IDEAL HOUSE WIRING Proper electric wiring is necessary for safety of the house
IDEAL HOUSE WIRING 
Proper electric wiring is necessary for safety of the house
 Although
 everyone knows what safe electric wiring is and why it is very 
important for the house, at times we neglect the integral aspects of 
safety. But it is one of the most significant aspects in the 
construction of a house. 
    If your electrical wiring is 
inadequate, overloaded or outdated, it isn't just inconvenient, it's 
dangerous too. As we use more electricity in our homes, it's even more 
important to make sure that our electrical systems are appropriate and 
always in the best working condition. 
    Most of the accidental 
fires occur due to short circuit. Never overload electrical outlets and 
circuits as they supply power to several other outlets. Overloaded 
electrical outlets and circuits carry excessive amount of electricity, 
which generates heat in undetectable amounts. 
    All wiring systems
 should have circuit breakers or fuses that disconnect power when 
circuits become overloaded. Give special consideration to appliances 
that use 1,000 or more watts, such as air conditioners, refrigerators, 
microwave ovens, and electric heaters. Avoid plugging them into the same
 outlet or circuits so they do not exceed 1,500 watts for each outlet or
 circuit. Usually the wattage requirements are listed in appliance 
manufacturer's instructions. 
    The presence of a switchboard 
protects the electrical wiring system in your home and it comprises the 
main power switch, along with a number of fuses or circuit breakers. 
Each fuse or circuit breaker corresponds to a different area of wiring 
in your home. In the event of an electrical fault, the fuse will blow or
 the circuit breaker will trip. The power to the corresponding area of 
the house will be shut off and prevent overloading or fire. The main 
difference between a circuit breaker and a fuse is that a circuit 
breaker can be reset, whereas once a fuse blows out it must be 
immediately replaced. 
    Before you replace a fuse, always turn off
 the main power switch and all appliances and lights that are on that 
particular fuse. Always replace a fuse with the correct current rating. A
 fuse with too high a current rating could allow excessive current to 
flow through the circuit, leading to overheating and fire. 
    It is
 always a good idea to know what each fuse or circuit breaker protects. 
Switchboards are normally labelled. If yours is not, next time you have 
electrical work done, ask your licensed worker/electrician to do this 
for you. This can save you time in identifying a blown fuse or which 
circuit breaker to switch off, should the need arise. 
    In less time than you may think, the electric circuits in your home can become damaged or wear out through general wear and tear.
 It's important to get them inspected and tested at regular intervals of
 at least once in ten years, to check if they're still safe to use. If 
you are moving home, you need to know about the electric circuit in your
 new property. Be extra cautious if the property is old as it runs a 
higher risk of having faulty wiring. 
SOME KEY INDICATORS THAT SHOW THE PROBLEMS LURKING IN YOUR ELECTRICAL WIRING: Whenever
 you turn on an appliance, such as a dishwasher or clothes. washer, the 
lights in your home dim Fuses blow or circuit breakers trip off 
frequently. Your television picture shrinks or fades when lights or 
appliances come on. 
SAFETY TIPS TO ENSURE PROTECTION OF YOUR WIRES: Always
 buy good quality household wires, which carry ISI marks. Identify 
locations for switchboards in advance so that they would not obstruct 
while decorating rooms. Proper earthing should be done for the entire 
house. Each power board should have a separate fuse. Connect wires 
carefully and joints should be properly covered. Only registered 
electrical contractors should be engaged to carry out the electrical 
wiring / installation. Entire network and material should be designed to
 avoid unnecessary/excess power losses during transmission. 
The author is Chairman & Managing Director, KEI Industries Limited 
 
 
 
 
 
          
      
 
  
 
 
 
 
 
 
 
 
 
 
 
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