Free Australian steel section data · AS 4100 · AS/NZS 3679 · AS/NZS 1163 DownloadsAdvertiseContact

500WC267 Welded Column

AS/NZS 3679.2Grade 300

The 500WC267 is a welded column to AS/NZS 3679.2. It is 500 mm deep with a 500 mm wide flange, has a mass of 267.0 kg/m and a gross area of 34000 mm². Its major-axis second moment of area is Ix = 1563 × 10⁶ mm⁴ and in Grade 300 (fy = 280 MPa) its section moment capacity is φMsx = 1688.2 kNm. Download its free DXF drawing (a true-scale CAD outline) below, or print the dimensioned drawing sheet.

Also written as: 500 WC 267

DXF (AutoCAD R12)SVG drawingJSON data
500WC267 Welded Column cross-section drawingd = 500bf = 500tf = 25tw = 20xxyyNOTES1. ALL DIMENSIONS IN MILLIMETRES. TRUE SCALE 1:5 WHEN PRINTED ON A4.2. x-x, y-y: CENTROIDAL (PRINCIPAL) AXES.3. VERIFY AGAINST MANUFACTURER DATA BEFORE USE.STEELINFOSTEELINFO.AUTITLE500WC267 WELDED COLUMNSTANDARDAS/NZS 3679.2GRADE300SCALE @ A41:5UNITSmmDATE2026-10-08

Open the drawing full size (pinch to zoom)

Dimensions

500WC267 dimensions
SymbolPropertyValueUnit
dDepth of section500mm
bfFlange width500mm
tfFlange thickness25mm
twWeb thickness20mm
d1Clear web depth (d − 2tf)450mm

Section properties

500WC267 section properties
SymbolPropertyValueUnit
mMass per metre (nominal)267.0kg/m
AgGross cross-section area34000mm²
IxSecond moment of area about x-axis156310⁶ mm⁴
ZxElastic section modulus, x-axis625310³ mm³
SxPlastic section modulus, x-axis695010³ mm³
rxRadius of gyration, x-axis214.4mm
IySecond moment of area about y-axis52110⁶ mm⁴
ZyElastic section modulus, y-axis208510³ mm³
SyPlastic section modulus, y-axis317010³ mm³
ryRadius of gyration, y-axis123.8mm
JTorsion constant640810³ mm⁴
IwWarping constant2939510⁹ mm⁶
AsExternal surface area per metre2.960m²/m
As/tExternal surface area per tonne11.1m²/t

Axes: x-x is the major axis and y-y the minor axis, both through the centroid.

Mass 1602.0 kg · surface area 17.76 m²

Design capacities to AS 4100

AS 4100 design capacities – Grade 300
SymbolPropertyValueUnit
Steel grade300 (AS/NZS 3678 (plate) / AS/NZS 3679.2)
fyYield stress used280MPa
fuTensile strength430MPa
kfForm factor (Cl. 6.2.2)1.000
Section class, x-axis (Cl. 5.2)Non-compact
ZexEffective section modulus, x-axis669910³ mm³
φMsxSection moment capacity, x-axis1688.2kNm
Section class, y-axisNon-compact
ZeyEffective section modulus, y-axis296610³ mm³
φMsySection moment capacity, y-axis747.4kNm
φNsSection compression capacity (Cl. 6.2.1)8568kN
φNtTension capacity, gross section (Cl. 7.2, kt=1, An=Ag)8568kN
φVvShear capacity (Cl. 5.11)1361kN
αbCompression member section constant (Table 6.3.3)0
Member capacity vs effective length (αm = 1.0)
Le (m)φMbx (kNm)φNcx (kN)φNcy (kN)
0.5168885688568
1168885688568
1.5168885688568
2168885688465
2.5168885688342
3168885318215
3.5166684608085
4164283897949
5158782447654
6152780947320
7146579376936
8140177716499
9133875926014
10127774005501
12116269664488

φMbx: AS 4100 Cl. 5.6.1.1 with αm = 1.0; Le = ktklkrL. φNc: Cl. 6.3.3, pin-ended effective length Le = keL, concentric load.

1823925314597403109455527293701365185100024681012Effective length Le (m)
φMbx (kNm)φNcx (kN)φNcy (kN) Left axis kNm, right axis kN.
Member capacity calculator

Check it for a span and loads with the beam calculator.

For restraint types, ktklkr and αm, use the lateral restraint calculator.

Instant check only. Effective lengths and moment modification factors must be determined by the designer in accordance with AS 4100 Cl. 4.6, 5.6.3 and 6.3.2. Not a substitute for a qualified engineer: see the disclaimer.

Alternatives with similar bending capacity

Sections from other families with a plastic modulus Sx within −8% / +25% of the 500WC267, lightest first.

SectionTypeMass (kg/m)Sx (10³ mm³)Ix (10⁶ mm⁴)
800WB168Welded Beam168.068412485
900WB175Welded Beam175.074992960
800WB192Welded Beam192.080632975

Other welded columns

Relevant Australian Standards

See all Australian Standards for structural steel.

Properties are calculated from nominal dimensions, including root and toe radii, as described in notation & method. Mass is the nominal catalogue mass; the calculated mass at 7850 kg/m³ is 266.90 kg/m. Verify against current manufacturer literature before use in design. Spotted an error? Report it.