Application: Work wear for the electrical industry.
Survive-ARC® one piece coverall, CAT 2, ATPV 34 cal/cm2 with two slanted side entry pockets, two breast pockets with flap and flame-resistant (FR) Velcro® closure, one right back pocket with flap and FR Velcro® closure, Aramid 2-way zip front closure, inset sleeves, knitted cuffs, half elastic waist, standard shirt collar.
| Colour | Navy blue |
| Size | S- 5XL; 87cm – 152cm; 34 – 60 |
| Materials |
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| Product Standards | Fabric Inner: NFPA 70E; ASTM F1506; NFPA 1977; 2112; OSHA 1910.269; EN 340; EN ISO: 11612; IEC 61482-1-1; OEKO TEX STD. 100 and ASTM F1959. Fabric Outer: NFPA 70E; ASTM F1506; NFPA 1977; 2112; CGSB 155.20; OSHA 1910.269; EN 340; EN ISO:11612; IEC 61482-1-1; OEKO TEX STD. 100 and ASTM F1959. Garment: IEC 61482-2 and CE 0339. ATPV1: 34 cal/cm2 ; HAF2: 91 % |
| Hazard Assessments | Thermal effects from electric arc flash, flames and flash fires. |
| Product Comments | WARNING: READ BEFORE USING THIS PRODUCT Arc flash clothing is intended to provide protection from thermal effects of arc flash and this product must be used as part of an appropriate set of PPC and PPE to protect against the hazards of arc flash. This product complies with standards that are intended to protect against arc flash in most situations that arise in normal use. There may be exceptional cases in which even the best protection is not enough to prevent the harm caused by arc flash or the related effects and, although the product meets statutory and industry specifications, the use of this product does not guarantee that the product will provide complete protection in those exceptional cases. If you are in doubt or do not fully understand these limitations, contact the manufacturer for full information. The product may be returned to the supplier if you are not willing to accept a product that is subject to the limitations set out above. 1 ATPV: Arc Thermal Performance Value. The higher the value, the more insulated one is from second degree burn. 2 HAF: Heat Attenuation Factor. The higher the HAF%, the more heat is blocked by the fabric. |
