Eaton LP-CC-8 fuse - UL Listed
Part Number: LP-CC-8
Quick Summary
Eaton LP-CC-8 fuse provides current-limiting time-delay protection for industrial control circuits. In demanding panel and drive systems, nuisance trips and insufficient interrupt ratings disrupt uptime. UL Listed and CSA Certified safety, along with CE marked RoHS compliance, support global deployment and regulatory adherence. As a Class CC, dual-element current-limiting time-delay fuse, LP-CC-8 aligns with Bussmann series standards, delivering reliable protection and lower total cost of ownership across controlled environments.
Product Information
Extended Description
LP-CC-8 Eaton: Eaton Bussmann Series Class CC fuse, LP-CC, time-delay, dual-element current limiting fuse, 8 A, rejection style fuse, interrupting rating of 20 kA at 150 Vdc and 200 kA at 600 Vac
Product Name
Eaton Bussmann series LP-CC fuse
Catalog Number
LP-CC-8
UPC
051712180399
Product Length/Depth
1.5 in
Product Height
0.41 in
Product Width
0.41 in
Product Weight
0.15 lb
Warranty
Not Applicable
Compliances
CE Marked RoHS Compliant
Certifications
UL Listed CSA Certified
Type
Current-limiting time-delay fuse
Special features
Rejection style
Application
Specialized circuits and industrial control
Amperage Rating
8 A
Number of elements
Dual
Class
Class CC
Interrupt rating
20 kAIC at 150 Vdc 200 kAIC at 600 Vac
Fuse indicator
Non-indicating
Connection
Ferrule end x ferrule end
Response time
12 sec at 200%
Material
Melamine tube
Packaging type
Standard
Quantity
10
Voltage rating
600 Vac, 150 Vdc
The LP-CC-8 is a Class CC current-limiting time-delay fuse with dual elements rated at 8 A, offering rapid short-circuit interruption while allowing temporary inrush. This combination reduces arc energy and downstream damage, improving panel reliability and extending service life for industrial controls and drives. The rejection-style design ensures correct part placement, cutting mis-insertion risk during assembly and maintenance—a practical win for procurement and maintenance teams facing high part variety. Ferrule-end connections enable straightforward integration with standard fuse holders, reducing installation time and field errors in control cabinets. Its compact 1.5 inch length and 0.41 inch profile fit space-constrained panels, while the melamine tube construction supports robust, high-temperature environments typical in industrial settings. With 600 Vac and 150 Vdc ratings, LP-CC-8 supports multi-voltage applications in motor controls and machinery, delivering predictable response times (12 seconds at 200%) and dependable, code-compliant protection.
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FAQs
LP-CC-8 is a Class CC, current-limiting time-delay fuse with ferrule-end connections designed for Eaton Bussmann Series setups. It fits standard fuse holders used in control panels and industrial drives, enabling quick replacement without adapter kits. Its dual-element design supports reliable protection for specialized circuits while minimizing downtime during maintenance.
LP-CC-8 is an 8 A fuse with a voltage rating of 600 Vac and 150 Vdc. It delivers a dual-element, current-limiting response with an interruption rating of 20 kAIC at 150 Vdc and 200 kAIC at 600 Vac, ensuring fast protection for high-energy fault conditions in industrial equipment.
Yes. With a high interrupt rating and current-limiting design, LP-CC-8 protects motor drives and control circuitry from short circuits while tolerating brief inrush. Its 600 Vac / 150 Vdc ratings and UL CSA certifications provide regulatory confidence for industrial drive panels and machine controls.
LP-CC-8 is UL Listed and CSA Certified, with CE RoHS compliance. These certifications confirm product safety, reliability, and global acceptability, simplifying procurement for multinational facilities and ensuring compliance with electrical codes in diverse markets.
The dual-element design and current-limiting behavior reduce arc energy and component stress, lowering repair costs after faults. Rejection-style construction minimizes mis-replacements, speeding maintenance workflows. Its compact size and standard ferrule connections also reduce panel retrofit time, contributing to lower lifecycle costs and improved uptime.