2015-00413 - new structure - Laserfiche WebLink

Home Browse Search

� 1'echnicai Evaluation Reporf(T'ER) Pire Performance-VerUcal and Laterai Ff�c Propagatlon' Wall Component Materiats Weather•Resistive�arrier 1. For use with exterior veneer options 1-4 when installed with non-open joint techniques(e.g.shiplap,etc.) Appiied to Exterior Insulation a. None Select option 1 or 2 b. Green Guard�Max Building Wrap-Pactiv c. Tyvek�CommercialWrapm-Dupont d. WeatherMate'"'or WeatherMateTMPlus-Dow Chemical 2. For use with all exterior veneer options as shown below: a. None b. Henry FoilSkin c. Carlisle Fire Resist 705FR-A Exteriar Veneer 1. Brick Select option 1,2,3,4,5,6,7,8, a. Standard nominai 4"-thick,clay brick 9,10,11 or 12 b. Brick veneer anchors-standard types-installed maximum 24"o.c.vertically on each stud c. Maximum 2"air gap between exterior insulation and brick 2. Stucco-Minimum'/<°-thick,exterior cement plaster and lath.A secondary WRB shall be installed between the e�erior insulation and the lath.The secondary WR8 shall not be full-coverage aspha(t or butyi-based self-adhered membranes. 3. Minimum 2"-thick,limestone or natural stone veneeror minimum 1�Iz°-thick cast artificial stone veneer. Any standard installation technique can be used, 4. Terracotta cladding-Use any terracotta cladding system in which ter�acotta is min.1�14"•thick.Any standard installation technique can be used. 5. MCM System-Use any metal composite material system that has been successtully tested by the panel manufacturer via the IVFPA 285 test method.Any standard installa6on technique can be used. 6. Uninsulated metal skin exlerior wal{coverings such as steel,aluminum,copper,etc.Any standard installation technique can be used. 7. Uninsulated fiiber-cement board siding-Any stand�d installation technique can be used. 8. StonelAluminum honeycomb composite building panels that have passed NFPA 285 or equivalent. 9. Autoclaved-aerated-concrete(AAC)panels that have passed NFPA 285 using any standard installation technique. 10.Thin Set Brick-Glen-Gary Thin TechTM' Elite Series-installed per manufacturer's instnictians. 1.A4t WF185 sfia14 be instslled at recommended appl'�cation rates and per the manufadurers inStaUation InsW dions. 2.Ythndow headers for all wall assernblies shafl incoryorate minimum 0.078'aluminum flashing to cover afr gaps behreEn Ihe exleria sheathing w exterior insuta6on and the exle6or veneer.AN tenestrations au�d peneUations shall be flashed in acxad�ce rvith the applicaWe code using asphalt aayGc a buryl bssEd flashing tape or R-SEAL 6C�00 pofyefhyiene � tapa up to 12'maxlmum wldth. Table 5:Vertical&Lateral Fire Propagation of TSX-8500,TSX-8510&TSX-8520 5.4.7. Where the apptication exceeds the limitations set forth herein,design shall be permitted in accordance with accepted engineering procedures, experience, and good technical judgment. 6. Installation: 6.1. Thermasheath�-3,Thermasheath�-XP, TSX-8500, TSX-8510 and TSX-8520 shall be installed in accordance with the manufacturer's published installation instr�ctions and this TER. 6.2. A copy of the manufacturer's published installation instructions shall be available at all times on the jobsite during installation. 6.3. The instructions within this TER govern, if there are any conflicts between the manufacturer's instructions and this TER. 6.4. Fasteners include, but are not limited to, roofing nails, common nails and bugle head screws. Fasteners should penetrate wood f�aming at least 1"and steel framing at least four(4)threads.All fasteners shall be corrosion resistant. 6.5. Other means of fastening may also be used, such as masonry fasteners or construction adhesives, which are compatible with the insulation. 6.6. Consult the manufacturer's installation instructions for further details. TER No. 1309-03 Page 8 of 11 Rmax Thermasheath�-3, Thermasheath�-XP, TSX-8500, TSX-8510&TSX-8520