Eaton distribution relay EDR-5000-2A1CB1 - 50/60 Hz
Part Number: EDR-5000-2A1CB1
Quick Summary
Eaton distribution relay EDR-5000-2A1CB1 provides precise feeder protection for industrial power systems. Users often struggle with miscoordination and delayed trips in complex networks; this unit offers flexible current sensing, multiple metering modes, and robust Ethernet communications to simplify tuning. Compliance details are provided by the manufacturer and can be confirmed for CE, SIL, and IP considerations as applicable. Designed for feeders, it enables scalable monitoring and faster fault isolation, while compatible with Modbus TCP and DNP3 over RJ-45 for modern control architectures.
Product Information
Extended Description
EDR-5000-2A1CB1 Eaton: Eaton, distribution relay, EDR-5000, Distribution relay,5A, 1A, 40-250 Vac, 19-300 Vdc, 8, 11,Feeder,1 0, 1, over Ethernet RJ-45,19-300Vdc, 40-250Vac, 50/60 Hz, Projection,Trip Coil Monitor,Sensitive Ground Input
Product Name
Eaton distribution relay
Catalog Number
EDR-5000-2A1CB1
UPC
786679144053
Product Length/Depth
8.05 in
Product Height
8.7 in
Product Width
9.72 in
Product Weight
9.259 lb
Warranty
Eaton Selling Policy 25-000, one (1) year from the date of installation of the Product or eighteen (18) months from the date of shipment of the Product, whichever occurs first.
Compliances
Contact Manufacturer
Application
Feeder
Type
Distribution relay
Product Category
Distribution relay
Analog inputs
0
Analog outputs
0
Base relay
EDR-5000
Conformal coating
Conformal Coated Circuit Boards
Communication
Modbus TCP or DNP3 TCP/UDP over Ethernet RJ45
Current sensing inputs
1
I/O options
Trip Coil Monitor IRIG-B Sensitive Ground Input
Modbus / DNP3 RTU
over Ethernet RJ-45
Phase current
5A, 1A
Sensing inputs
Current Protection and Metering Power Protection and Metering Voltage Protection and Metering
Zone selective interlocking
1
Number of inputs
8
Number of outputs
11
Power supply range
19-300Vdc, 40-250Vac
Power consumption
40-250 Vac, 19-300 Vdc
Frequency rating
50/60 Hz
Mounting method
Projection
Terminals
Removable
Voltage sensing inputs
1
E-series protective relays
Introduction to Eaton's E-Series Relay, Step 1: Physical Connections
Introduction to Eaton's E-Series Relay, Step 1: Physical Connections
Introduction to Eaton's E-Series Relay, Step 1: Physical Connections
Introduction to Eaton's E-Series Relay, Step 1: Physical Connections
Eaton Specification Sheet - EDR-5000-2A1CB1
Feature: Eight inputs and eleven outputs provide comprehensive I/O for feeder protection and metering. Benefit: Enables detailed monitoring and control logic at the device edge, reducing external wiring and speeding fault isolation in industrial facilities. Application: Suitable for mid- to large-scale power systems where precise local decision-making accelerates outages recovery and maintains uptime. Feature: Wide power supply range of 19-300 V DC and 40-250 V AC with a 50/60 Hz frequency rating. Benefit: Flexible installation across diverse plant environments without requiring multiple power supplies, improving installation efficiency and reducing inventory costs. Application: Ideal for mixed voltage environments in manufacturing plants and distribution centers. Feature: Modbus TCP or DNP3 over Ethernet RJ-45 with 1 current-sensing input and multiple I/O options (Trip Coil Monitor, IRIG-B, Sensitive Ground Input). Benefit: Seamless integration into modern control networks and precise time stamping for event recording, enhancing reliability and analytics. Application: Enables scalable integration with SCADA and PM systems in utilities and industrial facilities. Feature: Conformal coating on circuit boards and projection mounting with removable terminals. Benefit: Enhanced reliability in harsh environments and faster field service with simpler maintenance and reconfiguration. Application: Suitable for outdoor or aggressive environments where ruggedization and ease of service are priorities. Feature: Zone Selective Interlocking support and configurable protection schemes for feeder coordination. Benefit: Reduced outage duration and coordinated tripping across sections of a bus, improving overall system stability. Application: Critical for complex switchgear configurations in power distribution networks.
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FAQs
The EDR-5000-2A1CB1 supports Modbus TCP over Ethernet RJ-45 and features removable terminals for quick wiring. Start by mapping the eight inputs and eleven outputs to your control logic, configure the Modbus addresses in the device, and verify timing with IRIG-B if needed. This setup reduces commissioning time and minimizes field rework while enabling seamless SCADA integration and reliable data collection for ongoing analytics.
This distribution relay accepts a versatile power supply range of 19-300 V DC and 40-250 V AC, with a 50/60 Hz frequency rating. Phase currents supported are 5 A and 1 A, allowing accurate protection and metering across common feeder configurations. The device’s flexibility supports mixed-voltage installations without multiple separate regulators.
Yes. The unit is designed for feeder protection with 8 inputs and 11 outputs, zone selective interlocking, and advanced metering options. Its Modbus TCP/DNP3 interfaces enable scalable network integration, while its projection mounting and removable terminals simplify installation in switchgear and control panels typical of medium-sized facilities, delivering improved fault isolation and reduced downtime.
Compliance details are provided by the manufacturer and can be confirmed for applicable standards. For organizations requiring CE, SIL, or IP-related criteria, contact Eaton or your distributor to obtain the latest certification documentation and test reports tied to your specific installation and operating environment.
Maintenance focuses on ensuring clean wiring, secure terminal connections, and up-to-date firmware for protection algorithms. The device’s rugged coating and modular I/O reduce field service time. ROI benefits arise from faster fault isolation, reduced outage duration, and streamlined integration with existing SCADA/DNP3 systems, ultimately lowering maintenance costs and improving plant availability.