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GLOBAL PROTECTION

INTRODUCTION PROTECTING YOUR PEOPLE AND YOUR FACILITIES

Manufacturing and processing facilities, and the environments they inhabit, continually challenge both man and machine. With the presence of  ammable gases and vapors, these locations demand electrical products engineered to provide proper protection from dangers like heat or spark-induced ignition.  ey must also endure nature’s toughest treatment through corrosive ocean air on o shore rigs in the North Sea, extreme heat at re neries in Saudi Arabia and frigid arctic winds at mining facilities in the Canadian Oil Sands.
For over 100 years Appleton products have been helping to protect facilities, and their workers.
Whether your geography requires ATEX, IEC, NEC, or CEC certi cation, our product range, regulatory involvement and technical expertise solve the challenges of out tting your facilities. Our engineers have developed innovative advancements in lighting, electrical control devices and instrumentation, making Appleton the leader in the production of hazardous location electrical products.
At Appleton, we take the challenge of protecting hazardous environments seriously. It is protection throughout your facility and around the globe.
INTRODUCTION IEC/ATEX VS. NEC/CEC HAZARDOUS LOCATIONS 4
LIGHTING INTRODUCTION 6
CONTROLS, ENCLOSURES
& PANELBOARDS
LED LIGHTING 8
FLUORESCENT LIGHTING 10
HID LIGHTING 12
STROBE & BEACON LIGHTING 14
INTRODUCTION 16
CONTROLS 18 ENCLOSURES 20 STARTERS 22 CIRCUIT BREAKERS 24 PANELBOARDS 26
PLUGS & RECEPTACLES
CABLE GLANDS,
CONNECTORS & FITTINGS
HEAT TRACING SYSTEMS
POWER QUALITY
SOLUTIONS
INTRODUCTION 28
PLUGS & RECEPTACLES 30
INTRODUCTION 32
CABLE GLANDS & CONNECTORS 34 CONDUIT FITTINGS 38
INTRODUCTION 40
HEAT TRACING SYSTEMS 42
INTRODUCTION 44
POWER QUALITY SOLUTIONS 43
1

GLOBAL UNDERSTANDING AND EXPERTISE

Appleton electrical products help protect re nery production in India, ensure pipeline  ow in South Africa, and maintain deep sea drilling
operations in the Gulf of Mexico. Our worldwide presence demands mastery of the International Electrotechnical Commission (IEC), ATEX Directive
and the North American (NEC/CEC) rules and a full product line for every application throughout hazardous locations.
IEC, ATEX and NEC/CEC rules each identify the amount of exposure, destructive force and ignition temperature of the gas, vapor or dust.
However, the separate regulations differ in their nomenclature and sub-category tracking. To assist in out tting and application, the following
pages show the ratings and categories of each regulation body and reference points.
IEC STANDARDS and EN STANDARDS IEC STANDARDS
are identical.
have become the universal reference across Europe and are adopted along with other admissible standards in much of the rest of the world. IEC uses three Zones to classify hazardous environment conditions based on the duration and amount of combustible exposed. IEC is continuously reviewed by a technical board for updates and revisions.

INTERNATIONAL ELECTROTECHNICAL COMMISSION (IEC)

Founded in 1904, the IEC is now considered the world’s largest electrotechnology organization with over 130 countries as members and over 10,000 experts contributing to its standards.  e IEC code de nes hazardous locations as Zones. Zones de ne the amount of time rated equipment is exposed to hazardous atmospheres. Zone 0 locations feature continuous or extended exposure to  ammable gases or vapors. Zone 1 locations have an intermittent presence of  ammable gases or vapors, typically as a result of leakage. Zone 2 are locations in which  ammable gases or vapors are not likely to occur in normal operation, but may become present upon the failure of equipment or through an accident.  e exposure is unlikely and, if it does occur, it will do so infrequently and for only a short period of time. Atmospheres of combustible dusts are rated as Zone 20, 21 or 22. Zones 20, 21 and 22 correspond with Zones 0, 1 and 2 in identifying the amount of exposure to the hazardous atmosphere. IEC Groupings rate locations on whether the hazard is a mine (Group I) or an ignitable atmosphere above ground (Group II). IEC Subdivisions label the ignitability of the atmosphere with “A” being the least ignitable and “C” being the most.

ATEX DIRECTIVE

 e ATEX Directive is the  rst uniformed code which deals with the Essential Health and Safety Requirements
IEC/ATEX
(EHSR’s) enacted by the European Union for equipment that is either used within, or connected to equipment located within, potentially hazardous environments. It includes safety devices, controllers, regulatory devices and other equipment whose failure would provoke an explosion.
Area Classification - IEC vs NEC/CEC (Class/Division/Group)
In ammable Material IEC/CENELEC NEC/CEC
Gases And Vapors Zone Equipment Group Gas Group Class Division Group
Acetylene 0, 1 or 2 II C I 1 or 2 A 85 T6 T6
Hydrogen 0, 1 or 2 II B + H
Propylene Oxide
Ethyl Oxide 135 T4 T4
Butadiene 160 T3 T3C
Cyclopropane
Ethyl Ether 180 T3 T3A
Ethylene 200 T3 T3
Acetone
Benzene 230 T2 T2C
Butane 260 T2 T2B
Propane 280 T2 T2A
Hexane 300 T2 T2
Paint Solvents 450 T1 T1
Natural Gas
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0, 1 or 2 II B I 1 or 2 B
0, 1 or 2 II B I 1 or 2 C
0, 1 or 2 II A I 1 or 2 D
“T” rating classifications list the ignition point of the hazardous atmosphere. For safe usage, fixture “T” ratings must be below that of the surrounding atmosphere.
I 1 or 2 B 100 T5 T5
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IEC vs NEC “T” Ratings Temperature Classification Comparison
Temperatures in ºC IEC NEC/CEC
120 T4 T4A
165 T3 T3B
215 T2 T2D
NEC/CEC STANDARDS
operate across the U.S., Canada, the Middle East and various locations across the globe. NEC code is reviewed and updated in three year cycles.  e CEC code is updated regularly through their 9,000 members and its active involvement with the IEC.

NATIONAL ELECTRICAL CODE/CANADIAN ELECTRICAL CODE (NEC/CEC)

 e NEC has been the standard for electrical wiring and equipment installations in the United States since 1897.  e CEC began in 1927 and provides the electrical product standards for Canada. NEC/CEC Code categorizes hazardous locations into Classes, Divisions and Groups. Classes I, II and III de ne hazards into gases and vapors, combustible dusts, and  bers and  yings, respectively. Divisions further break down the Classes by the amount of the exposure to the combustible. Division 1 establishes locations where hazards are present during regular operations. Division 2 locations are where hazards are encountered only during an abnormal situation, such as equipment failure or a spill. Gas groups classify the explosive nature of the gas, vapor or dust when ignited.
NEC/CEC
Certifications and performance markings are displayed on all electrical equipment to ensure proper conformity to each hazardous location’s requirements.
Appleton offers products approved for ATEX, IEC, NEC and CEC locations.
Product Marking Charts
US (NEC 500) and CA (CEC Annex J) EU (Directive 94/9/EC) - ATEX
Type of Protection

(optional except for I.S.)
Explosionproof with I.S. Outputs, Class I, Division 1, Groups A, B, C, D, T5
Permitted Division
(optional except for Division 2)

Permitted Gas Group
US (NEC 505)
Permitted Class
National Standard
Class I, Zone 1, AEx d [ia] IIC T5
Permitted Zone
IEC and CA (CEC Section 18)
Type of Protection
Ex d [ia] IIC T5
Explosion-Protected
I.S. Output
American
Type of
Protection
Explosion-Protected
Temperature
Group
Gas Group
Temperature Class
I.S. Output
Class
Permitted Class
(T5 and T6 optional)
Gas Group
Group
Temperature Class
Type of Protection
European Standard
Ex d [ia] IIC T5
I.S. Output
Explosion-Protected
CE Conformity Marking
Explosion-Protection
0081
Identifi cation Number of Notifi ed Body
Involved in Protection Control Stage
Temperature Class
Group
Gas Group
Marking
II 2 G
Category: 1 (for Zone 0 or 20) 2 (for Zone 1 or 21) 3 (for Zone 2 or 22)
Equipment Group: I (for mines) II (for other than mines)
Type of Explosive Atmosphere: G (for gas, vapor and mist) D (for dust)
Ambient temperature ranges other than standard -20 °C ≤ Ta ≤ +40 °C (-4 °F ≤ Ta ≤ +104 °F ) must be marked.
5

LIGHTING WHENEVER AND WHEREVER YOU NEED US

From the loading bays to the re ning rooms, facilities across the world rely on lighting  xtures to safely illuminate the narrow catwalks, enclosed production  oors and 24 hour docks that connect its four corners. Besides providing light, these critical  xtures must overcome the inherent challenges and threats of hazardous environments.
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Appleton’s line of enclosed and gasketed  xtures are the perfect choice for use in Division and Zone locations. Our vented re ectors result in cooler operation and increased lumen
output. Appleton’s restricted breathing  xtures are secure from water, gases and vapors. Our  xtures are corrosion-resistant with stainless steel hardware and epoxy powder coated copperfree aluminum. Even a feature like our “safety” high hinge provides additional protection against accidental ballast housing disengagement while your maintenance team is installing or servicing them.
Our line of  ameproof and explosionproof  xtures are available for use in Division and Zone 1 and 2 locations. With intelligent engineering, they are manufactured to prevent
internal explosions from reaching the vapors surrounding the  xture by cooling the hot gases through precise  amepaths. Appleton’s explosionproof  xtures also address safety outside of the lamp with innovative features like proprietary wireless mounting hoods that allow for quicker and safer “hot” installation or servicing.
From our  uorescent  xtures to our high durability high pressure sodium luminaires with long lamp life and low “T” ratings, Appleton’s entire line of lighting products deliver unparalleled protection across your facility. Our proprietary coatings keep corrosion at
bay while our exclusive re ector technology and class leading photometrics deliver the maximum amount of light possible. Appleton also boasts more  xtures for use in high ambient applications and the lowest “T” ratings in the industry for improved performance and wider applications.
We relentlessly test our  xtures to ensure they meet or exceed their rated capabilities even in the most extreme conditions.  at is why facility engineers around the world have
turned to Appleton for lighting products that improve e ciencies while protecting their workers.
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LIGHTING
ATEX/IECEx/NEC/CEC

LED LIGHTING MERCMASTER™ LED SERIES

LED lighting has come to hazardous locations, and Appleton’s Mercmaster LED is setting the industry standard for safety, performance and e ciency. In day-to-day use, installation and maintenance, the Mercmaster LED’s superior design simply shines. It is not just about e ciency. LED lighting delivers real productivity bene ts.
• Compact lightweight low pro le design, well suited for low mounting heights
• Multiple mounting hoods accommodate any application requirement
• Fixture housing and mounting hoods are copperfree cast aluminum for better heat dissipation. All exposed hardware is stainless steel
• Rounded edges throughout the heatsink reduce risk of injury during installation and maintenance
• Hinge design increases safety during installation and servicing, assuring 360° compression on ballast housing gasket
• Silicone rubber gasket seals out moisture, dirt and dust; stays  exible and withstands high temperatures
• Polycarbonate lens is threaded for easy removal and secure attachment
• Epoxy powder coat  nish and stainless steel latch assembly are corrosion resistant
• Dark Sky Compliant: meets speci cations for low glare, focused beam and avoidance of overlighting

LED LIGHTING AREAMASTER™ LED SERIES

ATEX/IECEx/NEC/CEC
Appleton’s Areamaster LED is versatile with a universal design for  ood or high bay mounting, making it ideal for replacing virtually any HID,  uorescent or incandescent  xture. Rated at 127 Watts, it delivers an optimal 13,000+ lumens of cool white light. Moreover, its highly directional light does not require the use of external optics, resulting in system e ciencies as high as 80 percent.
• Compact in size, attractively styled contemporary design, rugged and dependable
• Easy to install and service
• One piece housing
• One piece lens hinged cover. Secured by four M6 captive stainless steel slotted hex head bolts
•  ermal shock and impact resistant glass lens
• Heavy duty, high temperature, single piece, formed silicone rubber gasket
• Universal design for  ood and high bay mounting; vibration rated in all con gurations
• Dark Sky Compliant: meets speci cations for low glare, focused beam and avoidance of overlighting
8
ATEX/IECEx
LIGHTING

LED LIGHTING FDBAES SERIES

Appleton’s ATX FDBAES Series LED provides emergency lighting in hazardous locations.  ese units are entirely self-contained in a  ameproof enclosure, and include a built in automatic self­test system. Switched, unswitched, addressable switched and addressable unswitched versions are available
• Provides adequate lighting and/or visual indication of access on exit routes during an evacuation in a hazardous environment
• Can be installed in hazardous areas designated as Zone 1-2 and 21-22
• Padlockable switch is available on switched models which individually cuts o power supply and remote control
• All versions: – Can be maintained in hazardous areas as an internal switch cuts o battery supply
automatically once the cover is unscrewed and opened – Charge indicator with 4 nos yellow LEDs (lifetime over 10 years) – Operates in any position – Automatic built-in self-test system (SATI) with memorization of tests indicated by LEDs

LED LIGHTING FNES SERIES

ATEX/IECEx
Appleton’s ATX FNES Series LED provides emergency lighting in hazardous locations and can also be equipped with a variety of labels to indicate exit routes.  ese units are entirely self-contained, and include a built in automatic self-test system.
• Provides adequate lighting and/or visual indication of access and exit routes during an evacuation in a hazardous environment
• Can be installed in hazardous areas designated as Zone 2 and 21-22
• Non-maintained
• Operates in any position
• Charge indicator by green LED (lifetime over 10 years)
• Automatic built in self-test system (SATI) with memorization of tests indicated by LEDs
• Using a microprocessor and an internal clock, the unit will carry out automatic tests
• Remote control unit allows the  xture to be controlled and checked without switching the mains o
•  e remote control unit installed in a safe area or inside a  ameproof box allows manual ignition of all the units (maximum 300 units) for visual inspection of their operation
9
LIGHTING

FLUORESCENT LIGHTING FE™ SERIES

ATEX/IECEx

FLUORESCENT LIGHTING FV™ SERIES

NEC/CEC
Appleton’s ATX increased safety FE Series of  uorescent  xtures go a step beyond with added protection for everyday locations, as well as robust environments where corrosive atmospheres, severe weather and detergents prevail.  ese  uorescent  xtures are protected against the elements with an elastomer gasket that ensures a consistent, durable seal that is hosedown ready.  e corrosion-resistant lens, body and hardware mean the FE Series  uorescent luminaires will endure the years.  ese  xtures o er a host of exclusive safety features that make servicing safe and easy.
• Hinged polycarbonate di user and multi-parabolic re ector for one handed maintenance
• Quick connector ballasts and IP 2X terminal shields
• Opening re ector activates power cut o switch to unit for safe access to internal controls
• If one tube fails, the other tubes remain lit
• Elastomer gasket and multiple cover fasteners
• Pre-impregnated  berglass reinforced polyester body
• Optional dimmable switch alternates which tubes are lit for di erent lighting patterns and brightness
 e FV Series places cost e ective  uorescent lighting in Class I, Division 2 marine and other robust locations. O ering unprecedented safety and durability, the FV Series lens is rugged enough to endure hose downs and o ers single handed lamp and internal control access.  e internal re ector is hinged for easy access to the control gear.  e lens automatically engages a unit cut o switch when opened.  e FV Series stays cool with a T6 rating while operating with a remarkable 94% light producing e ciency.
• Nearly indestructible polycarbonate lens cover
• Automatic unit cut o switch
• Corrosion-resistant  berglass reinforced polyester housing
• Single actuator enables one handed lens and re ector access
• Actuator can be removed for tamper-proof operation
• Multiple latch design and elastomer gasket provide a positive watertight seal
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FLUORESCENT LIGHTING MERCMASTER™ III LOW PROFILE

 e Mercmaster III Low Pro le enclosed and gasketed  xture o ers superior lighting in a small package for Class I, Division 2/Zone 2 locations. It is the perfect choice for low
NEC/CEC
clearance, low ceiling heights or where  xture weights must be minimized.  e PLT  uorescent lamps provide superior lighting e ciencies and economies. Its electronic ballast allows for  icker free, instant-on capabilities for zero blackout during momentary power dips.  e Mercmaster III Low Pro le is also suited for non-hazardous areas that are exposed to severe weather, excessive moisture, dirt and dust.
• Maintains high output lighting in ambient temperatures ranging from -5°C to +54°C (+23°F to +130°F)
• Excellent color rendering (82 CRI) for food processing and inspection facilities
• Compact pro le is perfect for low clearance locations
• Baked epoxy powder coat  nish and stainless steel hardware for the ultimate corrosion resistance
• Captive clamping bolt and high safety hinge provide for safe, easy maintenance
• Stainless steel threaded inserts prevent galling and freezing of re ectors, guards and other bolt-on attachments

FLUORESCENT LIGHTING EFU FLUORESCENT SERIES

LIGHTING
NEC/CEC
 ese factory sealed, explosionproof and dust-ignitionproof  uorescent light  xtures are suited for any location where ignitable dust, fumes, gases, paint residue, paint powder or corrosive atmospheres are present, including inside a paint spray booth.  e EFU’s Class P ballasts feature a thermally-activated protective device that guards against excessive voltage, internal ballast short circuiting, inadequate lamp maintenance and improper  xture applications.
• Non-sparking exterior surfaces for safer operation
• Instant Start and Rapid Start options
• Available cold weather ballasts for -18°C (0°F) starting
• Heat and impact resistant glass tubes
• Re ectors are easily removed for replacement or cleaning
• Explosionproof caps can easily be removed for quick wiring and relamping
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LIGHTING
ATEX/IECEx/NEC/CEC
ATEX/IECEx

HID LIGHTING AREAMASTER™

Appleton’s rugged, enclosed and gasketed, Areamaster  oodlights are rated for Class I, Division 2/ Zone 2 and severe non-hazardous environments. Areamasters resist corrosion with a one piece, pressure cast, copperfree aluminum housing that features an architectural bronze polyester  nish. Its compound parabolic and double segment design, with an Alzak  nished aluminum re ector, provides optimum light distribution and e ciency.
• Compact size  ts more locations
• Guard and re ector attached externally for quick and safe maintenance
•  ermal shock and impact resistant glass
• Plug-in terminal block
• Available for use in conditions de ned as Class I, Zone 2 AEx nR IIC utilizing restricted breathing as the method of protection

HID LIGHTING HBDC SERIES CYLINDRICAL BULKHEAD LIGHTS

Realize cost e ciencies and safety in Zone 1-2 and 21-22 locations with  ameproof bulkhead  xtures. Appleton’s ATX HBDC Series produces industry leading photometrics for more light in critical locations and feature high temperature internal wiring for extended durability.  eir housing design allows them to be mounted out of the way for safe lighting without added obstacles.
ATEX/IECEx
• Hardened lamp glass
• Available with integrated lug mounts
• Corrosion-resistant housings, end caps and cover
• Guard and re ector attached externally for quick and safe maintenance
•  readed access cover with O-ring seal
• Plug-in terminal block

HID LIGHTING PB SERIES FLOODLIGHTS

Keep large areas well lit and safe with Appleton’s ATX series of explosionproof and enclosed and gasketed  oodlight products. Our optional mounting, e cient light patterns and various wattages enable you to put the light you need, wherever you need it. Floodlights are available for locations as cold as -40°C (-40°F) and as high as +55°C (+131°F). We also use a ferromagnetic ballast for optimal energy e ciency, reduced power loss, higher light output and increased lamp service life.
• Hinged mounts and pivoting lenses for easier mounting and repair
• Internal controls are insulated by Class H materials for maximum service life
• Corrosion-resistant, lightweight aluminum alloy housings conform to AFNOR French codi cation
• Self tightening connection terminal blocks
• Operates at any angle
• Safety terminal box allows for safe and straightforward installation
• Adjustable beam angles
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HID LIGHTING AND
COMPACT FLUORESCENT
IEC

HID LIGHTING MERCMASTER™ III

NEC/CEC
LIGHTING

NE850 SERIES

Appleton’s Nutsteel  ameproof NE850 Series of wellglass  xtures are rated Ex d, IIC for Zone 1 and 21 locations. Compact, e cient and lightweight, they o er an IP 66 and can be installed in any harsh environment.  eir size makes them perfect for low clearance locations or where  xture weight needs to be considered. Operating temperatures range from -20°C to +55°C (-4°F to +131°F). An emergency version with battery back up is available.
• Shock resistant globe
• Corrosion-resistant fastenings
• REVESTEEL® anticorrosive coated aluminum body and guard
• AISI 304 stainless steel screws and lock washers
• Numerous lamping and mounting options
• 220 V, 60 Hz, 230/240 V, 50 Hz
 e Mercmaster III’s modular construction allows it to  t a vast range of applications and is suitable for Class I, Division 2/Zone 2; Class II, Division 1 and 2; Class II and other robust environments. Designed to dissipate heat from the ballast components out, Appleton’s thermal performance with the Mercmaster III leads the industry. Appleton’s heat reducing internal control design results in 18% cooler operation, which increases  xture durability and enables the Mercmaster III to be used in ambient temperatures up to +65°C (+149°F).
NEC/CEC
• Choice of heat-resistant prismatic glass refractors or globes
• Housing, hoods and guards are copperfree cast aluminum with baked epoxy powder coat  nish for superior corrosion-resistance
• “Safety” high hinge and swing away design eases servicing
• Capacitors are non-PCB type and thermally isolated from the ballast
• Mogul base porcelain socket features nickel plated contacts and +200°C (+392°F) welded leads for trouble free operation in high ambient temperature locations

HID LIGHTING CODE•MASTER™ 2

 e explosionproof Code•Master 2  xture features Appleton’s proprietary technology for maximum safety and reliability in Class I and II locations. Internal components are uniquely arranged for the greatest heat dissipation, which enables extended lamp life and industry leading “T” ratings. Appleton’s exclusive wireless mounting hood enables power on  xture installation and removal in hazardous locations.
• Double lead Acme threading allows for  ame-tight seals with fewer turns
• Lamp socket and glass globe designed for optimum light distribution and control
• Factory sealed — no external seals are required
• Fixture and mounting hood threads are pretreated with no gall, anti-seize coating
• Porcelain socket and nickel plated phosphor bronze screw shell assures long, trouble free operation in high ambient areas
• Wide variety of mountings and light sources
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LIGHTING
ATEX/IECEx

STROBE & BEACON IIC BEACONS & STATUS LAMPS

Appleton’s ATX series of  ameproof lighting  xtures o ers visual communication in Zone 1-2 and 21-22 locations. Illuminated three stage indicator banks consist of interchangeable colored modules that can be coupled with two other modules for simultaneous lighting. Beacons are o ered up to 15 joules, which maintain a remarkable 70% luminosity after eight million  ashes. Various mountings, colors and guards are available.
• High temperature internal wiring
• Polymethacrylate globes are available in red, green, orange and clear
• Corrosion-resistant exteriors
• Operating temperatures range from -40°C to +55°C (-40°F to +131°F)
• Mounting hardware available in either stainless steel or zinc plated steel
• All beacons and status lamps work in any position
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