Lindy 2m dual tulp audiokabel, Cromo Line

The Lindy Cromo Line Dual Phono Audio Cable (2 m) is a flexible, high-quality RCA audio cable designed for connecting hi‑fi components, sound bars and other audio/video devices. It has two RCA (phono) male connectors on each end, an anthracite TPE jacket with nylon‑insulated conductors and gold‑plated 24K contacts to ensure reliable signal transfer and resistance to tarnish and corrosion.

Advantages

The cable offers durable construction with copper conductors and AWG 28 wire size for consistent audio performance. Its 24K gold‑plated contacts improve conductivity and reduce contact degradation over time. The jacket and insulation are PVC‑ and halogen‑free (TPE jacket and nylon insulation), meeting EU environmental requirements while providing flexibility and long service life.

Suitable for

• Connecting hi‑fi separates (amplifier, CD player, turntable with line‑level output)
• Linking a sound bar or TV to external audio inputs
• Connecting DVD/Blu‑ray players, media players and receivers with RCA/phono sockets

Key specifications

• Connectors: 2 x RCA (male) on each end
• Cable length: 2 m
• Wire size: AWG 28
• Contacts: 24K gold plated
• Colour: Anthracite
• Jacket/insulation: TPE jacket, nylon insulation (PVC‑ and halogen‑free)
• Brand: Lindy, MPN: 35346, EAN: 4002888353465

How to use

Insert the RCA connectors into the corresponding left (white) and right (red) phono sockets on both devices, ensuring a firm fit. Route the 2 m cable to avoid tight bends and sources of interference; maintain separation from power cables where possible. Verify audio settings on source and destination devices and play audio to confirm proper channel mapping and signal quality.

Recommendations

For best results, use this cable for line‑level connections only. Avoid using the cable in high‑temperature environments and do not expose it to prolonged moisture. When installing, leave gentle slack to prevent strain on connectors and periodically inspect the gold contacts for cleanliness to maintain optimal conductivity.