Cáp Điều Khiển Helukabel TOPSERV® 650 VFD | Chính Hãng – Chống Nhiễu – Cáp Chuyển Động – Motor Cable – Giá Tốt Nhất
TOPSERV® 650 VFD |
EMC-preferred type, flexible motor power supply cable with control cores, oil-resistant, NFPA79 Edition 2012 |
Technical data
- TPE motor supply cable acc. to
UL Std.1277 and UL Std.2277 - Temperature range
flexing -25°C to +105°C - Nominal voltage
TC 600 V
WTTC 1000 V - Test voltage
power supply cores 4000 V
control cores 2000 V - Minimum bending radius
flexing 5x cable Ø
permanently flexing 7,5x cable Ø - Coupling resistance
max. 250 Ohm/km
Cable structure
- Tinned copper conductor, extra fine wire
with AWG dimensions - Core insualtion of special PVC
with transparent nylon skin - Core identification black cores with
continuous white numbering
– power supply cores no. 1-4
– control cores no. 5+6 - GN-YE conductor in the outer layer
- Control cores screened in pairs with
plastic-coated aluminium foil, tinned
drain wire - Control cores stranded in pairs and
laid up in layers with optimal lay length
with the power supply cores - 1. Screen with plastic-coated
aluminium foil
2. Tinned copper braided screen,
approx. 85% coverage - Separator
- Outer sheath of special TPE
- Sheath colour: black (RAL 9005)
or orange (RAL 2003) - With length marking in feet
Properties
- The materials used during manufacturing
are cadmium-free, contain no silicone
and are free from substances harmful
to the wetting properties of lacquers - UV-resistant
Tests
- self-extinguishing and flame retardant
acc. to CSA FT4 - UL:
TC-ER, WTTC 1000 V, MTW, NFPA 79 2012,
PLTC-ER (AWG 18 – AWG 12),
ITC-ER (AWG 18 – AWG 12) OIL RES I & II,
90°C dry / 75°C wet, Cold Bend Test -40°C
Class 1 Div. 2 per NEC Art. 336, 392, 501
CSA:
c (UL) CIC-TC FT4
AWM I/II A/B FT4
Note
- VFD = Variable Frequency Drive
Application
Highly flexible, extremely oil-resistant motor supply cable for modern servomotors; the double-screening with special aluminium foil (100% coverage) and tinned copper braid (approx. 85% coverage) provides effective protection against electrical disturbance and the resultant failures. Approved to NFPA 79 edition 2012 for open, unprotected installation on cable trays and from cable trays to the machine. The special TPE sheath is extremely resistant to oil, coolants and solvents and hence the perfect solution for industrial applications with open installation, installation in pipes and in the earth.
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
Sheath colour black
Part no. | No. cores x AWG-No |
Crosssection mm² | Outer Ø app. Mm |
Cop. weight kg / km |
Weight app. kg / km |
59837 | 4x AWG 16 +2x AWG 18 | 1,31/ 0,824 | 13,0 | 88,0 | 259,0 |
59838 | 4x AWG 14 +2x AWG 18 | 2,08/ 0,824 | 14,0 | 133,0 | 370,0 |
59839 | 4x AWG 14 +2x AWG 14 | 2,08/ 2,08 | 14,6 | 159,0 | 399,0 |
59840 | 4x AWG 12 +2x AWG 18 | 3,31/ 0,824 | 15,3 | 197,0 | 435,0 |
59841 | 4x AWG 12 +2x AWG 14 | 3,31/ 2,08 | 15,7 | 224,0 | 466,0 |
59842 | 4x AWG 10 +2x AWG 14 | 5,26/ 2,08 | 18,2 | 301,0 | 703,0 |
59843 | 4x AWG 8 +2x AWG 14 | 8,37/ 2,08 | 24,1 | 457,0 | 901,0 |
59844 | 4x AWG 6 +2x AWG 14 | 13,31/ 2,08 | 27,4 | 615,0 | 1275,0 |
59845 | 4x AWG 4 +2x AWG 14 | 21,21/ 2,08 | 33,4 | 1450,0 | 1861,0 |
Sheath colour orange
Part no. | No. cores x AWG-No |
Crosssection mm² | Outer Ø app. Mm |
Cop. weight kg / km |
Weight app. kg / km |
59846 | 4x AWG 16 +2x AWG 18 | 1,31/ 0,824 | 13,0 | 88,0 | 259,0 |
59847 | 4x AWG 14 +2x AWG 18 | 2,08/ 0,824 | 14,0 | 133,0 | 370,0 |
59848 | 4x AWG 14 +2x AWG 14 | 2,08/ 2,08 | 14,6 | 159,0 | 399,0 |
59849 | 4x AWG 12 +2x AWG 18 | 3,31/ 0,824 | 15,3 | 197,0 | 435,0 |
59850 | 4x AWG 12 +2x AWG 14 | 3,31/ 2,08 | 15,7 | 224,0 | 466,0 |
59851 | 4x AWG 10 +2x AWG 14 | 5,26/ 2,08 | 18,2 | 301,0 | 703,0 |
59852 | 4x AWG 8 +2x AWG 14 | 8,37/ 2,08 | 24,1 | 457,0 | 901,0 |
59853 | 4x AWG 6 +2x AWG 14 | 13,31/ 2,08 | 27,4 | 615,0 | 1275,0 |
59854 | 4x AWG 4 +2x AWG 14 | 21,21/ 2,08 | 33,4 | 1450,0 | 1861,0 |