Kramer 3-Pin XLR Male to 3-Pin XLR Female Quad-Style Cable – Videoguys Australia

Kramer 3-Pin XLR Male to 3-Pin XLR Female Quad-Style Cable - 0.50m

SKU: C-XLQM/XLQF-1.5
In Stock i
Regular price $18.00
Unit price
per

Main Features

  • Microphone or Line-Level Audio Cable
  • Four-Conductor Arrangement Limits EMI
  • 90% Less Induction than Two-Pair Cables
  • Thin Copper Wire Strands for Flexibility
  • Hand-Soldered XLR Connectors
  • XLPE Insulation
For microphone or line level audio connectivity, the 1.5' (50cm) Kramer Electronics XLR 3-Male to XLR 3-Female Quad Type Cable is intended. The cable uses four copper cores coiled in two parallel pairs to lessen the amount of electromagnetic noise...

Kramer 3-Pin XLR Male to 3-Pin XLR Female Quad-Style Cable - 0.50m

SKU: C-XLQM/XLQF-1.5
In Stock i
Regular price $18.00
Unit price
per
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Main Features

  • Microphone or Line-Level Audio Cable
  • Four-Conductor Arrangement Limits EMI
  • 90% Less Induction than Two-Pair Cables
  • Thin Copper Wire Strands for Flexibility
  • Hand-Soldered XLR Connectors
  • XLPE Insulation
For microphone or line level audio connectivity, the 1.5' (50cm) Kramer Electronics XLR 3-Male to XLR 3-Female Quad Type Cable is intended. The cable uses four copper cores coiled in two parallel pairs to lessen the amount of electromagnetic noise...
  • What's in the box

    • Limited Lifetime Warranty

    Kramer 3-Pin XLR Male to 3-Pin XLR Female Quad-Style Cable - 0.50m

    For microphone or line level audio connectivity, the 1.5' (50cm) Kramer Electronics XLR 3-Male to XLR 3-Female Quad Type Cable is intended. The cable uses four copper cores coiled in two parallel pairs to lessen the amount of electromagnetic noise that might interfere with audio signals from outside sources like AC transformers and fluorescent light ballasts.

    Comparing the quad-core construction to a conventional two-pair balanced microphone cable can reduce induction levels by up to 90%. The cable also uses numerous small strands of bare copper wire to increase flexibility, no-shrink, back hand-soldered XLR connectors, and XLPE insulation.