Eaton 2250MV3AI38FGMW MV AutoVAR unfiltered capacitor bank - CSA Certified
Part Number: 2250MV3AI38FGMW
Quick Summary
Eaton 2250MV3AI38FGMW MV AutoVAR unfiltered capacitor bank provides rapid reactive power support for large industrial feeders. Engineers often wrestle with voltage fluctuations and power-factor penalties that erode efficiency and raise operating costs. This 2250 kVAR, 13.8 kV, 60 Hz solution delivers scalable capacity and robust construction that fits commercial and industrial HV networks. It carries CSA Certification (Canada Only), supporting Canadian installations, while CE or other regional approvals may be pursued per local code requirements. The unit is designed to integrate with existing MV switchgear and control systems, delivering predictable performance and simplified procurement. For project teams, this translates into faster commissioning, reduced risk, and a clearer pathway to improved power quality and energy savings.
Product Information
Extended Description
2250MV3AI38FGMW Eaton: Eaton MV AutoVAR 15kV Class Standard Design capacitor bank,2250KVAR, 13800V, 60HZ, UNFILTERED
Product Name
Eaton MV AutoVAR unfiltered capacitor bank
Catalog Number
2250MV3AI38FGMW
UPC
786689241650
Product Length/Depth
106 in
Product Height
99 in
Product Width
65 in
Product Weight
10000 lb
Certifications
CSA Certified (Canada Only)
Frequency rating
60 Hz
kVA rating
2250 kVAR
Voltage rating
13800 V
High kVAR capacity and voltage compatibility enable large-scale reactive power compensation, improving voltage stability and reducing penalties from utilities in demanding industrial environments. The 2250 kVAR at 13.8 kV, 60 Hz alignment ensures seamless integration with typical MV networks, supporting faster project timelines and predictable energy savings. The unfiltered capacitor bank design simplifies integration when upstream harmonic filtering is provided by existing systems, reducing upfront costs and installation complexity for site operators. The 15 kV Class Standard Design supports broader applicability across high-voltage distribution schemes, while remaining compatible with common MV switchgear and control architectures. A substantial footprint—106 inches long, 99 inches high, 65 inches wide—and a 10,000 lb weight necessitate proper rigging and floor loading planning, but provide a rugged, maintenance-friendly platform for long-term reliability. CSA Certification for Canada reinforces regulatory compliance on Canadian projects, with ongoing inspection and preventive maintenance aligning to established schedules and safety practices.
Get a Quick Quote for a Eaton 2250MV3AI38FGMW
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 2250MV3AI38FGMW?
Enquire Now
FAQs
Plan for a heavy unit with roughly a 106 in x 99 in x 65 in footprint and a 10,000 lb weight. Ensure adequate crane/rigging access, floor loading capacity, and clearances for service access. Verify space for electrical terminations, cooling and venting, and compatibility with existing MV switchgear and control systems. Factor in safety clearances and procurement lead times to minimize commissioning delays.
The unit provides 2250 kVAR of reactive power at 13.8 kV with a 60 Hz frequency rating. It is designed as an unfiltered capacitor bank within a 15 kV class standard design, enabling direct integration with typical medium-voltage networks while supporting large-scale reactive power compensation and shutdown resilience in industrial environments.
Yes. The 2250MV3AI38FGMW carries CSA Certification (Canada Only), aligning with Canadian safety and performance requirements. For projects in other regions, confirm local regulatory approvals (for example CE) and ensure your installation meets regional electrical codes and site-specific commissioning tests before operation.
By delivering 2250 kVAR of reactive power at 13.8 kV, the unit improves power factor, reduces utility penalties, and stabilizes voltages across large feeders. This can lower energy costs, reduce capacitor bank cycling losses, and extend downstream equipment life. Integrated with existing MV infrastructure, it minimizes project disruption and accelerates payback timelines.
Schedule routine inspections of terminations, cabinet integrity, and protective devices; monitor capacitor health and operating temperature to prevent derating. Ensure available spare parts, and follow manufacturer guidelines for testing, cleaning, and replacement cycles. The heavy, fixed installation benefits from a preventive maintenance plan that targets reliability, uptime, and predictable performance over the system’s life.