Compact Connection Sonus Sfd 41c 4 Way Fused Distribution For Car Amp Amplifiers Collection [OCpK4JNB]

Top-Grade Distribution for Car Amplifiers

The Connection Sonus SFD 41C 4 Way Fused Distribution is a state-of-the-art solution designed for car audio enthusiasts who demand high-quality, reliable power distribution. This advanced system is engineered to provide seamless power to your car's amplifier, ensuring optimal performance and longevity. With its robust construction and user-friendly design, the SFD 41C is the perfect choice for any serious audio enthusiast.

Key Features and Specifications

The SFD 41C is equipped with a variety of features that set it apart from other distribution systems. Its 1/0 AWG input and output capabilities make it suitable for even the most demanding car audio setups. The included 8 AWG adapter ensures compatibility with a wide range of cables. Additionally, the SFD 41C features a unique one-piece fuse and ground system for clean, reliable installations. This innovative design not only simplifies the installation process but also enhances the overall performance and durability of the system.

• One-piece fuse and ground system for clean installations.
• 1/0 AWG input and output for maximum power transfer.

Benefits and Practical Uses

The Connection Sonus SFD 41C is not just a distribution system; it's a comprehensive solution for your car audio setup. Its sturdy poly carbonate casing is both strong and scratch-resistant, ensuring that your investment remains protected. The system's SMBTM construction improves current transfer, while the platinum satin finish adds a touch of elegance to your vehicle's interior. The knurled screws and recessed cable collar provide low-loss contact and protection against "stray" wire strands, respectively. This system is ideal for distributing power to multiple amplifiers or components, making it a versatile choice for any car audio enthusiast.

• Sturdy poly carbonate casing for durability and scratch resistance.
• SMBTM construction for improved current transfer.