Part # 22665

instructions how to enable JavaScript in your web browser

Page Loading...

Eaton

Mouse over image to zoom, click to enlarge

Description: Bussmann Super-Lag Fuse Link, Non-Current Limiting Renewable Class KS, Series: LKS, 600 V, 400 A, Rated Breaking Capacity: 10 kA, Timing Response: Time Lag, Holder Mount, For Use With: RES-400 Class H/K5 11.63 in L Fuse

Manufacturer PN: LKS-400

UPC: 05171214400

Kendall Electric Inc PN: 22665

Invoice Description:

LKS400 BUSS 600V LINK RLS400

SPEC SHEET

How Can We Make This Page Better?

Bussmann Super-Lag LKS-400 Non-Current Limiting Renewable Class KS Fuse Link, 600 V, 400 A, For Use With RES-400 Class H/K5 11.63 in L Fuse

Note: Lead times are estimates only

Description Specifications Features Resources

Description

Bussmann Super-Lag Fuse Link, Non-Current Limiting Renewable Class KS, Series: LKS, 600 V, 400 A, Rated Breaking Capacity: 10 kA, Timing Response: Time Lag, Holder Mount, For Use With: RES-400 Class H/K5 11.63 in L Fuse

Specifications

Amperage Rating	400 A
Application	Industrial and Commercial Structure Applications, Safety and Security Systems
Brand Name	Bussmann
Manufacturer Part Number	LKS-400
Mounting Type	Holder
PART NUMBER KEYWORDS	LKS-400 ; LKS400 ; 7600449 ; 051712144001 ; 51712144001 ; 05171214400 ; 00051712144001 ; 5027590099806
Rated Breaking Capacity	10 kA
Series	LKS
Standards/Approvals	RoHS Compliant
Suitable For Use With	RES-400 Class H/K5 11.63 in L Fuse
Timing Response	Time Lag
Type	Non-Current Limiting Renewable Class KS
Video Links
Voltage Rating	600 V

Features

▪ Designed for easy replacement

▪ No multiple links to complicate replacement

▪ Bussmann Super-Lag renewable fuses with longer time lag than other class H fuses of this type can better sustain overloads without needlessly opening

▪ Super lag fuses are used in circuits of industrial and commercial structures where maximum short circuit currents are of a low level (below 10 kA) and frequent outages dictate the economy of the "renewable" type fuse

▪ These fuses are generally sized at the ampere rating of non-inductive circuits and 300% for motor circuits