0,6/1kV VV-K/VV-R Cable

0,6/1kV VV-K/VV-R Cable Construction

0,6/1kV VV-K/VV-R Cable Application

• VV-K
• Industrial Automation: Connects inverters, soft starters, and PLCs (Programmable Logic Controllers) within distribution panels to external actuators (such as contactors and relays).
• Instrumentation: Used to connect various sensors and transmitters (such as pressure, temperature, and flow instruments) within a plant, transmitting 4–20 mA analog signals or digital signals.
• Complex Wiring: Due to its Class 5 flexible construction (stranded fine copper wires), this cable is ideal for installation inside switchgear or in equipment-dense cable trenches, meeting requirements for “tight bending radii.”
• Indoor and Outdoor Fixed Installation: Whether in indoor cable trays or outdoor locations with shade, VV-K is typically used for fixed installations requiring control circuits with a certain degree of flexibility.
• VV-R
• Powering mobile equipment: This is the most distinctive application for VV-R. For example, in cranes, electric hoists, lifts, sliding gates, and the moving tables of machine tools, the cable must bend repeatedly as the equipment moves.
• Tight and Complex Routes: In conduit shafts, internal spaces within equipment (such as inside medical CT scanners or elevator trailing cables), and within ceilings where cables must navigate around obstacles, VV-R cables can be easily run through conduits or laid thanks to their significantly smaller bending radius compared to VV cables.
• Temporary power supply: Construction sites, event stages, emergency rescue sites, and other locations requiring temporary power lines that are frequently rolled up, moved, or dragged. VV-R cables are lighter and more resistant to bending than rigid cables.

0,6/1kV VV-K/VV-R Cable Standard

• IRAM 2178

0,6/1kV VV-K/VV-R Cable technical Data

• Rated voltage: 0.6/1 kV
• Working Temperature: 70°C

0,6/1kV VV-K/VV-R Cable Feature

• High mechanical strength: Tensile strength ≥12.5 MPa, elongation at break ≥150%; capable of withstanding compression, impact, and light dragging during installation and movement.
• Weather resistance: Contains UV stabilizers, allowing for long-term exposure to outdoor sunlight without significant aging (however, it is recommended to avoid direct sunlight or use a black jacket).
• Enhanced safety: Reliably suitable for industrial power distribution circuits, with improved resistance to overvoltage and surges.
• Wider applicability: Suitable for both control circuits (exceeding standard requirements) and direct use in low-voltage power distribution.