Eaton JFL40 Fuse - Class J, 600 V, UL Listed
Part Number: JFL40
Quick Summary
The Eaton Edison series JFL fuse provides reliable overcurrent protection for industrial electrical circuits and motor control panels. Engineers often struggle with nuisance trips and selection complexity in high-energy environments; this fuse offers precise Class J coordination and a 200 kAIC interrupt rating to minimize downtime. It is CE marked and CSA certified UL Listed, ensuring regulatory compliance across global installations. Together with a compact 2.38 in length and standard packaging of ten units, it supports streamlined procurement and inventory management in control panels.
Product Information
Extended Description
JFL40 Eaton: Eaton Edison series JFL fuse, Non-indicating, 40 A, Class J, 200 kAIC, Standard, 10, 600 V
Product Name
Eaton Edison series JFL fuse
Catalog Number
JFL40
UPC
782634808909
Product Length/Depth
2.38 in
Product Height
1.06 in
Product Width
1.06 in
Product Weight
0.001 lb
Warranty
No warranty
Compliances
CE Marked
Certifications
CSA Certified UL Listed
Amperage Rating
40 A
Interrupt rating
200 kAIC
Voltage rating
600 V
Packaging type
Standard
Class
Class J
Fuse indicator
Non-indicating
Quantity
10
Special features
Non-indicating
Feature: Non-indicating design reduces nuisance indicators and simplifies replacement in existing Edison line configurations. Business Impact: Lower maintenance overhead and faster part swaps, improving panel uptime. Application: Ideal for retrofits and new installations in industrial control panels where status indication is monitored remotely. Feature: 40 A amperage with a 200 kAIC interrupt rating delivers robust short-circuit protection. Business Impact: minimizes damage risk to downstream equipment and reduces costly downtime. Application: Suitable for motor starters, drives, and power circuits in manufacturing lines. Feature: Compact form factor with 2.38 in length and 1.06 in width. Business Impact: Enables efficient panel layout and easier stocking with standard packaging of ten units. Application: Beneficial in space-constrained electrical cabinets and high-density assemblies. Feature: Certifications including CE Marked and UL Listed with CSA certification. Business Impact: Ensures global compliance and streamlined vendor qualification. Application: Supports multinational deployments across facilities with consistent safety and performance expectations. Feature: 600 V rating and Class J designation provide predictable coordination and protection. Business Impact: Improves protection coordination and reduces nuisance trips in high-voltage panels. Application: Common in electrical protection and circuit control for industrial equipment.
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FAQs
The JFL40 is designed for Edison series fuse applications and fits standard 600 V electrical distributions. It supports 40 A circuits and up to 200 kAIC fault current ratings, making it suitable for panel boards, motor starters, and other industrial protection scenarios. Packaged in a ten-unit quantity for easy stocking and reordering.
JFL40 is a 40 A fuse with a 200 kAIC interrupt rating and a 600 V voltage rating. It is a Class J, non-indicating device, offering reliable overcurrent protection in industrial environments while complying with CE Marked and UL Listed certifications and CSA certification.
Yes. With a 40 A rating and 200 kAIC interrupt capability, the JFL40 is well-suited for motor protection in panel boards and motor starters. Its compact footprint simplifies panel layouts, and its certifications help ensure safe, compliant installations in industrial settings.
The JFL40 carries CE Marked compliance and CSA Certified UL Listed certification, aligning with global safety and performance standards and facilitating multi-region procurement and installation without special adaptations.
The high interrupt rating reduces the likelihood of extensive fault damage and downtime, while its compact form and standard packaging lower inventory and procurement costs. In practice, this means faster replacements, streamlined maintenance routines, and improved system reliability across industrial facilities.