SOMMER CABLE - SC-MAGELLAN SPK240
Quietly the snow falls...
Similar to the background music and the animated sales announcements made in department stores. For this purpose, we have the perfect cable: a coaxial cable is used where a small outer diameter with a large outer diameter is needed. Especially for cable conduits where the speaker cable is located next to cables with strong interference.Normally shielding made of braided copper strands is used for coaxial cables. This makes them unnecessarily stiff and non-flexible, making multiple winding almost impossible. We use a double counter-rotating shield for our cables SPK. This offers better shielding than the conventional copper braiding and makes the cable unbelievably flexible.
When used as a speaker cable the twisted shielding is used as a second conductor. It has the same diameter as the inner conductor.
THE ADVANTAGES:
- Space saving diameter due to the coaxial construction
- Excellent shielding due to the double counter-rotating stranded copper spiral shielding
- Highly flexible (PVC-version only) due to the special shielding construction
THE APPLICATION:
- For installation in buildings
- Combination with small plug connectors (jack, XLR, etc.)
- High-end HiFi-applications
TECHNICAL DATA: | |
| Construction | LI2Y(LS)DY2x4,0mm2 |
| Jacket, diameter | PVC 0000 x .31 inch |
| AWG | 12 |
| No. of conductors | 2 x 4 mm2 |
| Jacket material, insulation | PVC |
| Copper strand per conductor | 225 x .0059 inch |
| Shielding | double copper spiral, counter-rotating |
| Shielding factor | 100 % |
| Temperature range | min. -13 °F |
| Temperature range | max. 158 °F |
| Fire load per inch | .098 kWh |
| Weight per 1000 ft | 90.5 lbs |
| Packaging | 328/1640 ft |
| Color | black |
| Type | 4.0 mm2 |
ELECTRICAL DATA: | |
| Capac. cond./cond. per 1 ft | 42.7 pF |
| Cond. resistance per 1000 ft | < 1.5 Ohm |
| Shield. resistance per 1000 ft | < 1.7 Ohm |
| Insulat. resistance per 1000 ft | > 61.0 MOhm |
ORDER DATA: | |
| Order No. | 440-0201 |
| Rec. price | on request |
v2010-JUN-14