Eaton Cam-Lok E1012-106 Plug - F Series, 315A

Feature → Business Impact → Application: Amperage capacity up to 315A continuous and 550A intermittent enables you to power heavy equipment without multiple terminations, reducing panel clutter and simplifying wiring schemes. This translates to measurable efficiency gains in motor feeds and high-load distribution within manufacturing lines. Application-wise, the E1012-106 is well-suited for welding presses, large conveyors, and power feeders that demand reliable, high-current performance. Feature → Brass contact material provides low contact resistance and durable mating surfaces, improving longevity and reducing maintenance cycles in vibration-prone environments. Application: critical machining centers and process lines where uptime matters. Feature → Solder connections paired with reinforced thermoplastic housing deliver a rugged, moisture-resistant interface that withstands routine knocks and thermal cycling. Business impact: fewer field repairs and faster re-terminations during upgrades, with reliable performance across shifts. Application: indoor power distribution panels and equipment enclosures in ordinary locations. Feature → Cable compatibility with 3/0-4/0 AWG ensures a broad range of feeder configurations, enabling smoother migration from smaller connectors. Application: large-diameter feeder runs for motors and power distribution. Feature → NEC/CEC compliance and NEMA 1 rating provide regulatory alignment and indoor-safety assurance, smoothing procurement and commissioning. Application: panel assemblies in non-hazardous environments, with simplified certification traceability. Feature → Compact 3.86 in length and 1.19 in width support tighter layouts and faster installation, reducing receptacle footprint and labor costs. Application: control panels and equipment cabinets where space is at a premium. The overall design of Cam-Lok F Series plugs—combined with a robust reinforced thermoplastic body—offers a reliable, cost-effective solution for industrial power connections with predictable performance over time.