arc flash protection · source: the risk of arc flash while the risk of arc flash has always been...

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Arc Flash Protection An Expert Guide Base Layers Mid Layers Inherent Workwear Arc Flash Protective Clothing Coveralls Hand Protection Eye and Face Protection

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Page 1: Arc Flash Protection · Source: The Risk of Arc Flash While the risk of arc flash has always been present, it has never been researched as much as in recent years. It is a growing

Arc Flash ProtectionAn Expert Guide

Base LayersMid LayersInherent Workwear

Arc Flash Protective ClothingCoverallsHand Protection

Eye and Face Protection

Page 2: Arc Flash Protection · Source: The Risk of Arc Flash While the risk of arc flash has always been present, it has never been researched as much as in recent years. It is a growing

ABOUT ARC FLASH 2FR CLOTHING TESTING 3TEST RESULTS 4BESPOKE/DECORATED/ MODIFIED GARMENTS 5THE IMPORTANCE OF FR CLOTHING 6ARC FLASH TESTING - QUANTIFYING THE ARC RATING OF A PROTECTIVE GARMENT 7-8EN STANDARDS 9-10 EN ISO 11612:2008 - Protective Clothing to Protect against Heat and Flame 9 EN ISO 14116:2008 - Protective Clothing to Protect against Heat and Flame – Limited Flame Spread 9 EN ISO 11611:2008 - Protective Clothing for use in Welding and Allied Processes 10 EN 1149-5:2008 – Protective Clothing - Electrostatic Properties - Part 5: Material Performance and Design Requirements 10 EN 13034:2005 – Protective Clothing against Liquid Chemicals 10BASE LAYER 11-12MID LAYER 13-18INHERENT WORKWEAR 19-25HAND PROTECTION 26EYE AND FACE PROTECTION 26

contents

www.arco.co.uk 2© Arco Limited. All rights reserved. Terms and conditions apply, available on request or from www.arco.co.uk

About Arc Flash“Electrical arcing (sometimes called a ‘flashover’ or ‘arc flash’) can generate intense heat leading to deep-seated and slow healing burns. The intense ultraviolet radiation from an electric arc can also cause damage to the eyes.”Source: www.hse.gov.uk

The Risk of Arc Flash

While the risk of arc flash has always been present, it has never been researched as much as in recent years. It is a growing hazard within many of the industries we service which is why we wanted to create a range of garments that would provide protection against the risk of arc flash.

IEC 61482 – Protective Clothing against Thermal Hazards of Electric Arc

The current EN standard provides a protection rating that offers a 50% probability of a burn injury. Working with our customers we know that many are specifying a higher rating than the standard requires to try and reduce the likelihood of a burn injury even further.

Layering Protection

As the Experts in Safety we wanted to try and reduce any confusion around protecting you and your employees from the dangers of arc flash. We have previously introduced the principle of layering protective clothing to achieve a greater level of protection and the principal is the same for arc flash.

In order to provide the required protection many garments are thick and quite bulky which can be difficult to move around in and impractical for warmer conditions. With our new range of ArcoPro garments we wanted to offer our customers a choice of garments to allow the wearer to select the garments most appropriate for their working conditions.

Specialist Safety Advice

If you have a query about the hazardwear you’re currently using, or require assistance in choosing new products to trial in your workplace, we have experts available who can come and meet with you. If you would like to meet with one of our Technical Specialists, please contact your local Arco branch.

Arco is the UK and Ireland’s leading supplier of personal protective equipment, workwear and workplace safety products offering a world-class range of over 170,000 products.As Experts in Safety we are widely recognised as a provider of specialist advice through our branch network and this is further supported by our training and consultancy division. We reach our customers through an extensive product catalogue, interactive website, local sales offices and a 48 strong trade centre network. We pride ourselves on providing customers with great availability, performance and price.

Founded in 1884 Arco has a heritage spanning four generations. With traditional family values at the heart of the business we pride ourselves on our core values; respect, hard work, enterprise and excellence in reputation. We fully subscribe to the ETI’s Nine Principles Base code and have fully incorporated the internationally recognised code of labour practice into our own ethical policy. In 2007 Arco was the first distributor in our industry to become a member of the Ethical Trading Initiative (ETI) and in 2010 we became a member of Sedex, the Supplier Ethical Data Exchange. We continually support local communities and charities donating in excess of 1% of pre tax profits annually.

As we are members of the BSIF Registered Safety Suppliers Scheme you can be confident that we will supply safety equipment which is genuine and compliant with the relevant standards and regulations. The BSIF monitor and regulate members of the scheme by conducting regular standards audits.

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FR Clothing TestingHere at Arco we pride ourselves on ensuring that our products are tested and approved to the relevant EN standards. All of the garments in our FR range either meet or exceed current EN standards.

At Arco we have strict quality procedures for our own brand garments and we carefully select the partner vendors we work with to ensure their products meet our exceptionally high quality standards.

In order to establish the quality of our ArcoPro garments we conducted two sets of tests on our garments, both individually and on combinations of garments when worn together.

Thermal Mannequin TestsThis extreme test looks at how a fabric performs in a flash fire, by engulfing a mannequin in flames. The Thermal mannequin is a life-sized, instrumented mannequin system which is one of the most advanced thermal burn injury evaluation devices in the world.

Covered by over 100 sensors and dressed in test garments, thermal mannequin tests help manufacturers to ensure optimal product performance.

This test simulates the exposure of a garment to a typical excess fuel fire with temperatures rising up to 1,000°C. It predicts the garment’s protective performance and integrity against heat, flame and fire during such a typical fire incident.

The heat sensors record the temperature rise on the surface of the mannequin while a computer programme calculates:

• The predicted percentage of second- and third-degree burns a person might suffer on their body under similar conditions

• The position of the burns, and the percentage of burns compared to the total of the body

• The burn evolution over the measuring time, resulting in the person’s chance to survive the incident (in %) in conjunction with the person’s age

Thermal Protection Performance (TPP) TestOriginally developed by DuPont™, the results of this test show the difference in time between feeling pain and receiving a second degree burn. We have called this time period ‘response time’ as this is the time a person would have to get themselves away from a hazard should an incident occur.

For example, if your hand were to touch a hot object there is a period of time, however small, when you are sustaining a burn but you can’t feel it. If the period of time between first feeling pain and sustaining a burn were longer, then you would have more time to react, you could either remove the hazard or get away from the danger which would result in a lesser injury.

The test simulates circumstances typical for a fire: a constant combination of 50% radiant heat and 50% convective heat. Radiant heat is that which is radiated out from an element, warming an object and convective heat is usually the dominant form of heat transfer in liquids and gases. In this test both forms of heat warm either side of the test garment sample simultaneously.

The test measures the time that elapses and the amount of heat energy per surface area (TPP value) at which the temperature and energy transferred to the back of the fabric (i.e. which would be next to the skin) reaches a level which would cause a second-degree burn to the wearer of the garment.

Test ResultsWe conducted TPP tests on 45 combinations of fabric used in the manufacture of ArcoPro garments. These represent realistic layering combinations which could be alternated depending on different working conditions and situations.

The results highlighted two key benefits to wearing ArcoPro garments together as a layering system.

Increased Time Before the Wearer Sustains a Second Degree Burn

When FR garments are worn together or ‘layered’ the time before the wearer sustains a second degree burn is significantly longer than when the garments are worn individually.

The greatest time achieved with our TPP testing when wearing layered garments was 21.28 seconds.

The combination of garments was:

• ArcoPro FR Modacrylic Long Sleeve Polo Shirt

• ArcoPro FR Modacrylic Sweatshirt

• ArcoPro GORE-TEX® PYRAD® garments

On average when the garments were tested individually, the time before the wearer would receive a second degree burn was five seconds. By wearing more than one FR layer this time increased to 21.28 seconds, approximately four times longer before the wearer of the garment would sustain a burn injury.

Greater ‘Response Time’, More Time to React if an Incident Occurs

When the new ArcoPro garments are layered together the wearer benefits from a longer period of time between first feeling pain and sustaining a second degree burn. The greatest ‘response time’ achieved with our testing was 5.93 seconds.

Pain was felt at 13.67 seconds

Second degree burn was sustained at 19.60 seconds

Response time was 5.93 seconds

The combination of garments was:

• ArcoPro FR Modacrylic Long Sleeve Polo Shirt

• ArcoPro Nomex® Comfort Ripstop garments

• ArcoPro GORE-TEX® PYRAD® garments

The greater response time gives the wearer a longer period to react before sustaining a second degree burn.

If you would like further information or have a query regarding the test methods or test results please contact you local branch, who will arrange for a Technical Expert to make contact with you.

21

Thermal Protection Performance Test

25.0

22.5

20.0

17.5

15.0

12.5

10.0

7.5

5.0

2.5

00 0.5 1.0 1.5 2.0 2.5 3.0 3.5 4.0 4.5 5.0 5.5 6.0 6.5 7.0 7.5 8.0

dT

(oC

)

Time (s)

Burn Pain Response Time

Base Layer Mid Layer Outer Layer

+ + = Maximum Protection

Layering Garments

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Bespoke/Decorated and or/Modified GarmentsCustomising and modifying garments for corporate identity and safety is common practice with FR garments. It supports corporate identity and personal identification and can improve site safety.

2 Bespoke and/or Modified Garments Our Arco design service can provide a bespoke or customer designed garment to meet your specific requirements. We work with our customers to remove or add features to our standard garments for example radio loops or pockets. We also work closely with the suppliers of other FR garments in our range and each has experience and expertise in providing bespoke or custom garments.

Any bespoke or custom garment will incur a minimum order quantity, commitment to stock and specific lead times dependent upon design and performance criteria.

1Decorating Garments We badge over two million garments per year at our dedicated Clothing Decoration Centre. We can either heat seal or embroider any company logo to your garments, plus the wearer’s name can be added in a choice of colours and styles.

FR garments require specialist treatment when personalising them to make sure that the process of personalisation does not compromise the safety of the garments. We source our heat seals from a badging expert who is one of the most trusted garment decoration specialists in the UK, and who is unrivalled in their reputation for technical expertise in any type of transfer onto any type of fabric. Heat seals are applied to garments at our own Arco Clothing Centre.

We have two options available:

The Importance of FR Clothing

*2010-11 HSE related injuries to employees by type of injury.

Reducing Burn Injury In 2010-11 there were over 3,000 burn related injuries in the workplace, three of which were fatal*.

If employees are working in a potentially dangerous environment where heat or flame hazards are present, it is the responsibility of the employer to ensure that workers are sufficiently protected. Flame resistant (FR) clothing significantly reduces burn injuries which can save lives in the event of an accident.

Many clothing related injuries due to heat sources or direct contact with flames occur each year. The most severe burns are often not caused by the original hazard, but rather the secondary result of clothing melting. The most serious type of burns in the workplace are caused by workwear igniting and melting onto the wearer’s skin.

FR clothing does not ignite or continue burning, it can self extinguish or stop burning after the heat source or flame has been removed. Even single-layer FR work clothing can significantly protect employees.

Flash fires are a rare occurrence but they can happen and if a flash fire or electric arc flash or other incident should take place you need to make sure your employees are adequately protected as a last line of defence. FR clothing dramatically reduces the severity of burn injuries which can mean the difference between life and death.

Investing in FR Clothing Can Save Both Lives and Money Although FR clothing may initially cost more than standard workwear, FR fabrics can be more durable and long lasting. FR clothing can be an investment that saves money in the long term.

The cost of a serious burn injury will include not only the physical damage but also treating victims for physiological damage. Direct costs include medical, prolonged recovery and rehabilitation, potential disability, and job retraining. Indirect costs include workers compensation, lost work time, increased insurance premiums and potential liability.

It is not only the person who suffers the injury but the co-workers, managers and the business.

At Arco we have Technical Sales Specialists that can help you select the right protective products for the hazards you find at your workplace, please do not hesitate to contact us for help.

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Arc Flash TestingQuantifying The Arc Rating of a Protective Garment

1 IEC 61482 - 1 “Open Arc Test Method”The arc rating is most commonly quantified by the Arc Thermal Performance Value (ATPV) determined by the open arc test method IEC 61482-1.

The ATPV represents the maximum incident thermal energy in units of energy per surface area (e.g. kJ/m2 or cal/cm2) that a fabric can support before the wearer will suffer 2nd degree burns.

The break-open threshold energy (or EBT) is another fabric characteristic. It represents the highest incident energy exposure value on a fabric where the garments do not exhibit break-open. The formation of holes in the fabric caused by break-open would allow heat or flames to pass through. Workers are assumed safe if the arc rating of their clothing (or ATPV value) exceeds the electric arc incident energy as calculated in the worst case scenario of a risk assessment.

Materials or assemblies are given an ATPV value, expressed in kilojoules per square metre (kJ/m2), which can be converted into the familiar cal/cm2.

IEC 61482 SeriesThe International Electro Technical Commission (IEC) has developed a series of International Standards for clothing to protect against the thermal hazards of an electric arc.

The following test procedures are available for electric arc testing:

2 IEC 61482-1-2 “Box Test”The box test is another way to measure the protective performance of clothing against the thermal effects of an electric arc, and is defined in the IEC 61482-1-2 test method. In this test, the fabric is exposed to an electric arc confined in a specific box with a specific electrode arrangement.

A fabric passes the test:

• If the heat transferred behind the fabric does not cause second degree burn

• If the after flame time is below 5 seconds

• If there is no melting to the inner side of the fabric

• If a hole caused by the arc is not larger than 5 mm in every direction (in the inner most layer)

The box test standard defines two testing conditions, known as Class 1 and Class 2. Test conditions for Class 1 try to simulate typical exposure conditions for a short circuit current of 4 kA protected by devices limiting the duration of the arc to 0.5 seconds in confined space, and of 7 kA respectively for Class 2.

IEC 61482-2/CDV - Performance Requirements for Garments

Flame resistant garments are CE marked to the above standard. This standard contains performance specifications for protective clothing tested according to either “open arc” or “arc in a box”.

The standard requires the following:

• A single layer garment having a minimum of ATPV = 4 cal/cm2 (167.5 kJ/m2) when test to the open arc test method or Class 1 when tested to the box test method

• Garments must be sewn with inherently flame resistant threads

• When garments have a higher rating of arc protection on the front than the back, the torso, sleeves and legs must be in the same arc rated material, as the front

• Garments must have no exposed external metal (any internal metal or melting parts are to be covered inside to avoid contact with the skin)

• The garment label will show the lowest ATPV or Class if different panels on the garment are used

• The double triangle symbol will be on the label with the ATPV and/or Class underneath it

• Upper (i.e. torso) garments only will be visually tested to the IEC Open Arc or Box test and the fastenings are to still perform after the arc test

• Additional User Information will be provided to include that no undergarments which melt under arc exposure are to be worn and that other PPE should be worn for full body protection (e.g. helmets and gloves).

87

IEC 61482-2ATPV = ? cal/cm2

and/or Class ?

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EN ISO 14116:2008 - Protective Clothing to Protect against Heat and Flame – Limited Flame SpreadThis standard specifies the performance requirements for the limited flame spread properties of materials and protective clothing in order to reduce the possibility of the clothing burning and itself constituting a hazard.

Protective clothing complying with EN ISO 14116:2008 is intended to protect workers against occasional and brief contact with small igniting flames, in circumstances where there is no significant heat hazard and without presence of another type of heat. When protection against heat hazards is necessary in addition to protection against limited spread flammability, then standards, such as EN ISO 11612, are more appropriate (see above).

EN Standards

EN ISO 11612:2008 - Protective Clothing to Protect against Heat and Flame This standard specifies performance requirements for garments made from flexible materials, which are designed to protect the wearer’s body (except the hands) from heat and/or flame.

The performance requirements set out in EN ISO 11612:2008 are applicable to garments which could be worn for a wide range of end uses, where there is a need for clothing with limited flame spread properties and where the user can be exposed to radiant or convective or contact heat or to molten metal splashes.

The following parameters are used:

Code A1 – Limited flame spread to outer surface

Code A2 – Limited flame spread to edge

Code B – Convective heat

Code C – Radiant heat

Code D – Molten aluminium splash

Code E – Molten iron splash

Code F – Contact heat

BS EN 13034:2005 - Protective Clothing against Liquid ChemicalsThis standard specifies the minimum requirements for limited use and re-useable limited performance chemical protective clothing. Limited performance chemical protective clothing is intended for use in cases of a potential exposure to a light spray, liquid aerosols or low pressure, low volume splashes, against which a complete liquid permeation barrier (at the molecular level) is not required.

Chemical protective suits (Type 6) cover and protect at least the trunk and the limbs, e.g. one-piece coveralls or two piece suits, with or without hood, boot-socks or boot-covers.

EN ISO 11611:2008 - Protective Clothing for use in Welding and Allied ProcessesClothing is intended to protect the wearer against spatter (small splashes of molten metal), short contact time with flame, radiant heat from the arc, and minimise the possibility of electrical shock by short-term, accidental contact with live electrical conductors at voltages up to approximately 100v in normal conditions of welding.

EN 1149-5:2008 - Protective Clothing - Electrostatic Properties - Part 5: Material Performance and Design RequirementsThis European Standard specifies material and design requirements for electrostatic dissipative protective clothing, used as part of a total earthed system, to avoid incendiary discharges.

The standard specifies three areas -

1) Performance requirements of materials

2) Design requirements

3) Marking and guidance

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Base LayerWhen exposure to heat and flame is involved, safety managers are faced with the critical task of selecting FR clothing that provides the best protection without exceeding their budget. While standards and requirements for PPE solutions may vary across environments, the goal of all FR clothing remains the same: protect the skin and prevent it from getting burned. One of the most important pieces of clothing in achieving this goal is the base layer garment, the last line of defence between flame and heat and bare skin.

Selecting the Correct Base Layer Many workers who confront extreme conditions on a day-to-day basis wear cotton garments as their base “protective” layer. While inexpensive and permitted under current industry safety standards, this has some serious drawbacks, even if the cotton is chemically treated to be flame-resistant.

Firstly, the cotton in these base layer garments absorbs moisture and holds it close to the skin, creating an uncomfortable situation and creating the possibility of significant steam burns. Also, in an emergency situation, undergarments such as these may actually ignite, resulting in more severe injuries than if the wearer had been wearing no base layer at all.

Base layer garments made of inherently FR fibres will not burn, melt or ignite when exposed to direct flame and have exceptional electrical resistance. These fabrics are comfortable, dry quickly and wick moisture effectively, even when worn in extreme conditions.

Reduced number of seams - makes the garments as comfortable as possible.

Perforated side areas - provides additional areas of breathability to allow

the body to breathe.

Technological fabric - helps to wick away sweat and

regulate body temperature.

Elasticated waist and hem - ensures secure, comfortable fit.

Lightweight stretchable fabric - helps to provide a great fit.

Reduced number of seams - makes the garments as comfortable as possible.

Technological fabric - helps to wick away sweat and regulate body temperature.

Lightweight stretchable fabric - helps to provide a great fit.

Perforated areas for additional breathability in usual areas that generate heat, for example the back of the neck.

The Unique Protal Blend - Protal’s inherent flame retardant properties will not deteriorate or diminish; they are literally ‘built-in’ to the fabric. Garments made with Protal fibres are high performing even after repeated laundering (including industrial), dry or spot-cleaning.

ArcoPro FR BalaclavaThis garment is inherently flame retardant and anti-static which makes them ideal for use in hazardous working environments. Made with Protal® Modacrylic fibre.

ATPV 11.6 cal/cm2

Conforms to: EN 340:2003, EN ISO 11612:2008 (A1 B1 C1), and EN 1149-5:2008

Size: S/M or L/XL

Ref: Grey Balaclava 18B2600

ArcoPro FR Base Layer These garments are inherently flame retardant and anti-static which makes them ideal for use in hazardous working environments. Made with Protal® Modacrylic fibre.

Conforms to: EN 340:2003, EN ISO 11612:2008 (A1 B1 C1), and EN 1149-5:2008

Sizes: S – 3XL

Ref: Grey ArcoPro FR Long Sleeve T-Shirt 18B2300 Grey ArcoPro FR Pant 18B2400

Combination Number

Product Codes 10 11 12 13 14 15 18 19 20 21 22 23 26 27 30 31 34 35

Base layer fabric 18B2300,18B2400 x x x x x x x x x x x x x x x x x x

Modacrylic polo shirt fabric 1884900 x x x x x

Nomex viscose polo shirt fabric 18B1600 x x x x x

Modacrylic sweatshirt 18B2200 x x x x x

Modacrylic fleece 18B1500 x x x x x

Modacrylic workwear 18B0600, 18B1200, 18B1300, 18B1400, 18B1700, 18B1800, 18B1900

x x x x x

Nomex Comfort ripstop workwear 18T0900, 18T1000, 18T1100, 18T1200, 18T1300

x x x x x

Result (cal/cm2) 9.4 16.5 21.6 18.0 27.5 24.8 32.7 37.8 30.0 35.4 36.2 40.8 43.7 48.2 45.6 55.0 41.7 49.0

Open Arc Fabric Combinations - Base Layer Results

We have invested heavily in electric arc testing our ArcoPro range of clothing, which has resulted in a unique set of layering results offering protection whatever the circumstances or climatic conditions. Layering combinations offer customers a wide range of choice of garments for different environments and comfort requirements without compromising on safety. We now have a comprehensive set of results showing the benefit of layering your garments to provide additional protection.

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Mid LayerA comprehensive FR clothing compliance program needs to be present to educate workers on the value of layering appropriate FR clothing and accessories to provide maximum personal comfort, while still maintaining appropriate protective qualities for all items of clothing worn. Historically there was little choice in FR garments, just a selection of coverall choices. Some of the more popular new options for FR workwear that work well as layered garments include knits, such as sweatshirts. Knitted garments are more flexible and provide less resistance to movement.

By choosing mid layer options you can provide higher levels of protection against heat and flame risks, but also provide a system for different weather and temperature conditions, ultimately offering comfort and flexibility to the wearer whilst providing adequate protection.

ArcoPro FR Polo Shirt made with DuPont™Nomex®/FR ViscoseMade from a new inherent fibre blend using DuPont™Nomex® and FR Viscose to provide ideal electric arc and flame resistant protection. Can be worn in conjunction with other ArcoPro FR clothing made with DuPont™Nomex® to enable greater levels of electric arc protection without compromising on comfort and flexibility.

Offers electric arc and FR protection as a stand alone product. Can be worn as part of a layering system which increases the level of protection significantly.

Conforms to: EN 340:2003, EN ISO 11612:2008 (A1 B1 C1), EN 1149-5:2008, and IEC 61482-2:2009 (Class 1) (APTV 9.7 cal/cm2)

Sizes: S - 3XL

Ref: 18B1600

Knitted wrists - for a secure fit

Soft knitted fabric with soft touch - means the garments are more comfortable for the wearer

Lightweight 250gsm fabric - made from 60% Nomex® 40% FR Viscose

Combination Number

Product Codes 3 11 19 21 26 27 42 43 44 45

Base layer fabric 18B2300, 18B2400 x x x x x

Nomex viscose polo shirt fabric 18B1600 x x x x x x x x x x

Modacrylic sweatshirt 18B2200 x x

Modacrylic fleece 18B1500 x x

Modacrylic workwear 18B0600, 18B1200, 18B1300, 18B1400, 18B1700, 18B1800, 18B1900 x x

Nomex Comfort ripstop workwear 18T0900, 18T1000, 18T1100, 18T1200, 18T1300 x x

Result (cal/cm2) 9.7 16.5 37.8 35.4 43.7 48.2 35.5 32.1 32.8 30.0

Open Arc Fabric Combinations - Nomex Polo Results

DuPont™ and Nomex® are registered trademarks or trademarks of E. I. duPont de Nemours and Company or its affiliates and are used under license by Arco Limited

NEW Product Selector ToolDesigned to help you choose the correct layering combination

Visit www.arcoproselector.co.uk

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ArcoPro FR Modacrylic Long Sleeve Polo ShirtInherently flame retardant, anti-static, lightweight long sleeved polo shirt. Ideal as a layering system for additional protection without compromising on comfort. Could also be worn as a lighter weight more comfortable layer underneath a jacket, fleece or sweatshirt. Made with Protal® Modacrylic fibre.

Conforms to: EN ISO 11612:2008 (A1 B1 C1), EN 1149-5:2008, IEC 61482- 2:2009 (Class 1) (EBT6.8 cal/cm2)

Sizes: S – 3XL

Ref: 1884900

Knitted cuff on sleeves - offers a comfortable and secure fit.

Three button fastening at the neck.

Lightweight 210gsm fabric - made from 55% Modacrylic 45% cotton.

The Unique Protal Blend - Protal’s inherent flame retardant properties will not deteriorate or diminish; they are literally ‘built-in’ to the fabric. Garments made with Protal fibres are high performing even after repeated laundering (including industrial), dry or spot-cleaning.

Combination Number

Product Codes 2 10 18 20 22 23 24 38 39 40

Base layer fabric 18B2300, 18B2400 x x x x x x

Modacrylic polo shirt fabric 1884900 x x x x x x x x x x

Modacrylic sweatshirt 18B2200 x x

Modacrylic fleece 18B1500 x x

Modacrylic workwear 18B0600, 18B1200, 18B1300, 18B1400, 18B1700, 18B1800, 18B1900 x x

Nomex Comfort ripstop workwear 18T0900, 18T1000, 18T1100, 18T1200, 18T1300 x

Result (cal/cm2) 6.8 9.4 32.7 30.0 36.2 40.8 30.6 27.6 24.1 30.6

Open Arc Fabric Combinations - Modacrylic Polo Results

1615

ArcoPro FR FleeceThis fleece is flame retardant and anti-static offering thermal protection. It can be used as part of a layering system as a mid layer garment and is fully certified to EN FR standards.

Conforms to: EN ISO 13688:2013, IEC 61482-1:2010 (ATPV:5,1 cal/cm2), EN ISO 11612:2015 (A1 B1 C1) and EN 1149-5:2015

Sizes: S – 3XL

Ref: 18B1500

Interactive YKK zipper - allows the fleece to be zipped into the ArcoPro GORE-TEX®

PYRAD® Jackets (18G2500 & 18G2600).

Combination Number

Product Codes 5 13 20 21 34 35 39 43 51 52

Base layer fabric 18B2300, 18B2400 x x x x x

Modacrylic polo shirt fabric 1884900 x x

Nomex viscose polo shirt fabric 18b1600 x x

Modacrylic fleece 18b1500 x x x x x x x x x x

Modacrylic workwear 18b0600, 18B1200, 18B1300, 18B1400, 18B1700, 18B1800, 18B1900 x x

Nomex Comfort ripstop workwear 18T0900, 18T1000, 18T1100, 18T1200, 18T1300 x x

Result (cal/cm2) 5.1 18.0 30.0 35.4 41.7 49.0 24.1 32.1 28.8 42.1

Open Arc Fabric Combinations - Fleece Results

Multiple storage options - Three pockets including two external side pockets.

Elasticated cuffs - offer a comfortable and secure fit.

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ArcoPro FR Modacrylic SweatshirtInherently flame retardant, anti-static, lightweight sweatshirt. Ideal as a layering system for cold environments, or to add additional protection without compromising on comfort. Made with Protal® Modacrylic fibre.

Conforms to: EN 340:2003, EN ISO 11612:2008 (A1 B1 C1) and EN 1149-5:2008

Sizes: S – 3XL

Ref: 18B2200

The Unique Protal Blend - Protal’s inherent flame retardant properties will not deteriorate or diminish; they are literally ‘built-in’ to the fabric. Garments made with Protal fibres are high performing even after repeated laundering (including industrial), dry or spot-cleaning.

Knitted rib neckline.

55% Modacrylic, 45% cotton.

Combination Number

Product Codes 4 12 18 19 30 31 38 42 47 48

Base layer fabric 18B2300, 18B2400 x x x x x

Modacrylic polo shirt fabric 1884900 x x

Nomex viscose polo shirt fabric 18b1600 x x

Modacrylic sweatshirt 18b2200 x x x x x x x x x x

Modacrylic workwear 18b0600, 18B1200, 18B1300, 18B1400, 18B1700, 18B1800, 18B1900 x x

Nomex Comfort ripstop workwear 18T0900, 18T1000, 18T1100, 18T1200, 18T1300 x x

Result (cal/cm2) 12.8 21.6 32.7 37.8 45.6 55.0 27.6 35.5 34.0 42.1

Open Arc Fabric Combinations - Sweatshirt Results

320 g/m2

Anti-static and lightweight fabric

Knitted cuffs and hem.

NEW Product Selector ToolDesigned to help you choose the correct layering combination

Visit www.arcoproselector.co.uk

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Flame-retardant, retro-reflective tape to shoulders, sleeves and legs

– additional safety feature for the wearer offers increased visibility.

Innovative Rip Stop fabric – provides

excellent durability and extended wear life. Originates from

the high performance tensile and tear

strength of the fabric.

Concealed two-way moulded plastic zip fastening

to neck – for easy donning and garment removal.

Action back - for ease of movement.

Kneepad pockets with Velcro fastening – provides the wearer with the option of adding additional knee protection.

Designed for high performance in

industrial laundry – provides exceptional

performance and appearance after multiple washes.

Combination Number

Product Codes 7 15 23 27 31 45 48 52

Base layer fabric 18B2300, 18B2400 x x x x

Modacrylic polo shirt fabric 1884900 x

Nomex viscose polo shirt fabric 18b1600 x x

Modacrylic sweatshirt 18b2200 x x

Modacrylic fleece 18b1500 x

Modacrylic workwear 18b0600, 18B1200, 18B1300, 18B1400, 18B1700, 18B1800, 18B1900

Nomex Comfort ripstop workwear 18T0900, 18T1000, 18T1100, 18T1200, 18T1300 x x x x x x x x

Result (cal/cm2) 7.6 24.8 40.8 48.2 55.0 30.0 42.1 42.1

Open Arc Fabric Combinations - Nomex Results

Inherent Workwear Inherent FR fabrics provide comfort for the wearer and specifier as the flame resistant properties cannot be washed out or removed by abrasion of the fabric. Inherent fabrics usually include aramid fibres such as DuPont™ Nomex® or Modacrylics such as Protal®. Aramid fibres are naturally FR as the properties are present in the molecular structure of the fibre. Modacrylic fibres have chemicals added to the textile process which modifies the fibre to make it FR. Inherent fibres offer the best level of protection in both flash fire and electric arc hazards and often are available in lighter weight fabric compositions.Arco has put together the most comprehensive range of inherent workwear garments in the UK, including 100% DuPont™ Nomex® garments and Modacrylic garments. Whatever your budget there will be a suitable garment to choose.

ArcoPro FR Coverall made with Nomex® Comfort RipstopAn inherent flame-resistant, anti-static Nomex® Comfort ripstop fabric construction, which helps to limit the development of rips and tears to the garment.

Made from Nomex® Comfort Ripstop 225g/m2 fabric. (93% Nomex® / 5% Kevlar® / 2% P-140 carbon fibre).

Conforms to: EN ISO 11612:2008 (A1, B1, C1), EN1149-5:2008, IEC 61482-2:2009 (Class 1, ATPV 7.6 cal/cm2)

Sizes: Regular (31” inside leg): S - XXL

Ref: Navy 18T1000 Orange 18T0900

DuPont™ and Nomex® are registered trademarks or trademarks of E. I. duPont de Nemours and Company or its affiliates and are used under license by Arco Limited

NEW Product Selector ToolDesigned to help you choose the correct layering combination

Visit www.arcoproselector.co.uk

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ArcoPro FR Jacket and Trousers made with Nomex Comfort RipstopAn inherent flame-resistant and anti-static Nomex® Comfort ripstop fabric construction to help limit the development of rips and tears in the garment. Wear life tests have proven Nomex® to retain its FR performance over the lifetime of the garment (when correct laundry guidelines are followed).

Made from Nomex® Comfort Ripstop 225g/m2 fabric. (93% Nomex® / 5% Kevlar® / 2% P-140 carbon fibre).

Conforms to: EN ISO 11612:2008 (A1, B1, C1), EN1149-5:2008, IEC 61482-2:2009 (Class 1, ATPV 7.6 cal/cm2)

Jacket Sizes: S - XXL

Trouser Sizes: Regular (31” inside leg): 30” - 46” Tall (33” inside leg): 30” - 46”

Jacket Ref: 18T1100

Trousers Ref: Regular 18T1200 Tall 18T1300

Action back - for ease of movement.

Side waist adjustment with plastic stud fastening.

Plastic stud fastening waist – for wearer comfort.

Two side pockets and one back hip pocket – provide storage space for personal items.

Designed for high performance in industrial laundry – provides exceptional performance and

appearance after multiple washes.

Multiple storage options including two breast pockets with plastic

stud-fastening flaps and two lower pockets with angled opening-allows

safe storage of the wearer’s personal items.

Innovative Rip Stop fabric – provides

excellent durability and extended wear life.

Originates from the high performance tensile and

tear strength of the fabric.

Seven belt loops – allows the wearer to add a belt to

gain a comfortable fit.

DuPont™ and Nomex® are registered trademarks or trademarks of E. I. duPont de Nemours and Company or its affiliates and are used under license by Arco Limited

Combination Number

Product Codes 7 15 23 27 31 45 48 52

Base layer fabric 18B2300, 18B2400 x x x x

Modacrylic polo shirt fabric 1884900 x

Nomex viscose polo shirt fabric 18b1600 x x

Modacrylic sweatshirt 18b2200 x x

Modacrylic fleece 18b1500 x

Modacrylic workwear 18b0600, 18B1200, 18B1300, 18B1400, 18B1700, 18B1800, 18B1900

Nomex Comfort ripstop workwear 18T0900, 18T1000, 18T1100, 18T1200, 18T1300 x x x x x x x x

Result (cal/cm2) 7.6 24.8 40.8 48.2 55.0 30.0 42.1 42.1

Open Arc Fabric Combinations - Nomex Results

2221

NEW Product Selector ToolDesigned to help you choose the correct layering combination

Visit www.arcoproselector.co.uk

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ArcoPro FR Modacrylic Coverall Heavyweight Modacrylic Coverall, using Inherent FR fibre ensuring that the FR properties in this garment cannot be washed or abraded out. Excellent for users who launder garments at home or in an uncontrolled environment.

Conforms to: EN ISO 11612:2008 (A1 B1 C1 D0 E0 F1), EN ISO 11611:2007 (A1 Class 1), EN 1149-5:2008, EN13034:2005+A1:2009 (Type 6), IEC 61482-2:2009 (Class 1), ENISO 13688:2013, EN ISO 14116:2008 Index 3/5H/60 and IEC 61482-1:2010 (ATPV:10, 8 cal/cm2)

Sizes: 38” – 60”

Ref: Navy Regular 18B0600 Navy Short 18B1200 Orange Regular 18B1300 Orange Short 18B1400 Concealed button

and YKK two way zipper closure to the centre front - allows coverall to be easily put on and taken off.

Elasticated waist - ensures improved

comfort and better fit of the garment.

Slanted side pockets with safety flaps and side vents - allow safe access to under garments.

2423

Kneepad pockets included - offers the wearer the option of added knee pads when required for extra protection and comfort.

Bartack reinforcement at numerous stress points on the

garment - adds strength and durability to the coverall.

Two chest pockets with zipper and button closure flaps - offers

a secure place for storage of essential equipment.

Action armpits - reducing the amount of ‘ride-up’ of the coverall when working over head or when arms are in the vertical position.

Two radio/gas loops - allows radio or gas detectors to be easily attached and used ambidextrously.

Combination Number

Product Codes 6 14 22 26 30 34 40 44 47 51

Base layer fabric 18B2300, 18B2400 x x x x x

Modacrylic polo shirt fabric 1884900 x x

Nomex viscose polo shirt fabric 18b1600 x x

Modacrylic sweatshirt 18b2200 x x

Modacrylic fleece 18b1500 x x

Modacrylic workwear 18b0600, 18B1200, 18B1300, 18B1400, 18B1700, 18B1800, 18B1900 x x x x x x x x x x

Result (cal/cm2) 10.8 27.5 36.2 43.7 45.6 41.7 30.6 32.8 34.0 28.8

Open Arc Fabric Combinations - Modacrylic Garment ResultsNEW Product Selector ToolDesigned to help you choose the correct layering combination

Visit www.arcoproselector.co.uk

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www.arco.co.uk 2625

ArcoPro FR Modacrylic Jacket and TrousersHeavyweight Modacrylic Jacket, using Inherent FR fibre ensuring that the FR properties in this garment cannot be washed or abraded out. Excellent for users who launder garments at home or in an uncontrolled environment.

Conforms to: EN ISO 11612:2008, (A1 B1 C1 D0 E0 F1), EN ISO 11611:2007 (A1 Class 1), EN 1149-5:2008, EN13034:2005+A1:2009 (Type 6), IEC 61482-2:2009 (Class 1), EN ISO 13688:2013, EN ISO 14116:2008 index 35H/60, IEC 61482-1:2010 ATPV:10 cal/cm2

Jacket Sizes: 38” – 54”

Trouser Sizes: 32” – 46”

Jacket Ref: Navy 18B1900

Trousers Ref: Navy Regular 18B1700 Navy Tall 18B1800

Two chest pockets with zipper and button closure

flaps - offers a secure place for storage of essential equipment.

Concealed button and YKK zipper closure to

the centre front -allows Jacket to be easily put on

and taken off.

Elasticated waist - ensures improved comfort and

better fit of the garment.

Tool pocket - enables vital tools

and equipment to be carried on person where

necessary.

Part elasticated waist -ensures improved comfort and better ergonomics of the garment.

Bartack reinforcement at numerous stress points

on the garment adds strength and durability.

Pen pocket on sleeve and zip covered side pockets -allow for extra storage.

Two radio/gas loops -allows radio or gas detectors to be easily attached and used ambidextrously.

Slanted side pockets - allows for comfort and safe storage of items.

Kneepad pockets included -offers the wearer the option of added knee pads when required for extra protection and comfort.

Combination Number

Product Codes 6 14 22 26 30 34 40 44 47 51

Base layer fabric 18B2300, 18B2400 x x x x x

Modacrylic polo shirt fabric 1884900 x x

Nomex viscose polo shirt fabric 18b1600 x x

Modacrylic sweatshirt 18b2200 x x

Modacrylic fleece 18b1500 x x

Modacrylic workwear 18b0600, 18B1200, 18B1300, 18B1400, 18B1700, 18B1800, 18B1900 x x x x x x x x x x

Nomex Comfort ripstop workwear 18T0900, 18T1000, 18T1100, 18T1200, 18T1300

Result (cal/cm2) 10.8 27.5 36.2 43.7 45.6 41.7 30.6 32.8 34.0 28.8

Open Arc Fabric Combinations - Modacrylic Garment Results

Hand Protection

Eye, Face and Head Protection

Ansell Powerflex® 80-813 Arc GloveCombines flame and heat resistance with mechanical protection. An ESD glove also which offers fantastic grip. Ideal for all engineering and petrochemical applications.

• ESD properties, conducts and dissipates static electricity

• Meets CBSB 155.20 2000 - Workwear protection against hydrocarbon flashfire

• Hazard Category level 1 arc flash protection

• Excellent grip in wet, dry or oily conditions

Conforms to: BS EN 388:2003 and BS EN 407:1994

Sizes: 7. 8. 9. 10

Ref: 1539200

Centurion ArcPro Face Protection The ArcPro Anti-Electric Arc System is designed to protect against Arc Flash risks posed by electrical faults.

• The ArcPro face screen can be fitted to a Concept Unvented, Vision or Vulcan helmet via carrier, or an ArcPro browguard if head protection is not required

• Two lengths of face screen, 180mm version allows a chinguard to be used

Conforms to: EN 166 1 B 89 (EN 170 2-1,2)

Ref: S57CEAEA Visor Carrier 35A030 S590AEA Visor 225mm 35A000 S89AEA Browguard 35A020 S910AEA Visor 180mm 35A010

MSA V-Gard 950 Helmet Class 1 VisorBalanced and lightweight electrician helmet, non-vented for protection against arc flash.

• Made of rubber-toughened ABS for strength and lateral crushing protection

• Electrically insulating helmets meeting EN 397 440 V AC and EN 50365 1000 V AC

• Protects against electric arc to GS-ET-29 class 1 (4kA)

Conforms to: EN397:2012 (-30°/LD/440V/MM), EN166 1 B 389 2C-1,2 KN, GS-ET-29 Class 1 (4kA), EN50365 1000V, EN 13463-1:2001

Ref: MSA V-Gard 950 Helmet White Class 1 Visor 4V2810 MSA V-Gard 950 Helmet Yellow Class 1 Visor 4V2840

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Contacts

Arco Ltd. P.O. Box 21, Waverley Street, Hull HU1 2SJ

Regional Sales Office Network

Aberdeen 01224 249 494

Scotland & Northern Ireland 01506 841 510

North England 0191 499 1555

North West England 0161 869 5807

Yorkshire 01482 611 611

East Midlands 0115 938 0456

West Midlands 0121 500 6060

South West 0117 982 3751

South East 01923 204 141

www.arco.co.uk

Republic of Ireland (+353) 1 409 5000

www.arcosafety.ie

© Arco Limited 2016. All rights reserved.