Pipe Shoe Technical Guide for North America Vol. 1 July 2022 | Page 19

Modular Pipe Shoes Technical Supplement
2.0 PIPE SHOE MP-PS 2.1 MP-PS 1-1
Table 6 : MP-PS 1-1 Allowable Strength Design ( ASD ) Load Data 1 , 2 , 3 ( continued )
Order designation
+/ -Fx lb ( kN )
High MP-PS 1-1
+/ -Fy lb ( kN )
+ Fz lb ( kN )
-Fz lb ( kN )
MP-PS H1-1 21-26 1 / 2 " OC 339 ( 1.51 ) 290 ( 1.29 ) 2380 ( 10.59 ) 1870 ( 8.32 ) MP-PS H1-1 26-31 3 / 4 " OC 353 ( 1.57 ) 280 ( 1.25 ) 2380 ( 10.59 ) 1870 ( 8.32 ) MP-PS H1-1 32-37 1 " OC 371 ( 1.65 ) 280 ( 1.25 ) 2380 ( 10.59 ) 1870 ( 8.32 ) MP-PS H1-1 38-44 1-1 / 4 " OC 393 ( 1.75 ) 270 ( 1.2 ) 2380 ( 10.59 ) 1870 ( 8.32 ) MP-PS H1-1 45-51 1-1 / 2 " OC 409 ( 1.82 ) 270 ( 1.2 ) 2380 ( 10.59 ) 1870 ( 8.32 ) MP-PS H1-1 52-58 OC 423 ( 1.88 ) 270 ( 1.2 ) 2380 ( 10.59 ) 1870 ( 8.32 ) MP-PS H1-1 59-65 2 " OC 438 ( 1.95 ) 260 ( 1.16 ) 2380 ( 10.59 ) 1870 ( 8.32 ) MP-PS H1-1 68-74 OC 463 ( 2.06 ) 260 ( 1.16 ) 2380 ( 10.59 ) 1870 ( 8.32 ) MP-PS H1-1 75-81 2-1 / 2 " OC 472 ( 2.1 ) 260 ( 1.16 ) 2380 ( 10.59 ) 1870 ( 8.32 ) MP-PS H1-1 88-94 3 " OC 513 ( 2.28 ) 250 ( 1.11 ) 2380 ( 10.59 ) 1870 ( 8.32 ) MP-PS H1-1 100-108 3-1 / 2 " OC 544 ( 2.42 ) 240 ( 1.07 ) 2380 ( 10.59 ) 1870 ( 8.32 ) MP-PS H1-1 110-118 4 " OC 578 ( 2.57 ) 240 ( 1.07 ) 2380 ( 10.59 ) 1870 ( 8.32 ) MP-PS H1-1 125-133 OC 605 ( 2.69 ) 230 ( 1.02 ) 2380 ( 10.59 ) 1870 ( 8.32 ) MP-PS H1-1 136-144 5 " OC 645 ( 2.87 ) 220 ( 0.98 ) 2380 ( 10.59 ) 1870 ( 8.32 ) MP-PS H1-1 152-162 OC 690 ( 3.07 ) 220 ( 0.98 ) 2380 ( 10.59 ) 1870 ( 8.32 ) MP-PS H1-1 163-173 6 " OC 715 ( 3.18 ) 210 ( 0.93 ) 2380 ( 10.59 ) 1870 ( 8.32 )
1 Tabulated directional values apply separately in each direction . A combination of loads must be considered separately , and an appropriate interaction equation defined by the design professional must be applied .
2 Tabulated values as shown does not include or account for anchorage . Anchorage must be determined separately and may reduce the overall capacity from the tabulated values .
3 Multiply tabulated values by 1.5 to convert ASD values to Design Strength ( LRFD ).
FY
FX
FZ-
FZ +
Pipe Axis
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