Are they different? While this can be somewhat of a confusing topic, keep reading to learn more. Surge suppressors work to mitigate any transient voltages along with power surges that occur in your home by sending the excess power into the attached outlet or the circuit grounding wire. This helps to reduce the risk of shoring out your expensive equipment. Usually, these are installed in your network or may be found in simpler tools, such as a surge protector.
The surge arrestor works to eliminate specific types of surges. You can view the arrestor as a type of protection from various external problems. An example of this would be a problem caused by complications with the power grid or lightning. There is a simple difference between a surge arrester and a lightning arrester.
One will protect your home from the inside and the other protects it from the outside. If lighting happens to strike your home, the lightning arrester, which is installed on the outside, works to detour the electricity away from your home and your appliances, sending it to safe ground. The main difference between surge suppressor and surge arrester is that surge suppressor has low voltage rating slightly greater than the normal voltage rating with low energy dissipation capability while surge arrester has fair high voltage rating than the rated voltage with far greater energy dissipation ability without affecting the insulation.
Good to Know: Surge suppressor should not be used for protecting a circuit from the lightning produced transients and surges. The author should show the relevant code or standard on which this article is based on. Very nice , Please I am an apprentice in electricals and solar installation are there any books,audio tapes or articles you could recommend? Your email address will not be published. Notify me of follow-up comments by email. Notify me of new posts by email. Table of Contents. Electrical Technology 4 6 minutes read.
Show More. Related Articles. Electric Bill Calculator with Examples. Leave a Reply Cancel reply Your email address will not be published. Check Also. What is a Thermistor? Types of Thermistors and Applications. However, one should consider the certain aspect of what they are trying to protect.
Rest assured, any one of the tools can provide the right kind of protection needed for the electrical appliances at home. When in doubt, homeowners can call a certified and experienced electrician who can provide them with the right solution.
Because every home is different, the needs vary as well. The experts have specific recommendations tailored to the needs of every individual. Only a professional from the electrical industry has the right knowledge needed. In short, both lightning and surge arresters play an important role when it comes to protecting your electrical devices.
They keep your devices undamaged. However, the main difference lies in how they function. Moreover, anyone must have them in their home or business. So, talk to an expert and find out which option will keep your electrical devices safe.
Table of Contents Have you been wondering how your new smart TV stopped working all of a sudden? The reason could be a power surge. However, just how much are we protecting our. Table of Contents. What Is a Surge Arrester? What Is a Lightning Arrester? Surge Arresters vs Lightning Arresters:. The differences between surge and lightning arrestors are as follows.
Surge arrestors. The main function of these arrestors is to protect several kinds of electrical appliances from inside the home. The surge arrestors have to be installed within the main panel board. The surge arrestors defend the whole system from surges, switching lightning, electrical faults, and transient voltage.
These kinds of arrestors interrupt the surges and divert the surplus energy toward the ground through the ground wire. The different types of surge arrestors include low-voltage, distribution, neutral protection, fiber tube, network, signal, direct current, stations, etc. This arrestor can be used only as a surge arrestor. Lightning arrestors.
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