1. 08 8050 Exterior Glazing
1.1. Insulated Glass Unit
1.1.1. 6 mm Exterior Lite
1.1.1.1. Colour 1
1.1.1.2. Colour 2
1.1.1.3. Colour 3
1.1.1.4. Low-e Coating
1.1.1.5. Clear Tempered
1.1.2. 12.7 mm Air Space
1.1.2.1. Argon
1.1.3. 6 mm Middle Lite
1.1.3.1. Clear Tempered (?)
1.1.3.2. Annealed?
1.1.4. 12.7 mm Air Space
1.1.4.1. Argon (V1)
1.1.4.2. Internal Blinds (V2)
1.1.4.2.1. aluminum slats incorporated inside the sealed units
1.1.4.2.2. activated manually with magnets positioned on either side of the interior glass
1.1.4.2.3. It will be possible to angle, raise, or lower the slats
1.1.4.2.4. separator will measure at most 20 mm wide
1.1.4.2.5. unit will have a total thickness of 35 mm
1.1.5. 6 mm Interior Lite
1.1.5.1. Clear Tempered
1.1.5.2. Low-e Coating
1.1.6. Warm Edge Spacer
1.2. Spandrel Panel
1.2.1. 6 mm Exterior Lite
1.2.1.1. Heat Strengthened
1.2.1.2. Clear
1.2.1.3. Low-e Coating (?)
1.2.2. 12.7 mm Air Space
1.2.2.1. Argon
1.2.3. 6 mm Middle Lite
1.2.3.1. Spandrel Coating
1.2.3.1.1. Colour 1 (V3)
1.2.3.1.2. Colour 2 (V4)
1.2.4. Semi-Rigid Mineral Wool Insulation
1.2.5. Galvanized Steel Pan
1.3. Tempered Laminated Glass
1.3.1. Structural Fins
1.3.2. Entrances
2. Roofing System
2.1. Green Roof
2.2. Membrane Roof
2.3. Insulation
3. Performance Requirements
3.1. Loads
3.1.1. Dead Loads
3.1.2. Seismic Loads
3.1.3. Horizontal Deflection
3.1.4. Live Loads
3.1.4.1. Wind Pressure
3.1.4.2. Suction
3.1.4.3. Snow
3.1.4.4. Hail
3.1.4.5. Transportation
3.1.5. Calculations
3.1.5.1. National Building Code
3.1.5.2. Quebec Building Code
3.1.5.3. Wind Tunnel Data
3.1.5.4. Structural Data
3.2. Deflection
3.2.1. Horizontal and Vertical Mullions 12 mm
3.2.2. Horizontal and Vertical Mullions supporting glass 3 mm
3.2.3. Aluminum Panels 1/180 with maximum 10 mm
3.2.4. Steel Air/Vapour Barrier Purlins 6 mm
3.3. Temperature Differential
3.3.1. Interior/Exterior -20C to 20C
3.3.2. Exterior 60C to 80C
3.4. Air Tightness
3.4.1. 0.1 L/s/m2 at 300 Pa
3.4.2. AAMA 501
3.5. Condensation Resistance
3.5.1. No Trace of Condensation
3.5.1.1. Exterior -18 C
3.5.1.2. Interior 22 C
3.5.1.3. Relative Humidity 40-45%
3.5.1.4. *Confirm with Mechanical
3.6. Water Tightness
3.6.1. Static Tests
3.6.1.1. No infiltration at 720 Pa
3.6.1.2. No infiltration or water is allowed past the line of the AB/VR
3.6.2. Dynamic Tests
3.6.2.1. No infiltration at 3.4 l/min/m2, pressure of 0.5 kPa , at least 15 consecutive minutes
3.7. Thermal Conductivity
3.7.1. AAMA 1503 Condensation Resistance
3.7.2. AAMA501.5 – Thermal Cycling Test Method
3.7.3. Minimal: energy conservation in new buildings (Québec)
3.8. Glazing
3.8.1. U-Value: High Performance:0.30 – 35 Btu/sq.ft x h x deg F
3.8.2. SHGC: no greater than 0.45 according to NFRC200
3.8.3. Visible Light Transmittance (VLT): 60-70%
3.9. Sound Attenuation Ratings
3.9.1. minimum STC 35
3.9.2. refer to NC curves for each facility
3.9.3. Testing determined in Design Assist
4. Soffits
5. 08 4400 Curtain Wall
5.1. Unitized System
5.1.1. 4 sided silicone
5.1.2. Aluminum Extrusions
5.1.2.1. ASTM B211
5.1.2.2. ANSI H35.1 AA6063
5.2. Aluminum Reveal
5.2.1. Anodized
5.2.2. Painted
5.2.3. Insulation - Construction
5.3. Aluminum and Glass Doors
5.4. Gaskets
5.5. Support Shims
5.5.1. PVC
5.5.2. Rigid Plastic
5.6. Stainless Steel Anchoring and Reinforcement
5.6.1. ASTM A167
5.7. Finish
5.7.1. 3 coat Kynar 500 resin
5.7.1.1. 30 Year Warranty
5.8. Thermal breaks of polyamide material
5.9. Vestibules
5.10. Flashing
5.10.1. Aluminum
5.10.2. Stainless Steel
5.11. Air Barrier
5.11.1. At transitions
5.11.1.1. Peel and Stick?
5.12. Sills
6. 07 4243 Composite Wall Panels
6.1. 3 mm aluminum
6.1.1. Smooth (A1)
6.1.2. Raised (A2)
6.2. Insulation
6.2.1. Foamed in Place
6.2.2. Mineral Wool (?)
6.3. Aluminum Plate
6.3.1. Painted
6.4. Minimum 3 mm thickness
6.4.1. ASTM B209
6.4.2. ANSI H35.1 AA1100
7. 04 4316 Granite Veneer Cladding
7.1. Granite Type 1
7.1.1. Black
7.2. Insulation
7.3. Aluminum Plate
7.3.1. Painted