VAN DAMME BROWN SERIES ECOFLEX STARQUAD LSZH CABLE
Van Damme Brown Series Ecoflex is a foil screened Low Smoke Zero Halogen (LSZH) single quad and starquad multicore primarily for the installation market. As this cable is specified for installation a foil screen as opposed to braided copper is used as the cable should not have to cope with dynamic flexing.
Available Colours
Applications
Broadcast Installations
Live Sound Installations
Sports Stadium Installations
Materials
Oxygen free copper
SHF-1 LSZH Polymer
Key Benefits
Low Smoke Zero Halogen
Noise Rejection
INSTALL
Applications
Microphone level signals in electrically harsh environments; particularly in outside broadcasts and the film industry. Also suitable for mixed mic/line level applications. Installation in public buildings, schools and colleges, government premises and marine vessels. Equipment rack wiring where LSZH materials have been specified and/or where starquad conductors would be advantageous
Capacitance
Core to core
(pF/m)
48
Single Quad
Overall Diameter
(mm)
3.70
Specification
| Part Number | Description | Overall Diameter (mm) | Max. Reel Length |
| 278-801-000 | Van Damme Brown Series Ecoflex LSZH single quad | 3.70 | 500m |
| 278-804-000 | Van Damme Brown Series Ecoflex LSZH 4 way quad multicore | 15.00 | 500m |
| 278-808-000 | Van Damme Brown Series Ecoflex LSZH 8 way quad multicore | 20.00 | 500m |
| Single quad/multicore elements | |
| Conductors | 7 x 0.12 mm bare ultra-pure oxygen-free copper |
| Conductor size | 7 x 0.12 mm, 0.08 mm2, AWG 28/7 |
| Insulation | Low density polyolefin |
| Colour Coding | Blue & Red +ve, Green & White -ve |
| Screen type | 24µm Aluminium/polyester foil >150% coverage |
| Drain wire | 7 x 0.14 mm tinned ultra-pure oxygen-free copper |
| Quad jacket | SHF1 LSZH thermoplastic polymer Ruby Red RAL 3003 |
| Overall diameter | 3.70 ± 0.12 mm |
| Overall Construction | |
| Separator | Soft tape |
| Jacket material | SHF1 LSZH thermoplastic polymer Red brown RAL 8012 |
| Bend Radius | 15 x overall diameter |
| Resistance | Conductor | < 248 Ohm/km |
| Insulation | > 5000 MOhm/km | |
| Capacitance | Core to core | 48 pF/m |
