Well, hello YouTube. I'm sure you all know who I am. I'm Paul Abernathy. And I'm also the founder of Master Electrician TV, as well as Master of the NEC, as well as the electrical guru, which is a lot of things. A lot of people are aware who I am. And I never make statements that are not true. So today was very interesting as we get ready to launch Master Electrician TV, which is designed to bring a lot of electrical shows, demystifies and things that you've heard through the years, bring my knowledge of nearly 26 years plus in the industry, whether it be the National Electrical Code, whether it be as a Master Electrician in Virginia. And I was also instrumental in helping get the continuing education requirement in Virginia, as well as other states, as a former NEMA representative, an educator to the electrical industry, and to a lot of the home inspectors, the author of the book, how to conduct electrical inspections or how to perform electrical inspections to other articles on the National Electrical Code in EI Magazine. I guess I'm trying to do a quiet little introduction before our real show starts on January 1st, is it was very funny today, is I got into a debate with an individual on the term, obviously I'm very vocal about the aluminum terminations, as well as copper terminations. But had a real interesting debate, which kind of turned interesting, in the whole nature of Master Electrician TV is to, if you want to go at it, let's go at it. That's what we're going to do on this series that's going to be on YouTube, and going to be some radio shows that you can listen to, that do different things on the code and whatnot. I will debate anybody any day on the code, it doesn't mean I know everything about it, but I have put together quite a few years of knowledge on it, I've surrounded myself with people throughout the years who were extremely knowledgeable, and I've felt like I've gotten a lot of information from them. So we're going to do a lot of shows that are involved in that type scenario, they already be very interesting, you ought to very much enjoy them. But it's very interesting this morning when a gentleman, I posted a statement about the, in our video series, it was done, which shed negative light on aluminum terminations. And we're going to be doing a show that explains everything about aluminum and the terminations in the comparisons between copper and aluminum, which have a lot of comparisons. There are differences, and I believe it's more about your selection of use and where you use it, and what kind of options that turn you from a copper to an aluminum, both have a place in the industry. So again, I'm associated with both type of industries, copper industry, aluminum industry. And so I'm not here to shine a negative light on either one, I'm not here to shine a better light on one than the other. I'm really here to dispel any of the myths that are out there about the different aspects of the two terminations, and I don't play both sides of the fence, so I give you what it is. But it's interesting this morning when an individual said that he would turn down an installation, because it didn't have dielectric grease. It was funny to me that the individual was very critical of me, and he didn't really understand what dielectric grease is. The term dielectric is generally an insulating property type of component. When we do something on our wire and cable, for example, the insulation, we have a dielectric constant that we have to observe, usually with a thermal set type of product for some applications. But it is an insulating medium, whereas a antioxidant compound, which is a compound, which by definition is multiple components together forming a compound. And a petroleum base, you can refer to it as a grease, if you will. The reality is there's a distinct difference between dielectric grease and its intended purpose, specifically as a dielectric grease, and between the application of an antioxidant inhibitor type of product. Generally, when you go to look at UL, and you're looking for an antioxidant, or a anti-seize lubricant, or whatever you want to call it, an oxidation inhibitor, whatever. When you look at the NEC under section 110.14, you're going to see that compounds listed there, but it doesn't list the term grease, because grease is a very subjective term. There's a lot of things that are grease. Animal fat is grease, baking grease, the other type of things, totally different dielectric. If you look up the definition of dielectric, totally different compound, although this individual took it totally out of context, I didn't want to admit to being ignorant to the fact, because nobody wants to admit that. All we were trying to say is that there's a distinct difference in its application. You just can't say, I would fail an installation because it didn't have dielectric grease. No. In fact, there's no difference in I couldn't fail an installation if it had no antioxidant inhibitor on it, or an oxidation inhibitor. I couldn't really turn it down unless the actual piece of equipment had a listing on it that says that you have to use an antioxidant compound. And understanding the primary function of this compound is really critical. There is key components where dielectric grease is an application that forms an inhibiting body, but it's still a grease component. And really what we're looking here in an antioxidant or an oxide inhibitor is something with a componentary mix that actually reduces the amount of oxygen that can get to the conductors, which is going to cause a oxidation to form, which creates a resistance film. And with aluminum, it's a very tough film. It's tough to break off. So you have to not that it's required for these terminations, but as a manufacturer of wire on cable, we can recommend it. Definitely it enhances the life of our products termination, but it's so critical that you terminate the conductors properly, that you understand torquing requirements. And again, the individual said it has nothing to do with torquing. That's an ignorant statement. Torquing is the primary function. The inhibitor is to maintain the relationship with that torquing so that you don't get an oxidation buildup. So there's a big difference that you have to know the difference in the two. Now, if you want to call it a dielectric grease, that's fine. Just understand what it's intended purpose when we're talking about the use in one 1014. And that is all that we're going to say on that. Okay, so accept your apologies. It's all good. You're going to learn the difference shortly. But I want to say that before we get started on a very first show that's going to come out on January 1st. I think she'll all be excited about it because it's going to be professionally done series. And it's going to be master electrician TV. It's designed for all the electricians out there who, whether you're German or master, we're going to have classes or shows on how to prepare for your master's exam. Show you tips on how to utilize a national electrical code, which lets face it is the Bible of the electrical industry. Okay, so one of those important things is you're going to learn all those aspects of it from lugging and torquing to wire and cable. You're going to learn everything you want to know about wire and cable every use that you ever want to know about it when you can use it when you can't use it. All those type of things. So stay tuned and I hope you subscribe and listen to master electrician TV. And if you have any questions, feel free to email us at info at master electrician TV dot com or then happy to answer your questions or even do a presentation on it. But thanks for listening. Hope you enjoy it. And again, I do accept your apologies there alpha. All right. God bless. See you on January 1st.