Cablu De Semnal Balansat Sommer Cable Club Series MKII

A wire gauge of 2 x 0,34 mm² is impressive and the electrical data speaks for itself. A cable that provides great performance data at an excellent price, used for stage and studio settings. The large cross section and the low capacitance guarantee outstanding transmission quality, even over longer distances. The shielding, made of bare copper wires has a 95 % optical coverage (instead of the usual 85 %). The robust, rubberlike, matt outer sleeve is preferred by performing musicians and guarantees outstanding flexibility even in lowest temperatures.

Advantages:

• High transmission quality through the use of oxygen-free copper stranding with a large wire gauge of 2 x0,34 mm²
• Very low capacitance due to PE insulation
• Good shielding due to the dense Cu mesh screen
• High flexibility makes it easy to reel

Application:

• Stage application
• Studio operation
• Permanent Installation

Technical Data:

• Properties: Analog
• Properties: OFC oxygen free copper
• Application area: ELA 100 V
• Application area: Installation
• Application area: Stage / live
• Application area: Studio / Broadcast
• Application: Microphone Cable
• Colour: black
• Colour detailed: black
• Signal transmission: symmetrical
• Jacket material: PVC
• Jacket Ø: 6,5 mm
• Number of Channels (audio): 1
• Inner conductor (audio): 2
• Inner conductor (audio): 0,34 mm²
• Inner conductor Ø (audio): 0,66 mm
• AWG (audio): 22
• Shielding: Copper braided shielding with 0.10 mm indiv. strands
• Copper strands (audio): 19
• Copper strand Ø (audio): 0,15 mm
• Conductor insulation material: PE
• Conductor insulation Ø: 1,5 mm
• Weight per 1 m: 50 g
• UV-resistant: yes
• Fire load per m: 0,22 kWh
• Style variant: round
• Shielding factor: 95 %
• Packing: 100 m spool
• Packing: 500 m spool
• Temperature min.: -25 °C
• Temperature max.: 70 °C
• Width: 6,5 mm
• Height: 6,5 mm
• Capac. cond./cond. per 1 m (audio): 58 pF
• Capac. cond./shield. per 1 m (audio): 115 pF
• Impedance: 100 Ω
• Insulation resist. per 1 km: 1 GΩ
• Insulation resist. per 1 km (audio): 1 GΩ
• Conductor resistance per 1 km: 55 Ω
• Shield. resistance per 1 km: 25 Ω