GLOBAL CABLE GLANDS and accessories solutions. Global Cable Glands and Accessories Solutions

Transcription

1 GLOBAL CABLE GLANDS and accessories solutions 2012 Global Cable Glands and Accessories Solutions

2 One Cooper Cooper Industries is a premier global manufacturing company with eight operating divisions and thousands of well-known products that are used around the world every day. Cooper believes that you can t have a great company without great products. In order to provide its customers with the best possible value, Cooper is dedicated to building quality electrical products and tools with global standards and a constant focus on innovation. The Company s high-quality products have earned leadership positions in the markets we serve and that leadership is sustained through unparalleled sales support and customer service.

3 Contents GLOBAL CABLE GLAND SOLUTIONS... page 10 EX... page 28 EX ACCESSORIES... page 58 INDUSTRIAL... page 68 INDUSTRIAL ACCESSORIES... page 78 FIELD GUIDE... page 86 3

4 About us Cooper Industries Cooper Industries is a multi-billion dollar global manufacturer of electrical components. Founded in 1833, Cooper has continued to focus on innovation, ethical business practices and meeting customer needs, helping it to become one of the most respected names in the world. Its seven divisions manufacture world-class products and brands that are market leaders in their fi eld, such as Bussmann electrical and electronic fuses; Crouse-Hinds, CEAG and CAPRI explosion proof electrical equipment; Halo and Metalux lighting fi xtures; and Kyle and Mcgraw-Edison power systems products. 4 CAPRI

5 Cooper Capri Capri introduced its fi rst items of electrical equipment in Continuous growth and development has since led us to our current position as one of the major suppliers of Cable Glands and Accessories for both hazardous and industrial areas all around the world. When it comes to protecting life and property there s no room to compromise. You need a partner that can support you with tried-and-tested products, global capabilities and local delivery. That s where Cooper Capri comes in. Capri commits to surf on new trends and so to provide new solutions adapted to the Alternative Energies, Mining and Transportation market s requirements. The company s experienced engineers are always available to give technical advice on hazardous area problems, Certifi cations and Compliances requirements and procedures. CAPRI 5

6 Innovation Our application-specifi c solutions are built on more than 175 years in the business and thousands of patents. We understand the key factors to drive success in several markets: - Safety - Security - Quality - Effi ciency - Intelligence - Lowest Total Cost Solutions We develop innovative products that help ensure each of these factors is built into our designs and solutions. In fact, Cooper is ranked #6 on Industrial Innovator. (Patent Board s August 2010 Industrial Component Supplier Patent Scorecard) We continuously collaborate with customers to ensure that we offer the best product for your specifi c application whatever it is. With our balanced portfolio, we will maintain our vitality during market downturns which will allow us to continue to drive innovative ideas for you. As Cooper Capri we are focused on voice of customer to determine our new innovative development. By this we have today a product offer with key recognized innovation by the market, such as our Armoured Cage System for easy inspectability and guarantee of secured connection, lower weight and highest density specifi cally designed for transportation and storage optimization, a new sealing system to prevent the damage on inner sheath of the cable Capri is source of Creative Technologies. For us, Innovation does not just focus on technical but also on a perfect matching with environment our products are moving around. 6 CAPRI

7 Support Standing behind every major project is an experienced team. From the architects at the drawing board to the site s maintenance and evolutions not to mention the construction team on the ground, we work as a partner at all levels to deliver technical, integration and logistics support at every stage of a project. Cooper is committed to providing products and services on time, complete and to the highest level of quality. Cooper continues to invest to provide world class services and technology in order to become the easiest partner to do business with. With manufacturing and distribution locations worldwide and global technical sales and engineering teams,you can rely on our global expertise, locally delivered. CAPRI 7

8 Expertise With an enviable reputation for quality and performance, Cooper Capri has become the partner of choice for many companies operating in demanding environments. Our expert approach to meeting the needs of our customers has helped us to play a pivotal role in many highly successful and prestigious projects around the world. The knowledge and expertise we leverage every day to help your operation run smoother and safer lies not in one mind but in thousands of Cooper employees. An experienced team of engineers, technicians heads the Design, Development and Innovation resource. We persist in manufacturing and offering a complete range of innovative Cable Glands and Accessories which perfectly match all our customers requirements ; they more particularly appreciate the triple performance of our products : technical, installation and maintenance performances. 8 CAPRI

9 Committed Cooper s commitment to the environment As Cooper looks to the future, it is committed to minimizing the impact on the environment through thoughtful design, sourcing and manufacturing of its products. Energy efficiency Deliver signifi cant energy savings. With the vast majority of its business focused around electrical products, Cooper is fully capable of delivering a wide range of energy-saving solutions across multiple product categories. Labour savings LEED Products and solutions that facilitate the construction of LEED-certifi ed buildings (Leadership in Energy and Environmental Design) Cooper Industries offers a large portfolio of solutions that enable architects, engineers, contractors and facility maintenance managers to create and maintain high-performance sustainabl building solutions. Eco-friendly Improve operating effi ciencies while reducing the impact on the environment Cooper Industries has a formal, written environmental policy with the guiding principle to minimise its impact on the natural environment through assessment of emissions, effl uents, resource use and waste. Generate labour savings through faster and more effi cient installation Cooper s product development efforts are consistently geared toward developing solutions that offer an innovative way of saving its customers either time, money or both. CAPRI 9

10 GLOBAL CABLE GLAND SOLUTIONS 10 CAPRI

11 Contents 12 Oil & gas solutions 14 Alternative energies 16 Industrial and manufacturing 18 Electrical equipment for potentially explosive atmospheres regulatory guide 26 Main standards throughout the world CAPRI 11

12 Oil & Gas Solutions Comprehensive product solutions for global INDUSTRIAL APPLICATION UNIVERSAL REFERENCE STANDARD WATERPROOF APPLICATIONS ADE 1F ADE 1F type glands, certified Flameproof Ex d, Increased Safety EX e & Restricted Breathing EX nr are suitable for use in Zone 1, Zone 2, in Gas Groups IIA, IIB and IIC, Zone 21 and Zone 22. They provide a controlled pull resistant with additional clamping and seal on the cable outer sheath, minimising damage to cables that exhibit cold flow characteristics. The gland maintains IP66 & IP68. ADE 4F ADE 4F type double compression glands, certified Flamproof Exd, Increased Safety Ex e & Restricted Breathing Ex nr are suitable for use in Zone 1, Zone 2, in Gas Groups IIA, IIB and IIC, Zone 21 and Zone 22. They provide a controlled Ex d & IP seal on the cable inner sheath, an seal on the outer and a clamping sytem for wire (W), braid (X) or tape (Z) armoured cables. The gland maintains IP66 & IP68. ADE 4F are cold flow dedicated. ADE 6F ADE 6F type cable diaphragm gland, certified Flameproof Exd, Increased safety Exe and Restricted breathing Ex nr are suitable for use in Zone 1, Zone 2, in Gas Groups IIA, II B and IIC, Zone 21 and Zone 22. They provide a controlled Ex d and IP seal on the cable inner sheat and seal on the outer. The unique features include an innovative armour cage system for wire (w), braid (x) and (Z) armoured cables. The gland maintains IP66 and CAPRI

13 oil & gas application HIGH RESISTANCE AND EMC APPROVED SOLID BARRIER SEALING FOR UNARMOURED AND ARMOURED CABLE HIGH RESISTANCE NYLON NEWCAP MS / CT ADE 1FC ADE 6FC ECDEP NEWCAP MS / CT type glands, certified Flameproof Ex d, Increased Safety EX e are suitable for use in Zone 1, Zone 2, Gas Groups IIA, IIB, IIC, Zone 21 and Zone 22. They are manufactured from Nickel plated Brass or Stainless Steel and provide a controlled pull resistant displacement seal on the cable outer sheath providing both Ex e & IP protection. The gland has been tested to IP66 & IP68. Available in metric thread with an o-ring on entry thread. ADE 1FC and ADE 6FC type glands, certified Flameproof Ex d, Increased Safety Ex e are suitable for use in Zone 1, Zone 2, Gas Groups IIA, IIB, IIC, Zone 21 and Zone 22. They provide a compound barrier Ex d & IP seal on the cable inner cores, and an environmental seal on the outer sheath. The unique features include an innovative armour Cage System for wire (W), braid (X) and tape (Z) armoured cables. The gland maintains IP66 & IP68. CAPRI ECDEP type glands, certified Increased Safety Ex e are suitable for use in Zone 1, Zone 2, Gas Groups II, Zone 21 and Zone 22. They are manufactured from polyamide and provide a controlled pull resitant displacement seal and clamping on the cable outer sheath providing both Ex e & IP protection. The gland has been tested to IP66 & IP68. Avaible in black or blue for EX i application. 13

14 Alternative Energies Suitable Products serving new energies solutions WIND TURBINE SOLAR NEWCAP CT ADE 6F ADE 4F ECDEP With an average of two periods a year maintenance for wind turbines, working methods and appropriate equipment dedicated to the optimization of wind performance are important. Cable entries are major mechanical components in an environment where vibration and sealing are essential criteria for performance Solar energy is becoming more and more democratic around the world. For many years the installation of photovoltaic panels have accelerated programs by offering financial incentives especialy in Germany, Japan and also Australia. 14 CAPRI

15 HYDRO POWER ADE 1F ADE 1F ADE 1F with integrated clamping ADE 4F In addition many emerging countries are increasingly consuming solar energy the main uses of these countries are for heating, cooling and water purification. UV Resistance, resistance to changes in temperature are all selection criteria for cable entries Hydropower is the world s largest renewable energy source. More than 16% of global electricity currently comes from water power which is yet has used 33% of its economic potential. Hydropower electricity market in emerging countries is growing particulary in India and China that have large reserves of natural water. The product range ADE is providing connection solutions in the large variety of cables used in those applications. CAPRI 15

16 Industrial and Manufacturing Complete range for industrial application TRANSPORT INDUSTRY ADE 1F ADE 4F NEWCAP MS NEWCAP CT Products used within this segment are extremely technically demanding, requiring a comprehensive offer to meet a variety of applications and performance characteristics. Considerations regarding IP ratings, pull off characteristics, weight and corrosion resistance are all factors to consider. Typical Applications : - Railways - Signal sysytem - Tunnels Typical Product Solution : - ADE 1F / ADE 4F - NEWCAP MS / NEWCAP CT Approval : - LLOYDS. IECEx. CE Project lead-times are becoming shorter with clients looking to achieve faster return on investments. By using products that are quick and easy to install Contractors can reduce construction lead-times and move on to the next project. Material characteristics and performance properties should be carefully considered as well as IP rating, UV stability and EMC screening. 16 CAPRI

17 MARINE ADE 4F ADE 1F ADE 4F ECDEP Typical Applications : - EMC manufacture and installation robots Machines - Welding Machines - CNC Machines - Factory automation Within this sector, products are typically exposed to some of the harshest operational environments. Reliability is key with consideration to products specified and installed within this sector, due to their exposure to particular damaging effects from the wind, wave and salt spray conditions. Other factors such as operating temperature ranges and performance when exposed to vibration need to be considered. - Typical Product Solution : - ADE 1F / ADE 4F - ECDEP - NEWCAP MS / NEWCAP CT Approval : - LLOYDS. IECEx. CE. ABS Typical Applications : - Ship/boat Engine Rooms - Leisure Boats & Cruisers - Ocean Going Craft - Ship and Dock Yards - Off Shore Oil Rigs CAPRI Typical Product Solution : - ADE 1F / ADE 4F - ECDEP Approval : - LLOYDS. IECEx. CE. ABS 17

18 Electrical Equipment for Potentially Explosive Atmospheres Explosion risks In the chemicals, oil and agrofood industries many dangerous substances in the forms of gas, smoke, liquid, powder or dust are used or released during the manufacture, processing or storage of such products as: gases, hydrocarbons, plastics, varnishes, paints, drugs, powders, cereals, cosmetics, glues, etc What conditions produce explosions? When fl ammable substances are mixed with oxygen in the ambient air in certain proportions, only an ignition source is required to produce an explosion. This ignition source can be: a naked fl ame, a mechanical or electrical spark, static electricity, or simply a hot surface. To prevent explosions when electrical energy is used, it is essential to use ATEX electrical equipment which has been specially designed for this kind of hazardous environment. An explosion can occur when three elements are present : Oxygen in the air Flammable substances (gases, vapours, dusts etc.) Explosion Ignition source DANGEROUS SUBSTANCES There are two main families: fl ammable gases, vapours and liquids on the one hand, dust in layers or clouds on the other hand. The following table gives a non-exhaustive list of the most common substances: GASES AND VAPOURS DUST Methane Hydrogen Ethane Starch (wheat) Milk powder Acetone Town gas Butane Wheat (bulk) Flour / wheat Petrol Ammonia Carbon bisulfide Cocoa Soya (flour) Diesel Methanol Kerosine Rice Corn starch Acetylene Hexane Carbon monoxide Sugar Cellulose Propane Fuel oil Nitromethane Malt Aluminium Xylene Ethyl nitrite Ethyl alcohol Paracetamol Acetylsalicylic acid Styrene Ethyl acetate Limonene Polystyrene Ascorbic acid Propanol Ether Butadiene Sulphur Asphalt Benzene Naphthalene Pentane Soap Cork Complete list available from the CNPP (French national safety and protection centre) and the INRS (French national research and safety institute). 18 CAPRI

19 Regulatory Guide Hazardous zones Application of the ATEX Directive 99/92/EC requires users to assess the explosion risks of their plants and to produce a classifi cation of the hazardous zones. There are three Zone types according to the likelihood of a potentially explosive atmosphere being present, and two separate applications according to the nature of the mixture (gases or dusts). CONTINUOUS PRESENCE INTERMITTENT PRESENCE (NORMAL OPERATING CONDITIONS) OCCASIONAL PRESENCE (ABNORMAL OPERATING CONDITIONS) Zone 0 (gases) Zone 1 (gases) Zone 2 (gases) Zone 20 (dusts) Zone 21 (dusts) Zone 22 (dusts) These areas must take into account any external parameters (ventilation, openings, heating etc.) that can modify the scope of the zones. The illustration below gives an example of classifi cation into hazardous zones of an unloading station for a fl ammable liquid. The principle is the same for dust, only the name changes and becomes Zone 20, 21, 22. Beyond Zones 2 or 22, an explosive mixture is no longer likely to occur; this is outside the classifi ed zone and standard industrial equipment can be used. Zone 2 Zone 0 Zone 1 Zone 0 Remarks : Equipment certifi ed for Zone 0 can also be used in Zones 1 and 2. Equipment certifi ed for Zone 22 cannot be used in Zones 20 and 21. Zone 0 (inside tank) and Zone 20 (inside silo) are zones where there is no fi xed electrical equipment (apart from measurement sensors). Equipment certifi ed for Zone 21 cannot be used in Zone 1. GAS certifi ed ATEX equipment (especially e increased safety equipment) is protected by means of its enclosure and by each internal component. However, DUST certifi ed ATEX equipment is only protected by means of its external enclosure. Nevertheless a lot of equipment has double GAS and DUST certifi cation which can be used in both of these two zone types. CAPRI 19

20 Electrical Equipment for Potentially Explosive Atmospheres Protection methods Several protection methods are recognized by the IEC (International Electrotechnical Commission) and the CENELEC (European Committee for Electrotechnical Standardization). Each protection method is symbolized by a letter given on the equipment s ATEX label. Since 1 July 2006, standards in the series EN50014 to EN50028 have been replaced by those of series EN60079 and EN61241 listed in the table below. Several protection methods can be used on the same equipment. In this case the relevant symbols appear one after the other (e.g. Ex de ib IICT4). The most common protection methods for ATEX lighting and ATEX low voltage equipment are fl ameproof enclosure d and increased safety e. Flameproof enclosure «d» ELECTRICAL EQUIPMENT PROTECTION METHODS IEC/EN standards Symbol Principle Gases Dusts Gases Dusts General rules d td Flameproof enclosure px/py/pz pd Purged and pressurized q - Powder filling o - Oil immersion e - Increased safety la/lb/lc lad/lbd Intrinsic safety na nl nr nc - Non-sparking Energy limited Vapour-proof housing Enclosed break ma/mb mad/mbd Encapsulation i L Any components that create electrical arcs are housed in an enclosure which must have three functions : contain an explosion from within, with no permanent deformation. ensure that no fl ame can be transmitted to the outside atmosphere. at every exterior point have temperatures less than the auto-ignition temperature of the gases present. Standards defi ne the gap i and point length (L) values according to the gas group. Flameproof enclosures are generally made of cast aluminium or alloy (minimum IP54) and require regular rigorous maintenance (greasing of the seals and tightening torques). Increased safety «e» Each component is designed not to create sparks or excessive heating; therefore: air gaps are larger terminals are specifi c (auto-loosening impossible) the enclosure is at least IP54, made of antistatic and shock resistant (7Nm) material. Increased safety enclosures are generally made of polyamide or reinforced polyester. Conductor connection must be rigorous (stripping and tightening) and instructions on use voltages and currents must be complied with. The temperature class takes into account the hottest point of the equipment (see page 23). 20 CAPRI

21 Regulatory Guide ATEX directive Directive 94/9/EC (ATEX 100A) From 1 July 2003, electrical equipment used in potentially explosive atmospheres within the European Union must comply with this Directive and bear the standard ATEX marking. The Directive defi nes essential safety requirements for manufacturers and requires classifi cation of equipment into groups and categories, while identifying gas and dusts aspects. Equipment categories Flammable substances Protection levels Protection, faults Equipment group I (mines) M1 M2 Methane Dusts Methane Dusts Very high High 2 means of protection or 2 separate faults 1 means of protection Normal operation 1 Gases, vapours, mists, dusts Very high 2 means of protection or 2 separate faults Equipment group II (surface) 2 Gases, vapours, mists, dusts High 1 means of protection Ordinary and frequent failure 3 Gases, vapours, mists, dusts Normal Level of protection required The entire COOPER offer presented in this catalogue is intended for surface industries (Group II). Directive 99/92/EC This Directive requires users to employ a number of measures aimed at ensuring the safety of workers, including : the assessment of explosion hazards in plants the classifi cation of different hazardous zones (see page 13) and signalling : the holding of a document on protection against explosions EX the implementation of technical and organizational safety measures compliance with selection criteria for electrical equipment according to the table below : POUSSIERES Zones Equipment category Gases Dusts 0 : Continuous presence 1G 1 : Intermittent presence 2G or 1G 2 : Occasional presence 3G, 2G or 1G 20 : Continuous presence 1D 21 : Intermittent presence 2D or 1D 22 : Occasional presence 3D, 2D or 1D EX marking CAPRI 1 : Name of the manufacturer 2 : CE marking 3 : N of the notifi ed body responsible for monitoring 4 : Type of atmosphere dust and gas 5 : Equipment category 6 : Equipment group surface industries 7 : Atex marking 8 : Year of manufacturing 9 : Gases marking 10 : Type of equipment and references 11 : N of CE type examination certifi cate 12 : UL and CSA marking 21

22 Electrical Equipment for Potentially Explosive Atmospheres Selection process- according to IEC a) cable glands in compliance with IEC and certifi ed as part of the equipment when tested with a sample of the particular type of cable b) where a cable, in compliance with 9.3.1(a) is substantially compact; a fl ameproof cable gland, in compliance with IEC , may be utilized, providing this incorporates a sealing ring and is selected in accordance with Figure 2. Compliance with Figure 1 is not necessary if the cable gland complies with IEC and has been tested with a sample os specifi c cable to repeated ignitions ot the fl ammable gas inside an enclose and shows no ignition outside the enclosure. Start Apply d) or e) YES YES YES Does the hazardous gas require IIC apparatus? YES Is the volume b) of the enclosure greater than 2 dm 3? Does this enclosure contain an internal source of ignition? a) NO Is the area of installation zone 1? NO NO NO Use a suitable flameproof cable entry device with a sealing ring * Internal sources of ignition include sparks or equipement temperatures occuring in normal operation which can cause ignition. An enclosure containing terminals only or an indirect entry enclosure (see ) is considered not to constitute an internal an internal source of ignition. * The term volume is defi ned in IEC Gas and vapour classification Group II (surface industries) has three subdivisions IIA, IIB and IIC defi ned according to the maximum experimental safe gap (MESG) for Exd enclosures or according to the minimum ignition energy (MIE) for intrinsic safety equipment. Most COOPER products presented in this catalogue are designed for group IIC (the most dangerous) and therefore can be used practically anywhere. However note that for certain fl ameproof products (spotlights, boxes) we generally propose two separate solutions for groups IIB and IIC. It is better only to use ExdIIC solutions in the presence of hydrogen, acetylene, carbon bisulfi de or ethyl nitrate, because of the high cost of this equipment. ExdIIB solutions are suffi cient for all other gas or vapour types. Equipment using only the Exe increased safety protection method does not have the A, B or C subdivision because it can be used whatever gas is present. TEMPERATURE CLASSES Each gas has a specifi c auto-ignition temperature. When this temperature is reached, the gas fl ames spontaneously, with no spark or electrical arc. This auto-ignition temperature must therefore be considered as a limit not to be reached, whether or not in normal operation. The standards defi ne six temperature classes (T1 to T6) corresponding to six maximum surface temperatures (450 C to 85 C). Temperature class T6 is the most severe. C 700 e.g. on a fl ameproof lamp, a T6 temperature class marking means that the lamp s surface temperature will always be less than or equal to 85 C. Each gas has a specifi c autoignition temperature. T1 450 T2 300 T3 200 T4 135 T5 100 T Hydrogen 560 (T1) Methane 537 (T1) Ethylene 425 (T2) Acetylene 305 (T2) Kerosine 210 (T3) Ethyl ether 160 (T4) Carbon disulfide 95 (T6) e.g. kerosine ignites spontaneously from 210 C. If you want to install a lamp near a kerosine loading station, the lamp must be classed at least T3 so as not to cause an explosion (a lamp classed T4, T5 or T6 would also suit). 22 CAPRI

23 Regulatory Guide Dusts classification Each type of dust was subject to detailed studies to obtain their fl ammability characteristics (INRS brochures/silos guide etc.). Dusts are singular because their auto-ignition temperatures differ according to whether the dust is in a cloud or a layer. Since many other parameters can modify these auto-ignition values (particle size, humidity, ambient temperature etc.), a calculation including a safety factor must be performed in each case. In the case of dust in a cloud, the maximum surface temperature of the equipment must not exceed two thirds of the ignition temperature, in degrees Celsius, of the air/dust mixture (T1). In the case of dust in layers less than 5 mm, a safety factor of 75 C must be deducted from the layer auto-ignition temperature, in degrees Celsius, of the relevant dust (T2). The choice of equipment must be done by taking the worst result. The table below gives the results obtained for the most common dusts : Dust cloud Dust layer 5 mm Maximum surface temperature to use for Equipment surface Equipment surface equipment selection Auto-ignition T (T1) T (2/3 of T1) Auto-ignition T (T2) T (T2-75 C) Bulk wheat 500 C 333 C 220 C 145 C 145 C Flour 440 C 293 C 440 C 365 C 293 C Cocoa 510 C 340 C 240 C 165 C 165 C Starch (wheat) 400 C 267 C 380 C 305 C 267 C Milk powder 490 C 327 C 200 C 125 C 125 C Cork 460 C 307 C 210 C 135 C 135 C Soya (flour) 550 C 367 C 340 C 265 C 265 C Malt (barley) 400 C 267 C 250 C 175 C 175 C Rice 510 C 340 C 450 C 375 C 340 C Cellulose 480 C 320 C 270 C 195 C 195 C Sulphur 190 C 127 C 220 C 145 C 127 C Polyethylene 450 C 300 C 380 C 305 C 300 C Charcoal 530 C 354 C 180 C 105 C 105 C Sugar 370 C 247 C 400 C 325 C 247 C CAPRI 23

24 Electrical Equipment for Potentially Explosive Atmospheres Indexes of protection The index of protection IP uses two digits to defi ne the degree of protection secured by the equipment s outer enclosure. The fi rst digit corresponds to protection against solid objects. The second digit corresponds to protection against water or liquid. Electrical equipment for potentially explosive atmospheres generally provides indexes of protection much higher than standard industrial equipment. Most of our products are classed IP65/IP66, or even IP67 and can thus be used in very severe environments. Indexes of protection of electrical equipment enclosures according to standards iec and en st digit : Protection against solid objects IP tests 0 No special protection Ø 50 mm Ø 12,5 mm Ø 2,5 mm Protection against solid objects larger than 50 mm Protection against solid objects larger than 12.5 mm Protection against solid objects larger than 2.5 mm (tools, screws) 2 nd digit : Protection against liquids IP tests 0 No special protection Protection against water dripping/falling vertically Protection against water sprayed at an angle up to 15 from the vertical Protection against spray water any direction up to 60 from the vertical Protection against spray water from all directions 4 Ø 1 mm Protection against solid objects larger than 1 mm (thin tools etc.) 5 Protection against low pressure water jets from any direction 5 Protection against dust (no harmful deposits) 6 Total protection against high pressure jets from all directions 6 Complete protection against dust 7 8 Protection against temporary immersion Protection against permanent immersion in specified conditions 24 CAPRI

25 Regulatory Guide Chemical resistance of plastics ATEX electrical equipment with increased safety is often manufactured in high quality plastics, specially selected and tested for use in extremely severe environments (chemicals, petrochemicals, offshore, deserts etc.). These materials have been used for many years and have proven reliability. The main uses are : polyamide: junction boxes, control centres, portable lamps polycarbonate: translucent bowls for lamps or glasses polyester: distribution panels, boxes, control centres The table below gives data supplied by plastics manufacturers on their resistance to a series of chemicals. Substance Polyamide Polyester Polycarbonate Acetone Ethyl alcohol (up to 30%) 0 + 0,96% Ethyl glycol Ammonia (23%) + +10% - Benzene Benzole (23%) Boric acid 3% Butane Chlorite bleach solution 0 + Chloric gas (wet) Chlorinated lime Chromic acid (10%) Cyclohexane Diesel Kerosine Acetic acid (up to 25%) C Formaldehyde Glycol Glycerine Uric acid (up to 20%) Fuel oil Machine oil Sea water Methyl alcohol Lactic acid, conc. 20% Mineral oil + + Sodium chloride Sodium base liquor (20-25 C) + +5% - Petroleum Phosphoric acid, conc Soapy water (23 C) Sulphuric acid 5-30% and 70% Sulfur dioxide, dry (23 C) Premium petrol (up to 60 C) Turpentine (23 C) Tartaric acid + up to 10% Citric acid up to 32% Explanation of the symbols : + = stable 0 = limited stability - = unstable CAPRI 25

26 Main standards throughout the world U L MARINE U L C US C US LISTED LISTED Lloyd s register DNV Det Norsk Veritas ABS American Bureau of Shipping IEC Ex CEC NEC Lloyd s register Det Norsk Veritas American Bureau of Shipping International Electronical Commission relating to Equipment for use in Explosive atmospheres Canadian Electrical Code (Products approved by UL, FM, CSA ) National Electrical Code (Products approved by UL, FM, CSA ) Aim Ensure an adequate safety and reliability through offshore classifi cation, thus providing assurance that requirements laid down in applicable rules and regulations are met during all phases of the asset s design, construction and operation. Facilitating International trade in Electrical equipment intended for use in explosive atmospheres by eliminating the need for multiple national certifi cation. Ensure Safety in Hazardous Areas for : Flammable Gases Vapors or Liquids Class I Combustible Dusts : Class II Ignitable Fiber and Flyings : Class III Localisation INTERNATIONAL INTERNATIONAL CANADA USA Application Marine Off Shore 26 CAPRI

27 CEPEL Ex CEPEL NEPSI Ex NEPSI ATEX Menbers ATEX Affi liates CEPEL NEPSI GOST CCoE KAZAK ATmospheres EXplosibles CEntro de Pesquisas de Energia electricas National Explosion Protection Safety Instrumentation GOsudarstvennyy STandart Chief Controller of Explosives Ensure Safety in Hexplosives Atmospheres for Electrical Equipment intended for use : In mines susceptible of fi redamp Group I In places with an explosive gas other than mines Group II In place with an explosive dust atmosphere Group III EUROPEAN ATEX MEMBERS EU NEIGHBOURING COUNTRIES ATEX AFFLIATES COUNTRIES BRAZIL CHINA RUSSIA INDIA KAZAKHSTAN On-Shore & Off-Shore Ex Equipment requirements CAPRI 27

28 28 CAPRI

29 Contents 30 Selection guide for cable gland 32 ADE 1F 34 ADE 1F 35 ADE 1F kit 36 ADE 1F with integrated clamping 37 ADE 1FC 38 ADE 1FLC 40 ADE 4F 42 ADE 4F 43 ADE 4F kit 50 NEWCAP 52 NEWCAP MS-e 53 NEWCAP CT-e 54 ECDEP 56 ECDEP Ex-e 57 ECDEP Ex-i 58 Certified accessories 44 ADE 6F 46 ADE 6F 47 ADE 6F KIT 48 ADE 6FC 49 ADE 6FLC CAPRI 29

30 Selection Guide for Cable Gland Technology of the Cooper cable glands Barrier type Elastomer ring Elastomer cone RESIN (epoxy or different) SEALING WITH COMPRESSED RING DEFORMATION CONE DIAPHRAGM Cable type Protection type Unarmoured Flameproof and increased safety Increased safety Unarmoured or braid shielded Increased safety SWA, SWB, STA, braided marine shipboard and lead sheath cable ( with addition of earthing washer ) Flameproof and increased safety SWA, SWB, STA braided marine shipboard Industrial 30 CAPRI

31 CEPEL Ex NEPSI MARINE C U L US C U L US LISTED LISTED Dédié CEM EMC proof ADE 1F p.34 ADE 1F WITH INTEGRATED CLAMPING p.36 ADE 1FC p.37 ADE 1FLC p.38 ECDEP p.56 NEWCAP MS-e NEWCAP CT-e p.52 p.53 ADE 4F p.42 ADE 6F p.46 ADE 6FC p.48 ADE 6FLC p.49 ADE 4i p.77 CAPRI 31

32 ADE 1F 1 F U N C T I O N : S E A L I N G > For unarmoured cable > IP68 > Compliance > EX Performance > Nickel plated brass and Stainless steel > Optional : external clamping > Optional : aluminium and bronze raw material ADE 1F page 34 ADE 1F With integrated clamping page 36 ADE 1FC page CAPRI

33 OPTIONAL EXTERNAL CLAMPING 316 L stainless steel made ( digit 9 ) IP68 Silicone option for extreme temperature KIT SOLUTIONS Available with lock nut, fiber washer and additionnal accessories ADE 1FLC page 38 CAPRI 33

34 ADE 1F CEPEL Ex NEPSI MARINE C U L US C U L US LISTED LISTED Type of Cable Gland With elastomeric seal Cable type Non-armoured cable or armoured cable (does not terminate the armour) Certifications and Compliances LCIE 97 ATEX 6008X II 2 GD - ExdIIC/ExeII/ExtD IECEx LCI X - ExdllC/Exell/ExtD culus Listed for Class I Zone 2 AEx e II/Ex e II culus Marine Listed for Class I Zone 1 AEx e II /Ex e II NEMA 4X and IP68 with sealing washer CEPEL-EX-558/05X GOST-R POCC FR.B03126 NEPSI N GYJ071336U & GYJ071337U DNV N E ABS approbation : n 10-HS PDA / P X Lloyds Features : Standard nickel-plated brass material for superior corrosion resistance. Neoprene seal certified from -40 c to +60 C. Available with silicone seal certified from -70 c to +140 C. Related accessories, see pages 58 to 67. Caution: A cable clamping must be realized within a range of 300 mm from the extremity of the cable gland. A Capri clamping module can be used, see page 61. Gland Type EXAMPLE : CAP Options OPTIONS (replace the last digit with option number) : 9 Stainless steel (316L) 8 Bronze 7 Aluminum 5 Silicone sealing ring for temperatures from -70 C to +220 C ENTRY THREAD SIZE THREAD GLAND OUTER SHEATH HEXAGONE LENGTH E L SIZE ISO Reference NPT Reference ISO / (NPT) Min Max A B 4 12* CAP /4 * CAP (12) 4, * CAP /8 * CAP (12) 4,5 8, * CAP /8 * CAP (12) CAP /2 CAP (22,2) 4, CAP /2 CAP (22,2) CAP /2 CAP (22,2) (15,5) CAP /4 CAP (22,2) CAP /4 CAP (22,2) CAP /4 CAP (22,2) 13,5 20,5 (21) CAP CAP (27,3) 13, CAP CAP (27,3) 18 27, CAP /4 CAP (28) 18 27, CAP /4 CAP (28) CAP /2 CAP (28,5) CAP /2 CAP (28,5) CAP CAP (29,2) CAP CAP (29,2) CAP /2 CAP (42,5) CAP /2 CAP (42,5) CAP CAP (44) CAP CAP (44) CAP /2 CAP (45,2) (92) * Uncertifi ed UL // sizes n 4 and 5, no UL marine 34 CAPRI

35 ADE 1F KIT Features : Type of Cable Gland With elastomeric seal Cable type Non-armoured cable or armoured cable (does not terminate the armour) Cable gland specifications, see page 34. Standard nickel-plated brass material for superior corrosion resistance. Neoprene seal certified from -40 c to +60 C. Available with silicone seal certified from -70 c to +140 C. Related accessories, see pages 58 to 67. Caution: A cable clamping must be realized within a range of 300 mm from the extremity of the cable gland. A Capri clamping module can be used, see page 61. Gland Type EXAMPLE : CAP K1 Options OPTIONS (replace the last digit with option number) : 9 Stainless steel (316L) 8 Bronze 7 Aluminum 5 Silicone sealing ring for temperatures from -70 C to +220 C K1 : delivered with locknut and fiber gasket K2 : delivered with locknut, fiber gasket, earth tag and shroud GLAND SIZE ENTRY THREAD SIZE THREAD OUTER SHEATH HEXAGONE LENGTH E L ISO Reference NPT Reference ISO / (NPT) Min Max A B 4 12* CAP816404K_ 1/4 * CAP818404K_ 15 (12.0) * CAP816594K_ 3/8 * CAP818594K_ 15 (12.0) * CAP816504K_ 3/8 * CAP818504K_ 15 (12.0) CAP816674K_ 1/2 CAP818674K_ 15 (22.2) CAP816694K_ 1/2 CAP818694K_ 15 (22.2) CAP816604K_ 1/2 CAP818604K_ 15 (22.2) (15.5) CAP816774K_ 3/4 CAP818774K_ 15 (22.2) CAP816794K_ 3/4 CAP818794K_ 15 (22.2) CAP816704K_ 3/4 CAP818704K_ 15 (22.2) (21.0) CAP816894K_ 1 CAP818894K_ 15 (27.3) CAP816804K_ 1 CAP818804K_ 15 (27.3) CAP816994K_ 1-1/4 CAP818994K_ 15 (28.0) CAP816904K_ 1-1/4 CAP818904K_ 15 (28.0) CAP817094K_ 1-1/2 CAP819094K_ 15 (28.5) CAP817004K_ 1-1/2 CAP819004K_ 15 (28.5) CAP817294K_ 2 CAP819294K_ 17 (29.2) CAP817204K_ 2 CAP819204K_ 17 (29.2) CAP817394K_ 2-1/2 CAP819494K_ 18 (42.5) CAP817304K_ 2-1/2 CAP819404K_ 18 (42.5) CAP817594K_ 3 CAP819594K_ 22 (44.0) CAP817504K_ 3 CAP819504K_ 22 (44.0) CAP817794K_ 3-1/2 CAP819604K_ 22 (45.2) (92) CAPRI * Uncertifi ed UL // sizes n 4 and 5, no UL marine 35

36 ADE 1F with integrated clamping CEPEL Ex NEPSI MARINE C U L US C U L US LISTED LISTED Type of Cable Gland With elastomeric seal Cable type Non-armoured cable or armoured cable (does not terminate the armour) Certifications and Compliances LCIE 97 ATEX 6008X II 2 GD - ExdIIC/ExeII/ExtD LCIE 97 ATEX 6008X II 2 GD - ExdIIC/ExeII/ExtD culus Listed for Class I Zone 2 AEx e II/Ex e II culus Marine Listed for Class I Zone 1 AEx e II /Ex e II NEMA 4X and IP68 with sealing washer CEPEL-EX-558/05X GOST-R POCC FR.B03126 NEPSI N GYJ071336U & GYJ071337U DNV N E ABS approbation : n 10-HS PDA / P X Lloyds Features : Standard nickel-plated brass material for superior corrosion resistance. Neoprene seal certified from -40 c to +60 C. Available with silicone seal certified from -70 c to +140 C. Integrated clamping ensures the cable mooring. Related accessories, see pages 58 to 67. Gland Type EXAMPLE : CAP Options OPTIONS (replace the last digit with option number) 9 Stainless steel (316L) 8 Bronze 7 Aluminum 5 Silicone sealing ring for temperatures from -70 C to +220 C ENTRY THREAD SIZE THREAD GLAND OUTER SHEATH HEXAGONE LENGTH E L SIZE ISO Reference NPT Reference ISO / (NPT) Min Max A B 4 16* CAP / / 15 4,5 8, * CAP / / CAP /2 CAP (22,2) 4,5 8, CAP /2 CAP (22,2) CAP /2 CAP (22,2) (15,5) CAP /4 CAP (22,2) CAP /4 CAP (22,2) CAP /4 CAP (22,2) 13,5 20,5 (21) CAP / / 15 (27,3) 13, CAP / / 15 (27,3) 18 27, CAP / / 15 (28) 18 27, CAP / / 15 (28) * Uncertifi ed UL // sizes n 4 and 5, no UL marine 36 CAPRI

37 ADE 1FC CEPEL C U L US LISTED MARINE C U L US LISTED Type of Cable Gland With compound, barrier type. Cable type Non-armoured cable Certifications and Compliances LCIE 97 ATEX 6008X II GD ExdIIC/ExeII/ExtD IECEx LCI X ExcellC/Excell/ExtD culus Listed for Class I Zone 2 AEx e II/Ex e II culus Marine Listed for Class I Zone 2 AEx e II /Ex e II NEMA 4X and IP68 with sealing washer CEPEL EX-558/05X GOST-R POCC FR.B03126 NEPSI N GYJ071336U & GYJ071337U DNV N E ABS approbation : n 10-HS PDA / P X Lloyds Features : Standard nickel-plated brass material for superior corrosion resistance. Neoprene seal and resin certified from -60 c to +80 C. Provides a flameproof and weatherproof seal on outer sheath of cable Provides explosionproof on wires Deluge boot provides enhanced protection from water ingress Red cap nut : Compound inside Fully inspectable flameproof seal Related accessories: see pages 58 to 67. Caution: A cable clamping must be realized within a range of 300 mm from the extremity of the cable gland. A Capri clamping module can be used, see page 61. Gland Type EXAMPLE: CAP Options OPTIONS (replace the last digit with option number) : 9 Stainless steel (316L) 8 Bronze 7 Aluminum GLAND SIZE ENTRY THREAD SIZE ISO Reference NPT Reference THREAD LENGTH E ISO / (NPT) OUTER SHEATH CABLE CONDUCTOR Min Max Ø Max number Max L HEXAGONE 4 16 CAP /8" CAP (12) ,5 7, CAP /2" CAP (22,2) ,5 7, CAP /2" CAP (22,2) , CAP /2" CAP (22,2) , CAP /4" CAP (22,5) , CAP /4" CAP (22,5) 16 27, , CAP CAP (27,3) 16 27, , CAP CAP (27,3) CAP /4 CAP (28) CAP /4 CAP (28) CAP /2 CAP (28,5) CAP CAP (29,2) , CAP " CAP (29,2) CAP " CAP (29,2) / / 2"1/2 CAP / (42,5) CAP "1/2 CAP (42,5) / / 3" CAP / (44) CAP " CAP (44) / / 3"1/2 CAP / (45,2) CAP " CAP (44) / / 3"1/2 CAP / (45,2) CAP " CAP (46,5) A B CAPRI 37

38 ADE 1FLC CEPEL Ex NEPSI Features : Type of Cable Gland With liquid resin, barrier type Cable type Non-armoured cable Certifications and Compliances LCIE 97 ATEX 6008X II GD ExdIIC/ExeII/ExtD IECEx LCI X NEMA 4X et IP68 avec joint plat CEPEL cepel-ex-558/05x NEPSI N GYJ071336U & GYJ071337U DNV N E GOST-R : POCC FR Bo2011 ABS approbation : n 10-HS PDA / P X Lloyds Standard nickel-plated brass material for superior corrosion resistance. Neoprene seal and resin certified from -60 c to +80 C. Provides flameproof seal on the wires and the outer sheath of the unarmoured cables. Red cap nut : compound inside Related accessories : see pages 58 to 67. Caution: A cable clamping must be realized within a range of 300 mm from the extremity of the cable gland. A Capri clamping module can be used, see page 61. Gland Type EXAMPLE: CAP Options OPTIONS (replace the last digit with option number) : 9 Stainless steel (316L) 8 Bronze 7 Aluminum GLAND SIZE ENTRY THREAD SIZE ISO Reference NPT Reference THREAD LENGTH E ISO / (NPT) OUTER SHEATH CABLE CONDUCTOR Min Max Ø Max number Max L HEXAGONE 4 16 CAP /8 CAP (12) 4 7,5 6,5 5 X Ø1, CAP /2 CAP (22,2) 4 7,5 6,5 5 X Ø1, CAP /2 CAP (22,2) 6,5 11 9,5 5 X Ø2, CAP /2 CAP (22,2) 9 14, X Ø2, CAP /4 CAP (22,5) 9 14, X Ø2, CAP /4 CAP (22,5) 12 19, X Ø2, A B COND 38 CAPRI

39 North American Standards range Time-tested, quality cable glands from Cooper Crouse-Hinds offer available on request : Complete termination solution for cable applications meeting North American standards Ease of cable termination providing labor and time management productivity Explosion-protected connections contributing to safe operation in harsh hazardous environments Delivery meeting installation and project coordination schedules Please refer to : CAPRI 39

40 ADE 4F 4 F U N C T I O N S : D O U B L E > For armoured cable > IP68 > Compliance > EX Performance > Nickel plated brass and stainless steel > Optional : aluminium and bronze raw material > Optional : external clamping and lead sheat cable contact washer ADE 4F page CAPRI

41 S T E P S E A L I N G, E A R T H I N G, A R M O U R C L A M P I N G HIGH DENSITY DESIGN Easy handling and transportation Storage optimization IP68 Silicone option for extreme temperature SWA / CWB / STA cable compliance KIT SOLUTIONS Available with lock nut, fiber washer and additionnal accessories Available with insulated adaptor CAPRI 41

42 ADE 4F CEPEL Ex NEPSI MARINE C U L US C U L US LISTED LISTED Type of Cable Gland With elastomeric seal Cable type Steel wire armoured cable Steel wire braided cable Steel tape armoured cable Braided marine shipboard cable Lead sheathed cable (with addition of earthing washer) Certifications and Compliances LCIE 97 ATEX 6008X II 2 GD - ExdIIC/ExeII/ExtD IECEx LCI X - ExdllC/Exell/ExtD culus Listed for Class I Zone 2 AEx e II/Ex e II culus Marine Listed for Class I Zone 1 AEx e II /Ex e II NEMA 4X and IP68 with sealing washer CEPEL-EX-558/05X GOST-R POCC FR.B03126 NEPSI N GYJ071336U & GYJ071337U DNV N E ABS approbation : n 10-HS PDA / P X Lloyds Features : Standard nickel-plated brass material for superior corrosion resistance. Neoprene seal certified from -40 c to +60 C. Available with silicone seal certified from -70 c to +140 C. Suitable for Cold Flow cable. Related accessories, see pages 58 to 67. Armour clamping and bonding with no reversible components for easy installation, minimizing error. Caution: A cable clamping must be realized within a range of 300 mm from the extremity of the cable gland. A Capri clamping module can be used, see page 61. Gland Type EXAMPLE: CAP Options OPTIONS (replace the last digit with option number) : 9 Stainless steel (316L) 8 Bronze 7 Aluminum 5 Silicone sealing ring for temperatures from -70 C to +220 C GLAND SIZE ENTRY THREAD SIZE ISO Reference NPT Reference THREAD LENGTH E ISO / (NPT) CABLE INNER SHEATH OUTER SHEATH Min Max Min Max MAX ARMOUR THICKNESS L HEXAGONE 5 12* CAP /4 * CAP (12) 4, , * CAP /8 * CAP (12) 4, , * CAP /8 * CAP (12) , CAP /2 CAP (22,2) 4, , CAP /2 CAP (22,2) , CAP /2 CAP (22,2) (15,5) 13,5 21 1, CAP /4 CAP (22,2) , CAP /4 CAP (22,2) (15,5) 13,5 21 1, CAP /4 CAP (22,2) 13,5 20, ,5 1, CAP CAP (27,3) 13, ,5 1, CAP CAP (273) 18 27, , CAP /4 CAP (28) 18 27, , CAP /4 CAP (28) CAP /2 CAP (28,5) CAP /2 CAP (28,5) , CAP CAP (29,2) , CAP CAP (29,2) , CAP /2 CAP (42,5) , CAP /2 CAP (42,5) 50 62, , CAP CAP (44) , CAP CAP (44) , CAP /2 CAP (45,2) , CAP CAP (46,5) , * Uncertifi ed UL // sizes n 4 and 5, no UL marine 42 CAPRI A B

43 ADE 4F KIT Features : Cable gland Certifications and Compliances, see page 42. Standard nickel-plated brass material for superior corrosion resistance. Neoprene seal certified from -40 c to +60 C. Available with silicone seal certified from -70 c to +140 C. Suitable for Cold Flow cable. Related accessories, see pages 58 to 67. Armour clamping and bonding with no reversible components for easy installation, minimizing error. Type of Cable Gland With elastomeric seal Caution: with non-armoured cable, braided cable or armoured cable without armour connecting, a cable clamping must be realized within a range of 300 mm from the extremity of the cable gland. A Capri clamping module can be used, see page 61. Cable type Steel wire armoured cable Steel wire braided cable Steel tape armoured cable Braided marine shipboard cable Lead sheathed cable (with addition of earthing washer) EXAMPLE: CAP K1 Gland Type Options OPTIONS (replace the last digit with option number) : 9 Stainless steel (316L) 8 Bronze 7 Aluminum 5 Silicone sealing ring for temperatures from -70 C to +220 C K1 : delivered with locknut and fiber gasket K2 : delivered with locknut, fiber gasket, earth tag and shroud K4 : Delivered with lock nut, insulated adaptor eath tag and 2 fiber washer GLAND SIZE ENTRY THREAD SIZE ISO Reference NPT Reference LENGTH E ISO / (NPT) CABLE INNER SHEATH OUTER SHEATH Min Max Min Max MAX ARMOUR THICKNESS L HEXAGONE A B 5 12* CAP846404K_ 1/4 * CAP848404K_ 15 (12) 4, , * CAP846594K_ 3/8 * CAP848594K_ 15 (12) 4,5 8, , * CAP846504K_ 3/8 * CAP848504K_ 15 (12) , CAP846674K_ 1/2 CAP848674K_ 15 (22,2) 4, , CAP846694K_ 1/2 CAP848694K_ 15 (22,2) , CAP846604K_ 1/2 CAP848604K_ 15 (22,2) (15,5) 13,5 21 1, CAP846774K_ 3/4 CAP848774K_ 15 (22,2) , CAP846794K_ 3/4 CAP848794K_ 15 (22,2) (15,5) 13,5 21 1, CAP846704K_ 3/4 CAP848704K_ 15 (22,2) 13,5 20, ,5 1, CAP846894K_ 1 CAP848894K_ 15 (27,3) 13, ,5 1, CAP846804K_ 1 CAP848804K_ 15 (27,3) 18 27, , CAP846994K_ 1-1/4 CAP848994K_ 15 (28) 18 27, , CAP846904K_ 1-1/4 CAP848904K_ 15 (28) CAP847094K_ 1-1/2 CAP849094K_ 16 (28,5) CAP847004K_ 1-1/2 CAP849004K_ 16 (28,5) , CAP847294K_ 2 CAP849294K_ 17 (29,2) , CAP847204K_ 2 CAP849204K_ 17 (29,2) , CAP847394K_ 2-1/2 CAP849494K_ 18 (42,5) , CAP847304K_ 2-1/2 CAP849404K_ 18 (42,5) 50 62, , CAP847594K_ 3 CAP849594K_ 22 (44) , CAP847504K_ 3 CAP849504K_ 22 (44) , CAP847574K_ 3-1/2 CAP849604K_ 22 (45,2) , CAP847794K_ 4 CAP849704K_ 22 (46,5) , CAPRI 43

44 ADE 6F 6 F U N C T I O N S : D O U B L E C L A M P I N G > For armoured cable > IP68 > Compliance > EX Performance > Nickel plated brass standard finishing > Optional : stainless steel, aluminium and bronze raw material > Optional : external clamping BARRIER or ELASTOMER technology ADE 6F page 46 ADE 6FC page 48 ADE 6FLC page CAPRI

45 S T E P S E A L I N G, E A R T H I N G, A R M O U R, A R M O U R N T E R L O C K I N G A N D D E L U G E B O O T DELUGE BOOT Integrated deluge seal, no removing in case of vibrations 6F sealing diaphragm system to prevent damages on inner sheat of cable ARMOUR CAGE SYSTEM Exclusive clamping armour cage system SWA / CWB / SWB / STA cable compliance Easy assembly with armour stop system Unique assembly direction BARRIER OR ELASTOMER TECHNOLOGY Available in kits with additionnal accessories Liquid for project and solid barrier solutions CAPRI 45

46 ADE 6F CEPEL Ex NEPSI MARINE C U L US C U L US LISTED LISTED Type of Cable Gland With elastomeric diaphragm Cable type Steel tape armoured cable Steel wire armoured cable Steel wire braided cable Braided marine shipboard cable Certifications and Compliances LCIE 97 ATEX 6008X II 2 GD - ExdIIC/ExeII/ExtD IECEx LCI X - ExdllC/Exell/ExtD culus Listed for Class I Zone 2 AEx e II/Ex e II culus Marine Listed for Class I Zone 1 AEx e II /Ex e II NEMA 4X and IP68 with sealing washer CEPEL-EX-558/05X GOST-R POCC FR.B03126 NEPSI N GYJ071336U & GYJ071337U DNV N E ABS approbation : n 10-HS PDA / P X Lloyds Features : Standard nickel-plated brass material for superior corrosion resistance. Neoprene seal certified from -60 c to +100 C. Diaphragm seal for cold flow cable. Deluge boot providing enhanced protection from water ingress. Related accessories, see pages 58 to 67. Armour clamping and bonding with no reversible components for easy installation, minimizing error. Caution: with non-armoured cable, braided cable or armoured cable without armour connecting, a cable clamping must be realized within a range of 300 mm from the extremity of the cable gland. A Capri clamping module can be used, see page 61. Gland Type EXAMPLE: CAP Options OPTIONS (replace the last digit with option number) : 9 Stainless steel (316L) 8 Bronze 7 Aluminum GLAND SIZE ENTRY THREAD SIZE ISO Reference NPT Reference THREAD LENGTH E ISO / (NPT) CABLE INNER SHEATH OUTER SHEATH Min Max Min Max MAX ARMOUR THICKNESS L HEXAGONE 5 16 CAP /8" CAP (12) 3 7, , CAP /2" CAP (22,2) 3 7, , CAP /2" CAP (22,2) 6, , CAP /2" CAP (22,2) 9 14, , CAP /4" CAP (22,5) 9 14, , CAP /4" CAP (22,5) 12 19, ,5 1,6 74, CAP CAP (27,3) 12 19, ,5 1,6 74, CAP CAP (27,3) 17, ,6 83, CAP /4 CAP (28) 17, ,6 83, CAP /4 CAP (28) CAP /2 CAP (28,5) CAP CAP (29,2) A B * Uncertifi ed UL // sizes n 4 and 5, no UL marine For larger sizes, please refer to ADE 4F on page CAPRI

47 ADE 6F KIT Features : Type of Cable Gland With elastomeric diaphragm Cable type Steel tape armoured cable Steel wire armoured cable Steel wire braided cable Braided marine shipboard cable Certifications and Compliances LCIE 97 ATEX 6008X II 2 GD - ExdIIC/ExeII/ExtD IECEx LCI X - ExdllC/Exell/ExtD culus Listed for Class I Zone 2 AEx e II/Ex e II culus Marine Listed for Class I Zone 1 AEx e II /Ex e II NEMA 4X and IP68 with sealing washer CEPEL-EX-558/05X GOST-R POCC FR.B03126 NEPSI N GYJ071336U & GYJ071337U DNV N E ABS approbation : n 10-HS PDA / P X Lloyds Cable gland specifications see page 46. Standard nickel plated brass material for superior corosion resistance. Neoprene seal certified from -60 C to +100 C. Related accessories, see pages 58 to 67. Caution: with non-armoured cable, braided cable or armoured cable without armour connecting, a cable clamping must be realized within a range of 300 mm from the extremity of the cable gland. A Capri clamping module can be used, see page 61. Gland Type EXAMPLE: CAP K4 Options OPTIONS (replace the last digit with option number) : 9 Stainless steel (316L) 8 Bronze 7 Aluminum K1 : delivered with locknut and fiber gasket K2 : delivered with locknut, fiber gasket, earth tag and shroud K4 : Delivered with lock nut, insulated adaptor eath tag and 2 fiber washer GLAND SIZE ENTRY THREAD SIZE ISO Reference NPT Reference THREAD LENGTH E ISO / (NPT) CABLE INNER SHEATH OUTER SHEATH Min Max Min Max MAX ARMOUR THICKNESS L HEXAGONE 5 16 CAP965594K_ 3/8" CAP967594K_ 15 (12) 3 7, , CAP965674K_ 1/2" CAP967674K_ 15 (22,2) 3 7, , CAP965694K_ 1/2" CAP967694K_ 15 (22,2) 6, , CAP965604K_ 1/2" CAP967604K_ 15 (22,2) 9 14, , CAP965794K_ 3/4" CAP967794K_ 15 (22,5) 9 14, , CAP965704K_ 3/4" CAP967704K_ 15 (22,5) 12 19, ,5 1, CAP965894K_ 1 CAP967894K_ 15 (27,3) 12 19, ,5 1, CAP965804K_ 1 CAP967804K_ 15 (27,3) 17, , CAP965994K_ 1 1/4 CAP967994K_ 15 (28) 17, , CAP965904K_ 1 1/4 CAP967904K_ 15 (28) CAP966094K_ 1 1/2 CAP968094K_ 16 (28,5) CAP966004K_ 2 CAP962894K_ 16 (29,2) , A B * Uncertifi ed UL // sizes n 4 and 5, no UL marine For larger sizes, please refer to ADE 4F on page 42. CAPRI 47

48 ADE 6FC MARINE C U L US C U L US LISTED LISTED Type of Cable Gland With resin Cable type Steel tape armoured cable Steel wire armoured cable Steel wire braided cable Braided marine shipboard cable Certifications and Compliances ATEX LCIE 97 ATEX 6008X Exd IIC/Exe II/ Ex td/ex II 2 GD IECEx LCI X culus listed for Class I Zone 2 AEx e II/Ex e II culus Marine listed for Class I Zone 1 AEx e II Ex e II NEMA 4X et IP68 with sealing washer CEPEL-EX-558/05X GOST-R : POCC FR Bo2011 NEPSI N GYJ071336U & GYJ071337U ABS approbation : n 10-HS PDA / P X DNV N E Lloyds Features : Standard nickel-plated brass material for superior corrosion resistance. Neoprene seal and resin certified from -60 c to +80 C. Provides flameproof seal on the wires and the inner sheath of the armoured cables. Provides the sealing on the outer sheath of the armoured cables. Red cap nut : compound inside. Deluge boot provides enhanced protection from water ingress. Fully inspectable sealing and armour clamping and crimping including deluge boot. Related accessories: see pages 58 to 67. Armour clamping and bonding with no reversible components for easy installation, minimizing error. Caution: with non-armoured cable, braided cable or armoured cable without armour fastening, a cable clamping must be realized within a range of 300 mm from the extremity of the cable gland. A Capri clamping module can be used, see page 61. Gland Type EXAMPLE: CAP Options OPTIONS (replace the last digit with option number) : 9 Stainless steel (316L) 8 Bronze 7 Aluminum GLAND SIZE ENTRY THREAD SIZE THREAD LENGTH E ISO / (NPT) OUTER SHEATH ISO Reference NPT Reference Min Max MAX ARMOUR THICKNESS Ø Max over cores CONDUCTORS Ø Max inner sheath Max No. Og cores L HEXAGONE 5 16 CAP /8" CAP (12) CAP /2" CAP (12,2) CAP /2" CAP (22,2) CAP /2" CAP (22,2) CAP /4" CAP (22,5) CAP /4" CAP (22,5) CAP CAP (27,3) CAP CAP (27,3) CAP /4 CAP (28) CAP /4 CAP (28) CAP /2 CAP (28,5) CAP CAP (29,2) CAP " CAP (29,2) , CAP " CAP (29,2) , CAP "1/2 CAP / (42,5) , CAP "1/2 CAP (42,5) , / / 3" CAP / (44) , CAP " CAP (44) , / / 3"1/2 CAP (45,2) , CAP " CAP (44) , / / 3"1/2 CAP / (45,2) , CAP " CAP (46,5) , A B 48 CAPRI

49 ADE 6FLC CEPEL Ex NEPSI Features : Type of Cable Gland With liquid resin, barrier type Cable type Steel tape armoured cable Steel wire armoured cable Steel wire braided cable Braided marine shipboard cable Certifications and Compliances LCIE 97 ATEX 6008X II GD ExdIIC/ExeII/ExtD IECEx LCI X NEMA 4X and IP68 with sealing washer CEPEL cepel-ex-558/05x NEPSI N GYJ071336U & GYJ071337U DNV N E GOST-R : POCC FR Bo2011 Lloyds Standard nickel-plated brass material for superior corrosion resistance. Neoprene seal and resin certified from -60 c to +80 C. Provides flameproof seal on the wires and the outer sheath of the unarmoured cables. Red cap nut : compound inside. Fully inspectable sealing and armour clamping and crimping including deluge boot. Armour clamping and bonding with no reversible components for easy installation, minimizing error. Related accessories: see pages 58 to 67. Caution: with non-armoured cable, braided cable or armoured cable without armour fastening, a cable clamping must be realized within a range of 300 mm from the extremity of the cable gland. A Capri clamping module can be used, see page 61. Gland Type EXAMPLE: CAP Options OPTIONS (replace the last digit with option number) : 9 Stainless steel (316L) 8 Bronze 7 Aluminum GLAND SIZE ENTRY THREAD SIZE ISO Reference NPT Reference THREAD LENGTH E ISO / (NPT) INNER SHEATH CABLE OUTER SHEATH Min Max Min Max Ø Max CONDUCTOR number Max MAX ARMOUR THICKNESS L HEXAGONE 4 16 CAP /8 CAP (12) ,5 5 X Ø1,5 0, CAP /2 CAP (22,2) ,5 5 X Ø1,5 1, CAP /2 CAP (22,2) ,5 5 X Ø2,5 1, CAP /2 CAP (22,2) X Ø2,5 1, CAP /4 CAP (22,5) X Ø2,5 1, CAP /4 CAP (22,5) X Ø2,5 1, A B COND CAPRI 49

50 NEWCAP MS-e and NEWCAP CT-e M S - e : M E TA L L I C S TA N D A R D > For unarmoured cable or CWB cable > IP68 > Compliance > Nickel plated brass and Stainless steel > Integrated O-ring NEWCAP MS-e page 52 NEWCAP CT-e page CAPRI

51 C T- e : C O N TA C T E M C D E D I C AT E D NEWCAP CT-e Multi diameter contact washer CT version dedicated to EMC application NEWCAP MS-e CWB cable complatible : 360 braided contact NEWCAP MS-e / CT-e IP 68 sealing system lamellas system inside Integrated O-ring CAPRI 51

52 NEWCAP MS-e IP 68 Dédié CEM EMC proof Type of Cable Gland With elastomeric seal Cable type Non-armoured cable Braided cable Certifications and Compliances LCIE 10 ATEX 3064X - II2GD - ExeII / ExtD IECEx LCI X - ExeII / ExtD EN Features : Material: Nickel-plated brass. Neoprene sealing ring and dust cover. Polyamide clamping bush. Operating temperature range: -20 C to +80 C. Integrated O-ring on fixing thread. IP 68: Protection according to NF EN Metric thread: ISO-NF EN & NF EN GLAND SIZE ISO Reference E ENTRY THREAD SIZE Braid thickness ISO Cable Diameter Diameter Min Max L HEXAGONE A B LONG FIXING THREAD STAINLESS 316L E Reference 4 12 CAP ,5 0,7 4 6, CAP CAP ,5 0,7 4 6, CAP CAP ,5 0,7 5, CAP CAP ,5 0,7 5, CAP CAP ,5 0,8 7, CAP CAP ,8 7, CAP CAP ,85 11, CAP CAP ,85 11, CAP CAP ,95 17,5 24, CAP CAP ,95 17,5 24, CAP CAP CAP CAP CAP CAP , , CAP CAP , , CAP CAP , CAP CAPRI

53 NEWCAP CT-e IP 68 Dédié CEM EMC proof Type of Cable Gland With elastomeric seal Cable type Non-armoured cable Braided cable For EMC specific cable and application Certifications and Compliances LCIE 10 ATEX 3064X - II2GD - ExeII / ExtD IECEx LCI X - ExeII / ExtD EN Features : Material: Nickel-plated brass. Neoprene sealing ring and dust cover. Polyamide clamping bush. Operating temperature range: -20 C to +80 C. Integrated O-ring on fixing thread. Metallic contact inside washer. IP 68: Protection according to NF EN Metric thread: ISO-NF EN & NF EN GLAND SIZE ISO Reference E ENTRY THREAD SIZE Epaisseur de tresse Diameter on shield ISO Cable Diameter Min Max L HEXAGONE A B LONG FIXING THREAD STAINLESS 316L E Reference 4 12 CAP ,5 0, , CAP CAP ,5 0, , CAP CAP ,5 0,7 4,5 5, CAP CAP ,5 0,7 4,5 5, CAP CAP ,5 0,8 6 7, CAP CAP ,8 6 7, CAP CAP , , CAP CAP , , CAP CAP , ,5 24, CAP CAP , ,5 24, CAP CAP , CAP CAP , CAP CAP ,15 27, , CAP CAP ,15 27, , CAP CAP ,75 34, CAP CAPRI 53

54 ECDEP E C D E P : S E A L I N G > For unarmoured cable > IP68 > Compliance > Polyamide black / blue > Optional dome head plug ECDEP Ex-e page 55 ECDEP Ex-i page CAPRI

55 A N D I N T E G R AT E D C L A M P I N G I N S I D E INTEGRATED CLAMPING IP68 CAPRI 55

56 ECDEP Ex-e Type of Cable Gland With elastomeric seal Cable type Non-armoured cable Certifications and Compliances LCIE 97 ATEX 6007X - II2GD - ExeII / ExtD EN Features : Material: polyamide 6 UL 94 HB halogen free. Color: black RAL Santoprene seal ring. Operating temperature range: -20 C to +80 C IP 68: Protection according to NF EN Metric thread: ISO-NF EN & NF EN Polyamide obturator : see page 63. ENTRY THREAD SIZE ISO GLAND SIZE ENTRY THREAD SIZE OUTER SHEATH HEXAGONE E L ISO Reference Min Max A B 4 12 CAP , CAP CAP CAP CAP CAP CAP CAP CAP CAP CAPRI

57 ECDEP Ex-i Type of Cable Gland With elastomeric seal Cable type Non-armoured cable Certifications and Compliances LCIE 97 ATEX 6007X - II2GD - ExeII / ExtD EN Features : Material: polyamide 6 UL 94 HB halogen free. Color: black RAL 9005 (body) blue RAL 5012 (capnut). Santoprene seal ring. Operating temperature range: -20 C to +80 C IP 68: Protection according to NF EN Metric thread: ISO-NF EN & NF EN Polyamide obturator : see page 63. ENTRY THREAD SIZE ISO GLAND SIZE ENTRY THREAD SIZE OUTER SHEATH HEXAGONE E L ISO Reference Min Max A B 4 12 CAP , CAP CAP CAP CAP CAP CAP CAP CAP CAP CAPRI 57

58 ACCESSORIES 58 CAPRI

59 Contents 61 Compound stopper box Exd ADE clamping module ADE 4F lead sheath washer 62 Locknut Earth tag 63 Stopping plug Obturator 64 Reducers / Adaptors selection table 65 Gasket 65 Serrated washer Shroud 66 Other non certifi cated accessories Serrated shroud, obutrators CAPRI 59

60 Certified Accessories Compound Stopper Box Ex d Solution for conduit or cable solutions Designed to seal conductors entry to the enclosure via conduit or to enable an existing compression gland to be converted to barrier gland. 60 CAPRI

61 COMPOUND STOPPER BOX Exd SELECTION TABLE Can be used complementary with CAPRIFLEX conducts Male Female Reference 6 units Thread length 20 M20 CAP /2 CAP M25 CAP /4 CAP M32 CAP CAP /2 1/2 CAP /2 M20 CAP /4 3/4 CAP /4 M25 CAP ADE 4F LEAD SHEATH WASHER Material : Natural brass SELECTION TABLE OUTER LEAD SHEATH Size ADE 4F MIN MAX REFERENCE CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP * For stainless steel replace last digit with «9». ADE CLAMPING MODULE Material : nickel-plated brass and stainless steel washer and screws SELECTION TABLE CABLE RANGE SIZE FOR HEXAGON WIDTH THICKNESS REFERENCE 4-8, CAP CAP ,5 6 CAP ,5 8 CAP , CAP ,5 CAP ,5 CAP CAP CAP CAP CAP CAP CAP CAPRI 61

62 Certified Accessories Certifications and Compliances LCIE N LCIE 08 ATEX 6085X Complying with ATEX 94/9/CE directive According to EN , -1, -2, -7, -11 et EN , -1 standards GOST-R N NEPSI N GYJ071338U & GYJ071339U According to CEI , -1, -2, -7, -11 et CEI , -1 standards IECEx N LCI X Complying with IECEx requirements According to CEI , -1, -2, -7, -11 et CEI , -1 standards CEPEL ISO THREAD SIZE LOCKNUT METRIC SELECTION TABLE Nickel-plated brass Reference Stainless steel 316L Reference 16 CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP NPT THREAD SIZE LOCKNUT NPT SELECTION TABLE Nickel-plated brass Reference Stainless steel 316L Reference 1/2 CAP CAP /4 CAP CAP CAP CAP /4 CAP CAP /2 CAP CAP CAP CAP /2 CAP CAP CAP CAP /2 CAP CAP CAP CAP ISO THREAD SIZE A EARTH TAG METRIC SELECTION TABLE C Nickel-plated brass Reference Stainless steel 316L Reference 16 48,75 6,75 CAP CAP ,8 7 CAP CAP ,5 10,5 CAP CAP ,2 CAP CAP ,5 13,5 CAP CAP ,5 13,5 CAP CAP ,5 13,5 CAP CAP ,5 13,5 CAP CAP ,5 CAP CAP ,5 CAP CAP NPT THREAD SIZE A EARTH TAG NPT SELECTION TABLE C Nickel-plated brass Reference Stainless steel 316L Reference 1/2 61,5 10,5 CAP CAP / ,2 CAP CAP ,2 CAP CAP /4 86,5 13,5 CAP CAP /2 111,5 13,5 CAP CAP ,5 13,5 CAP CAP /2 137,5 13,5 CAP CAP ,5 CAP CAP / ,5 CAP CAP ,5 CAP CAP CAPRI

63 CEPEL Ex NEPSI ISO ISO STOPPING PLUG material : nickel-plated brass METRIC SELECTION TABLE THREAD SIZE Reference e 12 CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP STOPPING PLUG material : Stainless steel 316L METRIC SELECTION TABLE THREAD SIZE Reference e 12 CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP STOPPING PLUG material : nickel-plated brass NPT NPT SELECTION TABLE THREAD SIZE Reference e 1/4 CAP /8 CAP /2 CAP /4 CAP CAP /4 CAP /2 CAP CAP /2 CAP CAP /2 CAP CAP STOPPING PLUG material : Stainless steel 316L NPT NPT SELECTION TABLE THREAD SIZE Reference e 1/4 CAP /8 CAP /2 CAP /4 CAP CAP /4 CAP /2 CAP CAP /2 CAP CAP /2 CAP CAP ISO THREAD SIZE STOPPING PLUG material : polyamide METRIC SELECTION TABLE Reference a L e 12 CAP CAP CAP CAP CAP CAP CAP CAP All dimensions in millimeters CAPRI OBTURATOR material : polyamide N Reference TABLE DE SELECTION OBTURATOR SIZE 4 CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP Ø 63

64 Reducers / Adaptors Selection Table On request LAST CODE DIGIT 9 : STAINLESS 316L / LAST CODE DIGIT 7 : ALUMINUM FEMALE =====> MALE M12 M16 M20 M25 M32 M40 M50 M63 M75 M90 M110 M12 CAP M16 CAP CAP M20 CAP CAP CAP METRIC M25 CAP CAP CAP M32 CAP CAP CAP M40 CAP CAP CAP M50 CAP CAP CAP M63 CAP CAP CAP M75 CAP CAP CAP M90 CAP CAP M110 CAP FEMALE =====> MALE 1/4 3/8 1/2 3/ /4 1 1/ / /2 M12 CAP M16 CAP CAP CAP M20 CAP CAP CAP CAP METRIC / NPT M25 CAP CAP CAP M32 CAP CAP CAP CAP M40 CAP CAP CAP CAP M50 CAP CAP CAP CAP M63 CAP CAP CAP CAP CAP M75 CAP CAP CAP CAP M90 CAP CAP CAP CAP M110 CAP CAP FEMALE =====> MALE 1/4 3/8 1/2 3/ /4 1 1/ / /2 1/4 CAP CAP /8 CAP CAP CAP /2 CAP CAP CAP /4 CAP CAP CAP CAP NPT / NPT 1 CAP CAP CAP CAP /4 CAP CAP CAP CAP /2 CAP CAP CAP CAP CAP CAP CAP CAP CAP /2 CAP CAP CAP CAP CAP CAP /2 CAP CAP CAP CAP FEMALE =====> MALE M12 M16 M20 M25 M32 M40 M50 M63 M75 M90 M110 1/4 CAP CAP /8 CAP CAP CAP /2 CAP CAP CAP CAP /4 CAP CAP CAP CAP NPT / ISO 1 CAP CAP CAP CAP /4 CAP CAP CAP CAP /2 CAP CAP CAP CAP CAP CAP CAO CAP /2 CAP CAP CAP CAP / CAPRI

65 Accessories GASKET material : Green fiber ISO METRIC SELECTION TABLE THREAD SIZE Reference D e 10 CAP ,2 12 CAP ,2 16 CAP ,2 20 CAP ,2 25 CAP ,5 32 CAP ,5 40 CAP ,5 50 CAP ,5 63 CAP CAP CAP CAP GASKET material : Green fiber NPT NPT SELECTION TABLE THREAD SIZE Reference D e 1/4 CAP ,5 3/8 CAP ,5 1/2 CAP ,5 3/4 CAP ,5 1 CAP ,5 1 1/4 CAP ,5 1 1/2 CAP ,5 2 CAP /2 CAP CAP /2 CAP CAP GASKET material : neoprene ISO METRIC SELECTION TABLE THREAD SIZE Reference D e 10 CAP ,2 12 CAP ,2 16 CAP ,2 20 CAP ,2 25 CAP ,5 32 CAP ,5 40 CAP ,5 50 CAP ,5 63 CAP CAP CAP CAP GASKET material : neoprene NPT NPT SELECTION TABLE THREAD SIZE Reference D e 1/4 CAP ,5 3/8 CAP ,5 1/2 CAP ,5 3/4 CAP ,5 1 CAP ,5 1-1/4 CAP ,5 1-1/2 CAP ,5 2 CAP /2 CAP CAP /2 CAP CAP GASKET material : red fiber ISO METRIC SELECTION TABLE THREAD SIZE Reference D e 10 CAP ,2 12 CAP ,2 16 CAP ,2 20 CAP ,2 25 CAP ,5 32 CAP ,5 40 CAP ,5 50 CAP ,5 63 CAP CAP CAP CAP GASKET material : red fiber NPT NPT SELECTION TABLE THREAD SIZE Reference D e 1/4 CAP ,5 3/8 CAP ,5 1/2 CAP ,5 3/4 CAP ,5 1 CAP ,5 1 1/4 CAP ,5 1 1/2 CAP ,5 2 CAP /2 CAP CAP /2 CAP CAP CAPRI 65

66 Other Non Certified Accessories SERRATED WASHER material : galvanized steel Metric METRIC SELECTION TABLE Outer diameter Reference 16 25,5 CAP ,5 CAP ,5 CAP ,5 CAP ,5 CAP ,5 CAP CAP CAP CAP SERRATED WASHER material : stainless steel 304L Metric METRIC SELECTION TABLE Outer diameter Reference 16 25,5 CAP ,5 CAP ,5 CAP ,5 CAP ,5 CAP ,5 CAP CAP CAP CAP SHROUD material: PVC SELECTION TABLE ADE size Diameter A Reference 4 16 CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP Other colors and materials available on request. 66 CAPRI

67 QUALITY CABLE GLANDS AND ACCESSORIES SOLUTION On request Breather Drain and Stopping Plugs also available Complete solution of accessories for enclosures applications Explosion-protected connections contributing to safe operation in harsh hazardous environments Ease and safe worldwide certifi ed CAPRI 67

68 INDUSTRIAL 68 CAPRI

69 Contents 70 Selection guide of cable glands 72 EUROCAP 73 ECP 74 NEWCAP MS 75 NEWCAP CT 76 NEWCAP MS multiwired / fl at 77 ADE 4i 78 Accesssories 79 Metallic accessories Pg 80 Metallic accessories Pg (following) 81 Metallic accessories ISO 82 Metallic accessories (following) 83 Polyamide accessories Pg 84 Polyamide accessories ISO 85 Accessories Pg / Accessories ISO CAPRI 69

70 Selection guide Guide of of cable Cable glands Glands METALLIC NEWCAP MS NEWCAP CT NEWCAP MS MULTI WIRED NEWCAP MS FLAT CABLE ADE 4I Catalogue Page Metric Entry thread Pg Entry thread IP54 IP66 IP67 IP68 Unarmoured cable CWB cable SWA Temperature MIN -40 C -40 C -20 C -20 C -60 C MAX +100 C +100 C +100 C +100 C +100 C Certification IP 68 Dédié CEM EMC proof IP 68 Dédié CEM EMC proof IP 68 IP 68 IP 66 Dédié CEM EMC proof 70 CAPRI

71 PLASTIC EUROCAP ECP C -5 C IP C +70 C IP 68 CAPRI 71

72 Polyamide cable glands IP 68 EUROCAP Cable gland type For round cable Cable type Unarmoured round cable Certification EN Features : Material: Polyamide 6/6 UL 94 V0 Halogen free Color: Grey RAL 7035 or Black RAL9005 Neoprene sealing ring Max operating temperature: +150 C Continuous operating temperature: -40 C to +100 C IP68 : 5 bars without sealing washer except Pg36/42/48 and ISO 40/50/63 according to NF EN Entry thread metric: ISo-NF EN and NF EN Entry thread electrical guide: UTE C DIN ISO THREAD SIZE ISO Reference Grey Reference Black EUROCAP Cable Diameter Min Max HEXAGONE A L E SEALING WASHER Reference Reference Grey LOCKNUT Reference Black 12 CAP CAP ,5 6, CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP * CAP CAP CAP224049* CAP CAP * CAP CAP CAP225049* CAP CAP * CAP CAP CAP226349* CAP CAP * Delivered with the sealing washer Pg THREAD SIZE Pg Reference Grey Reference Black EUROCAP Cable Diameter Min Max HEXAGONE 72 CAPRI A L E SEALING WASHER Reference Reference Grey LOCKNUT Reference Black Pg7 CAP CAP ,5 6, CAP CAP CAP Pg9 CAP CAP CAP CAP CAP Pg11 CAP CAP CAP CAP CAP Pg13 CAP CAP CAP CAP CAP Pg16 CAP CAP CAP CAP CAP Pg21 CAP CAP CAP CAP CAP Pg29* CAP CAP CAP242949* CAP CAP Pg36* CAP CAP CAP243649* CAP CAP Pg42* CAP CAP CAP244249* CAP CAP Pg48 DIN* CAP CAP CAP244849* CAP CAP * Delivered with the sealing washer

73 Polyamide cable glands IP 68 ECP Cable gland type For round cable Cable type Unarmoured round cable Certification EN Features : Material: Polyamide 6/6 Color: Grey RAL 7035 Operculated PVC colored plasticized sealing ring Continuous operating temperature: -5 C to +70 C PVC hardening temperature: -20 C IP68 : 5 bars without sealing washer provided if the bearing area is satsfactory Entry thread metric: ISo-NF EN and NF EN Entry thread electrical guide: UTE C DIN ISO THREAD SIZE ISO Reference Min Cable Diameter Max ECP SEALING LOCKNUT HEXAGONE WASHER L E Sealing ring A color Reference Reference 12 CAP CAP CAP CAP CAP CAP Bis CAP CAP CAP CAP , CAP CAP Bis CAP , CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP Pg THREAD SIZE Pg Reference Min Cable Diameter Max ECP SEALING LOCKNUT HEXAGONE WASHER L E Sealing ring A color Reference Reference Pg7 CAP CAP CAP Pg9 CAP CAP CAP Pg11 CAP CAP CAP Pg13 CAP , CAP CAP Pg16 CAP , CAP CAP Pg21 CAP CAP CAP Pg29 CAP CAP CAP Pg36 CAP CAP CAP Pg42 CAP CAP CAP N 48 NFC CAP CAP CAP Pg48 DIN CAP CAP CAP CAPRI 73

74 Metallic cable glands Dédié CEM EMC proof IP 68 NEWCAP MS Cable gland type For round cable Cable type Unarmoured round cable Flexible braided cable Certifications and Compliances EN Features : Material: Nickel-plated brass Other materials: Stainless steel 316L (replace last digit by 9) Neoprene sealing ring and dust cover Polyamide clamping bush Continuous operating temperature : -40 C to +100 C Hardening temperature : -40 c integrated O-ring on fixing thread Dedicated to EMC applications IP68 : Protection according to NF EN Entry thread metric: ISO-NF EN and NF EN Entry thread electrical guide: UTE C DIN Nickel-plated brass entry thread ISO long 15mm (replace last digit by 2) ISO Pg Gland size Gland size ENTRY THREAD ISO Pg Reference THREAD SIZE Reference E E NEWCAP MS Braid thickness NEWCAP MS Braid thickness Cable Diameter Min Max Cable Diameter Min Max L HEXAGONE 4 Pg7 CAP ,5 0,7 3 6, Pg9 CAP ,5 0,7 4, Pg11 CAP ,5 0, Pg13 CAP ,5 0, Pg16 CAP , Pg21 CAP , Pg21 CAP , , Pg29 CAP , , Pg29 CAP Pg36 CAP , , Pg48 DIN CAP , N 48 NFC CAP , L HEXAGONE 4 12 CAP ,5 0,7 3 6, CAP ,5 0,7 3 6, CAP ,5 0,7 4, CAP ,5 0,7 4, CAP ,5 0, CAP , CAP , CAP , CAP , , CAP , , CAP CAP CAP , , CAP , , CAP , A A B B 74 CAPRI

75 Metallic cable glands Dédié CEM EMC proof IP 68 NEWCAP CT ISO NEWCAP CT Cable gland type For round cable Gland size ENTRY THREAD ISO Reference E Braid thickness Cable Diameter Diameter on armour Min Max L HEXAGONE A B Cable type Braided Round Cabled EMC Shielded Cable Certification EN Features : Material: Nickel-plated brass Neoprene sealing ring and dust cover Polyamide clamping bush Continuous operating temperature : -40 C to +100 C Hardening temperature : -40 c Integrated O-ring on fixing thread Metallic contact inside washer Dedicated to EMC applications IP68 : Protection according to NF EN Entry thread metric: ISO-NF EN and NF EN Entry thread electrical guide: UTE C DIN MEASURES Pg 4 12 CAP ,5 0, , CAP ,5 0, , CAP ,5 0,7 4,5 4, CAP ,5 0,7 4,5 4, CAP ,5 0, CAP , CAP , CAP , CAP , , CAP , , CAP , CAP , CAP ,15 27, , CAP ,15 27, , CAP ,75 34, Gland size Pg THREAD SIZE Reference E NEWCAP CT Braid thickness Cable Diameter Diameter on armour Min Max L HEXAGONE 4 Pg7 CAP ,5 0, , A B Pg9 CAP ,5 0,7 4,5 4, Pg11 CAP ,5 0, Pg13 CAP ,5 0, Pg16 CAP , db Frequencies MHz Fréquences MHz Pg21 CAP , Pg21 CAP , , Pg29 CAP , , Pg29 CAP , Pg36 CAP ,15 27, , Pg48 DIN CAP ,75 34, N 48 NFC CAP ,75 34, CAPRI 75

76 Metallic cable glands IP 68 NEWCAP MS multi wired / flat MULTI WIRED FLAT Cable gland type Multi wired and flat Cable type Unarmoured cable Certification EN Features : Material: Nickel-plated brass Santoprene non operculated sealing ring Polyamide clamping bush Continuous operating temperature : -20 C to +100 C Hardening temperature : -40 c Integrated O-ring on fixing thread IP68 : Protection according to NF EN MULTI WIRED ISO MULTI WIRED CABLE ENTRY THREAD Cable HEXAGONE Gland Size E Number Diameter L ISO Reference A cable Min Max 5 16 CAP ,5 2 1, CAP ,5 2 2, CAP , CAP ,5 3 2, CAP CAP CAP CAP CAP , CAP FLAT ISO FLAT CABLE ENTRY THREAD Cable HEXAGONE Gland Size E Length Width L ISO Reference Min Max Min Max A 5 25 CAP , , CAP , CAP , , CAP , , CAP , CAP CAP ,5 35, CAP ,5 6, CAP CAP ,5 6, CAPRI

77 Metallic cable glands IP 68 ADE 4i Cable gland type For armoured cable Cable type : Steel wire armoured cable Steel wire braided cable Steel tape armoured cable Certifications and Compliances : NEMA 4X and IP68 EN Features : Standard nickel-plated brass material for superior corrosion resistance. Armour clamping and bonding with no reversible components for easy installation, minimizing error. Provides the sealing on the inner and outer sheath of the armoured cables. Continuous use temperature : Gland Type EXAMPLE: CAP Options from -20 C to +100 C Available with metric or NPT threads Related accessories: See pages 78 to 82 OPTIONS (replace the last digit with option number) : 9 Stainless steel (316L) 8 Bronze 7 Aluminum GLAND SIZE ENTRY THREAD SIZE ISO Reference NPT Reference THREAD LENGTH E ISO / (NPT) CABLE INNER SHEATH OUTER SHEATH Min Max Min Max MAX ARMOUR THICKNESS L HEXAGONE 5 M12 CAP /4 CAP (12) , M16 CAP /8 CAP (12) 4 8, , M16 CAP /8 CAP (12) ,5 16 1, M20 CAP /2 CAP (22,2) 4 8, , M20 CAP /2 CAP (22,2) ,5 16 1, M20 CAP /2 CAP (22,2) 8, , M25 CAP /4 CAP (22,2) ,5 16 1, M25 CAP /4 CAP (22,2) 8, , M25 CAP /4 CAP (22,2) 12 20, ,5 1, M32 CAP CAP (27,3) , M32 CAP CAP (27,3) 16 27, M40 CAP /4 CAP (28) 16 27, , M40 CAP /4 CAP (28) M50 CAP /2 CAP (28,5) M50 CAP /2 CAP (28,5) , M63 CAP CAP (29,2) , M63 CAP CAP (29,2) , M75 CAP /2 CAP (42,5) , M75 CAP /2 CAP (42,5) , M90 CAP CAP (44) , M90 CAP CAP (44) , /2 CAP (45,2) , M110 CAP CAP (46,5) , A B CAPRI 77

78 INDUSTRIAL ACCESSORIES 78 CAPRI

79 Metallic accessories Metallic accessories Pg Features : Material : Nickel-plated brass / Stainless steel 316 L (Stainless steel 316 L: replace last digit by 9) Electrical thread Pg Standard guide UTE C DIN Adaptors, plugs and reducers: IP66, IP68 with fiber or neoprene sealing washer. See pages 109 to 145 LOCKNUT Pg Reference A E Pg7 CAP Pg9 CAP Pg11 CAP Pg13 CAP Pg16 CAP Pg21 CAP ,5 Pg29 CAP Pg36 CAP Pg42 CAP N 48 NFC CAP Pg48 DIN CAP EARTHING LOCKNUT Pg Reference A E Pg7 CAP Pg9 CAP Pg11 CAP Pg13 CAP Pg16 CAP Pg21 CAP ,5 Pg29 CAP Pg36 CAP Pg42 CAP N 48 NFC CAP Pg48 DIN CAP STOPPING PLUG Pg Reference A L E Pg7 CAP ,5 6,5 Pg9 CAP ,5 6,5 Pg11 CAP Pg13 CAP Pg16 CAP ,5 7 Pg21 CAP Pg29 CAP ,5 Pg36 CAP ,5 Pg42 CAP N 48 NFC CAP ,5 11 Pg48 DIN CAP ,5 11 DOME HEAD Pg Reference Ø A L E Pg7 CAP ,5 6,5 Pg9 CAP ,5 6,5 Pg11 CAP Pg13 CAP Pg16 CAP ,5 7 Pg21 CAP Pg29 CAP ,5 Pg36 CAP ,5 Pg42 CAP N 48 NFC CAP ,5 11 Pg48 DIN CAP ,5 11 CAPRI ADAPTOR Pg M Pg F Reference A L E ØD Pg7 Pg9 CAP , Pg9 Pg11 CAP , Pg9 Pg13 CAP , Pg11 Pg13 CAP , Pg11 Pg16 CAP , Pg13 Pg16 CAP ,5 6 16,5 Pg13 Pg21 CAP ,5 6 16,5 Pg16 Pg21 CAP ,5 Pg21 Pg29 CAP , Pg29 Pg36 CAP , Pg36 Pg42 CAP Pg36 N 48 NFC CAP Pg42 N 48 NFC CAP Pg36 Pg48 DIN CAP Pg42 Pg48 DIN CAP

80 Metallic accessories Metallic accessories Pg (following) Type 2 Type 1 REDUCERS Pg M Pg F Reference A L E Pg9 Pg7 CAP Pg11 Pg7 CAP Pg11 Pg9 CAP Pg13 Pg9 CAP ,5 6 Pg13 Pg11 CAP ,5 6 Pg16 Pg9 CAP ,5 6 Pg16 Pg11 CAP ,5 6 Pg16 Pg13 CAP ,5 6 Pg21 Pg09 CAP Pg21 Pg11 CAP Pg21 Pg13 CAP Pg21 Pg16 CAP Pg29 Pg16 CAP Pg29 Pg21 CAP Pg36 Pg21 CAP ,5 8 Pg36 Pg29 CAP ,5 8 Pg42 Pg29 CAP Pg42 Pg36 CAP N 48 NFC Pg29 CAP N 48 NFC Pg36 CAP N 48 NFC Pg42 CAP Pg48 DIN Pg36 CAP Pg48 DIN Pg42 CAP REDUCERS Pg M ISO F Reference A L E ØD type Pg7 12 CAP ,5 9,8 1 Pg7 16 CAP ,5 6,5 9,8 1 Pg9 12 CAP ,5 6,5 2 Pg9 16 CAP ,5 6, Pg9 20 CAP ,5 6, Pg11 12 CAP Pg11 16 CAP ,5 7 2 Pg11 20 CAP , Pg13 16 CAP Pg13 20 CAP ,5 7 16,8 1 Pg13 25 CAP ,5 7 16,8 1 Pg16 16 CAP Pg16 20 CAP ,5 8 18,5 1 Pg16 25 CAP ,5 8 18,8 1 Pg21 25 CAP ,5 8 2 Pg21 32 CAP , Pg29 32 CAP ,5 2 Pg29 40 CAP ,5 8,5 32,8 1 Pg36 40 CAP ,5 8,5 2 Pg36 50 CAP ,5 8,5 42,5 1 Pg42 50 CAP , Pg42 63 CAP ,5 1 Pg48 DIN 50 CAP Pg48 DIN 63 CAP , CAPRI

81 Metallic accessories Metallic accessories ISO Features : Material : Nickel-plated brass / Stainless steel 316 L (Stainless steel 316 L: replace last digit by 9) Electrical thread guide : ISO NF EN and NF EN Adaptators, plugs and reducers: IP66, IP68 with fiber or neoprene sealing washer. See pages 109 to 145 LOCKNUT ISO Reference A E 10 CAP ,5 12 CAP CAP CAP CAP ,5 32 CAP ,8 40 CAP CAP ,5 63 CAP ,5 75 CAP CAP CAP EARTHING LOCKNUT ISO Reference A E 10 CAP ,5 12 CAP CAP CAP CAP ,5 32 CAP ,8 40 CAP CAP ,5 63 CAP ,5 STOPPING PLUG ISO Reference A L E 12 CAP ,5 6,5 16 CAP ,5 6,5 20 CAP ,5 25 CAP CAP , CAP CAP , CAP ,5 10 DOME HEAD ISO Reference ØA L E 12 CAP CAP CAP ,5 25 CAP CAP CAP CAP , CAP CAPRI ADAPTATOR ISO M ISO F Reference A L E ØD CAP , CAP , CAP , CAP , CAP , CAP ,5 8 35, CAP ,5 9 45,8 81

82 Metallic accessories Metallic accessories ISO (following) REDUCERS ISO M ISO F Reference A L E CAP , CAP CAP CAP CAP CAP , CAP , CAP , CAP CAP CAP CAP CAP , CAP CAPRI

83 Polyamide accessories Polyamide accessories Pg Features : Material: Polyamide 6/6 Electrical thread Pg Standard guide UTE C DIN Adaptors, plugs and reducers: IP66, IP68 with fiber or neoprene sealing washer. See pages 63 to 66. STOPPING PLUG Pg Reference A L E Pg7 CAP Pg9 CAP ,5 10 Pg11 CAP ,5 10,5 Pg13 CAP Pg16 CAP Pg21 CAP ,5 12,5 Pg29 CAP ,5 13,5 Pg36 CAP Pg42 CAP ,5 15 N 48 NFC CAP ,5 15 Pg48 DIN CAP ,5 10 LOCKNUT Pg Reference D E Pg7 CAP ,5 Pg9 CAP ,5 Pg11 CAP Pg13 CAP ,5 Pg16 CAP Pg21 CAP ,5 Pg29 CAP ,5 Pg36 CAP Pg42 CAP N C8 NFC CAP ,5 Pg48 DIN CAP ,5 ADAPTOR Pg Pg Reference A L E Pg7 Pg9 CAP ,5 6,5 Pg9 Pg11 CAP Pg11 Pg13 CAP Pg13 Pg16 CAP Pg16 Pg21 CAP ,5 9 Pg21 Pg29 CAP ,5 10 Pg29 Pg36 CAP Pg36 Pg42 CAP Pg36 N 48 NFC CAP ,5 14 REDUCERS Pg M Pg F Reference A L E Pg9 Pg7 CAP Pg11 Pg7 CAP ,5 8 Pg11 Pg9 CAP Pg13 Pg9 CAP ,5 9 Pg13 Pg11 CAP Pg16 Pg9 CAP ,5 9 Pg16 Pg11 CAP Pg16 Pg13 CAP Pg21 Pg11 CAP ,5 10 Pg21 Pg13 CAP ,5 10 Pg21 Pg16 CAP ,5 10 Pg29 Pg13 CAP ,5 12 Pg29 Pg16 CAP ,5 12 Pg29 Pg21 CAP ,5 12 Pg36 Pg29 CAP ,5 14 Pg42 Pg36 CAP ,5 16 N 48 NFC Pg36 CAP ,5 16 CAPRI 83

84 Polyamide accessories Polyamide accessories ISO Features : Material : Polyamide 6/6 Electrical thread guide : ISO NF EN and NF EN Adaptors, plugs and reducers : IP66, IP 68 with neoprene or fiber sealing washer See pages 63 to 66 STOPPING PLUG ISO Reference A L E 12 CAP CAP CAP CAP CAP , CAP , CAP CAP ,5 17 LOCKNUT ISO Reference A E 12 CAP ,5 16 CAP CAP ,5 25 CAP CAP CAP CAP CAP ADAPTOR ISO M ISO F Reference A L E D CAP , CAP , CAP REDUCERS ISO M ISO F Reference A L E CAP CAP , CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAPRI

85 Accessories Accessories Pg FIBER SEALING WASHER NEOPRENE SEALING WASHER Pg Reference D E Pg7 CAP ,5 Pg9 CAP ,5 Pg11 CAP ,5 Pg Reference D E Pg7 CAP ,2 Pg9 CAP ,2 Pg11 CAP ,2 PERBUNAN O-RING Pg Reference A B PVC REDUCE RING NORMADIX / ECP Pg Pg Reference MIN MAX Pg9 Pg7 CAP ,5 6,5 Pg13 CAP ,5 Pg13 CAP ,2 Pg7 CAP ,3 Pg11 Pg9 CAP ,5 8,7 Pg16 CAP ,5 Pg16 CAP ,2 Pg9 CAP ,6 Pg13 Pg9 CAP ,5 8,7 Pg21 CAP ,5 Pg21 CAP ,2 Pg11 CAP ,6 Pg13 Pg11 CAP ,5 Pg29 CAP ,5 Pg29 CAP ,2 Pg13 CAP ,6 Pg16 Pg9 CAP ,5 8,7 Pg36 CAP ,5 Pg36 CAP ,2 Pg16 CAP ,5 1,6 Pg16 Pg11 CAP ,5 Pg42 CAP ,5 Pg42 CAP ,2 Pg21 CAP ,5 1,8 Pg16 Pg13 CAP ,5 N 48 NFC CAP N 48 NFC CAP ,2 Pg29 CAP ,6 Pg21 Pg16 CAP Pg48 DIN CAP Pg48 DIN CAP ,2 Pg36 CAP ,8 Pg29 Pg21 CAP G2 1/2 CAP G2 1/2 CAP ,2 Pg42 CAP ,8 Pg36 Pg29 CAP ,5 22,5 G3 CAP G3 CAP ,2 N 48 NFC CAP Pg42 Pg36 CAP ,5 G4 CAP G4 CAP ,2 Pg48 DIN CAP N 48 NFC Pg36 CAP ,5 Accessories ISO FIBER SEALING WASHER ISO Reference D E 10 CAP ,2 NEOPRENE SEALING WASHER ISO Reference D E 10 CAP ,2 PERBUNAN REDUCE RING ISOCAP N C N C Reference 12 CAP ,2 16 CAP ,2 12 CAP ,2 16 CAP ,2 PERBUNAN O-RING 5 4 CAP CAP CAP ,2 20 CAP ,2 ISO Reference A B 7 6 CAP CAP ,5 25 CAP ,5 12 CAP ,8 8 7 CAP CAP ,5 32 CAP ,5 16 CAP ,5 1,8 9 8 CAP CAP ,5 40 CAP ,5 20 CAP , CAP CAP ,5 50 CAP ,5 25 CAP , CAP CAP CAP CAP , CAP CAP CAP CAP , CAP CAP CAP CAP , CAP CAP CAP CAP , CAP CAPRI 85

86 FIELD GUIDE 86 CAPRI

87 Contents 88 Reference guide 90 Technical guide 92 Cable gland torque guide 93 Insulated Adaptors CAPRI 87

88 Reference Guide ISO FIBER WASHER NEOPRENE WASHER LOCK NUT EARTH TAG Stainless steel change last digit : 9 88 CAPRI SERRATED WASHER SHROUD CLAMPING MODULE CONTACT WASHER ADE 1F ISO 12 CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP ADE 4F ISO 12 CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP ADE 6F ISO 16 CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP ADE 6FC ISO 16 CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP

89 NPT FIBER WASHER NEOPRENE WASHER LOCK NUT EARTH TAG SERRATED WASHER SHROUD CLAMPING MODULE CONTACT WASHER ADE 1F NPT 1/4 CAP CAP CAP CAP CAP /8 CAP CAP CAP CAP CAP CAP CAP CAP /8 CAP CAP CAP CAP CAP CAP CAP CAP /2 CAP CAP CAP CAP CAP CAP CAP CAP /2 CAP CAP CAP CAP CAP CAP CAP CAP /2 CAP CAP CAP CAP CAP CAP CAP CAP /4 CAP CAP CAP CAP CAP CAP CAP CAP /4 CAP CAP CAP CAP CAP CAP CAP CAP /4 CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP /4 CAP CAP CAP CAP CAP CAP CAP CAP /4 CAP CAP CAP CAP CAP CAP CAP CAP /2 CAP CAP CAP CAP CAP CAP CAP CAP /2 CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP /2 CAP CAP CAP CAP CAP CAP CAP CAP /2 CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP /2 CAP CAP CAP CAP CAP CAP ADE 4F NPT 1/4 CAP CAP CAP CAP CAP CAP /8 CAP CAP CAP CAP CAP CAP CAP CAP CAP /8 CAP CAP CAP CAP CAP CAP CAP CAP CAP /2 CAP CAP CAP CAP CAP CAP CAP CAP CAP /2 CAP CAP CAP CAP CAP CAP CAP CAP CAP /2 CAP CAP CAP CAP CAP CAP CAP CAP CAP /4 CAP CAP CAP CAP CAP CAP CAP CAP CAP /4 CAP CAP CAP CAP CAP CAP CAP CAP CAP /4 CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP /4 CAP CAP CAP CAP CAP CAP CAP CAP CAP /4 CAP CAP CAP CAP CAP CAP CAP CAP CAP /2 CAP CAP CAP CAP CAP CAP CAP CAP CAP /2 CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP /2 CAP CAP CAP CAP CAP CAP CAP CAP CAP /2 CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP /2 CAP CAP CAP CAP CAP CAP CAP CAP ADE 6F NPT 3/8 CAP CAP CAP CAP CAP CAP CAP CAP /2 CAP CAP CAP CAP CAP CAP CAP CAP /2 CAP CAP CAP CAP CAP CAP CAP CAP /2 CAP CAP CAP CAP CAP CAP CAP CAP /4 CAP CAP CAP CAP CAP CAP CAP CAP /4 CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP /4 CAP CAP CAP CAP CAP CAP CAP CAP /4 CAP CAP CAP CAP CAP CAP CAP CAP /2 CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP ADE 6FC NPT 3/8 CAP CAP CAP CAP CAP CAP CAP CAP /2 CAP CAP CAP CAP CAP CAP CAP CAP /2 CAP CAP CAP CAP CAP CAP CAP CAP /2 CAP CAP CAP CAP CAP CAP CAP CAP /4 CAP CAP CAP CAP CAP CAP CAP CAP /4 CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP /4 CAP CAP CAP CAP CAP CAP CAP CAP /4 CAP CAP CAP CAP CAP CAP CAP CAP /2 CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP CAP Stainless steel change last digit : 9 CAPRI 89

90 Technical Guide Cable gland FIXING BLANK HOLE Cable gland equiped with an accessory ISO IP 54 With sealing washer = IP 66 / IP68 - Without sealing washer = IP 54 NPT IP 54 assembly not certified ATEX (cf : EN ) IP 54 assembly not certified ATEX (cf : EN ) 90 CAPRI

91 Cable gland FIXING THREADED HOLE Cable gland equiped with an accessory IP 54 With sealing washer = IP 66 / IP68 - Without sealing washer = IP 54 IP 54 CAPRI 91

92 Cable Gland Torque Guide ADE ADE 6F / 6FC ADE 4F ADE 1F ISO NPT A Nm B Nm 12 1/ / / / A A A B / / B B / / NEWCAP NEWCAP MS-e NEWCAP CT-e ISO NPT TAILLE / N A and B Nm 12 1/4 16 3/ /8 20 1/ /2 25 3/ / A A / B B / / /1/ / / ECDEP ECDEP Exe ECDEP Exi ISO SIZE A and B Nm , , A B A B 92 CAPRI

93 Insulated Adaptors Insulated adaptors provide a method of insulating a cable gland or connection device from the equipment into which it has been feed. This is achieved by inserting a glass fi lled nylon dielectric between the metallic male thread entering the equipment and the metallic female thread receiving the cable gland or connection device. APPLICATION Ingress Protection : IP54, CSA Enclosure Type (NEMA) 3 To maintain higher levels of ingress protection additional sealing is required, available on request. Impact Resistance : 7Nm Application Temperature Range : -20 to +60 C Threadforms : Metric, NPT, NPSM, ISO Pipe (BSP), PG, ET Materials : Brass CZ121, 316 Stainless Steel, Aluminium Insulating Material : Glass Filled Nylon Plating : Electroless Nickel, Zinc, Other on application APPLICATION To avoid relying on the contact between cable termination & equipment enclosure for grounding the cable armour, an insulated adaptor can be fi tted to both ends of the cable with a grounding device to ground in a controlled, positive manner that can be inspected easily. SINGLE POINT GROUNDING In many applications it is suffi cient to ground the cable at one end. For single point grounding the insulated adaptors would again be used at both ends of the cable but with the earth tag fi tted only to the end where grounding is required. Single Point Grounding can : Reduce the circulating currents that can cause heating of high capacity cables. Reduce the risk of damage to electronic equipment within the enclosure in the event of a short circuit to ground through enclosure. Reduce the problems of electrical noise on the armour affecting the dean earth required for some sensitive instruments. CAPRI 93