Eaton 875413MVF3C LV Unipak capacitor bank - CSA
Part Number: 875413MVF3C
Quick Summary
Eaton LV Unipak capacitor bank provides reliable reactive power support for 4160V three-phase systems in industrial facilities. When power factor drifts, energy is wasted and utility penalties rise; this unit helps restore efficiency with a proven KVAR load. It carries CSA certification (Canada) and IEEE Std. 18 compliance, underscoring safety and performance in demanding environments. The fixed three-fuse design offers robust protection and straightforward maintenance, while the compact footprint simplifies installation in switchgear rooms. For facilities accelerating energy efficiency, the Eaton LV Unipak bank reduces peak demand costs and enhances voltage stability. Ideal for manufacturers, data centers, and process industries where dependable power quality matters.
Product Information
Extended Description
875413MVF3C Eaton: Eaton 875 KVAR 4160V 3PH FIXED 3 FUSES CSA
Product Name
Eaton LV Unipak capacitor bank
Catalog Number
875413MVF3C
UPC
786685236094
Product Length/Depth
20.42 in
Product Height
41.94 in
Product Width
26.68 in
Product Weight
331 lb
Certifications
CSA Certified (Canada Only) IEEE Std. 18
Phase
Three-phase
The 875413MVF3C LV Unipak capacitor bank delivers 875 KVAR at 4160V in a compact three-phase package with fixed fuses. Business impact: raises power factor, lowers reactive current, and cuts utility penalties, often delivering quick payback. Application: ideal for large motors, conveyors, and HVAC systems in manufacturing plants and data centers. This unit’s CSA certification (Canada) and IEEE Std. 18 compliance provide regulatory assurance, enabling safer deployments in North American facilities. The design supports straightforward maintenance and predictable performance, reducing downtime during preventive service windows and enabling easier procurement for phased retrofits. With an industrial-grade enclosure and fixed-fuse protection, it integrates smoothly with existing switchgear and Eaton LV Unipak families, delivering reliability in critical production environments. The compact footprint and documented dimensions ease on-site planning for retrofit or new-build projects.
Get a Quick Quote for a Eaton 875413MVF3C
Chat with us on WhatsApp - fast responses guaranteed
Need to speak with someone? We'll call you back within 2 hours during business hours
Interested in Eaton 875413MVF3C?
Enquire Now
FAQs
The 875413MVF3C is designed for three-phase 4160V systems and installs within standard switchgear or motor control centers. Plan for a dedicated space, compatible mounting, and adequate clearance for cooling and maintenance. The unit uses fixed 3 fuses for primary protection, simplifying wiring and reducing installation complexity while meeting IEEE 18 safety guidelines.
It carries CSA certification (Canada) and adheres to IEEE Std. 18, signaling conformance to recognized safety and performance standards. For projects in Canada or regulatory audits, these certifications support compliance documentation, safe operation in industrial environments, and confidence during inspections or intersperse retrofits with utility reporting requirements.
The unit measures 20.42 inches in depth, 41.94 inches in height, and 26.68 inches in width, with an approximate weight of 331 pounds. Include space for service clearances, connection conduits, and safe handling equipment. Accurate room planning reduces installation time and helps schedule crane or forklift mobilization where necessary.
Yes. This capacitor bank is designed to work within the Eaton LV Unipak family and is suited for 4160V three-phase electrical systems. Its fixed-fuse design and standardized dimensions enable straightforward replacement or retrofit alongside other Eaton power quality products, maintaining consistency across your electrical infrastructure.
The primary financial benefit comes from improved power factor which reduces reactive current, lowers peak demand charges, and cuts energy waste. In manufacturing and data-center environments, this often translates to payback within months to a couple of years, depending on load profile, utility tariffs, and existing power quality. Routine maintenance remains minimal due to robust protection and CSA/IEEE compliance.