Eaton EMR-3000-2B0CA1 Motor Relay - IRIG-B Interface
Part Number: EMR-3000-2B0CA1
Quick Summary
The Eaton EMR-3000-2B0CA1 Motor Relay provides reliable motor protection and remote control for industrial automation systems. Engineers often struggle with wiring complexity, protocol compatibility, and downtime when upgrading legacy motor-control panels. Industry-standard requirements for timing, metering, and network integration—such as IRIG-B timing, current sensing, and Ethernet-based Modbus/DNP3—should be confirmed with the manufacturer for your exact application. This Ethernet-enabled relay simplifies panel wiring and offers precise metering, zone-selective interlocking, and flexible input/output configurations, delivering improved uptime. When used in conjunction with modern control architectures, it enables easier scalability, faster commissioning, and clearer operational visibility in factory floor automation.
Product Information
Extended Description
EMR-3000-2B0CA1 Eaton: Eaton motor relay, 5A, 1A, Motor, over Ethernet RJ-45, 19-300Vdc, 40-250Vac, 50/60 Hz, Projection, Current Protection and Metering, IRIG-B, URTD Interface
Product Name
Eaton motor relay
Catalog Number
EMR-3000-2B0CA1
UPC
786679145418
Product Length/Depth
8.06 in
Product Height
8.62 in
Product Width
6.82 in
Product Weight
5.82 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
Motor
Type
Motor relay
Analog inputs
0
Phase current
5A, 1A
Analog outputs
0
Digital inputs
4
Digital outputs
4
I/O options
URTD Interface IRIG-B
Modbus / DNP3 RTU
over Ethernet RJ-45
Sensing inputs
Current Protection and Metering
Zone selective interlocking
1
Frequency rating
50/60 Hz
Mounting method
Projection
Programming an Eaton E-Series Relay, Step 4: Advanced Configuration with PowerPort-E
Programming an Eaton E-Series Relay, Step 4: Advanced Configuration with PowerPort-E
Programming an Eaton E-Series Relay, Step 4: Advanced Configuration with PowerPort-E
Programming an Eaton E-Series Relay, Step 4: Advanced Configuration with PowerPort-E
Programming an Eaton E-Series Relay, Step 4: Advanced Configuration with PowerPort-E
Programming an Eaton E-Series Relay, Step 4: Advanced Configuration with PowerPort-E
Eaton Specification Sheet - EMR-3000-2B0CA1
Selling Policy 25-000 - Distribution and Control Products and Services
Feature: Ethernet-enabled motor control with Modbus and DNP3 RTU over RJ-45. Business Impact: Streamlined integration into existing industrial networks reduces wiring complexity and commissioning time, enabling faster project timelines. Application: Ideal for centralized motor protection in automation cells and plant-wide drive systems, including retrofits and expansions. Keywords: Ethernet motor relay, Modbus RTU, DNP3 RTU, network-ready control. Feature: 4 digital inputs and 4 digital outputs. Business Impact: Local interlocking and logic sequencing reduce PLC I/O requirements and improve system reliability. Application: Zone selective interlocking and remote diagnostics in packaging, material handling, and process lines. Keywords: digital I/O, zone interlocking, local control. Feature: Current protection and metering (5A, 1A). Business Impact: Real-time monitoring and overload protection cut downtime and energy waste, supporting better OEE data. Application: motor protection and energy management in conveyors and fans. Keywords: current sensing, energy metering, overload protection. Feature: Wide input range 19–300Vdc / 40–250Vac; 50/60 Hz; Projection mounting. Business Impact: Flexible power compatibility simplifies retrofits across machines and plants, reducing hardware diversity. Application: Retrofit projects in legacy equipment and multi-voltage environments. Keywords: wide voltage range, versatile mounting, industrial drives. Feature: URTD Interface IRIG-B timing and Ethernet remote control. Business Impact: Precise time synchronization improves event sequencing and diagnostic accuracy, lowering maintenance costs. Application: Power networks, substation motor controls, data-center cooling systems. Keywords: IRIG-B, time synchronization, Ethernet control. Feature: Zone selective interlocking (1) and robust protection features. Business Impact: Enhanced safety and selective tripping capabilities reduce collateral damage during faults. Application: Complex motor arrays in packaging, metals, and pulp/paper industries. Keywords: zone selective interlocking, motor protection, fault isolation.
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FAQs
EMR-3000-2B0CA1 supports Ethernet-based Modbus/DNP3 RTU over RJ-45 and provides 4 digital inputs with 4 outputs, simplifying panel wiring. Ensure your PLC or SCADA supports Modbus or DNP3 and verify available IO slots in the existing enclosure. The projection mounting simplifies mechanical fitment, while the wide voltage range accommodates both new and legacy drives.
Key specs include a wide supply range of 19–300Vdc and 40–250Vac, 50/60 Hz operation, and current protection/metering for 5A and 1A sensing. The device offers four digital I/O channels and four digital outputs, plus URTD IRIG-B timing for synchronized control. Modbus/DNP3 RTU over Ethernet enables remote monitoring and control across networks.
This relay is well-suited for industrial automation environments needing robust motor protection, remote monitoring, and interlocking. Industries like packaging, material handling, process lines, and power systems benefit from zone selective interlocking, precise timing, and energy metering to improve uptime and energy efficiency.
Compliances are listed as 'Contact Manufacturer' for Eaton EMR-3000-2B0CA1, so confirm exact certifications (such as CE marking, IP enclosure rating, and safety certifications) with Eaton for your target market. For critical timing and synchronization needs, IRIG-B compatibility should be validated against your system specification.
By consolidating motor protection, metering, and network communication in a single unit, you reduce wiring complexity and PLC IO needs, lowering commissioning time and spare parts. Real-time current sensing and energy data support better maintenance planning and can contribute to reduced energy waste and improved overall equipment effectiveness (OEE).