Part # 4015369

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Eaton

EFSE JFL40 600V CLASS J FUSE 78263480890

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Description: Edison Fast Acting Fuse, Series: JFL, Indicating/Non-Indicating: Non-Indicating, 40 A, 600 V AC, 200 kA Interrupt, Class: J, Single Element, 1.06 in Dia x 2.38 in L Body Size

Manufacturer PN: JFL40

Kendall Electric Inc PN: 4015369

Invoice Description:

EFSE JFL40 600V CLASS J FUSE 78263480890

SPEC SHEET

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Edison JFL40 Fast Acting Fuse, 40 A, 600 V AC, 200 kA Interrupt, J Class

Note: Lead times are estimates only

Description Specifications Features Resources

Description

Edison's UL Class J fuse products are offered in both Dual-Element Time-Delay (JDL) and Fast-Acting (JFL) types. Both types have 200,000 amp interrupting rating at 600Vac RMS Sym amps. Their small physical size and high performance characteristics makes Class J fuses ideal for any space-limited applications. Edison's JFL fuses are best suited for the protection of non-inductive loads such as resistive heating and lighting circuits.

Edison Fast Acting Fuse, Series: JFL, Indicating/Non-Indicating: Non-Indicating, 40 A, 600 V AC, 200 kA Interrupt, Class: J, Single Element, 1.06 in Dia x 2.38 in L Body Size

Specifications

Amperage Rating	40 A
Application	For protection of non-inductive loads, such as lighting, resistance heating circuits and motor applications
Body Size	1.06 in Dia x 2.38 in L
Brand Name	Edison
Class	J
Element	Single
Indicating Non Indicating	Non-Indicating
Manufacturer Part Number	JFL40
PART NUMBER KEYWORDS	JFL40 ; 8432173 ; 782634808909 ; 78263480890 ; 00782634808909
Series	JFL
Standards/Approvals	CE Certified\|CSA Certified\|HRCI-J C22.2 No 248.8\|Class 1422-02, File 53787\|UL 248-8\|Class J, Guide JDDZ, File E162363
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Voltage Rating	600 V AC

Features

▪ Single-element, current-limiting fuses provide superior short-circuit protection

▪ Protects low interrupting capacity circuit breakers

▪ Limits the short-circuit current to meet the interrupting capacity requirements of existing equipment

▪ Provides component short-circuit protection in compliance with NEC® 110-10, where protection devices shall clear a fault without "extensive damage" to the circuit components

▪ High interrupting rating helps meet the requirements of future system expansion and the increases in available utility short-circuit current

▪ Fuses can easily be selectively coordinated when sized per published coordination ratios