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Permit D15-0023 - LA VISTA APARTMENTS - BUILDING 3 REROOF
LA VISTA APARTMENTS BLDG 3 5555 S 152 ST EXPIRED 08122115 D15-0023 Parcel No Address: Citv of Tukwila Department of Community Development 6300 Southcenter Boulevard, Suite #100 Tukwila, Washington 98188 Phone: 206-431-3670 Inspection Request Line: 206-438-9350 Web site: http://www.TukwilaWA.gov DEVELOPMENT PERMIT 1157200221 Permit Number: D15-0023 5555 S 152ND ST 3 Issue Date: 2/23/2015 Permit Expires On: 8/22/2015 Project Name: LA VISTA APARTMENTS - BLDG 3 Owner: Name: LA VISTA ESTATES APTS Address: 10520 GRAVELLY LAKE DR SW, LAKEWOOD, OR, 98499 Contact Person: Name: REX NIKULA Address: 402 BEAVERCREEK RD, #110 , OREGON CITY, OR, 97045 Contractor: Name: RODEO ROOFING LLC Address: 4207 SE WOODSTOCK BLVD #355 , PORTLAND, OR, 97206 License No: RODEORL877BQ Lender: Name: Address: DESCRIPTION OF WORK: Phone: (253) 584-6732 Phone: (503) 227-8555 Expiration Date: REMOVE EXISTING ONE LAYER BOX ROOF, REPLACE ANY DRY ROT WITH CDX 1/2, INSTALL 2 LAYERS FR-10 FIRE PROOFING. Project Valuation: $76,000.00 Fees Collected: $2,144.54 Type of Fire Protection: Sprinklers: Fire Alarm: Type of Construction: VB Occupancy per IBC: R-2 Electrical Service Provided by: TUKWILA FIRE SERVICE Water District: TUKWILA Sewer District: TUKWILA SEWER SERVICE Current Codes adopted by the City of Tukwila: International Building Code Edition: 2012 National Electrical Code: 2014 International Residential Code Edition: 2012 WA Cities Electrical Code: 2014 International Mechanical Code Edition: 2012 WAC 296-466: 2014 Uniform Plumbing Code Edition: 2012 WA State Energy Code: 2012 International Fuel Gas Code: 2012 Public Works Activities: Channelization/Striping: Curb Cut/Access/Sidewalk: Fire Loop Hydrant: Flood Control Zone: Hauling/Oversize Load: Land Altering: Volumes: Cut: 0 Fill: 0 Landscape Irrigation: Sanitary Side Sewer: Number: 0 Sewer Main Extension: Storm Drainage: Street Use: Water Main Extension: Water Meter: No t�— Permit Center Authorized Signature: c 1-,�l Date: I hearby certify that I have read and examined this permit and know the same to be true and correct. All provisions of law and ordinances governing this work will be complied with, whether specified herein or not. The granting of this permit does not presume to give authority to violate or cancel the provisions of any other state or local laws regulating construction or the performance of work. I am authorized to sign and obtain this development permit and agree tg the conditions attached to this permit. Signatu Print Name:. Date: This permit shall become null and void if the work is not commenced within 180 days for the date of issuance, or if the work is suspended or abandoned for a period of 180 days from the last inspection. PERMIT CONDITIONS: 1: `BUILDING PERMIT CONDITIONS' 2: Work shall be installed in accordance with the approved construction documents, and any changes made during construction that are not in accordance with the approved construction documents shall be resubmitted for approval. 3: All permits, inspection record card and approved construction documents shall be kept at the site of work and shall be open to inspection by the Building Inspector until final inspection approval is granted. 4: Readily accessible access to roof mounted equipment is required. 5: All construction shall be done in conformance with the Washington State Building Code and the Washington State Energy Code. 6: Remove all demolition rubble and loose miscellaneous material from lot or parcel of ground, properly cap the sanitary sewer connections, and properly fill or otherwise protect all basements, cellars, septic tanks, wells, and other excavations. Final inspection approval will be determined by the building inspector based on satisfactory completion of this requirement. 7: All plumbing and gas piping work shall be inspected and approved under a separate permit issued by the City of Tukwila Building Department (206-431-3670). 8: All electrical work shall be inspected and approved under a separate permit issued by the City of Tukwila Permit Center. 9: Prior to final inspection for this building permit, a copy of the roof membrane manufacturer's warranty certificate shall be provided to the building inspector. 10: VALIDITY OF PERMIT: The issuance or granting of a permit shall not be construed to be a permit for, or an approval of, any violation of any of the provisions of the building code or of any other ordinances of the City of Tukwila. Permits presuming to give authority to violate or cancel the provisions of the code or other ordinances of the City of Tukwila shall not be valid. The issuance of a permit based on construction documents and other data shall not prevent the Building Official from requiring the correction of errors in the construction documents and other data. PERMIT INSPECTIONS REQUIRED Permit Inspection Line: (206) 438-9350 1700 BUILDING FINAL" 0103 PRE-REROOF 0401 ROOF SHEATHING FJ,�.jdiia''wgs CITY OF TUKh -..,A Community Development Department Public Works Department Permit Center 6300 Southcenter Blvd., Suite 100 Tukwila, WA 98188 hgp://www.TukwilaWA.Lzo Building Permit No. V I`/ UU6J 2 Project No. Date Application Accepted: r Date Application Expires: (For office use only) CONSTRUCTION PERMIT APPLICATION Applications and plans must be complete in order to be accepted for plan review. Applications will not be accepted through the mail or by fax. **Plenge Print** SITE LOCATION // t CL' r i- L / I e- --2 C- �r-� i . , _ -%V/arid King Co Assessor's Tax No.: Site Address: io ,.,,.o Suite Number: ' ), Floor: Tenant Name: New Tenant: ❑ ..... Yes ❑ .. No PROPERTY OWNER Name: Address ity: tate: Zip: ;. t t / / CONTACT PERSON - person receiving all project communication Name�- Address: City: ate: Zip: Phone: Fax: >J7 It Email: GENERAL CONTRACTOR INFORMATION Company Name: - G Address: City: State: Zip: f O Phone: 7'' � jx Fax - soy 'gz -�j s�,� -sg 17 Contr Reg No 0 K41677 T4xp Date: Tukwila Business License No.: o 1 ARCHITECT OF RECORD Company Name: Architect Name: Address: City: State: Zip: Phone: Fax: Email: ENGINEER OF RECORD Company Name: Engineer Name: Address: City: State: Zip: Phone: Fax: Email: LENDER/BOND ISSUED (required for projects $5,000 or greater per RCW 19.27.095) Name:f Address: City: State: pa,#S Zip: H:\Applications\Forms-Applications On Line\2012 ApplicationsTermit Application Revised - 2-7-12.docx Revised: February 2012 Page 1 of 4 BUILDING PERMIT INFORMATI( 206-431-3670 Valuation of Project (contractor's bid price): $ Existing B-uildd''ng Valuation: $ Describe the scope of work (please provide detailed information): �o®(J� !t2 rz/ I APA_ 11) mot Av_ Flo `lam Ax,;�sAkAr_ A�--c Will there be new rack storage? ❑ .... Yes No If yes, a separate permit and plan submittal will be required. Provide All Building Areas in Square Footage Below Existing Interior Remodel Addition to Existing Structure New Type of Construction per IBC Type of Occupancy per IBC I" Floor 2'd Floor 3`d Floor cy-r� � ��- �� y!?•c,'%fit Floors thru Basement Accessory Structure* Attached Garage Detached Garage Attached Carport Detached Carport Covered Deck Uncovered Deck PLANNING DIVISION: Single family building footprint (area of the foundation of all structures, plus any decks over 18 inches and overhangs greater than 18 inches) *For an Accessory dwelling, provide the following: Lot Area (sq ft): Floor area of principal dwelling: Floor area of accessory dwelling: *Provide documentation that shows that the principal owner lives in one of the dwellings as his or her primary residence. Number of Parking Stalls Provided: Standard: Compact: Handicap: Will there be a change in use? ❑ ....... Yes ❑ ....... No If "yes", explain: FIRE PROTECTION/HAZARDOUS MATERIALS: ❑ ....... Sprinklers , ❑ .......Automatic Fire Alarm ❑....... None El ....... Other (specify) Will there be storage or use of flammable, combustible or hazardous materials in the building? ❑ .......Yes ❑ ...... No If "yes, attach list of materials and storage locations on a separate 8-112" x 11 " paper including quantities and Material Safety Data Sheets. SEPTIC SYSTEM ❑ .......On -site Septic System — For on -site septic system, provide 2 copies of a current septic design approved by King County Health Department. H:Wpplications\Forms-Applications On Line\2012 ApplicationsTermit Application Revised - 2-7-12.docx Revised: February 2012 Page 2 of 4 r� PERMIT APPLICATION NOTES — Value of Construction — In all cases, a value of construction amount should be entered by the applicant. This figure will be reviewed and is subject to possible revision by the Permit Center to comply with current fee schedules. Expiration of Plan Review — Applications for which no permit is issued within 180 days following the date of application shall expire by limitation. The Building Official may grant one or more extensions of time for additional periods not exceeding 90 days each. The extension shall be requested in writing and justifiable cause demonstrated. Section 105.3.2 International Building Code (current edition). I HEREBY CERTIFY THAT I HAVE READ AND EXAMINED THIS APPLICATION AND KNOW THE SAME TO BE TRUE UNDER PENALTY OF PERJURY BY THE LAWS OF THE STATE OF WASHINGTON, AND I AM AUTHORIZED TO APPLY FOR THIS PERMIT. BUILDING OWNER OR AUTROR+ZJED AGENT: Date: L_ G / �- >( 7) /r A Day Telephone: nS7 Mailing Address: ��1" �"� Z.4 -�. 1���e► f'*� 5! 'P City State Zip H:\Applications\Forms-Applications On Line\2012 ApplicationsTermit Application Revised - 2-7-12.docx Revised: February 2012 Page 4 of 4 PUBLIC WORKS PERMIT INT NATION — 206-433-0179 Scope of Work (please provide detailed information): Call before you Dig: 811 Please refer to Public Works Bulletin #1 for fees and estimate sheet. Water District ❑ .. Tukwila ❑ ...Water District # 125 El ... Highline El ... Renton ❑ .. Water Availability Provided Sewer District El.. Tukwila ❑ ...Valley View ❑... Renton El ... Seattle ❑ .. Sewer Use Certificate ❑ ...Sewer Availability Provided Septic System: ❑ On -site Septic System — For on -site septic system, provide 2 copies of a current septic design approved by King County Health Department. Submitted with Application (mark boxes which our ❑ .. Civil Plans (Maximum Paper Size — 22" x 34") ❑ .. Technical Information Report (Storm Drainage) El ... Geotechnical Report ❑ .. Traffic Impact Analysis ❑ .. Bond ❑... Insurance ❑... Easement(s) El ... Maintenance Agreement(s) El.. Hold Harmless — (SAO) ❑ .. Hold Harmless — (ROW) Proposed Activities (mark boxes that apply): ❑ .. Right-of-way Use - Nonprofit for less than 72 hours ❑ ... Right-of-way Use - Profit for less than 72 hours ❑ .. Right-of-way Use - No Disturbance ❑ ... Right-of-way Use — Potential Disturbance ❑ .. Construction/Excavation/Fill - Right-of-way ❑ Non Right-of-way ❑ ❑ .. Total Cut cubic yards ❑ .. Total Fill cubic yards ❑ .. Sanitary Side Sewer ❑ .. Cap or Remove Utilities ❑ .. Frontage Improvements ❑ .. Traffic Control ❑ .. Backflow Prevention - Fire Protection _ Irrigation Domestic Water El ... Work in Flood Zone [I ... Storm Drainage ❑... Abandon Septic Tank ❑... Grease Interceptor ❑... Curb Cut ❑ ... Channelization El ... Pavement Cut ❑... Trench Excavation El ... Looped Fire Line ❑... Utility Undergrounding ❑ .. Permanent Water Meter Size (1) " ❑ .. Temporary Water Meter Size (1) " ❑ .. Water Only Meter Size........... " ❑ .. Sewer Main Extension............ Public ❑ ❑ .. Water Main Extension............ Public ❑ FINANCE INFORMATION Fire Line Size at Property Line ❑ .. Water ❑ .. Sewer Monthly Service Billing to: Name: WO # (2) WO # (3) WO # WO # (2) WO # (3) WO # WO # El.. Deduct Water Meter Size " Private ❑ Private ❑ Number of Public Fire Hydrant(s) ❑ .. Sewage Treatment Day Telephone: Mailing Address: City State Zip Water Meter Refund/Billing: Name: Day Telephone: Mailing Address: City State Zip H:Wpplications\Forms-Applications On Line\2012 ApplicationsTermit Application Revised - 2-7-12.docx Revised: February 2012 Page 3 of 4 DESCRIPTIONS• PermitTRAK QUANTITY $1,326.29 D15-0023 Address: 5555 S 152ND ST 3 Apn: 1157200221 $1,326.29 -DEVELOPMENT $1,263.35 PERMIT FEE R000.322.100.00.00 0.00 $1,258.85 WASHINGTON STATE SURCHARGE B640.237.114 0.00 $4.50 TECHNOLOGY FEE $62.94 TECHNOLOGY FEE TOTALFEES. R000.322.900.04.00 0.00 $62.94 . • Date Paid: Monday, February 23, 2015 Paid By: RODEO ROOFING LLC Pay Method: CHECK 1877 Printed: Monday, February 23, 2015 9:05 AM 1 of 1 e7pp SY57EMS Date Paid: Friday, January 30, 2015 Paid By: RODEO ROOFING Pay Method: CHECK 1854 Printed: Friday, January 30, 2015 12:36 PM 1 of 1 SYSTEMS -5 6_7 0 ly of o FILE COPY bU 14- Permit No. tvo Pian review approval is subject to errors and omissions. Approval of construction documents does not authorize Via violation of any adopted code or ordinance. Receipt of approved Field and con pons Is acknowledged: Date: . .. .... ;g 42 City of Tukwila BUILDING DIVISION REViSiONS No changes shall be made to the scope of work without prior approval of Tukwila Building Division - NOTE: Revisions will require a new p!nn and ma in,,:;,Ld9 add�,-Jonal pLan CORRECTION LTR# I D �s- 0023 RECEIVED CITY OF TUKWILA FEB 0 9 2015 PERMIT CENTER 0 I , y-/ ;;�- �� OX RECEIVED CITY OF TUKWI`_A. FEB 0 9 2015 PERMIT CENTER VERSIWELD TPO GUIDE - SPEC VersiWeld® TPO Mechanically Attached Roofing System January 2012 This GUIDE -SPEC is a brief outline of Versico's VersiWeld Mechanically Attached Roofing System requirements and is intended for use as a submittal with a bid package. Specifiers and the Versico Authorized Roofing Contractor must comply with the applicable sections of Versico's Technical Manual prior to design or bid. PARTI GENERAL 1.01 DESCRIPTION FILE COPY r, Permit The VersiWeld Mechanically Attached Roofing System incorporates 12', 10' or 8' wide, white, gray or tan'45-r60br 80=mil-thick scr-im- reinforced VersiWeld Thermoplastic Polyolefin (TPO) membrane. Insulation is. mechanically fastened to an acceptable roof deck. VersiWeld perimeter sheets (6' or T wide respectively) are installed along the building edges and field membrane sheets are mechanically fastened to the roof deck with the appropriate Versico Fasteners and Fastening Plates. Adjoining sheets of VersiWeld membrane are overlapped and joined together with a minimum 1-1/2" wide hot air weld. Refer to the Thermoplastic Specification for the re uire(iiji tmber-of perimeter membrane sheets and the required fastener spacing. COD ® EV1E F R WED O 1.02 QUALITY ASSURANCE Di4PP�pPLlANCE �Ed A. This roofing system must be installed by a Versico Authorized Roofing Contractor in compl cc witl�p iawings asa approve by Versico. 3 2015 B. Upon request, an inspection shall be conducted by a Field Service Representative of Versico to Icertain that the membrane roofing s stem has been installed according to Versico's published specifications and details applicable at the time oftid, ThWnspection is to dete ine whether a warranty shall be issued. It is not intended as a final inspection for the benefit of t Ct Owner, i Wkwila C. For specific code approvals achieved with this system, refer to Versico's VersiWeld Code Approval Guidee, DVpr' or r�r + Fire Resistance Directory for Roofing Materials and System. 1.03 SUBMITTALS A. To ensure compliance with Versico's warranty requirements, the following projects should be forwarded to Versico for review prior to installation, preferably prior to bid. 1. Air pressurized buildings, canopies, and buildings with large openings, cold storage buildings or freezer facilities, adhered roofing system projects over 100' in height or projects where the membrane is expected to come in direct contact with petroleum -based products, waste products (i.e., grease, oil, animal fats, etc) and other chemicals. B. Shop drawings must be submitted to Versico by the Versico Authorized Roofing Contractor along with a completely executed Copy -A — Job Approval Request for approval. Approved shop drawings are required for inspection of the roof and on projects where on -site technical assistance is requested. 1.04 GENERAL DESIGN CONSIDERATIONS A. It is the responsibility of the building owner or his/her designated representative to verify structural load limitation. In addition, a core cut may be taken to verify weight of existing components when the roofing system is to be specified on an existing facility. B. On new construction projects, especially in cold climate regions, moisture generated due to the construction process could adversely impact various components within the roofing assembly if not addressed. Refer to Spec Supplement G-01-11 "Construction Generated Moisture" included in the Versico Technical Manual. C. On structural concrete decks, when a vapor retarder is not used, gaps in the deck along the perimeter and around penetrations must be sealed along with vertical joints between tilt -up panels, if present, to prevent AMA of hot humid air and possible moisture contamination resulting from condensation. This is ` , specifically important when adhesive is used to attach the roof insulation.y E RSICC) ROOFINF3ESX�T CAUTION: If left unaddressed, collected moisture could weaken insulation boards and facers resulting in a blow -off or increase the probability of mold growth. CITY OF TUK WILA CORRECTION LTR# VersiWeld Mechanically Attached Gt1b ER/H 2015 PERMIT CENTER D. Vapor Retarders 1. Versico does not require a vapor retarder for the protection of the membrane; however, it should be considered by the specifier for the protection of the roofing assembly (i.e. primarily insufation, underlayment and adhesives). The following criteria should be considered by the specifier: a. Use of a vapor retarder to protect insulation and reduce moisture accumulation within an insulated roofing assembly, should be investigated by the specifier. b. In the generally temperate climate of the United States, during the winter months, water vapor flows upward from a heated, more humid interior toward a colder, drier exterior. Vapor retarders are more commonly required in northern climates than in southern regions, where downward vapor pressure may be expected and the roofing membrane itself becomes the vapor retarder. 1.05 WARRANTY ' 1, Table I Mechanically Attached Membrane Systems Warranty Options (6) Thermoplastic Membranes (VersiWeld TPO) Years 55, 72, 80 or 100 mph h 11.0 to 120 90 mph mph Minimum Membrane Mech. Mech. Mech. Thickness (5) Additional Puncture Coverage (2) Fastened Fastened Fastened 5,10, or N/A(1) N/A VersiWeld 45-mil Not Available - 80-mil Membrane 15 year Required 20 year N/A N/A VersiWeld 60-mil (3) Not Available - 80-mil MembraneRequired 25 ,year (6) J N/A N/A VersiWeld 80-mil (4) Available 30 year N/A N/A VersiWeld 80-mil (4) N/A (6) Notes: N/A = Not Acceptable 4= Acceptable (1) Contact Versico for specific requirements. (2) Limits of Hail/Puncture Coverage to be defined by other Tables. (3) Spectro-Weld TPO 60-mil membranes may be used in lieu of VersiWeld 60-mil membrane. (4) Spectro-Weld TPO 80-mil membrane can be used in lieu of VersiWeld 80-mil membrane. (5) All "T-Joints" must be overlaid with appropriate flashing material when using 60 or 80-mil membrane. (6) Enhancements may be required for certain flashing details. Published details must be referenced for applicable requirements. 1.06 PRODUCT DELIVERY, STORAGE AND HANDLING A. Deliver materials to the job site in the original, unopened containers labeled with the manufacturer's name, brand name and installation instructions. B. Store VersiWeld membrane in the original undisturbed plastic wrap. C. Job site storage temperatures in excess of 90' F may affect shelf life of curable materials (i.e., adhesives and sealants). D. When liquid adhesives and sealants are exposed to lower temperatures, restore to a minimum of 60' Fahrenheit before use. E. Do not store adhesive containers with opened lids due to the loss of solvent, which will occur from flash off. VersiWeld Mechanically Attached Guide—1�2012 1.07 JOB CONDITIONS A. Refer to Versico Technical Manual for applicable project specific Job Conditions. PART II PRODUCTS 2.01 GENERAL The components of this roofing system are to be products of Versico or accepted by Versico as compatible. The installation, performance or integrity of products by others, when selected by the specifier and accepted by Versico, is not the responsibility of Versico and is expressly disclaimed by the Versico Warranty. 2.02 MEMBRANE VersiWeld white, gray or tan 45, 60 or 80-mil thick reinforced Thermoplastic Polyolefin (TPO) membrane is used for this system. Field membrane sheets are 12', 10' or 8' wide by 100' long based on project conditions. Perimeter sheets are 6' wide (used with 12' or 10'field sheets), or 4' wide (used with 8' field sheets). 2.03 RELATED MATERIALS VersiWeld Non -Reinforced or Reinforced Flashing, Bonding Adhesive, Cut Edge Sealant, Water Cut -Off Mastic, Weathered Membrane Cleaner, Molded Pocket Sealant, Heat Weldable Walkway Pads, Pre -Molded Inside/Outside Corners, Pipe Flashings, Curb Wraps and Sealant Pockets. PART III EXECUTION 3.01 GENERAL A. When feasible, begin the application at the highest point of the highest roof level and work to the lowest point to prevent moisture infiltration and to minimize construction traffic on completed sections. This will include completion of all flashings, terminations and daily seals. 3.02 ROOF DECK CRITERIA A. Proper substrate shall be provided by the building owner. The structure shall be sufficient to withstand normal construction loads and live loads. B. Defects in the roof deck must be reported and documented to the specifier, general contractor and building owner for assessment. The Versico Authorized Contractor shall not proceed with installation unless defects are corrected. C. Refer to Versico Technical Manual for acceptable decks and the applicable Versico Fasteners (when mechanical attachment of insulation is specified. 3.03 SUBSTRATE PREPARATION A. On retrofit -recover projects, cut and remove wet insulation, as identified by specifier, and fill all voids with new insulation so it is relatively flush with existing surface. B. For all projects, substrate must be even without noticeable high spots or depressions, and must be free of accumulated water, ice or snow. C. Clear the substrate of debris and foreign material. Fresh bitumen based roof cement must be removed or concealed. 3.04 INSTALLATION Refer to the applicable Material Safety Data Sheets and Technical Data Bulletins for applicable cautions and warnings. A. Insulation Attachment 1. Versico DASH or FAST Adhesive may be specified for insulation securement as outlined in the Versico Technical Manual. 2. Versico Fasteners may be used, when specified, to secure Versico Insulation at the specified density outlined in the Versico Technical Manual. VersiWeld Mechanically Attached Guide—1/2012 B. Membrane Placement, Attachment and Hot Air Welding {. l . A minimum of one perimeter sheet shall be installed at edges of each roof level and 12', 1 V or 8' wide membrane shall be installed in the field of the roof. 2. Membrane sheets shall be mechanically fastened with the appropriate Versico Fastener/Fastening Plate spaced 6" to 12" on center, depending on project criteria, within the membrane splice. Refer to the Thermoplastic Specification for required number of perimeter membrane sheets and fastener spacing. 3. Overlap adjacent membrane sheets approximately 5-1/2" at those locations where Fastening Plates are located (along length of the membrane) and a minimum of 2" at end roll sections (width of the membrane). 4. Hot air weld the membrane sheets a minimum of 1-1/2" with an Automatic Hot Air Welding Machine. 5. Membrane that has been exposed to the elements for approximately 7 days must be prepared with Weathered Membrane Cleaner. Wipe the surface where Weathered Membrane Cleaner has been applied with a clean, dry HP Splice Wipe or other white rag to remove cleaner residue prior to hot air welding. C. Additional Membrane Securement The membrane must be secured at the perimeter of each roof level, roof section, expansion joint, curb, skylight, interior wall, penthouse, etc., at any angle change which exceeds 2" in one horizontal foot and at all other penetrations in accordance with Versico's Details published with Versico's Specifications. D. Membrane Flashing 1. Flash all walls and curbs with VersiWeld reinforced membrane. Non -Reinforced membrane shall be limited to inside and outside corners, field fabricated pipe seals, scuppers and Sealant Pockets where the use of pre -molded accessories are not practical. 2. On vertical surfaces, such as walls, curbs and pipes, Bonding Adhesive is not required when the flashing height is 12" or less and the membrane is terminated under a metal counterflashing (nailed). When a coping or termination bar is used for vertical terminations, Bonding Adhesive may be eliminated for flashing heights 18" or less. 3. Terminate the flashing in accordance with an appropriate Versico Details above anticipated slush line. 4. When using the Pressure -Sensitive Cover Strip to overlay metal edging flanges or fasteners/plates, Versico Weathered Membrane Cleaner is used to clean surfaces as needed. Apply Versico TPO Primer prior to applying Pressure -Sensitive Cover Strip. Copyright 2012 Versico Versico and VersiWeld are Trademarks of Versico Versico P. O. Box 1289, Carlisle, PA 17013 Phone: 800-992-7663 www.versico.com Physical properties of VersiWeld Membrane can be referenced in Part II, "Products" of the Thermoplastic Specification. Attach copies of the applicable Versico Details that pertain to the individual project to complete a bid package submittal. VersiWeld Mechanically Attached Guide—1/2012 -1 41 TPO AND PVC ROOFING SYSTEMS VersiWeld® TPONersiFlexTM PVC Mechanically Attached and Fully Adhered Roofing Systems October 2012 The information contained in this generic specification represents a part of Versico's requirements for obtaining a roofing system warranty. Construction materials and practices, building siting and operation, climatic conditions, and other site -specific factors will have an impact on the performance of the roofing system. Versico recommends that the building owner retain a design professional to determine appropriate design measures to be taken in order to address these factors. This section is to serve as criteria for Specifiers and Authorized Contractors regarding the design and installation of Versico's Fully Adhered and Mechanically Attached Thermoplastic Membrane Roofing Systems. Additional information essential for the design and installation of the roof system mentioned herein are also included in the Design Reference Section and also listed in the form of a Specification Supplement at the end of the Technical Manual. Specifiers and Authorized Contractors are advised to reference all applicable sections. Various Warranty Tables have been included in Paragraph 1.05 citing various requirements by which specific warranty coverage can be obtained. Appropriate Warranty Table should be referenced to ensure proper warranty coverage. PART I — GENERAL 1.01 Description A. Mechanically Attached Systems (VersiWeld/VersiFlex) The VersiWeld Mechanically Attached Roofing System incorporates 12', 10' or 8' wide, white, tan or gray 45, 60, or 80-mil thick scrim -reinforced, VersiWeld Thermoplastic Polyolefin (TPO) membrane field sheets. The Spectro-Weld Mechanically Attached Roofing System incorporates 10' or 6' wide, white, 60- or 80-mil thick scrim -reinforced Thermoplastic Polyolefin (TPO) membrane field sheets. Insulation is mechanically attached to an acceptable roof deck. VersiWeld perimeter sheets (6' used with 10' and 12' wide field sheets; 4' used with 8' wide field sheets) are installed along building edges and field membrane sheets are Mechanically Attached to the roof deck with the appropriate Versico fasteners and fastening plates. Adjoining sheets of VersiWeld membrane are overlapped and joined together with a minimum 1-1/2" wide heat weld. Membrane fastening requirements are outlined in Warranty Tables in Paragraph 1.05 of this Specification. 2. The VersiFlex Mechanically Attached Roofing System incorporates 50, 60 or 80-mil Polyester Reinforced VersiFlex Polyvinyl Chloride (PVC) membrane or Polyester Reinforced VersiFlex-E Polyvinyl Chloride (PVC) Membrane with Elvaloy (KEE). Either membrane is available in 10' wide (white membrane only) field sheets and 5' perimeter sheets. Standard Polyester Reinforced membrane is also available in 81" wide (white, gray or tan) field sheets and 40.5" perimeter sheets. VersiFlex sheets are available in rolls in 65', 80' or 100' rolls. All sheets are mechanically attached over an approved insulation/underlayment to an acceptable roof deck with the appropriate Versico Fasteners and Fastening Plates. Adjoining sheets of VersiFlex membrane are overlapped and joined together with a minimum 1-1/2" wide heat weld. Membrane fastening requirements are outlined in Warranty Tables in Paragraph 1.05 of this Specification NOTE: Either Roofing System may be specified utilizing the RhinoBond attachment method, refer to Attachment I, at the end of this specification for additional information. NOTE: Either Roofing System may be specified over an existing standing seam, flat seam or corrugated metal roof (mechanically attached systems incorporate membrane securement into the structural purlins). Refer to the Metal Retrofit Roofing System Specification, published separately, for applicable requirements. B. Fully Adhered Roofing Systems (VersiWeld / VersiWeld QA TPO / VersiFlex) 1. The VersiWeld Fully Adhered Roofing System incorporates maximum 12' wide white, gray or tan 45, 60 or 80-mil thick scrim -reinforced VersiWeld Thermoplastic Polyolefin (TPO) membrane. Versico Insulation is mechanically attached to the roof deck or secured with DASH or FAST Adhesive, OlyBond 500 BA, or Thermoplastics 10/2012, 61 OlyBond Spot Shot Adhesive and the membrane is fully adhered to the insulation with the appropriate VersiWeld Bonding Adhesive. Adjoining sheets of membrane are overlapped approximately 2" and joined together with a minimum 1-1/2" wide heat weld. 2. The VersiWeld QA TPO (Quick -Applied TPO) membrane is a heat -weldable single -ply thermoplastic polyolefin (TPO) sheet available in 10' wide, white 60-mil reinforced TPO membrane laminated to an elastomeric pressure -sensitive adhesive. Limited to 20 Year Maximum Warranty. 3. The VersiFlex Fully Adhered Roofing System incorporates maximum 10' wide, 50-mil, 60-mil or 80-mil thick Polyester or Fiberglass reinforced VersiFlex Polyvinyl Chloride (PVC) membrane. Versico Insulation is mechanically attached to the roof deck or secured with an approved adhesive and the membrane is fully adhered to the substrate with VersiFlex PVC Low VOC Bonding Adhesive or AquaBase 120 Bonding Adhesive (for maximum 15-year warranty). Adjoining sheets of membrane are overlapped and joined together with a minimum 1-1/2" wide heat weld. A KEE enhanced (white only) VersiFlex-E PVC membrane with Polyester Reinforcement is available in 10' width. Polyester Reinforced membrane is available in widths of 10' (white only) and 81" wide (white, gray and tan). Fiberglass Reinforced membrane is available in widths of 10' (white only) and 81" wide (white or gray). 1.02 General Design Considerations . Various Warranty Tables have been included in Paragraph 1.05 citing various requirements by which specific warranty coverage can be obtained. Appropriate Warranty Table should be referenced to ensure proper warranty coverage. A. The maximum roof slope for Mechanically Attached Roofing Systems is 18" in one horizontal foot. There are no maximum slope restrictions for the application of the Fully Adhered Roofing System. B. The mechanically attached roofing system is not acceptable for installations on steel decks lighter than 22 gauge unless the steel deck is used in conjunction with lightweight concrete and a minimum of 360 pounds pullout per fastener is achieved with HPVX Fasteners into the steel deck below. A Fully Adhered Roofing System may be specified or refer to the Metal Retrofit Roofing System Specification, published separately for other roofing options. C. Certain petroleum based products, chemicals, and waste products may not be compatible with this roofing system. Contact Versico for verification of compatibility and recommendations concerning an acceptable roofing assembly. D. Metal -Edge Systems and Copings should be designed in compliance with Section 1504.5 of the International Building Code and shall be tested in accordance with ANSI/SPRI ES-1. E. Concentrated loads from rooftop equipment may cause deformation of insulation/underlayment and possible damage to the membrane if proper protection is not provided. A protection course or sleepers must be specified. F. It is the responsibility of the building owner or his/her designated representative to verify structural load limitation. In addition, a core cut may be taken to verify weight of existing components when the roofing system is to be specified on an existing facility. G. VersiWeld white (TPO) and VersiFlex white (PVC) membranes meet the ENERGY STAR® Roofing Products program guidelines for energy efficiency. Energy savings are climate specific and may vary significantly from building to building and geographic location. The greatest savings are experienced in buildings located in hot, sunny climates that have a large roof surface to building volume ratio, and lower levels of insulation with lesser thermal resistance. For specific information regarding savings obtainable from installing an ENERGY STAR Roofing Product, contact Versico, one of Versico's Representatives or call 1-888-STAR-YES (1-888-782-7937). For information regarding CRRC (Cool Roof Rating Council) and LEEDT°^, refer to the applicable Technical Data Bulletins and Design Reference DR 07-11 "CRRC/LEED Information". H. Construction Generated Moisture / Vapor Drive 1. On new construction projects, especially in cold climate regions, moisture generated due to the construction process could adversely impact various components within the roofing assembly if not addressed. Refer to Spec Supplement G-01-11 "Construction Generated Moisture" included in the Versico Technical Manual. 2. On structural concrete decks, when a vapor retarder is not used, gaps in the deck along the perimeter and Thermoplastics 10/2012 around penetrations must be sealed along with vertical joints between tilt -up panels, if present, to prevent infiltration of hot humid air and possible moisture contamination resulting from condensation. This is specifically important when adhesive is used to attach the roof insulation. NOTE: If left unaddressed, collected moisture could weaken insulation boards and facers resulting in a blow -off or increase the probability of mold growth. I. Drainage 1. Drainage must be evaluated by the specifier in accordance with all applicable codes. Slopes may be provided by tapering the structure or through the use of tapered insulation; a sufficient number of roof drains should also be specified and properly located to allow for positive drainage. Significant ponding that could remain after 48 hours should be eliminated with the addition of auxiliary drains in low areas where ponding is anticipated. Versico specifically disclaims responsibility for the design and selection of an adequate drainage system and drain accessories. Selection must be made by the building owner or the owner's design professional. 2. Small incidental areas of ponded water will not impact the performance of this roofing system; however, in accordance with industry standards, the roofing assembly should be designed to prevent ponding of water on the roof for prolonged periods (longer than 48 hours). Good roofing practice dictates proper drainage to prevent possible excessive live load and, in the event of a roof leak, to minimize potential interior damage to the roofing assembly and to the interior of the building. 3. Tapered edge strips, crickets or saddles are recommended where periodic ponding of water may occur. When the slope of the taper exceeds 2 inches to one horizontal foot, additionall membrane securement at the base of the tapered edge strip will be required. 4. Subject to code requirement, it is recommended that a minimum roof slope of 1/8" per horizontal foot be provided to serve long-term aesthetics. On new construction projects, roof drains should be positioned in areas where minimum deflection is anticipated. Slopes greater than 1/8" per foot it is recommended that a minimum roof slope of 1/8" per horizontal foot be provided to serve long-term aesthetics. On New Construction projects, roof drains should be positioned in areas where maximum deflection is anticipated. Slopes greater than 1/8" per foot should be considered due to possible roof deflection. J. Retrofit - Recover Projects (when the existing roofing material is left in place) 1. The removal of existing wet insulation and membrane must be specified. The specifier shall select an appropriate and compatible material as filler for voids created by removal of old !insulation or membrane. 2. Entrapment of water between old and new membrane can damage and deteriorate new insulation/underlayment between the two membranes. If a vapor retarder or air barrier is not specified, Versico recommends existing membrane be perforated to avoid potential moisture accumulation to allow for detection of moisture to enable the building owner to take corrective action. This can be accomplished by drilling approximately 3/4" diameter holes every 100 square feet in the existing built-up roof or single -ply membrane (excluding non -reinforced PVC membrane). 3. If total removal of existing non -reinforced PVC membrane is not specified, existing membrane may be cut into maximum 10' x 10' sections, when the new insulation or membrane underlayment is to be mechanically attached. 4. Regardless of the type of membrane or assembly selected, any loose flashings at the perimeter, roof drains and roof penetrations must be removed. 1.03 Quality Assurance Building codes are above and beyond the intended purpose of this specification. The respective owner or specifier should consult local codes for applicable requirements and limitations. It is the responsibility of the specifier to review local, state and regional codes to determine their impact on the specified Versico Roofing System. NOTE: For code approvals achieved with the Versico Roofing Systems, refer to the Versico Code Approval Guide, Factory Mutual (FM) Approval Guide or Underwriters Laboratories (UL) Fire Resistance or Roofing Materials and Systems Directories. A. Versico recommends the use of Versico supplied products for use with VersiWeld/VersiFlex Roofing Systems. The performance or integrity of products by others, when selected by the specifier and accepted as compatible by Versico, is not the responsibility of Versico and is expressly disclaimed by the Versico warranty. Thermoplastics 10/2012 B. This roofing system must be installed by a Versico Authorized Roofing Contractor in Compliance with drawings and It specifications as approved by Versico. C. There must be no deviations made from Versico's specifications or Versico's approved shop drawings without the PRIOR WRITTEN APPROVAL of Versico. D. After completion of the installation, upon request, an inspection shall be conducted by a Technical Representative of Versico to ascertain that the membrane roofing system has been installed according to Versico's published specifications and details applicable at the time of bid. This inspection is to determine whether a warranty shall be issued. It is not intended as a final inspection for the benefit of the owner. E. Coordination between various trades is essential to avoid unnecessary rooftop traffic over completed sections of the roof and to prevent subsequent damage to the membrane roofing system. F. The solar reflectance of this roofing product may decrease over time due to environmental defacement such as dirt, biological growth, ponded water, etc. The roof should be monitored at regular intervals and maintained or cleaned when necessary to assure the maximum solar reflectance. G. Refer to the Design Reference DR-07-11 "CRRC/LEED Information" for information. (i.e. solar emittance, solar reflectance and recycled content) 1.04 Submittals A. To ensure compliance with Versico's minimum warranty requirements, the following projects should be forwarded to Versico for review prior to installation, preferably prior to bid: 1. Air pressurized buildings, canopies and buildings with large openings where the total wall openings exceed 10% of the total wall area on which the openings are located (such as airport hangars, warehouses and large maintenance facilities). 2. Cold storage buildings and freezer facilities. 3. Fully Adhered Roofing System projects over 250' in height (maximum 15 year warranties) and 100' in height (warranties greater than 15 years). 4. Mechanically Attached Roofing System projects over 100' in height regardless of warranty duration. 5. Projects where the VersiWeld or VersiFlex membrane is expected to come in direct contact with petroleum - based products or other chemicals. 6. Mechanically Attached systems specified with a fastener length exceeding 12 inches. B. Along with the project submittals (shop drawings and Request for Warranty), the roofing contractor must include pullout tests when results are below the requirements identified in this specification. C. Shop drawings must be submitted to Versico by the Versico Authorized Roofing Contractor along with a completely executed Copy -A Job Approval Request for approval. Approved shop drawings are required for inspection of the roof and on projects where on -site technical assistance is requested. Shop drawings must include: 1. Outline of roof and size 2. Deck type (for multiple deck types) 3. Location and type of all penetrations 4. Perimeter and penetration details 5. Key plan (for multiple roof areas) with roof heights indicated 6. Sheet width and number of perimeter sheets for Mechanically Attached systems 7. Fastener type, length and maximum spacing (for membrane securement) for Reinforced Mechanically Attached systems. Along with the project submittals (shop drawing and Request for Warranty), the roofing contractor must include pullout test results when the results are below the requirements identified in, Table included in Design Reference DR-06-11 "Withdrawal Resistance Criteria". When field conditions necessitate modifications to originally approved shop drawings, a copy of the shop drawing outlining all modifications must be submitted to Versico for revision and approval prior to inspection and warranty issuance. Thermoplastics 10/2012 D. As -Built Projects (roofing systems installed prior to project approval by Versico) The Versico Authorized Contractor may supply Versico with an As -Built drawing for a project completed prior to Versico's approval. The As -Built drawings: 1. Must conform to Versico's most current published specifications and details applicable at the time of bid. 2. Must be submitted along with a completely executed Copy-B Job Completion. 3. Must include the items identified in Paragraph 1.04.C. NOTE: As -Built projects are not recommended for those projects referenced in Paragraph 1.04A in order to ensure Versico warranty requirements have been met. E. Copy-B Job Completion After project completion, a Copy-B - Job Completion Date must be submitted to Versico to schedule the necessary inspection of the project prior to issuance of the Versico Warranty. 1.05 Warranty A. Membrane System Warranty is available for roofing systems on commercial buildings within the United States and applies only to products marketed by Versico. The membrane system is defined as membrane, flashings, adhesives, sealants and other Versico brand products utilized in the installation. For a complete description of these products, refer to the Part II "Products" Section in this Specification and Spec Supplement "Related Products" P-01-11. B. See Tables Below for information regarding Warranted Systems and Design Criteria: 1. TABLE I — Minimum Membrane Thickness for Various Warranty Options Identifies minimum membrane thickness for Reinforced membranes used in fully adhered or mechanically attached roofing systems. 2. TABLE II - Mechanically Attached Roofing Systems — TPO Membrane Fastening Criteria - Steel/Concrete Decks Identifies fastening density, field membrane width and number perimeter sheets required for the various wind zones. The assemblies are categorized based on various building height and specific wind speed warranty coverage. 3. TABLE III - Mechanically Attached Roofing Systems — PVC Membrane Fastening Criteria - Steel/Concrete Decks Identifies fastening density, field membrane width and number perimeter sheets required for the various wind zones. The assemblies are categorized based on various building height and specific wind speed warranty coverage. 4. TABLE IV - Mechanically Attached Roofing Systems — TPO Membrane Fastening Criteria - Wood Decks Identifies fastening density, field membrane width and number perimeter sheets required for the various wind zones. The assemblies are categorized based on various building height and specific wind speed warranty coverage. 5. TABLE V - Mechanically Attached Roofing Systems — PVC Membrane Fastening Criteria - Wood Decks Identifies fastening density, field membrane width and number perimeter sheets required for the various wind zones. The assemblies are categorized based on various building height and specific wind speed warranty coverage. 6. TABLE VI - Mechanically Attached Roofing Systems — TPO Membrane Fastening Criteria — Up to 20 Yrs - Lightweight Insulating Concrete over Steel/Gypsum/Cementitious Wood Fiber Decks Identifies fastening density, field membrane width and number perimeter sheets required for the various wind zones. The assemblies are categorized based on various building height and specific wind speed warranty coverage. 7. TABLE VII - Mechanically Attached Roofing Systems — PVC Membrane Fastening Criteria — Up to 20 Yrs - Lightweight Insulating Concrete over Steel/Gypsum/Cementitious Wood Fiber Decks Identifies fastening density, field membrane width and number perimeter sheets required for the various wind zones. The assemblies are categorized based on various building height and specific wind speed warranty coverage. 8. TABLE Vill-Fully Adhered Roofing Systems - Underlayment and Fastening Density for TPO Assemblies with Warranties Up to 20 Yrs Identifies required underlayments for fully adhered roofing systems with Warranties up to 20 years based on the various wind speed coverages available. The Table also identifies fastening density or adhesive bead spacing and required edge terminations. Thermoplastics 10/2012 9. TABLE IX — Fully Adhered Roofing Systems - Underlayment and Fastening Density for VersiWeld QA Assemblies with Warranties Up to 20 Yrs Identifies required underlayments for fully adhered roofing systems with Warranties up to 20 years based on the various wind speed coverages available. The Table also identifies fastening density or adhesive bead spacing and required edge terminations. 10. TABLE X — Fully Adhered Roofing Systems — Underlayment and Fastening Density for TPO Assemblies with Warranties — 25 to 30 YR Identifies required underlayments for fully adhered roofing systems with Warranties from 25 to 30 years based on the various wind speed coverages available. The Table also identifies fastening density or adhesive bead spacing and required edge terminations. 11. TABLE XI —Fully Adhered Roofing Systems - Underlayment and Fastening Density for PVC Assemblies with Warranties Up to 20 Yrs Identifies required underlayments for fully adhered roofing systems with warranties up to 20 years based on the various wind speed coverages available. The Table also identifies fastening density or adhesive bead spacing and required edge terminations. 12. TABLE XII — Fully Adhered Roofing Systems — Underlayment and Fastening Density for PVC Assemblies with Warranties — 25 to 30 YR Identifies required underlayments for fully adhered roofing systems with warranties from 25-30 year based on the various wind speed coverage available. The Table also identifies fastening density or adhesive bead spacing and required edge terminations. Table I Mechanically Attached or Fully Adhered Membrane Systems Warranty Options (8) Thermoplastic Membranes (VersiWeld TPO I VersiFlex PVC) Years 55, 72, 80 or 90 mph 100 mph 110 to 120 mph Minimum Membrane Additional Puncture Fully Mech. Fully Mech. Fully Mech. Thickness(7) Coverage (2) Adhered Attached Adhered Attached Adhered Attached 5,10, or 4(3) J J N/A(1) J N/A VersiWeld 45-mil OR Not Available - 80-mil 15 year VersiFlex 50-mil (6) Membrane Required J J J N/A J N/A VersiWeld 60-mil (4) Not Available - 80-mil 20 year OR Membrane Required VersiFlex 60 mil 6 25 year VersiWeld 80-mil (5) (8) J J N/A N/A N/A OR Available VersiFlex 80-mil 6 30 year VersiWeld 80-mil (5) (8) J J J N/A N/A N/A OR N/A VersiFlex-E 80-mil Notes: N/A = Not Acceptable J= Acceptable (1) Contact Versico for specific requirements. (2) Limits of Hail/Puncture Coverage to be defined by other Tables. (3) Water based adhesive may be used for projects with 15 year maximum warranty and wind speed coverage up to 55 mph. (4) Spectro-Weld OR VersiWeld QA TPO 60-mil membranes may be used. (5) Spectro-Weld 80-mil membrane can be used in lieu of VersiWeld 80-mil membrane. (6) VersiFlex FRS membrane can be used in lieu of VersiFlex Polyester reinforced membrane for Fully Adhered Roofing Systems Only. (7) VersiFlex-E PVC 50-mil membrane can be used in lieu of VersiFlex 60-mil membrane for Warranties Up to 20 Year. (8) VersiFlex-E PVC 60-mil membrane can be used in lieu of VersiFlex 80-mil membrane for Warranties Up to 25 Year. (9) All "T-joints" must be overlaid with appropriate flashing material or Versico "T-Joint" covers when using 60 or 80-mil membrane. (10) Enhancements maybe required for certain flashing details. Publish details must be referenced for applicable requirements. (11) RhinoBond Attachment Method Limited to 20 year maximum warranty and wind speed coverage up to 90 mph. Perimeter enhancements will be required on systems greater than 72 mph. Contact Versico for requirements for enhancements. VersiWeld TPO Membrane Hail - 1" Dia. Hail Coverage requires a minimum of 60-mil TPO Adhered to cover board. - 2" Dia. Hail Coverage requires 80-mil TPO Adhered to cover board. Additional Design Requirement: - Cover board (Securshield HD, DensDeck Prime, or Securock — Adhered Only). Puncture - Minimum 80-mil TPO A VersiFlex PVC Membrane Hail - No Coverage available. Puncture Minimum 60-mil PVC with Polyester Reinforcement. Thermoplastics 10/2012 ♦: ./ TPO Membrane Fastening Criteria (All Warranties) for Mechanically Attached Roofing Systems Table II 22 GA. Steel Deck or Structural Concrete Only CAUTION: Projects with 25 or 30 year warranties an.additional perimeter sheet is required beyond those listed in the table below. Projects with 25 or 30 year warranties the use of 12' wide sheets is NOT PERMITTED. Peak Gust Wind Speed Warranty Max. Building Height Min. Number of Perimeter Sheets Field* Membrane Width Perimeter* Sheet Width Fastening Density* (Field & Perimeter Sheets Local Wind Speed Up to 110 MPH 110-120 MPH 120 MPH or Greater 55 MPH Up to 60' 1 2 3 12' or 10' 6' 12" O.C. 8' 4' 12" O.C. 61' to 100' 2 2 3 10' 6' ** See Note 8' 4' 12" O.C. 72 MPH Up to 60' 2 2 3 12'or10' 6' 12" O.C. 8' 4' 12" O.C. 61' to 100' 3 4 4 10' 6' ** See Note 8' 4' 12" O.C. 80 MPH Up to 60' 3 3 4 10' 6' ** See Note 8' 4' 12" O.C. 61' to 100' 3 4 4 10' 6' ** See Note 8' 4' 12" O.C. 90 MPH U to 60' 3 4 4 10' 6' ** See Note 8' 4' 12" O.C. 61' to 100' 4 5 5 10' 6' ** See Note 8' 4' 12" O.C. *Using HPVX Fasteners for steel decks and MP 14-10 or CD-10 for structural concrete decks. ** Structural Concrete Decks use 12" O.C. spacing utilizing MP 14-10 or CD-10. Steel Decks use 6" O.C. utilizing HPVX Fasteners. Steel Decks use 12" O.C. spacing utilizing HPV-XL Fasteners. Thermoplastics 10/2012 k, PVC Membrane Fastening Criteria (All Warranties) Table III for Mechanically Attached Roofing Systems 22 GA. Steel Deck or Structural Concrete Only CAUTION: Projects with 25 or 30 year warranties an additional perimeter sheet is required beyond those listed in the table below. Peak Gust Wind Speed Warranty Max. Building Height Min. Number of Perimeter Sheets Field* Membrane Width Perimeter* Sheet Width Fastening Density', (Field & Perimeter Sheets Local Wind Speed Up to 110 MPH 110-120 MPH 120 MPH or Greater 55 MPH Up to 60' 1 2 1 3 10' 5' 12" O.C. 81" 40.5" 12" O.C. 61' to 100' 2 2 3 10' 5' ** See Note 81" 40.5" 12" O.C. 72 MPH Up to 60' 2 2 3 10, 5' 12" O.C. 81" 40.5" 12" O.C. 61' to 100' 3 4 4 10' 5' * See Note 81" 40.5" 12" O.C. 80 MPH Up to 60' 3 3 4 10, 5' 12" O.C. 81" 40.5" 12" O.C. 61' to 100' 3 4 4 10' 5' `* See Note 81" 40.5" 12" O.C. 90 MPH up to 60' 3 4 4 10` 5' 6" O.C. 81" 40.5" 12" O.C. 61' to 100' 4 5 5 10' 5' ** See Note 81" 1 40.5" 12" O.C. *Using HPVX Fasteners for steel decks and MP 14-10 or CD-10 for structural concrete decks. ** Structural Concrete Decks use 12" O.C. spacing utilizing MP 14-10 or CD-10. Steel Decks use 6" O.C. utilizing HPVX Fasteners. Steel Decks use 12" O.C. spacing utilizing HPV-XL Fasteners. 10 Thermoplastics 10/2012 TPO Membrane Fastening Criteria (Up to 20 YR Warranty) Table IV for Mechanically Attached Roofing Systems Wood Decks Min. Number of Perimeter Sheets Peak Gust Wind Speed Warranty Deck Type Projected Pull -Out Values Field Membrane Width Perimeter Sheet Width Fastening Density (Field & Perimeter Sheets) Local Wind Speed Up to 100 100 MPH to 110 MPH MPH (Max.) 2 3 10, 6' 9" O.C. 7/16" OSB * 210 Ibs 2 3 8' 4' 12" O.C. 15/32" 3-Ply Plywood 240 Ibs 2 3 8' 4' 12" O.C. 55 MPH 15/32" 5-Ply Plywood 530 Ibs 1 1 10, 6' 12" O.C. 2 3 10, 6' 12" O.C. 5/8" OSB " 310 Ibs 2 3 8' 4' 12" O.C. 15/32" 3-Ply Plywood 240 Ibs 2 3 8' 4' 12" O.C. 15/32" 5-Ply Plywood 530 Ibs 1 1 10' 6' 12" O.C. 72 MPH 2 3 10, 6' 12" O.C. 5/8" OSB " 310 Ibs L:T 3 1 8' 4' 12" O.C, * Maximum duration for OSB NOT to exceed 20 Years. PVC Membrane Fastening Criteria (Up to 20 YR Warranty) Table V for Mechanically Attached Roofing Systems Wood Decks Min. Number of Perimeter Sheets Peak Gust Wind Projected Field Perimeter Fastening Density (Field & Local Wind Speed p Speed Deck Type Pull -Out Membrane Sheet Perimeter Warranty Values 100 MPH to Width Width Sheets) Up to 100 110 MPH MPH (Max.) 2 3 10, 5' 9" O.C. 7/16" OSB * 210 Ibs 2 3 81" 40.5" 12" O.C. 15/32" 3-Ply Plywood 240 Ibs 2 3 81" 40.5" 12" O.C. 55 MPH 15/32" 5-Ply Plywood 530 Ibs 1 1 10, 5' 12" O.C. 2 3 10, 5' 12" O.C. 5/8" OSB ' 310 Ibs 2 3 81" 40.5" 12" O.C. 15/32" 3-Ply Plywood 240 Ibs 2 3 81" 40.5" 12" O.C. 15/32" 5-Ply Plywood 530 Ibs 1 1 10, 5' 12" O.C. 72 MPH 2 3 10, 5' 12" O.C. 5/8" OSB " 310 Ibs 2 3 81" 40.5" 1 12" O.C. * Maximum duration for OSB NOT to exceed 20 Years. 11 Thermoplastics 10/2012 0 TPO Membrane Fastening Criteria Table VI Up to 20 Yr Warranty for Mechanically Attached Roofing Systems r Lightweight Insulating Concrete over Steel/Gypsum/Cementitious Wood Fiber Building Height Min. Number of Perimeter Sheets Peak 50' Max. Fastening Local Wind Speed Gust Field Perimeter Density Wind Membrane Sheet (Field & Speed Width Width Perimeter Warranty Deck Type Up to 110 110 MPH to 120 MPH or Sheets) MPH 120 MPH Greater 2 3 (1) N/A 12' 6' 12" O.C. Lightweight Concrete 1 2 4 10, 6' 12" O.C.(2) over Steel Deck 1 2 3 8' 4' 12" O.C.(3) 55 MPH 2 (3) 3 N/A 10, 6' 9" O.C. Gypsum Deck or 2 (3) 3 4 (4) 8' 4' 12" O.C. Cementitious Wood Fiber N/A is Not Acceptable (1) Fastening Density must be secured 6" O.C. (2) For Buildings 51' to 75' with 10' field sheets — Fastening Density must be secured 9" O.C. (3) Acceptable for Buildings up to 75' in height. (4) Fastening Density must be secured 9" O.C. Additional Design Considerations 1-Membrane configuration and fastening density in Table above is based on HPVX Fasteners penetrating metal pan below Lightweight Insulating Concrete and for Polymer Gyptec Fasteners engaging into Gypsum and Cementitious Fiber Decks. 2-See Design Reference DR-06-11 "Withdrawal Resistance Criteria" for more information. PVC Membrane Fastening Criteria Table VII Up to 20 Warranty for Mechanically Attached Roofing Systems Lightweight Insulating Concrete over Steel/Gypsum/Cementitious Wood Fiber Building Height Min. Number of Perimeter Sheets Peak 50' Max. Fastening Gust Local Wind Speed Field Perimeter Density (Field Wind Membrane Sheet Width & Perimeter Speed Warranty Up to 110 110 MPH 120 MPH Width Sheets) Deck Type MPH to 120 or MPH Greater 1 2 4 10, 5' 12" O.C.(1) Lightweight Concrete over Steel Deck 2 3 4 81"(3) 40.5" 12" O.C.(2) 55 MPH 2 3 N/A 10, 5' or 6' 9" O.C. Gypsum Deck or 2 3 4 81" 4' 12" O.C. Cementitious Wood Fiber N/A is Not Acceptable (1) For Buildings 51' to 75' with 10' field sheets — Fastening Density must be secured 9" O.C. for field and perimeter sheets. (2) Fasteners may be spaced at 18" O.C. in the field for buildings Up to 50' in height, Up to 110 MPH. (3) Building Height may be Up to 75' in height. Additional Design Considerations 1- Membrane configuration and fastening density in Table above is based on HPVX Fasteners penetrating metal pan below Lightweight Insulating Concrete and for Polymer Gyptec Fasteners engaging into Gypsum and Cementitious Fiber Decks. 2-See Design Reference DR-06-11 "Withdrawal Resistance Criteria" for more information. 12 Thermoplastics 10/2012 THERMOPLASTIC MEMBRANES RhinoBond 1 ANY C-9.0 TERMINATION (ABOVE ANTICIPATED WATER LEVEL) VERSICO BONDING ADHESIVE 2❑ VERSICO FASTENER AND RhinoBOND FASTENING PLATE, 12" (305mm) O.C. M AX. 3❑ THERMOPLASTIC REINFORCED INDUCTION MEMBRANE \_I WELDED N OTES: 1. POSITION RhinoBOND PLATES 3-1/2" TO 4" (89 TO 102mm) FROM ANGLE CHANGE. 2. VersiWELD MEMBRANE REQUIRES VersiWELD BONDING ADHESIVE AND VersiFLEX MEMBRANE REQUIRES VersiFLEX BONDING ADHESIVE. 3. HPVX FASTENERS AND RhinoBOND PLATES ARE REQUIRED OVER STEEL AND WOOD DECKS. 4. THIS METHOD OF MEMBRANE ATTACHMENT IS NOT FOR USE WITH NON —FACED EPS OR XPS INSULATION. `—� ANGLE CHANGE - r THERMOPLASTIC MEMBRANE THEROOFIMOPLASTIC NG SYSTEM VERSICC) SECUREMENT METHOD ^ APPROVED SUBSTRATE ROOFING SYSTEMS WITH RhinoBond PLATES _SEE NOTE(S) R B - 2 © 2U11 VER900 City of Tukwila Jim Haggerton, Mayor Department of Community Development Jack Pace, Director 7/1/2015 REX NIKULA 402 BEAVERCREEK RD, #110 OREGON CITY, OR 97045 RE: Permit No. D15-0023 LA VISTA APARTMENTS - BLDG 3 5555 S 152ND ST, BLDG 3 Dear Permit Holder: In reviewing our current records, the above noted permit has not received a final inspection by the City of Tukwila Building Division. Per the International Building Code, International Mechanical Code, Uniform Plumbing Code and/or the National Electric Code, every permit issued by the Building Division under the provisions of these codes shall expire by limitation and become null and void if the building or work authorized by such permit has not begun within 180 days from the issuance date of such permit, or if the building or work authorized by such permit is suspended or abandoned at any time after the work has begun for a period of 180 days. Your permit will expire on 8/22/2015. Based on the above, you are hereby advised to: 1) Call the City of Tukwila Inspection Request Line at 206-438-9350 to schedule for the next or final inspection. Each inspection creates a new 180 day period, provided the inspection shows progress. -or- 2) Submit a written request for permit extension to the Permit Center at least seven(7) days before it is due to expire. Address your extension request to the Building Official and state your reason(s) for the need to extend your permit. The Building Code does allow the Building Official to approve one extension of up to 180 days. If it is determined that your extension request is granted, you will be notified by mail. In the event you do not call for an inspection and/or receive an extension prior to 8/22/2015, your permit will become null and void and any further work on the project will require a new permit and associated fees. Thank you for your cooperation in this matter. Sincerely, t c. Bill Rambo Permit Technician File No: D15-0023 6300 Southcenter Boulevard Suite #100 • Tukwila, Washington 98188 • Phone 206-431-3670 • Fax 206-431-3665 City of Tukwila Department of Community Development February 06, 2015 REX NIKULA 402 BEAVERCREEK RD, #110 OREGON CITY, OR 97045 RE: Correction Letter # 1 DEVELOPMENT Permit Application Number D15-0023 LA VISTA APARTMENTS - BLDG 3 - 5555 S 152ND ST, BLDG 3 Dear REX NIKULA, Jim Haggerton, Mayor Jack Pace, Director This letter is to inform you of corrections that must be addressed before your development permit can be approved. All correction requests from each department must be addressed at the same time and reflected on your drawings. I have enclosed comments from the following departments: BUILDING DEPARTMENT: Allen Johannessen at 206-433-7163 if you have questions regarding these comments. • (BUILDING REVIEW NOTES) 1. The scope of work was illegible and difficult to understand. Please provide legible clarity for scope of work. Include manufacturers installation specifications with type of materials specified for all roofing related materials that will be installed. 2. On the plans, indicate if all roofs are to be replaced or specify with clarity which building will be reroofed. FIRE DEPARTMENT: Al Metzler at 206-971-8718 if you have questions regarding these comments. • 1) Will there be an open -flame torch used in the application process. 2) Will there be any hot asphalt used in the application process? Please address the comments above in an itemized format with applicable revised plans, specifications, and/or other documentation. The City requires that two (2) sets of revised plan pages, specifications and/or other documentation be resubmitted with the appropriate revision block. In order to better expedite your resubmittal, a 'Revision Submittal Sheet' must accompany every resubmittal. I have enclosed one for your convenience. Corrections/revisions must be made in person and will not be accepted through the mail or by a messenger service. If you have any questions, I can be reached at 206-431-3655. Sincerely, Bill Rambo Permit Technician File No. D15-0023 6300 Southcenter Boulevard Suite #100 • Tukwila Washington 98188 • Phone 206-431-3670 • Fax 206-431-3665 PERMIT COORD COPY PLAN REVIEW/ROUTING SLIP PERMIT NUMBER: D15-0023 DATE: 02/09/15 PROJECT NAME: LA VISTA APARTMENTS - BLDG 3 SITE ADDRESS: 5555 S 152 ST Original Plan Submittal Revision # before Permit Issued X Response to Correction Letter # 1 Revision # after Permit Issued DEPARTMENTS: AlAwb1.16 i ing Division Public Works ❑ PRELIMINARY REVIEW: Not Applicable ❑ (no approval/review required) REVIEWER'S INITIALS: APPROVALS OR CORRECTIONS: Approved ❑ Corrections Required ❑ (corrections entered in Reviews) Notation: REVIEWER'S INITIALS: A IA IV&, 2-(1-1*, Fire Prevention Structural ❑ Planning Division ❑ Permit Coordinator a DATE: 02/10/15 Structural Review Required ❑ DATE: DUE DATE: 03/10/15 Approved with Conditions Denied ❑ (ie: Zoning Issues) DATE: Permit Center Use Only CORRECTION LETTER MAILED: Departments issued corrections: Bldg ❑ Fire ❑ Ping ❑ PW ❑ Staff Initials: 12/18/20l3 PERMIT COORQ COPY PLAN REVIEW/ROUTING SLIP PERMIT NUMBER: D15-0023 DATE: 01/30/15 PROJECT NAME: LA VISTA APARTMENTS - BLDG 3 SITE ADDRESS: 5555 S 152 ST X Original Plan Submittal Response to Correction Letter # Revision # before Permit Issued Revision # after Pen -nit Issued DEPARTMENTS: �� w Buil4�ing Dtvision Fire Prevention Planning Division ❑ Public Works ❑ Structural ❑ Permit Coordinator PRELIMINARY REVIEW: DATE: 02/03/15 Not Applicable ❑ Structural Review Required ❑ (no approval/review required) REVIEWER'S INITIALS: DATE: APPROVALS OR CORRECTIONS: DUE DATE: 03/03/15 Approved ❑ Approved with Conditions ❑ Corrections Required d (corrections entered in Reviews) Notation: REVIEWER'S INITIALS: Denied ❑ (ie: Zoning Issues) MW 1:8 Permit Center Use Only CORRECTION LETTER MAILED: Departments issued corrections: Bldg— Fire Ping ❑ PW ❑ Staff Initials: VK- 12/18/2013 el� City ®f Tukwila Department of Community Development 6300 Southeenter Boulevard, Suite #100 Tukwila, Washington 98188 Phone: 206-431-3670 Web site: http://www.Tukwi]aWA.gov SUBMITTAL REVISION Revision submittals must be submitted in person at the Permit Center. Revisions will not be accepted through the mail, fax, etc. )[Date; JA/r-5- Plan Check/Permit Number: z9o-2,:3 2 Response to Incomplete Letter # ❑ Response to Correction Letter # ❑ Revision # after Permit is Issued ❑ Revision requested by a City Building Inspector or Plans Examiner Project Name: 4 4ZL (— Project address: �-S j6- S i pu l / �r� �1; Contact Person:Phone Number: y J 3 Z 27 v Summary of Revision: / UI Y ut' I UKVYILA Sheet Number(s): "Cloud" or highlight all areas of revision including date o revision Received at the City of Tukwila Permit Center by: N3— Entered in TRAKiT on Rodeo Roofing LLC Page 1 of 2 Homc Inicio cn E panol Contact. Safety Washington State Department of JI-abor & Industries Rodeo Roofing LLC Owner or tradesperson Brian Scott Fleming Principals Brian Scott Fleming, PARTNER/MEMBER Pamela Janene Fleming, PARTNER/MEMBER WA UBI No. 603 266 003 License Search L&I ^_� A-Z hidex help My Secure t.&I Claims & Insurance Workplace Rights Trades & Licensing 4207 SE Woodstock Blvd #355 PORTLAND, OR97206 503-227-8555 Business type Limited Liability Company Verify the contractor's active registration / license / certification (depending on trade) and any past violations. Construction Contractor. Active. Meets current requirements. License specialties ROOFING License no. RODEORL877BO Effective — expiration 01/18/2013— 02/19/2017 Bond ........_....... Wesco Insurance Co $6,000.00 Bond account no. 46-WBO13646 Received by L&I Effective date 01/18/2013 01/09/2013 Expiration date Until Canceled Insurance ..... _ ................. Cincinnati Specialty Underwrit $1,000,000.00 Policy no. CS00044182 Received by L&I Effective date 01/09/2015 01/07/2015 Expiration date 01/07/2016 Insurance history Savings No savings accounts during the previous 6 year period. Lawsuits against the bond or savings No lawsuits against the bond or savings accounts during the previous 6 year period. L&I Tax debts ....... _ .................. _ ........... No L&I tax debts are recorded for this contractor license during the previous 6 year period, but some debts may be recorded by other agencies. License Violations ..............-- .............. https:Hsecure.Ini.wa.gov/verify/Detai1.aspx?UBI=603266003&LIC=RODEORL877BQ&SAW= 02/23/2015 THERMOPLASTIC MEMBRANE DETAIL A: (FOR RELATED NOTES, REFER TO DETAILS TPMA-2.1 & 2.2) NOTES: 1. WHEN USING 10' (3048mm) OR 12' (3658mm) WIDE TPO FIELD SHEETS, 6' (1829mm) WIDE PERIMETER SHEETS ARE UTILIZED. WHEN USING e' (2438mm) WIDE TPO FIELD SHEETS, 4' (1219mm) WIDE PERIMETER SHEETS ARE USED. WHEN USING 10' (3048mm) WIDE PVC FIELD SHEETS, 5' (1524mm) WIDE PERIMETER SHEETS ARE UTILIZED. WHEN USING 81" (2057mm) WIDE PVC FIELD SHEETS, 40.5- (1029mm) WIDE PERIMETER SHEETS ARE USED. 2. REFER TO VERSICO SPECIFICATIONS FOR REQUIRED NUMBER OF PERIMETER SHEETS, SHEET WIDTH AND MEMBRANE FASTENING DENSITY. 3. END LAPS DO NOT REQUIRE MECHANICAL FASTENING AND SHALL BE OVERLAPPED 2" (51mm) MINIMUM. REFER TO THERMOPLASTIC DETAIL TPC-2.0. TPO/PVC � MINIMUM OF ONE I Z PERIMETER SHEET A ✓'j 41DETAIL s til TPC-2.0 �I 41 � FI pl �I Yi FIELD SHEETS Y� 1❑ El GUIDELINES FOR ROOF PERIMETER ZONES FOR MECHANICALLY ATTACHED ROOF SYSTEM ,:,;'•' .:::.....:... THAN :• GREATER LES3 FEET THAN :::i;:..... (9 3 FEET 14mm) PERIMETER ZONES FOUR PERIMETER SHEE1 CENTERED OVER LARGE OPENINGS INSTALL PERIMETER SHEETS OVER THE ENTIRE OVERHANG (PROJECTION ROOF) AREA, EXTENDING ONTO THE MAN ROOF DECK WHEN AT THE SAME LEVEL AS SHOWN. TPO PRIMER Fil THERMOPLASTIC MEMBRANE WIDE TPO PRESSURE — SENSITIVE RUSS DETAIL A QP e r�QO� i NOTES: 1. PRESSURE —SENSITIVE RUSS SHALL BE POSITIONED 5' (1524mm) TO 6' (1829mm) FROM THE PERIMETER EDGE WHEN USING 10' (3048mm) OR 12' (3658mm) WIDE TPO FIELD SHEETS. WHEN USING 8' (2438mm) WIDE TPO FIELD SHEETS, PRESSURE —SENSITIVE RUSS SHALL BE POSITIONED 4' (1219mm) FROM THE PERIMETER EDGE 2. REFER TO VERSICO SPECIFICATIONS FOR REQUIRED NUMBER OF PERIMETER SHEETS, SHEET WIDTH AND MEMBRANE FASTENING DENSITY. 3. END LAPS DO NOT REQUIRE MECHANICAL FASTENING AND SHALL BE OVERLAPPED 2" (51mm) MINIMUM. REFER TO THERMOPLASTIC DETAIL TPC-2.0_ 4. TPO PRIMER MUST BE APPLIED TO THE BACK SIDE OF MEMBRANE SURFACE PRIOR TO ADHERING MEMBRANE TO PRESSURE —SENSITIVE RUSS. v w Ri TPO 0 IADIETAILS m 4't!ADETAIL n ©' 12' (365�m 0 (3048mm) OR B' (2438mm) WIDE FIELD SHEETS GUIDELINES FOR ROOF PERIMETER ZONES FOR MECHANICALLY ATTACHED ROOF SYSTEM GREATER LESS THAN THAN .! 3 FEET 3 FEET 914mm EMPERIMETER ZONES ::. 04 FOUR PERIMETER SHEETS CENTERED OVER LARGE OPENINGS INSTALL PERIMETER SHEETS OVER THE ENTIRE OVERHANG (PROJECTION ROOF) AREA, EXTENDING ONTO THE MAIN ROOF DECK WHEN AT THE SAME LEVEL AS SHOWN. THERMOPLASTIC MEMBRANE TPO/PVC HOT AIR WELD, 1-1/2" (38mm) i MIN. NOTES: 1. ON MECHANICALLY ATTACHED SYSTEMS, HPVX FASTENERS AND PLATES OR HPV-XL FASTENERS AND PLATES ARE REQUIRED OVER STEEL AND WOOD DECKS. ON CONCRETE DECKS, CD-10 OR MP 14-10 FASTENERS ARE USED WITH HPVX PLATES. 2. POSITION SEAM FASTENING PLATES BEYOND NON -REINFORCED ENCAPSULATED EDGE. 3. APPROXIMATELY 1/8" (3mm) DIAMETER BEAD OF CUT -EDGE SEALANT IS REQUIRED ON CUT EDGES OF REINFORCED TPO MEMBRANE AND RECOMMENDED ON CUT EDGES OF VERSIFLEX PVC MEMBRANE. 4. WHEN USING 60 OR 80-MIL MEMBRANE, APPLY A 4-1/2' (114mm) DIAMETER THERMOPLASTIC T-JOINT COVER AT ALL FIELD SPLICE INTERSECTIONS. VERSICO FASTENER & SEAM FASTENING PLATE, MAX. 12' (305mm) O.C. MEMBRANE L/ DIMENSIONS mm 5-1/2" 14.0 APPROX. © 1/2' 13 APPROX. \ MEMBRANE = THERMOPLASTIC T-JOINT COVER / MEMBRANE ,jam REINFORCED TIC LTHERMOP�ILASTIC - MECHANICALLYYSTEM VER`SIC ATTACHED MEMBRANE-APPROYM SUSSrRATE ROOFIIBG SYSTEMS SPLICE -SM MnEM - 2,1 � THERMOPLASTIC MEMBRANE TPO/PVC VERSICO FASTENER - ❑1 i VERSICO HPVX,_ 1 FASTENING PLATE PRE-PRINTED LINE FOR MEMBRANE OVERLAP ENCAPSULATED SHEET EDGE (NON -REINFORCED) ❑2 �y! FASTENER SPACING GUIDE PRE-PRINTED 8' (152mm) O.C. yC i MEMBRANE EDGE DIMENSIONS mm AA 5-1/2" 140 APPROX. JAPPROX. © 1/2" 13 NOTE: 1. ON MECHANICALLY ATTACHED SYSTEMS, HPVX FASTENERS AND PLATES OR HPV-XL FASTENERS AND PLATES ARE REQUIRED OVER STEEL AND WOOD DECKS. ON CONCRETE DECKS, CD-10 OR MP 14-10 FASTENERS ARE USED WITH HPVX PLATES. 2. POSITION SEAM FASTENING PLATES BEYOND NON -REINFORCED ENCAPSULATED EDGE. --�THERMOCMM THERMOPLASTIC FASTENER AND PLATE ���� MEMBRANE ROOFING SYSTEM VERSICO pIACEMENT -APPROVED SUBSTRATE ROOFING SYYSTEMS �O -SEE NOTEM T P M A - 2.2 r THERMOPLASTIC MEMBRANE Y THERMOPLASTIC REINFORCED MEMBRANE, NOT EXCEEDING 5' (1524mm) IN WIDTH, CENTERED OVER THE RIDGE / / /SEAM O FASTENER % TENING PLATE(305mm) O.C. 6 / MEMBRANE ROLLS PARALLEL TO RIDGE TPO/PVC � / j %r� �/ THERMOPLASTIC //j REINFORCED f MEMBRANE / / %r APPROX. 5-1/2- (140mm) /1 WIDE MEMBRANE OVERLAP, HOT AIR WELDED MINIMUM P / , 1-1/2, (38mm) BEYOND /J FASTENING PLATES (REFER TO DETAIL TPMA-2-1 NOTES 1. RIDGE MEMBRANE ATTACHMENT IS ONLY REQUIRED WHEN ROOF SLOPE EXCEEDS 3" (76mm) TO ONE HORIZONTAL FOOT. 2. POSITION FASTENING PLATES 1/2" (13mm) MINIMUM TO 1" (25mm) MAXIMUM FROM THE EDGE OF THE DECK MEMBRANE. 3. APPROXIMATELY 1/8" (3mm) DIAMETER BEAD OF CUT —EDGE SEALANT IS REQUIRED ON CUT EDGES OF REINFORCED TPO MEMBRANE AND RECOMMENDED ON CUT EDGES OF VERSIFLEX PVC MEMBRANE. 4. REFER TO VERSICO SPECIFICATIONS FOR REQUIRED NUMBER OF PERIMETER SHEETS, SHEET WIDTH AND MEMBRANE FASTENING DENSITY. 5. ON MECHANICALLY ATTACHED SYSTEMS, HPVX FASTENERS AND PLATES OR HPV—XL FASTENERS AND PLATES ARE REQUIRED OVER STEEL AND WOOD DECKS. ON CONCRETE DECKS, CD-10 OR MP 14-10 FASTENERS ARE USED WITH HPVX PLATES. 6. AS AN OPTION TO USING PERIMETER SHEETS, 10" (254mm) MADE TPO PRESSURE —SENSITIVE RUSS MAY BE USED BENEATH TPO FIELD SHEETS ONLY FOR PERIMETER SECUREMENT. THERMOPLASTIC MEMBRANE TPO o DETAIL NOT FOR USE ON 25 OR 30-YEAR WARRANTY PROJECTS. ACCEPTABLE EDGING SHALL 11 E I CONFORM WITH THERMOPLASTIC COMMON DETAILS TPC-1.2, 1.3. 1.4. 1.5 OR 1.6. VERSITRIM DRIP EDGE FASCIA OR METAL FASCIA (BY OTHERS) 6" (152mm) WIDE VERSIWELD PRESSURE —SENSITIVE COVER q STRIP IN CONJUNCTION WITH TPO PRIMER WOOD NAILER (BY OTHERS) 1-1/2" (38mm) RING SHANK NAILS ® 6" (152mm) O.C. MAX. NOTES: 1. METAL FASCIA DECK FLANGE MUST BE TOTALLY COVERED BY TPO PRESSURE —SENSITIVE COVER STRIP WITH MINIMUM 2" (51mm) COVERAGE PAST NAIL HEADS. 2. WOOD NAILER MUST EXTEND PAST TOTAL WIDTH OF METAL FASCIA DECK FLANGE. 3. TO REMOVE FINISHING OILS, SCRUB METAL FLANGE MATH WEATHERED MEMBRANE CLEANER; ALLOW TO DRY PRIOR TO APPLYING PRIMER. 4. APPLY TPO PRIMER TO METAL FLANGE AND MEMBRANE SURFACE PRIOR TO INSTALLING TPO PRESSURE —SENSITIVE COVER STRIP. 5. WHEN METAL FASCIA BY OTHERS IS USED, FASTENER TYPE AND FASTENING FREQUENCY SHALL BE RECOMMENDED BY METAL EDGE MANUFACTURER. 6. TO ENSURE TPO PRESSURE —SENSITIVE COVER STRIP CONFORMS TO STEP —OFFS, HEAT COVER STRIP AT SPLICE INTERSECTIONS PRIOR TO ROLLING. O�V -� DIMENSIONS ]25 AO 2" MIN. © 1/2" TO 1" VERSICOUNIVERSAL SINGLE -PLY SEALANT (BELOW JOINT COVER \ FLANGE) �© B � o� JOIN COVER CONTINUOUS CLEAT - TPO MEHBRANE THERMOPLASTIC VERSITRIM y ��^DRIP EDGE Ra71� O APP+aVED SUBSTUTE ROOFING SYSTEM FASCIA ROOFING SYSTEMS �p �SEE NOMM T P C— 1.1 J r THERMOPLASTIC MEMBRANE TPO/PVC THERMOPLASTIC MEMBRANE TPO/PVC CUT —EDGE SEALANT HOT AIR WELD. ❑z /--1-1/2" (38mm) MIN. VERSITRIM HEAT WELDABLE DRIP EDGE FASCIA MINIMUM L(L_: WOOD NAILER (BY OTHERS) L 22—GAUGE 1-1/2" (38mm) RING SHANK CONTINUOUS NAILS ® 6" (152mm) O.C. CLEAT �1 INSTALL CONTINUOUS CLEAT AND COATED METAL WITH 1/8"-1/4" (3—Bmm) JOINTS BETWEEN ADJOINING SECTIONS. 4 CUT —EDGE 5E.4LANT L2 J HOT AIR WELD 1-1/2" MIN. POSITION FIELD MEMBRANE AND HEAT WELD COATED METAL A MINIMUM OF 1-1/2" (38 mm) AS SHOWN. NOTES: 1. WOOD NAILER MUST EXTEND PAST TOTAL WIDTH OF METAL FASCIA DECK FLANGE. 2. APPROXIMATELY 1/8" (3mm) DIAMETER BEAD OF CUT —EDGE SEALANT IS REQUIRED ON CUT EDGES OF REINFORCED TPO MEMBRANE AND RECOMMENDED ON CUT EDGES OF VERSIFLEX PVC MEMBRANE. - —THERMOPLAS THERMOPLASTIC VERSITRIM HEAT REINFORCED MEMBRANE ROOFING SYSTEM y RSCQ WELDABLE DRIP EDGE —APPROVED SUBSTRATE ROOFING SYSTEMS FASCIA �0— SEENOVXS) TPC-1.2 UNIVERSAL SINGLE —PLY SEALANT VERSICO TERMINATION BAR FASTENED 6" (152mm) MAX. WOOD NAILER (BY OTHERS) WATER CUT—OFF MASTIC GUTTER (BY OTHERS) NOTE: 1. FASTENING OF METAL TERMINATION BAR MUST PROVIDE CONSTANT COMPRESSION ON WATER CUT—OFF MASTIC. 2. ALLOW MEMBRANE SHEET TO EXTEND 1/2" (13mm) MINIMUM BELOW THE METAL TERMINATION BAR. i RONFORCED THERMOPLASTIC c� ^O y I�SK METAL BAR EDGE MEMBRANE — +� suBsntATE ROOFING SYSTEM ROOFING SYSTEMS TERMINATION �O— SEExoTE(s) TPC-1.3 4 THERMOPLASTIC MEMBRANE VERSITRIM 200 METAL FASCIA OR METAL FASCIA (BY OTHERS) a❑ NOTES: 1. REFER TO VERSITRIM 200 INSTRUCTION (SAL FOR STEP-BY-STEP INSTALLATION PROCEDURES. 2. WOOD NAILER MUST EXTEND PAST TOTAL WIDTH OF VERSITRIM DECK FLANGE. 3. APPROXIMATELY 1/8" (3mm) DIAMETER BEAD OF CUT -EDGE SEALANT IS REQUIRED ON CUT EDGES OF REINFORCED TPO MEMBRANE AND RECOMMENDED ON CUT EDGES OF VERSIFLEX PVC MEMBRANE. 4. WHEN METAL FASCIA BY OTHERS IS USED, FASTENER TYPE AND FASTENING FREQUENCY SHALL BE RECOMMENDED BY METAL EDGE MANUFACTURER. APPLICABLE BONDING ADHESIVE HOT AIR WELD, le- 1-1/2" (38mm) MIN. CUT EDGE SEALANT 1] WOOD NAILER (BY OTHERS) 1-1/2" (38mm) RING -SHANK NAIL ® 6" (152mm) O.C. TPO/PVC � /A ..,l;is THERMOPLASTIC MEMBRANE VERSITRIM 300 METAL FASCIA OR METAL FASCIA (BY OTHERS au NOTES: 1. REFER TO VERSITRIM 300 INSTRUCTION MANUAL FOR STEP-BY-STEP INSTALLATION PROCEDURES. 2. WOOD NAILER MUST EXTEND PAST TOTAL WIDTH OF VERSITRIM DECK FLANGE. 3. APPROXIMATELY 1/8" (3mm) DIAMETER BEAD OF CUT -EDGE SEALANT IS REQUIRED ON CUT EDGES OF REINFORCED TPO MEMBRANE AND RECOMMENDED ON CUT EDGES OF VERSIFLEX PVC MEMBRANE. 4. WHEN METAL FASCIA BY OTHERS IS USED, FASTENER TYPE AND FASTENING FREQUENCY SHALL BE RECOMMENDED BY METAL EDGE MANUFACTURER. ,r 1 TPO/PVC APPLICABLE BONDING ADHESIVE HOT AIR WELD, 1-1/2" (38mm) MIN. CUT EDGE SEALANT ] WOOD NAILER (BY OTHERS) 2❑ 1-1/2" (32mm) RING SHANK NAILS ® 6" (152mm) O.C. MAX. `—' `—' �—THERMOPLASTIC THERMOPLASTIC RE]WORCED MEMBRANE ROOFING SYSTEM VERSICO VERSICO VERSITRIM 300 -APPROVED SUBSTRATE ROOFING SYSTEMS 0❑ —SEE NOTE(S) T P C - 1.5 VERSITRIM 200 �—THERMOPLASTIC REINFORCED MEMBRANE -APPROVED SUBSTRATE THERMOPLASTIC ROOFING SYSTEM ROOFING SYSTEMS O❑ -SEE NOTE(S) T P C -1. 4 THERMOPLASTIC MEMBRANE FASCIA COVER ANCHOR BAR WITH PRE -DRILLED, SLOTTED HOLES 12" (305mm) O.C. NOTES: ,WATER CUT-OFF MASTIC VERSICO HEX -HEAD FASTENERS MAXIMUM 12" (305mm) O.C. WOOD NAILER (BY OTHERS) VERSITRIM 2000 TPO/PVC � 1. REFER TO VERSITRIM INSTALLATION INSTRUCTION MANUAL FOR THE STEP BY STEP INSTALLATION PROCEDURES AND FOR THE VARIOUS PRODUCT FEATURES AVAILABLE. 2. IF INCIDENTAL/TEMPORARY PONDED WATER IS EXPECTED, THE VERSITRIM MUST BE ELEVATED AND SCUPPERS PROVIDED FOR DRAINAGE. 3. ENSURE ROOF SLOPES AWAY FROM VERSITRIM. VERSITRIM 1000_ _ _ _ _ _ I _ _ _ _ _VERSITRIM 3000 __ VERSITRIM ANCHOR BAR ADDITIONAL OPTIONS - BIERMOPLASIIC REINFORCED MEMBRANE THERMOPLASTIC y RSICO VERSITRIM 1000, 2000 & - APPROVED SUBSTRATE ROOFING SYSTEM ROOFING SYSTEMS 3000 �p-SEENOWS) TPC-1.6 THERMOPLASTIC MEMBRANE HOT AIR WELD, 1-1/2" (38mm) MIN: NOTE: 1. WHEN USING 60 OR 80-MIL MEMBRANE, APPLY A 4-1/2" (114mm) DIAMETER "T-JOINT" COVER AT ALL FIELD SPLICE INTERSECTIONS. 2. APPROXIMATELY 1/8" (3mm) DIAMETER BEAD OF CUT -EDGE SEALANT IS REQUIRED ON CUT EDGES OF REINFORCED TPO MEMBRANE AND RECOMMENDED ON CUT EDGES OF VERSIFLEX PVC MEMBRANE. CUT -EDGE SEALANT Ul TPO/PVC DIMENSIONS mm AO 2-1/4" 57 1 MIN. \\ 2 \ 2 OIL' AO O / THERMOPLASTIC T-JOINT COVER 1 / 3 ERSIC-O [�ROOFINGSYSTEMS MEMBRANE SPLICE ,THERMOPLASTIC REINFORCED MEMBRANE -APPROVED SUBSTRATE THERMOPLASTIC ROOFING SYSTEM 0❑-SEENOTE(S) TPC-2.0 k THERMOPLASTIC MEMBRANE THERMOPLASTIC REINFORCED MEMBRANE HOT AIR WELD 1-1/2" (38mm) — -- MIN. VERSICO FASTENER & SEAM FASTENING PLATE, MAX. 12" (305mm) O.C. a❑ TPO/PVC � VERSICO EXPANSION JOINT SUPPORT OR SPONGE TUBING (BY OTHERS) 1❑ CUT EDGE ❑ SEALANT 3 EXPANSION JOINT FILLER (BY OTHERS) NOTES: 1. WHEN VERSICO EXPANSION JOINT SUPPORT IS USED, WIDTH OF JOINT SHALL BE A MINIMUM OF 3/4" (19mm) AND SHALL NOT EXCEED 3" (75mm). 2. APPROXIMATELY 1/8" (3mm) DIAMETER BEAD OF CUT —EDGE SEALANT IS REQUIRED ON CUT EDGES OF REINFORCED TPO MEMBRANE AND RECOMMENDED ON CUT EDGES OF VERSIFLEX PVC MEMBRANE. 3. MEMBRANE FLASHING SHALL tEd BE ADHERED OVER THE EXPANSION JOINT SUPPORT OR SPONGE TUBING. 4. ON MECHANICALLY ATTACHED SYSTEMS, HPVX FASTENERS AND PLATES OR HPV—XL FASTENERS AND PLATES ARE REQUIRED OVER STEEL AND WOOD DECKS. ON CONCRETE DECKS, CD-10 OR MP 14-10 FASTENERS ARE USED WITH HPVX PLATES. `—' VERSICO DECK -TO -DECK EXPANSION DETAIL ,_THERMOPLA9nc REINFORCED MEMBRANE —�+� suesnaiE -SEE NOTES) THERMOPLASTIC ROOFING SYSTEM T P C - 3.1 ROOFING SYSTEMS THERMOPLASTIC MEMBRANE i <y TPO/PVC o IWHEN A WARRANTY WIND SPEED GREATER THAN 9OMPH IS SPECIFIED, VERSICO FASTENERS AND SEAM FASTENING PLATES SHALL NOT EXCEED 6" (152mm) ON CENTER FOR ADHERED MEMBRANE ASSEMBLIES. THERMOPLASTIC REINFORCED MEMBRANE APPLICABLE BONDING ADHESIVE ANY TPC-9.0 TERMINATION (ABOVE ANTICIPATED VERSICO EXPANSION JOINT SUPPORT WATER LEVEL) OR SPONGE TUBING (BY OTHERS)❑ HOT AIR WELD, 1-1/2" (38mm) MIN. 3 CUT EDGE SEALANT IFY 2❑ �VERSICO FASTENER & SEAM FASTENING PLATE, MAX. 12" (305mm) O.C. ` EXPANSION JOINT l VFILLER (BY OTHERS) NOTES: 1. WHEN VERSICO EXPANSION JOINT SUPPORT IS USED, WIDTH OF JOINT SHALL BE A MINIMUM OF 3/4" (19mm) AND SHALL NOT EXCEED 2" (51mm). 2. APPROXIMATELY 1/8" (3mm) DIAMETER BEAD OF CUT —EDGE SEALANT IS REQUIRED ON CUT EDGES OF REINFORCED TPO MEMBRANE AND RECOMMENDED ON CUT EDGES OF VERSIFLEX PVC MEMBRANE. 3. MEMBRANE FLASHING SHALL UQI BE ADHERED OVER THE EXPANSION JOINT SUPPORT OR SPONGE TUBING. 4. ON MECHANICALLY ATTACHED SYSTEMS, HPVX FASTENERS AND PLATES OR HPV—XL FASTENERS AND PLATES ARE REQUIRED OVER STEEL AND WOOD DECKS. ON CONCRETE DECKS, CD-10 OR MP 14-10 FASTENERS ARE USED WITH HPVX PLATES. —,THERIOPLASnC REINFORCED MEMBRANE THERMOPLASTIC DECK -TO -WALL ROOFING SYSTEM VERSICO — APPROVED SUBSTRATE ROOFING EXPANSION DETAIL O❑—SEENOT9S) TPC-3.2 THERMOPLASTIC MEMBRANE TPO/PVC THERMOPLASTIC MEMBRANE E TPO/PVC MAXIMUM 12" (305mm) O.C. FASTENER SPACING 2 ' METAL CAP OR COUNTER —FLASHING I (BY OTHERS) APPLICABLE BONDING ADHESIVE ❑, THERMOPLASTIC REINFORCED 1 MEMBRANE HOT AIR WELD, 1-1/2" (38mm) MIN. CUT EDGE SEALANT 3❑ & SEAM FASTENING PLATE, MAX. 12" (305mm) O.C. F1 NOTES: 1. WHEN USING TPO MEMBRANE, BONDING ADHESIVE IS NQI REQUIRED WHEN THE FLASHING HEIGHT IS 12" (305mm) OR LESS AND THE MEMBRANE IS FASTENED "AS SHOWN" ON TOP OF THE CURB. WHEN VERSICO TERMINATION BAR IS USED BENEATH THE COUNTER —FLASHING, BONDING ADHESIVE CAN BE ELIMINATED WHEN THE MEMBRANE HEIGHT IS 18" (457mm) OR LESS. 2. WHEN MECHANICAL FASTENERS ARE USED TO T—JOINT PENETRATE THE METAL COUNTER —FLASHING, USE EPDM COVER ��.I' INSTALL WASHERS, APPLY WATER CUT—OFF MASTIC UNDER THE 0 OUTSIDE COUNTER —FLASHING OR CAULK THE FASTENER HEADS. CORNERS USE ONE CONTINUOUS PER DETAIL 3. APPROXIMATELY 1/8" (3mm) DIAMETER BEAD OF SHEET OF REINFORCED TPC-1&4 CUT —EDGE SEALANT IS REQUIRED ON CUT EDGES OF THERMOPLASTIC MEMBRANE QR REINFORCED TPO MEMBRANE AND RECOMMENDED ON TO WRAP AROUND CURB TPC-15.5 CUT EDGES OF VERSIFLEX PVC MEMBRANE. 4. REFER TO VERSICO SPECIFICATIONS FOR ACCEPTABLE VERSICO FASTENER AND PLATE. 5. MECHANICAL SECUREMENT MAY BE INSTALLED INTO THE VERTICAL SUBSTRATE. 6. WHEN USING 60 OR 80 MIL THICK CURB FLASHING, THE INTERSECTIONS BETWEEN SPLICES MUST BE OVERLAID WITH A THERMOPLASTIC "T—JOINT' COVER. `—' VERSICO CURB FLASHING I —TH MOPLASnc REINFORCED MEMBRANE —APPROVED SUBSTRATE THERMOPLASTIC ROOFING SYSTEM ROOFING SYSTEMS 0❑ — Sff NOTES) TPIC-5.11 METAL CAP OR COUNTER —FLASHING (BY OTHERS) MAXIMUM 12" (305mm) O.C. FASTENER SPACING ID ETAMOPIASTIC COATED CUT —EDGE SEALANT 3❑ HOT AIR WELD, 1-1/2" (38mm) MIN. — q® I_ WOOD NAILER (B❑Y OTHERS) NOTES: 1. WOOD NAILER MUST EXTEND PAST TOTAL WIDTH OF COATED METAL DECK FLANGE. 2. WHEN MECHANICAL FASTENERS ARE USED TO PENETRATE THE METAL COUNTER —FLASHING, USE EPDM WASHERS, APPLY WATER CUT—OFF MASTIC UNDER THE COUNTER —FLASHING OR CAULK THE FASTENER HEADS. 3. APPROXIMATELY 1/8" (3mm) DIAMETER BEAD OF CUT —EDGE SEALANT IS REQUIRED ON CUT EDGES OF REINFORCED TPO MEMBRANE AND RECOMMENDED ON CUT EDGES OF VERSIFLEX PVC MEMBRANE. 4. FASTEN COATED METAL USING 1-1/2" (38mm) MIN. RING SHANK NAILS AT 6" (152mm) STAGGERED APPROX. 1/2" (13mm). HEAT WE 6" (152mm) WIDE PIECE OF NON—REINF. MEMBRANE OVER I JOINT II�I�I II�I� Ilii t � iI I I I �� I III IIIIIII INSTALL OUTSIDE ROUND CORNERS OF CORNERS PER COATED METAL DETAIL TPC-15 6 — VERSICO COATED METAL CURB FLASHING —,niERMOPLASnc REIWORcm MEMBRANE —APPROVM SUBSTRATE El— SEE NOMS) THERMOPLASTIC ROOFING SYSTEM T PC— 5 . 2 SYSTEMS ROOFING ®— — THERMOPLASTIC MEMBRANE TPO MAXIMUM 12' (305mm) r0❑C. FASTENER SPACING 2 METAL CAP ___�COUNTER-FLASHING (BY OTHERS) TPO CURB WRAP CORNER HOT AIR WELD, 0 ;s-> 1-1/2' (38mm) MIN. CUT -EDGE SEALANT Sao / 3❑ VERSICO FASTENER &SEAM FASTENING S PLATE, MAX. 12' (305mm) O.C. ] NOTES: 1. FOUR (4) CURB WRAP CORNERS WILL COMPLETELY DIMENSIONS mm FLASH A MAXIMUM CURB SIZE OF 3'X3' (914mm X AO 12" 1,3051 914mm). FOR LARGER CURBS USE THE TPO CURB WRAP CORNERS IN CONJUNCTION WITH ADDITIONAL SECTIONS OF VERSIWELD TPO MEMBRANE. 2. WHEN MECHANICAL FASTENERS ARE USED TO PENETRATE THE METAL COUNTER -FLASHING, USE EPDM WASHERS, APPLY WATER CUT-OFF MASTIC UNDER THE COUNTER -FLASHING OR CAULK THE FASTENER HEADS. 3. APPROXIMATELY 1/8" (3mm) BEAD OF CUT -EDGE T-JOINT COVER SEALANT IS REQUIRED ON THE CUT EDGES OF THE 01 TPO FIELD WRAP CORNER. USE ONE TPO CURB WRAP CORNER AT- 4. REFER TO VERSICO SPECIFICATIONS FOR ACCEPTABLE EACH CORNER OF THE CURB. HOT AIR VERSICO FASTENERS AND PLATES. WELD ALL SEAMS IN ACCORDANCE WITH STANDARD SPLICING METHODS.0 5. CUSTOM SIZES ARE AVAILABLE FOR CURB FLASHING HEIGHTS GREATER THAN 12" (305mm). 6. REGARDLESS OF THE FIELD MEMBRANE THICKNESS, THE INTERSECTIONS BETWEEN SPLICES MUST BE OVERLAID WITH A THERMOPLASTIC " T-JOINT' COVER. _ -mO MEMBRANE THERMOPLASTIC PRE -FABRICATED TPO ROOFING SYSTEM ICO -pppppym SUBSTRATE VERSCURB WRAP CORNER C ROOFIIDG SYSTEMS p❑ -SEE NOMS) TPC-J,3 THERMOPLASTIC MEMBRANE CLAMPING RING BY OTHERS I WATER CUT-OFF MASTIC GREATER THAN1 DIMENSION i %M X ti TPO/PVC 12" (305mm) (76mm)0aPE 1N MAX SUMP NOTES: 1. ROOF DRAIN SIZE AND NUMBER OF DRAINS SHALL BE IN ACCORDANCE WITH THE LOCAL CODES. 2. THE HOLE IN THE MEMBRANE SHALL EXCEED THE DIAMETER OF THE DRAIN PIPE, BUT SHALL BE NO LESS THAN 1/2" (13mm) FROM THE ATTACHMENT POINTS OF THE DRAIN CLAMPING RING. 3. ALL BOLTS OR CLAMPS MUST BE IN PLACE TO PROVIDE CONSTANT COMPRESSION ON WATER CUT-OFF MASTIC. 4. REMOVE EXISTING LEAD, FLASHING . MATERIAL & ENSURE THE DRAIN RING IS COMPLETELY CLEAN DOWN TO BARE METAL `-' VERSICO ROOF DRAIN (DRAIN SUMP UP TO 3 INCHES TO 1 HORIZONTAL FOOT) -_THERMOPLASnc REIPFORCED MEMBRANE -APPROVED SUBSTRATE 0 —SEE NOTE(S) THERMOPLASTIC ROOFING SYSTEM i T PC - 6 .1 ROOFING SYSTEMS THERMOPLASTICTHERMOPLASTIC . HOT AIR WELD, CLAMPING RING BY OTHERS REINFORCED DETAIL i -=man]ED © i .f�■■■■■i■■fit■■■■■■■■■■■■■■■■I i� 1 �f�i■!■■■■■ii■■■■■■!■i■i WATER y TER MASTI • • -_-% T . r • ENTIRE SPLICE OVERLAP AT DRAIN BASE MUST BE —HOT AIR WELDED 4 TRIANGULAR 1 SECTIONS OF `L DECK (FIELD) MEMBRAI� I MEMBRANE NE I I HOT AIR WELD, 1-1/2" MIN. ----------- PLAN NOTES: 1. ROOF DRAIN SIZE AND NUMBER OF DRAINS SHALL BE IN ACCORDANCE WITH THE LOCAL CODES. 2. THE HOLE IN THE MEMBRANE SHALL EXCEED THE DIAMETER OF THE DRAIN PIPE, BUT SHALL BE NO LESS THAN 1/2" (13mm) FROM THE ATTACHMENT POINTS OF THE DRAIN CLAMPING RING. 3. ALL BOLTS OR CLAMPS MUST BE IN PLACE TO PROVIDE CONSTANT COMPRESSION ON WATER CUT—OFF MASTIC. 4. REMOVE EXISTING LEAD, FLASHING MATERIAL & ENSURE THE DRAIN RING IS COMPLETELY CLEAN DOWN TO BARE METAL 5. APPROXIMATELY 1/8" (3mm) DIAMETER BEAD OF CUT —EDGE SEALANTIS REQUIRED ON CUT EDGES OF REINFORCED TPO MEMBRANE AND RECOMMENDED ON CUT EDGES OF VERSIFLEX PVC MEMBRANE. `—' ROOF DRAIN (DRAIN �—THERMOPLASTIC REINFORCED MEMBRANE THERMOPLASTIC SUMP GREATER THAN 3" ROOFING SYSTEM VERSICO —APPROVED SUBSTRATE ROOFING SYSTEMS TO 1 HORIZONTAL FOOT) OPTION 1 �O —SEE NOTE(S) T PC - 6.2 NOTES: 1. ROOF DRAIN SIZE AND NUMBER OF DRAINS SHALL BE IN ACCORDANCE WITH THE LOCAL CODES. 2. THE HOLE IN THE MEMBRANE SHALL EXCEED THE DIAMETER OF THE DRAIN PIPE, BUT SHALL BE NO LESS THAN 1/2' (13mm) FROM THE ATTACHMENT POINTS OF THE DRAIN CLAMPING RING. 3. ALL BOLTS OR CLAMPS MUST BE IN PLACE TO PROVIDE CONSTANT COMPRESSION ON WATER CUT—OFF MASTIC. 4. REMOVE EXISTING LEAD, FLASHING MATERIAL & ENSURE THE DRAIN RING IS COMPLETELY CLEAN DOWN TO BARE METAL 5. APPROXIMATELY 1/8" (3mm) DIAMETER BEAD OF CUT —EDGE SEALANT IS REQUIRED ON CUT EDGES OF REINFORCED TPO MEMBRANE AND RECOMMENDED ON CUT EDGES OF VERSIFLEX PVC MEMBRANE. `—' ROOF DRAIN (DRAIN —THERIAOPLASM REINFORCED MEMBRANE THERMOPLASTIC SUMP GREATER THAN 3" ROOFING SYSTEM [�ROOFING/ERSKiO —APPROVED SUBSTRATE SYSTEMS TO 1 HORIZONTAL FOOT) OPTION 2, PAGE 1 OF 2 �o —SEE NOTES) T P C - 6. 3A J 4 THERMOPLASTIC MEMBRANE TPO/PVC 0 DRAIN SUMP DRAIN BASE r� / I � I I I � THERMOPLASTIC © REINFORCED MEMBRANE O C CUT SECTION OF THERMOPUASTIC REINFORCED MEMBRANE AS SHOWN ANDj POSITION INTO DRAIN SUMP. EXTEND MEMBRANE OUT OF DRAIN SUMP APPROXIMATELY 6" (152mrm) (ROUND CORNERS). I 1 I FIELD MEMBRANE DRAIN SUMP CUT TO LAY FLAT BOUNDARY I I IN SUMP AREA DRAIN i I 1 CLAMPING I RING i—/ I L I I i I I I I I � IT — HOT AIR WELD, \ , 1-1/2' (38mm) `, MIN. I GI - CONTINUOUS FIELD s EXTEND THERMOPLASTIC MEMBRANE ONTO MEMBRANE SECTION POSITIONED AT DRAIN SUMP AND CUT AS SHOWN TO LAY FLAT IN SUMP. HOT AIR WELD A MINIMUM OF 1-1/2" (38mm) COMPLETELY SURROUNDING AREA. DIMENSIONS mm 12" 305 MIN. Rn 6" 152 MIN. 6' 152 APPROX. 3" 76 MIN. MIN. 1-1 /2" -(38mm) WIDE HOT AIR WELD THERMOPLASTIC MEMBRAN�-E�' { TPO/PVC ILL I I STAINLESS STEEL \�x I WATER CUT—OFF CLAMPING RING j p MASTIC INCLUDED x jX K THERMOPLASTIC j PRE —MOLDED PIPE j FLASHING I I HOT AIR —WELD, 1-1/2' j (38mm) MIN. BEYOND j FASTENING PLATES j / & SEAM FASTENING `\ PLATE, MAX. 12" j (305mm) O.C. DIMENSIONS mm AO 3/4" 19 TO 8' 203 NOTES: 1. REMOVE ALL EXISTING LEAD AND FLASHING MATERIAL BEFORE INSTALLING PRE —MOLDED PIPE FLASHING. 2. TEMPERATURE OF THE PIPE PENETRATION MUST NOT EXCEED 140F (60"C) WHEN USING PVC AND 160F (711C) WHEN USING TPO FLASHING. 3. PIPE SEAL MUST HAVE INTACT RIB AT TOP EDGE, REGARDLESS OF PIPE DIAMETER. 4. INSTALL A MINIMUM OF 4 FASTENERS AND PLATES AROUND THE PIPE, EQUALLY SPACED. IF FASTENERS AND PLATES CANNOT BE INSTALLED AS SHOWN, THEY MAY ALSO BE POSITIONED OUTSIDE THE PIPE MAXIMUM 12" (305mm) O.C. AND FLASHED NTH THERMOPLASTIC REINFORCED MEMBRANE/CUT—EDGE SEALANT. REFER TO DETAIL TPC-8.2. 5. FASTENERS AND PLATES ARE NOT REQUIRED ON ADHERED SYSTEMS UNLESS PIPE DIAMETER EXCEEDS 18" (457mm). 6. ON MECHANICALLY ATTACHED SYSTEMS, HPVX FASTENERS AND PLATES OR HPV—XL FASTENERS AND PLATES ARE REQUIRED OVER STEEL AND WOOD DECKS. ON CONCRETE DECKS, CD-10 OR MP 14-10 FASTENERS ARE USED NTH HPVX PLATES. —Tx�oPusTICME THERMOPLASTIC `—�REIPFORCED MEMBRANE SYSTEM ROOFING VERSQQ PRE -MOLDED FLASHING —APPROVED SUBSTRATE ROOFING SYSTEMS �p —SEE NOTE(s) T PC - 8.1 ROOF DRAIN (DRAIN THERMOPLASTIC THE `—' RO OOFINGPSYSTI VERSICO SUMP GREATER THAN 3" UBIABRANE — APPROVED SuesrRATE ROOFING TO I HORIZONTAL FOOT) OPTION 2, PAGE 2 OF 2 NOTE(S) T P Ci — 6.3 B �0 —SEE THERMOPLASTIC MEMBRANE TPO/PVC o I DETAIL NOT FOR USE ON 25 OR 30-YEAR WARRANTY PROJECTS, PRE-FABRICATED/PRE-MOLDED ACCESSORIES MUST BE UTILIZED. ACCEPTABLE PIPE FLASHINGS SHALL CONFORM WITH L< THERMOPLASTIC COMMON DETAILS TPC-8.1, 8.3 OR 8.4. k STAINLESS STEEL WATER CUT-OFF CLAMPING RING MASTIC I � BY OTHERS THERMOPLASTIC CUT -EDGE SEALANT` I � \\ NON -REINFORCED I FLASHING j 6" (152mm) WIDE REINFORCED I A THERMOPLASTIC MEMBRANE HOT AIR j B HOT AIR -WELD, WELD 1-1/2" (38mm) MIN. FZJ I�I I I I VERSICO FASTENER j & SEAM FASTENING I PLATE, MAX. 12" I j (305mm) O.C. i I D i r NOTES: 1. REMOVE ALL EXISTING LEAD AND FLASHING MATERIAL BEFORE INSTALLING FIELD FABRICATED PIPE FLASHING. 2. TEMPERATURE OF THE PIPE PENETRATION MUST NOT EXCEED 1401F (601r) WHEN USING PVC AND 160F (71"C) WHEN USING TPO FLASHING. 3. THERMOPLASTIC NON -REINFORCED FLA HING WRAPPED AROUND PIPE SHALL HAVE MINIMUM 1-1/2" (3mm) VERTICAL HOT AIR WELD. DIMENSIONS mm A 1-1/2" 38 TO 2" 51 © 1" 25 MIN. © 1/2" 13 MIN. OD 12" 305 APPROX. 4. INSTALL A MINIMUM OF 4 SEAM FASTENING PLATES FOR PIPES WITH A DIAMETER UP TO 6" (152mm). ADDITIONAL SEAM FASTENING PLATES WILL BE REQUIRED FOR PIPES GREATER THAN 6" (152mm) IN DIAMETER AND SHALL BE SPACED 12" (305mm) ON CENTER MAXIMUM. 5. FASTENERS/PLATES ARE NOT REQUIRED ON ADHERED SYSTEMS UNLESS PIPE DIAMETER EXCEEDS 18" (500mm). 6. ON MECHANICALLY ATTACHED SYSTEMS, HPVX FASTENERS AND PLATES OR HPV-XL FASTENERS AND PLATES ARE REQUIRED OVER STEEL AND WOOD DECKS. ON CONCRETE DECKS, CD-10 OR MP 14-10 FASTENERS ARE USED WITH HPVX PLATES. 7. APPROXIMATELY 1/8" (3mm) DIAMETER BEAD OF CUT -EDGE SEALANT IS REQUIRED ON CUT EDGES OF REINFORCED TPO MEMBRANE AND RECOMMENDED ON CUT EDGES OF VERSIFLEX PVC MEMBRANE. 40.1410 _-THERMOPLASRC ETHERMOPLASTIC REINFORCED MEMBRANE NG SYSTEM U RSCO FIELD FABRICATED PIPE -APPROVED SUB5rnA1E FLASHING ROOFING SYSTEMS �O -SEE NO1E(S) C - 8.2 THERMOPLASTIC MEMBRANE TPO/PVC PVC TERMINATION I TPO TERMINATION PVC BONDING ADHESIVE, MIN. 3" (76mm) SPLICE VERSICO UNIVERSAL SINGLE -PLY SEALANT-, (TYP.) THERMOPLASTIC SQUARE TUBE WRAP - ---- (TYP.) 0 (TYP.) 3" (76mm) WIDE QA SEAM TAPE (TPO PRIMER IS REQUIRED ON THE BACK SIDE OF THE TPO MEMBRANE AND SQUARE TUBING). 6" (152mm) WIDE REINFORCED THERMOPLASTIC MEMBRANE VERSICO FASTENER & SEAM FASTENING HOT AIR -WELD, 1-1/2" (38mm) MIN. PLATE, MAX. 12" O.C. (TYP-)/ //(305mm) ❑3 ❑4 ❑5 NOTES: r DIMENSIONS mm 1. REMOVE ALL EXISTING LEAD AND FLASHING MATERIAL DIMENSIONS SIO12" mm APPROX BEFORE INSTALLING PRE -MOLDED PIPE FLASHING. 2. TEMPERATURE OF THE PIPE PENETRATION MUST NOT I AIR WELD EXCEED 140F (601C) WHEN USING PVC AND 160F (71,C) SQUARETIRE WIDTH WHEN USING TPO FLASHING. TUBEF SQUARE BING WRAP 3. INSTALL A MINIMUM OF 4 SEAM FASTENING PLATES FOR WRAP�VERLAP TUBE SIDE DIMENSIONS UP TO 6" (152mm). ADDITIONALSEAM FASTENING PLATES WILL BE REQUIRED FOR SIDES GREATER THAN 6" (152mm) AND SHALL BE SPACED 12" (305mm) ON CENTER MAXIMUM. 4. SEAM PLATES MAY BE POSITIONED INSIDE (OR BELOW) THE PIPE FLASHING FLANGE PROVIDED MINIMUM 1-1/2" (38mm) HOT AIR WELD IS ACHIEVED BEYOND THE PLATES. FASTENING '�L PLATES AROUND 5. FASTENERS AND PLATES ARE NOT REQUIRED ON ADHERED TUBE SYSTEMS UNLESS TUBE DIMENSION EXCEEDS 12" (305mm). 6. ON MECHANICALLY ATTACHED SYSTEMS, HPVX FASTENERS AND PLATES OR HPV-XL FASTENERS AND PLATES ARE REQUIRED OVER STEEL AND WOOD DECKS. ON CONCRETE DECKS, CD-10 OR MP 14-10 FASTENERS ARE USED WITH HPVX PLATES. 7. APPROXIMATELY 1/8" (3mm) DIAMETER BEAD OF CUT -EDGE SEALANT IS REQUIRED ON CUT EDGES OF REINFORCED TPO MEMBRANE AND RECOMMENDED ON CUT EDGES OF VERSIFLEX PVC MEMBRANE. 8. REGARDLESS OF THE FIELD MEMBRANE THICKNESS, THERMOPLASTIC "T-JOINT" COVERS ARE REQUIRED OVER THE SPLICE INTERSECTIONS OF THE SQUARE TUBE WRAP. `-� �+'^ yER�� PRE -FABRICATED SQUARE TUBE WRAP -THERMOPLASTIC RONFORCED MEMBRANE -� APPROVED SUBSTRATE �0-SEENOWS) FTHERMOPLASTIC� NG SYSTEM C-8.3 ROOFING SYSTEMS 0 r THERMOPLASTIC MEMBRANE TPO/PVC � STAINLESS STEEL \ j WATER CUT—OFF CLAMPING RING \ MASTIC INCLUDED THERMOPLASTIC CUT —EDGE I SPLIT PIPE —SEAL SEALANT 6 I HOT AIR —WELD, 1-1/2" FASTENINGIN. PLATESND I VERSICO FASTENER I & SEAM FASTENING j } PLATE, MAX. 12" I (305mm) O.C. I ❑3 El 0 I I NOTES: 1. REMOVE ALL EXISTING LEAD AND FLASHING MATERIAL BEFORE INSTALLING SPLIT PIPE FLASHING. 2. TEMPERATURE OF THE PIPE PENETRATION MUST NOT EXCEED 140F (60-C) WHEN USING PVC AND 160F (71-C) WHEN USING TPO FLASHING. SPLIT PIPE 3. INSTALL A MINIMUM OF 4 FASTENERS AND PLATES SEAL AROUND THE PIPE, EQUALLY SPACED. IF FASTENERS HOT AIR —WELD AND PLATES CANNOT BE INSTALLED AS SHOWN, THEY ENTIRE WIDTH MAY ALSO BE POSITIONED OUTSIDE THE PIPE MAXIMUM OF PIPE —SEAL OVERLAP 12' (305mm) O.C. AND FLASHED WITH THERMOPLASTIC � I �\ REINFORCED MEMBRANE/CUT—EDGE SEALANT. REFER TO I / DETAIL TPC-8.2. ` 4. FASTENERS AND PLATES ARE NOT REQUIRED ON ADHERED SYSTEMS UNLESS PIPE DIAMETER EXCEEDS 18" (457mm). 5. ON MECHANICALLY ATTACHED SYSTEMS, HPVX FASTENERS AND PLATES OR HPV—XL FASTENERS AND PLATES ARE REQUIRED OVER STEEL AND WOOD DECKS. ON CONCRETE DECKS, CD-10 OR MP 14-10 FASTENERS ARE USED WITH HPVX PLATES. 6. APPROXIMATELY 1/8" (3mm) DIAMETER BEAD OF CUT —EDGE SEALANT IS REQUIRED ON CUT EDGES OF REINFORCED TPO MEMBRANE AND RECOMMENDED ON CUT EDGES OF VERSIFLEX PVC MEMBRANE. 7. REGARDLESS OF THE FIELD MEMBRANE THICKNESS, THERMOPLASTIC "T—JOINT" COVERS ARE REQUIRED OVER THE SPLICE INTERSECTIONS OF THE SPLIT PIPE SEAL. VERSICO PRE -FABRICATED SPLIT PIPE SEAL THERMOPLASOC REIWORCED MEMBRANE -APPM+� SUBSTRATE ❑p —SEE NOTE(5) THERMOPLASTIC ROOFING SYSTEM —8. ROOFING SYSTEMS ® THERMOPLASTIC MEMBRANE HOT PIPE (BY OTHERS) SEALANT (BY OTHERS) STAINLESS STEEL CLAMPING RING (BY OTHERS) RAIN HOOD (BY OTHERS) METAL COLLAR (BY OTHERS) ❑2 _' WATER CUT—OFF MASTIC CUT —EDGE SEALANT 3 v TPO/PVC THERMOPLASTIC i SPLIT PIPE —SEAL i i HOT AIR —WELD, 1-1/2' (38mm) MIN. BEYOND ' METAL FLANGE i NOTES: 1. REMOVE ALL EXISTING LEAD AND FLASHING MATERIAL BEFORE INSTALLING PIPE FLASHING. 2. TEMPERATURE OF THE METAL COLLAR MUST NOT EXCEED 140E (60-C) WHEN USING PVC AND 160F (711C) WHEN USING TPO FLASHING. 3. APPROXIMATELY 1/8" (3mm) DIAMETER BEAD OF CUT -EDGE SEALANT IS REQUIRED ON CUT EDGES OF REINFORCED TPO MEMBRANE AND RECOMMENDED ON CUT EDGES OF VERSIFLEX PVC MEMBRANE. 4. REGARDLESS OF THE FIELD MEMBRANE THICKNESS, THERMOPLASTIC 'T-JOINT' COVERS ARE REQUIRED OVER THE SPLICE INTERSECTIONS OF THE SPLIT PIPE SEAL. `—' _—THERMOPLASnC REMORCED MEMBRANE THERMOPLASTIC ROOFING SYSTEM VERSILD HOT PIPE FLASHING — APPROVED SUBSTRATE ROOF®NSYSTEMS ❑0— SEENOTE(S) TPC-8.5 THERMOPLASTIC MEMBRANE 9.1 MECHANICAL TERMINATION WITH COUNTER FLASHING VERSICO UNIVERSAL SINGLE -PLY SEALANT OR SEALANT (BY OTHERS) IF METAL COUNTER -FLASHING (BY OTHERS). — VERSICO ANC NAIL -IN ANCHOR VERSICO TERMINATION BAR wl TPO/PVC � NOTES: 1. APPLY ON HARD SMOOTH SURFACE ONLY; NOT FOR USE ON EXPOSED WOOD. 2. DO NOT WRAP TERMINATION BAR AROUND CORNERS. MIN. 1/4' (6mm) —�L:MAX. 1/2' (13mm) 9.2 SHEET METAL COPING (BY OTHERS) NOTES: 1. FOR VERSICO VERSITRIM COPING, BY REFER TO INSTALLATION METAL CAP ( INSTRUCTIONS PUBUSHED _ OTHERS), SLOPE SEPARATELY. DOWNWARD TOWARDS ROOF 2. MEMBRANE MUST BE EXTENDED EXTEND TO CORNERS TO PROVIDE MEMBRANE COMPLETE COVERAGE OF THE BELOW JOINT 2 TOP WALL SURFACE. 9.a3 COUNTER FLASHING TERMINATION NOTES: 1. WHEN MECHANICAL FASTENERS ARE VERSIOO UNIVERSAL SINGLE -PLY USED TO PENETRATE THE METAL SEALANT OR SEALANT (BY OTHERS) COUNTER -FLASHING, USE EPDM WASHERS, APPLY WATER CUT-OFF Ni METAL COUNTER -FLASHING (BY MASTIC UNDER THE OTHERS). COUNTER -FLASHING OR CAULK THE FASTENER HEADS. FASTEN MEMBRANE ® 12(305mm) O.C. MAX. 2. DETAIL NOT FOR USE ON WARRANTY PROJECTS EXCEEDING 10-YEARS. 9.4 MECHANICAL TERMINATION NOTES: VERSICO UNIVERSAL SINGLE -PLY 1. APPLY ON HARD SMOOTH SURFACE ONLY; SEALANT OR SEALANT (BY OTHERS) NOT FOR USE ON EXPOSED WOOD. / 2. DO NOT WRAP COMPRESSION TERMINATION If VERSICrO ZINC NAIL -IN BAR AROUND CORNERS. ANDiOR 3. DETAIL NOT FOR USE ON WARRANTY PROJECTS EXCEEDING 20-YEARS- . -- _ VERSICO TERMINATION BAR - MIN. 1/4' (6mm) -� (fib —IL—MAX. 1/2" (13mm) VERSICO BONDING ADHESIVE XX)=XXX WATER CUT-OFF MASTIC - MUST BE HELD UNDER CONSTANT COMPRESSION. `_'-RONFFOR� D MEMBRANE ROOFINTHE G YSTIC MEMBRANE ROOFING SYSTEM VERSICO TERMINATIONS, PAGE 1 -APPROVED SUBSTRATE ROOFING SYSTEMS OF 2 ❑0 -SEE NOTES) TPC - 9.OA.10 THERMOPLASTIC MEMBRANE 9.5 MECHANICAL TERMINATION AT VERTICAL JOINT ----------- VERSICO UNIVERSAL SINGLE -PLY SEALANT OR SEALANT (BY OTHERS) VERSICO TERMINATION BAR METAL COUNTER FLASHING (BY OTHERS). 9.6 VERSITRIM COPING SEALANT ice., ,.,,—1 — TPO/PVC NOTES: 1. APPLY ON HARD SMOOTH SURFACE ONLY. 2 DO NOT WRAP COMPRESSION TERMINATION BAR AROUND CORNERS. 3. VERTICAL JOINTS IN THE PRE -CAST PANEL AS WELL AS ALL GAPS AT THE JUNCTION OF THE TILT -UP PANEL AND ROOF DECK MUST BE FULLY SEALED TO PREVENT AIR INFILTRATION. 4. CONTINUOUS COUNTER FLASHING REQUIRED FOR WARRANTY PROJECTS EXCEEDING 20-YEARS. COPING OPTION 2 OPTION 1 20 GA. GALVANIZED ANCHOR VERSITRIM 200 VERSITRIM CUPS ®6 FEET (1829mm) O.G _ __ -UNLtALt' SYLICt FLA IL A I EACH JOINT OF COPING FORMED COPING 10 FEET (3048mm) LENGTH TEE — ANCHOR CLEAT VERSICO HPVX FASTENER HEX -HEAD FASTENERS NOTE: 1. MEMBRANE SHOULD BE EXTENDED AT CORNERS TO PROVIDE COMPLETE COVERAGE OF THE TOP WALL SURFACE. REFER TO DETAIL TPC-9.2. 2. REFER TO VERSITRIM COPING INSTALLATION INSTRUCTION MANUAL FOR STEP-BY-STEP INSTRUCTION PROCEDURES. 9.7 COPING STONE TERMINATION COPING STONE & ANCHORS WATER CUT-OFF MASTIC (BY OTHERS) WATER CUT-OFF MASTIC SEALANT (BY OTHERS). UNDER AROUND DOWEL OR ANCHORS THE MEMBRANE UP. VERSICO BONDING ADHESIVE xXxxx%xx WATER CUT-OFF MASTIC- MUST BE HELD UNDER CONSTANT COMPRESSION. `_AM VERSICO MEMBRANE TERMINATIONS, PAGE 2 ^REINFORCEDMEMBRANE ERMOPLASTIC -APPROVED SUBSTRATE THERMOPLASTIC ROOFING SYSTEM ROOFING SYSTEMS OF 2 Q _SEE NOMS) TPC - 9. 0 B ti THERMOPLASTIC MEMBRANE TPO/PVC, `p I WHEN A WARRANTY WIND SPEED GREATER THAN 90MPH IS SPECIFIED, VERSICO FASTENERS AND 5 SEAM FASTENING PLATES SHALL NOT EXCEED 6" (152mm) ON CENTER FOR ADHERED MEMBRANE a ASSEMBLIES. THERMOPLASTIC REINFORCED MEMBRANE ❑7 I ANY iPC-9.0 ' APPLICABLE BONDING TERMINATION ADHESIVE (ABOVE I HOT AIR WELD, ANTICIPATED I /_ (38mm) WATER LEVEL) MIN. I MIN. /--CUT-EDGE SEALANT Ej VERSICO FASTENER & SEAM FASTENING PLATE, MAX. 12" (305mm) O.C. INDOOR AIR �3 5� NOTES: 1. POSITION FASTENING PLATES 1/2" (13mm) TO 1" (25mm) FROM EDGE OF DECK MEMBRANE. 2. REFER TO SPECIAL CONDITION SPEC. SUPPLEMENTS G-01-11 OR G-07-11: 2.1. TO BLOCK INDOOR AIR INFILTRATION AND HUMIDITY AT THE JUNCTION (G-01-11). 2.2. WHERE ROOF SYSTEM IS DESIGNED WITH A VAPOR RETARDER (G-07-11). 3. ON MECHANICALLY ATTACHED SYSTEMS, HPVX FASTENERS AND PLATES OR HPV-XL FASTENERS AND PLATES ARE REQUIRED OVER STEEL AND WOOD DECKS, ON CONCRETE DECKS, CD-10 OR MP 14-10 FASTENERS ARE USED WITH HPVX PLATES. 4. WHEN USING TPO MEMBRANE, BONDING ADHESIVE IS UU REQUIRED WHEN THE FLASHING HEIGHT IS 12" (305mm) AND COUNTERFLASHING IS USED FOR TERMINATION. WHEN COPING OR VERSICO TERMINATION BAR IS USED, BONDING ADHESIVE MAY BE ELIMINATED WHEN THE FLASHING HEIGHT IS 18" (457mm) OR LESS. 5, IN A CASE WHERE FASTENERS MUST BE FASTENED INTO THE VERTICAL SURFACE, CARE MUST BE TAKEN TO CREASE THE MEMBRANE TIGHTLY INTO THE ANGLE CHANGE. PLACING THE PLATES TIGHT INTO THE ANGLE CHANGE WILL HELP HOLD THE MEMBRANE IN THE PROPER POSITION. 6. APPROXIMATELY 1/8" (3mm) DIAMETER BEAD OF CUT -EDGE SEALANT IS REQUIRED ON CUT EDGES OF REINFORCED TPO MEMBRANE AND RECOMMENDED ON CUT EDGES OF VERSIFLEX PVC MEMBRANE. 7. WHEN PARAPET WALL HEIGHT EXCEEDS 48" (1219mm), REFER TO DETAILS TPC-12.4 OR TPC-12.5 FOR ADDITIONAL REQUIREMENTS WHEN USING PVC MEMBRANE ONLY. `—' VERSICO PARAPET FLASHING --THERMOPLASnc REINFORCED MEMBRANE - APPROVED. SUBSTRATE LTHERMOPL,ASTIC G S ROOFING SYSTEMST 0❑ —SEE NOTE(5) PC — THERMOPLASTIC MEMBRANE p 1 WHEN A WARRANTY WIND SPEED GREATER THAN 90MPH IS SPECIFIED, VERSICO FASTENERS AND SEAM FASTENING PLATES SHALL NOT EXCEED 6" (152mm) ON CENTER FOR ADHERED MEMBRANE ASSEMBLIES. 0 ' I. VERSIWELD ANY TPC-9.0 BONDING ADHESIVE TERMINATION I �a (ABOVE I ANTICIPATED 6" (152mm) WIDE VERSIWELD WATER LEVEL) I PRESSURE -SENSITIVE RUSS STRIP VERSICO FASTENER & SEAM FASTENING PLATE, MAX. 12" INDOOR AIR (305mm) O.C. F3 NOTES: 1. FOR INSIDE CORNER AND RUSS APPLICATION SEE TPC-12.2B. 2. REFER TO SPECIAL CONDITION SPEC, SUPPLEMENTS G-01-11 OR G-07-11: 2.1. TO BLOCK INDOOR AIR INFILTRATION AND HUMIDITY AT THE JUNCTION (G-01-11). 2.2. WHERE ROOF SYSTEM IS DESIGNED WITH A VAPOR RETARDER (G-07-11). 3. ON MECHANICALLY ATTACHED SYSTEMS, HPVX FASTENERS AND PLATES OR HPV-XL FASTENERS AND PLATES ARE REQUIRED OVER STEEL AND WOOD DECKS. ON CONCRETE DECKS, CD-10 OR MP 14-10 FASTENERS ARE USED WITH HPVX PLATES. 4. WHEN COUNTERFLASHING IS USED FOR TERMINATION, BONDING ADHESIVE IS NOT REQUIRED WHEN FLASHING HEIGHT IS 12" (3D5 mm) OR LESS. WHEN COPING OR TERMINATION BAR IS USED, ADHESIVE MAY BE ELIMINATED WHEN FLASHING HEIGHT IS 18" (457mm) OR LESS. 5. TPO PRIMER MUST BE APPLIED TO BACK SIDE OF THE VERSIWELD MEMBRANE PRIOR TO COMPLETING SPLICE TO PRESSURE -SENSITIVE RUSS. 6. IN A CASE WHERE FASTENERS MUST BE FASTENED INTO THE VERTICAL SURFACE, CARE MUST BE TAKEN TO CREASE THE RUSS AS WELL AS THE MEMBRANE TIGHTLY INTO THE ANGLE CHANGE TO MAXIMIZE CONTACT BETWEEN THE TAPE AND MEMBRANE. MEMBRANE MUST BE ADHERED TO THE FULL WIDTH OF THE TAPE. PLACING THE PLATES TIGHT INTO THE ANGLE CHANGE WILL HELP HOLD THE RUSS IN THE PROPER POSITION. `�' VERSICO PARAPET FLASHING WITH PRESSURE -SENSITIVE �—TPO METABRANE - APPROVED SUBSTRATE THERMOPLASTIC ROOFING SYSTEM ' ROOFING SYSTEMS RUSS, PAGE l OF 2 -SEE NOTE(S) T PC - 12.2A THERMOPLASTIC MEMBRANE WIDE VERSICO FASTENER & SEAM FASTENING PLATE, MAX. 12" (305mm) O.C. PRE -APPLIED QUICK APPLIED TAPE DIMENSIONS mm OA 6" 152 TO 9" 229 © 1 /8' 3 MIN. 1" 25 MAX. © 12" 305 MIN. OD 1152 1 MIN. O 1-1/2 38 1 MIN. ICUT AT 45' 1 N OTES: 1. THE CUT SECTION OF VERTICAL MEMBRANE WILL BE FOLDED UNDER THE FIELD MEMBRANE AS SHOWN IN STEP 4. 2. APPLY INSIDE CORNER IN ACCORDANCE WITH VERSICO DETAILS TPC-15.1 OR TPC-15.2. OAQ�c 'to F ice/ \� Sao TPO � $ ( ANY C-9 —1 TERMINATION THERMOPLASTIC MEMBRANE TPO/PVC 1/4' (6mm) r METAL COPING THERMOPLASTIC MEMBRANE ❑s THERMOPLASTIC COATED METAL 1. ALLOW 1 /4" GAP CUT -EDGE SEALANT BETWEEN ADJOINING SECTIONS OF COATED METAL HOT AIR WELD, 1-1/2" �(38mm) MIN. NON -REINFORCED MEMBRANE MEMBRANE `\ 2. HEAT WELD 3" \V (76mm) WIDE PIECE NOTES: OF NON-REINF. MEMBRANE OVER 1. APPROXIMATELY 1/8" (3mm) DIAMETER BEAD OF JOINT. CUT -EDGE SEALANT IS REQUIRED ON CUT EDGES OF REINFORCED TPO MEMBRANE AND RECOMMENDED NON -REINFORCED ON CUT EDGES OF VERSIFLEX PVC MEMBRANE. MEMBRANE 2. REFER TO SPECIAL CONDITION SPEC. SUPPLEMENTS G-01-11 OR 0-07-11: f: 2.1. TO BLOCK INDOOR AIR INFILTRATION AND HUMIDITY AT THE JUNCTION (G-01-11). j 2.2. WHERE ROOF SYSTEM IS DESIGNED WITH A VAPOR RETARDER (G-07-11). 3. PLACE A LAYER OF THERMOPLASTIC MEMBRANE UNDER THE METAL CAP TO PROTECT AGAINST MOISTURE INFILTRATION AT JOINTS. 4. FASTEN COATED METAL FLASHING TO WOOD 3. HEAT WELD 6" NAILERS USING 1-1/2" (38mm) MIN. RING SHANK (152mm) WIDE PIECE NAILS SPACED 6" (152mm) ON CENTER AND OF NON-REINF. STAGGERED APPROX. 1/2" (13mm). MEMBRANE OVER JOINT. `—' PARAPET FLASHING WITH ^ 11 MEMBRANE THERMOPLASTIC `—' �"�� � MEMBRANE ETHERMOPLASTIC VERSCO PRESSURE -SENSITIVE APPRObED suesrnAlE ROOFING SYSTEM �/ERSICO COATED METAL WALL Apppp�p SUBSTRATE G SYSTEM ROOFING SYSTEMS RUSS, PAGE 2 OF 2 a SEE No1gs) TPC - 12.2 B ROOFING SYSTEMS FLASHING 0 _ -SEE NOTE(S) - 12.3 THERMOPLASTIC MEMBRANE PVC VERSIFLEX BONDING ADHESIVE VERSICO FASTENER & SEAM FASTENING, PLATE, MAX. 12" (305mm) O.C. (SM THERMOPLASTIC TPC-12.1 DETAIL) /ANY TPC-9.0 TERMINATION DETAIL VERSICO FASTENER & SEAM FASTENING t' PLATE, MAX. 12"`l �- / (305mm) O.C. �9 MIN. 2" (51mm) WIDE OVERLAP (HOT AIR WELD, 1-1/2", 38mm MIN.) 6" (152mm) WADE REINFORCED PVC MEMBRANE, HOT AIR WELD ALL EDGES WITH MIN. 1-1/2" (38mm) PAST FASTENING PLATES VERSIFLEX PVC MEMBRANE QJo Fes,, DIMENSIONS mm AO 6" 152 © 8'-0" 2438 MAXI © 12"O.C. 305 MAX.' NOTES: 1. IN ADDITION TO ADHESIVE, VERTICAL OR HORIZONTAL MEMBRANE SECUREMENT IS REQUIRED. 2. INSTALL VERSIFLEX PVC MEMBRANE HORIZONTALLY AS SHOWN WITH LENGTH PARALLEL TO THE BASE OF THE WALL 3. ADDITIONAL SECUREMENT IS NOT REQUIRED WHEN FLASHING TERMINATION IS 48" (1219mm) OR LESS. THERMOPLASTIC MEMBRANE PVC PLATE, MAX. 12" (305mm) O.C. (5fz THERMOPLASTIC TPC-12.1 DETAIL DIMENSIONS I mm AO 4'-O- 1219 MAX. © 12"O.C. 1 305 1 MAX. NOTES: 1. IN ADDITION TO ADHESIVE, VERTICAL OR HORIZONTAL MEMBRANE SECUREMENT IS REQUIRED. 2. INSTALL VERSIFLEX PVC MEMBRANE HORIZONTALLY AS SHOWN WITH LENGTH PARALLEL TO THE BASE OF THE WALL 3. ADDITIONAL SECUREMENT IS NOT REQUIRED WHEN FLASHING TERMINATION 15 48" (1219mm) OR LESS. `—' `—' PARAPET FLASHING > —PK MEMBRANE THERMOPLASTIC -ROOFING EM 48" (1200mm) VERSICO ERSICO -APPR� SUBST07E HORIZONTAL o SECUREMENT 0❑ —SEE NOTE(s) T P C -12 . 5 ID— � PARAPET FLASHING > 48" (1200mm) - PVC MEMBRANE MEMBRANE __ UBs�� THERMOPLAROOFING STIC ROOF®� SYSTEMS VERTICAL SECUREMENT p -� N07E(s)OVED T P C - 12.4 THERMOPLASTIC MEMBRANE ANY TPC-9.0 TERMINATION DETAIL PVC � O VERSICO FASTENER & SEAM FASTENING PLATE, MAX. 12" (305mm) O.C. O o VERSIFLEX PVC 6" (152mm) WIDE REINFORCED PVC MEMBRANE, HOT AIR WELD ALL EDGES WITH MIN. 1-1/2" (38mm) PAST FASTENING PLATES VERSICO FASTENER & SEAM FASTENING PLATE, MAX. 12" (305mm) O.C. (SEE THERMOPLASTIC TPC-12.1 DETAIL) DIMENSIONS mm AO 6" 152 © 32" 813 MAX. © 12" 305 MAX. `—' VERSICO PARAPET FLASHING / NO ADHESION - ANY HEIGHT —°"� uoeaRARE —APPROVED SUSSMTE THERMOPLASTIC ROOFING SYSTEM ROOFION�SYSTEMS OPTION 0 -SE „OIECS) T P C -12 .6 THERMOPLASTIC MEMBRANE TPO EXISTING BUILT—UP ROOF NEW VERSICO TPO ROOF MIN. 3" (76mm) WIDE REPLACE EXISTING QA SEAM TAPE IN GRAVEL (WITH THE CONJUNCTION WITH ADDITION OF NEW A A A UNCURED EPDM EPDM OR TPO PRIMER. AS NEEDED) ELASTOFORM REFER TO THERMOSET ' FLASHINGDETAIL V • — .tA HO. . • . T AS V ■■11■■■■■■■■■■■■■■■■■■■■■I iiiiiiiiiiiiiiik .. - - - - --(TYPE III OR IV) OR --- -- ---------------------------------------------------- VERSICO FASTENER Z & SEAM FASTENING PLATE, MAX. 12" Qj (305mm) O.C. C NOTE: 1. REMOVE ALL GRAVEL AT TIE—IN. 2. DRILL A 3/8" (10mm) DIAMETER WEEP HOLE INTO THE BOTTOM FLUTES OF THE STEEL DECK ALONG THE PERIMETER TO THE TIE—IN 6" (152mm) MINIMUM TO 12" (305mm) MAXIMUM FROM THE SEAM FASTENING PLATE. 3. ON MECHANICALLY ATTACHED SYSTEMS, HPVX FASTENERS AND PLATES OR HPV—XL FASTENERS AND PLATES ARE REQUIRED OVER STEEL DECKS. 4. IF WATER PONDS OR FLOWS OVER TIE—IN FROM BUR SURFACE, VERSICO ROOFING SYSTEM MUST BE TOTALLY ISOLATED; SEE DETAIL TPC-13.2. DIMENSIONS mm A@ 6" 152 MIN. © 2" 51 t 1/2" (13mm) © 6" 152 TO 12" 305 O�l,i AQoOlF� e VERSICO'S TWO PART POURABLE SEALER REPLACE UNCURED EPDM EXISTING FLASHING GRAVEL B A A COLD TIE-IN OPTION VERSIC0 TPO TIE-IN TO BUILT-UP ROOFING OVER STEEL 7P0 NE]1BPANE —APPROVED ----- THERMOPLASTIC ROOFING SYSTEM ROOFING SYSTEMS ROOF DECK � —ySEE „oWs1 T PC - 13.1 THERMOPLASTIC MEMBRANE TPO EXISTING BUILT-UP ROOF NEW VERSICO TPO ROOF MIN. 3" (76mm) WIDE QA SEAM TAPE IN REPLACE EXISTING CONJUNCTION WITH GRAVEL (WITH THE UNCURED EPDM rEPDM OR TPO PRIMER. ADDITION OF NEW A A A FLASHING \ REFER TO THERMOSET AS NEEDED) \i DETAIL VGC-2.1A. FLHODD COATASPHOF I � FELTS Z -EXISTING.BUILT-UP ROOF (TYPE III OR IV) OR n . HO ASPHALT VERSICO FASTENER ea COAL TAR PITCH ' (TYPE III OR IV) OR °. & SEAM FASTENING: COAL TAR PITCH PLATE, MAX. 12" ' A' ,m a (305mm) O.C. �z .a. FILLER (BY OTHERS) REFER TO DETAIL TPC-9.4 UMIT OF FOR MEMBRANE TERMINATION VERSICO WARRANTY NOTE: 1. REMOVE ALL GRAVEL AT TIE-IN. 2. ON MECHANICALLY ATTACHED SYSTEMS, CD-10 OR MP 14-10 FASTENERS AND HPVX PLATES ARE REQUIRED OVER CONCRETE DECKS. 3. WATER CUT-OFF MUST BE HELD UNDER CONSTANT COMPRESSION. 4. VERSICO IS NOT RESPONSIBLE FOR DAMAGE TO THE BUILT-UP ROOF OR STRUCTURAL DECK RESULTING FROM PONDED WATER; THIS DETAIL APPLIES TO RE -ROOFING WHEN A TEAR -OFF IS NOT SPECIFIED AND WAS DESIGNED TO PREVENT MIGRATION OF WATER WITHIN THE ROOFING SYSTEM. DIMENSIONS mm AO 6" 152 1 MIN. © 2„ 51 f 1 /2" (13mm) �'o ack VERSICO'S TWO PART POURABLE SEALER REPLACE UNCURED EPDM EXISTING FLASHING GRAVEL B A A COLD TIE-IN OPTION `VA VERSICO TPO TIE-IN TO BUILT-UP ROOFING OVER - mo MEMBRANE -APPROVED SUSSrRAIE HERMOPLASTIC FROOFINGSYSTEM 1.ROOFING SYSTEMS CONCRETE ROOF DECK -SEE NOTES) P C -13.2 THERMOPLASTIC MEMBRANE EXISTING MANUFACTURER'S LIMIT OF VERSICO WARRANTY. �/ WARRANTY. REPAIRS EXECUTED LEAKS EXCLUDED WHERE METAL BY THE AUTHORIZED APPLICATOR DECK FLUTES CHANNEL WATER OF THE EXISTING ROOF FROM OLD ROOF TOWARDS NEW MANUFACTURER ROOF METAL COPING THERMOPLASTIC (BY OTHERS) � � REINFORCED MEMBRANE W'R TPO/PVC APPLICABLE BONDING ADHESIVE HOT AIR WELD, %1-1/2" (38mm) MIN. f— CUT -EDGE SEALANT �2 NOTES: 1. POSITION MEMBRANE FASTENING PLATES 1/2" (13mm) TO 1" (25mm) FROM EDGE OF i1ECK MEMBRANE. 2. APPROXIMATELY 1/8" (3mm) DIAMETER BEAD OF CUT -EDGE SEALANT IS REQUIRED ON CUT EDGES OF REINFORCED TPO MEMBRANE AND RECOMMENDED ON CUT EDGES OF VERSIFLEX PVC MEMBRANE. 3. ENSURE THE LOCATION OF CURB WILL NOT IMPEDE THE FLOW OF WATER AT EXISTING ADJACENT ROOF. y RRSICO PO/PVC TIE-IN EXISTING SINGLE -PLY EXISTING T -THEMOREINFORLA MEMBRANE — APPROVM SUBS RAZE �p -SEE NOTES) THERMOPLASTIC ROOFING SYSTEM T P C - 13.3 ROOFING SYSTEMS THERMOPLASTIC MEMBRANE TPO D EXISTING EPDM ROOF I NEW VERSICO VERSICO FASTENER & SEAM FASTENING EXISTING EPDM PLATE, MAX. 12" MEMBRANE(305mm) O.C. 2 EXISTING INSULATION ------------ MIN. 3" INWIDE I QA SEAM TAP E j CONJUNCTION WITH j EPDM OR TPO PRIMER. REFER TO THERMOSET DETAIL VGC-2.1A. NOTES: 1. PRIOR TO SPLICING, CLEAN EXISTING EPDM MEMBRANE BY SCRUBBING THE SPLICE AREA WITH WEATHERED MEMBRANE CLEANER AND ALLOW TO DRY. 2. CONTACT MANUFACTURER OF EXISTING WARRANTED EPDM MEMBRANE ROOFING SYSTEM TO VERIFY ACCEPTANCE OF TIE-IN. 3. FOR EXISTING BALLASTED SYSTEMS BY OTHERS, CONSULT RESPECTIVE MANUFACTURER FOR ACCEPTABLE GRAVEL CONTAINMENT TO PREVENT GRAVEL MIGRATION. 4. DRILL A 3/8" (10mm) DIAMETER WEEP HOLE INTO THE BOTTOM FLUTES OF THE STEEL DECK ALONG THE PERIMETER OF THE TIE-IN 6" (152mm) MINIMUM TO 12" (305mm) MAXIMUM FROM THE SEAM FASTENING PLATE. 5. ON MECHANICALLY ATTACHED SYSTEMS, HPVX FASTENERS AND PLATES OR HPV-XL FASTENERS AND PLATES ARE REQUIRED OVER STEEL DECKS. 12" (305mm) WIDE QUICK APPLIED EPDM CURED COVER STRIP IN CONJUNCTION WITH EPDM OR TPO PRIMER DIMENSIONS mm A 6" 152 B 6" 152 MIN. 12" 305 MAX. —TPO MEMBRANE THERMOPLASTIC `—' vER VA TPO TIE-IN TO EXISTING -AppgOyEp SUBSTRATE SYSTEM ROOFING SYSTEMS EPDM MEMBRANE ❑O -SEE NOTE(S) TPC - 13.4 THERMOPLASTIC MEMBRANE TPO D EXISTING EPDM ROOF NEW VERSICO TPO REINFORCED MEMBRANE TPO BONDING HOT AIR -WELD, ADHESIVE 1-1/2" (38mm) MIN. BEYOND 6" (152mm) WIDE QA FASTENING PLATES SEAM TAPE IN REFER TO DETAIL CONJUNCTION WITH TPC-9.4 FOR EPDM PRIMER. MEMBRANE CUT -EDGE TERMINATION � SEALANT - - - - - - - 7 EXISTING EPDM MEMBRANE ASSEMBLY �2 .4. a.4 . ZI N . . . . . . .. VERSICO FASTENER FlLLER (BY OTHERS) & SEAM FASTENING LIMIT OF PLATE, MAX. 12" VERSICO (305mm) O.C.© WARRANTY NOTES: 1. PRIOR TO SPLICING, CLEAN EXISTING EPDM MEMBRANE BY SCRUBBING THE SPLICE AREA WITH WEATHERED MEMBRANE CLEANER; ALLOW TO DRY. 2. CONTACT MANUFACTURER OF EXISTING WARRANTED EPDM MEMBRANE ROOFING SYSTEM TO VERIFY ACCEPTANCE OF TIE-IN. 3. ON EXISTING BALLASTED ROOFING SYSTEMS, CONSULT RESPECTIVE MANUFACTURER FOR ACCEPTABLE GRAVEL CONTAINMENT TO PREVENT GRAVEL MIGRATION. 4. WATER CUT-OFF MASTIC MUST BE HELD UNDER CONSTANT COMPRESSION. 5. WHEN RE -ROOFING OVER PRE -CAST CONCRETE, APPLY LIBERAL BEAD OF WATER CUT-OFF MASTIC IN THE JOINTS TO PREVENT MOISTURE MIGRATION. S. ON MECHANICALLY ATTACHED SYSTEMS, CD-10 OR MP 14-10 FASTENERS AND HPVX PLATES ARE REQUIRED OVER CONCRETE DECKS. 7. APPROXIMATELY 1/8" (3mm) DIAMETER BEAD OF CUT -EDGE SEALANT IS REQUIRED ON CUT EDGES OF REINFORCED TPO MEMBRANE. t`o Fop l� — TPO MEMBRANE THERMOPLASTIC e^O y I�� K- EPDM TIE-IN ON - APPROVED SUBSTRATE ROOFING SYSTEM ROOF®N SYSTEMS CONCRETE DECK 1 —SEE NOTE(S) TPC - 1 3. 5 THERMOPLASTIC MEMBRANE TPO/PVC ,__ SHINGLES, SHAKES, SLATE. ETC. (BY OTHERS) UNDERLAYMENT MAT OF WATER SHEDDING SYSTEM TO BE ABOVE VERSICO MEMBRANE IN 3O SHINGLE -FASHION, OVERLAP MIN. 6" (152mm) VERSICO FASTENER & SEAM FASTENING \Q PLATE, MAX. 12" (305mm) O.C. �3 k HOT AIR -WELD, 1-1/2" (38mm) MIN. ' a NONNI NI APPROVED SUBSTRATE ADHESIVE NOTES: 1. REGARDLESS OF MEMBRANE EXPOSURE EXTEND MEMBRANE UNDER FIRST 3 COURSES. 2. VERSICO'S WARRANTY IS LIMITED TO EXPOSED PORTION OF ROOF MEMBRANE. 3. ON MECHANICALLY ATTACHED SYSTEMS, HPVX FASTENERS AND PLATES OR HPV-XL FASTENERS AND PLATES ARE REQUIRED OVER STEEL OR WOOD DECKS. 4. APPROXIMATELY 1/8" (3mm) DIAMETER BEAD OF CUT -EDGE SEALANT IS REQUIRED ON CUT EDGES OF REINFORCED TPO MEMBRANE AND RECOMMENDED ON CUT EDGES OF VERSIFLEX PVC MEMBRANE. `-' VERSICO TPO/PVC TIE-IN TO SHINGLED ROOF ^ROWCRCMMEMBRANELTHERMOPLASTICI -+� suesnuTE �p —SEE NOTE(5) G SYSTEM - 13 . 6 ROOFING SYSTEMS � THERMOPLASTIC MEMBRANE THERMOPLASTIC REINFORCED MEMBRANE CREASE UNE FLASMNG HEIGHT" CUT ALONG LINES NOTES: 1. POSITION FASTENING PLATES 6" TO 9" (152 TO 229mm) FROM THE CORNER AND 1/2" TO 1" (13 TO 25mm) FROM EDGE OF MEMBRANE. 2. APPROXIMATELY 1/8" (3mm) DIAMETER BEAD OF CUT -EDGE SEALANT IS REQUIRED ON CUT EDGES OF REINFORCED TPO MEMBRANE AND RECOMMENDED ON CUT EDGES OF VERSIFLEX PVC MEMBRANE. 3. REFER TO VERSICO SPECIFICATIONS FOR ACCEPTABLE VERSICO FASTENERS AND PLATES. 4. WHEN USING 60 OR 80-MIL MEMBRANE, APPLY A 4-1/2" (114mm) DIAMETER "T-JOINT" COVER AT ALL FIELD SPLICE INTERSECTIONS. �f TPO/PVC VERSICO FASTENER & SEAM FASTENING PLATE, MAX. 12" (305mm) O.C. PRE -MOLDED INSIDE CORNER BEFORE INSTALLATION DIMENSIONS mm AO 6" 152 APPROX. © 6"-9" 152-229 © 45—DEGREES APPROX. VA THEMOPLASTIC CED MEMBRANE REWC)RROOFING THERMOPLASTIC VER PRE -MOLDED INSIDE -APPROVM SUBSTRATE SYSTEM ROOFING SYSTEMS CORNER FLASHING ❑ -SEE NOTES) TPC-15.1 THERMOPLASTIC MEMBRANE TPO/PVC M o DETAIL NOT FOR USE ON 25 OR 30-YEAR WARRANTY PROJECTS, PRE-FABRICATED/PRE-MOLDED ACCESSORIES MUST BE UTILIZED. ACCEPTABLE FLASHING SHALL CONFORM WITH THERMOPLASTIC COMMON DETAIL TPC \moo �j CUT A SECTION OF THERMOPLASTIC NON -REINFORCED MEMBRANE WITH ROUNDED CORNERS HOT AIR WELD POSITION AND HEAT WELD CORNER IN PLACE AS SHOWN DIMENSIONS Trim AO 6" 152 APPROX. © 6'-9" 152-229 HEAT WELD APPROX. 1/4 OF AREA AS SHO UNDERSIDE \ ♦ ZMEMBRANE RANE TOP SURFACE TRIM TRIANGULAR FLAP BEYOND EXPOSED CORNER AS SHOWN REINFORCED MEMBRANE �4� HOT AIR �7 WELD T-JOIN T ❑1 NOTES: 1. WHEN USING 60 OR 80-MIL MEMBRANE, APPLY A 4-1/2" (114mm) DIAMETER "T-JOINT" COVER AT ALL FIELD SPLICE INTERSECTIONS. 41MIA�-THERMOPLASTIC �+A VERSCO FIELD FABRICATED INSIDE CORNER REINFORCED MEMBRANE -APPROVED SUBSTRATE THERMOPLASTIC ROOFING SYSTEM ROOFING SYSTEMS FLASHING �U -SEE NOTE(S) TPC -15. 2 THERMOPLASTIC MEMBRANE TPO/PVC VERIICAL LINE OF CORNER COATED METAL FLA ING.'.'.'.'.'.'.'.'.'.'.'.'.'.'.'.'.'.*CUT ... HEIGHT CREASE L'. 1 .. --...........TPPROX. 3' (76mm) ALONG WIDE DECK FLANGE LINES CREASE COATED METAL FLASHING ALONG DASHED LINES AFTER CUTTING AND REMOVING SHADED TRIANGLE 3 3' (76mm) WIDE NON -REINFORCED MEMBRANE HEAT WELD 3" (76mm) WIDE SECTION OF NON -REINFORCED MEMBRAOVER VERTICAL JOINT IN COATED METAL AND OVER CUTNE EDGE AT CORNER AS SHOWN. 5 INSIDE CORNER FLASHING �I .' .. '.'.'.'.'.'... .':.. INSTALL FIELD MEMBRANE AND HEAT WELD TO FLANGE OF COATED METAL ALSO INSTALL INSIDE CORNER FLASHING PER THERMOPLASTIC COMMON 15.1 OR 15.2 DETAIL. 2 1/4' (5mm) OVERLAP DAP AT FLANGE OF ADJOINING COATED METAL SECTIONS COATED METAL FLASHING OVERLAP FLANGE AT CORNER AND FASTEN TO WOOD NAILERS USING 1-1/2" (38mm) RING SHANK NAILS SPACED 6' (152mm) O.C., STAGGERED 1/2" (13mm). el 4 6' (152mm) WIDE NON-R.Nm2RCED MEMBRANE r: `r HEAT WELD 6" (152mm) WIDE PIECE OF REINFORCED MEMBRANE OVER 3' WIDE NON -REINFORCED MEMBRANE. NOTES: 1. FASTEN COATED METAL FLASHING TO WOOD NAILERS USING 1-1/2" (38mm) MIN. RING SHANK NAILS SPACED 6" (152mm) ON CENTER AND STAGGERED APPROX. 1/2" (13mm). 2. APPROXIMATELY 1/8" (3mm) DIAMETER BEAD OF CUT -EDGE SEALANT IS REQUIRED ON CUT EDGES OF REINFORCED TPO MEMBRANE AND RECOMMENDED ON CUT EDGES OF VERSIFLEX PVC MEMBRANE. `-'1. VERSICO INSIDE CORNER WITH COATED METAL WALL REINFORCED MEMBRANE -REINFTHERMOPLASTIC ME -APPROVED SUBSTRATE rTHERMOPLASTIC OFING SYSTEM ROOFING SYSTEMS v_ _ FLASHING �o — SEE NOTE(S) PC — 15.3 THERMOPLASTIC MEMBRANE VERSICO FASTENER & SEAM FASTENING PLATE, MAX. 12" (305mm) O.C. PRE —MOLDED OUTSIDE CORNER TPO/PVC � 2 THERMOPLASTIC REINFORCED I MEMBRANE PRE —MOLDED OUTSIDE CORNER BEFORE INSTALLATION NOTES: 1. POSITION FASTENING PLATES 6" (152mm) FROM THE CORNER AND 1/2" TO 1" (13 TO 25mm) FROM EDGE OF MEMBRANE. 2. APPROXIMATELY 1/8" (3mm) DIAMETER BEAD OF CUT —EDGE SEALANT IS REQUIRED ON CUT EDGES OF REINFORCED TPO MEMBRANE AND RECOMMENDED ON CUT EDGES OF VERSIFLEX PVC MEMBRANE. 3. REFER TO VERSICO SPECIFICATIONS FOR ACCEPTABLE VERSICO FASTENERS AND PLATES. _ 7HERMOPLA4nc THERMOPLASTIC VERSCO PRE -MOLDED OUTSIDE FE ORS MEMBRANE —APP+OYM suBs'num ROOFING SYSTEM ROOFING SYSTEMS CORNER FLASHING p�—SEENMS) TPC-15.4 THERMOPLASTIC MEMBRANE TPO/PVC r.50-_ DETAIL NOT FOR USE ON 25 OR 30—YEAR WARRANTY PROJECTS, PRE—FABRICATED/PRE—MOLDEDACCESSORIES MUST BE UTILIZED. ACCEPTABLE FLASHING SHALL CONFORM WITHTHERMOPLASTIC COMMON DETAIL TPC-15.4. APPROX. 6" ROUND CORNERS OF (152mm) NON —REINFORCED MEMBRANE T APPROX. 6" APPLY HEAT TO THERMOPLASTIC NON —REINFORCED MEMBRANE AND ".. FORM BY HAND PRIOR TO HOT AIR WELDING CORNER INTO PLACE ....'..TwERniaeLAsnc.' .•.'.'. . . . NON —REINFORCED, .'.'.'PIECE..... . u POSITION AND HEAT ° A5�G PELD ACE ASCORNERS SHOWN 1HERMFORGNC R�,EMeRP MIN- 1g0 ,I ;:R01 THERMOPLAsnc THERMOPLASTIC FIELD FABRICATED rZWORCO MEMBRANE ROOFING SYSTEM VERSA OUTSIDE CORNER —APPROVED SUBSTRATE ROOF®Nr� TEMS FLASHING El —� NOTES) TPC -15.5 THERMOPLASTIC MEMBRANE WOOD NAILER NOTES: 1. FASTEN COATED METAL FLASHING TO WOOD NAILERS USING 1-1/2" (38mm) MIN. RING SHANK NAILS SPACED 6" (152mm) ON CENTER AND STAGGERED APPROX. 1/2" (13mm). 2. REFER TO THERMOPLASTIC TPC-15.3 DETAIL FOR FLASHING VERTICAL JOINTS IN COATED METAL. TPO/PVC THERMOPLASTIC MEMBRANE REINFORCED MEMBRANE THERMOPLASTIC OUTSIDE CORNER `—� OUTSIDE CORNER WITH MEMBRANE —10WOR ED M LASTIC ROOFINGTHERMOSYSTEMRE]NFORCED VERSCO COATED METAL WALL -APPROVM SUBSTRATE ROOFING SYSTEMS FLASHING O -SM NOTES) TPC -15 .6 TPO/PVC Z I MOLDED SEALANT POCKETS MUST BE USED IN CONJUNCTION WITH RAIN HOODS FOR PROJECTS WITH 25 AND 30-YEAR WARRANTIES. U SEALANT (BY OTHERS) HOT AIR WELD, 1-1/2" (38mm) MIN. RAIN HOOD (BY OTHERS) (SEE CAUTION NOTE) .WHITE ONE -PART POURABLE SEALER ❑s NOTES: 1. TEMPERATURE OF PIPE MUST NOT EXCEED 160' F (71- C). 2. WHEN USING TPO MOLDED SEALANT POCKET, TPO PRIMER MUST BE APPLIED TO ALL INSIDE SURFACES AND PENETRATIONS PRIOR TO FILLING WITH SEALANT. 3. FILL POCKET COMPLETELY WITH WHITE ONE -PART POURABLE SEALER UNTIL RIM IS COVERED WITH SEALANT; ENSURE ALL VOIDS ARE FILLED. 4. ON MECHANICALLY -ATTACHED SYSTEMS, INSTALL A MINIMUM OF 4 FASTENING PLATES AROUND SEALANT POCKETS WITH A DIAMETER UP TO 6" (152mm). ADDITIONAL FASTENING PLATES WILL BE REQUIRED FOR SEALANT POCKETS GREATER THAN 6" IN DIAMETER AND SHALL BE SPACED 12" (305 mm) ON CENTER MAXIMUM. FASTENERS/PLATES ARE NOT REQUIRED ON ADHERED SYSTEMS UNLESS 5. REFER TO VERSICO SPECIFICATIONS FOR PROPER FASTENERS AND PLATES. 6. APPROXIMATELY 1/8" (3mm) DIAMETER BEAD OF CUT -EDGE SEALANT IS REQUIRED ON CUT EDGES OF REINFORCED TPO MEMBRANE AND RECOMMENDED ON CUT EDGES OF VERSIFLEX PVC MEMBRANE. THERMOPLASTIC MOLDED SEALANT POCKET CUT -EDGE SEALANT DIMENSION mm [oil- 1 25 1 MIN. PLACE MOLDED THERMOPLASTIC SEALANT POCKET AROUND PENETRATION AND OVERLAP THE TWO SECTIONS REFER TO PRODUCT DATA SHEET FOR STEP-BY-STEP INSTALLATION PROCEDURES � _ THFRMOPLASnc THERMOPLASTIC `-' VERSICO MOLDED SEALANT RE[WORCED MEMBRANE - APP+DYM SUBSMTE ROOFING SYSTEM ROOFING SYSTEMS POCKET ❑O- SEENONS) TPC-16.1 THERMOPLASTIC MEMBRANE TPO/PVC o PRE —FABRICATED SEALANT POCKETS MUST BE USED IN CONJUNCTION WITH RAIN HOODS FOR PROJECTS WITH 25 AND 30-YEAR WARRANTIES. SEALANT (BY OTHERS) HOT AIR WELD, 1-1/2" (38mm) MIN. to O Q w z W D_ RAIN HOOD (BY OTHERS) (SEE CAUTION NOTE) `WHITE ONE —PART POURABLE SEALER 8❑ THERMOPLASTIC PRE —FABRICATED / SEALANT POCKET C❑UT—EDGE SEALANT NOTES: 1. TEMPERATURE OF PIPE MUST NOT EXCEED 160° F (71• C). 2. WHEN USING TPO SEALANT POCKET, APPLY TPO PRIMER TO THE TPO MEMBRANE AND PENETRATION(S) SURFACES ONLY. DO NOT APPLY TPO PRIMER TO THE GALVANIZED METAL SURFACE ON THE INSIDE OF THE SEALANT POCKET. 3. FILL POCKET COMPLETELY WITH WHITE ONE -PART POURABLE SEALER UNTIL RIM IS COVERED WITH SEALANT, ENSURE ALL VOIDS ARE FILLED. 4. ON MECHANICALLY —ATTACHED SYSTEMS, INSTALL A MINIMUM OF 4 FASTENING PLATES AROUND SEALANT POCKETS WITH A DIAMETER UP TO 6" (152mm). ADDITIONAL FASTENING PLATES WILL BE REQUIRED FOR SEALANT POCKETS GREATER THAN 6" IN DIAMETER AND SHALL BE SPACED 12" (305mm) ON CENTER MAXIMUM. FASTENERS/PLATES ARE NOT REQUIRED ON ADHERED SYSTEMS UNLESS SEALANT POCKET DIAMETER EXCEEDS 12" (305mm). 5. REFER TO VERSICO SPECIFICATIONS FOR PROPER FASTENERS AND PLATES. 6. APPROXIMATELY 1/8" (3mm) DIAMETER BEAD OF CUT -EDGE SEALANT IS REQUIRED ON CUT EDGES OF REINFORCED TPO MEMBRANE AND RECOMMENDED ON CUT EDGES OF VERSIFLEX PVC MEMBRANE. 7. CUSTOM SIZES ARE AVAILABLE FOR BOTH TPO AND PVC SEALANT POCKETS. o� DIMENSIONS mm AO 1" 25 MIN. B 2" 51 MIN. © 4" 102 MIN. POCKET DIMENSIONS SIZE -X• •Y •Z• 12•(305mm) 12•(305mm) 1Y(305mm) 24"(807mm) SEALANT POCKET EXTENSION LEGS CAN BE USED TO EXTEND THE LENGTH IN 10" (254mm) INCREMENTS. REFER TO PRODUCT DATA SHEET (PDS) FOR STEP-BY-STEP INSTALLATION PROCEDURES THERMOPLASTIC MEMBRANE REFER TO APPLICABLE SMACNA (LATEST EDITION) DETAILS THERMOPLASTIC �{ COATED SHEET METAL SCUPPER I � SEALANT (BY J OTHERS) TPO/PVC LICABLE BONDING IESIVE VATER CUT—OFF 1 ASTI C VERSICO UNIVERSAL SINGLE -PLY SEALANT THERMOPLASTIC NON -REINFORCED FLASHING HOT AIR WELD 1-1/2" (38mm) MIN. l WOOD NAILER (BY OTHERS) 1❑ HATER CUT-OFF MASTIC n NOTES: 1. WOOD NAILERS ARE INSTALLED ONLY AT oo SCUPPERS TO SECURE METAL SLEEVE AND MUST EXTEND PAST THE WIDTH OF METAL SLEEVE FLANGE. 2. INSTALL WALL FLASHING PRIOR TO SCUPPER INSTALLATION. .::f:::::::::•:::.:.: 3. METAL SCUPPER BOX MUST HAVE CONTINUOUS FLANGES WITH ROUNDED CORNERS. ii :::.. 4. WATER CUT-OFF MASTIC UNDER SCUPPER FLANGE MUST BE UNDER CONSTANT COMPRESSION. 5. SCUPPER FLANGES MUST BE TOTALLY COVERED BY NON -REINFORCED FLASHING WITH MINIMUM 2" (51mm) COVERAGE PAST NAIL HEAD. 6. UNIVERSAL SINGLE -PLY SEALANT 15 REQUIRED AT FLASHING EDGES ON SCUPPER EDGE. WHEN USING TPO MEMBRANE, TPO PRIMER MUST BE USED TO PREPARE SURFACES PRIOR TO THE APPLICATION OF SEALANT. `-' `-' ,-THERMOPLASTIC THERMOPLASTIC REINFORCED MEMBRANE SYSTEM SCUPPER WITH COATEDROOFING VERSICO -APPRDVED SUBSTRATE METAL , ROOFING 0�-SEENOMS) TPC-18.1 ,— THERMOPLASnc REINFORCED MEMBRANE PRE -FABRICATED OFING SYSTEM VVRSICO -APPROVED sussMATE rTHERMOPLASTIC ROOFIO SYSTEMS SEALANT POCKET 0�-SEENOTE(S) PC-16.2 THERMOPLASTIC MEMBRANE TPO � \VERSIWELD BONDING ADHESIVE t WATER CUT—OFF REFER TO APPLICABLE SMACNA� I MASTIC (LATEST EDITION) r DETAILS � VERSICO UNIVERSAL I SINGLE —PLY SEALANT VERSIGARD WHITE QUICK APPUED UNCURED EPDM ❑5 SHEET METAL SCUPPER FLASHING IN (BY OTHERS) CONJUNCTION WITH EPDM OR TPO PRIMER I ---- 'el _ i i rl i WOOD NAILER (BY OTHERS) ❑i SEALANT (BY L J OTHERS) WATER CUT—OFF MASTIC[] k1 N OTES: 1. WOOD NAILERS ARE INSTALLED ONLY AT SCUPPERS TO SECURE METAL SLEEVE AND MUST EXTEND PAST THE WIDTH OF METAL ..... .'a SLEEVE FLANGE. r.;:::.:.;;.;{; 2. INSTALL WALL FLASHING PRIOR TO SCUPPER INSTALLATION. 3. METAL SCUPPER BOX MUST HAVE t CONTINUOUS FLANGES WITH ROUNDED " y:::::: CORNERS, SOLDER ALL SCUPPER SEAMS WATERTIGHT. 4. WATER CUT—OFF MASTIC UNDER SCUPPER y........... FLANGE MUST BE UNDER CONSTANT COMPRESSION. 5. SCUPPER FLANGES MUST BE TOTALLY COVERED BY QUICK APPLIED UNCURED EPDM FLASHING WITH MINIMUM 2" (51mm) COVERAGE PAST NAIL HEAD. 6. UNIVERSAL SINGLE —PLY SEALANT IS REQUIRED AT FLASHING EDGES ON SCUPPER EDGE. TPO PRIMER MUST BE USED TO PREPARE SURFACES PRIOR TO THE APPLICATION OF SEALANT. �-7POMEMBRME THERMOPLASTIC IaVA VER X)o SCUPPER AT DECK-TPO —APPROVn SUBmuTE ROOFING SYSTEM ROOFING SYSTEMS THERMOPLASTIC MEMBRANE PVC REFER TO APPLICABLE SMACNA (LATEST EDITION) DETAILS SHEET METAL SCUPPER (BY OTHERS) SEALANT (BY OTHERS) J O��Ro1; , QVG Fd& �No NOTES: 1. WOOD NAILERS ARE INSTALLED ONLY AT SCUPPERS TO SECURE METAL SLEEVE AND MUST EXTEND PAST THE WIDTH OF METAL SLEEVE FLANGE. 2. INSTALL WALL FLASHING PRIOR TO SCUPPER INSTALLATION. 3, METAL SCUPPER BOX MUST HAVE CONTINUOUS FLANGES WITH ROUNDED CORNERS, SOLDER ALL SCUPPER SEAMS WATER —TIGHT. 4. WATER CUT—OFF MASTIC UNDER SCUPPER FLANGE MUST BE UNDER CONSTANT COMPRESSION. 5. SCUPPER FLANGES MUST BE TOTALLY COVERED BY NON —REINFORCED PVC FLASHING WITH MINIMUM 2° (51mm) COVERAGE PAST NAIL HEAD. 6. UNIVERSAL SINGLE —PLY SEALANT IS REQUIRED AT FLASHING EDGES ON SCUPPER EDGE. 2SIFLEX BONDING HESIVE fER CUT—OFF 3TIC VERSICO UNIVERSAL SINGLE —PLY SEALANTO VERSIFLEX BONDING ADHESIVE VERSIFLEX NON — REINFORCED FLASHING HOT AIR WELD, 1-1/2- (3Bmm) MIN. WOOD NAILER (BY OTHERS) kTER CUT—OFF MASTIC E `_' - PVC MOABRANE THERMOPLASTIC VERSOSCUPPER IC AT DECK -PVC —APPROVED SUBSRAIE ROOFING SYSTEM ROOFING SYSTEMS ®n„ ,� 0 — SEF NoiE(s) -18.3 THERMOPLASTIC MEMBRANE TERMINATION (ABOVE ANTICIPATED WATER LEVEL LIGHTNING ROD (BY OTHERS) UNIVERSAL �— SINGLE —PLY SEALANT WATER CUT—OFF MASTIC O LIGHTNING ROD BASE -_,/(BY OTHERS) '_-BOLT OR RAMSET ANCHOR (BY OTHERS) APPLICABLE BONDING ADHESIVE TPO/PVC THERMOPLASTIC MEMBRANE NOTES: 1. DETAIL MAY BE USED FOR ANY FASTENER PENETRATION (E.G.. ACCESS LADDER, ANCHOR SUPPORT TO PARAPET). 2. WATER CUT—OFF MASTIC MUST BE UNDER CONSTANT COMPRESSION. 3. DETAIL UNACCEPTABLE FOR HORIZONTAL APPLICATION ON ROOF DECK. `—' VERSICO LIGHTNING ROD AT PARAPET (VERTICAL ,_THETMOPLASnc ROMORCEU MEMBRANE —APPROVED SUBSTRATE ITPC-20.1 THERMOPLASTIC ROOFING SYSTEM ROOFIINGSYSTEMS ATTACHMENT) p❑— SEENOTgS) TPO/PVC JGHTNING ROD AND )ASE SUPPORT (BY )THERS) )NIVERSAL TINGLE —PLY >EALANT NOTES: 1. CLEAN EXPOSED MEMBRANE SURFACE WITH WEATHERED MEMBRANE CLEANER (WHEN USING TPO) AND PVC MEMBRANE CLEANER (WHEN USING PVC) AND ALLOW TO DRY. 2. WHEN USING TPO MEMBRANE, APPLY TPO PRIMER TO THE MEMBRANE SURFACE PRIOR TO THE APPLICATION OF UNIVERSAL SINGLE —PLY SEALANT. _ VERSICO LIGHTNING ROD AT DECK LEVEL _ THERMOPLASTIC REWORD MDABRANE — APPROVID SUBSTRATE p❑- SEENOTE(S) THERMOPLASTIC ROOFING SYSTEM TPC-20.2 ROOF® -STEMS