Eaton EDCC.8 Fuse - 20 kAIC
Part Number: EDCC.8
Quick Summary
The Eaton EDCC.8 fuse is a non-indicating Class CC device that protects small feeders and control circuits in industrial panels. This solution addresses nuisance trips and vague fault indications by delivering precise, predictable protection aligned to 0.8 A in mixed AC/DC environments. It carries UL Listed, CSA Certified, and CE-marked RoHS compliance to support regulatory needs across global installations. With a 0.8 A rating and a 20 kAIC interrupt capability, it enables reliable coordination with upstream protections while keeping maintenance simple. This combination of standard packaging, compact form, and clear compliance enhances installation efficiency and long-term operational reliability for automation and electrical protection teams.
Product Information
Extended Description
EDCC.8 Eaton: Eaton Edison EDCC fuse, Non-indicating, 0.8 A, Class CC, 20 kAIC, Standard, 600 V, 300 Vdc
Product Name
Eaton Edison EDCC fuse
Catalog Number
EDCC.8
UPC
782634808008
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
RoHS Compliant CE Marked
Certifications
CSA Certified UL Listed
Amperage Rating
0.8 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: 0.8 A amperage rating → Business impact: precise protection minimizes nuisance trips and ensures selectivity in small feeder circuits. Application: panel boards and control circuits where tight current control is essential. Feature: 20 kAIC interrupt rating → Business impact: fast fault clearing protects upstream devices and reduces arc-related risk. Application: panels with high short-circuit potential in automated lines. Feature: 600 Vac / 300 Vdc voltage rating → Business impact: supports flexible AC and DC control system protection in mixed environments. Application: industrial equipment that transitions between AC control buses and DC logic circuits. Feature: Class CC, non-indicating design → Business impact: compact, easy integration with minimal visual signaling; reduces panel clutter. Application: standard protection in compact enclosures and control panels. Feature: Certifications and compliance → Business impact: regulatory peace of mind and easier approvals for global deployments. Application: projects requiring UL Listed, CSA Certified, and CE RoHS-compliant components. Feature: Packaging type and dimensions → Business impact: straightforward retrofits and stock management. Application: standard-fuse blocks and organizer racks with 1.5 in length and 0.41 in width.
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FAQs
For proper installation, use a compatible Class CC fuse holder that matches the EDCC.8 geometry and electrical rating. Ensure the panel block supports standard 1.5 inch depth and 0.41 inch width, with appropriate clearance for high-current events. Verify RoHS, CE, UL, and CSA markings, and follow manufacturer torque specs and labeling practices to maintain compliance and reliability.
EDCC.8 provides 0.8 A protection with a 20 kAIC interrupt rating, suitable for circuits up to 600 Vac or 300 Vdc. This combination supports selective coordination in low-current control circuits, reduces damage during faults, and enables predictable disconnection in automated panels without excessive nuisance trips.
Yes. Its Class CC, non-indicating design with 0.8 A rating is well-suited for small feeders in control panels and lighting circuits where tight protection and fast clearing are needed. The 20 kAIC interrupt rating provides a margin for typical electrical fault scenarios, and the 600 Vac / 300 Vdc ratings cover common industrial installations.
The EDCC.8 is UL Listed, CSA Certified, and CE marked with RoHS compliance. These certifications support regulatory approvals in North America and Europe, facilitate supplier qualification, and help meet project specifications for safety, reliability, and environmental requirements in industrial automation and electrical protection deployments.
Leverage the non-indicating design to simplify diagnostics while maintaining clear traceability through proper labeling. Use standard packaging and dimensions for quick stocking and retrofits. Plan for periodic panel inspections, ensure compatible holders, and replace at defined maintenance intervals to minimize downtime, maintain selectivity, and protect upstream equipment—maximizing uptime and overall ROI.