEB2A5 $468.00 42 138 STANDARD KIT W/ FACTORY INSTALLED VARIABLE FLAME HEIGHT VALVE WEIGHT PART NUMBER PRICE LBS 18SNE131F5 $ 632.00 34 24SNEB1F5 $ 652.00 38 30SNEB1F5 $ 672.00 42 LIQUID PROPANE APPLICATIONS STANDARD KIT W/ FACTORY STANDARD KIT W/ FACTORY INSTALLED MANUAL SAFETY PILOT WEIGHT INSTALLED LATCH -TAP PILOT WEIGHT PART NUMBER PRICE LBS PART NUMBER PRICE LBS 18SPE131135 $284 00 34 18SPEB1H5 $523.00 34 24SPEB185 $304.00 38 24SPE1311-15 $54100 38 30SPE8185 $324.00 42 30SPEB1H5 $563.00 42 STANDARD KIT W/ FACTORY $686.00 STANDARD KIT W/ FACTORY 60" WA THIS CONFIGURATION INSTALLED MILLIVOLT PILOT WEIGHT INSTALLED VARIABLE FLAME HEIGHT VALVE WEIGHT PART NUMBER PRICE LBS PART NUMBER PRICE LBS 18SPEB2A5 6.00 34 18SPEB1F5 $ 660.00 34 24SPEB2A5 6.00 75496.00 38 24SPEB1F5 $ 680.00 38 30SPEB2A5 $968.00 42 30SPE131F5 $ 700.00 42 Note: Variable Flame Height Valve (MHE) Kits include Remote Control unit MOUNTAIN TIMBER ACCESSORY KITS (ES) FOR 30" - 48" SETS Mountain Timber Aooessory Kits include: Burner Para Grate, Silica Sand, Embers, Vermioulite, Volcanic Cinder, Fittings, Connector. APPLICATIONS E2 NATURAL GAS MOUNTAIN TIMBER KIT MOUNTAIN TIMBER KIT WIFACTORY W/O PILOT WEIGHT INSTALLED MANUAL SAFETY PILOT WEIGHT PART NUMBER PRICE LBS PART NUMBER PRICE LBS 30SNESOA3 $510.00 65 30SNES1133 $638.00 68 36SNESOA3 $551.00 79 368NESIB3 $679.00 82 42SNESOA3 $619.00 95 42" WA THIS CONFIGURATION 60SNESOA3 $686.00 138 60" WA THIS CONFIGURATION MOUNTAIN TIMEIER KIT WIFACTORY INSTALLED HIGH - CAPACITY MILLIVOLT PILOT WEIGHT MOUNTAIN TIMBER (ES) ACCESSORY KITS PART NUMBER PRICE LBS 30SNES283 $859.00 78 ARE NOT OFFERED IN LIQUID PROPANE CONFIGURATIONS. 36SNES2133 $900.00 82 42SNES283 $968.00 98 60SNES283 $1035.00 138 NOTE: 24" Mountain Timber sets use standard accessory kits (AK) with single burner and 14" minimum depth. 30" sets can use the standard or Mountain Timber ES accessory kits. 30" and larger soft using the Mountain Timber ES accessory kits require a 20" minimum depth. PRICES EFFECTIVE MARCH 1, 2006 Page 5 2006 PRICE LIST - Revision 1 Hargrove Hearth Products - Gas Logs. Hearth Pads, Stove Boards - Vented Mountain Timber Page 2 of 2 2004 NIFSTA ANNA RD Gas Logs Back to Products Page Home Vented Gas Logs Vent -Free Gas Logs Control Options Hearth Pads Outdoor Products Product Brochures Log Materials Burners & Accessories Determining Set Size F.A.Q.s Installation Instructions Log Diagrams Hearth Specialist Our Story Why Hargrove? Staff Contacts Sales Agents Retail Locations Dealer Inquiries Product Registration Copyright Notice Site Map 1� httn:/ /www.hamoveamloizs.com/v- mt.htm 4/24/2007 N SHR Series Woodburning Fireplace Homeowner's Installation and Operating Manual For Models: SHR36 SH R42A SH R48 S H R52 C UOL LISTED Underwriter's Laboratories Report No. MH601 B NATIONAL We recommend that our woodburning FIREPLACE INSSTITUT heart products roducts be installed and serviced by professionals who are certified in the U.S. by the National Fireplace Institute` (NFI) as NFI Woodburning Specialists or who are certified in Canada by CERTIFIED Wood Energy Technical `` ,W— dE—,gy Training (WETT). i DO NOT DISCARD THIS MANUAL: Retain for future use. 20001384 12/06 Rev. 18 to • SHR Series Woodburning Fireplace �m PLEASE READ THIS MANUAL BEFORE INSTALLING AND USING FIREPLACE. IMPORTANT. Read all instructions and warnings carefully before starting installation. Failure to follow these instructions may result in a possible fire hazard and will void the warranty. The SHR Series fireplaces are solid fuel, woodburn- ing fireplaces. The SHR36/42A/48 (Super Hearth) are clean -face fireplaces. CFM Corporation fireplaces and component parts have been highly tested and will operate safely when in- stalled in accordance with instructions provided in this manual. Carefully read and understand all instructions before beginning installation. If you notice any damage to fireplace or component parts, immediately report damage to your Majestic Fireplaces dealer. Only use CFM Corporation components or the warranty will be voided and a fire hazard may be created. CFM Corporation warranty will be voided by and CFM Corporation disclaims any responsibility for the follow- ing actions: • Installation of any damaged fireplace or chim- ney component; • Modification of fireplace, chimney assembly or any component parts thereof; (except for chase flashings as detailed in the Chimney Top installation instructions). • Installation other than as instructed by CFM Corporation; or Do not install a solid fuel burning insert or other products not specified for use with this fireplace. Proposition 66 Warning: Fuels used in gas, wood - burning or oil fired appliances, and the products of combustion of such fuels, contain chemicals known to the State of California to cause cancer, birth de- fects and other reproductive harm. California Health & Safety Code Sec. 25249.6 WARNING: Check with your electronics manufac- turer before installing a television or other electron- ic device above this fireplace. The fireplace should not be located in areas that create drafts (ie: frequently opened doors and central heating air inlets /outlets) that hamper the normal flow of air into the fire. If you plan to install a gas log, the gas line should be installed before framing the fireplace. The gas line must be installed by a certified gas line installer. SHR36 / SHR42A / SHR48 / SHR52 Listed UL 127 / ULC -S610 Standard for Factory Built Fireplaces • Installation and /or use of any component part not manufactured or approved by CFM Corpo- ration in combination or assembly with a CFM Corporation fireplace system, notwithstand- ing any independent testing laboratory or other third party approval of such component parts or accessory. Any such action may possibly cause a fire hazard. Consult local building codes to ensure that you are in compliance before installing the fireplace. Fireplaces must be vented to the out -of- doors. Do not obstruct or modify air inlets /outlets in any manner. Do not install combustible materials on any of the black fireplace surround. Burn only solid wood fuel or gas logs. SHR36 units: FH30RO SHR42A units: GH40RO SHR48 units: HH30RO SHR52 units: IH10RO Safety Information .................. 2 Specifications and Framing .......... 3 Parts Identification ................. 5 Chimney Requirements ............. 6 Planning Information ................ 7 Installation .......................8 Replacement Parts ................ 20 Accessories ..................... 21 20001384 Rough Opening Depth 57 (1472mm) F(2264mm) 26 �C \ (680mm) I � I 3 /4" Rough Opening F, 3/4' `'` Height lb b � 0 f / 481/x" \ (1226mr Outside 155/e Air--- (397mm) 44" 1118mm) 13 (349mm) 73 197mm 141 /2" Gas Line Access (368mm) Fig. 1 SHR36 Series specifications and framing. "ugh 3 /a' (i )enin 1 3pth 10 (267mm) 291/4" 1 (743mm) Fig. 2 SHR42A Series specifications and framing. 20001384 SIB Series Woodburning Fireplaces 29" (737mm) Rough Opening Width 47- (1213mm) (914mm) 46 (1175mm) 32 (826mm) 13 Dia. (340mm) 11" Dia. (279mm) [.Rough Opening Width 53 (1365mm) T (1 52 (1327mm) 13 Dia. (340mm) 11" Dia. (279mm) 12 (318mm) (311 mm) 7 U) Gas Line (724mm) Rough v Gas Line F1 � ` �9 Opening Lo �a \ .`N ti 1m o Height 0 7 (189mm) 1 FP526A 54 \ (1378mm) Outside 191/4 (489mm) 48 Air (1222mm) 14 (362mm) 9-- 229mm ��102 (258mm) Gas Line Access Fig. 2 SHR42A Series specifications and framing. 20001384 SIB Series Woodburning Fireplaces 29" (737mm) Rough Opening Width 47- (1213mm) (914mm) 46 (1175mm) 32 (826mm) 13 Dia. (340mm) 11" Dia. (279mm) [.Rough Opening Width 53 (1365mm) T (1 52 (1327mm) 13 Dia. (340mm) 11" Dia. (279mm) FP546A 3 12 12 (318mm) (311 mm) 7 281/2 Gas Line (724mm) Access (610mm) Gas Line 7 (189mm) FP546A 3 12 (318mm) 24" (610mm) Gas Line Accesses 7 (189mm) 1 FP526A w SHR Series Woodburning Fireplace ^ - 3 /4" 1 1' li i — � 10 1 (264mm) 26 — 80mm) E Co Rough Opening CD � ` A ` �` Height to \ E E E Co Outside X15 3.1 N Air (397mm ) =, N 13 (349mm) 73 ►1141/2" Gas Line Access (368mm) Fig. 3 SHR48 Series specifications and framing. E E m m v r` Rough Opening Height 68 I ^ (1749mm) c Rough 3 /4" (19 M) 41" (1041 mm) Opening Depth 8 1 QIi Q (216mm) 1 31 (794mm) ►I Rough Opening Width 63 Outside - 23 " A Air (584mm) r N 13 u1 (343mm) 91/4 (235mm) ►112 (318mm) Gas Line Access Fig. 4 SHR52 Series specifications and framing 4 41" (1041 mm) .Rough Opening Width 594461 (1518mm) 48" 219rrm) 58 (1480mm) 13 Dia. (340mm) 11" Dia. (279mm) —T TM 12 (318mm) 28 /2" Gas Line (724mm) Access — 7 (189mm) FP545A 13W' Dia. (340mm) 11" Dia. (279mm) Standoff Notch 2" (305n 33" Gas Line 52 (838mm) Access (1321 mm) 7 (189mm) 1 62 -Ye" (1584mm) 20001384 SIR Series Woodburning Fireplaces C g Front Width A Back Width B Depth C SHR36 35 22" 20 3 /8" 908 mm 559 mm 516 mm SHR42A 41 7 /e" 26%" 23 3 /8" \ C 1064 mm 676 mm 594 mm SHR48 47 34" 20'/4" 1213 mm 864 mm 514 mm - A SHR52 52" 34'/2" 25'/4" (1321 mm) (876 mm) (641 mm) FP1531 Fig. 4a Hearth dimensions. Chase Installation Insulation methods shown are optional for cold climate, not a requirement for unit operation. Termination Cap Storm Collar Pan Flashing Batt Insulation (cut out around firestop) Draftstop Firestop Ceiling Level Ledge Bracket Surround Damper Control Gas Line Access Gas Line Knockout (both sides) ( (both sides) / Screen Grate / Firebox Outside Air Cover Plate Metal Safety Strips (1,2 or 3) FP554A Fig. 5 Fireplace and chase parts identification. (SHR48 shown) 20001384 5 0 r 60 SHR Series Woodburning Fireplace Chimney Section A YD R I W—th 9=1 n Elbow B G� F _Y r . -A t Example 1 Example 2 Example 3 Notes: G + H cannot exceed 20 feet. Return � Elbow C. The chimney cannot be more than The following safety rules apply to offset 30° from the vertical plane in any instal - installations (letters correspond with illustra- G tion above): D. The maximum length of the angled ffs Offset run of the total chimney system is 20 Elbow � 13 11 CS Sup - 30° port Return of chimney. Chimney supports are Elbow Elbow required for every 30 feet and 60 feet 0 Elbows 14'6" 14'6" 16'0" 16'0" H 2 Elbows* 15'6" 15'6" 19'0" 19'0" Determine the offset distance of your Offset chimney arrangement from the center - Elbow I Example 1 Example 2 Example 3 Notes: G + H cannot exceed 20 feet. FP28s *11 CF Chimney airspace clearance = 2" minimum. Illustration Key C. The chimney cannot be more than The following safety rules apply to offset 30° from the vertical plane in any instal - installations (letters correspond with illustra- lation. tion above): D. The maximum length of the angled A. Height of the chimney is measured from run of the total chimney system is 20 the hearth to the chimney exit. feet. (G plus H cannot exceed 20 feet.) 13 E. Achim ney support (Model 11 CS) SHR36 SHR42A 5HR48 SHR52 is required every 6 feet of angled run Max.: 90' 90' 90' 90' of chimney. Chimney supports are Min.: required for every 30 feet and 60 feet 0 Elbows 14'6" 14'6" 16'0" 16'0" chimney height above the hearth. 2 Elbows* 15'6" 15'6" 19'0" 19'0" Determine the offset distance of your 4 Elbows* 21'0" 21'0" 24'0" 24'0" chimney arrangement from the center - B. Do not use more than 4 elbows per chim- line of the fireplace to the centerline of ney. the chimney where it is to pass through Attach the straps of the return (top) elbow to a the first ceiling. structural framing member. NOTE: This offset distance may not be The offset (first) elbow of any pair does not your full offset distance. See Examples have straps. 2 and 3. Fig. 6 Chimney system requirements. 6 Offset Rise FP282 30* Elbow Offsets 1'111M 3'1 4'Ic 51 Offset I Rise 1 0 101 01 0 8 20" 0 1 10 1 0 1 0 11'/4" 25 2 0 01 01 0 13 29 1 1 01 01 0 16 34 0 0 1 1 01 0 20 40 2 1 0 01 0 21 43 0 0 0 1 1 0 26 51 0 1 1 0 0 28 55 1 0 0 1 0 31 60 0 1 0 1 0 34 65 0 0 2 0 0 37 70 1 1 0 1 1 41 77 0 0 1 1 1 45" 83 0 1 2 0 1 47 87 0 0 0 2 1 51" 94" 0 1 1 1 1 53 98" 0 0 3 0 1 56 103 0 1 0 2 1 59 108 0 0 2 1 1 62 1131/2" 0 1 3 0 1 64 117 0 0 11 2 1 68 124" 0 1 21 1 1 70 128" 0 0 01 3 1 74 134 0 1 1 1 21 2 1 78" 140 0 0 31 11 2 1 81" 146" 0 1 01 31 2 1 84" 151 0 0 2 1 2 1 2 1 87" 156 0 1 31 1 1 2 89 160 0 0 1 1 31 2 93" 166 0 1 2 1 2 1 2 95 170 0 0 01 4 1 2 99 177 0 1 1 1 31 2 101 181 0 0 31 2 1 2 104 186 0 1 01 4 1 2 107 191 0 0 21 31 2 110 196 0 1 3 2 3 114" 203 0 0 1 4 3 117 209 0 1 2 31 3 1 120" 213 0 0 01 5 1 3 123 220" 20001384 Chimney Flue Exit SIR Series Woodburning Fireplaces k_ Preplanning an installation is very important to ensure safety and to save time and money. An installer must predetermine where a fireplace will be set and how the chimney system will be run. A fireplace may only be mounted on the following sur- faces: 1. A flat combustible surface. 2. A raised wooden platform. 3. A concrete block or other solid object placed beneath each of the four (4) corners of the fireplace. The fireplace must be spaced 3/4 inch from a combus- tible back wall and 3/4 inch from a combustible side wall or support. (Fig. 20, Page 14) Determine how the chimney will be run, length of run and chimney components required to complete the job. (Fig. 6) Never install a chimney below minimum heights. T 11 CF Total Installed Chimney Length Length T Model No. (LT) (L1) Point 246 L 11 CF1 11 1 /2" 10'/2" _ 11 CF18 17 " 16 " 11 CF3 35 34 11 CF4 47'/2" 46 — FP288b Fig. 7 Installed lengths of chimney sections. In planning a chimney system, it is important to know: 1. The height of a chimney is measured from the hearth to the exit point on the termination. 2. A chimney cannot be offset more than 30 degrees from a vertical plane. 3. A chimney may run straight up or it may be neces- sary to offset it to avoid obstructions. 4. The maximum length of an angled run (total chimney system) is 20 feet. 5. No more than 2 offsets (4 total 30° elbows in) per fireplace may be used. 6. A guy wire stabilizer is required for chimneys extend- ing more than 6 feet above a roof line. 20001384 Major U.S. building codes specify a minimum chimney height above the roof top. The "Ten Foot Rule" is a fire safety rule and not a draft rule. To ensure proper draft, it is recommended that you always meet or exceed the "Ten Foot Rule," especially when installing a termination on a high pitch roof. (Fig. 8) The key points of the "Ten Foot Rule" are: 1. If the horizontal distance from the chimney to the peak of the roof is 10' (3m) or less, the top of the chimney must be at least 2' (610mm) above the peak of the roof, but never less than 3' (914mm) in height above the highest point where it passes through the roof. If a horizontal distance from the chimney to the peak of the roof is more than 10' (3m), a chimney height reference point is established that is on the surface of the roof a distance of 10' (3m) from the chimney in a horizontal plane. The top of the chimney must be at least 2' (610mm) above the reference point, but never less than 3' (914mm) in height above the high- est point where it passes through the roof. Fig. 8 Ten Foot Rule illustration. 0 To 10' ►� 2' Min. 3, 0 To 10'-1 Min. I 2' Min. 3 Min. Reference Point 246 Fig. 8 Ten Foot Rule illustration. SHR Series Woodburning Fireplace The chimney system is supported by the fireplace for vertical chimney heights less than 30 feet above the hearth. Chimney supports are required if the vertical height exceeds 30 feet with 11 CF chimneys. Locate chimney supports at ceiling holes or other structural framing at 30 foot heights. Spacing between chimney supports must not exceed 30 feet. Use Chimney Support Model 11CS. (NOTE: The 11CS can not be mounted directly to the fireplace.) Support provided by elbow straps fulfills the support requirement only if they are spaced as previously described. (A chimney support is 2 1 /2 " long when installed.) Angled chimney runs require a support every six (6) feet in addition to the elbow straps. Chimney supports are used for this function. (Fig. 9) A chase is a vertical boxlike structure which encloses the fireplace and /or chimney. Chases are typically built on the outside of the house with fireplace opening cut into the outer wall of a room. (Page 5, Fig. 5) If you need help in determining fireplace location or how the chimney system should be run, contact your Majes- tic Fireplaces dealer for assistance. Chimney Support Strap 11CS FP284 Fig. 9 Chimney support installation If you live in a cold climate, it is not required but highly recommended that you insulate the fireplace enclosure to eliminate cold air penetration as much as possible. Insulate base of fireplace with a noncombustible insulation rated for a minimum of 300° F. Insulating is very important for outside wall installations over a concrete slab. If fireplace is installed on a platform, insulation should be placed on top of the platform before fireplace is set. (Fig. 10) When a fireplace is installed in a chase or on an outside wall, enclosure should be treated like any outside wall in a home. Insulation should be installed on the inside wall as well as the outside wall(s). In a chase, it is also a good idea to install a firestop at the first ceiling level above the fireplace and enclose the chase with sheeting material. Insulation may then be installed above sheeting material to assure the space around the fireplace is totally protected. (Fig. 5) CAUTION: WHEN INSTALLING A FIREPLACE IN AN INSULATED ENCLOSURE, BE SURE ALL RE- QUIRED AIR SPACES ARE MAINTAINED. (Page 15, Fig. 19) 20001384 k_. Framing Framing can be constructed before or after the fireplace is set in place, however, most installers build the frame before setting the fireplace. Frame fireplace with 2 x 4 lumber or heavier materials. Refer to framing dimensions in Figures 1 - 4 for basic fireplace specifications. NOTE: Framing should be positioned to accommodate wall covering and fireplace facing material. For the SHR52 model the firebrick is packed separately and must be installed in the fireplace. You will need four (4) firebrick, three (3) brick retainers, a phillips head screwdriver, and the grate. The side and rear firebrick each have a notch in the top of the brick panel. The side firebrick have a notch in the lower front side of each panel. The herringbone pattern faces out of the fireplace always. (Fig. 11) NOTE: The screens and screen rod smoke baffle as- sembly must be removed and set aside before proceed- ing. Remove the two screws holding the screens place. There are seven screws holding the screen rod smoke baffle in place. 1. Remove the three brick retainers from the combus- tion dome by removing the phillips screws, set aside. 2. Set the left firebrick in place on the left side of the fireplace. 20001384 SIR Series Woodburning Fireplaces 3. Slide the rear firebrick back into the left corner be- hind the end of the left firebrick. Push both panels back as far as possible into the left side and corner. 4. Swing the right side of the back firebrick into place. Attach the left brick in place using a brick retainer at the top and phillips screw removed earlier. 5. Slide the right firebrick into place as far back as pos- sible. Attach rear firebrick and right firebrick using brick retainers and phillips screws removed earlier. 6. Slide the hearth firebrick into the grate clip. (Fig. 12) The grate will be used as a handle to set the hearth firebrick in place. 7. With the hearth firebrick securely in place in the grate clip, carefully lift the hearth firebrick into the fireplace, set the rear of the firebrick down, then slide back to meet the rear firebrick. Gently set the front of the firebrick in place. Replace screens and screen rod smoke baffle assembly. Since you have already preplanned the chimney run, you should know exactly how the installation is to be accomplished — how much pipe is required, the num- ber of elbows, if any, and type of termination to be used. M rlg. 99 bHKbz rlreoncK Insianavon. Fig. 10 Insulating between platform and fireplace. rig. iz rearm rireDncK in place in grace cnp. SHR Series Woodburning Fireplace CAUTION: REPORT TO YOUR DEALER ANY PARTS DAMAGED IN SHIPMENT, SPECIFICALLY CHECK THE END CONNECTION OF CHIMNEY SECTIONS AND ELBOWS. NOTE: SHR Series Fireplaces must use CFM Corpora- tion model 11 CF, 11 inch, 2 wall chimney systems. The installation procedure described in this manual applies only to the 11 CF system, chimney components may not be mixed. To mark the centerline of the flue, put the fireplace in final position and measure out from the wall 11 ". Mark a spot on the ceiling directly above the fireplace. Draw a line parallel to the back wall through this mark. (Fig. 13) Using a plumb bob positioned directly over center point of fireplace flue collar, mark the ceiling to establish the chimney center point. (Fig. 13) Chimney Centerline Actual Centerpoint i�(283 ) Plumb Line I Plumb Bob Imaginary Centerpoint 0 0 In order to clear an obstruction, it may be necessary to offset chimney from vertical. This is accomplished by using CFM Corporation elbows. Use the 30' Offset Elbow table on Page 6 to determine proper offset and parts required. Each offset requires two (2) elbows. The second elbow is equipped with support straps. It is very important to install the second elbow in each offset as close to the ceiling or support as possible so the elbow straps can be secured to framing members to help support the weight of the chimney. Determine offset distance of your chimney arrangement from centerline of fireplace to centerline of chimney where it is to pass through ceiling. Locate center point of the chimney on ceiling as though a straight up chimney arrangement is to be used. Mea- sure your offset dimension from straight up chimney center point on ceiling. The size of the hole in ceiling will vary with the angle at which the chimney passes through ceiling. Drive a nail up through ceiling at marked chimney center point. Go to floor above and see where hole will be cut. Check to see where existing ceiling joists and other possible obstructions are located ... i.e. wiring, plumbing etc... If necessary, reposition chimney and /or fireplace to avoid obstructions. 0 0 FP556SHR Fig. 13 Locate centerline of chimney with plumb line. Cover fireplace collar opening and cut proper sized chimney hole in chimney. (Fig. 14 & 15) Frame the ceiling chimney hole as shown in Figure 15. It is good practice to use framing lumber that is the same size as the ceiling joists; this is a requirement at attic level. The following table gives firestop spacer model num- bers: CHIMNEY HOLE SIZE Size of Chimney Angle of Chimney at Ceiling Vertical 30 11 " CF 2 -Wall FS2A FS6A 171/2" x 17 17'/e" x 29 (445 x 445 mm) (454 x 753 mm) Fig. 14 Ceiling chimney hole size necessary for installing firestop spacer. 10 20001384 The inside dimension of the frame must be the same as the hole size selected from Figure 11 in order to provide the required 2 inches of air space between the outside diameter of the chimney and the edges of the framed ceiling hole. Slide fireplace into position. Lift the fireplace front slightly and slide the metal safety strips under front bottom edge about 1 /z inches, allow- ing the remainder to extend in front of firebox. Overlap strips at least 1/2 inch to provide a positive joint. (Flat safety strips are packed with fireplace.) (Fig. 16) Safety strips are used to ensure that any combustible materials in front of the fireplace are protected even though a noncombustible hearth extension is required. If fireplace is to be elevated above the floor, a "Z" shaped metal safety strip must be fabricated and used to protect combustible surfaces in front of the fireplace. This "Z" shaped safety strip is not provided but must be fabricated of metal with each horizontal leg at least 1 1 12 inches wide and equal in length to the metal strips provided with the fireplace. Note: Safety strips are not required over noncombusti- ble floors where all supports at the base of the fireplace are noncombustible. Four (4) nailing flanges are supplied with the fireplace (found on the fireplace hearth). To level the box and secure it firmly in place, remove the nailing flanges from the hearth and install at the sides of the fireplace as shown in Figure 17. SIR Series Woodburning Fireplaces Fig. 16 Safety strip installation An outside air damper assembly is installed in all SHR Series Fireplaces. If desired, or if local codes mandate the use of an air kit, then an AK -MST is required to complete the installation (from air damper assembly to the outdoors). If the outside air kit is to be used, the AK -MST MUST be installed BEFORE the fireplace is enclosed. Refer to the AK -MST instructions for field installation. The outside air control lever is located in the center, just above the left side brick. To 'open', push control lever up and back. To 'close', pull lever forward and down. (Fig. 18) a He rth E NphF� Fire- "Z" Safety place Strip (not supplied Plat- Fig. 16 Safety strip installation An outside air damper assembly is installed in all SHR Series Fireplaces. If desired, or if local codes mandate the use of an air kit, then an AK -MST is required to complete the installation (from air damper assembly to the outdoors). If the outside air kit is to be used, the AK -MST MUST be installed BEFORE the fireplace is enclosed. Refer to the AK -MST instructions for field installation. The outside air control lever is located in the center, just above the left side brick. To 'open', push control lever up and back. To 'close', pull lever forward and down. (Fig. 18) 20001384 11 Ng. io i ypicai name ror ce wng cnimney Hole Fig. 17 Fasten fireplace in position. He rth E form 20001384 11 Ng. io i ypicai name ror ce wng cnimney Hole Fig. 17 Fasten fireplace in position. SHR Series Woodburning Fireplace Support Stricture i Elbow Strap (must be tight) Ceiling ELBOW STRAP Hole Framing Angle Firestop Start by attaching the first chimney section to the collar on top of the fireplace. Install the pipe as pictured in Figure 19. When you get a good lock, you will hear the pipe clearly snap together. Once sections are snap - locked in place, it is extremely difficult to get them apart. Make sure the pipe is firmly snapped and locked together as each pipe section is mounted. When installing elbows, only outer pipe will snap- lock. Middle pipes simply slide into position. Be sure to always attach straps on upper elbow to a structural framing member. (Fig. 20) Continue installing the pipe as required until pipe is installed up through the ceiling. At this point, you must install a firestop spacer. Fig. 19 Install pipe, listening for the snap -lock to fasten. ANGLED STRAP Chimney Support Strap FP270/271 (must be tight) Fig. 20 Attach straps to a structural framing member. A firestop spacer is used to keep pipe spaced properly and required for safety. Nail the firestop spacer (at each corner) to the framing members of the ceiling hole. Note: A firestop spacer is not required at the roof. Hole sizes listed in Figure 14 for angled firestop spac- ers provide minimum required air space to chimney pipe for ceiling thickness up to eight (8) inches. When combined thickness of ceiling material, ceiling joists and flooring material exceeds eight (8) inches, adjustments must be made in framing to assure that minimum air spaces to chimney are maintained. Figure 21 shows different installation procedures for both an area that is an attic and an area that is not an attic. If the area above the ceiling is not an attic, position the firestop spacer with the flange on the ceiling side and the angled portion extending up into the hole. If the area above the ceiling is an attic, position the firestop spacer with the flange on the top of the framed hole and the angled portion extending down into the hole. Firestop spacers are not available for, nor are they required on, vertical walls. The chimney components (CF11) used on the SHR series fireplaces have been tested and approved with the area where the outer pipe slides through the firestop spacer sealed with a noncombustible caulk if desired, or left completely open with no sealant. This sealing only applies to the SHR series fireplace. 12 20001384 Fig. 18 Outside air operation. SI17Z Series Woodburning Fireplaces NO 0 Attic Installation Nails (4) I I k Firestop pacer Flange Down Into Hole Ceiling Installation Joist O f Firestop Spacer �i Nails (4) Flange Up Into Hole FP285 rig. zi Installing Firestop spacer. Continue attaching pipe sections to complete system to next level always being careful that the pipe is firmly snap locked in place before proceeding to next pipe section. If chimney supports are required, they are installed the same as elbows. Nail chimney support straps to ad- jacent structural framing, as shown in Figure 8, Page 8. Bend straps as necessary and make sure they are secure so they will support the weight of the chimney. A chimney support is 2 long when installed. Consider this dimension when determining how many straight chimney sections are needed. Note: Chimney supports are generally used in long runs in a chase installation. If you encounter additional ceilings, repeat same steps required for first ceiling installation. Refer to firestop illustration in Figure 21. Run pipe to roofline. Since chimney system must be vented to the out -of- doors, you must use an approved termination. If a chase is used, refer to the installation manual pro- vided with the termination cap. Use same procedure detailed in locating center point of the flue system. Drive a nail up through roof at the center point. This will determine center point on outside of the roof. 20001384 Size of roof hole varies with the type of chimney termi- nation installed. Refer to installation instructions pro- vided with the chimney termination to find correct size roof hole. There must be a 2" (52 mm) air space between out- ermost portion of chimney sections and any adjacent combustible surfaces. (Combustible surfaces include burnable materials such as: ceiling members, joists, flooring, combustible insulation and roof structures.) WARNING: DO NOT PACK REQUIRED AIR SPACES WITH INSULATION OR OTHER MATERIALS. Mark an outline of the roof hole around the centerpoint of the nail. NOTE: Hole dimensions given in the chim- ney top installation instructions are horizontal dimen- sions; therefore, the hole size must be marked on the roof accordingly. Cover the opening of the installed chimney so debris cannot get into the system. Cut and frame the hole. It is good practice to use fram- ing lumber that is the same size as the rafters. Install the frame securely because the chimney top and flash- ing anchored to the frame must be able to withstand heavy winds. Since you have already preplanned the height of your termination according to the Ten Foot Rule, continue to install pipe to the predetermined height. Check the chimney top installation instructions for details on how high above the roof top the chimney sec- tions (all pipes) should extend. Follow the installation instructions provided with the chimney termination you have selected. 13 SHR Series Woodburning Fireplace Refer to Page 5, Figure 4 for an illustration of a typical chase installation. CAUTION: Treatment of firestop spacers and construc- tion of chase may vary with type of building. These instructions are not a substitute for local building codes. You must check your local building codes to determine specific requirements for your city or state. NOTE: Other building materials may be required in addition to Firestop Spacers. CAUTION: All joints between the finished wall and the fireplace surround (top /sides) must be sealed with noncombustible material to prevent cold air leakage into the room. Only noncombustible material may be applied to the facing of the fireplace surround. (Black painted area) (Fig. 22) The SHR52 has a framing shield between the front standoffs that may be used to attach finish material. (Fig. 24) Finish the wall with material of your choice. Do not install a combustible mantel shelf less than 12" (305 mm) from the top of the fireplace opening. Do not install a mantel face plate less than 6" (169 mm) from top of fireplace opening. (Fig. 28) If a combus- tible material is used below a flat mantel shelf, consult your local building codes for minimum clearance from top of fireplace opening to bottom of mantel shelf. All joints (top, bottom and sides) where wall or deco- rative facing material meets fireplace surround must be completely sealed with a noncombustible material. (Figs. 23 -28) NOTE: No side wall protection is required for fireplaces installed at 45° to two (2) side walls (comer installation). Air Space Clearances Combustible framing material MUST NOT pen- etrate AIR SPACE (shaded areas) 2 " Standoff Ya" Air Space to Sides Z Front View Side View Firestop Wall 3 /4 " Air Space Shield to Back 3 /; ' Air Space to Sides t 0" Clearance to Floor Only noncombustible material may be applied as facing to the black fireplace surround. Hearth Extension FP559SHR Fig. 22 Minimum clearances to combustibles. 14 20001384 SM Series Woodburning Fireplaces Mantel Clearance - Mantel Clearance - No Noncombustible Facing Material with Noncombustibel Facing Material Combustible 12" Mantel and Trim 12" Combustible Mantel — (305mm) ► _ (305mm) KFinhed and Trim Max. r Finished Wall Max. 11/2" Header � 1112" Ledge Bracket 12 racket 12" (305mm) r Noncombustible (305mm) mbustible min. Material min. l I Surround Face -Face * 6" (159mm) Noncombustible Fa cing Min. Material * Minimum width from Fireplace Opening Fireplace Opening top of surround to bottom of screen rail Must be sealed with non- combustible material Finished Wall Ledge Bracket + 1" f 2 x 4 Stud Finished Wall Must be sealed with noncombustible material FP531 Fig. 23 Mantel clearance. Finished Wall Framing Shield 1 I Must be .� sealed with noncombustible material Finished Wall _� F Stud Noncombus- tible Decorative Facing y f 2 x 4 Header Must be Sealed with Ledge Bracket Noncombustible Material f Surround FP1166 Fig. 25 Fireplace surround flush with finished wall. FP1277 Fig. 24 SHR52 framing shield may be used to attach finish material. 20001384 15 SHR Series Woodburning Fireplace Stud Finished Wall , A Noncombustible — 2 x 4 Finished Decorative Fac- J Header ing — Covered Wall Must be Sealed with Ledge Bracket Noncombustible Material _ Surround —_ FP1167 CAUTION: Do Not Place Finishing Ma- terial Beyond These Edges or Cover Air Inlets - 'L �— Screen Rail Hearth FP1168 Fig. 26 Facing on fireplace surround flush with finished wall. Fig. 27 Finishing front of fireplace. Face Plate 1 4, 1' /z" Ref. * 12" from top of fireplace opening. ** 6" from top of fireplace opening. (Noncom- bustible material must separate the black face surround of the fireplace and any combustible mantel material) w Combustible materials are permitted within a shaded area shown in Figure 31 titled Minimum Wall Clearances. MA81 Fig. 28 Combustible mantel clearances. c 16 20001384 SIR Series Woodburning Fireplaces U •- Wall Protection Adjacent combustible side walls that are within dimen- sions shown in Figure 29 of fireplace opening must be protected with Wall Shield Model SP40 or a specifically built wall shield described in Figure 28. The special wall shield design described in Figure 26 is an alternate method of adding protection to side walls and can be used in place of the SP40 with the same wall clearances specified for the SP40. Rt must =1.85 minimum. Examples of wall shield insulation: 1. Manville - CERAFORM 126, K =.27, 1/2 inches thick 2. CFM Corporation - EH2416, K = .458, 1 inch thick required. 40" Min. 40" Min. Decorative Non- Noncombustible Insula- combustible Rigid RT g Rr Covering = 1.85 Min. (Manville Ceraform 126 - 1/2" Thick or CFM Corporation EH2416 - 1" FP838 Thick) Fig. 29 Noncombustible wall shield dimensions. Hearth Installation A hearth extension is required to protect a combustible floor in front of the fireplace. Refer to Figure 29 for minimum dimensions and mounting detail. NOTE: Hearth Extension must not cover the air inlet opening of a fireplace. The hearth extension described in Figure 31 must be a durable noncombustible material with a minimum (total) Rt value of 1.09; refer to Figure 30 for examples. The overall height (above a combustible floor), depth and width must be as indicated, with the extension centered to the fireplace opening. 20001384 The top of insulation must be covered with a noncom- bustible decorative covering or a piece of .018" mini- mum sheet metal, to protect hearth extension material. (Fig. 31) Secure the hearth extension to the floor to prevent shifting, using trim molding or other similar means at three (3) outer edges. Seal crack between the fireplace hearth and hearth extension with a noncombustible material. (Figs. 31 -34) WARNING: HEARTH EXTENSION MUST BE IN- STALLED IN ACCORDANCE WITH FIGURE 26. Alternate noncombustible materials may be used pro- viding the (total) thermal resistance (Rt value) of the al- ternate material employed is greater than or equal to R = 1.09. Thermal resistance (R) or thermal conductivity (K), may be obtained from manufacturer of the material. Factors are related by the formula K = 1 /R. (Fig. 30) T = given thickness R = thermal resistance for a given thickness (T) K = thermal conductivity Noncombustible material with a lower R value may be used, provided thickness of material is sufficiently greater to maintain an equivalent (total) thermal resis- tance (Rt). To determine the thickness required for any new mate- rial: NEW K of new material (per inch) thickness required = X of listed thickness K of listed material (per inch) material T (new) = 5.0/0.458 x 0.50 in. = 5.46 in. (new required thickness). Common Materials And Factors FP533ADD Fia. 30 Hearth extension material factors 17 Material K* R Minimum Thickness EH2416 (CFM Corporatlon) 0.458 1.09 0.50 in." Common Brick 5.0 0.10 5.46 in. ** R Value is for 1 12 inch. * Units of K = BTU /SQ FT /HR / ° F /IN ** Thickness of Listed Material SHR Series Woodburning Fireplace Minimum Wall Clearances WITH WITHOUT Noncombustible Noncombustible Surround Facing Surround Facing Shaded area starts 4" Brick / 7 ,- 77 - \ 1/2" away from (Example material) `, \ [ edge of unit \ 4" t E F.. ; Firebox T E / 1 Opening C" D I I A -Min. clearance �--�► to combustible perpendicular wall Side B - Min. clearance Side Wall - to combustible j Wall perpendicular wall when using noncombustible wall shield' Q Combustible material permitted within shaded area. Noncombustible wall shield requires 1" CFM Corporation EH2416 insulation (minimum R Value = 1.85) between decorative noncombustible rigid covering and combustible wall. Minimum height and width is 40" x 40 ". .. Dimension /degree of angle will vary depending on thickness of nnnromhnctihlP currnnnrl farinn Minimum Hearth Extension Dimensions (for On -Site Construction) H A_ 4" Min. i Fireplace Hearth y r--- - - -- -- — Combustible Minimum Safety strips Floor Insulation must overlap Value "R ": 1 12" minimum I— J B Seal cracks May install between the F noncombustible fireplace J decorative and hearth — covering extension with 18" 1 (457mm)356 OR .018" min. noncombustible 16" sheet metal , material ; 508 mm 4" Min. i Fireplace Hearth y r--- - - -- -- — Combustible Minimum Safety strips Floor Insulation must overlap Value "R ": 1 12" minimum FP532SHR 0 Ffg. 31 Combustible side wall protection and hearth extension dimensions. Noncombustible Decorative Covering May be Installed or .018" Minimum Sheet Metal 2 Min. Combustible Floor 4- Seal Cracks Between Fireplace and Hearth Extension with Non- combustible Material Lower Sur- round _ Min. Thickness J (Refer to Table 4) Minimum Insula- tion Value R -3.28 (Refer Table 4) A B C D E F G H J SHR36 20" 12" 35° 42° 18" 1 (457mm)356 14" 8" 16" 52" --- 508 mm 305 mm mm 203 mm 406 mm 1321 mm SHR42A 22" 18" 32'/2° 39 18" 14" 12" 20" 66" 559 mm 457 mm 457 mm 356 mm 305 mm 508 mm 1676 mm SHR48 28" 18" 26 33° 18" 14" 10" 24" 68" 711 mm 457 mm 457 mm 356 mm 254 mm 610 mm 1227 mm SHR52 30" 20" 33'/2° 38'/2° 24" 20" 14" 24" 80" (762 mm) (508 mm) , (610 mm) (508 mm) (356 mm) (610 mm) (2032 mm) FP532SHR 0 Ffg. 31 Combustible side wall protection and hearth extension dimensions. Noncombustible Decorative Covering May be Installed or .018" Minimum Sheet Metal 2 Min. Combustible Floor 4- Seal Cracks Between Fireplace and Hearth Extension with Non- combustible Material Lower Sur- round _ Min. Thickness J (Refer to Table 4) Minimum Insula- tion Value R -3.28 (Refer Table 4) 1/4" Min. J Thickness Majestic Safety Majestic Safety Minimum Insulation Strips Must be Strips Must be Value R -0.94 Overlapped 1/2" Overlapped 1/2" Min. Min. FP1169 I FP1170 Fig. 32 Protection of adjacent combustible side walls and hearth extension dimensions. 18 20001384 Seal Cracks Between Fireplace and Hearth Extension with Noncombustible Material Noncombustible Lower Surround Material 7 Max. Thickness Noncombustible\ Fireplace Fireplace Material Combustible Hearth Hearth -- Floor 1 � --- 1/4" Min. J Thickness Majestic Safety Majestic Safety Minimum Insulation Strips Must be Strips Must be Value R -0.94 Overlapped 1/2" Overlapped 1/2" Min. Min. FP1169 I FP1170 Fig. 32 Protection of adjacent combustible side walls and hearth extension dimensions. 18 20001384 SID? Series Woodburning Fireplaces N L l tJ Wall Covering 2 x 4 Header Noncombustible - Do Not Notch at Fig. 22 or 23 Ledge Brackets Hearth Extension , Hearth _. Extension Insulation Molding used to ; Fasten Hearth Extension in Place ; Majestic Safety Strips Must Seal Crack Between be Overlapped 1/2" Min. Fireplace and Hearth Extension Extension with FP1171 Noncombustible Material Fig. 33 Sealing detail. Wall Covering 2 x 4 Header Noncombustible Do Not Notch at Decorative Facing Ledge Brackets Seal All Cracks Between Fireplace Surround and Wall Materials with Noncombustible Material Noncombustible JFig.24 Decorative Covering Hearth Extension Majestic Safety Strips Must Seal Crack Between Fire - be Overlapped 112" Min. -- place and Hearth Exten- sion with Noncombustible Material FP1172 Fig. 34 Sealing detail. Installing Line for •• CFM Corporation fireplaces are designed to accept a 1/2 inch gas line for installation of an approved gas appli- ance. (CFM Corporation manufactures a wide variety of gas logs for use in CFM Corporation fireplaces.) Be sure to have the appliance installed in accordance with building codes. Gas connection may enter from either left or right side of the fireplace. Locate appropriate gas line in the outer casing of fire- place and remove insulation from gas line tube. (Fig. 35) From inside the fireplace, locate the knockout on the fire- brick — be sure you are on the appropriate or "gas line side of the fireplace. Using a flat bladed screwdriver or small chisel and hammer, carefully tap around the knock- out until it loosens and falls out. Install 1/2 inch certified gas pipe through opening. After gas pipe installation is complete, use insulation that was 20001384 removed from gas line tube to repack space around the pipe. Material should be inserted from outside of the fireplace and packed tightly to totally seal between the pipe and tube. Note: Gas pipe should not come in contact with any wood structures until it has reached a point at least one (1) inch away from fireplace side. NOTE: When installing an ANSI Z21.11.2 ventless appli- ance, the finishing material used for the mantel must be rated at 2507 or greater. BTU input of a gas appliance installed in fireplace should be rated less than 100,000 BTU /Hr. Gas pipe installation is intended for connection to a deco- rative gas appliance only when (1.) incorporating an auto- matic shutoff device and (2.) complying with the Standard for Decorative Gas Appliances for Installation in Vented Fireplaces (ANSI Z21.60) or CSA draft requirements for Gas -Fired Log Lighters for Woodburning Fireplaces (Draft No. 4, August 1993). Decorative gas appliance should be installed in accor- dance with the National Fuel Gas Code, ANSI Z223.1/ NFPA 54 (latest edition). CAUTION: WHEN USING DECORATIVE GAS APPLIANCE, FLUE DAMPER MUST BE SET IN FULLY OPEN POSITION. IF YOU HAVE GLASS DOORS ON THE FIREPLACE, THEY MUST ALSO BE FULLY OPENED. WARNING: DO NOT OPERATE AN UNVENTED GAS LOG SET IN THIS FIRE- PLACE WITH THE CHIMNEY REMOVED. WARNING: WHEN INSTALLING AN UNVENTED GAS LOG SET, THE CFM CORPORATION MODEL AH3244BK OR AH3244PB 4" ADJUSTABLE HOOD MUST BE USED. - Hole in Outer Casing 1" Gas Line Min. Supply Line _ Tubing Ceramic Repack Insulation Knockout f -112^ Hole in Outer Casing — Ceramic Knockout FP560SHR (both sides) Fig. 35 Gas fine access. If installing an unvented gas log set, refer to statement below: Only unvented gas log sets which have been found to comply with the Standard for Unvented Room Heaters, ANSI Z21.11.2, are to be installed in this fireplace. 19 SHR Series Woodburning Fireplace 12 13 2 1 7 m b �O 8 �c \� d po � a s 9 5 4, 0 0 O 0 ° 3 0 0 ° 10 0 11 CFM Corporation reserves the right to make changes in design, materials, specifications, prices and discontinue colors and products at any time, without notice. SHR36 /42A/48/52 Woodburning Fireplace It O, HH30RO, IH10RO Item /Model Number SHR36 SHR42A SHR48 SHR52 1. Damper Weld Assembly RP210 RP210 RP210 n/a 2. Damper Handle 20001418 20001418 20001418 20005322 3. Screen Rail 20001429 20006021 20001431 20005569 4. Screen Rod (two per fireplace) 7554181 7554199 20001428 20005790 5. Screen (two per fireplace) 7554295 20001723 20001723 20005278 6. Screen Pull (two per fireplace) 5584139 5584139 5584139 5584139 7. Push Nut (two per fireplace) 7512167 7512167 7512167 7512167 8a. Firebrick - Hearth 20001272 20005611 20001172 20005303 8b. Firebrick - Back 20004165 20005610 20004147 20005293 8c. Firebrick - Left Side 20004166 20005612 20004154 20005302 8d. Firebrick - Right Side 20004167 20005613 20004148 20005304 9. Firebrick Retainers (three per fireplace) 20001432 20001432 20001432 20001432 10. Basket Grate 20004203 20004203 20004311 20005433 11. O.S.A.Assy. 20003076 20003076 20003076 20005762 12. Damper Blade Assy n/a n/a n/a 20007536 13. Pivot Rod n/a n/ a n/a 20005772 20 20001384 ShgZ Series Woodburning Fireplaces L MT The following accessories for this appliance are available from your local Majestic Fireplaces distributor. Should you need additional information beyond what your distributor can furnish, contact: CFM Corporation, 2695 Meadowvale Blvd., Mississauga, Ontario, Canada L5N 8A3 Attn: Technical Services. CAUTION: This fireplace and chimney assembly is a highly engineered system, and, as such, must be oper- ated only with CFM Corporation approved components. If you use an unapproved component to make any modifications, you may create a possible fire hazard and will void the CFM Corporation warranty. In addi- tion, such action may void the coverage provided by the owner's insurance. Accessory Description Model No. Glass Enclosure Kit Designed to enclose the fireplace opening 36SHGDKDP /BB /BK/S with glass doors allowing the fire to remain 42SHGDKT /BB /BK/S visible. Available in Polished, Brushed 48SHGDKDP /BB /BK/S Brass, Black and Pewter 52SHGDK/BB /BK/S Outside Air Kit Provides outside air for fuel conbustion AK -MST in the firebox. This accessory must be installed before fireplace is installed. Hearth Extension Located on the floor in front of fireplace EH2416 to protect the floor from heat, hot embers, ashes, etc. Hearth Patching Kit Used to patch cracks in hearth. HPC1 Wall Shield Used to protect walls adjacent to the fire- SP40 place. Firestop Required at each floor level and attic on FS2A (straight flue) multi -story installation. FS6A (30° inclined flue) Chimney Support Used to support the chimney at each 30 11 CS (11" flue) feet of vertical height above the hearth and at every 6 feet of inclined chimney run. Each support adds 2 to chimney length. 20001384 21 SHR Series Woodburning Fireplace Accessory Description Model No. Contemporary Flashing Required for contemporary top termination 8 -6 -12 on the roof to prevent rain entry. (0 to 6/12 pitch) 8 -12 -12 (6/12 to 12/12 pitch) Contemporary Chase Top Termina- Used to terminate chimney at the top of a SLTCF11 tion chase. Adapter kit is included, flashing is not included. Contemporary Round Top Termina- For use with CFM Corporation Type RLTCF11 tion "11 CF" Chimney Systems. Used to terminate chimney on the roof. Flashing not included. Extended Round Top For use with CFM Corporation Type RLTCF11 L "11 CF" Chimney Systems. Used to terminate chimney at top of chase. Adapter kit included. Flashing not included. Chimney Sections Used to build "11 CF" chimney systems. 11" flue 11CF1 (1' long) 11CF18 (1 long) 11 CF3 (3' long) 11 CF4 (4' long) Used to develop 30° offset chimney sys- 11 CF30 -2 Chimney Elbows tems. (Elbows packed 2 per carton - upper (11" 30° flue) and lower elbow set) Gives traditional chimney top look using S20BR/BT /BW Top Housing with simulated brick in red, tan or white color. S20UB (Upper Baffle) Upper Baffle Brick pattern is embossed into galvanized steel unit. Roof flashing is included. Appro- priate adapter is required. Must be used with upper baffle. Attic Insulation Shield Used to prevent insulation from coming sin FS2100 -HT contact with the chimney system. For use with CF11 pipe. 22 20001384 W M ire�il�rces LIMITED WARRANTY & 30 YEAR PROTECTION PLAN For MAJESTIC FIREPLACES® PRE - ENGINEERED Fireplace Systems CFM Corporation warrants its MAJESTIC FIREPLACES® Pre -En- gineered Fireplace ( "Fireplace") and the CFM Corporation supplied firegrate, glass doors, outside air system, fan motor, and liners to be free from defects in material or workmanship, as follows: A. Fireplace and Chimney Components: (exclusive of CFM Corporation - supplied firegrate, glass doors, outside air system, fan motor, and liners all of which are covered by separate warranties under paragraphs B through D below): At its option for a period of thirty (30) years from the date the Fireplace is installed, CFM Corporation will; (1) For a period of five (5) years from the date the Fireplace is installed, CFM Corporation, at its option, will repair or replace any defective part without charge. (2) Thereafter, through the 10th year after the date the Fireplace is installed, if replacement parts are available, CFM Corporation will provide a replacement for any defective part without charge for the part itself. The consumer must pay for everything else other than the part. (3) Thereafter, through the 30th year after the date the Fireplace is installed, if replacement parts are available,CFM Corporation will provide a replacement for any defective part at a cost to the consumer of CFM Corporation then current list price, FOB CFM Corporation factory. B. Firegrate, Glass Doors, Outside Air System: For a period of 90 days from the date the Fireplace is installed CFM Corporation, at its option, will provide a replacement for any defec- tive part, without charge for the part itself, FOB CFM Corporation factory, (The consumer must pay for everything else other than the part,). C. Fan Motor: (1) For a period of one (1) year from the date the Fireplace is installed, CFM Corporation, at its option, will repair or replace any defective part without charge. (2) Thereafter, through the 30th year after the date the Fireplace is installed CFM Corporation, at its option, if replacement parts are available, will provide a replacement for any defective part at a cost to the consumer of CFM Corporation then current list price, FOB CFM Corporation factory. D. Liners (Refractory or Metal): (1) For a period of two (2) years from the date the Fireplace is installed, CFM Corporation, at its option, will repair or replace any defective part without charge. (2) Thereafter, through the 30th year after the date the Fireplace is installed CFM Corporation, if replacement parts are available, will provide a replacement for any defective part at a cost to the consumer of CFM Corporation then current list price, FOB CFM Corporation factory. This warranty is subject to the following conditions and limitations: (1) This warranty is extended only to a Fireplace installed in the continental United States, the state of Alaska and Canada; only if and so long as the Fireplace is installed according to the installation instructions furnished with the Fireplace, and operated at all times under normal conditions, use and service according to the opera- tive instructions furnished with the Fireplace, and only if and so long as the Fireplace is not removed from its original installation. (2) This warranty is non - transferrable, and is made to the original owner, provided that the purchase was made through an authorized supplier of the Company. (3) The sole and exclusive remedies for breach of any warranties hereunder shall be for the repair, replacement or provision of a replacement part at CFM Corporation then current list price, FOB CFM Corporation factory, for any defective part as specified in paragraphs Athrough D. (4)CFM Corporation shall not be liable for damage from any smoking of a MAJESTIC FIREPLACES Pre - Engineered Fireplace System related to environmental geographic conditions (such as, for example, nearby structures or roof peaks, trees, hills, or moun- tains), inadequate ventilation, or negative air pressure in the place where the Fireplace system is installed, related to any mechani- cal system (such as, for example, furnaces, fans, air conditioners, clothes dryers, etc.) (5) Except as otherwise expressly specified in paragraphs A through D, NONE OF THESE WARRANTIES COVER, AND CFM CORPORATION SHALL NOT BE RESPONSIBLE FOR, ANY CONSTRUCTION, INSTALLATION, LABOR, TRANSPORTATION OR OTHER COSTS OR EXPENSES ARISING FROM A DEFEC- TIVE PART, ITS REPAIR OR REPLACEMENT OR OTHERWISE, NOR SHALL CFM CORPORATION IN ANY EVENT BE RESPOW SIBLE FOR ANY INDIRECT, INCIDENTAL OR CONSEQUENTIAL DAMAGES EXCEPT TO THE EXTENT REQUIRED BY LAW. Some states do not allow the exclusion or limitation of incidental or consequential damages, so this exclusion or limitation may not apply to you. NO IMPLIED WARRANTIES, INCLUDING THE IMPLIED WAR- RANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTIC- ULAR PURPOSE, SHALL REMAIN IN EFFECT AFTER THE EXPI- RATION OF THE WARRANTIES SET FORTH IN PARAGRAPHS A THROUGH D. Some states do not allow limitations on how long an implied warranty lasts, so this limitation may not apply to you. In order to obtain performance of any of the above warranty obliga- tions write to CFM Corporation at this address: CFM Corporation 2695 Meadowvale Blvd, Mississauga, Ontario, Canada L5N 8A3 Attention: Director of Warranty Services Since local building requirements may vary greatly throughout the country, users of CFM Corporation products should determine in advance whether there are any building code restrictions on the use of a specific product. CFM CORPORATION MAKES NO REP- RESENTATION OR WARRANTY REGARDING, AND SHALL NOT BE RESPONSIBLE FOR, ANY BUILDING CODE COMPLIANCE. The foregoing warranties give you specific legal rights and you may also have other rights which vary from state to state. 20001384 23 a � N :�m CFM Corporation 2695 Meadowvale Blvd. • Mississauga, Ontario, Canada L5N 8A3 800-668 -5323 • www.cfmcorp.com © CFM Corporation