Menu
*Multiple pieces shown for clarity.
$37.02 per piece
Brand / Manufacturer: LITTELFUSE ELECTRICAL FUSES
Amperage Rating: 1.4
Voltage: 600
Department: 24
Series: FLSR
Catalog Number: FLSR-1-4/10-ID
Catalog / Class: RK5
Speed: Time Delay
SKU: FLSR-1-4/10-ID
Categories: Fuses, Indicator, North American Electrical Fuses, RK5, Time-Delay
*Prices Subject to Change
1-4/10A 600V TD RK5
500A 125V VERY FAST Very Fast-Acting Limiter Fuse, Bolt-On, 125VAC IR RATING AC 2500A, 80VDC IR RATING DC 2700A, 500A, 500 Amp, UL Recognized, CSA, CE, Fork Lift Fuse,
2A 500V FAST E16/ND
4A 1200VAC SEMI FUSE A120X Amp-Trap® Form 101 high speed fuses, rated 1/2A through 30A, 1200VAC are popular for use in traction drive auxiliary circuits and similar applications. A120X fuses are also suitable for use on 1000VDC auxiliary circuits with low time constants. 1000V DC rated for wide range of circuits Compact size fits in… Read more »
450A 600V TD RK1 Amp-Trap 2000® time-delay A6D-R fuses provide IEC Type 2 “no damage” protection to existing mains, feeders, and branch circuits serving motor and non-motor loads. A6D-R fuses will open fast enough under extreme fault conditions for maximum short circuit protection to prevent damage to motor starters, switches, and other circuit components, yet… Read more »
150A 600V FAST J Amp-Trap fast-acting A4J fuses deliver excellent current-limiting protection to a wide variety of applications. Their unique dimensions prevent the substitution of other fuses with lower voltage ratings, interrupting ratings, or current-limiting capability. High current limitation for low peak let-thru current Unique dimensions prevent replacement by other fuse classes Fiberglass body provides… Read more »
LED LAMP ALARM RELAY DescriptionThe SCR9L is a universal lamp alarm relay designed to sense thefailure of flashing or steady LED beacon lamps or obstructionlamps. The SCR9L energizes when one or more lamps fail. Itwill monitor the operation of one to eight beacon or obstructionlamps. All monitored lamps must be the same wattage andvoltage. When… Read more »