PRODUCT MANUAL Rev. (11/06) - citadelap.com Manual- Envelope 2000.pdfCitadel Architectural Products, Inc. Envelope 2000® Call (800) 446-8828 or visit PRODUCT DATA SHEET ©2003 Citadel

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PRODUCT MANUAL

Citadel Architectural Products, Inc. • An ISO 9001:2000 Registered Company • 3131-A North Franklin RoadIndianapolis, Indiana 46226 • phone (800) 446-8828 • fax (317) 894-6333 • www.citadelap.com • [email protected]

Rev. (11/06)

Table Of ContentsPRODUCT DATA SHEET

INSTALLATION GUIDELINES

TYPICAL DETAILS

GUIDE SPECIFICATION

STANDARD WARRANTY

Panel & System Description

Installation Overview

Pre-Installation Guidelines

General Work

Maintenance Of The Panel FinishWork SequenceTrim MoldingsRecommended Tooling & EquipmentInstallation Accessories

IsometricMolding DetailsSection DetailsIntersection Details

Basic Uses & ApplicationsComposition & MaterialsPanel Weight & ThicknessMaterial TolerancesSizes AvailableGeneral Limitations

Material Receiving & InventoryTransporting & HandlingStoring The Material UnitsScheduling & Grid Layout

Limitations Of The Panel SystemFabrication Of The PanelsCutting & Fitting MoldingsProper Sealant ApplicationProper Adhesive ApplicationFastening The Panels & MoldingsThe Protective Film

Citadel Architectural Products, Inc.3131-A North Franklin RoadIndianapolis, Indiana 46226phone: (317) 894-9400

(800) 446-8828fax: (317) 894-6333

(800) [email protected]

CUSTOMER SERVICE &TECHNICAL ASSISTANCE Call (800) 446-8828 or visit

www.citadelap.com for downloads!...

SAMPLES & LITERATURE:Product or color samples, as well as additional literature may beobtained by contacting our sample department.

BINDER ON CD:Our complete binder is available on CD in an easy-to-use .pdfformat. Also included are Guide Specifications in MicroSoft® Word®

(.doc) and NotePad (.txt) formats as well as Typical Details inAutoCAD® drawing format (.dwg).

Citadel Architectural Products, Inc. Envelope 2000®

Call (800) 446-8828 or visit www.citadelap.com PRODUCT DATA SHEET

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Product Data Sheet

Metric (mm)

.609mm2.67mm.254mm

Component

Prefinished Smooth Aluminum FaceThermoset Phenolic Resin Core²Primed Smooth Aluminum Backer

Standard (in)

.024” (min)

.105”

.010”

•••

1 Technical Properties (see back) are based upon the Typical Composition. Selecting optional components may alter these properties.2 4mm is the most common thickness for Envelope 2000®. 3mm and 6mm (nominal) are also available.

TABLE 1. COMPOSITION & MATERIALS¹:

PRODUCT NAME:Envelope 2000®

Engineered Architectural Wall System

MANUFACTURER:Citadel Architectural Products, Inc.3131-A North Franklin RoadIndianapolis, Indiana 46226phone: (317) 894-9400

(800) 446-8828fax: (317) 894-6333

(800) 247-2635web: www.citadelap.comemail: [email protected]

PANEL & SYSTEMDESCRIPTION

FEATURES & BENEFITS:As a complete exterior cladding system, Envelope 2000® offers a numberof benefits to the building owner, architect, and installer including:

• High-Tech Appearance Smooth aluminum skins and clean lines make Envelope 2000® an excellent choice for high profile projects where a progressive aesthetic detail is desired.

• Versatile Installation With three different attachment options, virtually any look can be created using different shadow line sizes and treatments at the panel joints.

• Curveable Along with various shadow lines, Envelope 2000® can also add interest to your project with long sweeping curves or tight, crisp column covers.

• Thermal Stability Unlike other cladding solutions, Envelope 2000® systems remain rigid and stable even during seasonal heating and cooling thermal cycles.

• Durable An innovative thermoset phenolic resin core provides these panels with superior impact and dent resistance.

• Low Maintenance Most foreign matter can be cleaned from surface with mild detergents; can be incorporated into yearly building washing schedule.

OVERVIEW:Envelope 2000® is a fabricated wallsystem utilizing a composite panelmade by laminating a prefinishedaluminum skin to a substrate ofthermoset phenolic resin. A secondaluminum skin is added as a backerand provides thermal stability andpanel balance.

Panels are furnished with astrippable film on the paintedsurfaces to protect the finish duringshipment and installation.

Envelope 2000® is fabricated andthen attached to the substrate with aseries of aluminum extrusions.

The three basic attachment methodsfor Envelope 2000® are the RevealSystem (RV) utilizing one pieceextruded aluminum moldings, theRout & Return System (RR) withformed ‘pans’ and attachmentextrusions and the RainScreenSystem (RS) utilizing formed ‘pans’,attachment extrusions and featuring‘dry’ joints.

BASIC USES & APPLICATIONS:As a high end fabricated system,Envelope 2000® is designed for useas an exterior cladding on walls,canopies, fascia, and accent bands.

Envelope 2000® is typically used onmedium to high rise buildings, suchas office towers, retail complexes,educational buildings, medicalfacilities, etc...

Citadel Architectural Products, Inc.Envelope 2000®

Call (800) 446-8828 or visit www.citadelap.comPRODUCT DATA SHEET

6.47 kg/m²4mm

Panel Weight¹Nominal Thickness

TABLE 2. PANEL WEIGHT & THICKNESS:

1.33 lbs/ft²1/8”

MetricComponent Standard

GENERAL LIMITATIONS:Envelope 2000® is intended for useas an exterior cladding. It is noteligible for use as a structuralelement of a wall assembly. Enve-lope 2000® should not be used inapplications where the slopeexceeds 25° from vertical.

SYSTEM FINISHES:Envelope 2000® comes standard witha smooth aluminum skin. Standardand metallic colors are furnished witha durable Kynar 500® coating.Anodized finishes are available as astandard finish. Custom colors arealso available to match customer’sstandard.

Moldings (Reveal System) arecoated using a Kynar 500® paintsystem and can be painted to matchany standard or custom color.

REVEAL SYSTEM (RV):Utilizing one piece extruded alumi-num moldings, this is a barriersystem that features a progressiveinstallation. The moldings aremechanically fastened to thesubstrate. The panels are theninserted into the moldings, along withsealant and attached to the substrateusing construction adhesive atintermediate locations. Reveal (1/2”typical, 3” also available) and battenprofile moldings are standard.

ROUT & RETURN SYSTEM (RR):Barrier system in which panels arefabricated and formed into ‘pans’ andthen ‘hung’ on the substrate usingaluminum extrusions. All fastenersare concealed and panel joints (1/2”reveal typical) are finished with anapproved sealant.

RAINSCREEN SYSTEM (RS):Based on the ‘rainscreen principle’,this system allows incidental water toenter the cladding cavity, but then bedrained through the system viaweepholes. Also utilizing formedpanels, this system is attached usingaluminum extrusions. Panel jointsare finished using color matched orcomplementary accent strips that‘float’ in the extrusions providing areveal from 1/2” to 12”.

INSTALLATIONOVERVIEW (1219mm x 2438mm)

(1219mm x 3048mm)(1219mm x 3658mm)(1524mm x 2438mm)(1524mm x 3048mm)(1524mm x 3658mm)

48” x 96”48” x 120”48” x 144”60” x 96”60” x 120”60” x 144”

Cut-to-size panels are also availablein virtually any size up to 60” x 144”.

SIZES AVAILABLE:Thickness:Length Dim:Width Dim:Squareness:

Envelope 2000® is supplied with clean,machine trimmed edges.

MATERIAL TOLERANCES:±1/32” (±0.79mm)+0, -1/16” (+0, -1.59mm)+0, -1/16” (+0, -1.59mm)1/64” (0.4mm) perlineal foot

LOAD DEFLECTION¹:

¹ Panel tested while supported on four sides.

5.0

4.5

4.0

3.5

3.0

2.5

2.0

1.5

1.0

0.5

0

De

fle

cti

on

(in

)

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10

.4

15

.6

20

.8 26

31

.2

36

.4

41

.6

46

.8 52

57

.2

Load (psf)

4’x8’-RR 4’x8’-RV

4’x8’-RS

4’x4’-RR 4’x4’-RS

4’x4’-RV

ICBO (International Conference OfBuilding Officials) - #PFC-5792

BOCA (Building Officials CodeAdministrators) - #21 • 08

SBCCI PST & ESI (SouthernBuilding Code Congress International,Public Safety Testing & EvaluationServices Inc.) - #2046

CODE CERTIFICATION¹:

PANEL FINISH SYSTEMS:

STANDARD WARRANTY:

Panel Warranty:Kynar 500® Finish:

Anodized Finish:

5 Years20 YearsNo change greaterthan 8 for chalk,5 E units for fade20 Years (prorated)

Standard Smooth:

Custom Smooth:

Coil CoatedKynar 500®

Spray AppliedKynar 500®

¹ Envelope 2000® RR attachment system.

R-ValueFlame SpreadPeel StrengthStiffness (EI)¹Allowable Bending Moment¹Tensile Yield¹Ultimate Tensile¹Coefficient Of ThermalExpansionIgnition Temperature

TABLE 3. PANEL PERFORMANCE:

0.05Class A34.51.27E+3

1.82E+1

7.34E+3

1.04E+4

1.11E-5

900

---ASTM E84ASTM D1781ASTM E72ASTM E72ASTM E72ASTM E72ASTM D1237

ASTM D1929

°F ft²/BTU---lb-in/lblb-in²/ft widthlb-ft/ft widthlb/ft widthlb/ft widthin/in/°F

°F

ValueProperty Test Unit

¹ Weight and testing based upon panels using an .024” smooth face skin and an .010” smooth back skin.


Call (800) 446-8828 or visit www.citadelap.com

Installation Guidelines:Reveal System (RV)

BE SURE TO READ, UNDERSTAND AND FOLLOW ALL GUIDELINES. Manufacturer guidelines may vary dependingupon specific application and project conditions. The manufacturer should be contacted with questions regardingconditions which vary from the guidelines set forth. Standard carpentry knowledge is required and good construc-tion practice for health, safety and welfare must be followed when installing Envelope 2000®.

TECHNICAL ASSISTANCE


(800) 446-8828fax: (317) 894-6333


TABLE OF CONTENTS

Pre-Installation Guidelines.........................................General Work Guidelines...........................................Work Sequence: RV System.....................................Trim Moldings............................................................Recommended Tooling & Equipment........................Installation Accessories.............................................

259

131415

SAFETY FIRSTProper protection (i.e. gloves, safety glasses)should be worn at all times to prevent injury fromsharp edges and/or metal shavings.

PROTECT MATERIALWhen installation is not in progress, all paneland accessory units must be kept under protec-tive cover and completely dry.

ENSURE PROPER FITProper fit is very important to the appearance ofthe system. Allowance for expansion is needed,as well as notching and/or mitering of trim.

LIBERALLY APPLY SEALANTALL joints must be sealed against moistureintrusion or the warranty will VOID. If donecorrectly, excess sealant will squeeze from thejoints (to be removed later in the sequence).

REMOVE PROTECTIVE FILMUpon completion, the protective film must beremoved from the painted surface. Failure to doso promptly may cause difficulty in removal andpossibly leave an adhesive residue.

•

•

•

•

•

KEY POINTS FOR ASUCCESSFUL INSTALLATION

MAIN STEPS OF THEINSTALLATION PROCESS

INSTALLATION GUIDELINES 1

FIRST: UNDERSTAND THE SYSTEMUnderstanding the panel system and determiningwhich attachment option has been specified isimperative for completing a proper installation.

SECOND: PRE-PLAN THE INSTALLATIONAfter receiving and properly storing the material,planning the work schedule, grid layout, and materialusage should be performed so that the sequence canproceed without significant delays and/or problems.

THIRD: READ THE GENERAL GUIDELINESThe general guidelines (i.e. fabrication, sealing, etc.)provide a groundwork for all types installations.Thoroughly read and understand these guidelinesbefore beginning the work sequence.

FOURTH: COMPLETE THE WORK SEQUENCEAfter reading the instructions set forth in the generalguidelines, continue to the appropriate work sequenceand complete the installation.

To request a complete Product Manual (whichincludes recommended SECTION and MOLDINGINTERSECTION details), contact the manufacturer.

NOTE:

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WARNING: FAILURE TO FOLLOW THESE GUIDELINESWILL VOID THE STANDARD WARRANTY.


Call (800) 446-8828 or visit www.citadelap.com2 INSTALLATION GUIDELINES

VISUAL INSPECTION:Upon material arrival, all panel units and molding/accessory cartons should be visually inspected to verifythat the product is in good condition and free fromshipping damage, weather damage or defects.

Shipping damage and/or packaging issues should befirst noted on the bill of lading and then reported tothe distributor.

Should damage occur, the customer is responsiblefor filing a freight claim with the shipping companyWITHIN 24 HOURS from material receipt. Failure to doso may possibly result in forfeit of corrective action.

Any defective material should be reported directly tothe distributor from which the product was purchased.

NOTE:

•

•

•

MATERIAL INVENTORY:After verifying the condition of the product, inventory unitsagainst the packing slip to make sure that all material(including molding and accessory units) is received.

Notify the distributor from which the product waspurchased of any missing or incomplete shipmentsIMMEDIATELY. Failure to do so may result in forfeit ofcorrective action.

NOTE:

TRANSPORTING THE MATERIAL:Envelope 2000® is packaged from the manufacturer inquantities of 40 pieces (or less) per unit, under cover andsecured with metal strapping (FIG. A). If possible, panelsshould remain in this original packing for transport.

If a forklift or pallet jack is unavailable, panel unit may bebroken and carried to storage by hand according to thefollowing guidelines.

PRE-INSTALLATION:TRANSPORTING & HANDLING

PRE-INSTALLATION:MATERIAL RECEIVING & INVENTORY

IS THE PRODUCT IN GOOD CONDITION?

IS THE PRODUCT CLEAN AND DRY?

IS THE PRODUCT FREE FROM DEFECTS?

...THE MOLDING & ACCESSORY UNITS?

ARE ALL OF THE PANEL UNITS PRESENT?

IS THE PIECE PER UNIT COUNT CORRECT?

HANDLING THE MATERIAL:A strippable protective film is standard on all panels. Thisfilm should remain on the product until instructed to takeit off (during installation procedure). This strippable film(FIG. B) is designed to prevent minor abrasions to thesurface. However, panels should still be handled withcare to avoid any major dings, dents or scratches.

FIGURE A.

FIGURE B.

CLEARPROTECTIVEFILM

PREFINISHEDSURFACE

UNITS ARE CRATEDAND SECURED WITHMETAL STRAPPING

ARROWS WILL BEPRESENT IF MATERIALIS DIRECTIONAL



MATERIAL STORAGE:If the units have been broken, material should berestacked, on a skid. Painted surfaces (strippable filmside) should be placed face to face and any interleafedfoam must be repositioned.

Failure to properly protect material from moistureintrusion may cause damage to the panel surfaceand/or core. Such damage is NOT covered under thestandard warranty.

NOTE:

If the material has become damp or wet during transpor-tation, the surface should be wiped dry before stacking toprevent any type of corrosion. Once the stacking iscompleted (or if the original packaging is still intact), theunits must be covered with a waterproof covering.

All units must be kept in a dry, well-ventilated area awayfrom exposure to the elements and/or any other construc-tion installations which may cause damage to theproduct.

PRE-INSTALLATION:STORING THE MATERIAL UNITS


When handling panels, clean work gloves should beworn at all times to protect from sharp edges and toprevent any smudging of the painted finish.

When removing material from shipping units, DO NOTdrag/slide panels across stack underneath. Panelsmust be lifted up, then away to avoid any permanentdamage to the painted surface (FIG. C).

NOTE:

•

•

DETERMINING THE GRID:Before beginning the installation procedure, it is importantto plan the overall layout of the installation. Architecturaldrawings should be consulted to determine the correctgrid, where applicable.

If there are no drawings to work from, measure and verifyall field dimensions and develop a pattern to maximizeappearance and minimize fabrication. Consideration foraesthetics should be made in locating odd sized panels.

PRE-INSTALLATION:SCHEDULING & GRID LAYOUT

Once begun, work should not be delayed for longperiods of time at a point which might cause damageto the product if acted upon by external conditions(i.e. rain, snow, long periods of exposure to the sun).

NOTE:

COORDINATION OF WORK:In accordance with good construction practice, schedulethe work to coordinate with other trades so that installa-tion can proceed without significant interference/delay.

DO NOT use butting panels as a guide for grid layout.Actual panel size will vary slightly from grid size(FIG. D) due to the spacing needed for panel expan-sion (1/16”) and the molding/receiver width.

For example, a 4’ x 10’ o.c. grid pattern will result inan actual panel size of slightly less than a full 4’ x 10’.

NOTE:

FIGURE D.

FIGURE C.

PANELS MUST BELIFTED UP & THEN AWAY,NOT ACROSS THE STACK

PANEL DIM.

GRIDDIM.

1/4” (APPROX.)

ONE PIECE MOLDINGS



CALCULATING MATERIAL USAGE:After identifying/determining the grid, begin to verify thatthe correct amount of material has been ordered for yourspecific application. Since material takeoffs and resultingquantities are based upon the grid layout, installing thematerial in another pattern may result in shortages.

Likewise, an approximate cut plan (for both panels andmoldings) should be determined before beginninginstallation to prevent such shortages which may causedelays in completion of the project.

When calculating molding usage, verticals typically passthrough horizontals (FIG. E), except at head and silllocations (see Typical Details). If the project is largeenough to require several lengths of moldings, splicesshould be staggered so that they do not match up withhorizontal/vertical molding intersections (see GeneralWork: Cutting & Fitting Extrusions).

4 INSTALLATION GUIDELINES

ALIGNING & MARKING THE GRID:Using the grid pattern derived, establish a base point inthe lowermost left corner of the elevation (typically).Using a chalk line, level, and a plumb bob, mark thecomplete grid (FIG. F) on the substrate. Doing so willallow for any necessary adjustment to be made prior toinstallation.

Installation may also be started at the center line of theelevation and worked in both directions from that point.

All surfaces of the substrate should be free from anyobstructions and/or projections which might interfere withpanel application. Note areas where shims may berequired to bring the panel system into a plumb, level,and consistent plane.

FIGURE F.

FIGURE E.

TOP OF ELEVATION (HEAD)

BOTTOM OF ELEVATION (SILL)

MARK GRID LINESPLUMB & LEVELON SUBSTRATE


Call (800) 446-8828 or visit www.citadelap.com INSTALLATION GUIDELINES 5

GENERAL WORK:LIMITATIONS OF THE PANEL SYSTEM

USES & APPLICATIONS:Envelope 2000® is intended for use as a non-structuralwall panel. It may also be used in other applicationswhere the slope does not exceed 25° (FIG. G) pastvertical.

Also, the system must be kept a minimum of 12” awayfrom the finished landscaping grade. Other environmen-tal and application limitations may apply. Refer to theProduct Warranty.

GENERAL WORK:FABRICATION OF THE PANELS

SAFETY PRECAUTIONS:When performing fabricating procedures, it is necessaryto observe all general guidelines for safety. Cutting,drilling, or otherwise machining the panels and trimmoldings may produce flying chips, shavings, or dust.

In addition to work gloves and proper clothing, safetygoggles, ear protection, and possibly dust masks maybe needed when fabricating system components.

NOTE:

CUTTING & DRILLING OF PANELS:Cut-to-size panels are available from the manufacturer.When field cutting is required, it may be performed usingstandard carpentry tools equipped with carbide-tippedblades. Work surfaces should be padded (FIG. H) andfree from any debris which may damage the finish. Forcleaner cuts, backer

blocks and straightedges may be clamped to the panelsurface. Caul blocks should be used when necessary toprotect the painted finish. After cutting, aluminum edgesmay need filing to remove sharp projections and/or metalburrs (FIG. I) that might prevent the panel from slidinginto the molding channel properly. Doing so will alsoreduce the risk of personal injury.

When using a table saw to cut panels, the finished side(protective film) should be placed facing upward. Forhand held circular saws and jigsaws, the finish sideshould be facing down (FIG. J).

For drilling operations, the finished side should be placedfacing upward and a backer block should be used whennecessary to minimize any tearout.

FIGURE I.

FIGURE G.

FIGURE H.

NOT TO EXCEED25° FROMVERTICAL

NO CLOSERTHAN 12” TO

FINISHEDGRADE

PANEL SYSTEM

WORK SURFACESTO BE PADDED

CAUL BLOCKSSHOULD BE USEDTO PROTECT FINISH

STRAIGHTEDGESSHOULD BE USEDFOR LONG CUTS

METAL BURRSSHOULD BE FILEDSMOOTH ALONGFACE SKIN

HOLD FILE AT ASLIGHT ANGLE



The appearance, quality and soundness of the panelsystem depends in large part upon the quality and fit ofthe trim moldings.

For accurate cutting, a miter or chop saw (with carbidetipped blade) is recommended to cut the moldings tolength. Notching of moldings may also be required forsome intersections. Metal snips and/or a miter saw maybe used to remove portions of the moldings so that theintersection can fit together properly (FIG. K).

GENERAL WORK:CUTTING & FITTING MOLDINGS

Whenever cutting, trimming, or installing moldings, itis important to make sure the joints are well fitted andthe intersections formed provide a clean channel intowhich the panel can be placed.

NOTE:

A visual representation of the most common intersectionscan be found in the Typical Details section of the ProductManual. If you have any questions about how yourparticular intersection should be fitted, contact ourtechnical staff for assistance.

SPLICING OF MOLDINGS:Depending on the grid size, several lengths of moldingsmay be required to complete a horizontal and/or verticalrun. Planning should be done to minimize the number ofsplices required.

When necessary, splices must occur no closer than 2”away from a horizontal/vertical intersection (FIG. L).Splices must be completely sealed against moisture.This does not apply if the molding intersections arebeing mitered.

NOTE:

As a barrier system, Envelope 2000® is an exteriorcladding system designed to keep water away from thestructural wall system. Therefore, it is imperative that thefollowing guidelines be followed accurately to ensure theintegrity of the system against moisture intrusion.

SELECTING THE RIGHT SEALANT:In order for the proper bond to be created between thesealant and the system components, be sure to use onlythe sealant recommended by the manufacturer.

GENERAL WORK:PROPER SEALANT APPLICATION

Failure to adequately seal ALL panel edges, moldingintersections & splices, cutouts, etc., will cause theinstallation to fail and will VOID THE WARRANTY.

NOTE:

FIGURE L.

INCORRECT SPLICING CORRECT SPLICING

FIGURE K.

FIGURE J.

CIRCULAR SAW - FINISH DOWN JIGSAW - FINISH DOWN

TABLE SAW - FINISH UP DRILLING - FINISH UP

HORIZTONAL MOLDING

VERTICAL MOLDING

MATERIAL TO BE REMOVED SO THEMOLDING FACES JOIN PROPERLY

2” MIN.



The use of other sealants may require additional steps(such as priming of materials) or cause the installation tofail due to poor weatherability, staining and/or lack ofadequate bonding.

SEALANT APPLICATION:In general, sealant should be liberally applied whereverwater may be able to infiltrate the system (e.g. joints,molding splices, dissimilar material abutments, etc.).

For the one piece system, the sealant should fill enoughof the molding channel (FIG. M) so that squeeze out willoccur when the panel is inserted.

FIGURE M.

ONE PIECE - BEFORE ONE PIECE - AFTER

Depending upon the panel size, an adhesive may berequired in the field of the panel. Either double-sidedtape or construction adhesive may be used to adhere thepanel to the substrate.

In general, a bead (or strip) of adhesive must be placedat each intermediate location within the field of the panel(16”-24”o.c.). The approximate size of the bead shouldbe 3/8” diameter (min.) x 2/3 of the panel height. How-ever, due to the design of the molding, the panels areheld away from the substrate by approximately 1/4”.Therefore, the substrate must be shimmed out (usingscrap pieces of panel) in order for the adhesive bead tobond properly with the back of the panel. The adhesive isthen applied to the shim (or panel scrap).

When a moisture barrier is present, a strip of aluminum(approx. 2”-3” wide x 2/3 panel height) must be mechani-cally fastened to the substrate (FIG. O). The adhesive isthen applied to the aluminum.

GENERAL WORK:PROPER ADHESIVE APPLICATION

Excess sealant may be cleaned up (FIG. N) after it ‘skinsover’ (approx. 45 minutes) using a non-marring scraper, aclean rag, and mineral spirits (if necessary).


GENERAL WORK:THE PROTECTIVE FILM

When directed to do so (see Work Sequence), theprotective film must be removed from the panel surface.For ease of removal, pull the film back against itself in thesame plane as the panel.

Failure to remove the protective film promptly afterinstallation (or exposure to long periods of sunlight)may cause difficulties in removal and possibly leave anadhesive residue.

NOTE:

FIGURE O.

WHEN MOISTURE BARRIER IS PRESENT OVER SUBSTRATE

STRIP OF ALUMINUMFASTENED TO THESUBSTRATE

CONSTRUCTIONADHESIVE

FIGURE N.

SEALANT SHOULD‘SKIN OVER’ SLIGHTLYBEFORE CLEANING

When abutting dissimilar material (i.e. glazing, brick,etc.), allowances must be made for expansion/contraction(minimum 1/4”). Bond breaker tape should be applied tothe sheathing prior to the application of the receiver andan approved sealant applied after the panel and alumi-num cover are installed (see Typical Details).



MAINTENANCE:Panels should be incorporated into an overall buildingwashing/maintenance schedule and cleaned in accor-dance with AAMA 610.1, Voluntary Guide Specificationfor Cleaning and Maintenance of Painted AluminumExtrusions and Curtain Wall Panels. In general, panelsmay be cleaned using warm water and a mild detergrent(if necessary). For more aggressive materials, a gentlebrushing/scrubbing action may be required. Abrasivedetergents and/or harsh solvents should not be used.

MAINTENANCE OF THEPANEL FINISH

REPAIR/TOUCH UP:Any minor scratches or dings which may occur duringinstallation can be repaired using touch-up paint availablefrom the manufacturer. Repainting of large areas with thetouch-up paint is not recommended. Finish characteris-tics of the repainted surface may vary from the prepaintedaluminum.



STEP 1: ATTACHING THE BOTTOMHORIZONTAL & THE LEFT VERTICAL MOLDINGS

Since the installation is progressive, the panel is encap-sulated on all four sides by the one piece moldings.Therefore, the first step in the work sequence is creatingan ‘L’ shaped pocket into which the panel will be placed.

In order to move the installation up, and then across theelevation, the first two moldings to be attached are thebottom horizontal and the left vertical (FIG. 1).

Miter or notch the moldings as needed and then fastenthem to the substrate. Keep in mind that verticals ‘passthrough’ horizontals except at head and sill locations.

The required molding length will vary dependent uponcondition and grid layout.

WORK SEQUENCE:REVEAL SYSTEM (RV)

These guidelines are set forth to show the intent and general sequence of installation. The procedure for eachindividual application and condition may vary. For special conditions or for those not discussed (parapet,dissimilar material, etc.), refer to the General Work Guidelines, Typical Details or contact the manufacturer.

- Nailable Substrate- Non-Nailable Substrate (fastened directly to studs)- Substrate (either type) with Moisture Barrier (special instructions apply)

Possible Substrates:

- Panel Fastening (non-mechanical): Panels are attached to the substrate using construction adhesive and are held in place by the perimeter molding.- Molding Fastening: Every 12” along length of molding

- Metal Framing: #S-1000 (1”) or #S-1580 (1-5/8”)- Wood Framing & Sheathing: #S-1001 (1-5/8”)

Types Of Fasteners:

Fastening Schedules:

- Non-Structural, Barrier System

System Type:

- Progressive, moving up and across the elevation beginning at a bottom corner (typical).

Work Flow:

- #5000 (Franklin Titebond™)- #5003-D (Double Sided Tape) A bead (or strip) approx. 2/3 the panel height is placed at intermediate (16”-24”o.c.) locations.

Adhesive:

- #5002 (Tremco® Spectrem® 2) The entire system must be properly sealed against moisture for the warranty to remain valid.

Sealant:- 1/16” between panel perimeter edge and moldingExpansion/Contraction Spacing:

INSTALLATION SPECIFICATIONS:

FIGURE 1.

THE BASE MOLDINGIS INSTALLED 1ST...

THE LEFT VERTICAL IS 2ND

THE APPROPRIATENOTCH/MITER IS TOBE MADE

STOP! READ BEFORE PROCEEDING WITH WORK SEQUENCE



STEP 4: INSERTING THE PANEL INTO THEMOLDING CHANNELS

Insert the panel into the moldings (a non-marring scrapermay assist in guiding the panel into the channel). If thecorrect amount of sealant is applied, it should squeeze(FIG. 4) from the molding in a continual bead around thepanel perimeter. The excess will be removed in a laterstep.

STEP 2: PREPARING THE PANEL & APPLYINGTHE SEALANT

Begin by cutting the panel to the proper dimension withallowance made for expansion/contraction. Peel theprotective film away from all four edges of the panel. Donot remove it completely.

Place a large, continuous bead of approved sealant intoboth the bottom horizontal and left vertical moldings(FIG. 2). If the moldings extend past the first panellength/width, apply only enough sealant for one panel.

Failure to adequately seal ALL panel edges will causethe installation to fail and will VOID THE WARRANTY.

NOTE:

STEP 3: APPLYING THE PANEL ADHESIVE

Begin by fastening the appropriate shims (panel scraps)to the substrate at the intermediate locations (shimmingreduces the gap between panel and the substrate createdby the molding offset). Then, place a large bead (or stripif using double-sided tape) of panel adhesive onto eachshim (FIG. 3).

The adhesive bead should not be allowed to set upbefore the panel is applied.

NOTE:

FIGURE 4.

FIGURE 2.

FIGURE 3.

ENOUGH SEALANT SHOULD BEAPPLIED SO THAT IT SQUEEZES OUTA CONTINUAL BEAD WHEN THEPANEL IS INSERTED

SQUEEZE OUT SHOULDOCCUR AT MOLDING EDGE

PROTECTIVE FILM TO BEPULLED BACK FROM PERIMETER

24”MAX.

ADHESIVE ORDOUBLE-SIDED TAPESHIMS OR PANEL

SCRAPS



STEP 7: CLEANING UP THE EXCESS SEALANTAND REMOVING THE PROTECTIVE FILM

Once the fastening is complete, the excess sealant canbe cleaned from the panel surface using a non-marringscraper, clean rag, and mineral spirits (if necessary).

The scraper should be held at a low angle (FIG. 7) andrun along the perimeter of the panel using the molding asa guide.

Once completed, remove the protective film by pulling itback against itself along the panel.

STEP 6: ATTACHING THE RIGHTVERTICAL MOLDING

After preparing (cutting, applying sealant), the rightvertical should be fastened to the substrate (FIG. 6).

The final molding in the sequence (the right vertical)should never extend past the top horizontal (FIG. 6).Doing so will create a ‘U’ shaped channel and preventthe next panel in the vertical sequence from beinginstalled properly.

NOTE:

STEP 5: ATTACHING THE TOPHORIZONTAL MOLDING

Since verticals typically dominate, the top horizontalmolding should be notched/mitered to ‘dive into’ the leftvertical molding. Likewise the other end of the moldingshould be notched/mitered after being cut to length toreceive the right vertical molding to be attached next.

After the molding has been prepared, apply the properamount of sealant into the channel (only the side facingthe panel) and place it over the edge (FIG. 5). As in theprevious step, sealant squeeze out should occur.

Fasten the top molding to the substrate.

FIGURE 6.

FIGURE 5.

SLIDE THE TOP MOLDINGOVER THE PANEL EDGE

RIGHT VERTICAL SHOULDNOT EXTEND PASTTOP HORIZONTAL

FIGURE 7.

SEALANT SHOULD BE ALLOWEDTO ‘SKIN OVER’ SLIGHTLYBEFORE CLEANING



STEP 8: MOVING UP AND ACROSSTHE ELEVATION

Once the first panel is installed, repeat the work se-quence and move vertically in the grid. Upon completionof the first column, move again to the bottom of theelevation and begin at the next column.

Each individual application may vary depending uponlayout. However, moving vertically across the elevationrequires the least amount of setup and may prove themost efficient use of scaffolding and/or power lifts.

FIGURE 8.

COMPLETE THEVERTICAL RUN...

...THEN MOVE TO THE NEXT‘COLUMN’ AND WORK UP &ACROSS THE ELEVATION



CR-AX1 HORZ/VERT CR-AX2 PERIMETER J CR-AX3 PERIMETER J CR-AX4 I/S CORNER

Height:Reveal:Length:

3-1/8” (79mm)1/2” (13mm)12’-6” (3810mm)

CR-AX5 O/S CORNER CR-AX6 HORZ/VERT CR-AX7 HORZ/VERT

ONE PIECE EXTRUDED ALUMINUM MOLDINGS


1-7/8” (48mm)1/2” (13mm)12’-6” (3810mm)

Face Leg:Height:Length:

1/2” (13mm)1-3/8” (35mm)12’-6” (3810mm)

I/S Legs:Height:Length:

1/2” (13mm)1-5/8” (41mm)12’-6” (3810mm)

O/S Legs:Height:Length:

1/2” (13mm)1-1/2” (38mm)12’-6” (3810mm)


5-5/8” (143mm)3” (76mm)12’-6” (3810mm)

Height:Face:Length:

2-1/2” (64mm)1” (25mm)12’-6” (3810mm)

CR-AX8 ADJ O/S CORNER

O/S Legs:Adj Range:

3/4” (19mm)100° to 155°

CR-AX9 ADJ I/S CORNER

I/S Legs:Adj Range:

1/2” (13mm)100° to 155°



Length: 1-5/8” (41mm)Pieces Per Box: 500Weight: 2 lbs.

Item #

MECHANICAL FASTENERS

S-1000CLIMASEALSCREW

S-1580CLIMASEALSCREW

S-1001HI-LOSCREW

Length: 1-5/8” (41mm)Pieces Per Box: 500Weight: 2 lbs.

Length: 1” (25mm)Pieces Per Box: 500Weight: 2 lbs.

Fastening thepanel to woodframing

Fastening thepanel to metalframing

Fastening thepanel to metalframing

Description Application

Small nails or brads (available at a local hardware store) may be used for temporarily attaching the plastic receivers to the substrate.Note: Fasteners shown actual size.


Recommended Tooling:

TOOLING & EQUIPMENT

Note: Depending upon your installation, some items may be optional.

Safety GlassesWork GlovesDust MaskHearing Protection

Safety:

ScaffoldingPower LiftPlastic/CanvasCover(s)

Jobsite:

Mild DetergentMineral SpiritsNon-Marring ScraperClean Shop Rags

CleanUp:

Tape Measure(16’ minimum)Laser/Handheld Level(4’ minimum)Chalk LinePlumb BobT-SquareFraming Square

Measuring/Marking:

Framing Hammer(non-marring tip)Rubber Mallet

Hand Tools:

Table SawCircular SawMiter/Chop SawJigsawPower DrillScrew Gun

Power Tools:(carbide tipped blades)

Recommended Equipment:

Caulking GunBox KnifeMetal FileMetal Snips

SawhorsesScrap Sheets OfPlywood (3/4”)Clamps (with cauls)StraightedgePlastic/Wood Shims

Fabrication:



SEALANTS, ADHESIVES AND TOUCH-UP

Item # Description

5000 CONSTRUCTIONADHESIVE

Tube Size: 10.5 oz.(approx. 12 lineal ft. pertube at a 3/8” bead)

Application

Along with mechanical fasteners, the panel isadhered to the substrate/stud framework usingconstruction grade adhesive.Franklin Titebond™

5002 SEALANT Tube Size: 11 oz.(approx. 30 lineal ft. pertube at a 1/4” bead)

Proper application of approved sealant is critical tothe integrity of the panel system. Failure to do sowill void the product warranty.

Tremco® Spectrem® 2

5003-D DOUBLE SIDED TAPE 1/8” x 1” x 54’ roll As an alternative to construction adhesive, doublesided tape may be used in some applications toadhere the panel to the substrate.

PA-46 POLYESTERTOUCH-UP PAINT

Container: 7 oz. During installation, minor scratches, abrasions,and/or dings may occur. If necessary, repairs canbe performed using small bottles of color matchedpaint. Touch-up paint should not be used forpainting large areas or trim.





Installation Guidelines:Rout & Return System (RR)




(800) 446-8828fax: (317) 894-6333


TABLE OF CONTENTS

Pre-Installation Guidelines.........................................General Work Guidelines...........................................Work Sequence: RR System..........................................Attachment Extrusions....................................................

2479



ENSURE PROPER FITProper fit is very important to the appearance ofthe system. Allowance for expansion is needed.

LIBERALLY APPLY SEALANTALL joints must be sealed against moistureintrusion or the warranty will VOID.


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VISUAL INSPECTION:Upon material arrival, all panel units and accessorycartons should be visually inspected to verify that theproduct is in good condition and free from shippingdamage, weather damage or defects.

Shipping damage and/or packaging issues should befirst noted on the bill of lading and then reported tothe fabricator.


Any defective material should be reported directly tothe fabricator from which the product was purchased.

NOTE:

•

•

•


Notify the fabricator from which the product waspurchased of any missing or incomplete shipmentsIMMEDIATELY. Failure to do so may result in forfeit ofcorrective action.

NOTE:

TRANSPORTING THE MATERIAL:Envelope 2000® is packaged from the fabricator coveredand secured with metal strapping. If possible, panelsshould remain in this original packing for transport.


HANDLING THE MATERIAL:A strippable protective film is standard on all panels. Thisfilm should remain on the product until instructed to takeit off (during installation procedure). This strippable film(FIG. A) is designed to prevent minor abrasions to thesurface. However, panels should still be handled withcare to avoid any major dings, dents or scratches.










When removing material from shipping units, DO NOTdrag/slide panels across stack underneath. Panelsmust be lifted up, then away to avoid any permanentdamage to the painted surface (FIG. B).

NOTE:

•

•

FIGURE A.

CLEARPROTECTIVEFILM

RETURNEDEDGE





NOTE:


All units must be kept in a dry, well-ventilated area awayfrom exposure to the elements and/or any other installa-tions which may cause damage to the product.



ALIGNING & MARKING THE GRID:Using the grid pattern derived, establish a base point inthe lowermost left corner of the elevation (typically).Using a chalk line, level, and a plumb bob, mark thecomplete grid (FIG. B) on the substrate. Doing so willallow for any necessary adjustment to be made prior toinstallation.




NOTE:



FIGURE B.




FIGURE D.

Envelope 2000® RR is a fabricated system that shouldarrive at the jobsite with all of the extrusions necessaryfor installation pre-mounted to the formed panels.

An identification system of some type should also bepresent to locate the position of a particular panel withinthe elevation. Therefore, as an installer, it is importantthat you become familiar with the different types ofmounting extrusions as well as where they will bepositioned on each panel (FIG. D).

GENERAL WORK:EXTRUSION POSITIONING

Should any formed panels have the wrong extrusionsfor the panel’s position in the elevation, notify thefabricator immediately.

NOTE:


USES & APPLICATIONS:Envelope 2000® is intended for use as a non-structuralwall panel. It may also be used in other applicationswhere the slope does not exceed 25° (FIG. C) pastvertical.

FIGURE C.



FINISHEDGRADE

PANEL SYSTEM


RR-121 MALE ANGLE MECHANI-CALLY FASTENED TO THESUBSTRATE

RR-122 FEMALEANGLE SLIDES INTORR-121FROM THEPREVIOUS PANEL

RR-104 ANGLE REPLACESRR-122 WHEN STARTING ORENDING A RUN

RR-103 ANGLE REINFORCESTHE RETURNED EDGE AT THECORNERS

PANEL STIFFENERS MAYALSO BE PRESENT DEPENDINGUPON PANEL SIZE AND PROJECTREQUIREMENTS

ALL EXTRUSIONSARE ATTACHED USINGPOP RIVETS



As a barrier system, Envelope 2000® RR is an exteriorcladding system designed to keep water away from thestructural wall system. Therefore, it is imperative that thefollowing guidelines be followed accurately to ensure theintegrity of the system against moisture intrusion.


Failure to adequately seal ALL panel edges, splices,cutouts, etc., will cause the installation to fail and willVOID THE WARRANTY.

NOTE:




NOTE:

FIGURE F.

RETURNED EDGEOF PANEL

CLOSED CELL BACKERROD SET BACK 1/2 THEWIDTH OF THE JOINT

APPROVEDSEALANT

In general, each panel will be mechanically fastened onat least two sides (using either the RR-104 End RunAngle or the RR-121 Male Angle) with the remainder ofthe sides ‘floating’ in an extrusion mounted to the back ofthe adjoining panel (RR-122 Female Angle). This ‘inter-connection’ (FIG. E) of the panels allows for movementwithin the wall system to allow for expansion/contraction.

SELECTING THE RIGHT SEALANT:In order for the proper bond to be created between thesealant and the system components, be sure to use onlythe sealant recommended by the manufacturer (i.e.Tremco® Spectrem® 2, Dow Corning™ 795, or GESilpruf™). The use of other sealants may requireadditional steps (such as priming of materials) or causethe installation to fail due to poor weatherability, stainingand/or lack of adequate bonding.

SEALANT APPLICATION:In general, sealant should be liberally applied whereverwater may be able to infiltrate the system (e.g. joints,dissimilar material abutments, etc.). All panel jointsshould have a closed cell backer rod placed into the joint(set back approximately 1/2 the width of the joint) beforesealant application (FIG. F).


FIGURE E.

The position of the panel within the elevation will deter-mine the number of mechanically fastened sides and thenumber of ‘floating’ sides.

Being a progressive system, the lead side(s) are usuallyslid over the previous panel and ‘float’, while the trailingside(s) are then mechanically fastened to the substrate.

Also on the back of the formed panel, the returned edgesare reinforced with a small aluminum angle riveted toeach corner. A stiffener may also be present (dependingupon design requirements and panel size).

RR-121 IS FASTENEDAND CREATES AFIXED POINT...

...WHILE RR-122 ‘FLOATS’ ANDALLOWS FOR MINIMALMOVEMENT



REPAIR/TOUCH UP:Any minor scratches or dings which may occur duringinstallation can be repaired using touch-up paint availablefrom the manufacturer. Repainting of large areas with thetouch-up paint is not recommended. Finish characteris-tics of the repainted surface may vary from the prepaintedaluminum.


MAINTENANCE:Panels should be incorporated into an overall buildingwashing/maintenance schedule and cleaned in accor-dance with AAMA 610.1, Voluntary Guide Specificationfor Cleaning and Maintenance of Painted AluminumExtrusions and Curtain Wall Panels.

In general, panels may be cleaned using warm water anda mild detergrent (if necessary). For more aggressivematerials, a gentle brushing/scrubbing action may berequired. Abrasive detergents and/or harsh solventsshould not be used.



STEP 1: INSTALLING THE FIRST PANELIN THE SEQUENCE

Since the system is progressive, installation generallystarts in the lowermost corner of the elevation.

Once the appropriate sill flashing has been installed, setspacer blocks (1/2” joint typical) on the flashing to use asa guideline for setting the first panel.

Peel the protective film back from the returned edges andaway from the panel face 3”-4”. Next, place the panelonto the spacer blocks, making sure to align the panellevel and plumb. Fasten the perimeter extrusions to thesubstrate using #10 TEK screws located 16” o.c. (max).

All four perimeter extrusions will be fastened to thesubstrate (FIG. 1). However, the extrusions used tobegin/end the run will be different from those adjoiningother panels.

WORK SEQUENCE:ROUT & RETURN SYSTEM (RR)


- Nailable Substrate- Non-Nailable Substrate (fastened directly to studs)- Substrate (either type) with Moisture Barrier (special instructions apply)


- Attachment Extrusions: Every 16” along length of molding.

Fastening Schedule:

- Non-Structural, Barrier System

System Type:


Work Flow:

- #5002 (Tremco® Spectrem® 2)- Dow Corning™ 795- General Electric Silpruf™ The entire system must be properly sealed against moisture for the warranty to remain valid.

Sealant:

- Typical joint spacing is 1/2” between abutting panels.Expansion/Contraction Spacing:


FIGURE 1.

RR-121 MALE ANGLES TORECEIVE THE NEXT PANELSIN THE SEQUENCE

RR-104 END RUNANGLES

- Closed Cell Foam (approx. 5/8” diameter): To be placed along joint before sealant application to ensure a proper bond.

Backer Rod (for sealant):

- #10 TEK Screw, 1-1/2” long, hex head.Type Of Fastener (for mounting extrusions):

SPACERBLOCKS




STEP 4: CLEANING UP THE EXCESS SEALANTAND REMOVING THE PROTECTIVE FILM

Any excess sealant that remains after tooling the jointmay be removed using a, clean rag (FIG. 4), and mineralspirits (if necessary).

STEP 2: INSTALLING ABUTTING PANELS

In order to create the proper joint for sealant application,adjoining panels must first be installed (FIG. 2). Begin bysliding the female perimeter molding (from the secondpanel) over the male mounting extrusion (from the firstpanel) using a spacer block to create the proper joint.

The female extrusions (usually at the lower and left edgeof the panel) are not mechanically fastened, but ratherare held in place by (and ‘float’ in) the male extrusionfrom the previously installed panel(s).

The top and right male extrusions are then fastened tothe substrate, encapsulating the panel. Continue bottomto top, then left to right until all panels are in place.

Once completed, remove the protective film completelyby pulling it back against itself along the panel.

Failure to adequately seal ALL panel edges will causethe installation to fail and will VOID THE WARRANTY.

NOTE:

STEP 3: APPLYING THE FOAM BACKER RODAND SEALANT TO THE JOINT

After all of the necessary panels within the elevation areattached to the substrate, the closed cell foam backer rodshould be placed within each joint. Set the foam backfrom the panel face at least half the width of the joint.

Next, liberally apply sealant to the joint, making surethe coverage is continuous along the panel perimeter(FIG. 3). Tool the sealant into the joint.

FIGURE 4.

FIGURE 2.

FIGURE 3.

ADJOINING PANELS ARE FIRSTSLID OVER THE EDGE AND ‘FLOAT’ON THE EXTRUSION...

...THEN THE SEALANTIS APPLIED

REMOVE EXCESS SEALANT AFTERTOOLING USING A CLEAN RAG...

...THE OTHER EDGES ARE THENFASTENED TO THE SUBSTRATE

FOAM BACKER ROD ISFIRST PLACED WITHINTHE JOINTS...

SPACERBLOCKS



RR-104 END RUN ANGLE

ONE PIECE ALUMINUM ATTACHMENT EXTRUSIONS

RR-121 MALE ANGLE RR-122 FEMALE ANGLE PF-204 REINFORCEMENT

Height:Width:Length:

1-1/4” (32mm)3/4” (19mm)12’-6” (3810mm)


2” (51mm)1-3/8” (35mm)12’-6” (3810mm)


7/8” (22mm)1-3/8” (35mm)12’-6” (3810mm)

Height:Leg Width:Length:

2” (51mm)3/4” (19mm)n/a

RR-103 PANEL CLIP STIFFENER TUBE


1-1/2” (38mm)1” (25mm)12’-6” (3810mm)


1” (25mm)2” (51mm)12’-6” (3810mm)

Note: Angle cut to smaller peices(shown) for use on formed panels.





Installation Guidelines:RainScreen System (RS)




(800) 446-8828fax: (317) 894-6333


TABLE OF CONTENTS

Pre-Installation Guidelines.........................................General Work Guidelines...........................................Work Sequence: RS System..........................................Attachment Extrusions....................................................

2479



ENSURE PROPER FITProper fit is very important to the appearance ofthe system. Allowance for expansion is needed.


•

•

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VISUAL INSPECTION:Upon material arrival, all panel units and accessorycartons should be visually inspected to verify that theproduct is in good condition and free from shippingdamage, weather damage or defects.

Shipping damage and/or packaging issues should befirst noted on the bill of lading and then reported tothe fabricator.


Any defective material should be reported directly tothe fabricator from which the product was purchased.

NOTE:

•

•

•


Notify the fabricator from which the product waspurchased of any missing or incomplete shipmentsIMMEDIATELY. Failure to do so may result in forfeit ofcorrective action.

NOTE:

TRANSPORTING THE MATERIAL:Envelope 2000® is packaged from the fabricator coveredand secured with metal strapping. If possible, panelsshould remain in this original packing for transport.


HANDLING THE MATERIAL:A strippable protective film is standard on all panels. Thisfilm should remain on the product until instructed to takeit off (during installation procedure). This strippable film(FIG. A) is designed to prevent minor abrasions to thesurface. However, panels should still be handled withcare to avoid any major dings, dents or scratches.










When removing material from shipping units, DO NOTdrag/slide panels across stack underneath. Panelsmust be lifted up, then away to avoid any permanentdamage to the painted surface.

NOTE:

•

•

FIGURE A.

CLEARPROTECTIVEFILM

RETURNEDEDGE





NOTE:


All units must be kept in a dry, well-ventilated area awayfrom exposure to the elements and/or any other installa-tions which may cause damage to the product.





NOTE:



ALIGNING & MARKING THE GRID:Using the grid pattern derived, establish a base point inthe lowermost left corner of the elevation (typically).Using a chalk line, level, and a plumb bob, mark thecomplete grid (FIG. B) on the substrate. Doing so willallow for any necessary adjustment to be made prior toinstallation.


FIGURE B.





FIGURE C.



FINISHEDGRADE

PANEL SYSTEM

FIGURE D.

USES & APPLICATIONS:Envelope 2000® is intended for use as a non-structuralwall panel. It may also be used in other applicationswhere the slope does not exceed 25° (FIG. C) pastvertical.


Envelope 2000® RS is a fabricated system that shouldarrive at the jobsite with all of the extrusions necessaryfor installation (some will be pre-mounted to the formedpanels and others will be applied in-the-field).

An identification system of some type should also bepresent to locate the position of a particular panel withinthe elevation. Therefore, as an installer, it is importantthat you become familiar with the different types ofmounting extrusions as well as how they will be usedduring installation (FIG. D).

GENERAL WORK:EXTRUSION POSITIONING

Should any formed panels have improperly mountedand/or missing extrusions, notify the fabricatorimmediately.

NOTE:

OPEN CELL FOAM PLACED OVERELONGATED WEEP HOLES (2 PER PANELLOCATED 2”-4” FROM CORNER)

RR-103 ANGLEREINFORCES EACHCORNER (NOTSHOWN)

8212 EXTRUSION IS MOUNTED TOTHE SUBSTRATE TO BEGIN AND ENDA RUN, THE PANEL IS THEN ‘HUNG’UPON THE EXTRUSION

8216 EXTRUSION ISCONTINUOUSLY ATTACHEDALONG THE PANELPERIMETER

PANEL STIFFENERS MAY BE PRESENTDEPENDING UPON PANEL SIZE ANDPROJECT REQUIREMENTS

6” SECTIONS OF THE 8214 EXTRUSION TO BE MOUNTEDTO THE 8216 EXTRUSION IN-THE-FIELD AT 16” O.C. (ONLYON THE SIDES THAT ACCEPT THE NEXT PANEL). TWOFASTENERS ARE TO BE PLACED IN EACH CLIP.



FIGURE E.

This ‘inter-connection’ of the panels allows for movementwithin the wall system to allow for expansion/contraction.The position of the panel within the elevation will deter-mine the number of mechanically fastened sides and thenumber of ‘floating’ sides.

Being a progressive system, the lead side(s) are usuallyslid over the previous panel and ‘float’, while the trailingside(s) are then mechanically fastened to the substrate.

Also on the back of the formed panel, the returned edgesare reinforced with a small aluminum angle riveted toeach corner. A stiffener may also be present (dependingupon design requirements and panel size).

Along with the aluminum extrusions, small sections ofopen cell foam should be placed at each weep holelocation (at the bottom edge of the formed ‘pan’) to serveas an insect screen.

In general, each panel will be mechanically fastened tothe substrate on at least two sides, using 6” sections ofthe 8214 extrusion attached to the 8216 extrusion on theback of the panel (FIG. E), with the remainder of thesides ‘floating’ in an extrusion mounted to the substrate(8212 extrusion).

A unique feature of the Envelope 2000® RS system is thepresence of accent (or baffle) strips within each joint.Using the accent strips allows the panel joint to range

GENERAL WORK:THE ACCENT STRIPS


8214 EXTRUSIONMUST BE ATTACHEDTO THE 8216EXTRUSIONON THE BACK OFTHE PANEL BEFOREINSTALLATION(TWO FASTENERSPER CLIP)

6” SECTIONS OF THE 8214EXTRUSION ARE TO BESPACED 16” O.C. AROUNDTHE PANEL PERIMETER

As a rainscreen principle system, Envelope 2000® RS isan exterior cladding system designed to allow incidentalwater to enter the system and exit through weep holes.The RS System will always be applied over a moisture/airinfiltration barrier (i.e. Tyvek®). However, whenever thesystem abutts a dissimilar material, you must allow for asealant joint. Therefore, it is imperative that the followingguidelines be followed accurately to ensure the integrityof the system against moisture intrusion.


FIGURE F.

CLOSED CELL BACKERROD SET BACK 1/2 THEWIDTH OF THE JOINT

APPROVEDSEALANT

SELECTING THE RIGHT SEALANT:In order for the proper bond to be created between thesealant and dissimilar materials, be sure to use only thesealant recommended by the manufacturer (i.e. Tremco®

Spectrem® 2, Dow Corning™ 795, or GE Silpruf™). Theuse of other sealants may require additional steps (suchas priming of materials) or cause the installation to faildue to poor weatherability, staining and/or lack ofadequate bonding.

SEALANT APPLICATION:In general, sealant should be liberally applied whereverthe system abutts dissimilar material. All such jointsshould have a closed cell backer rod placed into the joint(set back approximately 1/2 the width of the joint) beforesealant application (FIG. F).

FIGURE G.

ACCENT STRIPS ‘FLOAT’WITHIN THE 8216EXTRUSION ONTHE BACK OFTHE PANEL

DISSIMILARMATERIAL




NOTE:


REPAIR/TOUCH UP:Any minor scratches or dings which may occur duringinstallation can be repaired using touch-up paint availablefrom the fabricator. Repainting of large areas with thetouch-up paint is not recommended. Finish characteris-tics of the repainted surface may vary from the prepaintedaluminum.

MAINTENANCE:Panels should be incorporated into an overall buildingwashing/maintenance schedule and cleaned in accor-dance with AAMA 610.1, Voluntary Guide Specificationfor Cleaning and Maintenance of Painted AluminumExtrusions and Curtain Wall Panels.

In general, panels may be cleaned using warm water anda mild detergrent (if necessary). For more aggressivematerials, a gentle brushing/scrubbing action may berequired. Abrasive detergents and/or harsh solventsshould not be used.


When cutting the strip(s) to size, approximately 1” shouldbe added to the desired joint size to obtain the correctstrip width. For example, a 1/2” joint would require theaccent strips to be cut to a 1-1/2” width. The protectivefilm should always be completely removed beforeinstalling the accent strip.



FIGURE H.

INCORRECT SPLICING CORRECT SPLICING

2” MIN.

from 1/2” (typical) to 12”. These strips are made from flatpieces of panel and float within the perimeter extrusion(8216) on the back of the formed ‘pan’ (FIG. G).

When installing the panel system, vertical accent stripspass through horizontals. Also, no splices should occurwithin the panel intersection (FIG. H).



STEP 1: ATTACHING THE STARTER EXTRUSIONSTO THE SUBSTRATE

Since the system is progressive, installation generallystarts in the lowermost corner of the elevation.

Once the appropriate flashing has been installed, setspacer blocks (1/2” joint typical) on the flashing to use asa guideline for setting the first panel.

Begin by peeling the protective film back from thereturned edges of the panel. Then, attach the starterextrusion (8212) along the bottom & left side to thesubstrate, shimming where required (FIG. 1).

WORK SEQUENCE:RAINSCREEN SYSTEM (RS)


- Nailable Substrate with Moisture Barrier- Non-Nailable Substrate with Moisture Barrier (fastened directly to studs)


- Attachment Extrusions: Every 16” along length of molding.

Fastening Schedule:

- Non-Structural, ‘rainscreen principle’ System

System Type:


Work Flow:

- Placed in between mounting extrusions to close the cladding cavity, range in size from 1-1/2” for 1/2” joints to 13” for 12” joints.

Accent Strips:

- Typical joint spacing is 1/2”-12” between abutting panels.

Expansion/Contraction Spacing:


FIGURE 1.

STARTER EXTRUSION (8212) INTOWHICH PANELS WILL BE INSERTED

- Placed by the fabricator into weep holes to prevent debris/insects from getting into the cladding cavity. Weep holes should be facing downward.

Open Cell Foam:

- #10 TEK Screw, 1-1/2” long, hex head.Type Of Fastener (for mounting extrusions):




STEP 4: INSTALLING THE ABUTTING PANELS

Begin by placing spacer blocks (equal to the joint width)along the panel edge to create the proper spacing. Thenprepare the panel for installation (repeating STEP 2) byattaching the hanger clips to the back of the panel.

Slide the next panel in the sequence over the edge of theaccent strip and fasten the opposite side of the panel tothe substrate (FIG. 4).

Then completely remove the protective film from theinstalled panel(s).

Complete the installation by moving vertically in the grid.Upon completion of the first column, move again to thebottom of the elevation and begin at the next column.

STEP 2: INSTALLING THE FIRST PANEL

Begin by fastening several 6” lengths of the hangerextrusion (8214), located every 16” o.c., onto the top andright sides of the panel. The ‘clips’ should be slid ontothe perimeter extrusion (8216) located on the back of thepanel and then fastened using a minimum of two (2), #12TEK screws (see General Work).

Next, slide the edges of the panel onto the starterextrusions (previously attached in STEP 1). Place thelower end in first, then slide the panel to the left to fullyengage the extrusions.

Fasten the ‘hanger clips’ on the opposite sides (top andright) to the substrate (FIG. 2).

Completely remove the protective film.

STEP 3: PLACING THE ACCENT STRIPS

At each joint, an accent strip (small section of panel) is tobe placed (FIG. 3) before mounting the next panel in thesequence. Verticals should pass through horizontals.

The accent strips are slid into the slot on the perimeterextrusion (8216). The strips are not fastened, butpermitted to ‘float’ within the extrusion.

Remove the protective film completely from the accentstrip before placing them.

FIGURE 4.

FIGURE 2.

FIGURE 3.

TOP & RIGHT ‘CLIPS’ (8214) ARE TO BE FASTENEDTO THE BACK OF THE PERIMETER EXTRUSION(8216) BEFORE MOUNTING THE PANEL

ADJOINING PANELS ARE FIRST SLID OVER THEACCENT STRIP & EXTRUSION AND THE PANEL ISTHEN FASTENED ON THE OPPOSITE SIDES

THE ACCENT STRIP IS SLID INTOPLACE AND ‘FLOATS’ IN THEPERIMETER EXTRUSION (8216).

COMPLETE THE GRID MOVING UP &THEN ACROSS THE ELEVATION



ONE PIECE ALUMINUM ATTACHMENT EXTRUSIONS

RR-103 PANEL CLIP


1-1/2” (38mm)1” (25mm)12’-6” (3810mm)

Note: Angle cut to smaller peices(shown) for use on formed panels.

8212 EXTRUSION 8214 EXTRUSION 8216 EXTRUSION


2-1/8” (54mm)1/2” (13mm)12’-6” (3810mm)


3-1/2” (89mm)1/2” (13mm)12’-6” (3810mm)


1-1/8” (29mm)1-3/8” (35mm)12’-6” (3810mm)

Note: Angle cut to 6” sections for useon formed panels.

Item # Description

5007 WEEP BAFFLE 7/8” x 1” x 152’ roll

Application

Used with the Envelope 2000® RS system, thisbaffle prevents insects from entering the claddingcavity through the weepholes in the panel.

STIFFENER TUBE


1” (25mm)2” (51mm)12’-6” (3810mm)




Call (800) 446-8828 or visit www.citadelap.com TYPICAL DETAILS

Note: This detail represents the latest recommendations from CitadelArchitectural Products, Inc. It is presented in good faith and is subject tochange without notice. Citadel Architectural Products, Inc. accepts noresponsibility for the end use of this detail. For conditions not shown,consult our Technical Staff at (800) 446-8828 for review of specific details.

Typical Details:Reveal System (RV)

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GENERAL DETAILS

1: SYSTEM ISOMETRIC

2A - C: MOLDING DIMENSIONS

SECTION DETAILS

3A - C: BASE / FOUNDATION

4A - C: HORIZONTAL / VERTICAL

5: MID-SPAN CONNECTION

6A - B: DISSIMILAR MATERIAL

7: PARAPET

8A - B: INSIDE CORNER

9A - B: OUTSIDE CORNER

10: CURVED SECTION

INTERSECTION DETAILS

11A - B: BASE INSIDE CORNER

12A - B: BASE OUTSIDE CORNER

13A - G: HORIZONTAL / VERTICAL

14A - D: HORZ / VERT TERMINATION

15A - B: HORZ TERMINATION ONLY

16A - B: DISSIMILAR MATERIAL CORNER

17: THREE WAY INSIDE CORNER

18A - E: INSIDE CORNER

19A - E: OUTSIDE CORNER

89

15

5

7

6

18

13

19

3

10


Call (800) 446-8828 or visit www.citadelap.comTYPICAL DETAILS

Note: This detail represents the latest recommendations from CitadelArchitectural Products, Inc. It is presented in good faith and is subject tochange without notice. Citadel Architectural Products, Inc. accepts noresponsibility for the end use of this detail. For conditions not shown,consult our Technical Staff at (800) 446-8828 for review of specific details.REVISED:

11/06

DRAWING NAME:E2K RV 1A System Isometric Option 1.dwg

SYSTEM:Reveal (RV)

SCALE:n/a

NAILABLE SUBSTRATE

(BY OTHERS)

NOTE:

FOR NON-NAILABLE

SUBSTRATES, FASTENERS

MUST BE USED ONLY AT

STUD FRAMEWORK

LOCATIONS.

NOTE:

PANEL IS REQUIRED

TO BE EMBEDDED

IN APPROVED SEALANT

(BY OTHERS - NOT SHOWN)

WORKING POINT

IS FACE OF

SUBSTRATE

ENVELOPE 2000®

ONE PIECE (BATTEN)

EXTRUDED MOLDINGS

FASTENER

(BY OTHERS)

SYSTEM ISOMETRIC, OPTION 11A



Note: This detail represents the latest recommendations from CitadelArchitectural Products, Inc. It is presented in good faith and is subject tochange without notice. Citadel Architectural Products, Inc. accepts noresponsibility for the end use of this detail. For conditions not shown,consult our Technical Staff at (800) 446-8828 for review of specific details. REVISED:

11/06

DRAWING NAME:E2K RV 1B System Isometric Option 2.dwg

SYSTEM:Reveal (RV)

SCALE:n/a

NAILABLE SUBSTRATE

(BY OTHERS)

NOTE:

FOR NON-NAILABLE



STUD FRAMEWORK

LOCATIONS.

NOTE:

PANEL IS REQUIRED

TO BE EMBEDDED

IN APPROVED SEALANT


WORKING POINT

IS FACE OF

SUBSTRATE

ENVELOPE 2000®

ONE PIECE (REVEAL)

EXTRUDED MOLDINGS

FASTENER

(BY OTHERS)

SYSTEM ISOMETRIC, OPTION 21B




11/06

DRAWING NAME:E2K RV 1C System Isometric Option 3.dwg

SYSTEM:Reveal (RV)

SCALE:n/a

NOTE:

PANEL IS REQUIRED

TO BE EMBEDDED

IN APPROVED SEALANT


WORKING POINT

IS FACE OF

SUBSTRATE

NOTE:

FOR NON-NAILABLE



STUD FRAMEWORK

LOCATIONS.

NAILABLE SUBSTRATE

(BY OTHERS)

FASTENER

(BY OTHERS)

ONE PIECE (REVEAL)

EXTRUDED MOLDINGS

ENVELOPE 2000®

SYSTEM ISOMETRIC, OPTION 31C




11/06

DRAWING NAME:E2K RV 2A Molding Dimensions Page 1.dwg

SYSTEM:Reveal (RV)

SCALE:1:1

1 7/8"

(48mm) 1/2"

(13mm)

1/2"

(13mm)

1/2"

(13mm)

CR-AX1

HORZ / VERT

CR-AX2

PERIMETER J

CR-AX4

INSIDE CORNER

3 1/8"

(79mm)1/2"

(13mm)

1 1/2"

(38mm)

1 3/4"

(44mm)

1/2"

(13mm)1 5/16"

(34mm)

CR-AX3

PERIMETER J

MOLDING DIMENSIONS, PAGE 12A




11/06

DRAWING NAME:E2K RV 2B Molding Dimensions Page 2.dwg

SYSTEM:Reveal (RV)

SCALE:1:1

CR-AX5

OUTSIDE CORNER

3/4"

(19mm)

1 1/2"

(38mm)

CR-AX7

HORZ / VERT

2 1/2"

(64mm)1"

(25mm)

5 5/8"

(148mm)

3"

(76mm)

CR-AX6

HORZ / VERT

1/2"

(13mm)

MOLDING DIMENSIONS, PAGE 22B




11/06

DRAWING NAME:E2K RV 2C Molding Dimensions Page 3.dwg

SYSTEM:Reveal (RV)

SCALE:1:1

CR-AX9

ADJUSTABLE

INSIDE CORNER

CR-AX8

ADJUSTABLE

OUTSIDE CORNER

MOLDING DIMENSIONS, PAGE 32C

1/2"

(13mm)

3/4"

(19mm)




11/06

DRAWING NAME:E2K RV 3A Base Foundation Option 1.dwg

SYSTEM:Reveal (RV)

SCALE:1:1

NAILABLE SUBSTRATE

(BY OTHERS)

NOTE:

FOR NON-NAILABLE SUBSTRATES,

FASTENERS MUST BE USED ONLY

AT STUD FRAMEWORK LOCATIONS.

FOUNDATION

(BY OTHERS)

ENVELOPE 2000®

CRAX-3

PERIMETER J

FASTENER

(BY OTHERS)

BASE / FOUNDATION, OPTION 13A

APPROVED SEALANT

(BY OTHERS)

ALUMINUM

FLASHING

(BY OTHERS)

BOND BREAKER

TAPE

(BY OTHERS)




11/06

DRAWING NAME:E2K RV 3B Base Foundation Option 2.dwg

SYSTEM:Reveal (RV)

SCALE:1:1

NAILABLE SUBSTRATE

(BY OTHERS)

NOTE:




FOUNDATION

(BY OTHERS)

ENVELOPE 2000®

FASTENER

(BY OTHERS)

APPROVED SEALANT

(BY OTHERS)

ALUMINUM

FLASHING

(BY OTHERS)

BOND BREAKER

TAPE

(BY OTHERS)

CRAX-2

PERIMETER J

BASE / FOUNDATION, OPTION 23B




11/06

DRAWING NAME:E2K RV 4A Horizontal Vertical Option 1.dwg

SYSTEM:Reveal (RV)

SCALE:1:1

NAILABLE SUBSTRATE

(BY OTHERS)

FASTENER

(BY OTHERS)

NOTE:




ENVELOPE 2000®

CRAX-7

HORZ / VERT

APPROVED SEALANT

(BY OTHERS)

HORIZONTAL / VERTICAL, OPTION 14A




11/06

DRAWING NAME:E2K RV 4B Horizontal Vertical Option 2.dwg

SYSTEM:Reveal (RV)

SCALE:1:1

CRAX-1

HORZ / VERT

ENVELOPE 2000®

FASTENER

(BY OTHERS)

APPROVED SEALANT

(BY OTHERS)

NAILABLE SUBSTRATE

(BY OTHERS)

NOTE:




HORIZONTAL / VERTICAL, OPTION 24B




11/06

DRAWING NAME:E2K 4C Horizontal Vertical Option 3.dwg

SYSTEM:Reveal (RV)

SCALE:1:1

NAILABLE SUBSTRATE

(BY OTHERS)

NOTE:




FASTENER

(BY OTHERS)

APPROVED SEALANT

(BY OTHERS)

ENVELOPE 2000®

CRAX-6

HORZ / VERT

HORIZONTAL / VERTICAL, OPTION 34C




11/06

DRAWING NAME:E2K RV 5 Intermediate Connection.dwg

SYSTEM:Reveal (RV)

SCALE:1:1

ENVELOPE 2000®

APPROVED

CONSTRUCTION

ADHESIVE

(BY OTHERS)

NAILABLE SUBSTRATE

(BY OTHERS)

NOTE:




NOTE:

IF MOISTURE BARRIER IS NOT

PRESENT, OMIT FLASHING

AND PLACE ADHESIVE DIRECTLY

ONTO NAILABLE SUBSTRATE.

INTERMEDIATE CONNECTION5




11/06

DRAWING NAME:E2K RV 6A Dissimilar Material Option 1.dwg

SYSTEM:Reveal (RV)

SCALE:1:1

NAILABLE SUBSTRATE

(BY OTHERS)

NOTE:



AT STUD FRAMEWORK LOCATIONS.FASTENER

(BY OTHERS)

CRAX-3

PERIMETER J

ENVELOPE 2000®

DISSIMILAR MATERIAL, OPTION 16A

BOND BREAKER

TAPE

(BY OTHERS)

DISSIMILAR

MATERIAL

(BY OTHERS)

APPROVED

SEALANT

(BY OTHERS)VARIES

(3/8" TO 1/2")




11/06

DRAWING NAME:E2K RV 6B Dissimilar Material Option 2.dwg

SYSTEM:Reveal (RV)

SCALE:1:1

FASTENER

(BY OTHERS)

NAILABLE SUBSTRATE

(BY OTHERS)

NOTE:




CRAX-2

PERIMETER J

ENVELOPE 2000®

DISSIMILAR MATERIAL, OPTION 26B

BOND

BREAKER

TAPE

(BY OTHERS)

DISSIMILAR

MATERIAL

(BY OTHERS)

APPROVED

SEALANT

(BY OTHERS)

VARIES

(3/8" TO 1/2")




11/06

DRAWING NAME:E2K RV 7 Parapet.dwg

SYSTEM:Reveal (RV)

SCALE:1:1

NAILABLE SUBSTRATE

(BY OTHERS)

NOTE:




ALUMINUM FLASHING

(BY OTHERS)

CRAX-2

EXTRUSION

FASTENER

(BY OTHERS)

APPROVED SEALANT

(BY OTHERS)

ENVELOPE 2000®

BLOCKING

(BY OTHERS)

PARAPET7




11/06

DRAWING NAME:E2K RV 8A Inside Corner Option 1.dwg

SYSTEM:Reveal (RV)

SCALE:1:1

NAILABLE SUBSTRATE

(BY OTHERS)

NOTE:




FASTENER

(BY OTHERS)

APPROVED SEALANT

(BY OTHERS)

CRAX-4

I/S CORNER

ENVELOPE 2000®

INSIDE CORNER, OPTION 18A




11/06

DRAWING NAME:E2K RV 8B Inside Corner Option 2.dwg

SYSTEM:Reveal (RV)

SCALE:1:1

NAILABLE SUBSTRATE

(BY OTHERS)

NOTE:




FASTENER

(BY OTHERS)

APPROVED SEALANT

(BY OTHERS)

CRAX-9

ADJUSTABLE

I/S CORNER

ENVELOPE 2000®

INSIDE CORNER, OPTION 28B

100° to 155°




11/06

DRAWING NAME:E2K RV 8C Inside Corner Option 3.dwg

SYSTEM:Reveal (RV)

SCALE:1:1

NAILABLE SUBSTRATE

(BY OTHERS)

ROUTED AND

BENT

APPROVED CONSTRUCTION

ADHESIVE (BY OTHERS) MAY

BE REQUIRED DEPENDING

UPON PANEL SPAN

(REFER TO INSTALLATION

INSTRUCTIONS)

ENVELOPE 2000®

INSIDE CORNER, OPTION 38C




11/06

DRAWING NAME:E2K RV 9A Outside Corner Option 1.dwg

SYSTEM:Reveal (RV)

SCALE:1:1

NAILABLE SUBSTRATE

(BY OTHERS)

NOTE:




FASTENER

(BY OTHERS)

APPROVED SEALANT

(BY OTHERS)

CRAX-5

O/S CORNER

ENVELOPE 2000®

OUTSIDE CORNER, OPTION 19A




11/06

DRAWING NAME:E2K RV 9B Outside Corner Option 2.dwg

SYSTEM:Reveal (RV)

SCALE:1:1

NAILABLE SUBSTRATE

(BY OTHERS)

NOTE:




FASTENER

(BY OTHERS)

APPROVED SEALANT

(BY OTHERS)

CRAX-8

ADJUSTABLE

O/S CORNER

ENVELOPE 2000®

OUTSIDE CORNER, OPTION 29B

100° to 155°




11/06

DRAWING NAME:E2K RV 9C Outside Corner Option 3.dwg

SYSTEM:Reveal (RV)

SCALE:1:1

NAILABLE

SUBSTRATE

(BY OTHERS)

ENVELOPE 2000®

OUTSIDE CORNER, OPTION 39C

APPROVED CONSTRUCTION

ADHESIVE (BY OTHERS) MAY

BE REQUIRED DEPENDING

UPON PANEL SPAN

(REFER TO INSTALLATION

INSTRUCTIONS)

ROUTED AND

BENT




11/06

DRAWING NAME:E2K RV 10 Curved Section.dwg

SYSTEM:Reveal (RV)

SCALE:n/a

ENVELOPE 2000®

NOTE:

PANELS CAN BE FACTORY CURVED TO A MINIMUM

8" RADIUS @ 90°, AND A 18" RADIUS @ 180°.

MOLDINGS MUST ALSO BE FACTORY CURVED.

CONTACT CITADEL WITH SPECIFIC REQUIREMENTS.

FOR COLUMN COVERS, PLEASE REFER TO THE

ENVELOPE 2000®RR SYSTEM.

CURVED SECTION10




11/06

DRAWING NAME:E2K RV Intersections 11A To 12B.dwg

SYSTEM:Reveal (RV)

SCALE:n/a

NOTCHED AND

REMOVED

CRAX-3

PERIMETER J

CRAX-4

I/S CORNER

CRAX-5

O/S CORNER

CR-AX2

PERIMETER J

BASE INSIDE CORNER, OPTION 111A BASE INSIDE CORNER, OPTION 211B

BASE OUTSIDE CORNER, OPTION 112A BASE OUTSIDE CORNER, OPTION 212B

NOTCHED AND

REMOVED




11/06

DRAWING NAME:E2K RV Intersections 13A To 13D.dwg

SYSTEM:Reveal (RV)

SCALE:n/a

MITERED AT 45°

NOTCHED AND

REMOVED

CRAX-7

HORZ / VERT

GAP TO BE

FILLED WITH

APPROVED

SEALANT

(BY OTHERS)

MITERED AT 45°

NOTCHED AND

REMOVED

CRAX-1

HORZ / VERT

HORIZONTAL / VERTICAL, OPTION 113A HORIZONTAL / VERTICAL, OPTION 213B

HORIZONTAL / VERTICAL, OPTION 313C HORIZONTAL / VERTICAL, OPTION 413D




11/06

DRAWING NAME:E2K RV Intersections 13E.dwg

SYSTEM:Reveal (RV)

SCALE:n/a

HORIZONTAL / VERTICAL, OPTION 513E

MITERED

AT 45°CR-AX1

HORZ / VERT




11/06

DRAWING NAME:E2K RV Intersections 13F.dwg

SYSTEM:Reveal (RV)

SCALE:n/a

HORIZONTAL / VERTICAL, OPTION 613F

MITERED

AT 45°

CR-AX1

HORZ / VERT

CR-AX6

HORZ / VERT




11/06

DRAWING NAME:E2K RV Intersections 13G.dwg

SYSTEM:Reveal (RV)

SCALE:n/a

HORIZONTAL / VERTICAL, OPTION 713G

NOTCHED AND

REMOVED

CR-AX7

HORZ / VERT

HOLE TO BE FILLED

WITH APPROVED SEALANT

(BY OTHERS)

CR-AX6

HORZ / VERT




11/06

DRAWING NAME:E2K RV Intersections 14A To 14C.dwg

SYSTEM:Reveal (RV)

SCALE:n/a

MITERED AT 45°

CRAX-3

HORZ / VERT

NOTCHED AND

REMOVED

MITERED AT 45°

HORZ / VERT TERMINATION, OPTION 114A HORZ / VERT TERMINATION, OPTION 214B

HORZ / VERT TERMINATION, OPTION 314C

CR-AX7

HORZ / VERT

CR-AX2

HORZ / VERT

CR-AX1

HORZ / VERT




11/06

DRAWING NAME:E2K RV Intersections 14D.dwg

SYSTEM:Reveal (RV)

SCALE:n/a

HORZ / VERT TERMINATION, OPTION 414D

CR-AX3

PERIMETER J

MITERED

AT 45°

CR-AX6

HORZ / VERT




11/06

DRAWING NAME:E2K RV Intersections 15A.dwg

SYSTEM:Reveal (RV)

SCALE:n/a

HORZ TERMINATION ONLY, OPTION 115A

CR-AX6

HORZ / VERT

CR-AX3

PERIMETER J

NOTCHED AND

REMOVED

GAP TO BE FILLED WITH

APPROVED SEALANT




11/06

DRAWING NAME:E2K RV Intersections 15B To 17.dwg

SYSTEM:Reveal (RV)

SCALE:n/a

HOLE TO BE FILLED

WITH APPROVED

SEALANT

(BY OTHERS)

NOTCHED AND

REMOVED

CRAX-7

HORZ / VERT

DISSIMILAR

MATERIAL

CRAX-3

PERIMETER J

BACKER ROD (IF

NECESSARY) AND

APPROVED SEALANT

(BY OTHERS)

DISSIMILAR

MATERIAL

CRAX-1

HORZ / VERT

BACKER ROD

(IF NECESSARY)

AND APPROVED

SEALANT

(BY OTHERS)

CRAX-2

PERIMETER J

HORZ TERMINATION ONLY, OPTION 215B DISSIMILAR MATERIAL CORNER, OPT. 116A

DISSIMILAR MATERIAL CORNER, OPT. 216B

ALL THREE

MOLDINGS

TO BE

MITERED AT

45° ON

EACH LEG

CRAX-4

I/S CORNER

17 THREE WAY INSIDE CORNER




11/06


SYSTEM:Reveal (RV)

SCALE:n/a

GAP TO BE

FILLED WITH

APPROVED

SEALANT

(BY OTHERS)CRAX-1

HORZ / VERT

CRAX-7

HORZ / VERT CRAX-4

I/S CORNER

NOTCHED

AND

REMOVED

NOTCHED

AND

REMOVED

INSIDE CORNER, OPTION 118A INSIDE CORNER, OPTION 218B

INSIDE CORNER, OPTION 318C




11/06


SYSTEM:Reveal (RV)

SCALE:n/a

INSIDE CORNER, OPTION 418D

CR-AX4

I/S CORNER

CR-AX6

HORZ / VERT

MITERED

AT 45°

AROUND CORNER

NOTCHED AND

REMOVED




11/06


SYSTEM:Reveal (RV)

SCALE:n/a

INSIDE CORNER, OPTION 518E

NOTCHED AND

REMOVED

CR-AX4

I/S CORNER

CR-AX6

HORZ / VERT

GAP TO BE

FILLED WITH

APPROVED

SEALANT




11/06


SYSTEM:Reveal (RV)

SCALE:n/a

NOTCHED AND

REMOVED

GAP TO BE

FILLED WITH

APPROVED

SEALANT

(BY OTHERS)

OUTSIDE CORNER, OPTION 119A OUTSIDE CORNER, OPTION 219B

OUTSIDE CORNER, OPTION 319C

CR-AX1

HORZ / VERT

CR-AX7

HORZ / VERT

CR-AX5

O/S CORNER

NOTCHED AND

REMOVED

MITERED

AT 45°




11/06


SYSTEM:Reveal (RV)

SCALE:n/a

OUTSIDE CORNER, OPTION 419D

CR-AX5

O/S CORNERCR-AX6

HORZ / VERT

NOTCHED AND

REMOVED

MITERED AT 45°

AROUND CORNER




11/06


SYSTEM:Reveal (RV)

SCALE:n/a

OUTSIDE CORNER, OPTION 519E

CR-AX5

O/S CORNER

NOTCHED AND

REMOVED

GAP TO BE

FILLED WITH

APPROVED SEALANT

CR-AX6

HORZ / VERT




Typical Details:Rout & Return System (RR)

©2

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GENERAL DETAILS

1: SYSTEM ISOMETRIC

2A - B: ATTACHMENT EXTRUSIONS

6: PARAPET

7: INSIDE CORNER

8: OUTSIDE CORNER

9: COLUMN COVER

SECTION DETAILS

3: BASE / FOUNDATION

4: HORIZONTAL / VERTICAL

5: DISSIMILAR MATERIAL

7

4

6

8

5

39




11/06

DRAWING NAME:E2K RR 1 System Isometric.dwg

SYSTEM:Rout & Return (RR)

SCALE:n/a

WORKING POINT IS FACE

OF STUD FRAMEWORK

ATTACHMENT

EXTRUSIONS

ENVELOPE 2000®

POP RIVET

APPROVED SEALANT

(BY OTHERS)

STUD FRAMEWORK

(BY OTHERS)

BACKER ROD

(BY OTHERS)

SYSTEM ISOMETRIC1

GYPSUM BOARD

(BY OTHERS)

INSULATION

(BY OTHERS)




11/06

DRAWING NAME:E2K RR 2A Attachment Extrusions Page 1.dwg

SYSTEMS:Rout & Return (RR)

SCALE:1:1

3/4"

(19mm)

1"

(25mm)

1 3/8"

(35mm)

2"

(51mm)

5/16"

(8mm)1/2"

(13mm)

1/2"

(13mm)1/2"

(13mm)

RR-103

PANEL CLIP

RR-121

MALE ANGLE

RR-122

FEMALE ANGLE

RR-104

END RUN ANGLE

ATTACHMENT EXTRUSIONS, PAGE 12A

13/16"

(21mm)

7/8"

(22mm)

1 1/2"

(38mm)

1 1/4"

(32mm)




11/06

DRAWING NAME:E2K RR 2B Attachment Extrusions Page 2.dwg


SCALE:1:1

2"

(51mm)

3/4"

(19mm)

PF-204

REINFORCEMENT

ATTACHMENT EXTRUSIONS, PAGE 22B




11/06

DRAWING NAME:E2K RR 3 Base Foundation.dwg


SCALE:3:4

ENVELOPE 2000®

APPROVED SEALANT

(BY OTHERS)

DRAINAGE TUBE

(BY OTHERS)

BACKER ROD

(BY OTHERS)

RR-104

END RUN ANGLE

POP RIVET

SHIM AS NEEDED

(BY OTHERS)

FASTENER

(BY OTHERS)

ALUMINUM FLASHING

(BY OTHERS)

GYPSUM BOARD

(BY OTHERS)

INSULATION

(BY OTHERS)

STUD FRAMEWORK

(BY OTHERS)

FOUNDATION

(BY OTHERS)

BASE / FOUNDATION3

1/2"

(13mm)

TYPICAL




APPROVED SEALANT

(BY OTHERS)

BACKER ROD

(BY OTHERS)

POP RIVET

RR-122

FEMALE ANGLE

RR-121

MALE ANGLE

FASTENER

(BY OTHERS)

SHIM AS NEEDED

(BY OTHERS)

ENVELOPE 2000®

INSULATION

(BY OTHERS)

GYPSUM BOARD

(BY OTHERS)

STUD FRAMEWORK

(BY OTHERS)

HORIZONTAL / VERTICAL4

1/2"

(13mm)

TYPICAL

REVISED:11/06

DRAWING NAME:E2K RR 4 Horizontal Vertical.dwg


SCALE:3:4




11/06

DRAWING NAME:E2K RR 5 Dissimilar Material.dwg


SCALE:3:4

DISSIMILAR

MATERIAL

(BY OTHERS)

FASTENER

(BY OTHERS)

SHIM AS NEEDED

(BY OTHERS)

RR-104

END RUN ANGLE

BACKER ROD

(BY OTHERS)

APPROVED

SEALANT

(BY OTHERS)POP RIVET

ENVELOPE 2000®

INSULATION

(BY OTHERS)

GYPSUM BOARD

(BY OTHERS)

STUD FRAMEWORK

(BY OTHERS)

DISSIMILAR MATERIAL5

1/2"

(13mm)

TYPICAL




11/06

DRAWING NAME:E2K RR 6 Parapet.dwg


SCALE:3:4

BLOCKING

(BY OTHERS)

ALUMINUM FLASHING

(BY OTHERS)

SHIM AS NEEDED

(BY OTHERS)

BACKER ROD

(BY OTHERS)

POP RIVET

FASTENER

(BY OTHERS)

RR-104

END RUN ANGLE

APPROVED SEALANT

(BY OTHERS)

STUD FRAMEWORK

(BY OTHERS)

INSULATION

(BY OTHERS)

PARAPET6

1/2"

(13mm)

TYPICAL




ENVELOPE 2000®

SHIM AS NEEDED

(BY OTHERS)

FASTENER

(BY OTHERS)

POP RIVET BACKER ROD

(BY OTHERS)

APPROVED SEALANT

(BY OTHERS)

STUD FRAMEWORK

(BY OTHERS)

GYPSUM BOARD

(BY OTHERS)

INSULATION

(BY OTHERS)

RR-104

END RUN ANGLE

INSIDE CORNER7

1/2"

(13mm)

TYPICAL

REVISED:11/06

DRAWING NAME:E2K RR 7 Inside Corner.dwg


SCALE:3:4




11/06

DRAWING NAME:E2K 8 Outside Corner.dwg


SCALE:3:4

ENVELOPE 2000®

RR-122

FEMALE ANGLE

RR-121

MALE ANGLE

SHIM AS NEEDED

(BY OTHERS)

FASTENER

(BY OTHERS)

BACKER ROD

(BY OTHERS)

APPROVED SEALANTS

(BY OTHERS)

POP RIVET

GYPSUM BOARD

(BY OTHERS)

INSULATION

(BY OTHERS)

STUD FRAMEWORK

(BY OTHERS)

OUTSIDE CORNER8

1/2"

(13mm)

TYPICAL

VARIES




11/06

DRAWING NAME:E2K RR 9 Column Cover.dwg


SCALE:1:2

ENVELOPE 2000®

APPROVED SEALANT

(BY OTHERS)

RR-104

END RUN ANGLE

FASTENER

(BY OTHERS)

BACKER ROD

(BY OTHERS)

SHIM AS NEEDED

(BY OTHERS)

POP RIVET

MINIMUM BENDING

RADIUS IS 8" @ 90°,

18" @ 180°.

STEEL COLUMN

(BY OTHERS)

METAL FRAMING

(BY OTHERS)

COLUMN COVER9

1/2"

(13mm)

TYPICAL







Typical Details:RainScreen System (RS)

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GENERAL DETAILS

1: SYSTEM ISOMETRIC

2: ATTACHMENT EXTRUSIONS

6A - B: PARAPET

7: INSIDE CORNER

8: OUTSIDE CORNER

9: CURVED SECTION

SECTION DETAILS

3A: BASE / FOUNDATION

4A - B: HORIZONTAL / VERTICAL

5: DISSIMILAR MATERIAL

7

4

6

8

5

3




11/06

DRAWING NAME:E2K RS 1 System Isometric.dwg

SYSTEM:RainScreen (RS)

SCALE:n/a

NAILABLE SUBSTRATE

(BY OTHERS)

NOTE:

FOR NON-NAILABLE



STUD FRAMEWORK

LOCATIONS.

WORKING POINT

IS FACE OF

TYVEK® / SUBSTRATE

FASTENER

(BY OTHERS)

ENVELOPE 2000®

MOISTURE BARRIER

APPLIED TO

FACE OF

SUBSTRATE

(BY OTHERS)

ATTACHMENT

EXTRUSIONS

SYSTEM ISOMETRIC1

WEEP BAFFLE




11/06

DRAWING NAME:E2K RS 2 Attachment Extrusions.dwg


SCALE:1:1

2 1/16"

(53mm)

9/16"

(13mm)

3 9/16"

(89mm)

9/16"

(13mm)

1 3/8"

(35mm)

1 1/8"

(29mm)

8212

EXTRUSION

8216

EXTRUSION

8214

EXTRUSION

ATTACHMENT EXTRUSIONS2

1"

(25mm)

RR-103

PANEL CLIP

1 1/2"

(38mm)




11/06

DRAWING NAME:E2K RS 3 Base Foundation.dwg


SCALE:1:1

ENVELOPE 2000®

8216

EXTRUSION

WEEP BAFFLE

POP RIVET

FOUNDATION

(BY OTHERS)

ALUMINUM FLASHING

(BY OTHERS)

FASTENER

(BY OTHERS)

SHIM AS NEEDED

(BY OTHERS)

8212

EXTRUSION

NAILABLE SUBSTRATE

(BY OTHERS)

NOTE:

FOR NON-NAILABLE


MUST BE USED ONLY

AT STUD FRAMEWORK

LOCATIONS.

WATER BARRIER

APPLIED TO FACE

OF SUBSTRATE

(BY OTHERS)

BASE / FOUNDATION3

1/2"

(13mm)

TYPICAL




11/06

DRAWING NAME:E2K RS 4A Horizontal Vertical Option 1.dwg


SCALE:1:1

ENVELOPE 2000®

8216

EXTRUSION

WEEP BAFFLE

POP RIVET

FASTENER

(BY OTHERS)

SHIM AS NEEDED

(BY OTHERS)

8214

EXTRUSION

NAILABLE SUBSTRATE

(BY OTHERS)

NOTE:

FOR NON-NAILABLE



STUD FRAMEWORK

LOCATIONS.

WATER BARRIER

APPLIED TO FACE

OF SUBSTRATE

(BY OTHERS)

HORIZONTAL / VERTICAL, OPTION 14A

1/2"

(13mm)

TYPICAL




11/06

DRAWING NAME:E2K RS 4B Horizontal Vertical Option 2.dwg


SCALE:1:1

ENVELOPE 2000®

8216

EXTRUSION

WEEP BAFFLE

POP RIVET

FASTENER

(BY OTHERS)

SHIM AS NEEDED

(BY OTHERS)

8212

EXTRUSION

NAILABLE SUBSTRATE

(BY OTHERS)

NOTE:

FOR NON-NAILABLE



STUD FRAMEWORK

LOCATIONS.

WATER BARRIER

APPLIED TO FACE

OF SUBSTRATE

(BY OTHERS)

HORIZONTAL / VERTICAL, OPTION 24B

VARIES FROM 1/2" (13mm)

TO 12" (305mm)




11/06

DRAWING NAME:E2K RS 5 Dissimilar Material.dwg


SCALE:1:1

DISSIMILAR

MATERIAL

(BY OTHERS)

ENVELOPE 2000®

8216

EXTRUSION

POP RIVET

BACKER ROD

(BY OTHERS)

APPROVED

SEALANT

(BY OTHERS)

8212

EXTRUSION

SHIM AS NEEDED

(BY OTHERS)

FASTENER

(BY OTHERS)

NAILABLE SUBSTRATE

(BY OTHERS)

NOTE:




WATER BARRIER APPLIED

TO FACE OF SUBSTRATE

(BY OTHERS)

DISSIMILAR MATERIAL5

1/2"

(13mm)

TYPICAL




11/06

DRAWING NAME:E2K RS 6A Parapet Option 1.dwg


SCALE:1:1

BLOCKING

(BY OTHERS)

ALUMINUM

FLASHING

(BY OTHERS)

APPROVED

SEALANT

(BY OTHERS)

ENVELOPE 2000®

8216

EXTRUSION

POP RIVET

FASTENER

(BY OTHERS)

SHIM AS NEEDED

(BY OTHERS)

NAILABLE SUBSTRATE

(BY OTHERS)

8212

EXTRUSION

NOTE:

FOR NON-NAILABLE



STUD FRAMEWORK

LOCATIONS.

WATER BARRIER

APPLIED TO FACE

OF SUBSTRATE

(BY OTHERS)

PARAPET, OPTION 16A




11/06

DRAWING NAME:E2K RS 6B Parapet Option 2.dwg


SCALE:1:1

ENVELOPE 2000®

WEEP BAFFLE

8216

EXTRUSION

POP RIVET

FASTENER

(BY OTHERS)

BLOCKING

(BY OTHERS)

SHIM AS NEEDED

(BY OTHERS)

8214

EXTRUSION

NAILABLE SUBSTRATE

(BY OTHERS)

NOTE:

FOR NON-NAILABLE



STUD FRAMEWORK

LOCATIONS.



(BY OTHERS)

PARAPET, OPTION 26B

1/2"

(13mm)

TYPICAL




11/06

DRAWING NAME:E2K RS 7 Inside Corner.dwg


SCALE:1:1

ENVELOPE 2000®

FASTENER

(BY OTHERS)

POP RIVET

SHIM AS

NEEDED

(BY OTHERS)

8212

EXTRUSION

8216

EXTRUSION



(BY OTHERS)

NAILABLE

SUBSTRATE

(BY OTHERS)

NOTE:

FOR NON-NAILABLE



STUD FRAMEWORK

LOCATIONS.

INSIDE CORNER7

1/2"

(13mm)

TYPICAL




11/06

DRAWING NAME:E2K RS 8 Outside Corner.dwg


SCALE:1:1

ENVELOPE 2000®

8216

EXTRUSION

POP RIVET

FASTENER

(BY OTHERS)

8214

EXTRUSION

SHIM AS NEEDED

(BY OTHERS)

NAILABLE SUBSTRATE

(BY OTHERS)

NOTE:

FOR NON-NAILABLE



STUD FRAMEWORK

LOCATIONS.



(BY OTHERS)

OUTSIDE CORNER8

1/2"

(13mm)

TYPICAL

VARIES




06/03


ATTACHMENT SYSTEM:RainScreen System (RS)

CD FILE NAME:...curved.dwg

SCALE:n/a


Call (800) 446-8828 or visit www.citadelap.com GUIDE SPECIFICATION

Panel Manufacturer: Manufacturershall have a minimum of ten (10)years experience in the manufac-ture of ACM/MCM and must haveISO 9001:2000 Certification.

Panel Installer: Installer shall beexperienced in performing work ofthis section and be specialized inthe installation of similar workrequired on this project.

Field Measurements: Whenpossible, measurements shouldbe taken prior to the completion ofshop manufacturing andassembly.

Pre-Installation Meetings: Con-duct pre-installation meetings toverify project requirements,substrate condition, installationinstructions, and warrantyrequirements. Comply withDivision 1 Project Managementand Coordination, ProjectMeetings Section.

(Specifier Note: Articles below listindustry standards referenced inthis section.)

American Society for Testing andMaterials (ASTM):1.

2.

3.

1.04 QUALITY ASSURANCEA.

B.

C.

D.

1.05 REFERENCESA.

ASTM D1781: Climbing DrumPeel for Adhesives

ASTM E84: Surface BurningCharacteristics

ASTM E283: Standard TestMethod for Determining Rateof Air Leakage ThroughExterior Windows, CurtainWalls, and Doors UnderSpecified Pressure DifferencesAcross The Specimen

E.

F.

G.

H.

I.

SECTION 07415: EXTERIOR WALLPANELS & SYSTEMS

1.01 WORK INCLUDED

1.02 RELATED SECTIONSA.B.C.D.E.F.

1.03 SYSTEM DESCRIPTIONA.

B.

C.

D.

Guide Specification:Reveal System (RV)

(Specifier Note: This is a guide specification for prefinished architectural panels as manufactured by CitadelArchitectural Products, Inc., installed using the Reveal System (RV) and marketed under the trade nameEnvelope 2000® RV. Revise section number and title below to suit project requirements, specification practices andsection content. Options are indicated by brackets { }: delete non-selected text in final copy of specification.)

PART 1: GENERAL

Section Includes: Laminatedpanels and attachment systemsfor use as exterior cladding.

(Specifier Note: Revise articlebelow to suit project requirements.Add section numbers and title’sper specifier’s practice.)

Section 05100: Structural FramingSection 06100: Back Up WallsSection 07299: InsulationSection 07600: Metal FlashingSection 07920: SealantsSection 09200: Finishes

(Specifier Note: Revise articlebelow to suit project requirements.Restrict to statements describingdesign or performance require-ments of the complete wallsystem.)

Panel’s exposed finishes shallperform according to AAMA2605-98; exposed anodizedaluminum according toAAMA 611-98.

Panel bond integrity shall have aminimum peel strength of34.5 lb-in/lb when tested accord-ing to ASTM D1781.

Panel composite assembly shallconform to ASTM E84, FlameSpread, Class A.

Design wall system to withstand apositive and negative windloadpressure acting inward and

outward normal to the plane of thewall to meet the requirements ofthe latest adopted Local BuildingCode.

Make adequate provisions in thewall system for thermal expansionand contraction of the componentparts and fastening of the systemto prevent harmful damagecaused by buckling, opening ofjoints, expasion and contractiondue to accumulation of dead loadsand various live loads.

Design the wall system to besealed at all joints, intersectionsand cutouts to prevent moistureintrusion of any type.

Air Infiltration: The test specimenshall be tested in accordance withASTM E283. Air infiltration rateshall not exceed 0.06 cfm/ft² at astatic air pressure differential of6.24 psf.

Water Resistance: The testspecimen shall be tested inaccordance with ASTM E331.There shall be no uncontrolledwater infiltration to the room sideat a static air pressure differentialof 15.0 psf.

Uniform Load: The test specimenshall be tested in accordance withASTM E330. A static air designload of 35.0 psf shall be appliedin the positive and negativedirection. There shall be nodeflection in excess of L/175 ofthe span of any support membernor shall there be any failure ofthe system. At a structural testload equal to 1.5 times thespecified design load, no supportmember shall have permanentdeformation in excess of 1/1000of its span nor shall there be anyfailure of the system.

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Call (800) 446-8828 or visit www.citadelap.comGUIDE SPECIFICATION

B.

C.

2.01 EXTERIOR WALL PANELS &SYSTEMSA.

B.

Panel Lamination Warranty: Five(5) years commencing on Date ofSubstantial Completion.

Finish Warranty:{Kynar 500®: Twenty (20) years}{Kynar 500® Metallic: Twenty (20)years}{Anodized: Twenty (20) years}

(Specifier Note: Select productparagraph below to suit projectrequirements. Add productattributes, performance character-istics, material standards anddescriptions as applicable. Use ofsuch phrases as “or equal” and “orapproved equal” may causeambiguity in the specifications.Such phrases require verifica-tion—procedural, legal, regulatory,and responsibility—for determin-ing equivalence of products.)

Manufacturer:Citadel Architectural Products, Inc3131-A North Franklin RoadIndianapolis, Indiana 46226phone: (317) 894-9400

(800) 446-8828fax: (317) 894-6333


Envelope 2000® - EngineeredArchitectural Wall System1.

2.

Panel Composition:

Panel Tolerances

a.

b.

c.

a.

Face Skin:.024” (minimum) prefinishedsmooth aluminum to matchArchitect’s color selection.

Core:.105” thermoset phenolicresin

Back Skin:.010” primed smoothaluminum

Thickness: ±1/32”

B.

1.06 SUBMITTALSA.

B.

Architectural AluminumManufacturer’s Association(AAMA):

(Specifier Note: Article belowincludes submittal of relevant datato be furnished by Contractoreither before, during or afterconstruction. Coordinate thisarticle with Architect’s andContractor’s duties and responsi-bilities in Conditions of theContract and Division 1 SubmittalProcedures Section.)

Samples:Panel: Two (2) 3”x 5” samples ofeach type of assembly.Color Standards: Two (2) 3”x 5”samples of each color of finishselected.

Shop Drawings: Indicate thick-ness and dimension of parts,fastening and anchoring methods,detail and location of joints,including joints necessary toaccomodate thermal movement.

PART 2: PRODUCTS

4.

5.

1.

2.

3.

ASTM E330: Standard TestMethod for Structural Perfor-mance of Exterior Windows,Doors, Skylights and CurtainWalls by Uniform Static AirPressure Difference

ASTM E331: Standard TestMethod for Water Penetrationof Exterior Windows, Skylights,Doors, and Curtain Walls byUniform Static Air PressureDifference

AAMA 2605-02: VoluntarySpecification, PerformanceRequirements and TestProcedures for SuperiorPerforming Organic Coatingson Aluminum Extrusions andPanels

AAMA 611-98: VoluntarySpecification for AnodizedArchitectural Aluminum

AAMA 620-02: VoluntarySpecifications for High Perfor-mance Organic Coatings onCoil Coated ArchitecturalAluminum Substrates

C.

D.

E.

1.07 DELIVERY, STORAGE ANDHANDLINGA.

B.

C.

D.

1.08 WARRANTYA.

Material Certification: Two (2)copies certifying that materialmeets the requirements specified.

Manufacturer’s Literature: Two (2)copies of manufacturer’s literaturefor panel material.

Test Reports: Two (2) copies ofthird party test reports on testingrequired in Section 1.03.

(Specifier Note: Article belowshould include special andunique requirements. Coordinatearticle below with Division 1Product Requirements Section.)

General: Comply with Division 1Product Requirements Section.

Delivery: Package all panels forprotection against transportationdamage in accordance withmanufacturer’s requirements.

Storage: Store all materials inaccordance with manufacturer’sinstallation instructions. Stackmaterials on pallets or platforms,covered with suitable ventilatedcovering. Do not store panelswhere accumulation of water mayoccur or in contact with othermaterials that might causestaining, denting or other dam-age.

Handling: All materials should behandled in a manner to preventdamage to the product in accor-dance with manufacturer’sinstallation instructions.

(Specifier Note: Coordinate articlebelow with Condition of theContract and with Division 1Closeout Submittals [Warranty]Section.)

Manufacturer’s Warranty: Furnishpanel manufacturer’s standardlimited warranty documentexecuted by an authorizedcompany official. Manufacturer’swarranty is in addition to and not alimitation of other rights Ownermay have under the ContractDocuments.



2.02 SUBSTITUTIONSA.

B.

C.

D.

2.03 FINISHA.

B.

2.04 ACCESSORIESA.

(Specifier Note: Edit article belowto suit project requirements. Ifsubstitutions are permitted, edittext below. Add text to refer toDivision 1 Project Requirements,Product Substitutions ProceduresSection.)

Acceptable Alternatives: Panels ofsimilar composition providingmanufacturer has a minimum often (10) years experience.

The materials and productsspecified in this section establisha standard of required function,dimension, appearance, andquality to be met by any proposedsubstitution.

No substitution will be consideredunless written request for approvalhas been submitted by the bidderand has been received by theArchitect ten (10) days prior to thedate for receipt of bids.

Each request shall include thename of the materials and acomplete description of theproposed material, including testperformance and any otherinformation necessary forevaluation.

Exposed Finish:{Kynar 500®}{Kynar 500® Metallic}{Anodized}

Color: As selected by the Architectfrom panel manufacturer’s ColorSelection Guide.

Fasteners and moldings asrequired for panel system’s designby panel system manufacturer.Fastener shall be coated orstainless steel.

b.

c.

Length & Width: +0, -1/16”

Squareness: 1/64” per linealfoot

3. Attachment System:Reveal System (RV)

B.

3.01 EXAMINATIONA.

B.

C.

3.02 PREPARATIONA.

B.

C.

D.

3.03 INSTALLATIONA.

Weather Seals: Shall be Tremco®

Spectrem® 2, applied per thesealant manufacturer’s guidelinesand in accordance with the panelmanufacturer’s installationinstructions.

(Specifier Note: Revise articlebelow to suit project requirementsand specifier’s practice.)

Examine and verify substratesurfaces to receive compositemetal panel system and associ-ated work and condition whichwork will be installed.

Maximum deviation from verticaland horizontal alignment ofsubstrate shall be no more than1/4” in 20’-0”.

Do not proceed with work untilunsatisfactory conditions havebeen corrected in a manneracceptable to installer. Startingwork within a particular area willbe construed as installer’sacceptance of surface conditions.

Comply with manufacturer’sproduct data including producttechnical bulletins, productcatalog installation instructions,and product carton instructions.

Surfaces to receive panels shallbe even, smooth, sound, clean,and free from defects detrimentalto panel installation.

Field measure and verify dimen-sions as required.

Protect adjacent areas or surfacesfrom damage as a result of thework of this section.

(Specifier Note: Coordinate articlebelow with panel manufacturer’srecommended installationdetails.)

Sheathing and water resistantmembrane (if specified) by others.

PART 3: EXECUTION

B.

C.

D.

E.

F.

3.04 CLEANINGA.

B.

END OF SECTION

Erect panels level and true tointended plane.

Maximum deviation from verticaland horizontal alignment oferected panel system shall be nomore than 1/4” in 20’-0”.

Maximum deviation in panelflatness shall be 0.6% of theassembled units.

Conform to panel manufacturer’sinstallation instructions forattachment systems.

Weather seal all joints as requiredusing methods and materials asrecommended by the panelmanufacturer’s installationinstructions.

(Specifier Note: Coordinate articlebelow with Division 1 ExecutionRequirements, Cleaning Section.)

Remove temporary coverings andprotection to adjacent work areas.Repair or replace damagedinstalled products. Clean installedproducts in accordance withmanufacturer’s instructions priorto Owner’s acceptance.

Remove and legally dispose ofconstruction debris from projectsite.





E.

F.

G.

H.

I.


B.


1.01 WORK INCLUDED



B.

C.

D.

Guide Specification:Rout & Return System (RR)

(Specifier Note: This is a guide specification for prefinished architectural panels as manufactured by CitadelArchitectural Products, Inc., installed using the Rout & Return System (RR) and marketed under the trade nameEnvelope 2000® RR. Revise section number and title below to suit project requirements, specification practices andsection content. Options are indicated by brackets { }: delete non-selected text in final copy of specification.)

PART 1: GENERAL








Panel composite assembly shallpass Modified ASTM E108,External Flame Resistance.

Panel composite assembly shallpass UBC 26-3, Fire Standard ForInterior Applications.

Design wall system to withstand apositive and negative windloadpressure acting inward andoutward normal to the plane of thewall to meet the requirements ofthe latest adopted Local BuildingCode, in accordance with ASTME72, Strength Tests For PanelsFor Building Construction.


Water Leakage: No water infiltra-tion into the panel system understatic pressure when tested inaccordance with ASTM E331 at adifferential of 10% of inward actingdesign load, 6.24 psf (.299 kPa)minimum, after 15 minutes.

Air Leakage: Not more than 0.06(cfm)/sf of wall area (.003 (L/s) m²)when tested at 1.57 psf (.075 kPa)in accordance with ASTM E283.



C.

D.

1.05 REFERENCESA.

B.


Pre-Installation Meetings: Conductpre-installation meetings to verifyproject requirements, substratecondition, installation instructions,and warranty requirements.Comply with Division 1 ProjectManagement and Coordination,Project Meetings Section.


American Society for Testing andMaterials (ASTM):


1.

2.

3.

4.

5.

6.

1.



ASTM E108 (Modified):Standard Test Methods ForFire Tests Of Roof Coverings

ASTM E72: Strength TestsFor Panels For BuildingConstruction

ASTM E331: Test For WaterPenetration Of Exterior WallsBy Uniform Static Air PressureDifference

ASTM E283: Test Method ForRate Of Air Leakage ThroughExterior Walls

AAMA 2605-98: VoluntarySpecification, PerformanceRequirements and Test

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Such phrases require verifica-tion—procedural, legal, regulatory,and responsibility—for determin-ing equivalence of products.)


(800) 446-8828fax: (317) 894-6333


Envelope 2000® - EngineeredArchitectural Wall System



The materials and productsspecified in this section establisha standard of required function,

B.

C.

D.

1.08 WARRANTYA.

B.

C.


Storage: Store all materials inaccordance with manufacturer’sinstallation instructions. Stackmaterials on pallets or platforms,covered with suitable ventilatedcovering. Do not store panelswhere accumulation of water mayoccur or in contact with othermaterials that might causestaining, denting or other damage.






(Specifier Note: Select productparagraph below to suit projectrequirements. Add productattributes, performance character-istics, material standards anddescriptions as applicable. Use ofsuch phrases as “or equal” and “orapproved equal” may causeambiguity in the specifications.

1.

2.

Panel Composition:

Panel Tolerances

a.

b.

c.

a.





C.

1.06 SUBMITTALSA.

B.

C.

D.

E.


Uniform Building Code (UBC):

(Specifier Note: Article belowincludes submittal of relevant datato be furnished by Contractoreither before, during or afterconstruction. Coordinate thisarticle with Architect’s andContractor’s duties and responsi-bilities in Conditions of theContract and Division 1 SubmittalProcedures Section.)


Shop Drawings: Indicate thicknessand dimension of parts, fasteningand anchoring methods, detailand location of joints, includingjoints necessary to accomodatethermal movement.




(Specifier Note: Article belowshould include special and uniquerequirements. Coordinate articlebelow with Division 1 ProductRequirements Section.)


PART 2: PRODUCTS

b.

c.



3. Attachment System:Rout & Return System (RR)

2.

Procedures for SuperiorPerforming Organic Coatingson Aluminum Extrusions andPanels


UBC 26-3: Room Fire TestStandard For Interior Of FoamPlastic Systems



3.04 CLEANINGA.

B.

END OF SECTION

C.

D.

2.03 FINISHA.

B.

2.04 ACCESSORIESA.

B.

3.01 EXAMINATIONA.

B.

PART 3: EXECUTION

C.

3.02 PREPARATIONA.

B.

C.

D.

3.03 INSTALLATIONA.

B.

C.

D.

E.

F.

G.






(Specifier Note: Coordinate articlebelow with panel fabricator’srecommended installation details.)



Anchor panels securely in place inaccordance with manufacturer’s/fabricator’s approved ShopDrawings.




Weather seal all joints as requiredusing methods and materials asrecommended by the panelmanufacturer’s/fabricator’sinstallation instructions.

dimension, appearance, andquality to be met by any proposedsubstitution.







Spectrem® 2 or Dow Corning795™, applied per the sealantmanufacturer’s guidelines and inaccordance with the panelmanufacturer’s installationinstructions.





Remove temporary coverings andprotection to adjacent work areas.Repair or replace damagedinstalled products. Clean installedproducts in accordance withmanufacturer’s instructions prior toOwner’s acceptance.






1.

2.

3.

4.

1.

2.

E.

F.

G.


B.

C.

D.


1.01 WORK INCLUDED



B.

C.

D.

Guide Specification:RainScreen System (RS)

(Specifier Note: This is a guide specification for prefinished architectural panels as manufactured by CitadelArchitectural Products, Inc., installed using the RainScreen System (RS) and marketed under the trade nameEnvelope 2000® RS. Revise section number and title below to suit project requirements, specification practices andsection content. Options are indicated by brackets { }: delete non-selected text in final copy of specification.)

PART 1: GENERAL








Panel composite assembly shallconform to NFPA 285, Intermedi-ate Scale, Multi-Story Test.

Design wall system to withstand apositive and negative windloadpressure acting inward andoutward normal to the plane of thewall to meet the requirements ofthe latest adopted Local BuildingCode, in accordance with ASTME72, Strength Tests For PanelsFor Building Construction.


Water Leakage: No water infiltra-tion into the panel system understatic pressure when tested inaccordance with ASTM E331 at adifferential of 10% of inward actingdesign load, 6.24 psf (.299 kPa)minimum, after 15 minutes.




Pre-Installation Meetings: Conductpre-installation meetings to verifyproject requirements, substratecondition, installation instructions,

1.05 REFERENCESA.

B.

C.

and warranty requirements.Comply with Division 1 ProjectManagement and Coordination,Project Meetings Section.


American Society for Testing andMaterials (ASTM):


National Fire Protection Associa-tion (NFPA):

(Specifier Note: Article belowincludes submittal of relevant datato be furnished by Contractoreither before, during or after



ASTM E72: Strength TestsFor Panels For BuildingConstruction

ASTM E331: Test For WaterPenetration Of Exterior WallsBy Uniform Static Air PressureDifference

AAMA 2605-98: VoluntarySpecification, PerformanceRequirements and TestProcedures for SuperiorPerforming Organic Coatingson Aluminum Extrusions andPanels


NFPA 285: Intermediate Scale,Multi-Story Test Apparatus.©

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D.

Envelope 2000® - EngineeredArchitectural Wall System



The materials and productsspecified in this section establisha standard of required function,dimension, appearance, andquality to be met by any proposedsubstitution.



D.

1.08 WARRANTYA.

B.

C.







(Specifier Note: Select productparagraph below to suit projectrequirements. Add productattributes, performance character-istics, material standards anddescriptions as applicable. Use ofsuch phrases as “or equal” and “orapproved equal” may causeambiguity in the specifications.Such phrases require verifica-tion—procedural, legal, regulatory,and responsibility—for determin-ing equivalence of products.)


(800) 446-8828fax: (317) 894-6333


1.

2.

Panel Composition:

Panel Tolerances

a.

b.

c.

a.





1.06 SUBMITTALSA.

B.

C.

D.

E.


B.

C.

construction. Coordinate thisarticle with Architect’s andContractor’s duties and responsi-bilities in Conditions of theContract and Division 1 SubmittalProcedures Section.)


Shop Drawings: Indicate thicknessand dimension of parts, fasteningand anchoring methods, detailand location of joints, includingjoints necessary to accomodatethermal movement.




(Specifier Note: Article belowshould include special and uniquerequirements. Coordinate articlebelow with Division 1 ProductRequirements Section.)



Storage: Store all materials inaccordance with manufacturer’sinstallation instructions. Stackmaterials on pallets or platforms,covered with suitable ventilatedcovering. Do not store panelswhere accumulation of water mayoccur or in contact with othermaterials that might causestaining, denting or other damage.

PART 2: PRODUCTS

b.

c.



3. Attachment System:RainScreen System (RS)



D.

E.

F.

G.

3.04 CLEANINGA.

B.

END OF SECTION

2.03 FINISHA.

B.

2.04 ACCESSORIESA.

B.

3.01 EXAMINATIONA.

B.

PART 3: EXECUTION

C.

3.02 PREPARATIONA.

B.

C.

D.

3.03 INSTALLATIONA.

B.

C.






(Specifier Note: Coordinate articlebelow with panel fabricator’srecommended installation details.)



Anchor panels securely in place inaccordance with manufacturer’s/fabricator’s approved ShopDrawings.





Spectrem® 2 or Dow Corning795™, applied per the sealantmanufacturer’s guidelines and inaccordance with the panelmanufacturer’s installationinstructions.







Weather seal all joints as requiredusing methods and materials asrecommended by the panelmanufacturer’s/fabricator’sinstallation instructions.


Remove temporary coverings andprotection to adjacent work areas.Repair or replace damagedinstalled products. Clean installedproducts in accordance withmanufacturer’s instructions prior toOwner’s acceptance.




SAMPLE

ENVELOPE 2000® PRODUCT WARRANTY

Citadel Architectural Products, Inc., 3131-A North Franklin Road, Indianapolis, Indiana 46226

©2003 Citadel Architectural Products, Inc. Envelope 2000® is a registered trademark of Citadel Architectural Products, Inc.Printed In The U.S.A. Form # 7.05.WR.A Rev. (06/03) Supersedes (12/98)

(KYNAR 500® & ANODIZED FINISHES)

PROJECT:

LOCATION:

DATE:

Citadel warrants that: (a) at the time the Panels are delivered to theabove-described Project Site (the “Delivery Date”), the Panels will meetCitadel’s standard specifications then in effect; (b) the Panels will notdelaminate for a period of five (5) years from the Delivery Date; (c) theexterior painted finish of the Panels will not have a Chalk Rating of lessthan 8 or a Fade Differential of greater than 5E units (Hunter Color Dif-ference) for a period of twenty (20) years from the Delivery Date; and (d)the finish of the Panels (either painted or anodized) will not check, peel,lose adhesion or fracture (other than minute fractures which may de-velop due to fabrication and which are acceptable by industry standardson the Delivery Date) for a period of twenty (20) years from the DeliveryDate.

For purposes of this Warranty: (a) “Chalk Rating” means the ratingcalculated by using the Method of Evaluating Degree of Chalking of Ex-terior Paint (per ATSM D4214-98); and (b) “Fade Differential” meansthe difference between the color value as measured on exposed paintedsurfaces that have been cleaned of external deposits and chalk and thecorresponding color value measured on the original unexposed paintedsurfaces; and (c) a Panel has a “Defect” and is “Defective” if it does notconform to this Warranty. Unequal fading or finish color changes result-ing from unequal exposure of surfaces to the sun or other exterior ele-ments or conditions and gradual color changes in anodized Panel finishfrom normal weathering are not Defects.

THIS WARRANTY DOES NOT COVER DEFECTS CAUSED BY:Exposure to smoke, fire, radiation, salt spray, chemicals, harmful or for-eign substances in the atmosphere, including but not limited to organicsolvents, concentrated detergents, wetting agents or sulfur dioxide emis-sion levels above those deemed safe by the U.S. Environmental Protec-tion Agency.

Negligence; improper maintenance; abuse; impact or other physical force,whether prior or subsequent to installation; normal wear and tear andweathering; fire, lightning, tornadoes, or other acts of God.

Failure of Owner to clean anodized Panel finish at least once a year, ora failure of Owner to perform all maintenance and cleaning in accor-dance with AAMA 610.1, Voluntary Guide Specification for Cleaning andMaintenance of Painted Aluminum Extrusions and Curtain Wall Panels.

Defective or damaged fasteners, extrusions, brackets or fabricated ap-plications attached to or used in connection with installation of the Pan-els, or Defects in the Panels caused by such fasteners, extrusions, brack-ets or fabricated applications.

Failure to adequately seal edges and joints of the Panels or to apply anapproved sealant in its proper amount in accordance with Citadel’s En-velope 2000® Installation Guide.

Improper installation or sizing of the Panels, including moisture intru-sion, water and air leakage as a result of improper installation or sizing.

Damage incurred after the Delivery Date during storage, handling, in-stallation or maintenance of any of the Panels.

This Warranty is given by Citadel Architectural Products, Inc. (“Citadel”) to the initial owner and subsequent owners (“Owner”) of the structure onwhich Envelope 2000® panels (individually, a “Panel” and collectively, the “Panels”) are first installed.

DISCLAIMER OF WARRANTIES:THIS WARRANTY IS THE EXCLUSIVE WARRANTY GIVEN BY CITA-DEL FOR THE PANELS. CITADEL DISCLAIMS ALL OTHER WARRAN-TIES, WHETHER EXPRESS, IMPLIED OR STATUTORY, INCLUDINGANY WARRANTY OF MERCHANTABILITY, ANY WARRANTY OF FIT-NESS FOR A PARTICULAR PURPOSE AND ANY IMPLIED WARRAN-TIES ARISING FROM A COURSE OF DEALING OR USAGE OF TRADE.THIS WARRANTY SUPERSEDES ALL OTHER WARRANTIES, IN-CLUDING ANY WARRANTIES BASED ON ORAL REPRESENTATIONS.

OWNER’S REMEDIES:For this Warranty to be valid, Owner must complete and return Citadel’sProduct Warranty Request Form within thirty (30) days of completion ofinstallation of the Panels at the above-described Project Site and shalldocument in writing its maintenance and cleaning of the Panels, andprovide such documentation to Citadel upon request. To make a claimunder this Warranty, Owner must send a written description of any claimedDefect (the “Claimed Defect”) to Citadel in writing at its address shownbelow within thirty (30) days of discovery of the Claimed Defect. Uponthe request of Citadel, Owner shall permit Citadel reasonable time toinspect Panels for which notice of a Claimed Defect has been givenprior to any removal, repair or replacement of the Panels. Any failure ofOwner to notify Citadel of a Claimed Defect or to afford Citadel a rea-sonable opportunity to inspect the Claimed Defect prior to taking anyremedial measures (including removal, repair or replacement) shall ren-der this Warranty void in its entirety and the Claimed Defect shall not becovered by this Warranty. If the Claimed Defect is a Defect covered bythis Warranty, Citadel, at its option, will do one of the following within areasonable period of time: (1) refinish or repair the Defective Panel;(2) furnish a conforming Panel to replace the Defective Panel; or (3) re-fund a prorated portion of the price paid to Citadel for the Defective Panel.In determining the amount of any refund to be paid by Citadel for a De-fective Panel, the original price paid to Citadel for such Defective Panelshall be reduced by 20% for each full year which has passed since theDelivery Date for delamination Defects covered by this Warranty and5% for each full year which has passed since the Delivery Date for allother Defects covered by this Warranty. Owner shall bear all costs ofremoval and disposal of Defective Panels and installation of all replace-ment Panels provided by Citadel.

THE REMEDIES SET FORTH HEREIN SHALL BE THE EXCLUSIVEAND SOLE REMEDIES OF OWNER FOR BREACH OF THIS WAR-RANTY AND FOR DEFECTS COVERED BY THIS WARRANTY.

EXCLUSION OF CONSEQUENTIAL AND OTHER DAMAGES:IN NO EVENT SHALL CITADEL BE LIABLE FOR ANY INCIDENTAL,INDIRECT OR CONSEQUENTIAL DAMAGES, WHETHER RESULTINGFROM THE USE, MISUSE OR INABILITY TO USE OR INSTALL THEPANELS OR FROM DEFECTS IN THE PANELS.


(800) 446-8828fax: (317) 894-6333


©2006 Citadel Architectural Products, Inc. All Rights Reserved.An ISO 9001:2000 Registered Company.

Panel 15®, SinoCore®, Panel 20®, Envelope 2000®, GlazeGuard®, CleanCote®, BioWall® and Xylem® areregistered trademarks of Citadel Architectural Products, Inc. ProCore™, Premier™, Guardian™ andSentinel™ are trademarks of Citadel Architectural Products, Inc.