ÖPVC-JB 12G1 – 300/500 V, GREY RAL 7001
Manufacturer article number: 1001920 · TKD
Article specifications
| Variant | ÖPVC-JB/OB 300/500 V |
|---|---|
| Dimension | 12 G 1 |
| Outer-Ø [mm] nom. | 10,6 |
| Cu Index [kg/km] | 115.0 |
| Weight [kg/1.000] | 200.0 |
Series information: ÖPVC-JB/OB
Application
power, control and connecting cable in electrical facilities for fixed laying and flexible applications without tensile stress and without defined cable routing. Suitable for use in dry, humid and wet rooms. Outdoor use only with UV-protection, no laying in underground. Applicable also for YSLY or YY.
SPECIAL FEATURES
- largely resistant to acids, bases and specified types of oil
- 4 kV testing voltage
REMARKS
- conform to RoHS
- conform to 2014/35/EU-Guideline („Low-Voltage Directive“) CE
- LABS-/silicone-free (during production)
- special versions, other dimensions, core and jacket colours according to your specifications on request.
DESIGN
| Conductor material | bare copper strand |
|---|---|
| Conductor class | acc. to IEC 60228 cl. 5 |
| Core insulation | PVC |
| Core identification | coloured: up to 5 cores acc. to DIN VDE 0293-308; from 6 cores TKD colour code (see technical guideline); G: with GNYE |
| Stranding | stranded in layers |
| Outer sheath material | PVC |
| Sheath colour | grey, RAL 7001 |
ELECTRICAL PROPERTIES
| Rated voltage AC IEC | Uo/U: up to 16mm² 300/500V or 450/750V; from 25mm² 0,6/1kV |
|---|---|
| Testing voltage | 4 kV |
| Conductor resistance | acc. to IEC 60228 cl. 5 |
| Insulation resistance | min. 20 MΩ x km |
| Current carrying capacity | acc. to DIN VDE |
MECHANICAL & DYNAMIC PROPERTIES
| Min. bending radius fixed | 4 x d |
|---|---|
| Min. bending radius moved | 15 x d |
THERMAL PROPERTIES
| Operat. temp. fixed min./max. [°C] | -40 °C / +80 °C |
|---|---|
| Operat. temp. moved min/max [°C] | -15 °C / +70 °C |
| Temp. at conductor in operation max [°C] | + 70 °C |
| Temp. at conductor in case of short-circuit max [°C] | + 150 °C |
Manufacturer documents
Series illustration. Dimensions and execution follow the article specifications.
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