The LAPP Black Hook‑Up Wire offers safe, dependable wiring for professional and industrial use around the world. Designed as a halogen-free, flame-retardant single-core cable, it delivers 750 V nominal voltage and is ideal for internal equipment wiring, control cabinets, and machine assemblies. With a compact outer diameter of approximately 3.5 mm and a flexible class-5 copper conductor, this hook-up wire ensures efficient installation even in confined spaces. It suits demanding applications that prioritize safety, low smoke, and reliable performance.

Key Reasons to Buy the Lapp Cable Black 100m Equipment Wire, 15 AWG

The LAPP 4726011 wire stands out with its low‑smoke zero‑halogen insulation, offering maximum safety in fire scenarios by minimizing toxic gas and corrosive emissions. Certified under European harmonised standards (HAR) and tested for flame retardance to IEC 60332‑1‑2 and smoke density IEC 61034, it’s widely accepted across Europe and global export markets. Its compact structure and flexible conductor simplify routing in control panels and conduits.

Crucial Features and Benefits to Users

• Halogen‑free LSZH insulation ensures safe evacuation and minimal corrosion in case of fire.
• Flame‑retardant & low‑smoke certified per IEC 60332‑1‑2 and IEC 61034.
• HAR and CE certified for harmonised European compliance.
• Flexible class-5 conductor (fine-stranded copper) for effortless bends and routing.
• Compact 3.5 mm OD, space-efficient in dense wiring applications.
• Wide operating temp range: from –40 °C (fixed) to +90 °C.
• Nominal voltage of 450/750 V for standard wiring operations.

Broad Range Application

• Internal wiring of control cabinets, distribution boards, and switch panels
• Fixed wiring in machine assemblies, lighting systems, and appliances
• Used where fire safety and low-smoke emissions are critical (public buildings, transport)
• Cable installations in conduits, trunking, ducts, and under plaster or flooring
• Suitable for AC/DC charging infrastructure in electromobility setups
• Wiring in open tray and cable duct environments where equipotential bonding is needed