Cables designated as LiYY are unscreened flame-retardant multicore PVC cables for indoor signal and data transmission in indoor industrial applications such as computer systems, measuring equipment and process control devices in offices, laboratories and production lines under low mechanical and tensile stress. This range is particularly well suited to applications requiring a cable with a small overall diameter.
This range of SYNTAX® SPEAKER cables has been developed to obtain maximum flexibility and excellent mechanical properties. The main characteristic is the extremely dense stranding of the conductors’ section, which results in high flexibility, increased conductivity and brilliance of sound. They feature large conductor size to minimize resistance to high power conduction. All the conductors are numbered and maintained properly clustered inside the outer PVC sheath thanks to the internal lined ridges, even under heavy usage and continuous rewinding. The cores are talc dusted to slide against one another, thus granting optimal handling. The external diameters is perfectly suitable for usage with the most commonly used power connectors. Finally, the arctic polymer PVC jacket allows good flexibility and handling in a wide range of temperatures.
This range of SYNTAX® SPEAKER cables has been developed to obtain maximum flexibility and excellent mechanical properties. The main characteristic is the extremely dense stranding of the conductors’ section, which results in high flexibility, increased conductivity and brilliance of sound. They feature large conductor size to minimize resistance to high power conduction. All the conductors are numbered and maintained properly clustered inside the outer PVC sheath thanks to the internal lined ridges, even under heavy usage and continuous rewinding. The cores are talc dusted to slide against one another, thus granting optimal handling. The external diameters is perfectly suitable for usage with the most commonly used power connectors. Finally, the arctic polymer PVC jacket allows good flexibility and handling in a wide range of temperatures.
