

A simply spiffy cable...
is the sensation on the cable market. This professional high end cable with the unique design is made of polished copper, the same as e.g. is used on industrial transformers. To further increase conductivity, the copper surface (OFC Class 6, purity level 99.9999 %) receives a final polish and a conductor insulation made of a special, surface-finished electro-insulation lacquer. The jacket is made of an extremely robust, adhesion-free and UV-resistant PVC. The sound advantage of the construction is an extremely fast transmission (ideal for Attacks), impressive mid ranges, krackling low basses and a very analytical transmission. The GRINDYCOP BEAST is able to stand up to both the deep frequencies of analoge units and the cutting high ranges of virtual synthesisers. Based on the special processing (de-isolation in an acid bath or ground down individual litz), this cable is only available from specially selected distributors.
THE ADVANTAGES:
- Enormously fast, powerful, and clear sound image for bass, guitar, and keyboard due to the special polished finish and conductor smoothing of the copper (OFC Class 6)
- Double shielding due to a combination of copper spiral and conductive carbon shield
- Loss-free transmission due to low capactive values
- Very robust and resistant when stepped on due to the special PVC-jacket and dense copper shielding
THE APPLICATION:
- High end reference guitar cable for studio and stage
- Unbalanced cable for keyboards, samplers, mixing boards, etc.
| Construction |
LI2Y(LS)CY...x0,35mm² |
| Jacket, diameter |
PVC 6,5 mm |
| AWG |
22 |
| Inner conductors |
1 x 0,35 mm2 |
| Copper strand per conductor |
40 x 0,1 mm |
| Conductor insulation |
Foam/skin-PE 3,1 mm |
| Shielding |
copper braiding tin-plated + semiconductor |
| Shielding factor |
100 % |
| Temperature range |
min. -30 °C |
| Temperature range |
max. 70 °C |
| Fire load per m |
0,26 kWh |
| Weight per 1 m |
62 g |
| Packaging |
100 m roll |
| Capac. cond./shield. per 1 m |
88 pF |
| Cond. resistance per 1 km |
< 55 Ohm |
| Insulation resist. per 1 km |
> 10 GOhm |
|