Eaton 725413MVF3C LV Unipak capacitor bank - CSA
Part Number: 725413MVF3C
Quick Summary
Eaton LV Unipak capacitor bank is a three-phase solution for reliable reactive power management in industrial electrical systems. It supports power factor correction and voltage stabilization in facilities with heavy motor loads. This design aligns with CSA certification and IEEE Std. 18 standards, ensuring safe, code-compliant operation in North American environments. For engineers, the challenge is balancing capacitive performance with space, maintenance, and lifecycle costs. By delivering 725 kvar at 4160 V with fixed fuses, this unit reduces current draw, helps avoid penalties from poor power factor, and extends equipment life. In practice, it translates to lower utility bills and greater plant uptime while integrating with existing Eaton LV infrastructure.
Product Information
Extended Description
725413MVF3C Eaton: Eaton 725 KVAR 4160V 3PH FIXED 3 FUSES CSA
Product Name
Eaton LV Unipak capacitor bank
Catalog Number
725413MVF3C
UPC
786685236032
Product Length/Depth
20.42 in
Product Height
41.94 in
Product Width
26.68 in
Product Weight
295 lb
Certifications
CSA Certified (Canada Only) IEEE Std. 18
Phase
Three-phase
Feature: 725 kvar rating at 4160 V three-phase with fixed capacitors and 3 fuses. Business Impact: Enables aggressive reactive power compensation with predictable performance, reducing line current and utility penalties. Application: Ideal for large industrial motors and mixed loads requiring stable voltage and improved efficiency. Feature: CSA certification (Canada) and IEEE Std. 18 compliance. Business Impact: Supports regulatory compliance, safer commissioning, and easier audits. Application: Canadian facilities and cross-border operations that demand recognized standards. Feature: Unipak capacitor bank construction with a footprint of approximately 20.42 in L Ă— 26.68 in W Ă— 41.94 in H and a weight of 295 lb. Business Impact: Balanced footprint for moderate-to-large electrical rooms, faster installation, and easier serviceability. Application: Retrofit projects within existing Eaton LV installations. Feature: Three-phase configuration and compatibility with Eaton LV infrastructure. Business Impact: Simplifies wiring, reduces installation time, and ensures consistent electrical characteristics. Application: New builds and expansions in industrial plants. Feature: Reliability-driven design with fixed fuses and CSA/IEEE standards. Business Impact: Minimizes maintenance cycles and improves long-term reliability, supporting predictable O&M budgeting. Application: Routine operations in manufacturing, processing, and distribution facilities.
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FAQs
The 725413MVF3C is a three-phase, 4160 V capacitor bank designed to bolt into conventional LV distribution panels and Eaton LV Unipak suites. With fixed 3 fuses and a footprint of roughly 20.42 by 26.68 by 41.94 inches, it fits moderate-to-large electrical rooms and simplifies wiring when upgrading existing systems.
Key specs include 725 kvar rating, 4160 V, three-phase configuration, and fixed three fuses. This combination delivers substantial reactive power compensation with predictable performance, reducing line current and stabilizing voltage while lowering utility charges for motors and drives typical in manufacturing environments. In practice, motor starting torque and conductor heating are improved.
Yes, for facilities with heavy motor loads and stringent power quality needs. The 725413MVF3C provides significant kvar at 4160 V, supports CSA and IEEE Std. 18 standards, and integrates with existing Eaton LV components, making it suitable for plants, warehouses, and data centers seeking consistent voltage profiles and reduced peak demand.
This unit carries CSA certification (Canada) and complies with IEEE Std. 18, reflecting safety, reliability, and performance expectations for capacitor banks. Compliance simplifies procurement, guarantees tested electrical performance, and supports regulatory audits—crucial for industrial operators with safety and environmental responsibilities. Adhering to these standards also helps with warranty coverage and cross-site consistency.
Implementing this 725 kvar unit typically reduces energy losses and demand charges, delivering measurable ROI through lower utility bills and less equipment heating. Maintenance centers on fuse integrity and periodic inspection of connections; the fixed 3-fuse design minimizes moving parts, while CSA/IEEE standards support long-term reliability and easier spare parts sourcing.