SOMMER CABLE - Galileo 238 Plus
Double...
shields better. Just like the SYMBIOTIC, but a little bit more exclusive due to the double counter-rotating copper spiral shielding and the wire pairs embedded in PVC. This makes it even more flexible. Because of the thicker wire diameter (2 x 0.38 mm2) it is suitable for distances of more than 328 ft. This cable is technically sound and may be the best microphone cable on the world market.Your clients in the recording studio will be surprised by the noise-free transmission!
On the GALILEO 238 Plus (Article-No. 200-0271) the two counter-rotating spiral shields were insulated separately with a
non-conductive foil. This separation of the grounding shields is very often used in professional sound studios and in broadcasting.
THE ADVANTAGES:
- Extreme long life and twist-proof due to the thick jacket and the wire pairs embedded in PVC
- Absolutely neutral and loss-free audio transmission due to the use of fine copper strands
- Excellent protection due to the dense counter-rotating double spiral shielding
- Very flexible due to the dense wire stranding
- Loss-free transmission over long distances due to a large wire diameter of 2 x 0.38 mm2
THE APPLICATION:
- Highly professional studio and stage technology
- Demanding transmission vehicle technology for radio and broadcasting
- First class HiFi-connection (conductor red and white on Pin1, shielding separately)
TECHNICAL DATA: |
|
| Construction | (2LI2Y0.38mm2)YDDY |
| Jacket, diameter | PVC 7,0 mm |
| AWG | 21 |
| No. of inner conductors | 2 x 0,38 mm2 |
| Copper strand per conductor | 48 x 0,10 mm |
| Conductor insulation | PE 1,55 mm |
| Shielding | double copper spiral, counter-rotating |
| Shielding factor | 100 % |
| Temperature range | min. -30 °C |
| Temperature range | max. 70 °C |
| Fire load per m | 0,22 kWh |
| Weight per 1 m | 60 g |
| Color |  black |
ELECTRICAL DATA: |
|
| Capac. cond./cond. per 1 m | 50 pF |
| Capac. cond./shield. per 1 m | 100 pF |
| Cond. resistance per 1 km | < 52 Ohm |
| Shield. resistance per 1 km | 25 Ohm |
| Insulation resist. per 1 km | > 1 GOhm |
| Surge impedance | 38 Ohm |