Includes Hybrid Cables for SICK HIPERFACE DSL and HEIDENHAIN HMC6. NEW! TOPSERV PUR Single CABLES ACC. TO CROSS SECTION & ACC.

Transcription

1 ABLES A. TO ROSS SETION & A. TO DRIVE SYSTEMS Drive Technology Includes ables for SIK HIPERFAE DSL and HEIDENHAIN HM6 NEW! PUR Single

2 Search Options I. Servo & Feedback ables According to ross Section I. a. ables PV According to SIK HIPERFAE DSL 3 PUR According to SIK HIPERFAE DSL and HEIDENHAIN HM6 3 I. b. Servo ables PV ables for Fixed Applications PUR Track ables Without pair 4 Single onductors 5 With 1 pair 4 With 2 pairs 4 Without pair 5 With 1 pair 5 With 2 pairs 5 I. c. Feedback ables PV ables for Fixed Applications 6 PUR Track ables 7 II. Servo & Feedback ables According to Drive System SIEMENS 10 Fanuc 12 Bosch Rexroth 11 Schneider Electric 12 Lenze 11 NOTE Siemens 6FX500, Siemens 6FX00Plus are registered trademarks of SIEMENS AG and are to be used only for comparison purposes. INDRAMAT INK are registered trademarks of BOSH REXROTH AG and are to be used only for comparison purposes. LENZE are registered trademarks of LENZE AG and are to be used only for comparison purposes. Fanuc are registered trademarks of Fanuc K.K. and are to be used only for comparison purposes. Elau are registered trademarks of Schneider Electric GmbH and are to be used only for comparison purposes. SIK HIPERFAE DSL are registered trademarks of SIK AG and are to be used only for comparison purposes. BR are registered trademarks of Bernecker Reiner Industrie Elektronik GmbH and are to be used only for comparison purposes. Heidenhain are registered trademarks of Dr. Johannes Heidenhain GmbH and are to be used only for comparison purposes. Heidenhain HM6 are registered trademarks of Dr. Johannes Heidenhain GmbH and are to be used only for comparison purposes. Baumüller are registered trademarks of Baumüller Holding GmbH & o. KG and are to be used only for comparison purposes. 2

3 According to ross Section ables according to international Approvals / Motor, Feedback and Servo ables UL/SA ables according according to to international international Approvals Approvals // Motor, Motor, Feedback Feedback and and Servo Servo ables ables UL/SA UL/SA ables hybrid hybrid cable for SIK Hiperface DSL hybridcable cablefor forsik SIKHiperface HiperfaceDSL DSL feedback cablesystems for SIK Hiperface DSL motor feedback systems motor motor motor feedback systems systems feedback A ls o se e a b le s, W ir e s & A cc e ss or ie s E d. 27 a ta lo g, pa g e Technical data Technicaldata data Technical PUR PUR PUR Special PUR drag chain cable acc. to Special PUR PUR drag drag chain chain cable cable acc. acc. to to Special UL AWM Style 213 SA AWM UL AWM AWM Style Style SA SA AWM AWM UL Temperature range Temperature range range Temperature flexing -30 to 0 flexing to to 0 0 flexing fixed installation -40 to 90 fixed installation installation to to fixed Nominal voltage Nominal voltage voltage Nominal VDE VDE VDE power supply cores U0/U 600/1000 V power supply supply cores cores U U00/U /U 600/ /1000 V V power V control cores U0/U 300/500 /U 300/ /500 V V control cores cores U U0/U control UL/SA V UL/SA V V UL/SA A.. test voltage, 50 Hz A.. test test voltage, voltage, Hz Hz A.. power supply cores 4000 V power supply supply cores cores V V power control cores 1000 V control cores cores V V control Insulation resistance Insulation resistance resistance Insulation min. 20 MOhm x km min MOhm MOhm xx km km min. oupling resistance oupling resistance resistance oupling max. 250 Ohm/km max Ohm/km Ohm/km max. Minimum bending radius Minimum bending bending radius radius Minimum flexing 7,5x cable Ø flexing 7,5x 7,5x cable cable Ø Ø flexing fixed installation 4x cable Ø fixed installation installation 4x 4x cable cable Ø Ø fixed min. 5 mio. cycles min. 55 mio. mio. cycles cycles min. able structure able structure structure able Bare copper-conductor, to Properties Properties Properties Low capacitance Bare copper-conductor, copper-conductor, to to Bare DIN VDE 0295 cl.6, extra fine-wire, DIN VDE VDE cl.6, cl.6, extra extra fine-wire, fine-wire, DIN IE 60 cl.6 IE cl.6 cl.6 IE ore insulation halogen-free PP ore insulation insulation halogen-free halogen-free PP PP ore ore identification ore identification identification ore power supply cores power supply supply cores cores power core 1: black with imprint U/L1//L core 1: 1: black black with with imprint U/L1//L imprint U/L1//L core core 2: black with imprint V/L2 core 2: 2: black black with with imprint V/L2 imprint V/L2 core core 3: black with imprint W/L3/D/Lcore 3: 3: black black with with imprint W/L3/D/Limprint W/L3/D/Lcore control cores control cores cores control pair 1: black with number no. 56 pair 1: 1: black black with with number number no. no pair pair 2: white and blue pair 2: 2: white white and and blue blue pair GN-YE conductor GN-YE conductor conductor GN-YE Screening of the control cores in pairs Screening of of the the control control cores cores in in pairs pairs Screening wrapped with tinned copper braid wrapped with with tinned tinned copper copper braid braid wrapped Power supply cores laid up Power supply supply cores cores laid laid up up Power with optimal lay length and with optimal optimal lay lay length length and and with stabilising filler stabilising filler filler stabilising Overall screening from tinned copper Overall screening screening from from tinned tinned copper copper Overall braid, optimal coverage approx. 5% braid, optimal optimal coverage coverage approx. approx. 5% 5% braid, Outer sheath of PV or PUR Outer sheath sheath of of PV PV or or PUR PUR Outer Sheath colour orange ( ) Sheath colour colour orange orange ( ( ) ) Sheath acc. to DESINA acc. to to DESINA DESINA acc. Low capacitance capacitance Low PUR outer sheath: low adhesion, extremely PUR outer outer sheath: sheath: low low adhesion, adhesion, extremely extremely PUR abrasion resistant, halogen-free, resistant abrasion resistant, resistant, halogen-free, halogen-free, resistant resistant abrasion to UV-, oil-, hydrolysis and microbial attack to UV-, UV-, oil-, oil-, hydrolysis hydrolysis and and microbial microbial attack attack to Optimum compliance with requirements Optimum compliance compliance with with requirements requirements Optimum for electromagnetic compatibility (EM) by for electromagnetic electromagnetic compatibility compatibility (EM) (EM) by by for approx. 5% coverage from the braided approx. 5% 5% coverage coverage from from the the braided braided approx. screen screen screen These cables are produced to high quality These cables cables are are produced produced to to high high quality quality These specifications and conform to the specifications and conform conform to to the the specifications and DESINA standard. DESINA standard. standard. DESINA The materials used in manufacture are The materials materials used used in in manufacture manufacture are are The cadmium-free and contain no silicone cadmium-free and and contain contain no no silicone silicone cadmium-free and free from substances harmful to and free free from from substances substances harmful harmful to to and the wetting properties of lacquers the wetting wetting properties properties of of lacquers lacquers the Tests Tests Tests PUR outer sheath self-extinguishing and PUR outer outer sheath sheath self-extinguishing self-extinguishing and and PUR flame retardant to DIN VDE , flame retardant retardant to to DIN DIN VDE VDE , , flame DIN EN , IE (equivalent DINEN EN , ,IE IE (equivalent (equivalent DIN DIN VDE 0472 part 04 test method B) DIN VDE VDE part part test test method method B) B) DIN Note Note Note PV cables is available on request. The The technical technicaldata datafor for PV cables are available on request. The technical technical data data for for PV PV cables cables are are available available on on request. request. The The technical data for PUR cables according to HEIDENHAIN HM6 is available on request. Application PUR for torsion application available on request. Application Application The supply conductors for these cables are ideally combined with the control conductors for the brake function and the transmission of the Sick The supply supply conductors conductors for for these these cables cables are are ideally ideally combined combined with with the the control control conductors conductors for for the the brake brake function function and and the the transmission transmission of of the the Sick Sick The Hiperface DSL protocols. Applications include machine, plant and robot construction. Please observe applicable installation regulations for use in Hiperface DSL DSL protocols. protocols. Applications Applications include include machine, machine, plant plant and and robot robot construction. construction. Please Please observe observe applicable applicable installation installation regulations regulations for for use use in in Hiperface energy supply chains. energy supply supply chains. chains. energy Part No. No. of op. Outer Diameter EM = Electromagnetic compatibillity able Structure / Jacket olor EM = = Electromagnetic ElectromagneticHELUKABEL compatibillityoem EM compatibillity To optimize the EM features we recommend a largeonductors round contact of the copper braiding on both ends. To optimize optimize the the EM EM features features we we recommend recommend aa large large round round contact contact of of the the copper copper braiding braiding on on both both ends. ends. To to SIK HIPERFAE DSL = Theacc. product is conformed with the E Low-Voltage Directive 2006/95/E. = The The product product is is conformed conformed with with the the E E Low-Voltage Low-Voltage Directive Directive 2006/95/E. 2006/95/E. = PV Li9YY 4 G 0.5 (2 x 0.34) (2 x 26 AWG) PV for fixed or not constantly movements PV movements 4 G 0.75 (2 x 0.34) (2 x 26 AWG) PV for fixed fixed or orli9yy not constantly constantly movements for not Part No.cores x PV Sheath Outer Ø op. AWG-No. PV No.cores Part No.cores Part xx PV Li9YY no. cross-sec. no. cross-sec. no. cross-sec. mm² PV Li9YY mm² (2x0,34) (2x mm² (4G0,5 PV Li9YY (4G0,5 (2x0,34) (2x (2x0,34) (2x (4G0,5 (4G1 (2x PV (4G1 (4G1 (2x Li9YY (4G1,5 (2x (2x (4G1, (2x (2x (2x (4G1,5 (4G2,5 PV Li9YY (4G2,5 (2x (4G2,5 (2x (4G4 Li9YY PV (2x (4G4 (2x (4G4 (4G6 (2x (2x PV (4G6 (4G6 (2x (2x Li9YY (4G10 (2x1,5) (2x (4G10 (2x1,5) (2x (4G10 (4G16 (2x1,5) (2x1,5) (2x (2x (4G16 (4G16 (2x1,5) (2x1,5) (2x (2x PUR PUR, high flexible for drag chain PUR, high flexible for drag chain high Part No. flexible Partfor No. drag chain Part No.cores x PUR, Part No.cores Part No.cores no. cross-sec.xx HELUKABEL OEM no. cross-sec. no. cross-sec. mm² mm² to mm² SIK HIPERFAE DSL acc. (4G0,5 (2x0,34) (2x (4G0,5 (2x0,34) (2x (2x0,34) (2x (4G0,5 (4G1 (2x LI9Y11Y PUR (4G1 (2x (4G1 (2x (4G1,5 (2x (4G1,5 (2x (4G1,5 (4G1,5 PUR (2x24 (2x LI9Y11Y (4G1,5 (4G1,5 PUR (2x (2x (2x (4G2, LI9Y11Y (4G2,5 (2x (4G2,5 (2x (4G4 LI9Y11Y PUR (2x (4G4 (4G4 (2x (2x (4G6 (2x PUR (4G6 (4G6 (2x (2x LI9Y11Y 7054 (4G10 (2x1,5) (2x (4G10 (4G10 PUR (2x1,5) (2x (2x LI9Y11Y 7054 (2x1,5) (4G16 (2x1,5) (2x (4G16 (4G16 PUR (2x1,5) (2x (2x LI9Y11Y (2x1,5) onductors and specifications may be changed without prior notice. Dimensions PUR LI9Y11Y Dimensions and specifications may be changed without prior notice. Dimensions and specifications may be changed without prior notice. PUR 7054 LI9Y11Y PUR LI9Y11Y Sheath Outer Ø Sheath Ø 4 G 1.0 (2 x 0.75) (2 x AWG)Outer mm colour app. colour app. mm colour 4 G 1.5 (2 x 0.75) (2 x AWG)app. mm 9,3 4 G 2.5 (2 x 1.0) (2 x AWG) 9,3 9,3 11,6 4 G 4 (2 x 1.0) (2 x AWG) 11,6 11,6 12,2 12,2 4 G 6 (2 x 1.0) (2 x AWG) 12,2 13, 13, 15,3 4 G 10 (2 x 1.5) (2 x AWG) 13, 15,3 15,3 17,2 4 G 16 (2 x 1.5) (2 x AWG) 17,2 17,2 op. op. 130 weight weight weight kg / km 152 kg // 72,0 km kg km ,0 72,0 130, ,0 130,0 152,0 152,0 152, ,0 207,0 207,0 273, ,0 273,0 357, ,0 357,0 530,0 530,0 530,0 76,0 76,0 76,0 app. kg20 / km app. kg kg24 km app. // km op. Outer Ø op. Outer Ø op. Outer Ø op. colour weight colour mm weight colour app. weight kg / km kg // 76,0 km kg km 9,3 9,3 76,0 9,3 76,0 11,6 133,0 4 G 0,5 (2 x 0,34) (003 x 26 AWG) 76 11,6 133,0 11,6 133,0 11,7 146,0 4 G 0,75 (2 x 0,34) (2 x 26 AWG) 11,7 146,0 11,7 146,0 12,7 155,0 12,7 155,0 12,7 155,0 4 G 1,0 (2 x 0,75) (2 x AWG) ,9 205,0 13,9 205,0 13,9 205,0 15,7 20,0 4 G 1,5 (2 x 0,75) (003 x 24 AWG) ,7 20,0 15,7 20,0 1,0 363,0 4 G 1.5 (2 x 0.75) (2 x AWG) 155 1,0 363,0 1,0 363,0 21,0 53,0 4 G 2.5 (2 x 1.0) (2 x AWG) ,0 53,0 21,0 53,0 23,4 775,0 23,4 775,0 23,4 775,0 4 G 4.0 (2 x 1.0) (2 x AWG) 20 app. / km app. kg kg/km app. kg kg // km km app. 20,3 20,3 20,3,6,6,6 Sheath able StructureSheath / Jacket olor Sheath 4 G 6.0 (2 x 1.0) (2 x AWG) 4 G 10 (2 x 1.5) (2 x AWG) 4 G 16 (2 x 1.5) (2 x AWG) , ,0 123,0 20, ,0 20,0 24,0 24,0 24, ,0 326,0 326,0 415, ,0 415,0 53, ,0 53,0 752,0 752,0 752,0 1005,0 1005,0 1005,0 suitable for AWG-No.11.6 AWG-No AWG-No. AWG-No. AWG-No. 127,0 127,0 127,0 212, ,0 212,0 9, ,0 9,0 269,0 269,0 269, ,0 310,0 310,0 420, ,0 420,0 540, ,0 540,0 760, ,0 760,0 1020,0 1020,0 1020, , ,9 11,6 11, suitable for acc. to HEIDENHAIN HM6 PUR PUR W&A Edition 27 (published ) W&A Edition 27 (published ) Li9Y11Y Li9Y11Y G 1,5 (2 x 0,75) (2 x 0,24 2 x 2 x 0,09) 4 G 4,0 (2 x 1,0) (2 x 0,24 2 x 2 x 0,09) , 16,2 3

4 Selection tables according to drive system PV Motor and servo cables for fixed or minimum movements 0,6/1 kv, according to Siemens 6FX500, Lenze, Bosch Rexroth Technical data able structure Properties Special PV Motorcable acc. to Bare copper-conductor, Low capacitance until 6mm² (included) UL AWM Style 2570 SA AWM VDE-recognized Temperature range flexing -0 to 60 fixed installation -20 to 0 Nominal voltage VDE U0/U 600/1000 V UL/SA 1000 V A.. test voltage, 50 Hz 4000 V Minimum bending radius flexing 15x cable Ø fixed installation 5x cable Ø min cycles acc. to DIN EN 60 class 5: fine-wire class 6: extra fine-wire ore insulation to 6 mm² of halogen-free PP from 10 mm² of PV ore identification power supply cores core 1: black with imprint U/L1//L core 2: black with imprint V/L2 core 3: black with imprint W/L3/D/Lcontrol cores 10 PV without control cores 112 PV with 1 control cores acc. to Siemens core 1: black with imprint BR1 Oil resistant PV outer sheath Optimum compliance with requirements for electromagnetic compatibility (EM) by approx. 5% coverage from the braided screen These cables are produced to high quality specifications and conform to the DESINA -standard The materials used in manufacture are cadmium-free and contain no silicone and free from substances harmful to the wetting properties of lacquers Tests PV sheath flame retardant acc. to DIN EN to -1-3 (VDE to -1-3) core 2: white with imprint BR2 acc. to Lenze core 1: brown with imprint BR1 core 2: white with imprint BR2 119 PV with 2 control cores pair 1: black with number no. 56 pair 2: black with number no. 7 GN-YE conductor Screening of the control cores in pairs wrapped with tinned copper braid Power supply cores laid up with optimal lay length and stabilising filler Fleece wrapping facilitates sliding Overall screening from tinned copper braid, optimal coverage approx. 5% Outer sheath of PV Sheath colour orange ( ) Also see ables, Wires & Accessories Ed. 27 atalog, page 465 Note For a corresponding encoder cables please check chapter TOPGEBER 511 PV For highly flexible, drag chain capable servo cables please check chapter PUR Brackets ( ) indicate screen DESINA explanation see introduction SIEMENS product designations 6FX 500-plus are registered trademarks of Siemens AG and are to be used only for purposes of comparison Lenze product designations are registered trademarks of Lenze AG and are to be used only for purposes of comparison Bosch Rexroth product designations INK are registered trademarks of Bosch Rexroth AG and are to be used only for purposes of comparison Application The combination of supply cores with the control cores for the braking function and the thermal protection in these cables is ideal. Precision servomotors, as used today in many areas of highly-automated manufacturing processes, call for high-quality, reliable and long-lasting cables. These requirements are met to a high degree by these cables. The cables have an additional overall screen to ensure EM compatibility, i.e. for protection against electromagnetic interference. ion is based on the specifications of established manufacturers of servo-drives and controls, as well as on various VDE, UL and SA standards. Applications include machine, plant and robot construction, automation, drive, control and production engineering. Attractive for export-oriented mechanical and system engineering. EM = Electromagnetic compatibillity To optimize the EM features we recommend a large round contact of the copper braiding on both ends. = The product is conformed with the E Low-Voltage Directive 2006/95/E. 4

5 Selection Tables According to Drive System PV Servo ables Without pair HELUKABEL OEM onductors able Structure / Jacket olor op. 10 PV FX500-1BB G PV FX500-1BB G PV FX500-1BB G PV FX500-1BB G PV FX500-1BB G PV FX500-1BB G PV FX500-1BB G PV FX500-1BB G PV FX500-1BB G With 1 pair 112 PV 7071 LENZE 6 4 G 1.0 (2 x 0.5) PV LENZE 6 4 G 1.0 (2 x 0.5) PV 7072 LENZE 6 4 G 1.5 (2 x 0.5) PV LENZE 6 4 G 1.5 (2 x 0.5) PV FX500-1BA G 1.5 (2 x 1.5) PV 7073 LENZE 6 4 G 2.5 (2 x 0.5) PV LENZE 6 4 G 2.5 (2 x 0.5) PV FX500-1BA G 2.5 (2 x 1.5) PV 7074 LENZE 6 4 G 4 (2 x 1.0) PV LENZE 6 4 G 4 (2 x 1.0) PV FX500-1BA G 4 (2 x 1.5) PV 7075 LENZE 6 4 G 6 (2 x 1.0) PV LENZE 6 4 G 6 (2 x 1.0) PV FX500-1BA G 6 (2 x 1.5) PV LENZE 6 4 G 10 (2 x 1,0) PV FX500-1BA G 10 (2 x 1.5) PV LENZE 6 4 G 16 (2 x 1,0) PV FX500-1BA G 16 (2 x 1.5) PV FX500-1BA G 25 (2 x 1.5) PV FX500-1BA G 35 (2 x 1.5) PV FX500-1BA G 50 (2 x 1.5) With 2 pairs 119 PV INK G x (2 x 0.75) PV INK G x (2 x 0.75) PV INK G x (2 x 1.0) PV INK G 4 (2 x 1.0) (2 x 1.5) PV INK G 6 (2 x 1.0) (2 x 1.5) PV INK G 10 (2 x 1.0) (2 x 1.5) PV INK G 16 2 x (2 x 1.5) For additional information, please contact the HELUKABEL Regional Sales Manager closest to you - HELUKABEL North America HELUKABEL USA HELUKABEL anada

6 According to ross Section PUR High-flex motor and servo cable for tracks 0,6/1 kv, for example according to Siemens 6FX00PLUS, Lenze, Bosch Rexroth Technical data able structure Properties Special PUR drag chain cable Bare copper-conductor, to acc. to UL AWM Style 213 or SA AWM VDE-recognized DIN VDE 0295 cl.6, extra fine-wire, IE 60 cl.6 ore insulation halogen-free PP PUR sheath Temperature range ore identification flexing -30 to 0 power supply cores fixed installation -40 to 90 core 1: black with imprint U/L1//L Nominal voltage core 2: black with imprint V/L2 VDE U0/U 600/1000 V core 3: black with imprint W/L3/D/Lcontrol UL/SA 1000 V cores A.. test voltage, 50 Hz 109 PUR without control cores 4000 V 113 PUR with 1 control cores Insulation resistance acc. to Siemens min. 20 MOhm x km core 1: black with imprint BR1 oupling resistance core 2: white with imprint BR2 max. 250 Ohm/km acc. to Lenze Minimum bending radius core 1: brown with imprint BR1 flexing 7,5x cable Ø core 2: white with imprint BR2 fixed installation 4x cable Ø 121 PUR with 2 control cores pair 1: black with number no. 56 pair 2: black with number no. 7 Also see ables, Wires & Accessories Ed. 27 atalog, page 46 GN-YE conductor Screening of the control cores in pairs wrapped with tinned copper braid Power supply cores laid up with optimal lay length and stabilising filler Fleece wrapping facilitates sliding Overall screening from tinned copper braid, optimal coverage approx. 5% Outer sheath of PUR Sheath colour orange ( ) Low adhesion, flame retardant, extremely abrasion resistant, halogen-free, resistant to UV, oil, hydrolysis and microbial attack Optimized insulation materials ensure resistance to oils (including mineral oils), greases, coolants, hydraulic fluids as well as many alkalis and solvents. Optimum compliance with requirements for electromagnetic compatibility (EM) by approx. 5% coverage from the braided screen These cables are produced to high quality specifications and conform to the DESINA standard. The materials used in manufacture are cadmium-free and contain no silicone and free from substances harmful to the wetting properties of lacquers Resistant to cleaning and disinfecting agents acc. to Tests PUR outer sheath self-extinguishing and flame retardant to DIN VDE , DIN EN , IE (equivalent DIN VDE 0472 part 04 test method B) Note For a corresponding encoder cables please check chapter TOPGEBER 512 PUR For servo cables with non or only slight drag chain application please check chapter PV Brackets ( ) indicate screen DESINA explanation see introduction SIEMENS product designations 6FX 500-plus are registered trademarks of Siemens AG and are to be used only for purposes of comparison Lenze product designations are registered trademarks of Lenze AG and are to be used only for purposes of comparison Bosch Rexroth product designations INK are registered trademarks of Bosch Rexroth AG and are to be used only for purposes of comparison Application The combination of supply cores with the control cores for the braking function and the thermal protection in these cables is ideal. Precision servomotors, as used today in many areas of highly-automated manufacturing processes, call for high-quality, reliable and long-lasting cables. These requirements are met to a high degree by these cables. The cables have an additional overall screen to ensure EM compatibillity, i. e. for protection against electromagnetic interference. ion is based on the specifications of established manufacturers of servo-drives and controls, as well as on various VDE, UL and SA standards. Applications include machine, plant and robot construction, automation, drive, control and production engineering. Attractive for export-oriented mechanical and system engineering. Please observe applicable installation regulations for use in energy supply chains. EM = Electromagnetic compatibillity To optimize the EM features we recommend a large round contact of the copper braiding on both ends. = The product is conformed with the E Low-Voltage Directive 2006/95/E. 6

7 According to ross Section PUR Servo ables HELUKABEL PUR dynamic Single onductors unshielded OEM onductors able Structure / Jacket olor op. PUR Single Li9Y11Y-HF 1 1 G ,4 PUR Single Li9Y11Y-HF 1 1 G ,5 PUR Single Li9Y11Y-HF 1 1 G ,0 PUR Single Li9Y11Y-HF 1 1 G ,0 PUR Single Li9Y11Y-HF 1 1 G ,4 Single onductors shielded PUR Single Li9Y11Y-HF 1 1 x ,7 PUR Single Li9Y11Y-HF 1 1 x ,7 PUR Single Li9Y11Y-HF 1 1 x ,2 PUR Single Li9Y11Y-HF 1 1 x ,2 PUR Single Li9Y11Y-HF 1 1 x ,7 Without pair 109 PUR FX00-1BB G PUR FX00-1BB G PUR FX00-1BB G PUR FX00-1BB G PUR FX00-1BB G PUR FX00-1BB G PUR FX00-1BB G PUR FX00-1BB G PUR FX00-1BB G PUR FX00-1BB G PUR FX00-1BB G With 1 pair 121 PUR INK G 0.75 (2 x 0.5) PUR 707 Lenze 6 4 G 1.0 (2 x 0.5) PUR 7079 Lenze 6 4 G 1.5 (2 x 0.5) PUR Li9Y11Y 6 4 G 1.5 (2 x 1.0) PUR 794 6FX00-1BA G 1.5 (2 x 1.5) PUR Lenze 6 4 G 2.5 (2 x 0.5) PUR Li9Y11Y 6 4 G 2.5 (2 x 1.0) PUR FX00-1BA G 2.5 (2 x 1.5) PUR Lenze 6 4 G 4 (2 x 1.0) PUR 7450 Li9Y11Y 6 4 G 4 (2 x 1.0) PUR FX00-1BA G 4 (2 x 1.5) PUR Lenze 6 4 G 6 (2 x 1.0) PUR Li9Y11Y 6 4 G 6 (2 x 1.0) PUR FX00-1BA G 6 (2 x 1.5) PUR Lenze 6 4 G 10 (2 x 1.0) PUR Li9Y11Y 6 4 G 10 (2 x 1.0) PUR FX00-1BA G 10 (2 x 1.5) PUR Lenze 6 4 G 16 (2 x 1.0) PUR Li9Y11Y 6 4 G 16 (2 x 1.0) PUR FX00-1BA G 16 (2 x 1.5) PUR Li9Y11Y 6 4 G 25 (2 x 1.0) PUR FX00-1BA G 25 (2 x 1.5) PUR Li9Y11Y 6 4 G 35 (2 x 1.0) PUR FX00-1BA G 35 (2 x 1.5) PUR Li9Y11Y 6 4 G 50 (2 x 1.0) PUR FX00-1BA G 50 (2 x 1.5) With 2 pairs 121 PUR Li9Y11Y 4 G x (2 x 0.34) PUR INK G x (2 x 0.75) PUR Li9Y11Y 4 G x (2 x 0.5) PUR INK G x (2 x 0.75) PUR Schneider Electric 4 G x (2 x 0.75) PUR Li9Y11Y 4 G x (2 x 1.0) PUR 7350 INK G x (2 x 1.0) PUR Schneider Electric 4 G x (2 x 1.0) PUR 7955 Li9Y11Y 4 G x (2 x 1.5) PUR Li9Y11Y 4 G 4 2 x (2 x 1.0) PUR INK G 4 (2 x 1.0) (2 x 1.5) PUR 7956 Li9Y11Y 4 G 4 2 x (2 x 1.5) PUR Li9Y11Y 4 G 6 2 x (2 x 1.0) PUR INK G 6 (2 x 1.0) (2 x 1.5) PUR 7957 Li9Y11Y 4 G 6 2 x (2 x 1.5) PUR INK G 10 (2 x 1.0) (2 x 1.5) PUR 795 Li9Y11Y 4 G 10 2 x (2 x 1.5) PUR 7597 INK G 16 2 x (2 x 1.5) PUR INK G 25 2 x (2 x 1.5) PUR 7590 INK G 35 2 x (2 x 1.5) PUR INK066 4 G 50 2 x (2 x 2.5)

8 According to ross Section TOPGEBER 511 PV Feedback cables according to Siemens-, Lenze- or Bosch Rexroth Standards with PV jacket for fixed or minimum movements Technical data able structure Properties Special PV feedback cable acc. to UL AWM opper-conductor bare or tinned to Outer sheath of PV, oil resistant style and SA DIN VDE 0295 cl.6, extra fine-wire, IE 60 cl.6 ore insulation of special polypropylene ore colours on request Optimum compliance with requirements for elect romagnetic compatibility (EM) by approx. 5% coverage from the braided screen Overall screening of tinned copper wire braid with tinned drain wire, coverage approx. 5% These cables are produced to high quality specifications and conform to the DESINA -standard Temperature range flexing -0 to 60 fixed installation -20 to 0 Nominal voltage acc. to Siemens 30 V acc. to Bosch Rexroth and Lenze 300 V A.. test voltage, 50 Hz core/core 1500 V core/screen 1000 V Minimum bending radius flexing 15x cable Ø fixed installation 6x cable Ø min cycles Polyester foil Outer sheath of PV Sheath colour green ( 601) acc. to DESINA or orange The materials used in manufacture are cadmium-free and contain no silicone and free from substances harmful to the wetting properties of lacquers Tests PV sheath flame retardant acc. to DIN EN bis -1-3 (VDE bis -1-3) Note For a corresponding motor- and servocables please check chapter PV For drag chain capable encoder cables please check chapter TOPGEBER 512 PUR Brackets ( ) indicate screen. SIEMENS product designations 6FX are registered trademarks of Siemens AG and are to be used only for purposes of comparison. INDRAMAT product designations INK- are registered trademarks of Bosch-Rexroth AG and are to be used only for purposes of comparison. LENZE product designations are registered trademarks of LENZE AG, and are to be used only for purposes of comparison. DESINA: Explanation: see introduction. Application Low-cost alternative to motor cables with PUR sheath for fix instalation or occasional moving applications. These low-capacitance incremental encoder cables or position feedback cables transmit the control pulses for positioning and operating characteristics of servomotors. These cables are used as connecting cables for tachos, brakes and pulse generators in industrial equipment, machine tools, control and automation equipment. EM = Electromagnetic compatibillity To optimize the EM features we recommend a large round contact of the copper braiding on both ends. = The product is conformed with the E Low-Voltage Directive 2006/95/E. Also see ables, Wires & Accessories Ed. 27 atalog,, page 467

9 According to ross Section Feedback ables PV TOPGEBER 511 PV HELUKABEL OEM According to Siemens Standard onductors able Structure / Jacket olor op. TOPGEBER 511 PV FX500-1BD21 12 (4 x 2 x x 0.5) ,9 TOPGEBER 511 PV FX500-1BD41 12 (3 x (2 x 0.14) D 4 x x 0.5) ,9 TOPGEBER 511 PV FX500-1BD51 16 (3 x (2 x 0.14) D 4 x x x 0.5) ,4 TOPGEBER 511 PV FX500-2D00 6 (2 x 2 x 0. 1 x 2 x 0.34) ,9 TOPGEBER 511 PV FX500-1D00 4 (2 x 2 x 0.) ,9 According to Bosch Rexroth Standard TOPGEBER 511 PV INK (4 x 2 x x 0.5) 61 95,4 TOPGEBER 511 PV INK (4 x 2 x x 1.0) , TOPGEBER 511 PV INK (4 x 1 4 x 2 x 0.14 (4 x 0.14) D) ,7 According to Lenze Standard TOPGEBER 511 PV Li9YY 3 x (2 x 0.14) (2 x 0.5) ,3 TOPGEBER 511 PV Li9YY 10 4 x (2 x 0.14) (2 x 1.0) ,0 TOPGEBER 511 PV Li9YY 9 3 x (2 x 0.14) (3 x 0.14) ,2 Various TOPGEBER 511 PV Li9Y11Y 16 (7 x 2 x 0,14 2 x 0,5) ,6 olor ODE - TOPGEBER 511 PV HELUKABEL According to Siemens Standard olor ode TOPGEBER 511 PV bnbk; rdog; buvt; gyye (0.34qmm pairs) ## bu/wh; bk/wh; rd/wh; ye/wh (0.5qmm) TOPGEBER 511 PV gnye; bkbn; rdog (0.14qmm pairs) ## bn/rdbn/bu (0.5qmm) ## gybuwh/yewh/sw (0.14qmm quad) TOPGEBER 511 PV gnye; bkbn; rdog (0.14qmm pairs) ## bn/rdbn/bu (0.5qmm) ## gybuwh/yewh/sw (0.14qmm quad) ## bn/ yebn/gygn/bkgn/rd (0.25qmm quad) TOPGEBER 511 PV gnye; pkbu (0.qmm) ## rdbk (0.34qmm) TOPGEBER 511 PV gnye; pkbu (0.qmm) According to Bosch Rexroth Standard TOPGEBER 511 PV gnbn; bkrd; gypk; buvt (0.25qmm pairs) ## whbn (0.5qmm) TOPGEBER 511 PV gnbn; bkrd; gypk; buvt (0.25qmm pairs) ## whbn (1.0qmm) TOPGEBER 511 PV ye/bkbu/bkgn/bkrd/bk (0.14qmm quad) ## whbn/gnwh/gnbu (1.0qmm) ## rdbk; bngn; yevt; gypk (0.14qmm pairs) According to Lenze Standard TOPGEBER 511 PV bkye; bkgn; bkrd (0.14qmm pairs) ## bkwh (0.5qmm) TOPGEBER 511 PV bkye; bkgn; bkrd; bkbu (0.14qmm pairs) ## bkwh (1.0qmm) TOPGEBER 511 PV bkye; bkgn; bkrd (0.14qmm pairs) ## bkgypk (0.14qmm) Various TOPGEBER 511 PV wh, br (0,5qmm ); whbr; gnye; gypink; burd; bkviolet; gy-pinkrb-bu; wh-gn; bn-gn (0,14qmm pairs)

10 According to ross Section TOPGEBER 512 PUR High-flex feedback cable for tracks according to Siemens, Bosch Rexroth, Lenze and other Standards Technical data able structure Properties Special PUR drag chain feedback cable tinned copper, to PUR outer sheath, low adhesion, extremely acc. to UL AWM style and and SA DIN VDE 0295 cl.6, extra fine-wire, BS 6360 cl.6, IE 60 cl.6 abrasion resistant, halogen-free, resistant to UV-, oil-, hydrolysis and microbial attack ore insulation of special polypropylene ore colours on demand Fleece wrapping facilitates sliding Overall screening of tinned copper wire braid with tinned drain wire, coverage approx. 5% Polyester foil Outer sheath of PUR Sheath colour green ( 601) acc. to DESINA or orange Temperature range flexing -30 to 0 fixed installation -40 to 0 Nominal voltage acc. to Siemens 30 V acc. to Bosch Rexroth and Lenze 300 V further details on request A.. test voltage, 50 Hz core/core 2000 V core/screen 1000 V Mutual capacitance at 00 Hz core/core approx. 70 nf/km core/screen approx. 110 nf/km Insulation resistance min. 20 MOhm x km oupling resistance max. 250 Ohm Minimum bending radius flexing 10x cable Ø fixed installation 6x cable Ø Special feature: These cables are produced to high quality specifications and conform to the DESINA -standard Due to the high grade special core insulation, the PUR sheath and the highly flexible conductor, these cables are ideally suitable for use in drag chains and provide high functional reliability Optimum compliance with requirements for electromagnetic compatibility (EM) by approx. 5% coverage from the braided screen Particularly attractive for export-oriented markets due to UL/SA approval The materials used in manufacture are cadmium-free and contain no silicone and free from substances harmful to the wetting properties of lacquers Resistant to cleaning and disinfecting agents acc. to Note For a corresponding motor- and servocables please check chapter PUR Encoder cables for static application please check chapter TOPGEBER 511 PV Brackets ( ) indicate screen. SIEMENS product designations 6FX are registered trademarks of Siemens AG and are to be used only for purposes of comparison. Bosch Rexroth product designations INK- are registered trademarks of Bosch-Rexroth AG and are to be used only for purposes of comparison. DESINA : Explanation: see introduction. Application These low-capacitance incremental encoder cables or position feedback cables transmit the control pulses for positioning and operating characteristics of servomotors. These cables are used as connecting cables for tachos, brakes and pulse generators in applications subjected to heavy mechanical stresses in industrial equipment, machine tools, control and automation equipment. Please observe applicable installation regulations for use in energy supply chains. EM = Electromagnetic compatibillity To optimize the EM features we recommend a large round contact of the copper braiding on both ends. = The product is conformed with the E Low-Voltage Directive 2006/95/E. Also see ables, Wires & Accessories Ed. 27 atalog, page

11 According to ross Section Feedback ables PUR TOPGEBER 512 PUR HELUKABEL OEM According to Siemens Standard onductors able Structure / Jacket olor op. TOPGEBER 512 PUR FX00-1BD11 16 ( x 2 x 0.1) TOPGEBER 512 PUR 701 6FX00-1BD21 12 (4 x 2 x x 0.5) TOPGEBER 512 PUR FX00-1BD31 (3 x (2 x 0.14) D 2 x (0.5) D) TOPGEBER 512 PUR FX00-1BD41 12 (3 x (2 x 0.14) D 4 x x 0.5) TOPGEBER 512 PUR FX00-1BD51 16 (3 x (2 x 0.14) D 4 x x x 0.5) TOPGEBER 512 PUR FX00-1BD61 (4 x 2 x 0.1) TOPGEBER 512 PUR FX00-1BD71 4 (2 x 2 x 0.1) TOPGEBER 512 PUR FX00-1BD1 12 (12 x 0.) TOPGEBER 512 PUR FX00-1D00 6 (2 x 2 x x 2 x 0.3) According to Schneider Electric Standard TOPGEBER 512 PUR Schneider Electric (3 x 2 x x 0.5) TOPGEBER 512 PUR Schneider Electric 12 (5 x 2 x x 0.5) TOPGEBER 512 PUR 7049 Schneider Electric (3 x 2 x x 0.34) According to BR Standard TOPGEBER 512 PUR BR 6 (3 x 2 x AWG24) TOPGEBER 512 PUR BR 12 (5 x 2 x x 0.5) According to Lenze Standard TOPGEBER 512 PUR Lenze 3 x (2 x 0.14) (2 x 0.5) TOPGEBER 512 PUR Lenze 10 4 x (2 x 0.14) (2 x 1.0) TOPGEBER 512 PUR Lenze 9 3 x (2 x 0.14) (3 x 0.14) According to Bosch Rexroth Standard TOPGEBER 512 PUR INK209 green 10 (4 x 2 x x 1.0) TOPGEBER 512 PUR 700 INK44 green 10 (4 x 2 x x 0.5) TOPGEBER 512 PUR INK20 green 9 (9 x 0.5) TOPGEBER 512 PUR INK (4 x 2 x x 1.0) TOPGEBER 512 PUR INK44 10 (4 x 2 x x 0.5) TOPGEBER 512 PUR INK20 9 (9 x 0.5) TOPGEBER 512 PUR INK (4 x 1 4 x 2 x 0.14 (4 x 0.14) D) TOPGEBER 512 PUR INK20 11 (3 x (2 x 0.25) D 3 x x 1.0) TOPGEBER 512 PUR INK750 6 (2 x 2 x x 0.5) According to Heidenhain Standard TOPGEBER 512 PUR Heidenhain EnDat 2.0 (1 x 4 x 0,14 4 x 0,34) ,0 TOPGEBER 512 PUR Heidenhain 12 (10 x x 0.5) TOPGEBER 512 PUR Heidenhain (3 x (2 x 0.14) D 2 x (1 x 0.5) D) TOPGEBER 512 PUR Heidenhain (3 x (2 x 0.14) D 2 x (1 x 0.5) D) TOPGEBER 512 PUR Heidenhain 12 (4 x 2 x x 0.5) TOPGEBER 512 PUR Heidenhain 12 (4 x 2 x x 0.5) TOPGEBER 512 PUR Heidenhain (3 x (2 x 0.14) D 2 x (1.0) D) TOPGEBER 512 PUR Heidenhain 16 (4 x 2 x 0.14 (4 x 0.14) 4 x 0.5) TOPGEBER 512 PUR Heidenhain 16 (4 x 2 x 0.14 (4 x 0.14) 4 x 0.5) According to Baumüller Standard TOPGEBER 512 PUR 7963 Baumüller 12 (5 x 2 x x 0.5) According to Fanuc Standard TOPGEBER 512 PUR (5 x 2 x x 0.5) TOPGEBER 512 PUR (3 x 2 x x 1.0) TOPGEBER 512 PUR (3 x 2 x x 0.5) TOPGEBER 512 PUR (2 x 2 x x 0.5) TOPGEBER 512 PUR (1 x 2 x x 0.5) TOPGEBER 512 PUR (4 x 2 x 0. 2 x 0.5) Various TOPGEBER 512 PUR 72 LI9Y11Y 6 (3 x (2 x 0.25) D) TOPGEBER 512 PUR LI9Y11Y 12 (5 x 2 x x 0.5) TOPGEBER 512 PUR LI9Y11Y (3 x (2 x 0.14) D 2 x 1.0) TOPGEBER 512 PUR 7372 LI9Y11Y (3 x 2 x x 0.5) TOPGEBER 512 PUR LI9Y11Y 16 (7 x 2 x 0,14 2 x 0,5) ,6 TOPGEBER 512 PUR LI9Y11Y 10 (4 x (2 x 0,14) (2 x 1,0)) ,4 TOPGEBER 512 PUR LI9Y11Y 10 (4 x (2 x 0.25) 2 x 1.0) TOPGEBER 512 PUR 7051 LI9Y11Y (4 x 2 x 0.25) TOPGEBER 512 PUR 7441 LI9Y11Y 6 (3 x 2 x 0.25) TOPGEBER 512 PUR LI9Y11Y (4 x 2 x 0.25) TOPGEBER 512 PUR LI9Y11Y 10 (5 x 2 x 0.25)

12 According to ross Section Feedback ables PUR olor ode wh/yewh/gn; wh/rdwh/og; wh/bkwh/bn; gywh; buvt; yegn; rdog; bkbn bnbk; rdog; buvt; gyye (0.34qmm pairs) ## bu/wh; bk/wh; rd/wh; ye/wh (0.5qmm) gnye; bkbn; rdog (0.14qmm pairs) ## bkrd (0.5qmm) gnye; bkbn; rdog (0.14qmm pairs) ## bn/rdbn/bu (0.5qmm) ## gybuwh/yewh/bk (0.14qmm quad) gnye; bkbn; rdog (0.14qmm pairs) ## bn/rdbn/bu (0.5qmm) ## gybuwh/yewhbk (0.14qmm quad) ## bn/yebn/gygn/bkgn/rd (0.25qmm quad) bkbn; rdog; gnye; buvt rdog; bkbn bk; bn; rd; (first lay) ## og; ye. gn; bu; vt; gy; wh; wh/bk; wh/ bn (second lay) bupk; gnye (0.2qmm) ## rd; bk (0.3qmm) wh; bn; gn; ye; gy; pk (0.25qmm pairs) ## bu; rd (0.5qmm) wh/bn; gn/ye; gy/pk; bk/vt; gypk/rdbu (0.25qmm pairs) ## bu; rd (0.5qmm) whbn; gnye; gypk (0.14qmm pairs) ## burd (0.34qmm) whbn; gnye; gypk gnbn; gywh; whvt; bkrd; pkbu (0.14qmm pairs) ## wh/gn; wh/rd (0.5qmm) bkye; bkgn; bkrd (0.14qmm pairs) ## bkwh (0.5qmm) bkye: bkgn; bkrd; blbu (0.14qmm pairs) ## bkws (1.0qmm) bkye; bkgn; bkrd( 0.14qmm pairs) ## bkgypk (0.5qmm) gnbn; bkrd; gypk; buvt (0.25qmm pairs) ## whbn (1.0qmm) gnbn; bkrd; gypk; buvt (0.25qmm pairs) ## whbn (0.5qmm) buwhrdpkgnyebnbkgy gnbn; bkrd; gypk; buvt (0.25qmm pairs) ## whbn (1.0qmm) gnbn; bkrd; gypk; buvt (0.25qmm pairs) ## whbn (0.5qmm) buwhrdpkgnyebnbkgy ye/bkbu/bkgn/bkrd/bk (0.14qmm quad) ## whbn/gnwh/gnbu (1.0qmm) ## rdbk; bngn; yevt; gypk (0.14qmm Pairs) gnbn; gypk; bkrd (0.25qmm pairs) ## yebuvt (0.25qmm tripple) ## bn. wh (1.0qmm) rdbk; gypk (0.25qmm pairs) ## whbn (0.5qmm) gy; ye; pink; violet (0,14qmm) ## bu; wh; bn-gn; ws-gn (0,34qmm) wh; bn; gn; ye; gy; pk; bu; rd; bk; vt (0.14qmm) ## gy/pk; rd/bu (0.5qmm) gnye; gypk; burd (0.14qmm pairs ## whbn (0.5qmm) gnye; gypk; burd (0.14qmm pairs) ## whbn (0.5qmm) gnbn; yevt; pkgy. rdbk (0.14qmm) ## wh; bu; wh/gn; bn/gn (0.5qmm) gnbn; yevt; pkgy. rdbk (0.14qmm) ## wh; bu; wh/gn; bn/gn (0.5qmm) gnye; gypk; burd (0.14qmm) ## whbn (1.0qmm) gevio; frrs; swrtbrgn (0,14qmm) ## ge/sw; bl/sw; gn/sw; rt/sw (0,14qmm quad) ## ws; bl; ws/gn; br/gn (0,5qmm) gevio; frrs; swrtbrgn (0,14qmm) ## ge/sw; bl/sw; gn/sw; rt/sw (0,14qmm quad) ## ws; bl; ws/gn; br/gn (0,5qmm) wh; bn (0.5qmm) ## gnye; gypk; burd; bkvt; gy/pkrd/bu (0.14qmm pairs) bkog; bkgy; whye; whgy; whbn (0.1qmm) ## 3x rd num. 4-6; 3x bk num. 1-3 (0.5qmm) rdwh; rdbk; bkwh (0.1qmm) ## 3x rd num. 4-6; 3x bk num. 1-3 (1.0qmm) rdwh; rdbk; bkwh (0.1qmm) ## 3x rd num. 4-6; 3x bk num. 1-3 (0.5qmm) bkvt; whbn (0.1qmm) ## gn; ye. gy. pk. bu (0.5qmm) bnwh (0.1qmm) ## bu; pk; gy; ye; gn (0.5qmm) bn/bkbn/rd; ye/bkye/rd; gn/bkgn/rd; gy/bkgy/rd (0.mm pairs) ## bn. ye (0.5qmm) whbn; gnye; gypk whbn; gnye; gypk; burd; bkvt (0.3qmm pairs) ## wh; bn (0.5qmm) gnye; gypk; burd (0.14qmm pairs) ## whbn (1.0qmm) gnye: gypk; burd (0.14qmm pairs) ## whbn (0.5qmm) whbr; gnye; gypink; burd; bkviolet; gy-pkrb-bu; wh-gn; bn-gn (0,14qmm pairs) ## wh; br (0,5qmm ) whbr; gngn; gnpink; burd (0,14qmm pairs) ## whbr (1,0qmm pairs) gnbn; bkrd; gypk; buvt (0.25qmm pairs) ## whbn (1.0qmm) whbn; gnye; gypk; burd whbn; gnye; gypk whbn; gnye; gypk; burd whbr; gnye; gypk; burd; bkviolet (0,25qmm pairs) 12

13 UL-listed Servo ables According to NFPA 79 Edition 2012 Tests UL: T-ER, WTT 1000 V, MTW, NFPA , PLT-ER (AWG 1 - AWG 12), IT-ER (AWG 1 - AWG 12) OIL RES I & II, 90 dry / 75 wet, old Bend Test -40, lass 1 Div. 2 per NE Art. 336, 392, 501 SA: c (UL) I-T FT4, AWM I/II A/B FT4 Additonal technical data available on request.. FOR FIXED INSTALLATION TOPFLEX 600 VFD EM-preferred type, flexible motor power supply cable, oil-resistant, NFPA 79 Edition 2012 No. onductors x AWG No. ross Section mm² op. weight x 1 0, x 16 1, x 14 2, x 12 3, x 10 5, x, x 6 13, x 4 21, x 2 33, TOPFLEX 650 VFD No. onductors x AWG No. ross Section mm² op. weight Also see ables, Wires & Accessories Ed. 27 atalog, pages and pages EM-preferred type, flexible motor power supply cable with control conductors, oil-resistant, NFPA 79 Edition x AWG 16 2x AWG 1 1,31/ 0, x AWG 14 2x AWG 1 2,0/ 0, x AWG 14 2x AWG 14 2,0/ 2, x AWG 12 2x AWG 1 3,31/ 0, x AWG 12 2x AWG 14 3,31/ 2, x AWG 10 2x AWG 14 5,26/ 2, x AWG 2x AWG 14,37/ 2, x AWG 6 2x AWG 14 13,31/ 2, x AWG 4 2x AWG 14 21,21/ 2, FOR TRAK APPLIATION 600 VFD EM-preferred type, high-flex motor power supply cable, oil-resistant, NFPA 79 Edition 2012 No. onductors x AWG No. ross Section mm² op. weight x 1 0, x 16 1, x 14 2, x 12 3, x 10 5, x, x 6 13, x 4 21, x 2 33, VFD EM-preferred type, high-flex motor power supply cable, oil-resistant, NFPA 79 Edition 2012 No. onductors x AWG No. ross Section mm² op. weight x AWG 16 2x AWG 1 1,31/ 0, x AWG 14 2x AWG 1 2,0/ 0, x AWG 14 2x AWG 14 2,0/ 2, x AWG 12 2x AWG 1 3,31/ 0, x AWG 12 2x AWG 14 3,31/ 2, x AWG 10 2x AWG 14 5,26/ 2, x AWG 2x AWG 14,37/ 2, x AWG 6 2x AWG 14 13,31/ 2, x AWG 4 2x AWG 14 21,21/ 2,

14 According to Drive System According to SIEMENS M 00Plus HELUKABEL OEM onductors able Structure / Jacket olor op. PUR dynamic 109 PUR FX00-1BB G PUR FX00-1BB G PUR FX00-1BB G PUR FX00-1BB G PUR FX00-1BB G PUR FX00-1BB G PUR FX00-1BB G PUR FX00-1BB G PUR FX00-1BB G PUR FX00-1BB G PUR FX00-1BB G PUR 794 6FX00-1BA G 1.5 (2 x 1.5) PUR FX00-1BA G 2.5 (2 x 1.5) PUR FX00-1BA G 4 (2 x 1.5) PUR FX00-1BA G 6 (2 x 1.5) PUR FX00-1BA G 10 (2 x 1.5) PUR FX00-1BA G 16 (2 x 1.5) PUR FX00-1BA G 25 (2 x 1.5) PUR FX00-1BA G 35 (2 x 1.5) PUR FX00-1BA G 50 (2 x 1.5) TOPGEBER 512 PUR FX00-1BD11 16 ( x 2 x 0.1) TOPGEBER 512 PUR 701 6FX00-1BD21 12 (4 x 2 x x 0.5) TOPGEBER 512 PUR FX00-1BD31 (3 x (2 x 0.14) D 2 x (0.5) D) TOPGEBER 512 PUR FX00-1BD41 12 (3 x (2 x 0.14) D 4 x x 0.5) TOPGEBER 512 PUR FX00-1BD51 16 (3 x (2 x 0.14) D 4 x x x 0.5) TOPGEBER 512 PUR FX00-1BD61 (4 x 2 x 0.1) TOPGEBER 512 PUR FX00-1BD71 4 (2 x 2 x 0.1) TOPGEBER 512 PUR FX00-1BD1 12 (12 x 0.) TOPGEBER 512 PUR FX00-2D00 6 (2 x 2 x x 2 x 0.3) According to SIEMENS M 500 HELUKABEL OEM onductors able Structure / Jacket olor op. PV static 10 PV FX500-1BB G PV FX500-1BB G PV FX500-1BB G PV FX500-1BB G PV FX500-1BB G PV FX500-1BB G PV FX500-1BB G PV FX500-1BB G PV FX500-1BB G PV FX500-1BA G 1.5 (2 x 1.5) PV FX500-1BA G 2.5 (2 x 1.5) PV FX500-1BA G 4 (2 x 1.5) PV FX500-1BA G 6 (2 x 1.5) PV FX500-1BA G 10 (2 x 1.5) PV FX500-1BA G 16 (2 x 1.5) PV FX500-1BA G 25 (2 x 1.5) PV FX500-1BA G 35 (2 x 1.5) PV FX500-1BA G 50 (2 x 1.5) TOPGEBER 511 PV FX500-1BD21 12 (4 x 2 x x 0.5) TOPGEBER 511 PV FX500-1BD41 12 (3 x (2 x 0.14) D 4 x x 0.5) TOPGEBER 511 PV FX500-1BD51 16 (3 x (2 x 0.14) D 4 x x x 0.5) TOPGEBER 511 PV FX500-2D00 6 (2 x 2 x 0. 1 x 2 x 0.34) TOPGEBER 511 PV FX200-1D00 4 (2 x 2 x 0.)

15 According to Drive System According to Bosch Rexroth HELUKABEL OEM onductors able Structure / Jacket olor op. PUR dynamic 121 PUR INK G 0.75 (2 x 0.5) PUR INK G x (2 x 0.75) PUR INK G x (2 x 0.75) PUR 7350 INK G x (2 x 1.0) PUR INK G 4 (2 x 1.0) (2 x 1.5) PUR INK G 6 (2 x 1.0) (2 x 1.5) PUR INK G 10 (2 x 1.0) (2 x 1.5) PUR 7597 INK G 16 2 x (2 x 1.5) PUR INK G 25 2 x (2 x 1.5) PUR 7590 INK G 35 2 x (2 x 1.5) PUR INK066 4 G 50 2 x (2 x 2.5) TOPGEBER 512 PUR INK (4 x 2 x x 1.0) TOPGEBER 512 PUR INK (4 x 2 x x 0.5) TOPGEBER 512 PUR INK020 9 (9 x 0.5) TOPGEBER 512 PUR INK (4 x 1 4 x 2 x 0.14 (4 x 0.14) D) TOPGEBER 512 PUR INK (3 x (2 x 0.25) D 3 x x 1.0) TOPGEBER 512 PUR INK (2 x 2 x x 0.5) TOPGEBER 512 PUR INK209 green 10 (4 x 2 x x 1.0) TOPGEBER 512 PUR 700 INK44 green 10 (4 x 2 x x 0.5) TOPGEBER 512 PUR INK20 green 9 (9 x 0.5) PV static 119 PV INK G x (2 x 0.75) PV INK G x (2 x 0.75) PV INK G x (2 x 1.0) PV INK G 4 (2 x 1.0) (2 x 1.5) PV INK G 6 (2 x 1.0) (2 x 1.5) PV INK G 10 (2 x 1.0) (2 x 1.5) PV INK G 16 2 x (2 x 1.5) TOPGEBER 511 PV INK (4 x 2 x x 0.5) TOPGEBER 511 PV INK (4 x 2 x x 1.0) TOPGEBER 511 PV INK (4 x 1 4 x 2 x 0.14 (4 x 0.14) D) According to Lenze HELUKABEL OEM onductors able Structure / Jacket olor op. PUR dynamic 113 PUR 707 Li9Y11Y 6 4 G 1.0 (2 x 0.5) PUR 7079 Li9Y11Y 6 4 G 1.5 (2 x 0.5) PUR Li9Y11Y 6 4 G 2.5 (2 x 0.5) PUR Li9Y11Y 6 4 G 4 (2 x 1.0) PUR Li9Y11Y 6 4 G 6 (2 x 1.0) PUR Li9Y11Y 6 4 G 10 (2 x 1.0) PUR Li9Y11Y 6 4 G 16 (2 x 1.0) TOPGEBER 512 PUR Li9Y11Y 3 x (2 x 0.14) (2 x 0.5) TOPGEBER 512 PUR Li9Y11Y 10 4 x (2 x 0.14) (2 x 1.0) TOPGEBER 512 PUR Li9Y11Y 9 3 x (2 x 0.14) (3 x 0.14) PV static 112 PV 7071 Li9YY 6 4 G 1.0 (2 x 0.5) PV 7072 Li9YY 6 4 G 1.5 (2 x 0.5) PV 7073 Li9YY 6 4 G 2.5 (2 x 0.5) PV 7074 Li9YY 6 4 G 4 (2 x 1.0) PV 7075 Li9YY 6 4 G 6 (2 x 1.0) PV Li9YY 6 4 G 10 (2 x 1.0) PV Li9YY 6 4 G 16 (2 x 1.0) TOPGEBER 511 PV Li9YY 3 x (2 x 0.14) (2 x 0.5) TOPGEBER 511 PV Li9YY 10 4 x (2 x 0.14) (2 x 1.0) TOPGEBER 511 PV Li9YY 9 3 x (2 x 0.14) (3 x 0.14) PV static 112 PV Li9YY 6 4 G 1.0 (2 x 0.5) PV Li9YY 6 4 G 1.5 (2 x 0.5) PV Li9YY 6 4 G 2.5 (2 x 0.5) PV Li9YY 6 4 G 4 (2 x 1.0) PV Li9YY 6 4 G 6 (2 x 1.0) TOPGEBER 511 PV Li9YY 3 x (2 x 0.14) (2 x 0.5) TOPGEBER 511 PV Li9YY 10 4 x (2 x 0.14) (2 x 1.0) TOPGEBER 511 PV Li9YY 9 3 x (2 x 0.14) (3 x 0.14)

16 According to Drive System According to Fanuc HELUKABEL OEM onductors able Structure / Jacket olor op. 109 PUR LX66L x PUR LX66L G PUR LX66L G PUR LX66L x PUR LX66L x PUR LX66L x PUR LX66L x TOPGEBER 512 PUR LX66L x 2 x AWG TOPGEBER 511 PV LX66L x 2 x AWG TOPGEBER 512 PUR LX66L (5 x 2 x x 0.5) TOPGEBER 512 PUR LX66L (3 x 2 x x 1.0) TOPGEBER 512 PUR LX66L (3 x 2 x x 0.5) TOPGEBER 512 PUR LX66L (2 x 2 x x 0.5) TOPGEBER 512 PUR LX66L (1 x 2 x x 0.5) TOPGEBER 512 PUR LX66L (4 x 2 x 0. 2 x 0.5) According to Schneider Electric HELUKABEL OEM onductors able Structure / Jacket olor op. PUR dynamic 121 PUR Schneider Electric 4 G x (2 x 0.75) PUR Schneider Electric 4 G x (2 x 1.0) TOPGEBER 512 PUR Schneider Electric (3 x 2 x x 0.5) TOPGEBER 512 PUR Schneider Electric 12 (5 x 2 x x 0.5) TOPGEBER 512 PUR 7049 Schneider Electric (3 x 2 x x 0.34) the online configurator Simply configure your plug online. Our HELUTE online configurator provides access to our complete product range of signal, power and hybrid plug connectors. Tip Use our Quick-Order System and send quote request for the products that you want by using the order key. 16

17 Regularly tested and globally approved Tested until failure in our own test centers 30 ft (40 m) cable track test facility 60 ft (1 m) cable track test facility 16 ft (5 m) cable track test facility 20 ft (6 m) cable track test facility for larger cross sections NOTES Technical modifications HELUKABEL GmbH Hemmingen Specifications have been carefully checked and are believed to be correct; however, no responsibility is assumed for inaccuracies. Subject to technical modifications. onsequently all illustrations, numerical data, etc. are provided without guarantee. olor deviations between photos and delivered goods cannot be avoided. Reproduction or duplication of the text and illustrations, in whole or in part, remain reserved. The transfer of copyrights always requires the written consent of HELUKABEL GmbH. Safety notice The cables and wires described in the catalog are produced in accordance with national and international standards, as well as plant standards; application safety, as stipulated in the safety directives, standards, and statutory regulations, as amended, is provided. Following proper and professional installation and use, product-specific dangers can be avoided. For each product this catalog describes general use information. Independent of the above, the applicable DIN VDE specifications apply. However, installation and processing must only be executed by qualified electricians. Our General Terms of Delivery and Payment, which can be viewed at 17

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