Technical data · Nominal geometry

HEM 140 — dimensions, linear mass and inertia

HEM 140 (HEM sections): h 160 × b 146 × tw 13 × tf 22 mm, mass 62.27 kg/m, A 79.32 cm², Ix 3,253.5 cm⁴ and Iy 1,143.2 cm⁴, recalculated from nominal geometry.

EN 10365
02

Profile geometry

HEM

HEM 140

Compare heavy HEM sections and their recalculated geometric properties.

x x y G 160 h 146 b tf = 22tw = 13

G : centroid x-x and y-y: centroidal axes

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Selected series

HEM

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DesignationA recalculatedLinear mass recalculatedIx recalculatedIy recalculatedWx recalculatedWy recalculated
HEM 10052 cm²40.82 kg/m1,125.3 cm⁴398.16 cm⁴187.56 cm³75.124 cm³
HEM 12065.17 cm²51.158 kg/m1,991 cm⁴701.73 cm⁴284.43 cm³111.39 cm³
HEM 14079.32 cm²62.266 kg/m3,253.5 cm⁴1,143.2 cm⁴406.68 cm³156.61 cm³
HEM 16095.12 cm²74.669 kg/m5,019.9 cm⁴1,756.5 cm⁴557.76 cm³211.63 cm³
HEM 180111.32 cm²87.386 kg/m7,381 cm⁴2,577.8 cm⁴738.1 cm³277.18 cm³
HEM 200128.5 cm²100.87 kg/m10,459 cm⁴3,647.2 cm⁴950.84 cm³354.1 cm³