Cables up to CAT7.

Transcription

1 thernet Cables up to CAT7

2 Cost down Service life up For all data volumes and types of movement... Networking your machine with cables. The cheapest cable that is guaranteed to work. The selection table for the largest range of flexible cables In this excerpt from our catalogue range you will find the right solution for every type of motion. We have prepared for you a wide range of products sold by the metre and a wide variety of cables with connectors. That you obtain all cables with a guarantee of 36 months and up to 10 million double strokes is natural for chainflex and for you, a matter of great safety. CAT7 10 GBit 600 MHz Electrical Performance CFBUS.PVC.052 Page 8 CFBUS.PUR.052 Page 16 CFBUS.052 Page 20 CFROBOT8.052 Page 28 We support you in three aspects in the crosslinking of the machine with cables that have been developed, manufactured and tested for high quality: 1. For your system, we offer cables from CAT5 to CAT7 so that you have the right solution for all data volumes. With that you can safely use Bus systems such as /IP,, EtherCAT, Sercos and many other derivatives. Due to the individual gradation of classes, very large savings options or opportunities arise due to a trendsetting cabling of the system. 2. By taking into account your individual, mechanical stress in your application, we enable more customised solutions. Thus there are cable series for large and small ing radii for linear movements in energy chains or torsional movements on the robot. We can offer you a reasonably priced PVC solution, an oil-resistant PUR cable or a solution with highly abrasion-resistant TPE. Also, special requests for long travels or high tensile strength versions for hanging applications or rolling solutions are a standard business for us. Andreas Muckes Head of Product Management Phone: amuckes@igus.de 3. The third major advantage we can offer you is the various ways in which you can use the cables. We deliver on drums or in coils of your desired length, of course, without any cutting costs. If it helps, we attach connectors and mark the cable as it is important for you. We do this from a quantity of 1 and would be happy to use your individual measurements and designs. Of course you can also have your cable in the complete system with chain and attachment part. Tell us how you would like it and we shall deliver what you want. Our online tools also enable you to reduce process costs. igus delivers from stock in hours! Also, see our website. CAT6A 10 GBit 500 MHz CAT6 1 GBit 250 MHz CAT5e 1 GBit 100 MHz 100 MBit 100 MHz CAT5 100 MBit 100 MHz CF Page 5 CF Page 5 PVC 15 x d CFBUS.PVC.050 Page 8 NEW CFBUS.PVC.049 Page 8 NEW CFBUS.PVC.045 Page 8 CFBUS.PVC.060 Page 8 CFBUS.PVC.040 Page 8 PVC oil-res x d CF Page 12 CF Page 12 igupur 15 x d CFBUS.PUR.050 Page 16 NEW CFBUS.PUR.049 Page 16 NEW CFBUS.PUR.045 Page 16 CFBUS.PUR.060 Page 16 CFBUS.PUR.040 Page 16 PUR 12.5 x d CFBUS.050 Page 20 CFBUS.049 Page 20 CFBUS.045 Page 20 CFBUS.060 Page 20 CFBUS.040 Page 20 TPE UL 10 x d NEW NEW NEW CFBUS.LB.049 Page 24 NEW CFBUS.LB.045 Page 24 NEW CFBUS.LB.060 Page 24 CFBUS.LB.040 Page 24 TPE Hal 7.5 x d CFROBOT8.050 Page 28 NEW CFROBOT8.049 Page 28 NEW CFROBOT8.045 Page 28 CFROBOT8.060 Page 28 Torsion ± 180 /m CFSPECIAL Page 31 NEW CFSPECIAL Page 31 High tensile 50 m freely hanging CFSPECIAL Page 33 For rail vehicles Mechanical Performance HIghly flexible cables 1,354 cables from stock Tested, and in seven jacket materials No cutting charges, from 1 m 36 months or 10 million double strokes guarantee* Approvals and certificates Harnessed cables readycable New: More than 400 harnessed cables In seven jacket materials 36 months or 10 million double stroke guarantee* Shipped in 24h** To your required length, with centimetre accuracy Assembled e-chainsystems readychain Customised and ready to connect according to your specifications From the basic solution to complex systems Optionally with assembly rack From batch size 1 to series production Assembly service by experts * Whichever is first. Up to 5 million double strokes for the highly affordable M cables. The number of double strokes depends on installation and cable quality. This is described in the current catalogue, in the data sheets and in the service life calculator at ** Delivery time means time until shipping of goods.

3 PVC igupur PUR TPE Bus cable PVC CF888 Class Basic requirements low highest Travel distance unsupported m Oil resistance none highest Torsion none ±180 CF888 PVC 15 x d 5 million Double strokes guaranteed 15 x d Bend, e-chain 10 m Travel distance, e-chain NFPA Following NFPA , chapter 12.9 EAC Certificate No. RU C-DE.ME77.B (TR ZU) zfor flexing applications zpvc outer jacket zshielded zflame retardant CTP Lead-free CE Certificate No. C-DE.PB49.B (Fire protection) Following 2011/65/EC (RoHS-II) Following 2014/35/EU Dynamic information Bend e-chain linear minimum 15 x d flexible minimum 12 x d fixed minimum 8 x d Temperature e-chain linear +5 C up to +70 C flexible -5 C up to +70 C (following DIN EN ) fixed -15 C up to +70 C (following DIN EN 50305) v max. unsupported 3 m/s a max. 20 m/s² Travel distance Unsupported travel distances up to 10 m, Class 1 Cable structure Conductor Conductor consisting of bare copper wires (according to DIN EN 60228). Core insulation d service life (details see catalogue, page 22-23) Double strokes* 1 million 3 million 5 million Temperature, from/to [ C] R min. [factor x d] R min. [factor x d] R min. [factor x d] +5/ / / * Higher number of double strokes? Service life calculation online u Typical application areas zfor flexing applications, Class 3 zespecially for unsupported travels, Class 1 zwithout influence of oil, Class 1 zno torsion, Class 1 zpreferably indoor applications zwood/stone processing, Packaging industry, supply systems, Handling, adjusting equipment Core structure Core identification u Product range table Overall shield Braiding made of tinned copper wires. Coverage approx. 60 % optical Outer jacket Low-adhesion PVC mixture, adapted to suit the requirements in e-chains. Colour: Red lilac (similar to RAL 4001) Electrical information Nominal voltage 50 V Testing voltage 500 V Part No. Number of cores and conductor nominal cross section Copper index Weight [mm² ] [mm] [kg/km] [kg/km] /CAT5e CF (4x(2x0.14))C CF ) 6) (4x0.34)C The types marked with 2) are cables designed as a star-quad. 6) Colour outer jacket: Yellow-green (RAL 6018 ) Example image Properties and approvals Flame retardant According to IEC , CEI 20-35, FT1, VW-1 Silicone-free Free from silicone which can affect paint adhesion (following PV status 1992) UL/CSA Style 1598 and 2571, 30 V, 80 C Part No. Characteristic wave impedance approx. Core group Colour code [Ω] /CAT5e CF (4x(2x0.14))C white-blue/blue, white-orange/orange, white-green/green, white-brown/brown CF ) 6) 100 (4x0.34)C white, orange, blue, yellow (Star-quad) EPLAN download, configurators 5

4 PVC igupur PUR TPE Bus cable PVC CFBUS.PVC New Class Basic requirements low highest Travel distance unsupported m Oil resistance none highest Torsion none ±180 CFBUS.PVC PVC 12.5 x d 10 million Double strokes guaranteed 12.5 x d Bend, e-chain 20 m Travel distance, e-chain Properties and approvals UV resistance Medium zfor medium duty applications zpvc outer jacket zshielded zoil-resistant Dynamic information Bend e-chain linear minimum 12.5 x d flexible minimum 10 x d fixed minimum 7 x d zflame retardant Temperature e-chain linear +5 C up to +70 C flexible -5 C up to +70 C (following DIN EN ) fixed -15 C up to +70 C (following DIN EN 50305) v max. unsupported 3 m/s gliding 2 m/s a max. 30 m/s² Oil resistance Oil-resistant (following DIN EN ), Class 2 Flame retardant According to IEC , CEI 20-35, FT1, VW-1 Silicone-free Free from silicone which can affect paint adhesion (following PV status 1992) UL/CSA Style 1598 and 2571, 30 V, 80 C NFPA Following NFPA , chapter 12.9 EAC CTP CEI Following CEI Lead-free Certificate No. RU C-DE.ME77.B (TR ZU) Certificate No. C-DE.PB49.B (Fire protection) Following 2011/65/EC (RoHS-II) Travel distance Unsupported travels and up to 20 m for gliding applications, Class 3 Cable structure Conductor Core insulation Core structure Core identification Overall shield Outer jacket Electrical information Nominal voltage Testing voltage Stranded conductor in especially ing-resistant version consisting of bare copper wires (following DIN EN 60228). u Product range table Bending-resistant braiding made of tinned copper wires. Coverage approx. 55 % linear, approx. 80 % optical Low-adhesion, oil-resistant PVC mixture, adapted to suit the requirements in e-chains (following DIN EN ). Colour: Red lilac (similar to RAL 4001) 50 V 500 V Clean room CE According to ISO Class 1. The outer jacket material of this series complies with CF tested by IPA according to standard DIN EN ISO Following 2014/35/EU d service life (details see catalogue, page 22-23) Double strokes* 5 million 7.5 million 10 million Temperature, from/to [ C] R min. [factor x d] R min. [factor x d] R min. [factor x d] +5/ / / * Higher number of double strokes? Service life calculation online u Typical application areas zfor medium duty applications, Class 4 zunsupported travel distances and up to 20 m for gliding applications, Class 3 zlight oil influence, Class 2 zno torsion, Class 1 zpreferably indoor applications, but also outdoor ones at temperatures > 5 C zmachining units/packaging machines, Handling, indoor cranes Example image EPLAN download, configurators 7

5 PVC igupur PUR TPE Bus cable PVC CFBUS.PVC New Class Basic requirements low highest Travel distance unsupported m Oil resistance none highest Torsion none ±180 CFBUS.PVC PVC 12.5 x d Example image Part No. Number of cores and conductor Outer diameter Copper index Weight Part No. Characteristic wave impedance approx. Core group Colour code [ mm 2 ] [mm] [kg/km] [kg/km] [Ω] /CAT5 CFBUS.PVC.040 2) (4x0.25)C CFBUS.PVC.040 2) 100 (4x0.25)C white, green, brown, yellow (Star-quad) /CAT5e CFBUS.PVC.045 (4x(2x0.15))C CFBUS.PVC (4x(2x0.15))C white-blue/blue, white-orange/orange, white-green/green, white-brown/brown /CAT6 CFBUS.PVC.049 (4x(2x0.15))C CFBUS.PVC (4x(2x0.15))C white-blue/blue, white-orange/orange, white-green/green, white-brown/brown /CAT6A CFBUS.PVC.050 4x(2x0.20)C CFBUS.PVC x(2x0.20)C white-blue/blue, white-orange/orange, white-green/green, white-brown/brown /CAT7 CFBUS.PVC.052 (4x(2x0.15)C)C CFBUS.PVC (4x(2x0.15)C)C white/blue, white/orange, white/green, white/brown CFBUS.PVC.060 2) 6) (4x0.38)C CFBUS.PVC.060 2) 6) 100 (4x0.38)C white, orange, blue, yellow (Star-quad) The types marked with 2) are cables designed as a star-quad. 6) Colour outer jacket: Yellow-green (RAL 6018 ) Order example: CFBUS.PVC.052 to your required length (0.5 m steps) CFBUS.PVC series.052 Code Bus type Online order Delivery time 24hrs or today. Delivery time means time until goods are shipped. Technical note on bus cables bus cables have been specially developed and tested for continuously moving use in e-chains. Depending on the material used for the outer jacket and on the underlying construction principle, the bus cables are designed for different mechanical requirements and resistance to different media. The cables have been electrically designed in such a way that, on the one hand, the electrical requirements of the respective bus specification are reliably met and, on the other, there is a high degree of EMC reliability.it is also ensured that the electrical values remain stable over the long term in spite of constant movement. The overall quality of transmission in a complete bus communication system, however, is not solely dependent on the cable used. What is also essential is that all components (electronic parts, connecting system and cable) are precisely matched to each other and that the maximum transmission lengths, which are dependent on the respective system, are adhered to with regard to the data transmission rates needed. A cable is thus not solely responsible for the reliable transmission of signals. igus advises you when you are designing your bus system to take all these factors into account and, with its extensive tests, helps you to ensure the process reliability of your system from the very beginning. 8 EPLAN download, configurators 9

6 PVC igupur PUR TPE Bus cable igupur CF898 Class Basic requirements low highest Travel distance unsupported m Oil resistance none highest Torsion none ±180 CF898 igupur 15 x d 5 million Double strokes guaranteed 15 x d Bend, e-chain 10 m Travel distance, e-chain Properties and approvals UV resistance Medium zfor flexing applications zigupur outer jacket zoil-resistant zshielded Dynamic information Bend e-chain linear minimum 15 x d flexible minimum 12 x d fixed minimum 8 x d zflame retardant Temperature e-chain linear -20 C up to +70 C flexible -40 C up to +70 C (following DIN EN ) fixed -50 C up to +70 C (following DIN EN 50305) v max. unsupported 3 m/s Oil resistance Oil-resistant (following DIN EN ), Class 3 Flame retardant According to IEC , CEI 20-35, FT1, VW-1 Silicone-free Free from silicone which can affect paint adhesion (following PV status 1992) UL/CSA Style 1598 and 20236, 80 V, 80 C NFPA Following NFPA , chapter 12.9 EAC CTP Lead-free Certificate No. RU C-DE.ME77.B (TR ZU) Certificate No. C-DE.PB49.B (Fire protection) Following 2011/65/EC (RoHS-II) a max. 20 m/s² CE Following 2014/35/EU Travel distance Unsupported travel distances up to 10 m, Class 1 Cable structure Conductor Conductor consisting of bare copper wires (according to DIN EN 60228). Core insulation Core structure Core identification u Product range table Overall shield Braiding made of tinned copper wires. Coverage approx. 60 % optical Outer jacket Low-adhesion igupur mixture, adapted to suit the requirements in e-chains. Colour: Red lilac (similar to RAL 4001) Electrical information Nominal voltage 50 V Testing voltage 500 V d service life (details see catalogue, page 22-23) Double strokes* 1 million 3 million 5 million Temperature, from/to [ C] R min. [factor x d] R min. [factor x d] R min. [factor x d] -20/ / / * Higher number of double strokes? Service life calculation online u Typical application areas zfor flexing applications, Class 3 zespecially for unsupported travels, Class 1 zwith influence of oil, Class 3 zno torsion, Class 1 zindoor and outdoor applications without direct solar radiation zmachining units/machine tools, low temperature applications Example image EPLAN download, configurators 11

7 PVC igupur PUR TPE Bus cable igupur CF898 Class Basic requirements low highest Travel distance unsupported m Oil resistance none highest Torsion none ±180 CF898 igupur 15 x d Example image Part No. Number of cores and conductor Outer diameter Copper index Weight Part No. Characteristic wave impedance approx. Core group Colour code [ mm 2 ] [mm] [kg/km] [kg/km] [Ω] /CAT5e CF (4x(2x0.14))C CF (4x(2x0.14))C white-blue/blue, white-orange/orange, white-green/green, white-brown/brown CF ) (4x0.34)C CF ) 100 (4x0.34)C white, orange, blue, yellow (Star-quad) 6) Colour outer jacket: Yellow-green (RAL 6018 ) Order example: CF to your required length (0.5 m steps) CF898 series.045 Code Bus type Online order Delivery time 24hrs or today. Delivery time means time until goods are shipped. Technical note on bus cables bus cables have been specially developed and tested for continuously moving use in e-chains. Depending on the material used for the outer jacket and on the underlying construction principle, the bus cables are designed for different mechanical requirements and resistance to different media. The cables have been electrically designed in such a way that, on the one hand, the electrical requirements of the respective bus specification are reliably met and, on the other, there is a high degree of EMC reliability.it is also ensured that the electrical values remain stable over the long term in spite of constant movement. The overall quality of transmission in a complete bus communication system, however, is not solely dependent on the cable used. What is also essential is that all components (electronic parts, connecting system and cable) are precisely matched to each other and that the maximum transmission lengths, which are dependent on the respective system, are adhered to with regard to the data transmission rates needed. A cable is thus not solely responsible for the reliable transmission of signals. igus advises you when you are designing your bus system to take all these factors into account and, with its extensive tests, helps you to ensure the process reliability of your system from the very beginning. 12 EPLAN download, configurators 13

8 PVC igupur PUR TPE Bus cable PUR CFBUS.PUR New Class Basic requirements low highest Travel distance unsupported m Oil resistance none highest Torsion none ±180 CFBUS.PUR PUR 12.5 x d 10 million Double strokes guaranteed zfor medium duty applications zpur outer jacket zshielded zoil resistant and coolant-resistant Dynamic information Bend 12.5 x d Bend, e-chain e-chain linear minimum 12.5 x d flexible minimum 10 x d fixed minimum 7 x d 20 m Travel distance, e-chain zflame retardant zpvc and halogen-free znotch-resistant zhydrolysis and microbe-resistant Temperature e-chain linear -20 C up to +70 C flexible -40 C up to +70 C (following DIN EN ) fixed -50 C up to +70 C (following DIN EN 50305) v max. unsupported 3 m/s gliding 2 m/s a max. 30 m/s² Flame retardant According to IEC , CEI 20-35, FT1, VW-1 Silicone-free Free from silicone which can affect paint adhesion (following PV status 1992) Halogen-free Following DIN EN UL/CSA Style 1598 and 20236, 30 V, 80 C CFBUS.PUR.H01.049: Style (1.5 mm²), (0.15 mm²) and 20233, 300 V, 80 C CFBUS.PUR.H01.060: Style (1.5 mm²), (0.38 mm²) and 20233, 300 V, 80 C NFPA Following NFPA , chapter 12.9 DNV-GL EAC CTP CEI Following CEI Type approval certificate No HH Certificate No. RU C-DE.ME77.B (TR ZU) Certificate No. C-DE.PB49.B (Fire protection) Travel distance Unsupported travels and up to 20 m for gliding applications, Class 3 Lead-free Following 2011/65/EC (RoHS-II) Cable structure Conductor Core insulation Core structure Stranded conductor in especially ing-resistant version consisting of bare copper wires (following DIN EN 60228). Clean room DESINA CE According to ISO Class 1. The outer jacket material of this series complies with CF77.UL D - tested by IPA according to standard DIN EN ISO According to VDW, DESINA standardisation Following 2014/35/EU Core identification Overall shield Outer jacket Electrical information Nominal voltage u Product range table Bending-resistant braiding made of tinned copper wires. Coverage approx. 55 % linear, approx. 80 % optical Low-adhesion, halogen-free, highly abrasion resistant PUR mixture, adapted to suit the requirements in e-chains (following DIN EN ). Colour: Red lilac (similar to RAL 4001) 50 V d service life (details see catalogue, page 22-23) Double strokes* 5 million 7.5 million 10 million Temperature, from/to [ C] R min. [factor x d] R min. [factor x d] R min. [factor x d] -20/ / / * Higher number of double strokes? Service life calculation online u Example image Testing voltage Properties and approvals UV resistance 500 V Medium Oil resistance Oil-resistant (following DIN EN ), Class 3 Offshore MUD-resistant following NEK status 2009 Typical application areas zfor medium duty applications, Class 4 zunsupported travel distances and up to 20 m for gliding applications, Class 3 zalmost unlimited resistance to oil, Class 3 zno torsion, Class 1 zindoor and outdoor applications without direct solar radiation zmachining units/machine tools, low temperature applications EPLAN download, configurators 15

9 PVC igupur PUR TPE Bus cable PUR CFBUS.PUR New Class Basic requirements low highest Travel distance unsupported m Oil resistance none highest Torsion none ±180 CFBUS.PUR PUR 12.5 x d Example image Part No. Number of cores and conductor Outer diameter Copper index Weight Part No. Characteristic wave impedance approx. Core group Colour code [ mm 2 ] [mm] [kg/km] [kg/km] [Ω] /CAT5 CFBUS.PUR.040 2) (4x0.25)C CFBUS.PUR.040 2) 100 (4x0.25)C white, green, brown, yellow (Star-quad) /CAT5e CFBUS.PUR.045 (4x(2x0.15))C CFBUS.PUR (4x(2x0.15))C white-blue/blue, white-orange/orange, white-green/green, white-brown/brown /CAT6 CFBUS.PUR.049 (4x(2x0.15))C CFBUS.PUR (4x(2x0.15))C white-blue/blue, white-orange/orange, white-green/green, white-brown/brown CFBUS.PUR.H ((4x(2x0.15))C+4x1.5)C CFBUS.PUR.H (4x(2x0.15))C white-blue/blue, white-orange/orange, white-green/green, white-brown/brown 4x1.5 black, brown, Grey, blue /CAT6A CFBUS.PUR.050 4x(2x0.20)C CFBUS.PUR x(2x0.20)C white-blue/blue, white-orange/orange, white-green/green, white-brown/brown /CAT7 CFBUS.PUR.052 (4x(2x0.15)C)C CFBUS.PUR (4x(2x0.15)C)C white/blue, white/orange, white/green, white/brown CFBUS.PUR.060 2) 6) (4x0.38)C CFBUS.PUR.060 2) 6) 100 (4x0.38)C white, orange, blue, yellow (Star-quad) CFBUS.PUR.H ((4x0.38)C+4x1.5)C CFBUS.PUR.H (4x0.38)C white, orange, blue, yellow (Star-quad) 4x1.5 black, brown, Grey, blue The types marked with 2) are cables designed as a star-quad. 6) Colour outer jacket: Yellow-green (RAL 6018 ) Order example: CFBUS.PUR.045 to your required length (0.5 m steps) CFBUS.PUR series.045 Code Bus type Online order Delivery time 24hrs or today. Delivery time means time until goods are shipped. Technical note on bus cables bus cables have been specially developed and tested for continuously moving use in e-chains. Depending on the material used for the outer jacket and on the underlying construction principle, the bus cables are designed for different mechanical requirements and resistance to different media. The cables have been electrically designed in such a way that, on the one hand, the electrical requirements of the respective bus specification are reliably met and, on the other, there is a high degree of EMC reliability.it is also ensured that the electrical values remain stable over the long term in spite of constant movement. The overall quality of transmission in a complete bus communication system, however, is not solely dependent on the cable used. What is also essential is that all components (electronic parts, connecting system and cable) are precisely matched to each other and that the maximum transmission lengths, which are dependent on the respective system, are adhered to with regard to the data transmission rates needed. A cable is thus not solely responsible for the reliable transmission of signals. igus advises you when you are designing your bus system to take all these factors into account and, with its extensive tests, helps you to ensure the process reliability of your system from the very beginning. 16 EPLAN download, configurators 17

10 PVC igupur PUR TPE Bus cable TPE CFBUS Class Basic requirements low highest Travel distance unsupported m Oil resistance none highest Torsion none ±180 CFBUS TPE 10 x d 10 million Double strokes guaranteed 10 x d Bend, e-chain 400 m Travel distance, e-chain Properties and approvals UV resistance Medium zfor extremely heavy duty applications ztpe outer jacket zshielded zoil and bio-oil resistant zflame retardant zhydrolysis and microbe-resistant Dynamic information Bend e-chain linear -35 C up to +70 C flexible -45 C up to +70 C (following DIN EN ) fixed -50 C up to +70 C (following DIN EN 50305) flexible minimum 8 x d fixed minimum 5 x d Temperature e-chain linear -35 C up to +70 C flexible -45 C up to +70 C (following DIN EN ) fixed -50 C up to +70 C (following DIN EN 50305) v max. unsupported 10 m/s gliding 6 m/s a max. 100 m/s² Oil resistance Flame retardant Silicone-free UL/CSA Oil resistant (following DIN EN ), bio-oil resistant (following VDMA with Plantocut 8 S-MB tested by DEA), Class 4 According to IEC , CEI 20-35, FT1, VW-1 Free from silicone which can affect paint adhesion (following PV status 1992) u Product range table NFPA Following NFPA , chapter 12.9 DNV-GL EAC CTP CEI Following CEI Lead-free Type approval certificate No HH Certificate No. RU C-DE.ME77.B (TR ZU) Certificate No. C-DE.PB49.B (Fire protection) Following 2011/65/EC (RoHS-II) Travel distance Cable structure Conductor Core insulation Unsupported travel distances and up to 400 m and more for gliding applications, Class 6 Stranded conductor in especially ing-resistant version consisting of bare copper wires (following DIN EN 60228). Clean room DESINA CE According to ISO Class 1. The outer jacket material of this series complies with CF34.UL D - tested by IPA according to standard DIN EN ISO According to VDW, DESINA standardisation Following 2014/35/EU Example image Core structure Core identification u Product range table Inner jacket TPE mixture adapted to suit the requirements in e-chains. Overall shield Outer jacket Electrical information Nominal voltage Extremely ing-resistant braiding made of tinned copper wires. Coverage approx. 70 % linear, approx. 90 % optical Low-adhesion, extremely abrasion-resistant and highly flexible TPE mixture, adapted to suit the requirements in e-chains. Colour: Red lilac (similar to RAL 4001) 50 V Testing voltage 500 V (following DIN EN ) d service life (details see catalogue, page 22-23) Double strokes* 5 million 7.5 million 10 million Temperature, from/to [ C] CFBUS R min. [factor x d] CFBUS R min. [factor x d] CFBUS R min. [factor x d] CFBUS R min. [factor x d] CFBUS R min. [factor x d] CFBUS R min. [factor x d] -35/ / / * Higher number of double strokes? Service life calculation online u Typical application areas z For extremely heavy duty applications, Class 6 z Unsupported travel distances and up to 400 m and more for gliding applications, Class 6 z Almost unlimited resistance to oil, also with bio-oils, Class 4 z No torsion, Class 1 z Indoor and outdoor applications without direct solar radiation z Storage and retrieval units for high-bay warehouses, Machining units/machine tools, quick handling, Clean room, semiconductor insertion, indoor cranes, low temperature applications 18 EPLAN download, configurators 19

11 PVC igupur PUR TPE Bus cable TPE CFBUS Class Basic requirements low highest Travel distance unsupported m Oil resistance none highest Torsion none ±180 CFBUS TPE 10 x d Example image Part No. Number of cores and conductor Outer diameter Copper index Weight Part No. Characteristic wave impedance approx. Core group Colour code [ mm 2 ] [mm] [kg/km] [kg/km] [Ω] /CAT5/PoE CFBUS.040 (4x0.25)C CFBUS (4x0.25)C white, green, brown, yellow (Star-quad) /CAT5e/PoE CFBUS.045 (4x(2x0.15))C CFBUS (4x(2x0.15))C white-blue/blue, white-orange/orange, whitegreen/green, white-brown/brown /CAT6/PoE CFBUS.049 (4x(2x0.15))C CFBUS (4x(2x0.15))C white-blue/blue, white-orange/orange, whitegreen/green, white-brown/brown /CAT6A/PoE CFBUS.050 4) (4x(2x0.15)C)C CFBUS.050 4) 100 (4x(2x0.15)C)C white/blue, white/orange, white/green, white/brown /CAT7/PoE CFBUS.052 4) (4x(2x0.15)C)C CFBUS.052 4) 100 (4x(2x0.15)C)C white/blue, white/orange, white/green, white/brown CFBUS.060 2) 6) (4x0.38)C CFBUS.060 2) 6) 100 (4x0.38)C white, orange, blue, yellow (Star-quad) The types marked with 2) are cables designed as a star-quad. 4) manufactured without inner jacket 6) Colour outer jacket: Yellow-green (RAL 6018 ) Order example: CFBUS.045 to your required length (0.5 m steps) CFBUS series.045 Code Bus type Online order Delivery time 24hrs or today. Delivery time means time until goods are shipped. Technical note on bus cables bus cables have been specially developed and tested for continuously moving use in e-chains. Depending on the material used for the outer jacket and on the underlying construction principle, the bus cables are designed for different mechanical requirements and resistance to different media. The cables have been electrically designed in such a way that, on the one hand, the electrical requirements of the respective bus specification are reliably met and, on the other, there is a high degree of EMC reliability.it is also ensured that the electrical values remain stable over the long term in spite of constant movement. The overall quality of transmission in a complete bus communication system, however, is not solely dependent on the cable used. What is also essential is that all components (electronic parts, connecting system and cable) are precisely matched to each other and that the maximum transmission lengths, which are dependent on the respective system, are adhered to with regard to the data transmission rates needed. A cable is thus not solely responsible for the reliable transmission of signals. igus advises you when you are designing your bus system to take all these factors into account and, with its extensive tests, helps you to ensure the process reliability of your system from the very beginning. 20 EPLAN download, configurators 21

12 PVC igupur PUR TPE Bus cable TPE CFBUS.LB New Class Basic requirements low highest Travel distance unsupported m Oil resistance none highest Torsion none ±180 CFBUS.LB TPE 7.5 x d 10 million Double strokes guaranteed 7.5 x d Bend, e-chain 400 m Travel distance, e-chain Properties and approvals UV resistance Medium zfor heaviest duty applications ztpe outer jacket zshielded zoil and bio-oil resistant zlow-temperature-flexible zpvc and halogen-free zhydrolysis and microbe-resistant Oil resistance Oil resistant (following DIN EN ), bio-oil resistant (following VDMA with Plantocut 8 S-MB tested by DEA), Class 4 Silicone-free Free from silicone which can affect paint adhesion (following PV status 1992) Halogen-free Following DIN EN Dynamic information Bend e-chain linear minimum 7.5 x d flexible minimum 6 x d fixed minimum 4 x d Temperature e-chain linear -35 C up to +70 C flexible -50 C up to +70 C (following DIN EN ) fixed -55 C up to +70 C (following DIN EN 50305) v max. unsupported 10 m/s gliding 6 m/s a max. 100 m/s² Travel distance Cable structure Conductor Core insulation Core structure Unsupported travel distances and up to 400 m and more for gliding applications, Class 6 Stranded conductor in especially ing-resistant version consisting of bare copper wires (following DIN EN 60228). EAC Lead-free Clean room DESINA CE d service life (details see catalogue, page 22-23) Double strokes* 5 million 7.5 million 10 million Temperature, from/to [ C] Certificate No. RU C-DE.ME77.B (TR ZU) Following 2011/65/EC (RoHS-II) According to ISO Class 1. The outer jacket material of this series complies with CF tested by IPA according to standard DIN EN ISO According to VDW, DESINA standardisation Following 2014/35/EU R min. [factor x d] R min. [factor x d] R min. [factor x d] -35/ / / * Higher number of double strokes? Service life calculation online u Core identification u Product range table Inner jacket TPE mixture adapted to suit the requirements in e-chains. Overall shield Outer jacket Electrical information Nominal voltage Extremely ing-resistant braiding made of tinned copper wires. Coverage approx. 70 % linear, approx. 90 % optical Low-adhesion, extremely abrasion-resistant and highly flexible TPE mixture, adapted to suit the requirements in e-chains. Colour: Red lilac (similar to RAL 4001) 50 V Typical application areas z For heaviest duty applications, Class 7 z Unsupported travel distances and up to 400 m and more for gliding applications, Class 6 z Almost unlimited resistance to oil, also with bio-oils, Class 4 z No torsion, Class 1 z Indoor and outdoor applications without direct solar radiation z Storage and retrieval units for high-bay warehouses, Machining units/machine tools, quick handling, Clean room, semiconductor insertion, indoor cranes, low temperature applications Testing voltage 500 V (following DIN EN ) Example image EPLAN download, configurators 23

13 PVC igupur PUR TPE Bus cable TPE CFBUS.LB New Class Basic requirements low highest Travel distance unsupported m Oil resistance none highest Torsion none ±180 CFBUS.LB TPE 7.5 x d Example image Part No. Number of cores and conductor Outer diameter Copper index Weight Part No. Characteristic wave impedance approx. Core group Colour code [ mm 2 ] [mm] [kg/km] [kg/km] [Ω] /CAT5 CFBUS.LB.040 (4x0.25)C CFBUS.LB (4x0.25)C white, green, brown, yellow (Star-quad) /CAT5e CFBUS.LB.045 (4x(2x0.15))C CFBUS.LB (4x(2x0.15))C white-blue/blue, white-orange/orange, white-green/green, white-brown/brown /CAT6 CFBUS.LB.049 (4x(2x0.15))C CFBUS.LB (4x(2x0.15))C white-blue/blue, white-orange/orange, white-green/green, white-brown/brown CFBUS.LB.060 2) 6) (4x0.38)C CFBUS.LB.060 2) 6) 100 (4x0.38)C white, orange, blue, yellow (Star-quad) The types marked with 2) are cables designed as a star-quad. 6) Colour outer jacket: Yellow-green (RAL 6018 ) Order example: CFBUS.LB.045 to your required length (0.5 m steps) CFBUS.LB series.045 Code Bus type Online order Delivery time 24hrs or today. Delivery time means time until goods are shipped. Technical note on bus cables bus cables have been specially developed and tested for continuously moving use in e-chains. Depending on the material used for the outer jacket and on the underlying construction principle, the bus cables are designed for different mechanical requirements and resistance to different media. The cables have been electrically designed in such a way that, on the one hand, the electrical requirements of the respective bus specification are reliably met and, on the other, there is a high degree of EMC reliability.it is also ensured that the electrical values remain stable over the long term in spite of constant movement. The overall quality of transmission in a complete bus communication system, however, is not solely dependent on the cable used. What is also essential is that all components (electronic parts, connecting system and cable) are precisely matched to each other and that the maximum transmission lengths, which are dependent on the respective system, are adhered to with regard to the data transmission rates needed. A cable is thus not solely responsible for the reliable transmission of signals. igus advises you when you are designing your bus system to take all these factors into account and, with its extensive tests, helps you to ensure the process reliability of your system from the very beginning. 24 EPLAN download, configurators 25

14 PVC igupur PUR TPE Bus cable PUR CFROBOT8 New Class Basic requirements low highest Travel distance unsupported m Oil resistance none highest Torsion none ±180 CFROBOT8 PUR 10 x d 10 million Double strokes guaranteed 10 x d Bend, e-chain 3D movements Travel distance, e-chain Properties and approvals UV resistance High zfor torsion applications zpur outer jacket zshielded zoil resistant and coolant-resistant Dynamic information Bend e-chain twisted minimum 10 x d flexible minimum 8 x d fixed minimum 5 x d zflame retardant znotch-resistant zhydrolysis and microbe-resistant Temperature e-chain twisted -25 C up to +70 C flexible -40 C up to +70 C (following DIN EN ) fixed -50 C up to +70 C (following DIN EN 50305) v max. twisted 180 /s Oil resistance Oil-resistant (following DIN EN ), Class 3 Flame retardant According to IEC , CEI 20-35, FT1 Silicone-free Free from silicone which can affect paint adhesion (following PV status 1992) UL/CSA Style 1589 and 20236, 30 V, 80 C EAC CTP CEI Following CEI Lead-free Certificate No. RU C-DE.ME77.B (TR ZU) Certificate No. C-DE.PB49.B (Fire protection) Following 2011/65/EC (RoHS-II) a max. twisted 60 /s² Travel distance Robots and 3D movements, Class 1 Torsion ± 180, with 1 m cable length, Class 3 Clean room CE According to ISO Class 1. The outer jacket material of this series complies with CF D - tested by IPA according to standard DIN EN ISO Following 2014/35/EU Cable structure Conductor Core insulation Stranded conductor in especially ing-resistant version consisting of bare copper wires (following DIN EN 60228). d service life (details see catalogue, page 22-23) Cycles* 5 million 7.5 million 10 million Temperature, from/to [ C] Torsion max. [ /m] Torsion max. [ /m] Torsion max. [ /m] Core structure Core identification Intermediate layer Overall shield Outer jacket Electrical information Nominal voltage u Product range table Foil taping over the external layer. Torsion resistant tinned braided copper shield. Coverage approx. 80 % optical Low-adhesion, halogen-free, highly abrasion resistant PUR mixture, adapted to suit the requirements in e-chains (following DIN EN ). Colour: Steel-blue (similar to RAL 5011) 50 V -25/-15 ±150 ±90 ±30-15/+60 ±180 ±120 ±60 +60/+70 ±150 ±90 ±30 * Higher number of double strokes? Service life calculation online u Typical application areas zfor heaviest duty applications with torsion movements, Class 6 zespecially for robots and 3D movements, Class 1 zalmost unlimited resistance to oil, also with bio-oils, Class 3 ztorsion ± 180, with 1 m cable length, Class 3 zindoor and outdoor applications, UV-resistant zrobots, handling, spindle drives Testing voltage 500 V Example image EPLAN download, configurators 27

15 PVC igupur PUR TPE Bus cable PUR CFROBOT8 New Class Basic requirements low highest Travel distance unsupported m Oil resistance none highest Torsion none ±180 CFROBOT8 PUR 10 x d Example image Part No. Number of cores and conductor Copper index Weight Part No. Characteristic wave impedance approx. Core group Colour code [mm 2 ] [mm] [kg/km] [kg/km] [Ω] /CAT5e CFROBOT x(2x0.14)C CFROBOT x(2x0.14)C white-green/green, white-orange/orange, white-blue/blue, white-brown/brown /CAT6 CFROBOT x(2x0.14)C CFROBOT x(2x0.14)C white-green/green, white-orange/orange, white-blue/blue, white-brown/brown /CAT6A CFROBOT x(2x0.15)C CFROBOT x(2x0.15)C white-green/green, white-orange/orange, white-blue/blue, white-brown/brown /CAT7 CFROBOT x(2x0.15)C CFROBOT x(2x0.15)C white-green/green, white-orange/orange, white-blue/blue, white-brown/brown CFROBOT8.060 (2x(2x0.34))C CFROBOT (2x(2x0.34))C white/blue, yellow/orange Order example: CFROBOT8.052 to your required length (0.5 m steps) CFROBOT8 series.052 Code Bus type Online order Delivery time 24hrs or today. Delivery time means time until goods are shipped. Technical note on bus cables bus cables have been specially developed and tested for continuously moving use in e-chains. Depending on the material used for the outer jacket and on the underlying construction principle, the bus cables are designed for different mechanical requirements and resistance to different media. The cables have been electrically designed in such a way that, on the one hand, the electrical requirements of the respective bus specification are reliably met and, on the other, there is a high degree of EMC reliability.it is also ensured that the electrical values remain stable over the long term in spite of constant movement. The overall quality of transmission in a complete bus communication system, however, is not solely dependent on the cable used. What is also essential is that all components (electronic parts, connecting system and cable) are precisely matched to each other and that the maximum transmission lengths, which are dependent on the respective system, are adhered to with regard to the data transmission rates needed. A cable is thus not solely responsible for the reliable transmission of signals. igus advises you when you are designing your bus system to take all these factors into account and, with its extensive tests, helps you to ensure the process reliability of your system from the very beginning. 28 EPLAN download, configurators 29

16 PVC igupur PUR TPE Bus cable PUR CFSPECIAL.182 New CFSPECIAL.182 PUR 10 x d Properties and approvals UV resistance High zfor increased tensile load zpur outer jacket zshielded zoil resistant and coolant-resistant zflame retardant zpvc and halogen-free znotch-resistant zhydrolysis and microbe-resistant Oil resistance Oil-resistant (following DIN EN ), Class 3 Offshore MUD-resistant following NEK status 2009 Flame retardant According to IEC , CEI 20-35, FT1, VW-1 Dynamic information Bend e-chain linear minimum 10 x d flexible minimum 8 x d fixed minimum 5 x d Temperature e-chain linear -25 C up to +80 C flexible -40 C up to +80 C (following DIN EN ) fixed -50 C up to +80 C (following DIN EN 50305) v max. unsupported 10 m/s gliding 6 m/s a max. 100 m/s² Silicone-free Free from silicone which can affect paint adhesion (following PV status 1992) Halogen-free Following DIN EN UL/CSA Style and 20233, 300 V, 80 C NFPA Following NFPA , chapter 12.9 Lead-free CE Following 2011/65/EC (RoHS-II) Following 2014/35/EU Travel distance Cable structure Conductor Core insulation For hanging applications up to 50 m Stranded conductor in especially ing-resistant version consisting of bare copper wires (following DIN EN 60228). Typical application areas zfor increased tensile load zalmost unlimited resistance to oil, Class zfor hanging applications up to 50 m zstorage and retrieval units for high-bay warehouses, hanging control units, Elevators Core structure Core identification Part No. Number of cores and conductor Copper index Weight Example image Inner jacket TPE mixture adapted to suit the requirements in e-chains. Overall shield Bending-resistant braiding made of tinned copper wires. Coverage approx. 70 % linear, approx. 90 % optical Reinforcement High tensile-strength aramid braid embedded in the outer jacket. Outer jacket 1. outer jacket: PUR mixture adapted to suit the requirements in e-chains. Reinforcement: High tensile-strength aramid braid embedded in the outer jacket. 2. outer jacket: Low-adhesion, halogen-free PUR mixture, highly abrasionand ing-resistant, adapted to suit the requirements in hanging applications (following DIN EN ). Colour: Jet black (similar to RAL 9005) Electrical information Nominal voltage 50 V Testing voltage 500 V [mm²] [mm] [kg/km] [kg/km] /CAT5 CFSPECIAL (4x(2x0.15))C CFSPECIAL ) (4x0.38)C ) Colour outer jacket: Yellow-green (RAL 6018 ) Part No. Characteristic wave impedance approx. Core group Colour code [Ω] /CAT5 CFSPECIAL (4x(2x0.15))C white-blue/blue, white-orange/orange, white-green/green, white-brown/brown CFSPECIAL (4x0.38)C white, orange, blue, yellow (Star-quad) EPLAN download, configurators 31

17 Bus cables for rail vehicles CFSPECIAL.484 CFSPECIAL x d Properties and approvals UV resistance High zfor heaviest duty applications in rail vehicles zspecial outer jacket zpvc and halogen-free zoil-resistant zflame retardant zself-extinguishing zlow toxicity zlow gas density Oil resistance Oil-resistant (following DIN EN ), Class 3 Flame retardant Flame-retardant (following DIN EN , DIN EN ) Fire safety class: 3 (in accordance to EN ) or 4 (in accordance to DIN ) Halogen-free Following DIN EN Dynamic information Bend e-chain linear minimum 12.5 x d flexible minimum 10 x d fixed minimum 7 x d Temperature e-chain linear -20 C up to +80 C flexible -25 C up to +80 C (following DIN EN ) fixed -30 C up to +80 C (following DIN EN 50305) v max. unsupported 10 m/s Lead-free Following 2011/65/EC (RoHS-II) CE Following 2014/35/EU Toxicity Low toxicity according to EN Smoke gas density Low smoke gas density according to EN a max. Travel distance 20 m/s² For unsupported travels up to 5 m Typical application areas z Rail vehicles, automatic doors, buses, adjusting equipment, Storage and retrieval units for high-bay warehouses, hanging control units, elevators Cable structure Conductor Core insulation Core structure Core identification Fine-wire stranded conductor in especially ing-resistant version consisting of bare copper wires (following DIN EN 60228). Inner jacket TPE mixture adapted to suit the requirements in e-chains. Overall shield Outer jacket Electrical information Nominal voltage Extremely ing-resistant braiding made of tinned copper wires. Coverage approx. 70 % linear, approx. 90 % optical Special mixture adapted to suit the requirements in e-chains (following DIN EN EM 104). Colour: Jet black (similar to RAL 9005) 50 V Part No. Number of cores and conductor Copper index Weight /CAT6 CFSPECIAL (4x(2x0.15))C Part No. Core group Colour code /CAT6 CFSPECIAL (4x(2x0.15))C white-blue/blue, white-orange/orange, white-green/green, white-brown/brown Testing voltage 500 V Example image EPLAN download, configurators 33

18 Harnessed cables CAT5 Network CAT5 PVC OIL PUR TPE Page 6 Page 14 Page Harnessed cables, CAT5, to your required length Cable quality Part No. Number of cores and conductor [mm²] [mm] [x d] Harting CAT5 connector PVC OIL CAT (4x0.25)C PUR CAT (4x0.25)C TPE CAT (4x0.25)C Harting CAT5 connector with housing 34 Network Harnessed Ehternet cables PVC OIL CAT (4x0.25)C PUR CAT (4x0.25)C TPE CAT (4x0.25)C Harnessing one end RJ45/one end M12 x-coded TIA56B 35

19 Network CAT5e Harnessed cables CAT5e Harnessed cables CAT5e Network CAT5e PVC PVC OIL igupur PUR PUR-ROBOT PUR-SPECIAL TPE Page 4 Page 6 Page 10 Page 14 Page 26 Page 30 Page PVC PVC OIL igupur PUR PUR-ROBOT PUR-SPECIAL TPE Page 4 Page 6 Page 10 Page 14 Page 26 Page 30 Page Harnessed cables, CAT5e, to your required length Cable quality Part No. Number of cores and conductor Harnessed cables, CAT5e, to your required length Cable quality Part No. Number of cores and conductor [mm²] [mm] [x d] [mm²] [mm] [x d] Telegärtner CAT6A connector Telegärtner CAT6 connector (RJ45/M12 x-coded) PVC CAT (4x(2x0.14))C PVC OIL CAT (4x(2x0.15))C igupur CAT (4x(2x0.14))C PUR CAT (4x(2x0.15))C PUR-ROBOT CAT x(2x0.14)C PUR-SPECIAL CAT (4x(2x0.15))C TPE CAT (4x(2x0.15))C PVC CAT (4x(2x0.14))C PVC OIL CAT (4x(2x0.15))C igupur CAT (4x(2x0.14))C PUR CAT (4x(2x0.15))C PUR-ROBOT CAT x(2x0.14)C PUR-SPECIAL CAT (4x(2x0.15))C TPE CAT (4x(2x0.15))C Harting CAT6A connector Telegärtner CAT6A connector (M12 x-coded) PVC CAT (4x(2x0.14))C PVC OIL CAT (4x(2x0.15))C igupur CAT (4x(2x0.14))C PUR CAT (4x(2x0.15))C PUR-ROBOT CAT x(2x0.14)C PUR-SPECIAL CAT (4x(2x0.15))C TPE CAT (4x(2x0.15))C PVC CAT (4x(2x0.14))C PVC OIL CAT (4x(2x0.15))C igupur CAT (4x(2x0.14))C PUR CAT (4x(2x0.15))C PUR-ROBOT CAT x(2x0.14)C PUR-SPECIAL CAT (4x(2x0.15))C TPE CAT (4x(2x0.15))C Telegärtner CAT6A connector Phoenix Contact CAT6A connector PVC CAT (4x(2x0.14))C PVC OIL CAT (4x(2x0.15))C igupur CAT (4x(2x0.14))C PUR CAT (4x(2x0.15))C PUR-ROBOT CAT x(2x0.14)C PUR-SPECIAL CAT (4x(2x0.15))C TPE CAT (4x(2x0.15))C PVC CAT (4x(2x0.14))C PVC OIL CAT (4x(2x0.15))C igupur CAT (4x(2x0.14))C PUR CAT (4x(2x0.15))C PUR-ROBOT CAT x(2x0.14)C TPE CAT (4x(2x0.15))C Phoenix Contact CAT6A connector (M12 x-coded) Telegärtner CAT6/CAT6A connector PVC CAT (4x(2x0.14))C PVC OIL CAT (4x(2x0.15))C igupur CAT (4x(2x0.14))C PUR CAT (4x(2x0.15))C PUR-ROBOT CAT x(2x0.14)C PUR-SPECIAL CAT (4x(2x0.15))C TPE CAT (4x(2x0.15))C PVC CAT (4x(2x0.14))C PVC OIL CAT (4x(2x0.15))C igupur CAT (4x(2x0.14))C PUR CAT (4x(2x0.15))C PUR-ROBOT CAT x(2x0.14)C PUR-SPECIAL CAT (4x(2x0.15))C TPE CAT (4x(2x0.15))C Harnessing one end RJ45/one end M12 x-coded TIA56B 36 37

20 Network CAT5e Harnessed cables CAT5e Harnessed cables CAT5e Network CAT5e PVC OIL PUR PUR-ROBOT TPE Page 6 Page 14 Page 26 Page PVC OIL PUR PUR-ROBOT TPE Page 6 Page 14 Page 26 Page Harnessed cables, CAT5e Straight, 4 and 8-pole, to your required length Cable quality Part No. Number of cores and conductor Harnessed cables, CAT5e Cross-Over, 8-pole, to your required length Cable quality Part No. Number of cores and conductor [mm²] [mm] [x d] [mm²] [mm] [x d] Harting CAT5 connector Harting CAT5e connector TPE CAT (4x0.25)C Harting CAT5e connector PVC OIL CAT (4x(2x0.15))C PUR CAT (4x(2x0.15))C PUR-ROBOT CAT x(2x0.14)C TPE CAT (4x(2x0.15))C Yamaichi CAT5 connector PVC OIL CAT (4x(2x0.15))C PUR CAT (4x(2x0.15))C PUR-ROBOT CAT x(2x0.14)C TPE CAT (4x(2x0.15))C Phoenix Contact CAT5e connector PVC OIL CAT (4x(2x0.15))C PUR CAT (4x(2x0.15))C PUR-ROBOT CAT x(2x0.14)C TPE CAT (4x(2x0.15))C Yamaichi CAT5 connector in Hummel housing PVC OIL CAT (4x(2x0.15))C PUR CAT (4x(2x0.15))C PUR-ROBOT CAT x(2x0.14)C TPE CAT (4x(2x0.15))C Yamaichi CAT5 connector in Hummel housing PVC OIL CAT (4x(2x0.15))C PUR CAT (4x(2x0.15))C PUR-ROBOT CAT x(2x0.14)C TPE CAT (4x(2x0.15))C PVC OIL CAT (4x(2x0.15))C PUR CAT (4x(2x0.15))C PUR-ROBOT CAT x(2x0.14)C TPE CAT (4x(2x0.15))C Yamaichi CAT5 connector PVC OIL CAT (4x(2x0.15))C PUR CAT (4x(2x0.15))C PUR-ROBOT CAT x(2x0.14)C TPE CAT (4x(2x0.15))C Phoenix Contact CAT5e connector PVC OIL CAT (4x(2x0.15))C PUR CAT (4x(2x0.15))C PUR-ROBOT CAT x(2x0.14)C TPE CAT (4x(2x0.15))C Yamaichi CAT5 connector in Hummel housing PVC OIL CAT (4x(2x0.15))C PUR CAT (4x(2x0.15))C PUR-ROBOT CAT x(2x0.14)C TPE CAT (4x(2x0.15))C Yamaichi CAT5 connector in Hummel housing PVC OIL CAT (4x(2x0.15))C PUR CAT (4x(2x0.15))C PUR-ROBOT CAT x(2x0.14)C TPE CAT (4x(2x0.15))C Harnessing one end RJ45/one end M12 x-coded TIA56B Harnessing one end RJ45/one end M12 x-coded TIA56B 38 EPLAN download, configurators 39

21 Network CAT5e Harnessed cables CAT5e PVC with Hirose connectors Harnessed cables CAT5e PUR with Hirose connectors Network CAT5e PVC OIL Page 6 PUR Page 14 Connector 1 Connector 2 Connector 3 Connector 4 Connector 5 L angle curve lower L angle curve above T angle curve outer T angle curve inward straight Connector 1 Connector 2 Connector 3 Connector 4 Connector 5 L angle curve lower L angle curve above T angle curve outer T angle curve inward straight Product range Straight (PVC) 8 poles Product range Straight (PVC) 8 poles Product range Part No. Harnessing with connector combination Number of cores and conductor nominal cross section [mm 2 ] Outer diameter [mm] Product range Part No. Harnessing with connector combination Number of cores and conductor nominal cross section [mm 2 ] Outer diameter [mm] CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C Product range Cross-Over (PVC) 8 poles 1 2 (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C Product range Cross-Over (PUR) 8 poles 1 2 (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C Example images. G = with green-yellow earth core x = without earth core Example images. G = with green-yellow earth core x = without earth core Harnessing one end RJ45/one end M12 x-coded TIA56B Harnessing one end RJ45/one end M12 x-coded TIA56B 40 EPLAN download, configurators 41

22 Network CAT5e Harnessed cables CAT5e PUR-ROBOT with Hirose connectors Harnessed cables CAT5e TPE with Hirose connectors Network CAT5e PUR-ROBOT Page 26 TPE Page Connector 1 Connector 2 Connector 3 Connector 4 Connector 5 L angle curve lower L angle curve above T angle curve outer T angle curve inward straight Connector 1 Connector 2 Connector 3 Connector 4 Connector 5 L angle curve lower L angle curve above T angle curve outer T angle curve inward straight Product range straight (PUR-ROBOT) 8 poles Product range straight (TPE) 8 poles Product range Part No. Harnessing with connector combination Number of cores and conductor nominal cross section [mm 2 ] Outer diameter [mm] Product range Part No. Harnessing with connector combination Number of cores and conductor nominal cross section [mm 2 ] Outer diameter [mm] CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT (4x(2x0.15)C) (4x(2x0.15)C) (4x(2x0.15)C) (4x(2x0.15)C) (4x(2x0.15)C) (4x(2x0.15)C) (4x(2x0.15)C) (4x(2x0.15)C) (4x(2x0.15)C) (4x(2x0.15)C) (4x(2x0.15)C) (4x(2x0.15)C) (4x(2x0.15)C) (4x(2x0.15)C) Product range Cross-Over (PUR-ROBOT) 8 poles 1 2 (4x(2x0.15)C) (4x(2x0.15)C) (4x(2x0.15)C) (4x(2x0.15)C) (4x(2x0.15)C) (4x(2x0.15)C) (4x(2x0.15)C) (4x(2x0.15)C) (4x(2x0.15)C) (4x(2x0.15)C) (4x(2x0.15)C) (4x(2x0.15)C) (4x(2x0.15)C) (4x(2x0.15)C) CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT CAT (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C Product range Cross-Over (TPE) 8 poles 1 2 (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C (4x(2x0.15))C Example images. G = with green-yellow earth core x = without earth core Example images. G = with green-yellow earth core x = without earth core Harnessing one end RJ45/one end M12 x-coded TIA56B Harnessing one end RJ45/one end M12 x-coded TIA56B 42 EPLAN download, configurators 43

23 Network CAT5e Harnessed cables CAT5e Harnessed cables CAT6 Network CAT6 PVC OIL PUR PUR-ROBOT TPE Page 6 Page 14 Page 26 Page PVC OIL PUR TPE Page 6 Page 14 Page Harnessed cables, CAT5e, to your required length Cable quality Part No. Number of cores and conductor Harnessed cables, CAT6, to your required length Cable quality Part No. Number of cores and conductor [mm²] [mm] [x d] Connection cable Hirose CAT5e-/ Intercontec connector PVC OIL CAT (4x(2x0.15))C PUR CAT (4x(2x0.15))C PUR-ROBOT CAT x(2x0.14)C TPE CAT (4x(2x0.15))C Extension cable Intercontec connector PVC OIL CAT (4x(2x0.15))C PUR CAT (4x(2x0.15))C PUR-ROBOT CAT x(2x0.14)C TPE CAT (4x(2x0.15))C Termination cable Intercontec-/ Hirose CAT5e connector PVC OIL CAT (4x(2x0.15))C PUR CAT (4x(2x0.15))C PUR-ROBOT CAT x(2x0.14)C TPE CAT (4x(2x0.15))C [mm²] [mm] [x d] Telegärtner CAT6A connector PVC OIL CAT (4x(2x0.15))C PUR CAT (4x(2x0.15))C TPE CAT (4x(2x0.15))C Harting CAT6 connector PVC OIL CAT (4x(2x0.15))C PUR CAT (4x(2x0.15))C TPE CAT (4x(2x0.15))C Telegärtner CAT6 connector PVC OIL CAT (4x(2x0.15))C PUR CAT (4x(2x0.15))C TPE CAT (4x(2x0.15))C Telegärtner CAT6 connector (RJ45/M12 x-coded) PVC OIL CAT (4x(2x0.15))C PUR CAT (4x(2x0.15))C TPE CAT (4x(2x0.15))C Harnessing one end RJ45/one end M12 x-coded TIA56B Telegärtner CAT6/CAT6A connector PVC OIL CAT (4x(2x0.15))C PUR CAT (4x(2x0.15))C TPE CAT (4x(2x0.15))C Harnessing one end RJ45/one end M12 x-coded TIA56B 44 EPLAN download, configurators 45

24 Network CAT6 Harnessed cables CAT6 Harnessed cables CAT6 Network CAT6 PVC OIL PUR TPE Page 6 Page 14 Page TPE Page Harnessed cables, CAT6, to your required length Cable quality Part No. Number of cores and conductor Harnessed cables, CAT6, 8-pole, to your required length Cable quality Part No. Number of cores and conductor [mm²] [mm] [x d] Phoenix Contact CAT6A connector PVC OIL CAT (4x(2x0.15))C PUR CAT (4x(2x0.15))C TPE CAT (4x(2x0.15))C [mm²] [mm] [x d] Straight Hirose CAT6A connector TPE CAT (4x(2x0.15)C)C Phoenix Contact CAT6A connector (M12 x-coded) PVC OIL CAT (4x(2x0.15))C PUR CAT (4x(2x0.15))C TPE CAT (4x(2x0.15))C Harnessing one end RJ45/one end M12 x-coded TIA56B Metz RJ45 E-DAT IP67 connector TPE CAT (4x(2x0.15)C)C Harting CAT6A connector TPE CAT (4x(2x0.15)C)C Cross-Over Hirose CAT6A connector TPE CAT (4x(2x0.15)C)C Metz RJ45 E-DAT IP67 connector TPE CAT (4x(2x0.15)C)C Harting CAT6A connector TPE CAT (4x(2x0.15)C)C M12 x-coded Telegärtner CAT6A connector TPE CAT (4x(2x0.15)C)C Telegärtner CAT6A connector TPE CAT (4x(2x0.15)C)C Harnessing one end RJ45/one end M12 x-coded TIA56B 46 EPLAN download, configurators 47

25 Network CAT6 A Harnessed cables CAT6A Harnessed cables CAT7 Network CAT7 PVC OIL PUR PUR-ROBOT TPE Page 6 Page 14 Page 26 Page PUR-ROBOT TPE Page 26 Page Harnessed cables, CAT6A, to your required length Cable quality Part No. Number of cores and conductor Harnessed cables, CAT7, to your required length Cable quality Part No. Number of cores and conductor [mm²] [mm] [x d] [mm²] [mm] [x d] Telegärtner CAT6A connector Telegärtner CAT6A connector PUR-ROBOT CAT x(2x0.15)C TPE CAT (4x(2x0.15)C)C PUR-ROBOT CAT x(2x0.15)C TPE CAT (4x(2x0.15)C)C Harting CAT6A connector Harting CAT6A connector PUR-ROBOT CAT x(2x0.15)C TPE CAT (4x(2x0.15)C)C PUR-ROBOT CAT x(2x0.15)C TPE CAT ) (4x(2x0.15)C)C Telegärtner CAT6A connector Harting CAT6A connector PVC OIL CAT x(2x0.20)C PUR CAT x(2x0.20)C PUR-ROBOT CAT x(2x0.15)C TPE CAT (4x(2x0.15)C)C PUR-ROBOT CAT x(2x0.15)C TPE CAT (4x(2x0.15)C)C Telegärtner CAT6A connector (RJ45/M12 x-coded) Telegärtner CAT6A/ Telegärtner CAT6A, angled PVC OIL CAT x(2x0.20)C PUR CAT x(2x0.20)C PUR-ROBOT CAT x(2x0.15)C TPE CAT (4x(2x0.15)C)C PUR-ROBOT CAT x(2x0.15)C TPE CAT (4x(2x0.15)C)C Phoenix Contact CAT6A connector (M12 x-coded) Telegärtner CAT6A connector PUR-ROBOT CAT x(2x0.15)C TPE CAT (4x(2x0.15)C)C PVC OIL CAT x(2x0.20)C PUR CAT x(2x0.20)C PUR-ROBOT CAT x(2x0.15)C TPE CAT (4x(2x0.15)C)C Phoenix Contact CAT6A connector (M12 x-coded) PVC OIL CAT x(2x0.20)C PUR CAT x(2x0.20)C PUR-ROBOT CAT x(2x0.15)C TPE CAT (4x(2x0.15)C)C Module PS-Tera/ Connector PS-Tera PUR-ROBOT CAT x(2x0.15)C TPE CAT (4x(2x0.15)C)C Connector PS-Tera/ Connector PS-Tera PUR-ROBOT CAT x(2x0.15)C TPE CAT (4x(2x0.15)C)C ) This cable must be stripped before the connector and covered with a shrink-on tube so that the patch plug can be fitted. Harnessing one end RJ45/one end M12 x-coded TIA56B 48 EPLAN download, configurators 49

26 Network Harnessed cables Harnessed cables Network PVC PVC OIL igupur PUR PUR-ROBOT TPE Page 4 Page 6 Page 10 Page 14 Page 26 Page PVC PVC OIL igupur PUR PUR-ROBOT TPE Page 4 Page 6 Page 10 Page 14 Page 26 Page Harnessed cables, to your required length Cable quality Part No. Number of cores and conductor Harnessed cables, to your required length Cable quality Part No. Number of cores and conductor [mm²] [mm] [x d] [mm²] [mm] [x d] Yamaichi connector Telegärtner connector PVC CAT (4x0.34)C PVC OIL CAT (4x0.38)C igupur CAT (4x0.34)C PUR CAT (4x0.38)C PUR-ROBOT CAT (2x(2x0.34))C TPE CAT (4x0.38)C PVC CAT (4x0.34)C PVC OIL CAT (4x0.38)C igupur CAT (4x0.34)C PUR CAT (4x0.38)C PUR-ROBOT CAT (2x(2x0.34))C TPE CAT (4x0.38)C Harting connector Telegärtner connector/ M12 connector (x-coded) PVC CAT (4x0.34)C PVC OIL CAT (4x0.38)C igupur CAT (4x0.34)C PUR CAT (4x0.38)C PUR-ROBOT CAT (2x(2x0.34))C TPE CAT (4x0.38)C PVC CAT (4x0.34)C PVC OIL CAT (4x0.38)C igupur CAT (4x0.34)C PUR CAT (4x0.38)C PUR-ROBOT CAT (2x(2x0.34))C TPE CAT (4x0.38)C Harting connector Telegärtner M12 connector (x-coded) PVC CAT (4x0.34)C PVC OIL CAT (4x0.38)C igupur CAT (4x0.34)C PUR CAT (4x0.38)C PUR-ROBOT CAT (2x(2x0.34))C TPE CAT (4x0.38)C PVC CAT (4x0.34)C PVC OIL CAT (4x0.38)C igupur CAT (4x0.34)C PUR CAT (4x0.38)C PUR-ROBOT CAT (2x(2x0.34))C TPE CAT (4x0.38)C Telegärtner connector Telegärtner and Binder connector (d-coded) PVC CAT (4x0.34)C PVC OIL CAT (4x0.38)C igupur CAT (4x0.34)C PUR CAT (4x0.38)C PUR-ROBOT CAT (2x(2x0.34))C TPE CAT (4x0.38)C PVC CAT (4x0.34)C PVC OIL CAT (4x0.38)C igupur CAT (4x0.34)C PUR CAT (4x0.38)C PUR-ROBOT CAT (2x(2x0.34))C TPE CAT (4x0.38)C Harnessing one end RJ45/one end M12 x-coded TIA56B Harnessing one end RJ45/one end M12 x-coded TIA56B 50 EPLAN download, configurators 51

27 Network Harnessed cables Harnessed cables Network PVC PVC OIL igupur PUR PUR-ROBOT TPE Page 4 Page 6 Page 10 Page 14 Page 26 Page PVC PVC OIL igupur PUR PUR-ROBOT TPE Page 4 Page 6 Page 10 Page 14 Page 26 Page Harnessed cables, to your required length Cable quality Part No. Number of cores and conductor Harnessed cables, to your required length Cable quality Part No. Number of cores and conductor [mm²] [mm] [x d] [mm²] [mm] [x d] Telegärtner and Binder connector (RJ45/M12 d-coded) Siemens connector PVC CAT (4x0.34)C PVC OIL CAT (4x0.38)C igupur CAT (4x0.34)C PUR CAT (4x0.38)C PUR-ROBOT CAT (2x(2x0.34))C TPE CAT (4x0.38)C PVC CAT (4x0.34)C PVC OIL CAT (4x0.38)C igupur CAT (4x0.34)C PUR CAT (4x0.38)C PUR-ROBOT CAT (2x(2x0.34))C TPE CAT (4x0.38)C Phoenix Contact connector PVC CAT (4x0.34)C PVC OIL CAT (4x0.38)C igupur CAT (4x0.34)C PUR CAT (4x0.38)C PUR-ROBOT CAT (2x(2x0.34))C TPE CAT (4x0.38)C Harnessed cables with moulded M12 connectors, in fixed lengths Cable quality Part No. Cable Number of cores and conductor length [m] [mm²] [mm] [x d] Phoenix Contact connector (x-coded) M12 connector straight 4-pole, D-coded PVC CAT (4x0.34)C PVC OIL CAT (4x0.38)C igupur CAT (4x0.34)C PUR CAT (4x0.38)C PUR-ROBOT CAT (2x(2x0.34))C TPE CAT (4x0.38)C PVC OIL BUS (4x0.38)C PVC OIL BUS (4x0.38)C PUR BUS (4x0.38)C PUR BUS (4x0.38)C TPE BUS (4x0.38)C TPE BUS (4x0.38)C Siemens connector M12 connector straight 4-pole, D-coded PVC CAT (4x0.34)C PVC OIL CAT (4x0.38)C igupur CAT (4x0.34)C PUR CAT (4x0.38)C PUR-ROBOT CAT (2x(2x0.34))C TPE CAT (4x0.38)C PVC OIL BUS (4x0.38)C PVC OIL BUS (4x0.38)C PUR BUS (4x0.38)C PUR BUS (4x0.38)C TPE BUS (4x0.38)C TPE BUS (4x0.38)C Harnessing one end RJ45/one end M12 x-coded TIA56B 52 EPLAN download, configurators 53

28 Network Connectors Connectors for network technology Overview Network Connectors igus Part-No. Manufacturer Cable diameter Protection class Number of contacts Connection method Bus type Conductor cross section Cable quality matching cables [mm] [mm²] [mm] MAT HARTING IP20 8 Cutting clamps CAT Maximum cable diameter Number of cores and conductor cross section PVC CFBUS.PVC (4x(2x0.15))C PUR CFBUS.PUR (4x(2x0.15))C TPE CFBUS (4x(2x0.15))C PUR-Robot CFROBOT x(2x0.14)C MAT HARTING IP20 8 Hand tool needed CAT PVC CFBUS.PVC.049* 7.5 (4x(2x0.15))C PUR CFBUS.PUR.049* 7.5 (4x(2x0.15))C 54 MAT Phoenix Contact IP20 8 Cutting clamps CAT5e MAT Telegärtner IP20 8 Hand tool needed CAT6A CAT6 MAT Telegärtner max. 7.0 IP MAT Yamaichi - IP20 8 Hand tool needed CAT MAT Yamaichi max. 7.5 IP MAT Yamaichi MAT WEIDMÜLLER IP20 8 Cutting clamps Cat.6 (CAT6A acc. to datasheet) MAT Telegärtner IP20 8 Cutting clamps CAT6A MAT HARTING IP20 4 Cutting clamps CAT5/ MAT Datwyler max. 8.9 IP20 8 Cutting clamps CAT7A MAT Datwyler max. 6.3 IP20 8 Cutting clamps CAT7A MAT Binder IP67 4 Screw clamps All connectors are compatible downward Please note the outer diameter of the cable and the conductor cross section CAT5/ max PVC CF (4x(2x0.15))C PVC CFBUS.PVC (4x(2x0.15))C igupur CF (4x(2x0.15))C PUR CFBUS.PUR (4x(2x0.15))C TPE CFBUS.045* 8.5 (4x(2x0.15))C PUR-Robot CFROBOT8.045* 8.5 4x(2x0.14)C TPE CFBUS.050* x(2x0.15)C)C PUR-Robot CFROBOT8.050* x(2x0.15)C PVC CFBUS.PVC (4x(2x0.15))C PUR CFBUS.PUR (4x(2x0.15))C TPE CFBUS.049* 8.5 (4x(2x0.15))C PUR-Robot CFROBOT8.049* 8.5 4x(2x0.14)C PVC CFBUS.PVC (4x(2x0.15))C PUR CFBUS.PUR (4x(2x0.15))C TPE CFBUS.049* 8.5 (4x(2x0.15))C PUR-Robot CFROBOT8.049* 8.5 4x(2x0.14)C PVC CFBUS.PVC (4x(2x0.15))C PUR CFBUS.PUR (4x(2x0.15))C TPE CFBUS (4x(2x0.15))C PUR-Robot CFROBOT x(2x0.14)C PVC CFBUS.PVC x(2x0.20)C PUR CFBUS.PUR x(2x0.20)C TPE CFBUS.050* 10.5 (4x(2x0.15)C)C PUR-Robot CFROBOT8.050* x(2x0.15)C PVC CF (4x0.38)C PVC CFBUS.PVC (4x0.25)C PVC CFBUS.PVC (4x0.38)C igupur CF (4x0.38)C PUR CFBUS.PUR (4x0.25)C PUR CFBUS.PUR (4x0.38)C TPE CFBUS (4x0.25)C TPE CFBUS.060* 7.5 (4x0.38)C PUR-Robot CFROBOT8.060* 8.5 (2x(2x0.34))C PVC CFBUS.PVC.052* 9.5 (4x(2x0.15)C)C PUR CFBUS.PUR.052* 9.5 (4x(2x0.15)C)C TPE CFBUS.052* 10.5 (4x(2x0.15)C)C PUR-Robot CFROBOT8.052* x(2x0.15)C PVC CFBUS.PVC.052* 9.5 (4x(2x0.15)C)C PUR CFBUS.PUR.052* 9.5 (4x(2x0.15)C)C TPE CFBUS.052* 10.5 (4x(2x0.15)C)C PUR-Robot CFROBOT8.052* x(2x0.15)C PVC CF (4x0.38)C PVC CFBUS.PVC (4x0.25)C PVC CFBUS.PVC (4x0.38)C igupur CF (4x0.38)C PUR CFBUS.PUR (4x0.25)C PUR CFBUS.PUR (4x0.38)C TPE CFBUS (4x0.25)C TPE CFBUS (4x0.38)C PUR-Robot CFROBOT8.060* 8.5 (2x(2x0.34))C * According to data sheet, the connectors do not match these cables but the cables can nevertheless be manually modified/tapered. 55

29 Network Connectors Connectors for network technology Overview Network Connectors igus Part-No. Manufacturer Cable diameter Protection class SpringTec 615 Connector SpringTec 615 Coupling MAT MAT MAT MAT Intercontec Intercontec Phoenix Contact Phoenix Contact Phoenix Contact Phoenix Contact Number of contacts Connection type Bus type Conductor cross section Cable quality matching cables [mm] [mm²] [mm] (Plastic clamp ring) mm (Metal clamp ring) (Plastic clamp ring) mm (Metal clamp ring) IP67 12 Hand tool needed IP67 12 Hand tool needed IP67 8 Cutting clamps IP67 8 Cutting clamps IP67 8 Cutting clamps IP67 8 Cutting clamps MAT Siemens IP20 4 Cutting clamps CAT5e/ CAT5e/ CAT6A/ CAT6A/ CAT6A/ CAT6A/ CAT5/ MAT Siemens IP20 8 Cutting clamps CAT All connectors are compatible downward Please note the outer diameter of the cable and the conductor cross section Maximum cable diameter Number of cores and conductor cross section PVC CF (4x0.38)C PVC CFBUS.PVC (4x0.25)C PVC CFBUS.PVC (4x0.38)C igupur CF (4x0.38)C PUR CFBUS.PUR (4x0.25)C PUR CFBUS.PUR (4x0.38)C TPE CFBUS (4x0.25)C TPE CFBUS (4x0.38)C PUR-Robot CFROBOT8.060* 8.5 (2x(2x0.34))C PVC CF (4x0.38)C PVC CFBUS.PVC (4x0.25)C PVC CFBUS.PVC (4x0.38)C igupur CF (4x0.38)C PUR CFBUS.PUR (4x0.25)C PUR CFBUS.PUR (4x0.38)C TPE CFBUS (4x0.25)C TPE CFBUS (4x0.38)C PUR-Robot CFROBOT8.060* 8.5 (2x(2x0.34))C PVC CFBUS.PVC x(2x0.20)C PUR CFBUS.PUR x(2x0.20)C TPE CFBUS.050* 10.5 (4x(2x0.15)C)C PUR-Robot CFROBOT8.050* x(2x0.15)C PVC CF (4x0.38)C PVC CFBUS.PVC (4x0.25)C PVC CFBUS.PVC (4x0.38)C igupur CF (4x0.38)C PUR CFBUS.PUR (4x0.25)C PUR CFBUS.PUR (4x0.38)C TPE CFBUS (4x0.25)C TPE CFBUS (4x0.38)C PUR-Robot CFROBOT (2x(2x0.34))C PVC CFBUS.PVC x(2x0.20)C PUR CFBUS.PUR x(2x0.20)C TPE CFBUS.050* 10.5 (4x(2x0.15)C)C PUR-Robot CFROBOT8.050* x(2x0.15)C PVC CF (4x0.38)C PVC CFBUS.PVC (4x0.25)C PVC CFBUS.PVC (4x0.38)C igupur CF (4x0.38)C PUR CFBUS.PUR (4x0.25)C PUR CFBUS.PUR (4x0.38)C TPE CFBUS (4x0.25)C TPE CFBUS (4x0.38)C PUR-Robot CFROBOT (2x(2x0.34))C PVC CF (4x0.38)C PVC CFBUS.PVC (4x0.25)C PVC CFBUS.PVC (4x0.38)C igupur CF (4x0.38)C PUR CFBUS.PUR (4x0.25)C PUR CFBUS.PUR (4x0.38)C TPE CFBUS (4x0.25)C TPE CFBUS.060* 7.5 (4x0.38)C PVC CFBUS.PVC (4x(2x0.15))C PUR CFBUS.PUR (4x(2x0.15))C TPE CFBUS.049* 8.5 (4x(2x0.15))C PUR-Robot CFROBOT8.049* 8.5 4x(2x0.14)C * According to data sheet, the connectors do not match these cables but the cables can nevertheless be manually modified/tapered. 56 EPLAN download, configurators 57

30 igus cables From stock... even from 1 metre... no cutting charges Control cables Range of other products Order online... for Network technology Data/Coax cables Harnessed Fibre optic cables FOC Bus cables Initiators CF.INI Sensor/actuator cables Fibre optic cables cables with Industrial connectors Measuring system cables Harnessed dress packs and cables for robots Servo cables Harnessed cables for drive technology readycable Motor cables Connectors Twistable cables Strain relief systems chainfix for Video/vision/bus technology Ready-to-install assembled e-chainsystems readychain