Eaton 600413MVF3C LV Unipak capacitor bank - CSA
Part Number: 600413MVF3C
Quick Summary
Eaton 600413MVF3C LV Unipak capacitor bank is a high-capacity three-phase reactive power solution for industrial power systems. Operators often face voltage sag, reactive power penalties, and motor wear when correction comes late or is poorly matched to system demand. This unit carries CSA certification for Canada and is IEEE Std. 18 compliant, reassuring regulatory alignment and reliability in critical environments. Designed for LV distribution schemes, it plugs into standard switchgear interfaces and simplifies commissioning. By delivering consistent kvar support at 4160 V, it enables utilities and maintenance teams to optimize power factor, reduce peak demand charges, and extend equipment life. Newer installations benefit from modular, drop-in compatibility with existing infrastructure and straightforward maintenance workflows.
Product Information
Extended Description
600413MVF3C Eaton: Eaton 600 KVAR 4160V 3PH FIXED 3 FUSES CSA
Product Name
Eaton LV Unipak capacitor bank
Catalog Number
600413MVF3C
UPC
786685235981
Product Length/Depth
23.42 in
Product Height
44.94 in
Product Width
23.26 in
Product Weight
279 lb
Certifications
CSA Certified (Canada Only) IEEE Std. 18
Phase
Three-phase
The 600413MVF3C LV Unipak capacitor bank delivers 600 KVAR of reactive power at a 4160 V three-phase rating, enabling robust power factor correction and voltage stabilization across heavy motor loads. This capability reduces utility penalties and improves overall plant efficiency, especially in facilities with pumps, conveyors, and HVAC systems. The fixed-fuse design provides reliable protection with fewer moving parts, accelerating safe installation within standard LV switchgear footprints and minimizing downtime. CSA certification and IEEE Std 18 compliance help ensure regulatory acceptance and consistent performance across regions, reducing procurement risk in multi-site deployments. Its compact footprint and labeled components simplify field servicing, enabling faster maintenance cycles and safer operations. Industry context shows that dependable capacitor banks shorten commissioning times and support longer equipment life in demanding environments.
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FAQs
Yes. The 600413MVF3C is designed for low-voltage (4160 V) three-phase distribution and fits common switchgear footprints used in industrial facilities. Its dimensions are 23.42 in long by 23.26 in wide by 44.94 in high, and it weighs about 279 lb, which informs rack placement and lifting clearances. With fixed 3-fuse protection and CSA/IEEE 18 compliance, it integrates safely with standard bus bars and protection schemes, minimizing installation risk and downtime.
The unit delivers 600 KVAR of reactive power at 4160 V in a three-phase, fixed-fuse configuration. This provides a stable kvar contribution without field-adjustable bank sections, simplifying design, sizing, and maintenance. The 4160 V rating aligns with standard industrial feeders and switchgear, reducing transformer overhead and installation complexity. Fixed fuses enhance safety, allow straightforward fault isolation, and support reliable performance in demanding environments.
Industries with heavy motor loads and variable process demands benefit most, including metals, mining, chemical processing, pumping systems, HVAC, and data centers. A 600 KVAR capacity at 4160 V supports power factor correction and voltage stability across large motors and drives, reducing energy costs and emissions. The CSA/IEEE certifications help ensure compliance in multi-site deployments.
The 600413MVF3C carries CSA Certification (Canada) and IEEE Std. 18 compliance, addressing safety and performance for industrial power factor correction. For international projects, verify CE or other regional approvals as needed, but CSA and IEEE 18 provide solid baseline for North American markets. Always confirm installation site requirements and ensure compatible labeling and documentation.
ROI derives from reduced reactive power charges and improved motor efficiency, with payback timelines varying by utility rates and load profiles. Maintenance is simplified by a fixed-fuse design and CSA/IEEE-compliant construction; however, periodic fuse inspection and temperature checks are recommended, and a qualified electrician should perform annual electrical inspections to sustain reliability.