Eaton JM60060-3MW24 Modular Fuse Block - PED Certified

Part Number: JM60060-3MW24
Manufacturer
Eaton
Part number
JM60060-3MW24

Quick Summary

Eaton JM60060-3MW24 modular fuse block provides robust overcurrent protection for three‑phase industrial panels. Design teams often struggle with space constraints, inconsistent wire sizing, and demanding fault currents in modern machinery. This unit is RoHS compliant and PED certified, featuring a 60 A rating, 200 kA interrupt capability, and Class J protection to meet stringent safety standards. In practice, this translates to faster panel assembly, easier maintenance, and safer, compliant operation across DIN rail installations. By combining reliable protection with versatile terminations like box lug and multi-wire lugs, the JM60060-3MW24 reduces wiring errors and field service time while supporting scalable control-system architectures.

Product Information

Extended Description

JM60060-3MW24 Eaton: Eaton Bussmann series JM modular fuse block, 60 A, 3P, 120°C, Class J, CVR(I)-J-60060, Black, Box lug, 200 kA, 75°C, Panel, DIN rail, 600 V, Line: (2) #10 AWG Cu, Load: #8-16 AWG Cu, Line: #6 AWG Cu, Load: (2)#12-16 AWG Cu
Product Name
Eaton Bussmann series JM modular fuse block
Catalog Number
JM60060-3MW24
UPC
051712620703
Product Length/Depth
3.7 in
Product Height
2.6 in
Product Width
4.5 in
Product Weight
0.73625 lb
Warranty
Not Applicable
Compliances
RoHS Compliant
Certifications
ARO European Pressure Equipment Directive (PED) 97 /23 EC
Amperage Rating
60 A
Impulse withstand voltage
200 kA RMS symmetrical
Interrupt rating
200 kAIC
Short-circuit rating
200 kA RMS symmetrical
Torque rating
50 lb-in maximum
Voltage rating
600 V
Color
Black
Conductor material rated for
Both
Conductor temperature rating
75 °C
Conductor type
Stranded
Fuse type
Class J
Number of Poles
Three-pole
Operating temperature - max
120 °C
Operating temperature - min
120 °C
Wire size
Load: #8-16 AWG Cu Load: (2)#12-16 AWG Cu Line: #6 AWG Cu Line: (2) #10 AWG Cu
Accessories
CVR(I)-J-60060
Connection
Box lug
Mounting method
DIN rail Panel
Special features
Multi-Wire Line-Side & Load-Side Lugs
Three-pole Class J fuse block design provides robust three-phase protection with secure box lug terminations, reducing wiring faults and improving reliability in vibration-prone enclosures. This translates to lower downtime and faster commissioning in automotive, packaging, and process machinery. The device supports DIN rail and panel mounting, enabling compact, modular control cabinets and reducing footprint in space-constrained panels. With a 60 A amperage rating and 600 V voltage rating, it accommodates common industrial drives and logic systems while maintaining a safe fault-path. The 200 kA RMS symmetrical interrupt rating and CVR(I)-J-60060 accessory offer high fault-current resilience and flexible protective coordination for critical lines. Conductor ratings of 75 °C and compatibility with various Cu wire sizes streamline wiring and inventory management, lowering total installation costs. RoHS compliance and PED certification reinforce regulatory alignment in global plants, while the sturdy black enclosure and box lug connections support durable field servicing and easier replacements in routine maintenance.

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FAQs

Yes. The JM60060-3MW24 is designed for DIN rail and panel mounting with box lug connections, simplifying integration into compact control cabinets and retrofit panels.
It is rated for 60 A at 600 V, with a 200 kA RMS symmetrical interrupt rating, Class J fuse type, and CVR(I)-J-60060 compatibility to support high fault-current protection.
It suits three-phase industrial panels in machinery controls, process equipment, and automation cabinets where space is limited and reliable protection is required for line and load wiring.
The unit is RoHS compliant and PED certified (97/23 EC), ensuring regulatory alignment for European and global manufacturing environments.
High fault-current protection, secure wire terminations, and DIN-rail compatibility reduce commissioning time, minimize downtime, and lower maintenance costs through longer service intervals and easier field replacements.