Arc-flash trousers: AFSIB-PAN12-XL
The AFSIB-PAN12-XL are a pair of arc-flash trousers from SFE designed to provide thermal protection against electrical arcs. The trousers are specified as APC 1 arc-flash trousers with a measured ATPV of 15 cal/cm² and an ELIM of 13 cal/cm². The material is a Tecapro® BG 9030 fabric consisting of 79% cotton, 20% polyester, and 1% antistatic fibres with a weight of 300 g/m².
What the product is and does
The AFSIB-PAN12-XL are constructed as protective clothing for reducing thermal risks from electrical arcs. The fabric composition and treatment have been tested to maintain flame-retardant properties after industrial wash cycles, and the trousers offer antistatic properties and design features that avoid metal parts.
Design and user features
- Colour: Navy blue with orange details.
- Five external pockets for practical storage.
- Closure system: zipper, flap, and press-stud.
- Reinforced knees with textile lining.
- Exclusion of metal parts and Velcro fasteners (suitable for ATEX use according to the manufacturer).
Typical applications
The manufacturer's material describes PENTA/SFE's AFSIB collection as aimed at professionals in power supply: linemen, electricians, and maintenance technicians active on production, transmission, and distribution networks. The AFSIB-PAN12-XL is presented as part of this collection for protection against the consequences of electrical arcs.
Technical documentation
See datasheet from the manufacturer
Specifications
- Product: AFSIB-PAN12-XL
- Manufacturer: SFE
- Category: APC 1 arc-flash trousers
- ATPV (fabric test): 15 cal/cm²
- ELIM: 13 cal/cm²
- Fabric weight: 300 g/m²
- Material composition: 79% cotton / 20% polyester / 1% antistatic fibres
- Sizes: available in XL (manufacturer specifies range XS–5XL)
- Pockets: 5 external pockets
- Closure system: zipper, flap, and press-stud
- Colour: navy blue with orange details
- Standards (specified by manufacturer): IEC 61482-2:2018; IEC 61482-1-1 (ATPV 15 cal/cm², ELIM 13 cal/cm²); IEC 61482-1-2 (APC 1); EN ISO 11612; EN ISO 11611; EN 1149-5
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