TS Invisible (concealed) sub-frame

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TS210-285 Invisile (onealed) raket-railfix on an aluminum su-frame This system offers large flexiility for installing Trespa Meteon panels, the use of adjustale rakets allow for preise joints and an

Trespa Meteon panels with a minimum thikness of 3/8 inh* (10 mm) may e fixed invisily on an aluminium su-frame omprising horizontal rails and hanging rakets fixed with expansion anhors to the ak of

1 TS Invisile (onealed) raket-railfix on an aluminum su-frame This system offers large flexiility for installing Trespa Meteon panels, the use of adjustale rakets allow for preise joints and an optimal façade grid. Trespa Meteon panels with a minimum thikness of 3/8 inh* (10 mm) may e fixed invisily on an aluminium su-frame omprising horizontal rails and hanging rakets fixed with expansion anhors to the ak of the panel. > Enoh Pratt Free Lirary, USA > Arh. Cho Benn Holak + Assoiates This doument is intended to provide general reommendations only. Trespa provides these guidelines and all testing, ode and design data for informational purposes only and strongly advises that the ustomer, projet owner and arhitet seek independent advie from a ertified onstrution professional and/or engineer regarding appliation and installation as well as ompliane with design requirements, appliale odes, laws and regulations, and test standards. Please hek your loal odes and appliale design requirements for proper use. * Note that due to onversion, the value provided is approximate. 1

2 Overview of availale ertifiates and test reports To onsult the full details of availale ertifiates please visit TNA systems designated with -285 meet the performane riteria of the NFPA 285 test standard using speifi assemly omponents and system geometry as indiated in Setion: Overview of tehnial installation details. General installation details Cavity depth and ventilation (Free air avity) To meet the geometry requirements of a system ompliant with what has een tested or evaluated to e in aordane with NFPA 285, the free air avity depth etween the akside of the horizontal rail and the fae of the insulation must e 1/2 inh (13 mm*). This free air avity allows for amient air to flow through from the ventilation inlets and outlets. Ventilation perforations must allow for a minimum opening of 2.36 square inhes per linear foot* (50 square m per linear meter) over the whole façade. Cavity depth as well as ventilation inlets and outlets must e in aordane with appliale uilding standards, regulations and ertifiates. environment. Predrilled panels must e stored under dry onditions. Failure to omply may result in visile panel surfae deformation. Eah panel has two adjusting points. To retain panel position, the panel must have one fixed point at the top y inserting a self-drilling srew (or similar) through the hanging raket and into the rail. Fixing method: 防 TU-S fastener (rivet srew) TU-S fastener (rivet srew) Su-frame Trespa Meteon panels must e installed on a su-frame, omprised of aluminum extrusions, of suffiient strength and permanent duraility. Quality and/or treatment of the su-frame must e in aordane with appliale uilding standards, regulations and ertifiates. Fixing detail Panel rakets are attahed to the Trespa Meteon panels using two stainless steel expansion anhors per raket. Hole depth, hole diameter, length and anhoring depth of fixings has to e in aordane with appliale installation guidelines. In order to prevent the ingress of moisture into the lind holes of fixings, holes must e drilled in a dry Remaining panel thikness: 3/32 inh* (2.5 mm). Anhoring depth: total panel thikness minus 1/8 inh* (3 mm). ode V3082 version 2.0 date * Note that due to onversion, the value provided is approximate.

3 Overview of tehnial installation details Installation details for ompliane with the NFPA 285 Multi-story Test TNA systems designated with -285 meet the performane riteria of the NFPA 285 test standard (as determined y full sale testing or an engineering analysis) using speifi assemly omponents and system geometry as indiated in the tale elow. All modifiations to the omponents, geometry and speifiations from the design details indiated should e tested and/or evaluated y a ode onsultant and/or uilding offiial for ompliane with the NFPA 285 test standard. AutoCAD drawings for TS are availale at Additional analysis from a third party expert, inluding aeptale ase wall onstrution, is availale upon request. For additional information and to onfirm the installation, please request this analysis, a test report or additional expert ommentary. Trespa panels Panel olor/deor Uni olors, Metallis Panel thikness 3/8 inh* (10 mm), 1/2 inh* (13 mm) Non-Trespa omponents/geometry to ladding Free air avity (ak fae of rail profile to avity insulation) 1/2 inh (13 mm*) Aluminum profiles (as required y the test report) Cavity insulation (minimum 1 inh (25 mm*)) Mineral wool (unfaed mineral fier insulation that meets ASTM C612) Weather resistive arrier For systems that require ompliane with NFPA 285, use the speifi weather arrier used as part of the tested wall assemly Test reports and other support doumentation providing the full installation details, inluding the aeptale ase wall onstrution, are availale upon request. Tehnial installation details Panel thikness Panel thikness inh* mm 3/8 10 1/2 13 Maximum panel dimension Max. panel dimensions inh* mm 120 x x 1860 * Note that due to onversion, the value provided is approximate. 3

4 Joint width Joint width inh* mm 3/8 10 Based on appliale uilding standards, regulations or ertifiates, wider joints may e permissile. Edge learane Edge learane inh* (mm) Vertial and horizontal edge distane minimum 2 1/2 inh* (65 mm) and maximum 10 x panel thikness, ounted from the enter of the first fixing Reommended maximum fixing distanes Maximum Fixing distanes A Panel Thikness for Satin / Rok / Matt Panel Thikness for Gloss B inh* mm inh* mm inh* mm 3/8 10 1/2 13 1/ fasteners in one diretion or more fasteners in one diretion A The maximum permitted fixing distanes shown have een designed with a maximum (wind) load of 20 pounds per square foot (psf) and a maximum defletion riteria of L/175. B Based on the surfae properties of Gloss panels, fixing distanes are redued. Fixing distanes must e alulated in aordane with appliale loal standards, regulations and ertifiates and should e verified y a strutural engineer. For more information aout defletion and wind loads, please visit x x x Fixing and edge learanes a = horizontal fixing distane = vertial fixing distane = edge learane = fixed point = adjusting point = sliding point: Lower rakets fixed higher at suh a level as to failitate downward panel movement 0.03 in per foot* (2.5 mm per metre) ode V3082 version 2.0 date a a a * Note that due to onversion, the value provided is approximate. 4

5 TS Horizontal ross-setion 1. Interior sheathing** 2. Thermal insulation** 3. Steel stud** / aking plate** 4. Exterior sheathing** 5. Weather arrier (vapor permeale)** For systems that require ompliane with NFPA 285, use the speifi weather arrier used as part of the tested wall assemly 6. Mineral wool** 7. Ventilated avity** 8. J-hannel** 9. Rail** 10. Aluminum spaer** 11. Adjustale raket** 12. Channel anhor** 13. Trespa Meteon panel 14. Rail anhor** ** not y Trespa TS Horizontal ross-setion

6 TS Vertial ross-setion Interior sheathing** 2. Thermal insulation** 3. Steel stud** / aking plate** 4. Exterior sheathing** 5. Weather arrier (vapor permeale)** For systems that require ompliane with NFPA 285, use the speifi weather arrier used as part of the tested wall assemly 6. Mineral wool** 7. Ventilated avity** 8. J-hannel** 9. Adjustale raket** 10. Rail** 11. Channel anhor** 12. Rail anhor** 13. Aluminum spaer** 14. Trespa Meteon panel 15. Vent sreen** ** not y Trespa ode V3082 version 2.0 date TS Vertial ross-setion

7 Dislaimer This is a print generated y you from ( Wesite ). By aessing the Wesite and printing this doument you have aepted the Terms of Use of the Wesite. Please refer to the Wesite for all onditions that apply to this doument. Not all the systems shown in this doument may e suitale for all appliations and jurisditions. We provide you with testing, ode and design data for informational purposes only and strongly reommend that you or any other user of this doument otains independent advie regarding ompliane with design requirements, appliale odes, laws and regulations, and test standards. Please hek your loal odes and design requirements for proper use. Trespa will not aept any liaility in relation to your use of this doument. All intelletual property rights, inluding opyrights and other rights regarding the ontent of the Wesite and this print generated from the Wesite (inluding logos, trademarks, servie marks, software, dataases, audio, video, text and photographs) are owned y Trespa and/or its liensors. Trespa, Meteon, Izeon, Athlon, TopLa, TopLa PLUS, TopLa ECO-FIBRE, Virtuon, Volkern, Trespa Essentials and Mysti Metallis are registered trademarks of Trespa. All oral and written statements, offers, quotations, sales, supplies, deliveries and/or agreements and all related ativities of Trespa are governed y the Trespa General Terms and Conditions of Sale (Algemene verkoopvoorwaarden Trespa International B.V.) filed with the Chamer of Commere and Industry for Noord- en Midden- Limurg in Venlo (NL) on 11 April 2007 under numer ,whih an e found on and downloaded from the Trespa wesite, All oral and written statements, offers, quotations, sales, supplies, deliveries and/or agreements and all related work of Trespa North Ameria, Ltd. ode V3082 version 2.0 date are governed y the Trespa General Terms and Conditions of Sale, whih an e found on and downloaded from the Trespa wesite, A opy of these general onditions of sale will e provided free of harge on request. 7

TS110 Visible (exposed) fixing with screws on an aluminum sub-frame

TS110 Visible (exposed) fixing with screws on an aluminum sub-frame TS110 Visile (exposed) fixing with srews on an aluminum su-frame This system offers a ost effetive solution for installing Trespa panels in a large variety of panel dimensions. Trespa Meteon panels with