Snow falls over the trees...
You know these promotional music sounds and voice infatuations. For this purpose we have the perfect cable: a coaxial cable is used where a small outer diameter is required in connection with a large wire cross-section. Especially for cable conduits where the speaker cable lies between cables which emit strong interferences. Normally a copper mesh shielding is used for coaxial cables. However, this will
render them unnecessarily stiff and inflexible, making multiple reeling almost impossible.
We use a dual reversely stranded helical Cu mesh screen for our SPK cables. This offers a better shielding than conventional copper braidings and makes the cable incredibly flexible.
When used as a speaker cable, the twisted screen is used as a second conductor. It has the same cross-section as the inner conductor.
Advantages:
- Space-saving diameter due to coaxial construction
- Excellent shielding due to the dual reversely stranded helical copper mesh screen
Application:
- For installation in building services engineering
- Combination with small connectors (jack, XLR etc.)
- High-end hifi applications
100m Rulle
Vill ni beställa mindre än 100m tillkommer en klippkostnad på 50:-
Technical Data:
Properties: FRNC flame retardant
Properties: Analog
Properties: OFC oxygen free copper
Properties: Halogen-free / LSZH
Application area: Studio / Broadcast
Application area: Installation
Application area: ELA 100 V
Application: Speaker Cable
Colour: black
Colour detailed: black
Jacket material: FRNC
Jacket Ø: 6 mm
Number of Channels (audio): 1
Inner conductor (audio): 2
Inner conductor (audio): 2,5 mm²
Inner conductor Ø (audio): 1,78 mm
AWG (audio): 13
Shielding: Double copper spiral, counter-rotating
Copper strands (audio): 140
Copper strand Ø (audio): 0,15 mm
Weight per 1 m: 73 g
UV-resistant: yes
Fire load per m: 0,18 kWh
Style variant: round
Shielding factor: 100 %
Packing: 100 m spool
Packing: 500 m spool
Temperature min.: -25 °C
Temperature max.: 70 °C
Width: 6 mm
Height: 6 mm
Capac. cond./cond. per 1 m (audio): 150 pF
Insulation resist. per 1 km: 0,2 GΩ
Insulation resist. per 1 km (audio): 0,2 GΩ
Conductor resistance per 1 km: 7,8 Ω
Shield. resistance per 1 km: 9 Ω