TOPFLEX®-EMV-UV-3 PLUS 2XSLCYK-J

for power supply connections to frequency converters, higher current carrying capacity, 0,6/1 kV,
double screened, meter marking

Produktfoto
Technical data
  • Special motor power supply cable
    for frequency converters
    in reference to DIN VDE 0250
  • Temperature range
    flexing  -5°C  to  +90°C
    fixed installation  -40°C  to  +90°C
  • Permissible operating temperature
    at conductor +90°C
  • Nominal voltage
    U0/U 600/1000 V
  • Max. permissible operating voltage
    - 3-Phase and single phase
      operation  700/1200 V
    - DC operation  900/1800 V
  • Test voltage
    4000 V
  • Coupling resistance
    acc. to different cross sections
    max. 250 Ohm/km
  • Minimum bending radius
    flexing for cable Ø:
    up to 12 mm: 10x outer Ø
    > 12 mm: 15x outer Ø
    fixed installation 4x outer Ø
Cable structure
  • Bare copper conductor, to
    DIN VDE 0295 cl.5, fine wire,
    BS 6360 cl.5, IEC 60228 cl.5
  • Core insulation of cross-linked
    polyethylene (XLPE)
  • Core identification BK, BN, GY
  • GN-YE conductor (divided into 3)
  • 3+3 core design
  • Cores stranded in concentric layers
  • 1. Screen with special aluminium film
    2. Tinned copper braided screen,
         approx. 85% coverage
  • Outer sheath of special PVC
  • Sheath colour: black (RAL 9005)
  • With meter marking
Properties
  • Low mutual capacitance
  • Low coupling resistance for high
    electromagnetic compatibility
  • Due to the optimal screening an
    interference-free operation of
    frequency converters is obtained
  • The 3 PLUS-construction of motor power
    supply cables features a symmetrical
    3-core design, improved in terms of EMC
    characteristics comparing favorably with a
    4-core version. The protective conductor
    PE, divided into 3 is uniformly stranded in
    the interstices. This enables an extremely
    concentric structure.
  • The minimum cross section of 0,75 mm²
    meets the requirements of DIN EN 60204-1
  • UV-resistant
  • Outdoor application
  • This screened motor supply cable with
    low mutual capacitance of the single cores
    because of the special XLPE core insulation
    and low screen capacitance enable a low-loss
    transmission of the power compared to
    PVC-sheathed connecting cables
  • The materials used during manufacturing
    are cadmium-free, contain no silicone
    and are free from substances harmful
    to the wetting properties of lacquers
     

Tests

  • Flame retardant acc. to
    DIN VDE 0482-332-1-2 /
    DIN EN 60332-1-2 / IEC 60332-1-2
  • Meets EMC requirements acc. to
    EN 55011 and DIN VDE 0875-11
Note
  • **) The current carrying capacity for
    permanent operation at ambient temperature
    of 30°C. For deviating ambient temperatures
    the conversion factors should be used and
    for further see the indication in
    DIN VDE 0298-4.
  • The conductor is metrically constructed
    (mm²). The AWG designation is
    approximate and purely informative.
Application
As a supply and connecting cable for medium mechanical stresses in fixed installations and forced movements in dry, moist and wet environments and for outdoor applications, possible for installation in underground at 3x16+3G2,5 mm². Respecting the permissible operating temperature at the conductor of +90°C permits a higher current carrying capacity than PE insulated power distribution cables.Used in the automotive and food industries, environmental technology, packaging industry, chemical industry.
EMC = Electromagnetic compatibility
To optimize the EMC features we recommend a large round contact of the copper braiding on both ends.
CE = Product conforms with Low-Voltage Directive 2014/35/EU.
Downloads
Data sheet
Certificate of compliance

Part no.

No.cores x
cross-sec.
mm²

Outer Ø

approx. mm

Coupling resistance

Power ratings **)

with 3 loaded cores

in Amperes

Cop.
weight

kg / km

Weight

approx. kg / km

AWG-No.

at 1 MHz

Ohm/km

at 30 MHz

Ohm/km

24508

3 x 1,5 + 3 G 0,25

9,2

23

86,0

140,0

16

24509

3 x 2,5 + 3 G 0,5

10,8

18

210

32

144,0

220,0

14

24510

3 x 4 + 3 G 0,75

12,3

11

210

42

224,0

323,0

12

24511

3 x 6 + 3 G 1,0

14,0

6

150

54

298,0

420,0

10

24512

3 x 10 + 3 G 1,5

17,6

7

180

75

491,0

615,0

8

24513

3 x 16 + 3 G 2,5

20,4

9

190

100

723,0

819,0

6

24514

3 x 25 + 3 G 4,0

23,2

4

95

127

1138,0

1325,0

4

24515

3 x 35 + 3