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STUDIOCARE REMAIN OPEN & SHIPPING WORLDWIDE, HOWEVER OUR SHOWROOM IS CLOSED - CALL US ON 0151 236 7800
STUDIOCARE REMAIN OPEN & SHIPPING WORLDWIDE, HOWEVER OUR SHOWROOM IS CLOSED - CALL US ON 0151 236 7800

Klotz & Neutrik 2M Pro Microphone Cable Black - Right Angled Connectors

£15.49 inc. vat
£12.91 ex. vat
SKU SCABMICRA2MA
Usually Ships within 24 hours.

Pro Microphone Cable With Right Angled Connectors

The 2M Klotz & Neutrik Pro Microphone Cable is a high quality cable made using Klotz MY206 microphone cable and Neutrik XLR connectors perfect for any short distance connectivity. These cables are built to last whether you are using them for studio or live situations you can rely on this cable to maintain its condition. The feature of the right angles connectors makes this cable a little more hard wearing and causes less stress on the joints so your cable will last longer and is less likely to be bent causing damage to your microphone or stage box.

Features

  • Extra slim right-angle connector
  • Unique cage design of female contact for low contact resistance and high integrity
  • Female contact incorporates a solder barrier to prevent solder running into the contact mating area
  • Female connector with improved solid metal latch which is larger and easier to handle
  • Additional ground spring contacts for better shell ground continuity
  • Boot with polyurethane gland gives high protection to cable bending stresses
  • Sleek and ergonomic design - valuable and handy
  • Branded with unique hologram - guarantees genuine and authentic Neutrik product
  • ultra-low capacitance 60 pF/m (18 pF/ft)
  • extremely flexible

Specifications

  • Construction: stranded bare copper, 28 x 0.10 mm
  • Cross section: 0.22 mm2
  • Insulation: polyethylene (PE)
  • Core arrangement: 2 cores + twisted cotton tracers
  • Shielding: bare copper spiral shield
  • Outer jacket: PVC, matt
  • Overall diameter: 6.15 mm
  • Min. bending radius: 30 mm
  • Working temperature: -20°C / +70°C
  • Conductor resistance: < 85 Ω/km
  • Capacitance cond./cond.: 60 pF/m
  • Capacitance cond./cond.: 110 pF/m
  • Capacitance insulation resistance: > 0.1 GΩ x km