JSR Verified Supplier
4 AWG Copper Cable Lugs 5/16" Stud - Crimp Type 25-Pack
4 AWG Copper Cable Lugs 5/16" Stud - Crimp Type 25-Pack
SKU:100749
Couldn't load pickup availability
Heavy-Duty Copper Cable Lugs for Professional Electrical Work
High-quality 4 AWG copper cable lugs with 5/16" stud designed for reliable electrical terminations in industrial, commercial, and residential applications. These crimp-style lugs provide superior conductivity and long-lasting performance for heavier gauge wire installations requiring larger stud connections.
Key Features
- Premium copper construction - Superior electrical conductivity for optimal performance
- 4 AWG cable size with 5/16" stud - Heavy-duty wire gauge with larger stud for robust connections
- Crimp-style connection - Secure, reliable termination that won't loosen over time
- High temperature rated - Operates safely up to 221°F (105°C)
- Corrosion-resistant - Enhanced durability for long-term reliability
- Bulk 25-pack - Cost-effective contractor pricing for professional jobs
- Standard tool compatible - Works with common crimping tools for easy installation
Technical Specifications
- Cable Size: 4 AWG (American Wire Gauge)
- Stud Size: 5/16 inch
- Material: Premium Copper
- Connection Type: Crimp Style
- Temperature Rating: Up to 221°F (105°C)
- Voltage Rating: High-voltage electrical systems
- Quantity: 25 lugs per pack
- Weight: 1.05 lbs per pack
Applications
Ideal for higher current electrical applications including sub-panel connections, service upgrades, industrial machinery wiring, commercial electrical installations, solar panel systems, battery bank connections, and general electrical contracting work requiring 4 AWG wire terminations with larger stud sizes.
Why Choose These Cable Lugs?
Trusted by professional electricians and contractors nationwide, these 4 AWG copper cable lugs with 5/16" studs deliver the reliability and performance you need for code-compliant electrical installations. The heavier gauge construction combined with the larger stud size handles higher current loads and provides more robust mounting options.
Share
