Eaton CVH3110W Molded Case Circuit Breaker - 100 kAIC

Feature → Business Impact → Application: The CVH3110W uses a three-pole Molded Case Circuit Breaker design to deliver balanced phase protection across a 3‑phase system, reducing the risk of uneven fault currents and enabling more predictable tripping behavior in panel boards and machine enclosures. Application focus is industrial control panels and distribution boards where consistent protection is critical for uptime and equipment longevity. The 100 A amperage rating matches common industrial loads, enabling installers to size protection accurately and minimize nuisance trips, thus improving line reliability and reducing unplanned downtime. This translates to measurable maintenance efficiency and lower total cost of ownership in manufacturing environments. Feature → Business Impact → Application: Its 240 V voltage rating ensures compatibility with standard industrial mains, simplifying wiring schemes and reducing commissioning time, while maintaining solid safety margins for equipment control circuits. This is particularly advantageous for OEMs and panel builders designing multi‑zone control architectures that require scalable protection without overdesign. Feature → Business Impact → Application: A 100 kAIC interrupt rating provides robust short‑circuit protection, enabling faster clearing of high‑energy faults and safeguarding feeders, transformers, and motors. In practice, this supports compliance with system safety requirements and minimizes fire risk in high‑demand environments, such as stamping cells or packaging lines. Feature → Business Impact → Application: The “No terminals” specification can streamline internal wiring strategies within tight panel layouts by reducing terminal clutter and enabling cleaner wiring diagrams, which speeds up installation and simplifies future expansion. This is beneficial for retrofit projects and new builds where space is at a premium and traceability matters. Feature → Business Impact → Application: The CVH series’ molded‑case technology is known for reliability and ease of maintenance. For technicians, this means longer service intervals, easier part replacement, and a familiar maintenance workflow in industrial settings. Application includes replacement in legacy CH systems or upgrades to improve protection margins in machine control cabinets and distribution panels.