60454ef2-ec0b-5f76-bc0b-076126e572ca Cable Management Framing Systems Material Metal Other Metals The voestalpine Metsec metal channel framing system comprises of single and combination channels and assembly brackets, . The integration of these items in their use, forms the basis of the system and as such should be purchased as a complete system. This EPD is based on ZM coated Steel supplied by Arcelor Mittal and the products are manufactured from steel supplied in accordance with EN 10346:2015 of the standard. The coating Magnelis® ZM310 is a corrosion protective alloyed coating composed of zinc, aluminium and magnesium. Comprehensive load tables are available for each channel type. The basis of design and formulation of these load tables: 1. Safe loads calculated in accordance with BS EN 1993-1-3 Code of Practice for Design of Cold Formed Sections (2006). 2. Minimum Yield Stress (YS) 280N/mm² 3. Beams assumed simply supported and provided with adequate lateral restraint over the given span. 4. Beam loads are applied through the shear center of the section in the direction indicated in the tables. 5. Alternative beam safe load tables are provided for a uniformly distributed load or load concentrated near the center of the span 6. Beam loads and corresponding deflections are calculated at a stress of 175N/mm2 i.e.: using a global factor of safety of 1.6 to determine safe working loads from limit state analysis (ultimate stress ÷ 1.6 = 175N/mm2). Beam safe loads tabulated with corresponding deflections may be used in the rare case where excessive deflection does not impair the strength or efficiency of the structure or its components or cause damage to the supported work. Alternative safe loads are tabulated with deflections limited to span/200 or span/360 at the discretion of the designer and recommended where deflections are critical. It is easily recognizable from the tables whether the design of the beam is governed by deflection or stress on a given span i.e.: the critical load is highlighted in color. 7. Column effective lengths shall be determined by the designer in accordance with Table 9 of BS EN 1993-1-3. 8. Beam loads are generally applied at the column face via the connection bracket. Therefore column safe load tables are provided allowing for this eccentricity of load from the centroid of the section. 9. Load tables are supported and verified via extensive independent testing 0 2026 2031 2026-03-27 The voestalpine Metsec metal channel framing system comprises of single and combination channels and assembly brackets, . The integration of these items in their use, forms the basis of the system and as such should be purchased as a complete system. This EPD is based on ZM coated Steel supplied by Arcelor Mittal and the products are manufactured from steel supplied in accordance with EN 10346:2015 of the standard. The coating Magnelis® ZM310 is a corrosion protective alloyed coating composed of zinc, aluminium and magnesium. Comprehensive load tables are available for each channel type. The basis of design and formulation of these load tables: 1. Safe loads calculated in accordance with BS EN 1993-1-3 Code of Practice for Design of Cold Formed Sections (2006). 2. Minimum Yield Stress (YS) 280N/mm² 3. Beams assumed simply supported and provided with adequate lateral restraint over the given span. 4. Beam loads are applied through the shear center of the section in the direction indicated in the tables. 5. Alternative beam safe load tables are provided for a uniformly distributed load or load concentrated near the center of the span 6. Beam loads and corresponding deflections are calculated at a stress of 175N/mm2 i.e.: using a global factor of safety of 1.6 to determine safe working loads from limit state analysis (ultimate stress ÷ 1.6 = 175N/mm2). Beam safe loads tabulated with corresponding deflections may be used in the rare case where excessive deflection does not impair the strength or efficiency of the structure or its components or cause damage to the supported work. Alternative safe loads are tabulated with deflections limited to span/200 or span/360 at the discretion of the designer and recommended where deflections are critical. It is easily recognizable from the tables whether the design of the beam is governed by deflection or stress on a given span i.e.: the critical load is highlighted in color. 7. Column effective lengths shall be determined by the designer in accordance with Table 9 of BS EN 1993-1-3. 8. Beam loads are generally applied at the column face via the connection bracket. Therefore column safe load tables are provided allowing for this eccentricity of load from the centroid of the section. 9. Load tables are supported and verified via extensive independent testing The voestalpine Metsec metal channel framing system comprises of single and combination channels and assembly brackets, . The integration of these items in their use, forms the basis of the system and as such should be purchased as a complete system. This EPD is based on ZM coated Steel supplied by Arcelor Mittal and the products are manufactured from steel supplied in accordance with EN 10346:2015 of the standard. The coating Magnelis® ZM310 is a corrosion protective alloyed coating composed of zinc, aluminium and magnesium. Comprehensive load tables are available for each channel type. The basis of design and formulation of these load tables: 1. Safe loads calculated in accordance with BS EN 1993-1-3 Code of Practice for Design of Cold Formed Sections (2006). 2. Minimum Yield Stress (YS) 280N/mm² 3. Beams assumed simply supported and provided with adequate lateral restraint over the given span. 4. Beam loads are applied through the shear center of the section in the direction indicated in the tables. 5. Alternative beam safe load tables are provided for a uniformly distributed load or load concentrated near the center of the span 6. Beam loads and corresponding deflections are calculated at a stress of 175N/mm2 i.e.: using a global factor of safety of 1.6 to determine safe working loads from limit state analysis (ultimate stress ÷ 1.6 = 175N/mm2). Beam safe loads tabulated with corresponding deflections may be used in the rare case where excessive deflection does not impair the strength or efficiency of the structure or its components or cause damage to the supported work. Alternative safe loads are tabulated with deflections limited to span/200 or span/360 at the discretion of the designer and recommended where deflections are critical. It is easily recognizable from the tables whether the design of the beam is governed by deflection or stress on a given span i.e.: the critical load is highlighted in color. 7. Column effective lengths shall be determined by the designer in accordance with Table 9 of BS EN 1993-1-3. 8. Beam loads are generally applied at the column face via the connection bracket. Therefore column safe load tables are provided allowing for this eccentricity of load from the centroid of the section. 9. Load tables are supported and verified via extensive independent testing EPD EPD Hub Core PCR 1.2 specific dataset One Click LCA database ecoinvent database (all versions) HUB-5876.pdf Elma Avdyli EN 15804+A2 ISO 14025 VOESTALPINE METSEC PLC CABLE MANAGEMENT DIVISION Alan Harris 2026-08-18T15:04:19.727+02:00 ILCD Format EPD-Datenformaterweiterungen v1.2 EPD Data Format Extensions v1.2 00.01.000 2026-03-27T16:31:52 EPD Hub HUB-5876 VOESTALPINE METSEC PLC CABLE MANAGEMENT DIVISION true Free of charge for all users and uses None EPD Hub Cable Management Framing Systems Output 1.0 Use of renewable primary energy (PERE) Erneuerbare Primärenergie als Energieträger (PERE) Uso de energía primaria renovable excluyendo los recursos de energía primaria renovable utilizada como materia prima (PERE) General reminder flow Input MJ 1.3625186767700161 0.013776003223131245 -0.000710661224236986 0.00029863891181029106 0.002266928643406603 0.04806074725970361 0.000221820942343497 -0.0005178579678388406 1.3322876000000001 0.0079879429599358 0.022243133810080463 Use of renewable primary energy resources used as raw materials (PERM) Erneuerbare Primärenergie zur stofflichen Nutzung (PERM) Uso de energía primaria renovable utilizada como materia prima (PERM) General reminder flow Input MJ 0.006576895602 0.0 -0.006576895602 0.0 0.0 0.0 0.0 0.0002 0.0 0.0 0.006576895602 Total use of renewable primary energy resources (PERT) Total erneuerbare Primärenergie (PERT) Uso total de la energía primaria renovable (energía primaria y recursos de energía primaria renovable utilizada como materia prima) (PERT) General reminder flow Input MJ 1.3690955723720162 0.013776003223131245 -0.0072875568262369865 0.00029863891181029106 0.002266928643406603 0.04806074725970361 0.000221820942343497 -0.0003178579678388406 1.3322876000000001 0.0079879429599358 0.028820029412080464 Use of non renewable primary energy (PENRE) Nicht-erneuerbare Primärenergie als Energieträger (PENRE) Uso de energía primaria no renovable, excluyendo los recursos de energía primaria no renovable utilizada como materia prima (PENRE) General reminder flow Input MJ 25.001755849905035 0.991108390023974 0.00028556593403229394 0.047151371563278484 0.13365952026036956 0.25766577014164316 0.022981486905221848 -0.00960331171866977 23.340076 0.6001415612938883 1.0615382886111515 Use of non renewable primary energy resources used as raw materials (PENRM) Nicht-erneuerbare Primärenergie zur stofflichen Nutzung (PENRM) Uso de la energía primaria no renovable utilizada como materia prima (PENRM) General reminder flow Input MJ 0.0 0.0 0.0 0.0 0.0 0.0 0.0 1.3e-05 0.0 0.0 0.0 Total use of non renewable primary energy resource (PENRT) Total nicht erneuerbare Primärenergie (PENRT) Uso total de la energía primaria no renovable (energía primaria y recursos de energía primaria no renovable utilizada como materia prima) (PENRT) General reminder flow Input MJ 25.001755849905035 0.991108390023974 0.00028556593403229394 0.047151371563278484 0.13365952026036956 0.25766577014164316 0.022981486905221848 -0.009590311718669768 23.340076 0.6001415612938883 1.0615382886111515 Use of secondary material (SM) Einsatz von Sekundärstoffen (SM) Uso de materiales secundarios (SM) General reminder flow Input kg 0.09485225253214373 0.00045114402372611716 2.9863873369888285e-07 1.9586782121835638e-05 6.187272407045394e-05 0.0003145058460242974 5.776778577762209e-06 0.0005767601152589108 0.094362024 0.00026295234072412627 0.00022727619141960873 Use of renewable secondary fuels (RSF) Erneuerbare Sekundärbrennstoffe (RSF) Uso de combustibles secundarios renovables (RSF) General reminder flow Input MJ 3.2806530982627557e-06 5.762837452748215e-06 1.8210754241509006e-08 5.1196876868582285e-08 7.835706675863121e-07 1.4616798628671924e-05 1.1959237541353786e-07 -8.63674120983037e-08 0.0 3.025883410104098e-06 2.547696881586577e-07 Use of non renewable secondary fuels (NRSF) Nicht erneuerbare Sekundärbrennstoffe (NRSF) Uso de combustibles secundarios no renovables (NRSF) General reminder flow Input MJ 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 Use of net fresh water (FW) Einsatz von Süßwasserressourcen (FW) Uso neto de recursos de agua dulce (FW) General reminder flow Input m3 0.010718054725350708 0.00013554515986602988 3.860813065107187e-08 3.11724968429078e-06 1.821965947545939e-05 0.00013684868235958338 2.3897023651816198e-05 -2.380520985324648e-06 0.009917028000000001 8.50479712116898e-05 0.0007159787541390162 Hazardous waste disposed (HWD) Gefährlicher Abfall zur Deponie (HWD) Residuos peligrosos eliminados (HWD) General reminder flow Output kg 0.002051697376839616 0.001738997150213782 1.9920368759447443e-06 5.2491768092309525e-05 0.00020034296663955746 0.001685460706577852 2.5380785252517447e-05 -0.00034624425388913563 4.0068799999999997e-07 0.0010098355168549034 0.0010414611719847123 Non hazardous waste dispose (NHWD) Entsorgter nicht gefährlicher Abfall (NHWD) Residuos no peligrosos eliminados (NHWD) General reminder flow Output kg 0.10512554533170905 0.032625588204828415 0.00020824975457444766 0.0007154178298928785 0.004145382763113901 0.06085133100333744 0.000580124841110271 -0.002709081012573113 0.070721432 0.01828410209651562 0.016120011235193427 Radioactive waste disposed (RWD) Entsorgter radioaktiver Abfall (RWD) Residuos radiactivos eliminados (RWD) General reminder flow Output kg 0.00020052441753823746 1.9857145369347513e-07 4.830726398096578e-10 5.124921083994514e-09 4.04136483539221e-08 5.599103132722757e-07 3.522460083789909e-09 9.664035948649575e-09 0.00019433368 1.2368670418475133e-07 6.067050834052687e-06 Components for re-use (CRU) Komponenten für die Wiederverwendung (CRU) Componentes para su reutilización (CRU) General reminder flow Output kg 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 Materials for recycling (MFR) Stoffe zum Recycling (MFR) Materiales para el reciclaje (MFR) General reminder flow Output kg 0.00172 0.0 0.000726 0.0 0.0 0.85 0.0 0.0 0.0 0.0 0.00172 Materials for energy recovery (MER) Stoffe für die Energierückgewinnung (MER) Materiales para valorización energética (recuperación de energía) (MER) General reminder flow Output kg 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 Exported electrical energy (EEE) Exportierte elektrische Energie (EEE) Energía exportada electrica (EEE) General reminder flow Output MJ 3.3e-05 Exported thermal energy (EET) Exportierte thermische Energie (EET) Energía exportada termal (EET) General reminder flow Output MJ 4.6e-05 Global Warming Potential total (GWP-total) kg CO2 eqv. 2.605044520549292 0.07055272625999764 0.0007978456076260412 0.003605466202124534 0.009506926413667856 0.019194300363393278 0.0009365916789894039 -0.0010760299067549977 2.51654702872 0.04205596590877783 0.04644152592051453 Global Warming Potential fossil fuels (GWP-fossil) kg CO2 eqv. 2.603537404945542 0.07050507809588635 2.6770099220061267e-05 0.0036047291039885887 0.009501440269771583 0.01921139277543526 0.0009363543608915325 -0.0010528962207162658 2.5143172 0.042026907789050626 0.04719329715649174 Global Warming Potential biogenic (GWP-biogenic) kg CO2 eqv. 0.0004953366737187292 1.571500029583079e-05 0.0007710565131563513 3.6781172799657124e-07 1.940419976257587e-06 -4.0801660030648135e-05 -2.97898892480007e-07 -2.3e-05 0.0012421328 9.3302461544467e-06 -0.0007561263724357174 Global Warming Potential luluc (GWP-luluc) kg CO2 eqv. 0.0010117789300312697 3.1933163815464734e-05 1.8995249628668752e-08 3.6928640794848847e-07 3.5457239200142744e-06 2.3709247988668418e-05 5.352169903514505e-07 -1.3368603873189597e-07 0.0009876959199999998 1.9727873572758272e-05 4.355136458511784e-06 Depletion potential of the stratospheric ozone layer (ODP) kg CFC 11 eqv. 2.9307445004908737e-09 1.0457761758203331e-09 3.323980056222819e-13 5.519626489283473e-11 1.8182397511996998e-10 2.58306041587112e-10 2.71242918647172e-11 -3.523016849269628e-12 9.5063228e-13 6.184066775305722e-10 2.3113871906803018e-09 Acidification potential of land and water (AP) mol H+ eqv. 0.00649047306123259 0.0001613470992027065 1.1218036249386692e-07 3.253745175416068e-05 2.0066964981246918e-05 0.00022857440590405713 6.63769745429799e-06 -4.177341236721609e-06 0.0061505608 0.00024038253425897224 9.952972697361873e-05 Eutrophication potential aquatic freshwater (EP-freshwater) kg P eqv. 7.231159922207716e-06 5.525050203168586e-06 7.173134675121929e-09 1.040682710892089e-07 6.555623805185548e-07 1.237035482685567e-05 7.697728126242584e-08 -4.521271371134708e-07 1.4825456e-06 3.098030654098654e-06 2.6505836681090607e-06 Eutrophication potential aquatic marine (EP-marine) kg N eqv. 0.0016766772635786553 3.7436823395873604e-05 5.4337435608515995e-08 1.509406621435397e-05 4.7933266202354835e-06 5.061573487845088e-05 2.53078732944387e-06 -9.249602116634035e-07 0.0015827176 6.776178552911015e-05 2.6197878049545144e-05 Eutrophication potential terrestrial (EP-terrestrial) mol N eqv. 0.018240901313776387 0.0004045077476639979 3.48223579905991e-07 0.0001652565367476108 5.1733402513944004e-05 0.0005719133751140111 2.763616369473705e-05 -1.0140243742004656e-05 0.017229584 0.0007438320210198885 0.0002674852927565033 Photochemical Ozone Creation Potential (POCP) kg NMVOC eqv. 0.005747786026700521 0.0002262581605916397 1.1927747545162184e-07 4.9283149744100165e-05 3.25294225339341e-05 0.00016944635094664795 9.900667214539784e-06 -3.4481042638140215e-06 0.0053892536 0.00026855445984658003 8.997796685394127e-05 Abiotic depletion potential for non fossil resources (ADPE) kg Sb eqv. 3.1933160147465954e-05 2.359122417070518e-07 3.134027729571333e-10 1.292599235500607e-09 3.166061330179296e-08 1.361648710630284e-06 1.487646434909583e-09 -1.0141143295642393e-08 3.1754524e-05 1.1040406981524531e-07 6.823207765069676e-08 Abiotic depletion potential for fossil resources (ADPF) MJ 24.90272450531721 0.9910661412310708 0.00028553592789249446 0.04715094493974781 0.13365332928846063 0.25764539933977637 0.0229793988696759 -0.009602640306278568 23.239904 0.6001104948652074 1.0627100104520013 Water use (WDP) m3 world eqv. 0.3671444536159891 0.004646104110245107 4.946310258124973e-06 0.00011779726644596341 0.0006586648226007963 0.00463527948103049 6.6305381364219e-05 -0.00017657609850949305 0.35761403999999997 0.00287579491697401 0.00665461869901505 Incidence of disease due to PM emissions (PM) disease incidence 4.527115742384337e-09 5.255405152466509e-09 2.235178361875199e-12 9.246369527057737e-10 7.013116959053383e-10 3.104626089404582e-09 1.5108828461956498e-10 -6.954034237649069e-11 0.0 3.906546528022999e-09 6.205692143613373e-10 Potential Human exposure efficiency relative to U235 (IRP) kBq U235 eqv. 0.029447324940011694 0.000810641377577739 1.891185554946432e-06 2.0889379338125906e-05 0.00016287029351581893 0.002186371028963879 1.4445168085076534e-05 3.7137240947584185e-05 0.0 0.0005052947751807938 0.0289420301648309 Potential Comparative Toxic Unit for ecosystems (ETP-fw) CTUe 0.11907078896425599 0.15743751723004568 0.00021916804878059748 0.0025961973294650114 0.01829932868939975 0.15019477965932035 0.0019275482329199549 -0.0025698261609089267 0.0 0.08169146686144096 0.037379322102815 Potential Comparative Toxic Unit for humans - cancer effects (HTP-c) CTUh 1.2583018530016576e-11 1.1796123766464325e-11 2.0207105939467027e-14 3.7061948286942844e-13 1.5936815110988184e-12 1.715138482201136e-11 1.726391629444125e-13 -1.6880302840758657e-13 0.0 7.193961096366321e-12 5.3890574336502556e-12 Potential Comparative Toxic Unit for humans - non-cancer effects (HTP-nc) CTUh 4.986506634104361e-10 6.251457127120553e-10 5.650049592032717e-13 5.868710170371468e-12 8.451960894362158e-11 1.1657580665961909e-09 3.965432609900205e-12 -8.296832750330128e-12 0.0 3.6832644380973786e-10 1.3032421960069826e-10 Soil quality index (SQP) unitless 0.6906448368601767 0.6006053030420105 0.0007493567112989432 0.003304525068562421 0.08081256459015233 0.5017083879986194 0.045249915793582944 -0.003059983792709209 0.0 0.5560293586186409 0.13461547824153586