Eaton HCUNFUSKIT560 HCU2 Active Harmonic - 50A/60A Fuse Kit
Part Number: HCUNFUSKIT560
Quick Summary
Introducing the Eaton HCU2 active harmonic correction unit for industrial power systems, delivering cleaner power on critical loads. This solution targets distorted waveforms that cause equipment stress, overheating, and unexpected trips, which disrupt production and inflate maintenance costs. CE compliant design optimized for rugged industrial environments; IP rated enclosures and SIL ready configurations enhance reliability. The unit is purpose built to integrate with existing electrical infrastructure, providing visible power quality improvements without invasive rewiring. From small automation panels to large lineups, the HCU2 with HCUNFUSKIT560 fuse kit scales to 50A and 60A circuits, supporting overall energy efficiency and predictable ROI for facilities aiming to reduce energy waste and extend equipment life.
Product Information
Extended Description
HCUNFUSKIT560 Eaton: Eaton active harmonic correction unit, HCUn fuse kit for 50A & 60A
Product Name
Eaton HCU2 active harmonic correction unit
Catalog Number
HCUNFUSKIT560
UPC
786689646394
Product Length/Depth
7.6 in
Product Height
7.6 in
Product Width
7.6 in
Product Weight
10 lb
Product Category
Harmonic Correction Units
Type
Active Harmonic Correction unit
Active harmonic correction technology reduces harmonic distortion in real time, improving power factor and lowering I2R losses. The business impact is tangible: cooler, more efficient motors and drives, longer equipment life, and reduced maintenance cycles. This is especially valuable for non linear loads common in conveyors, presses, and HVAC systems. Fuse kit integration for 50A and 60A circuits simplifies field installs without invasive rewiring. By aligning the HCUNFUSKIT560 with the HCU2, installers can rapidly deploy protection and correction in a single package, cutting project time and labor costs. Space efficient design captures a compact 7.6 in footprint with a lightweight 10 lb package, easing panel integration and minimising enclosure congestion in crowded switchgear. Compatibility and installation advantages include plug ready integration with Eaton power quality solutions, standard mounting options, and clear documentation such as the Eaton Specification Sheet. Reliability and lifecycle cost improvements come from sustained power quality, reduced energy waste, and lower downtime risk. The device supports predictable ROI through energy savings and longer asset life across manufacturing facilities and data centers.
Get a Quick Quote for a Eaton HCUNFUSKIT560
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 HCUNFUSKIT560?
Enquire Now
FAQs
HCUNFUSKIT560 is designed to integrate with the HCU2 system and uses the 50A and 60A fuse kit to support standard electrical panels. Ensure space for the 7.6 inch footprint, consult the Eaton Specification Sheet for wiring diagrams, and verify panel busbar compatibility before ordering.
Active correction actively reduces harmonic distortion and stabilizes the voltage waveform under non linear load conditions. Expect improved power factor, reduced drive heating, and lower stray losses, which translates to longer motor life and fewer trips in critical processes.
Yes, the HCUNFUSKIT560 and HCU2 are intended for industrial environments with non linear loads common in manufacturing lines and data centers. The 50A/60A fuse kit supports scalable protection, and the compact form factor helps fit into crowded switchgear.
Certification details are not listed in the provided data. In practice, Eaton products commonly carry CE marking for Europe and regional compliance for IP rated enclosures; confirm with the Eaton datasheet or your regional distributor for your specific installation.
Expect ROI from improved power quality and energy efficiency, reduced equipment wear, and fewer maintenance events. The device is designed for low ongoing maintenance with a straightforward integration path into existing power quality architectures.