3Amp
It is one amp current used over one hour. A ten amp hour battery can supply 1/2 an amp for 20 hours, 1 amp for 10 hours, etc.
The impedance is to low causing the amp to shut down
The MIPS rating for this product is 4.5 out of 5.
Yes, provided that your amp has line level inputs, and you have the appropriate adapters.
The main reason why is that it would be very deceptive to consumers. For example. a 120v circuit that draws one amp; might be able to be converted to 240v that would only draw 1/2 amp. At 480v, that same circuit would only draw 1/4 amp, so you would need to be able to figure out what amperage you need at 480v. Now there is also more to understand with this. A 480v ac system consists of three phases, the most common is 3 phases of 277v. If you measured one phase to ground you would read 277, if you measured phase to phase, you would read 480v. There are also other varaitions including 240v to ground and 480 phase to phase. Depending on the tap off of the transformer you might actually be able to use a 250v fuse on each phase. Since each phase is fused separately, I can guarantee you will never find one that reads 480v to ground. If none of this makes sense, than you should go to the store and purchase the 480v fuse, or call an electrician. Fuses have a small connecting link in them that melts in response to the current. Ratings below 32 volts can use almost any type of metal link in air, and it will safely interrupt the circuit. As the voltage rating goes higher, special exotic properties of metals and filler materials have to be used to safely stop the current. If the fuses does not have the correct properties to stop the current arc, the fuse can explode or become a conductor feeding a short circuit! This could cause switchboard failure or personnal inuries.
The maximum current rating for a 20 amp fuse breaker is 20 amps.
50 amp
You need to instal the same size and amp rating as you removed.You need to instal the same size and amp rating as you removed.
Yes, a relay with a 40 amp rating can be used in a circuit with a 30 amp fuse. The fuse is designed to protect the circuit from overcurrent, while the relay's rating indicates the maximum load it can handle. As long as the total current drawn by the circuit does not exceed the fuse rating, the relay should function properly.
A fuse is given a various rating (strength). For instance, a home appliance (washing machine, etc) would usually have a fuse with a 13 amp rating. While a low powered lamp would only merit a 2 or 5 amp fuse rating. It is important to use a fuse of the correct rating in amps for each electrical appliance.
You can replace a higher rating fuse with a lower rating provided it works with the device without constantly blowing. So try the 30 amp fuse in your lawnmower and if it doesn't blow and the mower works okay, you are fine. If it blows you will have to go back to 40.
No. If you use a larger fuse you are not protecting the device which has a rating of a lesser value.
yes two fuses in parallel will increase the amp rating but its not a good practice try to get the proper fuse!
30 AMPS
The number on a car fuse refers to the Ampage of that fuse , each electrical component on any car has its own or shared fuse with a certain Amp rating, they are normally colour coded too and are to be replaced with one of the same Amp rating for protection.
It is not advisable to replace a 6.3 amp fuse with a 6 amp fuse. Fuses are designed to protect circuits by breaking the connection when the current exceeds their rated value. Using a fuse with a lower rating may cause it to blow prematurely under normal operation, potentially leading to circuit issues. Always use a fuse that matches the specified rating for safety and reliability.
The fuse rating for a 400-watt appliance can be calculated using the formula: Fuse Rating (Amps) = Power (Watts) / Voltage (Volts). For a standard voltage of 230 volts, the fuse rating would be approximately 1.74 amps, so a 2-amp fuse would typically be suitable. If the appliance operates at 120 volts, the fuse rating would be around 3.33 amps, suggesting a 4-amp fuse would be appropriate. Always check the manufacturer's specifications for the exact fuse rating.