VFD Cable 0.6/1kV Flexible LSZH Screened Cable with Copper Conductor for Variable Frequency Drive Applications
| Halogen Free: | 利用可能 | Standards compliance: | IEC 60332-1 |
| Jacket: | LSZH | Insulation: | XLPE絶縁 |
| Cable Type: | XLPE絶縁電源ケーブル | Voltagerating: | 0.6/1kv |
| Working Temperature: | -40℃~+90℃ | Application: | 産業用 |
VFD ROZ1-K cable has been designed for Variable Frequency Drive Motors and installations where it is necessary to limit the effects of electromagnetic interference (EMI). This is a flexible cable for fixed installations, for variable speed motors or pumps.
Copper, class 5 (flexible). The ground conductor is divided into three conductors; the equivalent cross-section is approximately 50% of the section of the phase conductor. For 4G cables, ground conductor has the same cross-section as the phase conductors.
XLPE. Standard identification of insulated conductors: 3x + 3G Grey + Brown + Black + Green/yellow (3 G) from 6 mm² onwards. 4G Grey + Brown + Black + Green/yellow up to 4 mm².
For 3x + 3G cables, the three phase conductors are cabled helically with the three protective conductors distributed in the interstices. For 4G cables, the three phase conductors and protection conductor are cabled helically.
Overlapping aluminium-polyester tape screen with 100% coverage + tinned copper drain wire.
Polyolefin LSZH (Low Smoke Zero Halogen).
0.6/1kV rated voltage
- Maximum conductor temperature: 90°C
- Maximum short-circuit temperature: 250°C (max. 5 s)
- Maximum ambient temperature: 60°C
- Minimum installation and handling temperature: 0°C
- Minimum service temperature: -40°C (fixed and protected installations)
- Flame non-propagation according to EN 60332-1 / IEC 60332-1
- Fire non-propagation according to EN 60332-3 / IEC 60332-3 and EN 50399
- Reaction to fire CPR: Cca-s1a, d1, a1 according to EN 50575
- LSZH (Low Smoke Zero Halogen) according to IEC 60754-1
- Low corrosive gases emission according to EN 60754-2 / IEC 60754-2
- Low smoke emission according to EN 61034 / IEC 61034: Light transmittance > 80%
Being very performant cables there are, however, certain precautions that must be taken into account during installation:
- Always respect the bending radius of the cable. Radius below the minimums indicated can cause damage or breakage in the outer sheath.
- Precautions design of the laying. It is necessary that the laying of the cable is done in a careful way, taking care not to damage the outer sheath in irregular areas, sharp edges, etc.
- Fixings/Fastenings. Adapt fastenings so that the cable adopts a natural position in the laying to avoid stress concentration in the outer sheath. Allow a certain degree of freedom of movement in order to absorb possible movements produced by temperature variations.
Installation Methods: Open Air, Buried, In conduit
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