atlas products are available in over 30 countries worldwide
award-winning high performance analogue, digital & video cables
Speaker Cables : Shot-gun Spkr Cables : Element 1.25 (Black)
Product Information
The Atlas Element 1.25 contains 1.25 sq mm of stranded OFC copper contained in a high density polyethylene dielectric. The 1.25 is an ideal entry level speaker cable for small systems where bass is limited by the size of the speakers, or a cable for rear speakers in a 5.1 set up. The 1.25 is unusual at it's price point insofar that it uses a quality polyethylene dielectric rather than the more usual and less efficient PVC. The Element may be specified in White or Black finish.
Complementary products:
Complementary products are the Element asymmetrical interconnects with Atlas RCA plugs, the Element SP-DIF digital interconnect and the Atlas Z plugs or OFC spades.
Recommended accessories:
Recommended accessories for even better results, are the Atlas Eos power cables and the Atlas Eos balanced power supply.
Removal of the brass links between HF and LF terminals typically provided on speakers, and their replacement with better quality Atlas links will also contribute to much improved sound and listening pleasure.
DNA of Atlas Audio Cables
The Atlas range of products has gathered ‘five star’ awards and superb reviews since its introduction.
For those who’d like to know more about the technology behind these cables, we have a technical document DNA of Atlas audio products
Help line:
For more information and advice, call us on 0800 731 1140 (UK only) or + 44 (0) 1563 572666, or e-mail us
Tell me why should I buy Atlas cables?
Read more about the design and manufacture of Atlas cables.
| Features | |
|---|---|
| Construction : | 40 Concentric Strand x 2 |
| Conductor Material : | OFC |
| Dielectric : | High Density PEF |
| Connector : | Spade or Z-plug |
| Outer Diameter (mm) : | 2.5X5.0mm |
| Available Lengths | |
| Lengths : | 150m Reel or Custom Lengths |
| Technical Data | |
| Capacitance (pF/m) : | 34.25 PF/M at 1KHz |
| Resistance (Ohms/m @20°C): : | 0.0142Ω/M at 20oC |
| Inductance (µH/m @1 kHz) : | 0.65 uH/M at 1KHz |
| Velocity of propagation : | 0.761 |
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