Eaton KCC Cable Limiter - 200 kAIC
Part Number: KCC
Quick Summary
Eaton KCC cable limiter provides high-current, reliable protection for low-voltage power distribution in industrial panels. This rugged device helps prevent collateral damage from fault events by quickly interrupting faults on copper conductors, reducing downtime and maintenance costs. With a 200 kAIC interrupt rating at 600 V and copper #1/0 AWG conductors, it supports demanding applications while maintaining a compact footprint. RoHS compliant, the KCC aligns with modern sustainability goals without compromising performance. Integrating this limiter into existing Eaton Bussmann series protection solutions offers predictable protection, easier panel layouts, and a clear return on investment for OEMs, panel builders, and maintenance teams.
Product Information
Extended Description
KCC Eaton: Eaton Bussmann series KCC cable limiter, 200 kAIC, Cable: copper, 1/0 AWG, Non indicating
Product Name
Eaton Bussmann series KCC cable limiter
Catalog Number
KCC
UPC
051712177009
Product Length/Depth
1.9 in
Product Height
8.75 in
Product Width
1.9 in
Product Weight
1.7 lb
Warranty
Not Applicable
Compliances
RoHS Compliant
Interrupt rating
200 kAIC
Voltage rating
600 V
Material
Cable: Copper
Wire size
#1/0 AWG
Fuse indicator
Non-indicating
KCC~BUSS CABLE LIMITER
KCC~BUSS CABLE LIMITER
Bussmann series Fuseology
Eaton Specification Sheet - KCC
Feature: High interrupt rating enables rapid fault clearance. Business Impact: Minimizes damage to conductors and downstream equipment, reducing unplanned downtime and repair costs. Application: Ideal for switchgear and motor control centers where fault currents can spike. Feature: 600 V rating with #1/0 AWG copper wire compatibility. Business Impact: Ensures compatibility with common feeders and simplifies procurement, improving installation efficiency. Application: Distribution panels and feeders in industrial facilities. Feature: Non-indicating design. Business Impact: Streamlines panel aesthetics and reduces potential false indicators during maintenance, lowering inspection time. Application: Control panels with tight space and limited visibility. Feature: RoHS Compliant. Business Impact: Supports regulatory compliance and sustainability programs, reducing compliance risk. Application: Environments with strict materials and disposal standards. Feature: Robust, Eaton Bussmann series lineage. Business Impact: Leverages proven protection technology, easier integration with existing protection schemes, and familiar field service procedures. Application: OEM equipment, retrofit projects, and service packs. Insight: In practice, selecting KCC for copper feeders minimizes nuisance trips while preserving system integrity, particularly in high-energy applications where fast clearance and reliability are paramount. This translates to lower maintenance overhead and steadier production in high-demand environments.
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FAQs
Installers should ensure clean, well-supported copper conductors are terminated within the KCC enclosure, with proper torque on connections to sustain the 200 kAIC rating. Confirm compatibility with the panel design and verify RoHS compliance during materials selection. Use standard Eaton Bussmann series mounting practices to ensure reliable engagement and serviceability.
The 200 kAIC rating indicates the maximum fault current the limiter can interrupt without catastrophic failure. In practice, this means enhanced protection for feeders and downstream equipment, reducing the risk of cascading damage during high-energy faults and supporting safer, faster fault clearance in industrial systems.
Yes. The KCC is RoHS Compliant and rated for up to 600 V, making it suitable for many industrial distribution and control applications. This compatibility helps engineers meet regulatory requirements while maintaining reliable fault protection for copper feeders.
Absolutely. The KCC cable limiter is designed for integration in switchgear, control panels, and motor control centers that use #1/0 AWG copper conductors. Its robust interrupt capability and compact footprint support efficient distribution protection in these common industrial environments.
Routine inspection should verify physical integrity, connection torque, and absence of overheating signs. Because it is non-indicating, plan periodic electrical testing or functional verification as part of your preventive maintenance program. Replace the limiter if any damage, wear, or performance concerns are observed to maintain protection performance.