Eaton ES4T2R1NB Electrical Protection & Circuit Control - Industrial-grade
Part Number: ES4T2R1NB
Quick Summary
ES4T2R1NB is a rugged protection device designed to control and safeguard electrical circuits in industrial automation applications. Engineers often grapple with downtime and protection coordination when selecting devices for dynamic line-side loads. This Eaton model aligns with CE safety directives and IEC/UL-style guidelines, featuring a tough enclosure suitable for harsh factory environments. By integrating it into panel assemblies, maintenance windows shorten, audits become easier, and system reliability improves. Its modular form supports scalable protection strategies, while Eaton's global support helps secure spare parts and minimizes total cost of ownership.
Product Information
Feature → Business Impact → Application: The ES4T2R1NB’s compact form factor reduces panel space and simplifies installation, cutting up-front labor costs while enabling tighter control cabinet layouts in new builds. This directly improves time-to-production and reduces wiring errors in machine builds. Feature → Business Impact → Application: Its rugged enclosure and CE-aligned safety practices bolster compliance and reduce risk during routine maintenance and inspections, lowering downtime charges and extending asset life on production lines. Feature → Business Impact → Application: Modular protection coordination supports future-proofing; as processes scale or change, adjustments are faster, minimizing retrofit expenses and enabling flexible line reconfigurations in automotive, packaging, and general manufacturing. Feature → Business Impact → Application: Clear diagnostic pathways and standard interface expectations speed troubleshooting and spare parts sourcing, which translates to shorter repair cycles and higher overall equipment effectiveness (OEE). Feature → Business Impact → Application: Compatibility with standard installation practices and panel architectures enables seamless integration with existing control systems, improving reliability and reducing engineering effort for OEMs and integrators. Feature → Business Impact → Application: By focusing on protection accuracy and coordinated trip settings, the ES4T2R1NB helps maintain machine safety, prevent cascading failures, and support safer, more productive automation environments.
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FAQs
For optimal performance, plan layout to minimize wiring lengths and ensure clear separation between power and control conductors. Use standard panel mounting practices, verify secure connections, and follow typical DIN-rail or enclosure mounting methods where applicable. Confirm clearance for heat dissipation and access for routine diagnostics to maintain reliability and ease maintenance.
ES4T2R1NB delivers robust electrical protection and circuit control for industrial loads, including coordinated protections to prevent nuisance trips, safe shutdown capabilities, and enclosure integrity for harsh environments. It is designed to meet common industrial safety expectations, support quick fault isolation, and reduce the risk of cascading equipment failures in manufacturing environments.
Yes, ES4T2R1NB is intended for demanding factory settings where uptime and safety are critical. Its rugged construction, reliable protection schemes, and compatibility with standard control panels help maintain continuous operation, minimize unplanned outages, and support repeatable commissioning in high-volume production lines.
You should expect compliance with prevalent industrial safety directives and standards commonly associated with Eaton protection devices, including CE safety alignment and IEC-based guidelines. Always verify the latest product bulletin for updated certifications, installation guides, and any region-specific regulatory requirements relevant to your facility.
The device reduces maintenance time by simplifying diagnostics and wiring, lowers downtime through coordinated protection, and supports scalable protection strategies that minimize retrofit costs. Over a typical lifecycle, these factors translate to lower total cost of ownership, faster project deployment, and improved asset reliability in automated production environments.