TOPFLEX® 1000 VFD (Sheath colour black)

EMC-preferred type, flexible motor power supply cable with control cores, oil-resistant, NFPA79 Edition 2012

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Technical data
  • Motor power supply cable for VFDs
    acc. to UL Std. 83, 1277 and 2277
  • Temperature range
    flexing -25°C to +90°C
  • Nominal voltage
    UL 1277 - TC 600 V
    UL 2277 - WTTC 1000 V
  • Test voltage 2500 V
  • Minimum bending radius
    flexing 15x cable Ø
    fixed installation 7,5x cable Ø
  • Coupling resistance
    max. 250 Ohm/km
Cable structure
  • Bare copper conductor, fine wire with
    AWG dimensions
  • Core insualtion of special PVC
    with clear nylon coating
  • Core identification black cores with
    continuous white numbering
  • GN-YE conductor (divided into 3)
  • Cores stranded in concentric layers
  • 3 power + 3 ground conductor design
  • 1. Screen with special aluminium film
    2. Tinned copper braided screen,
    coverage approx. 80%
  • Outer sheath of special TPE
  • Sheath colour: black (RAL 9005)
  • With length marking in feet
Properties
  • Resistant to oil and sunlight
  • Due the optimal screening an
    interference-free operation of
    frequency container is obtained
  • The materials used during manufacturing
    are cadmium-free, contain no silicone
    and are free from substances harmful
    to the wetting properties of lacquers
Tests
  • Behavior in fire acc. to CIC FT4
  • UL
    UL Type TC-ER, UL 83, 1277, 2277,
    WTTC, Oil Res I, NFPA 2012
  • CSA
    c(UL) Type CIC FT4, CSA C22.2 No. 230,
    CSA C22.2 No. 239
Note
  • VFD = Variable Frequency Drive
Application
It is used as a power supply cable under average mechanical stress for fixed installation and sometimes for free movement in dry, moist wet rooms and outside. It is used in the automotive industry, food processing industry, transfer streets, packaging industry, machine tools, handling equipment, other industrial uses include pumps, fans, transport belts and in air conditioning systems, etc. Used in explosion proof areas.
EMC = Electromagnetic compatibility
The screen must be connected at both ends and ensure large-area contact over the entire cable circumference for compliance with the functional interference requirements of EN 55011.
CE = Product conforms with Low-Voltage Directive 2014/35/EU.
Downloads
Data sheet

Part no.

No. power cores

x AWG-No.

No. ground cores

x AWG-No.

No. cores x
cross-section
mm²

Outer Ø

app. mm

Cop.
weight

kg / km

Weight

app. kg / km

59398

3x AWG 8 +

3x AWG 16

(3x 8,37 + 3x 1,31)

17,1

372,0

573,0

59399

3x AWG 6 +

3x AWG 14

(3x 13,3 + 3x 2,08)

19,3

554,0

735,0

59400

3x AWG 4 +

3x AWG 12

(3x 21,2 + 3x 3,3)

24,5

831,0

1225,0

59401

3x AWG 2 +

3x AWG 10

(3x 33,6 + 3x 5,26)

27,8

1258,0

1737,0

59402

3x AWG 1 +

3x AWG 8

(3x 42,4 + 3x 8,37)

31,1

1615,0

2225,0

59403

3x AWG 1/0 +

3x AWG 8

(3x 53,4 + 3x 8,37)

33,1

1938,0

2604,0

59404

3x AWG 2/0 +

3x AWG 8

(3x 67,5 + 3x 8,37)

35,8

2344,0

3089,0

59405

3x AWG 3/0 +

3x AWG 6

(3x 85 + 3x 13,3)

38,6

2994,0

3823,0

59406

3x AWG 4/0 +

3x AWG 6

(3x 107,2 + 3x 13,3)

44,5

3590,0

4700,0

59407

3x AWG 250 kcmil +

3x AWG 6

(3x 127 + 3x 13,3)

48,4

4177,0

5487,0

59408

3x AWG 300 kcmil +

3x AWG 4

(3x 152 + 3x 21,2)

50,9

5104,0

6530,0

59409

3x AWG 350 kcmil +

3x AWG 2

(3x 178 + 3x 33,6)

54,0

6218,0

7768,0

59410

3x AWG 400 kcmil +

3x AWG 2

(3x 203 + 3x 33,6)

55,5

6875,0

8492,0

59411

3x AWG 500 kcmil +

3x AWG 2

(3x 254 + 3x 33,6)

60,5

8303,0

10130,0