Cablu De Semnal Balansat Sommer Cable SC-Scuba 14 Highflex

The new SC-Scuba 14 HIGHFLEX will be right by your side. It is very thin, space-saving, flexible and ideally suited for connectors with a small diameter, e.g. LEMO patchboards, mini jacks, RCA etc. (and thus perfect for patch cables) and rack cabling. Their diameter and wire construction has been designed according to common broadcasting standards and a dense copper mesh screen with 90% shielding coverage protects the cable from interference. For reasons of clarity we offer the SC-Scuba 14 HIGHFLEX in five different jacket colors.

Advantages:

• Very thin, high tensile strength and flexibility
• Available in five different colours
• Good shielding due to the dense Cu mesh screen
• Affordable price

Application:

• Patch cabling (LEMO), gooseneck microphone cable
• Home recording
• Rack and console cabling

Technical Data:

• Name: SC-Scuba 14
• Properties: OFC oxygen free copper
• Properties: Analog
• Application area: Studio / Broadcast
• Application: Patch & Microphone Cable
• Colour: black
• Signal transmission: symmetrical
• Construction: (2LI2Y0,14mm²)CY
• Jacket material: PVC
• Jacket: 3,80 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 braiding shield., tin-plated, with 0.10 mm indiv. strand
• Copper strands (audio): 18
• Copper strand Ø (audio):  0,10 mm
• Conductor insulation material: PE
• Conductor insulation Ø: 1,15 mm
• Weight per 1 m:  25 g
• UV-resistant: yes
• Fire load per m:  0,09 kWh
• Style variant: round
• Shielding factor: 90 %
• Temperature min.:  -25 °C
• Temperature max.:  70 °C
• Width: 3,8 mm
• Height:3,8 mm
• Capac. cond./cond. per 1 m (audio):  65 pF
• Capacity wire/wire at 1 ft. (audio):  19,812 pF
• Capac. cond./shield. per 1 m (audio):  130 pF
• Capacity wire/electic screen at 1 ft. (audio):  39,624 pF
• Impedance: 100 Ω
• Insulation resist. per 1 km:  1 GΩ
• Insulation resist. per 1 km (audio):  1 GΩ
• Conductor resistance per 1 km:  135 Ω
• Shield. resistance per 1 km:  30 Ω