Donau Elektronik 114-00 cable flexible 2 x 0,08 mm² rojo 5 m

For projects that demand a slim, flexible connection without the bulk of standard hook-up wire, the Donau Elektronik 114-00 offers a twin-core stranded design in a compact flat profile. Its 0.08 mm² copper conductors keep the overall cross-section minimal, yet the 7-strand construction withstands repeated bending far better than solid-core alternatives. That combination makes it a practical choice for model building, low-voltage signal wiring, and tight enclosures where space is at a premium.

Highlights

• 2-core stranded wire with 0.08 mm² cross-section per core
• Flat twin profile (approx. 1.2 × 2.4 mm) for tidy routing
• Red PVC insulation for easy polarity identification
• 7 × 0.12 mm copper strands per core for flexibility
• 5 m coil length suits multiple small projects
• Rated for 50 V and temperatures from -20 °C to +80 °C

In daily use

The flat construction lies neatly along surfaces and can be folded into corners without kinking, while the stranded copper cores tolerate vibration and movement. Use it for low-current signal lines, LED wiring, or servo leads in models. The red jacket stands out clearly against dark chassis, reducing the chance of reversed connections during assembly. Because the insulation is PVC, it strips cleanly and solders easily, even with basic tools.

Full specifications

• Wire type: stranded (Litze)
• Number of cores: 2
• Conductor cross-section: 0.08 mm² per core
• Conductor material: copper
• Core construction: 7 × 0.12 mm strands
• Insulation material: PVC
• Insulation colour: red
• Overall cable dimensions: approx. 1.2 × 2.4 mm
• Single insulated core outer diameter: approx. 1.2 mm
• Insulation thickness: approx. 0.44 mm
• Rated voltage: 50 V
• Conductor resistance: approx. 240 Ω/km
• Temperature range: -20 °C to +80 °C
• Length: 5 m
• Packaging: coil
• Compliance: RoHS

Final note

A dependable, space-saving twin wire for fine electronics work—flexible, clearly colour-coded, and ready for your next low-voltage build.