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Click Arc Click Arc Flash GO/RT Sweatshirt L Orange Ref CARC56ORL *Up to 3 Day Leadtime*

Click Arc Flash GO/RT Sweatshirt L Orange Ref CARC56ORL *Up to 3 Day Leadtime*

Click Arc Flash GO/RT Sweatshirt is Fire retardant, Anti-Static, Hi-Vis Orange and has ARC Flash. GO/RT 3279 issue 8 2013 for use on or around railway lines. 275gsm 41% Protex, 30% Polyester, 27% Cotton, 2% Carbon. Inherently flame retardant. Fire retardant properties will not diminish with repeated laundering. Ribbed cuffs. Ribbed waistband. For industrial workers exposed to heat. Not suitable for fire fighters. EN ISO 13688:2013 - General requirements for protective clothing. EN ISO 20471 : 2013 (Class 3) - GORT 3279 2013 Issue 8. EN 1149-3:2004 - Anti Static - Test methods for measurements of charge decay. EN ISO 11612:2008 (A1 B1 C1) - Protection against heat and flame. ARC FLASH. IEC 61482-2:2009 - Performance requirements and design requirements. EN 61482-1-2 : (Class 1= 4kA) - Box Arc testing. EN 61482-1-1:2009 (ATPV = 12.8 Cal/cm2) - Open Arc testing. Each garment style is independently tested to both box and open ARC standards. Click ARC production is covered by article 11B certification. Safety & Security#High Visibility Clothing GBP 149869
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  • Click Arc Flash GO/RT Sweatshirt is Fire retardant, Anti-Static, Hi-Vis Orange and has ARC Flash
  • GO/RT 3279 issue 8 2013 for use on or around railway lines
  • 275gsm 41% Protex, 30% Polyester, 27% Cotton, 2% Carbon
  • Inherently flame retardant
  • Fire retardant properties will not diminish with repeated laundering
  • Ribbed cuffs
  • Ribbed waistband
  • For industrial workers exposed to heat
  • Not suitable for fire fighters
  • EN ISO 13688:2013 - General requirements for protective clothing
  • EN ISO 20471 : 2013 (Class 3) - GORT 3279 2013 Issue 8
  • EN 1149-3:2004 - Anti Static - Test methods for measurements of charge decay
  • EN ISO 11612:2008 (A1 B1 C1) - Protection against heat and flame
  • ARC FLASH
  • IEC 61482-2:2009 - Performance requirements and design requirements
  • EN 61482-1-2 : (Class 1= 4kA) - Box Arc testing
  • EN 61482-1-1:2009 (ATPV = 12.8 Cal/cm2) - Open Arc testing
  • Each garment style is independently tested to both box and open ARC standards
  • Click ARC production is covered by article 11B certification
  • Inherently flame retardant
  • EN ISO 13688:2013 - General requirements for protective clothing EN ISO 20471 : 2013 (Class 3) - GORT 3279 2013 Issue 8 EN 1149-3:2004 - Anti Static - Test methods for measurements of charge decay EN ISO 11612:2008 (A1 B1 C1) - Protection against heat and flame
  • Ribbed cuffs
  • Ribbed waistband
  • Not suitable for fire fighters
  • For industrial workers exposed to heat
  • Fire retardant properties will not diminish with repeated laundering
  • Fire retardant, Anti-Static, Hi-Vis Orange and ARC Flash Sweatshirt
  • 275gsm 41% Protex 30% Polyester 27% Cotton 2% Carbon
  • GO/RT 3279 issue 8 2013 for use on or around railway lines
  • ARC FLASH IEC 61482-2:2009 - Performance requirements and design requirements EN 61482-1-2 : (Class 1= 4kA) - Box Arc testing EN 61482-1-1:2009 (ATPV = 12.8 Cal/cm2) - Open Arc testing Each garment style is independently tested to both box and open ARC standards
  • Click ARC production is covered by article 11B certification
  • View Additional Documentation Links
Product Specification
  • Code149869
  • UnitEach
  • Brand
  • Size
  • Type
  • ColourOrange
  • EN Standard CodeEN ISO 13688:2013 EN ISO 20471 : 2013 (Class 3) - GORT 3279 2013 Issue 8 EN 1149-3:2004 EN ISO 11612:2008 (A1 B1 C1) ARC FLASH IEC 61482-2:2009 EN 61482-1-2 : (Class 1= 4kA) - Box Arc testing EN 61482-1-1:2009 (ATPV = 12.8 Cal/cm2)
  • EN Standards AccreditedYes
  • Material41% Protex, 30% Polyester, 27% Cotton, 2% Carbon
  • StandardsEN ISO 13688:2013 EN ISO 20471 : 2013 (Class 3) - GORT 3279 2013 Issue 8 EN 1149-3:2004 EN ISO 11612:2008 (A1 B1 C1) ARC FLASH IEC 61482-2:2009 EN 61482-1-2 : (Class 1= 4kA) - Box Arc testing EN 61482-1-1:2009 (ATPV = 12.8 Cal/cm2)
  • Visibility ClassGO/RT 3279 issue 8 2013 for use on or around railway lines