Data, Network and Bus Technology

Transcription

1 Data, Network and Bus Technology

2 Photo: HELUKABEL Data, Network and Bus Technology 1

3 Data, Network and Bus Technology The importance of information technology in our communicationsorientated world has increased considerably in recent years. This can best be seen the way distances between continents have diminished because of the rapid processing of information within media networks. Last but not least, the high speed availability of information is of major significance for industrial and commercial operations, the economic success of these going hand in hand with the availability of data. Well developed paths for communications and infrastructures mean decisive advantages in competition. Prerequisites for such an exchange of information are the physical links between the systems. These are the cables for data and network engineering. HELUKABEL supplies the cables for infrastructures in local and widearea networks. A whole range of cables is available for standardised LAN s of the differing topologies, like Ethernet, Fast Ethernet, Gigabit Ethernet, 10 Gigabit Ethernet, Token ing, FDDI and ATM. Besides the basic level within such communication, we also supply additional components such as the cabinet systems, connection techniques for copper and opticalfibre cables, as well as other active components. The bus technology is becoming ever more important in all fields of industrial applications. The enormous pressures of competitiveness and costs in all areas of process control emphasise the need for even more rationalisation and greater efficiency. The traditional method of parallel wiring for the equipment and machines does not have the flexibility and thus constitutes a major factors in costs and time. The use of bus systems opens up a very high potential for costsaving. HELUKABEL supplies the appropriate cables for all common bus systems like ASI, CAN, DeviceNet, EIB, INTEBUS, KH, POFIBUS etc. 2

4 Contents and Index Description Page HELUCOM Fibre optic cables Fibre optic indoor cables Fibre optic cables Fibre optic cable with functional integrity Fibre optic outdoor cables Fibre optic flexible cables Fibre optic outdoor cables, divisible Fibre optic industrial cables POFPlastic fibre cables HELUKAT Copper data cables HELUKAT LAN cables Multimedia cables IBMcabling HELUKABEL BusCables Industrial Ethernet Profibus Foundation TM Fieldbus HMCB USB CANBus Interbus Multibus ABus ABus, electrical cabinet Sensor actuator DeviceNet TM CCLink SafetyBus LONBus EIBBus KHBus

5 Photo: Foto: HELUKABEL HELUKABEL Fiber Optic Cables HELUCOM The future reliability of any installation depends on the correct choice of cable used in the network technique. It is only by careful selection of the components that compliance with the continually increasing requirements placed upon the quality of the network is possible. Infrastructures based on copper are continually nearing their physical limits because of the rapidly growing demands from multimedia developments, and hence an alternative to copper must be provided for installations in the future. The benefits of optical fibre technology are obvious: High transmission rates, low attenuation, no electromagnetic problems, small dimensions and low weight. Modern designs for optical fibre cables of the HELUCOM series exhibit the same robustness as a copper cable. The cable constructions are selected for optimum protection of the optical fibres in each application. Within the HELUCOM series, optical fibre cables are available with the common fibre types of 50/5μm, 62,5/5μm, 9/5μm, 200/230μm and 980/1000μm. The HELUCOM optical fibre cables are manufactured in accordance with the standards and regulations of DIN VDE 0888.

6 Contents Fiber Optic Cables Description Page Fibre Optic Indoor Cable Composite buffered... IVH, IV11Y, IVHH, IV11Y11Y 6 Fibre Optic BreakoutCable Composite buffered... IV(ZN)HH 7 Fibre Optic Minibreakout Cable Tight buffer... IV(ZN)H 8 Fibre Optic Indoor Cable Loose tube... ID(ZN)H 9 Fibre Optic Indoor/Outdoor Cable Tight buffer... A/IVQ(ZN)BH 10 Fibre Optic Indoor/Outdoor Cable HELUCOM pact Loose tube...a/idq(zn)bh 11 Fibre Optic Indoor/Outdoor Cable HELUCOM pact Loose tube... A/IDQ(ZN)BH OM3 Fibre Optic Indoor/Outdoor Cable Loose tube... A/IDQ(ZN)BH, central 13 Fibre Optic Indoor/Outdoor Cable Loose tube... A/IDQ(ZN)BH, stranded 1 Fibre Optic Cable with Functionality FS 30 with reference to DIN 102 Loose tube... ADQ(ZN)BH 15 Fibre Optic Cable with Functionality FS 90 with reference to IEC Loose tube...a/id(zn)bh(s)h Fibre Optic Outdoor Cable Loose tube...adq(zn)2y, central 17 Fibre Optic Outdoor Cable Loose tube... ADQ(ZN)2Y, stranded 18 Fibre Optic Outdoor Cable HELUCOM pact Loose tube...adq(zn)b2y, central 19 Fibre Optic Outdoor Cable Loose tube...adq(zn)b2y, central 20 Fibre Optic Outdoor Cable Loose tube... ADQ(ZN)B2Y, stranded 21 Fibre Optic Outdoor Cable HELUCOM pact Loose tube...adq(zn)b2y Faserkombi, stranded 22 Fibre Optic Outdoor Cable Loose tube...adq(zn)b2y Faserkombi, stranded 23 Fibre Optic Outdoor Cable Loose tube... ADF(ZN)2Y 2 Fibre Optic Outdoor Cable Loose tube... ADF(ZN)B2Y 25 Fibre Optic Outdoor Cable Loose tube... ADF(ZN)2YY 26 Fibre Optic Outdoor Cable Microduct Loose tube... ADQ2Y, central 27 Fibre Optic Outdoor Cable Microduct Loose tube...adq2y, stranded 28 Fibre Optic Outdoor Cable steel armoured Loose tube...adq(zn)(s)2y 29 Fibre Optic Outdoor Cable acc. ACO Standard Loose tube... ADF(ZN)2Y(S)2Y 30 Fibre Optic Outdoor Cable Hybrid Loose tube...adsq(zn)b2y 31 Fibre Optic Outdoor Cable Hybrid Loose tube...adsf(l)(zn)2y 32 Aerial Fibre Optic Cable metal free Loose tube... ADSS 33 Fibre Optic Cable flexible, WKmobile Tight buffer... AV(ZN)11Y 3 Fibre Optic Cable flexible, WKUL/CSA Tight buffer... AV(ZN)Y 35 Fibre Optic Cable flexible, WK robust PU + (UL/CSA) Composite buffered.. ATV(ZN)H(ZN)11Y, ATV(ZN)Y(ZN)Y 36 Fibre Optic Cable flexible, WK Composite buffered... ATV(ZN)YY 37 Fibre Optic Breakout Cable, outdoor Composite buffered...atv(zn)hh(bn)2y 38 Fibre Optic Cable robust, multimode Tight buffer...atvyy 39 Fibre Optic Cable flexible, HCS Composite buffered...ivh, IVHH 0 Fibre Optic Breakout Cable robust, flexible, HCS Composite buffered...iv(zn)y11y 1 Fibre Optic Breakout Cable robust, HCS Composite buffered... ATVQH(ZN)B2Y 2 Fibre Optic Breakout Cable flexible, HCS Composite buffered... ATV(ZN)HH 3 Fibre Optic Breakout Cable robust, flexible, HCS UL/CSA Composite buffered...iv(zn)yy Fibreoptic Universal Cable, HCS Loose tube...a/idq(zn)bh 5 Plasticfibre cable industry, POF/PE POF 980/ IV2Y, IV2Y(ZN)11Y 6 Plasticfibre cable industry, POF/PA POF 980/ IVY(ZN)11Y 7 5

7 Fibre Optic Indoor Cable acc. DIN VDE 0888 IVH, IV11Y, IVHH, IV11Y11Y Core type: Composite buffered Temperature range Other data Laying, min.: 0 C Corrosiveness acc. to EN Strain relief elements: Aramide Laying, max.: +50 C Halogenfree acc. to FNC Operating, min.: 0 C Flameresistanceacc. to IEC Yellow Operating, max.: +60 C Smoke density acc. to IEC 6103 Designation IVH IVH IVH IVH IVH IVH IV11Y IV11Y IV11Y IVHH IVHH IVHH IV11Y11Y IV11Y11Y IV11Y11Y Number of fibres Fibre type Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Outer Ø Max. approx. mm tensile force N 2,6 2,6 2,6 2,6 x 5,6 2,6 x 5,6 2,6 x 5,6 2,6 x 5,6 2,6 x 5,6 2,6 x 5,6 3,6 x 6,2 3,6 x 6,2 3,6 x 6,2 3,6 x 6,2 3,6 x 6,2 3,6 x 6, Min. stat. Caloric load Max. bending radius approx. MJ / transverse mm m pressure N / cm 0 0, , , , , , , , , , , , , , ,20 20 Weight kg/km 8,7 8,7 8,7 17,5 17,5 17,5 1,0 1,0 1,0 20,0 20,0 20,0,0,0, These HELUCOM onefibre and twofibre (duplex) cables are used for fixed indoor installation, such as in cable ducts. These cables are also used as readymade cables (pigtails) that are spliced to fixed cables or as connection cables (jumper cable) as well as for switch frames. The small diameter and the high flexibility make these cables ideal for the application in switch frames as well as for the connection of terminals. 6

8 Fibre Optic BreakoutCable acc. DIN VDE 0888 IV(ZN)HH Core type: Composite buffered Strain relief elements: Aramide FNC Yellow Designation IV(ZN)HH IV(ZN)HH IV(ZN)HH IV(ZN)HH IV(ZN)HH IV(ZN)HH IV(ZN)HH IV(ZN)HH IV(ZN)HH IV(ZN)HH IV(ZN)HH IV(ZN)HH IV(ZN)HH IV(ZN)HH IV(ZN)HH IV(ZN)HH IV(ZN)HH IV(ZN)HH IV(ZN)HH IV(ZN)HH IV(ZN)HH Number of fibres Fibre type Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Temperature range Laying, min.: 0 C Laying, max.: +50 C Operating, min.: 0 C Operating, max.: +60 C Number of Outer Ø fibres per approx. core mm ,1 7,1 7,1 7,1 7,1 7,1 8, 8, 8, 9,3 9,3 9,3 9,6 9,6 9,6 15,0 15,0 15,0 17,5 17,5 17,5 Max. tensile force N Min. stat. bending radius mm 270,0 270,0 270,0 270,0 270,0 270,0 270,0 270,0 270,0 270,0 270,0 270,0 270,0 270,0 270,0 270,0 270,0 270,0 330,0 330,0 320,0 Other data Corrosiveness acc. to EN Halogenfree acc. to Flameresistanceacc. to IEC and IEC Smoke density acc. to IEC 6103 Caloric load Max. approx. MJ / transverse m pressure N / cm 1, , , , , , , , , , , , , , , , , , , , , Weight kg/km 0,0 0,0 0,0 5,0 5,0 5,0 70,0 70,0 70,0 5,0 5,0 5,0 170,0 170,0 170,0 220,0 220,0 220, HELUCOM breakout cables are designed to replace splicing onsite. They are mainly used in indoor applications for small and medium transmission lines. The fibreoptic connectors are be mounted directly to the individual cables. Therefore no splicing and no splice boxes are necessary. Preassembled cables only need to be laid on site and are immediately functional. 7

9 Fibre Optic Minibreakout Cable acc. DIN VDE 0888 IV(ZN)H Core type: Tight buffer Temperature range Other data Laying, min.: 5 C Corrosiveness acc. to EN Strain relief elements: Aramide Laying, max.: +50 C Halogenfree acc. to FNC Operating, min.: 10 C Flameresistanceacc. to IEC Orange Operating, max.: +60 C Smoke density acc. to IEC 6103 Designation IV(ZN)H IV(ZN)H IV(ZN)H IV(ZN)H IV(ZN)H IV(ZN)H IV(ZN)H IV(ZN)H IV(ZN)H IV(ZN)H IV(ZN)H IV(ZN)H IV(ZN)H IV(ZN)H IV(ZN)H IV(ZN)H IV(ZN)H IV(ZN)H Number of fibres Fibre type Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Number of Outer Ø fibres per approx. core mm ,0,0,0,8,8,8 5,3 5,3 5,3 5,3 5,3 5,3 6,0 6,0 6,0 7,0 7,0 7,0 Max. tensile force N Min. stat. bending radius mm 60,0 60,0 60,0 70,0 70,0 70,0 80,0 80,0 80,0 80,0 80,0 80,0 90,0 90,0 90,0 110,0 110,0 110,0 Caloric load Max. approx. MJ / transverse m pressure N / cm 0,2 0 0,2 0 0,2 0 0,31 0 0,31 0 0,31 0 0,35 0 0,35 0 0,35 0 0,0 0 0,0 0 0,0 0 0,53 0 0,53 0 0,53 0 0,61 0 0,61 0 0,61 0 Weight kg/km 15,0 15,0 15,0 19,0 19,0 19,0 23,0 23,0 23,0 25,0 25,0 25,0 32,0 32,0 32,0 0,0 0,0 0, These HELUCOM fibreoptic cables are used for the data network cabling in indoor applications. A big advantage of this cable type is its spacesaving construction. Similar to the breakout cable, the connector is directly mounted at the tight buffer. 8

10 Fibre Optic Indoor Cable acc. DIN VDE 0888 ID(ZN)H Core type: Loose tube Temperature range Other data Laying, min.: 5 C Corrosiveness acc. to EN Strain relief elements: Aramide Laying, max.: +50 C Halogenfree acc. to FNC Operating, min.: 20 C Flameresistanceacc. to IEC Yellow Operating, max.: +60 C Smoke density acc. to IEC 6103 Designation ID(ZN)H ID(ZN)H ID(ZN)H ID(ZN)H ID(ZN)H ID(ZN)H ID(ZN)H ID(ZN)H ID(ZN)H ID(ZN)H ID(ZN)H ID(ZN)H ID(ZN)H ID(ZN)H ID(ZN)H ID(ZN)H ID(ZN)H ID(ZN)H ID(ZN)H ID(ZN)H ID(ZN)H ID(ZN)H ID(ZN)H ID(ZN)H ID(ZN)H ID(ZN)H ID(ZN)H ID(ZN)H ID(ZN)H ID(ZN)H ID(ZN)H ID(ZN)H ID(ZN)H Number of fibres Fibre type Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G50/5 Multimode G62.5/5 Multimode G62.5/5 Singlemode E9/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Number of Outer Ø fibres per approx. core mm ,0 8,0 8,0 8,0 8,0 8,0 8,0 8,0 8,0 8,0 8,0 8,0 8,0 8,0 8,0 8,0 8,0 8,0,5 9,0,5 9,0,5 9,0 13,5 13,5 13,5 13,5 13,5 13,5 13,5 13,5 13,5 Max. tensile force N Min. stat. bending radius mm 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 190,0 10,0 190,0 10,0 190,0 10,0 200,0 200,0 200,0 200,0 200,0 200,0 200,0 200,0 200,0 Caloric load Max. approx. MJ / transverse m pressure N / cm 1, , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , Weight kg/km 65,0 65,0 65,0 65,0 65,0 65,0 65,0 65,0 65,0 65,0 65,0 65,0 65,0 65,0 65,0 135,0 135,0 135,0 150,0 135,0 150,0 135,0 150,0 135,0 0,0 0,0 0,0 0,0 0,0 0,0 170,0 170,0 170, These HELUCOM fibreoptic cables are available either as central bundle core cable or as stranded versions. They are suitable for indoor cabling of buildings and facilities. The halogenfree version is especially suitable for the application in skyscrapers, hospitals and stores as well as in facilities with high concentration of capital goods, such as power plants, computing centers, and at locations with high security requirements, such as underground and control stations. 9

11 Fibre Optic Indoor/Outdoor Cable acc. DIN VDE 0888 A/IVQ(ZN)BH Core type: Tight buffer Strain relief elements: Aramide Type of armouring: Glass yarns FNC Black Designation A/IVQ(ZN)BH A/IVQ(ZN)BH A/IVQ(ZN)BH A/IVQ(ZN)BH A/IVQ(ZN)BH A/IVQ(ZN)BH A/IVQ(ZN)BH A/IVQ(ZN)BH A/IVQ(ZN)BH A/IVQ(ZN)BH A/IVQ(ZN)BH A/IVQ(ZN)BH A/IVQ(ZN)BH A/IVQ(ZN)BH A/IVQ(ZN)BH Number of fibres Fibre type Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Temperature range Laying, min.: 5 C Laying, max.: +50 C Operating, min.: 20 C Operating, max.: +55 C Number of Outer Ø fibres per approx. core mm ,1 6,1 6,1 6,6 6,6 6,6 6,6 6,6 6,6 8,0 8,0 8,0 8,3 8,3 8,3 Max. tensile force N Min. stat. bending radius mm 90,0 90,0 90,0 0,0 0,0 0,0 5,0 5,0 5,0 Other data Corrosiveness acc. to EN Halogenfree acc. to Flameresistanceacc. to IEC Smoke density acc. to IEC 6103 UVresistant Caloric load Max. approx. MJ / transverse m pressure N / cm 0,35 0 0,35 0 0,35 0 0,1 0 0,1 0 0,1 0 0,3 0 0,3 0 0,3 0 0,61 0 0,61 0 0,61 0 0,71 0 0,71 0 0,71 0 Weight kg/km 0,0 0,0 0,0 7,0 7,0 7,0 51,0 51,0 51,0 65,0 65,0 65,0 70,0 70,0 70, These HELUCOM fibreoptic cables are used for the data network cabling in indoor and outdoor applications. With their black UVresistant outer sheath and the nonmetallic rodent protection, they are perfectly suited for outdoor use. A big advantage of this cable type is its spacesaving construction. Similar to the breakout cable, the connector is directly mounted at the tight buffer. 10

12 Fibre Optic Indoor/Outdoor Cable acc. DIN VDE 0888 pact A/IDQ(ZN)BH Core type: Loose tube Strain relief elements: Glass yarns Type of armouring: Glass yarns FNC Black Designation A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH Number of fibres Fibre type Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Temperature range Laying, min.: 5 C Laying, max.: +50 C Operating, min.: 20 C Operating, max.: +60 C Number of Outer Ø fibres per approx. core mm ,5 7,5 7,5 7,5 7,5 7,5 7,5 7,5 7,5 7,5 7,5 7,5 8,5 8,5 8,5 Max. tensile force N Min. stat. bending radius mm 150,0 150,0 150,0 150,0 150,0 150,0 150,0 150,0 150,0 150,0 150,0 150,0 170,0 170,0 170,0 Other data Corrosiveness acc. to EN Halogenfree acc. to Flameresistanceacc. to IEC Smoke density acc. to IEC 6103 Longitudinally watertight acc. to IEC F5 UVresistant Caloric load Max. approx. MJ / transverse m pressure N / cm 1, , , , , , , , , , , , , , ,0 200 Weight kg/km 55,0 55,0 55,0 55,0 55,0 55,0 55,0 55,0 55,0 55,0 55,0 55,0 75,0 75,0 75, These HELUCOM pact fibreoptic cables have a small but robust construction. They are suitable for indoor and outdoor cabling of buildings and facilities when space is an important argument. They are used in particular if the installation is to be done in one piece from the inside to the outside without additional use of couplings. With their black UVresistant outer sheath and the nonmetallic rodent protection, they are perfectly suited for outdoor use. The halogenfree outer sheath makes installation inhouse possible without any problems. 11

13 Fibre Optic Indoor/Outdoor Cable acc. DIN VDE 0888 pact A/IDQ(ZN)BH OM3 Core type: Loose tube Strain relief elements: Glass yarns Type of armouring: Glass yarns FNC Black Designation A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH Number of fibres Fibre type Multimode G50/5 Multimode G50/5 Multimode G50/5 Multimode G50/5 Multimode G50/5 Temperature range Laying, min.: 5 C Laying, max.: +50 C Operating, min.: 20 C Operating, max.: +60 C Number of Outer Ø fibres per approx. core mm ,5 7,5 7,5 7,5 8,5 Max. tensile force N Min. stat. bending radius mm 150,0 150,0 150,0 150,0 170,0 Other data Corrosiveness acc. to EN Halogenfree acc. to Flameresistanceacc. to IEC Smoke density acc. to IEC 6103 Longitudinally watertight acc. to IEC F5 UVresistant Caloric load Max. approx. MJ / transverse m pressure N / cm 1, , , , ,0 200 Weight kg/km 55,0 55,0 55,0 55,0 75, These HELUCOM pact fibreoptic cables have a small but robust construction. They are suitable for indoor and outdoor cabling of buildings and facilities when space is an important argument. They are used in particular if the installation is to be done in one piece from the inside to the outside without additional use of couplings. With their black UVresistant outer sheath and the nonmetallic rodent protection, they are perfectly suited for outdoor use. The halogenfree outer sheath makes installation inhouse possible without any problems.

14 Fibre Optic Indoor/Outdoor Cable acc. DIN VDE 0888 A/IDQ(ZN)BH, central Core type: Loose tube Strain relief elements: Glass yarns Type of armouring: Glass yarns FNC Black Designation A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH Number of fibres Fibre type Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Temperature range Laying, min.: 5 C Laying, max.: +50 C Operating, min.: 20 C Operating, max.: +60 C Number of Outer Ø fibres per approx. core mm ,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 Max. tensile force N Min. stat. bending radius mm 150,0 150,0 150,0 150,0 150,0 150,0 150,0 150,0 150,0 150,0 150,0 150,0 150,0 150,0 150,0 150,0 150,0 Other data Corrosiveness acc. to EN Halogenfree acc. to Flameresistanceacc. to IEC Smoke density acc. to IEC 6103 Longitudinally watertight acc. to IEC F5 UVresistant Caloric load Max. approx. MJ / transverse m pressure N / cm 1, , , , , , , , , , , , , , , , , Weight kg/km 5,0 5,0 5,0 5,0 5,0 5,0 5,0 5,0 5,0 5,0 5,0 5,0 15,0 15,0 15,0 15,0 15, These HELUCOM fibreoptic cables are available either as central bundle core cable or as stranded versions. They are suitable for indoor and outdoor cabling of buildings and facilities. They are used in particular if the installation is to be done in one piece from the inside to the outside without additional use of couplings. With their black UVresistant outer sheath and the nonmetallic rodent protection, they are perfectly suited for outdoor use. The halogenfree outer sheath makes installation inhouse possible without any problems. 13

15 Fibre Optic Indoor/Outdoor Cable acc. DIN VDE 0888 A/IDQ(ZN)BH, stranded Core type: Loose tube GP support element Strain relief elements: Glass yarns Type of armouring: Glass yarns FNC Black Designation A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH Number of fibres Fibre type Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Temperature range Laying, min.: 5 C Laying, max.: +50 C Operating, min.: 20 C Operating, max.: +60 C Number of Outer Ø fibres per approx. core mm 11,0 11,0 11,0 11,0 11,0 11,0 11,0 11,0 11,0 11,0 11,5 11,5 11,5,5,5,5,5,5,5 Max. tensile force N Min. stat. bending radius mm 5,0 5,0 5,0 5,0 5,0 5,0 5,0 5,0 5,0 5,0 175,0 175,0 175,0 190,0 190,0 190,0 190,0 190,0 190,0 Other data Corrosiveness acc. to EN Halogenfree acc. to Flameresistanceacc. to IEC Smoke density acc. to IEC 6103 Longitudinally watertight acc. to IEC F5 UVresistant Caloric load Max. approx. MJ / transverse m pressure N / cm 2, , , , , , , , , , , , , , , , , , , Weight kg/km 90,0 90,0 90,0 90,0 90,0 90,0 90,0 90,0 90,0 90,0 130,0 130,0 130,0 130,0 130,0 130, These HELUCOM fibreoptic cables are available either as central bundle core cable or as stranded versions. They are suitable for indoor and outdoor cabling of buildings and facilities. They are used in particular if the installation is to be done in one piece from the inside to the outside without additional use of couplings. With their black UVresistant outer sheath and the nonmetallic rodent protection, they are perfectly suited for outdoor use. The halogenfree outer sheath makes installation inhouse possible without any problems. 1

16 Fibre Optic Cable with Functionality with reference to DIN 102 FS30 ADQ(ZN)BH Core type: Loose tube Strain relief elements: Aramide Type of armouring: Glass yarns F/LSOH ed Designation A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH Number of fibres Fibre type Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Temperature range Laying, min.: 10 C Laying, max.: +50 C Operating, min.: 25 C Operating, max.: +60 C Number of Outer Ø fibres per approx. core mm 7,8 7,8 7,8 7,8 7,8 7,8 Max. tensile force N Min. stat. bending radius mm 80,0 80,0 80,0 80,0 80,0 80,0 Other data Corrosiveness acc. to EN Halogenfree acc. to Flameresistanceacc. to IEC Smoke density acc. to IEC 6103 Longitudinally watertight acc. to IEC F5 UVresistant Functional integrity: E30 Caloric load Max. approx. MJ / transverse m pressure N / cm 1, , , , , , Weight kg/km 102,0 102,0 102,0 102,0 102,0 102, With the serie HELUCOM E30 we have realized, based on a special construction and high quality raw materials, a functional Integrity according to DIN 102 E30 (30 minutes). Together with the planed accessories the cables realize the full function of the communication in areas like tunnels or buildings for the defined period of time. On request we also can deliver cables with more than fibres as stranded construction. 15

17 Fibre Optic Cable with Functionality with reference to IEC FS90 A/ID(ZN)BH(S)H Core type: Loose tube Strain relief elements: Glass yarns Inner sheath material: FNC Type of armouring: steel tape F/LSOH Yellow Designation A/ID(ZN)BH(S)H A/ID(ZN)BH(S)H A/ID(ZN)BH(S)H A/ID(ZN)BH(S)H Number of fibres Fibre type Multimode G50/5 Singlemode E9/5 Multimode G50/5 Singlemode E9/5 Temperature range Laying, min.: 5 C Laying, max.: +50 C Operating, min.: 20 C Operating, max.: +70 C Number of Outer Ø fibres per approx. core mm,7,7,7,7 Max. tensile force N Min. stat. bending radius mm 180,0 180,0 180,0 180,0 Other data Corrosiveness acc. to EN Halogenfree acc. to Flameresistanceacc. to IEC and 3 Smoke density acc. to IEC 6103 Longitudinally watertight acc. to IEC F5 Cable, laterally watertight Functional integrity: IEC 6079/ IEC Caloric load Max. approx. MJ / transverse m pressure N / cm 6, , , , Weight kg/km 2,0 2,0 2,0 2, With the serie HELUCOM FS90 we have realized, based on a special construction and high quality raw materials, a functional Integrity according toiec within 90, minutes(up to 750 C). Together with the planed accessories the cables realize the full function of the communication in areas like tunnels or buildings for the defined period of time. On request we also can deliver cables with more than fibres as stranded construction.

18 Fibre Optic Outdoor Cable acc. DIN VDE 0888 ADQ(ZN)2Y, central Core type: Loose tube Strain relief elements: Glass yarns PE Black Designation ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y Number of fibres Fibre type Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Temperature range Laying, min.: 5 C Laying, max.: +50 C Operating, min.: 20 C Operating, max.: +60 C Number of Outer Ø fibres per approx. core mm ,8 8,8 8,8 8,8 8,8 8,8 8,8 8,8 8,8 8,8 8,8 8,8 8,8 8,8 8,8 8,8 8,8 8,8 8,8 8,8 8,8 Max. tensile force N Min. stat. bending radius mm 130,0 130,0 130,0 130,0 130,0 130,0 130,0 130,0 130,0 130,0 130,0 130,0 130,0 130,0 130,0 130,0 130,0 130,0 130,0 130,0 130,0 Other data Corrosiveness acc. to EN Halogenfree acc. to Longitudinally watertight acc. to IEC F5 UVresistant Caloric load Max. approx. MJ / transverse m pressure N / cm 1, , , , , , , , , , , , , , , , , , , , , Weight kg/km 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 70,0 70,0 70,0 70,0 70,0 70, These HELUCOM fibreoptic cables are characterized by a design that is particularly easy to mount. Around a central grooved cable, there is a composite of glass yarns and swelling fleece with characteristics that ensure the actual strain relief and waterproofing in longitudinal direction of the cable. In addition, these cables are designed greasefree. Wiping the jelly off is therefore unnecessary. This construction is particularly used in underground, tubes and channel areas, where rodent infestation is not to be expected. 17

19 Fibre Optic Outdoor Cable acc. DIN VDE 0888 ADQ(ZN)2Y, stranded Core type: Loose tube GP support element Strain relief elements: Glass yarns PE Black Designation ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y ADQ(ZN)2Y Number of fibres Fibre type Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Temperature range Laying, min.: 5 C Laying, max.: +50 C Operating, min.: 20 C Operating, max.: +60 C Number of Outer Ø fibres per approx. core mm 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,5 10,5 10,5 11,5 11,5 11,5 11,5 11,5 11,5 13,0 13,0 13,0 13,0 13,0 13,0 1,0 1,0 1,0 Max. tensile force N Min. stat. bending radius mm 200,0 200,0 200,0 200,0 200,0 200,0 200,0 200,0 200,0 200,0 200,0 200,0 210,0 210,0 210,0 230,0 230,0 230,0 230,0 230,0 230,0 260,0 260,0 260,0 260,0 260,0 260,0 280,0 280,0 280,0 Other data Corrosiveness acc. to EN Halogenfree acc. to Longitudinally watertight acc. to IEC F5 UVresistant Caloric load Max. approx. MJ / transverse m pressure N / cm 2, , , , , , , , , , , , , , , , , , , , ,30 00,00 00,00 00,00 00,00 00,00 00, , , ,00 00 Weight kg/km 70,0 70,0 70,0 70,0 70,0 70,0 70,0 70,0 70,0 70,0 70,0 70,0 75,0 75,0 75,0 110,0 110,0 110,0 110,0 110,0 110,0 130,0 130,0 130,0 130,0 130,0 130,0 150,0 150,0 150, These HELUCOM fibreoptic cables are characterized by a design that is particularly easy to mount and extremely tensionresistant. Around a stranded grooved cable and filler elements, there is a swelling fleece with characteristics that ensure strain relief and waterproofing in longitudinal direction of the cable. In addition, these cables are designed greasefree. Wiping the jelly off is therefore unnecessary. This construction is particularly used in underground, tubes and channel areas, where aboveaverage tensile stresses and/or transverse compressions occur, but rodent infestation is not to be expected. 18

20 Fibre Optic Outdoor Cable acc. DIN VDE 0888 pact ADQ(ZN)B2Y, central Core type: Loose tube Strain relief elements: Glass yarns Type of armouring: Glass yarns PE Black Designation ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y Number of fibres Fibre type Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Temperature range Laying, min.: 5 C Laying, max.: +50 C Operating, min.: 20 C Operating, max.: +60 C Number of Outer Ø fibres per approx. core mm ,5 7,5 7,5 7,5 7,5 7,5 7,5 7,5 7,5 7,5 7,5 7,5 7,5 7,5 7,5 8,5 8,5 8,5 Max. tensile force N Min. stat. bending radius mm 150,0 150,0 150,0 150,0 150,0 150,0 150,0 150,0 150,0 150,0 150,0 150,0 150,0 150,0 150,0 170,0 170,0 170,0 Other data Corrosiveness acc. to EN Halogenfree acc. to Longitudinally watertight acc. to IEC F5 UVresistant Caloric load Max. approx. MJ / transverse m pressure N / cm 1, , , , , , , , , , , , , , , , , , Weight kg/km 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 60,0 60,0 60, These HELUCOM pact fibreoptic cables are characterized by a design that is particularly easy to mount and is rodentprotected. Around a central grooved cable, there is a composite of glass yarns and swelling fleece with characteristics that ensure rodent protection, strain relief, and waterproofing in longitudinal direction of the cable. In addition, these cables are designed greasefree. Wiping the jelly off is therefore unnecessary. This construction is particularly used in underground, tubes and channel areas, where normal tensile stresses and/or transverse compressions occur and rodent infestation is to be expected. 19

21 Fibre Optic Outdoor Cable acc. DIN VDE 0888 ADQ(ZN)B2Y, central Core type: Loose tube Strain relief elements: Glass yarns Type of armouring: Glass yarns PE Black Designation ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y Number of fibres Fibre type Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Temperature range Laying, min.: 5 C Laying, max.: +50 C Operating, min.: 20 C Operating, max.: +60 C Number of Outer Ø fibres per approx. core mm ,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 Max. tensile force N Min. stat. bending radius mm 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 180,0 180,0 180,0 180,0 180,0 180,0 Other data Corrosiveness acc. to EN Halogenfree acc. to Longitudinally watertight acc. to IEC F5 UVresistant Caloric load Max. approx. MJ / transverse m pressure N / cm 1, , , , , , , , , , , , , , , , , , , , , Weight kg/km 130,0 130,0 130,0 130,0 130,0 130, These HELUCOM fibreoptic cables are characterized by a design that is particularly easy to mount and is rodentprotected. Around a central grooved cable, there is a composite of glass yarns and swelling fleece with characteristics that ensure rodent protection, strain relief, and waterproofing in longitudinal direction of the cable. In addition, these cables are designed greasefree. Wiping the jelly off is therefore unnecessary. This construction is particularly used in underground, tubes and channel areas, where normal tensile stresses and/or transverse compressions occur and rodent infestation is to be expected. 20

22 Fibre Optic Outdoor Cable acc. DIN VDE 0888 ADQ(ZN)B2Y, stranded Core type: Loose tube GP support element Strain relief elements: Glass yarns Type of armouring: Glass yarns PE Black Designation ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y Number of fibres Fibre type Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Temperature range Laying, min.: 5 C Laying, max.: +50 C Operating, min.: 20 C Operating, max.: +60 C Number of Outer Ø fibres per approx. core mm 10,5 10,5 10,5 10,5 10,5 10,5 10,5 10,5 10,5 10,5 10,5 10,5 11,0 11,0 11,0,0,0,0,0,0,0 13,5 13,5 13,5 13,5 13,5 13,5 1,5 1,5 1,5 Max. tensile force N Min. stat. bending radius mm 210,0 210,0 210,0 210,0 210,0 210,0 210,0 210,0 210,0 210,0 210,0 210,0 220,0 220,0 220,0 20,0 20,0 20,0 20,0 20,0 20,0 270,0 270,0 270,0 270,0 270,0 270,0 290,0 290,0 290,0 Other data Corrosiveness acc. to EN Halogenfree acc. to Longitudinally watertight acc. to IEC F5 UVresistant Caloric load Max. approx. MJ / transverse m pressure N / cm 2, , , , , , , , , , , , , , , , , , , , ,60 600,30 600,30 600,30 600,30 600,30 600, , , ,0 600 Weight kg/km 95,0 95,0 95,0 95,0 95,0 95,0 95,0 95,0 95,0 95,0 95,0 95,0 10,0 10,0 10,0 10,0 10,0 10,0 155,0 155,0 155,0 155,0 155,0 155,0 200,0 200,0 200, These HELUCOM fibreoptic cables are characterized by a design that is particularly easy to mount, extremely tensionresistant and rodentproof. Around a stranded grooved cable and filler elements, there is a composite of glass yarns and swelling fleece with characteristics that ensure rodent protection, strain relief, and waterproofing in longitudinal direction of the cable. In addition, these cables are designed greasefree. Wiping the jelly off is therefore unnecessary. This construction is particularly used in underground, tubes and channel areas, where aboveaverage tensile stresses and/or transverse compressions occur and rodent infestation is to be expected. 21

23 Fibre Optic Outdoor Cable acc. DIN VDE 0888 pact ADQ(ZN)B2Y fibre combi, stranded Core type: Loose tube GP support element Strain relief elements: Glass yarns Type of armouring: Glass yarns PE Black Designation Number of fibres ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y ADQ(ZN)B2Y Fibre type Single and multimode G50/5 Single und Multimode G50/5 OM3 Single and multimode G50/5 Single und Multimode G50/5 OM3 Temperature range Laying, min.: 5 C Laying, max.: +50 C Operating, min.: 20 C Operating, max.: +60 C Number of Outer Ø fibres per approx. core mm 9,5 9,5 9,5 9,5 Max. tensile force N Min. stat. bending radius mm 200,0 200,0 200,0 200,0 Other data Corrosiveness acc. to EN Longitudinally watertight acc. to IEC F5 UVresistant Caloric load Max. approx. MJ / transverse m pressure N / cm 2, ,50 2,50 2, Weight kg/km 90,0 90,0 90,0 90, These HELUCOM pact fibreoptic cables are characterized by a design that is particularly easy to mount, tensionresistant and rodentproof. Around a stranded grooved cable and filler elements, there is a composite of glass yarns and swelling fleece with characteristics that ensure rodent protection, strain relief and waterproofing in longitudinal direction of the cable. In addition, these cables are designed greasefree. Wiping the jelly off is therefore unnecessary. This construction is particularly used in underground, tubes and channel areas, where packing density also plays a role. 22

24 Fibre Optic Outdoor Cable acc. DIN VDE 0888 ADQ(ZN)B2Y fibre combi, stranded Core type: Loose tube GP support element Strain relief elements: Glass yarns Type of armouring: Glass yarns PE Black Designation ADQ(ZN)B2Y ADQ(ZN)B2Y Number of fibres 2 8 Fibre type Single and multimode G50/5 Single and multimode G50/5 Temperature range Laying, min.: 5 C Laying, max.: +50 C Operating, min.: 20 C Operating, max.: +60 C Number of Outer Ø fibres per approx. core mm 10,5 10,5 Max. tensile force N Min. stat. bending radius mm 200,0 200,0 Other data Corrosiveness acc. to EN Halogenfree acc. to Longitudinally watertight acc. to IEC F5 UVresistant Caloric load Max. approx. MJ / transverse m pressure N / cm 2, , Weight kg/km 95,0 95, These HELUCOM fibreoptic cables are characterized by a design that is particularly easy to mount, extremely tensionresistant and rodentproof. Around a stranded grooved cable and filler elements, there is a composite of glass yarns and swelling fleece with characteristics that ensure rodent protection, strain relief and waterproofing in longitudinal direction of the cable. In addition, these cables are designed greasefree. Wiping the jelly off is therefore unnecessary. This construction is particularly used in underground, tubes and channel areas, where aboveaverage tensile stresses and/or transverse compressions occur and rodent infestation is to be expected. 23

25 Fibre Optic Outdoor Cable acc. DIN VDE 0888 ADF(ZN)2Y Core type: Loose tube GP support element Strain relief elements: Aramide PE Black Designation ADF(ZN)2Y ADF(ZN)2Y ADF(ZN)2Y ADF(ZN)2Y ADF(ZN)2Y ADF(ZN)2Y ADF(ZN)2Y ADF(ZN)2Y ADF(ZN)2Y ADF(ZN)2Y ADF(ZN)2Y ADF(ZN)2Y ADF(ZN)2Y ADF(ZN)2Y ADF(ZN)2Y ADF(ZN)2Y ADF(ZN)2Y ADF(ZN)2Y ADF(ZN)2Y ADF(ZN)2Y ADF(ZN)2Y ADF(ZN)2Y ADF(ZN)2Y ADF(ZN)2Y ADF(ZN)2Y ADF(ZN)2Y ADF(ZN)2Y ADF(ZN)2Y ADF(ZN)2Y ADF(ZN)2Y ADF(ZN)2Y ADF(ZN)2Y ADF(ZN)2Y ADF(ZN)2Y ADF(ZN)2Y ADF(ZN)2Y Number of fibres Fibre type Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Temperature range Laying, min.: 5 C Laying, max.: +50 C Operating, min.: 20 C Operating, max.: +60 C Number of Outer Ø fibres per approx. core mm ,5 9,5 9,5 9,5 9,5 9,5 9,5 9,5 9,5 9,5 9,5 9,5 9,5 9,5 9,5 9,5 9,5 9,5 9,5 9,5 9,5 9,5 9,5 9,5 10,0 10,0 10,0 10,7 10,7 10,7 11,5 11,5 11,5 1,5 1,5 1,5 Max. tensile force N Min. stat. bending radius mm 95,0 95,0 95,0 95,0 95,0 95,0 95,0 95,0 95,0 95,0 95,0 95,0 95,0 95,0 95,0 95,0 95,0 95,0 95,0 95,0 95,0 95,0 95,0 95,0 107,0 107,0 107,0 115,0 115,0 115,0 15,0 15,0 15,0 Other data Corrosiveness acc. to EN Halogenfree acc. to Longitudinally watertight acc. to IEC F5 UVresistant Caloric load Max. approx. MJ / transverse m pressure N / cm,20 00,20 00,20 00,20 00,20 00,20 00,20 00,20 00,20 00,20 00,20 00,20 00,00 00,00 00,00 00,00 00,00 00,00 00,00 00,00 00,00 00,00 00,00 00, , , ,80 00,30 00,30 00, , , , , , ,70 00 Weight kg/km 85,0 85,0 85,0 85,0 85,0 85,0 85,0 85,0 85,0 85,0 85,0 85,0 85,0 85,0 85,0 85,0 85,0 85,0 85,0 85,0 85,0 85,0 85,0 85,0 90,0 90,0 90,0 0,0 0,0 0,0 135,0 135,0 135,0 175,0 175,0 175, These HELUCOM fibreoptic cables are characterized by a stranded construction with jelly filling. They are made waterproof in longitudinal direction by filling a jelly mass into the stranding cavities. Nonmetallic tension elements ensure above average strain relief. This construction is particularly used in the area of telecommunication and long distance, but also in regular channels and tubes. 2

26 Fibre Optic Outdoor Cable acc. DIN VDE 0888 ADF(ZN)B2Y Core type: Loose tube GP support element Strain relief elements: Aramide Type of armouring: Glass yarns PE Black Designation ADF(ZN)B2Y ADF(ZN)B2Y ADF(ZN)B2Y ADF(ZN)B2Y ADF(ZN)B2Y ADF(ZN)B2Y ADF(ZN)B2Y ADF(ZN)B2Y ADF(ZN)B2Y ADF(ZN)B2Y ADF(ZN)B2Y ADF(ZN)B2Y ADF(ZN)B2Y ADF(ZN)B2Y ADF(ZN)B2Y ADF(ZN)B2Y ADF(ZN)B2Y ADF(ZN)B2Y ADF(ZN)B2Y ADF(ZN)B2Y ADF(ZN)B2Y ADF(ZN)B2Y ADF(ZN)B2Y ADF(ZN)B2Y ADF(ZN)B2Y ADF(ZN)B2Y ADF(ZN)B2Y ADF(ZN)B2Y ADF(ZN)B2Y ADF(ZN)B2Y ADF(ZN)B2Y ADF(ZN)B2Y ADF(ZN)B2Y ADF(ZN)B2Y ADF(ZN)B2Y ADF(ZN)B2Y Number of fibres Fibre type Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Temperature range Laying, min.: 5 C Laying, max.: +50 C Operating, min.: 20 C Operating, max.: +60 C Number of Outer Ø fibres per approx. core mm ,5 10,5 10,5 10,5 10,5 10,5 10,5 10,5 10,5 10,5 10,5 10,5 10,5 10,5 10,5 10,5 10,5 10,5 10,5 10,5 10,5 10,5 10,5 10,5 11,0 11,0 11,0 11,5 11,5 11,5,0,0,0 1,5 1,5 1,5 Max. tensile force N Min. stat. bending radius mm 105,0 105,0 105,0 105,0 105,0 105,0 105,0 105,0 105,0 105,0 105,0 105,0 105,0 105,0 105,0 105,0 105,0 105,0 105,0 105,0 105,0 105,0 105,0 105,0 110,0 110,0 110,0 115,0 115,0 115,0 0,0 0,0 0,0 15,0 15,0 15,0 Other data Corrosiveness acc. to EN Halogenfree acc. to Longitudinally watertight acc. to IEC F5 UVresistant Caloric load Max. approx. MJ / transverse m pressure N / cm,0 00,0 00,0 00,0 00,0 00,0 00,0 00,0 00,0 00,0 00,0 00,0 00,0 00,0 00,0 00,30 00,30 00,30 00,20 00,20 00,20 00,20 00,20 00,20 00,10 00,10 00,10 00,60 00,60 00, , , , , , ,00 00 Weight kg/km 90,0 90,0 90,0 90,0 90,0 90,0 90,0 90,0 90,0 90,0 90,0 90,0 90,0 90,0 90,0 90,0 90,0 90,0 90,0 90,0 90,0 90,0 90,0 90,0 95,0 95,0 95,0 136,0 136,0 136,0 155,0 155,0 155,0 228,0 228,0 228, These HELUCOM fibreoptic cables are characterized by a stranded construction with jelly filling. They are made waterproof in longitudinal direction by filling a jelly mass into the stranding cavities. Nonmetallic tension elements and glass yarns ensure above average strain relief and rodent protection. This construction is particularly used in the area of telecommunication and long distance, but also in regular channels and tubes where rodent infestation is possible. 25

27 Fibre Optic Outdoor Cable acc. DIN VDE 0888 ADF(ZN)2YY Core type: Loose tube GP support element Strain relief elements: Aramide Inner sheath material: PE Type of armouring: PA sheath PA Black Designation ADF(ZN)2YY ADF(ZN)2YY ADF(ZN)2YY ADF(ZN)2YY ADF(ZN)2YY ADF(ZN)2YY ADF(ZN)2YY ADF(ZN)2YY ADF(ZN)2YY ADF(ZN)2YY ADF(ZN)2YY ADF(ZN)2YY ADF(ZN)2YY ADF(ZN)2YY ADF(ZN)2YY ADF(ZN)2YY ADF(ZN)2YY ADF(ZN)2YY ADF(ZN)2YY ADF(ZN)2YY ADF(ZN)2YY ADF(ZN)2YY ADF(ZN)2YY ADF(ZN)2YY ADF(ZN)2YY ADF(ZN)2YY ADF(ZN)2YY ADF(ZN)2YY ADF(ZN)2YY ADF(ZN)2YY ADF(ZN)2YY ADF(ZN)2YY ADF(ZN)2YY ADF(ZN)2YY ADF(ZN)2YY Number of fibres Fibre type Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Temperature range Laying, min.: 5 C Laying, max.: +50 C Operating, min.: 20 C Operating, max.: +60 C Number of Outer Ø fibres per approx. core mm ,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,0 10,5 10,5 10,5 11,0 11,0 11,0 11,5 11,5 11,5 1,5 1,5 1,5 Max. tensile force N Min. stat. bending radius mm 105,0 105,0 105,0 110,0 110,0 110,0 115,0 115,0 115,0 15,0 15,0 15,0 Other data Corrosiveness acc. to EN Halogenfree acc. to Longitudinally watertight acc. to IEC F5 Cable, laterally watertight UVresistant Caloric load Max. approx. MJ / transverse m pressure N / cm 6, , , , , , , , , , , , , , , , , , , , , , , , , , ,0 00 8,0 00 8,0 00 7, , , , , ,0 00 Weight kg/km 90,0 90,0 90,0 90,0 90,0 90,0 90,0 90,0 90,0 90,0 90,0 90,0 90,0 90,0 90,0 90,0 90,0 90,0 90,0 90,0 90,0 90,0 90,0 95,0 95,0 95,0 110,0 110,0 110,0 0,0 0,0 0,0 180,0 180,0 180, These HELUCOM fibreoptic cables are characterized by a stranded construction with jelly filling. They are made waterproof in longitudinal direction by filling a jelly mass into the stranding cavities. Nonmetallic tension elements and a second outer sheath made of polyamide (PA) ensure above average strain relief and rodent protection. This construction is particularly used in the area of telecommunication and long distance, but also in regular channels and tubes where rodent infestation is possible. 26

28 Fibre Optic Outdoor Cable Microduct ADQ2Y, central Core type: Loose tube PE Black Designation ADQ2Y central ADQ2Y central Number of fibres Fibre type Singlemode E9/5 Singlemode E9/5 Temperature range Laying, min.: 20 C Laying, max.: +60 C Operating, min.: 20 C Operating, max.: +60 C Number of Outer Ø fibres per approx. core mm 2,5 2,5 Max. tensile force N Min. stat. bending radius mm 25,0 25,0 Other data Corrosiveness acc. to EN Halogenfree acc. to Longitudinally watertight acc. to IEC F5 UVresistant Caloric load Max. approx. MJ / transverse m pressure N / cm 1, ,0 200 Weight kg/km 6,0 6, These HELUCOM micro fibreoptic cables are characterized by a design that is slim but robust. Arounda centraltube, there is a composite of swelling fleece with characteristics that ensure the strain relief, and waterproofing in longitudinal direction of the cable. This construction is particularly used in tubes and channels. These cablescanbe blowing into microducts. 27

29 Fibre Optic Outdoor Cable Microduct ADQ2Y, stranded Core type: Loose tube GP support element PE Black Designation ADQ2Y stranded ADQ2Y stranded ADQ2Y stranded ADQ2Y stranded ADQ2Y stranded ADQ2Y stranded ADQ2Y stranded ADQ2Y stranded Number of fibres Fibre type Singlemode E9/5 Singlemode E9/5 Singlemode E9/5 Singlemode E9/5 Singlemode E9/5 Singlemode E9/5 Singlemode E9/5 Singlemode E9/5 Temperature range Laying, min.: 30 C Laying, max.: +60 C Operating, min.: 30 C Operating, max.: +70 C Number of Outer Ø fibres per approx. core mm 6,0 6,0 6,0 6,0 6,0 7,2 9,7 11,2 Max. tensile force N Min. stat. bending radius mm 60,0 60,0 60,0 60,0 60,0 72,0 97,0 115,0 Other data Corrosiveness acc. to EN Halogenfree acc. to Longitudinally watertight acc. to IEC F5 UVresistant Caloric load Max. approx. MJ / transverse m pressure N / cm 0, , , , , , , , Weight kg/km 28,0 28,0 28,0 28,0 28,0,0 77,0 90, These HELUCOM micro fibreoptic cables are characterized by a design that is slim but robust. Around stranded tubes, there is a composite of swelling fleece with characteristics that ensure the strain relief, and waterproofing in longitudinal direction of the cable. This construction is particularly used in tubes and channels. These cablescanbe blowing into microducts. 28

30 Fibre Optic Outdoor Cable steel armoured ADQ(ZN)(S)2Y Core type: Loose tube Strain relief elements: Glass yarns Type of armouring: Steel rib PE Black Designation ADQ(ZN)(S)2Y ADQ(ZN)(S)2Y ADQ(ZN)(S)2Y ADQ(ZN)(S)2Y ADQ(ZN)(S)2Y ADQ(ZN)(S)2Y Number of fibres Fibre type Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Temperature range Laying, min.: 5 C Laying, max.: +50 C Operating, min.: 20 C Operating, max.: +70 C Number of Outer Ø fibres per approx. core mm 9,5 9,5 9,5 9,5 9,5 9,5 Max. tensile force N Min. stat. bending radius mm 95,0 95,0 95,0 95,0 95,0 95,0 Other data Corrosiveness acc. to EN Halogenfree acc. to Longitudinally watertight acc. to IEC F5 Cable, laterally watertight UVresistant Caloric load Max. approx. MJ / transverse m pressure N / cm 2, , , , , , Weight kg/km 115,0 115,0 105,0 115,0 115,0 115, These HELUCOM fibreoptic cables are characterized by acompact construction with a swelling fleece. Aboveaverage rodent protection is achieved with the metallic rodent protection (steel groove) and an outer sheath made of PE. This construction is particularly used in the area of telecommunication and long distance, but also in regular channels and tubes where rodent infestation is possible. 29

31 Fibre Optic Outdoor Cable acc. ACO Standard ADF(ZN)2Y(S)2Y Core type: Loose tube GP support element Strain relief elements: Aramide Inner sheath material: PE Type of armouring: Steel rib PE Black Designation ADF(ZN)2Y(S)2Y ADF(ZN)2Y(S)2Y ADF(ZN)2Y(S)2Y ADF(ZN)2Y(S)2Y Number of fibres Fibre type Singlemode E9/5 Singlemode E9/5 Singlemode E9/5 Singlemode E9/5 Temperature range Laying, min.: 5 C Laying, max.: +50 C Operating, min.: 25 C Operating, max.: +60 C Number of Outer Ø Max. fibres per core approx. mm tensile force N 2 13,0 13,0 13,0 13,0 Other data Corrosiveness acc. to EN Halogenfree acc. to Longitudinally watertight acc. to IEC F5 Cable, laterally watertight UVresistant Min. stat. bending radius mm 130,0 130,0 130,0 130,0 Max. transverse pressure N / cm Weight kg/km These HELUCOM fibreoptic cables are characterized by a stranded construction with jelly filling. They are made waterproof in longitudinal direction by filling a jelly mass into the stranding cavities. Aboveaverage rodent protection is achieved with the metallic rodent protection (steel groove) and the second outer sheath made of PE. This construction is particularly used in the area of telecommunication and long distance where ACO standards must be followed, but also in regular channels and tubes where rodent infestation is possible. 30

32 Fibre Optic Outdoor Cable Hybrid acc. DIN VDE 0888 ADSQ(ZN)B2Y Core type: Loose tube GP support element Number of fibres per core: Strain relief elements: Glass yarns Type of armouring: Glass yarns PE Black Designation ADSQ(ZN)B2Y ADSQ(ZN)B2Y ADSQ(ZN)B2Y ADSQ(ZN)B2Y ADSQ(ZN)B2Y ADSQ(ZN)B2Y ADSQ(ZN)B2Y ADSQ(ZN)B2Y ADSQ(ZN)B2Y No. of fibres Fibre type Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Temperature range Laying, min.: 10 C Laying, max.: +60 C Operating, min.: 25 C Operating, max.: +60 C No. of copper cores Dimensions of copper cores mm 1,2 1,2 1,2 1,5 1,5 1,5 1,5 1,5 1,5 Outer Ø approx. mm,0,0,0,5,5,5 17,0 17,0 17,0 Max. tensile force N Min. stat. bending radius mm Other data Corrosiveness acc. to EN Longitudinally watertight acc. to IEC F5 UVresistant Caloric load approx. MJ / m,80,80,80,80,80,80 5,80 5,80 5,80 Max. transverse pressure N / cm Weight kg/km 10,0 10,0 10,0 0,0 0,0 0,0 250,0 250,0 250, These HELUCOM fibreoptic cables are designed especially for use in fibreoptical temperature measurements, such as monitoring of dams. The extreme mechanical requirements in these areas are fulfilled by the specially designed cable construction. These lines are hybrid glass fibre lines with copper cores and a special PE outer sheath. Typical application within a cofferdam 31

33 Fibre Optic Outdoor Cable Hybrid acc. DIN VDE 0888 ADSF(L)(ZN)2Y Core type: Loose tube GP support element Number of fibres per core: Strain relief elements: Aramide Aluminium laminated sheath PE Black Designation ADSF(L)(ZN)2Y ADSF(L)(ZN)2Y ADSF(L)(ZN)2Y ADSF(L)(ZN)2Y ADSF(L)(ZN)2Y ADSF(L)(ZN)2Y ADSF(L)(ZN)2Y ADSF(L)(ZN)2Y ADSF(L)(ZN)2Y ADSF(L)(ZN)2Y ADSF(L)(ZN)2Y ADSF(L)(ZN)2Y ADSF(L)(ZN)2Y ADSF(L)(ZN)2Y ADSF(L)(ZN)2Y ADSF(L)(ZN)2Y No. of fibres Fibre type Singlemode E9/5 Singlemode E9/5 Singlemode E9/5 Singlemode E9/5 Singlemode E9/5 Singlemode E9/5 Singlemode E9/5 Singlemode E9/5 Singlemode E9/5 Singlemode E9/5 Singlemode E9/5 Singlemode E9/5 Singlemode E9/5 Singlemode E9/5 Singlemode E9/5 Singlemode E9/5 Temperature range Laying, min.: 5 C Laying, max.: +50 C Operating, min.: 25 C Operating, max.: +60 C No. of copper cores Dimensions of copper cores mm 0,6 0,6 0,6 0,6 0,6 0,6 0,6 0,6 0,6 0,6 0,6 0,6 0,6 0,6 0,6 0,6 Outer Ø approx. mm,0,0 13,1 13,1 13,1 13,1 1,1 1,1 1,8 1,8,6,6 18, 18, 20,3 20,3 Max. tensile force N Min. stat. bending radius mm Other data Corrosiveness acc. to EN Halogenfree acc. to Longitudinally watertight acc. to IEC F5 Cable, laterally watertight UVresistant Caloric load approx. MJ / m,80,80,80,80,80,80,80,80 5,10 5,10 6,30 6,30 8,50 8,50 10,00 10,00 Max. transverse pressure N / cm Weight kg/km 135,0 10,0 139,0 1,0 11,0,0 6,0 171,0 179,0 18,0 276,0 281,0 280,0 285,0 331,0 336, These HELUCOM outdoor cables are designed for use under extreme environmental conditions. With the double jelly filling and the Al/PE laminated sheath, they are water proof in longitudinal and transverse direction. The welded Al tape acts as an additional vapour barrier. These cables can be layed directly in the ground, in tubes and in ducts. They are mainly used in local and longdistance networks. 32

34 Aerial Fibre Optic Cable metall free ADSS Core type: Loose tube GP support element Strain relief elements: Aramide Inner sheath material: PE PE Black Designation ADSS 9 ADSS 9 ADSS 9 ADSS 9 ADSS 9 ADSS 9 ADSS ADSS ADSS ADSS ADSS ADSS ADSS 35 ADSS 35 ADSS 35 ADSS 35 ADSS 35 ADSS 35 Number of fibres Fibre type Singlemode E9/5 Singlemode E9/5 Singlemode E9/5 Singlemode E9/5 Singlemode E9/5 Singlemode E9/5 Singlemode E9/5 Singlemode E9/5 Singlemode E9/5 Singlemode E9/5 Singlemode E9/5 Singlemode E9/5 Singlemode E9/5 Singlemode E9/5 Singlemode E9/5 Singlemode E9/5 Singlemode E9/5 Singlemode E9/5 Temperature range Laying, min.: 10 C Laying, max.: +60 C Operating, min.: 25 C Operating, max.: +70 C Number of fibres per core Span width m Max. tensile force N Additional load dan / m 0,5 0,5 0,5 0,5 0,5 0,5 0,3 0,3 0,3 0,3 0,3 0,3 0,35 0,35 0,35 0,35 0,35 0,35 Other data Sag at 25 C ADSS 9: 2,0 m Sag at 25 C ADSS :,5 m Sag at 25 C ADSS 35: 9,5 m Halogenfree acc. to Longitudinally watertight acc. to IEC F5 Cable, laterally watertight UVresistant Min. stat. bending radius mm Outer Ø approx. mm 13,6 13,6 15,6 15,6 15,0 20,8 1, 1,,, 15,8 21,6 17,2 17,2 19,2 19,2 18,6 2, Weight kg/km These HELUCOM outdoor cables designed as aerial cables for freely suspended installations on posts and masts. The construction is waterproof in longitudinal direction thanks to the use of jellyfilled bundle cores and swelling tape. The outer jacket is UVresistant and at the same time provides protection against environmental influences, such as snow, ice, sun insolation and wind. 33

35 Fibre Optic Cable flexible WK mobile AV(ZN)11Y Core type: Tight buffer Strain relief elements: Kevlar Orange Designation Fibreoptic cable Fibreoptic cable Fibreoptic cable Fibreoptic cable Fibreoptic cable Fibreoptic cable Fibreoptic cable Number of Fibre type fibres Multimode G50/5 Multimode G62.5/5 Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Multimode G50/5 Multimode G62.5/5 Temperature range Laying, min.: +5 C Laying, max.: +50 C Operating, min.: 30 C Operating, max.: +70 C Outer Ø approx. mm 5,0 5,0 5,8 5,8 5,8 7,0 7,0 Outer sheath material PU PU PU PU PU PU PU Inner sheath material Min. stat. bending radius mm Other data Max. tensile force: 650 N Max. transverse pressure: 0 N / cm Longitudinally watertight acc. to IEC F5 UVresistant esistant to hammer impact acc. to IEC E6 Bending cycles acc. to IEC E6: Oilresistant Flame proof yes yes yes yes yes yes yes halogenfree yes yes yes yes yes yes yes UL no no no no no no no Weight kg/km These HELUCOM cables were designed as mobile field cables. They are easily wound up on a drum and are very tensionproof. As the outer sheath is tightly anchored on the aramid braiding, it is especially suitable for mobile use. The advantage of these cables is evident especially where mobile fibreoptic lines are to be installed, such as for drag chains, TV transmission, supervision of protected areas, etc. 3

36 Fibre Optic Cable flexible WK UL/CSA WK AV(ZN)Y Core type: Tight buffer Strain relief elements: Aramide Orange Designation Fibreoptic cable Fibreoptic cable Fibreoptic cable Number of Fibre type fibres Multimode G50/5 Multimode G62.5/5 Singlemode E9/5 Temperature range Laying, min.: 0 C Laying, max.: +50 C Operating, min.: 30 C Operating, max.: +80 C Outer Ø approx. mm 7,0 7,0 7,0 Outer sheath material Inner sheath material Min. stat. bending radius mm Other data Max. tensile force: 00 N Max. transverse pressure: N / cm Longitudinally watertight acc. to IEC F5 UVresistant Bending cycles acc. to IEC E6: Oilresistant Flame proof yes yes yes halogenfree no no no UL yes yes yes Weight kg/km These HELUCOM cables were designed as mobile field cables. They are easily wound up on a drum and are very tensionproof. As the outer sheath is tightly anchored on the aramid braiding, it is especially suitable for mobile use. The advantage of these cables is evident especially where mobile fibreoptic lines are to be installed, such aswindturbine projects, TV transmission, supervision of protected areas, etc.. This series with jacket is certified according the UL/CSA standard OFNG/ FT. 35

37 Fibre Optic Cable flexible WK robust PU + (UL/CSA) WK ATV(ZN)H(ZN)11Y, ATV(ZN)Y(ZN)Y Core type: Composite buffered Strain relief elements: Aramide Black Designation ATV(ZN)H(ZN)11Y ATV(ZN)Y(ZN)Y ATV(ZN)H(ZN)11Y ATV(ZN)Y(ZN)Y Number of Fibre type fibres Multimode G50/5 Multimode G50/5 Multimode G50/5 Multimode G50/5 Temperature range Laying, min.: 10 C Laying, max.: +50 C Operating, min.: 0 C Operating, max.: +90 C Outer Ø approx. mm 8,5 8,5,, Outer sheath material PU PU Inner sheath material ULSZH ULSZH Min. stat. bending radius mm Other data Max. tensile force: 800 N Max. transverse pressure: 200 N / cm Longitudinally watertight acc. to IEC F5 UVresistant esistant to hammer impact acc. to IEC E6 Bending cycles acc. to IEC E6: Oilresistant Flame proof yes yes yes yes halogenfree yes no yes no UL no yes no yes Weight kg/km The HELUCOM WK range is set apart by its extreme rugged yet highlyflexible design. It is used wherever demanding environmental conditions and extreme movements occur. The tight buffer structure enables the cable to be preassembled insitu with ease. s are for example Windturbines, TV transmissions, mobile field applications, etc.. 36

38 Fibre Optic Cable flexible WK ATV(ZN)YY Core type: Composite buffered Strain relief elements: Aramide Yellow Designation Fibreoptic cable Number of Fibre type fibres Multimode G50/5 Temperature range Laying, min.: 10 C Laying, max.: +50 C Operating, min.: 0 C Operating, max.: +90 C Outer Ø approx. mm 7, Outer sheath material Inner sheath material Min. stat. bending radius mm 90 Other data Max. tensile force: 00 N Max. transverse pressure: 100 N / cm UVresistant esistant to hammer impact acc. to IEC E6 Bending cycles acc. to IEC E6: 15 Oilresistant Flame proof yes halogenfree no UL no Weight kg/km The HELUCOM range is set apart by its extreme rugged yet flexible design. It is used wherever demanding environmental conditions and movements occur. The tight buffer structure enables the cable to be preassembled insitu with ease. s are for example industry applications, TV transmissions, etc.. 37

39 Fibre Optic Breakout Cable outdoor ATV(ZN)HH(BN)2Y Core type: Composite buffered GP support element Strain relief elements: Aramide Inner sheath material: ULSZH PE Black Designation ATV(ZN)HH(BN)2Y Number of fibres Fibre type Multimode G50/5 Temperature range Laying, min.: 5 C Laying, max.: +50 C Operating, min.: 20 C Operating, max.: +60 C Outer Ø approx. mm 13,5 Max. tensile force N 00 Min. stat. bending radius mm 30 Other data Longitudinally watertight acc. to IEC F5 UVresistant Oilresistant Max. transverse pressure N / cm 300 Caloric load Weight approx. MJ / kg/km m 2, The HELUCOM range is set apart by its extreme rugged roden protected design. It is used wherever demanding environmental conditionswhile fixed installationsoccur. The tight buffer structure enables the cable to be preassembled insitu with ease. s are for example industry applications, etc.. 38

40 Fibre Optic Cable robust multimode ATVYY Core type: Tight buffer Strain relief elements: Aramide Black Designation ATVYY Number of fibres 2 Fibre type Multimode G62.5/5 Temperature range Laying, min.: 5 C Laying, max.: +50 C Operating, min.: 20 C Operating, max.: +60 C Number of Outer Ø fibres per approx. core mm 1 6,8 x 10,2 Max. tensile force N 00 Min. stat. bending radius mm 110,0 Other data Flameresistanceacc. to IEC Longitudinally watertight acc. to IEC F5 UVresistant Oilresistant Caloric load Max. approx. MJ / transverse m pressure N / cm 1, Weight kg/km 76, This HELUCOM fibreoptic cable is suited for fixed installations in pits and channels, but also for flexible applications as jumper cable. Because of the robust construction with Single and Overalljacket you also can use it in industrial areas. With the coreconstruction, direct plug manufacturing, even on site, poses no problems. 39

41 Fibre Optic Cable flexible HCS IVH, IVHH Core type: Composite buffered Temperature range Other data Laying, min.: 5 C Corrosiveness acc. to EN Strain relief elements: Aramide Laying, max.: +50 C Halogenfree acc. to FNC Operating, min.: 10 C Flameresistanceacc. to IEC Orange Operating, max.: +60 C Smoke density acc. to IEC 6103 Designation IVH IVHH Number of fibres 1 2 Fibre type HCS 200/230 HCS 200/230 Outer Ø Max. approx. mm tensile force N 2,8 3,8 x 6, Min. stat. Caloric load Max. bending radius approx. MJ / transverse mm m pressure N / cm 0 0, ,52 10 Weight kg/km 2,8 30, These HELUCOM HCS fibre lines are suitable for stationary installation indoors. For heavyduty mechanical requirements, such as application in industrial environments, a version with PU outer sheath is available on request. With a HCS fibre transmission lengths of up to 300m can be achieved. With the tight buffer construction, direct plug manufacturing, even on site, poses no problems. 0

42 Fibre Optic Breakout Cable robust flexible HCS IV(ZN)Y11Y Core type: Composite buffered Strain relief elements: Aramide PU ed Temperature range Laying, min.: 5 C Laying, max.: +50 C Operating, min.: 20 C Operating, max.: +70 C Other data Oilresistant Designation IV(ZN)Y11Y Number of fibres 2 Fibre type HCS 200/230 Number of Outer Ø fibres per approx. core mm 1 7,0 Max. tensile force N 800 Min. stat. bending radius mm 50,0 Caloric load Max. approx. MJ / transverse m pressure N / cm 1, Weight kg/km 3, This HELUCOM HCS fibre cable is suitable for fixed installation. Possible applications are normal and heavyduty mechanical requirements for example in industrial environments. With the tight buffer construction, direct plug manufacturing, even on site, poses no problems. With a HCS fibre transmission lengths of up to 300m can be achieved. 1

43 Fibre Optic Breakout Cable robust HCS ATVQH(ZN)B2Y Core type: Composite buffered GP support element Strain relief elements: Aramide Type of armouring: Glass yarns PE Black Designation ATVQH(ZN)B2Y Number of fibres 2 Fibre type HCS 200/230 Temperature range Laying, min.: 5 C Laying, max.: +50 C Operating, min.: 25 C Operating, max.: +70 C Number of Outer Ø fibres per approx. core mm 1 11,0 Max. tensile force N 1500 Min. stat. bending radius mm 200,0 Other data Corrosiveness acc. to EN Halogenfree acc. to Longitudinally watertight acc. to IEC F5 UVresistant Oilresistant Caloric load Max. approx. MJ / transverse m pressure N / cm 2, Weight kg/km 90, This HELUCOM HCS fibre cable is suitable for fixed installation outdoors. Possible applications are normal and heavyduty mechanical requirements for example in industrial environments. This is the reason we also equiped the cable with a nonmetallic rodentprotection.with the tight buffer construction, direct plug manufacturing, even on site, poses no problems. With a HCS fibre transmission lengths of up to 300m can be achieved. 2

44 Fibre Optic Breakout Cable flexible HCS ATV(ZN)HH Core type: Composite buffered GP support element Strain relief elements: Aramide FNC Black Designation ATV(ZN)HH Number of fibres Fibre type HCS 200/230 Temperature range Laying, min.: 20 C Laying, max.: +50 C Operating, min.: 20 C Operating, max.: +70 C Number of Outer Ø fibres per approx. core mm 1 9,0 Max. tensile force N 800 Min. stat. bending radius mm 225,0 Other data Corrosiveness acc. to EN Halogenfree acc. to Flameresistanceacc. to IEC Smoke density acc. to IEC 6103 UVresistant Oilresistant Caloric load Max. approx. MJ / transverse m pressure N / cm 1, Weight kg/km 76, This HELUCOM HCS fibre cable is suitable for fixed and normal flexible installation. Possible applications are normal requirements and also limited industrial environments. With the tight buffer construction, direct plug manufacturing, even on site, poses no problems. With a HCS fibre transmission lengths of up to 300m can be achieved. 3

45 Fibre Optic Breakout Cable robust, flexible HCS UL/CSA IV(ZN)YY Core type: Composite buffered Strain relief elements: Aramide Black Designation IV(ZN)YY Number of fibres 2 Fibre type HCS 200/230 Temperature range Laying, min.: 20 C Laying, max.: +75 C Operating, min.: 30 C Operating, max.: +85 C Number of Outer Ø fibres per approx. core mm 1 7,5 Max. tensile force N 800 Min. stat. bending radius mm Other data Flameresistanceacc. to IEC and IEC UVresistant Oilresistant Caloric load Max. approx. MJ / transverse m pressure N / cm 1,0 300 Weight kg/km 68, This HELUCOM HCS fibre cable is suitable for fixed and normal flexible installations. Possible applications are normal and heavyduty mechanical requirements for example in industrial environments. Because of a special jacket this construction is certified by UL (FT1 and FT). With the tight buffer construction, direct plug manufacturing, even on site, poses no problems. With a HCS fibre transmission lengths of up to 300m can be achieved.

46 Fibreoptic Universal Cable HCS A/IDQ(ZN)BH Core type: Loose tube Strain relief elements: Glass yarns Type of armouring: Glass yarns F/LSOH Black Designation A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH A/IDQ(ZN)BH Number of fibres Fibre type HCS 200/230 HCS 200/230 HCS 200/230 HCS 200/230 HCS 200/230 Temperature range Laying, min.: 5 C Laying, max.: +50 C Operating, min.: 20 C Operating, max.: +70 C Number of Outer Ø fibres per approx. core mm ,5 8,5 8,5 17,7 18,9 Max. tensile force N Min. stat. bending radius mm 130,0 130,0 130,0 265,0 285,0 Other data Corrosiveness acc. to EN Halogenfree acc. to Flameresistanceacc. to IEC Smoke density acc. to IEC 6103 Longitudinally watertight acc. to IEC F5 UVresistant Caloric load Max. approx. MJ / transverse m pressure N / cm 2, , , , , Weight kg/km 76,0 79,0 82,0 280,0 355, These HELUCOM fibreoptic cables are available either as central bundle core cable or as stranded versions. They are suitable for fixed indoor and outdoor cabling of buildings and industry facilities. They are used in particular if the installation is to be done in one piece from the inside to the outside without additional use of couplings. With their black UVresistant outer sheath and the nonmetallic rodent protection, they are perfectly suited for outdoor use. The halogenfree outer sheath makes installation inhouse possible without any problems. 5

47 Plasticfibre cable industry POF/PE IV2Y, IV2Y(ZN)11Y Fibre type: POF 980/1000 Fibre cladding: PE Designation IV2Y 1P 980/1000 IV2Y 2P 980/1000 IV2Y(ZN)11Y 1P 980/1000 IV2Y(ZN)11Y 2P 980/1000 IV2Y(ZN)11Y 2P 980/1000 IV2Y(ZN)11Y P 980/1000 IV2Y(ZN)11Y 2P 980/ x1mm² Cu IV2Y(ZN)11Y 2P 980/ x1,5mm² Cu Outer sheath material PE PE PU PU PU PU PU PU Optical characteristic efractive index core: 1,92 efractive index cladding: 1,19 Numerical aperture: 0,5 Attenuation see table Jacket colour Black Black Violet Violet Violet Violet ed ed Outer Ø approx. mm 2,2 2,2 x, 5,8 6,0 6,0 7,1 7,8 11,0 Max. tensile force N Min. stat. bending radius mm 25,0 25,0 30,0 31,0 31,0 5,0 70,0 70,0 Temperature range Laying, min.: 20 C Laying, max.: +80 C Operating, min.: 20 C Operating, max.: +80 C Fibre attenuation 0A1 0A1 230A1 230A1 230A1 230A1 230A1 230A1 Oilresistant no no yes yes yes yes yes yes Acc. to DESINA no no yes yes yes yes no no Weight kg/km,0 8,0 30,0 36,0 36,0 65,0 60,0 132, HELUCOM plasticfibre cables are used in mechanical engineering, both in mobile and fixed applications. With different constructions, such as PU outer sheaths, special strain relief components, hybrid construction with copper cores for power supply or only raw fibre cables, any possible fields of application are covered. Due to their solidity and their simple adjustability on site, the plasticfibres (PMMA) are particularly suitable for applications where troublefree data transmission in necessary under heavyduty conditions. 6

48 Plastic Fibre Cable Industry POF/PA IVY(ZN)11Y Fibre type: POF 980/1000 Fibre cladding: PA Designation IVY(ZN)11Y 2P980/1000 UGGED IVY(ZN)11Y 2P980/1000 FLEX UGGED IVY(ZN)11Y 2P980/1000 HEAVY Outer sheath material PU PU PU Optical characteristic efractive index core: 1,92 efractive index cladding: 1,19 Numerical aperture: 0,5 Attenuation see table Jacket colour ed ed ed Outer Ø approx. mm 8,0 8,0 6,0 Max. tensile force N Min. stat. bending radius mm 50,0 50,0 30,0 Temperature range Laying, min.: 5 C Laying, max.: +50 C Operating, min.: 20 C Operating, max.: +70 C Fibre attenuation 0A1 250A1 0A1 Oilresistant yes yes yes Acc. to DESINA no no no Weight kg/km 2,0 51,0 28, Signal lines as plastic optical fibre. The use of these transmission systems significantly reduces the number of different cables in a planned bus installation in machine tools operations. Furthermore, possible EMC problems are prevented by the metalfree construction. The main application of these cables are in machine construction and automobile industry (PA version). 7

49 Fibrespecifications Granded index fibres (multimode) SingleModeFibre POF and HCSFibre 8

50 Fibre optic Design code acc. to DIN VDE Lg layerstranding Design E Single mode fibre G Graded index fibre Number of fibres Number of fibres per buffer Number of multifibre buffer Wavelength B = 850 nm F = 1300 nm H = 1550 nm Attenuation coefficient in db/km Cladding diameter in μm Core diameter in μm of graded index fibre Field diameter in μm of single mode fibre Bandwidth in MHz for 1 km (GF) dispersion parameter in: ps nmxkm Y sheath H Sheath with halogenfree material B Armouring BY Armouring with protective covering sheath B2Y Armouring with PEprotective covering sheath Y sheath 2Y PEsheath Y PAsheath 11Y PUsheath (L)2Y PELaminated sheath (ZN)2Y PEsheath with nometallic strength member (L)(ZN)2Y PELaminated sheath with nonmetallic strength member F Filling of the cable core with petroleum jelly Q Swellingmaterial I A AT S Metallic element in the cable core V Tight buffer K Composite buffer fibre H Loose buffer nonfilled W Loose buffer, filled B Multifibre buffer nonfilled D Multifibre buffer filled Indoor cable Outdoor cable Outdoor fan out cable 9

51 Fibre optic cable production We manufacture optical fibre cables to meet your specific requests and engineering requirements. A variety of applications requires the use of very special cable constructions. Hence we produce, for example, optical fibre cables for earth buried or duct cables comprising differing fibre types, e. g. a combination of graded index fibres and single mode fibres, or hybrid data cables where different technologies are brought together within one cable, optical fibre cables with copper data cables. Hybrid cables are used in buildings where optical fibre and copper cables shall be installed in parallel so as to minimise the pulling required. These are also used for projects where the optical fibre cable is planned to serve a purpose for future applications. Metalfree optical fibre cables can be used as aerial cable, having a similar structure as cables for outdoor applications, whereby the strain relief must be strengthened accordingly. These aerial cables are used by electricity and railway companies. Contact us for your special requirements. 50

52 Inquiry fibre optic special cable To: HELUKABEL GmbH Data, Network and Bus Technology Dieselstraße Hemmingen Germany Sender/Stamp Phone: Fax: esponsible: Phone.: Fax: Inquiry: No.: Date : Quantity: km Ohne Step Continuous Yearly Quantity: approx. km Needed delivery date: Dimensions: Cable type: Using: a) indoor outdoor indoor/outdoor b) fixed installation mobil use c.) ambient temperature C constant load C shorttime C Fibre type: G 50/5 G 62,5/5 E 9/5 S 200/ /1000 POF Fibre spec.: attenuation: bandwidth: specification: : a) Tight buffer Loose tube filled Bundle core filled Compact fiber Loose tube unfilled Bundle core unfilled b) Metal element yes no c) Centrale bundle core Stranded bundle core d) Filler: e) Armouring: f) Outer jacket: PE PA PU FNC g) Laminated jacket: yes no Min. bending radius: Max. tensile load: Max. transverse pressure: Caloric load: Fibre colour: acc. DIN acc. your demands Tube colour: acc. DIN acc. your demands (see notice) (see notice) Jacket printing: emarks: 51

53 Photo: HELUKABEL Copper Data Cables HELUKAT All HELUKAT data cables and wires comply with the latest standardisation recommendations and are designed for use in highspeed networks with transmission rates of 100Mbit/s and higher (e.g. CCDI, TPDDI, ATM, SDH/SONET). All HELUKAT types of cables and wires meet the requirements of category 5 according to EIA/TIA TSB36 ISO/IEC DIS 11801, CENELEC pr EN 50173, as well as category 6/7 according to DIN 35/ EN Cables for Ethernet applications, as well as coax/twinaxial cables cables for IBMs IVS system complete the product range from HELUKABEL. The excellent transmission characteristics of HELUKAT data cables and wires constitute enormous challenges for production equipment and the measurement laboratories. HELUKAT data cables and wires are manufactured using the latest machinery technologies. These have been designed for producing cables and wires of the categories 5/6/7/8 in accordance with the latest standardisation recommendations. A special laboratory for highfrequency testing such high transmission rates has been installed complete with network analyser and computercontrolled equipment for HF cables. 52

54 Contents Copper Data Cables Description Page HELUKAT 155 UTP... 5 HELUKAT 155 UTP UL HELUKAT 300 UTP UL HELUKAT 100 UTP flex HELUKAT 155 FTP HELUKAT 100 FTP flex HELUKAT 100 FTP FE HELUKAT 200 FTP flex, UL HELUKAT 200 SFTP HELUKAT 200 SFTP duplex HELUKAT 200 SFTP flex... 6 HELUKAT 300 USTP, UL HELUKAT 50 SSTP HELUKAT 50 SSTP duplex HELUKAT 500 FSTP HELUKAT 500 FFTP duplex HELUKAT 500 FFTP, flex HELUKAT 600 SSTP HELUKAT 600 SSTP duplex HELUKAT 600 SSTP flex HELUKAT 600A SSTP /... 7 HELUKAT 600E SSTP HELUKAT 600AE SSTP FNC/PE HELUKAT 00 SSTP HELUKAT 00 SSTP duplex HELUKAT 00 SSTP HELUKAT 00 SSTP duplex HELUKAT 1500 SSTP, Multimedia HELUKAT 1500 SSTP duplex, Multimedia TWINAX LANCable IBM P/N IVS LANCable IBM type 1A, type 1A mini, Typ 6A... 8 Cheapernet Cable, Yellow Cable, Transceiver Cable

55 LAN Cable Category 5e 155 UTP Inner conductor diameter: Conductor material: Screen over stranding element: Screen 1 over stranding: Screen 2 over stranding: Outer diameter: el. propagation velocity: Typical values Frequency Attenuation Next AC (MHz) (db/100m) UTP x2xawg 2/1 0,51 mm Copper, bare PE whbu/bu, whog/og, whgn/gn, whbn/bn approx.,9 mm Grey 100 Ohm ± 15 ohm at 1 to 100 MHz 190 Ohm/km max. 50 nf/km nom. 66 % 10 6,3 50,3,0 8,0 7,3 39,3 approx.26 kg/km 0 mm 20 C +60 C 0,0 MJ/m 17,00 kg/km Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568A, Category5e 62,5,5 38, 21, ,3 35,3 1, ,8 33,0 6,2 HELUKAT 155 data cables are used in the tertiary, but also in the secondary level of a network. They are characterized by large performance reserves and outstanding performance. They can be used to implement services such as Fast Ethernet, Ethernet, ATM155, FDDI, token ring / Mbit/s, or ISDN absolutely troublefree. Likewise, the mechanical characteristics are perfectly suited for the application in tight cable channels and platforms due to their optimized construction , UTP x2xawg2/1 (U/UTP) 5

56 LAN Cable Category 5e 155 UTP UL Inner conductor diameter: Conductor material: Screen over stranding element: Screen 1 over stranding: Screen 2 over stranding: Outer diameter: el. propagation velocity: Typical values Frequency Attenuation Next AC (MHz) (db/100m) UTP x2xawg 2/1, UL 0,53 mm Copper, bare PE whbu/bu, whog/og, whgn/gn, whbn/bn approx.5,2 mm Grey 100 Ohm ± 15 ohm at 1 to 100 MHz 190 Ohm/km max. 50 nf/km nom. 66 % 10 6,1 65,0 58,9 approx.35 kg/km 2 mm 20 C +60 C 0,3 MJ/m 17,00 kg/km 7,7 63,0 55,3 Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568A, Category5e, Flameretardantacc. to IEC603321, Smoke density acc. to IEC6103, CMX 62,5 15,2 53,0 37, ,9 0,0 20, ,7 37,0 1,3 HELUKAT 155 data cables are used in the tertiary, but also in the secondary level of a network. They are characterized by large performance reserves and outstanding performance. They can be used to implement services such as Gigabit Ethernet, Fast Ethernet, Ethernet, ATM155, FDDI, token ring / Mbit/s, or ISDN absolutely troublefree. Likewise, the mechanical characteristics are perfectly suited for the application in tight cable channels and platforms due to their optimized construction. This type is certified according UL because of the special jacket , UTP x2xawg2/1 UL (U/UTP) 55

57 LAN Cable Category UTP UL Inner conductor diameter: Conductor material: Screen over stranding element: Screen 1 over stranding: Screen 2 over stranding: Outer diameter: el. propagation velocity: Typical values Frequency Attenuation Next AC (MHz) (db/100m) UTP x2xawg 2/1, UL 0,55 mm Copper, bare PE whbu/bu, whog/og, whgn/gn, whbn/bn approx.6,8 mm Grey 100 Ohm ± 20 ohm at 101 to 155 MHz 190 Ohm/km max. 50 nf/km nom. 67 % 10 5,6 72,0 66, 7,0 70,0 63,0 approx.6 kg/km 55 mm 20 C +60 C 0,68 MJ/m 20,00 kg/km Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568A, Category6, Flameretardantacc. to IEC603321, Smoke density acc. to IEC6103, CMX HELUKAT 300 data cables are used in the tertiary, but also in the secondary level of a network. They are characterized by large performance reserves and outstanding performance. They can be used to implement services such as Gigabit Ethernet, Fast Ethernet, Ethernet, ATM155, FDDI, token ring / Mbit/s, or ISDN absolutely troublefree. Likewise, the mechanical characteristics are perfectly suited for the application in tight cable channels and platforms due to their optimized construction. This type is certified according UL because of the special jacket. 62,5 1,3 65,0 50, ,2 63,0, , UTP x2xawg2/1 UL (U/UTP) ,9 60,0 37, ,0 57,0 31, ,5 55,0 22,5 56

58 LANCable Category UTP flex Inner conductor diameter: Conductor material: Screen over stranding element: Screen 1 over stranding: Screen 2 over stranding: Outer diameter: el. propagation velocity: Typical values Frequency Attenuation Next AC (MHz) (db/10m) UTP x2xawg 26/7 0,8 mm Copper, bare PO whbu/bu, whog/og, whgn/gn, whbn/bn approx.,5 mm Grey similar to AL Ohm ± 15 ohm at 1 to 100 MHz 290 Ohm/km max. 50 nf/km nom. 7 % 10 0,9 53,0 52,1 1,2 50,0 8,8 approx.17 kg/km 35 mm 20 C +60 C 0,527 MJ/m 11,00 kg/km Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568A, Category5 62,5 2, 1,0 38, ,1 38,0 3,9 HELUKAT 100 data cables are used in the tertiary level of a network as patch cables and connection cables. They are characterized by large performance reserves and outstanding performance. They can be used to implement services such as Fast Ethernet, Ethernet, ATM155, FDDI, token ring / Mbit/s, or ISDN absolutely troublefree. With its optimized construction, the HELUKAT 100 series can be manufactured quickly and easily with all common J5 plugs , UTP x2xawg 26/7 (U/UTP) 57

59 LAN Cable Category 5e 155 FTP Inner conductor diameter: Conductor material: Screen over stranding element: Screen 1 over stranding: Screen 2 over stranding: Outer diameter: el. propagation velocity: Typical values Frequency Attenuation Next AC (MHz) (db/100m) FTP x2xawg 2/1 0,51 mm Copper, bare PE whbu/bu, whog/og, whgn/gn, whbn/bn Polyester foil, aluminiumlined approx.5,9 mm Yellow similar to AL Ohm ± 15 ohm at 1 to 100 MHz 170 Ohm/km max. 50 nf/km nom. 69 % 10 5,9 59,0 53,1 7,6 53,0 5, approx.0 kg/km 8 mm 20 C +60 C 0,0 MJ/m 18,00 kg/km Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568A, Category5e 62,5 15,7,0 28, ,3 0,0 19, ,0 0,0 18,0 HELUKAT 155 data cables are used in the tertiary, but also in the secondary level of a network. They are characterized by large performance reserves and outstanding performance. They can be used to implement services such as Fast Ethernet, Ethernet, ATM155, FDDI, token ring / Mbit/s, or ISDN absolutely troublefree. Likewise, the mechanical characteristics are perfectly suited for the application in tight cable channels and platforms due to their optimized construction. 8003, FTP x2xawg2/1 (F/UTP) 58

60 LAN Cable Category FTP flex Inner conductor diameter: Conductor material: Screen over stranding element: Screen 1 over stranding: Screen 2 over stranding: Outer diameter: el. propagation velocity: Typical values Frequency Attenuation Next AC (MHz) (db/10m) FTP x2xawg 26/7 FNC 0,8 mm Copper, bare PO whbu/bu, whog/og, whgn/gn, whbn/bn Polyester foil, aluminiumlined FNC approx.5,7 mm Grey similar to AL Ohm ± 15 ohm at 1 to 100 MHz 290 Ohm/km max. 50 nf/km nom. 7 % 10 0,9 58,0 57,1 1,2 56,0 5,8 approx.31 kg/km 0 mm 20 C +60 C 0,527 MJ/m 1,00 kg/km Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568A, Category5, Flameretardantacc. to IEC603321, Smoke density acc. to IEC6103, Halogenfree acc. to 60752, Corrosiveness acc. to EN HELUKAT 100 data cables are used in the tertiary level of a network as patch cables and connection cables. They are characterized by large performance reserves and outstanding performance. They can be used to implement services such as Fast Ethernet, Ethernet, ATM155, FDDI, token ring / Mbit/s, or ISDN absolutely troublefree. With its optimized construction, the HELUKAT 100 series can be manufactured quickly and easily with all common J5 plugs. 878, FTP x2xawg 26/7 FNC (F/UTP) 62,5 2, 5,0 2, ,9 3,0 0,1 59

61 LAN Cables Category FTP FE60 Inner conductor diameter: Conductor material: Screen over stranding element: Screen 1 over stranding: Screen 2 over stranding: Outer diameter: el. propagation velocity: Typical values Frequency Attenuation Next AC (MHz) (db/100m) FFTP x2xawg 2/1 F0H 0,51 mm Copper, bare PE + flame resistant tape whbu/bu, whog/og, whgn/gn, whbn/bn Polyester foil, aluminiumlined LSZH approx.8,3 mm ed 100 Ohm ± 15 ohm at 1 to 100 MHz 182 Ohm/km max. 53 nf/km nom. 67 % 10 5,7 56,0 50,3 7,3 53,0 5,7 approx.90 kg/km 130 mm 20 C +70 C 0,91 MJ/m 2,00 kg/km Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568A, Category5, Flameretardantacc. to IEC603323, Smoke density acc. to IEC6103, Halogenfree acc. to 60752, Corrosiveness acc. to EN HELUKAT 100FE60 data cables are used in the tertiary, but also in the secondary level of a network. They are characterized by large performance reserves and outstanding performance. They can be used to implement services such as Fast Ethernet, Ethernet, ATM155, FDDI, token ring / Mbit/s, or ISDN absolutely troublefree. Likewise, thethermal characteristics are perfectly suitedto realize an isolation integrity according EN50200FE60due to their optimized construction. 8005, FFTP x2xawg 2/1 F0H 62,5 1,9 2,0 27, ,3 38,0 18,7 60

62 LAN Cables Category 5e 200 FTP Flex, UL Inner conductor diameter: Conductor material: Screen over stranding element: Screen 1 over stranding: Screen 2 over stranding: Outer diameter: el. propagation velocity: Typical values Frequency Attenuation Next AC (MHz) (db/10m) FTP x2xawg 26/7, UL 0,8 mm Copper, bare PE whbu/bu, whog/og, whgn/gn, whbn/bn Polyester foil, aluminiumlined approx.5, mm Grey similar to AL Ohm ± 20 ohm at 101 to 155 MHz 290 Ohm/km max. 50 nf/km nom. 67 % 10 0,9 62,0 61,1 approx.30 kg/km mm 20 C +60 C 0,0 MJ/m 15,00 kg/km 1,2 60,0 58,8 Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568A, Category5e, Flameretardantacc. to IEC603321, Smoke density acc. to IEC6103, CMX 62,5 2, 50,0 7, ,1 8,0, ,9 5,0 1,1 HELUKAT 200 data cables are used in the tertiary level of a network as patch cables and connection cables. They are characterized by large performance reserves and outstanding performance. They can be used to implement services such as Gigabit Ethernet, Fast Ethernet, Ethernet, ATM155, FDDI, token ring / Mbit/s, or ISDN absolutely troublefree. With its optimized construction, the HELUKAT 200 series can be manufactured quickly and easily with all common J5 plugs. This type is certified according UL because of the special jacket , FTP x2xawg26/7 UL (F/UTP) 61

63 LANCable Category 5e 200 SFTP Inner conductor diameter: Conductor material: Screen over stranding element: Screen 1 over stranding: Screen 2 over stranding: Outer diameter: el. propagation velocity: Typical values Frequency Attenuation Next AC (MHz) (db/100m) SFTP x2xawg 2/1 or FNC 0,51 mm Copper, bare FoamskinPE whbu/bu, whog/og, whgn/gn, whbn/bn Polyester foil, aluminiumlined Cu braid / FNC approx.6,0 mm / approx.6,0 mm Grey similar to AL Ohm ± 15 ohm at 1 to 100 MHz 185 Ohm/km max. 8 nf/km nom. 7 % 10 5,6 62,0 56, 7,2 59,0 51,8 62,5 1, 50,0 35,6 approx.50 kg/km 52 mm 20 C +60 C 0,60 MJ/m / 0,8 MJ/m 27,00 kg/km 810: Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568A, Category5e 809: Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568A, Category5e, Flameretardant: acc. to IEC603323, Smoke density acc. to IEC6103, Halogenfree acc. to 60752, Corrosiveness acc. to EN HELUKAT 200 data cables are used in the tertiary, but also in the secondary level of a network. They are characterized by large performance reserves and outstanding performance. They can be used to implement services such as Gigabit Ethernet, Fast Ethernet, Ethernet, ATM155, FDDI, token ring / Mbit/s, or ISDN absolutely troublefree. Likewise, the mechanical characteristics are perfectly suited for the application in tight cable channels and platforms due to their optimized construction. 810, SFTP x2xawg 2/1 (SF/UTP) ,2 6,0 27, ,9 0,0 1,6 809, SFTP x2xawg 2/1 FNC (SF/UTP) 62

64 LAN Cable Category 5e 200 SFTP duplex Inner conductor diameter: Conductor material: Screen over stranding element: Screen 1 over stranding: Screen 2 over stranding: Cable dimensions: el. propagation velocity: Typical values Frequency Attenuation Next AC (MHz) (db/100m) SFTP 2x(x2xAWG 2/1) FNC 0,51 mm Copper, bare FoamskinPE whbu/bu, whog/og, whgn/gn, whbn/bn Polyester foil, aluminiumlined Cu braid FNC approx.6,0 mm x,5 mm Green similar to AL Ohm ± 15 ohm at 1 to 100 MHz 185 Ohm/km max. 8 nf/km nom. 7 % 10 5,6 62,0 56, 7,2 59,0 51,8 62,5 1, 50,0 35,6 approx.100 kg/km 52 mm 20 C +60 C 0,96 MJ/m 5,00 kg/km Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568A, Category5e, Flameretardantacc. to IEC603323, Smoke density acc. to IEC6103, Halogenfree acc. to 60752, Corrosiveness acc. to EN ,2 6,0 27, ,9 0,0 1,6 HELUKAT 200 data cables are used in the tertiary, but also in the secondary level of a network. They are characterized by large performance reserves and outstanding performance. They can be used to implement services such as Gigabit Ethernet, Fast Ethernet, Ethernet, ATM155, FDDI, token ring / Mbit/s, or ISDN absolutely troublefree. Likewise, the mechanical characteristics are perfectly suited for the application in tight cable channels and platforms due to their optimized construction. 813, SFTP 2x(x2xAWG 2/1) FNC (SF/UTP) 63

65 LAN Cable Category 5e 200 SFTP flex Inner conductor diameter: Conductor material: Screen over stranding element: Screen 1 over stranding: Screen 2 over stranding: Outer diameter: el. propagation velocity: Typical values Frequency Attenuation Next AC (MHz) (db/10m) SFTP x2xawg 26/7 FNC 0,8 mm Copper, bare PO whbu/bu, whog/og, whgn/gn, whbn/bn Polyester foil, aluminiumlined Cu braid FNC approx.5,3 mm Grey similar to AL Ohm ± 15 ohm at 1 to 100 MHz 260 Ohm/km max. 7 nf/km nom. 69 % 10 0,8 58,0 57,2 1,1 56,0 5,9 62,5 2, 5,0 2,6 approx.35 kg/km 6 mm 20 C +60 C 0,53 MJ/m 2,00 kg/km Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568A, Category5e, Flameretardantacc. to IEC603321, Smoke density acc. to IEC6103, Halogenfree acc. to 60752, Corrosiveness acc. to EN HELUKAT 200 data cables are used in the tertiary level of a network as patch cables and connection cables. They are characterized by large performance reserves and outstanding performance. They can be used to implement services such as Gigabit Ethernet, Fast Ethernet, Ethernet, ATM155, FDDI, token ring / Mbit/s, or ISDN absolutely troublefree. With its optimized construction, the HELUKAT 200 series can be manufactured quickly and easily with all common J5 plugs. 85, SFTP x2xawg 26/7 FNC (SF/UTP) 100 2,9 3,0 0,1 200,3 37,0 32,7 6

66 LAN Cable Category USTP, UL Inner conductor diameter: Conductor material: Screen over stranding element: Screen 1 over stranding: Screen 2 over stranding: Outer diameter: el. propagation velocity: Typical values Frequency Attenuation Next AC (MHz) (db/10m) SUTP x2xawg 26/7, UL 0,8 mm Copper, tinned FoamskinPE whbu/bu, whog/og, whgn/gn, whbn/bn Polyester foil, aluminiumlined approx.5,9 mm Grey similar to AL Ohm ± 20 ohm at 101 to 155 MHz 290 Ohm/km max. 5 nf/km nom. 77 % 10 0,9 90,0 89,1 1,1 88,0 86,9 approx.37 kg/km 8 mm 20 C +60 C 0,1 MJ/m 20,00 kg/km 62,5 2,2 83,0 80,8 Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568A, Category6, Flameretardantacc. to IEC603321, Smoke density acc. to IEC6103, CMX 100 2,7 80,0 77, ,9 76,0 72,1 300,7 73,0 68,3 HELUKAT 300 data cables are used in the tertiary level of a network as patch cables and connection cables. They are characterized by large performance reserves and outstanding performance. They can be used to implement services such as Gigabit Ethernet, Fast Ethernet, Ethernet, ATM155, FDDI, token ring / Mbit/s, or ISDN absolutely troublefree. With its optimized construction, the HELUKAT 300 series can be manufactured quickly and easily with all common J5 plugs. This type is certified according UL because of the special jacket , USTP x2xawg 26/7 65

67 LAN Cable Category 6 50 SSTP Inner conductor diameter: Conductor material: Screen over stranding element: Screen 1 over stranding: Screen 2 over stranding: Outer diameter: el. propagation velocity: Typical values Frequency Attenuation Next AC (MHz) (db/100m) SSTP x2xawg 2/1 FNC 0,52 mm Copper, bare FoamskinPE wh/bu, wh/og, wh/gn, wh/bn Polyester foil, aluminiumlined Polyester foil, aluminiumlined FNC approx.7, mm Green similar to AL Ohm ± 15 ohm at 1 to 100 MHz 100 Ohm ± 20 ohm at 101 to 50 MHz Ohm/km max. 3 nf/km nom. 79 % 10 5, 9,6 7,0 93,0 approx.50 kg/km 59 mm 20 C +60 C 0,57 MJ/m 2,00 kg/km Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568A, Category6, Flameretardantacc. to IEC603323, Smoke density acc. to IEC6103, Halogenfree acc. to 60752, Corrosiveness acc. to EN HELUKAT 50 data cables are used in the tertiary, but also in the secondary level of a network. They are characterized by large performance reserves and outstanding performance. They can be used to implement services such as Gigabit Ethernet, Fast Ethernet, Ethernet, ATM155, FDDI, token ring / Mbit/s or ISDN absolutely troublefree. Likewise, the mechanical characteristics are perfectly suited for the application in tight cable channels and platforms due to their optimized construction. 62,5 13,8 95,8 82, ,6 9,5 76, , SSTP x2xawg 2/1 FNC (S/FTP) ,0 91,0 65, ,0 87,0 53, ,5 8,3 5,8 66

68 LAN Cable Category 6 50 SSTP duplex Inner conductor diameter: Conductor material: Screen over stranding element: Screen 1 over stranding: Screen 2 over stranding: Cable dimensions: el. propagation velocity: Typical values Frequency Attenuation Next AC (MHz) (db/100m) SSTP 2x(x2xAWG 2/1) FNC 0,52 mm Copper, bare FoamskinPE wh/bu, wh/og, wh/gn, wh/bn Polyester foil, aluminiumlined Polyester foil, aluminiumlined FNC approx.7, mm x 15,0 mm Green similar to AL Ohm ± 15 ohm at 1 to 100 MHz 100 Ohm ± 20 ohm at 101 to 50 MHz Ohm/km max. 3 nf/km nom. 79 % 10 5, 9,6 7,0 93,0 approx.100 kg/km 59 mm 20 C +60 C 1,1 MJ/m 8,00 kg/km Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568A, Category6, Flameretardantacc. to IEC603323, Smoke density acc. to IEC6103, Halogenfree acc. to 60752, Corrosiveness acc. to EN HELUKAT 50 data cables are used in the tertiary, but also in the secondary level of a network. They are characterized by large performance reserves and outstanding performance. They can be used to implement services such as Gigabit Ethernet, Fast Ethernet, Ethernet, ATM155, FDDI, token ring / Mbit/s or ISDN absolutely troublefree. Likewise, the mechanical characteristics are perfectly suited for the application in tight cable channels and platforms due to their optimized construction. 62,5 13,8 95,8 82, ,6 9,5 76, , SSTP 2x(x2xAWG 2/1) FNC (S/FTP) ,0 91,0 65, ,0 87,0 53, ,5 8,3 5,8 67

69 LAN Cable Category 6A 500 FFTP Inner conductor diameter: Conductor material: Screen over stranding element: Screen 1 over stranding: Screen 2 over stranding: Outer diameter: el. propagation velocity: Typical values Frequency Attenuation Next AC (MHz) (db/100m) F/FTP x2xawg 23/1 LSZH 0,57 mm Copper, bare FoamskinPE wh/bu, wh/og, wh/gn, wh/bn Polyester foil, aluminiumlined Polyester foil, aluminiumlined LSZH approx.7,5 mm Blue Lilac similar to AL Ohm ± 15 ohm at 1 to 100 MHz 100 Ohm ± 20 ohm at 101 to 500 MHz 0 Ohm/km max. 5 nf/km nom. 80 % 10 5,7 9,3 7,2 92,8 approx.50 kg/km 100 mm 20 C +60 C 0,55 MJ/m 28,00 kg/km Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568A, Category6 A, Flameretardantacc. to IEC603323, Smoke density acc. to IEC6103, Halogenfree acc. to 60752, Corrosiveness acc. to EN HELUKAT 500 data cables are used in the tertiary, but also in the secondary level of a network. They are characterized by large performance reserves and outstanding performance. They can be used to implement services such as 10Gigabit Ethernet, Gigabit Ethernet, Fast Ethernet, Ethernet, ATM155, FDDI, token ring / Mbit/s or ISDN absolutely troublefree. Likewise, the mechanical characteristics are perfectly suited for the application in tight cable channels and platforms due to their optimized construction. 62,5 1,2 85, ,1 97, 79, , FFTP x2xawg 23/1 LSZH ,8 92,9 67, ,0 91, 62, ,9 90,2 58, ,8 86,9 5,1 68

70 LAN Cable Kategorie 6A 500 FFTP duplex Inner conductor diameter: Conductor material: Screen over stranding element: Screen 1 over stranding: Screen 2 over stranding: Cable dimensions: el. propagation velocity: Typical values Frequency Attenuation Next AC (MHz) (db/100m) F/FTP 2x(x2xAWG 23/1) LSZH 0,57 mm Copper, bare FoamskinPE wh/bu, wh/og, wh/gn, wh/bn Polyester foil, aluminiumlined Polyester foil, aluminiumlined LSZH approx.7,8 mm x 15,9 mm Blue Lilac similar to AL Ohm ± 15 ohm at 1 to 100 MHz 100 Ohm ± 20 ohm at 101 to 500 MHz 0 Ohm/km max. 5 nf/km nom. 80 % 10 5,7 9,3 7,2 92,8 approx.100 kg/km 100 mm 20 C +60 C 1,13 MJ/m 56,00 kg/km Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568A, Category6 A, Flameretardantacc. to IEC603323, Smoke density acc. to IEC6103, Halogenfree acc. to 60752, Corrosiveness acc. to EN HELUKAT 500 data cables are used in the tertiary, but also in the secondary level of a network. They are characterized by large performance reserves and outstanding performance. They can be used to implement services such as 10Gigabit Ethernet, Gigabit Ethernet, Fast Ethernet, Ethernet, ATM155, FDDI, token ring / Mbit/s or ISDN absolutely troublefree. Likewise, the mechanical characteristics are perfectly suited for the application in tight cable channels and platforms due to their optimized construction. 62,5 1,2 85, ,1 97, 79, , F/FTP 2x(x2xAWG 23/1) LSZH ,8 92,9 67, ,0 91, 62, ,9 90,2 58, ,8 86,9 5,1 69

71 LAN Cable Category 6A 500 FFTP, flex Inner conductor diameter: Conductor material: Screen over stranding element: Screen 1 over stranding: Screen 2 over stranding: Outer diameter: el. propagation velocity: Typical values Frequency Attenuation Next AC (MHz) (db/10m) U/FTP x2xawg 26/7 (stranded) LSZH 0,8 mm Copper, bare FoamskinPE wh/bu, wh/og, wh/gn, wh/bn Polyester foil, aluminiumlined LSZH approx.5,8 mm Grey similar to AL Ohm ± 15 ohm at 1 to 100 MHz 100 Ohm ± 20 ohm at 101 to 500 MHz 5 Ohm/km max. 5 nf/km nom. 78 % 10 0,8 99,2 1,1 98,9 62,5 2,1 97, ,7 97,0 9,3 approx.35 kg/km 9 mm 20 C +60 C 0,39 MJ/m 15,00 kg/km Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568A, Category6 A, Flameretardantacc. to IEC603321, Smoke density acc. to IEC6103, Halogenfree acc. to 60752, Corrosiveness acc. to EN HELUKAT 500 data cables are used in the tertiary level of a network as patch cables and connection cables. They are characterized by large performance reserves and outstanding performance. They can be used to implement services such as 10Gigabit Ethernet, Gigabit Ethernet, Fast Ethernet, Ethernet, ATM155, FDDI, token ring / Mbit/s or ISDN absolutely troublefree. With its optimized construction, the HELUKAT 500 series can be manufactured quickly and easily withmany common J5 plugs. 8003, U/FTP x2xawg 26/7 LSZH 200 3,9 92,0 88,1 250, 91,0 86, ,3 86,0 79,7 70

72 LAN Cable Category 7e 600 SSTP Inner conductor diameter: Conductor material: Screen over stranding element: Screen 1 over stranding: Screen 2 over stranding: Outer diameter: el. propagation velocity: Typical values Frequency Attenuation Next AC (MHz) (db/100m) SSTP x2xawg 23/1 FNC 0,57 mm Copper, bare FoamskinPE wh/bu, wh/og, wh/gn, wh/bn Polyester foil, aluminiumlined Cu braid FNC approx.7,5 mm Blue Lilac similar to AL Ohm ± 15 ohm at 1 to 100 MHz 100 Ohm ± 20 ohm at 101 to 1000 MHz 130 Ohm/km max. 3 nf/km nom. 79 % 10 5,6 9, 7,1 92,9 62,5 13,9 96,0 82, ,5 9,0 76,5 approx.60 kg/km 60 mm 20 C +60 C 0,60 MJ/m 30,00 kg/km Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568A, Category7e, Flameretardantacc. to IEC603323, Smoke density acc. to IEC6103, Halogenfree acc. to 60752, Corrosiveness acc. to EN ,2 88,0 62, ,1 8,0 51,9 600,9 73,0 28, ,0 71,0, ,0 69,0 9,0 HELUKAT 600 data cables are used in the tertiary, but also in the secondary level of a network. They are characterized by large performance reserves and outstanding performance. They can be used to implement services such as Gigabit Ethernet, Fast Ethernet, Ethernet, ATM155, FDDI, token ring / Mbit/s or ISDN absolutely troublefree. Likewise, the mechanical characteristics are perfectly suited for the application in tight cable channels and platforms due to their optimized construction , SSTP x2xawg 23/1 FNC (S/FTP) 71

73 LAN Cable Category 7e 600 SSTP duplex Inner conductor diameter: Conductor material: Screen over stranding element: Screen 1 over stranding: Screen 2 over stranding: Cable dimensions: el. propagation velocity: Typical values Frequency Attenuation Next AC (MHz) (db/100m) SSTP 2x(x2xAWG 23/1) FNC 0,57 mm Copper, bare FoamskinPE wh/bu, wh/og, wh/gn, wh/bn Polyester foil, aluminiumlined Cu braid FNC approx.7,5 mm x,0 mm Blue Lilac similar to AL Ohm ± 15 ohm at 1 to 100 MHz 100 Ohm ± 20 ohm at 101 to 1000 MHz 130 Ohm/km max. 3 nf/km nom. 79 % 10 5,6 9, 7,1 92,9 62,5 13,9 96,0 82, ,5 9,0 76,5 approx.0 kg/km 60 mm 20 C +60 C 1,20 MJ/m 60,00 kg/km Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568A, Category7e, Flameretardantacc. to IEC603323, Smoke density acc. to IEC6103, Halogenfree acc. to 60752, Corrosiveness acc. to EN ,2 88,0 62, ,1 8,0 51,9 600,9 73,0 28, ,0 71,0, ,0 69,0 9,0 HELUKAT 600 data cables are used in the tertiary, but also in the secondary level of a network. They are characterized by large performance reserves and outstanding performance. They can be used to implement services such as Gigabit Ethernet, Fast Ethernet, Ethernet, ATM155, FDDI, token ring / Mbit/s or ISDN absolutely troublefree. Likewise, the mechanical characteristics are perfectly suited for the application in tight cable channels and platforms due to their optimized construction. 8, SSTP 2x(x2xAWG 23/1) FNC (S/FTP) 72

74 LAN Cable Category SSTP flex Inner conductor diameter: Conductor material: Screen over stranding element: Screen 1 over stranding: Screen 2 over stranding: Outer diameter: el. propagation velocity: Typical values Frequency Attenuation Next AC (MHz) (db/10m) SSTP x2xawg 26/7 FNC 0,8 mm Copper, bare FoamskinPE wh/bu, wh/og, wh/gn, wh/bn Polyester foil, aluminiumlined Cu braid FNC approx.5,9 mm Grey similar to AL Ohm ± 15 ohm at 1 to 100 MHz 100 Ohm ± 20 ohm at 101 to 600 MHz 26 Ohm/km max. 5 nf/km nom. 77 % 10 0,8 96,0 95,2 1,0 96,0 95,0 62,5 2,0 95,0 93, ,6 9,0 91, approx.2 kg/km 55 mm 20 C +60 C 0,7 MJ/m 22,00 kg/km Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568A, Category7, Flameretardantacc. to IEC603321, Smoke density acc. to IEC6103, Halogenfree acc. to 60752, Corrosiveness acc. to EN ,0 88,0 8,0 300,9 86,0 81, ,3 80,0 73,7 HELUKAT 600 data cables are used in the tertiary level of a network as patch cables and connection cables. They are characterized by large performance reserves and outstanding performance. They can be used to implement services such as Gigabit Ethernet, Fast Ethernet, Ethernet, ATM155, FDDI, token ring / Mbit/s or ISDN absolutely troublefree. With its optimized construction, the HELUKAT 600 series can be manufactured quickly and easily with all common J5 plugs. 8029, SSTP x2xawg 26/7 FNC (S/FTP) 73

75 LAN Cable Outdoor Category 7 600A SSTP / Inner conductor diameter: Conductor material: Inner sheath material: Screen over stranding element: Screen 1 over stranding: Screen 2 over stranding: Outer diameter: el. propagation velocity: Typical values Frequency Attenuation Next AC (MHz) (db/100m) SSTP x2xawg 23/1 / 0,58 mm Copper, bare FoamskinPE wh/bu, wh/og, wh/gn, wh/bn Polyester foil, aluminiumlined Cu braid approx.11,6 mm Black similar to AL Ohm ± 15 ohm at 1 to 100 MHz 100 Ohm ± 20 ohm at 101 to 600 MHz 0 Ohm/km max. 3 nf/km nom. 79 % 10 5,8 85,0 79,2 7, 85,0 77,6 62,5 1,6 85,0 70, , 85,0 66,6 approx.153 kg/km 95 mm 30 C +70 C 2,62 MJ/m 32,00 kg/km Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568A, Category7, Flameretardantacc. to IEC603321, Smoke density acc. to IEC ,2 83,0 56, ,1 80,0 7, ,0 80,0 31,0 HELUKAT 600 data cables are used in the tertiary, but also in the secondary level of a network. They are characterized by large performance reserves and outstanding performance. They can be used to implement services such as Gigabit Ethernet, Fast Ethernet, Ethernet, ATM155, FDDI, token ring / Mbit/s or ISDN absolutely troublefree. The serie of HELUKAT 600A with a double jacket is constructed especially for outdoor applications like laying at house walls or in cable lines , SSTP x2xawg 23/1 / (S/FTP) 7

76 LAN Cable Direct Burial Category 7 600E SSTP Inner conductor diameter: Conductor material: Screen over stranding element: Screen 1 over stranding: Screen 2 over stranding: Outer diameter: el. propagation velocity: Typical values Frequency Attenuation Next AC (MHz) (db/100m) SSTP x2xawg 23/1 direct burial 0,58 mm Copper, bare PO wh/bu, wh/og, wh/gn, wh/bn Polyester foil, aluminiumlined Cu braid approx.9,8 mm Black 100 Ohm ± 15 ohm at 1 to 100 MHz 100 Ohm ± 20 ohm at 101 to 600 MHz 150 Ohm/km max. 2 nf/km nom. 79 % 10 5,8 85,0 79,2 7, 85,0 77,6 approx.102 kg/km 100 mm 5 C +65 C 1,0 MJ/m 32,00 kg/km 62,5 1,6 85,0 70, , 85,0 66,6 Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568A, Category7, Flameretardantacc. to IEC603321, Smoke density acc. to IEC6103, UL 1581 VW ,2 83,0 56, ,1 80,0 7, ,0 80,0 31,0 HELUKAT 600 data cables are used in the tertiary, but also in the secondary level of a network. They are characterized by large performance reserves and outstanding performance. They can be used to implement services such as Gigabit Ethernet, Fast Ethernet, Ethernet, ATM155, FDDI, token ring / Mbit/s or ISDN absolutely troublefree. The serie of HELUKAT 600E with a cold resistant jacket is constructed especially for outdoor applications like laying at house walls or direct burial. 8027, SSTP x2xawg23/1 (S/FTP) 75

77 LAN Cable / armoured Category 7 600AE SSTP FNC/PE Inner conductor diameter: Conductor material: Inner sheath material: Screen over stranding element: Screen 1 over stranding: Screen 2 over stranding: : Outer diameter: el. propagation velocity: Typical values Frequency Attenuation Next AC (MHz) (db/100m) SSTP x2xawg 23/1 FNC/PE 0,58 mm Copper, bare FoamskinPE wh/bu, wh/og, wh/gn, wh/bn FNC Polyester foil, aluminiumlined Cu braid Steel shaft PE approx.,2 mm Black 100 Ohm ± 15 ohm at 1 to 100 MHz 100 Ohm ± 20 ohm at 101 to 600 MHz 150 Ohm/km max. 3 nf/km nom. 79 % 10 5,8 85,0 79,2 7, 85,0 77,6 approx.155 kg/km 330 mm 5 C +70 C 2,30 MJ/m 32,00 kg/km Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568A, Category7 62,5 1,6 85,0 70, , 85,0 66, ,2 83,0 56, ,1 80,0 7, ,0 80,0 31,0 HELUKAT 600 data cables are used in the tertiary, but also in the secondary level of a network. They are characterized by large performance reserves and outstanding performance. They can be used to implement services such as Gigabit Ethernet, Fast Ethernet, Ethernet, ATM155, FDDI, token ring / Mbit/s or ISDN absolutely troublefree. The serie of HELUKAT 600AE with a FNC/PE double jacket and the rodent protection is constructed especially for outdoor and direct burial applications. 8028, SSTP x2xawg 23/1 FNC/PE 76

78 LAN Cable Category 7A 00 SSTP Inner conductor diameter: Conductor material: Screen over stranding element: Screen 1 over stranding: Screen 2 over stranding: Outer diameter: el. propagation velocity: Typical values Frequency Attenuation Next AC (MHz) (db/100m) S/FTP x2xawg 23/1 LSZH 0,57 mm Copper, bare FoamskinPE wh/bu, wh/og, wh/gn, wh/bn Polyester foil, aluminiumlined Cu braid LSZH approx.7,9 mm Blue Lilac similar to AL Ohm ± 15 ohm at 1 to 100 MHz 100 Ohm ± 20 ohm at 101 to 00 MHz 0 Ohm/km max. 5 nf/km nom. 80 % 10 5, 105,0 99,6 6,8 105,0 98,2 62,5 13,3 105,0 91,7 100,9 83, ,2 95,0 70,8 approx.60 kg/km 60 mm 20 C +60 C 0,56 MJ/m 35,00 kg/km Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568A, Category7 A, Flameretardantacc. to IEC603323, Smoke density acc. to IEC6103, Halogenfree acc. to 60752, Corrosiveness acc. to EN ,8 93,0 63, ,9 88,0 5, ,2 85,0 31, ,3 8,0 27, ,1 82,0 19,9 HELUKAT 007A data cables are used in the tertiary, but also in the secondary level of a network. They are characterized by large performance reserves and outstanding performance. They can be used to implement services such as 10Gigabit Ethernet, Gigabit Ethernet, Fast Ethernet, Ethernet, ATM155, FDDI, token ring / Mbit/s or ISDN absolutely troublefree. Likewise, the mechanical characteristics are perfectly suited for the application in tight cable channels and platforms due to their optimized construction , SSTP x2xawg 23/1 LSZH (S/FTP) 77

79 LAN Cable Category 7A 00 SSTP duplex Inner conductor diameter: Conductor material: Screen over stranding element: Screen 1 over stranding: Screen 2 over stranding: Cable dimensions: el. propagation velocity: Typical values Frequency Attenuation Next AC (MHz) (db/100m) S/FTP x2xawg 23/1 LSZH 0,57 mm Copper, bare FoamskinPE wh/bu, wh/og, wh/gn, wh/bn Polyester foil, aluminiumlined Cu braid LSZH approx.,8 mm x 7,9 mm Blue Lilac similar to AL Ohm ± 15 ohm at 1 to 100 MHz 100 Ohm ± 20 ohm at 101 to 00 MHz 0 Ohm/km max. 56 nf/km nom. 80 % 10 5, 105,0 99,6 6,8 105,0 98,2 62,5 13,3 105,0 91,7 100,9 83, ,2 95,0 70,8 approx.0 kg/km 60 mm 20 C +60 C 1,15 MJ/m 70,00 kg/km Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568A, Category7 A, Flameretardantacc. to IEC603323, Smoke density acc. to IEC6103, Halogenfree acc. to 60752, Corrosiveness acc. to EN ,8 93,0 63, ,9 88,0 5, ,2 85,0 31, ,3 8,0 27, ,1 82,0 19,9 HELUKAT 007A data cables are used in the tertiary, but also in the secondary level of a network. They are characterized by large performance reserves and outstanding performance. They can be used to implement services such as 10Gigabit Ethernet, Gigabit Ethernet, Fast Ethernet, Ethernet, ATM155, FDDI, token ring / Mbit/s or ISDN absolutely troublefree. Likewise, the mechanical characteristics are perfectly suited for the application in tight cable channels and platforms due to their optimized construction , SSTP x2xawg 23/1 LSZH (S/FTP) 78

80 LAN Cable Category 7e 00 SSTP Inner conductor diameter: Conductor material: Screen over stranding element: Screen 1 over stranding: Screen 2 over stranding: Outer diameter: el. propagation velocity: Typical values Frequency Attenuation Next AC (MHz) (db/100m) SSTP x2xawg 22/1 FNC 0,6 mm Copper, bare FoamskinPE wh/bu, wh/og, wh/gn, wh/bn Polyester foil, aluminiumlined Cu braid FNC approx.7,7 mm 100 Ohm ± 15 ohm at 1 to 100 MHz 100 Ohm ± 20 ohm at 101 to 00 MHz 0 Ohm/km max. 3 nf/km nom. 79 % 10,9 95,1 6,3 93,7 62,5,7 95,0 82,3 100,3 93,0 76,7 approx.66 kg/km 72 mm 20 C +60 C 0,70 MJ/m 0,00 kg/km Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568A, Category7e, Flameretardantacc. to IEC603323, Smoke density acc. to IEC6103, Halogenfree acc. to 60752, Corrosiveness acc. to EN ,5 90,0 66, , 87,0 57, ,8 81,0 38, ,0 78,0 25, ,0 77,0 18,0 HELUKAT 00 data cables are used in the tertiary, but also in the secondary level of a network. They are characterized by large performance reserves and outstanding performance. They can be used to implement services such as Gigabit Ethernet, Fast Ethernet, Ethernet, ATM155, FDDI, token ring / Mbit/s or ISDN absolutely troublefree. Likewise, the mechanical characteristics are perfectly suited for the application in tight cable channels and platforms due to their optimized construction. 899, SSTP x2xawg 22/1 FNC (S/FTP) 79

81 LAN Cable Category 7e 00 SSTP duplex Inner conductor diameter: Conductor material: Screen over stranding element: Screen 1 over stranding: Screen 2 over stranding: Cable dimensions: el. propagation velocity: Typical values Frequency Attenuation Next AC (MHz) (db/100m) SSTP 2x(x2xAWG 22/1) FNC 0,6 mm Copper, bare FoamskinPE wh/bu, wh/og, wh/gn, wh/bn Polyester foil, aluminiumlined Cu braid FNC approx.7,7 mm x,5 mm 100 Ohm ± 15 ohm at 1 to 100 MHz 100 Ohm ± 20 ohm at 101 to 00 MHz 0 Ohm/km max. 3 nf/km nom. 79 % 10,9 95,1 6,3 93,7 62,5,7 95,0 82,3 100,3 93,0 76,7 approx.133 kg/km 72 mm 20 C +60 C 1,50 MJ/m 80,00 kg/km Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568A, Category7e, Flameretardantacc. to IEC603323, Smoke density acc. to IEC6103, Halogenfree acc. to 60752, Corrosiveness acc. to EN ,5 90,0 66, , 87,0 57, ,8 81,0 38, ,0 78,0 25, ,0 77,0 18,0 HELUKAT 00 data cables are used in the tertiary, but also in the secondary level of a network. They are characterized by large performance reserves and outstanding performance. They can be used to implement services such as Gigabit Ethernet, Fast Ethernet, Ethernet, ATM155, FDDI, token ring / Mbit/s or ISDN absolutely troublefree. Likewise, the mechanical characteristics are perfectly suited for the application in tight cable channels and platforms due to their optimized construction , SSTP 2x(x2xAWG 22/1) FNC (S/FTP) 80

82 Multimedia Cable Category 7e 1500 SSTP Inner conductor diameter: Conductor material: Screen over stranding element: Screen 1 over stranding: Screen 2 over stranding: Outer diameter: el. propagation velocity: Typical values Frequenz Dämpfung Next AC (MHz) (db/100m) SSTP x2xawg 22/1 FNC 0,6 mm Copper, bare FoamskinPE wh/bu, wh/og, wh/gn, wh/bn Polyester foil, aluminiumlined Cu braid FNC approx.8,6 mm 100 Ohm ± 15 ohm at 1 to 100 MHz 100 Ohm ± 20 ohm at 101 to 00 MHz 0 Ohm/km max. 2 nf/km nom. 80 % 10,2 110,0 106,0 6,3 110,0 103,7 62,5,7 110,0 97, , 110,0 95, ,5 110,0 88,5 approx.80 kg/km 68 mm 20 C +60 C 0,7 MJ/m 53,00 kg/km Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568A, Category7e, Flameretardantacc. to IEC603323, Smoke density acc. to IEC6103, Halogenfree acc. to 60752, Corrosiveness acc. to EN ,5 105,0 77, ,7 62, ,0 92,0 3,0 00 5,9 88,0 33, ,0 73,0 11,0 HELUKAT 1500 data cables are used in the tertiary, but also in the secondary level of a network. They are characterized by large performance reserves and outstanding performance. They can be used to implement services such as 10Gigabit Ethernet, Gigabit Ethernet, Fast Ethernet, Ethernet, ATM155, FDDI, token ring / Mbit/s or ISDN absolutely troublefree. That means applications such as multimedia (TV, Video, Data, Speach) are no problem for this series.likewise, the mechanical characteristics are perfectly suited for the application in tight cable channels and platforms due to their optimized construction. 8029, SSTP x2xawg 22/1 FNC (S/FTP) 81

83 Multimedia Cable Category 7e 1500 SSTP duplex Inner conductor diameter: Conductor material: Screen over stranding element: Screen 1 over stranding: Screen 2 over stranding: Cable dimensions: el. propagation velocity: Typical values Frequency Attenuation Next AC (MHz) (db/100m) SSTP 2x(x2xAWG 22/1) FNC 0,6 mm Copper, bare FoamskinPE wh/bu, wh/og, wh/gn, wh/bn Polyester foil, aluminiumlined Cu braid FNC approx.8,6 mm x 18,2 mm 100 Ohm ± 15 ohm at 1 to 100 MHz 100 Ohm ± 20 ohm at 101 to 00 MHz 0 Ohm/km max. 2 nf/km nom. 80 % 10,2 110,0 106,0 6,3 110,0 103,7 62,5,7 110,0 97, , 110,0 95, ,5 110,0 88,5 approx.0 kg/km 68 mm 20 C +60 C 1,50 MJ/m 106,00 kg/km Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568A, Category7e, Flameretardantacc. to IEC603323, Smoke density acc. to IEC6103, Halogenfree acc. to 60752, Corrosiveness acc. to EN ,5 105,0 77, ,7 62, ,0 92,0 3,0 00 5,9 88,0 33, ,0 73,0 11,0 HELUKAT 1500 data cables are used in the tertiary, but also in the secondary level of a network. They are characterized by large performance reserves and outstanding performance. They can be used to implement services such as 10Gigabit Ethernet, Gigabit Ethernet, Fast Ethernet, Ethernet, ATM155, FDDI, token ring / Mbit/s or ISDN absolutely troublefree. That means applications such as multimedia (TV, Video, Data, Speach) are no problem for this series.likewise, the mechanical characteristics are perfectly suited for the application in tight cable channels and platforms due to their optimized construction , SSTP 2x(x2xAWG 22/1) FNC (S/FTP) 82

84 LAN Cable TWINAX IBM P/N Inner conductor diameter: Conductor material: Screen over stranding element: Screen over stranding 1: Screen over stranding 2: Outer diameter: el. propagation velocity: Typical values Frequency Attenuation (MHz) (db/100m) Twinax indoor or outdoor 1 x AWG 20, Copper, bare + 1 x AWG 20, Copper, tinned Copper, bare PE Transparent Solid PE dielectric Cu braid, tinned / PE approx.8,3 mm / approx.9,3 mm Black 105 Ohm 53 nf/km nom. 66 % 100 1,0 approx.88 kg/km 5 mm 10 C +80 C 51,00 kg/km HELUKABEL TWINAX cables are used in the area of the IBM computer systems S/36, S/38 and AS00. By using a special PE sheath, an outdoor version was developed as well , IBM P/N Twinax indoor 80073, IBM P/N Twinax outdoor 83

85 LAN Cable IVS IBM P/N 33G2772, IBM P/N 33G822, IBM P/N 33G2775 Inner conductor diameter: Conductor material: Number of cores: Screen over stranding element: Screen over stranding 1: Screen over stranding 2: Cable dimensions: Direct current resistance: el. propagation velocity: Typical values Frequency Attenuation Next (MHz) (db/100m) IBM P/N 33G2772 type 1A 0,6 mm Copper, bare FoamskinPE bk/og, rd/gn Polyester foil, aluminiumlined Cu braid, tinned approx.7,6 mm x 11,9 mm Black 150 Ohm ± 15 ohm at 3 to 20 MHz 185 Ohm ± 18.5 ohm at 38. khz 270 Ohm ± 27 ohm at 9.6 khz 57,1 Ohm/km 78 % 20 7, 80, ,7 60,0 approx.85 kg/km 110 mm 10 C +70 C 1,70 MJ/m 38,00 kg/km IBM P/N 33G2775 type 6A 0,8 mm Copper, bare FoamskinPE bk/og, rd/gn Polyester foil, aluminiumlined Cu braid, tinned approx.7,8 mm Black 150 Ohm ± 15 ohm at 3 to 20 MHz 235 Ohm ± ohm at 38. khz 390 Ohm ± 58.5 ohm at 9.6 khz 151 Ohm/km 20,9 50,0 100,3 39,0 approx.70 kg/km 117 mm 10 C +70 C 0,78 MJ/m 25,00 kg/km IBM P/N 33G822 type 1A mini 0, mm Copper, bare FoamskinPE bk/og, rd/gn Polyester foil, aluminiumlined Cu braid, tinned approx.5,5 mm x 8,9 mm Black 150 Ohm ± 15 ohm at 3 to 20 MHz 235 Ohm ± 23.5 ohm at 38. khz 390 Ohm ± 39 ohm at 9.6 khz 151 Ohm/km 78 % 20 7, 60, ,7 9,0 approx.60 kg/km 8 mm 10 C +70 C 0,68 MJ/m 21,00 kg/km HELUKABEL IVS types are used in the area of the IVS system, developed by IBM. They correspond to the wiring guidelines set by IBM , IBM P/N 33G2772 type 1A 80071, IBM P/N 33G2775 type 6A 80070, IBM P/N 33G822 type 1A mini 8

86 LAN Cable Ethernet Cheapernet Cable, Yellow Cable, Transceiver Cable Inner conductor diameter: Conductor material: Number of cores: Screen over stranding element: Screen over stranding 1: Screen over stranding 2: Outer diameter: Direct current resistance: el. propagation velocity: Typical values Frequency Attenuation (MHz) (db/100m) Cheapernet Cable 0,72 mm Copper, tinned FoamskinPE 1 White Polyester foil, aluminiumlined Cu braid, tinned approx.,6 mm Grey 50 Ohm 88 nf/km nom. 50 Ohm/km 77 % 1,2 10 1,8 approx.32 kg/km 69 mm 10 C +80 C 0,36 MJ/m 21,00 kg/km Yellow Cable 2,17 mm Copper, bare FoamskinPE 1 Transparent Polyester foil, aluminiumlined Cu braid, tinned Polyester foil, aluminiumlined approx.10,3 mm Yellow 50 Ohm 78 nf/km nom. 85 % 3,3 10,6 approx.176 kg/km 117 mm 10 C +70 C 8,00 kg/km Transceiver Cable 0,89 mm Copper, tinned PE 8 gn/bu, ye/og, gy/wh, rd/bk Polyester foil, aluminiumlined Polyester foil, aluminiumlined approx.10,6 mm Grey 78 Ohm 6 nf/km nom. 66 %,2 10 6,0 approx.12 kg/km 159 mm 10 C +60 C 95,00 kg/km HELUKABEL ETHENET types are used as baselines (Yellow + Cheapernet) and cable connections (Transceiver or AUI) within the Ethernet wiring structure. 800, Cheapernet cable 8007, Yellow cable 80076, Transceiver cable 85

87 Photo: HELUKABEL Bus Cables HELUKABEL Bus technology is being used in an increasing number of industrial applications. This technology can be applied in every branch in industry where processcontrol techniques are used. The enormous pressures of competitiveness and costs in all areas of process control emphasise the need for even more rationalisation and greater efficency. The traditional method of parallel wiring for the equipment and machines does not have the flexibility and thus constitutes a major factor in costs and time. The potential for saving costs from internetworking the machinery by bus systems is very high. So as to keep the amount of cabling low, the information from the master controller is sent over a bus network and is potentially available to all components in the system. Only those components specifically addressed by the information can respond and process these signals. All types of cables and wires used in all common bus systems are available from HELUKABEL. 86

88 Contents Bus Cables Description Page Industrial Ethernet HELUKAT 600IND SSTP, OBUST Industrial Ethernet HELUKAT 600IND SSTP, SHIPLINE Industrial Ethernet HELUKAT 600IND SSTP, OBUSTFLEX Industrial Ethernet HELUKAT 500IND SSTP, 10GIG Industrial Ethernet HELUKAT 250S SFTP, Drag Chain Industrial Ethernet HELUKAT 200IND SFTP, OBUSTFLEX... 9 Industrial Ethernet SFTP, WK Industrial 105 C Industrial Ethernet HELUKAT 100S ECO SFTP core, Drag Chain Industrial Ethernet HELUKAT 100S ECO SFTP pair, Drag Chain Industrial Ethernet HELUKAT 200S SFTP core, Drag Chain Industrial Ethernet HELUKAT 200S SFTP pair, Drag Chain Industrial Ethernet HELUKAT 100T SFTP Tordierflex Industrial Ethernet POFInet Type A, fixed installed + robust Industrial Ethernet POFInet Type A, radiation resistant + armoured Industrial Ethernet POFInet Type B, hybrid Industrial Ethernet POFInet Type B, SHIPLINE + FESTOON Industrial Ethernet POFInet Type B and C, flexible + high flexible Industrial Ethernet POFInet Type C, Torsion Profibus L2, fixed installation, indoor Profibus L2, fixed installation, outdoor or Industrial Area Profibus L2, Direct Burial without + with Armouring Profibus L2, 7wire Profibus L2, Drag Chain Profibus, ET200X + ECOFAST... 1 Profibus, SHIPLINE and High Temperature Profibus DESINA HYBIDBUS Profibus L2, TOSION + FESTOON Profibus PA... 1 Profibus PA, armoured Profibus PA, Long Distance Profibus SK, Indoor + Outdoor Profibus SK, FNC + Industry... 0 Profibus SK, Drag Chain... 1 FOUNDATION Fieldbus Basic... 2 FOUNDATION Fieldbus Type A + gnge... 3 FOUNDATION Fieldbus Type A, armoured... FOUNDATION Fieldbus Type A... 5 BUS Cables HMCB200, fixed installed... 6 BUS Cables HMCB500, Drag Chain... 7 BUS Cables HMCB500S, Drag Chain... 8 BUS Cables HMCB800, Drag Chain... 9 BUS Cables USB S BUS Cables USB L CANBus 0,22 mm², fixed installed CANBus 0,22 mm², fixed installed CANBus, fixed installed, 105 C CANBus 0,3 mm², fixed installed CANBus 0,3 mm², fixed installed

89 Contents Bus Cables Description Page CANBus 0,50 mm², fixed installed CANBus 0,50 mm², fixed installed CANBus 0,75 mm², fixed installed CANBus 0,25 mm², Drag Chain CANBus 0,3 mm² Drag Chain, UL Interbus, fixed installed Interbus, fixed installed, halogenfree Interbus Drag Chain... 1 Multibus I, high flexible Multibus II, high flexible... ASIBus, EPDM ASIBus, PU, UL/CSA ASIBus, TPE ASIBus, TPE, UL/CSA ASInterface Electrical Cabinet FLIH SensorAktor TPM DeviceNet DeviceNet FNC DeviceNet CPE DeviceNet PU, flexible CCLinkBus SafetyBUS, FNC + PU LON BUS, H2 + Y EIBBus, 2pairs... 0 EIBBus, FNC EIBBus ED, PE... 2 KHBus, + FNC

90 Industrial Ethernet OBUST 600IND SSTP, Category 7 Type Inner conductor diameter: Stranding element: Shielding 2: Screen 1 over stranding: Screen 2 over stranding: Cable external diameter: Typical values Frequency Attenuation Next AC (MHz) (db/100m) Industrial Area SSTP x2xawg 23/1 PU Copper, bare (AWG 23/1) FoamskinPE wh/bu, wh/og, wh/gn, wh/bn Double core Polyester foil, aluminiumlined Cu braid PU approx.8,2 mm Green similar to AL Ohm ± 15 ohm at 1 to 100 MHz 100 Ohm ± 20 ohm at 101 to 600 MHz 18 Ohm/km max. 3 nf/km nom. 10 5,6 9, 7,1 92,9 approx.62 kg/km 85 mm 0 C +80 C 0,7 MJ/m 3,00 kg/km Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568A, Category7, Flameretardantacc. to IEC603321, Halogenfree acc. to 60752, Corrosiveness acc. to EN , Oilresistant HELUKAT 600IND data cables are used for harsh industrial applications. Mechanical characteristics are the steady against mineral oils, fats and cooling lubricants. Also they are microben resistant and hydrolysis resistant. Electrically they are characterized by large performance reserves and outstanding performance. They can be used to implement services such as Gigabit Ethernet, Fast Ethernet, Ethernet, ATM155, FDDI, token ring / Mbit/s or ISDN absolutely troublefree. The cables thus exceed the requirements for EN55022 Class B emission and EN5502 immunity. So this serie has a superior electromagnetic compatibility qualification. 62,5 13,9 96,0 82, ,5 9,0 76, , SSTP x2xawg 23/1 PU (S/FTP) ,2 88,0 62, ,1 8,0 51,9 600,9 73,0 28,1 89

91 Industrial Ethernet SHIPLINE 600IND SSTP, Category 7 Inner conductor diameter: Conductor material: Screen over stranding element: Screen 1 over stranding: Screen 2 over stranding: Outer diameter: el. propagation velocity: Typical values Frequency Attenuation Next AC (MHz) (db/10m) SSTP x2xawg 2/7 (stranded) FNC 0,61 mm Copper, bare FoamskinPE wh/bu, wh/og, wh/gn, wh/bn Polyester foil, aluminiumlined Cu braid FNC approx.9,1 mm Grey similar to AL Ohm ± 15 ohm at 1 to 100 MHz 100 Ohm ± 20 ohm at 101 to 600 MHz Ohm/km max. 3 nf/km nom. 72 % 10 0,7 90,0 89,3 0,8 90,0 89,2 approx.85 kg/km 85 mm 20 C +75 C 0,80 MJ/m 36,00 kg/km Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568A, Category7, Flameretardantacc. to IEC603323, Smoke density acc. to IEC6103, Halogenfree acc. to 60752, Corrosiveness acc. to EN , Oilresistant This copper data cable, designed specifically for extreme industrial applications, is the ideal solution for Ethernet applications. Superior transmission properties, suitable for use even under the most demanding conditions, certified by Germanischer Lloyd, that means suitable for flexible marine and offshore applications. 62,5 1,6 85,0 83, , SSTP x2xawg 2/7 FNC (S/FTP) 100 2,1 81,0 78, ,1 76,0 72, ,2 68,0 62,8 90

92 Industrial Ethernet OBUSTFLEX 600IND SSTP, Category 7 Type Inner conductor diameter: Stranding element: Shielding 2: Screen 1 over stranding: Screen 2 over stranding: Cable external diameter: Typical values Frequency Attenuation Next AC (MHz) (db/10m) Industrial Patch Cables SSTP x2xawg 26/7 PU Copper, bare (AWG 26/7) FoamskinPE wh/bu, wh/og, wh/gn, wh/bn Double core Polyester foil, aluminiumlined Cu braid PU approx.6, mm Green similar to AL Ohm ± 15 ohm at 1 to 100 MHz 100 Ohm ± 20 ohm at 101 to 600 MHz 290 Ohm/km max. 2 nf/km nom. 10 0,8 80,0 79,2 1,1 80,0 78,9 approx.8 kg/km 6 mm 0 C +80 C 0,5 MJ/m 28,00 kg/km Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568A, Category7, Flameretardantacc. to IEC603321, Smoke density acc. to IEC6103, Halogenfree acc. to 60752, Corrosiveness acc. to EN , Oilresistant, AWM (80 C/30V) HELUKAT 600 industry data cables were designed for high requirements in the industry (industrial ethernet) and other heavyduty environments. They are characterized by large performance reserves and outstanding performance. Mechanically they are also perfectly suited for rough industrial environments due to their halogenfree PU outer sheath. These line are manufacturable with common J5 plugs (industry and office version), and also with some SubD and M plugs. 62,5 2,2 75,0 72, , SSTP x2xawg 26/7 PU (S/FTP) 100 2,8 72,0 69,2 200,0 68,0 6, , 61,0 53,6 91

93 Industrial Ethernet 10GIG 500IND SSTP, Category 6A Inner conductor diameter: Conductor material: Inner sheath material: Screen over stranding element: Total shielding: Outer diameter: Conductor resistance, max.: Insulation resistance, min.: Test voltage: el. propagation velocity: Typical values Frequency Attenuation Next PSNext (MHz) (db/100m) (db) (db) 2x2x0.6 mm 0,65 mm Copper, bare FoamskinPE whbu/bu, whog/og, whgn/gn, whbn/bn Polyester foil, aluminiumlined Foil + braid approx.9,6 mm Green similar to AL Ohm ± 15 ohm at 1 to 100 MHz 100 Ohm ± 20 Ohm at 101 to 500 MHz 59 Ohm/km 0,5 GOhm x km 118 Ohm/km max. 72 nf/km nom. 0,7 kv 62 % 10 5,9 60,3 57,3 7,5 57,2 5,2 approx.115 kg/km 80 mm 0 C +70 C 1,69 MJ/m,00 kg/km Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568A, Category6 A, Flameretardantacc. to IEC603323, CM 75 C or PLTC 62,5 15,0 8, 5, , INDUSTIAL ETHENET CAT.6A 10GIG ,1 5,3 2, ,1 39,3 36, ,3 3,3 31,8 92

94 Industrial Ethernet Drag Chain 250S SFTP, Category 6 Inner conductor diameter: Conductor material: Inner sheath material: Screen over stranding element: Total shielding: Outer diameter: Conductor resistance, max.: Insulation resistance, min.: Test voltage: Typical values Frequency Attentuation Next AC (MHz) (db/10m) x2x0.15 mm² (stranded) 0,55 mm Copper, tinned PP whbu/bu, whog/og, whgn/gn, whbn/bn FNC Foil + braid PU approx.7,8 mm Green similar to AL Ohm ± 15 ohm at 1 to 100 MHz 100 Ohm ± 20 Ohm bei 101 bis 250 MHz 10 Ohm/km 0,5 GOhm x km 280 Ohm/km max. 52 nf/km nom. 0,7 kv 10 0,9 59,3 58, 1,2 56,2 55,0 62,5 2, 7, 5,0 approx.63 kg/km 60 mm 30 C +70 C 1,35 MJ/m 3,00 kg/km Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568A, Category6, Flameretardantacc. to IEC603321, UL 1581, Sec (VW1) and Sec (FT1) This copper data cable, designed specifically for extreme industrial applications, is the ideal solution for Ethernet Category 6 applications. Superior transmission properties, suitable for use even under the most demanding conditions, designed for use in drag chains, fireproof and oilresistant according to UL/CSA, the cable can also be used in the USA and Canada , INDUSTIAL ETHENET CAT ,9,3 1, 250,9 38,3 33, 93

95 Industrial Ethernet OBUSTFLEX 200IND SFTP, Category 5e Type Inner conductor diameter: Stranding element: Shielding 2: Screen 1 over stranding: Screen 2 over stranding: Cable external diameter: Typical values Frequency Attenuation Next AC (MHz) (db/10m) Industrial Patch Cables SFTP x2xawg 26/7 PU Copper, bare (AWG 26/7) PO whbu/bu, whog/og, whgn/gn, whbn/bn Double core Polyester foil, aluminiumlined Cu braid PU approx.5,7 mm Grey similar to AL Ohm ± 15 ohm at 1 to 100 MHz 260 Ohm/km max. 7 nf/km nom. 10 0,8 58,0 57,2 1,1 56,0 5,9 approx. kg/km 6 mm 0 C +80 C 0,5 MJ/m 2,00 kg/km Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568A, Category5e, Flameretardantacc. to IEC603321, Smoke density acc. to IEC6103, Halogenfree acc. to 60752, Oilresistant HELUKAT 200 industry data cables were designed for high requirements in the industry (industrial ethernet) and other heavyduty environments. They are characterized by large performance reserves and outstanding performance. Mechanically they are also perfectly suited for rough industrial environments due to their halogenfree PU outer sheath. These lines are manufacturable with all common J5 plugs (industry and office version), and also with some SubD and M plugs. 62,5 2, 5,0 2, , SFTP x2xawg 26/7 PU (SF/UTP) 100 2,9 3,0 0,1 200,3 37,0 32,7 9

96 Industrial Ethernet WK Industrial 105 C SFTP, Category 5e Inner conductor diameter: Conductor material: Inner sheath material: Screen over stranding element: Total shielding: Outer diameter: Conductor resistance, max.: Insulation resistance, min.: Test voltage: Typical values Frequency Attenuation Next AC (MHz) (db/100m) 2x2x0,75 mm (stranded) 0,75 mm Copper, tinned XLPE ray crosslinking wh, ye, bu, og Polyester foil, aluminiumlined Cu braid, tinned XFNC approx.6,5 mm Black similar to AL Ohm ± 15 ohm at 1 to 100 MHz 60 Ohm/km 0,5 GOhm x km 0 Ohm/km max. 52 nf/km nom. 2kV 10 6,3 70,0 63,7 8,0 65,0 57,0 approx.6 kg/km 6 mm 0 C +105 C * 0,89 MJ/m 3,00 kg/km Acc. to ISO/IEC11801, Acc. to EN50173, Category5e, Halogenfree acc. to 60752, Corrosiveness acc. to EN , ULSyle C/300V This copper data cable, designed specifically for extreme industrial applications, is the ideal solution for Ethernet applications. It guarantees superior transmission properties. Cable with oilresistant FNC sheath and increased temperature resistance for use in the wind turbine and similar sectors. Certified to UL, the cable can also be used in the USA and Canada. * = with limited service life , INDUSTIAL ETHENET CAT.5e 62,5,5 55,0 38, ,3 50,0 28,7 95

97 Industrial Ethernet DAG CHAIN ECO 100S SFTP Core, Category 5e Type Inner conductor diameter: Stranding element: Shielding 2: Total shielding: Cable external diameter: Insulation resistance, min.: Test voltage: Typical values Frequency Attentuation Next (MHz) (db/100m) Drag chain applications x1x0.15 mm² (stranded) Copper, bare (AWG 26/19) PP whbl, bl, whor, or Star quad PETP fleece Foil + braid PU approx.,8 mm ± 0,3 mm Green 100 Ohm ± 15 ohm at 1 to 100 MHz 0,15 GOhm x km 250 Ohm/km max. 51 nf/km nom. 0,7 kv 10 9,9 7,0,3,0 approx.30 kg/km 72 mm 0 C +80 C 0,37 MJ/m 17,00 kg/km Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568A, Category5e, Flameretardantacc. to IEC603321, Halogenfree acc. to 60752, Corrosiveness acc. to EN , AWM (80 C/30V) This copper data cable, designed especially for heavyduty industrial applications (Industrial Ethernet), is very well suited for manufacturing of J5 and 15 or 9Pin SubD plugs. With its PU sheath, it is also suitable for the application in drag chains , INDUSTIAL ETHENET CAT.5e 62,5 25,6 35, ,0 32, ,0 30,0 96

98 Industrial Ethernet Drag chain ECO 100S SFTP pair, Category 5e Type Inner conductor diameter: Stranding element: Shielding 2: Total shielding: Cable external diameter: Insulation resistance, min.: Test voltage: Typical values Frequency Attentuation Next (MHz) (db/100m) Drag chain applications x2x0.15 mm² (stranded) Copper, bare (AWG 26/19) PP whbu/bu, whog/og, whgn/gn, whbn/bn Double core PETP fleece Foil + braid PU approx.6,6 mm ± 0,2 mm Green 100 Ohm ± 15 ohm at 1 to 100 MHz 0,15 GOhm x km 250 Ohm/km max. 8 nf/km nom. 0,7 kv 10 9,9 7,0,3,0 approx.56 kg/km 102 mm 0 C +80 C 0,6 MJ/m 31,00 kg/km Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568A, Category5e, Flameretardantacc. to IEC603321, Halogenfree acc. to 60752, Corrosiveness acc. to EN , AWM (80 C/30V) This copper data cable, designed especially for heavyduty industrial applications (Industrial Ethernet), is very well suited for manufacturing of J5 and 15 or 9Pin SubD plugs. With its PU sheath, it is also suitable for the application in drag chains , INDUSTIAL ETHENET CAT.5e 62,5 25,6 35, ,0 32, ,0 30,0 97

99 Industrial Ethernet DAG CHAIN 200S SFTP Core, Category 5 Type Inner conductor diameter: Stranding element: Shielding 2: Screen 1 over stranding: Screen 2 over stranding: Cable external diameter: Typical values Frequency Attenuation Next AC (MHz) (db/10m) Drag Chain Patch Cables SFTP x1xawg 2/19 PU Copper, bare (AWG 2/19) PP wh/bn, gn/ye Quad Polyester foil, aluminiumlined Cu braid PU approx.6,2 mm ± 0,2 mm Green similar to AL Ohm ± 15 ohm at 1 to 100 MHz 156 Ohm/km max. 51 nf/km nom. 10 1,0 7,0 6,0 approx.5 kg/km 80 mm 25 C +70 C 0,9 MJ/m 30,00 kg/km Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568A, Category5, Flameretardantacc. to IEC603321, Halogenfree acc. to 60752, Oilresistant HELUKAT 200T industry data cables were designed for the most extreme requirements in the industry (industrial ethernet) and other heavyduty environments. They are characterized by large performance reserves and outstanding performance, even under the most extreme conditions. In addition, the thoughtout mechanical construction even ensures applications in drag chains with high packing density. These lines are manufacturable with conventional SubD plugs or with various J5 plugs. 1,2,0 2, , SFTP x1xawg 2/19 PU (SF/UTP) 62,5 2,6 35,0 32, 100 3,3 32,0 28,7 98

100 Industrial Ethernet DAG CHAIN 200S SFTP Paar, Category 5 Type Inner conductor diameter: Stranding element: Shielding 2: Screen 1 over stranding: Screen 2 over stranding: Cable external diameter: Typical values Frequency Attenuation Next AC (MHz) (db/10m) Drag Chain Patch Cables SFTP x2xawg 2/19 PU Copper, bare (AWG 2/19) PE wh/bn, gn/ye, gy/pk, bu/rd Double core Polyester foil, aluminiumlined Cu braid PU approx.9,5 mm ± 0,2 mm Green similar to AL Ohm ± 15 ohm at 1 to 100 MHz 156 Ohm/km max. 51 nf/km nom. 10 1,0 7,0 6,0 approx.110 kg/km 115 mm 25 C +70 C 2,08 MJ/m 5,30 kg/km Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568A, Category5, Flameretardantacc. to IEC603321, Halogenfree acc. to 60752, Oilresistant HELUKAT 200T industry data cables were designed for the most extreme requirements in the industry (industrial ethernet) and other heavyduty environments. They are characterized by large performance reserves and outstanding performance, even under the most extreme conditions. In addition, the thoughtout mechanical construction even ensures applications in drag chains with high packing density. These lines are manufacturable with conventional SubD plugs or with various J5 plugs. 1,2,0 2, , SFTP x2xawg 2/19 PU (SF/UTP) 62,5 2,6 35,0 32, 100 3,3 32,0 28,7 99

101 Industrial Ethernet TODIEFLEX 100T SFTP, Category 5 Type Inner conductor diameter: Stranding element: Shielding 2: Screen 1 over stranding: Screen 2 over stranding: Cable external diameter: Typical values Frequency Attenuation Next AC (MHz) (db/10m) Torsion Patch Cables SFTP x2xawg 26/19 PU Copper, bare (AWG 26/19) PO wh/bu, wh/og, wh/gn, wh/bn Double core Polyester foil copper, bare Cu braid PU approx.7,5 mm Green similar to AL Ohm ± 15 ohm at 1 to 100 MHz 260 Ohm/km max. 50 nf/km nom. 10 1,3 7,0 5,7 approx.63 kg/km 80 mm 0 C +80 C 1,23 MJ/m 29,50 kg/km Acc. to ISO/IEC11801, Acc. to EN50173, Acc. to EIA/TIA568A, Category5, Flameretardantacc. to IEC603321, Smoke density acc. to IEC6103, Halogenfree acc. to 60752, Oilresistant, AWM (80 C/30V) HELUKAT 100T TODIEFLEX data cables were designed for the most extreme requirements in the industry and other heavyduty environments in torsion applications. They are characterized by large performance reserves and outstanding performance, even under extreme conditions. Long mechanical service life is also ensured due to a thoughtout design. These lines are manufacturable with conventional SubD plugs or with various J5 plugs. 1,6,0 2, , SFTP x2xawg 26/19 PU (SF/UTP) 62,5 3,2 35,0 31,8 100,0 32,0 28,0 100

102 Industrial Ethernet POFInet Type A fixed installed + robust Type Inner conductor diameter: Stranding element: Inner sheath material: Shielding 2: Total shielding: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Test voltage: Typical values Frequency Attenuation Next AC (MHz) (db/100m) Fixed installation, indoor 2x2x0.6 mm Copper, bare (AWG 22/1) PE wh, ye, bu, og Star quad Polyester foil, aluminiumlined Cu braid, tinned approx.6,5 mm ± 0,2 mm Green similar to AL Ohm ± 15 ohm at 1 to 100 MHz 62 Ohm/km 0,5 GOhm x km Ohm/km max. 50 nf/km nom. 2kV 10 5,2 70,0 6,8 approx.67 kg/km 100 mm 0 C +80 C 0,3 MJ/m 32,00 kg/km 6,9 65,0 58,1 Industrial Area 2x2x0.6 mm Copper, bare (AWG 22/1) PE wh, ye, bu, og Star quad Polyester foil, aluminiumlined Cu braid, tinned PU approx.6,5 mm ± 0,2 mm Green similar to AL Ohm ± 15 ohm at 1 to 100 MHz 62 Ohm/km 0,5 GOhm x km Ohm/km max. 50 nf/km nom. 2kV 62,5 15,0 55,0 0,0 approx.6 kg/km 6 mm 0 C +70 C 0,91 MJ/m 32,00 kg/km Applicable standards: POFInet Guideline POFInet Guideline UL Style: CMG 75 C PLTC FT CSA standard: CSA FT These copper data cables, designed especially for heavyduty industrial applications, are very well suited for Ethernet applications. They ensure superiour transmission properties and can be used even under most severe conditions. The line specified here correspond to the POFInet type A it is designed for normal () and robust (PU) fixed installation applications , POFInet type A (SK) ,5 50,0 30, , POFInet type A (SK) 101

103 Industrial Ethernet POFInet Type A radiation resistant + armoured Type Inner conductor diameter: Stranding element: Inner sheath material: Shielding 2: Total shielding: Armouring: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Test voltage: Typical values Frequency Attenuation Next AC (MHz) (db/100m) Applicable standards: ray loaded areas 2x2x0.6 mm Copper, bare (AWG 22/1) XLPE ray crosslinking wh, ye, bu, og Star quad TP ray crosslinking Polyester foil, aluminiumlined Cu braid, tinned PU approx.6,5 mm ± 0,2 mm Green similar to AL Ohm ± 15 ohm at 1 to 100 MHz 62 Ohm/km 0,5 GOhm x km Ohm/km max. 50 nf/km nom. 2kV 10 5,2 70,0 6,8 approx.63 kg/km 6 mm 0 C +80 C 0,29 MJ/m 32,00 kg/km POFInet Guideline 6,9 65,0 58,1 Fixed installation, outdoor 2x2x0.6 mm Copper, bare (AWG 22/1) PE wh, ye, bu, og Star quad Polyester foil, aluminiumlined Cu braid, tinned Steel rib PE approx.9,3 mm ± 0,5 mm Black 100 Ohm ± 15 ohm at 1 to 100 MHz 62 Ohm/km 0,5 GOhm x km Ohm/km max. 50 nf/km nom. 2kV 62,5 15,0 55,0 0,0 approx. kg/km 93 mm 0 C +70 C 2,1 MJ/m 31,00 kg/km POFInet Guideline These copper data cables, designed especially for heavyduty industrial applications are very well suited for Ethernet applications. They ensure superiour transmission properties and can be used even under most severe conditions. The line specified here correspond to the POFInet type A and because of the special construction with crosslinked innerjacket and PU outerjacket it is suitable for fixed installation applications inside radiated areas and with the innerjacket/pe outerjacket it is suitable for areas with rodent problems , POFInet type A (SK) ,5 50,0 30,5 8050, POFInet type A (SK) 102

104 Industrial Ethernet POFInet Type B hybrid Type Inner conductor diameter 1: Inner conductor diameter 2: Core insulation 1: Core insulation 2: Core colours 1: Core colours 2: Stranding element 1: Shielding 2: Total shielding: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Test voltage: Typical values Frequency Attenuation Next AC (MHz) (db/100m) Applicable standards: UL Style: Mobile use 2x2x0,75 mm (stranded)+ x1,5 mm² Copper, bare (AWG 22/7) Copper, bare (AWG /8) FoamskinPE FoamskinPE wh, ye, bu, og Black Double core Polyester foil, aluminiumlined Polyester foil FNC approx.10,3 mm ± 0,3 mm Green similar to AL Ohm ± 15 ohm at 1 to 100 MHz 60 Ohm/km 0,5 GOhm x km 0 Ohm/km max. 52 nf/km nom. 2kV 10 6,3 50,0 3,7 approx.153 kg/km 103 mm 0 C +70 C 1,50 MJ/m 9,00 kg/km POFInet Guideline UL Style 282 This copper data cable, designed especially for heavyduty industrial applications is very well suited for Ethernet applications. Ir ensures superiour transmission properties and can be used even under most severe conditions. The line specified here corresponds the POFInet type, i.e. it is designed for flexible applications with integrated energoe cores. 8,0 7,0 39,0 8051, POFInet type B (SK) 62,5,5 38,0 21, ,3 35,0 13,7 103

105 Industrial Ethernet POFInet Typ B SHIPLINE + FESTOON Type Inner conductor diameter: Stranding element: Inner sheath material: Shielding 2: Total shielding: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Test voltage: Typical values Frequency Attenuation Next AC (MHz) (db/100m) Marine and Offshore 2x2x0,75 mm (stranded) Copper, tinned (AWG 22/7) PP wh, ye, bu, og Star quad FNC Polyester foil, aluminiumlined Cu braid, tinned FNC approx.6,5 mm ± 0, mm Green similar to AL Ohm ± 15 ohm at 1 to 100 MHz 60 Ohm/km 0,5 GOhm x km 0 Ohm/km max. 52 nf/km nom. 2kV 10 6,0 70,0 6,0 approx.68 kg/km 6 mm 0 C +70 C 0,5 MJ/m 32,00 kg/km 7,6 65,0 57, FESTOON 2x2x0.75 mm (stranded) Copper, tinned (AWG 22/7) PE wh, ye, bu, og Star quad Polyester foil, aluminiumlined Cu braid, tinned approx.6,5 mm ± 0,2 mm Green similar to AL Ohm ± 5 % 60 Ohm/km 0,5 GOhm x km 0 Ohm/km max. 52 nf/km nom. 0,7 kv 62,5,0 55,0 39,0 approx.68 kg/km 50 mm 10 C +80 C 1,20 MJ/m 32,00 kg/km Applicable standards: POFInet Guideline POFInet Guideline UL Style: CMG 75 C PLTC FT CMG 75 C or PLTC or AWM V CSA standard: CSA FT CSA FT This copper data cable, designed especially for heavyduty industrial applications is very well suited for Ethernet applications. It ensures superiour transmission properties and can be used even under most severe conditions. The lines specified here corresponds the POFInet type B andare certified by the Germanische Lloyd (SHIPLINE), i.e. designed for flexible marine and offshore applications and Festoon applications , POFInet type B (SK) ,0 50,0 29, , POFInet type B (SK) 10

106 Industrial Ethernet POFInet Type B + C flexible + high flexible Type Inner conductor diameter: Stranding element: Inner sheath material: Shielding 2: Total shielding: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Test voltage: Typical values Frequency Attenuation Next AC (MHz) (db/100m) Applicable standards: UL Style: CSA standard: Mobile use 2x2x0,75 mm (stranded) Copper, tinned (AWG 22/7) PE wh, ye, bu, og Star quad Polyester foil, aluminiumlined Cu braid, tinned approx.6,5 mm ± 0,2 mm Green similar to AL Ohm ± 15 ohm at 1 to 100 MHz 62 Ohm/km 0,5 GOhm x km Ohm/km max. 52 nf/km nom. 2kV 10 6,0 70,0 6,0 approx.67 kg/km 6 mm 0 C +70 C 0,32 MJ/m 32,00 kg/km 7,6 65,0 57, POFInet Guideline CMG 60 C or PLTC or AWM CSA FT Drag chain applications 2x2x0.75 mm (stranded) Copper, tinned (AWG 22/7) PE wh, ye, bu, og Star quad FNC Polyester foil, aluminiumlined Cu braid, tinned PU approx.6,5 mm ± 0,2 mm Green similar to AL Ohm ± 15 ohm at 1 to 100 MHz 60 Ohm/km 0,5 GOhm x km 0 Ohm/km max. 52 nf/km nom. 0,7 kv 62,5,0 55,0 39,0 approx.61 kg/km 50 mm 0 C +70 C 0,85 MJ/m 32,00 kg/km POFInet Guideline CMX 75 C (shielded) This copper data cable, designed especially for heavyduty industrial applications is very well suited for Ethernet applications. Ir ensures superiour transmission properties and can be used even under most severe conditions. The lines specified here corresponds the POFInet types B and C, i.e. they are designed for flexible and highly flexible applications, such as drag chains , POFInet type B (SK) ,0 50,0 29, , POFInet type C (SK) 105

107 Industrial Ethernet POFInet Type C Torsion Type Inner conductor diameter: Stranding element: Shielding 2: Total shielding: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Test voltage: Typical values Frequency Attenuation ELFEXT (MHz) (db/100m) Applicable standards: UL Style: Torsional applications 2x2x0,75 mm (stranded) Copper, tinned (AWG 22/19) FoamskinPE wh, ye, bu, og Star quad Polyester foil, aluminiumlined Cu braid, tinned PU approx.6,5 mm ± 0,2 mm Green similar to AL Ohm ± 15 ohm at 1 to 100 MHz 60 Ohm/km 0,5 GOhm x km 0 Ohm/km max. 52 nf/km nom. 0,7 kv 10 7,6 3,8 approx.5 kg/km 6 mm 0 C +80 C 0,5 MJ/m 32,00 kg/km POFInet Guideline AWM Style C This copper data cable, designed especially for heavyduty industrial applications is very well suited for Ethernet applications. Ir ensures superiour transmission properties and can be used even under most severe conditions. The lines specified here corresponds the POFInet types C, i.e. they are designed for torsion applications, such as roboter arms. 10,0 39, , POFInet type C (SK) 62,5 26,5 2, ,0 20,0 106

108 BUS Cables Profibus L2 Indoor Type Inner conductor diameter: Stranding element: Shielding 2: Total shielding: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Test voltage: Attenuation: Applicable standards: UL Style: CSA standard: Fixed installation, indoor 1x2x0.6 mm Copper, bare (AWG 22/1) FoamskinPE rd, gn 2 cores + 2 fillers stranded together Polyester foil, aluminiumlined Cu braid, tinned approx.7,8 mm ± 0,2 mm Grey similar to AL 7001 Fixed installation, indoor 1x2x0.6 mm Copper, bare (AWG 22/1) FoamskinPE rd, gn 2 cores + 2 fillers stranded together Polyester foil, aluminiumlined Cu braid, tinned approx.7,8 mm ± 0,2 mm Violet similar to AL Ohm ± 10 % 150 Ohm ± 10 % 55 Ohm/km 55 Ohm/km 1 GOhm x km 1 GOhm x km 110 Ohm/km max. 110 Ohm/km max. 30 nf/km nom. 30 nf/km nom. 1,5 kv 1,5 kv 9,6 khz < 2,5 db/km 9,6 khz < 2,5 db/km 38, khz <,0 db/km 38, khz <,0 db/km MHz < 22,0 db/km MHz < 22,0 db/km MHz < 2,0 db/km MHz < 2,0 db/km approx.69 kg/km 0 mm 0 C +70 C 0,99 MJ/m 2,00 kg/km Profibus acc. to DIN 1925 T3 and EN50170 CMX 75 C (shielded) CSA FT1 approx.69 kg/km 0 mm 0 C +70 C 0,99 MJ/m 2,00 kg/km Profibus acc. to DIN 1925 T3 and EN50170 CMX 75 C (shielded) CSA FT1 This system cable is used to interconnect L2BUS components. This cable is an economical solution for the cell and field area. For the information exchange between different automation systems as well as for communication with the connected decentralized field units, serial field bus systems are used. The types mentioned here are suitable for indoor laying and are equipped with a special sheath. 8038, Profibus L2 818, Profibus L2 107

109 BUS Cables POFIBUS L2 Outdoor + Industry Outdoor + Industry Type Inner conductor diameter: Stranding element: Shielding 2: Total shielding: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Test voltage: Attenuation: Applicable standards: Fixed installation, outdoor 1x2x0.6 mm Copper, bare (AWG 22/1) FoamskinPE rd, gn 2 cores + 2 fillers stranded together Polyester foil, aluminiumlined Cu braid, tinned PE approx.8,0 mm ± 0, mm Black similar to AL 9005 Industrial Area 1x2x0.6 mm Copper, bare (AWG 22/1) FoamskinPE rd, gn 2 cores + 2 fillers stranded together Polyester foil, aluminiumlined Cu braid, tinned PU approx.8,0 mm ± 0, mm Petrol similar to AL Ohm ± 10 % 150 Ohm ± 10 % 55 Ohm/km 55 Ohm/km 1 GOhm x km 1 GOhm x km 110 Ohm/km max. 110 Ohm/km max. 30 nf/km nom. 30 nf/km nom. 1,5 kv 1,5 kv 9,6 khz < 2,5 db/km 9,6 khz < 2,5 db/km 38, khz <,0 db/km 38, khz <,0 db/km MHz < 22,0 db/km MHz < 22,0 db/km MHz < 2,0 db/km MHz < 2,0 db/km approx.6 kg/km 0 mm 0 C +70 C 2,26 MJ/m 2,00 kg/km Profibus acc. to DIN 1925 T3 and EN50170 approx.67 kg/km 0 mm 0 C +70 C 1,52 MJ/m 2,00 kg/km Profibus acc. to DIN 1925 T3 and EN50170 This system cable is used to interconnect L2BUS components. This cable is an economical solution for the cell and field area. For the information exchange between different automation systems as well as for communication with the connected decentralized field units, serial field bus systems are used. The types mentioned here are suitable for outdoor laying (PE sheath) and industry laying (PU sheath) , Profibus L , Profibus L2 108

110 BUS Cables Profibus L2 Direct Burial without + with Armouring Type Inner conductor diameter: Stranding element: Inner sheath material: Shielding 2: Total shielding: Armouring: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Nominal voltage: Test voltage: Attenuation: Applicable standards: Underground laying 1x2x0.6 mm Copper, bare (AWG 22/1) FoamskinPE rd, gn 2 cores + 2 fillers stranded together Polyester foil, aluminiumlined Cu braid, tinned PE approx.10,0 mm ± 0,2 mm Black similar to AL 9005 Underground laying 1x2x0.6 mm Copper, bare (AWG 22/1) Cell PE rd, gn 2 cores + 2 fillers stranded together PE Polyester foil, aluminiumlined Cu braid, tinned Steel band PE approx.10,6 mm ± 0,3 mm Black similar to AL Ohm ± 10 % 150 Ohm ± 10 % 55 Ohm/km 55 Ohm/km 1 GOhm x km 5 GOhm x km 11 Ohm/km max. 110 Ohm/km max. 30 nf/km nom. 30 nf/km nom. 250 V 1,5 kv 1,5 kv 9,6 khz < 2,5 db/km 9,6 khz < 2,5 db/km 38, khz <,0 db/km 38, khz <,0 db/km 3 MHz < 22,0 db/km MHz < 22,0 db/km 20 MHz < 2,0 db/km MHz < 2,0 db/km approx.92 kg/km 180 mm 0 C +70 C 2,657 MJ/m 2,00 kg/km Profibus acc. to DIN 1925 T3 and EN50170 approx.132 kg/km 190 mm 0 C +70 C 2,0 MJ/m 2,00 kg/km Profibus acc. to DIN 1925 T3 and EN50170 This system cable is used to interconnect L2BUS components. This cable is an economical solution for the cell and field area. For the information exchange between different automation systems as well as for communication with the connected decentralized field units, serial field bus systems are used. The above mentioned type is suitable for underground installation and is equipped with a special /PE sheath. 8282, Profibus ED , Profibus L2 109

111 BUS Cables Profibus L2 7wire Type Inner conductor diameter: Stranding element: Shielding 2: Total shielding: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Test voltage: Attenuation: Applicable standards: UL Style: Mobile use 1x2x0.6 mm (stranded) Copper, bare (AWG 2/7) FoamskinPE rd, gn 2 cores + 2 fillers stranded together Polyester foil, aluminiumlined Cu braid, tinned approx.7,8 mm ± 0,2 mm Violet similar to AL Ohm ± 10 % 86,7 Ohm/km 1 GOhm x km 110 Ohm/km max. 30 nf/km nom. 1,5 kv 9,6 khz < 3,0 38, khz < 5,0 MHz < 26,0 MHz < 55,0 approx.75 kg/km 0 mm 20 C +70 C 1,20 MJ/m 2,00 kg/km db/km db/km db/km db/km Profibus acc. to DIN 1925 T3 and EN50170 UL Style 2571 This system cable is used to interconnect L2BUS components. This cable is an economical solution for the cell and field area. For the information exchange between different automation systems as well as for communication with the connected decentralized field units, serial field bus systems are used. With his cord design, the type mentioned here is suitable for laying in regular mobile applications and is equipped with a special sheath , Profibus L2 110

112 BUS Cables Profibus L2 Drag Chain Type Inner conductor diameter: Stranding element: Shielding 2: Total shielding: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Test voltage: Attenuation: Drag chain applications 1x2x0.6 mm (stranded) Copper, bare (AWG 2/19) FoamskinPE rd, gn 2 cores + 2 fillers stranded together Polyester foil, aluminiumlined Cu braid, tinned PU approx.8,0 mm ± 0, mm Petrol similar to AL 5018 Drag chain applications 1x2x0.6 mm (stranded) Copper, bare (AWG 2/19) FoamskinPE rd, gn 2 cores + 2 fillers stranded together Polyester foil, aluminiumlined Cu braid, tinned PU approx.8,0 mm ± 0, mm Violet similar to AL Ohm ± 10 % 150 Ohm ± 10 % 82 Ohm/km 82 Ohm/km 1 GOhm x km 1 GOhm x km Ohm/km max. Ohm/km max. 30 nf/km nom. 30 nf/km nom. 1,5 kv 1,5 kv 9,6 khz < 3,0 db/km 9,6 khz < 3,0 db/km 38, khz < 5,0 db/km 38, khz < 5,0 db/km MHz < 25,0 db/km MHz < 25,0 db/km MHz < 52,0 db/km MHz < 52,0 db/km approx.65 kg/km 60 mm 20 C +60 C 1,52 MJ/m 25,00 kg/km approx.65 kg/km 60 mm 20 C +60 C 1,52 MJ/m 25,00 kg/km Applicable standards: Profibus acc. to DIN 1925 T3 and EN50170 Profibus acc. to DIN 1925 T3 and EN50170 This system cable is used to interconnect L2BUS components. This cable is an economical solution for the cell and field area. For the information exchange between different automation systems as well as for communication with the connected decentralized field units, serial field bus systems are used. The above mentioned types are suitable for drag chains (stranded) , Profibus L , Profibus L2 111

113 BUS Cables Profibus ET200X + ECOFAST Type Inner conductor diameter 1: Inner conductor diameter 2: Core insulation 1: Core insulation 2: Core colours 1: Core colours 2: Stranding element 1: Shielding 2: Total shielding: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Test voltage: Attenuation: Drag chain applications 1x2x0.65 mm + 3x1x0.75 mm² (stranded) Copper, bare (AWG 22/19) Copper, bare (AWG 18/2) FoamskinPE rd, gn bk, bu, gnye Double core Foil + braid Polyester foil PU approx.9,5 mm ± 0,5 mm Petrol similar to AL 5018 Drag chain applications 1x2x0.65 mm + x1x1.5 mm² (stranded) Copper, bare (AWG 2/19) Copper, bare (AWG 18/8) FoamskinPE TPM rd, gn bk, bk, bk, bk 2 cores + 2 fillers stranded together Foil + braid TPU approx.11,0 mm ± 0,3 mm Violet similar to AL Ohm ± 10 % 150 Ohm ± 15 % 8 Ohm/km 89,9 Ohm/km 1 GOhm x km 1 GOhm x km 8 Ohm/km max. 179 Ohm/km max. 30 nf/km nom. 30 nf/km nom. 1,5 kv 1,5 kv 9,6 khz < 3,0 db/km 9,6 khz 3,0 db/km 38, khz < 5,0 db/km 38, khz 5,0 db/km MHz < 25,0 db/km MHz 30,0 db/km MHz < 52,0 db/km MHz 60,0 db/km approx.105 kg/km 10 mm 5 C +60 C 1,973 MJ/m 6,00 kg/km approx.159 kg/km 5 mm 20 C +60 C 2,835 MJ/m 90,00 kg/km Applicable standards: Profibus acc. to DIN 1925 T3 and EN50170 Profibus acc. to DIN 1925 T3 and EN50170 UL Style: AWM Style UL Style The ProfibusET200X and Profibus ECOFAST lines used in the area of process automation. These BUS systems are a very economical solution for the cell and field area. For the information exchange between different automation systems as well as for communication with the connected decentralized field units, serial field bus systems are used. The series ET200X and DESINA hybrid are characterized by a special construction with data and power supply in one cable. These types are suited for the application in drag chains and similar mobile applications , Profibus L2 8000, Profibus L2 1

114 Bus Cables Profibus SHIPLINE and High Temperature Type Inner conductor diameter: Stranding element: Inner sheath material: Shielding 2: Total shielding: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Nominal voltage: Test voltage: Attenuation: Applicable standards: Marine and Offshore 1x2x0.75 mm (stranded) Copper, bare (AWG 22/7) FoamskinPE rd, gn Double core FNC Polyester foil, aluminiumlined Cu braid, tinned XFNC approx.8,0 mm ± 0, mm Violet similar to AL 001 High temperature areas 1x2x0.6 mm Copper, bare (AWG 22/1) XLPE ray crosslinking rd, gn 2 cores + 2 fillers stranded together Polyester foil, aluminiumlined Cu braid, tinned FEP approx.7,2 mm ± 0,3 mm Violet similar to AL Ohm ± 10 % 150 Ohm ± 10 % 55 Ohm/km 55 Ohm/km 1,6 GOhm x km 1,6 GOhm x km 110 Ohm/km max. 110 Ohm/km max. 29 nf/km nom. 28 nf/km nom. 60 V 250 V 1kV 3,6 kv 9,6 khz < 2,5 db/km 9,6 khz < 2,5 db/km 38, khz <,0 db/km 38, khz <,0 db/km MHz < 22,0 db/km MHz < 22,0 db/km MHz < 2,0 db/km MHz < 2,0 db/km approx.8 kg/km 80 mm 25 C +80 C 1,26 MJ/m 35,00 kg/km Profibus acc. to DIN 1925 T3 and EN50170 approx.6 kg/km 52 mm 50 C +180 C 0,30 MJ/m 2,00 kg/km Profibus acc. to DIN 1925 T3 and EN50170 The series SHIPLINE and HIGH TEMPEATUE are used to interconnect Profibus components. For the information exchange between different automation systems as well as for communication with the connected decentralized field units, serial field bus systems are used. The lines described here are designed for Marine and Offshore applications or the use in extreme temperature ranges , Profibus SHIPLINE , Profibus high temperature 113

115 BUS Cables DESINAHYBIDBUS Type Conductor material Polymer optical fibre: Core identification: Total shielding: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Test voltage: Optical characteristic Fibre attenuation: Hybrid Bus Cable x1.5 mm² + 2xPOF Copper, bare, KL.6 = extra fine wire TPM x POF 980/1000 Black Numbers PETP fleece TPU approx.8,8 mm ± 0,3 mm Violet similar to AL ,7 Ohm/km 0,5 GOhm x km 3kV 230 db/km max. at 650 nm approx.0 kg/km 130 mm 20 C +80 C 60,00 kg/km Applicable standards: Detail specification for DESINA The DESINA Cu/POF hybrid field bus cables combines signal lines made of plastic fibreoptic conductors and copper cables. The use of these transmission systems significantly reduces the number of different cables in a planned bus installation in machine tools operations. The main applications of these cables are in mobile applications in machine construction , DESINA HYBID BUS 11

116 BUS Cables Profibus L2 TOSION + FESTOON Type Inner conductor diameter: Stranding element: Shielding 2: Total shielding: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Test voltage: Attenuation: Applicable standards: UL Style: CSA standard: Torsional applications 1x2x0.80 mm (stranded) Copper, bare (AWG 22/19) FoamskinPE rd, gn 2 cores + filler Polyester foil, aluminiumlined Cu braid, tinned PU approx.8,0 mm ± 0, mm Violet similar to AL 001 Mobile use 1x2x0.65 mm (stranded) Copper, bare (AWG 2/19) Cell PE rd, gn 2 cores + 2 fillers stranded together Polyester foil, aluminiumlined Cu braid, tinned approx.8,0 mm ± 0,3 mm Petrol similar to AL Ohm ± 10 % 150 Ohm ± 10 % 9 Ohm/km 66,5 Ohm/km 1 GOhm x km 1,6 GOhm x km 98 Ohm/km max. 133 Ohm/km max. 29 nf/km nom. 28 nf/km nom. 3,6 kv 2kV 9,6 khz < 3,0 db/km 9,6 khz 3,0 db/km 38, khz < 5,0 db/km 38, khz,0 db/km MHz < 25,0 db/km MHz 25,0 db/km MHz < 51,0 db/km MHz 9,0 db/km approx.66 kg/km 100 mm 25 C +75 C 0,89 MJ/m 32,00 kg/km Profibus acc. to DIN 1925 T3 and EN50170 CMX 75 C (shielded) approx.6 kg/km 0 mm 0 C +60 C 1,09 MJ/m 23,00 kg/km Profibus acc. to DIN 1925 T3 and EN50170 CMG 75 C or CL2 or AWM V CSA FT The series TOSION and FESTOON are used to interconnect Profibus BUS components. This BUS system is a very economical solution for the field area. For the information exchange between different automation systems as well as for communication with the connected decentralized field units, serial field bus systems are used. The lines described here are designed torsionable or hanging movable construction. Areas such as robot applications and/or garland suspension are easily realized , Profibus L , Profibus L2 115

117 BUS Cables Profibus PA Type Inner conductor diameter: Stranding element: Shielding 2: Total shielding: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Nominal voltage: Test voltage: Attenuation: Hazardous areas 1x2x1.0/2.55 mm Copper, bare (AWG 18/1) PE rd, gn 2 cores + 2 fillers stranded together Polyester foil, aluminiumlined Cu braid, tinned approx.7,6 mm ± 0,2 mm Blue 100 Ohm ± 20 % 22 Ohm/km 1 GOhm x km Ohm/km max. 55 nf/km nom. 300 V 2,5 kv 39 khz 3,0 approx.76 kg/km 10 mm 20 C +70 C 0,95 MJ/m,00 kg/km db/km Nonhazardous areas 1x2x1.0/2.55 mm Copper, bare (AWG 18/1) PE rd, gn 2 cores + 2 fillers stranded together Polyester foil, aluminiumlined Cu braid, tinned approx.7,6 mm ± 0,2 mm Black 100 Ohm ± 20 % 22 Ohm/km 1 GOhm x km Ohm/km max. 55 nf/km nom. 300 V 2,5 kv 39 khz 3,0 approx.76 kg/km 10 mm 20 C +70 C 0,95 MJ/m,00 kg/km Applicable standards: Profibus acc. to DIN 1925 T3 and EN50170 Profibus acc. to DIN 1925 T3 and EN50170 UL Style: UL Style 2571 UL Style 2571 This Profibus PA line is used in the area of process automation, among other things in the chemical industry. This cable is an economical solution for the cell and field area. For the information exchange between different automation systems as well as for communication with the connected decentralized field units, serial field bus systems are used. The above mentioned types are suitable for ex (and ATEX/ Class II, EXi/ EN ) and notex installation and are equipped with a special sheath , Profibus PA 82836, Profibus PA db/km 1

118 Bus Cables Profibus PA armoured Type Inner conductor diameter: Stranding element: Inner sheath material: Shielding 2: Total shielding: Armouring: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Nominal voltage: Test voltage: Attenuation: Hazardous areas 1x2x1.0/2.55 mm Copper, bare (AWG 18/1) PE rd, gn 2 cores + 2 fillers stranded together Polyester foil, aluminiumlined Cu braid, tinned Steel band approx.10,2 mm ± 0,2 mm Blue 100 Ohm ± 15 % 22 Ohm/km 1 GOhm x km Ohm/km max. 55 nf/km nom. 300 V 2,5 kv 39 khz 3,0 approx.170 kg/km 200 mm 20 C +70 C 1,95 MJ/m 5,00 kg/km db/km Nonhazardous areas 1x2x1.0/2.55 mm Copper, bare (AWG 18/1) PE rd, gn 2 cores + 2 fillers stranded together Polyester foil, aluminiumlined Cu braid, tinned Steel band approx.10,2 mm ± 0,2 mm Black 100 Ohm ± 15 % 22 Ohm/km 1 GOhm x km Ohm/km max. 55 nf/km nom. 300 V 2,5 kv 39 khz 3,0 approx.170 kg/km 200 mm 20 C +70 C 1,95 MJ/m 5,00 kg/km Applicable standards: Profibus acc. to DIN 1925 T3 and EN50170 Profibus acc. to DIN 1925 T3 and EN50170 This Profibus PA line is used in the area of process automation, among other things in the chemical industry. This cable is an economical solution for the cell and field area. For the information exchange between different automation systems as well as for communication with the connected decentralized field units, serial field bus systems are used. The above mentioned types are suitable for ex and notex installation where rodent infestation is to be expected and therefore equipped with a metal armouring and a double sheath , Profibus PA , Profibus PA db/km 117

119 BUS Cables Profibus PA Long Distance Type Inner conductor diameter: Stranding element: Shielding 2: Total shielding: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Nominal voltage: Test voltage: Attenuation: Hazardous areas 1x2x1.6/3.2 mm Copper, bare (AWG /7) PE rd, gn 2 cores + 2 fillers stranded together Polyester foil, aluminiumlined Cu braid, tinned approx.9,5 mm ± 0,5 mm Blue 100 Ohm ± 20 % 2 Ohm/km 1 GOhm x km 8 Ohm/km max. 60 nf/km nom. 300 V 1kV 39 khz 2,7 approx.110 kg/km 75 mm 0 C +70 C 1,57 MJ/m 62,00 kg/km db/km Nonhazardous areas 1x2x1.6/3.2 mm Copper, bare (AWG /7) PE rd, gn 2 cores + 2 fillers stranded together Polyester foil, aluminiumlined Cu braid, tinned approx.9,5 mm ± 0,5 mm Black 100 Ohm ± 20 % 2 Ohm/km 1 GOhm x km 8 Ohm/km max. 60 nf/km nom. 300 V 1kV 39 khz 2,7 approx.110 kg/km 75 mm 0 C +70 C 1,57 MJ/m 62,00 kg/km Applicable standards: Profibus acc. to DIN 1925 T3 and EN50170 Profibus acc. to DIN 1925 T3 and EN50170 UL Style: UL Style 2571 UL Style 2571 This Profibus PA line is used in the area of process automation, among other things in the chemical industry. This cable is an economical solution for the cell and field area. For the information exchange between different automation systems as well as for communication with the connected decentralized field units, serial field bus systems are used. The types mentioned here are suitable for ex and notex installation and are equipped with a special sheath , Profibus PA , Profibus PA db/km 118

120 BUS Cables Profibus SK Indoor + Outdoor Type Inner conductor diameter: Stranding element: Inner sheath material: Shielding 2: Total shielding: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Test voltage: Attenuation: Applicable standards: UL Style: CSA standard: Fixed installation, indoor 1x2x0.6 mm Copper, bare (AWG 22/1) FoamskinPE rd, gn Double core Polyester foil, aluminiumlined Cu braid, tinned approx.8,0 mm ± 0, mm Violet similar to AL 001 Fixed installation, outdoor 1x2x0.6 mm Copper, bare (AWG 22/1) FoamskinPE rd, gn Double core PE Polyester foil, aluminiumlined Cu braid, tinned PE approx.8,0 mm ± 0, mm Black similar to AL Ohm ± 10 % 150 Ohm ± 10 % 55 Ohm/km 55 Ohm/km 1 GOhm x km 1 GOhm x km 110 Ohm/km max. 110 Ohm/km max. 35 nf/km nom. 35 nf/km nom. 1,5 kv 1,5 kv 9,6 khz < 2,5 db/km 9,6 khz < 2,5 db/km 38, khz <,0 db/km 38, khz <,0 db/km,0 MHz < 22,0 db/km MHz < 22,0 db/km,0 MHz < 2,0 db/km MHz < 2,0 db/km approx.79 kg/km 0 mm 0 C +80 C 1,068 MJ/m 2,00 kg/km Profibus acc. to DIN 1925 T3 and EN50170 CMG 75 C or CL3 or AWM V CSA FT approx.65 kg/km 0 mm 20 C +70 C 1,51 MJ/m 2,00 kg/km Profibus acc. to DIN 1925 T3 and EN50170 The application of these Profibus SK cables are in the cell and field area, just as for conventional types. The great advantage of this new system is the quick connection of the cable to the respective plugs. This type of processing also avoids errors. The above mentioned types are suitable for indoor or outdoor installation and are equipped with a special or PE sheath , Profibus SK 8190, Profibus SK 119

121 BUS Cables Profibus SK FNC + Industry Type Inner conductor diameter: Stranding element: Inner sheath material: Shielding 2: Total shielding: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Test voltage: Attenuation: Applicable standards: UL Style: CSA standard: Fixed installation, indoor 1x2x0.6 mm Copper, bare (AWG 22/1) FoamskinPE rd, gn Double core FNC Polyester foil, aluminiumlined Cu braid, tinned FNC approx.8,0 mm ± 0, mm Violet similar to AL 001 Industrial Area 1x2x0.6 mm Copper, bare (AWG 22/1) FoamskinPE rd, gn Double core PE Polyester foil, aluminiumlined Cu braid, tinned PU approx.8,0 mm ± 0, mm Violet similar to AL Ohm ± 10 % 150 Ohm ± 10 % 55 Ohm/km 55 Ohm/km 1 GOhm x km 1 GOhm x km 110 Ohm/km max. 110 Ohm/km max. 35 nf/km nom. 35 nf/km nom. 1,5 kv 1,5 kv 9,6 khz < 2,5 db/km 9,6 khz < 2,5 db/km 38, khz <,0 db/km 38, khz <,0 db/km MHz < 22,0 db/km MHz < 22,0 db/km MHz < 2,0 db/km MHz < 2,0 db/km approx.73 kg/km 0 mm 25 C +70 C 1,203 MJ/m 2,00 kg/km Profibus acc. to DIN 1925 T3 and EN50170 CM 750C (shielded) approx.71 kg/km 0 mm 0 C +70 C 1,57 MJ/m 2,00 kg/km Profibus acc. to DIN 1925 T3 and EN50170 AWM Style AWM I/II A/B 80 C 30V FT1 CSA FT1 The application of these Profibus SK cables are in the cell and field area, just as for conventional types. The great advantage of this new system is the quick connection of the cable to the respective plugs. This type of processing also avoids errors. The types mentioned here are suitable for indoor laying (special FNC sheath) and heay industry laying (PU sheath) , Profibus SK 81905, Profibus SK 0

122 BUS Cables Profibus SK Drag Chain Type Inner conductor diameter: Stranding element: Inner sheath material: Shielding 2: Total shielding: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Test voltage: Attenuation: Drag chain applications 1x2x0.6 mm (stranded) Copper, bare (AWG 2/19) FoamskinPE rd, gn Double core Polyester foil, aluminiumlined Cu braid, tinned PU approx.8,0 mm ± 0, mm Petrol similar to AL 5018 Drag chain applications 1x2x0.6 mm (stranded) Copper, bare (AWG 2/19) FoamskinPE rd, gn Double core Polyester foil, aluminiumlined Cu braid, tinned PU approx.8,0 mm ± 0, mm Violet similar to AL Ohm ± 10 % 150 Ohm ± 10 % 8 Ohm/km 8 Ohm/km 1 GOhm x km 1 GOhm x km 8 Ohm/km max. 8 Ohm/km max. 35 nf/km nom. 35 nf/km nom. 1,5 kv 1,5 kv 9,6 khz < 3,0 db/km 9,6 khz < 3,0 db/km 38, khz < 5,0 db/km 38, khz < 5,0 db/km MHz < 25,0 db/km MHz < 25,0 db/km MHz < 52,0 db/km MHz < 52,0 db/km approx.70 kg/km 60 mm 0 C +70 C 1,53 MJ/m 25,00 kg/km approx.70 kg/km 60 mm 0 C +70 C 1,53 MJ/m 25,00 kg/km Applicable standards: Profibus acc. to DIN 1925 T3 and EN50170 Profibus acc. to DIN 1925 T3 and EN50170 UL Style: CMX 75 C (shielded) CMX 75 C (shielded) CSA standard: CSA FT1 CSA FT1 The application of these Profibus SK cables are in the cell and field area, just as for conventional types. The great advantage of this new system is the quick connection of the cable to the respective plugs. This type of processing also avoids errors. The above mentioned types are suitable for drag chains (stranded) , Profibus SK 8059, Profibus SK 1

123 BUS Cables FOUNDATION Fieldbus Basic Type Inner conductor diameter: Stranding element: Shielding 2: Total shielding: Drain wire: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Nominal voltage: Test voltage: Attenuation: process automation 1x2x1.1/2,55100 LI Copper, bare (AWG 18/7) PO or, bl 2 cores + 2 fillers stranded together Polyester foil, aluminiumlined Cu braid, tinned yes approx.8,0 mm ± 0,3 mm Orange 100 Ohm ± 20 Ohm 22 Ohm/km 5 GOhm x km Ohm/km max. 60 nf/km nom. 300 V 1,5 kv 39 khz 3, approx.85 kg/km 80 mm 0 C +80 C 1,22 MJ/m 5,00 kg/km Applicable standards: Foundation Fieldbus Spec. FF81. UL Style: CMG 75 C PLTC FT CSA standard: CSA FT The FOUNDATION Fieldbus is an open and neutral fieldbus standard which is primarily oriented on the requirements of process automation. It is a functionally complete fieldbus solution for areas like temperature transmitters, pressure transmitters or valve actuators. Today we distinguish between the specification H1 (31,25 kbit/s) and HSE (100Mbit/s). Branches like the petrochemical, chemical or the food and beverage industry see the advantages and use the FOUNDATION fieldbus technology. db/km 80335, Foundation Fieldbus Basic 2

124 BUS Cables FOUNDATION Fieldbus Type A + gnye Type Inner conductor diameter 1: Inner conductor diameter 2: Core insulation 1: Core insulation 2: Core colours 1: Core colours 2: Stranding element 1: Shielding 2: Total shielding: Drain wire: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Nominal voltage: Test voltage: Attenuation: process automation 1x2x1.1/2,85100 LI + 1x0,8 gnye Copper, bare (AWG 18/1) Copper, bare (AWG 18/1) XLPE ray crosslinking bu, bn gn/ye Double core Polyester foil, aluminiumlined Cu braid, tinned yes approx.7,9 mm ± 0,3 mm Yellow 100 Ohm ± 20 Ohm 2 Ohm/km 2 GOhm x km 8 Ohm/km max. 65 nf/km nom. 300 V 1,5 kv 39 khz 3, approx.8 kg/km 60 mm 25 C +105 C 1,00 MJ/m 9,00 kg/km Applicable standards: Foundation Fieldbus Spec. FF81. UL Style: CMG 105 or CL3 FT CSA standard: CSA FT The FOUNDATION Fieldbus is an open and neutral fieldbus standard which is primarily oriented on the requirements of process automation. It is a functionally complete fieldbus solution for areas like temperature transmitters, pressure transmitters or valve actuators. Today we distinguish between the specification H1 (31,25 kbit/s) and HSE (100Mbit/s). Branches like the petrochemical, chemical or the food and beverage industry see the advantages and use the FOUNDATION fieldbus technology. db/km , Foundation Fieldbus FF A 3

125 BUS Cables FOUNDATION Fieldbus Type A armoured Type Inner conductor diameter 1: Inner conductor diameter 2: Core insulation 1: Core insulation 2: Core colours 1: Core colours 2: Stranding element 1: Shielding 2: Total shielding: Drain wire: Armouring: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Nominal voltage: Test voltage: Attenuation: process automation 1x2x1.1/2,85100 LI + 1x0,8 gnye, armoured Copper, bare (AWG 18/1) Copper, bare (AWG 18/1) XLPE ray crosslinking bu, bn gn/ye Double core Polyester foil, aluminiumlined Polyester foil, aluminiumlined yes Steel shaft approx.,3 mm ± 0,3 mm Yellow 100 Ohm ± 20 Ohm 2 Ohm/km 2 GOhm x km 8 Ohm/km max. 65 nf/km nom. 300 V 1,5 kv 39 khz 3, approx.187 kg/km 130 mm 25 C +105 C 1,65 MJ/m 110,00 kg/km Applicable standards: Foundation Fieldbus Spec. FF81. UL Style: CMG 105 C or PLTC FT Sun es CSA standard: CSA FT The FOUNDATION Fieldbus is an open and neutral fieldbus standard which is primarily oriented on the requirements of process automation. It is a functionally complete fieldbus solution for areas like temperature transmitters, pressure transmitters or valve actuators. Today we distinguish between the specification H1 (31,25 kbit/s) and HSE (100Mbit/s). Branches like the petrochemical, chemical or the food and beverage industry see the advantages and use the FOUNDATION fieldbus technology. db/km , Foundation Fieldbus FF A

126 BUS Cables FOUNDATION Fieldbus Type A Type Inner conductor diameter: Stranding element: Shielding 2: Total shielding: Drain wire: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Nominal voltage: Test voltage: Attenuation: process automation 1x2x1.1/2,85100 LI Copper, bare (AWG 18/1) XLPE ray crosslinking bu, bn Double core Polyester foil, aluminiumlined Cu braid, tinned yes approx.7,9 mm ± 0,3 mm Yellow 100 Ohm ± 20 Ohm 2 Ohm/km 2 GOhm x km 8 Ohm/km max. 65 nf/km nom. 300 V 1,5 kv 39 khz 3, approx.89 kg/km 60 mm 0 C +105 C 1,05 MJ/m 2,00 kg/km Applicable standards: Foundation Fieldbus Spec. FF81. UL Style: CMG 105 or CL3 FT CSA standard: CSA FT The FOUNDATION Fieldbus is an open and neutral fieldbus standard which is primarily oriented on the requirements of process automation. It is a functionally complete fieldbus solution for areas like temperature transmitters, pressure transmitters or valve actuators. Today we distinguish between the specification H1 (31,25 kbit/s) and HSE (100Mbit/s). Branches like the petrochemical, chemical or the food and beverage industry see the advantages and use the FOUNDATION fieldbus technology. db/km , Foundation Fieldbus FF A 5

127 BUS Cables HMCB200 fixed installed Type Inner conductor diameter: Stranding element: Shielding 2: Total shielding: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Test voltage: Typical values Frequency Attenuation Next AC (MHz) (db/100m) Fixed installation, indoor 2x2x0,22 mm² Copper, bare (AWG 22/7) FoamskinPE gn, ye, pk, bu Double core Polyester foil, aluminiumlined Cu braid, tinned approx.6,8 mm ± 0,15 mm Green similar to AL Ohm ± 15 ohm at 1 to 100 MHz 87,6 Ohm/km 1 GOhm x km 175 Ohm/km max. 50 nf/km nom. 0,5 kv 10 8,0 7,0 39,0 approx.71 kg/km 100 mm 20 C +70 C 0,92 MJ/m 35,00 kg/km UL Style: AWM Style 2502 AWM I/II A/B 80 C 30V FT1 These signal cables, designed specifically for use in heavyduty industries, are the ideal solution for MOTIONCONNECT 200, 500 and 800 series applications. They guarantee superior transmission properties and can be used under the most severe conditions. The cable cited here conforms to HMCB200 for fixed installation. * Drive Cliq is registered trademark from Siemens AG , HMCB200 10,0,0 3,0 62,5 20,0 35,0 15, ,0 32,0 5,0 6

128 BUS Cables HMCB500 Drag Chain Type Inner conductor diameter 1: Inner conductor diameter 2: Core insulation 1: Core insulation 2: Core colours 1: Core colours 2: Stranding element 1: Shielding 2: Total shielding: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Test voltage: Typical values Frequency Attenuation Next AC (MHz) (db/100m) UL Style: Drag chain applications 2x2xAWG26 + 1x2xAWG22 Copper, bare (AWG 26/7) Copper, bare (AWG 22/7) PO PO gn, ye, pk, bu rd, bk Double core Foil + braid PU approx.6,9 mm ± 0,1 mm Green similar to AL Ohm ± 15 ohm at 1 to 100 MHz 135 Ohm/km 1 GOhm x km 270 Ohm/km max. 50 nf/km nom. 0,5 kv 10 13,0 7,0 3,0 approx.61 kg/km 70 mm 20 C +60 C 0,97 MJ/m 35,00 kg/km,0,0 28,0 AWM Style AWM I/II A/B 80 C 30V FT1 These signal cables, designed specifically for use in heavyduty industries, are the ideal solution for MOTIONCONNECT 200, 500 and 800 series applications. They guarantee superior transmission properties and can be used under the most severe conditions. The cable cited here conforms to HMCB500 for highlyflexible applications inside motor drives. * Drive Cliq is registered trademark from Siemens AG , HMCB500 62,5 32,0 35,0 3, ,0 32,0 8,0 7

129 BUS Cables HMCB500S Drag Chain Type Inner conductor diameter 1: Inner conductor diameter 2: Core insulation 1: Core insulation 2: Core colours 1: Core colours 2: Stranding element 1: Shielding 2: Total shielding: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Test voltage: Typical values Frequency Attenuation Next AC (MHz) (db/100m) UL Style: CSA standard: Drag chain applications 2x2xAWG2 + 1x2xAWG22 Copper, bare (AWG 2/7) Copper, tinned (AWG 22/19) FoamskinPE PE gn, ye, pk, bu rd, bk Double core Foil + braid approx.7,0 mm ± 0,15 mm Green similar to AL Ohm ± 15 ohm at 1 to 100 MHz 90 Ohm/km 1 GOhm x km 180 Ohm/km max. 50 nf/km nom. 0,5 kv 10 10,0 7,0 37,0 approx.72 kg/km 5 mm 0 C +60 C 0,00 MJ/m 38,00 kg/km,0,0 36,0 AWM Style 2502 AWM I/II A/B 80 C 30V FT1 CSA FT1 These signal cables, designed specifically for use in heavyduty industries, are the ideal solution for MOTIONCONNECT 200, 500 and 800 series applications. They guarantee superior transmission properties and can be used under the most severe conditions. The cable cited here conforms to HMCB500 for flexible applications inside motor drives for distances up to 100m. * Drive Cliq is registered trademark from Siemens AG , HMCB500S 62,5 23,0 35,0, ,0 32,0 2,0 8

130 BUS Cables HMCB800 Drag Chain Type Inner conductor diameter 1: Inner conductor diameter 2: Core insulation 1: Core insulation 2: Core colours 1: Core colours 2: Stranding element 1: Shielding 2: Total shielding: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Test voltage: Typical values Frequency Attenuation Next AC (MHz) (db/100m) Drag chain applications 2x2x0,15 mm² + 1x2x0,38mm² Copper, bare (AWG 26/19) Copper, tinned (AWG 22/19) PO PO gn, ye, pk, bu rd, bk Double core Foil + braid TPE approx.7,0 mm ± 0,15 mm Green similar to AL Ohm ± 15 ohm at 1 to 100 MHz 135 Ohm/km 1 GOhm x km 270 Ohm/km max. 50 nf/km nom. 0,5 kv 10 13,0 7,0 3,0 approx.72 kg/km 105 mm 20 C +60 C 0,91 MJ/m 2,00 kg/km UL Style: AWM Style AWM I/II A/B 80 C 30V FT1 These signal cables, designed specifically for use in heavyduty industries, are the ideal solution for MOTIONCONNECT 200, 500 and 800 series applications. They guarantee superior transmission properties and can be used under the most severe conditions. The cable cited here conforms to HMCB800 for highlyflexible applications. * Drive Cliq is registered trademark from Siemens AG , HMCB800,0,0 28,0 62,5 32,0 35,0 3, ,0 32,0 8,0 9

131 BUS Cables USB Bus S Type Inner conductor diameter 1: Inner conductor diameter 2: Core insulation 1: Core insulation 2: Core colours 1: Core colours 2: Stranding element 1: Shielding 2: Total shielding: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Test voltage: Typical values Frequency Attenuation (MHz) (db/100m) Applicable standards: Drag chain applications 1x2xAWG28 + 1x2xAWG20 Cu VAG + steel core (AWG 28/19) Copper, tinned (AWG 20/37) FEP PO wh, gn rd, bk 2 cores + 2 fillers stranded together Foil + braid PU approx.5,0 mm ± 0,2 mm Violet similar to AL Ohm ± 15 % 232 Ohm/km 0,1 GOhm x km 6 Ohm/km max. 5 nf/km nom. 0,5 kv 10,1 15, approx.5 kg/km 50 mm 20 C +60 C 0,9 MJ/m 30,00 kg/km USBStandard 2.0 These USB cables, designed specifically for use in heavyduty industries, are the ideal solution for highlyflexible applications such as drag chains and camera technology. They guarantee superior transmission properties. The cable cited here can be used up to a maximum cable length of 5m , USB S 62,5 31, , , , ,7 130

132 BUS Cables USB Bus L Type Inner conductor diameter 1: Inner conductor diameter 2: Core insulation 1: Core insulation 2: Core colours 1: Core colours 2: Stranding element 1: Shielding 2: Total shielding: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Test voltage: Typical values Frequency Attenuation (MHz) (db/100m) Applicable standards: Drag chain applications 1x2xAWG2 + 1x2xAWG20 Copper, bare (AWG 2/19) Copper, tinned (AWG 20/37) PO PO wh, gn rd, bk 2 cores + 2 fillers stranded together Foil + braid PU approx.5,8 mm ± 0,2 mm Violet similar to AL Ohm ± 15 % 10 Ohm/km 0,1 GOhm x km 280 Ohm/km max. 50 nf/km nom. 0,5 kv 10 8,5 10,2 approx.56 kg/km 75 mm 35 C +70 C 0,57 MJ/m 3,00 kg/km USBStandard 2.0 These USB cables, designed specifically for use in heavyduty industries, are the ideal solution for highlyflexible applications such as drag chains and camera technology. They guarantee superior transmission properties and can be used even under the most severe conditions. The cable cited here can be used up to a maximum cable length of 10m , USB L 62,5 21, , , ,3 131

133 BUS Cables CAN Bus fixed installed Type Inner conductor diameter: Stranding element: Shielding 2: Total shielding: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Nominal voltage: Test voltage: Applicable standards: UL Style: Fixed installation, indoor 1x2x0.22 mm² (stranded) Copper, bare (AWG 2/7) Cell PE wh/bn Double core Cu braid, tinned approx.5, mm ± 0,2 mm Violet similar to AL Ohm ± 10 % 87 Ohm/km 1 GOhm x km 17 Ohm/km max. 58 nf/km nom. 30 V 1,5 kv approx.1 kg/km 81 mm 0 C +70 C 0,57 MJ/m 17,00 kg/km Profibus acc. to DIN 1925 T3 and EN50170 UL Style 2571 Fixed installation, indoor x1x0.22 mm² (stranded) Copper, bare (AWG 2/7) Cell PE wh, bn, gn, ye Star quad Cu braid, tinned approx.6,9 mm ± 0,2 mm Violet similar to AL Ohm ± 10 % 87 Ohm/km 1 GOhm x km 17 Ohm/km max. 58 nf/km nom. 30 V 1,5 kv approx.60 kg/km 107 mm 0 C +70 C 1,23 MJ/m 21,00 kg/km Profibus acc. to DIN 1925 T3 and EN50170 UL Style 2571 The CAN bus series (control area network) is a variable field bus system. In the area of automation technology, complex controllers and control units are networked. Industries, such as the textile or construction machine industry and the medical technology, use this series. The above mentioned types are suitable for fixed laying in indoor applications. This is also a very economical solution of a BUS system. 886, CAN BUS 887, CAN BUS 132

134 BUS Cables CAN Bus fixed installed Type Inner conductor diameter: Stranding element: Shielding 2: Total shielding: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Nominal voltage: Test voltage: Applicable standards: UL Style: CSA standard: Fixed installation, indoor 2x2x0.22 mm² (stranded) Copper, bare (AWG 2/7) Cell PE wh/bn, gn/ye 2 cores + 2 fillers stranded together Cu braid, tinned approx.7,5 mm ± 0,3 mm Violet similar to AL Ohm ± 10 % 87,6 Ohm/km 5 GOhm x km 17 Ohm/km max. 0 nf/km nom. 30 V 1,5 kv approx.60 kg/km 113 mm 25 C +70 C 1,13 MJ/m 32,00 kg/km Profibus acc. to DIN 1925 T3 and EN50170 UL Style 2571 CSA FT1 The CAN bus series (control area network) is a variable field bus system. In the area of automation technology, complex controllers and control units are networked. Industries, such as the textile or construction machine industry and the medical technology, use this series. The above mentioned types are suitable for fixed laying in indoor applications. This is also a very economical solution of a BUS system , CAN BUS 133

135 BUS Cables CAN Bus fixed installed, 105 C Type Inner conductor diameter: Stranding element: Shielding 2: Total shielding: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Nominal voltage: Test voltage: Applicable standards: UL Style: Industrial Area 2x2xAWG 2/19mm² (stranded) Copper, bare (AWG 2/19) XLPE ray crosslinking wh/bn, gn/ye Double core Cu braid, tinned PU approx.8, mm ± 0,3 mm Violet similar to AL Ohm ± 10 % 87,2 Ohm/km 1 GOhm x km 8 Ohm/km max. 2 nf/km nom. 600 V 2,5 kv approx.80 kg/km 6 mm 0 C +105 C * 0,00 kg/km Profibus acc. to DIN 1925 T3 and EN50170 UL/CSA C, 600V The CAN bus series (control area network) is a variable field bus system. In the area of automation technology, complex controllers and control units are networked. Industries, such as the textile or construction machine industry and the medical technology, use this series. The above mentioned types are suitable for fixed laying in indoor applications. This is also a very economical solution of a BUS system. Cable with oilresistant FNC sheath and increased temperature resistance for use in the wind turbine and similar sectors. Certified to UL, the cable can also be used in the USA and Canada. * = with limited service life , CAN BUS 13

136 BUS Cables CAN Bus fixed installed Type Inner conductor diameter: Stranding element: Shielding 2: Total shielding: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Nominal voltage: Test voltage: Applicable standards: UL Style: Fixed installation, indoor 1x2x0.3 mm² (stranded) Copper, bare (AWG 22/7) Cell PE wh/bn Double core Cu braid, tinned approx.6,5 mm ± 0,2 mm Violet similar to AL Ohm ± 10 % 57,5 Ohm/km 5 GOhm x km 115 Ohm/km max. 0 nf/km nom. 30 V 2kV approx.5 kg/km 98 mm 25 C +70 C 1,109 MJ/m 23,00 kg/km Profibus acc. to DIN 1925 T3 and EN50170 UL Style 2571 Fixed installation, indoor x1x0.3 mm² (stranded) Copper, bare (AWG 22/7) Cell PE wh/bn, gn/ye Star quad Cu braid, tinned approx.8,0 mm ± 0,2 mm Violet similar to AL Ohm ± 10 % 57,5 Ohm/km 5 GOhm x km 115 Ohm/km max. 0 nf/km nom. 30 V 2kV approx.77 kg/km 0 mm 25 C +70 C 1,179 MJ/m 30,00 kg/km Profibus acc. to DIN 1925 T3 and EN50170 UL Style 2571 The CAN bus series (control area network) is a variable field bus system. In the area of automation technology, complex controllers and control units are networked. Industries, such as the textile or construction machine industry and the medical technology, use this series. The above mentioned types are suitable for fixed laying in indoor applications. This is also a very economical solution of a BUS system , CAN BUS , CAN BUS 135

137 BUS Cables CAN Bus fixed installed Type Inner conductor diameter: Stranding element: Shielding 2: Total shielding: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Nominal voltage: Test voltage: Applicable standards: UL Style: CSA standard: Fixed installation, indoor 2x2x0.3 mm² (stranded) Copper, bare (AWG 22/7) FoamskinPE wh/bn, gn/ye Double core Cu braid, tinned approx.8,5 mm ± 0,2 mm Violet similar to AL Ohm ± 10 % 55, Ohm/km 5 GOhm x km 110 Ohm/km max. 0 nf/km nom. 250 V 1,5 kv approx.85 kg/km 130 mm 0 C +70 C 1,32 MJ/m 6,00 kg/km Profibus acc. to DIN 1925 T3 and EN50170 CMX 75 C (shielded) CSA FT1 The CAN bus series (control area network) is a variable field bus system. In the area of automation technology, complex controllers and control units are networked. Industries, such as the textile or construction machine industry and the medical technology, use this series. The above mentioned types are suitable for fixed laying in indoor applications. This is also a very economical solution of a BUS system. 8033, CAN BUS 136

138 BUS Cables CAN Bus fixed installed Type Inner conductor diameter: Stranding element: Shielding 2: Total shielding: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Test voltage: Applicable standards: UL Style: Fixed installation, indoor 1x2x0.50 mm² (stranded) Copper, bare (AWG 20/7) FoamskinPE wh/bn Double core Cu braid, tinned approx.7,0 mm ± 0,2 mm Violet similar to AL Ohm ± 10 % 37 Ohm/km 1 GOhm x km 7 Ohm/km max. 50 nf/km nom. 1,5 kv approx.69 kg/km 105 mm 0 C +70 C 1,09 MJ/m 30,00 kg/km Profibus acc. to DIN 1925 T3 and EN50170 UL Style 2571 Fixed installation, indoor x1x0.50 mm² (stranded) Copper, bare (AWG 20/7) FoamskinPE wh, bn, gn, ye Star quad Cu braid, tinned approx.8,5 mm ± 0,2 mm Violet similar to AL Ohm ± 10 % 37 Ohm/km 1 GOhm x km 7 Ohm/km max. 65 nf/km nom. 1,5 kv approx.100 kg/km 8 mm 0 C +70 C 1,6 MJ/m 5,00 kg/km Profibus acc. to DIN 1925 T3 and EN50170 UL Style 2571 The CAN bus series (control area network) is a variable field bus system. In the area of automation technology, complex controllers and control units are networked. Industries, such as the textile or construction machine industry and the medical technology, use this series. The above mentioned types are suitable for fixed laying in indoor applications. This is also a very economical solution of a BUS system , CAN BUS , CAN BUS 137

139 BUS Cables CAN Bus fixed installed Type Inner conductor diameter: Stranding element: Shielding 2: Total shielding: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Nominal voltage: Test voltage: Applicable standards: UL Style: CSA standard: Fixed installation, indoor 2x2x0.50 mm² (stranded) Copper, bare (AWG 20/7) FoamskinPE wh/bn, gn/ye Double core Cu braid, tinned approx.9,5 mm ± 0,2 mm Violet similar to AL Ohm ± 10 % 3, Ohm/km 5 GOhm x km 68 Ohm/km max. 0 nf/km nom. 250 V 1,5 kv approx.1 kg/km 150 mm 0 C +70 C 1,62 MJ/m 60,00 kg/km Profibus acc. to DIN 1925 T3 and EN50170 CMX 75 C (shielded) CSA FT1 The CAN bus series (control area network) is a variable field bus system. In the area of automation technology, complex controllers and control units are networked. Industries, such as the textile or construction machine industry and the medical technology, use this series. The above mentioned types are suitable for fixed laying in indoor applications. This is also a very economical solution of a BUS system , CAN BUS 138

140 BUS Cables CAN Bus fixed installed Type Inner conductor diameter: Stranding element: Shielding 2: Total shielding: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Nominal voltage: Test voltage: Applicable standards: UL Style: CSA standard: Fixed installation, indoor 1x2x0.75 mm² (stranded) Copper, bare (AWG 18/19) FoamskinPE wh/bn Double core Cu braid, tinned approx.8,7 mm ± 0,3 mm Violet similar to AL Ohm ± 15 % 27,5 Ohm/km 1 GOhm x km 55 Ohm/km max. 2 nf/km nom. 300 V 1,5 kv approx.101 kg/km 110 mm 0 C +70 C 1,67 MJ/m 0,00 kg/km Profibus acc. to DIN 1925 T3 and EN50170 UL Style 2571 CSA FT1 Fixed installation, indoor x1x0.75 mm² (stranded) Copper, bare (AWG 18/19) FoamskinPE wh/bn, gn/ye Star quad Cu braid, tinned approx.8,8 mm ± 0,3 mm Violet similar to AL Ohm ± 15 % 27,5 Ohm/km 1 GOhm x km 55 Ohm/km max. 2 nf/km nom. 300 V 1,5 kv approx.1 kg/km 0 mm 0 C +70 C 1,76 MJ/m 58,00 kg/km Profibus acc. to DIN 1925 T3 and EN50170 UL Style 2571 CSA FT1 The CAN bus series (control area network) is a variable field bus system. In the area of automation technology, complex controllers and control units are networked. Industries, such as the textile or construction machine industry and the medical technology, use this series. The above mentioned types are suitable for fixed laying in indoor applications. This is also a very economical solution of a BUS system , CAN BUS 80338, CAN BUS 139

141 BUS Cables CAN Bus Drag Chain Type Inner conductor diameter: Stranding element: Shielding 2: Total shielding: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Test voltage: Applicable standards: Drag chain applications 1x2x0.25 mm² (stranded) Copper, bare (AWG 2/19) PE wh/bn Double core Cu braid, tinned PU approx.6,2 mm ± 0,3 mm Violet similar to AL Ohm ± 10 % 85 Ohm/km 1 GOhm x km 170 Ohm/km max. 50 nf/km nom. 1,5 kv approx.0 kg/km 90 mm 20 C +70 C 0,798 MJ/m 18,00 kg/km Profibus acc. to DIN 1925 T3 and EN50170 Drag chain applications x1x0.25 mm² (stranded) Copper, bare (AWG 2/19) PE wh, bn, gn, ye Star quad Cu braid, tinned PU approx.6,5 mm ± 0,3 mm Violet similar to AL Ohm ± 10 % 85 Ohm/km 1 GOhm x km 170 Ohm/km max. 50 nf/km nom. 1,5 kv approx.5 kg/km 95 mm 20 C +70 C 0,93 MJ/m 25,00 kg/km Profibus acc. to DIN 1925 T3 and EN50170 The CAN bus series (control area network) is a variable field bus system. In the area of automation technology, complex controllers and control units are networked. Industries, such as the textile or construction machine industry and the medical technology, use this series. The lines specified here are designed for highly flexible applications. This is also a very economical solution of a BUS system , CAN BUS, highly flexible 819, CAN BUS, highly flexible 10

142 Bus Cables CAN Bus Drag Chain, UL Type Inner conductor diameter: Stranding element: Shielding 2: Total shielding: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Nominal voltage: Test voltage: Applicable standards: UL Style: Drag chain applications 1x2x0.3 mm² (stranded) Copper, bare (AWG 22/3) FoamskinPE wh/bn 2 cores + 2 fillers stranded together Cu braid, tinned PU approx.6,9 mm ± 0,3 mm Violet similar to AL Ohm ± 15 % 56 Ohm/km 5 GOhm x km 170 Ohm/km max. 0 nf/km nom. 250 V 1,5 kv approx.5 kg/km 70 mm 30 C +70 C 1,20 MJ/m 30,00 kg/km Profibus acc. to DIN 1925 T3 and EN50170 CMX Drag chain applications x1x0.3 mm² (stranded) Copper, bare (AWG 22/3) FoamskinPE wh/bn, gn/ye Star quad Cu braid, tinned PU approx.7,5 mm ± 0,3 mm Violet similar to AL Ohm ± 15 % 56 Ohm/km 5 GOhm x km 170 Ohm/km max. 0 nf/km nom. 250 V 1,5 kv approx.6 kg/km 75 mm 30 C +70 C 1,20 MJ/m 2,00 kg/km Profibus acc. to DIN 1925 T3 and EN50170 CMX The CAN bus series (control area network) is a variable field bus system. In the area of automation technology, complex controllers and control units are networked. Industries, such as the textile or construction machine industry and the medical technology, use this series. The lines specified here are designed for highly flexible applications where also a UL Certificate is required , CAN BUS, highly flexible , CAN BUS, highly flexible 11

143 BUS Cables IBUS fixed installed Type Inner conductor diameter: Inner conductor diameter 2: Core insulation 2: Core colours 2: Stranding element: Shielding 2: Total shielding: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Test voltage: Attenuation: Applicable standards: UL Style: Fixed installation, indoor 3x2x0.22 mm² Copper, bare (AWG 2/7) PE wh/bn, gn/rd, ye/gn Double core Cu braid, bare approx.7,0 mm ± 0,3 mm Pastel turquoise similar to AL 603 Fixed installation, indoor 3x2x0.22 mm² + 3x1.0 mm² Copper, bare (AWG 2/7) Copper, bare (AWG 17/56) PE PE wh/bn, gn/rd, ye/gn bu, rd, gnye Double core Cu braid, bare approx.8,0 mm ± 0,3 mm Pastel turquoise similar to AL Ohm ± 15 Ohm 100 Ohm ± 15 Ohm 96 Ohm/km 96 Ohm/km 1 GOhm x km 1 GOhm x km 192 Ohm/km max. 192 Ohm/km max. 60 nf/km nom. 60 nf/km nom. 1kV 1kV 256 khz < 1,5 db/100m 256 khz < 3,0 db/100m 772 khz < 2, db/100m 772 khz <,8 db/100m 1 MHz < 2,7 db/100m 1 MHz < 5,2 db/100m MHz < 5,2 db/100m MHz < 10, db/100m 10 MHz < 8, db/100m 10 MHz <,8 db/100m MHz < 11,2 db/100m MHz < 22, db/100m 20 MHz < 11,9 db/100m 20 MHz < 23,8 db/100m approx.70 kg/km 110 mm 0 C +70 C 1,20 MJ/m 35,00 kg/km interbus specification 2.0, IEC61158 UL Style 2571 approx.96 kg/km 0 mm 0 C +70 C 1,31 MJ/m 68,00 kg/km interbus specification 2.0, IEC61158 UL Style 2571 InterbusS is an inexpensive way to network sensors and actuators with all standard automation instruments. The twisted twocore conductor is used as a standard transfer medium. This bus system replaces the expensive parallel cabling for the different signal types in the lower levels of automation technique and combines the cables in a single bus cable. Interbus components are connected with this longdistance BUS cable , IBUS 802, IBUS 12

144 BUS Cables IBUS fixed installed, halogenfree Type Inner conductor diameter: Stranding element: Shielding 2: Total shielding: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Test voltage: Attenuation: Fixed installation, indoor 3x2x0.22 mm² Copper, bare (AWG 2/7) PE wh/bn, gn/rd, ye/gn Double core Polyester foil, aluminiumlined Cu braid, bare PE approx.7,0 mm ± 0,3 mm Pastel turquoise similar to AL Ohm ± 15 Ohm 96 Ohm/km 1 GOhm x km 192 Ohm/km max. 50 nf/km nom. 1kV 256 khz < 1,5 772 khz < 2, 1 MHz < 2,7 MHz < 5,2 10 MHz < 8, MHz < 11,2 20 MHz < 11,9 approx.67 kg/km 110 mm 25 C +60 C 1,10 MJ/m 35,00 kg/km db/100m db/100m db/100m db/100m db/100m db/100m db/100m Applicable standards: interbus specification 2.0, IEC61158 InterbusS is an inexpensive way to network sensors and actuators with all standard automation instruments. The twisted twocore conductor is used as a standard transfer medium. This bus system replaces the expensive parallel cabling for the different signal types in the lower levels of automation technique and combines the cables in a single bus cable. Interbus components are connected with this longdistance BUS cable. The cable with halogenfree jacket is used for outdoor applications and in the foodindustry , IBUS 13

145 BUS Cables IBUS Drag Chain Type Inner conductor diameter: Inner conductor diameter 2: Core insulation 2: Core colours 2: Stranding element: Shielding 2: Total shielding: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Test voltage: Attenuation: Drag chain applications 3x2x0.25 mm² Copper, bare (AWG 2/19) PE wh/bn, gn/rd, ye/gn Double core Cu braid, bare PU approx.7,6 mm ± 0,3 mm Pastel turquoise similar to AL 603 Drag chain applications 3x2x0.25 mm² + 3x1.0 mm² Copper, bare (AWG 2/19) Copper, bare (AWG 17/65) PE PE wh/bn, gn/rd, ye/gn bu, rd, gnye Double core Cu braid, tinned PU approx.8,6 mm ± 0,3 mm Violet similar to AL Ohm ± 15 Ohm 100 Ohm ± 15 Ohm 96 Ohm/km 96 Ohm/km 1 GOhm x km 1 GOhm x km 192 Ohm/km max. 192 Ohm/km max. 60 nf/km nom. 60 nf/km nom. 1kV 1kV 256 khz < 1,5 db/100m 256 khz < 3,0 db/100m 772 khz < 2, db/100m 772 khz <,8 db/100m 1 MHz < 2,7 db/100m 1 MHz < 5,2 db/100m MHz < 5,2 db/100m MHz < 10, db/100m 10 MHz < 8, db/100m 10 MHz <,8 db/100m MHz < 11,2 db/100m MHz < 22, db/100m 20 MHz < 11,9 db/100m 20 MHz < 23,8 db/100m approx.63 kg/km 90 mm 20 C +70 C 0,937 MJ/m 36,00 kg/km approx.92 kg/km 100 mm 20 C +70 C 1,227 MJ/m 70,00 kg/km Applicable standards: interbus specification 2.0, IEC61158 interbus specification 2.0, IEC61158 InterbusS is an inexpensive way to network sensors and actuators with all standard automation instruments. The twisted twocore conductor is used as a standard transfer medium. This bus system replaces the expensive parallel cabling for the different signal types in the lower levels of automation technique and combines the cables in a single bus cable. Interbus components are connected with this longdistance BUS cable. The above mentioned types are suitable for drag chain application. 803, IBUS 82696, IBUS 1

146 BUSCables Multibus I, high flexible Type Multibus I, 15 cores high flexible Profibus: 1 x 2 x AWG 22 mm 2 (FoamSkin PO/rd/gn) DeviceNet TM : 2 x 2 x AWG 22 mm 2 (FoamSkin PO/wh/bn, ye/gn) Interbus: 2 x 2 x 0,25 (FoamSkin PO/ gn/pk, ye/gn) Power cores: x 1 x 1,0 mm 2 (PO/rd, bl, bu, bn) Protective earth core: 1,0 mm 2 (PO/gnye) Stranding: Single cores totaly stranded together and filled with plastic elements Total shielding: PP vlies PU, halogenfree Cable external diameter: app. 1,7 mm violet similar to AL 001 Conductor resistance: Ohm (Profibus) 0 + Ohm (DeviceNet TM ) Ohm (Interbus) <= 20 Ohm/km (power cores + protection core) <= 70 Ohm/km (Profibus) <= 70 Ohm/km (DeviceNet TM ) <= 80 Ohm/km (Interbus) Insulation resistance: >= 500 Mohm x km (at 20 C) 30 pf/m nominal (Profibus) 0 pf/m nominal (DeviceNet TM ) 50 pf/m nominal (Interbus) Testvoltage: 2500 V (core/ core) 1500 V (core/ screen) Mechanical data Bending radius single: Bending radius repeated: Tensile strength static: Tensile strength dynamic: Oil resistance: Flame resistance: FCKW free: Self extinguishable: Other attributes: Thermal attributes Operating temperature range: Laying temperature range: ULStyle <= 70 mm <= 110 mm 300 N 10 N Diesel, Biodiesel, ASTMÖl 1, ASTMÖl 2, Vitam EHF, Biohydran HD 05.1, IEC , VW1/ FT1 acc. CUL yes yes free, free of lacquer wetting disturbing substances, siliconfree, resistant against flexibiliser and cable fat B1 0 C to + 80 C 30 C to + 80 C Profibus standard, DeviceNet TM standard, Interbus standard VW1/ FT1 acc. CUL Drag chains, torsion applications (according HELU specifikation) 8052, Multibus I, 15 cores 15

147 BUSCables Multibus II, high flexible Type Multibus II, 15 cores high flexible Profibus: 1 x 2 x 0,3 mm 2 (FoamSkin PO/rd/gn) DeviceNet TM : x 2 x 0,3 mm 2 (FoamSkin PE/ye, or, wh, buye, or, wh, bu) Power cores 1: 2 x 1,0 mm 2 (PO/rd, bl) Power cores 2: 2 x 1,5 mm 2 (PO/bu, bn) Protective earth core: 1,5 mm 2 (PO/gnye) Stranding: Single cores totaly stranded together and filled with plastic elements Total shielding: PP vlies PU, halogenfree Cable external diameter: app. 15,0 mm violet similar to AL Ohm (Profibus) Ohm (POFInet) Conductor resistance: <= 20 Ohm/km (power cores + protection core) <= 70 Ohm/km (Profibus) <= 62 Ohm/km (POFInet) Insulation resistance: >= 500 Mohm x km (at 20 C) 30 pf/m nominal (Profibus) 0 pf/m nominal (POFInet) Testvoltage: 2500 V (core/ core) 1500 V (core/ screen) Mechanical data Bending radius single: Bending radius repeated: Tensile strength static: Tensile strength dynamic: Oil resistance: Flame resistance: FCKW free: Self extinguishable: Other attributes: Thermal attributes Operating temperature range: Laying temperature range: ULStyle <= 70 mm <= 110 mm 300 N 10 N Diesel, Biodiesel, ASTMÖl 1, ASTMÖl 2, Vitam EHF, Biohydran HD 05.1, IEC , VW1/ FT1 acc. CUL yes yes free, free of lacquer wetting disturbing substances, siliconfree, resistant against flexibiliser and cable fat B1 0 C to + 80 C 20 C to + 80 C Profibus standard, POFInet standard VW1/ FT1 acc. CUL Drag chains, torsion applications (according HELU specification) 80115, Multibus II, 15 cores

148 BUS Cables ABUS EPDM Type Inner conductor: Shielding 2: Total shielding: Conductor resistance, max.: Insulation resistance, min.: Nominal voltage: Test voltage: Applicable standards: Actuator Sensor Interface 2x1.5 mm² Copper, tinned ubber compound bu, bn EPDM Yellow similar to AL ,7 Ohm/km 1 GOhm x km 27 Ohm/km max. 32 V 1 kv at 15 min. approx.70 kg/km 30 mm 0 C +85 C 0,975 MJ/m 31,00 kg/km ASI standard Actuator Sensor Interface 2x1.5 mm² Copper, tinned ubber compound bu, bn EPDM Black similar to AL ,7 Ohm/km 1 GOhm x km 27 Ohm/km max. 8 V 1 kv at 15 min. approx.70 kg/km 30 mm 0 C +85 C 0,975 MJ/m 31,00 kg/km ASI standard AS components are interconnected with this special system cable. With the AS interface, the cable assembly from the control system to the sensor/actuator is not needed. The AS interface is the field bus system that transmitts both data and power in one single cable. With fast contacting in penetration technique, the possibility of errors in cabling is largely reduced. The special outer jacket provides protection against biooil, grease, and refrigerant lubricants, and the cable is therefore even suitable for applications in wet surroundings, in machinery and plant construction, as well as in the machine tool and automotive industry. 8082, ABUS EPDM 80825, ABUS EPDM 17

149 BUS Cables ABUS PU, UL/CSA Type Inner conductor: Shielding 2: Total shielding: Conductor resistance, max.: Insulation resistance, min.: Nominal voltage: Test voltage: Applicable standards: UL Style: CSA standard: Actuator Sensor Interface 2x1.5 mm² Copper, tinned PO bu, bn PU Yellow similar to AL ,7 Ohm/km 1 GOhm x km 27 Ohm/km max. 32 V 1 kv at 15 min. approx.6 kg/km 30 mm 0 C +80 C 0,965 MJ/m 31,00 kg/km ASI standard AWM Style 2059/1093 CSA FT2 Actuator Sensor Interface 2x1.5 mm² Copper, tinned PO bu, bn PU Black similar to AL ,7 Ohm/km 1 GOhm x km 27 Ohm/km max. 8 V 1 kv at 15 min. approx.6 kg/km 30 mm 0 C +80 C 0,965 MJ/m 31,00 kg/km ASI standard AWM Style 2059/1093 CSA FT2 AS components are interconnected with this special system cable. With the AS interface, the cable assembly from the control system to the sensor/actuator is not needed. The AS interface is the field bus system that transmitts both data and power in one single cable. With fast contacting in penetration technique, the possibility of errors in cabling is largely reduced. The special outer jacket provides protection against oil, grease, and refrigerant lubricants, and the cable is therefore even suitable for applications in wet surroundings, in machinery and plant construction, as well as in the machine tool and automotive industry. The PU variant is suitable for heavyduty industrial environments. Thesetypes are certified for the American market (UL 1581, FT2) through the use of special materials. 823, ABUS PU 82822, ABUS PU 18

150 BUS Cables ABUS TPE Type Inner conductor: Shielding 2: Total shielding: Conductor resistance, max.: Insulation resistance, min.: Nominal voltage: Test voltage: Applicable standards: Actuator Sensor Interface 2x1.5 mm² Copper, tinned TPE bu, bn TPE Yellow 13,7 Ohm/km 1 GOhm x km 27 Ohm/km max. 32 V 1,5 kv at 15 min. approx.70 kg/km 2 mm 0 C +105 C 1,10 MJ/m 31,00 kg/km ASI standard Mobile use 2x1.5 mm² Copper, tinned TPE bu, bn TPE Black 13,7 Ohm/km 1 GOhm x km 27 Ohm/km max. 32 V 1,5 kv at 15 min. approx.70 kg/km 2 mm 0 C +105 C 1,10 MJ/m 31,00 kg/km ASI standard AS components are interconnected with this special system cable. With the AS interface, the cable assembly from the control system to the sensor/actuator is not needed. The AS interface is the field bus system that transmitts both data and power in one single cable. With fast contacting in penetration technique, the possibility of errors in cabling is largely reduced. The special outer jacket provides protection against many oils, grease, and refrigerant lubricants, and the cable is therefore even suitable for applications in wet surroundings, in machinery and plant construction, as well as in the machine tool and automotive industry , ABUS TPE 80187, ABUS TPE 19

151 BUS Cables ABUS TPE, UL/CSA Type Inner conductor: Shielding 2: Total shielding: Conductor resistance, max.: Insulation resistance, min.: Nominal voltage: Test voltage: Applicable standards: UL Style: CSA standard: Actuator Sensor Interface 2x1.5 mm² Copper, tinned TPE bu, bn TPE Yellow 13,7 Ohm/km 1 GOhm x km 27 Ohm/km max. 32 V 1,5 kv at 15 min. approx.70 kg/km 2 mm 0 C +105 C 1,10 MJ/m 31,00 kg/km ASI standard 2139 nach UL 758 CSA FT2 Mobile use 2x1.5 mm² Copper, tinned TPE bu, bn TPE Black 13,7 Ohm/km 1 GOhm x km 27 Ohm/km max. 8 V 1,5 kv at 15 min. approx.70 kg/km 2 mm 0 C +105 C 1,10 MJ/m 31,00 kg/km ASI standard 2139 nach UL 758 CSA FT2 AS components are interconnected with this special system cable. With the AS interface, the cable assembly from the control system to the sensor/actuator is not needed. The AS interface is the field bus system that transmitts both data and power in one single cable. With fast contacting in penetration technique, the possibility of errors in cabling is largely reduced. The special outer jacket provides protection against many oils, grease, and refrigerant lubricants, and the cable is therefore even suitable for applications in wet surroundings, in machinery and plant construction, as well as in the machine tool and automotive industry. These variations are certified for the American market (UL 1581, FT2) through the use of special materials , ABUS UL , ABUS UL 150

152 BUS Cables ASInterface Electrical Cabinet FLIH Type Inner conductor: Shielding 2: Total shielding: Conductor resistance, max.: Insulation resistance, min.: Nominal voltage: Test voltage: Applicable standards: UL Style: Fixed installation, indoor 2x0,86/ 2,5 Copper, tinned FNC Yellow 105 Ohm ± 35 Ohm 23 Ohm/km 0,01 GOhm x km 6 Ohm/km max. 300 V 2 kv at 15 min. approx.2 kg/km 15 mm 25 C +70 C 0,30 MJ/m 20,00 kg/km ASI standard ULStyle 20 (80 C/300V) AS components are interconnected with this special system cable. With the AS interface, the cable assembly from the control system to the sensor/actuator is not needed. The AS interface is the field bus system that transmitts both data and power in one single cable. With fast contacting in penetration technique, the possibility of errors in cabling is largely reduced. This type is especially constructed for cabling inside electrical cabinets , ASInterface FLIH 151

153 BUS Cables SENSOAKTO TPM Type Inner conductor diameter: Stranding element: Shielding 2: Total shielding: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Test voltage: Sensor Actuator Cable x0.3 mm² Copper, bare (AWG 22/3) PP wh, bu, bk, bn Star quad PETP fleece TPM approx.,7 mm ± 0,2 mm Black 60 Ohm/km 1 GOhm x km 0 Ohm/km max. 1,5 kv approx.29 kg/km 75 mm 25 C +60 C 0,505 MJ/m 15,00 kg/km UL Style: AWM Style 21198/ 109 All Sensors and actuators (such as proximity switches, magnet valves) in a field are installed with these special cables, whereby particular attention is paid to the corrosive environmental conditions. Due to the decentralisation of control and electrotechnical function groups, connected directly to the components in the field, significant savings potentials are realized. The main applications of these cables are in machine construction. 817, sensor actuator 152

154 BUS Cables DeviceNet Type Inner conductor diameter 1: Inner conductor diameter 2: Core insulation 1: Core insulation 2: Core colours 1: Core colours 2: Stranding element 1: Shielding 2: Total shielding: Drain wire: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Test voltage: Attenuation: Fixed installation, indoor 1x2xAWG18 + 1x2xAWG15 Copper, tinned (AWG 18/19) Copper, tinned (AWG 15/19) FoamskinPE light bu, wh rd, bk Double core Polyester foil, aluminiumlined Cu braid, tinned yes approx.,2 mm ± 0,3 mm Grey Fixed installation, indoor 1x2xAWG2 + 1x2xAWG22 Copper, tinned (AWG 2/19) Copper, tinned (AWG 22/19) FoamskinPE light bu, wh rd, bk Double core Polyester foil, aluminiumlined Copper shifting, tinned yes approx.6,9 mm ± 0,3 mm Grey 0 Ohm ± 10 % 0 Ohm ± 10 % 22,6 Ohm/km 90 Ohm/km 0,2 GOhm x km 0,2 GOhm x km 5 Ohm/km max. 180 Ohm/km max. 39,8 nf/km nom. 39,8 nf/km nom. 2kV 2kV 5 khz < 0,2 db/100m 5 khz < 0.95 db/100m 500 khz < 0,81 db/100m 500 khz < 1.6 db/100m approx.192 kg/km 190 mm 20 C +80 C 2,92 MJ/m 85,00 kg/km approx.67 kg/km 110 mm 20 C +80 C 0,91 MJ/m 35,00 kg/km Applicable standards: ODVA DeviceNet ODVA DeviceNet UL Style: CMG 75 C PLTC FT CMG 75 C PLTC FT CSA standard: CEC: CMG FT CSA FT DeviceNet is a bus system developed by Allen Bradley (ockwell Automation). These cables are used to interconnect various industrial devices, such as SPS controls or limit switches. The special characteristic of this bus system is that a data pair and a power supply pair are integrated in one cable. These cables with sheath are designed for fixed installation , DeviceNet 80068, DeviceNet 153

155 BUS Cables DeviceNet FNC Type Inner conductor diameter 1: Inner conductor diameter 2: Core insulation 1: Core insulation 2: Core colours 1: Core colours 2: Stranding element 1: Shielding 2: Total shielding: Drain wire: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Test voltage: Attenuation: Fixed installation, indoor 1x2xAWG18 + 1x2xAWG15 Copper, tinned (AWG 18/19) Copper, tinned (AWG 15/19) Cell PE Cell PE light bu, wh rd, bk Double core Polyester foil, aluminiumlined Cu braid, tinned yes FNC approx.,2 mm ± 0,3 mm Violet similar to AL 001 Fixed installation, indoor 1x2xAWG2 + 1x2xAWG22 Copper, tinned (AWG 2/19) Copper, tinned (AWG 22/19) Cell PE Cell PE light bu, wh rd, bk Double core Polyester foil, aluminiumlined Cu braid, tinned yes FNC approx.6,9 mm ± 0,3 mm Violet similar to AL Ohm ± 10 % 0 Ohm ± 10 % 22,6 Ohm/km 90 Ohm/km 0,2 GOhm x km 0,2 GOhm x km 5 Ohm/km max. 180 Ohm/km max. 39 nf/km nom. 39,8 nf/km nom. 2kV 2kV 5 khz < 0.2 db/100m 5 khz < 0.95 db/100m 500 khz < 0.81 db/100m 500 khz < 1.6 db/100m approx.195 kg/km 190 mm 25 C +80 C 2,73 MJ/m 85,00 kg/km approx.70 kg/km 110 mm 25 C +80 C 0,82 MJ/m 3,00 kg/km Applicable standards: ODVA DeviceNet ODVA DeviceNet UL Style: CL2 CMG CL2 CMG CSA standard: CEC: CMG FT CEC: CMG FT DeviceNet is a bus system developed by Allen Bradley (ockwell Automation). These cables are used to interconnect various industrial devices, such as SPS controls or limit switches. The special characteristic of this bus system is that a data pair and a power supply pair are integrated in one cable. These cables with FNC sheath are designed for fixed installation , DeviceNet FNC , DeviceNet FNC 15

156 BUS Cables DeviceNet CPE Type Inner conductor diameter 1: Inner conductor diameter 2: Core insulation 1: Core insulation 2: Core colours 1: Core colours 2: Stranding element 1: Shielding 2: Total shielding: Drain wire: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Test voltage: Attenuation: Fixed installation, indoor 1x2xAWG18 + 1x2xAWG15 Copper, tinned (AWG 18/19) Copper, tinned (AWG 15/19) PE PE light bu, wh rd, bk Double core Polyester foil, aluminiumlined Cu braid, tinned yes CPE approx.,0 mm ± 0,3 mm Yellow Fixed installation, indoor 1x2xAWG2 + 1x2xAWG22 Copper, tinned (AWG 2/19) Copper, tinned (AWG 22/19) PE light bu, wh rd, bk Double core Polyester foil, aluminiumlined Cu braid, tinned yes CPE approx.7,0 mm ± 0,3 mm Yellow 0 Ohm ± 10 % 0 Ohm ± 10 % 22,6 Ohm/km 90 Ohm/km 0,2 GOhm x km 0,2 GOhm x km 5 Ohm/km max. 180 Ohm/km max. 39 nf/km nom. 39 nf/km nom. 2kV 2kV 5 khz < 0,3 db/100m 5 khz < 0,95 db/100m 500 khz < 0,82 db/100m 500 khz < 1,6 db/100m approx.195 kg/km 190 mm 20 C +60 C 2,73 MJ/m 71,20 kg/km approx.70 kg/km 110 mm 20 C +60 C 0,82 MJ/m 28,10 kg/km Applicable standards: ODVA DeviceNet ODVA DeviceNet UL Style: CMG PLTC CL2 CMG CSA standard: CEC: CMG FT CEC: CMG FT DeviceNet is a bus system developed by Allen Bradley (ockwell Automation). These cables are used to interconnect various industrial devices, such as SPS controls or limit switches. The special characteristic of this bus system is that a data pair and a power supply pair are integrated in one cable. These cables are designed for fixed installation , DeviceNet CPE 81908, DeviceNet CPE 155

157 BUS Cables DeviceNet PU, flexible Type Inner conductor diameter 1: Inner conductor diameter 2: Core insulation 1: Core insulation 2: Core colours 1: Core colours 2: Stranding element 1: Shielding 2: Total shielding: Drain wire: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Test voltage: Attenuation: Drag chain applications 1x2xAWG18 + 1x2xAWG15 Copper, tinned (AWG 18/0) Copper, tinned (AWG 15/8) Cell PE Cell PE light bu, wh rd, bk Double core Polyester foil, aluminiumlined Cu braid, tinned yes PU approx.,0 mm ± 0,3 mm Violet similar to AL 001 Drag chain applications 1x2xAWG2 + 1x2xAWG22 Copper, tinned (AWG 2/19) Copper, tinned (AWG 22/19) Cell PE Cell PE light bu, wh rd, bk Double core Polyester foil, aluminiumlined Cu braid, tinned yes PU approx.7,0 mm ± 0,3 mm Violet similar to AL Ohm ± 10 % 0 Ohm ± 10 % 22,6 Ohm/km 90 Ohm/km 0,2 GOhm x km 0,2 GOhm x km 5 Ohm/km max. 5 Ohm/km max. 39,8 nf/km nom. 39,8 nf/km nom. 2kV 2kV 5 khz < 0,1 db/100m 5 khz < 0,95 db/100m 500 khz < 0,82 db/100m 500 khz < 1,6 db/100m approx.185 kg/km 61 mm 0 C +80 C 2,5 MJ/m 90,00 kg/km approx.68 kg/km 35 mm 0 C +80 C 0,76 MJ/m 35,00 kg/km Applicable standards: ODVA DeviceNet ODVA DeviceNet UL Style: CMX 75 C CL2X CMX 75 C CL2X DeviceNet is a bus system developed by Allen Bradley (ockwell Automation). These cables are used to interconnect various industrial devices, such as SPS controls or limit switches. The special characteristic of this bus system is that a data pair and a power supply pair are integrated in one cable. These cables with PU sheath are designed for highly flexible applications , DeviceNet PU 81910, DeviceNet PU 156

158 BUS Cables CCLink BUS Type Inner conductor diameter: Stranding element: Shielding 2: Total shielding: Drain wire: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Test voltage: Attenuation: Applicable standards: UL Style: Fixed installation, indoor 3x0.5 mm² Copper, bare (AWG 20/7) Cell PE wh, bu, ye Triple core Polyester foil, aluminiumlined Cu braid, tinned yes approx.7,7 mm ± 0,3 mm ed 110 Ohm ± 15 Ohm 37,8 Ohm/km 10 GOhm x km 75 Ohm/km max. 60 nf/km nom. 2kV 1 MHz <,0 5 MHz < 35,0 approx.77 kg/km 0 mm 0 C +70 C 1,10 MJ/m 0,00 kg/km CCLink Specification 1.10 CM 75 C or PLTC db/100m db/100m The CC link (control and communication link) is a field bus system that is used in the area of testing, sensors and actuators. The main target market is Asia, but the USA and Great Britain also rely more and more on CC link. As an option, a version with power supply cores is available. It is used particularly in channels , CCLink communications cable 157

159 BUS Cables SafetyBUS FNC + PU Type Inner conductor diameter: Stranding element: Shielding 2: Total shielding: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Nominal voltage: Test voltage: Attenuation: Applicable standards: Fixed installation, indoor 3x0,75 mm² (stranded) Copper, bare (AWG 18/2) PP wh, bn, gn Triple core Cu braid, tinned FNC approx.7,5 mm ± 0,3 mm Yellow similar to AL 1003 Drag chain applications 3x0,75 mm² (stranded) Copper, bare (AWG 18/2) PP wh, bn, gn Triple core Cu braid, tinned PU approx.7,5 mm ± 0,3 mm Yellow similar to AL Ohm ± 10 Ohm 110 Ohm ± 10 Ohm 26 Ohm/km 26 Ohm/km 0,2 GOhm x km 0,2 GOhm x km 52 Ohm/km max. 52 Ohm/km max. 5 nf/km nom. 5 nf/km nom. 250 V 250 V 3kV 3kV 1 MHz < 1,6 db/km 1 MHz < 1,6 db/km 5 MHz < 3, db/km 5 MHz < 3, db/km 10 MHz < 5,6 db/km 10 MHz < 5,6 db/km MHz < 7,5 db/km MHz < 7,5 db/km approx.68 kg/km 60 mm 25 C +80 C 0,72 MJ/m 50,00 kg/km abutted at SafetyBUS p technical guidelines copper wires 1.0 approx.65 kg/km 60 mm 0 C +80 C 0,76 MJ/m 50,00 kg/km abutted at SafetyBUS p technical guidelines copper wires 1.0 SafetyBUS p is an open bus system for the serial transfer of safetyrelated data. It is based on the CAN (Controller Area Network) protocol. From this technology benefit the users in several areas like the automotive industry or the process automation. The above mentioned types are suitable for fixed installations and as well as for drag chains (PU) , SafetyBus p , SafetyBus p 158

160 BUS Cables LON BUS H1 + Y1 Type Inner conductor diameter: Stranding element: Shielding 2: Total shielding: Drain wire: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Nominal voltage: Test voltage: Fixed installation, indoor 1x2xAWG 22/1 Copper, bare (AWG 22/1) PE wh, bu Double core Polyester foil, aluminiumlined yes FNC approx., mm ± 0,3 mm White 100 Ohm ± 10 % 57 Ohm/km 5 GOhm x km 11 Ohm/km max. 5 nf/km nom. 5 V 0,7 kv Mobile use 1x2xAWG /19 Copper, bare (AWG /19) wh, bk Double core approx.7,0 mm ± 0, mm Grey 85 Ohm ± 15 % 15,8 Ohm/km 0,02 GOhm x km 31 Ohm/km max. 10 nf/km nom. 300 V 2kV approx.2 kg/km approx.71 kg/km 35 mm 85 mm 20 C 20 C +75 C +80 C 0,337 MJ/m 1,25 MJ/m 11,00 kg/km 30,00 kg/km The LON bus (Local Operating Network) is a system used in building automation systems. It has the great advantage that it allows usage of different transmission media. It is used in the interior as hard wiring (H2) and as patch cable (Y1) and must be made in accordance with DIN EN (VDE 0892 Part 22:199706) , LON H , LON Y1 159

161 BUS Cables EBUS Type Inner conductor: Stranding element: Shielding 2: Total shielding: Drain wire: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Applicable standards: 2pairs 2x2x0.8 mm Copper, bare wh, ye, rd, bk Star quad Polyester foil, aluminiumlined yes approx.6,6 mm ± 0,3 mm Blue Lilac similar to AL Ohm 73,2 Ohm/km 0,1 GOhm x km Ohm/km max. 100 nf/km nom. approx.5 kg/km 95 mm 30 C +70 C 0,90 MJ/m 25,00 kg/km EIB standard 2pairs 2x2x0.8 mm Copper, bare wh, ye, rd, bk Star quad Polyester foil, aluminiumlined yes approx.6,6 mm ± 0,3 mm Green similar to AL Ohm 73,2 Ohm/km 0,1 GOhm x km Ohm/km max. 100 nf/km nom. approx.5 kg/km 95 mm 30 C +70 C 0,90 MJ/m 25,00 kg/km EIB standard The Ebus cable is used for the transmission of bus signals for intelligent systems in buildings. The cables ensure perfect communication in accordance with EIB regulations (European installation bus). They can be layed over, in, or below the plaster, in pipes and pipe ducts, in dry, moist, and wet areas, as well as outside, provided they are protected against direct exposure to the sun. Wiring together with highpower supply cables is possible without limitation. The EIB bus can be used to control lighting, blinds, heating, ventilation, indicator boards, etc , EBUS 863, EBUS 0

162 BUS Cables EBUS FNC + Type Inner conductor: Stranding element: Shielding 2: Total shielding: Drain wire: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Applicable standards: 2pairs 2x2x0.8 mm Copper, bare PE wh, ye, rd, bk Star quad Polyester foil, aluminiumlined yes FNC approx.6,6 mm ± 0,3 mm Blue Lilac similar to AL Ohm 73,2 Ohm/km 0,1 GOhm x km Ohm/km max. 100 nf/km nom. approx.5 kg/km 95 mm 30 C +70 C 0,58 MJ/m 25,00 kg/km EIB standard pairs x2x0.8 mm Copper, bare wh, ye, rd, gn, bu, bn, wh, wh Double core Polyester foil, aluminiumlined yes approx.8,2 mm ± 0, mm Blue Lilac similar to AL Ohm 73,2 Ohm/km 0,1 GOhm x km Ohm/km max. 100 nf/km nom. approx.92 kg/km 0 mm 30 C +70 C 1,37 MJ/m 1,00 kg/km EIB standard The Ebus cable is used for the transmission of bus signals for intelligent systems in buildings. The cables ensure perfect communication in accordance with EIB regulations (European installation bus). They can be layed over, in, or below the plaster, in pipes and pipe ducts, in dry, moist, and wet areas, as well as outside, provided they are protected against direct exposure to the sun. Wiring together with highpower supply cables is possible without limitation. The EIB bus can be used to control lighting, blinds, heating, ventilation, indicator boards, etc , EBUS 81077, EBUS 1

163 BUS Cables EBUS DIECT BUIAL PE, ED Type Inner conductor: Stranding element: Shielding 2: Total shielding: Cable external diameter: Conductor resistance, max.: Insulation resistance, min.: Test voltage: Applicable standards: Underground laying 2x2x0.8 mm Copper, bare PE wh, ye, rd, bk Star quad Polyester foil, aluminiumlined PE approx.8,8 mm ± 0,3 mm Black similar to AL Ohm 73,2 Ohm/km 5 GOhm x km Ohm/km max. 55 nf/km nom. 0,8 kv approx.75 kg/km 130 mm 20 C +70 C 2,00 MJ/m 25,00 kg/km EIB standard The Ebus cable is used for the transmission of bus signals for intelligent systems in buildings. The cables ensure perfect communication in accordance with EIB regulations (European installation bus). They can be layed over, in, or below the plaster, in pipes and pipe ducts, in dry, moist, and wet areas, as well as outside, provided they are protected against direct exposure to the sun. Wiring together with highpower supply cables is possible without limitation. The EIB bus can be used to control lighting, blinds, heating, ventilation, indicator boards, etc , EBUS BUIAL 2

164 BUS Cables KHBUS + FNC Type Inner conductor, power core: Inner conductor, data core: Core insulation, power core: Core insulation, data core: Core colours, power core: Core colours, data core: Stranding element, data core: Shielding, data pair: Drain wire: Cable external diameter: Insulation resistance, min.: Test voltage: HospitalBus 2x1.5mm² (stranded) + 2x2x0.60 mm (solid) Copper, bare Copper, tinned PE rd, bu gn/ye, gy/pk Double core PP foil + aluminiumlined foil + PP foil yes approx.8,0 mm ± 0,3 mm Green similar to AL ,02 GOhm x km 70 nf/km nom. 2kV approx.90 kg/km 0 mm 30 C +80 C 1,01 MJ/m 53,00 kg/km HospitalBus 2x1.5mm² (stranded) + 2x2x0.60 mm (solid) Copper, bare Copper, tinned PE rd, bu gn/ye, gy/pk Double core PP foil + aluminiumlined foil + PP foil yes FNC approx.8,0 mm ± 0,3 mm Green similar to AL ,02 GOhm x km 70 nf/km nom. 2kV approx.93 kg/km 0 mm 30 C +80 C 0,86 MJ/m 53,00 kg/km For computerbased patient calling systems, easy and quick installation is an important factor. Therefore a 6core bus cable is used to connect the components of the calling system. This cable is used for the transmission of power, data, and voice , KHBUS 817, KHBUS 3