SECTION 07 41 13 METAL ROOF PANELS Copyright 2026 - 2026 ARCAT, Inc. - All rights reserved ** NOTE TO SPECIFIER ** Taylor Metal Products; Metal roofing and siding. This section is based on the products of Taylor Metal Products, which is located at: 4566 Ridge Dr. N.E. Salem, OR 97301 Toll Free Tel: 800-574-1388 Tel: 503-581-8338 Fax: 503-581-6877 Email: request info (mark.hermans@taylormetal.com) Web: https://taylormetal.com [ https://arcat.com/company/taylor-metal-products-51558 ] for additional information. For more than 40 years, Taylor Metal has been the trusted choice for premium metal roofing and siding solutions across the western United States. We combine durability, aesthetics, and expert guidance to ensure your project stands the test of time. We own and operate a full fleet of semi-trucks and flatbeds, complete with optional knuckle-cranes and piggy-back forklifts. That means we control our delivery schedules, and you get reliable service every time. Our commitment to quality products and exceptional service has earned us a strong reputation across the western United States. Whether you're working on a residential, commercial, or agricultural project, we're here to help you achieve your vision. We operate from multiple branches across the western United States. No matter where your project takes you, Taylor Metal brings expert service and premium metal roofing and siding directly to you. PART 1 GENERAL 1.1 SECTION INCLUDES A. Metal Roof Panel Systems: Prefinished, prefabricated architectural standing seam roofs. ** NOTE TO SPECIFIER ** Delete items below not required for project. 1. Continuous interlocking seams. (Clip-Lock) (Slim-Lock) 2. Continuous interlocking field-formed seams, clips, and fasteners. (Easy-Lock) (MaxRun-238) (MS-100 or MS-100 Curved) (MS-150 or MS-150 Curved) (MS-200 or MS-200 Curved) (Streamline) ( Narrow T Panel, Narrow T Panel Curved, and Wide Batten T Panel) ( Versa Span) 1.2 RELATED SECTIONS ** NOTE TO SPECIFIER ** Delete any sections below not relevant to this project; add others as required. A. Section 05 10 00: Structural Metal Decking. B. Section 05 40 00: Cold-Formed Metal Framing. C. Section 05 50 00: Metal Fabrications. D. Section 06 10 00: Rough Carpentry. E. Section 07 22 00: Roof Insulation. F. Section 07 27 15: Air Barrier and Vapor Retarder. G. Section 07 62 00: Sheet Metal Flashing and Trim. H. Section 07 71 00: Sheet Metal Roof Accessories/Roof Specialties. I. Section 07 92 00: Joint Sealants. 1.3 REFERENCES ** NOTE TO SPECIFIER ** Delete references not actually required by the text of the edited section. A. American Architectural Manufacturers Association (AAMA): 1. AAMA Paint Standards: Aluminum Substrates: 620, 2603, 2604, 2605. 2. AAMA Paint Standards: Steel Substrates: 621-96 B. American Society of Civil Engineers (ASCE): 1. ASCE 7: Minimum Design Loads for Buildings and Other Structures. C. ASTM International (ASTM): 1. ASTM A653/A924: Steel Sheet, Zinc Coated (Galvanized) Class G90 by the Hot Dip Process. 2. ASTM A792: Steel Sheet, Aluminum/Zinc (Galvanized), AZ-50 (painted), AZ-55 (unpainted) by the Hot Dip Process. 3. ASTM A755/A7565-18: Specification for Steel Sheet, Metallic Coted by the Hot-Dip Process for Exterior Exposed Building Products. 4. ASTM B209 Specification for Aluminum and Aluminum- Allow Sheet and Plate. 5. ASTM E1680: Rate of Air Leakage Through Exterior Metal Roof Panel Systems. 6. ASTM E283: Rate of Air Leakage Through Exterior Windows, Curtain Walls, and Doors. 7. ASTM E1592: Structural Performance of Sheet Metal Roof and Siding Systems by Uniform Static Air Pressure Difference. 8. ASTM E1646: Water Penetration of Exterior Metal Roof Panel Systems by Uniform Static Air Pressure Difference. 9. ASTM E331: Water Penetration Through Exterior Windows, Skylights, Doors, and Curtain Walls. 10. ASTM E2140: Standard Test Method for Water Penetration of Metal Roof Panel Systems by Static Water Pressure Head. D. Cool Roof Rating Council (CRRC): 1. CRRC-1 Method No. 1: Measuring Solar Reflectance of a Flat, Opaque, and Heterogeneous Surface Using a Portable Solar Reflectometer. E. Environmental Product Declaration/Health Product Declaration. F. Factory Mutual Insurance Company (FM Global): 1. FM Global: Class 4471- Flame Spread, Hail Damage, Foot Traffic, and Wind Uplift Resistance. G. International Code Council (ICC): 1. ICC Evaluation Report- ESR-5046- TMP Metal Roofing Panels. H. National Association of Architectural Metal Manufacturers (NAAAMM): I. National Coil Coaters Association (NCCA). J. National Roofing Contractors Association (NRCA): 1. The NRCA Roofing and Waterproofing Manual. K. Sheet Metal and Air Conditioning Contractors' National Association (SMACNA) 1. SMACNA Architectural Sheet Metal Manual. L. Underwriters Laboratories (UL): 1. UL Evaluation Report- UL ER25913-01 2. UL 580: Standard for Tests for Uplift Resistance of Roof Assemblies. UL-90 Wind Uplift Rating. 3. UL-790: Standard for Fire Resistance and Roof Covering Materials. M. US Environmental Protection Agency: Energy Star Reflective Roof Products. N. US Green Building Council (USGBC): Leadership in Energy and Environmental Design (LEED). 1.4 SUBMITTALS A. Submit under provisions of Section 01 30 00. B. Product Data: Manufacturer's data sheets on each product to be used. 1. Preparation instructions and recommendations. 2. Storage and handling requirements and recommendations. 3. Typical installation methods. C. Design and Certified Test Reports: From an independent testing laboratory: 1. Testing Reports: Stamped Licensed Engineer, for design loads and seam integrity. 2. A letter signed by an officer of the manufacturing company certifying materials furnished for project are the same as represented in the tests and supporting data. 3. Manufacturer's Verifications: Panels are factory roll formed or formed by portable equipment approved through UL's Follow-Up Service when panel lengths exceed 62 feet. 4. Test Results: UL-580 or ASTM E1592. Demonstrate compliance with the following: a. Ultimate Test Failure Load: To be reduced by the safety factor specified to determine the allowable working load for the panel system. b. Proposed system has been tested to ensure the allowable working load of the panel system meets the specified negative wind uplift pressures listed in this specification for all roof zones. c. Test results are applicable for the thickness, width, and profile specified. Results are not applicable for systems thinner or wider than the system tested. If the tested material was not the specialty material specified herein, then the test results shall be reduced by the ratio of the yield strength (Fy) or the specified material to the tested material. d. Results must clearly show the allowable fastener spacing meets or exceeds requirements specified for all roof areas. Spacing shall not be increased for any roof zone from that which is specified. e. Capacities for gauge, span, or loading other than those tested may be determined by interpolation of test results within the range of test data. Extrapolation for conditions outside the test range is not acceptable D. Copies of the panel manufacturer's current evaluation reports must include data regarding weather resistance, fire classification, structural capabilities, wind uplift resistance, impact resistance, live loads, underlayment, load tables, and attachment details. ** NOTE TO SPECIFIER ** Failure to provide current ICC report for review will be cause for immediate rejection. Panel system must be listed in such report or will be rejected. 1. ICC Evaluation Report- ESR-5046- TMP Metal Roofing Panels. 2. UL Evaluation Report- UL ER25913-01. E. Mill production reports certifying that the steel thicknesses are within allowable tolerances of the nominal or minimum thickness or gauge specified. F. Fire Resistance Classification: Class A roof covering as determined by UL 790. G. Design Loads: Manufacturer's minimum design load calculations according to ASCE 7-16, for Components and Cladding. Design Loads must not be less than those detailed in the Design and Performance Criteria article. H. Shop Drawings: Indicate thickness and dimensions of parts, fastenings and anchoring methods, details and locations of joints, transitions, and other provisions necessary for thermal expansion and contraction. Indicate locations of field-applied sealant. I. Samples: Two, 12 inch long by full panel width, showing proposed metal thickness and seam profile. Standard color samples of metal for Architect's selection. J. Manufacturer Qualifications: A signed letter supporting both financial capability and at 5 projects of comparable size with architect and contractor contact information. K. Installer Qualifications: List of five completed projects, with names and contact information for architects and contractors. Signed letter from Manufacturer demonstrating completion of manufacturer's certified installation class. L. Test Reports: Indicate compliance of products with project requirements. ** NOTE TO SPECIFIER ** Delete LEED Submittals paragraph and subparagraph below if Recycled Content credit is not required for project. Credit is based on LEED 2009 NC, Schools, and CS rating systems. M. LEED Submittals: 1. LEED Credit SS 7.2, Heat Island Effect, Roof: Product data indicating Solar Reflectance Index (SRI) of roof panels. 2. LEED Credit MR 4 - Recycled Content: Product data indicating percentage by weight of post-consumer and post-industrial recycled content for products having recycled content. Include statement indicating costs for each product having recycled content. N. Warranty Documentation: An unexecuted copy specified for this Project, identifying the terms and conditions required of the Manufacturer, installing contractor, and the Owner. O. Material submitted as equal to the specified material must be accompanied by a report reviewed by a professional engineer licensed in the state in which the installation takes place. The report must show the submitted product meets the specified design and performance criteria. The owner's decision regarding substitutions will be final. Unauthorized substitutions will be rejected. P. Insurance Documentation: Current Certificate of Insurance showing a min. of $2,000,000 liability coverage per occurrence. 1.5 QUALITY ASSURANCE A. Manufacturer Qualifications: 10 years in factory fabrication of metal panels. 1. Manufacturer must carry $2,000,000 liability insurance, for metal panel system. B. Installer Qualifications: 3 years successful application of metal roof panels. 1. List 5 satisfactory metal panel installations of similar products, scope, and complexity. 2. Must be approved by manufacturer, in writing, prior to bid. Include document with bid, C. Testing Agency Qualifications: Agency compliant with ISO/IEC Standard 17025, or an accredited independent agency recognized by the International Laboratory Accreditation Cooperation Mutual Recognition Arrangement or ANSI. D. Source Limitations: Obtain roof system components including underlayment from a single manufacturer. Secondary products required must be approved in writing by the roofing system manufacturer. E. Manufacturer's Field Representative: Periodic inspections of work in progress and furnish written documentation of inspections as required. A final inspection before project closeout. ** NOTE TO SPECIFIER ** Delete mock-ups if not required. F. Mock-Ups: Construct mock-up. Refer to dimensions or drawings as required to show two pattern repeats, and in same orientation, and tie-ins to other roofing or siding products. 1.6 PRE-INSTALLATION CONFERENCE A. Convene a pre-roofing conference approximately two weeks before scheduled commencement of roofing system installation and associated work. B. Require attendance of installers of associated work, installers of deck or substrate construction to receive roofing work, installers of rooftop units and other work in and around roofing which must precede or follow roofing work, including mechanical work if any, Architect, Owner, roofing system manufacturer's representative, and other representatives directly concerned with performance of the Work. Include Owner's insurers, testing agencies, and governing authorities if applicable. C. Conference Objectives: 1. Tour areas of roofing substrates. Inspect and discuss substrate condition, roof drains, curbs, penetrations, and preparatory work performed by others. 2. Review the Following: a. Foreseeable methods and procedures related to roofing work, including set up and mobilization areas for stored material and work area. b. Structural loading limitations of deck. Inspect for loss of flatness and for required attachment. c. Roofing System Requirements: Drawings, specifications, and other contract documents. d. Required submittals both completed and yet to be completed. e. Finalized construction schedule related to roofing work. Verify availability of materials, installer's personnel, equipment, and facilities needed to avoid delays. f. Inspections, testing, certifying, and material usage accounting procedures. g. Notification procedures for inclement weather or non-working days 3. Forecasted weather conditions and procedures for coping with unfavorable conditions, including possibility of temporary roofing. 4. Documentation: Record conference including decisions and agreements. Furnish a copy to each party attending. If disagreements exist determine how disagreements will be resolved and set date for reconvening conference. D. The Owner's Representative will designate one of the conference participants to record the proceedings and promptly distribute them to the participants for record. E. Conference Intent: Resolve issues affecting installation and performance of roofing work. Do not proceed with work until issues are resolved to the satisfaction of the Owner and Engineer of Record. This shall not be construed as interference with the progress of Work on the part of the Owner or Engineer of Record. 1.7 DELIVERY, STORAGE, AND HANDLING A. Storage and Handling Requirements: 1. Keep panels and accessory items dry. 2. Protect against damage and discoloration. 3. Handle panels with non-marring slings. 4. Support panels to prevent permanent deformation. 5. Store panels above ground, with one end elevated for drainage. 6. Protect panels against standing water and condensation between adjacent surfaces. 7. If panels become wet, immediately separate sheets, wipe dry with clean cloth, and keep sheets separate for air-drying. 8. Painted panels may (depending on material or coating) be shipped with protective plastic sheeting or a strippable film coating between panels. Remove strippable film coating prior to installation. Do not allow strippable film coating to remain on panels in extreme heat, cold, or direct sunlight or other UV source. 9. Do not allow panels to contact treated lumber. 10. Adequately cover/protect metal panels and flashing with tarpaulins, scrim sheeting, or similar protection during transit to prevent dirt and debris from coming in contact with the exposed finished surfaces of finished goods. 11. Protect packaged panels, flashing, and accessories from UV sources, dirt or sand, and precipitation until they are used. B. Installer's responsibilities: 1. Stack pre-finished materials to prevent twisting, bending, abrasion and denting and elevate one end to facilitate moisture run-off. 2. Unload panels with equipment that will adequately support the panels to prevent damage. Verify equipment is sufficient to lift the weight of panels while still in crating. Certified riggers may be required 3. Protect moisture-sensitive and water-based materials from the weather. 4. Inspect materials upon delivery. Reject and remove physically damaged or marred material from project site. 1.8 PROJECT CONDITIONS A. Determine work of other trades will not hamper or conflict with fabrication, storage, and protection requirements for roofing system. 1. Protect completed roofing from subsequent construction operations. Comply with Manufacturer's recommendations. 2. Do not overload roof with stored materials. 3. Roof-mounted equipment shall not be fastened directly to, or mounted on, the standing seam metal roofing system. B. Ascertain that work of other trades penetrating the roof/siding substrate is made watertight and approved prior to installation of new metal roofing/siding panel system. 1.9 WARRANTY ** NOTE TO SPECIFIER ** For projects less than (or equal to) 1,000 ft. from salt water, industrial or other corrosive applications, consult your TMP representative. A high-build, corrosion resistant primer of 0.8 to 1.2 mils and clear coat may be required to qualify for warranties. A. Manufacturer's Warranty: Manufacturer's standard 20, 30, or 35 year performance warranty, 1. Architectural fluorocarbon finish: Kynar 500 a. Will be free of fading or color change in excess of 5 Hunter delta-E units as determined by ASTM D2244-02. b. Will not chalk in excess of numerical rating of 8 when measured in accordance with ASTM D4214-98 method D659. c. Will not peel, crack, chip, or delaminate. 2. Architectural Silicone Modified Polyester Finish: Will not peel, crack, chip, or delaminate. B. Installer's Warranty: Warrant panels, flashings, sealants, fasteners and accessories against defective materials and/or workmanship, covering repairs required to maintain roof panels watertight and weatherproof with normal usage for two years following Project Substantial Completion date. Furnish written warranty, signed by installer. C. Weathertight Performance Warranty: Manufacturer's standard warranty in which manufacturer agrees to repair or replace metal roof panel assemblies that fail to remain weathertight within specified warranty period. Contact manufacturer for options. PART 2 PRODUCTS 2.1 MANUFACTURERS A. Acceptable Manufacturer: Taylor Metal Products, which is located at: 4566 Ridge Dr. N.E. Salem, OR 97301 Toll Free Tel: 800-574-1388 Tel: 503-581-8338 Fax: 503-581-6877 Email: request info (mark.hermans@taylormetal.com);Web: https://taylormetal.com ** NOTE TO SPECIFIER ** Delete one of the following two paragraphs; coordinate with requirements of Division 1 section on product options and substitutions. B. Substitutions: Not permitted. C. Consider substitution requests in accordance with the provisions of Section 01 60 00. 2.2 PERFORMANCE AND DESIGN REQUIREMENTS A. Thermal Expansion and Contraction. 1. Metal Roofing System and Flashing: Must withstand expansion and contraction caused by changes in temperature without buckling, producing excess stress on structure, anchors or fasteners, or reducing performance ability. 2. Design Temperature Differential: Not less than 120 degrees F based on historical high and low temperatures at the installation location. 3. Panel and Clip Interface: Provide for adequate thermal movement in each direction along the longitudinal direction. a. ClipLock and SlimLock: Panels must provide depth above fastener heads to avoid frictional panel failure; "clip relief". b. MaxRun-238: (Clips allow infinite thermal movement. c. MS-100, 150, 200, VersaSpan: Floating two-piece clips are required when panel lengths are over 30 ft. long and mechanically seamed. d. MS-200, VersaSpan: Snap lock clips allow thermal movement, but must elevate the panel above the fastener heads to avoid frictional failure. B. Location of Metal Roofing Rigid Connector ("PIN point"): At roof ridge unless otherwise approved by the Project Architect and Manufacturer. C. Uniform Wind Uplift Load Capacity: Based on UL 580 wind uplift test criteria. D. Uniform Wind Uplift Load Capacity: Installed roof system. 1. Anchors. Anchor clips, and Fasteners: Install at spacing given in engineered calculations per wind zones. ** NOTE TO SPECIFIER ** Delete the following if the information is included in the structural drawings. 2. Withstand negative (uplift) wind loading pressures complying with the following. a. Design Code: _____. b. Panel Safety Factor: _____. c. Importance Class: ____. Building Importance Factor: _____. d. Wind Speed: _____mph. e. Ultimate Pullout Value: _____ pounds per each of the two fasteners holding the panel anchor to the roof decking or framing system. f. Exposure Category: _____. g. Design Roof Height: _____feet. h. Minimum Building Width: _____feet. i. Roof Pitch: _____inches per foot. j. Roof Area Design Uplift Pressure: 1) Zone 1 - Field: _____psf. 2) Zone 2 - Eaves: ____psf 3) Zone 3 - Corners: ___psf. 3. Capacity: Determine using pleated airbag method according to UL-580, testing of sheet metal roof panels. 4. Allowable Safe Working Loads: Determined by dividing the ultimate test load by the specified Panel Safety Factor. 5. Comply with Building Code: Test panel system to withstand the listed pressures at fastener spacing no farther apart than those listed in engineered calculations. ** NOTE TO SPECIFIER ** Delete article if not required. 2.3 METAL ROOF PANEL SYSTEMS - CONTINUOUS INTERLOCKING FIELD-FORM SEAMS A. Basis of Design: 1. Clip-Lock as manufactured by Taylor Metal Products. 2. Slim-Lock as manufactured by Taylor Metal Products. 3. Product Performance Requirements: a. Wind Uplift: Class 90 per UL 580. 1) Required Load: _______ 2) As Required: By ASCE 7 3) As Required: By governing code: ________. 4) Wind Load Deflection Limit: 1/180 of the span. 5) Wind Load Deflection Limit: ____ of the span. b. Thermal Movement Accommodations: No buckling, joint opening, overstressing components, connection failures, or other detrimental effects, through the following temperature changes: 1) Ambient Temperature Change: 120 degrees F. 2) Material Surface Change: 180 degrees F. c. Sustainability Characteristics: ** NOTE TO SPECIFIER ** Standard sheet steel, contains approximately 25.5 percent post-consumer recycled content and 6.8 percent pre-consumer recycled content, for a total 28.9 percent recycled content as calculated for this LEED credit. Higher percentages are available if specified. 1) Recycled Content: 28.9, 50, or 75 percent post-consumer recycled content. Calculated according to LEED Credit MR 4.. 2) Energy Performance: ** NOTE TO SPECIFIER ** If "cool roof" reflective pigments are required, retain one of the three subparagraphs below. Check performance by color: some colors perform better than examples given. a) Energy Star Qualified Product: For slope indicated in Drawings. ** NOTE TO SPECIFIER ** LEED Credit SS 7.2 is for SRI of 29 or higher for roofing with pitch 2:12 or steeper and SRI of 78 or higher for roofing of lower slope. In subparagraph below, the listed value is for Kynar 500 and Kynar 500 Metallic coatings. b) Solar Reflective Index (SRI): Not less than 29 per ASTM E1980. c) Reflectance and Emissivity: Solar Reflectance: 0.25 per ASTM C1549 or ASTM E1918, or CRRC-1 Method 1. Thermal Emissivity: 0.75 per ASTM C1371. 3) Shipping Distance: Provide panels manufactured at the following factory: ** NOTE TO SPECIFIER ** If locally manufactured materials are a project requirement, select factory closer to Project site. Delete factory location options not required. a) Factory Location: Salem, Oregon 97301. Slim-Lock: 1-1/2 inch Seam. b) Factory Location: Auburn, Washington 98001. Slim-Lock: 1-1/2 inch Seam. c) Factory Location: Sacramento, California 95652. Clip-Lock: 1 or 1-1/2 inch Seam. d) Factory Location: Riverside, California 92509. Clip-Lock- 1 or 1-1/2 inch Seam. ** NOTE TO SPECIFIER ** Delete paragraph if not required. B. Manufacturing Characteristics: Panels comply with Buy American Act 41 U.S. C 10a - 10d. C. Roof Panels: ** NOTE TO SPECIFIER ** Restricted conditions may allow a lesser slope. Consult manufacturer for slope design restrictions. Delete snap seam options not required. Consult with manufacturer regarding appropriate width for project requirements and other width options. 1. For slopes of 3 in 12 inches or greater. 2. Panel Snap Seam Design: Clip-Lock: 1 inch Seam height. Panel Width: 16-1/2 inch. 3. Panel Snap Seam Design: Clip-Lock: 1-1/2 inch Seam height. Panel Width: 15-1/2 inch. 4. Panel Snap Seam Design: Slim-Lock: 1-1/2 inch Seam height. Panel Width: 15-1/2 inch. ** NOTE TO SPECIFIER ** Delete material thickness options not required. Select according to manufacturer's performance tables, required span, and applicable loads. Delete material and pattern options not required. For multiple panel types, schedule on the Drawings. Striated panels are the most resistant to distortion or oil canning. 5. Material: 26 ga. steel. 0.0200 inch. Grade 50 min yield and 65 tensile strengths. 6. Material: 24 ga. steel. 0.0236 inch. Grade 50 min yield and 65 tensile strengths. 7. Material: 22 ga. steel. 0.0285 inch. Grade 50 min yield and 65 tensile strengths. 8. Material Yield Strength: As required for performance indicated. 9. Steel Sheet: ASTM A653. Zinc Coated, Class G90; hot dip galvanized. 10. Steel Sheet: ASTM A792 Class AZ50; hot dip aluminum-zinc alloy coating. 11. Pattern: Smooth. 12. Pattern: Accent ribs. 13. Pattern: Striated. D. Panel Finish: See the "Finishes, Roof Panels" Article in this specification E. Framing and Substrates: See article in this specification. F. Clips and Fasteners: ** NOTE TO SPECIFIER ** Clip Selection is based upon panel framing, substrate, and attachment requirements. See Taylor Metal Products' installation guidelines for clip types at HYPERLINK "http://www.taylormetal.com/" www.taylormetal.com. 1. Clip Design: Clips must to allow panels to thermally expand and contract. ** NOTE TO SPECIFIER ** Retain bearing plates for compressible substrates, i.e., rigid insulation and gypsum board. 2. Bearing Plates: Consult with Manufacturer regarding thickness and size. a. Material: G-90 galvanized steel. Gauge: 18, 20 or 22. Size: 4 x 6 inches. ** NOTE TO SPECIFIER ** See Metal Construction Association Technical Bulletin "Fastener Selection". Retain first option. Retain weather coated option if UL Class 90 is required. 3. Fasteners: As recommended by manufacturer for performance indicated (size, length, clip fasteners, trim fasteners). a. Weather Coated: Per project environment, conditions, and substrate. G. Insulation: ** NOTE TO SPECIFIER ** Edit Insulation section to reflect insulation required for roof assembly. Insert requirements for insulations if not referring to other sections. 1. Rigid Insulation: See Section 07 22 00 - Roof and Deck Insulation. a. Thermal Spacer Blocks: As recommended by roofing manufacturer. 2. Fiberglass Insulation: See Section 07 21 00 - Thermal Insulation. 3. Acoustic Insulation: See Section 09 81 00 - Acoustic Insulation, H. Accessories: 1. Trims and Flashings: Match panel material, thickness, and finish. Profiles: As indicated in drawings. a. Manufacturer's accessories and items required to complete a standing seam roof installation. 2. Panel Penetration Flashings: As recommended by panel manufacturer. Must provide sufficient movement to prevent creation of fixity points at penetrations. 3. Sealant for Field Application: a. High grade curing or non-curing Butyl, Polyether, Silicone, and curing Urethane sealant as recommended by panel Manufacturer. Do not use sealant containing asphalt. b. See Section 07 92 00 - Joint Sealants. I. Fabrication: 1. Fabrication, General: Unless shown otherwise on the drawings or otherwise specified herein. a. Fabricate panels in continuous lengths. Fabricate flashings and accessories in longest lengths practical. b. Panel materials to be factory correctively-leveled. 2. Panels: To be full length from ridge to eave. Not Recommended: Traverse seams or splices. a. Flush horizontal and vertical surfaces to facilitate sealing at terminations. b. Panel Configurations which create voids and require supplemental closure devices are considered acceptable, foam closures. c. Secure panels using concealed anchors that permit expansion and contraction away from the fixity "PIN" point. 3. Panel Standing Seams: "Snap" and interlock entire length of seam. Resists joint disengagement during wind uplift conditions as calculated according to local building codes. 2.4 METAL ROOF PANEL SYSTEMS - CONTINUOUS INTERLOCKING SEAMS A. Basis of Design: Easy-Lock, as manufactured by Taylor Metal Products. ** NOTE TO SPECIFIER ** Taylor Metal Products tests the Easy-Lock(TM) panel profile using UL 580 standards. The design team should consider the application when choosing the width and thickness of the panel profile. Consult a structural engineer for performance capability. See load tables for wind uplift and positive load tables when choosing the desired panel profile. 1. Product Performance Requirements: a. Wind Uplift: Class 90 per UL 580. 1) Required Load: _______. 2) As Required: By ASCE 7. 3) As Required: By governing code: ________. 4) Wind Load Deflection Limit: 1/180 of the span. 5) Wind Load Deflection Limit: ____ of the span. 6) Thermal Movement Accommodations: No buckling, joint opening, overstressing components, connection failures, or other detrimental effects, through the following temperature changes: a) Ambient Temperature Change: 120 degrees F. b) Material Surface Change: 180 degrees F. b. Sustainability Characteristics: ** NOTE TO SPECIFIER ** Taylor Metal Products panels, in their standard sheet steel, contain approximately 25.5 percent post-consumer recycled content and 6.8 percent pre-consumer recycled content, for a total 28.9 percent recycled content as calculated for this LEED credit. Higher percentages are available if specified. 1) Recycled Content: Post-consumer recycled content, calculated according to LEED Credit MR 5. a) Percent: 28.9. b) Percent: 50. c) Percent: 75. 2) Energy Performance: ** NOTE TO SPECIFIER ** If "cool roof" reflective pigments are required, retain one of the three subparagraphs below. Check performance by color: some colors perform better than examples given. a) Energy Star Qualified Product: For slope indicated in Drawings. ** NOTE TO SPECIFIER ** LEED Credit SS 7.2 is for SRI of 29 or higher for roofing with pitch 2:12 or steeper and SRI of 78 or higher for roofing of lower slope. In subparagraph below, the listed value is for Kynar 500 and Kynar 500 Metallic coatings. b) Solar Reflective Index (SRI): Not less than 29 per ASTM E1980. c) Reflectance and Emissivity: 1) Solar Reflectance: 0.25 per ASTM C1549 or ASTM E1918, or CRRC-1 Method 1. Thermal Emissivity: 0.75 per ASTM C1371. 3) Shipping Distance: Provide panels manufactured at the following factory: ** NOTE TO SPECIFIER ** If locally manufactured materials are a project requirement, select factory closer to Project site. Delete factory location options not required. a) Factory Location: Salem, Oregon 97301. b) Factory Location: Auburn, Washington 98001. c) Factory Location: Sacramento, California 95834. d) Factory Location: Riverside, California 92509. e) Factory Location: Spokane, Washington 99202. 4) Environmental Product Declaration (EPD): Riverside, CA.-#7fdc28ba-4a91-4221-a9060d4f6d7007a8. 5) Environmental Product Declaration (EPD): Salem, OR.- #F73eab7a-e72c-4c53-9602-3e6c14444ef8). 6) Health Product Declaration. Manufacturer documentation verification required. ** NOTE TO SPECIFIER ** If project is subject to Federal Buy American provisions, retain paragraph below. 2. Manufacturing Characteristics: Panels comply with Buy American Act 41 U.S. C 10a - 10d, or Build America Buy America (BABA). 3. Roof Panels: ** NOTE TO SPECIFIER ** Consult with TMP representative regarding appropriate width for project requirements and other width options. a. For slopes of 3 in 12 inches or greater. ** NOTE TO SPECIFIER ** Delete material thickness options not required. Select according to TMP's performance tables, required span, and applicable loads. 26 and 24 ga. are standard. Delete material and pattern options not required. For projects with multiple panel types, consider a panel schedule on the Drawings. Striated panels are the most resistant to distortion or oil canning. b. Material: 26 ga. steel. 0.0200 inch. Grade 50 min yield and 65 tensile strengths. 1) Panel Width: 12 inches. Panel Seam Height: 1 inch. c. Material: 24 ga. steel. 0.0236 inch. Grade 50 min yield and 65 tensile strengths. 1) Panel Width: 12 inches. Panel Seam Height: 1 inch. 2) Panel Width: 16 inches. Panel Seam Height: 1 inch. d. Material: 22 ga. steel. 0.0285 inch. Grade 50 min yield and 65 tensile strengths. 1) Panel Width: 12 inches. Panel Seam Height: 1 inch. 2) Panel Width: 16 inches. Panel Seam Height: 1 inch. e. Material Yield Strength: As required for performance indicated. f. Steel Sheet: ASTM A653. Zinc Coated, Class G90; hot dip galvanized. g. Steel Sheet: ASTM A792 Class AZ50; hot dip aluminum-zinc alloy coating. h. Pattern: Smooth. i. Pattern: Accent ribs. j. Pattern: Screw concealer. k. Pattern: Striated. l. Panel Finish: See the "Finishes, Roof Panels" Article in this specification. m. ICC Evaluation Report- ESR-5046- TMP Metal Roofing Panels. n. UL Evaluation Report- UL ER25913-01. ** NOTE TO SPECIFIER ** Factory Injected Seam Sealant is not available for this profile. o. Seam Sealant: Field applied, high-grade non-skinning sealant within the confines of panel and concealed clip's female leg, designed to seal against adjacent male panel leg. 4. Framing and Substrates: See article in this specification. ** NOTE TO SPECIFIER ** Fastener selection to be determined based upon panel framing, substrate, and attachment requirements. See Taylor Metal Products' installation guidelines for fastener types at www.taylormetal.com. 5. Fasteners: a. Design: Must allow panels to thermally expand and contract. Select to meet positive and negative pressures as specified. ** NOTE TO SPECIFIER ** Retain bearing plates for compressible substrates, i.e., rigid insulation and gypsum board. b. Bearing Plates: Consult with Manufacturer regarding thickness and size. 1) Material: G-90 galvanized steel. Gauge: 18, 20 or 22. Size: 4 x 6 inches. ** NOTE TO SPECIFIER ** See Metal Construction Association Technical Bulletin "Fastener Selection". Usually retain first option; retain second option if UL Class 90 is required. c. Fasteners: As recommended by manufacturer for performance indicated (size, length, trim fasteners). 1) Weather coated per project environment, conditions, and substrate. 6. Insulation: ** NOTE TO SPECIFIER ** Edit Insulation section to reflect insulation required for roof assembly. Insert requirements for insulations if not referring to other sections a. Rigid Insulation: See Section 07 22 00 - Roof and Deck Insulation. 1) Thermal Spacer Blocks: As recommended by roofing manufacturer. b. Fiberglass Insulation: See Section 07 21 00 - Thermal Insulation. c. Acoustic Insulation: See Section 09 81 00 - Acoustic Insulation, 7. Accessories: a. Trims and Flashings: Match panel material, thickness, and finish. Profiles: As indicated in drawings. 1) Manufacturer's accessories and items required to complete a standing seam roof installation. b. Panel Penetration Flashings: As recommended by panel manufacturer. Must provide sufficient movement to prevent creation of fixity points at penetrations. c. Sealant for Field Application: 1) High grade curing or non-curing Butyl, Polyether, Silicone, and curing Urethane sealant as recommended by panel Manufacturer. Do not use sealant containing asphalt. 2) See Section 07 92 00 - Joint Sealants. 8. Fabrication: a. Fabrication, General: Unless shown otherwise on the drawings or otherwise specified herein. 1) Fabricate panels in continuous lengths. Fabricate flashings and accessories in longest lengths practical. 2) Panel materials to be factory correctively-leveled. b. Panels: To be full length from ridge to eave up to 35 ft. Not Allowed: Traverse seams. 1) Consult with Manufacturer for longer lengths or options to break up roof plane. 2) Flush horizontal and vertical surfaces to facilitate sealing at terminations. 3) Panel Configurations which create voids and require supplemental closure devices are considered acceptable, foam closures. 4) Secure panels using concealed anchors that permit expansion and contraction away from the fixity "PIN" point. 9. Standing Seams: Engage for the entire length of seam. a. Must lock up and resist joint disengagement during design wind uplift conditions as calculated according to local building codes. b. Manually Installed Sealant: Apply within confines of panel's female rib to aid in resistance of leaks and provide panel-to-panel seal while allowing expansion and contraction. B. Basis of Design: MaxRun-238, as manufactured by Taylor Metal Products. ** NOTE TO SPECIFIER ** Taylor Metal Products tests the MaxRun-238(TM) panel profile using UL 580, ASTM E1592, and FM Global standards (coming in 2026). The design team should consider the application when choosing the width and thickness of the panel profile. Consult a structural engineer for performance capability. See load tables for wind uplift and positive load tables when choosing the desired panel profile. 1. Product Performance Requirements: a. Wind Uplift: Class 90 per UL 580. 1) Required Load: _______ 2) As Required: By ASCE 7 3) As Required: By governing code: ________. 4) Wind Load Deflection Limit: 1/180 of the span. 5) Wind Load Deflection Limit: ____ of the span. 6) Panel System, Tested per ASTM E1592: Under supervision of an ANSI or ISO/IEC accredited laboratory. The laboratory will issue the test report results. 7) FM Rating: ________ 8) Air Infiltration, Tested per ASTM E1680 and/or ASTM E283 - Siding Applications. a) Static Test Pressure Differential of 10.00 psf: 0.01 cfm per sq ft of joint. b) Static Test Pressure Differential of 12.00 psf: 0.01 cfm per sq ft of joint. 9) Water Infiltration Under Static Pressure: a) Tested with Side Lap Sealant to ASTM E1646- Roof Applications and/or ASTM E331- Siding Applications. 1) No leakage through panel joints at 40.00 psf. ** NOTE TO SPECIFIER ** Taylor Metal Products has tested MaxRun-238 panels for water penetration using ASTM E2140. This standard is a stringent evaluation for metal roof panels. Most manufacturers only test for water infiltration using ASTM E1646. 10) Water Penetration, Tested per ASTM E2140: No panel system leakage after 6 hours at a static water pressure head of 6.00 inches. 11) Thermal Movement Accommodations: No buckling, joint opening, overstressing components, connection failures, or other detrimental effects, through the following temperature changes: a) Ambient Temperature Change: 120 degrees F. b) Material Surface Change: 180 degrees F. b. Sustainability Characteristics: ** NOTE TO SPECIFIER ** Taylor Metal Products panels, in their standard sheet steel, contain approximately 25.5 percent post-consumer recycled content and 6.8 percent pre-consumer recycled content, for a total 28.9 percent recycled content as calculated for this LEED 5.0 credit. Higher percentages are available if specified. 1) Recycled Content: Post-consumer recycled content, calculated according to LEED Credit MR 5. a) Percent: 28.9. b) Percent: 50. c) Percent: 75. 2) Energy Performance: a) Energy Star qualified product for slope indicated in Drawings. ** NOTE TO SPECIFIER ** LEED Credit SS 7.2 is for SRI of 29 or higher for roofing with pitch 2:12 or steeper and SRI of 78 or higher for roofing of lower slope. In subparagraph below, the listed value is for Kynar 500 and Kynar 500 Metallic coatings. b) Solar Reflective Index (SRI): Not less than 29 per ASTM E1980. c) Reflectance and Emissivity: 1) Solar Reflectance: Not less than 0.25 per ASTM test methods C1549 or E1918, or CRRC-1 Method 1. Thermal Emissivity: Not less than 0.75 per ASTM C1371. 3) Shipping Distance: Provide panels manufactured at the following factory: ** NOTE TO SPECIFIER ** If locally manufactured materials are a project requirement, select factory closer to Project site. Delete factory location options not required. a) Factory Location: Salem, Oregon 97301 b) Factory Location: Auburn, Washington 98001 c) Factory Location: Sacramento, California 95834 d) Factory Location: Riverside, California 92509 e) Factory Location: Spokane, Washington 99202 4) Environmental Product Declaration (EPD): Riverside, CA.-#7fdc28ba-4a91-4221-a9060d4f6d7007a8 and 5) Environmental Product Declaration (EPD): Salem, OR.- #F73eab7a-e72c-4c53-9602-3e6c14444ef8) 6) Health Product Declaration. Manufacturer documentation verification required. ** NOTE TO SPECIFIER ** If project is subject to Federal Buy American provisions, retain paragraph below. 2. Manufacturing Characteristics: Panels comply with Buy American Act 41 U.S. C 10a - 10d, or Build America Buy America (BABA). 3. Roof Panels: ** NOTE TO SPECIFIER ** Select gauge according to TMP's performance tables, required span, and applicable loads. For projects with multiple profiles of varied combinations of profiles, rib patterns and finishes, show on drawings. a. Material: 24 ga. steel. 0.0236 inch. Grade 50 min yield and 65 tensile strengths. 1) Panel Width: 12 inches. Panel Seam Height: 2-3/8 inch. 2) Panel Width: 14 inches. Panel Seam Height: 2-3/8 inch. 3) Panel Width: 16 inches. Panel Seam Height: 2-3/8 inch. 4) Panel Width: 18 inches. Panel Seam Height: 2-3/8 inch. 5) Panel Width: 24 inches. Panel Seam Height: 2-3/8 inch. b. Material: 22 ga. steel. 0.0285 inch. Grade 50 min yield and 65 tensile strengths. 1) Panel Width: 12 inches. Panel Seam Height: 2-3/8 inch. 2) Panel Width: 14 inches. Panel Seam Height: 2-3/8 inch. 3) Panel Width: 16 inches. Panel Seam Height: 2-3/8 inch. 4) Panel Width: 18 inches. Panel Seam Height: 2-3/8 inch. 5) Panel Width: 24 inches. Panel Seam Height: 2-3/8 inch. c. Material Yield strength: As required for performance indicated: ASTM A653: d. Material: Steel Sheet, ASTM A653. Zinc Coated, Class G90; hot dip galvanized. e. Material: Steel Sheet, ASTM A792 Class AZ50; hot dip aluminum-zinc alloy coating. 1) Pattern: Smooth. 2) Pattern: Accent ribs. 3) Pattern: Plateau Rib. 4) Pattern: Striated. f. Panel Finish: See the "Finishes, Roof Panels" Article in this specification g. UL Evaluation Report- UL ER25913-01 ** NOTE TO SPECIFIER ** Factory Injected Seam Sealant is not available for this profile. 1) Seam Sealant: Field applied, high-grade non-skinning sealant within the confines of panel and concealed clip's female leg, designed to seal against adjacent male panel leg. 4. Framing and Substrates: See article in this specification. ** NOTE TO SPECIFIER ** Fastener selection to be determined based upon panel framing, substrate, and attachment requirements. See Taylor Metal Products' installation guidelines for fastener types at www.taylormetal.com. 5. Fasteners: a. Clips: MaxRun-238 galvanized clip designed to allow panels to thermally expand and contract in both directions along panel length. C b. Clip Type: Select to meet positive and negative pressures as specified. 1) Material: 16 ga. 2) Material: 24 ga. ** NOTE TO SPECIFIER ** Retain bearing plates for compressible substrates, i.e., rigid insulation and gypsum board. c. Bearing Plates: Consult with Manufacturer regarding thickness and size. 1) Material: G-90 galvanized steel. Gauge: 18, 20 or 22. Size: 4 x 6 inches. d. See Metal Construction Association Technical Bulletin "Fastener Selection". Usually retain first option; retain second option if UL Class 90 is required. e. Fasteners: As recommended by manufacturer for performance indicated (size, length, trim fasteners). 1) Weather coated per project environment, conditions, and substrate. 6. Insulation: ** NOTE TO SPECIFIER ** Edit Insulation section to reflect insulation required for roof assembly. Insert requirements for insulations if not referring to other sections a. Rigid Insulation: See Section 07 22 00 - Roof and Deck Insulation. 1) Thermal Spacer Blocks: As recommended by roofing manufacturer. b. Fiberglass Insulation: See Section 07 21 00 - Thermal Insulation. c. Acoustic Insulation: See Section 09 81 00 - Acoustic Insulation, 7. Accessories: a. Trims and Flashings: Match panel material, thickness, and finish. Profiles: As indicated in drawings. 1) Manufacturer's accessories and items required to complete a standing seam roof installation. b. Panel Penetration Flashings: As recommended by panel manufacturer. Must provide sufficient movement to prevent creation of fixity points at penetrations. c. Sealant for Field Application: 1) High grade curing or non-curing Butyl, Polyether, Silicone, and curing Urethane sealant as recommended by panel Manufacturer. Do not use sealant containing asphalt. 2) See Section 07 92 00 - Joint Sealants. 8. Fabrication: a. Fabrication, General: Unless shown otherwise on the drawings or otherwise specified herein. 1) Fabricate panels in continuous lengths. Fabricate flashings and accessories in longest lengths practical. 2) Panel materials to be factory correctively-leveled. b. Panels: To be full length from ridge to eave up to 150 ft. Not Allowed: Traverse seams. 1) Consult with Manufacturer for longer lengths or options to break up roof plane. 2) Flush horizontal and vertical surfaces to facilitate sealing at terminations. 3) Panel Configurations which create voids and require supplemental closure devices are considered acceptable, foam closures. 4) Secure panels using concealed anchors that permit expansion and contraction away from the fixity "PIN" point. 9. Standing Seams: Engage for the entire length of seam. a. Must lock up and resist joint disengagement during design wind uplift conditions as calculated according to local building codes. b. Manually Installed Sealant: Apply within confines of panel's female rib to aid in resistance of leaks and provide panel-to-panel seal while allowing expansion and contraction. C. Basis of Design: MS-100 or MS-100 Curved, as manufactured by Taylor Metal Products. ** NOTE TO SPECIFIER ** Taylor Metal Products tests the MS-100 panel profile using UL 580 and ASTM E1592 standards. The design team should consider the application when choosing the width and thickness of the panel profile. Consult a structural engineer for performance capability. See load tables for wind uplift and positive load tables when choosing the desired panel profile. 1. Product Performance Requirements: a. Wind Uplift: Class 90 per UL 580. 1) Required Load: _______. 2) As Required: By ASCE 7. 3) As Required: By governing code: ________. 4) Wind Load Deflection Limit: 1/180 of the span. 5) Wind Load Deflection Limit: ____ of the span. 6) Panel System, Tested per ASTM E1592: Under supervision of an ANSI or ISO/IEC accredited laboratory. The laboratory will issue the test report results. 7) FM Rating: ________ 8) Air Infiltration, Tested per ASTM E1680 and/or ASTM E283 - Siding Applications. a) Static Test Pressure Differential of 10.00 psf: 0.01 cfm per sq ft of joint. b) Static Test Pressure Differential of 12.00 psf: 0.01 cfm per sq ft of joint. 9) Water Infiltration Under Static Pressure: a) Tested with Side Lap Sealant to ASTM E1646- Roof Applications and/or ASTM E331- Siding Applications. 1) No leakage through panel joints at 40.00 psf. b. Thermal Movements: Accommodate without buckling, joint opening, overstressing components, failure of connections, or other detrimental effects, through the following temperature changes: 1) Ambient: 120 degrees F. 2) Material Surface: 180 degrees F. c. Sustainability Characteristics: ** NOTE TO SPECIFIER ** Taylor Metal Products panels, in their standard sheet steel, contain approximately 25.5 percent post-consumer recycled content and 6.8 percent pre-consumer recycled content, for a total 28.9 percent recycled content as calculated for this LEED 5.0 credit. Higher percentages are available if specified. 1) Recycled Content: Post-consumer recycled content, calculated according to LEED Credit MR 5. a) Percent: 28.9. b) Percent: 50. c) Percent: 75. 2) Energy Performance: ** NOTE TO SPECIFIER ** If "cool roof" reflective pigments are required, retain one of the three subparagraphs below. Check performance by color: some colors perform better than examples given. a) Energy Star qualified product for slope indicated in Drawings. ** NOTE TO SPECIFIER ** LEED Credit SS 7.2 is for SRI of 29 or higher for roofing with pitch 2:12 or steeper and SRI of 78 or higher for roofing of lower slope. In subparagraph below, the listed value is for Kynar 500 and Kynar 500 Metallic coatings. b) Solar Reflective Index (SRI): Not less than 29 per ASTM E1980. c) Reflectance and Emissivity: 1) Solar Reflectance: Not less than 0.25 per ASTM test methods C1549 or E1918, or CRRC-1 Method 1. Thermal Emissivity: Not less than 0.75 per ASTM C1371. 3) Shipping Distance: Provide panels manufactured at the following factory: ** NOTE TO SPECIFIER ** If locally manufactured materials are a project requirement, select factory closer to Project site. Delete factory location options not required. a) Factory Location: Salem, Oregon 97301. b) Factory Location: Auburn, Washington 98001. c) Factory Location: Sacramento, California 95834. d) Factory Location: Riverside, California 92509. e) Factory Location: Spokane, Washington 99202. d. Environmental Product Declaration (EPD): Riverside, CA.-#7fdc28ba-4a91-4221-a9060d4f6d7007a8. e. Health Product Declaration. Manufacturer documentation verification required. ** NOTE TO SPECIFIER ** If project is subject to Federal Buy American provisions, retain paragraph below. 2. Manufacturing Characteristics: Panels comply with Buy American Act 41 U.S. C 10a - 10d, or Build America Buy America (BABA). 3. Roof Panels: ** NOTE TO SPECIFIER ** Select gauge according to TMP's performance tables, required span, and applicable loads. For projects with multiple profiles of varied combinations of profiles, rib patterns and finishes, show on drawings. a. Material: 24 ga. steel. 0.0236 inch. Grade 50 min yield and 65 tensile strengths. 1) Panel Width: 13 inches. Panel Seam Height: 1 inch. 2) Panel Width: 17 inches. Panel Seam Height: 1 inch. 3) Panel Width: 21 inches. Panel Seam Height: 1 inch. b. Material: 22 ga. steel. 0.0285 inch. Grade 50 min yield and 65 tensile strengths. 1) Panel Width: 13 inches. Panel Seam Height: 1 inch. 2) Panel Width: 17 inches. Panel Seam Height: 1 inch. 3) Panel Width: 21 inches. Panel Seam Height: 1 inch. c. Material Yield strength: As required for performance indicated: ASTM A653: d. Steel Sheet: ASTM A653. 1) Steel Coating: Zinc Coated, Class G90; hot dip galvanized. 2) Steel Coating: Aluminum-zinc alloy coating, ASTM A792, Class AZ50 3) Pattern: Smooth. 4) Pattern: Accent ribs. 5) Pattern: Plateau Rib. 6) Pattern: Striated. e. Panel Finish: See the "Finishes, Roof Panels" Article in this specification. f. ICC Evaluation Report- ESR-5046- TMP Metal Roofing Panels. g. UL Evaluation Report- UL ER25913-01. ** NOTE TO SPECIFIER ** Factory Injected Seam Sealant is not available for this profile. h. Seam Sealant: Field applied, high-grade non-skinning sealant within the confines of panel and concealed clip's female leg, designed to seal against adjacent male panel leg. 4. Framing and Substrates: See article in this specification. 5. Clips and Fasteners: ** NOTE TO SPECIFIER ** Clip selection to be determined based upon panel framing, substrate, and attachment requirements. See Taylor Metal Products' installation guidelines for clip types at www.taylormetal.com. a. Clips: Must allow panels to thermally expand and contract and incorporate a self-centering feature allowing movement in both directions along panel length. Clip type must withstand positive and negative pressures as specified. 1) Allowable Movement in Both Directions: 0.50 inch. 2) Allowable Movement in Both Directions: 1.00 inch. 3) Allowable Movement in Both Directions: ____ inch. 4) Sealant: Factory-installed sealant to provide continuity of seal at clip locations. ** NOTE TO SPECIFIER ** Retain bearing plates for compressible substrates, i.e., rigid insulation and gypsum board. b. Bearing Plates: Consult with Manufacturer regarding thickness and size. 1) Material: G-90 galvanized steel. Gauge: 18, 20 or 22. Size: 4 x 6 inches. ** NOTE TO SPECIFIER ** See Metal Construction Association Technical Bulletin "Fastener Selection". Usually retain first option; retain second option if UL Class 90 is required. c. Fasteners: As recommended by manufacturer for performance indicated (size, length, trim fasteners). 1) Weather coated per project environment, conditions, and substrate. 6. Insulation: ** NOTE TO SPECIFIER ** Edit Insulation section to reflect insulation required for roof assembly. Insert requirements for insulations if not referring to other sections a. Rigid Insulation: See Section 07 22 00 - Roof and Deck Insulation. 1) Thermal Spacer Blocks: As recommended by roofing manufacturer. b. Fiberglass Insulation: See Section 07 21 00 - Thermal Insulation. c. Acoustic Insulation: See Section 09 81 00 - Acoustic Insulation. 7. Accessories: a. Trims and Flashings: Match panel material, thickness, and finish. Profiles: As indicated in drawings. 1) Manufacturer's accessories and items required to complete a standing seam roof installation. b. Panel Penetration Flashings: As recommended by panel manufacturer. Must provide sufficient movement to prevent creation of fixity points at penetrations. c. Sealant for Field Application: 1) High grade curing or non-curing Butyl, Polyether, Silicone, and curing Urethane sealant as recommended by panel Manufacturer. Do not use sealant containing asphalt. 2) See Section 07 92 00 - Joint Sealants. 8. Fabrication: a. Fabrication, General: Unless shown otherwise on the drawings or otherwise specified herein. 1) Fabricate panels in continuous lengths. Fabricate flashings and accessories in longest lengths practical. 2) Panel materials to be factory correctively-leveled. b. Panels: To be full length from ridge to eave up to 150 ft. Not Allowed: Traverse seams. 1) Consult with Manufacturer for longer lengths or options to break up roof plane. 2) Flush horizontal and vertical surfaces to facilitate sealing at terminations. 3) Panel Configurations which create voids and require supplemental closure devices are considered acceptable, foam closures. 4) Secure panels using concealed anchors that permit expansion and contraction away from the fixity "PIN" point. 9. Standing Seams: To interlock for the entire length of seam. a. Must lock up and resist joint disengagement during design wind uplift conditions as calculated according to local building codes. b. Pre-Installed Sealant: Within confines of panel's female leg to aid in resistance of leaks and provide panel-to-panel seal while allowing expansion and contraction. c. Seams: Continuously locked or crimped together by mechanical means during installation. Seaming tools shall be sourced from manufacturer's recommended vendor. ** NOTE TO SPECIFIER ** Delete joint option not required. Insert requirement based on roof slope, structural, and wind uplift requirements. d. Mechanically Seamed Joint Option: 90 degree _____. e. Mechanically Seamed Joint Option: 180 degree _____(). D. Basis of Design: MS-150 or MS-150 Curved, as manufactured by Taylor Metal Products. ** NOTE TO SPECIFIER ** Taylor Metal Products tests the MS-150 panel profile using UL 580 and ASTM E1592 standards. The design team should consider the application when choosing the width and thickness of the panel profile. Consult a structural engineer for performance capability. See load tables for wind uplift and positive load tables when choosing the desired panel profile. 1. Product Performance Requirements: a. Wind Uplift: Class 90 per UL 580. 1) Required Load: _______ 2) As Required: By ASCE 7 3) As Required: By governing code: ________. 4) Wind Load Deflection Limit: 1/180 of the span. 5) Wind Load Deflection Limit: ____ of the span. 6) Panel System, Tested per ASTM E1592: Under supervision of an ANSI or ISO/IEC accredited laboratory. The laboratory will issue the test report results. 7) Air Infiltration, Tested per ASTM E1680 and/or ASTM E283 - Siding Applications. a) Static Test Pressure Differential of 20.00 psf: 0.01 cfm per sq ft of joint. b) Static Test Pressure Differential of 25.00 psf: 0.01 cfm per sq ft of joint. 8) Water Infiltration Under Static Pressure: a) Tested with Side Lap Sealant to ASTM E1646- Roof Applications and/or ASTM E331- Siding Applications. 1) No leakage through panel joints at 40.00 psf. ** NOTE TO SPECIFIER ** Taylor Metal Products has tested MS-150SYMBOL 228 "Symbol" panels for water penetration using ASTM E2140. This standard is a stringent evaluation for metal roof panels. Most manufacturers only test for water infiltration using ASTM E1646. 9) Water Penetration, Tested per ASTM E2140: No panel system leakage after 6 hours at a static water pressure head of 6.00 inches. 10) Thermal Movement Accommodations: No buckling, joint opening, overstressing components, connection failures, or other detrimental effects, through the following temperature changes: a) Ambient Temperature Change: 120 degrees F. b) Material Surface Change: 180 degrees F. b. Sustainability Characteristics: ** NOTE TO SPECIFIER ** Taylor Metal Products panels, in their standard sheet steel, contain approximately 25.5 percent post-consumer recycled content and 6.8 percent pre-consumer recycled content, for a total 28.9 percent recycled content as calculated for this LEED 5.0 credit. Higher percentages are available if specified. 1) Recycled Content: Post-consumer recycled content, calculated according to LEED Credit MR 5. a) Percent: 28.9. b) Percent: 50. c) Percent: 75. 2) Energy Performance: a) Energy Star qualified product for slope indicated in Drawings. ** NOTE TO SPECIFIER ** LEED Credit SS 7.2 is for SRI of 29 or higher for roofing with pitch 2:12 or steeper and SRI of 78 or higher for roofing of lower slope. In subparagraph below, the listed value is for Kynar 500 and Kynar 500 Metallic coatings. b) Solar Reflective Index (SRI): Not less than 29 per ASTM E1980. c) Reflectance and Emissivity: 1) Solar Reflectance: Not less than 0.25 per ASTM test methods C1549 or E1918, or CRRC-1 Method 1. Thermal Emissivity: Not less than 0.75 per ASTM C1371. 3) Shipping Distance: Provide panels manufactured at the following factory: ** NOTE TO SPECIFIER ** If locally manufactured materials are a project requirement, select factory closer to Project site. Delete factory location options not required. a) Factory Location: Salem, Oregon 97301. b) Factory Location: Auburn, Washington 98001. c) Factory Location: Sacramento, California 95834. d) Factory Location: Riverside, California 92509. e) Factory Location: Spokane, Washington 99202. 4) Environmental Product Declaration (EPD): Riverside, CA.-#7fdc28ba-4a91-4221-a9060d4f6d7007a8. 5) Environmental Product Declaration (EPD): Salem, OR.- #F73eab7a-e72c-4c53-9602-3e6c14444ef8). 6) Health Product Declaration. Manufacturer documentation verification required. ** NOTE TO SPECIFIER ** If project is subject to Federal Buy American provisions, retain paragraph below. 2. Manufacturing Characteristics: Panels comply with Buy American Act 41 U.S. C 10a - 10d, or Build America Buy America (BABA). 3. Roof Panels: ** NOTE TO SPECIFIER ** Select gauge according to TMP's performance tables, required span, and applicable loads. For projects with multiple profiles of varied combinations of profiles, rib patterns and finishes, show on drawings. a. Material: 24 ga. steel. 0.0236 inch. Grade 50 min yield and 65 tensile strengths. 1) Panel Width: 12 inches. Panel Seam Height: 1.50 inch. 2) Panel Width: 16 inches. Panel Seam Height: 1.50 inch. 3) Panel Width: 18 inches. Panel Seam Height: 1.50 inch. 4) Panel Width: 20 inches. Panel Seam Height: 1.50 inch. b. Material: 22 ga. steel. 0.0285 inch. Grade 50 min yield and 65 tensile strengths. 1) Panel Width: 12 inches. Panel Seam Height: 1.50 inch. 2) Panel Width: 16 inches. Panel Seam Height: 1.50 inch. 3) Panel Width: 18 inches. Panel Seam Height: 1.50 inch. 4) Panel Width: 20 inches. Panel Seam Height: 1.50 inch. c. Material Yield strength: As required for performance indicated: ASTM A653: d. Steel Sheet, ASTM A653. 1) Steel Coating: Zinc Coated, Class G90; hot dip galvanized. 2) Steel Coating: Aluminum-zinc alloy coating, ASTM A792, Class AZ50 3) Pattern: Smooth. 4) Pattern: Accent ribs. 5) Pattern: Plateau Rib. 6) Pattern: Striated. e. Panel Finish: See the "Finishes, Roof Panels" Article in this specification. f. ICC Evaluation Report- ESR-5046- TMP Metal Roofing Panels. g. UL Evaluation Report- UL ER25913-01. ** NOTE TO SPECIFIER ** Factory Injected Seam Sealant is not available for this profile. h. Seam Sealant: Field applied, high-grade non-skinning sealant within the confines of panel and concealed clip's female leg, designed to seal against adjacent male panel leg. 4. Framing and Substrates: See article in this specification. 5. Clips and Fasteners: ** NOTE TO SPECIFIER ** Clip selection to be determined based upon panel framing, substrate, and attachment requirements. See Taylor Metal Products' installation guidelines for clip types at www.taylormetal.com. a. Clips: Must allow panels to thermally expand and contract and incorporate a self-centering feature allowing movement in both directions along panel length. Clip type must withstand positive and negative pressures as specified. 1) Allowable Movement in Both Directions: 0.50 inch. 2) Allowable Movement in Both Directions: 1.00 inch. 3) Allowable Movement in Both Directions: ____ inch. 4) Sealant: Factory-installed sealant to provide continuity of seal at clip locations. ** NOTE TO SPECIFIER ** Retain bearing plates for compressible substrates, i.e., rigid insulation and gypsum board. b. Bearing Plates: Consult with Manufacturer regarding thickness and size. 1) Material: G-90 galvanized steel. Gauge: 18, 20 or 22. Size: 4 x 6 inches. ** NOTE TO SPECIFIER ** See Metal Construction Association Technical Bulletin "Fastener Selection". Usually retain first option; retain second option if UL Class 90 is required. c. Fasteners: As recommended by manufacturer for performance indicated (size, length, trim fasteners). 1) Weather coated per project environment, conditions, and substrate. 6. Insulation: ** NOTE TO SPECIFIER ** Edit Insulation section to reflect insulation required for roof assembly. Insert requirements for insulations if not referring to other sections a. Rigid Insulation: See Section 07 22 00 - Roof and Deck Insulation. 1) Thermal Spacer Blocks: As recommended by roofing manufacturer. b. Fiberglass Insulation: See Section 07 21 00 - Thermal Insulation. c. Acoustic Insulation: See Section 09 81 00 - Acoustic Insulation. 7. Accessories: a. Trims and Flashings: Match panel material, thickness, and finish. Profiles: As indicated in drawings. 1) Manufacturer's accessories and items required to complete a standing seam roof installation. b. Panel Penetration Flashings: As recommended by panel manufacturer. Must provide sufficient movement to prevent creation of fixity points at penetrations. c. Sealant for Field Application: 1) High grade curing or non-curing Butyl, Polyether, Silicone, and curing Urethane sealant as recommended by panel Manufacturer. Do not use sealant containing asphalt. 2) See Section 07 92 00 - Joint Sealants. 8. Fabrication: a. Fabrication, General: Unless shown otherwise on the drawings or otherwise specified herein. 1) Fabricate panels in continuous lengths. Fabricate flashings and accessories in longest lengths practical. 2) Panel materials to be factory correctively-leveled. b. Panels: To be full length from ridge to eave up to 150 ft. Not Allowed: Traverse seams. 1) Consult with Manufacturer for longer lengths or options to break up roof plane. 2) Flush horizontal and vertical surfaces to facilitate sealing at terminations. 3) Panel Configurations which create voids and require supplemental closure devices are considered acceptable, foam closures. 4) Secure panels using concealed anchors that permit expansion and contraction away from the fixity "PIN" point. 9. Standing Seams: To interlock for the entire length of seam. a. Must lock up and resist joint disengagement during design wind uplift conditions as calculated according to local building codes. b. Pre-Installed Sealant: Within confines of panel's female leg to aid in resistance of leaks and provide panel-to-panel seal while allowing expansion and contraction. c. Seams: Continuously locked or crimped together by mechanical means during installation. Seaming tools shall be sourced from manufacturer's recommended vendor. ** NOTE TO SPECIFIER ** Delete joint option not required. Insert requirement based on roof slope, structural, and wind uplift requirements. d. Mechanically Seamed Joint Option: 90 degree _____. e. Mechanically Seamed Joint Option: 180 degree _____(). E. Basis of Design: MS-200 or MS-200 Curved, as manufactured by Taylor Metal Products. ** NOTE TO SPECIFIER ** Taylor Metal Products tests the MaxRun-238(TM) panel profile using UL 580, ASTM E1592, and FM Global standards (coming in 2026). The design team should consider the application when choosing the width and thickness of the panel profile. Consult a structural engineer for performance capability. See load tables for wind uplift and positive load tables when choosing the desired panel profile. 1. Product Performance Requirements: a. Wind Uplift: Class 90 per UL 580. 1) Required Load: _______. 2) As Required: By ASCE 7. 3) As Required: By governing code: ________. 4) Wind Load Deflection Limit: 1/180 of the span. 5) Wind Load Deflection Limit: ____ of the span. 6) Panel System, Tested per ASTM E1592: Under supervision of an ANSI or ISO/IEC accredited laboratory. The laboratory will issue the test report results. 7) FM Rating: Class 1-75- 60 inches on center open purlin attachment. 8) FM Rating: Class 1-120- 24 inches on center open purlin, 9) FM Rating: 22 ga. solid deck attachment. 10) Air Infiltration, Tested per ASTM E1680 and/or ASTM E283 - Siding Applications. a) Static Test Pressure Differential of 20.00 psf: 0.01 cfm per sq ft of joint. b) Static Test Pressure Differential of 25.00 psf: 0.01 cfm per sq ft of joint. 11) Water Infiltration Under Static Pressure: a) Tested with Side Lap Sealant to ASTM E1646- Roof Applications and/or ASTM E331- Siding Applications. 1) No leakage through panel joints at 40.00 psf. ** NOTE TO SPECIFIER ** Taylor Metal Products has tested MaxRun-238 panels for water penetration using ASTM E2140. This standard is a stringent evaluation for metal roof panels. Most manufacturers only test for water infiltration using ASTM E1646. 12) Water Penetration, Tested per ASTM E2140: No panel system leakage after 6 hours at a static water pressure head of 6.00 inches. 13) Thermal Movement Accommodations: No buckling, joint opening, overstressing components, connection failures, or other detrimental effects, through the following temperature changes: a) Ambient Temperature Change: 120 degrees F. b) Material Surface Change: 180 degrees F. b. Sustainability Characteristics: ** NOTE TO SPECIFIER ** Taylor Metal Products panels, in their standard sheet steel, contain approximately 25.5 percent post-consumer recycled content and 6.8 percent pre-consumer recycled content, for a total 28.9 percent recycled content as calculated for this LEED 5.0 credit. Higher percentages are available if specified. 1) Recycled Content: Post-consumer recycled content, calculated according to LEED Credit MR 5. a) Percent: 28.9. b) Percent: 50. c) Percent: 75. 2) Energy Performance: a) Energy Star qualified product for slope indicated in Drawings. ** NOTE TO SPECIFIER ** LEED Credit SS 7.2 is for SRI of 29 or higher for roofing with pitch 2:12 or steeper and SRI of 78 or higher for roofing of lower slope. In subparagraph below, the listed value is for Kynar 500 and Kynar 500 Metallic coatings. b) Solar Reflective Index (SRI): Not less than 29 per ASTM E1980. c) Reflectance and Emissivity: 1) Solar Reflectance: Not less than 0.25 per ASTM test methods C1549 or E1918, or CRRC-1 Method 1. Thermal Emissivity: Not less than 0.75 per ASTM C1371. 3) Shipping Distance: Provide panels manufactured at the following factory: ** NOTE TO SPECIFIER ** If locally manufactured materials are a project requirement, select factory closer to Project site. Delete factory location options not required. a) Factory Location: Salem, Oregon 97301. b) Factory Location: Auburn, Washington 98001. c) Factory Location: Sacramento, California 95834. d) Factory Location: Riverside, California 92509. e) Factory Location: Spokane, Washington 99202. 4) Environmental Product Declaration (EPD): Riverside, CA.-#7fdc28ba-4a91-4221-a9060d4f6d7007a8. 5) Environmental Product Declaration (EPD): Salem, OR.- #F73eab7a-e72c-4c53-9602-3e6c14444ef8). 6) Health Product Declaration. Manufacturer documentation verification required. ** NOTE TO SPECIFIER ** If project is subject to Federal Buy American provisions, retain paragraph below. 2. Manufacturing Characteristics: Panels comply with Buy American Act 41 U.S. C 10a - 10d, or Build America Buy America (BABA). 3. Roof Panels: ** NOTE TO SPECIFIER ** Select gauge according to TMP's performance tables, required span, and applicable loads. For projects with multiple profiles of varied combinations of profiles, rib patterns and finishes, show on drawings. a. Material: 24 ga. steel. 0.0236 inch. Grade 50 min yield and 65 tensile strengths. 1) Panel Width: 12 inches. Panel Seam Height: 2 inch. 2) Panel Width: 14 inches. Panel Seam Height: 2 inch. 3) Panel Width: 16 inches. Panel Seam Height: 2 inch. 4) Panel Width: 18 inches. Panel Seam Height: 2 inch. b. Material: 22 ga. steel. 0.0285 inch. Grade 50 min yield and 65 tensile strengths. 1) Panel Width: 12 inches. Panel Seam Height: 2 inch. 2) Panel Width: 14 inches. Panel Seam Height: 2 inch. 3) Panel Width: 16 inches. Panel Seam Height: 2 inch. 4) Panel Width: 18 inches. Panel Seam Height: 2 inch. c. Material Yield strength: As required for performance indicated: ASTM A653: d. Steel Sheet: ASTM A653. Zinc Coated, Class G90; hot dip galvanized. e. Steel Sheet: ASTM A792 Class AZ50; hot dip aluminum-zinc alloy coating. 1) Pattern: Smooth. 2) Pattern: Accent ribs. 3) Pattern: Plateau Rib. 4) Pattern: Striated. f. Panel Finish: See the "Finishes, Roof Panels" Article in this specification. g. ICC Evaluation Report- ESR-5046- TMP Metal Roofing Panels. h. UL Evaluation Report- UL ER25913-01. ** NOTE TO SPECIFIER ** Factory Injected Seam Sealant is not available for this profile. i. Seam Sealant: Field applied, high-grade non-skinning sealant within the confines of panel and concealed clip's female leg, designed to seal against adjacent male panel leg. 4. Framing and Substrates: See article in this specification. ** NOTE TO SPECIFIER ** Fastener selection to be determined based upon panel framing, substrate, and attachment requirements. See Taylor Metal Products' installation guidelines for fastener types at www.taylormetal.com. 5. Fasteners: a. Clips: Must allow panels to thermally expand and contract and incorporate a self-centering feature allowing movement in both directions along panel length. Clip type must withstand positive and negative pressures as specified. 1) Allowable Movement in Both Directions: 0.50 inch. 2) Allowable Movement in Both Directions: 1.00 inch. 3) Allowable Movement in Both Directions: ____ inch. 4) Sealant: Factory-installed sealant to provide continuity of seal at clip locations. ** NOTE TO SPECIFIER ** Retain bearing plates for compressible substrates, i.e., rigid insulation and gypsum board. b. Bearing Plates: Consult with Manufacturer regarding thickness and size. 1) Material: G-90 galvanized steel. Gauge: 18, 20 or 22. Size: 4 x 6 inches. c. Fasteners: As recommended by manufacturer for performance indicated (size, length, trim fasteners). 1) Weather coated per project environment, conditions, and substrate. 6. Insulation: ** NOTE TO SPECIFIER ** Edit Insulation section to reflect insulation required for roof assembly. Insert requirements for insulations if not referring to other sections a. Rigid Insulation: See Section 07 22 00 - Roof and Deck Insulation. 1) Thermal Spacer Blocks: As recommended by roofing manufacturer. b. Fiberglass Insulation: See Section 07 21 00 - Thermal Insulation. c. Acoustic Insulation: See Section 09 81 00 - Acoustic Insulation. 7. Accessories: a. Trims and Flashings: Match panel material, thickness, and finish. Profiles: As indicated in drawings. 1) Manufacturer's accessories and items required to complete a standing seam roof installation. b. Panel Penetration Flashings: As recommended by panel manufacturer. Must provide sufficient movement to prevent creation of fixity points at penetrations. c. Sealant for Field Application: 1) High grade curing or non-curing Butyl, Polyether, Silicone, and curing Urethane sealant as recommended by panel Manufacturer. Do not use sealant containing asphalt. 2) See Section 07 92 00 - Joint Sealants. 8. Fabrication: a. Fabrication, General: Unless shown otherwise on the drawings or otherwise specified herein. 1) Fabricate panels in continuous lengths. Fabricate flashings and accessories in longest lengths practical. 2) Panel materials to be factory correctively-leveled. b. Panels: To be full length from ridge to eave up to 150 ft. Not Allowed: Traverse seams. 1) Consult with Manufacturer for longer lengths or options to break up roof plane. 2) Flush horizontal and vertical surfaces to facilitate sealing at terminations. 3) Panel Configurations which create voids and require supplemental closure devices are considered acceptable, foam closures. 4) Secure panels using concealed anchors that permit expansion and contraction away from the fixity "PIN" point. 9. Standing Seams: Engage for the entire length of seam. a. Must lock up and resist joint disengagement during design wind uplift conditions as calculated according to local building codes. b. Manually Installed Sealant: Apply within confines of panel's female rib to aid in resistance of leaks and provide panel-to-panel seal while allowing expansion and contraction. F. Basis of Design: Streamline, as manufactured by Taylor Metal Products. ** NOTE TO SPECIFIER ** Taylor Metal Products tests the MaxRun-238(TM) panel profile using UL 580, ASTM E1592, and FM Global standards (coming in 2026). The design team should consider the application when choosing the width and thickness of the panel profile. Consult a structural engineer for performance capability. See load tables for wind uplift and positive load tables when choosing the desired panel profile. 1. Product Performance Requirements: a. Wind Uplift: Class 90 per UL 580. 1) Required Load: _______. 2) As Required: By ASCE 7. 3) As Required: By governing code: ________. 4) Wind Load Deflection Limit: 1/180 of the span. 5) Wind Load Deflection Limit: ____ of the span. 6) Thermal Movement Accommodations: No buckling, joint opening, overstressing components, connection failures, or other detrimental effects, through the following temperature changes: a) Ambient Temperature Change: 120 degrees F. b) Material Surface Change: 180 degrees F. b. Sustainability Characteristics: ** NOTE TO SPECIFIER ** Taylor Metal Products panels, in their standard sheet steel, contain approximately 25.5 percent post-consumer recycled content and 6.8 percent pre-consumer recycled content, for a total 28.9 percent recycled content as calculated for this LEED 5.0 credit. Higher percentages are available if specified. 1) Recycled Content: Post-consumer recycled content, calculated according to LEED Credit MR 5. a) Percent: 28.9. b) Percent: 50. c) Percent: 75. 2) Energy Performance: a) Energy Star qualified product for slope indicated in Drawings. ** NOTE TO SPECIFIER ** LEED Credit SS 7.2 is for SRI of 29 or higher for roofing with pitch 2:12 or steeper and SRI of 78 or higher for roofing of lower slope. In subparagraph below, the listed value is for Kynar 500 and Kynar 500 Metallic coatings. b) Solar Reflective Index (SRI): Not less than 29 per ASTM E1980. c) Reflectance and Emissivity: 1) Solar Reflectance: Not less than 0.25 per ASTM test methods C1549 or E1918, or CRRC-1 Method 1. Thermal Emissivity: Not less than 0.75 per ASTM C1371. 3) Shipping Distance: Provide panels manufactured at the following factory: ** NOTE TO SPECIFIER ** If locally manufactured materials are a project requirement, select factory closer to Project site. Delete factory location options not required. a) Factory Location: Salem, Oregon 97301. b) Factory Location: Auburn, Washington 98001. c) Factory Location: Sacramento, California 95834. d) Factory Location: Riverside, California 92509. e) Factory Location: Spokane, Washington 99202. 4) Environmental Product Declaration (EPD): Riverside, CA.-#7fdc28ba-4a91-4221-a9060d4f6d7007a8. 5) Environmental Product Declaration (EPD): Salem, OR.- #F73eab7a-e72c-4c53-9602-3e6c14444ef8). 6) Health Product Declaration. Manufacturer documentation verification required. ** NOTE TO SPECIFIER ** If project is subject to Federal Buy American provisions, retain paragraph below. 2. Manufacturing Characteristics: Panels comply with Buy American Act 41 U.S. C 10a - 10d, or Build America Buy America (BABA). 3. Roof Panels: ** NOTE TO SPECIFIER ** Select gauge according to TMP's performance tables, required span, and applicable loads. For projects with multiple profiles of varied combinations of profiles, rib patterns and finishes, show on drawings. a. Material: 26 ga. steel. 0.0200 inch. Grade 50 min yield and 65 tensile strengths. 1) Panel Width: 16 inches. Panel Seam Height: 1 inch. b. Material Yield strength: As required for performance indicated: ASTM A653. c. Steel Sheet: ASTM A653. Zinc Coated, Class G90; hot dip galvanized. d. Steel Sheet: ASTM A792 Class AZ50; hot dip aluminum-zinc alloy coating. e. Pattern: Smooth. f. Pattern: Accent ribs. g. Pattern: Screw concealer. h. Pattern: Striated. i. Panel Finish: See the "Finishes, Roof Panels" Article in this specification. j. ICC Evaluation Report- ESR-5046- TMP Metal Roofing Panels. k. UL Evaluation Report- UL ER25913-01. ** NOTE TO SPECIFIER ** Factory Injected Seam Sealant is not available for this profile. l. Seam Sealant: Field applied, high-grade non-skinning sealant within the confines of panel and concealed clip's female leg, designed to seal against adjacent male panel leg. 4. Framing and Substrates: See article in this specification. ** NOTE TO SPECIFIER ** Fastener selection to be determined based upon panel framing, substrate, and attachment requirements. See Taylor Metal Products' installation guidelines for fastener types at www.taylormetal.com. 5. Fasteners: a. Must allow panels to thermally expand and contract. Must withstand positive and negative pressures as specified. 1) Allowable Movement in Both Directions: 0.50 inch. 2) Allowable Movement in Both Directions: 1.00 inch. 3) Allowable Movement in Both Directions: ____ inch. 4) Sealant: Factory-installed sealant to provide continuity of seal at clip locations. ** NOTE TO SPECIFIER ** Retain bearing plates for compressible substrates, i.e., rigid insulation and gypsum board. b. Bearing Plates: Consult with Manufacturer regarding thickness and size. 1) Material: G-90 galvanized steel. Gauge: 18, 20 or 22. Size: 4 x 6 inches. c. Fasteners: As recommended by manufacturer for performance indicated (size, length, trim fasteners). 1) Weather coated per project environment, conditions, and substrate. 6. Insulation: ** NOTE TO SPECIFIER ** Edit Insulation section to reflect insulation required for roof assembly. Insert requirements for insulations if not referring to other sections a. Rigid Insulation: See Section 07 22 00 - Roof and Deck Insulation. 1) Thermal Spacer Blocks: As recommended by roofing manufacturer. b. Fiberglass Insulation: See Section 07 21 00 - Thermal Insulation. c. Acoustic Insulation: See Section 09 81 00 - Acoustic Insulation. 7. Accessories: a. Trims and Flashings: Match panel material, thickness, and finish. Profiles: As indicated in drawings. 1) Manufacturer's accessories and items required to complete a standing seam roof installation. b. Panel Penetration Flashings: As recommended by panel manufacturer. Must provide sufficient movement to prevent creation of fixity points at penetrations. c. Sealant for Field Application: 1) High grade curing or non-curing Butyl, Polyether, Silicone, and curing Urethane sealant as recommended by panel Manufacturer. Do not use sealant containing asphalt. 2) See Section 07 92 00 - Joint Sealants. 8. Fabrication: a. Fabrication, General: Unless shown otherwise on the drawings or otherwise specified herein. 1) Fabricate panels in continuous lengths. Fabricate flashings and accessories in longest lengths practical. 2) Panel materials to be factory correctively-leveled. b. Panels: To be full length from ridge to eave up to 150 ft. Not Allowed: Traverse seams. 1) Consult with Manufacturer for longer lengths or options to break up roof plane. 2) Flush horizontal and vertical surfaces to facilitate sealing at terminations. 3) Panel Configurations which create voids and require supplemental closure devices are considered acceptable, foam closures. 4) Secure panels using concealed anchors that permit expansion and contraction away from the fixity "PIN" point. 9. Standing Seams: Engage for the entire length of seam. a. Must lock up and resist joint disengagement during design wind uplift conditions as calculated according to local building codes. b. Manually Installed Sealant: Apply within confines of panel's female rib to aid in resistance of leaks and provide panel-to-panel seal while allowing expansion and contraction. G. Basis of Design: Versa Span, as manufactured by Taylor Metal Products. 1. Product Performance Requirements: a. Wind Uplift: Class 90 per UL 580. 1) Required Load: _______. 2) As Required: By ASCE 7. 3) As Required: By governing code: ________. 4) Wind Load Deflection Limit: 1/180 of the span. 5) Wind Load Deflection Limit: ____ of the span. 6) Air Infiltration, Tested per ASTM E1680 and/or ASTM E283 - Siding Applications. a) Static Test Pressure Differential of 10.00 psf: 0.01 cfm per sq ft of joint. b) Static Test Pressure Differential of 12.00 psf: 0.01 cfm per sq ft of joint. 7) Water Infiltration Under Static Pressure: a) Tested with Side Lap Sealant to ASTM E1646- Roof Applications and/or ASTM E331- Siding Applications. 1) No leakage through panel joints at 40.00 psf. b. Thermal Movements: Accommodate without buckling, joint opening, overstressing components, failure of connections, or other detrimental effects, through the following temperature changes: 1) Ambient: 120 degrees F. 2) Material Surface: 180 degrees F. c. Sustainability Characteristics: ** NOTE TO SPECIFIER ** Taylor Metal Products panels, in their standard sheet steel, contain approximately 25.5 percent post-consumer recycled content and 6.8 percent pre-consumer recycled content, for a total 28.9 percent recycled content as calculated for this LEED 5.0 credit. Higher percentages are available if specified. 1) Recycled Content: Post-consumer recycled content, calculated according to LEED Credit MR 5. a) Percent: 28.9. b) Percent: 50. c) Percent: 75. 2) Energy Performance: ** NOTE TO SPECIFIER ** If "cool roof" reflective pigments are required, retain one of the three subparagraphs below. Check performance by color: some colors perform better than examples given. a) Energy Star qualified product for slope indicated in Drawings. ** NOTE TO SPECIFIER ** LEED Credit SS 7.2 is for SRI of 29 or higher for roofing with pitch 2:12 or steeper and SRI of 78 or higher for roofing of lower slope. In subparagraph below, the listed value is for Kynar 500 and Kynar 500 Metallic coatings. b) Solar Reflective Index (SRI): Not less than 29 per ASTM E1980. c) Reflectance and Emissivity: 1) Solar Reflectance: Not less than 0.25 per ASTM test methods C1549 or E1918, or CRRC-1 Method 1. Thermal Emissivity: Not less than 0.75 per ASTM C1371. 3) Shipping Distance: Provide panels manufactured at the following factory: ** NOTE TO SPECIFIER ** If locally manufactured materials are a project requirement, select factory closer to Project site. Delete factory location options not required. a) Factory Location: Salem, Oregon 97301. b) Factory Location: Auburn, Washington 98001. c) Factory Location: Sacramento, California 95834. d) Factory Location: Riverside, California 92509. e) Factory Location: Spokane, Washington 99202. 4) Environmental Product Declaration (EPD): Riverside, CA.-#7fdc28ba-4a91-4221-a9060d4f6d7007a8. 5) Health Product Declaration. Manufacturer documentation verification required. ** NOTE TO SPECIFIER ** If project is subject to Federal Buy American provisions, retain paragraph below. 2. Manufacturing Characteristics: Panels comply with Buy American Act 41 U.S. C 10a - 10d, or Build America Buy America (BABA). 3. Roof Panels: ** NOTE TO SPECIFIER ** Select gauge according to TMP's performance tables, required span, and applicable loads. For projects with multiple profiles of varied combinations of profiles, rib patterns and finishes, show on drawings. a. Material: 24 ga. steel. 0.0236 inch. Grade 50 min yield and 65 tensile strengths. 1) Panel Width: 12 inches. Panel Seam Height: 1-3/4 inch. 2) Panel Width: 14 inches. Panel Seam Height: 1-3/4 inch. 3) Panel Width: 16 inches. Panel Seam Height: 1-3/4 inch. 4) Panel Width: 18 inches. Panel Seam Height: 1-3/4 inch. b. Material: 22 ga. steel. 0.0285 inch. Grade 50 min yield and 65 tensile strengths. 1) Panel Width: 12 inches. Panel Seam Height: 1-3/4 inch. 2) Panel Width: 14 inches. Panel Seam Height: 1-3/4 inch. 3) Panel Width: 16 inches. Panel Seam Height: 1-3/4 inch. 4) Panel Width: 18 inches. Panel Seam Height: 1-3/4 inch. c. Material Yield strength: As required for performance indicated: ASTM A653. d. Steel Sheet: ASTM A653. 1) Steel Coating: Zinc Coated, Class G90; hot dip galvanized. 2) Steel Coating: Aluminum-zinc alloy coating, ASTM A792, Class AZ50. 3) Pattern: Smooth. 4) Pattern: Accent ribs. 5) Pattern: Plateau Rib. 6) Pattern: Striated. e. Panel Finish: See the "Finishes, Roof Panels" Article in this specification. f. ICC Evaluation Report- ESR-5046- TMP Metal Roofing Panels. g. UL Evaluation Report- UL ER25913-01. ** NOTE TO SPECIFIER ** Factory Injected Seam Sealant is not available for this profile. h. Seam Sealant: Field applied, high-grade non-skinning sealant within the confines of panel and concealed clip's female leg, designed to seal against adjacent male panel leg. 4. Framing and Substrates: See article in this specification. 5. Clips and Fasteners: ** NOTE TO SPECIFIER ** Clip selection to be determined based upon panel framing, substrate, and attachment requirements. See Taylor Metal Products' installation guidelines for clip types at www.taylormetal.com. a. Clips: Must allow panels to thermally expand and contract. Allow the panel unrestricted movement in both directions along panel length. will elevate the panel off the roof deck and fastener heads. ** NOTE TO SPECIFIER ** Retain bearing plates for compressible substrates, i.e., rigid insulation and gypsum board. b. Bearing Plates: Consult with Manufacturer regarding thickness and size. 1) Material: G-90 galvanized steel. Gauge: 18, 20 or 22. Size: 4 x 6 inches. ** NOTE TO SPECIFIER ** See Metal Construction Association Technical Bulletin "Fastener Selection". Usually retain first option; retain second option if UL Class 90 is required. c. Fasteners: As recommended by manufacturer for performance indicated (size, length, trim fasteners). 1) Weather coated per project environment, conditions, and substrate. 6. Insulation: ** NOTE TO SPECIFIER ** Edit Insulation section to reflect insulation required for roof assembly. Insert requirements for insulations if not referring to other sections a. Rigid Insulation: See Section 07 22 00 - Roof and Deck Insulation. 1) Thermal Spacer Blocks: As recommended by roofing manufacturer. b. Fiberglass Insulation: See Section 07 21 00 - Thermal Insulation. c. Acoustic Insulation: See Section 09 81 00 - Acoustic Insulation, 7. Accessories: a. Trims and Flashings: Match panel material, thickness, and finish. Profiles: As indicated in drawings. 1) Manufacturer's accessories and items required to complete a standing seam roof installation. b. Panel Penetration Flashings: As recommended by panel manufacturer. Must provide sufficient movement to prevent creation of fixity points at penetrations. c. Sealant for Field Application: 1) High grade curing or non-curing Butyl, Polyether, Silicone, and curing Urethane sealant as recommended by panel Manufacturer. Do not use sealant containing asphalt. 2) See Section 07 92 00 - Joint Sealants. 8. Fabrication: a. Fabrication, General: Unless shown otherwise on the drawings or otherwise specified herein. 1) Fabricate panels in continuous lengths. Fabricate flashings and accessories in longest lengths practical. 2) Panel materials to be factory correctively-leveled. b. Panels: To be full length from ridge to eave up to 150 ft. Not Allowed: Traverse seams. 1) Consult with Manufacturer for longer lengths or options to break up roof plane. 2) Flush horizontal and vertical surfaces to facilitate sealing at terminations. 3) Panel Configurations which create voids and require supplemental closure devices are considered acceptable, foam closures. 4) Secure panels using concealed anchors that permit expansion and contraction away from the fixity "PIN" point. 9. Standing Seams: To interlock for the entire length of seam. a. Must lock up and resist joint disengagement during design wind uplift conditions as calculated according to local building codes. b. Pre-Installed Sealant: Within confines of panel's female leg to aid in resistance of leaks and provide panel-to-panel seal while allowing expansion and contraction. c. Seams: Continuously locked or snapped together by installer with manual pressure or a rubber mallet. H. Basis of Design: Narrow T Panel, Narrow, T Panel Curved, and Wide Batten T Panel, as manufactured by Taylor Metal Products. ** NOTE TO SPECIFIER ** Taylor Metal Products tests the Narrow T Panel(TM) panel profile using UL 580 and ASTM E1592 standards. The design team should consider the application when choosing the width and thickness of the panel profile. Consult a structural engineer for performance capability. See load tables for wind uplift and positive load tables when choosing the desired panel profile. 1. Product Performance Requirements: a. Wind Uplift: Class 90 per UL 580. 1) Required Load: _______. 2) As Required: By ASCE 7. 3) As Required: By governing code: ________. 4) Wind Load Deflection Limit: 1/180 of the span. 5) Wind Load Deflection Limit: ____ of the span. 6) Panel System, Tested per ASTM E1592: Under supervision of an ANSI or ISO/IEC accredited laboratory. The laboratory will issue the test report results. 7) Air Infiltration, Tested per ASTM E1680 and/or ASTM E283 - Siding Applications. a) Static Test Pressure Differential of 15.00 psf: 0.01 cfm per sq ft of joint. 8) Water Infiltration Under Static Pressure: a) Tested with Side Lap Sealant to ASTM E1646- Roof Applications and/or ASTM E331- Siding Applications. 1) No leakage through panel joints at 12.00 psf. b. Thermal Movements: Accommodate without buckling, joint opening, overstressing components, failure of connections, or other detrimental effects, through the following temperature changes: 1) Ambient: 120 degrees F. 2) Material Surface: 180 degrees F. c. Sustainability Characteristics: ** NOTE TO SPECIFIER ** Taylor Metal Products panels, in their standard sheet steel, contain approximately 25.5 percent post-consumer recycled content and 6.8 percent pre-consumer recycled content, for a total 28.9 percent recycled content as calculated for this LEED 5.0 credit. Higher percentages are available if specified. 1) Recycled Content: Post-consumer recycled content, calculated according to LEED Credit MR 5. a) Percent: 28.9. b) Percent: 50. c) Percent: 75. 2) Energy Performance: ** NOTE TO SPECIFIER ** If "cool roof" reflective pigments are required, retain one of the three subparagraphs below. Check performance by color: some colors perform better than examples given. a) Energy Star qualified product for slope indicated in Drawings. ** NOTE TO SPECIFIER ** LEED Credit SS 7.2 is for SRI of 29 or higher for roofing with pitch 2:12 or steeper and SRI of 78 or higher for roofing of lower slope. In subparagraph below, the listed value is for Kynar 500 and Kynar 500 Metallic coatings. b) Solar Reflective Index (SRI): Not less than 29 per ASTM E1980. c) Reflectance and Emissivity: 1) Solar Reflectance: Not less than 0.25 per ASTM test methods C1549 or E1918, or CRRC-1 Method 1. Thermal Emissivity: Not less than 0.75 per ASTM C1371. 3) Shipping Distance: Provide panels manufactured at the following factory: ** NOTE TO SPECIFIER ** If locally manufactured materials are a project requirement, select factory closer to Project site. Delete factory location options not required. a) Factory Location: Salem, Oregon 97301. b) Factory Location: Auburn, Washington 98001. c) Factory Location: Sacramento, California 95834. d) Factory Location: Riverside, California 92509. e) Factory Location: Spokane, Washington 99202. d. Environmental Product Declaration (EPD): Riverside, CA.-#7fdc28ba-4a91-4221-a9060d4f6d7007a8. e. Health Product Declaration. Manufacturer documentation verification required. ** NOTE TO SPECIFIER ** If project is subject to Federal Buy American provisions, retain paragraph below. 2. Manufacturing Characteristics: Panels comply with Buy American Act 41 U.S. C 10a - 10d, or Build America Buy America (BABA). 3. Roof Panels: ** NOTE TO SPECIFIER ** Select gauge according to TMP's performance tables, required span, and applicable loads. For projects with multiple profiles of varied combinations of profiles, rib patterns and finishes, show on drawings. a. Material: 24 ga. steel. 0.0236 inch. Grade 50 min yield and 65 tensile strengths. 1) Panel Width: 12 inches. Panel Seam Height: 1 inch. 2) Panel Width: 14 inches. Panel Seam Height: 1 inch. 3) Panel Width: 16 inches. Panel Seam Height: 1 inch. 4) Panel Width: 18 inches. Panel Seam Height: 1-7/8 inch. b. Material: 22 ga. steel. 0.0285 inch. Grade 50 min yield and 65 tensile strengths. 1) Panel Width: 13 inches. Panel Seam Height: 1 inch. 2) Panel Width: 17 inches. Panel Seam Height: 1 inch. 3) Panel Width: 21 inches. Panel Seam Height: 1-7/8 inch. c. Material Yield strength: As required for performance indicated: ASTM A653: d. Steel Sheet: ASTM A653. 1) Steel Coating: Zinc Coated, Class G90; hot dip galvanized. 2) Steel Coating: Aluminum-zinc alloy coating, ASTM A792, Class AZ50 3) Pattern: Smooth. 4) Pattern: Accent ribs. 5) Pattern: Striated. e. Panel Finish: See the "Finishes, Roof Panels" Article in this specification. f. ICC Evaluation Report- ESR-5046- TMP Metal Roofing Panels. g. UL Evaluation Report- UL ER25913-01. ** NOTE TO SPECIFIER ** Factory Injected Seam Sealant is not available for this profile. h. Seam Sealant: Field applied, high-grade non-skinning sealant within the confines of panel and concealed clip's female leg, designed to seal against adjacent male panel leg. 4. Framing and Substrates: See article in this specification. 5. Clips and Fasteners: ** NOTE TO SPECIFIER ** Clip selection to be determined based upon panel framing, substrate, and attachment requirements. See Taylor Metal Products' installation guidelines for clip types at www.taylormetal.com. a. Clips: Must allow panels to thermally expand and contract. Clip type must withstand positive and negative pressures as specified. ** NOTE TO SPECIFIER ** Retain bearing plates for compressible substrates, i.e., rigid insulation and gypsum board. b. Bearing Plates: Consult with Manufacturer regarding thickness and size. 1) Material: G-90 galvanized steel. Gauge: 18, 20 or 22. Size: 4 x 6 inches. ** NOTE TO SPECIFIER ** See Metal Construction Association Technical Bulletin "Fastener Selection". Usually retain first option; retain second option if UL Class 90 is required. c. Fasteners: As recommended by manufacturer for performance indicated (size, length, trim fasteners). 1) Weather coated per project environment, conditions, and substrate. 6. Insulation: ** NOTE TO SPECIFIER ** Edit Insulation section to reflect insulation required for roof assembly. Insert requirements for insulations if not referring to other sections a. Rigid Insulation: See Section 07 22 00 - Roof and Deck Insulation. 1) Thermal Spacer Blocks: As recommended by roofing manufacturer. b. Fiberglass Insulation: See Section 07 21 00 - Thermal Insulation. c. Acoustic Insulation: See Section 09 81 00 - Acoustic Insulation. 7. Accessories: a. Trims and Flashings: Match panel material, thickness, and finish. Profiles: As indicated in drawings. 1) Manufacturer's accessories and items required to complete a standing seam roof installation. b. Panel Penetration Flashings: As recommended by panel manufacturer. Must provide sufficient movement to prevent creation of fixity points at penetrations. c. Sealant for Field Application: 1) High grade curing or non-curing Butyl, Polyether, Silicone, and curing Urethane sealant as recommended by panel Manufacturer. Do not use sealant containing asphalt. 2) See Section 07 92 00 - Joint Sealants. 8. Fabrication: a. Fabrication, General: Unless shown otherwise on the drawings or otherwise specified herein. 1) Fabricate panels in continuous lengths. Fabricate flashings and accessories in longest lengths practical. 2) Panel materials to be factory correctively-leveled. b. Panels: To be full length from ridge to eave up to 150 ft. Not Allowed: Traverse seams. 1) Consult with Manufacturer for longer lengths or options to break up roof plane. 2) Flush horizontal and vertical surfaces to facilitate sealing at terminations. 3) Panel Configurations which create voids and require supplemental closure devices are not acceptable, foam closures. 4) Secure panels using concealed anchors that permit expansion and contraction away from the fixity "PIN" point. 9. Standing Seams: Battens are to interlock for the entire length of seam. a. To resist joint disengagement during design wind uplift conditions as calculated according to local building codes. b. Manually installed sealant within confines of panel's batten or standing legs to aid in resistance of leaks and provide panel-to-panel seal while allowing expansion and contraction. 2.5 FRAMING AND SUBSTRATES ** NOTE TO SPECIFIER ** Edit framing and substrates to reflect Project requirements. Coordinate section numbers and titles. Delete Roofing Underlayment option not required. A. Secondary Framing: See Section 05 40 00 - Cold-Formed Metal Framing. B. Sheathing: See Section 06 16 00 - Sheathing. C. Roofing Underlayment: As per Metal Roof Manufacturer's recommendation. D. Roofing Underlayment: TMP Protect HT ice and water shield vapor barrier. E. Roofing Underlayment: BLUE ARMOR-HT ice and water shield vapor barrier. F. Synthetic Roofing Felt: ________. G. Self-Adhering Membrane (SAM) Underlayment: __________. 2.6 FINISHES, ROOF PANELS ** NOTE TO SPECIFIER ** Delete panel finish and color options not required. A. Panel Finish: ZINCALUME Plus/Galvalume Plus protective coating for unpainted aluminum-zinc alloy coating. B. Panel Finish: Polyvinylidene Fluoride. Full 70 percent Kynar 500 consisting of a baked-on nominal 0.25 mil corrosion resistant primer and a baked-on 0.70 to 0.80 mil finish coat with a specular gloss of 5 to 30 when tested in accordance with ASTM D523 at 60 degrees and 85 degrees (matte - low gloss). C. Panel Finish: Marine Guard. For marine or corrosive environments. A high-build, corrosion resistant primer, finish coat, and clear top coat; minimums apply. ** NOTE TO SPECIFIER ** Custom colors are available on orders of 3,000 lineal feet or more. Consult TMP representative for other requirements. D. Panel Color: As determined by the Architect from full range of manufacturer's standard colors, metallics, and custom colors. E. Panel Color: As scheduled. F. Panel Color: Match Architect's sample. G. Panel Color: __________. PART 3 EXECUTION 3.1 EXAMINATION A. Verification of Conditions: With Installer present. 1. Examine conditions and substrates on which metal panels will be installed. Structural Support or Substrate: Flat and plumb to avoid panel stresses and distortion. 2. Prior to starting work, correct defects. B. Field Measurements: Prior to fabrication. 1. Coordinate with fabrication schedule and construction progress. 2. Record measurements on shop drawings, Include shop-fabricated opening locations. 3. If field measurements differ from drawing dimensions, notify Architect prior to fabrication. C. Framing and Substrate Tolerances: Deviations from flat plane shall not exceed the following. 1. 1/4 inch in 20 feet. 2. 1/2 inch across building elevation. 3. 1/8 inch in 5 feet. 3.2 PREPARATION A. Secondary Framing: Install according to approved shop drawings and metal panel manufacturer's recommendations. B. Substrate and Underlayment: Install according to approved shop drawings and metal panel manufacturer's recommendations. 3.3 INSTALLATION A. Panels and Trim: Comply with manufacturer's instructions for assembly, installation, and erection for weather tight installation. Install according to approved shop drawings. 1. Install panels in according to manufacturer's instructions and recommendations. Anchor using clips and fasteners spaced as manufacturer recommends for design wind load criteria. 2. Form seams with manufacturer-approved motorized seaming tool; completely engage panel, clip, and factory-applied sealant in seam. 3. Comply with methods and recommendations of SMACNA Architectural Sheet Metal Manual for flashing configurations required. 4. Discrepancies between job site conditions and shop drawings shall be brought to the attention of the Architect for resolution. 5. Cutting and Fitting: Cut panels neat, square, and true with shearing action cutters. a. Torch or power saw cutting is prohibited. b. Openings 6 inches and larger: Shop fabricate. Reinforce to maintain capacity. c. Openings less than 6 inches: Field cutting is acceptable. 6. No Contact with Dissimilar Metals, Materials, or treated Lumber: Fabricate transition of dissimilar materials to facilitate drainage and void galvanic action. a. Coat panel and trim contact points with protective paint or separate materials with weatherproof underlayment. b. Direct contact or run-off from CCA, ACQ, CA, other treated lumber, treated wood shakes or siding can cause premature failure. B. Accessories: Install trims, flashings, and roofing specialties according to Drawings and manufacturer's recommended details. C. Sealant Installation: Apply according to approved shop drawings and SMACNA Architectural Sheet Metal Manual recommendations. Provide airtight and waterproof installation. D. Installation Tolerances: Match dimensional tolerances of framing or substrate. 3.4 FIELD QUALITY CONTROL A. Field Inspection: Coordinate field inspection in accordance with appropriate sections in Division 01. ** NOTE TO SPECIFIER ** Retain if manufacturer provides field quality control with onsite personnel for instruction or supervision of product installation, application, erection, or construction. B. Manufacturer's Services: Coordinate manufacturer's services in accordance with appropriate sections in Division 01. 3.5 CLEANING AND PROTECTION A. Repairs: 1. Touch up paint: Not required for scratches that do not expose base metal. 2. PVDF- air dryable, touch up paint pens are recommended for minor scratches showing the substrate. Use minimal paint to fill scratch. 3. Replace panels or flashings with damage exposing metal or with substrate damage. B. Cleaning and Waste Management: See Division 01 Section "Construction Waste Management and Disposal" for recycling requirements. 1. At completion of each day's work and at work completion, sweep panels, flashings, and gutters clean. Do not allow fasteners, cuttings, filings, or scraps to accumulate. 2. Clean exposed surfaces of work promptly after completion of installation. C. Protect Work as required to ensure that roofing will be without damage at Final Completion. END OF SECTION