Eaton FJF2ND14 Motor Control Center - UL Listed
Part Number: FJF2ND14
Quick Summary
The Eaton 11-300 series motor control center enables dual feeder power distribution in compact industrial panels. Engineers often struggle with space constraints and wiring complexity during MCC upgrades, and this design helps streamline installation while enabling future expansion. UL Listed safety certification underpins regulatory compliance, while rugged HFD circuit breakers and a rotary handle mechanism deliver dependable protection and quick isolation. By combining a compact footprint with robust protection and easy installation, this MCC reduces downtime and lifecycle costs for panel builders and plant operators. This solution aligns with the needs of industrial automation projects requiring reliable motor control with scalable dual feeds and efficient maintenance.
Product Information
Extended Description
FJF2ND14 Eaton: Eaton 11-300 series motor control center, 11-300 Series Dual feeder Motor Control Center 150/30A 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
FJF2ND14
UPC
786685428567
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
150/30 A
Dual feeder configuration with HFD circuit breakers provides scalable power distribution for motor loads, reducing wiring complexity and enabling two independent feeds in a single 14-inch unit. This improves panel density and shortens installation times for factories deploying Eaton 11-300 series MCC architectures. The result is lower upfront wiring costs and faster commissioning, with better fault isolation in busy production lines. Rotary handle operation enables fast, positive isolation, boosting maintenance safety and reducing downtime during servicing and testing. The design supports quicker lockout/tagout and safer routine checks, a practical advantage for shift-based operations and service teams. The 14-inch unit size offers a balanced footprint for retrofit projects and new builds, helping integrators meet space constraints without sacrificing protection or accessibility. UL Listed certification ensures safety compliance, while the dual-feed, HFD configuration supports reliable motor protection and lifecycle cost reduction for industrial applications. With straightforward installation and Eaton support, procurement and maintenance become more predictable, delivering tangible ROI for automation projects.
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FAQs
Ensure proper mounting clearance for a 14 in unit with space for wiring and dual feeds. Plan for the rotary handle access and HFD breakers, and verify compatibility with the Eaton 11-300 series MCC framework. Use the provided UPC and catalog information to source the correct spare parts and maintain UL Listed compliance during installation.
Catalog Number FJF2ND14; UPC 786685428567; Product Length/Depth 22 in; Height 16 in; Width 25 in; Weight 33 lb; Circuit breaker type HFD; Feed type Dual; Operation Rotary handle; Size 14 in; Trip rating 150/30 A; Certifications UL Listed.
Yes. The unit is designed with a dual feeder configuration and HFD circuit breakers, enabling two independent motor feeds within a single motor control center, which optimizes space and simplifies wiring for multi-motor systems.
The FJF2ND14 is UL Listed, providing recognized safety certification for industrial electrical equipment and helping meet standard regulatory requirements for motor control centers used in commercial and industrial settings.
Rotary handle operation allows quick, positive isolation for maintenance, reducing downtime during servicing. It supports safer Lockout/Tagout procedures and faster commissioning, contributing to a lower total cost of ownership in ongoing plant operations.