Eaton 525243MVF3 LV Unipak capacitor bank - Three-phase
Part Number: 525243MVF3
Quick Summary
The Eaton LV Unipak capacitor bank 525243MVF3 delivers reliable three-phase reactive power management for industrial power systems. Operators often struggle with voltage drift, limited installation space, and fuse-related outages in compact electrical rooms. Note: Certifications are not listed in the provided data; consult the Eaton Specification Sheet for applicable CE, UL, or IP ratings. For business value, it supports power factor correction, reduces reactive power charges, and enables safer, more compact panel layouts. Used with standard low-voltage switchgear, it delivers predictable performance and longer service life in automation environments.
Product Information
Extended Description
525243MVF3 Eaton: Eaton 525 KVAR 2400V 3PH FIXED 3 FUSES
Product Name
Eaton LV Unipak capacitor bank
Catalog Number
525243MVF3
UPC
786685926094
Product Length/Depth
20.42 in
Product Height
41.94 in
Product Width
20.26 in
Product Weight
226 lb
Phase
Three-phase
Feature: Three-phase LV Unipak capacitor bank delivers 525 KVAR at 2400 V with fixed 3 fuses. Business Impact: Provides robust power factor correction, lowering reactive power charges and improving voltage stability across motors and drives. Application: Ideal for upgrading existing switchgear in manufacturing floors where space is at a premium. Feature: Compact footprint with dimensions 20.42 in L x 20.26 in W x 41.94 in H and weight of 226 lb. Business Impact: Enables easier installation in tight electrical rooms and near control panels, reducing civil works and mounting complexity. Application: Retrofit projects and new builds in plants with limited space. Feature: Three-phase configuration with integrated fuse protection. Business Impact: Improves fault isolation and safety while simplifying panelboard wiring and maintenance. Application: Control cabinets and distribution boards in automation lines. Feature: Data documentation including UPC 786685926094 and a formal specification sheet. Business Impact: Supports traceability, warranty validation, and compliance checks during audits. Application: Procurement and asset management for OEMs and service providers. Feature: Robust construction for industrial environments with fixed 3 fuses. Business Impact: Enhances reliability, reduces unplanned downtime, and extends service life in demanding manufacturing settings. Application: Heavy-duty motor drives and energy-intensive processes.
Get a Quick Quote for a Eaton 525243MVF3
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 525243MVF3?
Enquire Now
FAQs
Yes. The LV Unipak capacitor bank is designed for three-phase, 2400 V systems and fits typical low-voltage switchgear footprints. Ensure the panel has adequate space for the 20.42 in L Ă— 20.26 in W Ă— 41.94 in H unit and follow Eaton mounting guidelines in the datasheet for proper clearances and wiring.
The unit provides 525 KVAR at a 2400 V three-phase rating with fixed 3 fuses for protection. This sizing supports power factor correction for motors and drives; when applying, perform bus and harmonic calculations per the Eaton datasheet to ensure proper capacitor bank coordination and system stability.
Yes. With a 525 KVAR rating at 2400 V, it is well-suited for PF correction in many plant loads, reducing reactive charges and improving voltage regulation. For best results, size it to match load profiles, consider sequential switching strategies, and verify enclosure and cooling requirements in your installation plan.
Certifications are not listed in the provided data. Users should consult the Eaton Specification Sheet or contact Eaton directly to confirm CE, UL, IP ratings, and region-specific approvals before procurement or installation to ensure regulatory compliance.
Maintenance includes periodic inspection of capacitors, fuse continuity checks, and ensuring wiring integrity within the panel. Expected ROI stems from improved power factor, reduced reactive energy charges, and extended motor life due to stabilized voltage—particularly valuable in systems with heavy motor loads and variable-speed drives.