Eaton ES4T2R1R Electrical Protection Relay - CE Certified
Part Number: ES4T2R1R
Quick Summary
Eaton ES4T2R1R is an electrical protection device that safeguards industrial control circuits in automation panels. Engineers often struggle to find a protection solution that fits compact spaces without compromising reliability. In demanding applications, CE certification, robust IP-rated housings, and SIL-ready integration help ensure safety and regulatory compliance. This model supports quick installation and seamless compatibility with Eaton protection ecosystems, delivering lower total cost of ownership and reduced downtime for critical manufacturing lines.
Product Information
Compact footprint and simple mounting enable denser panel layouts while reducing cabinet space and wiring complexity, delivering tangible cost savings in installation time. Feature: space efficiency → Business Impact: optimized panel real estate and faster commissioning → Application: machine control panels with limited enclosure space. Integrated protection for control circuits reduces nuisance trips and false faults, boosting system reliability and uptime in high-demand lines. Feature: protective reliability → Business Impact: lower maintenance costs and fewer shutdowns → Application: conveyors and packaging lines. Rugged construction and protective housing improve resistance to dust and moisture, cutting service intervals and extending asset life in harsh factory floors. Feature: durability → Business Impact: reduced replacement costs and safer operation → Application: automotive, metalworking, and heavy industry cells. Diagnostic indicators and clear fault feedback speed fault isolation, minimizing mean time to repair and enabling predictive maintenance. Feature: visibility → Business Impact: faster MTTR and better asset management → Application: any Eaton protection network needing quick diagnostics. Seamless compatibility with the Eaton protection family simplifies spares strategy, training, and upgrade paths, lowering total cost of ownership over the device lifecycle. Feature: ecosystem integration → Business Impact: standardized maintenance and predictable ROI → Application: multi-device automation projects in food and beverage, material handling, and processing plants.
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FAQs
ES4T2R1R is designed for DIN-rail mounting and easy wiring within compact control panels. When planning installation, verify panel space, conductor routing, and compatible Eaton accessories to ensure clean wiring and optimal thermal performance. This approach reduces assembly time, minimizes tool requirements, and supports scalable protection across multiple control circuits.
The ES4T2R1R focuses on reliable protection for control circuits, with robust mechanical build and integrated protection features that limit nuisance trips. Practical benefits include improved uptime, faster fault isolation, and straightforward diagnostics. In application, these features support consistent operation in motor controls, conveyors, and automated packaging lines.
Yes, ES4T2R1R is designed for integration in industrial control environments and benefits from Eaton’s protection philosophy, including rugged housing and secure wiring. For harsh environments, ensure adequate IP rating consideration and enclosure protection, and pair with compatible accessories to maintain performance and reliability in dusty or damp factory floors.
Key certifications for protection devices in automation panels typically include CE marking for EU compliance and considerations for IP ratings to guard against dust and moisture. SIL considerations may apply in safety-related control architectures. These certifications matter because they validate safety, interoperability, and regulatory compliance across industrial installations.
Using ES4T2R1R can lower maintenance costs through reduced fault incidences and faster diagnostics, leading to shorter mean time to repair. The device’s reliability supports higher line uptime and predictable maintenance planning, improving return on investment by reducing unplanned downtime and extending panel life within automation projects.