Supra LoRad 2.5 SPC Mains Cable
In stock
Features
| Warranty The length of time your product is protected by warranty | Limited Lifetime |
|---|---|
| Brand Color | None |
| Product Type | Other |
Tech Specs
- Length: Custom Length
- 3 x 2.5 mm2, Multi-Stranded silver plated 5N oxygen-free copper
- Number of Strands : 320
- Strand dimension : 0.10mm
- Dual layer PVC. Lead identification; green/yellow, blue & brown
- Drain wire, ultra flexible, tin plated, 66 strands x Ø 0.07 mm OFC
- External Diameter: 11.0mm
- Brown (Live), Blue (Neutral) and Green/Yellow (Earth) coloured insulation jackets
- Insulation: Woven polyester tape
- Shield: Woven semi-conductive Carbon/Nolyn tape
- Maximum voltage: 250Volts
- Maximal continuous current: 10Ampere
Description
Supra LoRad 2.5 SPC mains cable is shielded with high quality silver plated copper. Available in a custom length of your choice this cable comprises of Supra LoRad SPC 3 x 2.5mm2 cable, Supra SWF-10 female connector (IEC-320) and Supra SW-BS male plug.
Compatible with LoRad Mains Block
The LoRad mains cable meets British regulations for cables with the the current rating 10 ampere continuous and British and Irish standard of 13 Ampere for wall sockets. It is suitable for using with teh Supra LoRad mains power distribution blocks which rate 10 ampere continuously. Connect to your precious hi-fi equipment or multimedia devices for a cleaner sound and better picture.
Key Features
- SPC - Silver plated copper is a powerful and efficient natural electrical conductors
- LoRad (low radiation of electric and magnetic alternating fields) keeps everyone in the home free from harmful influence
- Shielding to protect your components from electric noise and RFI, allowing you to use your hi-fi or home cinema system to its full potential
- Short pitch twisting of the lead cores cancels the magnetic alternating fields and will not infect adjacent interconnects with noise feedback
- LoRad conceptual shielded design results in a cleaner sound, improved picture and a healthier home and working environment with low levels of harmful fields