The Quality Connection. BETAflam safety cables for highest demands

Transcription

1 The Quality Connection BETAflam safety cables for highest demands

2 2 For solutions that will still be standard tomorrow. BETAflam safety cables Thanks to their proven quality, BETAflam safety cables are used throughout the world. Produced to meet international regulations and standards, they meet the most demanding quality requirements. Halogen-free BETAflam safety cables offer key features such as minimal fume emissions and excellent fire resistance with system integrity in the event of fire. Issue: December 2018 LEONI Studer AG The contents of this catalogue are protected by copyright. All rights reserved. Subject to technical modifications without notice. E&OE. The current version of the catalogue can be downloaded from Safety notice Cables are to be used for the designated applications only. In case of failure or damage to the cable or connector, switch off power immediately and replace all damaged parts. All maintenance, repair and replacement of cables and connectors must be carried out by properly qualified personnel. Disclaimer The specifications in this document are provided to the best of our knowledge at the time of writing. However, these specifications must not be understood as an assurance of specific properties or suitability for specific purposes as regards the respective products. Such specifications must not be interpreted as an inducement to violate property rights or as an assurance of a corresponding licence. Product suitability for specific applications must be verified beforehand with our specialists. Our policy is one of continuous material and product development. We therefore reserve the right to offer alternatives consistent with our manufacturing programme at the time of enquiry. Specifications of material properties, fire behaviour, construction, electrical and technical data, prices, etc. are provided to the best of our knowledge and are non-binding. Dimensions and weights are indicative only. Specifications may be changed at any time without notice. General Terms of Sale and Delivery The reader is referred to our current General Terms of Sale and Delivery, which can be requested from the LEONI Group company in question. 12/2018

3 3 Page Profile Energy & Infrastructure 4 Strong brands, great service 5 LEONI: the all-in-one service provider 6 Green technology 8 EU Construction Products Regulation (CPR) 10 Technologies an investment in sustainable safety 11 Safety cables 12 Safety cables at a glance 14 Safety cables 16 Signal and fire alarm cables 28 Swiss standard cables 36 Robust, flexible connecting cables 49 Connection cables for motors 52 Medium-voltage cables 57 Signal and fire alarm cables 59 Three-phase power cables 61 Sheathed cable 66 Some of the terms used in this document are not used consistently in the industry. However, LEONI strives to ensure consistent term usage to promote mutually intelligible business relationships and customer communications. To avoid difficulties with interpretation, we refer you to where we have provided definitions of the terms that we use. The version applicable at the time of handover for this document is authoritative. These definitions form part of the contract. Insofar as terms defined there are used in this document, they have the meanings as defined there. We will also be happy to send you the definitions on request. Technical information 68 Current rating 70 Fire load 72 Core identification acc. to HD 308 S2 74 Halogen-free 75 Degree of acidity of combustion gases 75 Smoke density 76 Flame retardant 76 No flame propagation 77 Circuit integrity under fire 77 Fire performance according to CPR 78 Circuit integrity with mechanical shock 80 Circuit integrity under fire conditions 80 Duration of circuit integrity in the building 81 BETAflam approvals 82 BETAfixss laying system an overview 84 Other products 86 Our sales network 87 12/2018

4 4 Profile Energy & Infrastructure Passion for an innovative, intelligent and sustainable energy supply In the course of global networking, urbanization and the growing world population, innovative solutions are needed. Sustainability, effectiveness and intelligent systems will be the main challenge of the future, both in the use of renewable energies and in the optimization of existing plants. LEONI is already meeting this demands today. Innovative quality products and intelligent project-comprehensive services provide the connections of the future. Our inspiration Major projects such as the Gotthard and Ceneri base tunnels, various international metro projects or the Linth-Limmern hydropower plant benefit not only from the comprehensive range, but also from the extensive project management we achieve with Building Technologies from planning to acceptance. In doing so, our products and projects solutions meet all standards and help determine those of tomorrow. Environmentally friendly technologies and sustainable products are the challenges to be met facing worldwide market trends like globalisation, industrialisation and automation, ecological awareness and scarcity of resources, mobility, urbanisation and demographic change. These trends play a particularly significant part in the fields of energy and infrastructure. From the energy generation process to energy distribution all the way to the energy customer we are everywhere where highest reliability, quality and durability matter. Thus we offer complete solutions for requirements in the areas: Transport routes and building infrastructure Large-scale projects Energy generation and distribution Solar and wind technology We connect the world with sustainable, secure and intelligent energy and data transmission solutions. That s our passion. The LEONI group LEONI is a global provider of products, solutions and services for energy and data management in the automotive sector and other industries. The value chain encompasses wires, optical fibers, standardised cables, special cables and assembled systems as well as intelligent products and smart services. As an innovation partner and solutions provider, LEONI supports its customers with pronounced development and systems expertise. The market-listed group of companies employs more than 88,000 people in 31 countries and generated consolidated sales of EUR 4.9 billion in Further informations /2018

5 5 Strong brands, great service Rely on the best partner to meet your needs Our commitment to developing innovative products shows we take our responsibilities seriously. In conjunction with our consulting services, we establish trust as we help our partners accomplish maximum safety for people and infrastructure in their projects. Installers and retailers can procure cabling, connectivity and integrated cabling solutions from a single source. Including system solutions for copper, aluminium and fiber optic technology, and halogen-free energy cables with optional system integrity. Continuous innovations in safety, environmental compatibility and energy efficiency complete the list of customer benefits. A global presence, local consulting services at all stages of a project, plus a wealth of project experience and far-reaching synergy effects inside and outside the LEONI Group make us one of the most highly regarded international partners in the field of building and infrastructure cabling. Energy The best connection for energy supply Infrastructure For maximum safety in cabling for buildings Our innovative and sustainable solutions are already tackling the dynamic developments in the energy and communications market. As one of the leading system and development partners for energy production, transmission and distribution, we accept our responsibilities for ensuring the safe and sustainable supply of energy. Our low- and medium-voltage power cables offer impressive durability, handling even the most adverse conditions. In structural/civil engineering and in traffic infrastructure, our products set the standard worldwide. Based on our proprietary patented design and production processes, our infrastructure cables guarantee a maximum level of safety and performance. Halogen-free, fire resistant insulation materials meet all relevant standards while offering an attractively long service life. Whether as laying systems or highly complex network systems, our full infrastructure range convinces customers worldwide. BETApower Cables for power distribution BETAflam cables VDE standard Safety and installation cables BETAflam cables British Standard BS 6387 Safety and installation cables BETAfixss with DIN 4102 circuit integrity under fire Certified cable support systems 12/2018

6 6 LEONI: the all-in-one service provider For infrastructure, energy and ICT 12/2018

7 7 LEONI: the all-in-one service provider For infrastructure, energy and ICT Energy and ICT infrastructure Consulting Planning Execution Operations Consulting Design/development Planning Sole contractor services Main contractor services Other services LEONI products Excellence in operations Energy efficiency Sustainability Innovation Quality LEONI s department Building Technologies is an innovative and independent supplier of sustainable all-in-one solutions for energy and ICT infrastructure to the inter national market. In any project, being able to keep the demands of the various stakeholder groups in balance is critical for project success. Each of these stakeholders is focused on its own competencies and task areas, however. With its highly focused service portfolio, LEONI can offer you additional services to optimise your long-term capital investment and operating costs. Building Technologies offers the perfect combination of cable manufacturer, engineering company, plant integrator and service provider. As a consequence, the client or owner is required to orchestrate these complex interrelationships and keep an eye on everything. This is where LEONI can help by ensuring the optimal coordination of the various subject areas, bringing together industry-wide know-how under one roof, in a team staffed by engineers, technical architects, security consultants and construction supervisors. A well-developed project management system and tailor-made software tools provide a high degree of plannability, resulting in important cost savings in the implementation phase, with a significantly reduced level of project risk. It is this combination that enables the unit to handle the complex requirements customers face both today and tomorrow. We create solutions for you that offer all-round satisfaction. Phone building-technologies@leoni.com 12/2018

8 8 Green Technology Combining innovation with sustainability. It s one of our most important goals. Our vision is to create sustainable connections that are in technological harmony with our natural resources. The natural cycle offers us the perfect model to emulate here. It is our duty to learn from nature to use its resources even as we conserve them for future generations. As natural resources grow scarcer and the burden on the environment increases, a rethink is required at all levels of our society. For LEONI, sustainability is therefore an integral part of Group policy. We were the first cable manufacturer in the world to develop an integrated green technology programme. While trends such as globalisation, mobility and urbanisation are crucial for market movements, our core principles are sustainability and global responsibility. This is why we have set ourselves the goal of becoming an innovative producer of cables for ecotechnology. Another point of vital interest for us is to identify the needs and requirements of tomorrow today, and to supply the markets of the future with future-proof and sustainable solutions. We also view it as our responsibility to take an active role in shaping the markets for environmentally-friendly energy production such as solar thermal technology. Green technology refers to producing cables from materials with very few pollutants while conserving resources and generating low levels of emissions. We work tirelessly on optimising the efficiency of resource use in the manufacturing process, by deploying energy-efficient machines or implementing heat recovery technologies. More and more facilities in our global production network are now environmentally certified to the ISO standard. In our worldwide operations as a leading European supplier of wires, optical fiber, cables and cable systems for communication and infrastructure projects, it is our responsibility to continuously optimise the sustainability and durability of our products, system solutions and services, so as to reduce their impact on the environment. We have to increase the amount of environmentally compatible raw materials in our cable products as well as the recyclability of processed materials or components, thereby creating end products that have been developed today for the environmental standards of tomorrow. Together with ecological compatibility, future technologies are measured in terms of efficiency, service life, emission reduction and the conservation of natural resources. Innovative cable products and systems, integrated solutions and maximum performance in project management make up the added value that we offer to our customers and business partners, while also being our cornerstones for ensuring strong connections into the future. 12/2018

9 9 EU Directive 2012/19/EU on waste electrical and electronic equipment. EU Directive 2011/65/EU on the restriction of the use of certain hazardous substances in electrical and electronic equipment. EU Regulation 1907/2006/EC (REACH) the EU chemicals regulation. Several environmental laws have been passed in the European Union (EU). Directive 2012/19/EU WEEE (Waste Electrical and Electronic Equipment) regulates the disposal of electrical and electronic equipment and components. The use of certain hazardous substances in electrical and electronic equipment is regulated by Directive 2011/65/EU RoHS 2 (Restriction of Hazardous Substances). Chemicals and substances in general are covered by Regulation 1907/2006/EC REACH (Registration, Evaluation, Authorisation and Restriction of Chemicals). This means avoiding substances such as: Polybrominated diphenyl ether (PBDE) Decabromodiphenyl ether (DecaBDE) Perfluorooctane sulfonate (PFOS) Pentabromodiphenyl ether (PentaBDE) Octabromodiphenyl ether (OctaBDE) Lead (Pb) Mercury (Hg) Cadmium (Cd) Hexavalent chromium (Cr VI) Polybrominated biphenyls (PBB) Cables, wiring and their associated connectors are governed by the EU WEEE Directive (2012/19/EU) only if they are an internal part of the equipment and components listed. Cables and wiring have been regulated separately in RoHS 2 (2011/65/EU) since 2013 (Category 11 or defined as an internal component of the respective product). Fiber-optic cables, energy cables (> 250 V) and permanently installed cables (e.g. in buildings) are not affected. The only identification permissible according to RoHS 2 is the CE mark, which is printed on the product package. What is REACH? REACH REACH stands for the Registration, Evaluation, Authorisation and Restriction of Chemicals. REACH represents a fundamental harmonisation and simplification of previous chemicals law and applies in all EU Member States. REACH introduced a candidate list for materials known as Substances of Very High Concern (SVHC): certain duties of providing information apply to SVHCs and the aim is to phase them out in favour of other materials in the future. The list of candidate substances is updated twice yearly by the European Chemicals Agency (ECHA) in Helsinki. 12/2018

10 10 EU Construction Products Regulation (CPR) On the safe side with LEONI fire resistant cables CPR B2 ca C ca D ca E ca F ca CPR cable class Since 1 July 2017, all energy cables, control cables and communications cables intended for permanent installation in building structures must be manufactured and evaluated in accordance with the harmonised European standard EN and labelled with a CE mark pursuant to the EU Construction Products Regulation 305/2011. In addition, a declaration of performance must also be prepared on the basis of assessments and classifications carried out by an accredited and notified testing body. A key element of the CE marking and declaration of performance prescribed by the Regulation is the highly visible, legible and permanent specification of the fire rating as provided on the product label. LEONI offers fire resistant cables with reduced flame propagation and heat production while also ensuring the low release of corrosive gases and smoke in accordance with the Regulation. The CPR defines a set of fire ratings (cable classes) that range from A ca (incombustible) through B2 ca (very high fire protection), C ca, D ca, E ca to F ca (no fire protection). Alongside the fire ratings, the following properties are also specified: Smoke production (s1 to s3) Acid gas (a1 to a3) Flaming droplets (d0 to d2) EN does not specify which class must be used in which building or which part of a building (e.g. for escape routes). The German Electrical and Electronic Manufacturers Association (ZVEI) has published a building classification. For buildings with very high safety requirements, such as hospitals, fire-resistant cables are envisaged with a B2 ca s1 d1 a1 Euroclass. For buildings with high safety requirements, such as schools, fire resistant cables with a C ca s1 d1 a1 Euroclass should be used. For normal fire risks, cables with a D ca s2 d2 a1 Euroclass are adequate. Declaration of Performance (DoP) This declaration of performance confirms the conformity of the construction product with the specified fire resistance properties. In this area, you can download the declarations of performance for the LEONI cable and wiring products that can be used as construction products. Simply enter the declaration of performance ID to access the declaration of performance you need directly. The declaration of performance ID is printed on the CE label of your product or can also be found by consulting your quotation or order documentation /2018

11 11 Technologies investments in sustainable safety Universal deployment with system integrity In our extensive production facilities, we work with state-of-the-art methods and systems in compound and material processing, extrusion technology, electron beam irradiation crosslinking and for testing all of our products. We use state-of-the-art production equipment to ensure that we can offer our customers the highest possible levels of product safety and quality. New and innovative polymer compounds and cables are in continuous development in our modern laboratories. Our focus here is on improved insulating properties, higher temperature tolerances, longer lifetimes, easy handling and better safety features. Our test laboratories for flammability tests, HF technology and optical measurement technology safeguard our quality standards and promote innovation. This is demonstrated by the large number of approvals and certificates we have received from leading independent testing institutes worldwide. In our fire test laboratory, the fire resistant properties of our products are verified by certified testers, technicians and engineers. These capabilities allow us to perform the wide-ranging testing required to comply with BS 6387 (CWZ), IEC /21 and DIN 4102 Part 12, as well as customer-specific specifications and special testing work. Halogen-free IEC , EN Acidity of combustion gases IEC , EN Smoke density IEC 61034, EN Flame retardancy IEC , EN , VDE Circuit integrity BS 6387 (CWZ), DIN VDE , EN 50200, EN 50362, IEC /21, VdS 3423, VDE System integrity under fire DIN 4102 Part 12 Non-flame propagating IEC , EN , VDE series CPR fire behaviour EN 50399, EN Numerous national and international certificates provide proof of our company s power to innovate. Numerous national and international certificates confirm the company s ability to provide innovative solutions. 12/2018

12 12 Safety cables BETAflam ROFLEX BETAdrive BETApower 12/2018

13 Safety cables 13 Safety cables Page Safety cables at a glance 14 BETAflam NHXH FE180 E30 E60 S 16 BETAflam NHXH FE180/E30 E60 18 Safety cables DIN VDE 0266 BETAflam NHXCH FE180/E30 E60 21 BETAflam NHXH FE180/E90 23 BETAflam NHXCH FE180/E90 26 Signal and fire alarm cables DIN VDE 0815 BETAflam JE-H(St)H FE180/E30 S 28 DIN VDE 0815 BETAflam JE-H(St)H FE180/E30-E90 30 Fire alarm cables DIN VDE 0815 BETAflam JE-H(St)HRH FE180/E30-E90 32 Signal and fire alarm cables DIN VDE 0815 BETAflam JE-HH FE180/E30 S 34 CH-N1EZ1-U/-R BETAflam FE0D 36 CH-N1EZ1-U/-R BETAflam FE05C 40 Swiss standard cables CH-N1MZ1Z1-U/-R BETAflam FE180/E30 44 armoured CH-N1MZ1Z1Z4Z1-U/-R BETAflam FE180/E30-CLE 47 Connection cables for outdoor use robust, flexible CH-N05BQ-F/CH-N1BQ-F ROFLEX 49 Connection cables for motors shielded BETAdrive C-flex 52 with circuit integrity BETAdrive FE180 C-flex 54 Medium-voltage cables with circuit integrity BETApower Fireprotec 12/20 kv 57 Signal and fire alarm cables DIN VDE 0815 J-H(St)H 59 Power cables DIN VDE N2XH 61 N2XCH 64 Power cable DIN VDE NHXMH 66 12/2018

14 14 Safety cables Safety cables at a glance Safety cables DIN VDE 0266 BETAflam NHXH FE180/E30 E60 S page 16 BETAflam NHXH FE180 / E30-E60 page 18 Signal and fire alarm cables DIN VDE 0815 BETAflam JE-H(St)H FE180/E30 S page 28 BETAflam JE-H(St)H FE180/E30-E90 page 30 BETAflam FE0D CPR BETAflam FE05C CPR page 36 D ca page 40 C ca Swiss standard cables ROFLEX page 49 CPR F ca BETAdrive C-flex page 52 CPR E ca J-H(St)H CPR N2XH CPR page 59 page 61 Other VDE cables 12/2018

15 Safety cables at a glance Safety cables 15 BETAflam NHXCH FE180/E30 E60 page 21 BETAflam NHXH FE180/E90 page 23 BETAflam NHXCH FE180/E90 page 26 BETAflam JE-H(St)HRH FE180/E30-E90 page 32 BETAflam JE-HH FE180/E30 S page 34 BETAflam FE180/E30 page 44 BETAflam FE180/E30-CLE page 47 BETAdrive FE180 C-flex page 54 BETApower Fireprotec 12/20 kv page 57 N2XCH CPR NHXMH CPR page 64 page 66 12/2018

16 BETAflam 16 Safety cables BETAflam safety cables DIN VDE 0266 Benefits REACH Maximum safety performance System integrity acc. to DIN 4102 Part 12 DIN approval with LEONI BETAfixss laying system and many others Halogen-free RoHS-compliant BETAflam NHXH FE180/E30 E60 S Applications Three-phase power cable 0.6/1 kv for fixed installation in electrical cable systems with improved fire behaviour and system integrity according to DIN 4102 Part 12: Safety lighting systems Fire alarm systems Smoke extraction systems Recommended in public buildings, tunnels etc. to protect human life and health as well as constructions and their equipment. Construction Conductors Core insulation Shared inner covering Sheath Core colours Sheath colour Electrical characteristics Nominal voltage Test voltage Thermal characteristics Operating temperature Laying temperature Bare annealed copper Cross-linked silicone Tape or filler BETAflam copolymer acc. to VDE 0266 and HD 308 S2 Orange, other colours on request U 0 /U 0.6/1 kv 4 kv at 50 Hz Short-circuit temperature up to +250 C (peak temperature < 5 s) 30 C to +90 C 5 C to +70 C Bending radius During laying Fixed Laying conditions Fixed, indoors, in air or concrete Single-core Multicore >15 outer Ø >12 outer Ø >8 outer Ø >7 outer Ø Installation in earth or water only in tubes where water cannot collect Installation outdoors only when protected from direct sunlight and external impacts Standards/material properties Halogen-free: IEC , EN , VDE No corrosive gases: IEC , EN , VDE No toxic gases: NF X Low smoke density: IEC and -2, EN and -2, VDE and -2 Flame-retardant: IEC , EN , VDE No flame spread on bunched cables: IEC and -3-24, EN , VDE Circuit integrity FE180: IEC and -21, VDE Circuit integrity with mechanical shock: EN PH30 (up to 20 mm Ø) System circuit integrity: DIN , E30 to E60, depending on laying system 12/2018

17 BETAflam NHXH FE180/E30 E60 S Safety cables 17 BETAflam Cable type Nominal cross -section Core function Outer Ø Weight Fire load n mm² mm kg/km kwh/m Order no. NHXH O FE180/E30 E60 S OR 1 4 RE L NHXH O FE180/E30 E60 S OR 1 6 RE L NHXH O FE180/E30 E60 S OR 1 10 RE L NHXH O FE180/E30 E60 S OR RE LN NHXH O FE180/E30 E60 S OR RE LN NHXH O FE180/E30 E60 S OR 2 4 RE LN NHXH O FE180/E30 E60 S OR 2 6 RE LN NHXH O FE180/E30 E60 S OR 2 10 RE LN NHXH J FE180/E30 E60 S OR 1 4 RE PE NHXH J FE180/E30 E60 S OR 1 6 RE PE NHXH J FE180/E30 E60 S OR 1 10 RE PE NHXH J FE180/E30 E60 S OR RE LNPE NHXH J FE180/E30 E60 S OR RE LNPE NHXH J FE180/E30 E60 S OR RE LNPE ** NHXH J FE180/E30 E60 S OR 3 4 RE LNPE NHXH J FE180/E30 E60 S OR 3 4 RE LNPE ** NHXH J FE180/E30 E60 S OR 3 6 RE LNPE NHXH J FE180/E30 E60 S OR 3 10 RE LNPE NHXH J FE180/E30 E60 S OR RE 3LPE NHXH J FE180/E30 E60 S OR RE 3LPE NHXH J FE180/E30 E60 S OR 4 4 RE 3LPE NHXH J FE180/E30 E60 S OR 4 6 RE 3LPE NHXH J FE180/E30 E60 S OR 4 10 RE 3LPE NHXH J FE180/E30 E60 S OR RE 3LNPE NHXH J FE180/E30 E60 S OR RE 3LNPE NHXH J FE180/E30 E60 S OR 5 4 RE 3LNPE NHXH J FE180/E30 E60 S OR 5 6 RE 3LNPE NHXH J FE180/E30 E60 S OR 5 10 RE 3LNPE NHXH J FE180/E30 E60 S OR RE NRPE NHXH J FE180/E30 E60 S OR RE NRPE NHXH J FE180/E30 E60 S OR RE NRPE NHXH J FE180/E30 E60 S OR RE NRPE NHXH J FE180/E30 E60 S OR RE NRPE NHXH J FE180/E30 E60 S OR RE NRPE NHXH J FE180/E30 E60 S OR RE NRPE NHXH J FE180/E30 E60 S OR RE NRPE NHXH J FE180/E30 E60 S OR RE NRPE NHXH J FE180/E30 E60 S OR RE NRPE ** In a length of m Other designs on request 12/2018

18 BETAflam 18 Safety cables BETAflam safety cables DIN VDE 0266 Benefits REACH Maximum safety performance System integrity acc. to DIN 4102 Part 12 DIN approval with LEONI BETAfixss laying system Halogen-free REACH-compliant BETAflam NHXH FE180/E30 E60 Applications Three-phase power cable 0.6/1 kv for fixed installation in electrical cable systems with improved fire behaviour and system integrity according to DIN 4102 Part 12, e.g. for: Safety lighting systems Fire alarm systems Smoke extraction systems Recommended in public buildings, tunnels etc. to protect human life and health as well as constructions and their equipment. Construction Conductors Taping Core insulation Shared inner covering Sheath Core colours Sheath colour Electrical characteristics Nominal voltage Test voltage Thermal characteristics Operating temperature Laying temperature Bare annealed copper MICA tape BETAflam cross-linked Tape or filler BETAflam copolymer acc. to VDE 0266 and HD 308 S2 Orange U 0 /U 0.6/1 kv 4 kv at 50 Hz Short-circuit temperature up to +250 C (peak temperature < 5 s) 30 C to +90 C 5 C to +70 C Bending radius During laying Fixed Laying conditions Fixed, indoors, in air or concrete Single-core Multicore >15 outer Ø >12 outer Ø >8 outer Ø >7 outer Ø Installation in earth or water only in tubes where water cannot collect Installation outdoors only when protected from direct sunlight and external impacts Standards/material properties Halogen-free: IEC , EN , VDE No corrosive gases: IEC , EN , VDE No toxic gases: NF X Low smoke density: IEC and -2, EN and -2, VDE and -2 Flame-retardant: IEC , EN , VDE No flame spread on bunched cables: IEC and -3-24, EN , VDE Circuit integrity FE180: IEC and -21, VDE Circuit integrity with mechanical shock: EN PH90 (up to 20 mm Ø) System circuit integrity: DIN , E30 or E60, depending on laying system 12/2018

19 BETAflam NHXH FE180/E30 E60 Safety cables 19 BETAflam Cable type Nominal cross -section Core function Outer Ø Weight n mm² mm kg/km Order no. NHXH JFE180/E30 E RM PE NHXH JFE180/E30 E RM PE NHXH JFE180/E30 E RM PE NHXH JFE180/E30 E RM PE NHXH JFE180/E30 E RM PE NHXH JFE180/E30 E RM PE NHXH JFE180/E30 E RM PE NHXH JFE180/E30 E RM PE NHXH JFE180/E30 E RM PE NHXH JFE180/E30 E RM PE NHXH JFE180/E30 E RM PE NHXH JFE180/E30 E RM PE NHXH JFE180/E30 E RM PE NHXH OFE180/E30 E RM L NHXH OFE180/E30 E RM L NHXH OFE180/E30 E RM L NHXH OFE180/E30 E RM L NHXH OFE180/E30 E RM L NHXH OFE180/E30 E RM L NHXH OFE180/E30 E RM L NHXH OFE180/E30 E RM L NHXH OFE180/E30 E RM L NHXH OFE180/E30 E RM L NHXH OFE180/E30 E RM L NHXH OFE180/E30 E RM L NHXH OFE180/E30 E RM LN * NHXH OFE180/E30 E RM LN * NHXH JFE180/E30 E RM LNPE NHXH JFE180/E30 E RM LNPE NHXH JFE180/E30 E RM LNPE NHXH JFE180/E30 E RM LNPE NHXH JFE180/E30 E RM LNPE NHXH JFE180/E30 E RM LNPE NHXH J FE180/E30 E RM LNPE NHXH J FE180/E30 E RM LNPE NHXH J FE180/E30 E RM LNPE NHXH J FE180/E30 E RM 3LPE NHXH J FE180/E30 E RM 3LPE NHXH J FE180/E30 E RM 3LPE NHXH J FE180/E30 E RM 3LPE NHXH J FE180/E30 E RM 3LPE NHXH J FE180/E30 E RM 3LPE NHXH J FE180/E30 E RM 3LPE NHXH J FE180/E30 E RM 3LPE NHXH J FE180/E30 E RM 3LPE NHXH J FE180/E30 E RM 3LPE NHXH J FE180/E30 E RM 3LPE NHXH J FE180/E30 E RM 3LPE NHXH J FE180/E30 E RM 3LPE J = with GN/YE core -O = without GN/YE core RE = round single-wire, class 1 RS = round stranded, class 2 L = phase conductor colour BN/BK/GY N = neutral conductor colour BU NR = phase conductor colour BK /numbered PE = protective earth colour GN/YE * On request Other designs on request 12/2018

20 BETAflam 20 Safety cables BETAflam NHXH FE180/E30 E60 Cable type Nominal cross -section Core function Outer Ø Weight n mm² mm kg/km Order no. NHXH J FE180/E30 E RM 3LPE NHXH J FE180/E30 E RM 3LPE NHXH J FE180/E30 E RM 3LPE NHXH J FE180/E30 E RM 3LPE NHXH J FE180/E30 E RM 3LPE NHXH J FE180/E30 E RM 3LPE NHXH J FE180/E30 E RM 3LNPE NHXH J FE180/E30 E RM 3LNPE NHXH J FE180/E30 E RM 3LNPE NHXH J FE180/E30 E RM 3LNPE NHXH J FE180/E30 E RM 3LNPE NHXH J FE180/E30 E RM 3LNPE NHXH J FE180/E30 E RM 3LNPE * NHXH J FE180/E30 E RE NRPE J = with GN/YE core -O = without GN/YE core RE = round single-wire, class 1 RS = round stranded, class 2 L = phase conductor colour BN/BK/GY N = neutral conductor colour BU NR = phase conductor colour BK /numbered PE = protective earth colour GN/YE * On request Other designs on request 12/2018

21 Safety cables 21 BETAflam BETAflam safety cables DIN VDE 0266 Benefits REACH System integrity acc. to DIN 4102 Part 12 DIN approval with LEONI BETAfixss laying system Halogen-free REACH-compliant Cables and laying system from one single source BETAflam NHXCH FE180/E30 E60 Applications Three-phase power cable 0.6/1 kv with concentric outer conductor for fixed installation in electrical cable systems with improved fire behaviour and system integrity according to DIN 4102 Part 12: Safety lighting systems Fire alarm systems Smoke extraction systems Recommended in public buildings, tunnels etc. to protect human life and health as well as constructions and their equipment. Bending radius During laying Fixed Laying conditions Fixed, indoors, in air or concrete Single-core Multicore >15 outer Ø >12 outer Ø >8 outer Ø >7 outer Ø Installation in earth or water only in tubes where water cannot collect Installation outdoors only when protected from direct sunlight and external impacts Construction Conductors Taping Core insulation Shared inner covering Conc. outer conductor Sheath Core colours Sheath colour Electrical characteristics Nominal voltage Test voltage Bare annealed copper MICA tape BETAflam cross-linked Tape or filler Copper wires with binder BETAflam copolymer acc. to VDE 0266 and HD 308 S2 Orange U 0 /U 0.6/1 kv 4 kv at 50 Hz Standards/material properties Halogen-free: IEC , EN , VDE No corrosive gases: IEC , EN , VDE No toxic gases: NF X Low smoke density: IEC and -2, EN and -2, VDE and -2 Flame-retardant: IEC , EN , VDE No flame spread on bunched cables: IEC and -3-24, EN , -24, VDE Circuit integrity FE180: IEC and -21, VDE Circuit integrity with mechanical shock: EN PH90 (up to 20 mm Ø) System circuit integrity: DIN , E30 or E60, depending on laying system Thermal characteristics Operating temperature Laying temperature Short-circuit temperature (peak temperature < 5 s) 30 C to +90 C 5 C to +70 C up to +250 C 12/2018

22 BETAflam 22 Safety cables BETAflam NHXCH FE180/E30 E60 Cable type Nominal cross -section Core function Outer Ø Weight n mm² mm kg/km Order no. NHXCH FE180/E30 E RE/1.5 LN NHXCH FE180/E30 E RE/2.5 LN NHXCH FE180/E30 E RE/4 LN NHXCH FE180/E30 E RE/6 LN NHXCH FE180/E30 E RE/10 LN NHXCH FE180/E30 E RE/1.5 3L NHXCH FE180/E30 E RE/2.5 3L NHXCH FE180/E30 E RE/4 3L NHXCH FE180/E30 E RE/6 3L NHXCH FE180/E30 E RE/10 3L NHXCH FE180/E30 E RM/16 3L NHXCH FE180/E30 E RM/16 3L NHXCH FE180/E30 E RM/16 3L NHXCH FE180/E30 E RM/25 3L NHXCH FE180/E30 E RM/35 3L NHXCH FE180/E30 E RM/50 3L NHXCH FE180/E30 E RM/70 3L NHXCH FE180/E30 E RM/70 3L NHXCH FE180/E30 E RM/95 3L NHXCH FE180/E30 E RM/120 3L NHXCH FE180/E30 E RE/1.5 3LN NHXCH FE180/E30 E RE/2.5 3LN NHXCH FE180/E30 E RE/4 3LN NHXCH FE180/E30 E RE/6 3LN NHXCH FE180/E30 E RE/10 3LN NHXCH FE180/E30 E RM/16 3LN NHXCH FE180/E30 E RM/16 3LN NHXCH FE180/E30 E RM/16 3LN NHXCH FE180/E30 E RM/25 3LN NHXCH FE180/E30 E RM/35 3LN NHXCH FE180/E30 E RM/50 3LN NHXCH FE180/E30 E RM/70 3LN NHXCH FE180/E30 E RM/70 3LN NHXCH FE180/E30 E RM/95 3LN NHXCH FE180/E30 E RM/120 3LN NHXCH FE180/E30 E RE/2.5 NR NHXCH FE180/E30 E RE/2.5 NR NHXCH FE180/E30 E RE/2.5 NR NHXCH FE180/E30 E RE/4 NR NHXCH FE180/E30 E RE/6 NR NHXCH FE180/E30 E RE/10 NR RE = round single-wire, class 1 RS = round stranded, class 2 L = phase conductor colour BN/BK/GY N = neutral conductor colour BU NR = phase conductor colour BK /numbered 12/2018

23 Safety cables 23 BETAflam BETAflam safety cables DIN VDE 0266 Benefits REACH Maximum safety performance System integrity acc. to DIN 4102 Part 12 DIN approval with LEONI BETAfixss laying system Halogen-free REACH-compliant BETAflam NHXH FE180/E90 Applications Three-phase power cable 0.6/1 kv for fixed installation in electrical cable systems with improved fire behaviour and system integrity according to DIN 4102 Part 12, e.g.: Pressure boosting systems for providing extinguishing water supplies Smoke extraction systems, etc. Recommended in public buildings, tunnels etc. to protect human life and health as well as constructions and their equipment. Construction Conductors Taping Core insulation Shared inner covering Sheath Core colours Sheath colour Electrical characteristics Nominal voltage Test voltage Thermal characteristics Operating temperature Laying temperature Bare annealed copper MICA tape BETAflam cross-linked Tape or filler BETAflam copolymer acc. to VDE 0266 and HD 308 S2 Orange U 0 /U 0.6/1 kv 4 kv at 50 Hz Short-circuit temperature up to +250 C (peak temperature < 5 s) 30 C to +90 C 5 C to +70 C Bending radius During laying Fixed Laying conditions Fixed, indoors, in air or concrete Single-core Multicore >15 outer Ø >12 outer Ø >8 outer Ø >7 outer Ø Installation in earth or water only in tubes where water cannot collect Installation outdoors only when protected from direct sunlight and external impacts Standards/material properties Halogen-free: IEC , EN , VDE No corrosive gases: IEC , EN , VDE No toxic gases: NF X Low smoke density: IEC and -2, EN and -2, VDE and -2 Flame-retardant: IEC , EN , VDE No flame spread on bunched cables: IEC and -3-24, EN , -24, VDE Circuit integrity FE180: IEC and -21, VDE Circuit integrity with mechanical shock: EN PH 90 (up to 20 mm Ø) and EN P 90 (>20 mm up to 45 mm Ø) System circuit integrity: DIN E90, depending on laying system Water extinguishing systems: VdS 2.5 mm² 12/2018

24 BETAflam 24 Safety cables BETAflam NHXH FE180/E90 Cable type Nominal cross -section Core function Outer Ø Weight n mm² mm kg/km Order no. NHXH J FE180/E RE PE * NHXH J FE180/E RM PE NHXH J FE180/E RM PE NHXH J FE180/E RM PE NHXH J FE180/E RM PE NHXH J FE180/E RM PE NHXH J FE180/E RM PE NHXH J FE180/E RM PE NHXH J FE180/E RM PE NHXH J FE180/E RM PE NHXH J FE180/E RM PE NHXH J FE180/E RM PE NHXH J FE180/E RM PE NHXH J FE180/E RM PE NHXH O FE180/E RE L * NHXH O FE180/E RM L NHXH O FE180/E RM L NHXH O FE180/E RM L NHXH O FE180/E RM L NHXH O FE180/E RM L NHXH O FE180/E RM L NHXH O FE180/E RM L NHXH O FE180/E RM L NHXH O FE180/E RM L NHXH O FE180/E RM L NHXH O FE180/E RM L NHXH O FE180/E RM L NHXH O FE180/E RM L NHXH O FE180/E RE LN NHXH O FE180/E RE LN NHXH O FE180/E RE LN NHXH O FE180/E RE LN NHXH O FE180/E RE LN NHXH O FE180/E RM LN NHXH O FE180/E RM LN NHXH J FE180/E RE LNPE NHXH J FE180/E RE LNPE ** NHXH J FE180/E RE LNPE NHXH J FE180/E RE LNPE NHXH J FE180/E RE LNPE NHXH J FE180/E RE LNPE NHXH J FE180/E RM LNPE NHXH J FE180/E RM LNPE NHXH J FE180/E RM LNPE NHXH J FE180/E RM LNPE NHXH J FE180/E RM LNPE NHXH J FE180/E RM LNPE NHXH J FE180/E RM LNPE NHXH J FE180/E RM LNPE J = with GN/YE core -O = without GN/YE core RE = round single-wire, class 1 RS = round stranded, class 2 L = phase conductor colour BN/BK/GY N = neutral conductor colour BU NR = phase conductor colour BK /numbered PE = protective earth colour GN/YE * On request ** In a length of m Other designs on request 12/2018

25 BETAflam NHXH FE180/E90 Safety cables 25 BETAflam Cable type Nominal cross -section Core function Outer Ø Weight n mm² mm kg/km Order no. NHXH J FE180/E RM LNPE NHXH J FE180/E RM 3LPE NHXH J FE180/E RM 3LPE NHXH J FE180/E RM 3LPE NHXH J FE180/E RM 3LPE NHXH J FE180/E RM 3LPE NHXH J FE180/E RM 3LPE NHXH J FE180/E RM 3LPE NHXH J FE180/E RM 3LPE NHXH J FE180/E RM 3LPE NHXH J FE180/E RE 3LPE NHXH J FE180/E RE 3LPE NHXH J FE180/E RE 3LPE NHXH J FE180/E RE 3LPE NHXH J FE180/E RE 3LPE NHXH J FE180/E RM 3LPE NHXH J FE180/E RM 3LPE NHXH J FE180/E RM 3LPE NHXH J FE180/E RM 3LPE NHXH J FE180/E RM 3LPE NHXH J FE180/E RM 3LPE NHXH J FE180/E RM 3LPE NHXH J FE180/E RM 3LPE NHXH J FE180/E RM 3LPE NHXH J FE180/E RM 3LPE NHXH J FE180/E RE 3LNPE NHXH J FE180/E RE 3LNPE NHXH J FE180/E RE 3LNPE NHXH J FE180/E RE 3LNPE NHXH J FE180/E RE 3LNPE NHXH J FE180/E RM 3LNPE NHXH J FE180/E RM 3LNPE NHXH J FE180/E RM 3LNPE NHXH J FE180/E RM 3LNPE NHXH J FE180/E RM 3LNPE NHXH J FE180/E RM 3LNPE NHXH J FE180/E RE NRPE NHXH J FE180/E RE NRPE NHXH J FE180/E RE NRPE NHXH J FE180/E RE NRPE * NHXH J FE180/E RE NRPE * NHXH J FE180/E RE NRPE NHXH J FE180/E RE NRPE NHXH J FE180/E RE NRPE NHXH J FE180/E RE NRPE NHXH J FE180/E RE NRPE J = with GN/YE core -O = without GN/YE core RE = round single-wire, class 1 RS = round stranded, class 2 L = phase conductor colour BN/BK/GY N = neutral conductor colour BU NR = phase conductor colour BK /numbered PE = protective earth colour GN/YE * On request ** In a length of m Other designs on request 12/2018

26 BETAflam 26 Safety cables BETAflam safety cables DIN VDE 0266 Benefits REACH Maximum safety performance System integrity acc. to DIN 4102 Part 12 DIN approval with LEONI BETAfixss laying system Halogen-free REACH-compliant BETAflam NHXCH FE180/E90 Applications Three-phase power cable 0.6/1 kv with concentric outer conductor for fixed installation in electrical cable systems with improved fire behaviour and system integrity according to DIN 4102 Part 12, e.g. for: Pressure boosting systems for providing extinguishing water supplies Smoke extraction systems, etc. Recommended in public buildings, tunnels etc. to protect human life and health as well as constructions and their equipment. Bending radius During laying Fixed Laying conditions Fixed, indoors, in air or concrete Single-core Multicore >15 outer Ø >12 outer Ø >8 outer Ø >7 outer Ø Installation in earth or water only in tubes where water cannot collect Installation outdoors only when protected from direct sunlight and external impacts Construction Conductors Taping Core insulation Shared inner covering Conc. outer conductor Sheath Core colours Sheath colour Electrical characteristics Nominal voltage Test voltage Thermal characteristics Operating temperature Laying temperature Bare annealed copper MICA tape BETAflam cross-linked Tape or filler Copper wires with binder BETAflam copolymer acc. to VDE 0266 and HD 308 S2 Orange U 0 /U 0.6/1 kv 4 kv at 50 Hz Short-circuit temperature up to +250 C (peak temperature < 5 s) 30 C to +90 C 5 C to +70 C Standards/material properties Halogen-free: IEC , EN , VDE No corrosive gases: IEC , EN , VDE No toxic gases: NF X Low smoke density: IEC and -2, EN and -2, VDE and -2 Flame-retardant: IEC , EN , VDE No flame spread on bunched cables: IEC and -3-24, EN , -24, VDE Circuit integrity FE180: IEC and -21, VDE Circuit integrity with mechanical shock: EN PH90 (up to 20 mm Ø) System circuit integrity: DIN E90, depending on laying system Water extinguishing systems: VdS 2.5 mm² 12/2018

27 BETAflam NHXCH FE180/E90 Safety cables 27 BETAflam Cable type Nominal cross -section Core function Outer Ø Weight n mm² mm kg/km Order no. NHXCH FE180/E RE/1.5 LN NHXCH FE180/E RE/2.5 LN NHXCH FE180/E RE/4 LN NHXCH FE180/E RE/6 LN NHXCH FE180/E RE/10 LN NHXCH FE180/E RE/1.5 3L NHXCH FE180/E RE/2.5 3L NHXCH FE180/E RE/4 3L NHXCH FE180/E RE/6 3L NHXCH FE180/E RE/10 3L NHXCH FE180/E RM/16 3L NHXCH FE180/E RM/16 3L NHXCH FE180/E RM/16 3L NHXCH FE180/E RM/25 3L NHXCH FE180/E RM/35 3L NHXCH FE180/E RM/50 3L NHXCH FE180/E RM/70 3L NHXCH FE180/E RM/70 3L NHXCH FE180/E RM/95 3L NHXCH FE180/E RM/120 3L NHXCH FE180/E RE/1.5 3LN NHXCH FE180/E RE/2.5 3LN NHXCH FE180/E RE/4 3LN NHXCH FE180/E RE/6 3LN NHXCH FE180/E RE/10 3LN NHXCH FE180/E RM/16 3LN NHXCH FE180/E RM/16 3LN NHXCH FE180/E RM/16 3LN NHXCH FE180/E RM/25 3LN NHXCH FE180/E RM/35 3LN NHXCH FE180/E RM/50 3LN NHXCH FE180/E RM/70 3LN NHXCH FE180/E RM/70 3LN NHXCH FE180/E RM/95 3LN NHXCH FE180/E RM/120 3LN NHXCH FE180/E RE/2.5 NR NHXCH FE180/E RE/2.5 NR NHXCH FE180/E RE/2.5 NR NHXCH FE180/E RE/4 NR NHXCH FE180/E RE/6 NR NHXCH FE180/E RE/10 NR NHXCH FE180/E RE/6 NR NHXCH FE180/E RE/10 NR RE = round single-wire, class 1 RS = round stranded, class 2 L = phase conductor colour BN/BK/GY N = neutral conductor colour BU NR = phase conductor colour BK /numbered 12/2018

28 BETAflam 28 Safety cables BETAflam signal and fire alarm cables DIN VDE 0815 Benefits REACH System integrity acc. to DIN 4102 Part 12 DIN approval with LEONI BETAfixss laying system Halogen-free REACH-compliant Flexible and compact BETAflam JE-H(St)H FE180/E30 S Applications Shielded installation cable for telecommunications and information processing systems. For fixed installation in electrical cable systems with improved fire behaviour and system integrity according to DIN 4102 Part 12, e.g. for: Fire alarm systems, voice alarm systems, etc. Recommended in public buildings, tunnels etc. to protect human life and health as well as constructions and their equipment. Construction Conductors Core insulation Taping Shielding Sheath Core colours Sheath colour Electrical characteristics Operating voltage Test voltage Bare annealed copper Silicone Polyester tape Aluminium-coated film with drain wire 0.8 mm Ø BETAflam copolymer As per VDE 0815 (BU/RD, GY/YE, GN/BN, WH/BK) Orange or red (fire alarm cables) 225 V peak value 0.5/2 kv, 50 Hz Bending radius During laying Fixed Laying conditions Fixed, in humid or dry rooms Surface/concealed installation Not for laying in earth or concrete >12 outer Ø >8 outer Ø Installation outdoors only when protected from direct sunlight and external impacts Standards/material properties Halogen-free: IEC ; EN ; VDE No corrosive gases: IEC ; EN ; VDE Low smoke density: IEC and -2; EN and -2; VDE and -2 Flame-retardant: IEC ; EN ; VDE No flame spread on bunched cables: IEC EN , and -3-24; VDE , and Circuit integrity FE180: IEC and -23; VDE System circuit integrity: DIN , E30, depending on laying system Thermal characteristics Operating temperature Laying temperature 30 C to +70 C 5 C to +50 C 12/2018

29 BETAflam JE-H(St)H FE180/E30 S Safety cables 29 BETAflam Cable type JE-H(St)H FE180/E30 S Sheath colour Nominal cross -section Outer Ø Weight n 2 mm mm kg/km Order no. Orange Orange Orange ** Orange *** Orange Orange ** Orange Orange Orange JE-H(St)H FE180/E30 S Red Red Red ** Red *** Red Red ** Red Red Red JE-H(St)H FE180/E30 S Red mm * Red mm * Core colours as per VDE 0815: BU/RD BU/RD GY/YE GN/BN WH/BK Cables mm are stranded as quad pairs Other designs on request * On request ** In a length of m *** In a length of m Other designs on request 12/2018

30 BETAflam 30 Safety cables BETAflam signal and fire alarm cables DIN VDE 0815 Benefits REACH Maximum safety performance System integrity acc. to DIN 4102 Part 12 DIN approval with LEONI BETAfixss laying system Halogen-free REACH-compliant BETAflam JE-H(St)H FE180/E30 E90 Applications Shielded installation cable for telecommunications and information processing systems. For fixed installation in electrical cable systems with improved fire behaviour and system integrity according to DIN 4102 Part 12, e.g. for: Fire alarm systems, voice alarm systems, etc. Recommended in public buildings, tunnels etc. to protect human life and health as well as constructions and their equipment. Construction Conductors Taping Core insulation Taping Shielding Sheath Core colours Sheath colour Electrical characteristics Operating voltage Test voltage Bare annealed copper MICA tape BETAflam copolymer Polyester and glass fiber tape Aluminium-coated film with drain wire 0.8 mm Ø BETAflam copolymer As per VDE 0815 (BU/RD, GY/YE, GN/BN, WH/BK) Orange or red (fire alarm cable) 225 V peak value 0.5/2 kv, 50 Hz Bending radius During laying Fixed Laying conditions Fixed, in humid or dry rooms Surface/concealed installation Not for laying in earth or concrete >12 outer Ø >8 outer Ø Installation outdoors only when protected from direct sunlight and external impacts Standards/material properties Halogen-free: IEC , EN , VDE No corrosive gases: IEC , EN , VDE No toxic gases: NF X Low smoke density: IEC and -2, EN and -2, VDE and -2 Flame-retardant: IEC , EN , VDE No flame spread on bunched cables: IEC and -3-24, EN , -24, VDE Circuit integrity FE180: IEC and -23, VDE Circuit integrity with mechanical shock: EN PH90 (up to 20 mm Ø) System circuit integrity: DIN , E30, E60, E90, depending on laying system Thermal characteristics Operating temperature Laying temperature 30 C to +70 C 5 C to +50 C 12/2018

31 BETAflam JE-H(St)H FE180/E30 E90 Safety cables 31 BETAflam Cable type JE-H(St)H FE180/E30 E90 Sheath colour Nominal cross -section Outer Ø Weight n 2 mm mm kg/km Order no. Orange Orange Orange ** Orange Orange ** Orange Orange Orange * Orange Orange Orange * Orange JE-H(St)H FE180/E30-E90 Core colours as per VDE 0815: BU/RD GY/YE GN/BN WH/BK Cables 2 2 mm are stranded as quad pair Other designs on request Red Red Red ** Red Red ** Red Red Red * Red Red Red * Red * On request ** In a length of m Other designs on request 12/2018

32 BETAflam 32 Safety cables BETAflam fire alarm cables DIN VDE 0815 Benefits REACH Maximum safety performance System integrity acc. to DIN 4102 Part 12 DIN approval with LEONI BETAfixss laying system Halogen-free REACH-compliant BETAflam JE-H(St)HRH FE180/E30 E90 Applications Shielded installation cable with steel braid armour, for the transmission of message/control signals. For fixed installation in electrical cable systems with improved fire behaviour and system integrity according to DIN 4102 Part 12, e.g. for: Fire alarm systems, voice alarm systems, etc. Recommended in public buildings, tunnels etc. to protect human life and health as well as constructions and their equipment. Construction Conductors Taping Core insulation Taping Shielding Sheath Armouring Outer sheath Core colours Sheath colour Electrical characteristics Operating voltage Test voltage Bare annealed copper MICA tape BETAflam copolymer Polyester and glass fiber tape Aluminium-coated film with drain wire 0.8 mm Ø BETAflam copolymer Steel wire braid, galvanised BETAflam copolymer As per VDE 0815 (BU/RD, GY/YE, GN/BN, WH/BK) Red (fire alarm cable) 225 V peak value 0.5/2 kv, 50 Hz Bending radius During laying Fixed Laying conditions Fixed, in humid or dry rooms Surface/concealed installation Not for laying in earth or concrete >12 outer Ø >8 outer Ø Installation outdoors only when protected from direct sunlight and external impacts Standards/material properties Halogen-free: IEC , EN , VDE No corrosive gases: IEC , EN , VDE No toxic gases: NF X Low smoke density: IEC and -2, EN and -2, VDE and -2 Flame-retardant: IEC , EN , VDE No flame spread on bunched cables: IEC and -3-24, EN , -24, VDE Circuit integrity FE180: IEC and -23, VDE Circuit integrity with mechanical shock: EN PH90 (up to 20 mm Ø) System circuit integrity: DIN , E30, E60, E90, depending on laying system Thermal characteristics Operating temperature Laying temperature 30 C to +70 C 5 C to +50 C 12/2018

33 BETAflam JE-H(St)HRH FE180/E30 E90 Safety cables 33 BETAflam Cable type JE-H(St)HRH FE180/E30-E90 Sheath colour Nominal cross -section Core colours as per VDE 0815: BU/RD GY/YE GN/BN WH/BK Cables 2 2 mm are stranded as quad pair Other designs on request Outer Ø Weight n 2 mm mm kg/km Order no. Red Red Red Red Red * Red Red Red Red * On request Other designs on request 12/2018

34 BETAflam 34 Safety cables BETAflam signal and fire alarm cables DIN VDE 0815 Benefits REACH System integrity acc. to DIN 4102 Part 12 DIN approval with LEONI BETAfixss laying system Halogen-free REACH-compliant Flexible and compact BETAflam JE-HH FE180/E30 S Applications Unshielded installation cable for telecommunications and public address systems. For fixed installation in electrical cable systems with improved fire behaviour and system integrity according to DIN 4102 Part 12, e.g. for: Fire alarm systems, voice alarm systems, etc. Recommended in public buildings, tunnels etc. to protect human life and health as well as constructions and their equipment. Construction Conductors Core insulation Taping Sheath Core colours Sheath colour Electrical characteristics Operating voltage Test voltage Bare annealed copper Silicone Polyester tape BETAflam copolymer As per VDE 0815 (BU/RD) Orange or red (fire alarm cable) 225 V peak value 0.5/2 kv, 50 Hz Bending radius During laying Fixed Laying conditions Fixed, in humid or dry rooms Surface/concealed installation Not for laying in earth or concrete >12 outer Ø >8 outer Ø Installation outdoors only when protected from direct sunlight and external impacts Standards/material properties Halogen-free: IEC , EN , VDE No corrosive gases: IEC , EN , VDE Low smoke density: IEC and -2, EN and -2, VDE and -2 Flame-retardant: IEC , EN , VDE No flame spread on bunched cables: IEC EN , and -3-24, VDE , and Circuit integrity FE180: IEC and -23, VDE System circuit integrity: DIN E30 E60, depending on laying system Thermal characteristics Operating temperature Laying temperature 30 C to +70 C 5 C to +50 C 12/2018

35 BETAflam JE-HH FE180/E30 S Safety cables 35 BETAflam Cable type JE-HH FE180/E30 S Sheath colour Nominal cross -section Outer Ø mm Weight kg/km Orange mm * Order no. Orange mm Orange mm * JE-HH FE180/E30 S Other designs on request Red mm Red mm Red mm * On request Other designs on request 12/2018

36 BETAflam 36 Safety cables BETAflam cables Swiss standard CH-N1EZ1-U/-R CPR D ca CCHDA BETAflam FE0D REACH Benefits Economical, halogen-free, tried and tested installation cable Medium-level fire behaviour requirements according to CPR Tube sheath: quickly and easily to strip Low fire load Low weight, space-saving Environmentally-friendly and halogen-free Applications Inexpensive, halogen-free installation cable offering a medium level of fire safety (CPR). For fixed and protected installation in tubes and cable ducts or on cable trays. Not for unprotected installation in earth or water. Protect from direct sunlight. Construction Conductors Core insulation Core identification Sheath Sheath colour Electrical characteristics Nominal voltage Test voltage Bare annealed copper, IEC Polyethylene As per HD 308 S2 BETAflam copolymer Grey U 0 /U = 600/1000 V (for fixed and protected installation) 3500 V, 50 Hz Thermal characteristics Operating temperature 20 C to +70 C Bending radius During laying Fixed Single-core Fire resistance properties according to CPR Multicore >12 outer Ø >10 outer Ø >9 outer Ø >6 outer Ø D ca -s2, d2, a2 EN 50575, EN Fire behaviour D ca EN Low acidity of combustion gases EN halogen-free a2 Medium smoke production s2 EN Flaming droplets d2 EN Flame retardant EN Material selection RoHS-compliant 12/2018

37 BETAflam FE0D Safety cables 37 BETAflam Cable type Nominal cross -section Core function Outer Ø Weight n mm² mm kg/km Order no. CPR declaration of performance ID CCHDA FE0D 1 G 6 RS PE FE0D 1 G 16 RSW PE FE0D 1 G 25 RSW PE FE0D 1 G 35 RSW PE FE0D 1 G 50 RSW PE/PEN FE0D 1 G 70 RSW PE/PEN FE0D 1 G 95 RSW PE/PEN FE0D 1 G 120 RSW PE/PEN FE0D 1 G 150 RSW PE/PEN FE0D 1 G 185 RSW PE/PEN FE0D 1 G 240 RSW PE/PEN FE0D 1 G 300 RSW PE/PEN FE0D 1 25 RM L FE0D 1 35 RM N FE0D 1 35 RM L FE0D 1 50 RM L FE0D 1 50 RM N FE0D 1 70 RM L FE0D 1 70 RM N FE0D 1 95 RM L FE0D 1 95 RM N FE0D RM L FE0D RM N FE0D RM L FE0D RM N FE0D RM L FE0D RM N FE0D RM L FE0D RM N FE0D RM L FE0D RM L FE0D RE 2L FE0D RE LN FE0D RE 2L FE0D 2 6 RE 2L FE0D 2 10 RM RD, LBU FE0D 3 G 1.5 RS LNPE FE0D 3 G 1.5 RS 2LPE FE0D RE 3L FE0D 3 G 2.5 RS LNPE FE0D 3 G 2.5 RS 2LPE FE0D 3 G 4 RS LNPE FE0D 3 G 6 RS LNPE FE0D 3 G 10 RSW LNPE G = with GN/YE core RE = round single-wire, class 1 RM = round stranded, class 2 L = phase conductor colour BN/BK/GY N = neutral conductor colour BU NR = phase conductor colour BK /numbered PE = protective earth colour GN/YE Other designs on request You can download the corresponding declaration of performance from our website by entering the declaration of performance ID. 12/2018

38 BETAflam 38 Safety cables BETAflam FE0D Cable type Nominal cross -section Core function Outer Ø Weight n mm² mm kg/km Order no. FE0D 4 G 1.5 RS 3LPE FE0D 4 G 1.5 RS 2LNPE FE0D RE NR FE0D 4 G 2.5 RS 3LPE FE0D 4 G 4 RS 3LPE FE0D 4 G 6 RS 3LPE FE0D 4 G 10 RSW 3LPE FE0D 4 G 16 RSW 3LPE FE0D 4 G 35 RSW 3LPE FE0D 4 G 50 RSW 3LPE FE0D 4 G 70 RSW 3LPE FE0D 4 G 95 RSW 3LPE FE0D 5 G 1.5 RS 3LNPE FE0D 5 G 2.5 RS 3LNPE FE0D 5 G 4 RS 3LNPE FE0D 5 G 6 RS 3LNPE FE0D 5 G 10 RSW 3LNPE FE0D 5 G 16 RSW 3LNPE FE0D 5 G 25 RSW 3LNPE FE0D 5 G 35 RSW 3LNPE FE0D 5 G 50 RSW 3LNPE FE0D 5 G 70 RSW 3LNPE FE0D 5 G 95 RSW 3LNPE FE0D 6 G 1.5 RS NRPE FE0D RE NR FE0D 6 G 1.5 RS NRNPE FE0D 7 G 1.5 RS NRPE FE0D 7 G 1.5 RS NRNPE FE0D 7 G 2.5 RS NRNPE FE0D 7 G 4 RS NRPE FE0D 7 G 6 RS NRPE FE0D 7 G 10 RSW NRPE FE0D 7 G 16 RSW NRPE FE0D 8 G 1.5 RS NRPE FE0D 8 G 1.5 RS NRNPE FE0D RE NR FE0D 8 G 4 RS NRNPE FE0D 10 G 1.5 RS NRPE FE0D 10 G 1.5 RS NRNPE FE0D 10 G 4 RS NRPE G = with GN/YE core RE = round single-wire, class 1 RM = round stranded, class 2 L = phase conductor colour BN/BK/GY N = neutral conductor colour BU NR = phase conductor colour BK /numbered PE = protective earth colour GN/YE Other designs on request You can download the corresponding declaration of performance from our website by entering the declaration of performance ID. 12/2018

39 BETAflam FE0D Safety cables 39 BETAflam Cable type Nominal cross -section Core function Outer Ø Weight n mm² mm kg/km Order no. FE0D 12 G 1.5 RS NRPE FE0D 12 G 1.5 RS NRNPE FE0D RE NR FE0D 12 G 2.5 RS NRPE FE0D 12 G 2.5 RS NRNPE FE0D 16 G 1.5 RS NRPE FE0D 16 G 1.5 RS NRNPE FE0D 19 G 1.5 RS NRPE FE0D 19 G 2.5 RS NRPE FE0D 21 G 1.5 RS NRNPE FE0D 21 G 1.5 RS NRPE FE0D 24 G 1.5 RS NRPE FE0D 24 G 2.5 RS NRPE FE0D 25 G 1.5 RS NRPE FE0D 25 G 2.5 RS NRPE FE0D 27 G 1.5 RS NRPE FE0D 27 G 2.5 RS NRPE FE0D 30 G 1.5 RS NRPE FE0D 33 G 1.5 RS NRPE FE0D 37 G 1.5 RS NRPE FE0D 40 G 2.5 RS NRPE G = with GN/YE core RE = round single-wire, class 1 RM = round stranded, class 2 L = phase conductor colour BN/BK/GY N = neutral conductor colour BU NR = phase conductor colour BK /numbered PE = protective earth colour GN/YE Other designs on request You can download the corresponding declaration of performance from our website by entering the declaration of performance ID. 12/2018

40 BETAflam 40 Safety cables BETAflam cables Swiss standard CH-N1EZ1-U/-R CPR C ca CCHDA REACH Benefits High level of fire safety according to CPR Suitable for escape routes according to the Swiss VKF fire prevention guideline Sheath colour as recommended for escape routes Simple and easy to strip Environmentally-friendly and halogen-free BETAflam FE05C Applications Halogen-free installation cable for demanding fire behaviour requirements. For fixed and protected installation in tubes and cable ducts or on cable trays. Especially suitable for installation in buildings, tunnels, manufacturing plants, etc., where demanding fire behaviour requirements are necessary. Not for unprotected installation in earth or water. Protect from direct sunlight. Thermal characteristics Operating temperature 20 C to +90 C Bending radius Single-core Multicore During laying >12 outer Ø >10 outer Ø Fixed >9 outer Ø >6 outer Ø Construction Conductors Insulation Core identification Sheath Sheath colour Electrical characteristics Nominal voltage Test voltage Bare annealed copper, IEC Thermoplastic, halogen-free As per HD 308 S2 BETAflam copolymer Yellow U 0 /U = 600/1000 V (for fixed and protected installation) 3500 V, 50 Hz Fire resistance properties according to CPR C ca -s1, d1, a1 EN 50575, EN EN Fire behaviour C ca EN Very low acidity of combustion gases EN halogen-free a1 Low smoke production s1 EN No burning droplets burning longer than 10 s d1 EN Flame retardant EN Material selection RoHS-compliant 12/2018

41 BETAflam FE05C Safety cables 41 BETAflam Cable type Nominal cross -section Core function Outer Ø Weight n mm² mm kg/km Order no. CPR declaration of performance ID CCHDA FE05C 1 10 RM L FE05C 1 G 10 RSW PE FE05C 1 16 RM L FE05C 1 G 16 RSW PE FE05C 1 25 RM L FE05C 1 G 25 RSW PE FE05C 1 35 RM L FE05C 1 G 35 RSW PE FE05C 1 50 RM L FE05C 1 G 50 RSW PE FE05C 1 70 RM L FE05C 1 G 70 RSW PE FE05C 1 95 RM L FE05C 1 G 95 RSW PE FE05C RM L FE05C 1 G 120 RSW PE FE05C RM L FE05C 1 G 150 RSW PE FE05C RM L FE05C 1 G 185 RSW PE FE05C RM L FE05C 1 G 240 RSW PE FE05C RM L FE05C RM L On request FE05C RE 2L FE05C RE 2L FE05C 2 4 RE 2L FE05C 2 6 RE 2L FE05C 3 G 1.5 RS LNPE FE05C 3 G 1.5 RS 2LPE FE05C 3 G 2.5 RS LNPE FE05C 3 G 4 RS LNPE FE05C 3 G 6 RS LNPE FE05C 3 G 10 RSW LNPE FE05C 3 G 16 RSW LNPE FE05C 4 G 1.5 RS 3LPE FE05C 4 G 1.5 RS 2LNPE FE05C 4 G 2.5 RS 3LPE FE05C 4 G 4 RS 3LPE FE05C 4 G 6 RS 3LPE FE05C 4 G 10 RSW 3LPE FE05C 4 G 16 RSW 3LPE FE05C 4 G 25 RSW 3LPE FE05C 4 G 35 RSW 3LPE FE05C 4 G 50 RSW 3LPE FE05C 4 G 70 RSW 3LPE FE05C 4 G 95 RSW 3LPE RE = round single-wire, class 1 RM = round stranded, class 2 PE = protective earth colour GN/YE G = with GN/YE core L = phase conductor colour BN/BK/GY N = neutral conductor colour BU NR = phase conductor colour BK /numbered Other designs on request You can download the corresponding declaration of performance from our website by entering the declaration of performance ID. 12/2018

42 BETAflam 42 Safety cables BETAflam FE05C Cable type Nominal cross -section Core function Outer Ø Weight n mm² mm kg/km Order no. FE05C 5 G 1.5 RS 3LNPE FE05C 5 G 2.5 RS 3LNPE FE05C 5 G 4 RS 3LNPE FE05C 5 G 6 RS 3LNPE FE05C 5 G 10 RSW 3LNPE FE05C 5 G 16 RSW 3LNPE FE05C 5 G 25 RSW 3LNPE FE05C 5 G 35 RSW 3LNPE FE05C 5 G 50 RSW 3LNPE FE05C 5 G 70 RSW 3LNPE FE05C 5 G 95 RSW 3LNPE FE05C 6 G 1.5 RS NRPE FE05C 6 G 2.5 RS NRPE FE05C 7 G 1.5 RS NRPE FE05C 7 G 2.5 RS NRPE FE05C 7 G 4 RS NRPE FE05C 7 G 6 RS NRPE FE05C 7 G 10 RSW NRPE FE05C 8 G 1.5 RS NRPE FE05C 8 G 4 RS NRPE FE05C 10 G 1.5 RS NRPE FE05C 10 G 4 RS NRPE FE05C 12 G 1.5 RS NRPE FE05C 12 G 2.5 RS NRPE FE05C 16 G 1.5 RS NRPE FE05C 16 G 2.5 RS NRPE FE05C 19 G 1.5 RS NRPE FE05C 19 G 2.5 RS NRPE RE = round single-wire, class 1 RM = round stranded, class 2 PE = protective earth colour GN/YE G = with GN/YE core L = phase conductor colour BN/BK/GY N = neutral conductor colour BU NR = phase conductor colour BK /numbered Other designs on request You can download the corresponding declaration of performance from our website by entering the declaration of performance ID. 12/2018

43 BETAflam FE05C Safety cables 43 BETAflam Cable type Nominal cross -section Core function Outer Ø Weight n mm² mm kg/km Order no. FE05C 21 G 1.5 RS NRPE FE05C 24 G 1.5 RS NRPE FE05C 24 G 2.5 RS NRPE FE05C 25 G 1.5 RS NRPE FE05C 25 G 2.5 RS NRPE FE05C 27 G 1.5 RS NRPE FE05C 27 G 2.5 RS NRPE FE05C 30 G 1.5 RS NRPE FE05C 33 G 1.5 RS NRPE FE05C 33 G 2.5 RS NRPE FE05C 37 G 1.5 RS NRPE FE05C 40 G 2.5 RS NRPE RE = round single-wire, class 1 RM = round stranded, class 2 PE = protective earth colour GN/YE G = with GN/YE core L = phase conductor colour BN/BK/GY N = neutral conductor colour BU NR = phase conductor colour BK /numbered Other designs on request You can download the corresponding declaration of performance from our website by entering the declaration of performance ID. 12/2018

44 BETAflam 44 Safety cables BETAflam cables Swiss standard CH-N1MZ1Z1-U/-R Benefits REACH Maximum safety performance System integrity acc. to DIN 4102 Part 12 Halogen-free REACH-compliant BETAflam FE180 / E30 Applications Halogen-free safety cables for fixed and protected installation: In tubes, in ducts and on cable laying systems Concealed installation in buildings, tunnels and manufacturing facilities, Not for unprotected installation in ground or water Construction Conductor Flame barrier Insulation Core identification Sheath Sheath colour Electrical characteristics Nominal voltage Test voltage Bare annealed copper, IEC MICA tape BETAflam copolymer As per HD 308 S2 BETAflam copolymer Orange U 0 /U = 600/1000 V (for fixed and protected installation) 3500 V, 50 Hz Thermal characteristics Operating temperature 25 C to +90 C Bending radius Nominal cross -section During laying Fixed Standards/material properties Structure: SEV TP20B/3C Single-core Multicore >12 outer Ø >10 outer Ø >9 outer Ø >6 outer Ø Halogen-free: IEC , EN , VDE No corrosive gases: IEC , EN , VDE No toxic gases: NF X Low smoke production: IEC , EN , VDE Flame-retardant: IEC , EN , VDE No flame spread on bunched cables: IEC , EN , -24, VDE Circuit integrity FE180: IEC , VDE System circuit integrity E30: DIN 4102 Part 12 Approvals: Electrosuisse SEV CH-00-IK-0492.ZA1.E, ESTI /2018

45 BETAflam FE180 / E30 Safety cables 45 BETAflam Cable type Nominal cross section Core function Outer Ø Weight n mm² mm kg/km Order no. FE180/E30 1 G 4 RS PE * FE180/E30 1 G 6 RS PE * FE180/E30 1 G 10 RSW PE * FE180/E30 1 G 16 RSW PE * FE180/E30 1 G 25 RSW PE * FE180/E30 1 G 35 RSW PE * FE180/E30 1 G 50 RSW PE FE180/E30 1 G 70 RSW PE FE180/E30 1 G 95 RSW PE FE180/E30 1 G 120 RSW PE FE180/E30 1 G 150 RSW PE FE180/E30 1 G 185 RSW PE FE180/E30 1 G 240 RSW PE FE180/E30 1 G 300 RSW PE * FE180/E RE L * FE180/E RE L * FE180/E RM L * FE180/E RM L * FE180/E RM L * FE180/E RM L * FE180/E RM L FE180/E RM L FE180/E RM L FE180/E RM L FE180/E RM L FE180/E RM L FE180/E RM L FE180/E RM L FE180/E RE 2L FE180/E RE 2L FE180/E RE 2L * FE180/E RE 2L * FE180/E RM 2L * FE180/E RM 2L * FE180/E RM 2L * FE180/E30 3 G 1.5 RS LNPE FE180/E30 3 G 2.5 RS LNPE FE180/E30 3 G 4 RS LNPE FE180/E30 4 G 1.5 RS 3LPE FE180/E30 4 G 2.5 RS 3LPE FE180/E30 4 G 4 RS 3LPE FE180/E30 4 G 6 RS 3LPE FE180/E30 4 G 10 RSW 3LPE FE180/E30 4 G 16 RSW 3LPE FE180/E30 4 G 25 RSW 3LPE FE180/E30 4 G 35 RSW 3LPE FE180/E30 4 G 50 RSW 3LPE FE180/E30 4 G 70 RSW 3LPE FE180/E30 4 G 95 RSW 3LPE FE180/E30 4 G 120 RSW 3LPE * FE180/E30 4 G 150 RSW 3LPE FE180/E30 4 G 185 RSW 3LPE FE180/E30 4 G 240 RSW 3LPE RE = round single-wire, class 1 RM = round stranded, class 2 PE = protective earth colour GN/YE G = with GN/YE core L = phase conductor colour BN/BK/GY N = neutral conductor colour BU NR = phase conductor colour BK /numbered * On request Other designs on request 12/2018

46 BETAflam 46 Safety cables BETAflam FE180 / E30 Cable type Nominal cross section Core function Outer Ø Weight n mm² mm kg/km Order no. FE180/E30 5 G 1.5 RS 3LNPE FE180/E30 5 G 2.5 RS 3LNPE FE180/E30 5 G 4 RS 3LNPE FE180/E30 5 G 6 RS 3LNPE FE180/E30 5 G 10 RSW 3LNPE FE180/E30 5 G 16 RSW 3LNPE FE180/E30 5 G 25 RSW 3LNPE FE180/E30 5 G 35 RSW 3LNPE FE180/E30 5 G 50 RSW 3LNPE FE180/E30 5 G 70 RSW 3LNPE FE180/E30 5 G 95 RSW 3LNPE FE180/E30 7 G 1.5 RS NRPE FE180/E30 7 G 2.5 RS NRPE FE180/E30 7 G 4 RS NRPE FE180/E30 12 G 1.5 RS NRPE FE180/E30 12 G 2.5 RS NRPE FE180/E30 21 G 1.5 RS NRPE FE180/E30 27 G 1.5 RS NRPE RE = round single-wire, class 1 RM = round stranded, class 2 PE = protective earth colour GN/YE G = with GN/YE core L = phase conductor colour BN/BK/GY N = neutral conductor colour BU NR = phase conductor colour BK /numbered * On request Other designs on request 12/2018

47 Safety cables 47 BETAflam BETAflam cables Swiss standard, armoured CH-N1MZ1Z1Z4Z1-U/-R Benefits REACH Maximum safety performance System integrity acc. to DIN 4102 Part 12 Halogen-free REACH-compliant For increased mechanical stresses, e.g. as a cable with rodent protection BETAflam FE180/E30-CLE Applications Halogen-free safety cables. Lightweight, armoured design for fixed and protected installation: In tubes, in ducts and on cable laying systems Concealed installation in buildings, tunnels and manufacturing facilities, Insulation/system integrity on suitable cable trays Not for unprotected installation in ground or water Construction Conductor Flame barrier Insulation Core identification Sheath/colour Sheathing Protective sheath/ colour Electrical characteristics Nominal voltage Test voltage Bare annealed copper, IEC MICA tape BETAflam copolymer As per HD 308 S2 BETAflam copolymer, orange Steel banding (single-core copper tape) BETAflam copolymer, black U 0 /U = 600/1000 V (for fixed and protected installation) 3500 V, 50 Hz Thermal characteristics Operating temperature 25 C to +90 C Bending radius During laying Fixed Standards/material properties Structure: SEV TP20B/3C Single-core Multicore >20 outer Ø >18 outer Ø >12 outer Ø >10 outer Ø Halogen-free: IEC , EN , VDE No corrosive gases: IEC , EN , VDE No toxic gases: NF X Low smoke production: IEC , EN , VDE Flame-retardant: IEC , EN , VDE No flame spread on bunched cables: IEC , EN , -24, VDE Circuit integrity FE180: IEC , VDE System circuit integrity E30: DIN 4102 Part 12 Approvals: Electrosuisse SEV CH-00-IK-0492.ZA1.E, ESTI /2018

48 BETAflam 48 Safety cables BETAflam FE180/E30-CLE Cable type Nominal cross -section Core function Outer Ø Weight n mm² mm kg/km Order no. FE180/E30-CLE RE 2L FE180/E30-CLE RE 2L FE180/E30-CLE 3 G 1.5 RS LNPE FE180/E30-CLE 3 G 2.5 RS LNPE FE180/E30-CLE 3 G 4 RS LNPE FE180/E30-CLE 3 G 6 RS LNPE FE180/E30-CLE 3 G 10 RSW LNPE FE180/E30-CLE 3 G 16 RSW LNPE FE180/E30-CLE 4 G 1.5 RS 3LPE FE180/E30-CLE 4 G 2.5 RS 3LPE * FE180/E30-CLE 4 G 4 RS 3LPE FE180/E30-CLE 4 G 6 RS 3LPE * FE180/E30-CLE 4 G 10 RSW 3LPE * FE180/E30-CLE 4 G 16 RSW 3LPE FE180/E30-CLE 4 G 25 RSW 3LPE FE180/E30-CLE 4 G 35 RSW 3LPE * FE180/E30-CLE 4 G 50 RSW 3LPE FE180/E30-CLE 4 G 70 RSW 3LPE FE180/E30-CLE 4 G 95 RSW 3LPE FE180/E30-CLE 4 G 120 RSW 3LPE * FE180/E30-CLE 4 G 150 RSW 3LPE * FE180/E30-CLE 4 G 185 RSW 3LPE * FE180/E30-CLE 4 G 240 RSW 3LPE * FE180/E30-CLE 5 G 1.5 RS 3LNPE FE180/E30-CLE 5 G 2.5 RS 3LNPE FE180/E30-CLE 5 G 4 RS 3LNPE FE180/E30-CLE 5 G 6 RS 3LNPE FE180/E30-CLE 5 G 10 RSW 3LNPE FE180/E30-CLE 5 G 16 RSW 3LNPE FE180/E30-CLE 5 G 25 RSW 3LNPE FE180/E30-CLE 5 G 35 RSW 3LNPE FE180/E30-CLE 5 G 50 RSW 3LNPE FE180/E30-CLE 5 G 70 RSW 3LNPE FE180/E30-CLE 5 G 95 RSW 3LNPE FE180/E30-CLE 7 G 1.5 RS NRPE FE180/E30-CLE 7 G 2.5 RS NRPE FE180/E30-CLE 7 G 4 RS NRPE FE180/E30-CLE 12 G 1.5 RS NRPE * FE180/E30-CLE 12 G 2.5 RS NRPE FE180/E30-CLE 21 G 1.5 RS NRPE * RE = round single-wire, class 1 RM = round stranded, class 2 PE = protective earth colour GN/YE G = with GN/YE core L = phase conductor colour BN/BK/GY N = neutral conductor colour BU NR = phase conductor colour BK /numbered * On request Other designs on request 12/2018

49 Safety cables 49 ROFLEX ROFLEX robust and flexible connection cable CH-N05BQ-F/CH-N1BQ-F CPR F ca CCHDA REACH Benefits Good abrasion resistance Cold flexibility to 40 C Halogen-free REACH-compliant Resistant to oil and fuel Good weather, ozone and UV resistance Resistant to hydrolysis ROFLEX Applications Suitable for all flexible applications under extreme ambient conditions. Also distinguished by a very high resistance to UV radiation, ozone and mineral oil. Typical applications include: Construction sites Machinery industry Chemicals industry Food industry Agriculture and forestry Municipal operations Traffic Electric hand tools Lamps, etc. Construction Conductors Insulation Core colour Outer sheath Sheath colour Bare annealed copper strand, fine wire, cert. to VDE 0295/ IEC 60228, class 5 Ethylene propylene rubber (EPR), cross-linked 5: Cores acc. to. HD 308 S2 6: Cores black with brightly printed numbers and green/yellow Polyether-based polyurethane (PUR) Orange (other colours on request) Thermal characteristics Max. conductor temperature Fixed installation +90 C Moved occasionally +80 C Temporary fixed installation +120 C Min. ambient temperature Fixed installation 55 C Moved occasionally 40 C Standards/material properties Halogen-free: IEC , EN No corrosive gases: IEC , EN Oil resistance: EN (24 h/100 C) Good abrasion resistance Fire resistance properties according to CPR F ca -s1, d2, a1 EN 50575, EN Fire behaviour F ca EN No corrosive gases EN halogen-free a2 Low smoke production s2 EN Flaming droplets d2 EN Flame-retardant (self-extinguishing) EN Material selection RoHS-compliant Electrical characteristics Nominal voltage U₀/U 1 mm 2 300/500 V, 1.5 mm 2 600/1000 V Test voltage 3500 V Bending radius Fixed installation >4 outer Ø Occasionally moved >8 outer Ø Special features Assembled and shielded cables on request Design featuring customer logo: Minimum order quantities 300 m 10 mm², 100 m 16 mm² According to VDE H05BQ-F/H07BQ-F on request 12/2018

50 ROFLEX 50 Safety cables ROFLEX Cable type Nominal cross -section Core function Core Ø Outer Ø Weight Fire load n mm² mm mm kg/km kwh/m CPR declaration of performance ID CCHDA ROFLEX 2 1 LN ROFLEX 3 G 1 LNPE ROFLEX 4 G 1 2LNPE ROFLEX 4 G 1 3LPE ROFLEX 5 G 1 3LNPE ROFLEX 7 G 1 NRPE Order no. ROFLEX LN ROFLEX 3 G 1.5 LNPE ROFLEX 4 G 1.5 2LNPE ROFLEX 4 G 1.5 3LPE ROFLEX 5 G 1.5 3LNPE ROFLEX 7 G 1.5 NRPE ROFLEX 8 G 1.5 NRPE ROFLEX 10 G 1.5 NRPE * ROFLEX 12 G 1.5 NRPE ROFLEX 16 G 1.5 NRPE ROFLEX LN ROFLEX 3 G 2.5 LNPE ROFLEX 4 G 2.5 2LNPE ROFLEX 4 G 2.5 3LPE ROFLEX 5 G 2.5 3LNPE ROFLEX 7 G 2.5 NRPE ROFLEX 2 4 LN ROFLEX 3 G 4 LNPE ROFLEX 4 G 4 3LPE ROFLEX 5 G 4 3LNPE ROFLEX 7 G 4 NRPE * ROFLEX 2 6 LN * ROFLEX 3 G 6 LNPE ROFLEX 4 G 6 3LPE ROFLEX 5 G 6 3LNPE ROFLEX 7 G 6 NRPE ROFLEX 4 G 10 3LPE ROFLEX 5 G 10 3LNPE ROFLEX 3 G 16 LNPE ROFLEX 4 G 16 3LPE ROFLEX 5 G 16 3LNPE ROFLEX 3 G 25 LNPE ROFLEX 4 G 25 3LPE ROFLEX 5 G 25 3LNPE ROFLEX 4 G 35 3LPE ROFLEX 5 G 35 3LNPE G = with GN/YE core * On request Other designs on request You can download the corresponding declaration of performance from our website by entering the declaration of performance ID. 12/2018

51 ROFLEX Safety cables 51 ROFLEX Cable type Nominal cross -section Core function Core Ø Outer Ø Weight Fire load n mm² mm mm kg/km kwh/m CPR declaration of performance ID CCHDA ROFLEX 1 50 L ROFLEX 1 G 50 PE ROFLEX 4 G 50 3LPE ROFLEX 5 G 50 3LNPE Order no. ROFLEX 4 G 70 3LPE ROFLEX 5 G 70 3LNPE ROFLEX 1 95 L ROFLEX 1 G 95 PE ROFLEX 5 G 95 3LNPE ROFLEX L ROFLEX 1 G 120 PE ROFLEX L ROFLEX 1 G 150 PE ROFLEX L ROFLEX 1 G 185 PE ROFLEX L ROFLEX 1 G 240 PE G = with GN/YE core * On request Other designs on request You can download the corresponding declaration of performance from our website by entering the declaration of performance ID. 12/2018

52 BETAdrive 52 Safety cables BETAdrive motor connection cables Shielded, flame-retardant CPR E ca CCHDA Benefits EMC-optimised shielding Multicore and flexible Symmetrical conductor arrangement Excellent resistance to oils and chemicals Very high fire resistance performance, halogen-free UV- and weather-resistant BETAdrive C-flex Applications This cable has been specially designed and electrically optimised for frequency-converter-controlled electric motors: Suitable for fixed and flexible installation with average mechanical load in dry rooms and rooms with transient humidity Weather- and UV-resistant Construction Conductors Insulation Earthing conductor Taping Shielding Double-layer sheath Sheath colour Bare annealed copper strand, fine wire, cert. to VDE 0295/IEC 60228, class 5 Polyolefin copolymer, core colours acc. to. HD 308 S2 Bare annealed copper strand, fine wire, insulation green/yellow, 3 conductors Halogen-free plastic tape Aluminium foil, covered in tinned fine copper braiding Inside Polyolefin copolymer Outside TPE Black Electrical characteristics Nominal voltage Test voltage Thermal characteristics Continuous operation Short circuit Bending radius During laying Fixed Pull on conductor U₀/U 600 V/1000 V Core/core Core/shielding +90 C +160 C (max. 5 s) Cable Ø < 30 mm 3500 V 2500 V Cable Ø > 30 mm >12 outer Ø >15 outer Ø >8 outer Ø >10 outer Ø Max. 40 N/mm 2 ((3 + 3) conductor cross-section 40 N/mm 2 ) Fire resistance properties according to CPR E ca -s2, d2, a2 EN 50575, EN Fire behaviour D ca EN Low acidity of combustion gases EN halogen-free a2 Medium smoke production s2 EN Flaming droplets d2 EN Flame retardant EN Material selection RoHS-compliant 12/2018

53 BETAdrive C-flex Safety cables 53 BETAdrive Cable type Nominal cross -section Core function Outer Ø Weight Shielding cross-section Fire load n mm² mm kg/km kg/km kwh/m Order no. CPR declaration of performance ID CCHDA BETAdrive C-flex L+3PE BETAdrive C-flex L+3PE BETAdrive C-flex L+3PE BETAdrive C-flex L+3PE BETAdrive C-flex L+3PE BETAdrive C-flex L+3PE BETAdrive C-flex L+3PE BETAdrive C-flex L+3PE BETAdrive C-flex L+3PE BETAdrive C-flex L+3PE BETAdrive C-flex L+3PE BETAdrive C-flex L+3PE BETAdrive C-flex L+3PE BETAdrive C-flex L+3PE BETAdrive C-flex L+3PE Other designs on request You can download the corresponding declaration of performance from our website by entering the declaration of performance ID. Current rating Installation in pipe in earth 4 Installation on trays Emergency Continuous load Type Nominal cross -section Continuous load 1 /industrial load 1 Emergency 2 operation 3 operation 3 3 n + 3 n mm² 60 C/A 90 C/A 130 C/A 60 C/A 90 C/A 130 C/A BETAdrive C-flex /19 21/ BETAdrive C-flex /26 28/ BETAdrive C-flex /34 37/ BETAdrive C-flex /43 46/ BETAdrive C-flex /61 65/ BETAdrive C-flex /79 84/ BETAdrive C-flex / / BETAdrive C-flex / / BETAdrive C-flex / / BETAdrive C-flex / / BETAdrive C-flex / / BETAdrive C-flex / / BETAdrive C-flex / / BETAdrive C-flex / / BETAdrive C-flex / / Load over 24 h, 100% nominal current (especially for applications in power generation plants) 2 Load over 10 h, 100% and 14 h, 60% nominal current (standard application) 3 Maximum over 8 h per day and max. 100 h per year 4 Pipe inner diameter min. 1.5 cable diameter 12/2018

54 BETAdrive 54 Safety cables BETAdrive motor connection cables Shielded, with circuit integrity Benefits EMC-optimised shielding Multicore and flexible Symmetrical conductor arrangement Excellent resistance to oils and chemicals Very high fire resistance performance, halogen-free UV- and weather-resistant Circuit integrity in the event of fire BETAdrive FE180 C-flex Applications This cable has been specially designed and electrically optimised for frequency-converter-controlled electric motors: Suitable for fixed and flexible installation with average mechanical load in dry rooms and rooms with transient humidity Weather- and UV-resistant Circuit integrity in the event of fire Electrical characteristics Nominal voltage U₀/U 600 V/1000 V Core/core 3500 V Test voltage Core/shielding 2500 V Thermal characteristics Continuous operation +90 C Short circuit +160 C (max. 5 s) Construction Conductors Insulation Earthing conductor Taping Shielding Double-layer sheath Sheath colour Bare annealed copper strand, fine wire, cert. to VDE 0295/ IEC 60228, class 5 Polyolefin copolymer, core colours acc. to. HD 308 S2 Bare annealed copper strand, fine wire, insulation green/yellow, 3 conductors Halogen-free plastic tape Aluminium foil, covered in tinned fine copper braiding Inside Polyolefin copolymer Outside TPE Black Bending radius During laying Fixed Pull on conductor Cable Ø < 30 mm Cable Ø > 30 mm >12 outer Ø >15 outer Ø >8 outer Ø >10 outer Ø Max. 40 N/mm 2 ((3 + 3) conductor cross-section 40 N/mm 2 ) Standards/material properties Halogen-free: IEC , EN No corrosive gases: IEC , EN No toxic gases: NF X Oil resistance: EN (24 h/70 C), SEV TP 20 B/3 C (72 h/70 C) Chemical resistance: see table on page 56 Low smoke production: IEC 61034, EN Flame-retardant: IEC , EN No flame spread on bunched cables: IEC , EN Low fire load: DIN Circuit integrity FE180: IEC and -21, VDE /2018

55 BETAdrive FE180 C-flex Safety cables 55 BETAdrive Cable type Nominal cross -section Core function Outer Ø Weight Shielding cross-section Fire load n 2 mm mm kg/km kg/km kwh/m BETAdrive FE180 C-flex L+3PE BETAdrive FE180 C-flex L+3PE BETAdrive FE180 C-flex L+3PE 14.5 * * BETAdrive FE180 C-flex L+3PE * BETAdrive FE180 C-flex L+3PE 20 * * BETAdrive FE180 C-flex L+3PE * BETAdrive FE180 C-flex L+3PE BETAdrive FE180 C-flex L+3PE BETAdrive FE180 C-flex L+3PE * BETAdrive FE180 C-flex L+3PE * BETAdrive FE180 C-flex L+3PE BETAdrive FE180 C-flex L+3PE 50.4 * * BETAdrive FE180 C-flex L+3PE BETAdrive FE180 C-flex L+3PE * BETAdrive FE180 C-flex L+3PE 66 * * Order no. * On request Other designs on request 12/2018

56 BETAdrive 56 Safety cables Chemical resistance for BETAdrive cables Outer sheath Values obtained by in-house laboratory testing 3% compatible 15% occasional contact 25% occasional contact, limited resistance Medium Fluids Time Temperature Max. elongation change Change in tensile strength Days C % % Vehicle fluids Battery acid 37% Brake fluid DOT ± Antifreeze 50% ± 0 1 Gear oil Industrial fluids Skydrol LD ± Petroleum, oils, fuels IRM IRM Organic solvents Alcohol 96% Butanone Xylene Acids, Alkalis Sodium hydroxide 10% Sulphuric acid 35% Aqueous solutions Sodium chloride 15% Water Please be advised that the stated values are non-binding. In many cases, a final assessment can be made only under conditions reflecting normal practice. Our laboratory can also perform tests using other media. 12/2018

57 Safety cables 57 BETApower BETApower medium-voltage power cables With circuit integrity Benefits BETApower Fireprotec 12/20 kv Applications Medium-voltage applications with circuit integrity. For deployment in safety-relevant construction projects: Public buildings Tunnels Subway stations Traffic infrastructure/plant (structural and civil engineering) Construction Conductors Inner semi-conductive layer/dielectric XLPE/ outer semi-conductive layer Semi-conductive water stop tape Pipe-shaped aluminium shield Sheath Thermal barrier Outer sheath Sheath colour Electrical characteristics Nominal voltage Test voltage Partial discharge level test Bare annealed copper strand, fine wire, stranded, compact, cert. to VDE 0295/IEC 60228, class 2 Extruded in a single process, welded interfaces Bedding tape, longitudinally watertight Aluminium tape lapped and bonded, transversally watertight Polyolefin copolymer, black Special intumescent intermediate layer Polyolefin copolymer, two-layer Black with red longitudinal stripes U/U₀ 20/12 kv (10/6 kv on request) Continuous operation with voltage raised by 20% (U m ) is permissible. 4 U₀ at 50 Hz for 20 min Test voltage 4 U₀ Level < 2 pc for 20 min Thermal characteristics Continuous operation Emergency operation Short circuit Bending radius During laying Fixed Pull on conductor +90 C +130 C (<8 h/d; <100 h/a) +250 C (max. 5 s) >15 outer Ø >11 outer Ø Max. 60 N/mm 2 (1 conductor cross-section 60 N/mm 2 ) Standards/material properties Structure: CENELEC HD 620 S1 Halogen-free: IEC , EN No corrosive gases: EN Flame-retardant: IEC , EN No flame spread on bunched cables: IEC , EN Circuit integrity based on: IEC and 21; BS 6387 C Special features Non-permanent installation on trays or in tubes Special versions with copper pipe shielding on request Compact design Recommendation: To ensure an optimal shielding connection, use terminating and connecting elements from LEONI Certified to Electrosuisse, SEV Circuit integrity for 180 min Flame-retardant, non-flame propagating Longitudinal and transverse waterproofing Long service life Halogen-free/ecological Reduced shielding losses Robust, abrasion-resistant sheath Compact, lightweight and modular 12/2018

58 BETApower 58 Safety cables BETApower Fireprotec 12/20 kv Nominal cross -section Conductor insulation Ø Outer Ø Weight Tensile strength Fire load Alternating current resistance Capacity Inductance Order no. n mm² mm mm kg/km max. kn kwh/m Ω/km, 60 C μf/km mh/km mh/km 1 50/27 al /32 al /34 al /38 al /39 al * 1 300/41 AI Available on request 1 400/45 AI Available on request * On request Other designs on request Current rating Nominal cross -section Installation in pipe, in earth 4 Continuous load 1 /industrial load 2 Emergency operation 3 60 C 90 C 130 C n mm² A A A A A A 1 50/27 al 154/ / / / /32 al 225/ / / / /34 al 291/ / / / /38 al 328/ / / / /39 al 380/ / / / Nominal cross -section Installation in air Continuous load 1 Emergency operation 3 60 C 90 C 130 C n mm² A A A A A A 1 50/27 al /32 al /34 al /38 al /39 al Load over 24 h, 100% nominal current (especially for applications in power generation plants) 2 Load level over 10 h, 100% and 14 h, 60% nominal current (standard use) 3 Maximum over 8 h per day and max. 100 h per year 4 Pipe inner Ø at least 3 single conductor outer diameter 5 Pipe inner Ø at least 1.5 cable diameter Calculation method: Installation depth 1 m, ground temperature 20 C, air temperature 30 C, bilateral shield earthing, specific thermal resistance of the ground 1K m/w, protected against direct solar radiation, one cable system installed individually. 12/2018

59 Safety cables 59 Signal and fire alarm cables DIN VDE 0815 CPR Benefits REACH Maximum safety performance Halogen-free REACH-compliant J-H(St)H Applications Halogen-free installation cable: With improved behaviour in the event of fire for communications, measurement and signalling Fire alarm cables in buildings with high concentrations of people/assets Construction Conductors Core insulation Core colours Strand type Shielding Sheath Sheath colour Electrical characteristics Operating voltage Test voltage Bare annealed copper Halogen-free polymer compound as per VDE 0815 Unit stranding Aluminium-coated film with drain wire Halogen-free copolymer Grey or red (fire alarm cable) 300 V peak value 800 V, 50 Hz Bending radius During laying Fixed Laying conditions >12 outer Ø >8 outer Ø Fixed installation in installation ducts and pipes, on the surface and concealed, in dry and humid business premises Installation outdoors only when protected from direct sunlight and external impacts Not for laying in earth or concrete Fire resistance properties according to CPR EN 50575, EN Fire behaviour EN Low acidity of combustion gases EN halogen-free Medium smoke production EN Flaming droplets EN Flame retardant EN Material selection RoHS-compliant CPR classifications on request. Thermal characteristics Operating temperature Laying temperature 30 C to +70 C 5 C to +50 C 12/2018

60 60 Safety cables J-H(St)H Cable type Nominal cross -section Outer Ø Weight n 2 mm mm kg/km Order no. J-H(St)H grey J-H(St)H grey J-H(St)H grey J-H(St)H grey J-H(St)H grey J-H(St)H grey J-H(St)H grey J-H(St)H grey J-H(St)H grey J-H(St)H grey J-H(St)H grey J-H(St)H grey J-H(St)H grey J-H(St)H grey J-H(St)H red J-H(St)H red J-H(St)H red J-H(St)H red Core colours as per VDE 0815 The cores in a quad are identified by black rings. The cores in the five quads in a basic unit are coloured using the following primary colours: Quad 1: Red Quad 2: Green Quad 3: Grey Quad 4: Yellow Quad 5: White Cables with more than five quads are enumerated as follows: Basic and main core unit starting with the numeric bundle of the first inner layer through all layers, ascending sequentially outwards Other designs on request CPR classifications on request. 12/2018

61 Safety cables 61 Three-phase Power cables DIN VDE CPR Benefits REACH Maximum safety performance Halogen-free REACH-compliant N2XH Applications Three-phase power cable 0.6/1 kv for fixed installation in electrical cable systems for: Power stations Buildings with high concentrations of people/assets Construction Conductors Core insulation Shared inner covering Core colours Sheath Sheath colour Electrical characteristics Nominal voltage Test voltage Thermal characteristics Operating temperature Laying temperature Bare annealed copper Cross-linked polyethylene Tape or filler acc. to VDE and HD 308 S2 Halogen-free copolymer Black U 0 /U 0.6/1 kv 4 kv at 50 Hz 30 C to +90 C 5 C to +70 C Short-circuit temperature +250 C (peak temperature <5 s) Bending radius During laying Fixed Laying conditions Fixed, indoors, in air or concrete Single-core Multicore >15 outer Ø >12 outer Ø >8 outer Ø >7 outer Ø Installation in earth or water only in tubes where water cannot collect Installation outdoors only when protected from direct sunlight and external impacts Fire resistance properties according to CPR EN 50575, EN Fire behaviour EN Low acidity of combustion gases EN halogen-free Medium smoke production EN Flaming droplets EN Flame retardant EN Material selection RoHS-compliant CPR classifications on request. 12/2018

62 62 Safety cables N2XH Cable type Nominal cross -section Core function Outer Ø Weight n mm² mm kg/km Order no. N2XH-J 1 4 RE L N2XH-J 1 6 RE L N2XH-J 1 10 RE L N2XH-J 1 16 RM L N2XH-J 1 25 RM L N2XH-J 1 35 RM L N2XH-J 1 50 RM L N2XH-J 1 70 RM L N2XH-J 1 95 RM L N2XH-J RM L N2XH-J RM L N2XH-J RM L N2XH-J RM L N2XH-J RM L N2XH-J RE LNPE N2XH-J RE LNPE N2XH-J 3 4 RE LNPE N2XH-J 3 6 RE LNPE N2XH-J 3 10 RE LNPE N2XH-J 3 16 RM LNPE N2XH-J RE 3LPE N2XH-J RE 3LPE N2XH-J 4 4 RE 3LPE N2XH-J 4 6 RE 3LPE N2XH-J 4 10 RE 3LPE N2XH-J 4 16 RM 3LPE N2XH-J 4 25 RM 3LPE N2XH-J 4 35 RM 3LPE N2XH-J 4 50 SM 3LPE N2XH-J 4 70 SM 3LPE N2XH-J 4 95 SM 3LPE N2XH-J SM 3LPE N2XH-J SM 3LPE N2XH-J SM 3LPE N2XH-J RE 3LNPE N2XH-J RE 3LNPE N2XH-J 5 4 RE 3LNPE N2XH-J 5 6 RE 3LNPE N2XH-J 5 10 RE 3LNPE N2XH-J 5 16 RE 3LNPE N2XH-J 5 25 RM 3LNPE J = with GN/YE core -O = without GN/YE core RE = round single-wire, class 1 RS = round stranded, class 2 CPR classifications on request. L = phase conductor colour BN/BK/GY N = neutral conductor colour BU NR = phase conductor colour BK /numbered PE = protective earth colour GN/YE * On request Other designs on request 12/2018

63 N2XH Safety cables 63 Cable type Nominal cross -section Core function Outer Ø Weight n mm² mm kg/km Order no. N2XH-J RE NRPE N2XH-J RE NRPE N2XH-J RE NRPE * N2XH-J RE NRPE * N2XH-J RE NRPE N2XH-J RE NRPE N2XH-J RE NRPE N2XH-J RE NRPE N2XH-J RE NRPE J = with GN/YE core -O = without GN/YE core RE = round single-wire, class 1 RS = round stranded, class 2 CPR classifications on request. L = phase conductor colour BN/BK/GY N = neutral conductor colour BU NR = phase conductor colour BK /numbered PE = protective earth colour GN/YE * On request Other designs on request 12/2018

64 64 Safety cables Three-phase Power cables DIN VDE CPR Benefits REACH Maximum safety performance Halogen-free REACH-compliant N2XCH Applications Three-phase power cable 0.6/1 kv with concentric outer conductor for fixed installation in electrical cable systems with improved fire behaviour for: Power stations Buildings with high concentrations of people/assets Construction Conductors Core insulation Shared inner covering Concentric outer conductor Core colours Sheath Sheath colour Electrical characteristics Nominal voltage Test voltage Bare annealed copper Cross-linked polyethylene Tape or filler Copper wires with binder acc. to VDE and HD 308 S2 Halogen-free copolymer Black U 0 /U 0.6/1 kv 4 kv at 50 Hz Bending radius During laying Laying Laying conditions Fixed, indoors, in air or concrete Single-core Multicore >15 outer Ø >12 outer Ø >8 outer Ø >7 outer Ø Installation in earth or water only in tubes where water cannot collect Installation outdoors only when protected from direct sunlight and external impacts Fire resistance properties according to CPR EN 50575, EN Fire behaviour EN Low acidity of combustion gases EN halogen-free Medium smoke production EN Flaming droplets EN Flame retardant EN Material selection RoHS-compliant CPR classifications on request. Thermal characteristics Operating temperature Laying temperature Short-circuit temperature 30 C to +90 C 5 C to +70 C +250 C (peak temperature <5 s) 12/2018

65 N2XCH Safety cables 65 Cable type Nominal cross -section Core function Outer Ø Weight n mm² mm kg/km Order no. N2XCH RE/1.5 LN N2XCH RE/2.5 LN N2XCH RE/1.5 3L N2XCH RE/2.5 3L N2XCH 3 4 RE/4 3L N2XCH 3 6 RE/6 3L N2XCH 3 10 RE/10 3L N2XCH 3 16 RM/16 3L N2XCH 3 25 RM/16 3L N2XCH 3 35 RM/16 3L N2XCH RE/1.5 3LN N2XCH RE/2.5 3LN N2XCH 4 4 RE/4 3LN N2XCH 4 6 RE/6 3LN N2XCH 4 10 RE/10 3LN N2XCH 4 16 RM/16 3LN N2XCH 4 25 RM/16 3LN N2XCH 4 35 RM/16 3LN N2XCH 4 50 SM/25 3LN N2XCH 4 70 SM/35 3LN N2XCH 4 95 SM/50 3LN N2XCH SM/70 3LN N2XCH SM/70 3LN N2XCH SM/95 3LN N2XCH SM/120 3LN N2XCH RE/2.5 NR N2XCH RE/2.5 NR N2XCH RE/2.5 NR N2XCH RE/4 NR N2XCH RE/6 NR N2XCH RE/6 NR N2XCH RE/10 NR RE = round single-wire, class 1 RM = round stranded, class 2 SM = Sector-shaped, stranded, class 2 CPR classifications on request. L = phase conductor colour BN/BK/GY N = neutral conductor colour BU NR = phase conductor colour BK /numbered Other designs on request 12/2018

66 66 Safety cables Power cable DIN VDE CPR Benefits REACH Cross-linked insulation Flame-retardant Halogen-free REACH-compliant NHXMH Applications Halogen-free sheathed cable: For fixed installation in installation ducts and pipes, on the surface and concealed, in dry, humid and wet rooms For use in buildings with high concentrations of people/assets Construction Conductors Core insulation Shared inner covering Core colours Sheath Sheath colour Electrical characteristics Nominal voltage Test voltage Thermal characteristics Operating temperature Laying temperature Bare annealed copper Halogen-free, cross-linked polymer compound Halogen-free filler acc. to VDE 0293 and HD 308 S2 Polymer compound Light grey U 0 /U 300/500 V 2 kv at 50 Hz 30 C to +70 C 5 C to +50 C Short-circuit temperature +250 C (peak temperature <5 s) Bending radius during installation after installation Laying conditions Single-core Multicore >15 outer Ø >12 outer Ø >8 outer Ø >7 outer Ø Laying in masonry and concrete, excepting direct embedding in alumina cement, vibrated or compressed concrete and earth. Suitable for outdoor installation but only if protected from direct sunlight Fire resistance properties according to CPR EN 50575, EN Fire behaviour EN Low acidity of combustion gases EN halogen-free Medium smoke production EN Flaming droplets EN Flame retardant EN Material selection RoHS-compliant CPR classifications on request. 12/2018

67 NHXMH Safety cables 67 Cable type Nominal cross -section Core function Outer Ø Weight n mm² mm kg/km Order no. NHXMH-J 1 4 RE PE NHXMH-J 1 6 RE PE NHXMH-J 1 10 RE PE NHXMH-J 1 16 RM PE NHXMH-J RE LNPE NHXMH-J RE LNPE ** NHXMH-J RE LNPE NHXMH-J RE LNPE ** NHXMH-J 3 4 RE LNPE NHXMH-J 3 6 RE LNPE NHXMH-J 3 10 RE LNPE NHXMH-J RE 3LPE NHXMH-J RE 3LPE NHXMH-J 4 4 RE 3LPE NHXMH-J 4 6 RE 3LPE NHXMH-J 4 10 RE 3LPE NHXMH-J 4 16 RM 3LPE NHXMH-J RE 3LNPE NHXMH-J RE 3LNPE ** NHXMH-J RE 3LNPE NHXMH-J RE 3LNPE ** NHXMH-J 5 4 RE 3LNPE NHXMH-J 5 6 RE 3LNPE NHXMH-J 5 10 RE 3LNPE NHXMH-J 5 16 RM 3LNPE NHXMH-J 5 25 RM 3LNPE NHXMH-J RE NRPE NHXMH-J RE NRPE NHXMH-J RE NRPE NHXMH-J RE NRPE J = with GN/YE core -O = without GN/YE core RE = round single-wire, class 1 RS = round stranded, class 2 L = phase conductor colour BN/BK/GY N = neutral conductor colour BU NR = phase conductor colour BK /numbered PE = protective earth colour GN/YE ** In a length of m Other designs on request CPR classifications on request. 12/2018

68 68 Technical information 12/2018

69 Technical information 69 Technical information Page Current rating 70 Fire load 72 Core identification acc. to HD 308 S2 74 Halogen-free 75 Degree of acidity of combustion gases 75 Smoke density 76 Flame retardant 76 No flame propagation 77 Circuit integrity under fire 77 Fire performance according to CPR 78 Circuit integrity with mechanical shock 80 Circuit integrity under fire conditions 80 Duration of circuit integrity in the building 81 BETAflam approvals 82 BETAfixss laying system at a glance 84 Other products 85 12/2018

70 70 Technical information Current rating Multicore cables, conductor temperature max. 70 C with copper conductors, ambient temperature 30 C Nominal cross -section Laying mode A Cables in tubes in insulated walls Laying mode B In tubes, on or in wall or in closed conduits Laying mode C Cable laid open on trays or clipped direct No. of cores under load Laying mode E Open laying on perforated trays or in air mm² A A A A A A A A Single-core cables, onductor temperature max. 70 C with copper conductors, ambient temperature 30 C Nominal cross -section Laying mode A1 Cables in tubes in insulated walls Laying mode B1 In tubes, on or in wall or in closed conduits Laying mode C Cable laid open on trays or clipped direct No. of cores under load Laying mode F Open laying on perforated trays or in air mm² A A A A A A A A Values stated are for continuous operation. AC Hz, DC For laying conditions different to the above, correction factors must be taken into account (multiple cables, other load factors, ambient temperatures or multicore cables). 12/2018

71 Current rating Technical information 71 Multicore cables, conductor temperature max. 90 C with copper conductors, ambient temperature 30 C Nominal cross -section Laying mode A Cables in tubes in insulated walls Laying mode B In tubes, on or in wall or in closed conduits Laying mode C Cable laid open on trays or clipped direct No. of cores under load Laying mode E Open laying on perforated trays or in air mm² A A A A A A A A Single-core cables, conductor temperature max. 90 C with copper conductors, ambient temperature 30 C Nominal cross -section Laying mode A1 Cables in tubes in insulated walls Laying mode B1 In tubes, on or in wall or in closed conduits Laying mode C Cable laid open on trays or clipped direct No. of cores under load Laying mode F Open laying on perforated trays or in air mm² A A A A A A A A Values stated are for continuous operation. AC Hz, DC For laying conditions different to the above, correction factors must be taken into account (multiple cables, other load factors, ambient temperatures or multicore cables). 12/2018

72 72 Technical information Fire load BETAflam safety and installation cables Nominal cross -section NHXH FE180/ E30, E60, E90 NHXCH FE180/ E30, E60, E90 N2XH N2XCH NHXMH FE0D FE05C FE180/E30 FE180/E30-CLE n mm² kwh/m kwh/m kwh/m kwh/m kwh/m kwh/m kwh/m kwh/m kwh/m /2018

73 Fire load Technical information 73 Nominal cross -section NHXH FE180/ E30, E60, E90 NHXCH FE180/ E30, E60, E90 N2XH N2XCH NHXMH FE0D FE05C FE180/E30 FE180/E30-CLE n mm² kwh/m kwh/m kwh/m kwh/m kwh/m kwh/m kwh/m kwh/m kwh/m kwh = 3.6 MJ Values given are reference values only 12/2018

74 74 Technical information Fire load Core identification acc. to HD 308 S2 Fire load BETAflam safety and installation cables Nominal cross -section JE-H(St)H FE180/ E30, E60, E90 n 2 mm Ø kwh/m kwh/m JE-H(St)HRH FE180 sheathed Nominal cross -section J-H(St)H 0.6 mm Ø J-H(St)H 0.8 mm Ø n 2 mm Ø kwh/m kwh/m mm² mm² mm² mm² kwh = 3.6 MJ Values given are reference values only Core identification acc. to HD 308 S2 Cables with green/yellow core Number of cores Core function Core colour 1 PE green/yellow 2 3 LNPE brown, blue, green/yellow 4 3LPE brown, black, grey, green/yellow 5 3LNPE brown, black, grey, blue, green/yellow 6 NRPE black, numbered, green/yellow Cables without green/yellow core, cables with concentric outer conductor Number of cores Core function Core colour 1 L black 2 LN brown, blue 3 3L brown, black, grey 4 3LN brown, black, grey, blue 5 6 NR black, numbered 12/2018

75 Technical information 75 Halogen-free Degree of acidity of combustion gases Halogens are elements of the 7 th group in the period table: Chlorine (Cl) Fluorine (F) Bromine (Br) Jodine (I) Halogen-free cables contain none of these elements. These elements are called halogens because they form salts (háls: Greek for salt) when combined with bases. Chlorine, for example, combines with sodium to form common salt (NaCl). Halogens are present in many acids: HCl = Hydrogen chloride (hydrochloric acid in water) HF = Hydrogen fluoride (hydrofluoric acid in water) HBr = Hydrogen bromide (hydrobromic acid in water) PVC (polyvinyl chloride) is the commonest halogen-containing plastic. In a fire, it degrades into hydrochloric acid. The current trend is therefore to replace such plastics with halogen-free alternatives. PVC, for example, is now being replaced by polyolefins such as polyethylene in many installations. With halogen- free cables, the formation of corrosive and toxic gases can be prevented. Test procedure A sample of 0.5 g to 1.0 g of material is placed in a tube furnace, heated slowly to 800 C ± 10 C over 40 minutes and then held at the maximum temperature for 20 minutes. The gases produced are dissolved and tested for their halogen content. The test is considered to have been passed if the halogen content of all non-metallic materials does not exceed 0.5% or 5 mg/g. Corrosive gases act with moisture to produce aggressive acids that corrode metal parts and can cause extensive long-term damage even if the immediate damage from fire is itself limited. This also affects objects and places not affected directly by the fire. This particularly affects electrical contacts, electronic components and apparatus, machinery and metal structures. Corrosion may even affect the steel bars used in reinforced concrete. Test procedure 1000 mg insulation material is burned in a furnace at 935 C with a specified supply of air ( 30 min). Two gas scrubbers in the exhaust air are used to measure the conductivity and ph value. This permits the detection of even small quantities of substances containing halogens. To pass the test, the parameters ph value > 4.3 conductivity < 10 µs/mm are required. Test standard IEC , EN Test standard IEC , EN Furnace Gas scrubber Sample Synth. air Temperature sensor 12/2018

76 76 Technical information Smoke density Flame retardant The formation of smoke has several unpleasant consequences: it not only worsens visibility in the event of a fire, making it difficult for those trapped inside to locate fire exits and obstructing fire-fighting and rescue operations, but also causes smoke poisoning (carbon monoxide). PVC is a particularly poor performer in terms of smoke production, although this is not due to PVC itself, as is often mistakenly assumed, but actually a result of the chemical additives that are present in PVC. Plasticisers in particular are typically a prime candidate for copious smoke production. Test procedure The density of smoke emissions from burning cables can be found by measuring light permeability. Alcohol is used to ignite cable samples in a test chamber (cube 3 m to a side). A small fan is used to uniformly distribute the smoke emitted, which passes over a light measuring section. The test is considered to be passed if light permeability values are as follows: Hazard level HL 1 HL 2 and HL 3 60% HL 4 70% Test standard IEC 61034, EN Requirement Although flame-retardant cables may burn when a test flame is applied, this fire does not spread much beyond the area where the flame is applied to the single cable and goes out of its own accord when the test flame is removed. When cables are arranged in a vertical bundle, however, e.g. in vertical risers, fire spread cannot be prevented (chimney effect). To suppress this risk, cables with the non-flame propagating property are required. Test procedure This test procedure describes the minimum requirements for flame-retardant conductors. It applies only to single cores or cables. A flame is applied to a single core or cable with a propane-air burner (1 kw flame). Test duration Ø 25 = 60 s Ø = 120 s Ø = 240 s Ø > 75 = 480 s The burning cable must stop burning as soon as the source of the fire is removed. Fire damage must not be higher than 60 cm. The test is considered passed if the sample has not been consumed by the fire and the damage (charring) does not extend to either end of the sample (> 50 mm). Test standard IEC , EN IEC 61034, EN IEC , EN Convection shield Photodetector 3000 Fan /2018

77 Technical information 77 No flame propagation Circuit integrity under fire Although non-flame propagating cables may burn when a test flame is applied, this fire does not spread further from cables arranged in vertical bundles, and the fire goes out of its own accord when the source of the fire is removed. Test procedure This test simulates the chimney effect in vertical cable installations. The cable bundle is placed in a standardised cabinet and a burner flame is applied for minutes (gas burner 75 ± 5 MJ/h). The temperature is kept constant at 750 C throughout. Depending on the volume of non-metallic (combustible) materials per linear metre, the categories A F/R, A, B, C and D are applied. Category A F/R A B C D Litres (dm³) of insulation material in 1 m of sample Time flame applied (min) The cables must self-extinguish after the test. Charring must be present only in the first 2.5 m above the burner. With BETA-flam safety cables, charring is often seen only to cm. The circuit integrity indicates, how long a free cable retains its isolation in a fire without causing a short-circuit. According to its international standard, a cable is laid hoizontally over a burner for three hours. The temperature is set at 800 C. The circuit integrity is designated with FE (e.g. FE180 = circuit integrity of 180 min): BETAflam FE180 / E30 Test procedures The sample is fastened at definited distances above the burner. The conductor is connected to a power source at nominal voltage via an 2 A fuse. The test is considered to be passed, if during the test no short circuit or circuit interruption occurs. Test standard IEC and -21, DIN VDE Test standard Category IEC EN VDE 0482 A F/R Part A Part B Part C Part D Part Test equipment Part IEC and -21, DIN VDE Support rings Cable /2018

78 78 Technical information Fire performance according to CPR The test according to EN allows flame spread, heat release, fire growth rate (FIGRA), smoke production and flaming droplets/particles to be determined. Test method EN The cables (number used dependent on cable diameter) are mounted onto a ladder in a vertical tube furnace and a flame is applied to them for 20 minutes using an air gas burner (20.5 kw/30 kw). As many parameters differ from those occurring in the test according to IEC , the results are not comparable. EN The flue gases are collected with a defined air current (nominal value 8000 l/min) and conducted into an exhaust air duct in which the speed of the air current, the oxygen and CO 2 content, the light absorption and the temperature are measured. This allows the above values to be determined. Euroclasses according to CPR Cables for energy, control and communication technology for fixed installation in buildings are analysed and classified with respect to their fire behaviour according to EU Regulation 305/2011. For this purpose, the heat release and the flame spread are measured via the above test method according to EN and evaluated in order to classify the cables according to the relevant Euroclass. The cables can also achieve additional classification according to the Construction Products Regulation if smoke production, flaming droplets and acidity are determined. The heat released in the event of a fire, the flame spread and the fire growth rate are the criteria for the basic classification: FS Flame Spread THR Total Heat Release HRR Heat Release Rate FIGRA Fire Growth Rate Additional criteria are as follows: smoke smoke production calculation of peak SPR (smoke production rate) and TSP (total smoke production) is used to derive the classes s1, s1a, s1b, s2, s3 droplets flaming droplets or flaming particles (classes d0, d1, d2) acidity acidity of the combustion gases (classes a1, a2, a3) 12/2018

79 Technical information 79 Classes of fire behaviour for electric cables Class Test procedure Classification criteria Additional classification Aca EN ISO 1716 PCS 2.0 MJ/kg (a) B1ca B2ca Cca Dca EN (30 kw flame source) and EN EN (20.5 kw flame source) and EN EN (20.5 kw flame source) and EN EN (20.5 kw flame source) and EN FS 1.75 m and THR 1200 s 10 MJ and peak HRR 20 kw and FIGRA 120 Ws 1 H 425 mm FS 1.5 m and THR 1200 s 15 MJ and peak HRR 30 kw and FIGRA 150 Ws -1 H 425 mm FS 2.0 m and THR 1200 s 30 MJ and peak HRR 60 kw and FIGRA 300 Ws -1 H 425 mm THR 1200s 70 MJ and peak HRR 400 kw and FIGRA 1300 Ws 1 H 425 mm Smoke production (b,e) and flaming droplets/ particles (c) and acidity (d) Smoke production (b,f) and flaming droplets/ particles (c) and acidity (d) Smoke production (b,f) and flaming droplets/ particles (c) and acidity (d) Smoke production (b,f) and flaming droplets/ particles (c) and acidity (d) Eca EN H 425 mm Fca EN H > 425 mm a b c d e f Explanation For the entire product, with the exception of the metallic materials, and all outer components (i.e. sheath) of the product. s1 = TSP m 2 and peak SPR 0.25 m 2 /s s1a = s1 and transmission value according to EN % s1b = s1 and transmission value according to EN % < 80% s2 = TSP m 2 and peak SPR 1.5 m 2 /s s3 = neither s1 nor s2 d0 = no flaming droplets/particles within 1200 s d1 = no flaming droplets/particles for longer than 10 s within 1200 s d2 = neither d0 nor d1 EN : a1 = electrical conductivity < 2.5 μs/mm and ph value > 4.3 a2 = electrical conductivity < 10 μs/mm and ph value > 4.3 a3 = neither a1 nor a2. No data = no performance determined. The smoke class specified for cables of class B1ca can be derived from the test according to EN (30 kw flame source). The smoke class specified for cables of classes B2ca, Cca and Dca can be derived from the test according to EN (20.5 kw flame source). Classification according to the Euroclasses also takes the results of the flame resistance test EN into account. For classification according to the additional classes EN (smoke density) and EN (Acidity of the combustion gases), the results of the relevant tests are evaluated. The fulfilment of these requirements is verified and certified via a quality assurance system (EN 50575) defined Europewide. Euroclasses Aca, B1ca, B2ca and Cca use the so-called 1+ system, Euroclasses Dca and Eca use the so-called 3 system and Euroclass Fca uses the so-called 4 system for this. 12/2018

80 80 Technical information Circuit integrity with mechanical shock Circuit integrity under fire conditions EN 50200, EN 50362, VDE 0482 Part 200 DIN 4102 Part 12 : Cables for emergency circuits up to 20 mm in diameter are tested to this standard by being subjected to fire with mechanical shock. Test procedure A single cable is fastened to a test wall under conditions of minimum bending radii and is tested at a minimum test temperature of 830 C and impacts on the cable support. The voltage must be maintained and current conducted for the duration of the circuit integrity. The measured duration of resistance is used to assign the cable to one of the classes PH15 to PH120. The test is considered passed if the fuse was not tripped for the duration of the test. Test standard EN 50200, EN 50362, VDE 0482 Part 200 Proof of system circuit for cable systems in the event of fire. The test encompasses both the cables and the laying systems. Test procedure Test samples of various cross-sections are installed together with the fastening system in a testing furnace with a minimum length of 3 m. The test temperature rises according to a predefined curve to C. The conductors are connected to a nominal voltage (110 or 400 V) via a fuse (2 A). The test is considered passed if no short circuit or interruption to the flow of current occurred during the test. The classification into E30, E60 or E90 is based on the least favourable result obtained from testing at least two identical specimens. The heat-induced increase in conductor resistance is not taken into account during the test. Test standard DIN 4102 Part 12 : /2018

81 Technical information 81 Duration of circuit integrity in the building The duration of the system circuit of the cable system is based on how long the connected electrical consumer must continue to maintain its function in the event of a fire. Almost all national legal frameworks include requirements for safety equipment in this context that must naturally be adhered to. Evacuation In many countries, a period of 30 minutes is considered sufficient for sounding alarms and evacuating people. This functional duration of the systems (e.g. fire alarm systems, safety lighting systems, lifts, natural smoke extraction systems, systems for acoustic signalling and PA equipment) can be achieved with cable systems of the class E30. For special buildings, such as high-rise blocks, hospitals, tunnels and prisons, a functional duration of 60 or 90 minutes may be necessary. Class E60 and E90 cable systems are required for these purposes (e.g. for powering bed lifts, etc.). Fire fighting After people have been evacuated, additional time must be calculated for the work of the fire service. A period of 90 minutes from the outbreak of the fire is typically considered adequate for fire fighting. Providing power to the electrical systems required for this purpose (e.g. water pumps, fire-fighting lifts, mechanical smoke extraction systems) can be achieved with class E90 cable systems. Planning To plan an electrical system, the following questions must be answered: Which parts of the building requires which level of safety? Which electrical consumers are to be powered for which duration of system integrity? Which supply cables are affected (safety circuits)? Which routes must be used to install these cables? Are there limitations, e.g. with respect to fire load, etc.? With these answers, a start can then be made on selecting appropriate support systems and cables. 12/2018

82 82 Technical information BETAflam approvals Usage BETAfixss support systems are used for electrical cable systems with system integrity. They also guarantee the fireproof mounting of cables installed in the area between floor slabs and F30 or F90 suspended ceilings. Please note: Specifications are valid at the time of printing. BETAflam approvals MPA NRW Dortmund, Germany Product group Valid to Approval no. Classification BETAflam NHXH E30 E60 S 27/ 02/2022 P-MPA-E E30, E60 BETAflam NHXH E30 E60 27/ 02/2022 P-MPA-E E30, E60 BETAflam NHXCH E30 E60 27/ 02/2022 P-MPA-E E30, E60 BETAflam JE-H(St)H E30 27/ 02/2022 P-MPA-E E30 BETAflam JE-H(St)HRH E30 27/ 02/2022 P-MPA-E E30 BETAflam NHXH E90 27/ 02/2022 P-MPA-E E90 BETAflam NHXCH E90 27/ 02/2022 P-MPA-E E90 BETAflam JE-H(St)H E30 E90 27/ 02/2022 P-MPA-E E30, E60, E90 BETAflam JE-H(St)HRH E30 E90 27/ 02/2022 P-MPA-E E30, E60, E90 BETAflam JE-H(St)H E30 SIR 27/ 02/2022 P-MPA-E E30, E60 BETAflam JE-HH FE180/E30 S 01/ 12/2021 P-MPA-E E30, E60 BETAflam with quick laying system and branch boxes 01/ 12/2021 P-MPA-E E30, E60, E90 BETAflam approvals VdS Schadenverhütung GmbH, Cologne, Germany Product group Valid to Approval no. Classification BETAflam NHXH E mm 2 21/07/2020 G E90 BETAflam NHXCH E mm 2 21/07/2020 G E90 BETAflam approvals with other support system manufacturers MPA NRW Dortmund, Germany Supplier Valid to Approval no. Classification OBO Bettermann 31/07/2021 P-MPA-E E30, E60, E90 PUK-Werke 31/07/2021 P-MPA-E E30, E60, E90 PUK-Werke 20/11/2021 P-MPA-E E30, E60, E90 RICO GmbH 31/07/2021 P-MPA-E E30, E60, E90 NIEDAX GmbH & Co. KG 31/07/2021 P-MPA-E E30, E60, E90 HILTI Deutschland GmbH 31/07/2021 P-MPA-E E30, E60, E /2018

83 BETAflam approvals Technical information 83 Approvals of other support system manufacturers with BETAflam cables Supplier Approval Classification Spelsberg Small distributors E30, E60 Celsion, Rodgau, Germany Distributors, cabinets E30, E60 OBO Bettermann Cable racks, stainless steel mesh racks E30, E60, E90 OBO Bettermann LKM cable routing ducts, cable junction boxes, cable holders E30, E60, E90 BETAflam approval on cable trays without threaded rod support Supplier Approval no. Classification LEONI Studer AG XL wide-span track P-MPA-E E30, E60, E90 OBO Bettermann Cable rack RKSM P-MPA-E E30, E60, E90 PUK-Werke Cable rack RG 60 XX P-MPA-E E30, E60, E90 NIEDAX GmbH & Co. KG Cable rack RLVC P-MPA-E E30, E60, E90 VergoKan Cable rack KBSI P-MPA-E E30, E60, E90 Cables with integrated system integrity Please note that the system integrity according to DIN is guaranteed only if appropriate fixation systems are used, and these systems are installed according to the provisions of the valid DIN test certificates and/or the expert opinions. The LEONI BETAflam and BETAfixss products satisfy this requirement and we therefore recommend their use. Identification plate After installing a cable system with system circuit according to DIN 4102 part 12, the system must be identified with an ID plate. 12/2018

84 84 BETAfixss laying systems at a glance DIN 4102 Part 12 (E30/E90) WSB XL wide-span track 3000 mm Laying distance GK mesh tray STR vertical riser 1500 mm Laying distance ES, GSM single clamp and joint clamp RES tube laying BAC U-clamp with system track RBS tube and U-clamp with system track 1200 mm Laying distance ES, GSM single clamp and joint clamp BAC U-clamp and system track DWS ceiling wall hanger SHX (E0) cable holder Insta-Clic 2-in-1 cable holder and cable duct 800 mm Laying distance NEW: No limit on the number of cables Tested acc. to MLAR requirement F single clamp RF plastic tube with single clamp 600 mm Laying distance VT plastic distributor AVS metal distributor KAH cable support wall plug 800 mm Laying distance Approvals for the systems shown can be found in the general appraisal certificates MPA-E and MPA-E on our website at Other approvals with laying systems from leading manufacturers can also be found there. 12/2018