Beeswift Click Arc Compliant Fire Retardant Trouser Navy
Special Shipping Charge Applies
Free Delivery on orders over £75
Free Delivery on most orders over £75*
(*Excl. special items where indicated). See delivery policy for details
Estimated Delivery: 1 to 3 Business Days*
(*Unless stated on product details)
Specifications
Lead Time
Normally delivered within 2-3 working days
Brand
Beeswift
Categories
Clothing
Category
Trousers & Shorts
Manufacturer
Beeswift
Description
Electric arc flash is one of the least understood hazards of electricity. It's prevalent in most Industries, with around 1,000 electrical accidents at work each year, and as many as 251 people dying from their injuries. That's why Beeswift have developed the ARC range of workwear (previously known as CLICK ARC), with varying layering options to meet your ARC FLASH demands.
All Beeswift Arc range have been accredited under Article 11B, which means that not only has the garment been rigorously tested every 3 years, extra checks at the production site, head office, design departments have also undergone audits and annual checks to ensure the manufacturer is capable of consistent production of the certified products. In addition all of Beeswift ARC range have been tested to the latest EN standards, testing the whole garment not just the fabric on its own like some suppliers.
Features
• Fire retardant, Anti-static, ARC Flash cargo style trousers.
• 300gsm 60/40 Modacrylic/cotton blend.
• Inherently flame retardant.
• Flame retardant qualities will not diminish during life of garment.
• Triple stitch construction.
• 7 belt loop part elastic waistband, double button closure.
• 2 hip pockets.
• Rear patch pocket with hook and loop closure flap.
• Large bellows pocket to each leg with hook and loop closure flap.
• Right leg mobile phone pocket with hook and loop closure flap.
• All pocket flaps with Retro-reflective tape feature.
• Internal knee pad pouches.
• Large qualifying icons on left leg pocket.
EN ISO 13688:2013-General requirements for protective clothing
EN 1149-3:2004-Anti Static-Test methods for measurements of charge decay
EN 1149-5:2008-Anti Static-Material performance and design requirements
EN ISO 11611:2015 (Class 1 A1 A2)-Protective clothing for use in WELing
EN ISO 11612:2015 (A1 A2 B1 C1)-Protection against heat and flame
ARC Flash-EN Standards IEC/EN 61482 SERIES
IEC EN 61482-1-1: 2009 This incorporates the "open arc" test method which is used in the US, and it measures the Arc Thermal Performance Value (ATPV) of the fabric in cal/cm². The end user can select the correct clothing systems by ensuring the ATP value of the fabric is greater than the incident heat energy of the arc.
IEC EN 61482-1-2: 2007 The "box arc" test method is based on the European method described in ENV 50354, with a heat transfer measurement. Materials are classified as Class 1 (4kA) or Class 2 (7kA).
IEC 61482-2: 2009 Performance requirements for materials, and design requirements for garments.
Available Sizes
Short (S) 28 to 50
Regular 28 to 52
Long (T) 28 to 50
Leg length:
Short (S)-29"
Regular-31"
Long (T)-33"
Select options to purchase. Prices from
£0.00
Pack of 1
Beeswift Click Arc Compliant Fire Retardant Trouser Navy
Special Shipping Charge Applies
Free Delivery on orders over £75
Free Delivery on most orders over £75*
(*Excl. special items where indicated). See delivery policy for details
Estimated Delivery: 1 to 3 Business Days*
(*Unless stated on product details)
Description
Electric arc flash is one of the least understood hazards of electricity. It's prevalent in most Industries, with around 1,000 electrical accidents at work each year, and as many as 251 people dying from their injuries. That's why Beeswift have developed the ARC range of workwear (previously known as CLICK ARC), with varying layering options to meet your ARC FLASH demands.
All Beeswift Arc range have been accredited under Article 11B, which means that not only has the garment been rigorously tested every 3 years, extra checks at the production site, head office, design departments have also undergone audits and annual checks to ensure the manufacturer is capable of consistent production of the certified products. In addition all of Beeswift ARC range have been tested to the latest EN standards, testing the whole garment not just the fabric on its own like some suppliers.
Features
• Fire retardant, Anti-static, ARC Flash cargo style trousers.
• 300gsm 60/40 Modacrylic/cotton blend.
• Inherently flame retardant.
• Flame retardant qualities will not diminish during life of garment.
• Triple stitch construction.
• 7 belt loop part elastic waistband, double button closure.
• 2 hip pockets.
• Rear patch pocket with hook and loop closure flap.
• Large bellows pocket to each leg with hook and loop closure flap.
• Right leg mobile phone pocket with hook and loop closure flap.
• All pocket flaps with Retro-reflective tape feature.
• Internal knee pad pouches.
• Large qualifying icons on left leg pocket.
EN ISO 13688:2013-General requirements for protective clothing
EN 1149-3:2004-Anti Static-Test methods for measurements of charge decay
EN 1149-5:2008-Anti Static-Material performance and design requirements
EN ISO 11611:2015 (Class 1 A1 A2)-Protective clothing for use in WELing
EN ISO 11612:2015 (A1 A2 B1 C1)-Protection against heat and flame
ARC Flash-EN Standards IEC/EN 61482 SERIES
IEC EN 61482-1-1: 2009 This incorporates the "open arc" test method which is used in the US, and it measures the Arc Thermal Performance Value (ATPV) of the fabric in cal/cm². The end user can select the correct clothing systems by ensuring the ATP value of the fabric is greater than the incident heat energy of the arc.
IEC EN 61482-1-2: 2007 The "box arc" test method is based on the European method described in ENV 50354, with a heat transfer measurement. Materials are classified as Class 1 (4kA) or Class 2 (7kA).
IEC 61482-2: 2009 Performance requirements for materials, and design requirements for garments.
Available Sizes
Short (S) 28 to 50
Regular 28 to 52
Long (T) 28 to 50
Leg length:
Short (S)-29"
Regular-31"
Long (T)-33"
