Permanent Wood Foundation System

PLAN ANALYSIS
Building Department:______________________________________________________
Address:_________________________________________________________
_______________________________________________________________
Phone:____________________________________
Fax:______________________________________
E-Mail:____________________________________

Plan Identification:_____________________________________________________

Location of Building Site: Street Address:__________________________________________
City or Township:_________________________________________________
County:_________________________________________________________
State:___________________________________________________________

Date Received:___________________________________

If the plan is deficient or any information is missing, the deficiency will be checked or suggested at the end of this report.
Deficiencies are categorized as two parts: INFORMATION NOT ON PLANS (X), or DETAILS ARE LACKING or MISSING (N/A). All Permanent Wood Foundation are Designed in accordance with Technical Report No. 7. Published By The American Forests & Paper Association, and Michigan Residential Code 2000. Reference Section Numbers are to TR # 7 and MRC 2000.

1. Type of Foundation:____ Full Basement
____ Walkout
____ Crawl
____ Addition
____ Slab on Grade

2. Dimensions Shown on the Plans?_________

3. (5.1, 5.2, 5.3) Soil Characteristics:____ Sand or Gravel
____ Ordinary Clay
____ Expansive Clay
____ Organic

4. (6.1) Water Table Level:____ Above Top of Basement Floor
____ Below Top of Basement Floor

5. (7.1.2) North Arrow on Plans?____

6. (MRC R403.1.4) Frost Depth:_____inches

7. (MRC R301.2(5)) Ground Snow Load:_____lbs. per Square Foot

8. (7.1.2) Building Near a Large Lake or Ocean?_____

9. (7.1.2) Prevailing Wind Direction from:__________

10. (7.1.2) Wind Exposure Classification: A____, B____, C____, D____

11. (7.1.2) Seismic Zone Classification: 0____, 1____, 2____, 3____, 4____

12. (8.5.1) Wall Height (from bottom of studs): _____inches.

13. (8.5.1) Maximum Backfill Depth (from bottom of studs): _____inches.
(If different backfills, are backfills limits shown on plans?______

14. (6.4) Location of Sump(s) on Plans:____

15. (8.1) For Crawls: Difference in Elevation of Grade Inside of Crawl &
Outside of Crawl_________inches.
Number of inches the Footing Plate is below Grade Inside Crawl_______

16. (7.1.1) Basis for Axial Loads in Pounds per Square Foot:
Roof: Live Load____, Dead Load_____, Ceiling Load_____, = Total Load______
2nd Floor: Live Load_____, Dead Load_____, Ceiling Load_____, = Total Load_____
1st Floor: Live Load_____, Dead Load_____, Ceiling Load_____, = Total Load_____
Attic Floor Load_____
Wall Weights in Pounds per Lineal Foot:
2nd Floor Wall_____, 1st Floor Wall_____, Foundation Wall_____
Sub or Frost Wall_____

17. (7.2) Equivalent Fluid Weight of Soil______Pounds per Cubic Foot

18. (7.1.2) Roof Information:
Roof Style: Gable End_____, Hip______, Flat_______
Roof Pitch___________
Roof Overhang__________inches
Roof Framing: Trusses______, Conventional______
Direction of Rafters_______

19. (7.1.2) 2nd Floor Information:
Kind of Joists: Lumber Joists______, Size_____________
I-Joists_______, Size______________
Engineered Floor Trusses______, Size_____________
Direction of Joists_______

20. (7.1.2)1st Floor Information:
Kind of Joists: Lumber Joists______, Size_____________
I-Joists_______, Size______________
Engineered Floor Trusses______, Size_____________
Direction of Joists______

21. (7.1.2) Total Load at Top of Each Foundation Wall: ________

22. (7.1.2) Total Load at Top of Each Aggregate Footing: ________

23. (8.4.3) Size of the Footing Plate for Each Wall & Bearing Wall________

24. (8.4.3) If the Footing Plate is More than One Lumber Size Wider than the Bottom Wall Plate,
A Stiffener or Stiffeners may be required; are the size of the Stiffener Shown?_____,
And is How the Stiffener is to be Applied Shown?_______

25. (3.4) Kind of Aggregate to be Used:
Pea Gravel_______
Crushed Stone______
Coarse Sand______

26. (8.4.4) Amount of Aggregate Footing Under Each Foundation Wall:
Depth_______
Width_______

27. (8.4.4) Amount of Aggregate Footing Under Each Bearing Wall:
Depth_______
Width_______

28. (8.7.1) Amount of Aggregate Footing Under Basement Floor:_________

29. (7.2) Equivalent Fluid Weight of Soil_______pounds per cubic ft.

30. (7.2) Reaction at the Top of Each Foundation Wall, (R)________lbs./Lin Ft.

31. (7.2) Reaction at the Bottom of Each Foundation Wall (@ bottom of stud (R1)
__________lbs./Lin. Ft.

32. (8.5.4) Are Shear Walls Required?_______, Are their Locations shown?___
Are the Lengths of All Shear Walls Shown?________
How are they fastened to the Basement Floor and Ceiling?_______

33. (8.5.4) Are the Racking Loads Shown for Each Foundation Wall and Shear Wall?______

34. (8.5.4) Are the Nailing Patterns Indicated for Attaching Plywood to Each Foundation Wall
and Shear Wall?________

35. (8.5.4) Which Foundation Walls and Shear Walls Require Blocking at the Plywood
Seam(s)?______________________________________________

36. (8.5.2) Are there Instructions for which way to Lay the Plywood for All Foundation Walls and
Shear Walls? (Horizontal or Perpendicular to Studs)________

37. (3.6.2 & 6.6) Kind of Caulking is to be Used?_____________(Butyl, Silicone, Etc.)

38. (6.6) Are there instructions for how to Caulk Plywood Seams? (Horizontal and Vertical)____

39. (8.4.5) If a Walkout, is the design of the Sub or Frost Wall Shown?_______

40. (8.4.5) Is the extent of the Foundation Wall requiring a Sub or Frost Wall Indicated?______

41. (8.4.8) Are Point or Concentrated Loads Under the Footing Plate or Posts Identified?_____
And Located?________

42. (8.4.8) Have the Axial Loads been Traced so that Each Point Load is Known?___

43. (8.4.8) Have the Sizes of all Load Pads been Calculated?_______

44. (8.4.8) Have the Thickness of all Load Pads been Calculated?________

45. (8.4.8) Have Instructions for Making the Load Pads been Included?_______

46. (8.5.1) Are there Windows or Door Openings in the Foundation Walls or Bearing Walls?____
If so, are there Details Showing How to Construct Them?________

47. (8.5.1) Are Header Sizes Indicated for Windows and Doors in the Foundation Walls and
Bearing Walls?_______

48. (8.5.1) When Stairwells or Other Openings in the Floor/Ceiling Diaphragm are Adjacent to
Exterior Latterly Loaded Foundation Walls, are there Details Showing How these are these Openings To be Constructed?_______

49. (8.5.1) Are there Details to Show How Inside, Outside, or Angled Corners are to be
Constructed?________

50. (8.5.1) Are there any Brickledges?______ If so, are there any Details to Show their
Construction?________

51. (8.5.1) Are there any Support Knees?______ If so, are there any Details to Show their
Construction?________

52. (8.5.1) Are there any Lead Walls for Attached Porches or Garages?_______,If so, are
there any Details to Show their Construction?__________________

53. (8.5.1) Are there Details for All Different Foundation Walls?______

54. (8.5.1) Are there Details for All Different Bearing Walls?_____

55. (8.5.4) Are there Details for All Different Shear Walls?______

56. (8.5.1) Are there Details for Garage Walls?_______

57. (8.5.1) Are there Details to Show the Construction under Garage Door Openings?______

58. (8.5.1) Are there Details for Porch Walls?_______

59. (8.5.1) Is the Difference in Elevation from the 1st Floor Deck to the Top of a Garage
Floor Shown?_______

60. (8.5.1) Is the Difference in Elevation from the 1st Floor Deck to the Top of a Porch
Floor Shown?_______

61. (8.5.3) Is the Minimum Distance from the Bottom of the Foundation Studs to the Top of
the Foundation Floor Shown?_______

62. (8.7.1) Thickness of a Concrete Floor in the Basement _________

63. (8.7.1) Thickness of the Concrete Floor in the Garage _________

64. (8.5.1) Are there Details of any Porch Floor Construction?_______

65. (8.5.1) If Attached Porches or Decks; Are their Details of How they are Attached to
To the Foundation Wall(s)?________

66. (8.7.2) Are there Details of any Wood Foundation Wood Basement Floor?_

67. (8.7.2) For Wood Foundation Wood Basement Floors, Backfilled End Walls Must have Blocks in Two or more Joist spaces. Is the spacing of these blocks shown?____
Are the Spacing of these Blocks and the Minimum Spacing between Floor Joists indicated?________

68. (8.7.2) If a Wood Foundation Wood Basement Floor; is there a need for a Hold-Down Knee
Wall?_______

69. (8.7.2) If a Wood Foundation Wood Basement Floor, are there at least Two Vents provided
in Two Stud Spaces for Venting the Underside of the Wood Floor at Opposite Ends
of the Basement?_______

70. (6.5) Is there a 6 mil Polyethylene Vapor Barrier Under the Basement Floor on Top of the
Aggregate and under the Concrete Floor?_______

71. (6.5) Is there a 6 mil Vapor Barrier Under a Wood Basement Floor on Top of the Aggregate and over the Sleepers and Bearing Wall Footing Plates?________

72. (6.7) Is a 6 mil Vapor Barrier Glued to the Plywood Wall with One Horizontal Bead of
Glue at Finished Grade or Higher?_______

73. (6.7) Is the Vapor Barrier Protected at Finished Grade with a Grade Board?_____

74. (6.7) Is the Vapor Barrier on the Foundation Wall Cut Off at the Bottom of the Footing
Plate and Not Extended Into the Aggregate?_______

75. There should Not Be Any Vapor Barrier between the Top of the Aggregate of the
Backfill along the Foundation Wall and the Backfilled Soil Above it.
Is this Vapor Barrier Present?_______

76. (6.7) There should be No Vapor Barrier Under any Footing Plate; Is this Vapor Barrier
Present?_______

77. (8.3.2) Are All the Bolt Sizes, Lengths, and Types Specified?______
(Hex Head Bolts and Washers should Always Be Specified; Never Carriage Bolts)

78. (7.1.2) For Floor/Ceiling Assemblies, Backfilled End Walls Must have Blocks in One or
More Joist Spaces. Are the Size of these Blocks, their Spacing, and the Minimum
Spacing bewteen Floor Joist indicated?________

79. (3.1 & 3.2) Are the Materials to be Used for Building the Wood Foundation spelled out in
in Detail?______Or is there a Reference to TR # 7 of AF & PA?

80. (3.3.2) How is the Floor/Ceiling Diaphragm Attached to the Wood Foundation Wall?
PWF Straps______, Joist Hangers_______, Angles_______, None_______

81. (3.3.1) Nailing: Nails used for Wood Foundations are Either Hot-Dipped Galvanized (HDG),
Stainless Steel (SS), or Bright Steel. Their Lengths are the Penny Size.
Their Diameters are the Name: Box, Common, Gun, Etc. The Diameters are
the Shear Strength of the Nail, therefore, for Structural Design the Diameters
Are Significant and Must Be Specified as well as the Number of Nails in Each
Connection. All Nails Must have Full Round Heads. All Nails in Plywood to
Framing Below Finished Grade Must Be Stainless Steel. Nails that Penitrate
Treated Wood May be Hot-Dipped Galvanized.
Stud to Top Plate:_______________________________________
Top Plate to Top Plate____________________________________
Band to Top Plate_______________________________________
Framing Anchor to Top Plate, Band, Studs or Joists_____________
______________________________________________________
Basement Floor Deck to 1st, 2nd, Etc. Joists___________________
Basement Floor Deck to Blocks____________________________
Floor/Ceiling Deck to 1st, 2nd, Etc. Joists______________________
Floor/Ceiling Deck to Blocks_______________________________

82. When Wood Foundations are Attached to Conventional Concrete or Block Foundations,
Is there a Detail Showing How This is to Be Done?_________

83. Are there any Special Detail Required to Clarify how to construct something like
Exterior Shear Walls, Headers carrying Lateral Loads, Unusual Angled Corners,
Etc.______________________________________________________________
_________________________________________________________________

84. Remarks:

Analyst's Signiture:_____________________________
Date:__________________________________________

Phone Number:_________________________________
Fax Number:___________________________________
E-Mail Address:_________________________________