Description
Egis 4 Hole Busbar Connector | Boat Supply Store
Consolidate multiple XD relays and sealed fuse blocks with the Egis 4 Hole Quad Shaped Busbar Connector, engineered for superior marine electrical organization and reliability. This connector boasts a robust tin-plated copper construction, measuring 90mm x 90mm and 2.8mm thick, ensuring exceptional corrosion resistance and conductivity. It efficiently links XD Single, Dual, and Triple Relays to fuse blocks, supporting a continuous current of 500 Amps at a maximum of 72 Vdc for demanding offshore applications.
Key Features
- Simplifies electrical system layout by consolidating multiple relay and fuse block connections.
- Robust tin-plated copper construction ensures excellent conductivity and long-term corrosion resistance.
- High current capacity handles up to 500 Amps continuously for demanding marine power distribution.
- 72 Vdc maximum voltage rating supports modern DC electrical systems on larger vessels.
- Compact quad-shaped design enables space-saving installations of critical electrical components.
- Facilitates linking of XD Single, Dual, and Triple XD Relays to sealed fuse blocks.
- Anti-corrosive properties enhance durability in harsh marine environments.
- Terminal stud holes precisely sized at 10.5mm (3/8 inch) for secure connections.
Specifications
| Product Specifications | |
|---|---|
| Material | Tin-plated copper |
| Dimensions | 90mm x 90mm |
| Thickness | 2.8mm (1/8 inch) |
| Terminal Stud Hole Size | 10.5mm (3/8 inch) |
| Continuous Current Rating | 500 Amps |
| Maximum Voltage Rating | 72 Vdc |
Who This Is For
Marine electricians and boat builders seeking an organized and efficient method for linking multiple XD relays and sealed fuse blocks. DIY boat owners aiming to create a compact, reliable, and professional-looking electrical system will also find this busbar invaluable.
How It Compares
| Feature | Egis 4 Hole Busbar Connector | Competitor |
|---|---|---|
| Continuous Current (Amps) | 500 | 300, 500 |
| Max Voltage (Vdc) | 72 | 32, 48 |
| Material | Tin Plated Copper | Nickel-plated copper, Tin-plated copper |
| Terminal Stud Hole Size | 10.5mm (3/8) | 3/8"-16, 3/8" |
| Shape | Quad Shaped | Linear, Linear |
Common Concerns Answered
What if I need to connect more than four circuits?
The 4-hole configuration is optimized for specific compact relay and fuse block integrations. For systems requiring more than four direct circuit links from a single busbar, consider alternative multi-terminal busbars or a series of interconnected Egis busbars based on your system's design requirements.
What are the critical installation considerations?
Optimal performance and safety mandate the use of appropriately gauged marine-grade wiring and properly crimped terminal ends. Secure mounting of the busbar is also essential to prevent vibration-related failures and ensure reliable power distribution.
Will this busbar directly connect to any brand of fuse block?
This busbar is specifically designed to link Egis XD Single, Dual, and Triple Relays to sealed fuse blocks. While the terminal hole size is standard, ensure compatibility with your specific sealed fuse block mounting and terminal type for a secure and effective connection.
Frequently Asked Questions
What is the continuous current rating of the Egis 4 Hole Quad Shaped Busbar Connector?
The Egis 4 Hole Quad Shaped Busbar Connector is rated for a continuous current of 500 Amps.
What is the maximum voltage this busbar connector can handle?
This busbar connector can handle a maximum voltage of 72 Vdc.
What material is the Egis 4 Hole Quad Shaped Busbar Connector made of?
The Egis 4 Hole Quad Shaped Busbar Connector is constructed from tin-plated copper.
What is the size of the terminal stud holes on this busbar connector?
The terminal stud holes on this busbar connector measure 10.5mm (3/8 inch).
Can this busbar connector be used to link multiple sealed fuse blocks together?
This busbar connector is primarily designed to link Egis XD relays to sealed fuse blocks. While it can facilitate connections for multiple circuits originating from those fuse blocks, it is not designed for linking fuse blocks directly to each other.
