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Klotz Starquad SQ414Y - Price Per Metre

by Klotz
£1.80 inc. vat
£1.50 ex. vat
In Stock

Klotz Starquad SQ414Y 4 x 0.15mm Diameter Cores

The Starquad SQ414Y is a cable designed for microphone connections in stage use. The SQ414 features ultra-fine tinned copper strands that provide superb flexibility; the cable can also be used as a patch cable. Microphone signals are particularly susceptible to interference because of the high amplification involved, particularly in live environments with multiple electromagnetic fields.
The SQ414's design has four cores twisted together. Its intelligent wiring minimizes interference by electrically connecting opposing cores so that the four cores form two crosswise-stranded double cores (the 'star quad' of the name) in perfectly symmetrical stranding. The connected pairs of the SQ414 are colour-coded to simplify cable production. The SQ414 also features a spiral shield offering over 95 per cent screening.|Production note: cores are colour-coded white/white-green and blue/blue-orange.


  • 0.15 mm² conductor cross section (AWG 26)
  • very dense tinned copper spiral shield
  • quad connection: 2x 0.30 mm² (AWG 22)
  • ¹ quad connection: two diagonally opposite conductors are attached to one conductor
  • ² each pair from two diagonally opposite conductors forms one transmission path


  • Colour: Black
  • Weight [kg/m]: 0,04
  • Cond. construction: stranded tinned copper, 19 x 0.10 mm
  • Cond. cross section: 0.15 mm2
  • Insulation: polyethylene (PE)
  • Core arrangement: 4 cores twisted to a star quad
  • Shielding: tinned copper spiral shield, >95% coverage
  • Outer jacket: PVC
  • Overall diameter: 5.5 mm
  • Min. bending radius: 30 mm
  • Working temperature: -20°C / +70°C
  • Flame retardancy: acc. to VDE 0482 part 265-2-1 and IEC 60332-1
  • Heat of combustion: 175 kWh/km
  • Conductor resistance: 122 Ω/km
  • Shield resistance 31 Ω/km
  • Capacitance
    • cond./cond. (1) 150 pF/m
    • cond./shield (1) 200 pF/m
    • cond./cond. (2) 57 pF/m
    • cond./shield (2) 110 pF/m
  • Characteristic impedance (1): 40 Ω
  • Characteristic impedance (2): 110 Ω