Eaton 11-300 MCC FJF2MD14 Motor Control Center - UL Listed

Dual feeder configuration with an HFD circuit breaker provides independent power paths and superior fault isolation, enabling safer commissioning and easier load balancing across motors and drives. In practice, this reduces cross-feed risks and simplifies panel wiring, cutting misconnection errors during startup. This pattern is particularly valuable in packaging lines, metal fabrication, and conveyors where uptime and precise motor coordination are critical. Rotary handle operation supports lockout-tagout discipline and fast, reliable switching. Technicians benefit from intuitive operation during start-up, testing, and maintenance cycles, while the robust design minimizes contact wear and arcing. For OEMs, the result is shorter installation and service windows, lower maintenance costs, and improved reproducibility across shifts and sites. With a 14-inch unit size, the MCC fits standard 22-inch depth panels and 25-inch width enclosures, enabling compact installations in limited spaces. The compact footprint does not compromise protection or accessibility; cable management remains straightforward, and expansion options stay within the same panel footprint. This is especially advantageous for retrofit projects where space is at a premium. 125/30 A trip rating offers motor and feeder protection aligned to common industrial loads. The HFD circuit breaker provides reliable overload protection without unnecessary nuisance tripping, supporting long motor life and reduced energy waste. Combined with UL Listed safety certification, you gain confidence in meeting regulatory requirements while maintaining performance in harsh environments. Installation and compatibility advantages extend to the Eaton 11-300 series ecosystem, ensuring seamless integration with existing control panels and spare parts. The unit ships with clear documentation and warranty, reducing procurement risk. In practice, engineers can standardize modules, streamline maintenance spares, and accelerate project timelines while delivering consistent protection for motors up to the rated current. From a field-verified perspective, assembling a dual-feeder MCC with rotary handle reduces upgrade risk when expanding motor fleets; the 14-inch footprint is a sweet spot for mid-size installations in process industries, where reliable control and minimal space usage drive total cost of ownership reductions. The combination of mechanical simplicity and electrical protection translates to measurable efficiency gains and safer operations.