Eaton ES4T1R1GF3 Electrical Protection & Control - CE
Part Number: ES4T1R1GF3
Quick Summary
Eaton ES4T1R1GF3 provides protective control for industrial electrical panels. Rising wiring complexity and downtime challenges strain engineering teams during panel upgrades. CE certification and IP-rated variants help meet regulatory and environmental demands, while SIL-ready configurations may be available on select variants. This approach translates to faster commissioning, reduced maintenance, and safer operations in industrial automation environments, delivering tangible value for OEMs, panel shops, and end users alike. For engineers evaluating protective relays in safety-critical lines, the device offers consistent trip curves and easy field testing, plus straightforward documentation to support compliance audits. Industry teams can trust it to align with ongoing modernization and uptime goals across plants.
Product Information
Compact DIN-rail mounting reduces cabinet footprint and simplifies retrofit projects. This saves panel space, enables faster wiring, and lowers enclosure costs in machine control and process lines. Integrated protection functions such as overcurrent and short circuit protection minimize risk and unplanned downtime. By delivering precise trip characteristics, it supports motor protection and conveyor safety in demanding environments. Diagnostics and status indicators provide quick fault isolation and reduced mean time to repair, translating to lower maintenance costs and faster line restart in production. Wiring organization and plug-and-play compatibility with standard Eaton accessories reduce engineering time and error, while clear labeling supports safer commissioning and easier troubleshooting. CE certification and IP-rated variants align with regulatory and environmental requirements, aiding audits and reliability in dust, moisture, or splash-prone zones. Field configurability and accessible testing utilities support proactive maintenance with predictable outcomes across multiple shifts and sites.
Get a Quick Quote for a Eaton ES4T1R1GF3
Chat with us on WhatsApp - fast responses guaranteed
Need to speak with someone? We'll call you back within 2 hours during business hours
Interested in Eaton ES4T1R1GF3?
Enquire Now
FAQs
ES4T1R1GF3 is designed for standard DIN-rail mounting in electrical control panels. Install it on an appropriate rail section with proper panel clearance and ventilation. Connect input and output terminals per the Eaton installation guide, torque terminals to spec, and verify correct polarity. Field wiring should follow conduit and labeling conventions to minimize cross-wiring and ensure repeatable fault tracing during maintenance.
The device provides overcurrent and short-circuit protection with defined trip characteristics suitable for typical motor and load profiles. Diagnostic LEDs and status outputs enable rapid fault identification, supporting uptime goals and safety compliance. These features align with common machine safety standards by isolating faulty circuits quickly and reducing the risk of cascading faults in automation panels.
Yes. ES4T1R1GF3 is suitable for motor control centers and conveyors where reliable protection and fast fault isolation are essential. Its protection logic helps prevent motor damage from overloads, while its diagnostics ease maintenance in high-throughput lines. When selecting for conveyors, confirm current ratings and trip curves match the load profile to ensure robust protection without nuisance tripping.
The model supports CE certification, with IP-rated variants available to address environmental exposure such as dust and moisture. Depending on the configuration, SIL-ready options may be available for safety-related applications. These certifications aid compliance audits, support EU machinery directive conformance, and help ensure safe integration into automated control systems.
Deploying ES4T1R1GF3 can reduce unplanned downtime through faster fault isolation and reliable protection, lowering lost production time. Maintenance is simplified by clear diagnostics and standardized wiring, which reduces service time and training requirements. Over the system lifecycle, the device contributes to lower operating costs and steadier performance in busy manufacturing environments.