Eaton 16371-2 Power distribution block - SCCR 100 kAIC

High current capability and a two-pole design make the 16371-2 a reliable main distribution point in industrial control panels. It supports 310A continuous service with minimal voltage drop across feeds, reducing the need for multiple blocks and simplifying wire routing. The tin-plated aluminum connectors paired with a molded thermoplastic base deliver durable, corrosion-resistant terminations suitable for demanding environments, while the RoHS-compliant construction helps support modern compliance programs. Voltage versatility lets this block serve both AC and DC systems, with a 600 Vac and 600 Vdc rating. This dual-capability reduces spare parts and stock-keeping costs because a single block can cover multiple applications, from AC motor drives to DC buses. The compact footprint also frees panel space, enabling tighter equipment layouts without sacrificing safety or reliability. SCCR of 100 kAIC provides a generous short-circuit margin for feeder and main distribution paths, supporting code-compliant designs and arc-flash mitigation in critical panels. Engineers appreciate the confidence to meet machine safety standards while keeping the design simple. When paired with standard enclosures, the two-pole configuration helps organize wiring and maintain clear separation between live conductors. Physical durability comes from a molded thermoplastic base that withstands temperature cycling and environmental exposure, plus a black finish that helps with visual identification. The combination of base and connectors creates a compact, rigid assembly that resists loosening and vibration in busy panels. This design also streamlines installation, as conductors terminate cleanly in a dedicated two-pole block with defined torque expectations. Dimensions and weight—3.57 in length, 3.96 in height, 3.19 in width, and 1.37 lb—support dense panel layouts and straightforward mounting. The format pairs well with Bussmann series catalogs and the Eaton datasheet for easy specification alignment. Overall, the 16371-2 reduces BOM complexity, speeds assembly, and improves long-term maintenance planning for industrial machines and power distribution subsystems.