Eaton FTF2JC12 Motor Control Center - UL Listed
Part Number: FTF2JC12
Quick Summary
The Eaton FTF2JC12 motor control center is a dual feeder MCC for scalable power distribution in industrial automation. Engineers often face space constraints and complex wiring when upgrading legacy MCCs, leading to longer downtime and installation costs. UL Listed certification underpins safety and regulatory compliance, while the compact 12-inch unit size supports quick integration into existing cabinets. This combination delivers a proven path to safer operation and faster project delivery, with value realized through improved reliability and easier maintenance in mid- to high‑duty environments. For manufacturers seeking efficient drive integration and dependable electrical distribution, the FTF2JC12 aligns with common industry standards and business goals.
Product Information
Extended Description
FTF2JC12 Eaton: Eaton type W motor control center, Type W Dual feeder Motor Control Center 80/25A trip rating, HFD circuit breaker, Dual feeder, Slider handle mechanism, 12-inch unit size
Product Name
Eaton type W motor control center
Catalog Number
FTF2JC12
UPC
786685434186
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
Slider handle
Size
12 in
Trip rating
80/25 A
Feature → Business Impact → Application: Dual feeder configuration provides balanced load distribution and optional redundancy, reducing single-point failures and enabling staged capacity upgrades. This translates to higher uptime and easier scalability for manufacturing lines that grow with demand, such as packaging or automated assembly cells. Feature → Business Impact → Application: HFD circuit breaker protection optimizes fault isolation and selectivity, helping maintenance teams avoid unnecessary outages while meeting safety requirements during commissioning and routine service. It is ideal for process automation zones where reliable protection is critical and quick fault localization is valued. Feature → Business Impact → Application: Slider handle operation enhances operator safety and improves access during maintenance, resulting in faster breaker servicing and reduced risk during routine inspections in busy plant floors. Feature → Business Impact → Application: 12-inch unit size delivers a compact footprint that fits tight panels and retrofit projects, reducing cabinet depth and enabling easier rack integration across multiple lines. Feature → Business Impact → Application: 80/25 A trip rating supports flexible drive sizing for medium to high‑demand loads, supporting efficient energy management and reduced spare part inventory. Readiness for Eaton compatibility and modular upgrade paths further lowers total cost of ownership in plant-wide modernization programs.
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FAQs
Plan for a 12 in unit footprint with dual feeders to match existing cabinet racks. Ensure mounting aligns with standard MCC dimensions and provide adequate wiring access for the 80/25 A HFD protection. The slider handle mechanism should be evaluated for safety clearances and lockout/tagout compatibility to minimize commissioning time.
The 80/25 A trip rating enables protection tailored to motor starting currents and load profiles typical in automation lines. It supports selective tripping to limit outages to the affected circuit, reducing downtime and preserving upstream equipment while ensuring rapid fault isolation during faults or overload conditions.
Yes. The FTF2JC12 carries UL Listed certification, signaling conformance to widely recognized safety standards. This facilitates procurement approvals and helps meet internal electrical safety programs in production facilities, with clear documentation to support audits and commissioning records.
The slider handle design simplifies safe operation during routine maintenance, allowing quick access to individual feeders without full MCC disassembly. This reduces maintenance time, minimizes exposure to energized parts, and supports faster fault resolution on busy production floors.
The dual feeder configuration supports scalable power distribution and redundancy, improving uptime for critical lines. Its compact footprint, safety features, and UL compliance streamline installation, reduce downtime, and lower total cost of ownership across plant modernization projects and capacity upgrades.