Eaton FNF2CC14 Motor Control Center - UL Listed

Dual feeder design with a 25/25 A trip rating and HFD circuit breaker reduces nuisance trips while isolating faults quickly. The rotary handle mechanism delivers fast, secure operation, boosting safety during maintenance and lockout/tagout procedures. The 14-inch unit size supports compact installations without sacrificing protection or accessibility, making this MCC well-suited for mid-size motor applications in packaging, material handling, and process lines. The design also minimizes field wiring complexity by consolidating control circuits and feeders in a single enclosure, which translates to faster panel commissioning and easier fault tracing. These features also contribute to operational reliability. UL Listed certification indicates adherence to recognized safety standards, easing regulatory audits and customer qualification. The dual feeder approach reduces single-point faults for critical loads, while the rotary handle control simplifies manual operations and improves lockout accuracy. By standardizing on a single MCC family for dual feeders, maintenance teams can streamline spares and training, lowering total cost of ownership over the equipment lifecycle. With dimensions of 22 in depth, 16 in height, and 25 in width, the FNF2CC14 is designed for straightforward integration into existing panels and distribution buses. The compact footprint helps facilities optimize electrical room real estate while retaining full protection for starters, drives, and motor loads. The 14-inch unit size aligns with common enclosure widths, simplifying field installation and reducing the need for custom mounting. Compatibility with dual feeder configurations supports scalable protection as line-up grows, enabling phased expansion without replacing existing infrastructure. Warranty coverage aligns with Eaton's policy: one year from installation or 18 months from shipment, whichever occurs first. This limited warranty provides assurance against manufacturing defects while giving maintenance teams a clear expectation for service intervals. In combination with Eaton's support ecosystem and specification sheets, customers gain access to detailed installation guidance, schematics, and field engineering resources to de-risk migrations and upgrades. Compatibility is strengthened by adherence to Eaton's 9800 series platform, ensuring connector interfaces and circuit protection components align across models. The rotary handle and HFD breaker are designed for rapid field testing and reliable re-trip, minimizing downtime after faults. In practice, engineers report shorter commissioning times and easier parameter verification during start-up, especially when integrating with PLCs, soft starters, and motor starters within automated lines.