Helukabel OZ-500 Connection Cable, 3 Cores, 0.75mm², Unscreened, Grey Polyvinyl Chloride Sheath

Sous-total (1 bobine de 100 mètres)*

71,98 €

(TVA exclue)

87,10 €

(TVA incluse)

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  • 13 unité(s) expédiée(s) à partir du 02 juillet 2026
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*Prix donné à titre indicatif

N° de stock RS:
709-892
Référence fabricant:
10032
Fabricant:
Helukabel
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Marque

Helukabel

Product Type

Connection Cable

Series

OZ-500

Number of Cores

3

Conductor Material

Copper

Jacket Material

Polyvinyl Chloride

Jacket Colour

Grey

Screened/Unscreened

Unscreened

Outside Diameter

5.6mm

Voltage

500V

Minimum Operating Temperature

-15°C

Conductor Type

Stranded

Standards/Approvals

DIN VDE 0285-525-2-51

Maximum Operating Temperature

80°C

Cable CSA

0.75mm²

Fire Behaviour

Flame Retardant

Pays d'origine :
DE
The Helukabel Control cable is expertly designed for flexible applications requiring a robust control and connection cable. With a temperature range of -15°C to +80°C when flexible and -40°C to +80°C when fixed, it excels in environments with medium mechanical stress. This cable is Ideal for machine tools, assembly lines, and conveyor belts, ensuring reliable performance even in damp or wet conditions. Its construction features cadmium-free materials, flame retardant properties, and a grey PVC outer sheath that guarantees excellent flexibility. Additionally, core insulation MADE of PVC enhances safety and functionality, making it a superior choice for various industrial applications.

Largely resistant to oils and harmful substances, ensuring longevity

Suitable for drag chains under specific conditions for enhanced mobility

Flame retardant properties conforming to DIN VDE and IEC standards

Copper wire construction with finely stranded cores improves conductivity

Core identification follows strict DIN VDE standards, ensuring easy recognition

Metrically constructed conductors provide accurate gauge standards

Length marked in metres for straightforward installation planning

Optimally stranded cores with Ideal lay lengths reduce torsional stress

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