Eaton EDR-3000-2C0CB1 Distribution Relay - Conformal PCB

Universal power input minimizes site wiring and inventory strain. The device accepts 19-300 V DC or 40-250 V AC supply with 50/60 Hz operation, allowing a single relay to cover multiple line voltages across a plant. This reduces stock-keeping costs and accelerates installation, especially in multi-branch feeders where voltage conditions vary. 4 inputs and 4 removable outputs provide flexible protection and metering without expanding panel space. Removable terminals simplify field wiring and routine maintenance, while projection mounting ensures secure, vibration-tolerant installation in harsh environments. You can tailor each channel for current protection and metering to match feeder characteristics and reliability targets. Ethernet-based communications support Modbus TCP and DNP3 over RJ-45, enabling remote monitoring, SCADA integration, and advanced feeder automation. The integrated channeling for zone selective interlocking reduces fault impact and speeds isolation, while IRIG-B compatibility (option) supports precise time synchronization for synchronized protection schemes. With conformal-coated circuit boards, the unit is suited for challenging climates and dusty plant floors. The compact, projection mounting design simplifies panel layouts, and removable I/O reduces wiring errors during commissioning. The combination yields faster deployment, easier upgrades, and lower total cost of ownership for protection relays in medium-to-large electrical systems. Warranty follows Eaton's policy and, combined with comprehensive manufacturer compliance documentation, supports long-term reliability. Regular updates and available datasheets help ensure ongoing conformance with CE, IP and related standards, giving procurement teams confidence in meeting regulatory and safety requirements. Field teams benefit from a single, familiar protection platform that scales from simple feeders to complex distribution networks. The 4-channel architecture, integrated protection, and remote communications reduce site visits, cut downtime, and improve MTTR. In practice, this translates into lower operating costs and higher plant availability for critical industrial processes.