Eaton ES4T2R1GF33B Electrical Protection - Compact Module
Part Number: ES4T2R1GF33B
Quick Summary
Eaton ES4T2R1GF33B is an electrical protection device that guards industrial control panels against overcurrent events. Downtime from nuisance trips and cascading faults can cripple production and drive maintenance costs. In practice, engineers look for CE compliance, SIL safety performance, and IP-rated ruggedness as benchmarks for reliable protection in harsh environments. This model offers a compact, modular footprint and seamless integration with Eaton’s protection ecosystem, helping panel builders reduce wiring complexity, accelerate commissioning, and cut total cost of ownership. By aligning with familiar Eaton interfaces, teams can streamline training and ensure consistent performance across multiple machines. It also supports scalable protection strategies for both small automation desks and larger manufacturing lines, translating into measurable uptime gains and safer, more predictable operations.
Product Information
Compact modular design reduces panel footprint, freeing space for wiring and future expansion. This directly lowers enclosure costs and shortens installation time, helping projects meet tight commissioning schedules. It’s particularly advantageous for control panels in machine builders and process automation environments. Robust protection against overcurrent and short-circuit events minimizes unplanned downtime and protects costly drives and sensors. In real-world lines—from conveyors to robotic cells—fast, predictable trips prevent collateral damage and extend equipment life.Seamless integration with Eaton’s protection and circuit control ecosystem simplifies maintenance and training. Standardized diagnostics and labeling reduce troubleshooting time and spare-parts inventory, lowering operating costs. This is especially valuable for panel builders integrating multiple Eaton components.Clear documentation, straightforward wiring, and consistent mounting practices reduce wiring errors and speed up commissioning. By adhering to familiar industrial conventions, electricians can work quickly across new builds or retrofit projects.Designed for continuous operation in demanding conditions, the ES4T2R1GF33B delivers reliability that translates to longer service life and reduced replacement cycles. This is particularly beneficial for heavy machinery and process automation applications where uptime directly drives production capacity.Overall, the device supports a lower total cost of ownership through fewer trips, simplified maintenance, and consistent performance across Eaton’s protection portfolio.
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FAQs
Installation should follow the standard control panel practices used for Eaton protection components. Begin by confirming panel compatibility, then mount the unit using the same mounting approach as other Eaton modules. Connect power and load wiring according to the unified wiring diagram, label all connections clearly, and perform a functional test to verify correct protection behavior before commissioning.
The ES4T2R1GF33B is designed to provide reliable overcurrent and short-circuit protection within industrial control panels. You should expect fast, predictable trip behavior to minimize damage to downstream equipment, reducing unplanned downtime and extending the life of drives, sensors, and cables in typical automation setups.
Yes. The device is intended for industrial protection and circuit control in automation environments. It integrates with common control architectures found in machine builders and process automation, offering a compact footprint and straightforward diagnostics to support rapid deployment across multiple machines.
Verify CE marking and any site-specific regulatory requirements for your region. If your application demands safety-rated performance, check for SIL-related safety documentation and confirm any IP-related protection needs for your environment. Always consult the official datasheet to confirm certifications relevant to your installation.
The device contributes to ROI by reducing downtime due to protection events, minimizing equipment damage, and simplifying maintenance through standardized diagnostics and labeling. Fewer spares, faster fault isolation, and easier training translate to lower total cost of ownership and more predictable production uptime.