PVC Trailing Cables

Construction

A Conductor highly flexible bare copper as per IEC 60228 class 6
B Insulation PVC compound type TI2 with enhanced properties
B Identification colour code as per DIN 47100
C Central filler (where applicable), no straight centre conductor allowed
C Cabling conductors cabled in concentric layers
C lateral fillers admitted
D Taping polyester fleece
E Screen tinned copper braid, coverage approx. 85%
F Jacket PVC compound type TM2 with enhanced properties
F Colour grey RAL 7001

LifYCY DIN

LifYCY DIN - [GCE Cables - Italy]

Technical Data

Conductor resistance            R       0,14 mm2 < 138,0 Ohm/km
                                                    0,25 mm2 <   77,5 Ohm/km
                                                    0,34 mm2 <   56,0 Ohm/km
Insulation resistance             RI      > 20 MOhm x km
Operating capacitance          C       0,14 mm2 <   90 pF/m
                                                    0,25 mm2 < 100 pF/m
                                                    0,34 mm2 < 110 pF/m
Operating voltage                 UB     300 V
Test voltage                         UT     1500 V

Bending radius                    rmin.   12 x cable diameter
Travelling speed                  vmax.
        freely moving                          4 m/s 4 m/s
        sliding                                   2 m/s 2 m/s
Acceleration                       amax.  2 m/s2 4 m/s2
Bending cycles at a travelling distance of 7 m
                                                    2 mio. 1 mio.

Temperature range
         mobile application                 -   5 °C up to + 80 °C
         fixed installation                    - 40 °C up to + 80 °C

Oil resistance                                IEC 60811-2-1

Flame retardance                           IEC 60332-1, EN 50265-2-1

Options

  • other core configurations and cross
    sections manufactured upon request 
  • jacket with improved oil resistance
    as per HD 505.2.1
    type designation   LifYCYö DIN
  • LSF version with improved behaviour
    under fire as per IEC 60332-3C
    type designation   LifYCYu DIN

 

Last Updated (Monday, 21 March 2011 10:02)