Donau Elektronik 175-017 Fio flexível LiY 1 x 0,75 mm² laranja, 1 unid.

For projects where a standard rigid wire falls short, this Donau Elektronik 175-017 LiY stranded hook-up wire delivers the flexibility and reliability needed for demanding electrical connections. Its fine-stranded bare copper conductor and durable PVC insulation make it a practical choice for control cabinets, prototyping, and internal wiring of devices.

Highlights

• Fine-stranded bare copper conductor for excellent flexibility and easy routing
• PVC insulation in signal orange for clear identification and abrasion resistance
• Rated for 300/500 V, suitable for low-voltage signal and control circuits
• Self-extinguishing insulation adds safety in case of fire
• Compliant with VDE 0281 and RoHS, ensuring quality and environmental standards

In daily use

With a conductor cross-section of 0.75 mm² (approx. 18 AWG) and an outer diameter of only 2.4 mm, this wire is easy to strip, crimp, or solder. The orange colour stands out in crowded enclosures, simplifying identification and maintenance. It remains flexible even in tight spaces, reducing stress on connections and improving long-term reliability.

Full specifications

• Wire type: Stranded hook-up wire (LiY)
• Conductor material: Bare copper, fine-stranded
• Insulation material: PVC (polyvinyl chloride)
• Number of cores: 1
• Conductor cross-section: 0.75 mm²
• AWG equivalent: approx. 18 AWG
• Insulation colour: Orange
• Nominal voltage: 300/500 V
• Operating temperature range: -30 °C to +70 °C
• Outer diameter (approx.): 2.4 mm
• Max. conductor resistance at 20 °C: 26 Ω/km
• Standards compliance: VDE 0281, RoHS compliant
• Flame retardancy: Self-extinguishing
• Halogen status: Contains halogen (PVC)
• Quantity per pack: 1 piece

Final note

A dependable single-core wire for low-voltage applications where flexibility and clear colour coding matter. Whether you are wiring a control panel or repairing a device, this orange LiY wire from Donau Elektronik offers consistent performance and easy handling.