No less, but lesser...
and easy to handle since it is available in four colors. Otherwise the technical and electrical construction is similar to the SC-SOURCE cable.
With its the small diameter it fits virtually all current TT-phone and B-gauge connectors and can also be used for Y-adapter cables. Due to its carefully designed shielding the cable offers the extra benefit of an amazing tread resistance and tensile strength. The white version is recommended for the unobtrusive installation in churches.
Advantages:
- Ideal for patch cables owing to its small outside diameter of 4.6 mm
- Very good tensile strength due to the dual shielding construction and special
PVC jacket
- Linear sound transmission due to the special-designed conductor pairs and the
copper litz wire stranding
- 100 % shielding due to a metallised fleece plus additional
helical copper mesh screen
Application:
- Professional studio patch connection
- High-quality mini microphone cable
- High-class phono and RCA connections
- Long-distance MIDI cabling
- Interior rack wiring and connection of audio components and effects devices
Technical Data:
SC-GOBLIN
Properties: Analog
Properties: OFC oxygen free copper
Application area: Installation
Application area: Studio / Broadcast
Application: Patch & Microphone Cable
Colour: black
Colour detailed: black
Signal transmission: symmetrical
Jacket material: PVC
Jacket Ø: 4,6 mm
Number of Channels (audio): 1
Inner conductor (audio): 2
Inner conductor (audio): 0,14 mm²
Inner conductor Ø (audio): 0,42 mm
AWG (audio): 26
Shielding: Copper spiral sleeve tin-plated + metalic fleece
Copper strands (audio): 18
Copper strand Ø (audio): 0,10 mm
Conductor insulation material: PE
Conductor insulation Ø: 1,05 mm
Weight per 1 m: 27 g
UV-resistant: yes
Fire load per m: 0,10 kWh
Style variant: round
Shielding factor: 100 %
Packing: 100 m spool
Temperature min.: -25 °C
Temperature max.: 70 °C
Width: 4,6 mm
Height: 4,6 mm
Capac. cond./cond. per 1 m (audio): 65 pF
Capac. cond./shield. per 1 m (audio): 120 pF
Insulation resist. per 1 km: 0,2 G?
Insulation resist. per 1 km (audio): 0,2 G?
Conductor resistance per 1 km: 140 ?
Shield. resistance per 1 km: 30 ?