X
Category:
Fuses
BOJACK T10AL250V 6x30 mm 10A 250V Slow Blow Fuses
BOJACK T10AL250V 6x30 mm 10A 250V Slow Blow Fuses
BOJACK T10AL250V 6x30 mm 10A 250V Slow Blow Fuses
BOJACK T10AL250V 6x30 mm 10A 250V Slow Blow Fuses

BOJACK T10AL250V 6x30 mm 10A 250V Slow Blow Fuses 10 amp 250 Volt 0.24 x 1.18 Inch Glass Tube Time-delay Fuses(Pack of 20 Pcs)

Product ID : 43645838


Galleon Product ID 43645838
UPC / ISBN 786118004153
Shipping Weight 0.09 lbs
I think this is wrong?
Model BJ-SBF630-10A
Manufacturer BOJACK
Shipping Dimension 2.87 x 2.09 x 0.63 inches
I think this is wrong?
-
763

*Price and Stocks may change without prior notice
*Packaging of actual item may differ from photo shown
  • Electrical items MAY be 110 volts.
  • 7 Day Return Policy
  • All products are genuine and original
  • Cash On Delivery/Cash Upon Pickup Available

Pay with

BOJACK T10AL250V 6x30 mm 10A 250V Slow Blow Fuses Features

  • BOJACK 20 Pcs High Quality Slow-blow Glass Fuse

  • Fuse Dimension: 6x30 mm/0.24x1.18 Inch

  • Fuse Current: 10A

  • Fuse Voltage: 250V

  • Package Quantity: 20 pcs Packed in a plastic storage case


About BOJACK T10AL250V 6x30 Mm 10A 250V Slow Blow Fuses

BOJACK 20 Pcs High Quality Slow-blow Glass Fuse Fuse model:T10AL250V Fuse Current: 10A Fuse Voltage: 250V Fuse Dimension:6x30 mm/0.24x1.18 Inch The role of the Slow-blow fuse:The slow-blow fuse is also called a time-delay fuse. Its delay characteristic is maintained in the circuit when it has a non-fault pulse current and can protect against long-term overload. Some circuits have a current greater than a few times the normal operating current at the switching instant. Although this current peak is very high, it occurs for a short period of time. We call it a pulse current or an inrush current or a surge current. Ordinary fuses can not withstand such currents. If such a circuit uses an ordinary fuse, it may not be able to start normally. If a larger fuse is used, it will not be protected when the circuit is overloaded. The melt of the time-delay fuse is specially processed to absorb energy. By adjusting the energy absorption, it can resist the inrush current and protect the overload.