Donau Elektronik 175-011 LiY säikeinen kytkentäjohto 1 x 0,75 mm² musta

Where generic hook-up wire often forces a compromise between flexibility and current capacity, the Donau Elektronik 175-011 LiY keeps both in balance. Its fine-stranded bare copper core and soft PVC jacket make routing through tight control cabinets and device interiors noticeably less frustrating, while the 0.75 mm² cross-section safely carries the loads typical of internal appliance wiring.

Highlights

• LiY construction: highly flexible, fine-stranded bare copper conductor
• 0.75 mm² cross-section for reliable power and signal distribution
• Black PVC insulation for clear identification and abrasion resistance
• 500 V nominal / 2000 V test voltage rating for safe low-voltage use
• Complies with VDE 0281-3 and flame retardant to IEC 60332-1-2

In daily use

This single-core wire is supplied per meter, so you can cut exactly the length needed for control cabinet wiring, electronic prototypes, or repair work. The 24 x 0.2 mm stranding keeps the conductor supple even after repeated bending, and the PVC jacket resists common workshop chemicals and oils. With an outer diameter of approximately 2.3 mm, it fits neatly into standard terminal blocks and cable ducts without excessive bulk.

Full specifications

• Product type: Stranded hook-up wire
• Wire type designation: LiY
• Number of cores: 1
• Conductor cross-section: 0.75 mm²
• Conductor material: Bare copper
• Conductor stranding: 24 x 0.2 mm
• Insulation material: PVC (Polyvinyl chloride)
• Insulation colour: Black
• Outer diameter (approx.): 2.3 mm
• Nominal voltage: 500 V
• Test voltage: 2000 V
• Temperature range (fixed installation): -30 °C to +80 °C
• Maximum conductor resistance at 20 °C: 26 Ω/km
• Standard compliance: VDE 0281-3
• Flame retardancy: IEC 60332-1-2
• Packaging unit: Per meter

Final note

For installers and service technicians who value a wire that strips cleanly, solders easily, and holds up to everyday handling, the Donau Elektronik 175-011 is a dependable choice that avoids the stiffness of solid-core alternatives.