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*Multiple pieces shown for clarity.
$6.00 per piece
Brand / Manufacturer: BUSSMANN FUSES
Amperage Rating: 25
Voltage: 12
Department: 50
Series: 19125
Catalog Number: 19125-04M
Catalog / Class: Circuit Breaker
Speed: Fast Acting
SKU: 19125-04M
Categories: Automotive Fuses, Circuit Breakers, Fast Acting, Fuses, North American Electrical Fuses
*Prices Subject to Change
25A MAXI CIR BREAKER
Series 19130-04M MAXI ATO Blade Style Circuit Breaker, Type 1 Reset, 25A 12V
12A 600V TD CC
80A 600V J FAST 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 »
50A 600V SEMI FUSE A60X Amp-TrapĀ® Form 101 high speed fuses are popular for the protection of higher voltage heavy rectifiers such as traction rectifiers. They can carry long sustained overloads common with heavy duty apparatus. 700A through 2000A sizes are of compact, hockey-puck design, able to provide high power protection in a small space…. Read more »
24E 4.8KV W/HOOK EYE Mersen R-Rated fuses are current-limiting, high interrupting rating fuses intended for the short circuit protection of medium voltage motors and motor controllers. R-Rated fuses are back-up fuses that have a minimum interrupting rating, and must be coordinated with overload relays in combination motor starters. The motor starter manufacturer generally specifies the… Read more »
2A 250V H ONE TIME
250A 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 »