Cable HP High Quality Speaker Hifi 2 x 1.5 mm ² Monacor SPC-15 Ofc

SPC-15 technical specification

SPC-15Usespeakers, hi-fi speakers
Length50 m Colortransparent
Internal drivers    
2 x 1.5 mm²MaterialFine multi-brins ofc copper
No. of drivers2 Packagingby metre or per 50 m spool
Weight2.3 kg (50 m coil) - net 45.22 g/m
Other features
Conductors by blue net - Ultra flexible

Important: the cheap cables commonly sold in the trade are most often cables presented as being with copper drivers, but are in fact composed of CCA = "Copper cladded aluminum", that is to say made with a multibrin aluminum nucleus covered with a thin layer of copper, allowing external welding and presenting the external color of copper. These cables are cheaper, but are much less efficient, because their electrical conductivity is lower, and they are more difficult to weld. Their robustness and elastic resistance with repeated windings are also less. This type of cable is lighter and generates ohmic losses that can be significant in sound, as well as a risk of overheating in equal section with that of a pure copper cable.

Technical SPECIFICATIONS SPC-15

SPC-15Intended UseSpeakers, High Fidelity Cabinets Length50 m Colortransparent Internal Conductor2 x 1.5 mm²MaterialOFC FINE MULTI-STRAND COPPER
No. of Cores2 Packaging50 m Coil or by meter
Weight2.3 kg (50 m Coil) - Net Weight 45.22 g/m
Other featuresWire Marking: Blue Line - Highly Flexible

IMPORTANT: The Cheap Cables Commonly Sold On The Market Are Most Often Cables Predated As Having Copper Copper Conductors, But are in fact made of CCA = 'COPPER CLADDED aluminum', IE Made with a Multi-Strand Aluminum Core Covered With A Thin Layer of Copper, Allowing External Solder. Color of Copper. These cables are exhaustive, but perform much less well, because their electrical conductivity is low, and they are more difficult to settle. They are also robust and less resistant to rediming windows. This Type of Cable is Lighter and Generates Ohmic Losses that can be meaningful in sound system, as well as a risk of overheating when the cross-section is the same as that of a pure copper cable.