Eaton EDR-3000-2B1EA0 Distribution Relay - Profibus-DP

Power supply flexibility is achieved with a wide input range of 19-300Vdc and 40-250Vac. This reduces the number of spare units and simplifies rack-and-panel design, cutting stocking costs and wiring errors. In new installations or retrofit projects, it lets you consolidate power supplies and deploy feeders more quickly. Eight inputs and six outputs come with removable terminals, enabling cleaner terminations and faster field wiring. The result is shorter commissioning times and fewer wiring faults during startup, which translates to reduced on-site labor and safer maintenance routines. In distributed feeder panels, technicians can reconfigure I/O without extensive rewiring, improving adaptability to changing processes. One current sensing input supports current protection and metering, delivering precise protection thresholds and energy data. This capability enables better fault discrimination and alarm tuning, lowering nuisance trips and enabling data-driven maintenance planning. With built-in metering, operators can verify load profiles and track feeder performance over shifts or across the plant. Profibus-DP over D-Sub / RS-485 provides seamless fieldbus integration with standard PLCs and SCADA systems. This compatibility minimizes wiring changes and accelerates engineering timelines for new lines or upgrades. For multi-vendor environments, the module acts as a reliable bridge between protection logic and centralized automation strategies. Compact form factor with semi-flush mounting and removable terminals supports easy installation in tight control cabinets. The 7.49 in L, 8.62 in H, 6.82 in W footprint and 5.3 lb weight simplify replacement in existing racks. Overall, the device integrates with other Eaton E-series devices and common panels to streamline maintenance. Warranty and support are straightforward: Eaton's policy provides one year from installation or 18 months from shipment, whichever occurs first. This clarity supports predictable asset lifecycles and service planning, reducing unexpected maintenance costs in mission-critical feeder applications.