12V Stainless Steel Bus Bar Marine Simplify Wiring Power Distribution Block Space Saving Battery Buss Bar High Security 12v Terminal Block for Boat 2 x 1/4" Posts, 8 x #8 Screws Terminals
PREMIUM 4-LAYER DURABLE CONSTRUCTION FOR EXTREME ENVIRONMENT - Adopts high-purity copper conductive plates, anti-rust stainless steel terminals, reinforced hard plastic insulating base and durable PC protective cover. The integrated structure features excellent electrical conductivity, high temperature resistance, corrosion and moisture resistance, never rust or deform in humid, high-temperature marine and automotive harsh environments, ensuring long-term stable operation.
150A HIGH-CAPACITY ELECTRICAL PERFORMANCE - This heavy-duty terminal block supports max 300V AC / 48V DC voltage, with 130A AC and 150A DC continuous current load. It perfectly meets the power supply demand of high-power electrical equipment, maintains stable current output without overload and heat generation, far more reliable than ordinary low-current bus bars.
DUAL-SPEC UNIVERSAL TERMINAL DESIGN - Equipped with 2pcs M6 (1/4") heavy-duty stud terminals and 8pcs M4 (#8) screw terminals, matched with complete washers and nuts. Dual-size interface design adapts to various wire specifications, realizing centralized power distribution, effectively tidying up messy wiring and avoiding loose connection failure.
PC COVER SAFETY PROTECTION & EASY INSTALLATION - Comes with an insulated PC protective cover to prevent accidental contact, short circuit, dust and water ingress, greatly improving the safety of the electrical system. Standard reserved terminals and complete accessories allow quick and firm wiring installation, no modification required for plug-and-play use.
FULLY EQUIPPED KIT & WIDE MULTI-SCENARIO APPLICATION - The package includes 2 red positive bus bars, 2 black ground bus bars, 40 terminal connectors and 8 fixing screws for one-stop use. Suitable for 12V-48V electrical systems, widely used in cars, yachts, ships, RVs, caravans, solar power systems and other commercial and household power distribution scenarios.