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LAPP 0161051 0161051 KE9-022L Fe/CuNi JX 2x0,22 IEC LAPP KE9-022L Fe/CuNi JX 2x0,22 IEC View larger
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0161051 KE9-022L Fe/CuNi JX 2x0,22 IEC LAPP KE9-022L Fe/CuNi JX 2x0,22 IEC

0161051

0161051

KE9-022L Fe/CuNi JX 2x0,22 IEC

LAPP

100 m.

KE9-022L Fe/CuNi JX 2x0,22 IEC Extension- and compensating cables, paired

Cables > Thermocouple cable
ÖLFLEX HEAT Temperature measurement cables

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Extension and compensating cables, single-paired version - suitable for use in temperature measurement and manufacturing process control

  • Available in many different designs
  • New: thermocouple cable type K

Norm references / Approvals

  • Space-saving and flexible
  • For more detailed information, see appendix T8 and data sheets

Application range

  • Allows temperature measurement even in places where non-contact temperature measurement is not possible or reasonable
  • The thermocouple is used to measure temperature as a part of monitoring the manufacturing process, thus the sheath material should be selected with reference to the maximum ambient temperature at its junction.
  • Conductor materials (alloys):
    Fe/CuNi (LX, JX)
    Conductor alloys are identical to thermocouple alloys
  • NiCr/Ni (K, KX, KCA)
    K and KX version - conductor alloys are identical to thermocouple alloys
    KCA version: compensating alloys (for KCA: Fe/CuNi), not identical to thermocouple alloys
  • PtRh/Pt (RCB, SCB)
    Compensating alloys (for RCB, SCB: Cu/CuNi) are not identical to thermocouple alloys

Norm references / Approvals

  • Colour identity code DIN 43710 Negative conductor and outer sheath:Fe/CuNi: blueNiCr/Ni: greenPtRh/Pt: whitePositive conductor: always redIEC 60 584 Positive conductor and outer sheath:Fe/CuNi: blackNiCr/Ni: greenPtRh/Pt: orangeNegative conductor: always white

Product Make-up

  • Design abbreviations:
    PVC: Polyvinylchloride
    SIL: Silicone rubber
    GL: Glass fibre
    FEP: Fluorinated ethylene propylene
    EGL: E-Glass fibre
    C: Copper braiding screen
    ST: Aluminium foil screen
    S: Steel wire braiding
  • Design, for example PVC-PVC-S-PVC:
    - PVC core insulation
    - PVC inner sheath
    - Steel wire braiding
    - PVC outer sheath
  • Examples shown (top to bottom):
    Fe/CuNi DIN 2 x 1.5 PVC
    NiCr/Ni IEC 2 x 1.5 GL-GL
    PtRh/Pt IEC 2 x 1.5 GL-GL-S
    NiCr/Ni DIN 2 x 1.5 SIL-GL
    NiCr/Ni DIN 2 x 1.5 PVC-PVC
    PtRh/Pt DIN 2 x 1.5 SIL-SIL
    Fe/CuNi IEC 2 x 1.5 SIL-SIL-S
    NiCr/Ni IEC 2 x 1.5 SIL
    PtRh/Pt IEC 2 x 1.5 SIL-GL-S
    Fe/CuNi IEC 2 x 0.22 PVC-PVC-C-PVC
    NiCr/Ni IEC 2 x 1.5 PVC-ST-PVC
    Fe/CuNi DIN 2 x 1.5 PVC-PVC-S-PVC

Classification ETIM 5

  • ETIM 5.0 Class-ID: EC000838
  • ETIM 5.0 Class-Description: Thermocouple cable

Classification ETIM 6

  • ETIM 6.0 Class-ID: EC000838
  • ETIM 6.0 Class-Description: Thermocouple cable

Based on

  • Limiting deviation in accordance with DIN and IEC in accordance with class 2

Conductor stranding

  • 1.5 mm²: approx. 48 x 0.20 mm
    0.75 mm²: approx. 24 x 0.20 mm
    0.5 mm²: approx. 16 x 0.20 mm
    0.22 mm²: approx. 7 x 0.20 mm

Minimum bending radius

  • Without metal braiding:
    12 x cable diameter
  • With metal braiding:
    15 x cable diameter

Temperature range

  • (referring to insulation and sheath material)
    PVC: -5°C to +80°C
    Silicone: -25°C to +180°C
    Glass fibre: -25°C to +200°C
    FEP: -100°C to +205°C
    E-Glass: -25°C to +400°C

Product Datasheet

Electrica Online Product Datasheet Prepared from the current product description, catalog data and structured technical attributes.