What You Need to Know About Electrical Troubleshooting and Surge Protection
Surge protector is basically referring to the equipment that acts as a protector of the electrical devices from the occurrence known as voltage spikes or surge. Surge is another term for voltage spikes and its common causes include decay or rapid buildup of a magnetic field, or fault in the primary circuit power wires or transformer falling onto the secondary circuit power wires. The basic operation of the surge protection device or SPD is to limit or restrict the amount of voltage that are being supplied to an electric device or equipment and that is by preventing, blocking or shorting to ground any electrical voltages that are unwanted or unneeded above a safer threshold or brink. Surge suppressor and surge diverter is basically the other terms used to call a surge protector. The various kinds of surge protectors include the selenium voltage suppressor, the series mode or SM surge suppressors, the quarter-wave coaxial surge arrestor, the carbon block spark gap overvoltage suppressor, the metal oxide varistor or MOV, the transient voltage suppression diode or TVS diode, the TSPD or the thyristor surge protection device, and the GDT or gas discharge tube.
The term fault or fault current in an electrical power system is referring to any abnormality within the electric current, and some of its common examples in facilities or residential buildings are flickering lights, electrical outlets sparks, the electrical outlet doesn’t work, frequent light bulb burnout, appliances cause the circuit breaker to trip, and on- and off-again recessed lights. The abnormalities in the current can be fixed through the act called as electrical troubleshooting, and it is described as the process of analyzing the behavior or the operation of a faulty circuit, and such act can also determine or identify any problem or wrong in the electric circuit.
Electrical troubleshooting is definitely a very challenging task for it also involves the act of repairing the circuit, as well as, identifying the component that is defective. The individuals are mostly advised to hire the help of an electrician to perform or do electrical troubleshooting, and the initial step that they do is to inspect the electrical system, which includes the wires, the wall switches, the ground fault circuit interrupter outlets or GFCI outlets, the main panel box, and the electric meter. Most of the great electricians are expert electrical troubleshooters, and it is definitely best to hire the ones who have very good understanding of how the equipment or device works, who have a good understanding of the operation of the important electrical components; the ones who have the skills in using diagnostic tools like diagrams, test instruments and prints; and the ones who are able to troubleshoot effectively.