Electrical FAQ

Compared to incandescent lights, LED (light-emitting diode) lights provide a number of benefits.

Durability: Since LED lights are not constructed of a delicate filament, they are more durable than incandescent lights. They are a fantastic option for outdoor and industrial applications because they are less vibration-sensitive.


Colour Temperature: Compared to incandescent lights, LED lights have a larger spectrum of colour temperatures. This enables you to select the appropriate colour temperature for various environments and activities.


Cooler operation: Since LED lights don't emit as much heat as incandescent lights do, they are safer to touch and radiate less heat into the environment.

Energy efficiency: Compared to incandescent lights, LED lights are more energy efficient. They consume less energy to generate the same quantity of light, which over time can result in significant energy savings.


Lifespan: Compared to incandescent lights, LED lights have a substantially longer lifespan. 50,000 hours is the maximum lifespan possible, as opposed to 1,000 hours for incandescent lights. This results in lower maintenance and replacement expenses.


In conclusion, compared to incandescent lights, LED lights are more energy-efficient, durable, and have a wider range of colour temperatures.

Both a circuit breaker and a fuse are safety mechanisms that guard against overload and short circuits in electrical circuits. Both of them function by stopping the flow of electricity when the circuit is experiencing an excessive amount of current. There are a few significant variations between them, though.


A switch that can be reset after it has tripped is a circuit breaker. An overcurrent is what triggers a circuit breaker to trip, and once the overcurrent has been eliminated, you may simply reset the switch to turn the circuit back on. This makes using circuit breakers easier because you can simply turn the switch back on as opposed to changing a blown fuse.


On the other hand, a fuse is a one-time use item. A fuse needs to be changed when it blows. A blown fuse results in an open circuit, which prevents the circuit from working until the fuse is changed. This can be more troublesome because you have to change the fuse in order to turn the circuit back on.

There could be a number of reasons why an appliance keeps blowing fuses. Try the following procedures to troubleshoot the problem:


1. Verify the circuit breaker: Verify that the appliance's circuit breaker has not tripped. If it has, try resetting it to see if the fuse still blows.

2. Examine the power cord for any obvious damage, such as frayed wires or an unfastened connection. The cord must be replaced if it is damaged.

3. Check for short circuits because these can make fuses blow. Search for any indications of a short circuit, such as sparks or a burning odor.

4. Examine the appliance: Verify that there is no overheating or other form of fault with the appliance.

5. Look at the amperage rating:  Check to see if the fuse you're using has the right amperage rating for the appliance.


It is advised to engage a qualified electrician to identify and resolve the issue if none of the aforementioned measures succeed.

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