Eaton ES3T2R2GF1B Electrical Protection & Circuit Control - CE Certified
Part Number: ES3T2R2GF1B
Quick Summary
ES3T2R2GF1B is an Eaton protection device that safeguards industrial power systems. It helps prevent faults from propagating to critical equipment, reducing downtime in conveyors, motors, and packaging lines. CE marking is commonly required for EU projects, and IP ratings vary by enclosure, while SIL readiness is considered for safety-instrumented applications. This solution fits neatly with standard Eaton accessories and panel wiring practices, delivering quicker commissioning, simplified spare parts planning, and clearer maintenance workflows across multiple sites. Users benefit from consolidated documentation, warranty support, and predictable lead times when upgrading legacy panels. By selecting ES3T2R2GF1B, engineering teams gain a standard protection platform across products, improving fleet-wide reliability and reducing total cost of ownership.
Product Information
Feature: Compact, modular design enables denser panel layouts and faster retrofits. Business Impact: Saves enclosure space, reduces wiring complexity, and shortens installation time, lowering labor costs. Application: Control panels in packaging, material handling, and manufacturing lines. Feature: Clear trip indication and adjustable protection curves improve fault diagnosis and protection accuracy. Business Impact: Minimizes nuisance trips and accelerates maintenance planning, boosting equipment uptime. Application: Motor starters, drives, and line-side protection in textile and food-and-beverage plants. Feature: Broad compatibility with Eaton protection accessories and interconnection options. Business Impact: Streamlines retrofit projects and reduces spare-parts inventories. Application: OEM builds and modernization programs across multi-site facilities. Feature: Compliance-focused design with CE-ready documentation and serviceability. Business Impact: Eases regulatory acceptance and simplifies audits, cutting project risk. Application: European installations and cross-border MES integrations. Feature: Installation efficiency with standardized terminals and wiring practices. Business Impact: Reduces commissioning time and training costs, enabling faster time-to-value. Application: Panel assembly lines and service centers. Feature: Industry context and reliability insights from field deployments. Business Impact: Improves total cost of ownership through standardized protection strategy. Application: Any industrial facility seeking predictable protection for electrical networks.
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FAQs
ES3T2R2GF1B is designed to integrate with standard Eaton enclosures and control panels that support molded case circuit breakers. Ensure the panel busbar configuration, terminal layout, and accessory compatibility align with Eaton’s installation guidelines. In retrofit scenarios, verify space for wiring harnesses and confirm bottom-entry terminals to minimize rework and downtime.
The provided data does not include explicit current ratings or breaking capacity for ES3T2R2GF1B. Typical protection devices in this class offer thermal-magnetic protection with adjustable trip curves. For exact ratings, refer to the official datasheet or contact Eaton technical support to confirm suitable settings for motors, drives, and distribution circuits.
ES3T2R2GF1B can be integrated into safety-conscious architectures, but it is not a standalone safety instrumented function. For safety-critical lines, pair it with a properly designed safety system and ensure SIL-rated elements are implemented in accordance with your safety lifecycle. This approach provides robust protection while maintaining compliance with safety standards.
CE certification is typically pursued for EU compliance, and IP ratings depend on enclosure and installation conditions. While SIL readiness may be relevant in safety-integrated systems, its applicability depends on the system design. Always verify the exact certification scope with the product documentation and ensure your installation aligns with local regulatory requirements.
ROI comes from reduced downtime due to improved fault discrimination, faster fault diagnosis, and streamlined maintenance. Standardized protection across panels lowers training and spare-parts costs and accelerates commissioning. In metric terms, expect shorter outage durations, fewer maintenance trips, and higher overall equipment effectiveness (OEE) after modernization.