Description
The Van Damme Digitour cables are black jacketed versions of the Green Series AES Microphone cable and 2, 4, 8 and 12 pair pre-jacketed multicores, introduced in response to user requests. Green Series is often used for DMX512 control signals, but lacks the unobtrusive jacket colour often needed by the Lighting and Presentation markets. Low capacitance and stable characteristic impedance make these cables ideal for DMX512 as well as AES/EBU and analogue audio signals.
Applications
• Lighting
• Broadcast
• Presentations
Materials
• Oxygen free copper
• Foam Skin Polyethylene
• Flexible PVC
Key Benefits
• Digital or Analogue Signals
• Characteristic 110 Ohm Impedance
• Flexibility
MAXIMUM REEL LENGTH: 500 M
PRODUCT CONFIGURATIONS: 7
Specifications
Mechanical Specification:
- Multicore:
o Conductors: 7 x 0.16 mm bare ultra-pure oxygen-free copper
o Conductor size: 7 x 0.16 mm, 0.142 mm2, AWG 26/7
o Insulation: Foam Skin Polyethylene
o Screen type: 24 µm Aluminium/Polyester Foil >150% coverage
o Drain wire: 7 x 0.16 mm tinned ultra-pure oxygen-free copper
o Pair jacket: PVC composite Jet Black RAL 9005
- Overall Construction
o Jacket material: Flexible PVC composite Jet Black RAL 9005
o Bend Radius: 15 x overall diameter
- DMX/AES Mic cable 268-482-000:
o Conductors: 7 x 0.20 mm bare ultra-pure oxygen-free copper
o Conductor size: 7 x 0.20 mm, 0.22 mm2, AWG 24/7
o Insulation: Foam Skin Polyethylene
o Screen type: 72 x 0.10mm lapped bare copper >90% coverage
o Overall jacket: Flexible PVC composite Jet Black RAL 9005
o Overall diameter: 6.20 ± 0.30 mm
o Bend Radius: 15 x overall diameter
Electrical Specification:
- Multicore:
o Resistance Conductor: < 144 Ohm/km
o Resistance Insulation: < 5000 MOhm/km
o Capacitance Core to core: 50 pF/m
o Capacitance Core to screen: 100 pF/m
o Impedance: 110 ± 20% Ohms
o Attenuation at 3MHz: 7.05 dB/100m
- DMX/AES Mic cable 268-482-000:
o Resistance Conductor: < 90 Ohm/km
o Resistance Insulation: < 5000 MOhm/km
o Capacitance Core to core: 50 pF/m
o Capacitance Core to screen: 100 pF/m
o Impedance: 110 ± 20% Ohms
