Eaton ES3T2R2GF1 Safety Relay Module - CE Compliant
Part Number: ES3T2R2GF1
Quick Summary
Eaton ES3T2R2GF1 Safety Relay Module protects personnel and equipment in industrial control systems. Engineers struggle with wiring complexity and safety compliance when implementing protective circuits. Designed for CE compliance and robust fault isolation, it strengthens machine safety programs. In industrial automation contexts, this module delivers faster commissioning, easier diagnostics, and lower total cost of ownership. The solution supports scalable configurations for growing risk assessments and regulatory audits. By aligning with common control architectures, it enables faster engineering cycles and consistent safety performance. Its compatibility with standard panels and straightforward field wiring reduces installation time and error rates. Ultimately, ES3T2R2GF1 helps procurement and maintenance teams justify safety investments with measurable uptime gains.
Product Information
Feature: Safety-oriented design with fault isolation and clear output signaling. Business Impact: Reduces risk of cascading failures and speeds fault detection, improving uptime and compliance with safety standards. Application: Ideal for machine safety circuits in conveyors, presses, and packaging lines where rapid fault isolation is critical. Feature: Compact footprint and straightforward wiring. Business Impact: Frees panel space, lowers installation time, reduces wiring errors. Application: Suitable for retrofit projects and new builds with limited cabinet area. Feature: Compatibility with ES3 safety family for scalable architectures. Business Impact: Enables migration from legacy relays without major redesign, reduces training needs. Application: Use in growing automation lines with modular safety expansions. Feature: Diagnostics and fault indication. Business Impact: Faster troubleshooting empowers maintenance teams; reduces MTTR. Application: Real-time status in control room dashboards; improves root-cause analysis. Feature: Rugged and reliable construction. Business Impact: Lower maintenance costs and longer service intervals. Application: Harsh factory environments; continuous operation in automotive, metal, and food & beverage. Feature: Compliance documentation and vendor support. Business Impact: Streamlined audits and consistent service updates. Application: Procurement and QA processes; end-of-life planning.
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FAQs
Plan around compatible safety input and output configurations, verify CE compliance, and use the provided wiring diagrams to minimize error. Ensure the module is mounted in a clean, accessible enclosure and that control signals suit the module’s safety ratings. This approach reduces commissioning time and supports reliable fault isolation during commissioning and maintenance.
The ES3T2R2GF1 is a safety relay module designed for industrial machine safety circuits with robust isolation and configurable safety outputs. It supports CE compliance and is intended for integration into SIL-ready safety architectures. Key considerations include input/output configuration, fault signaling, and compatibility with standard control logic used in manufacturing lines.
Yes. The module’s safety-oriented design and fault isolation capabilities make it well-suited for packaging equipment where reliable stop/start control and quick fault detection are critical. Its compact footprint and straightforward wiring support rapid deployment on existing packaging lines while maintaining compliance with standard safety practices.
The ES3T2R2GF1 is CE-compliant, reflecting adherence to European safety and performance requirements. Maintain compliance by keeping installation documentation up to date, following the manufacturer’s safety manuals, and performing regular functional tests as part of your preventive maintenance and safety audit routines.
The module helps reduce downtime through faster fault detection and easier diagnostics, lowering MTTR. Its scalable architecture minimizes redesign costs during line upgrades and expansions. Over time, you gain predictable maintenance workloads, safer operations, and a clearer path to compliant, auditable safety performance with improved uptime.