Item #1051552 Model #GOLD8TRSTRS20

Mogami Gold 8 Channel TRS-TRS Snake Cable 20 ft.

$429.95

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Mogami Gold multicore cables are designed for the highest level of audio performance and feature superb electrical and mechanical characteristics while remaining compact, superflexible and easy to use.
Specifications
  • Conductor: 30/0.08A (0.15mm sqœ) #26AWG (30…#40AWG)
  • Insulation: 1.0 XLPE (Cross Linked Polyethylene) (0.039")
  • Drain Wire: 7/0.18TA (0.18mm sqœ) #25AWG (7…#33AWG)
  • Served Shield: Approx. 58/0.10A Served (spiral) Shield
  • Jacket (Covering): 2.8 Flexible PVC (0.110")
  • Identification: See core number identification table
  • DC Resistance at 20 deg C: Inner Pair Conductor: 0.13W/m(0.040W/Ft); Shield: 0.031W/m(0.0095W/Ft)
  • Capacitance at 1kHz, 20 deg C (Partial Capacitance Value) See Figure (1): K0: 130pF/m(40pF/Ft); K1: 12pF/m(3.7pF/Ft)
  • Inductance: 0.6H/m(0.18H/Ft)
  • Electrostatic Noise (Hum Pick-up)*: 2.5mV Max.
  • Electromagnetic Noise at 10kHz*: (Inductance of the toroidal core: 595H): 0.1mV Max.
  • Microphonics*: Method: Stepping on cable: 50mV Max. at 50kW Load
  • Voltage Breakdown: Must withstand at DC 500V/15sec.
  • Insulation Resistance at DC 125V, 20 deg C: 100000 MW … m Minimum
  • Tensile Strength of one pair (26 deg C, 65% RH): 274N
  • Emigration: Non-emigrant to ABS resin
  • Applicable Temperature: -20 deg C +70 deg C(-4 deg F +158 deg F)
  • Standard: UL13 CL2X 60 deg C / UL 20002 AWM 30V 60 deg C VW-1
  • Conductor: 7/0.18A (0.178mmœ) #25AWG (7…#33AWG)
  • Insulation: 1.05 XLPE (Cross Linked Polyethylene) (0.0413")
  • Drain Wire: 7/0.18A (Exactly same as conductor)
  • Shield: Approx. 58/0.10A Served (spiral) Shield
  • Jacket (Covering): 2.8 Flexible PVC (0.110")
  • Identification: See core number identification table
  • DC Resistance at 20 deg C: Inner Pair Conductor: 0.11W/m(0.0336W/Ft)
  • Shield: 0.031W/m(0.0095W/Ft)
  • Capacitance at 1kHz, 20 deg C (Partial Capacitance Value) See Figure (2): K0: 140pF/m(42.7pF/Ft)
  • K1: 12pF/m(3.7pF/Ft)
  • Inductance: 0.6H/m(0.18H/Ft)
  • Electrostatic Noise (Hum Pick-up)*: 2.5mV Max.
  • Electromagnetic Noise at 10kHz*
  • (Inductance of the toroidal core: 595H): 0.1mV Max.
  • Microphonics* Method: Stepping on cable: 50mV Max. at 50kW Load
  • Voltage Breakdown: Must withstand at DC 500V/15sec.
  • Insulation Resistance at DC 125V, 20 deg C: 100000 MW … m Minimum
  • Tensile Strength of one pair (26 deg C, 65% RH): 274N
  • Emigration: Non-emigrant to ABS resin
  • Applicable Temperature: -20 deg C +70 deg C(-4 deg F +158 deg F)
  • Standard: UL13 CL2 60 deg C

Features

  • Individually twisted shielded pairs.
  • XLPE (Cross Linked Polyethylene) insulation provides superb electrical characteristics and will not melt or shrink back during soldering.
  • Rugged and flexible construction that is easy to handle, even at temperatures down to -20 deg C (-4 deg F).
  • Easy audio cable identification system:
  • Channel numbers are printed and underlined on each core jacket to ensure correct identification, regardless of which end is stripped.
  • Outer jackets of each pair are color coded by standard resistor color code, allowing quick identification of conductor pairs.
  • Inner conductors are also color coded based on the international standard resistor color code. Each pair is color coded by jacket and conductor color combination.
  • Each channel has a drain wire and served (spiral) bare copper shield. The drain wires simplify termination and can be crimped by the same size contact as the inner conductor pair.
  • CL2 rated version available. Conductor size of CL2 rated version is thicker #25AWG so that it is also recommended for rugged application and firm and easier crimp terminal connector wiring as well as NEC fire regulation requirement.
warning

WARNING: This product can expose you to chemicals including Carbon black (airborne, unbound particles of respirable size), which is known to the State of California to cause cancer, and Bisphenol A (BPA), which is known to cause birth defects or other reproductive harm. For more information go to www.P65Warnings.ca.gov.