The Engineering Drawings will be explained in two parts. · PDF fileReading Eng and Shop...
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Reading Eng and Shop Drawings Date 1/14/2014 Page 1 The Engineering Drawings will be explained in two parts. Part 1 Part 2
Transcript of The Engineering Drawings will be explained in two parts. · PDF fileReading Eng and Shop...
Reading Eng and Shop DrawingsDate 1/14/2014 Page 1
The Engineering Drawings will be explained in two parts.
Part 1
Part 2
Reading Eng and Shop DrawingsDate 1/14/2014 Page 2
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Job name
Truss label
Truss type
Truss quantity
Number of plys
Job description
Software version used
8 Overhang, panel length and accumulated dimensions for the top of the truss (feet – Inches – Sixteenths)
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Drawing scale of the truss
Overall height – top of bearing to top of truss
Heel height
Top chord member label
Connector size and orientation
Top chord slope
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Web member label
Bottom chord slope
Reading a Roof Engineering Drawing – Part 1
Panel length and accumulated dimensions for the bottom of the trussContinuous lateral bracing location
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Plate offsets
20 Bearing location
Reading Eng and Shop DrawingsDate 1/14/2014 Page 3
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Design Loading (PSF)
Spacing on center (feet – Inches – Sixteenths)
Duration of Load for plate and lumber design
Design code
Top chord, bottom chord and web maximum CSI
Deflections (inches) and span to deflection ratio
Input span to deflection ratio
28 MiTek plate allowables (PSI)
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Lumber requirements
Reaction (pounds) Bearing size - input & min required
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Reading a Roof Engineering Drawing – Part 2
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Maximum uplift and/or horizontal reaction if applicable
Required member bracing
Maximum member forces Tension (+) Compression (-)
Notes
Additional loads / load cases
Reading Eng and Shop DrawingsDate 1/14/2014 Page 4
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Job name
Truss label
Truss type
Truss quantity
Number of plys
Job description
Software version used
8 Standard panel width
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Non-standard panel width
Drawing scale of the truss
Connector size and orientation
Chord splice Face Plate
Truss Depth
Bearing location
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Cumulative dimensions
Panel length (feet – inches – sixteenths)
Reading a Floor Engineering Drawing – Part 1
Truss span (feet – inches – sixteenths)
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Plate offsets
Reading Eng and Shop DrawingsDate 1/14/2014 Page 5
21 22 24
23
25 26 27 28
29 30
22
23
24
25
26
27
Design Loading (PSF)
Spacing on center (feet – Inches – Sixteenths)
Duration of Load for plate and lumber design
Design code
Top chord, bottom chord and web maximum CSI
Deflections (inches) and span to deflection ratio
Input span to deflection ratio
28 MiTek plate allowables (PSI)
29
30
Lumber requirements
Reaction (pounds) Bearing size - input & min required
21
Reading a Floor Engineering Drawing – Part 2
31
32
31
32
33
34
33
34
35
35
Maximum uplift and/or horizontal reaction if applicable
Required member bracing
Maximum member forces Tension (+) Compression (-)
Notes
Additional loads / load cases
