Eaton EDCC25 Fuse - Class CC, 20 kAIC UL Listed
Part Number: EDCC25
Quick Summary
The Eaton EDCC25 fuse is a reliable overcurrent protection device designed for electrical power distribution panels and motor control centers. When protection is misapplied or undersized, costly downtime and equipment damage can occur; this fuse helps mitigate those risks with a precise 25 A rating. It carries CSA Certified and UL Listed markings, along with CE Marked RoHS compliance, supporting global regulatory requirements. Built for 600 V AC and 300 V DC applications, it aligns with standard Class CC fusing and non-indicating design. By combining robust protection with broad compliance, it delivers business value through improved uptime, easier procurement, and consistent performance in industrial environments.
Product Information
Extended Description
EDCC25 Eaton: Eaton Edison EDCC fuse, Non-indicating, 25 A, Class CC, 20 kAIC, Standard, 600 V, 300 Vdc
Product Name
Eaton Edison EDCC fuse
Catalog Number
EDCC25
UPC
782634808299
Product Length/Depth
1.5 in
Product Height
0.41 in
Product Width
0.41 in
Product Weight
0.19 lb
Warranty
No warranty
Compliances
CE Marked RoHS Compliant
Certifications
CSA Certified UL Listed
Amperage Rating
25 A
Interrupt rating
20 kAIC
Voltage rating
600 Vac, 300 Vdc
Packaging type
Standard
Class
Class CC
Fuse indicator
Non-indicating
Special features
Non-indicating
Feature: 25 A amperage rating. Business impact: protects circuits while minimizing nuisance trips, reducing unplanned maintenance time. Application: suitable for MCCs and distribution panels in moderate-load circuits. Feature: 20 kAIC interrupt rating. Business impact: withstands high-short-circuit fault currents, lowering the risk of equipment damage and cascading failures. Application: protective device in high-energy industrial lines. Feature: Voltage rating 600 Vac / 300 Vdc. Business impact: supports mixed AC and DC applications within a single protection strategy, enhancing design flexibility. Application: panel boards and control circuits with mixed sources. Feature: Class CC / Non-indicating. Business impact: compact form factor and quiet operation with no signaling components, simplifying stock management and field replacement. Application: standard fuse holders and compact enclosures in modern control panels. Feature: Certifications and compliance. Business impact: UL Listed, CSA Certified, CE RoHS compliant ensure regulatory alignment and supplier assurance. Application: global deployments in regulated industries. Feature: Packaging and dimensions. Business impact: standard packaging and small footprint (1.5 in L x 0.41 in W x 0.41 in H) streamline stocking and interchangeability. Application: retrofit projects and new builds where space is constrained.
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FAQs
Install EDCC25 by aligning the fuse with standard Edison EDCC fuse clips in the Class CC holder. Its compact 1.5 inch length and 0.41 inch width simplify insertion in tight panels. Ensure the circuit is de-energized before replacement, verify the 25 A rating matches the controlled load, and replace only with the EDCC25 per Eaton specifications.
Verify amperage rating of 25 A, interrupt rating of 20 kAIC, voltage rating of 600 Vac / 300 Vdc, and Class CC compatibility. Confirm compliance markings (UL Listed, CSA Certified, CE RoHS) and non-indicating status. Use standard packaging and confirm the catalog number EDCC25 matches your bill of materials.
Yes. The 25 A, 20 kAIC ratings are appropriate for MCCs and switchgear protecting motor circuits and control panels. Its 600 Vac maximum allows common industrial AC systems, while the 300 Vdc rating supports DC applications within mixed electrical environments. Ensure correct clip type and enclosure compatibility for reliable operation.
EDCC25 is UL Listed and CSA Certified, with CE RoHS compliance. These certifications verify safety performance, traceability, and regulatory adherence for North American and international installations. They help satisfy procurement standards, customer requirements, and electrical codes in diverse industries like manufacturing and energy.
Using EDCC25 reduces downtime by providing reliable overcurrent protection and predictable performance. The non-indicating design lowers component costs and simplifies stocking, though periodic visual inspection is advised since there is no indicator. Expect lower maintenance costs over time and improved equipment reliability in supported environments.