Eaton FJF2AL14 Motor Control Center - UL Listed
Part Number: FJF2AL14
Quick Summary
Eaton FJF2AL14 is a dual-feeder motor control center designed for compact, centralized motor control in industrial facilities. Engineers often contend with space constraints and difficult maintenance access, and this MCC addresses those challenges with a rotary-handle operation and a robust HFD circuit breaker. UL Listed certification confirms safety compliance for harsh industrial environments, and Eaton backs the unit with a warranty of one year from installation or 18 months from shipment. The 15/100 A trip rating and dual feeder design align with reliability and protection coordination goals, while compatibility with the 11-300 line simplifies modernization and spares procurement.
Product Information
Extended Description
FJF2AL14 Eaton: Eaton 11-300 series motor control center, 11-300 Series Dual feeder Motor Control Center 15/100A trip rating, HFD circuit breaker, Dual feeder, Rotary handle mechanism, 14-inch unit size
Product Name
Eaton 11-300 series motor control center
Catalog Number
FJF2AL14
UPC
786685427072
Product Length/Depth
22 in
Product Height
16 in
Product Width
25 in
Product Weight
33 lb
Warranty
Eaton Selling Policy 25-000, one (1) year from the date of installation of the Product or eighteen (18) months from the date of shipment of the Product, whichever occurs first.
Certifications
UL Listed
Circuit breaker type
HFD
Feed type
Dual
Operation
Rotary handle
Size
14 in
Trip rating
15/100 A
Dual feeder configuration with HFD circuit breaker delivers independent protection for two motor circuits, reducing cross-coupling fault risk and simplifying maintenance in manufacturing lines and packaging equipment. The rotary handle mechanism enables fast, safe manual operation during commissioning or servicing, improving uptime in busy production floors. The 14-inch unit size yields a compact footprint (22 in depth, 25 in width, 16 in height), easing control room layout and enabling retrofits in constrained spaces without sacrificing protection. UL Listed certification provides safety compliance for industrial environments, while Eaton’s one-year warranty coverage (18 months from shipment) reduces lifecycle risk and support costs for maintenance teams. The 11-300 series compatibility ensures straightforward integration with existing MCC components and standard mounting practices, speeding installation and minimizing spare-part inventories.
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FAQs
FJF2AL14 is designed to integrate with Eaton’s 11-300 series MCCs, featuring a dual feeder arrangement and rotary handle. It aligns with standard mounting footprints and compatible bus bars and door hardware. Before installation, confirm panel depth clearance (22 in) and overall width (25 in) to ensure a seamless upgrade path without rework in existing enclosures.
The FJF2AL14 uses an HFD circuit breaker and offers a dual feeder configuration with a trip rating of 15/100 A. This combination supports selective coordination for two motor circuits, enhances protection for startup surges, and aligns with typical industrial motor loads found in manufacturing lines.
Ideal for compact installations in manufacturing, material handling, conveyors, and packaging lines, the FJF2AL14 centralizes motor control for two loads. Its dual feeder approach and rotary handle cater to frequent maintenance and rapid servicing, while the 14 in unit size fits tighter control rooms and retrofit projects without sacrificing protection or accessibility.
Yes, the FJF2AL14 is UL Listed, providing recognized safety compliance for industrial environments. It carries Eaton’s standard warranty: one year from installation or eighteen months from shipment, whichever comes first. This warranty supports maintenance planning and helps reduce total cost of ownership during the MCC lifecycle.
Dual feeders split electrical loads, enabling independent protection and easier fault isolation. This reduces downtime by allowing targeted servicing of one feeder while the other remains active, simplifies wiring changes during upgrades, and lowers the risk of cascading faults in busy production lines.