view cart menu separator categories menu separator faq
advanced search
categories  > my ebay (14712)
T6.3AH250V 5X20Mm 6.3A 250V Slow-Blow Ceramic Fuses 6.3 Amp 250 Volt 0.2X0.78 In
11 images
 
T6.3AH250V 5X20Mm 6.3A 250V Slow-Blow Ceramic Fuses 6.3 Amp 250 Volt 0.2X0.78 In
T6.3AH250V 5X20Mm 6.3A 250V Slow-Blow Ceramic Fuses 6.3 Amp 250 Volt 0.2X0.78 In
T6.3AH250V 5X20Mm 6.3A 250V Slow-Blow Ceramic Fuses 6.3 Amp 250 Volt 0.2X0.78 In
T6.3AH250V 5X20Mm 6.3A 250V Slow-Blow Ceramic Fuses 6.3 Amp 250 Volt 0.2X0.78 In

T6.3AH250V 5X20Mm 6.3A 250V Slow-Blow Ceramic Fuses 6.3 Amp 250 Volt 0.2X0.78 In

Price: $40.54 add to cart     
Feedback: -100%, 58 sales Ask us a question
Shipping: USPS calculated click to check
Seller's Country: United States
Condition: Brand new
Payment with: Cash On delivery,
*The store has not been updated recently. You may want to contact the merchant to confirm the availability of the product.
BOJACK 20 Pcs High Quality Slow-blow Ceramic FusesFuse Dimension: 5x20mm/0.2x 0.78 InchFuse Current: 6.3AFuse Voltage: 250VPackage Quantity: 20 pcs Packed in a plastic storage case BOJACK 20 Pcs High Quality Slow-blow Ceramic Fuses Fuse model:T6.3AL250V Fuse Current: 6.3A Fuse Voltage: 250V Fuse Dimension:5x20mm/0.2x 0.78 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.
Last Updated: 14 Jan 2024 11:49:23 PST home  |  about  |  terms  |  contact
Powered by eCRATER - a free online store builder