DETAIL DRAWINGS. RASTRA is a stay-in-place insulated concrete. form that is structurally strong, energy-efficient,

Transcription

1 DETAIL DRAWINGS RASTRA is a stay-in-place insulated concrete form that is structurally strong, energy-efficient, soundproof, resistant to fire, high wind, mold and rodents and is made from 85% recycled materials.

2 1 Table of Contents General Notes 3 Wall Elevation Detail 4 RASTRA System Section 1 5 RASTRA System Section 2 6 RASTRA System Section 3 7 Truss Joist at RASTRA Lintel 8 Typical Truss Joist at Wall 9 Truss Joist at RASTRA Panel 1 10 Truss Joist at RASTRA Panel 2 11 TJI Joist at RASTRA Panel 1 12 TJI Joist at RASTRA Panel 2 13 Wood Joist at RASTRA Panel 1 14 Wood Joist at RASTRA Panel 2 15 DETAILS Typical Corner Wall Splice 16 Corner made with End Elements 17 Corner 18 Placement of Anchor Bolt For Top Plate 19 Electrical Attachments 20 LEDGER & BEAMS Roof Truss-to-Wall Anchorage 21 Non-Bearing Wall-to-Truss Anchorage 22 Non-Bearing Wall-to-Truss Anchorage 23 Anchorage of RASTRA Wall-to-Roof 24 Rafter & Ceiling Joist-to-Wall 25 Floor Joist-to-Wall 26 Typical Wall to Floor/Roof Anchorage 27 Floor Wall Connection 28 Roof with Parapet 28 Beam Bearing Detail 30 Ledger Detail 31 Floor Ledger 32 Steel Ledger Connector 33 Wood Ledger Connector 1 34 Wood Ledger Connector 2 35

3 2 FLOOR RASTRA Slab-to-Wall Connection 1 36 RASTRA Slab-to-Wall Connection 2 37 RASTRA Slab-to-Wall Connection 3 38 RASTRA Slab-to-Wall Connection 4 39 RASTRA Floor-to-Interior Wall 40 Cantilevered RASTRA Slab-to-Wall Connection 1 41 Cantilevered RASTRA Slab-to-Wall Connection 2 42 FOOTING Typical Exterior Footing 1 43 Typical Exterior Footing 2 44 Typical Interior Footing 1 45 Typical Interior Footing 2 46 Typical Wall Footing 1 47 Typical Wall Footing 2 48 DISCLAIMER THE INFORMATION CONTAINED IN THE RASTRA BUILDING DETAILS IS BASED ON EXPERIENCE AND ENGINEERING. THIS INFORMATION, TO THE BEST OF OUR KNOWLEDGE, IS ACCURATE AND RELIABLE. RASTRA CANNOT, HOWEVER, UNDER ANY CIRCUMSTANCES, MAKE ANY GUARANTEE OF RESULTS OR ASSUME ANY OBLIGATION WITH THE USE OF THIS INFORMATION. RESPONSIBILITY REMAINS WITH THE ARCHITECT OR ENGINEER FOR PROPER DESIGN AND APPLICATION OF CODES.

4 3 General Notes

5 4 Wall Elevation Detail

6 5 RASTRA System Section 1

7 6 RASTRA System Section 2

8 7 RASTRA System Section 3

9 8 Truss Joist at RASTRA Lintel

10 9 Typical Truss Joist at Wall

11 10 Truss Joist at RASTRA Panel 1

12 11 Truss Joist at RASTRA Panel 2

13 12 TJI Joist at RASTRA Panel 1

14 13 TJI Joist at RASTRA Panel 2

15 14 Wood Joist at RASTRA Panel 1

16 15 Wood Joist at RASTRA Panel 2

17 16 Typical Corner Wall Splice

18 17 Corner made with End Elements

19 18 Corner

20 19 Placement of Anchor Bolt for Top Plate

21 20 Electrical Attachments

22 21 Roof Truss-to-Wall Anchor

23 22 Non-Bearing Wall-to-Truss Anchor

24 23 Non-Bearing Wall-to-Truss Anchorage

25 24 Anchorage of RASTRA Wall-to-Roof

26 25 Rafter & Ceiling Joist-to-Wall

27 26 Floor Joist-to-Wall

28 27 Typical Wall to Floor/Roof Anchorage

29 28 Floor Wall Connection

30 29 Roof with Parapet

31 30 Beam Bearing Detail

32 31 Ledger Detail

33 32 Floor Ledger

34 33 Steel Ledger Connector

35 34 Wood Ledger Connector 1

36 35 Wood Ledger Connector 2

37 36 RASTRA Slab-to-Wall Connection 1

38 37 RASTRA Slab-to-Wall Connection 2

39 38 RASTRA Slab-to-Wall Connection 3

40 39 RASTRA Slab-to-Wall Connection 4

41 40 RASTRA Floor-to-Interior Wall

42 41 Cantilevered RASTRA Slab-to-Wall Connection 1

43 42 Cantilevered RASTRA Slab-to-Wall Connection 2

44 43 Typical Exterior Footing 1

45 44 Typical Exterior Footing 2

46 45 Typical Interior Footing 1

47 46 Typical Interior Footing 2

48 47 Typical Wall Footing 1

49 48 Typical Wall Footing 2