TMS 152 / 152T / 152XT TECHNICAL MANUAL

Transcription

1 TMS 152 / 152T / 152XT TECHNICAL MANUAL

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3 FEATURES FEATURES TMS 152 (non-thermal), 152T (single thermal barrier), and 152XT (double thermal barrier) are front set flush glazed systems that are 6" deep with a 2" wide sightline Glaze from the outside or inside Screw spline or shear block fabrication Glazing options 1/4" to 1-1/4" thick Available in anodized and standard or custom painted finishes Readily available from stock APPLICATIONS Storefront, Punched Openings, or Ribbon Windows Single span Integrated entrance framing to allow Pittco standard entrances or other speciality entrances to be incorporated SYSTEM PERFORMANCE (TMS 152T Single Thermal) Description Test Method Allowed Achieved Test Report Structural ASTM E 0 N/A 0 psf 24-01B Air ASTM E psf psf 24-01B Water (Static) Water (Dynamic) ASTM E 1 AAMA psf 5 psf 10 psf 10 psf 24-01B 24-01B CRF AAMA 150 N/A U Value U Value AAMA 150 NFRC 100 N/A N/A SHGC NFRC 200 N/A CR NFRC 500 N/A SYSTEM PERFORMANCE (TMS 152XT Double Thermal) Description Test Method Allowed Achieved Test Report Structural ASTM E 0 N/A 0 psf 24-01B Air ASTM E psf psf 24-01B Water (Static) Water (Dynamic) ASTM E 1 AAMA psf 5 psf 10 psf 10 psf 24-01B 24-01B CRF AAMA 150 N/A U Value U Value AAMA 150 NFRC 100 N/A N/A SHGC NFRC 200 N/A CR NFRC 500 N/A " IGU (1/4-1/2-1/4) Solarban 70 Low-E, High Performance Spacer, 90% Argon FOR SPECIFIC PRODUCT APPLICATIONS PLEASE CONTACT YOUR PITTCO REPRESENTATIVE 1

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5 INDEX PRODUCT DESCRIPTION - NON THERMAL PAGES 4 TO 8 PRODUCT DESCRIPTION - THERMAL PAGES 9 TO 1 EXPLODED VIEWS PAGE 14 1/4 SIZE DETAILS - TMS 152 NON THERMAL PAGES D1 TO D 1/4 SIZE DETAILS - TMS 152T SINGLE THERMAL PAGES D4 TO D6 1/4 SIZE DETAILS - TMS 152XT DOUBLE THERMAL.... PAGES D7 TO D9 ENTRANCE DETAILS PAGE D10 WINDLOAD CHARTS PAGES S1 TO S10 DEADLOAD CHARTS PAGE S11 TO S1 SECTION PROPERTIES PAGE S14 TO S15 THERMAL CHARTS PAGES T1 TO T2

6 NON-THERMAL PRODUCT DESCRIPTION BASIC USES / RELATED USES Framing is designed for flush, center glazed storefront assembly Vertical mullions are typically open back aluminum members, with solid face and flush closure plates forming tubular members for use on single spans Horizontal mullions are of hollow aluminum with removable glazing stops Corners are configured for 90 and 15 degrees Glazing is insulating glass unit or single pane with adapters Glass may be transparent, opaque, or decorative types Framing is intended for one story applications Framed assembly may be fitted to most rigid and stable framed opening assemblies PRODUCT ATTRIBUTES AND CHARACTERISTICS Framing and glazing stops are designed for glass and panels Wind pressure resistance and pressure equalization are standard within the frame assembly Weep containment and condensate water collection and drainage to the exterior at concealed weeps are standard Integral door frames are available SELECTION CRITERIA Quality, economy, and good performance are provided at a reasonable cost Framing is designed for Interior or exterior environments APPLICABLE STANDARDS, RELATED REFERENCES AA (Aluminum Association) - Designation System for Aluminum Finishes AAMA SFM Aluminum Storefront and Entrance Manual AAMA Standard Test Method for Water Penetration of Windows, Curtain Walls and Doors using Dynamic Pressure AAMA Voluntary Specification for Anodized Architectural Aluminum AAMA Voluntary Test Method for Thermal Transmittance and Condensation Resistance of Windows, Doors, and Glazed Wall Sections AAMA Voluntary Specification, Performance Requirements and Test Procedures for High Performance Organic Coatings on Aluminum Extrusions and Panels AAMA Voluntary Specification, Performance Requirements and Test Procedures for Superior Performing Organic Coatings on Aluminum Extrusions and Panels ASTM A12/A12M - Standard Specification for Zinc (Hot-Dip Galvanized) Coatings on Iron and Steel Products ASTM B209 - Standard Specification for Aluminum and Aluminum-Alloy Sheet and Plate ASTM B209M - Standard Specification for Aluminum and Aluminum-Alloy Sheet and Plate [Metric] 4

7 PRODUCT DESCRIPTION NON-THERMAL ASTM B221 - Standard Specification for Aluminum and Aluminum-Alloy Extruded Bars, Rods, Wires, Profiles, and Tube ASTM B221M - Standard Aluminum-Alloy Extruded Bars, Rods, Wires, Profiles, and Tube [Metric] ASTM E28 - Standard Test Method for Determining Rate of Air Leakage Through Exterior Windows, Curtain Walls and Doors Under Specified Pressure Differences Across the Specimen ASTM E0 - Standard Test Method for Structural Performance of Exterior Windows, Skylights, Doors, and Curtain Walls by Uniform Static Air Pressure Difference ASTM E1 - Standard Test Method for Water Penetration of Exterior Windows, Skylights, Doors, and Curtain Walls by Uniform Static Air Pressure Difference QUALITY, TESTS, CERTIFICATIONS, AND APPROVALS Air Infiltration: Maximum leakage of 0.02 cfm/sq ft. when measured in accordance with ASTM E28 at a test pressure of 6.24 psf Static Water Leakage: No uncontrolled leakage, when measured in accordance with ASTM E1 at a test pressure difference of 12.0 psf Dynamic Water Leakage: No uncontrolled leakage, when measured in accordance with AAMA at a test pressure difference of 12.0 psf Structural Performance: Maximum deflection less than 1/175 of the span length and no damage to the assembly, when measured in accordance with ASTM E0 at a test pressure of 25 psf PACKAGING, HANDLING, AND PROTECTION INSTRUCTIONS Packaged in specially designed heavy cartons or shipped pre-fabricated and assembled SPECIAL WARRANTY One (1) year LIMITATIONS Not thermally broken Framing is limited to applications of one story in height Not intended for continuous members for multiple floor applications SAFETY PRECAUTIONS Normal precautions required AVAILABILITY Framing is available in all regions of USA - refer to Internet web site for locations and addresses of distributors COST Varies with elevation, configuration and finish desired 5

8 NON-THERMAL PRODUCT DESCRIPTION PRODUCT PROPERTIES MATERIAL AND DESIGN Aluminum: 606-T6 alloy and temper, to ASTM B221 or ASTM B221M Fasteners: Stainless steel, or zinc plated carbon steel Perimeter Anchors: Aluminum, or steel that will be isolated from aluminum components Glazing Gaskets: Wedge-type, Ethylene Propylene Diene Monomer (EPDM) rubber with non-stretch cord Glass Stops: Snap-in type SHAPE AND DIMENSIONS Frame Size: 2 x 4-1/2 inch Glass Edge Bite: /8 inch Glazing Thickness Accepted: 1/8 inch to 1-1/8 inch in increments of 1/16 inch except 7/16 inch, 9/16 inch, 11/16 inch, and 1/16 inch SHOP FABRICATION AND ASSEMBLY Provide for flush glazing on all sides with no projecting stops Configurations: Two-piece snap together mullions Solid tubular mullions, assembled to specially designed shear block clips Accessories: Expansion Mullions Corner Mullions Open Back Perimeter Members Integral Door Frames Flashing, Subsills Head Receptor Heavy Duty Mullions Standard Steel Reinforcing Available COLORS AND TEXTURES Architectural anodic coating, in accordance with AAMA 611; o Aluminum Association Designation. AA-M10C22A1 - Class II - (Pittco #42 Clear) AA-M10C22A41 - Class I - (Pittco #4 Clear) AA-M10C22A44 - Class I - (Pittco #59 Champagne) AA-M10C22A44 - Class I - (Pittco #60 Light Bronze) AA-M10C22A44 - Class I - (Pittco #61 Medium Bronze) AA-M10C22A44 - Class I - (Pittco #62 Dark Bronze) AA-M10C22A44 - Class I - (Pittco #6 Black) 6

9 PRODUCT DESCRIPTION NON-THERMAL Architectural organic coating, in accordance with AAMA 2604 (50% Kynar 500 ); o Finish of Exposed Aluminum shall be compliant with the performance standards set forth in AAMA Specification 2604, High Performance Organic Coatings on Aluminum o Type: Factory Applied, High Performance, 50% Polyvinylidene Fluoride (PVDF) Coating formulated by a licensed paint manufacturer, and applied by Paint Manufacturer's Warranty-Approved Applicator o Pretreatment: Applicator to pre-treat the aluminum with solutions to remove organic and inorganic surface soils, remove residual oxides, followed by a Chrome Phosphate or Chromate Coating to ensure adhesion to the aluminum o Specify color code, e.g. UC 40577(Duranar Black) Architectural organic coating, in accordance with AAMA 2605 (70% Kynar 500 ); o Finish of Exposed Aluminum shall be compliant with the performance standards set forth in AAMA Specification 2605, Superior Performing Organic Coatings on Aluminum o Type: Factory Applied, High Performance, 70% Polyvinylidene Fluoride (PVDF) Coating formulated by a licensed paint manufacturer, and applied by Paint Manufacturer's Warranty-Approved Applicator o Pretreatment: Applicator to pre-treat the aluminum with solutions to remove organic and inorganic surface soils, remove residual oxides, followed by a Chrome Phosphate or Chromate Coating to ensure adhesion to the aluminum o Specify color code, e.g. UC 40577(Duranar Black) PRODUCT PLACEMENT PREPARATION WORK Ensure openings are of proper size, and are plumb, square, level and in the proper location and alignment INSTALLATION Align installed assembly plumb and level, free of warp or twist Maintain dimensional tolerances, aligning with adjacent work Seal joints between framing and building structure watertight Follow guidelines in Pittco Fabrication, Sealant and Erection Brochure START-UP AND OPERATION Not Applicable OWNER'S MAINTENANCE INSTRUCTIONS Wash surfaces with warm water and mild soap; wipe clean, at least once a year 7

10 NON-THERMAL PRODUCT DESCRIPTION Corporate Identification Pittco Architectural Metals, Inc 150 Landmeier Road Elk Grove Village, Illinois Tel: (847) Fax: (847) Toll-Free: (800) Internet: Technical Services Available Toll-Free: (800) Classification and Filing MasterFormat Subset of Section Metal Framed Storefronts UniFormat Section B200 - (exterior entrance frames) or C1020 (interior entrance frames) 8

11 PRODUCT DESCRIPTION NON-THERMAL BASIC USES / RELATED USES Framing is designed for flush, center glazed storefront assembly Vertical mullions are typically open back aluminum members, with solid face and flush closure side plates forming tubular members for use on single spans Horizontal mullions are of hollow aluminum with removable glazing stops Glazing is insulating glass unit or single pane with adapters Corners are available for 90 and 15 degrees Glass may be transparent, opaque, or decorative types Framing is intended for one story applications Framed assembly may be fitted to most rigid and stable framed opening assemblies PRODUCT ATTRIBUTES AND CHARACTERISTICS Aluminum frame members are thermally improved Framing and glazing stops are designed for glass and panels Wind pressure resistance and pressure equalization are standard within the frame assembly Weep containment and condensate water collection and drainage to the exterior at concealed weeps are standard Integral door frames are available SELECTION CRITERIA Quality, economy, and good performance are provided at a reasonable cost Framing is designed for Interior or exterior environments APPLICABLE STANDARDS, RELATED REFERENCES AA (Aluminum Association) - Designation System for Aluminum Finishes AAMA SFM Aluminum Storefront and Entrance Manual AAMA Standard Test Method for Water Penetration of Windows, Curtain Walls and Doors using Dynamic Pressure AAMA Voluntary Specification for Anodized Architectural Aluminum AAMA Voluntary Test Method for Thermal Transmittance and Condensation Resistance of Windows, Doors, and Glazed Wall Sections AAMA Voluntary Specification, Performance Requirements and Test Procedures for High Performance Organic Coatings on Aluminum Extrusions and Panels AAMA Voluntary Specification, Performance Requirements and Test Procedures for Superior Performing Organic Coatings on Aluminum Extrusions and Panels ASTM A12/A12M - Standard Specification for Zinc (Hot-Dip Galvanized) Coatings on Iron and Steel Products ASTM B209 - Standard Specification for Aluminum and Aluminum-Alloy Sheet and Plate ASTM B209M - Standard Specification for Aluminum and Aluminum-Alloy Sheet and Plate [Metric] ASTM B221 - Standard Specification for Aluminum and Aluminum-Alloy Extruded Bars, Rods, Wires, Profiles, and Tube ASTM B221M - Standard Aluminum-Alloy Extruded Bars, Rods, Wires, Profiles, and Tube [Metric] 9

12 THERMAL PRODUCT DESCRIPTION ASTM E28 - Standard Test Method for Determining Rate of Air Leakage Through Exterior Windows, Curtain Walls and Doors Under Specified Pressure Differences Across the Specimen ASTM E0 - Standard Test Method for Structural Performance of Exterior Windows, Skylights, Doors, and Curtain Walls by Uniform Static Air Pressure Difference ASTM E1 - Standard Test Method for Water Penetration of Exterior Windows, Skylights, Doors, and Curtain Walls by Uniform Static Air Pressure Difference QUALITY, TESTS, CERTIFICATIONS, AND APPROVALS Air Infiltration: Maximum leakage of 0.02 cfm/sq ft. when measured in accordance with ASTM E28 at a test pressure of 6.24 psf Static Water Leakage: No uncontrolled leakage, when measured in accordance with ASTM E1 at a test pressure difference of 12.0 psf Dynamic Water Leakage: No uncontrolled leakage, when measured in accordance with AAMA at a test pressure difference of 12.0 psf Structural Performance: Maximum deflection less than 1/175 of the span length and no damage to the assembly, when measured in accordance with ASTM E0 at a test pressure of 25 psf Condensation Resistance Factor (CRF): 58 when measured in accordance with AAMA 150 with clear 1 insulated glass unit (1/4, 1/2, 1/4) Insulation U-Factor: 0.59 BTU/hr/sq ft/degrees F when measured in accordance with AAMA 150 with clear 1 insulated glass unit (1/4, 1/2, 1/4) PACKAGING, HANDLING, AND PROTECTION INSTRUCTIONS Packaged in specially designed heavy cartons or shipped pre-fabricated and assembled SPECIAL WARRANTY One (1) year LIMITATIONS Framing is limited to applications of one story in height Not intended for continuous members for multiple floor applications SAFETY PRECAUTIONS Normal precautions required AVAILABILITY Framing is available in all regions of USA - refer to Internet web site for locations and addresses of distributors COST Varies with elevation, configuration and finish desired 10

13 PRODUCT DESCRIPTION THERMAL PRODUCT PROPERTIES MATERIAL, COMPOSITION AND DESIGN Aluminum: 606-T6 alloy and temper, to ASTM B221 or ASTM B221M Fasteners: Stainless steel, or zinc plated carbon steel Perimeter Anchors: Aluminum, or steel that will be isolated from aluminum components Glazing Gaskets: Wedge-type, Ethylene Propylene Diene Monomer (EPDM) rubber with non-stretch cord Glass Stops: Snap-in type Thermal Barrier: Poured and Debridged Polyurethane and Thermal Slots SHAPE AND DIMENSIONS Frame Size: 2 x 4-1/2 inch Glass Edge Bite: /8 inch Glazing Thickness Accepted: 1/8 inch to 1-1/8 inch in increments of 1/16 inch except 7/16 inch, 9/16 inch, 11/16 inch, and 1/16 inch SHOP FABRICATION AND ASSEMBLY Provide for flush glazing on all sides with no projecting stops Configurations: Two-piece snap together mullions Solid tubular mullions, assembled to specially designed shear block clips Accessories: Expansion Mullions Corner Mullions Open Back Perimeter Members Integral Door Frames Flashing, Subsills Head Receptor Heavy Duty Mullions Standard Steel Reinforcing Available COLORS AND TEXTURES Architectural anodic coating, in accordance with AAMA 611; o Aluminum Association Designation. AA-M10C22A1 - Class II - (Pittco #42 Clear) AA-M10C22A41 - Class I - (Pittco #4 Clear) AA-M10C22A44 - Class I - (Pittco #59 Champagne) AA-M10C22A44 - Class I - (Pittco #60 Light Bronze) AA-M10C22A44 - Class I - (Pittco #61 Medium Bronze) AA-M10C22A44 - Class I - (Pittco #62 Dark Bronze) AA-M10C22A44 - Class I - (Pittco #6 Black) 11

14 THERMAL PRODUCT DESCRIPTION Architectural organic coating, in accordance with AAMA 2605 (70% Kynar 500 ); o Finish on exposed aluminum shall be compliant with the performance standards set forth in AAMA 2605, Superior Performing Organic Coatings on Aluminum. o Type: Factory Applied - High Performance, 70% Polyvinylidene Fluoride (PVDF) coating based on Elf Atochem, Inc. Kynar 500 or Ausimount USA, Inc. Hylar 5000 resin, formulated by a Licensed Paint Manufacturer and applied by the Paint Manufacturer's Warranty Approved Applicator. o Pre-treatment: Applicator to pre-treat the aluminum with solutions to remove Organic and Inorganic Surface Soils and Residual Oxides, followed by a Chrome Phosphate Conversion Coating, at a minimum 40 mg/sq ft to ensure adhesion of paint to aluminum. o Specify color code, e.g. UC 40577(Duranar Black) Architectural organic coating, in accordance with AAMA 2605 (70% Kynar 500 ); o Finish on exposed aluminum shall be compliant with the performance standards set forth in AAMA 2604, High Performance Organic Coatings on Aluminum. o Type: Factory Applied - High Performance, 50% Polyvinylidene Fluoride (PVDF) coating based on Elf Atochem, Inc. Kynar 500 or Ausimount USA, Inc. Hylar 5000 resin, formulated by a Licensed Paint Manufacturer and applied by the Paint Manufacturer's Warranty Approved Applicator. o Pre-treatment: Applicator to pre-treat the aluminum with solutions to remove Organic and Inorganic Surface Soils and Residual Oxides, followed by a Chrome Phosphate Conversion Coating, at a minimum 40 mg/sq ft to ensure adhesion of paint to aluminum. o Specify color code, e.g. UC 40577(Duranar Black) PRODUCT PLACEMENT PREPARATION WORK Ensure openings are of proper size, and are plumb, square, level and in the proper location and alignment INSTALLATION Align installed assembly plumb and level, free of warp or twist Maintain dimensional tolerances, aligning with adjacent work Seal joints between framing and building structure watertight Follow guidelines in Pittco Fabrication, Sealant and Erection Brochure START-UP AND OPERATION Not Applicable OWNER'S MAINTENANCE INSTRUCTIONS Wash surfaces with warm water and mild soap; wipe clean, at least once a year 12

15 PRODUCT DESCRIPTION THERMAL Corporate Identification Pittco Architectural Metals, Inc 150 Landmeier Road Elk Grove Village, Illinois Tel: (847) Fax: (847) Toll-Free: (800) Internet: Technical Services Available Toll-Free: (800) Classification and Filing MasterFormat Subset of Section Metal Framed Storefronts UniFormat Section B200 - (exterior entrance frames) or C1020 (interior entrance frames) 1

16 EXPLODED VIEW SCREW SPLINE ASSEMBLY THE SCREW SPLINE SYSTEM ALLOWS A FRAME TO BE INSTALLED FROM UNITIZED ASSEMBLIES. SCREWS ARE DR THROUGH THE BACK OF THE VERTICALS INTO SPLINES EXTRUDED IN THE HORIZONTAL FRAMING MEMBERS. INDIV UNITS ARE THEN SNAPPED TOGETHER TO FORM A COMPLETE FRAME OPEN BACK MULLION SNAP-IN FILLER HEAD HORIZONTAL GLASS STOP SILL GLASS STOP SHEAR BLOCK ASSEMBLY THE SHEAR BLOCK METHOD OF FABRICATION IS AN ALTERNATE METHOD OF FABRICATION. HORIZONTA ARE ATTACHED TO THE VERTICAL MULLIONS WITH SHEAR BLOCKS. THIS METHOD MUST BE USED WIT TUBULAR VERTICAL MULLIONS. OPEN BACK MULLION SNAP-IN FILLER SHEAR BLOCK HEAD SHEAR BLOCK HORIZONTAL GLASS STOP SILL GLASS STOP 14

17 TYPICAL FRAMING DETAILS (Outside Glazed) NON-THERMAL (JAMB) (PERIMETER FILLER) SCREW SPLINE (JAMB) (GLAZING FILLER) (JAMB) (PERIMETER FILLER) SHEAR BLOCK (JAMB) (GLAZING FILLER) 1 JAMB 2 VERTICAL 1 JAMB 2 VERTICAL HEAD (HEAD) (PERIMETER FILLER) HEAD (HEAD) (PERIMETER FILLER) (SHEAR BLOCK) 4 HORIZONTAL (HORIZONTAL) 2-01 (GLASS STOP) 4 HORIZONTAL (HORIZONTAL) 2-01 (GLASS STOP) (SHEAR BLOCK) 5 SILL (SILL) 2-01 (GLASS STOP) (PERIMETER FILLER) (SUB-SILL) 5 SILL (SILL) 2-01 (GLASS STOP) (PERIMETER FILLER) (SUB-SILL) (SHEAR BLOCK) D1 DETAILS

18 NON-THERMAL TYPICAL FRAMING DETAILS (Inside Glazed) (JAMB) (PERIMETER FILLER) SCREW SPLINE (JAMB) (GLAZING FILLER) (JAMB) (PERIMETER FILLER) SHEAR BLOCK (JAMB) (GLAZING FILLER) 1 JAMB 2 VERTICAL 1 JAMB 2 VERTICAL HEAD (HEAD) (GLASS STOP) (PERIMETER FILLER) HEAD (HEAD) (GLASS STOP) (PERIMETER FILLER) (SHEAR BLOCK) 4 HORIZONTAL (HORIZONTAL) (GLASS STOP) 4 HORIZONTAL (HORIZONTAL) (GLASS STOP) (SHEAR BLOCK) 5 SILL (SILL) (PERIMETER FILLER) (SUB-SILL) 5 SILL (SILL) (PERIMETER FILLER) (SUB-SILL) 2-04 (SHEAR BLOCK) D2 DETAILS

19 CORNER AND OPTIONAL DETAILS NON-THERMAL OUTSIDE CORNER 90 INSIDE CORNER 15 CORNER HEAVY WALL MULLION HEAVY WALL MULLION w/ OPTIONAL STEEL EXPANSION MULLION ADJUSTABLE MULLION HEAD RECEPTOR " x 6" HORIZONTAL " x 6" SILL D DETAILS

20 SINGLE THERMAL TYPICAL FRAMING DETAILS (Outside Glazed) (JAMB) (PERIMETER FILLER) SCREW SPLINE (JAMB) (GLAZING FILLER) (JAMB) (PERIMETER FILLER) SHEAR BLOCK (JAMB) (GLAZING FILLER) 1 JAMB 2 VERTICAL 1 JAMB 2 VERTICAL HEAD (HEAD) (PERIMETER FILLER) HEAD (HEAD) (PERIMETER FILLER) (SHEAR BLOCK) 4 HORIZONTAL (HORIZONTAL) 2-01 (GLASS STOP) 4 HORIZONTAL (HORIZONTAL) 2-01 (GLASS STOP) (SHEAR BLOCK) 5 SILL D4 DETAILS (SILL) 2-01 (GLASS STOP) (PERIMETER FILLER) (SUB-SILL) 5 SILL (SILL) 2-01 (GLASS STOP) (PERIMETER FILLER) (SUB-SILL) (SHEAR BLOCK)

21 TYPICAL FRAMING DETAILS (Inside Glazed) SINGLE THERMAL (JAMB) (PERIMETER FILLER) SCREW SPLINE (JAMB) (GLAZING FILLER) (JAMB) (PERIMETER FILLER) SHEAR BLOCK (JAMB) (GLAZING FILLER) 1 JAMB 2 VERTICAL 1 JAMB 2 VERTICAL HEAD (HEAD) (GLASS STOP) (PERIMETER FILLER) HEAD (HEAD) (GLASS STOP) (PERIMETER FILLER) (SHEAR BLOCK) 4 HORIZONTAL (HORIZONTAL) (GLASS STOP) 4 HORIZONTAL (HORIZONTAL) (GLASS STOP) (SHEAR BLOCK) 5 SILL (SILL) (PERIMETER FILLER) (SUB-SILL) 5 SILL (SILL) (PERIMETER FILLER) (SUB-SILL) 2-04 (SHEAR BLOCK) D5 DETAILS

22 SINGLE THERMAL CORNER AND OPTIONAL DETAILS OUTSIDE CORNER 90 INSIDE CORNER 15 CORNER HEAVY WALL MULLION HEAVY WALL MULLION w/ OPTIONAL STEEL EXPANSION MULLION ADJUSTABLE MULLION HEAD RECEPTOR " x 6" HORIZONTAL " x 6" SILL D6 DETAILS

23 TYPICAL FRAMING DETAILS (Outside Glazed) DOUBLE THERMAL (JAMB) (PERIMETER FILLER) SCREW SPLINE (JAMB) (GLAZING FILLER) (JAMB) (PERIMETER FILLER) SHEAR BLOCK (JAMB) (GLAZING FILLER) 1 JAMB 2 VERTICAL 1 JAMB 2 VERTICAL HEAD (HEAD) (PERIMETER FILLER) HEAD (HEAD) (PERIMETER FILLER) (SHEAR BLOCK) 4 HORIZONTAL (HORIZONTAL) 2-01 (GLASS STOP) 4 HORIZONTAL (HORIZONTAL) 2-01 (GLASS STOP) (SHEAR BLOCK) 5 SILL (SILL) 2-01 (GLASS STOP) (PERIMETER FILLER) (SUB-SILL) 5 SILL (SILL) 2-01 (GLASS STOP) (PERIMETER FILLER) (SUB-SILL) (SHEAR BLOCK) D7 DETAILS

24 DOUBLE THERMAL TYPICAL FRAMING DETAILS (Inside Glazed) (JAMB) (PERIMETER FILLER) SCREW SPLINE (JAMB) (GLAZING FILLER) (JAMB) (PERIMETER FILLER) SHEAR BLOCK (JAMB) (GLAZING FILLER) 1 JAMB 2 VERTICAL 1 JAMB 2 VERTICAL HEAD (HEAD) (GLASS STOP) (PERIMETER FILLER) HEAD (HEAD) (GLASS STOP) (PERIMETER FILLER) (SHEAR BLOCK) 4 HORIZONTAL (HORIZONTAL) (GLASS STOP) 4 HORIZONTAL (HORIZONTAL) (GLASS STOP) (SHEAR BLOCK) 5 SILL (SILL) (PERIMETER FILLER) (SUB-SILL) 5 SILL (SILL) (PERIMETER FILLER) (SUB-SILL) 2-04 (SHEAR BLOCK) D8 DETAILS

25 CORNER AND OPTIONAL DETAILS DOUBLE THERMAL OUTSIDE CORNER 90 INSIDE CORNER 15 CORNER HEAVY WALL MULLION HEAVY WALL MULLION w/ OPTIONAL STEEL EXPANSION MULLION ADJUSTABLE MULLION HEAD RECEPTOR " x 6" HORIZONTAL " x 6" SILL D9 DETAILS

26 1 ENTRANCE DETAILS SINGLE ACTING DOOR JAMBS (HEAD) 2-01 (GLASS STOP) (PERIMETER FILLER) 1 TRANSOM HEAD 6 TRANSOM JAMBS Jambs above transom bar are routed out to accept glass holding insert with or without steel reinforcing (TRANSOM HEAD) (SHEAR BLOCK) (SHEAR BLOCK) (TRANSOM HEAD) (SHEAR BLOCK) (SHEAR BLOCK) 2 DOOR HEAD 10 DOOR HEAD (MULLION) SINGLE ACTING DOOR JAMBS (MULLION) D10 BOTTOM RAIL

27 WINDLOAD CHARTS SYSTEM ANALYSIS CRITERIA: ALUMINUM: 606-T6 DEFLECTION LIMITS: L/175 FOR SPANS LESS THAN 1'-6" L/ /4" FOR SPANS GREATER THAN 1'-6" CODES AND SPECIFICATIONS VARY, NO SINGLE LITE OF GLASS SHALL DEFLECT MORE THAN /4" LATERAL BRACING OR HORIZONTAL MEMBER SPACING: 48" O.C. (MAXIMUM) (FOR HORIZONTAL SPACING GREATER THAN 48" CONTACT PITTCO ENGINEERING) SECTION EVALUATED PER 2005 ALUMINUM DESIGN MANUAL SIMPLE SPAN CONDITION NON-THERMAL A B C D E A = 15 PSF B = 20 PSF C = 25 PSF D = 0 PSF E = 40 PSF VERTICAL REINFORCING IS ANALYZED AS AN ASSEMBLY WITH THE ALUMINUM SECTIONS. S1

28 NON-THERMAL SYSTEM ANALYSIS CRITERIA: ALUMINUM: 606-T6 DEFLECTION LIMITS: L/175 FOR SPANS LESS THAN 1'-6" L/ /4" FOR SPANS GREATER THAN 1'-6" CODES AND SPECIFICATIONS VARY, NO SINGLE LITE OF GLASS SHALL DEFLECT MORE THAN /4" LATERAL BRACING OR HORIZONTAL MEMBER SPACING: 48" O.C. (MAXIMUM) (FOR HORIZONTAL SPACING GREATER THAN 48" CONTACT PITTCO ENGINEERING) SECTION EVALUATED PER 2005 ALUMINUM DESIGN MANUAL SIMPLE SPAN CONDITION WINDLOAD CHARTS A B C D E A = 15 PSF B = 20 PSF C = 25 PSF D = 0 PSF E = 40 PSF A B C D E WITH STEEL S2 VERTICAL REINFORCING IS ANALYZED AS AN ASSEMBLY WITH THE ALUMINUM SECTIONS.

29 WINDLOAD CHARTS SYSTEM ANALYSIS CRITERIA: ALUMINUM: 606-T6 DEFLECTION LIMITS: L/175 FOR SPANS LESS THAN 1'-6" L/ /4" FOR SPANS GREATER THAN 1'-6" CODES AND SPECIFICATIONS VARY, NO SINGLE LITE OF GLASS SHALL DEFLECT MORE THAN /4" LATERAL BRACING OR HORIZONTAL MEMBER SPACING: 48" O.C. (MAXIMUM) (FOR HORIZONTAL SPACING GREATER THAN 48" CONTACT PITTCO ENGINEERING) SECTION EVALUATED PER 2005 ALUMINUM DESIGN MANUAL SIMPLE SPAN CONDITION NON-THERMAL A B C D E A = 15 PSF B = 20 PSF C = 25 PSF D = 0 PSF E = 40 PSF COMBINED SECTIONS ARE ANALYZED AS AN ASSEMBLY S

30 SINGLE THERMAL SYSTEM ANALYSIS CRITERIA: ALUMINUM: 606-T6 DEFLECTION LIMITS: L/175 FOR SPANS LESS THAN 1'-6" L/ /4" FOR SPANS GREATER THAN 1'-6" CODES AND SPECIFICATIONS VARY, NO SINGLE LITE OF GLASS SHALL DEFLECT MORE THAN /4" LATERAL BRACING OR HORIZONTAL MEMBER SPACING: 48" O.C. (MAXIMUM) (FOR HORIZONTAL SPACING GREATER THAN 48" CONTACT PITTCO ENGINEERING) SECTION EVALUATED PER 2005 ALUMINUM DESIGN MANUAL SIMPLE SPAN CONDITION A 15% REDUCTION IN SECTION PROPERTIES TO ACCOUNT FOR THERMAL BREAK WINDLOAD CHARTS A B C D E A = 15 PSF B = 20 PSF C = 25 PSF D = 0 PSF E = 40 PSF S4 VERTICAL REINFORCING IS ANALYZED AS AN ASSEMBLY WITH THE ALUMINUM SECTIONS.

31 WINDLOAD CHARTS SYSTEM ANALYSIS CRITERIA: ALUMINUM: 606-T6 DEFLECTION LIMITS: L/175 FOR SPANS LESS THAN 1'-6" L/ /4" FOR SPANS GREATER THAN 1'-6" CODES AND SPECIFICATIONS VARY, NO SINGLE LITE OF GLASS SHALL DEFLECT MORE THAN /4" LATERAL BRACING OR HORIZONTAL MEMBER SPACING: 48" O.C. (MAXIMUM) (FOR HORIZONTAL SPACING GREATER THAN 48" CONTACT PITTCO ENGINEERING) SECTION EVALUATED PER 2005 ALUMINUM DESIGN MANUAL SIMPLE SPAN CONDITION A 15% REDUCTION IN SECTION PROPERTIES TO ACCOUNT FOR THERMAL BREAK SINGLE THERMAL A B C D E A = 15 PSF B = 20 PSF C = 25 PSF D = 0 PSF E = 40 PSF A B C D E WITH STEEL VERTICAL REINFORCING IS ANALYZED AS AN ASSEMBLY WITH THE ALUMINUM SECTIONS. S5

32 SINGLE THERMAL SYSTEM ANALYSIS CRITERIA: ALUMINUM: 606-T6 DEFLECTION LIMITS: L/175 FOR SPANS LESS THAN 1'-6" L/ /4" FOR SPANS GREATER THAN 1'-6" CODES AND SPECIFICATIONS VARY, NO SINGLE LITE OF GLASS SHALL DEFLECT MORE THAN /4" LATERAL BRACING OR HORIZONTAL MEMBER SPACING: 48" O.C. (MAXIMUM) (FOR HORIZONTAL SPACING GREATER THAN 48" CONTACT PITTCO ENGINEERING) SECTION EVALUATED PER 2005 ALUMINUM DESIGN MANUAL SIMPLE SPAN CONDITION A 15% REDUCTION IN SECTION PROPERTIES TO ACCOUNT FOR THERMAL BREAK WINDLOAD CHARTS A B C D E A = 15 PSF B = 20 PSF C = 25 PSF D = 0 PSF E = 40 PSF COMBINED SECTIONS ARE ANALYZED AS AN ASSEMBLY S6

33 WINDLOAD CHARTS SYSTEM ANALYSIS CRITERIA: ALUMINUM: 606-T6 DEFLECTION LIMITS: L/175 FOR SPANS LESS THAN 1'-6" L/ /4" FOR SPANS GREATER THAN 1'-6" CODES AND SPECIFICATIONS VARY, NO SINGLE LITE OF GLASS SHALL DEFLECT MORE THAN /4" LATERAL BRACING OR HORIZONTAL MEMBER SPACING: 48" O.C. (MAXIMUM) (FOR HORIZONTAL SPACING GREATER THAN 48" CONTACT PITTCO ENGINEERING) SECTION EVALUATED PER 2005 ALUMINUM DESIGN MANUAL SIMPLE SPAN CONDITION A 15% REDUCTION IN SECTION PROPERTIES TO ACCOUNT FOR THERMAL BREAK DOUBLE THERMAL A B C D E A = 15 PSF B = 20 PSF C = 25 PSF D = 0 PSF E = 40 PSF VERTICAL REINFORCING IS ANALYZED AS AN ASSEMBLY WITH THE ALUMINUM SECTIONS. S7

34 DOUBLE THERMAL SYSTEM ANALYSIS CRITERIA: ALUMINUM: 606-T6 DEFLECTION LIMITS: L/175 FOR SPANS LESS THAN 1'-6" L/ /4" FOR SPANS GREATER THAN 1'-6" CODES AND SPECIFICATIONS VARY, NO SINGLE LITE OF GLASS SHALL DEFLECT MORE THAN /4" LATERAL BRACING OR HORIZONTAL MEMBER SPACING: 48" O.C. (MAXIMUM) (FOR HORIZONTAL SPACING GREATER THAN 48" CONTACT PITTCO ENGINEERING) SECTION EVALUATED PER 2005 ALUMINUM DESIGN MANUAL SIMPLE SPAN CONDITION A 15% REDUCTION IN SECTION PROPERTIES TO ACCOUNT FOR THERMAL BREAK WINDLOAD CHARTS A B C D E A = 15 PSF B = 20 PSF C = 25 PSF D = 0 PSF E = 40 PSF A B C D E WITH STEEL S8 VERTICAL REINFORCING IS ANALYZED AS AN ASSEMBLY WITH THE ALUMINUM SECTIONS.

35 WINDLOAD CHARTS SYSTEM ANALYSIS CRITERIA: ALUMINUM: 606-T6 DEFLECTION LIMITS: L/175 FOR SPANS LESS THAN 1'-6" L/ /4" FOR SPANS GREATER THAN 1'-6" CODES AND SPECIFICATIONS VARY, NO SINGLE LITE OF GLASS SHALL DEFLECT MORE THAN /4" LATERAL BRACING OR HORIZONTAL MEMBER SPACING: 48" O.C. (MAXIMUM) (FOR HORIZONTAL SPACING GREATER THAN 48" CONTACT PITTCO ENGINEERING) SECTION EVALUATED PER 2005 ALUMINUM DESIGN MANUAL SIMPLE SPAN CONDITION A 15% REDUCTION IN SECTION PROPERTIES TO ACCOUNT FOR THERMAL BREAK DOUBLE THERMAL A B C D E A = 15 PSF B = 20 PSF C = 25 PSF D = 0 PSF E = 40 PSF COMBINED SECTIONS ARE ANALYZED AS AN ASSEMBLY S9

36 SYSTEM ANALYSIS CRITERIA: ALUMINUM: 606-T6 DEFLECTION LIMITS: L/175 FOR SPANS LESS THAN 1'-6" L/ /4" FOR SPANS GREATER THAN 1'-6" CODES AND SPECIFICATIONS VARY, NO SINGLE LITE OF GLASS SHALL DEFLECT MORE THAN /4" LATERAL BRACING OR HORIZONTAL MEMBER SPACING: 48" O.C. (MAXIMUM) (FOR HORIZONTAL SPACING GREATER THAN 48" CONTACT PITTCO ENGINEERING) SECTION EVALUATED PER 2005 ALUMINUM DESIGN MANUAL SIMPLE SPAN CONDITION A 15% REDUCTION IN SECTION PROPERTIES TO ACCOUNT FOR THERMAL BREAK WINDLOAD CHARTS A B C D E A = 15 PSF B = 20 PSF C = 25 PSF D = 0 PSF E = 40 PSF A B C D E S10 VERTICAL REINFORCING IS ANALYZED AS AN ASSEMBLY WITH THE ALUMINUM SECTIONS.

37 SYSTEM ANALYSIS CRITERIA: DEADLOAD CHARTS NON-THERMAL ALUMINUM: 606-T6 HORIZONTAL OR DEADLOAD LIMITATIONS ARE BASED UPON 1/8" MAXIMUM ALLOWABLE DEFLECTION WITH 1" THICK INSULATED GLASS SECTION EVALUATED PER 2005 ALUMINUM DESIGN MANUAL SIMPLE SPAN CONDITION A 15% REDUCTION IN SECTION PROPERTIES TO ACCOUNT FOR THE THERMAL BREAK THERMAL SECTIONS (HORIZONTAL) 2-01 (GLASS STOP) B A A = SETTING BLOCKS AT 1/8 POINTS B = SETTING BLOCKS AT 1/4 POINTS (HORIZONTAL) (GLASS STOP) B A S11

38 SYSTEM ANALYSIS CRITERIA: SINGLE THERMAL DEADLOAD CHARTS ALUMINUM: 606-T6 HORIZONTAL OR DEADLOAD LIMITATIONS ARE BASED UPON 1/8" MAXIMUM ALLOWABLE DEFLECTION WITH 1" THICK INSULATED GLASS SECTION EVALUATED PER 2005 ALUMINUM DESIGN MANUAL SIMPLE SPAN CONDITION A 15% REDUCTION IN SECTION PROPERTIES TO ACCOUNT FOR THE THERMAL BREAK THERMAL SECTIONS (HORIZONTAL) 2-01 (GLASS STOP) B A A = SETTING BLOCKS AT 1/8 POINTS B = SETTING BLOCKS AT 1/4 POINTS (HORIZONTAL) (GLASS STOP) B A S12

39 SYSTEM ANALYSIS CRITERIA: DEADLOAD CHARTS DOUBLE THERMAL ALUMINUM: 606-T6 HORIZONTAL OR DEADLOAD LIMITATIONS ARE BASED UPON 1/8" MAXIMUM ALLOWABLE DEFLECTION WITH 1" THICK INSULATED GLASS SECTION EVALUATED PER 2005 ALUMINUM DESIGN MANUAL SIMPLE SPAN CONDITION A 15% REDUCTION IN SECTION PROPERTIES TO ACCOUNT FOR THE THERMAL BREAK THERMAL SECTIONS (HORIZONTAL) 2-01 (GLASS STOP) B A A = SETTING BLOCKS AT 1/8 POINTS B = SETTING BLOCKS AT 1/4 POINTS (HORIZONTAL) (GLASS STOP) B A S1

40 SECTION PROPERTIES STRUCTURAL PROPERTIES of TMS 152 NON-THERMAL FRAMING Part Number Ix Sx Iy Sy (Steel) STRUCTURAL PROPERTIES of TMS 152T SINGLE-THERMAL FRAMING Part Number Ix Sx Iy Sy (Steel) S14

41 SECTION PROPERTIES STRUCTURAL PROPERTIES of TMS 152XT DOUBLE-THERMAL FRAMING Part Number Ix Sx Iy Sy (Steel) S15

42 THERMAL CHARTS T1

43 THERMAL CHARTS T2