The PFC 230x75x26 is a parallel flange channel reference for structural steel detailing, section identification, and preliminary engineering review. This page brings together the profile dimensions, sectional area, unit weight, and the stated EN 10365:2017 reference in a format that is useful when checking drawings, schedules, and CAD models.
Use the authoritative values below when coordinating this channel with related structural steel shapes, steel section properties, and connection detailing resources. The accompanying DWG can support drafting workflows, but design adequacy and connection performance require project-specific engineering verification.
PFC 230x75x26
Parallel Flange Channels
refer to : EN 10365:2017
a European standard that defines the dimensions, tolerances, and sectional properties for hot-rolled steel channels, I-beams, and H-beams used in construction and engineering. It ensures uniformity and compatibility across European structural steel products.
Dimension : 230x75x6.5×12.5
Depth : 230 mm
Width : 75 mm
Web Thickness : 6.5 mm
Flange Thickness : 12.5 mm
Root Fillet Radius : 12 mm
Sectional Area : 32.7 cm2
Unit Weight : 25.7 kg/m
Understanding the PFC 230x75x26 designation
The profile name identifies a parallel flange channel, while the listed dimension is 230x75x6.5×12.5. These values describe the channel depth, flange width, web thickness, and flange thickness respectively. Reading the designation alongside the detailed dimensions helps prevent confusion between similarly named channel sections.
Profile dimensions and geometry
The listed depth is 230 mm and the width is 75 mm. The web thickness is 6.5 mm, and the flange thickness is 12.5 mm. The stated 12 mm root fillet radius describes the curved transition between the web and flange. That transition is relevant when reviewing clearances, contact conditions, and CAD detailing around the inside corner of the section.
Sectional area and unit weight
The source lists a sectional area of 32.7 cm2 and a unit weight of 25.7 kg/m. Sectional area is used with other section properties during engineering checks, while unit weight assists with material takeoffs, handling assessments, and estimating dead load. These values should be kept distinct from capacity or resistance values, which depend on the applicable design method, steel specification, restraint, loading, and connection details.
Using the EN 10365 reference
The page identifies EN 10365:2017 as the dimensional and sectional-property reference for the profile. For design documentation, confirm that the project specification, material documentation, fabrication requirements, and applicable design standard are coordinated with the referenced section data.
DWG and detailing workflow
The linked DWG resource is intended to help users place the channel geometry into drawings or CAD workflows. Check the imported profile against the displayed dimensions before using it in fabrication documentation, connection layouts, or coordination models. For related guidance, see the site resources on CAD/DWG steel sections, structural steel connections, and steel terminology.
Frequently asked questions
What is a PFC 230x75x26?
It is a parallel flange channel reference identified on this page by a depth of 230 mm, a width of 75 mm, and the listed web and flange thicknesses.
What does the dimension 230x75x6.5×12.5 mean?
It describes the channel depth, flange width, web thickness, and flange thickness in that order: 230 mm, 75 mm, 6.5 mm, and 12.5 mm.
What is the root fillet radius?
The root fillet radius is the curved transition at the inside intersection of the web and flange. For this profile, the listed value is 12 mm.
What are the sectional area and unit weight used for?
The sectional area supports section-property and engineering calculations, while the unit weight is useful for material quantities and dead-load assessment. Neither value alone establishes structural capacity.
Is the DWG file sufficient for fabrication?
No. The DWG is a drafting reference. It should be checked against the authoritative dimensions and coordinated with project drawings, material requirements, tolerances, connections, and engineering approval before fabrication use.
