400A 48VDC Bus Bar Power Distribution Block with 3xM8 Studs & 10x#8 Screws

About this item

【High-Capacity Power Distribution】- This solid copper bus bar is designed for high-current applications, offering a 400A capacity for efficient power distribution. It provides a central hub for connecting and distributing power to multiple circuits in automotive, marine, and other demanding electrical systems.

【Versatile Connection Options】- The 400A bus bar features 3×M8 studs and 10×#8 screw terminals, providing a variety of connection options for different wire gauges and terminal types. This versatility makes it easy to integrate the bus bar into a wide range of electrical setups.

【Durable and Reliable Construction】- This 400A bus bar is crafted from solid copper, known for its excellent electrical conductivity, and is nickel-plated for enhanced corrosion resistance. This robust combination ensures long-lasting performance, reliable power distribution, and protection against environmental factors, even in challenging applications.

【Simplified Wiring and Organization】- This power distribution block with 3×M8 studs and 10×#8 screw streamlines your wiring and improves circuit organization. It provides a central point for connecting multiple wires, reducing clutter and making it easier to troubleshoot or modify your electrical system.

【 Wide Range of Applications】- This 400A 48V DC bus bar is suitable for a variety of applications that require high-current power distribution. It is commonly used in automotive, marine, RV, solar power, and industrial settings for efficiently and safely managing power connections.

Spec

Details

8mm Thickened Copper Bar

The 8mm thick copper busbar guarantees efficient current flow and minimal heat buildup, essential for demanding electrical systems.

Multiple Connection Points

Multiple 5/16"(M8) stud and #8 Screw terminals accommodate various wire sizes and connection types, ensuring compatibility with your high-amperage applications.

Protective Cover and Base

The busbar's built-in cover shields connections from accidental contact, providing an extra layer of protection for worry-free operation.