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HomeMy WebLinkAboutFile Documents.715 W North St.0103-2023-BROF (3)ICC-ES Evaluation Reports are not to be construed as representing aesthetics or any other attributes not specifically addressed, nor are they to be construed as an endorsement of the subject of the report or a recommendation for its use. There is no warranty by ICC Evaluation Service, LLC, express or implied, as to any finding or other matter in this report, or as to any product covered by the report. Copyright ©2020 ICC Evaluation Service, LLC. All rights reserved. Page 1 of 4 ICC-ES Evaluation Report ESR-2053 Reissued July 2020 This report is subject to renewal July 2022. www.icc-es.org | (800) 423-6587 | (562) 699-0543 A Subsidiary of the International Code Council ® DIVISION: 07 00 00—THERMAL AND MOISTURE PROTECTION Section: 07 30 05—Roofing Felt and Underlayment REPORT HOLDER: GAF EVALUATION SUBJECT: VERSASHIELD® FIRE-RESISTANT ROOF DECK PROTECTION 1.0 EVALUATION SCOPE Compliance with the following codes:  2021*, 2018, 2015, 2012, 2009 and 2006 International Building Code® (IBC)  2021*, 2018, 2015, 2012, 2009 and 2006 International Residential Code® (IRC)  2013 Abu Dhabi International Building Code (ADIBC)† †The ADIBC is based on the 2009 IBC. 2009 IBC code sections referenced in this report are the same sections in the ADIBC. *For evaluation for compliance with the anticipated requirements of the 2021 IBC and IRC. Properties evaluated:  Physical properties  Fire classification 2.0 USES VersaShield® Fire-Resistant Roof Deck Protection is used as an alternative to ASTM D226, Type I or Type II, roofing underlayment specified in Chapter 15 of the IBC and Chapter 9 of the IRC. When installed in accordance with Section 4.2.1 of this report, VersaShield® Fire-Resistant Roof Deck Protection can also be used over existing wood shakes or shingles as an alternative to the covering materials specified in 2021, 2018 or 2015 IBC Section 1511 (2012, 2009 or 2006 IBC Section 1510.4) or 2021, 2018 and 2015 IRC Section R908.4 (2012, 2009 and 2006 IRC Section R907.4). VersaShield® Fire-Resistant Roof Deck Protection is also used as a component of classified roofing assemblies as described in Section 4.3, when installed in accordance with this report. 3.0 DESCRIPTION VersaShield® Fire-Resistant Roof Deck Protection is a resin-bound chopped-glass-fiber substrate, coated on both sides with a mineral-filled aqueous coating. The underlayment has a weight of 15 pounds per 100 square feet (0.73 kg/m2), and is supplied in rolls. 4.0 INSTALLATION 4.1 General: VersaShield® Fire-Resistant Roof Deck Protection is installed in accordance with the requirements of the applicable code, the manufacturer’s published installation instructions and this report. The manufacturer’s published installation instructions are to be available at the jobsite during the installation. VersaShield® Fire-Resistant Roof Deck Protection is limited to use over spaced or solid sheathing, or over existing asphalt shingles, wood shakes or wood shingles installed on spaced or solid sheathing. Prior to application of the underlayment, the deck surface is to be free of dust and dirt, loose nails and other protrusions. Damaged sheathing is to be replaced. The underlayment is applied at right angles to the slope of the roof, beginning at the low point of the roof, and is laid with minimum 2-inch (51 mm) horizontal and 6-inch (152 mm) vertical lapped joints. It is attached with a sufficient number of nails, having tin caps or 1-inch-diameter (25.4 mm) plastic caps, to hold the underlayment in place until the roof covering is applied, except in areas subject to high winds where the underlayment fastening must comply with the high wind attachment requirements specified in IBC Section 1507 or IRC Section R905. The underlayment may be bent to a minimum 1/2-inch (12.7 mm) radius, but is not to be creased. At junctions between the roof deck and vertical surfaces, the underlayment is installed a minimum of 3 inches (76 mm) up the vertical surface. In areas of the roof required to have an ice barrier under Chapter 15 of the IBC or Chapter 9 of the IRC, a self- adhesive polymer bitumen sheet, complying with ASTM D1970 or the ICC-ES Acceptance Criteria for Self-adhered Underlayments for Use as Ice Barriers (AC48), is to be applied. The underlayment is to be applied over the solid substrate in sufficient courses so that the underlayment extends up the roof a distance equal to the distance inside the exterior wall line of the building that is specified by the applicable code. The underlayment, applied in the field of the roof, is to completely overlap the ice barrier (severe climate underlayment) protection a minimum of 2 inches (51 mm). Installation of the roof covering can proceed immediately following the underlayment application. The underlayment is to be covered by a roof covering within the time set forth in the manufacturer’s published installation instructions. 09/07/2023 ESR-2053 | Most Widely Accepted and Trusted Page 2 of 4 4.2 Reroofing: The existing roof must be inspected in accordance with 2021, 2018 or 2015 IBC Section 1511 (2012, 2009 or 2006 IBC Section 1510) or 2021, 2018 and 2015 IRC Section R908.4 (2012, 2009 and 2006 IRC Section R907). The new roof covering is installed over the VersaShield® Fire- Resistant Roof Deck Protection in accordance with the roof covering manufacturer’s published installation instructions. The new roof covering must be recognized in a current ICC- ES evaluation report, and, when applicable, the evaluation report must address installation over wood shake, wood shingle or asphalt shingle roofs. 4.2.1 Existing Wood Shakes or Shingles: Where the application of a new roof covering over wood shingle or shake roofs creates a combustible concealed space, VersaShield® Fire-Resistant Roof Deck Protection can be used as an alternative to the covering materials specified in 2021, 2018 or 2015 IBC Section 1511.4 (2012, 2009 or 2006 IBC Section 1510.4) or 2021, 2018 and 2015 IRC Section R908.4 (2012, 2009 and 2006 IRC Section R907.4). The underlayment covers the entire existing wood roof. Battens used for the new roof covering system are installed over the underlayment. The underlayment may be placed under or over counterbattens, spaced a maximum of 24 inches (610 mm) on center. The underlayment is fastened to the counterbattens with a sufficient number of nails, having tin caps or 1-inch-diameter (25.4 mm) plastic caps, to hold the underlayment in place until the horizontal battens and roof covering are applied. When counterbattens are installed over the underlayment or when counterbattens are not used, the underlayment is fastened directly to the existing roof covering in the same manner. 4.2.2 Existing Asphalt Shingles: When installed over existing asphalt shingles, the underlayment is applied over the existing roof covering and fastened through the shingles to the sheathing with a sufficient number of nails, having tin caps or 1-inch-diameter (25.4 mm) plastic caps, to hold the underlayment in place until the roof covering is applied. 4.3 Roof Classification: When installed in accordance with this report, VersaShield® Fire-Resistant Roof Deck Protection can be used as an alternative to Exception 2 to IBC Section 1505.2 (Exception to 2006 IBC Sections 1505.2 and 1505.3), and IRC Section R902.1; or any roofing assembly having a Class A, B or C roof classification, without reducing the roof classification. When installed in accordance with Section 4.1 and Table 1 of this report, roofing assemblies incorporating VersaShield® Fire-Resistant Roof Deck Protection have the roof classification specified in Table 1. The roof coverings must be recognized in a current ICC-ES evaluation report as shown in Table 2. 5.0 CONDITIONS OF USE The VersaShield® Fire-Resistant Roof Deck Protection described in this report, complies with, or is a suitable alternative to what is specified in, those codes listed in Section 1.0 of this report, subject to the following conditions: 5.1 Installation must comply with this report; the manufacturer’s published installation instructions and the applicable code. In the event of a conflict between the manufacturer’s published installation instructions and this report, this report governs. 5.2 Installation is limited to roofs with a minimum slope of 2:12 (16.67 percent slope) or to the minimum slope required for the roof covering in accordance with the applicable code, whichever is greater. 5.3 Installation is limited to use with roof coverings that do not involve hot asphalt or coal-tar pitch. 5.4 Installation is limited to use with approved roof coverings that are mechanically fastened through the underlayment to the sheathing or rafters. 5.5 Installation is limited to roofs with ventilated attic spaces in accordance with the requirements of the applicable code. 5.6 VersaShield® Fire-Resistant Roof Deck Protection is produced in Conover, North Carolina, under a quality control program with inspections by ICC-ES. 6.0 EVIDENCE SUBMITTED Data in accordance with the ICC-ES Acceptance Criteria for Nonasphaltic Fiberglass-based Roof Underlayment (AC160), dated January 2000 (editorially revised April 2020). 7.0 IDENTIFICATION 7.1 Each roll of underlayment bears a label indicating the GAF name and address, the plant identification, the product name, the roll number, and the evaluation report number (ESR-2053). 7.2 The report holder’s contact information is the following: GAF 1 CAMPUS DRIVE PARSIPPANY, NEW JERSEY 07054 (800) 766-3411 www.gaf.com 09/07/2023 ESR-2053 | Most Widely Accepted and Trusted Page 3 of 4 TABLE 1—ROOF CLASSIFICATION OF ASSEMBLIES INCORPORATING VERSASHIELD® FIRE-RESISTANT ROOF DECK PROTECTION ROOF COVERING2 SUBSTRATE UNDERLAYMENT1 ROOF CLASSIFICATION MAXIMUM SLOPE Class A asphalt glass fiber shingle 15/32-inch plywood One layer VersaShield® A Unlimited Stone coated, steel, direct to deck, 0.013-inch thickness (0.330 mm), shingles or panels 15/32-inch plywood or spaced sheathing One layer VersaShield® A Unlimited Steel direct to deck, 0.013-inch thickness (0.330 mm), shingles or panels 15/32-inch plywood or spaced sheathing One layer VersaShield®, and one layer Type 30 asphalt saturated organic felt A Unlimited 15/32-inch plywood or spaced sheathing One layer VersaShield® B Unlimited Steel over battens, 0.013-inch thickness (0.330 mm), shingles or panels 15/32-inch plywood or spaced sheathing One layer VersaShield® A Unlimited Existing wood shakes or shingles installed over spaced or solid sheathing Two layers VersaShield® A Unlimited Existing wood shakes or shingles installed over spaced or solid sheathing One layer VersaShield® B Unlimited Steel, 0.016-inch thickness (0.406 mm), panels or standing seam system 15/32-inch plywood or spaced sheathing One layer VersaShield® A Unlimited Copper, 0.016-inch thickness (0.406 mm), shingles or panels 15/32-inch plywood or spaced sheathing One layer VersaShield®, and one layer Type 30 asphalt saturated organic felt A Unlimited Existing wood shakes or shingles installed over spaced or solid sheathing Two layers of VersaShield® A Unlimited 15/32-inch plywood or spaced sheathing One layer VersaShield® B Unlimited Existing wood shakes or shingles installed over spaced or solid sheathing One layer of VersaShield® B Unlimited Aluminum, 0.018-inch (0.457 mm), shingles, panels, or standing seam system 15/32-inch plywood or spaced sheathing Two layers VersaShield® A Unlimited 15/32-inch plywood or spaced sheathing One layer VersaShield® B Unlimited Existing wood shakes or shingles installed over spaced or solid sheathing One layer VersaShield® B Unlimited TPO, CSM, CPA, EPDM, cap sheet, or modified bitumen single-ply membranes 15/32-inch plywood Two layers VersaShield® A 11/2:12 15/32-inch plywood, insulation Two layers VersaShield® A 11/2:12 15/32-inch plywood One layer VersaShield® B 11/2:12 PVC single-ply membrane 15/32-inch plywood Two layers VersaShield® A 2:12 15/32-inch plywood, insulation Two layers VersaShield® A 11/2:12 15/32-inch plywood One layer VersaShield® B 11/2:12 For SI: 1 inch = 25.4 mm. 1Underlayment must be installed in accordance with Section 4.0 of this report. 2Roof coverings must be recognized in a current ICC-ES evaluation report. The roof covering must comply with the Class A or B flame-spread requirements of UL790 (ASTM E108), as applicable to the systems defined in this table. 09/07/2023 ESR-2053 | Most Widely Accepted and Trusted Page 4 of 4 TABLE 2—EVALUATION REPORT CROSS-REFERENCE COMPANY ICC-ES EVALUATION REPORT NUMBER RECOGNIZED PRODUCT Carlisle Syntec ESR-1463 EPDM, PVC and TPO Single-Ply Membranes Delta Building Products, Ltd. ESR-1790 Delta Roof Panels: Shake, Tile and Hidden Fastener Tile; Delta Roof Shingles: Shingle, Slate and Diamond Decra Roofing Systems, Inc. ESR-1754 Steel Roofing Panels: Tile Profile: Decra Villa Tile; Shake Profile: Decra Shake XD™; Shingle Profile: Decra Shingle XD™; Panel Profile: Decra Shingle Plus™ Decra Roofing Systems, Inc. ESR-2901 Steel Roofing Panels: Tile Profile: DECRA Tile Shake Profile: DECRA Shake Shingle Profile: DECRA Shingle Plus Gerard Roofing Technologies ESR-1188 GRANITE-RIDGE SHINGLE STEEL ROOFING PANELS Ideal Roofing Company Ltd. ESR-3101 Wakefield Bridge (26 gage) Steel Panels and Wakefield Bridge (29 gage) Steel Panels Ideal Roofing Company Ltd. ESR-3100 HF-16 and HF-20.25 Roof Panels DaVinci Roofscapes, LLC ESR-2119 DaVinci Slate, DaVinci Shake, Bellaforte Shake and Bellaforte Slate Roof Shingles Feroof Co., Ltd. ESR-3331 Steel Roofing Panels: Veneto I, Veneto II, Rio, Rio EZ, Diva, Wood, Zissen and Slate Ensoltis Green Hybrid Roofing LLC ESR-2904 Ensoltis Savanna S Roof Tile Custom-Bilt Metals ESR-2048 Custom-Bilt Standing Seam Metal Roof: CB-150 and SL-1750 Roser Co., Ltd ESR-1763 Roser Steel and Copper Roofing Panels Berridge Manufacturing Company ESR-3486 Berridge Cee-Lock and Zee-Lock Standing Seam Roof Panels 1The aluminum panels are limited to Class B roof covering assemblies. 09/07/2023 SUPERIOR WALKABILITY! Patented Sure-Foot nodular walking surface LIMITED WARRANTY TITANIUM® PREMIUM HIGH TEMPERATURE SELF-ADHERED UNDERLAYMENT FOR PROTECTION FROM SHINGLE BLOW-OFF, WIND-DRIVEN RAIN AND ICE DAMMING ASPHALT, METAL, TILE, SLATE, SHAKE & COMPOSITE SHINGLES FOR USE UNDER: †Titanium brand products are manufactured in accordance with national standards which allow for non-critical variances in weights and measurements. Test data is based on an average taken over several production runs and should not be considered or interpreted as maximum or minimum values. Values are typical data and not limiting specifications. All values ± 10%. © 2021 Owens Corning. All Rights Reserved. Pub No. 10021442-E April 2021 TITANIUM® Synthetic Roofing Underlayment Charleston, SC • Mission, BC • Montréal, QC Email: answers@owenscorning.com Toll Free: 800.567.9727 eavetopeak.com TITANIUM PSU30 ROLL SPECS 72' / 22 m 36" / 0.914 cm 48 lbs / 21.8 kg 216 sq ft / 20 m 2 2 sq / 18.58 m 2 25 1,300 lbs / 590 kg LENGTH PER ROLL: WIDTH PER ROLL: WEIGHT PER ROLL: GROSS ROLL SIZE: NET OF OVERLAP: ROLLS PER PALLET: PALLET WEIGHT: • Split-release liner • Watertight asphalt to asphalt horizontal lap system • Up to 180 days UV exposure rating • Meets or exceeds ASTM D1970 • ASTM E108 Class A Fire Resistance when installed under asphalt shingles • PSU30 is approved for use with ICP AH-160 and RTA-1, and Dow TileBond foam adhesives • Florida Product Approval • All temperature performance -20°F to 240°F • Installation temperature 40°F and above • Synthetic construction inert to mold growth TITANIUM PSU30 TECHNICAL DATA TEST & STANDARD†TITANIUM PSU30 TYPICAL VALUE COLOR Gray SURFACE Synthetic Polymer - Patented Sure-Foot® slip resistant nodular RELEASE LINER Silicone treated, poly split release WEIGHT PER SQUARE 24 lbs / (10.8 kg) NAIL SEALABILITY ASTM D1970 Pass PERMEABILITY ASTM E96 0.0336 NOMINAL THICKNESS ASTM D5147 45 Mil (1.1 mm) TENSILE ASTM D1970 MD 100 lbs/in/ (17.5 kN/m) CD 80 lbs/in (14 kN/m) THERMAL STABILITY ASTM D1970 240° F (115° C) Pass LOW TEMP FLEXIBILITY ICC AC 48 Pass TEAR RESISTANCE ASTM D1970 MD 140 / CD 100 lbf (622/445 N) ADHESION TO PLYWOOD ASTM D903 4 lb/in (700 N/m) SECONDARY WATER BARRIERPREMIUM PROTECTION Titanium® PSU30 is a secondary water barrier for use on steep slope roofs under asphalt shingles, composite shingles, metal, concrete and clay tile, slate, and wood shakes. Titanium® PSU30 is a flexible, high temperature premium self-adhered underlayment designed with the patented Sure-Foot® nodular walking surface technology that allows for easier steep slope walkability, even in wet or dusty conditions. It’s tough, durable, coated woven synthetic facer and rubberized asphalt formulation is engineered to lay flat and not buckle or wrinkle when exposed to temperature and moisture fluctuations on the roof. PSU30 is designed full roof deck waterproof protection with 180 day UV exposure rating. Titanium PSU30 used in conjunction with Titanium UDL30 synthetic roofing underlayment provides complete roof deck protection from the brand contractors know and trust. PSU30 provides a surface that will help protect the underside of the metal from natural movement without causing damage to the underneath of metal roofing systems, compared to other underlayments that could cause damage to metal roofing systems including making them susceptible to premature corrosion. HIGH TEMPERATURE RATED Designed and engineered to withstand high temperatures (240°F / 115°C) in metal applications STRONG DECK ADHESION The modified rubberized asphalt provides a superior combination of low temperature deck adhesion and high temperature flow resistance WATERTIGHT LAP SYSTEM PSU30 provides a self-sealing lap seal system which forms an impervious asphalt to asphalt bond at overlapping seams, delivering superior waterproofing protection. SAFER SLIP RESISTANCE Our patented Sure-Foot® nodular surface provides excellent walkability and slip resistance even in wet or dirty conditions. 09/07/2023 6. After installation of each piece, remove the release lining from the selvage and, if necessary, secure with nails installed in the selvage spaced 6 inches on center.This fastening is required when Titanium® PSU30 is installed on slopes of 3:12 or greater. Consult local building codes for fastener requirements. 7. The entire roof surface should be rolled after installation of the Titanium® PSU30 using a minimum 40 lb. roller. Hand rolling over the selvage and directly above the selvage using a minimum 4 inches wide,minimum 10 lb. roller is recommended. 8. Overlap at least 6 inches where the ends of two rolls meet. Apply heavy hand pressure or use a roller along the seam overlapping the next roll. 9. End laps should be offset a minimum of 6 feet on adjacent courses. 10. Along a valley, Titanium® PSU30 underlayment can be cut lengthwise for easier handling. For maximum protection, the roll width should remain intact and extend 18 inches on either side of the valley. Remove the release backer and press Titanium® PSU30 underlayment into place, working from the center of the valley or ridge outward in each direction. Always apply valleys starting at the low point and work upward. If an overlap is needed, be sure to overlap the previous piece by minimum 4 inches. Titanium® PSU30 underlayment should be applied in valleys before installing eave applications with membranes. For further detail on various installation methods, please call 1-800-ROOFING (1-800-766-3464). PRECAUTIONS 1. Cover Titanium® PSU30 underlayment with finish roof covering. Do not allow Titanium® PSU30 underlayment to remain uncovered. Exposure to sun and weather for more than 180 days may adversely affect this product’s performance. 2. Titanium® PSU30 underlayment should be installed by a professional roofing contractor. 3. Titanium® PSU30 underlayment is a moisture and vapor barrier. The spaces under the covered deck area and the attic space must be ventilated in accordance with local building codes. 4. Titanium® PSU30 underlayment is intended for exterior roof application only and is not intended for use on vertical surfaces. 5. Apply PSU30 directly to the roof deck. Allowable roof deck materials are shown in Section 1 of these instructions. Do not apply Titanium® PSU30 over another layer of underlayment unless required by local codes. 6. Roof coverings should not be installed over wrinkled or buckled Titanium® PSU30 underlayment. 7. Use extreme caution when installing Titanium® PSU30 underlayment. The Titanium® PSU30 underlayment surface may be slippery even when dry. Use of fall protection is highly recommended. Consult OSHA for guidelines on fall protection (29 CFR 1926.500). 8. For best results, apply Titanium® PSU30 underlayment when the air temperature is over 40°F (5°C) and rising, but below 100°F (38°C). When temperatures are under 40°F (5°C), Titanium® PSU30 underlayment will not fully adhere. Store at room temperature prior to installing product in cold weather. If applied in temperatures above 100°F (38°C), or exposed to direct sunlight,the release backing may become difficult to remove. If this situation should occur, move the product into a shaded area until the Titanium® PSU30 underlayment is cool. Once cooled, the release backing can be easily removed. 9. Store Titanium® PSU30 underlayment in a dry, well-ventilated area. Stand Titanium® PSU30 underlayment upright. Do not store at 90°F (32°C) or warmer for extended periods of time. Do not store in direct sunlight. 10. When applying Titanium® PSU30 underlayment, always follow local building codes and the roof covering manufacturer’s instructions for installation of this product. 11. When working on the roof, use all necessary safety precautions and guidelines in accordance with proper roofing trade practices. PSU30 INSTALLATION INSTRUCTIONS CAUTION Read and understand all instructions and precautions before applying Titanium® PSU30 underlayment. Check local building codes prior to application of this product. Follow the recommendations of the roof covering manufacturer, Asphalt Roofing Manufacturer’sAssociation (for asphalt shingles), Tile Roof Institute (for clay orconcrete roof tiles), and the Metal Roofing Alliance (for metal roof panels). DECK PREPARATION The deck must be clean, smooth and dry before applying Titanium® PSU30 underlayment. Remove all old roofing down to the deck or, in new construction, apply over the new deck. Sweep the deck surface to remove dirt and debris. Replace any damaged or rotted deck boards. ALLOWABLE SUBSTRATES PSU30 self-adhered underlayment can be installed over Plywood, OSB, FRT Plywood, Polyisocyanurate foam insulation board, metal (galvalume steel), 30lb felt, PSU30, pre-wrapped sheathing, DensDeck® and USG Securock® Primer is not required on clean, dry deck surfaces, except for gypsum boards (DensDeck® and USG Securock® roof boards) for which appropriate primer or adhesive is recommended at temperatures 40F. DECK EDGE PREPARATION Along eaves, install metal drip edge under the Titanium® PSU30 underlayment unless otherwise directed by local building codes. Along rakes, apply Titanium® PSU30 underlayment first, and put drip edge on top. TILE ROOFINSTALLATION TILE LOADING TABLE Note: When installing Titanium® PSU30 underlayment over the entire roof deck, proper ventilation is required. Consult a design professional and local building codes for ventilation requirements. METAL ROOF INSTALLATIONSlopes 2:12 and greater Follow standard installation instructions below.Slopes ½:12 - less than 2:12 For standing seam metal roof panels follow standard installation instructions below with the following modifications: End Laps must be min. 6 feet apart in adjacent courses. All end laps must be minimum 6 inches wide. Apply min. 6 inch wide bed of ASTM D4586 compliant roof cement at end of underlying piece and set overlying piece into roof cement, applying firm pressure on entire end lap.STANDARD INSTALLATION 1. Ensure that decking substrate is acceptable to roof covering manufacturer. 2. Unroll Titanium® PSU30 underlayment and cut into manageable lengths no more than 15 - 20 feet. 3. Allow it to relax for 3–5 minutes before installing. 4. Reroll each section. 5. Start at the eaves, laying the Titanium® PSU30 parallel to the eaves edge, with the lower edge of the Titanium® PSU30 flush with the outside of the primed drip edge.The lower edge of the underlayment is the edge that does not have a selvage edge. Please see the table for tile loading limitations. Loading of tile outside the parameters of this table requires installation of loading battens prior to tile loading. 1 2 Tiles in Stacking Tile Maximum Stack Pattern Type Roof Pitch 10 10 Linear Flat 5:12 10 10 Linear Profiled 6:12 09/07/2023 09/07/2023 07 72 53 SNOW RETENTION SYSTEMS SNOW BRACKET A DESCRIPTION • Designed for standing seam metal roofs • Available for rib types including: Double Lock, Single Lock, Snap Lock • Designed for clamp-on tubes (see clamp-on tube product data sheet) • Allows for full installation without any penetration of the roof surface • Powder coated to match roofing material color • Overall dimensions: 4.50”L X VAR”W X VAR"H • Height of clamp varies based on rib type and height • Carriage bolt (2) 3/8” Dia X 1-3/4” or 2” • Weight: 1.80 pounds MATERIALS • Zinc Coated Steel: 3/16” (ASTM A36) • Copper: ¼” (ASTM B152) • Stainless Steel: 8ga. (ASTM A240) COLORS/FINISHES • Raw Steel • Zinc Plated Steel • Hot-Dipped Galvanized Steel • Mill Finish Copper • Stainless Steel • Powder coating available in many colors visit http://trasnowandsun.com/color-chart/ to see color chart NOTE: Due to specific job conditions, TRA Snow and Sun will only warranty a snow retention system/layout that has been designed by TRA Snow and Sun. * These dimensions vary based on the panel rib type and height. VARIES VARIES 3.19" VARIES 2.31" 4.50" 2 RAIL STANDING SEAM SNOW FENCE USED ON: STANDING SEAM METAL C22Z CLAMP-ON DOUBLE LOCK SINGLE LOCK “L” 1 3/4" ≤ X" SNAP LOCK Revision 04/28/22 COLLARS TO BE PLACED INSIDE THE CLAMP-ON AT EACH END OF TUBE ICE FLAG ATTACHED W/ 1/4" CARRIAGE BOLT 3/8" CARRIAGE BOLT 3/8" LOCK NUT 3/16" ZINC PLATED STEEL (MATERIAL TYPE) END CAPS 1 3/4" SNAP LOCK TIGHT UNDER THE HEM 1" - 1 1/2" SNAP LOCK Ø1.13" THRU INSTALLATION: CLAMP THE SNOW FENCE TO THE RIB BY USING A TORQUE WRENCH WITH 30 FT - LBS. OF PRESSURE APPLIED TO EACH BOLT. FOR SPECIFIC ENGINEER- ING & PLACEMENT CALL TRA SNOW & SUN AT 801- 756-8666. DIMENSIONS DO NOT SCALE ©TRA Snow and Sun, Inc., 2022 1657 South 580 East American Fork, UT 84003 800-606-8980 | www.trasnowandsun.com 09/07/2023 '0&6/Profile *OTUBMMBUJPOFBTFXJUI JNQFDDBCMFSFTVMUTNBLFT PVS%.$4-SPPGTZTUFN BTUBOEPVUDIPJDF5IF ý4OBQ-PDLQSPmMFBOE %.$4-$MJQDSFBUFB DPOUJOVPVTJOUFSMPDLJOHTZTUFN UIBUJOTUBMMTRVJDLMZ SFEVDJOH MBCPSDPTUT5IFDPODFBMFE GBTUFOFSBOEDMJQBQQMJDBUJPO BMTPBMMPXUIFSNBMFYQBOTJPO BOEDPOUSBDUJPONPWFNFOUUP IFMQLFFQUIFCFBVUJGVMmOJTI TUSBJHIUBOEUSVF Ideal Application: Commercial Residential 09/07/2023 7HVWLQJ *OBDDPSEBODFXJUI t6-8JOE6QMJGU $MBTT  t6-$MBTT)BJM*NQBDU t6-'JSF$FSUJmDBUJPO t6-$MBTT"'JSF3BUJOH t6-&OWJSPONFOUBMo43*5IJSE1BSUZ7FSJmFE '0&6/Profile (BSEJOFS-BOF -PVJTWJMMF ,: UPMMGSFFtGBY ª%SFYFM.FUBMT *OD"MMSJHIUTSFTFSWFE(BMWBMVNF¥JTBSFHJTUFSFEUSBEFNBSLPG#&*$*OUFSOBUJPOBM *OD%SFYMVNF™JTBUSBEFNBSLPG%SFYFM.FUBMT *OD&/&3(:45"3OBNFBOEMPHPBSFSFHJTUFSFE64NBSLT BOEBSFPXOFECZUIF64HPWFSONFOU$PMPSTTIPXOSFQSFTFOUUIFBDUVBMDPMPSBTDMPTFMZBTQPTTJCMF5PFOTVSFFYBDUDPMPSGPSmOBMBQQSPWBM BNFUBMDPMPSDIJQJTBWBJMBCMF8BSSBOUZTUBUFNFOUTNFOUJPOFEBSF PVUMJOFTDPNQMFUF-JNJUFE8BSSBOUZJOGPSNBUJPOJTBWBJMBCMFPOSFRVFTU/PPUIFSXBSSBOUZFYQSFTTFEPSJNQMJFEJTBQQMJDBCMF ,QVWDOODWLRQ $BOCFJOTUBMMFEPWFSQMZXPPE EFDLJOHBOE%SFYFM.FUBMT .FU4IJFMEŠVOEFSMBZNFOU 'BDUPSZNBEFPSmFMESPMMFEUPFYBDUMFOHUIT 0QUJPOBMTUSJBUJPO CFBET QFODJMSJCT 6ORSH .JOJNVNTMPQF $YDLODEOHZLGWKV ý 3URGXFWLRQRSWLRQV 6XEVWUDWHVDYDLODEOH t(BMWBMVNFŠoHB t%SFYMVNFŠoHB (BMWBMVNFŠ4VCTUSBUF )JHIQFSGPSNBODF QBJOUFENFUBMSPPmOH QSPEVDU DBSFGVMMZ UFOTJPOFEMFWFMFEGPS TVQFSJPSnBUOFTT 35 :FBS/PO1SPSBUFE 17%'1BJOU8BSSBOUZ :&"38"33"/5: %SFYMVNFŠ4VCTUSBUF .JMMmOJTIFE (BMWBMVNFŠXJUIB UXPTJEFE DMFBS BDSZMJDmOJTI 25 :FBS/PO1SPSBUFE %SFYMVNF8BSSBOUZ "DSZMJD$PBUFE(BMWBMVNF :&"38"33"/5: )LQLVKHVDQGSURGXFWZDUUDQW\ "WBJMBCMFJOBWBSJFUZPGDPBUJOHT BOEDPMPSTCZ"L[P/PCFM4FFUIF %SFYFM.FUBMTDPMPSDBSEGPS TUBOEBSEDPMPSTBOEQBJOU TQFDJmDBUJPOT ZZZGUH[HOPHWDOVFRP %SFYFM.FUBMTEFTJHOQSFTTVSFT XJOEVQMJGUTBOEUFTU SFQPSUTBSFGPSTQFDJmDEFDLBUUBDINFOUT NBUFSJBMHBVHFT  DMJQTQBDJOHBOEQBOFMXJEUITø"DPNQMFUFTQFDJmDBUJPO BOEMJTUJOHJTBWBJMBCMFPOMJOFBUXXXGUH[HONFUBMTDPN Underlayment .JOJNVN3PPG1JUDI oMPXSPPGQJUDI 09/07/2023 CORPORATE HEADQUARTERS: 1234 GARDINER LANE, LOUISVILLE, KY 40213 | 888-321-9630 TOLL-FREE | 502-690-6174 FAX | DREXELMETALS.COM This specification data sheet supplied by Drexel Metals Inc.as a point of reference for our Pre-Finished Steel and Aluminum Sheet and Coil. DESCRIPTION Drexel Metals offers two types of pre- painted substrates: • Our steel products are made of Galvalume®, an Aluminum / Zinc coated carbon steel and is extra smooth, minimum spangle, tension leveled. • Our aluminum are made of prime grade aluminum, typically with an ally of 3003 or 3105 and a temper of H14 or H24 depending on the application. • Drexel Metals uses full strength Hylar 5000™/Kynar 500® (contains a minimum of 70% Hylar /Kynar polyvinylidene fluoride (PVDF) resins) manufactured by Valspar Our premium Fluropon fluoropolymer coating system consists of a 1.0 (±0.1) mil total dry film thickness on the topside (0.2 mils to 0.3 mils primer and 0.7 mils to 0.8 mils topcoat) and our 0.5 dry film thickness polyester stenciled backer to complete traceability. Drexel Metals PVDF Coated Galvalume® Steel and Aluminum Architectural Sheet & Coil is for general sheet metal use in building applications and can be utilized for fascia panels, soffits, gravel stops, copings, and roofing such as flat seam, standing seam, batten seam, and mansards. DREXEL METALS COIL PRODUCT DREXEL METALS FLAT SHEET MANUFACTURER Drexel Metals Inc. 1234 Gardiner Lane Louisville, KY 40213 Toll Free: 888.321.9630 Phone: 502-716-7143 Fax: 877.321.9638 Web: www.drexelmetals.com E-Mail: marketing@drexmet.com PRODUCT DESCRIPTION Since 1985, Drexel Metals has provided a full range of superiorquality engineered metal roofing systems, equipment and custom fabrication services for commercial, governmental, industrial, historical and architectural customers worldwide. Headquartered in Louisville, KY, the company operates several sales, fabrication and distribution locations, in addition to its extended family of Regional Manufacturers (DM-ARM) network of certified contractors and distributors who further market Drexel Metals proven-brand products, all fully backed and site-certified by Drexel Metals’ industry-leading warranty programs. Manufacturer Memberships and Affiliations: • MCA - Metal Construction Assoc. • CSI - Construction Specifiers Institute • AIA - American Institute of Architects • NRCA - National Roofing Contractors Association • FRSA - Florida Roofing and Sheet Metals Association. • NERCA - New England Roofing Contractors Association • USGBC - United States Green Build Council. • Energy Star Partner • US DOE EEB Hub Platform Member - Energy Efficient Buildings Hub. • CMRC - Cool Metal Roof Council. • UL Environmental • ATI - Architectural Testing QA TECHNICAL DATA • ASTM A755M -Standard Specification for Steel Sheet, Metallic Coated by the Hot-Dip Process and Prepainted by the Coil-Coating Process for Exterior Exposed Building Products • ASTM A792-96 - Standard Specification for Steel Sheet, 50% or 55% Aluminum-Zinc Alloy Coated by a hot dipping process. • ASTM B-209 - Standard Specification for Aluminum and Aluminum-Alloy Sheet and Plate • ASTM D 2244 - Standard Practice for Calculation of Color Tolerance and Color Differences. • ASTM D 968 - Abrasion Resistance • AAMA 2605 – High Performance Specification for PVDF Coated Aluminum SPECIFICATION DATA Standing Seam Metal Roofing Panels 07 41 13 09/07/2023 CORPORATE HEADQUARTERS: 1234 GARDINER LANE, LOUISVILLE, KY 40213 | 888-321-9630 TOLL-FREE | 502-690-6174 FAX | DREXELMETALS.COM METHODS OF APPLICATION I. Install in accordance with recognized sheet metal practices and Drexel Metals details. II. Drexel Metals Products can be cut, formed and fastened using conventional hand, sheet metal tools and power tools. III. For best results cutting tools should be kept sharp, clean and in good working condition. IV. If the use of strippable film is used, all film should be removed from areas of concealed or joined pieces. V. Be aware of how tight the radius of your bends are. It is recommended 11⁄64" radius when fabricating hemmed components. SURFACE FINISH • PVDF (Kynar500® or Hylar5000®) manufactured by Valspar. • Drexel Metals Standard and Premium Colors Available. • Polyester, SMP and Custom APPLICATION CHARACTERISTICS • Film Thickness • Topside finish: • Primer (dry) = 0.20 – 0.30 mils; • Topcoat (dry) = 0.70 – 0.80 mils; • Reverse side finish: • Primer (dry) = 0.15 – 0.25 mils; • Pigmented backer (dry) = 0.30 – 0.40 mils. • Total DFT for system = 0.90 – 1.10 mils. All measurements per ASTM D 5796. • Topside Color: Controlled to the Master Standard by an approved Color Difference Meter or Spectrophotometer, and by visual match under daylight and horizon light of a Macbeth Daylight Booth per ASTM D 1729. PHYSICAL PROPERTIES • Specular Gloss: 10% - 35%. Determined per ASTM D 523 at a glossmeter angle of 60° or 85° (low gloss is 10% @ 85°) • Pencil Hardness: Minimum pencil hardness, per ASTM D 3363, is “HB”. • Solvent Resistance: Passes minimum of 100 double rubs of a MEK soaked cloth, per ASTM D 5402. • Cross-Hatch Adhesion: No paint removal with Scotch #610 cellophane tape after cross-scoring with eleven horizontal and eleven vertical lines 1 mm apart, per ASTM D 3359. • Impact Resistance: No visible paint removal with Scotch #610 cellophane tape after direct and reverse impact of 80-inch pounds, using 5⁄8" steel ball on a Gardner Impact Tester, per ASTM D 2794. • T-Bend Adhesion: Per ASTM D 4145, no loss of adhesion when taped with Scotch #610 cellophane tape when subjected to a 2T-Bend. TESTING DATA • Humidity Resistance: No blistering, cracking, peeling, loss of gloss or softening of the finish after 2000 hours (HDG, Galvalume) or 3000 hours (Aluminum) of exposure to 100% humidity at 100°F ± 5°F, per ASTM D 2247. • Cleveland Condensing: No blistering, rusting or loss of adhesion of the finish after 1500 hours (Galvalume) or 3000 hours (Aluminum) of exposure at 120°F, per ASTM D 4585. • Water Immersion Resistance: Samples immersed in distilled water at 100°F per ASTM D 870 will exhibit no loss of gloss, blistering, cracking or color change after 500 hours. • Salt Spray Resistance: Samples diagonally scored and subjected to 5% neutral salt spray for 1000 hours (HDG, Galvalume) or 3000 hours (Aluminum), per ASTM B 117, then taped 1 hour after removal from the test cabinet with Scotch #610 cellophane tape, exhibit no blistering, no loss of adhesion and scribe creep no greater than 1⁄8". • Chemical Resistance: No significant color change after 24 hours exposure to 10% solutions of hydrochloric and sulfuric acids, per ASTM D 1308, Procedure 7.2 (spot test). • Kesternich Test: No significant color change after 10 cycles in a SO2 chamber, per ASTM G 87. • Accelerated Weathering:5 Hunter ΔE maximum color change, and at least #8 chalk rating after 10,000 hours exposure, per ASTM G 151 and G 154 using UVA-340 bulbs. • Exterior Weathering: Florida exposure (45º South), 5 Hunter ΔE maximum color change, per ASTM D 2244, and at least #8 chalk rating, per ASTM D 4214, Method A, after 20 years real- time exposure. • Abrasion Resistance: Per ASTM D 968, Method A, Fluropon passes 65 +/- 5 liters minimum of falling sand. • Flame Spread Rating: Fluropon displays a flame spread classification of A (Class 1) when tested in accordance with ASTM E 84. SPECIFICATION DATA Standing Seam Metal Roofing Panels 07 41 13 09/07/2023 ©2020 Drexel Metals, Inc. All rights reserved. MetShield® is a registered trademark of Drexel Metals, Inc. DensDeck® is a registered trademark of Georgia-Pacific. ENERGY STAR name and logo are registered U.S. marks and are owned by the U.S. government. CAV-GRIP is a trademark of Carlisle Coatings & Waterproofing Incorporated. Warranty statements mentioned are outlines: complete Limited Warranty information is available on request. No other warranty expressed or implied is applicable. CORPORATE HEADQUARTERS: 1234 GARDINER LANE, LOUISVILLE, KY 40213 | 888-321-9630 TOLL-FREE | 502-690-6174 FAX | DREXELMETALS.COM 12.08.20 DM-13443 - “Drexel Sheets and Coil Specification Sheet” PRODUCT DATA COLOR 31 Standard Colors (*) 10 Standard Low Gloss Colors (*) TOP FINISH Low to Medium Gloss BOTTOM FINISH Polyester with Drexel Metals Stencil GAUGE: 24 Gauge LBS./SF: .9380 (± 5%) GAUGE: 22 Gauge LBS./SF: 1.18 (± 5%) GAUGE: 26 Gauge LBS./SF: .7410 (± 5%) GAUGE: 0.032 LBS./SF: .461 (± 5%) GAUGE: 0.040 LBS./SF: .576 (± 5%) GAUGE: 0.050 LBS./SF: .716 (± 5%) GAUGE: 0.063 LBS./SF: .920 (± 5%) SPECIFICATION DATA Standing Seam Metal Roofing Panels 07 41 13 PRODUCT DIMENSIONS GAUGE: 24 Gauge Master Coil: 40.375" / 44.375" / 48.375" (*) GAUGE: 22 Gauge Master Coil: 48.375" (*) GAUGE: 26 Gauge Master Coil: 48.375" (*) GAUGE: 0.025 Master Coil: 48.000" (*) GAUGE: 0.032 Master Coil: 40.500" and 48.000" (*) GAUGE: 0.040 Master Coil: 48.000" (*) GAUGE: 0.050 Master Coil: 48.000" (*) GAUGE: 0.063 Master Coil: 48.000" (*) * All colors may not be available in all colors, gauges, or widths. Call Drexel Metals for additional information. RECYCLED CONTENT • 6.6% Post- Industrial • 24.6% Post Consumer • Our products contributes to LEED credit:MR 4.1 This sheet is meant only to highlight Drexel Metals products and specifications. Information is subject to change without notice. Drexel Metals takes responsibility for furnishing quality materials, which meet Drexel Metals product specification. If questions arise as to the soundness of a structure, or its ability to support a planned installation properly, the Owner should obtain opinions of competent structural engineers before proceeding. Drexel Metals accepts no liability for any structural failure or for resultant damages, and no Drexel Metals Representative is authorized to vary this disclaimer. 09/07/2023 Toll Free: (877) 244-1055 | Email: info@heattracespecialists.com | www.heattracespecialists.com HTS-6 Self-Regulating Heating Cable Conductive Core • Self Regulating • Irradiation Crosslinked Bus Wires • 16 Gauge Nickel Coated Copper Inner Jacket • Modified Polyolefin Metallic Overshield • Tinned Copper Outer Jacket • Modified Polyolefin Performance Ratings Output Wattage 12 watts/ ft in flowing ice water 6 W/ft @ 40°F Supply Voltages HTS-6-1R: 120V HTS-6-2R: 208 V - 277 Vac Continuous Maintenance Temperature 150°F (65°C) max Intermittent Exposure Temperature 185°F (85°C) max Braid Resistance Tinned copper 0.003 /ft with modified Polyolefin Jacket 10 Year Manufacturer’s Warranty Approvals/Certifications CSA Ordinary locations Type 2E, 3A, 3B, 3C Pipe Heating Cables Industrial and Commercial Description The HTS-6 commercial grade heater cable offered by Heat Trace Specialists is designed for use in both indoor and outdoor locations as well as for residential and commercial freeze protection on water pipes and drain pipes. In roof and gutter applications the HTS-6 provides a pathway for flowing water on the roof or in gutters and downspouts to safely distance itself from the building before the opportunity to re-freeze and cause damage. The HTS-6 cable is the ideal cable for the Snofree™ Panel systems offered by Heat Trace Specialists. Typical HTS-6 heater cable applications include: • Roof and gutter protection • Freeze protection • Temperature maintenance Applications for the HTS-6 Self-Regulating Heating Cable: HTS-6 | Heat Trace Specialists Made in the USA 09/07/2023 Toll Free: (877) 244-1055 | Email: info@heattracespecialists.com | www.heattracespecialists.com Part No.208 Volts 277 Volts HTS-6-2R .86 1.16 Power Adjustment Factor Po w e r O u t p u t , W / f t Ambient Temperature, °F 0 2 4 8 6 0 50 70 90 110 130 150 HTS-6 Power Output Curve - HTS-6HTS-6 Part Numbers HTS-6-1R (6=6 Watts 1=120V R=Polyolefin) HTS-6-2R (6=6 Watts 2=240V R=Polyolefin) Minimum TEMP (DEG F)20A 30A 40A -20 190 285 385 -10 210 310 405 -5 220 325 425 0 230 340 450 10 260 370 450 15 290 395 450 30 350 450 450 40 360 450 450 HTS-6-2R (208 to 277 Volts) Max Circuit length (FT) Minimum TEMP (DEG F)20A 30A 40A -20 115 170 225 -10 120 180 230 -5 125 185 240 0 130 190 250 10 145 205 250 15 165 220 250 30 195 250 250 40 200 250 250 HTS-6-1R (120 Volt) Max Circuit length (FT) HTS-6 Self-Regulating Heating Cable HTS-6 | Heat Trace Specialists Made in the USA 09/07/2023