Specifications
Type: Motorcycle Power and Ground Wiring Kit
Application: Harley-Davidson® Touring Motorcycles (2014–2023)
Function: Provides complete 8 AWG power and ground connection for amplifier or DSP installation
Included Components:
• 8 AWG OFC Power Wire (Red) – 9 ft
• 8 AWG OFC Ground Wire (Black) – 3 ft
• Mini-ANL Fuse Holder with 50 A Fuse Installed
• Ring Terminals (Pre-Crimped)
• Protective Loom and Cable Ties
Wire Construction: High-Strand Oxygen-Free Copper (OFC)
Insulation: Heat-Resistant Flexible PVC Jacket
Fuse Rating: 50 A Mini-ANL (Included)
Operating Voltage: 12 V DC
Power Capacity: Up to 800 Watts Total System Load
Compatibility: Designed for Cicada CX, CXX, and DSP Series Amplifiers
Warranty: 1-Year Manufacturer Warranty
Performance Specs
• Ensures stable voltage delivery for high-performance audio systems.
• True 8 AWG OFC wiring minimizes resistance and voltage drop under load.
• Mini-ANL fuse provides precise circuit protection for motorcycles and powersports.
• Short, efficient run lengths engineered for Harley fairing and saddlebag routing.
• Optimized for high-vibration, high-temperature environments.
Key Features
• Plug-and-Play Integration – Designed for direct use with Cicada amplifier harnesses.
• Durable OFC Conductors – Superior conductivity and longevity over standard CCA wire.
• Compact Mini-ANL Fuse Block – Weather-resistant and easy to access.
• Pre-Terminated Ring Connectors – Simplifies installation, no additional crimping required.
• Flexible PVC Sheathing – Allows tight routing through factory channels.
• Built for Harley-Davidson® Audio – Perfect fit and length for fairing or bag amplifier installs.
Performance Integration Notes
• Ideal Pairing: Cicada HDPro4K, CX150.4D, CX300.2D, or DSP88v2.
• System Compatibility: Harley-Davidson® Touring 2014–2023 models.
• Installation Location: Fairing power distribution or saddlebag amplifier mount.
• Installation Time: Approx. 20–30 minutes with standard tools.
• Pro Tip: Route power wire on opposite side of signal cables to reduce potential noise.