Eaton FNF2EB14 Motor Control Center - Feeder HFD UL Listed
Part Number: FNF2EB14
Quick Summary
Eaton FNF2EB14 motor control center is a dual feeder MCC designed for industrial motor control panels in manufacturing facilities. Selecting the wrong feeder configuration can lead to downtime, space inefficiencies, and costly rework. UL Listed certification supports safety and reliability, while the compact 14-inch size and rotary handle promote safe, quick operation in demanding environments. This MCC aligns with Eaton’s 9800 series components, enabling scalable installation across multiple lines and future upgrades. For engineering teams, the combination of performance, compatibility, and a robust warranty translates into predictable maintenance costs and faster project completion.
Product Information
Extended Description
FNF2EB14 Eaton: Eaton 9800 series motor control center, 9800 Series Dual feeder Motor Control Center 40/20A trip rating, HFD circuit breaker, Dual feeder, Rotary handle mechanism, 14-inch unit size
Product Name
Eaton 9800 series motor control center
Catalog Number
FNF2EB14
UPC
786685435473
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
40/20 A
Dual feeder design provides independent supply paths for two motor circuits, enabling phased commissioning and reduced risk during maintenance. This translates to greater uptime and clearer fault isolation for lines such as packaging, material handling, or process pumps. The HFD circuit breaker delivers reliable overcurrent protection, helping minimize equipment damage and unplanned downtime while supporting compliant shutdowns during faults. Rotary handle operation simplifies manual control, enhances operator safety, and reduces the likelihood of accidental restarts in live panels. The 14-inch unit size offers a compact footprint that fits tight electrical enclosures, enabling easier retrofit and installation without sacrificing capacity or accessibility. UL Listed certification reinforces safety and regulatory compliance, giving procurement teams confidence in long-term performance. With a 40/20 A trip rating, dual-feed configuration, and Eaton 9800 series compatibility, this MCC provides scalable, cost-effective control for growing facilities and complex processes.
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FAQs
Yes. The FNF2EB14 is designed as part of Eaton’s 9800 series, matching standard dual feeder configurations and mounting dimensions for easy drop-in retrofit or new installations. Confirm enclosure depth and width (22 in D, 25 in W) to ensure proper fit, and verify UL Listed status for compliant wiring practices during installation.
Core specs include a 40/20 A trip rating, HFD circuit breaker type, dual feed capability, and rotary handle operation. The unit measures 22 in in depth, 16 in height, and 25 in width, with a weight around 33 lb. It uses UL Listed safety standards and is sized for a 14 in module footprint, facilitating compact yet capable motor control.
Absolutely. The dual feeder design supports separate motor circuits typical of conveyors and pump packs, improving fault isolation and maintenance windows. The 14 in compact footprint allows installation in tight panels common to conveyors, while the HFD protection enhances motor startup and run reliability in continuous operation environments.
The FNF2EB14 carries UL Listed certification, which confirms adherence to recognized safety and electrical standards. This simplifies regulatory approvals and customer audits, while supporting consistent performance across your facility. When sourcing, prefer UL Listed MCCs to minimize risk during commissioning and routine maintenance.
Maintenance benefits come from clear fault isolation, durable HFD breakers, and simple rotary operation that reduces operator error. The compact footprint lowers enclosure space costs, and compatibility with the Eaton 9800 family simplifies spares and upgrades. Over time, reduced downtime and faster commissioning translate to favorable total cost of ownership.