Eaton EBMB S752 S756V WT30HFD34 - Explosionproof Circuit Breaker

Feature → Business Impact → Application: Explosionproof HFD frame and three-pole design deliver reliable arc and fault protection in hazardous locations, reducing downtime and maintenance costs in oil, gas, mining, and chemical processing facilities. Application: hazardous-area motor control centers and feeders where safety certifications are non-negotiable. Feature → 480 Vac/250 Vdc voltage rating supports standard industrial power networks, enabling seamless integration with existing 480 V systems and critical DC interfaces used in control panels. Application: plant-wide protection for motors, pumps, and feeders with mixed voltage requirements. Feature → Copper-free aluminum enclosure offers corrosion resistance and lighter weight for easier installation and longevity in harsh environments. Application: exterior enclosures and enclosures exposed to chemicals or high humidity. Feature → Enclosure cover construction bolted/ground joint/gasketed with external epoxy powder coat finish reduces ingress and wear, enhancing life-cycle reliability. Application: outdoor or damp electrical rooms requiring durable sealing. Feature → Standard breather and drain helps moisture management, maintaining electrical integrity and reducing failure risks. Application: locations with condensation risk, ensuring consistent performance. Certification and compliance coverage including NEC/CEC, hazardous-location classifications (Class I, II, III), and NEMA ratings (3, 3R, 4, 4X, 7, 9, 12) provide confidence for regulatory acceptance across industries. Application: project commissioning in regulated sectors with strict safety and performance standards. Compatibility and installation advantages include 3-pole configuration, 100A frame size, and a 15–70 A range for scalable protection, enabling straightforward retrofit or panel upgrades in existing automation systems. Application: OEMs and integrators seeking modular, code-compliant protection without extensive hardware changes. Real-world context notes that these design choices reduce total installed cost by simplifying procurement, accelerating installation, and lowering field maintenance needs in hazardous environments.