Yes, you can use a 5 amp fuse instead of a 4 amp fuse in a lamp, but it is not recommended. The purpose of a fuse is to protect the circuit by breaking the connection if the current exceeds a specific limit. Using a higher-rated fuse may allow excessive current to flow, which can lead to overheating, potential damage to the lamp, or even fire hazards. It's always best to use a fuse that matches the recommended rating for safety.
NO! The use of a higher rated fuse than is recommended can cause the wiring to overheat and cause a fire. Use exactly what is required.
Yes, you can use a 13 amp fuse for a table lamp, but it is usually not necessary or recommended. Most table lamps are designed to operate with a lower fuse rating, typically 3 to 5 amps, which provides adequate protection for the lamp's wiring and components. Using a higher-rated fuse may not trip in case of a fault, increasing the risk of fire or damage. Always check the manufacturer's specifications for the appropriate fuse rating.
It is NEVER a good idea to use a higher value fuse. The reason for the 10 Amp fuse is that it blows at 10 amps which the wire and device being protected is designed to handle. If you substitute 15 amps and that amount of current flows in your device, it may destroy the device and other things in the path of the current.
It is not advisable to use a 13 amp fuse instead of a 12 amp fuse in a microwave. The 12 amp fuse is specifically rated to protect the microwave from overheating and potential damage due to excessive current. Using a higher-rated fuse could result in the microwave drawing more current than it should, increasing the risk of electrical failure or fire hazards. Always follow the manufacturer's specifications for fuse ratings to ensure safety and proper operation.
This is not a good idea to do. Sometimes just that little bit of extra current that the 45 amp fuse will allow to reach the 40 amp load might be enough to destroy the device.
Using a 5 amp fuse instead of a 3 amp fuse is not recommended, as it allows a higher current to pass through the circuit than intended. This could lead to overheating, potential damage to the device, or even fire hazards if a fault occurs. Always replace a fuse with one of the same rating to ensure safety and proper protection for your equipment.
I have never seen a 4 amp fuse, only 3 and 5. The peak power draw and dump is when you switch on and off your TV. Try a 3 amp and if it blows when you turn it on, then no, your particular TV can't use a 3 amp fuse. Don't worry about this test, it shouldn't damage the TV and fuses cost so little.
Using a 5 amp instead of a 3 amp fuse in a circuit may cause the fuse to not blow when it needs to, leading to potential overheating or damage to the circuit components. It could also result in the circuit drawing more current than it is designed for, which may pose a fire hazard. It's important to always use the correct amperage fuse for safety.
NO! Using a larger amp fuse defeats the purpose of the fuse to protect the wiring in the circuit. This can cause a fire. Always use the correct amp fuse for that circuit.
NO! Using a larger amp fuse defeats the purpose of the fuse to protect the wiring in the circuit. This can cause a fire. Always use the correct amp fuse for that circuit.
fuse number 1 is 10 amp fuse 2 is 25 amp fuse 3is 25 amp fuse 4 is a spare fuse 5 is 10 amp fuse 6 is a spare fuse 7 is 20 amp fuse 8 is 25 amp fuse 9 is 20 amp fuse 10 is 5 amp fuse 11 is 5 amp fuse 12 is a spare fuse 13 is 5 amp fuse 14 is 15 amp
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.