Speaker cable TLgYp(LIFY-Zw) 2x2.5 mm² red-black 0237 007 88
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Sales unit dimensions and weight: 1 m
Speaker cable TLgYp(LIFY-Zw) 2x2.5 mm² red-black 0237 007 88
Speaker cable for demanding installations
This flat 2x2.5 mm² speaker cable is a reliable choice for both professionals and home users. It ensures a solid connection between amplifier and speaker cabinets, guaranteeing high audio quality. The cable’s design has been tested at the Department of Electroacoustics, Warsaw University of Technology, confirming its excellent acoustic properties.
Construction and application
The TLgYp(LIFY-Zw) cable features flexible, multi-stranded copper conductors twisted for enhanced flexibility and durability. Polyvinyl chloride (PVC) insulation protects the conductors from mechanical damage and external environmental factors. Available in red-black coloring, it simplifies polarity identification during installation. Suitable for both fixed indoor installations and mobile connections.
With a cross-section of 2.5 mm², this cable is appropriate for systems up to 70W over distances exceeding 15 meters, or up to 100-120W on shorter runs (up to 10 meters). Manufactured from pure copper, it ensures low resistance—a critical parameter affecting audio signal transmission quality. Note that cables made from oxygen-free copper (OFC) offer even better performance; however, even standard copper in this cable delivers very good results.
Advantages and benefits
- Flexibility: Flexible conductors simplify routing and connection, even in confined spaces.
- Durability: Robust construction with copper conductors and PVC insulation ensures long-term reliability.
- High audio quality: Designed to minimize signal loss, delivering clean and clear sound.
- Easy identification: Red-black color coding simplifies correct connection to amplifiers and speaker terminals.
- Versatility: Suitable for both fixed and mobile indoor installations.
- Scientific validation: Excellent acoustic properties confirmed by tests conducted at the Department of Electroacoustics, Warsaw University of Technology.
