Eaton ETR-5000-2A1HB0 Transformer Relay - 61850 TCP

Part Number: ETR-5000-2A1HB0
Manufacturer
Eaton
Part number
ETR-5000-2A1HB0

Quick Summary

Eaton transformer relay ETR-5000-2A1HB0 provides transformer protection for substations and distribution networks, with Ethernet-based monitoring and interoperable communication. This design helps address the challenge of integrating protective relays into modern control networks without compromising speed or reliability. While many installations require robust protocols, the ETR-5000-2A1HB0 supports 61850, Mbus TCP, and DNP3 TCP/UDP over Ethernet RJ45 for scalable data exchange. Note that specific certifications such as SIL, CE, or IP ratings should be confirmed with the manufacturer per site requirements. For engineers and procurement teams, this device translates to reduced integration risk, modular I/O, and clearer lifecycle management across global projects.

Product Information

Extended Description

ETR-5000-2A1HB0 Eaton: Eaton, transformer relay, ETR-4000, Transformer protection relay, 61850 or Mbus TCP or DNP3 TCP/UDP over Enet RJ45, 5A, 1A, 40-250 Vac, 19-300 Vdc, 8,9,Transformer,over Ethernet RJ-45,19-300Vdc, 40-250Vac, 50/60 Hz , Sensitive Ground Input,
Product Name
Eaton transformer relay
Catalog Number
ETR-5000-2A1HB0
UPC
786679158302
Product Length/Depth
8.06 in
Product Height
8.7 in
Product Width
9.72 in
Product Weight
9.3 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
Transformer
Type
Transformer relay
Product Category
Transformer protection relay
Analog inputs
0
Analog outputs
0
Base relay
ETR-4000
Conformal coating
Conformal Coated Circuit Boards
Communication
61850 or Mbus TCP or DNP3 TCP/UDP over Enet RJ45
Current sensing inputs
2
Digital inputs
8
Digital outputs
9
I/O options
URTD Interface IRIG-B Trip Coil Monitor Sensitive Ground Input
Modbus / DNP3 TCP
over Ethernet RJ-45
Phase current
5A, 1A
Sensing inputs
Voltage Protection and Metering Power Protection and Metering Current Protection and Metering Differential Protection
Zone selective interlocking
2
Number of inputs
8
Number of outputs
9
Power supply range
19-300Vdc, 40-250Vac
Frequency rating
50/60 Hz
Power consumption
40-250 Vac, 19-300 Vdc
Number of inputs
8
Number of outputs
9
Power supply range
19-300Vdc, 40-250Vac
Power consumption
40-250 Vac, 19-300 Vdc
Frequency rating
50/60 Hz
Terminals
Removable
Mounting method
Semi-flush
Voltage sensing inputs
1
Terminals
Removable
Feature: 8 digital inputs and 9 digital outputs provide ample signaling for transformer status, alarms, and remote trips. Business Impact: Enables centralized protection logic with fewer external interfaces, reducing wiring complexity and potential fault points. Application: Substation transformer protection and feeder monitoring with streamlined wiring. Feature: Power supply range of 19-300 VDC and 40-250 VAC supports global deployments without separate power conditioning. Business Impact: Reduces part count and inventory, lowering installed cost while enabling rapid deployment across sites with varying mains. Application: Worldwide transformer protection in industrial plants and utility networks. Feature: Communications via 61850 or Mbus TCP or DNP3 TCP/UDP over Ethernet RJ45 ensures modern interoperability. Business Impact: Simplifies integration with SCADA, PMUs, and energy management systems, improving MTTR and data fidelity. Application: Real-time protection coordination and remote diagnostics. Feature: Base relay compatibility with ETR-4000 and conformal coating on PCBs enhances robustness. Business Impact: Lowered maintenance costs and extended service life in harsh environments, improving uptime. Application: Harsh factory floors, outdoor substations, and oil-filled transformer rooms. Feature: 2 current sensing inputs (5A, 1A) and 8 inputs / 9 outputs provide flexible sensing and control options. Business Impact: Enables precise protection schemes without external transducers, saving space and installation time. Application: Differential and metering protection scenarios in power networks. Feature: IRIG-B monitor option and removable terminals with semi-flush mounting simplify field installation. Business Impact: Faster commissioning, easier replacement, and reduced downtime during upgrades. Application: Retrofit projects and new builds in constrained control cabinets.

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FAQs

The ETR-5000-2A1HB0 is designed to work with the ETR-4000 base relay family, offering a seamless upgrade path for transformer protection. It uses standard terminal blocks, removable terminals, and semi-flush mounting for straightforward field installation. Before upgrading, verify I/O counts, communication wiring, and power-supply requirements to ensure a smooth integration with your current Eaton protection scheme.
This relay features 8 digital inputs and 9 digital outputs, plus 2 current sensing inputs. It accepts a wide power-supply range of 19-300 VDC and 40-250 VAC, with 50/60 Hz operation. These specifications enable flexible deployment across varied electrical environments without additional external power conditioning.
Yes. The device supports Ethernet-based protection protocols including 61850, Mbus TCP, and DNP3 TCP/UDP over Ethernet RJ45, enabling integration with modern SCADA, substation automation, and energy-management systems. This interoperability reduces engineering time and improves data fidelity for protection, metering, and remote diagnostics.
Compliance details for this model are provided by the manufacturer and may vary by region and installation. Typical considerations include reliability, safety, and interoperability with IEC/IEEE standards. Confirm with Eaton for site-specific certifications such as SIL, CE, or IP ratings before installation to ensure full regulatory alignment.
The relay’s robust construction with conformal-coated boards and a modular base reduces maintenance frequency and spares downtime. Its Ethernet communications enable remote diagnostics and faster fault isolation, delivering lower MTTR and improved OEE. A longer service life and easier retrofits translate to lower total cost of ownership across substations and industrial plants.