Kicker 46PWB8200 8 AWG OFC Blue Power Cable 200ft 60m Amplifier Wiring Wire
The Kicker 46PWB8200 is a premium Full-Spec 8 AWG Oxygen-Free Copper (OFC) power cable designed for high-performance car audio installations. Supplied on a generous 200ft (60m) spool, this professional-grade cable delivers maximum current transfer to amplifiers and audio equipment while maintaining exceptional flexibility for easy installation.
Manufactured using true-gauge Oxygen-Free Copper conductors, this cable offers superior conductivity and lower resistance compared to cheaper alternatives, helping your amplifiers perform at their full potential. The durable Hyper-Flex™ PVC jacket provides excellent flexibility, making routing through tight spaces and complex vehicle installations significantly easier.
Perfect for professional installers, workshops and custom audio builds, this bulk spool provides ample cable for multiple amplifier installations and large-scale projects.
Features:
- 8 AWG Full-Spec Power Cable
- 200ft (60m) Bulk Spool
- Premium Oxygen-Free Copper (OFC) Construction
- True Gauge Cable Design
- Hyper-Flex™ PVC Insulation
- High Current Carrying Capability
- Easy To Route Through Tight Spaces
- Professional Installation Quality
- Ideal For Amplifier Power Connections
- Cobalt Blue Hyper-Flex™ Jacket
Why Choose OFC Cable?
- Superior Conductivity Compared To CCA Cable
- Reduced Voltage Drop
- Improved Amplifier Performance
- Excellent Durability & Reliability
- Suitable For Professional Audio Installations
Applications:
- Car Audio Amplifier Power Wiring
- Custom Vehicle Audio Installations
- Marine Audio Systems
- Professional Workshop Use
- Multi-Amplifier Systems
Specifications:
- Part Number: 46PWB8200
- Cable Gauge: 8 AWG
- Cable Length: 200ft (60m)
- Material: Oxygen-Free Copper (OFC)
- Core Type: Multi-Strand
- Jacket Type: Hyper-Flex™ PVC
- Colour: Blue
- Application: Mobile Audio Amplifier Installation
Package Includes:
- 1 x Kicker 46PWB8200 8 AWG OFC Blue Power Cable Spool
- 200ft (60m) Continuous Cable Length
