Eaton FNF2DD14 Motor Control Center - UL Listed

Part Number: FNF2DD14
Manufacturer
Eaton
Part number
FNF2DD14

Quick Summary

Eaton FNF2DD14 motor control center enables compact power distribution for industrial motor control panels. Integrating dual feeders and a rotary handle can be challenging in limited MCC footprints. UL Listed certification supports safety compliance, while the 30/30 A trip rating protects equipment and personnel. This MCC module delivers efficient, scalable power control with a 14-inch unit size and durable Eaton construction. This translates to lower installation risk, faster commissioning, and predictable maintenance cycles for OEMs and maintenance teams. Secondary keywords like dual feeder MCC, rotary handle mechanism, and 14-inch MCC footprint appear naturally to align with procurement queries. Industry-ready performance.

Product Information

Extended Description

FNF2DD14 Eaton: Eaton 9800 series motor control center, 9800 Series Dual feeder Motor Control Center 30/30A trip rating, HFD circuit breaker, Dual feeder, Rotary handle mechanism, 14-inch unit size
Product Name
Eaton 9800 series motor control center
Catalog Number
FNF2DD14
UPC
786685435367
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
30/30 A
Feature: Dual feeder architecture paired with an HFD circuit breaker enables independent feed paths for motor loads. Business Impact: This arrangement improves fault isolation and load balancing, reducing downtime during fault conditions and simplifying protection coordination across drives in a single MCC. Application: Ideal for packaging lines and process controls where two motor circuits share a common MCC and can be upgraded without major panel rewiring. Additionally, the design supports scalable expansion—you can add a third-party accessory or extend to additional feeders as process needs evolve. Industry context: In high-demand production environments, predictable installation and straightforward maintenance reduce total cost of ownership. Feature: Rotary handle operation provides safe, quick isolation for maintenance and testing. Business Impact: Operators can confidently lock out circuits, speeding safe service without sacrificing uptime and reducing human error. Application: Suited for on-site commissioning and routine servicing of industrial drive systems across manufacturing lines. Benefit: Ergonomic design minimizes fatigue during frequent operations and supports safer battery of tests. Industry note: Rotary handles align with common electrical safety procedures and maintenance best practices. Feature: 14-inch unit size delivers a compact footprint for tight enclosure integration. Business Impact: Saves panel space, simplifies cabinet retrofits, and reduces overall equipment footprint, enabling more compact electrical rooms. Application: Especially valuable in retrofit projects and OEM panel fabrication where space is at a premium. Operational tip: The 22 in depth and 25 in width pairing aligns with standard NEMA enclosure footprints for seamless integration. Industry context: A smaller MCC footprint can accelerate installation in new facilities without sacrificing performance. Feature: UL Listed certification demonstrates adherence to recognized safety standards. Business Impact: Simplifies compliance audits and reduces regulatory risk across facilities while supporting supply-chain acceptance. Application: Compatible with systems requiring formal safety certification in manufacturing environments and regulated industries. Operational note: UL listing complements Eaton's warranty terms to provide confidence during commissioning. Customer value: A clear safety credential reduces vendor qualification time for panel builders and integrators. Feature: 30/30 A trip rating and HFD breaker deliver protective coordination for dual feeders. Business Impact: Minimizes motor damage and supports selective tripping during fault events, preserving critical loads. Application: Critical for conveyors, packaging lines, and other high-inrush applications where uptime matters. Additional advantage: The combination supports standard control circuits in mid-size MCCs and aligns with common PLC drive protections. Operational note: When paired with the 14-inch unit size, installers gain a balance of protection and footprint efficiency.

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FAQs

FNF2DD14 is a 14-inch unit-size module designed for Eaton’s 9800 series framework and dual feeder configurations. When integrating into non-Eaton panels, verify enclosure compatibility, mounting dimensions, and wiring clearance per the catalog specs. Always confirm with your electrical design standards and project requirements.
Key specifications include a 30/30 A trip rating, HFD circuit breaker type, dual feed configuration, rotary handle operation, and UL Listed certification. The unit is specified at a 14-inch size with a 22-inch depth, 25-inch width, and a 33-pound weight, supporting compact yet robust motor control for dual-feed setups.
This module is well-suited for packaging lines, conveyors, and process equipment that require two independent feeds from a single MCC. Its compact footprint makes it ideal for retrofit projects and OEM panel fabrication where space is at a premium, while still delivering reliable motor protection and control.
FNF2DD14 carries UL Listed certification, indicating compliance with recognized electrical safety standards. This certification supports audits and supplier qualifications, while the design aligns with Eaton’s warranty terms to provide confidence during commissioning and field deployment.
Warranty terms follow Eaton policy 25-000, offering one year from the date of installation or eighteen months from the date of shipment, whichever occurs first. This provides a clear, manufacturer-backed window for addressing manufacturing defects and early service needs.