PowerWorks PW-SP41 1M Speakon to Speakon Cable

The PowerWorks PW-SP41 1M Speakon to Speakon Cable designed for professional audio use. Its unique locking mechanism ensures a secure, stable connection, preventing accidental disconnections during performances. The special contact design boosts signal transfer, delivering clear and powerful audio without interruptions. The 4-pin configuration makes it compatible with high-power speaker setups, providing versatility across various audio systems.

Its structure features a 2*1.5mm² wire with 189 strands of 0.09mm bare copper for each conductor, ensuring excellent conductivity and reduced signal loss. The cotton wrap adds durability, protecting the cable from heavy use. The conductor’s 99.99% Oxygen-Free Copper (OFC) composition minimizes distortion, enhancing signal quality for superior audio output.

With an 8.5mm diameter and a high-flexibility PVC sheath, the cable offers great protection and easy handling. This flexible design facilitates quick setups and efficient cable management, reducing tangles during live events or studio sessions. The PW-SP41 maintains reliable performance even in challenging environments. Additionally, its five color busing options simplify identification and organization in complex setups.

The PowerWorks PW-SP41 cable stands out for its robust construction and high-quality components, making it a top choice for musicians, sound engineers, and audio professionals who need a reliable, high-performance cable.

The PowerWorks PW-SP41 1M Speakon to Speakon Cable delivers outstanding performance and reliability for professional audio needs. Its secure locking design and high-quality Oxygen-Free Copper construction ensure clear, uninterrupted sound transmission. The robust build and flexible PVC sheath provide excellent durability, even with frequent use. With easy handling and color-coding options, it simplifies setups in various environments. This cable is an ideal choice for audio professionals seeking consistent, high-quality sound across different applications.