Busbar 150A 6P +cover

Description

🔧 Victron Busbar 150A 6P + Cover

SKU: VBB115060020

Premium 150A Busbar for Safe and Organized DC Power Distribution

The Victron Busbar 150A 6P + Cover is a high-quality 150A busbar designed to simplify and secure DC power distribution. Featuring six stainless steel terminals and a protective cover, this unit is perfect for organizing complex wiring systems in marine, RV, solar, and industrial applications.

🔑 Key Features:

• 150A Busbar Capacity – Handles up to 150 amps at 70V DC, ideal for high-current DC installations.

• Six Stainless Steel Terminals – Provides clean and reliable connection points for fuses, battery cables, and DC loads.

• Protective Clear Cover – Shields terminals from accidental shorts while keeping the layout visible for inspection.

• High-Quality Construction – Built with a tin-plated copper busbar, stainless steel posts, and a flame-retardant ABS base.

• Compact, Efficient Design – Allows streamlined wiring in tight spaces without sacrificing performance.

📐 Technical Specifications:

• Current Rating: 150A

• Maximum Voltage: 70V DC

• Terminal Size: 6.35mm (1/4″)

• Terminal Height: 17mm

• Busbar Material: Tin-Plated Copper

• Terminal Material: Stainless Steel

• Base Material: Black ABS (UL 94 V-0)

• Cover Material: Clear Polycarbonate (UL 94 HB)

• Dimensions: 231.7 mm (L) x 45 mm (W) x 31.8 mm (H)

• Weight: Approx. 0.27 kg

🛠️ Common Applications:

• Marine DC Systems – Streamlines and protects 24V or 12V electrical connections onboard.

• RV and Camper Vans – Makes distribution of DC power more efficient and professional.

• Off-Grid Solar Installations – Essential for neat and safe DC wiring layouts.

• Industrial Control Panels – Ensures safe distribution of power to multiple DC loads or circuits.

✅ Summary

Whether you’re wiring a boat, RV, or off-grid power system, the Victron 150A Busbar (VBB115060020) provides a secure, compact, and professional-grade solution. With 6 ports and an included cover, this 150A busbar delivers safe and efficient current distribution wherever DC systems demand it.