Cables for servo-drives
KAWEFLEX® SERVO 2XSL(St)CYK... VFD TRAY UL/CSA 0,6/1 kV EMV
05.01.36
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Application
increased oil-resistant control and power supply cables for use in cable trays or cable channels with frequency converter technology. For medium mechnical stresses,for fixed or flexible installation where free movement is required without tensile stress and without forced guidance systems, in dry, damp and wet interiors (incl. water-oil mixtures). For outdoor use and also for direct burial. TC-ER (Tray Cable - Exposed Run) approval open wiring between cable tray and industrial machines/plants acc. NEC 336.10(7)
Selected item
Item no.:
Description:
1004963
KAWEFLEX SERVO 2XSL(St)CYK-J VFD TRAY UL/CSA
4G185 (350MCM)
0,6/1 kV EMC UV DB, BLACK, XLPE 90°C
Variants
TKD CoreFit offers functional alternatives that cover the core benefits of the original product—often with reduced functionality or simpler design, but at a lower price.
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Filter according to your requirements.
KAWEFLEX® SERVO 9YSL(St)CY... VFD UL/CSA 0,6/1 kV EMV
4 G 150 (250 MCM)
1005293
Cables for servo-drives
0,6/1kV, EMC optimized, double shielded, BK: UV-resistant
direkt burial, UL/CSA, CPR Eca
We recommend this product as a suitable alternative!
KAWEFLEX® SERVO 2XSL(St)CYK... VFD TRAY UL/CSA 0,6/1 kV EMV
4 G 150 (250 MCM)
1004962
Cables for servo-drives
0,6/1kV, EMC optimized, double shielded, K: cold flexible, UV-resistant
direkt burial, UL/CSA, CPR Eca
We recommend this product as a suitable alternative!
KAWEFLEX® SERVO 9YSL(St)CY... VFD UL/CSA 0,6/1 kV EMV
4 G 185 (350 MCM)
1005294
Cables for servo-drives
0,6/1kV, EMC optimized, double shielded, BK: UV-resistant
direkt burial, UL/CSA, CPR Eca
We recommend this product as a suitable alternative!
Despite careful pre-evaluation of our alternatives, we ask you to review the selection based on your requirements. Our recommendations include at least equivalent, and in some cases better, properties.
PRODUCT INFO
"KAWEFLEX® SERVO 2XSL(St)CYK... VFD TRAY UL/CSA 0,6/1 kV EMV "
SPECIAL FEATURES
- increased resistance to oil by special PVC outer sheath, largely resistant to acids and bases
- max. perm. current carrying capacity at 30 ° C ambient temp.
- direct burial
- UV-res.acc.to EN 50396 & HD 605 A1; SUN RES acc.to UL 1581
- low operating capacity, low coupling resistance
- flexible at low temperatures up to -15 °C
- TC-ER (Tray Cable - Exposed Run)
- enables trouble-free operation of frequency converters through optimum EMC compliant shielding
REMARKS
- RoHS-compliant, compliant with the 2014/35/EU Directive (''Low Voltage Directive'') CE
- LABS/silicon free (during production)
- Compliant with NFPA 79 2007 wiring standards and NEC 336.10(7) "National Electric Code"
- Special designs, other dimensions, cross-sections, wire and sheath colors are available on request.
PRODUCT DETAILS
DESIGN
| Conductor material | bare copper strand |
|---|---|
| Conductor class | acc. to IEC 60228 cl. 5 |
| Core insulation | XLPE |
| Core identification | acc. to DIN VDE 0293-308 coloured cores with GNYE |
| Stranding | stranded in layers |
| Overall shield | alu-lamin. polyester foil, metal side outside, cover. 100% under copper braid tinned |
| Outer sheath material | PVC |
| Sheath colour | black, RAL 9005 |
ELECTRICAL PROPERTIES
| Rated voltage AC IEC | Uo/U 0,6/1 kV (UL 1277: 600 V) - highest permissible operating voltage Single phase and three-phase: 700/1200 V, DC operation: 900/1800 V |
|---|---|
| Testing voltage | 6 kV |
| Conductor resistance | acc. to IEC 60228 cl. 5 |
| Insulation resistance | min. 200 MΩ x km |
| Current carrying capacity | look at the table on the right side |
| Capacity | siehe Tabelle rechte Seite |
MECHANICAL & DYNAMIC PROPERTIES
| Min. bending radius fixed | ≤ 12mm Ø: 5 x d; ≤ 20mm Ø: 7,5 x d; > 20mm Ø: 10 x d |
|---|---|
| Min. bending radius moved | ≤ 12mm Ø: 10 x d; ≤ 20mm Ø: 15 x d; > 20mm Ø: 20 x d |
THERMAL PROPERTIES
| Operat. temp. fixed min./max. [°C] | -40 °C / +90 °C |
|---|---|
| Operat. temp. moved min/max [°C] | -15 °C / +80 °C |
| Temp. at conductor in operation max [°C] | + 90 °C in operation; +250 °C in case of short-circuit |