Van Damme Microphone balanced audio patch lead with Neutrik XLR connectors

Professionally custom handmade high quality audio balanced microphone leads.

This is a professional microphone balanced patch lead that will last for many years. Made with genuine Neutrik NC3FXX at one end and NC3MXX plug at the other end of the lead and Van Damme Pro Grade XKE Oxygen Free Copper Dual Screened silver plated cable. Neutrik and Van Damme are some of the best branded names in professional audio, and have the specifications to match for great professional high quality audio sound.


Applications:

  • Microphone

  • Active Speaker Monitors

  • Balanced Patch Bay connection lead

  • Balanced Audio connections


Connectors:


  • Neutrik NC3FXX and NC3MXX XLR connectors
  • 3 pole female cable connector with Nickel housing and silver contacts.
  • The next generation of the worldwide accepted standard of XLR cable connectors. The successor of the X series offers several new features which make it more reliable, easier to assemble and improves contact integrity as well cable strain relief.
Audio Cable:


Van Damme Classic XKE Microphone Cable


Mechanical specification Conductor

Material Bare silver plated ultra pure oxygen free copper wire.

Stranding 7 x 0.10mm.

Material Bare ultra pure oxygen free copper wire

Stranding 21 x 0.10mm

 

Insulation

Material XLPE Cross linked polyethylene

Diameter 1.60mm ±0.10

Colour coding Red, Blue

 

Cabling

Type Twisted pair with cotton yarn fillers & paper wrap

Lay length 25mm

 

Screen

Type 80 x 0.10mm close lap spiral bare oxygen free copper wire

Jacket

Material Flexible PVC/Neoprene composite

Average thickness 1.40mm

Overall diameter 6.35mm ±0.15

 

Physical properties unaged Jacket (at 60ºC)

Tensile strength >8N/mm2

Elongation >250%

Heat shock test 120 ºC x 1 hour - no cracks

Test voltage 1000 Vdc x 1 minute OK

 

Electrical characteristics Resistance

Conductor Ohm/Km <85

 

Screen

Ohm/Km <85

Insulation M Ohm/Km >5000

 

Capacitance

Core to core 56pF/m nominal

Core to screen 105pF/m