Overloading can occur due to an accidental increase in supply voltage or by connecting too many appliances to a single socket.
Besides direct contact of live and neutral wires, what else can cause overloading, and how?
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Overloading can occur due to an accidental increase in supply voltage or by connecting too many appliances to a single socket.
Overloading in electrical circuits can result from factors beyond direct contact of live and neutral wires. One common cause is the simultaneous operation of high-power appliances, exceeding the circuit’s capacity. Poor wiring, loose connections, and damaged insulation increase resistance, leading to excessive heat buildup and overloading. Faulty appliances, short circuits, or malfunctioning devices can also contribute. Additionally, inadequate circuit design and insufficient distribution of loads amplify the risk. These factors collectively elevate current levels, potentially causing overheating, fire hazards, and damage to devices. Proper electrical planning, usage management, and regular maintenance are essential to prevent overloading.