Contributing steering wire OZ-BL-flexible
  • Contributing steering wire OZ-BL-flexible

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Manufacturer: Helukabel

Contributing steering wire OZ-BL-flexible

Intrinsically safe control cable OZ-BL-CY flexible

EMC*-preferred type blue outer jacket, intrinsic safety, flexible

Technical data
  • Control cable, special PVC with blue outer jacket for hazardous areas to hazard type -i- (=intrinsically safe)
  • For intrinsically safe installation marking as per DIN VDE 0165 part 1, EN 60079-14 and IEC 60079-14 section 12.2.2.6
  • Temperature range
    flexing – 50Cto+800C
    fixed installation –400Cto+800C
  • Nominal voltage U0/U 300/500 V
  • Test voltage 3000 V
  • Breakdown voltagemin. 6000 V
  • Insulation resistance
    min. 20 MOhmxkm
  • Mutual capacitance
    unscreenedcore/core approx. 120 nF/km
    screened core/core approx. 140 nF/km
    core/screen approx. 187 nF/km
  • Inductance approx. 0,68 mH/km for CY-type
  • Coupling resistancefor CY-type max. 250 Ohm/km
  • Minimum bending radius
    OZ-BL 7,5x , OZ-BL-CY 10x cable1
  • Radiation resistance up to 80x10 6 cJ/kg (up to 80 Mrad)
 
Cable structure OZ-BL
  • Bare copper, fine wire conductors, bunch stranded to DIN VDE 0295 cl. 5, BS 6360 cl. 5 and IEC 60228 cl. 5
  • Special PVC core insulation YI2, to DIN VDE 0207 part 4
  • Black cores with white continuous figure imprint to DIN VDE 0293 without earth core
  • Cores stranded in layers with optimal lay-length
  • Special PVC outer sheath YM2, to DIN VDE 0207 part 5
  • Colour blue (RAL 5015)
  • PVC self-extinguishing and flame retardant according to DIN VDE 0482 part 265-2-1/EN 50265-2-1/IEC60332-1 (equivalent DIN VDE 0472 part 804 test method B)

Cable structure OZ-BL-CY

  • As per OZ-BL up to–cores laid up
  • Core wrapping of plastic foil
  • Braiding, tinned copper wire screening, approx. 85% coverage
  • PVC outer jacket, blue (RAL 5015)

 

 

Application
For hazardous areas the cables with special marking (blue) (hazard type-i-) used as flexible control and measuring cables to meet the requirements for the
installation of electrical apparatus. These installations are not earthed and require a separate power circuit. Those cables are not suitable for underground laying.* The copper braided screening ensures the transmission of data signals and free from interference.

  • Extensively oil resistant Chemical Resistance–see table Technical Informations

EMC=Electromagnetic compatibility
Note To optimise the EMC features we recommend a large round contact of the copper braiding on both ends. –The materials used in manufacture are cadmium-free and contain no silicone and free from substances harmful to the wetting properties of lacquers.

Part No. No. cores x cross-sec.
mm2		 Quter Ø ca. mm Cop. weight
kg/km		 Weight
ca. kg/mm		 AWG no
14028 2 x0,75 6,1 40 59 18
14029 3x0,75 6,4 52 66 18
14030 4x0,75 6,9 60 77 18
14031 5 x0,75 7,4 71 93 18
14088 7x0,75 8,6 91 130 18
14032 8x0,75 9,4 110 145 18
14033 10x0,75 10,2 137 180 18
14034 12x0,75 10,4 142 202 18
14035 18x0,75 12,4 212 292 18
14036 20x0,75 12,9 238 362 18
14037 25x0,75 15,1 281 415 18
14038 30x0,75 15,6 320 486 18
14039 34x0,75 16,9 345 523 18
14040 41x0,75 18,3 400 680 18
           
14041 2x1 6,4 50 65 17
14042 3x1 6,7 60 81 17
14043 4x1 7,3 71 98 17
Part No. No. cores x cross-sec.
mm2		 Quter Ø ca. mm Cop. weight
kg/km		 Weight
ca. kg/mm		 AWG no
14044 5x1 7,8 88 127 17
14045 7x1 9,1 111 158 17
14046 12x1 11,2 184 260 17
14047 18x1 132 2600 3800 17
14048 25x1 16,2 349 534 17
14049 34x1 18 486 741 17
           
14050 2x1,5 6,8 63 88 16
14051 3 X 1,5 7,3 80 100 16
14052 4x1,5 8,1 97 126 16
14053 5 X 1,5 8,9 119 160 16
14054 7x1,5 10,5 147 208 16
14055 12x1,5 12,8 267 338 16
14056 18x1,5 15,2 374 479 16
14057 25x 1,5 18,5 526 705 16
14058 30x1,5 19 555 830 16
14059 34x1,5 20,8 629 900 16
 
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Intrinsically safe control cable OZ-BL-CY flexible

EMC*-preferred type blue outer jacket, intrinsic safety, flexible

Technical data
  • Control cable, special PVC with blue outer jacket for hazardous areas to hazard type -i- (=intrinsically safe)
  • For intrinsically safe installation marking as per DIN VDE 0165 part 1, EN 60079-14 and IEC 60079-14 section 12.2.2.6
  • Temperature range
    flexing – 50Cto+800C
    fixed installation –400Cto+800C
  • Nominal voltage U0/U 300/500 V
  • Test voltage 3000 V
  • Breakdown voltagemin. 6000 V
  • Insulation resistance
    min. 20 MOhmxkm
  • Mutual capacitance
    unscreenedcore/core approx. 120 nF/km
    screened core/core approx. 140 nF/km
    core/screen approx. 187 nF/km
  • Inductance approx. 0,68 mH/km for CY-type
  • Coupling resistancefor CY-type max. 250 Ohm/km
  • Minimum bending radius
    OZ-BL 7,5x , OZ-BL-CY 10x cable1
  • Radiation resistance up to 80x10 6 cJ/kg (up to 80 Mrad)
 
Cable structure OZ-BL
  • Bare copper, fine wire conductors, bunch stranded to DIN VDE 0295 cl. 5, BS 6360 cl. 5 and IEC 60228 cl. 5
  • Special PVC core insulation YI2, to DIN VDE 0207 part 4
  • Black cores with white continuous figure imprint to DIN VDE 0293 without earth core
  • Cores stranded in layers with optimal lay-length
  • Special PVC outer sheath YM2, to DIN VDE 0207 part 5
  • Colour blue (RAL 5015)
  • PVC self-extinguishing and flame retardant according to DIN VDE 0482 part 265-2-1/EN 50265-2-1/IEC60332-1 (equivalent DIN VDE 0472 part 804 test method B)

Cable structure OZ-BL-CY

  • As per OZ-BL up to–cores laid up
  • Core wrapping of plastic foil
  • Braiding, tinned copper wire screening, approx. 85% coverage
  • PVC outer jacket, blue (RAL 5015)

 

 

Application
For hazardous areas the cables with special marking (blue) (hazard type-i-) used as flexible control and measuring cables to meet the requirements for the
installation of electrical apparatus. These installations are not earthed and require a separate power circuit. Those cables are not suitable for underground laying.* The copper braided screening ensures the transmission of data signals and free from interference.

  • Extensively oil resistant Chemical Resistance–see table Technical Informations

EMC=Electromagnetic compatibility
Note To optimise the EMC features we recommend a large round contact of the copper braiding on both ends. –The materials used in manufacture are cadmium-free and contain no silicone and free from substances harmful to the wetting properties of lacquers.

Part No. No. cores x cross-sec.
mm2		 Quter Ø ca. mm Cop. weight
kg/km		 Weight
ca. kg/mm		 AWG no
14028 2 x0,75 6,1 40 59 18
14029 3x0,75 6,4 52 66 18
14030 4x0,75 6,9 60 77 18
14031 5 x0,75 7,4 71 93 18
14088 7x0,75 8,6 91 130 18
14032 8x0,75 9,4 110 145 18
14033 10x0,75 10,2 137 180 18
14034 12x0,75 10,4 142 202 18
14035 18x0,75 12,4 212 292 18
14036 20x0,75 12,9 238 362 18
14037 25x0,75 15,1 281 415 18
14038 30x0,75 15,6 320 486 18
14039 34x0,75 16,9 345 523 18
14040 41x0,75 18,3 400 680 18
           
14041 2x1 6,4 50 65 17
14042 3x1 6,7 60 81 17
14043 4x1 7,3 71 98 17
Part No. No. cores x cross-sec.
mm2		 Quter Ø ca. mm Cop. weight
kg/km		 Weight
ca. kg/mm		 AWG no
14044 5x1 7,8 88 127 17
14045 7x1 9,1 111 158 17
14046 12x1 11,2 184 260 17
14047 18x1 132 2600 3800 17
14048 25x1 16,2 349 534 17
14049 34x1 18 486 741 17
           
14050 2x1,5 6,8 63 88 16
14051 3 X 1,5 7,3 80 100 16
14052 4x1,5 8,1 97 126 16
14053 5 X 1,5 8,9 119 160 16
14054 7x1,5 10,5 147 208 16
14055 12x1,5 12,8 267 338 16
14056 18x1,5 15,2 374 479 16
14057 25x 1,5 18,5 526 705 16
14058 30x1,5 19 555 830 16
14059 34x1,5 20,8 629 900 16
 
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