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*Multiple pieces shown for clarity.
$13.90 per piece
Brand / Manufacturer: LITTELFUSE ELECTRICAL FUSES
Amperage Rating: 3.2
Voltage: 300
Department: 24
Series: LMF
Catalog Number: LMF-3-2/10
Catalog / Class: In-Line Fuse
Speed: Time Delay
SKU: LMF-3-2/10
Categories: Fuses, In-Line Fuse, North American Electrical Fuses, Time-Delay
*Prices Subject to Change
3-2/10A 300V TD IN-LINE FUSE
1000A 600V SEMI FUSE FORM 101 Semiconductor very fast acting 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… Read more »
250MA 500V 6X32 250 Microamps 500 Volts Time delay Ceramic body 6 x 32 mm The SIBA 7006565.0.250 is a slow blow, time delay, anti-surge miniature fuse with a ceramic tube body. It has a high fuse rating for semiconductor protection. The fuse meets IEC 60127, DIN VDE 0820, CEE4, UL 248-14,… Read more »
0.5A 5.5KV MED-VOLTAGE Mersen PT fuses are current-limiting fuses with high interrupting rating, used for the primary winding protection of potential transformer. They are small dimension ferrule type fuses and mount in standard clips. Current ratings are from 0.25A to 5A Ferrule mounting for standard clips and interchangeability with other brands of fuses Current-limiting for… Read more »
30A 600V 2 POLE CLASS R FUSE BLOCK WITH INDICATION The Littelfuse Class H/K5 and R blocks offer many benefits such as indication, snap-to-release DIN rail mounting and mounting flexibility for easier installation. Class H and Class R fuse blocks are dimensionally the same, but Class R blocks incorporate a rejection feature, which only allows… Read more »
1P POWER DIST BLOCK
3-1/2A 250V TD RK1 Amp-Trap 2000 time-delay A2D-R fuses provide IEC Type 2 “no damage” protection to existing mains, feeders, and branch circuits serving motor and non-motor loads. A2D-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 »