Menu
*Multiple pieces shown for clarity.
$914.27 per piece
Brand / Manufacturer: MERSEN (FERRAZ SHAWMUT)
Amperage Rating: 450
Voltage: 600
Department: 16
Series: AJT
Catalog Number: AJT-450EI
Catalog / Class: J
Speed: Time Delay
SKU: AJT-450EI
Categories: Fuses, Indicator, J Fuses, North American Electrical Fuses, Time-Delay
*Prices Subject to Change
450A 600V TD J IND
50A 600V CAPACITOR Mersen low-voltage capacitor fuses provide advanced safety for power correction and harmonic filtering equipment. A capacitor fuse isolates a shorted capacitor before it can damage surrounding equipment or personnel. Typical capacitor failures occur when the internal dielectric can no longer withstand the applied voltage, resulting in a low impedance current path and… Read more »
15A 600V RK1 FAST Current-limiting Amp-Trap A6K-R fuses provide excellent protection where high available short-circuit currents exist. These fast-acting fuses are particularly good for branch/feeder circuits and back-up protection. Rejection style design prevents replacement by other fuse classes Fiberglass body provides dimensional stability in harsh industrial environments Easy-to-read imprint label for quick recognition and replacement… Read more »
175A 600V FAST RK1 Current-limiting Amp-Trap A6K-R fuses provide excellent protection where high available short-circuit currents exist. These fast-acting fuses are particularly good for branch/feeder circuits and back-up protection. Rejection style design prevents replacement by other fuse classes Fiberglass body provides dimensional stability in harsh industrial environments Easy-to-read imprint label for quick recognition and replacement… Read more »
300A 600V CAPACITOR Mersen low-voltage capacitor fuses provide advanced safety for power correction and harmonic filtering equipment. A capacitor fuse isolates a shorted capacitor before it can damage surrounding equipment or personnel. Typical capacitor failures occur when the internal dielectric can no longer withstand the applied voltage, resulting in a low impedance current path and… Read more »