RED WOLF 12V 200A Power Distibution Block 5/16" Dual Stud Busbar M8 Terminal Bus Bar w/16 PCS 1/0 AWG - 5/16" Battery Cable End Copper Wire Ring Terminal Connector Lug
5.0 (91 items)
Limited Time SaleUS$18.95 cheaper than the new price!!
Free cash-on-delivery fees for purchases over $99
Product details
| Management number | 221297867 | Release Date | 2026/05/03 | List Price | US$12.64 | Model Number | 221297867 | ||
|---|---|---|---|---|---|---|---|---|---|
| Category | |||||||||
- 12V power distribution block: Specification: Stud Size: 5/16 (M8) dual stud for large terminal connector and wire; Max Continuous Amperage: 200A (in a DC 12V circuit); Max Voltage: DC 48V (when rated 50A); Rated Power: 1200W
- DIY Circuit: Marine terminal block is suitable for customizing battery and wiring setups; It simplify multiple power connections, maintaining a tidy circuit layout and reduce short circuit risks
- Heavy Duty Construction: Battery Busbar uses 316 stainless steel nuts with pure copper studs as conductors, enabling better corrosion resistance performance and good conductivity; Flame retardant nylon base is used for insulation and safety use; Integrated nuts at stud base for better tightening
- Package included: 16 PCS 1/0 gauge (AWG) 5/16 inch battery cable ends lug with 16 pieces of 3:1 ratio dual wall adhesive heat shrink tubing (8 black and 8 red) to satisfy your different needs
- Advanced materials: 1/0 AWG x 5/16” stub ring terminals connectors are made of annealed copper material with a special treatment surface for corrosion protection; Durable and heavy duty copper lugs have a good transfer of electric in battery and achieve maximum current flow; 3:1 ratio heat shrink tube is polyolefin material made, which is non-toxic, waterproof shrink temperature up to 257°F, ensuring secure use, strong crimp and adherent
| Brand Name | RED WOLF |
|---|
Bestseller ranking
Connecting Blocks
Customers who viewed this product also viewed
Frets
Correction of product information
If you notice any omissions or errors in the product information on this page, please use the correction request form below.
Correction Request Form