601, 601T and 601UT Framing Systems

Transcription

1 Trifab 0, 0T and 0UT Framing Systems Larger, more versatile span delivers more thermal options and more design choices Designed to add increased thermal performance and value, Kawneer s new addition to the company s trusted Trifab platform gives you more. More flexibility. More thermal options. More design choices. Flexible enough for a wide range of building projects, Trifab 0 Series Framing Systems have a " depth, which accommodates higher spans than conventional -/" storefront framing systems. The new -in- series includes the non-thermal Trifab 0, the single thermal break Trifab 0T and the dual thermal break Trifab 0UT. The greater system depth combined with three thermal performance options make this one of the most versatile framing systems available. Performance Trifab 0 Series Framing Systems leverage Kawneer s exclusive dual IsoLock lanced pour and debridge technology to provide three levels of thermal performance non-thermal, single thermal break and dual thermal break. y combining the greater " depth with superior thermal performance and versatility, Kawneer is able to bridge the gap between traditional framing systems and low-rise curtain walls.

2 Trifab 0, 0T and 0UT framing systems are perfect for projects where an economical alternative to a low-rise curtain wall is desired. These systems meet the same high standards that are traditionally found in Kawneer products for air and water infiltration and thermal performance. Trifab 0 Series Framing Systems also have an HP (High Performance) sill design. The sill attaches to the sill flashing by way of a raceway and eliminates the troublesome blind seal method used on many flashing systems. The HP sill also includes a screwapplied end dam, which ensures positive and tight joints between the sill flashing and end dam. Trifab 0 Trifab 0T Trifab 0UT Thermal simulations showing temperature variations from exterior/ cold side to interior/warm side. Performance Test Standards ir Performance STM Water Performance STM Uniform Static Structural STM 0 Sound Transmission lass (ST) M 0 and in accordance with STM ondensation Resistance (RF) M 0 and N/S-0 Thermal Transmittance (U-Value) M 0. U-Value Simulations for Other Glazing Options M 0, NFR 00, NFRS 00, NFR 00 and N/S-0. Fabrication and Installation Trifab 0, 0T and 0UT employ screw spline joinery construction for efficient fabrication and installation. This construction method provides quality joinery and allows for shop-controlled fabrication and assembly, which leads to smaller field crews and less installation time. The framing can be specified for glazing from either the inside or outside. Inside glazing can help reduce field labor costs by eliminating the need for exterior scaffolding or swing stages for installation on floors above the ground level. In addition, the frames have a two-piece receptor option that easily accommodates attachment of air-barrier systems. esthetics and Versatility Trifab 0, 0T and 0UT Framing Systems are designed with cost and flexibility in mind. With a " x " frame profile, the sightline is consistent with current framing systems and the glass pockets are aligned to the -/"-deep center set Trifab framing systems. This allows for a shallow horizontal member that not only lowers overall metal costs, but also provides flexibility to accommodate interior finishes, such as blinds, that can span the full uninterrupted elevation height. The flexibility of the -in- series provides a pre-designed solution for non-thermal as well as thermal entrances. Framing options include non-thermal and thermally broken door framing members to accommodate -/"-deep and -/"-deep entrance doors, an expansion mullion and a two-piece head and jamb receptor. The " depth accommodates higher spans than conventional -/" storefront framing systems, and an optional -/" wide vertical mullion allows for internal steel reinforcement for projects with greater structural performance requirements. For the Finishing Touch Permanodic anodized finishes are available in clear (lass I and lass II) and color (lass I) choices, including champagne, black, light bronze, medium bronze and dark bronze. Painted finishes, including fluoropolymers that meet or exceed the standards of M 0, are offered in many standard choices and an unlimited number of specially designed colors. Solvent-free powder coatings add the green element with high performance, durability and scratch resistance that meet the standards of M 0. Kawneer ompany, Inc. Technology Park / tlanta Guthridge ourt Norcross, G 00 kawneergreen.com 0.. Kawneer ompany, Inc. 0 LITHO IN U.S.. Form No. -

3 JNURY, 0-0 Trifab TM 0/0T/0UT Framing System Features Trifab TM 0/0T/0UT is " (.) deep with a " (0.) sightline enter Plane glass applications Flush glazed from either the inside or outside Screw Spline fabrication Dual IsoLock TM lanced and debridged thermal break Infill options up to -/" (.) thickness High performance sill flashing Permanodic TM anodized finishes in seven choices Painted finishes in standard and custom choices Optional Features coustical rating per M 0 and STM Project specific U-factors (See Thermal harts) Integrates with Versoleil TM SunShade Outrigger System and Horizontal Single lade System Profit$Maker TM Plus die sets available Kawneer ompany, Inc., 0 Product pplications Storefront, Ribbon Window or Punched Openings Single-span Integrated entrance framing allowing Kawneer standard entrances or other specialty entrances to be incorporated Kawneer windows or GLSSvent TM Windows are easily incorporated For specific product applications, onsult your Kawneer representative. DM00

4 Trifab TM 0/0T/0UT Framing System LNK PG JNURY, 0-0 Kawneer ompany, Inc., 0 DM00

5 JNURY, 0-0 Trifab TM 0/0T/0UT Framing System INDX (NTR) SI FRMING DTILS (Outside Glazed)... SI FRMING DTILS (Inside Glazed)... MISLLNOUS FRMING... URVING... ORNRS... TM 0/ THRML NTRN DTILS... 0 STNDRD NTRN DTILS STNDRD NTRN DTILS WITH RIPPL JMS... GLSSvent TM WINDOW DTILS... TL THRML WINDOW DTILS... GLSSvent TM UT WINDOW DTILS... WINDLOD / DDLOD HRTS... - THRML HRTS... - Kawneer ompany, Inc., 0 DM00

6 Trifab TM 0/0T/0UT Framing System SI FRMING DTILS (NTR - Outside Glazed) JNURY, 0-0 SL " = '-0" LVTION IS NUMR KYD TO DTILS SRW SPLIN Trifab TM 0T IsoLock TM THRML RK Trifab TM 0UT DUL IsoLock TM THRML RK HD " (0.) 0G0 0G00 " (.) 0G0 " (0.) JM 0G00 0G00 " (0.) VRTIL 0G00 HORIZONTL SILL " (0.) " (0.) /" (.) G00 G00 0G0 0G0 0G0 Kawneer ompany, Inc., 0 DM00

7 JNURY, 0-0 Trifab TM 0/0T/0UT Framing System SI FRMING DTILS (NTR - Inside Glazed) SL " = '-0" LVTION IS NUMR KYD TO DTILS SRW SPLIN Trifab TM 0T IsoLock TM THRML RK Trifab TM 0UT DUL IsoLock TM THRML RK 0G0 HD " (0.) 0G00 0G00 " (.) Kawneer ompany, Inc., 0 0G0 " (0.) JM 0G00 0G00 " (0.) VRTIL 0G00 HORIZONTL SILL " (0.) " (0.) /" (.) G00 0G0 0G00 0G0 0G0 DM00

8 SL " = '-0" Trifab TM 0/0T/0UT Framing System MISLLNOUS FRMING (NTR) JNURY, 0-0 0G0 0G 0G " (0.) 0G00 " (0.) HVY WLL MULLION -/" (.) 0G00 -/" (.) 0G00 00 STL RINFORING 0G00 -/" (.) -/" (.) MULLION -/" (.) MULLION TUULR WITH STL XPNSION MULLION 0G 0TG 0UTG 0G0 0G00 -/" (.) 0G0 000 STL RINFORING TUULR XPNSION MULLION WITH OPTIONL STL 0TG00 " (.) " (.) VG 0G00 FLT FILLR 0G0 0G00 STNDRD HD RPTOR 0VG0 THRML FLT FILLR /" (.) 0VG0 0G0 VG -/" (.) 0G00 Kawneer ompany, Inc., 0 " (0.) /" (.) " (.) " (.) VG ULTR THRML FLT FILLR 0G0 0G00 HVY WIGHT HD RPTOR 0G 0VG0 0VG RINFORING THRML POKT FILLR JM RPTOR 0G00 STRP NHOR DM00

9 JNURY, 0-0 Trifab TM 0/0T/0UT Framing System URVING SL " = '-0" /" (.) " (0.) TYPIL URVING DTILS 0 0 " (.) TYPIL Kawneer ompany, Inc., 0 -/" (.) /" (.) " (0.) DM00

10 Trifab TM 0/0T/0UT Framing System ORNRS JNURY, 0-0 SL " = '-0" THS DTILS R TYPIL FOR LL 0, 0T, ND 0UT ONTITIONS. NOT: " (.) infill shown. OUTSID 0 ORNR " (.) MULLION POST INSID 0 ORNR Kawneer ompany, Inc., 0 INSID ORNR OUTSID ORNR DM00

11 JNURY, 0-0 Trifab TM 0/0T/0UT Framing System TM 0/ THRML NTRN DTILS SL " = '-0" Trifab TM 0T FRMING INORPORTING KWNR " TM 0" DOORS. NOT: OTHR TYPS OF KWNR DOORS MY USD WITH THIS FRMING SYSTM. S NTRN DTILS FOR DDITIONL INFORMTION. LVTION IS NUMR KYD TO DTILS. HD TRNSOM R " (0.) -/" () " (0.) Door Opening /" (.) /" (.) -/" (.) " (.) 0TG0 0TG Kawneer ompany, Inc., 0 0 " (0.) 0 0 /" (.) /" (.) 0 /" (.) " (0.) -/" (.) Door Opening OTTOM RIL Door Opening -/" (.) -/" (.) -/" (.) /" (.) TRNSOM JM DOOR JM MTING STILS TM 0/ THRML DOOR DM00

12 0 Trifab TM 0/0T/0UT Framing System 0 STNDRD NTRN DTILS JNURY, 0-0 SL " = '-0" Trifab TM 0 FRMING INORPORTING KWNR "0" DOORS. NOT: OTHR TYPS OF KWNR DOORS MY USD WITH THIS FRMING SYSTM. S NTRN DTILS FOR DDITIONL INFORMTION. HD " (0.) 0G0 TRNSOM R -/" () " (0.) Door Opening /" (.) /" (.) -/" (.) " (.) 0 0G LVTION IS NUMR KYD TO DTILS. 00 " (0.) 0 0 /" (.) /" (.) 00 /" (.) " (0.) 0 -/" (.) Door Opening OTTOM RIL Door Opening -/" (.) /" (.) -/" (.) /" (.) -/" (.) Kawneer ompany, Inc., 0 DOOR JM DOOR JM MTING STILS 0 MDIUM STIL DOOR DM00

13 JNURY, 0-0 Trifab TM 0/0T/0UT Framing System 0 STNDRD NTRN DTILS WITH RIPPL JMS SL " = '-0" Trifab TM 0 FRMING INORPORTING KWNR "0" DOORS. NOT: OTHR TYPS OF KWNR DOORS MY USD WITH THIS FRMING SYSTM. S NTRN DTILS FOR DDITIONL INFORMTION. HD " (0.) 0G0 TRNSOM R -/" () " (0.) Door Opening /" (.) /" (.) -/" (.) " (.) 0G LVTION IS NUMR KYD TO DTILS. Kawneer ompany, Inc., 0 00 /" (.) " (0.) -/" (.) Door Opening OTTOM RIL -/" (.) /" (.) Door Opening -/" (.) -/" (.) /" (.) DOOR JM MTING STILS 0 MDIUM STIL DOOR DM00

14 Trifab TM 0/0T/0UT Framing System GLSSvent TM WINDOW for STORFRONT FRMING DTILS JNURY, 0-0 SL " = '-0" Trifab TM 0 FRMING SHOWN. OTHR FRMING OPTIONS VILL. ONSULT YOUR KWNR RPRSNTTIV. OUTSWING SMNT VRTIL STION 0 0 G00 0G0 0G00 LVTION IS NUMR KYD TO DTILS PROJT-OUT VRTIL STION G G00 0G0 0G0 0TG0 0G0 0G00 0G0 OUTSWING SMNT HORIZONTL STION 0 0 0G00 0G00 0 0G00 0G00 PROJT-OUT HORIZONTL STION NOT: lack spacer is recommended when " (.) insulating glass is used. 0 0G00 0G00 Kawneer ompany, Inc., 0 DM00

15 JNURY, 0-0 Trifab TM 0/0T/0UT Framing System TL THRML WINDOWS SL " = '-0" Trifab TM 0T FRMING SHOWN. OTHR FRMING OPTIONS VILL. ONSULT YOUR KWNR RPRSNTTIV. PROJT-OUT VRTIL STION G00 0 0TG0 TL THRML WINDOWS SHOWN NOT: OTHR VNT TYPS N OMMODTD, ONSULT YOUR KWNR RPRSNTTIV FOR OTHR OPTIONS LVTION IS NUMR KYD TO DTILS Kawneer ompany, Inc., 0 0 G00 0TG00 0TG00 0 0TG0 PROJT-OUT HORIZONTL STION 0 0TG00 0TG00 DM00

16 Trifab TM 0/0T/0UT Framing System GLSSvent TM UT WINDOW DTILS JNURY, 0-0 SL " = '-0" Trifab TM 0UT FRMING SHOWN. OTHR FRMING OPTIONS VILL. ONSULT YOUR KWNR RPRSNTTIV..W. D.L.O. /" (.) W.D. -/" (.) D.L.O. -/" () PROJT-OUT VRTIL STION G00 0 -/" (.) 0UTG0 GLSSvent TM UT WINDOWS SHOWN NOT: OTHR VNT TYPS N OMMODTD, ONSULT YOUR KWNR RPRSNTTIV FOR OTHR OPTIONS D.L.O..W. D.L.O. W.D. -/" (.) -/" () 0 LVTION IS NUMR KYD TO DTILS /" (.) G00 0UTG00 0TG00 0 -/" () -/" 0UTG0 D.L.O. NOT: lack spacer is recommended when " (.) insulating glass is used. PROJT-OUT HORIZONTL STION 0 -/" () 0UTG00 (.) (.) D.L.O. -/" 0TG00 Kawneer ompany, Inc., 0 /" (.) W.D. W.D. /" (.).W. D.L.O..W. D.L.O. DM00

17 JNURY, 0-0 Trifab TM 0/0T/0UT Framing System WIND LOD / DDLOD HRTS WIND LOD HRTS Mullions are designed for deflection limitations in accordance with M TIR- of L\ up to '-" and L\0 + /" above '-". These curves are for mullions WITH and WITHOUT HORIZONTLS and are based on engineering calculations for stress and deflection. llowable wind load stress for LUMINUM (assuming full lateral buckling support), psi (0 MPa), FORMD STL 0,000 P.S.I. (0 MPa), STL R 0,000 psi ( MPa). harted curves, in all cases, are for the limiting value. If the design wind load is determined through the analytical procedures of S/SI -0 or earlier editions, the load shall be based on the nominal loads used in allowable stress design. / increase in allowable stress has not been used to develop these curves. For special situations not covered by these curves, contact your Kawneer representative for additional information. DDLOD HRTS Horizontal or deadload limitations are based upon /" (.), maximum allowable deflection at the center of an intermediate horizontal member. The accompanying charts are calculated for " (.) thick insulating glass or /" (.) thick glass supported on two setting blocks placed at the loading points shown. Kawneer ompany, Inc., 0 DM00

18 Trifab TM 0/0T/0UT Framing System WINDLOD HRTS (Trifab TM 0) JNURY, WITH HORIZONTLS.0 WITH HORIZONTLS D = 0 PSF (0 Pa) = 0 PSF (0 Pa) = 0 PSF (0 Pa) D = PSF (0 Pa) = 0 PSF (00 Pa) F = 0 PSF (0 Pa) 0G00 I =. ( x 0 ) S =. (. x 0 ) 0 WITHOUT HORIZONTLS D WITHOUT HORIZONTLS WITH HORIZONTLS.0.0 D.0.0 F 0G I =. (. x 0 ) S =. (.0 x 0 ) 0G0 I = 0. (0. x 0 ) S =. (.0 x 0 ) D WITHOUT HORIZONTLS.0.0 F Kawneer ompany, Inc., 0 DM00

19 JNURY, 0-0 Trifab TM 0/0T/0UT Framing System WINDLOD HRTS (Trifab TM 0) Kawneer ompany, Inc., WITH HORIZONTLS.0 WITH HORIZONTLS.0 WITH HORIZONTLS D.0.0 D.0.0 D = 0 PSF (0 Pa) = 0 PSF (0 Pa) = 0 PSF (0 Pa) D = PSF (0 Pa) = 0 PSF (00 Pa) 0G WITH 00 STL I =. (. x 0 ) S =. (.0 x 0 ) I S =. (0. x 0 ) S S = 0. (. x 0 ) 0G00 I = 0.0 (. x 0 ) S =.0 (. x 0 ) 0G00 WITH 000 STL I = 0.0 (. x 0 ) S =.0 (. x 0 ) WITHOUT HORIZONTLS D.0 WITHOUT HORIZONTLS.0 D.0 WITHOUT HORIZONTLS.0 D.0 I S = 0.0 (0. x 0 ) S S = 0. (. x 0 ) DM00

20 Trifab TM 0/0T/0UT Framing System WINDLOD HRTS (Trifab TM 0T) JNURY, 0-0 WITH HORIZONTLS D WITH HORIZONTLS.0 = 0 PSF (0 Pa) = 0 PSF (0 Pa) = 0 PSF (0 Pa) D = PSF (0 Pa) = 0 PSF (00 Pa) F = 0 PSF (0 Pa) 0TG00 WINDLOD HRTS R SD ON OMPOSIT PROPRTIS WHIH R LULTD IN ORDN WITH M TIR- ND M 0 0 WITHOUT HORIZONTLS D WITHOUT HORIZONTLS D WITH HORIZONTLS F 0TG WINDLOD HRTS R SD ON OMPOSIT PROPRTIS WHIH R LULTD IN ORDN WITH M TIR- ND M 0 0TG0 WINDLOD HRTS R SD ON OMPOSIT PROPRTIS WHIH R LULTD IN ORDN WITH M TIR- ND M D WITHOUT HORIZONTLS.0.0 F Kawneer ompany, Inc., 0 DM00

21 JNURY, 0-0 Trifab TM 0/0T/0UT Framing System WINDLOD HRTS (Trifab TM 0T) 0 WITH HORIZONTLS.0 WITH HORIZONTLS D = 0 PSF (0 Pa) = 0 PSF (0 Pa) = 0 PSF (0 Pa) D = PSF (0 Pa) = 0 PSF (00 Pa) 0TG WITH 00 STL WINDLOD HRTS R SD ON OMPOSIT PROPRTIS WHIH R LULTD IN ORDN WITH M TIR- ND M 0 0 WITHOUT HORIZONTLS.0 WITHOUT HORIZONTLS D Kawneer ompany, Inc., WITH HORIZONTLS D.0.0 D 0TG00 WINDLOD HRTS R SD ON OMPOSIT PROPRTIS WHIH R LULTD IN ORDN WITH M TIR- ND M 0 0TG00 WITH 000 STL WINDLOD HRTS R SD ON OMPOSIT PROPRTIS WHIH R LULTD IN ORDN WITH M TIR- ND M D.0 WITHOUT HORIZONTLS D.0.0 DM00

22 0 Trifab TM 0/0T/0UT Framing System WINDLOD HRTS (Trifab TM 0UT) JNURY, 0-0 WITH HORIZONTLS D WITH HORIZONTLS.0 = 0 PSF (0 Pa) = 0 PSF (0 Pa) = 0 PSF (0 Pa) D = PSF (0 Pa) = 0 PSF (00 Pa) F = 0 PSF (0 Pa) 0UTG00 WINDLOD HRTS R SD ON OMPOSIT PROPRTIS WHIH R LULTD IN ORDN WITH M TIR- ND M 0 0 WITHOUT HORIZONTLS D WITHOUT HORIZONTLS WITH HORIZONTLS.0.0 D.0.0 F 0UTG WINDLOD HRTS R SD ON OMPOSIT PROPRTIS WHIH R LULTD IN ORDN WITH M TIR- ND M 0 0UTG0 WINDLOD HRTS R SD ON OMPOSIT PROPRTIS WHIH R LULTD IN ORDN WITH M TIR- ND M D WITHOUT HORIZONTLS.0.0 F Kawneer ompany, Inc., 0 DM00

23 JNURY, 0-0 Trifab TM 0/0T/0UT Framing System WINDLOD HRTS (Trifab TM 0UT) WITH HORIZONTLS.0 = 0 PSF (0 Pa) = 0 PSF (0 Pa) = 0 PSF (0 Pa) D = PSF (0 Pa) = 0 PSF (00 Pa) WITHOUT HORIZONTLS.0 Kawneer ompany, Inc., WITH HORIZONTLS.0 WITH HORIZONTLS D.0.0 D D 0UTG00 WINDLOD HRTS R SD ON OMPOSIT PROPRTIS WHIH R LULTD IN ORDN WITH M TIR- ND M 0 0UTG00 WITH 000 STL WINDLOD HRTS R SD ON OMPOSIT PROPRTIS WHIH R LULTD IN ORDN WITH M TIR- ND M 0 0UTG WITH 00 STL WINDLOD HRTS R SD ON OMPOSIT PROPRTIS WHIH R LULTD IN ORDN WITH M TIR- ND M D WITHOUT HORIZONTLS.0.0 D.0 D.0 WITHOUT HORIZONTLS DM00

24 Trifab TM 0/0T/0UT Framing System DDLOD HRTS JNURY, 0-0 = (/ POINT LODING) = (/ POINT LODING) = (/ POINT LODING) G0 0G Height limitations for transom glass over a doorway are based upon a /" (.) maximum allowable deflection at the center of a transom bar. The accompanying charts are calculated for " (.) thick insulating glass supported on two setting blocks placed at the loading points shown = (/ POINT LODING) = (/ POINT LODING) = (/ POINT LODING) 00 HDR / T-R 00.O.. HDR / T-R Kawneer ompany, Inc., 0 DM00

25 JNURY, 0-0 Trifab TM 0/0T/0UT Framing System THRML HRTS Generic Project Specific U-factor xample alculation (Percent of Glass will vary on specific products depending on sitelines) '-0" '-" '-0" '-0" xample Glass U-factor = 0. tu/hr ft of Total Daylight Opening = (' x ') + (' x ') = ft Total Projected rea = (Total Daylight Opening + Total rea of Framing System) = '-" x '-" =.ft Percent of Glass = (Total Daylight Opening Total Projected rea) = (.)00 = % System U-factor vs Percent of Glass rea '-" Kawneer ompany, Inc., 0 OG U-factor XMPL % 0 0 Percent of Glass 0 ased on % glass and center of glass (OG) U-factor of 0. System U-factor is equal to 0. tu/hr x ft x o F DM00

26 Trifab TM 0/0T/0UT Framing System THRML HRTS JNURY, 0-0 Note: Values in parentheses are metric. OG=enter of Glass. harts are generated per M 0. OG U-factor 0. (.) 0. (.) 0. () 0. (.) 0.0 (.) 0. (.) 0. () 0. (.) 0. (.) 0.0 (.) 0. (.) 0. (.) 0. (.) 0. (.) 0.0 (.) 0. (.0) 0. (0.) 0. (0.) 0. (0.) 0.0 (0.) Trifab TM 0 System U-Factor for Vision Glass System U-Factor (tu/h ft F) Kawneer ompany, Inc., 0 Vision rea / Total rea (%) DM00

27 JNURY, 0-0 Trifab TM 0/0T/0UT Framing System THRML HRTS Trifab TM 0 OG SHG System Solar Heat Gain oefficient (SHG) vs Percent of Vision rea Vision rea / Total rea (%) System SHG harts are generated per M 0. Kawneer ompany, Inc., 0 OG VT Trifab TM 0 System Visible Transmittance (VT) vs Percent of Vision rea System VT Vision res / Total rea (%) harts are generated per M 0. DM00

28 Trifab TM 0/0T/0UT Framing System THRML PRFORMN MTRIX (NFR SIZ) JNURY, 0-0 Trifab TM 0 Thermal Transmittance (TU/hr ft F) Glass U-Factor Overall U-Factor NOT: For glass values that are not listed, linear interpolation is permitted.. U-Factors are determined in accordance with NFR 00.. SHG and VT values are determined in accordance with NFR 00.. Glass properties are based on center of glass values and are obtained from your glass supplier.. Overall U-Factor, SHG, and VT Matricies are based on the standard NFR specimen size of 000mm wide by 000mm high (-/" by -/"). Kawneer ompany, Inc., 0 DM00

29 JNURY, 0-0 Trifab TM 0/0T/0UT Framing System THRML HRTS Trifab TM 0 Trifab TM 0 SHG Matrix Visible Transmittance Glass SHG Overall SHG Glass VT Overall VT NOT: For glass values that are not listed, linear interpolation is permitted. Kawneer ompany, Inc., 0. U-Factors are determined in accordance with NFR 00.. SHG and VT values are determined in accordance with NFR 00.. Glass properties are based on center of glass values and are obtained from your glass supplier.. Overall U-Factor, SHG, and VT Matricies are based on the standard NFR specimen size of 000mm wide by 000mm high (-/" by -/"). DM00

30 Trifab TM 0/0T/0UT Framing System THRML HRTS JNURY, 0-0 Note: Values in parentheses are metric. OG=enter of Glass. harts are generated per M 0. OG U-factor 0. (.) 0. (.) 0. () 0. (.) 0.0 (.) 0. (.) 0. () 0. (.) 0. (.) 0.0 (.) 0. (.) 0. (.) 0. (.) 0. (.) 0.0 (.) 0. (.0) 0. (0.) 0. (0.) 0. (0.) 0.0 (0.) Trifab TM 0T System U-Factor for Vision Glass System U-Factor (tu/h ft F) Kawneer ompany, Inc., 0 Vision rea / Total rea (%) DM00

31 JNURY, 0-0 Trifab TM 0/0T/0UT Framing System THRML HRTS Trifab TM 0T OG SHG System Solar Heat Gain oefficient (SHG) vs Percent of Vision rea Vision rea / Total rea (%) System SHG harts are generated per M 0. Kawneer ompany, Inc., 0 OG VT Trifab TM 0T System Visible Transmittance (VT) vs Percent of Vision rea System VT Vision res / Total rea (%) harts are generated per M 0. DM00

32 0 Trifab TM 0/0T/0UT Framing System THRML PRFORMN MTRIX (NFR SIZ) JNURY, 0-0 Trifab TM 0T Thermal Transmittance (TU/hr ft F) Glass U-Factor Overall U-Factor NOT: For glass values that are not listed, linear interpolation is permitted.. U-Factors are determined in accordance with NFR 00.. SHG and VT values are determined in accordance with NFR 00.. Glass properties are based on center of glass values and are obtained from your glass supplier.. Overall U-Factor, SHG, and VT Matricies are based on the standard NFR specimen size of 000mm wide by 000mm high (-/" by -/"). Kawneer ompany, Inc., 0 DM00

33 JNURY, 0-0 Trifab TM 0/0T/0UT Framing System THRML HRTS Trifab TM 0T Trifab TM 0T SHG Matrix Visible Transmittance Glass SHG Overall SHG Glass VT Overall VT NOT: For glass values that are not listed, linear interpolation is permitted. Kawneer ompany, Inc., 0. U-Factors are determined in accordance with NFR 00.. SHG and VT values are determined in accordance with NFR 00.. Glass properties are based on center of glass values and are obtained from your glass supplier.. Overall U-Factor, SHG, and VT Matricies are based on the standard NFR specimen size of 000mm wide by 000mm high (-/" by -/"). DM00

34 Trifab TM 0/0T/0UT Framing System THRML HRTS JNURY, 0-0 Note: Values in parentheses are metric. OG=enter of Glass. harts are generated per M 0. OG U-factor 0. (.) 0. (.) 0. () 0. (.) 0.0 (.) 0. (.) 0. () 0. (.) 0. (.) 0.0 (.) 0. (.) 0. (.) 0. (.) 0. (.) 0.0 (.) 0. (.0) 0. (0.) 0. (0.) 0. (0.) 0.0 (0.) Trifab TM 0UT System U-Factor for Vision Glass System U-Factor (tu/h ft F) Kawneer ompany, Inc., 0 Vision rea / Total rea (%) DM00

35 JNURY, 0-0 Trifab TM 0/0T/0UT Framing System THRML HRTS Trifab TM 0UT OG SHG System Solar Heat Gain oefficient (SHG) vs Percent of Vision rea Vision rea / Total rea (%) System SHG harts are generated per M 0. Kawneer ompany, Inc., 0 OG VT Trifab TM 0UT System Visible Transmittance (VT) vs Percent of Vision rea System VT Vision res / Total rea (%) harts are generated per M 0. DM00

36 Trifab TM 0/0T/0UT Framing System THRML PRFORMN MTRIX (NFR SIZ) JNURY, 0-0 Trifab TM 0UT Thermal Transmittance (TU/hr ft F) Glass U-Factor Overall U-Factor NOT: For glass values that are not listed, linear interpolation is permitted.. U-Factors are determined in accordance with NFR 00.. SHG and VT values are determined in accordance with NFR 00.. Glass properties are based on center of glass values and are obtained from your glass supplier.. Overall U-Factor, SHG, and VT Matricies are based on the standard NFR specimen size of 000mm wide by 000mm high (-/" by -/"). Kawneer ompany, Inc., 0 DM00

37 JNURY, 0-0 Trifab TM 0/0T/0UT Framing System THRML PRFORMN MTRIX (NFR SIZ) Trifab TM 0UT Trifab TM 0UT SHG Matrix Visible Transmittance Glass SHG Overall SHG Glass VT Overall VT NOT: For glass values that are not listed, linear interpolation is permitted. Kawneer ompany, Inc., 0. U-Factors are determined in accordance with NFR 00.. SHG and VT values are determined in accordance with NFR 00.. Glass properties are based on center of glass values and are obtained from your glass supplier.. Overall U-Factor, SHG, and VT Matricies are based on the standard NFR specimen size of 000mm wide by 000mm high (-/" by -/"). DM00

38 Trifab TM 0/0T/0UT Framing System LNK PG JNURY, 0-0 Kawneer ompany, Inc., 0 DM00