SC-4 Bi-Amping T6S Banana

Speaker cable

Length	Color	SKU
150 cm \| 4.9 ft.	Cobra	24510
300 cm \| 9.6 ft.	Cobra	24515
500 cm \| 16.4 ft.	Cobra	24522
800 cm \| 26.2 ft.	Cobra	24530
1500 cm \| 49.2 ft.	Cobra	24544
Quote for your individually customized cable: Preferred length / sleeve design / connector configuration
Packaging unit: 1 pair

VIABLUE™ SC-4 Silver-Series speaker cables consist of 4x 4mm² conductors. Two conductors with silvered OFC copper strands provide a deep and crystal clear high frequency rendition. Simultaneously, two conductors with tinned OFC copper strands ensure precise, dynamic and powerful basses. All frequencies are represented and reproduced in a linear fashion true to the original.

VIABLUE™ SC-4 Silver-Series speaker cables: Dynamic and powerful sound

4 conductors: 2 high frequency, 2 low frequency
896 single strands assembled to 4x 7 wrapped bundles combined to 4 single conductors
Silvered high frequency conductors, tinned low frequency conductors

Strong, precise with crystal clear highs

Silvered OFC copper strands for a precise high frequency rendition
Tinned OFC copper strands for powerful and vibrant basses
Transmission of all frequencies true to the original

Customized with VIABLUE™ T6s Banana plugs

24 carat real gold-plated
For an optimal contact pressure

Additional features:

VIABLUE™ Cobra braided cable sleeve
VIABLUE™ SC-4/4 splitter – for a neat installation and cable routing

OFC Copper

OFC means oxygen-free copper and is an electrolytically refined copper used for its high conductivity with a maximum level of oxygen of 0.001%.

VIABLUE™ Splitters

provide an intelligent and precise cable routing. They stabilize single strands and thus prevent cables from damages near cable outlets.

TECHNICAL DETAILS

4 conductors: 2x high-pass und 2x low-pass
Total cross sectional area: 16 mm²
224 OFC strands per conductor
•Outer Ø incl. sleeving: 12.5 mm
24 carat real gold-plated T6S Banana Plugs
VIABLUE™ SC-4/4 splitter: Ø 20 mm
Available versions: Single-Wire, Bi-Wire, Bi-Amping
Inductivity: 0.63 µH/m
Burn-in time: approx. 30 hours