Eaton FNM-10 Fuse - 250 V, 10 A, 10 kAIC, CE RoHS
Part Number: FNM-10
Quick Summary
The Eaton FNM-10 fuse is a time-delay protection device for small-control circuits in factory automation. Engineers often face nuisance trips or downtime when fuses react too slowly or fail during peak demand. This product is CE marked and RoHS compliant, aligning with EU safety and environmental standards. In practice, the FNM-10 provides reliable protection for panel-mounted control circuits and machines, enabling quick replacements and predictable maintenance cycles. By leveraging Eaton Bussmann’s midget fuse family, this part delivers improved lifecycle economics while maintaining compatibility with standard control panels and wiring practices.
Product Information
Extended Description
FNM-10 Eaton: Eaton Bussmann series FNM fuse, Time-delay, 10 A, Dual, Non-indicating, Ferrule end x ferrule end, 10 kAIC at 125 Vac, 200 AIC at 250 Vac, Nickel-plated bronze endcap, Standard, 250 V
Product Name
Eaton Bussmann series FNM fuse
Catalog Number
FNM-10
UPC
051712521000
EAN
5027590060202
Product Length/Depth
0.39 in
Product Height
1.44 in
Product Width
0.39 in
Product Weight
0.2 lb
Warranty
Not Applicable
Compliances
CE Marked RoHS Compliant
Amperage Rating
10 A
Interrupt rating
10 kAIC at 125 Vac 200 AIC at 250 Vac
Voltage rating
250 V
Material
Nickel-plated bronze endcap
Number of elements
Dual
Packaging type
Standard
Connection
Ferrule end x ferrule end
Fuse indicator
Non-indicating
Special features
Superior overload and cycling capabilities
Bussmann series complete full line catalog no. 1007
Bussmann series Fuseology
Eaton Specification Sheet - FNM-10
FNM-10~BUSS MIDGET FUSE
Datasheet - FNQ-30
Feature: Time-delay, dual-element design → Business Impact: Superior overload tolerance and cycling capabilities reduce nuisance trips and extend equipment life → Application: Motor control, conveyor drives, and automation panels. The 10 A rating with 10 kAIC at 125 Vac and 200 AIC at 250 Vac provides robust short-circuit protection in low- to medium-current circuits, translating to fewer outages and safer commissioning in industrial environments. Feature: Ferrule end x ferrule end with nickel-plated bronze endcaps → Business Impact: Reliable, vibration-resistant connections that speed up installation and maintenance → Application: Panelboards, control cabinets, and machine enclosures in harsh environments. Feature: Non-indicating, standard packaging → Business Impact: Simple replacement in stock-critical areas reduces downtime and lowers carrying costs → Application: Retrofit projects and new equipment builds. Feature: Compliance and safety features → Business Impact: CE marking and RoHS compliance streamline regulatory approvals and sustainability goals for European installations → Application: EU-based manufacturing lines and equipment fleets. Feature: Superior overload and cycling capabilities → Business Impact: Extended cycling life and better protection against transient spikes → Application: Manufacturing automation systems and equipment with frequent inrush or cycling demands.
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FAQs
Install the FNM-10 using the ferrule-end connections provided, ensuring a secure fit in standard fuse holders. The nickel-plated bronze endcaps support vibration resistance and quick insertion/removal, reducing downtime during maintenance.
Yes. The FNM-10 uses ferrule-end connections and follows Bussmann midget fuse geometry, enabling straightforward drop-in replacement in compatible holders and panels without special adapters.
The FNM-10 provides 10 kAIC at 125 Vac and 200 AIC at 250 Vac, allowing fast interruption of high fault currents and safeguarding wiring insulation and downstream components in control circuits.
Yes. The fuse is CE marked and RoHS compliant, which supports regulatory compliance for European installations and ensures restrictions on hazardous substances are observed.
The time-delay, dual-element design supports controlled inrush and cycling, lowering nuisance trips and extending life of equipment in automation lines. Easy installation and standardized dimensions reduce spare parts inventory and downtime during replacements.