What up, everybody? Welcome to another episode of Let's Ask Paul, the
podcast where I, Paul Abernati, attempt to answer all of your pressing questions
submitted through our online portal at Paul abernathy dot com. Now many people send
me questions by email, text and whatnot, and sadly, many times I
have to tell them, you know, you gotta go repost this on Paul
Abernati dot com because we have disclaimers and things like that that have to be
adhered to. Obviously when you're a corporation like we are, and I'm answering
questions for folks, and we have to make sure that we go through the
proper channels. So again, don't think I'm being rude if I don't directly
answer your questions, except when I'm live somewhere then it's obviously acceptable to ask
questions on that live platform. But if you're going to submit them, please
do those through the proper channels, and that would be at Paul abernathy dot
com. That's a free service sponsored by WIS, so it doesn't cost you
anything to submit something, so please take advantage of that. Also, I
want to let people know as a sponsor of the show today. Obviously Fast
Track System sponsoring the show today. That is our platform that teaches the National
Electical Code. But I wanted to let you know we have the Grounding and
Bonding course available for the twenty twenty three. It is. It doesn't really
matter whether you're in the twenty twenty or the twenty seventeen. It really doesn't
matter when it comes to grounding and bonding because it's pretty much the same principles.
You're not taking that course to learn the NECA. You're taking that course
to learn the basic fundamental principles of grounding and bonding. So you always want
to stay with the freshest version of that. And so we chose to go
with the twenty twenty three for this new platform delivery, and it's a much
it's much more cost effective. It's like two forty nine or something like that,
and you get unlimited access and so it's really teaches you grounding and bonding.
Okay, so again, and you can post comments on each of the
units. If there's a question you have, we'll answer the comment. There's
a comment availability after each unit and daring the unit you can you can ask
comments and give comments. So we're very open about it. And again,
my area of expertise, uh, when it comes to that is is of
the NEC broadly. But grounding and bonding is my thing. This is what
I love the most, Okay. Not that I don't care about the other
aspects of obviously I do, But grounding and bonding is where I like to
spend a lot. I spend a lot of my time in grounding and bonding.
So so check that out. No, there's no discount coupon's codes.
The price is already crazily low for what you get in our platform. Just
go check it out over on fasttracksystem dot com f A S T T R
A X S Y S T E M dot com and look for grounding and
bonding. Okay, all right, so let's go on and get into some
questions that we have that been submitted, and I want to make sure that
I kind of get a couple of these, and then we'll answer other questions
as well. And then I have some other stuff that people sent that I
want to make sure that I get answers to for you in this episode.
All right. The first one that was sent to me and it was sent
through the portal and asked Paul Portal, and it says I was checking and
see what size breaker I need for an AC compressor thirty five am maxim excuse
me, thirty five maximum overcurrent protective device twenty nine point one minimum circuit opacity,
And of course he gives the r L at nineteen amp years, which
is irrelevant since you're going by name plate information. So you're you're not designed,
You're not doing this using the NEC right, You're you're actually going to
use the name plate here. So it says what size is better? If
better to run eight two for and by the way over on TikTok, I
don't know why everybody thinks that I would ever have anybody join me for a
live It's not how I do it. Sorry, so I have to decline
whoever sent that? All right? So it says, wasn't sure if better
to run an eight two for thirty five amps? Or is a thirty am
breaker sufficient? Okay, So here's a couple of things about that. First
of all, you'll be following the name plate, so maximum over current protection
is a maximum? Could you be less than that? Absolutely? Is there
a chance that it won't hold on initial in rush and start absolutely. So
the easiest thing is to follow the manufacturer. Okay. So if they say
the maximum is thirty five am maximum overcurrent protection and the minimum circuit opacity is
twenty nine point one, right, so that's generally what you're going to follow.
Okay, So in this case you're not. You know, if you
want to put it on a thirty amp overcurrent device, go for it.
That type of thing. Now, what we want to look at in the
code. If you have your codebook and those that are following along that are
listening in a car or wherever you're at, that's okay. You can just
listen to it and we can talk about it. You can go home and
replay it and re listen to this and grab your codebook, whatever you want
to do. But the first thing I would go look at is to look
at the standard overcurrent devices that are in two forty dot six AKSE. So
this is a table that tells you what the standard size overcurrent protected devices is.
Now I will tell you that you can get overcurrent protected device that are
non standardized, right, And for example, they might say a forty and
then a forty five, and then it says a fifty, right, and
then it seems to jump to sixty. Well, they may make a forty
five non standard size and you could use that. This is just a list
of the standard size over current protected devices. Okay. In this case,
the thirty five amp is one of is listed in this table. Okay,
so the maximum overcurrent And here it didn't say whether it was fuses of circuit
breakers. It didn't specifically denote that it was just fuses. Right, so
it's not going to matter. So it's a thirty five amp overcurrent protected device.
Now it says the minimum circuit opacity is twenty nine point one amps.
Right, So what you've got to do is I noticed you say eight to
two. So you're probably talking about nomatalita cable. Remembering that nonmatallogy cable cannot
run outside of the building. Okay, but it can poke through as long
as none of the sheathing is considered outside of the building. It pokes through
into the back of the disconnect. Can you run eight too, Well,
here's the thing you want to do. Since you're talking about no other conditions
of use and you're talking about eight two, so it makes me think you're
talking about non metallic sheet cable. Of course, you could be talking about
UF as well. But we'll just go with the premise that you mean eight
two is non metallic sheet cable. So what you want to do is you
want to go to ampacities, right, and you're gonna go to three ten
sixteen, Right, that's the table that's your apacities. Of course it's non
metallic sheat cable. Of course you can go look at three thirty four dot
eighty and see that it says that you can use ninety for adjustment and corrective
purposes. But the end of the day, you can't exceed the value that
would be under the sixty degree column, right, And so we're just going
to jump to that sixty degree column. And you have to excuse me because
I have so much screen that I have to go and actually move everything so
I can see what the frick is going on? All right, So let's
see here. So under the sixty degree column, you say you want eight
for forty, right, and then you see that a ten is good for
thirty, right, So if the minimum circuit ampacity is twenty nine point one
amps, under the sixty degree a ten age is good for thirty ams.
So a ten gauge copper would be fine, it's fine for that. Oay,
now this is all already done on the nameplate. Right now, you're
probably saying, well, wait a minute, we'll wait a minute. You
have that little asterix there that says, wait a minute. That asterisk says
that you have to protect the conductor at its opacity. You go to to
forty dot four and it's going to tell you that a ten gauge has to
be protected at thirty It's true that you might think that, But when you
go to to forty dot four, right, and you go down to two
forty dot four and you start looking at it, and you'll speak going down
and going well, what about the small conductor rules to forty dot four D,
and you notice that says, unless specifically permitted in two forty dot four
E or G, the overcurrent protection shall not exceed that required by two forty
dot four D one through D eight. And of course that's where you see
the ten gauge is protected at thirty AMS. But you you got to go
down and look at G. And if you look at G, you'll notice
that in that table it specifically calls out air conditioning, refrigeration equipment, circuit
conductors and it gives you a reference to for forty part three, part four,
and part six. Well, that's where it's going to ultimately end up
telling you that you just follow the name plate to keep it simple. And
it's perfectly okay to do that, all right, So just kind of keep
that in mind. Is this is an example where the small conductor rules are
not going to apply. That's another example of that would be motors, for
example, because if you look at this list, motors is on this list,
right, and so it's important to the thing about code that really gets
people is that it's it's everybody wants this to be extremely easy document, right,
Why doesn't it just flow like that? It can't flow like that.
You have to This is why electricians, to me, it's such an amazing
craft because we have to learn that too forty issues are going to apply to
the overcurrent device. We could have enclosure issues apply in three twelve, you
have the four forty conditions apply for air conditioning equipment, and then you can
have specific motors that could apply in four to thirty. You've got to learn
to navigate all that stuff and be able to put these pieces together. That's
why you get the big bucks folks. Right, So hopefully that helped answer
your question. But in your case, thirty five amps maximum overcurrent. That's
a maximum, so that is fine. That's a standard size. And then
the minimum circuit apacity is twenty nine point one. Then a ten gage is
good for thirty amps under the sixty degree column. You're perfectly fine for that.
There's no need for you to drop down to a thirty can you,
yes, because remember that thirty five max is a max. You can go
less, but there's a chance that it will not handle that in rush and
sudden starting and all that kind of stuff, unless maybe you have something like
soft starts or something. But other than that, just follow the nameplate.
Okay, pretty straightforward, all right. So that was that question. Let's
see if we can answer another one. All right, all right, okay,
so let me look and see what we've got here. We have another
question that was submitted through the portal, and it says, are you allowed
to install a light switch in a bathroom next to a tub or shower?
Okay, So one of the things that we want to look on this is
Okay, now we know that there is rules and there's always been rules about
receptacles and proximities and things like that. So this one's talking about just the
switch and he wants to know about installing it next to a bath tubble shower.
Now, you didn't give code reference, right, you didn't give it
code cycle. And I encourage people to please always give me whatever cycle of
the NEC that you're working on, because for me, it allows me to
be able to be as detailed as possible based on the code cycle that you're
working on. Okay, so again that to me, it's important, all
right. So what we want to look at is four zero four, which
is for switches. In case you're a student out there and you're like studying
for the code and you're like four zero four, you want to get used
to all those code references, right, so that when you're sitting on an
exam or it's really nice when you're out in the field, right and you
can just quote these things off right, makes it so much easier. It
makes life easier, and it's impressive when you can just quote off code.
Right. So four zero four is for switches, and what I want to
look at four zero four dot four damp and wet locations. It says you
have an item C it says switches in tub or shower spaces. It says
switches shall not be installed within tub or shower spaces unless installed as part of
the listed tub or shower assembly. Okay, so this is talking about switches
that are actually inside the tub or shower space. Okay, not talking about
proximity to it that type of thing. So it is more specifically about within
that space. And this is the twenty twenty three AEC. I don't see
anything that would have a you know, more of a proximity thing to the
tub or shower, and I believe it is uh in Canada. I believe
Canada Canadian rules have their own little thing about that. Now, interesting enough,
we understand that everything gets bonded, box bonded most of the time.
The switch is non metallic, plates are non metallic, and you have screws,
you know, the screws and all that type of stuff. Then you
have to make sure that you know everything is is properly bonded. Of course,
they're going to screw into the device, right and that advice it's going
to be bonded to the box or through an equipment bonding jumper or connected to
the equipment ground of conductors and all that kind of stuff, so it should
not be an issue. So I am not aware of and I could be
wrong, but I'm not aware. I'm not seeing anything right up front about
the you know, being next to the shower. Right, it's not in
the shower, it's not in the footprint. Now, what's ironic with that
is obviously you have an application when it comes to receptacles, and it's very
specific about that, right. It talks about those type of bathtub and shower
spaces. Right, So for receptacles, and I know that wasn't the question,
but for zero six dot nine, and I'm in the twenty twenty three
and you go down to C it says bathtub and shower space. It says
receptacles shall not be installed inside the tub or shower or within a zone measured
three feet from the outside edge of the bathtub. So that's that zone three
foot eight foot, you know that zone. Not mounted in those zones,
and it does not want a receptacle. So that's the general rule for that.
Okay, a couple exceptions to that, but that's the general rule to
that. I won't get into the exceptions. We're just talk general rule because
that's receptacles, and that wasn't the that wasn't the gist of the question that
was asked, so we went to four zero four. I didn't see anything
that prohibits you being right next to it that type of thing. But just
to be aware that is a violation in Canada, I believe they do have
a switch issue violation. There's my dog hollering, so he's being very vocal
today. All right, so hopefully that answers that question. I'm not aware
of anything that would do that, all right, all right, so welcome
back here to another question. And on this question, it's pretty straightforward.
Somebody says, Hey, Paul, I'm a master electrician in Texas and I
want to get into your CMBCP program. What do I have to do in
What are the benefits of becoming a CMECP. Okay, great question, not
really code related, but I figured i'd answer this question for you. So
a little bit of backstory. I created the CMMECP program and had all those
acronyms trademarked and everything and created this program back I believe is like twenty sixteen,
twenty seventeen, and the whole concept of the CMECP program was to take
your knowledge to the next level. You know, master electricians they get their
master license and that's it, right. They just they feel like that's that's
it. That's they just stop. And I didn't like that. I wanted
to help master electricians take their game to the next level. I wanted to
help them keep continuing educating. And people say, well, Paul, isn't
it just a money grab for you to create a certification program? And the
answer to that is absolutely not. If you look at the price of it,
I hardly charge you anything for it, and I have not charged renewal
fees for any of our cmmecps since the enception of the program. I could
be hitting them with the renewal every two years, I could be sending them
invoices, and I don't because I believe that it's more important to develop the
program and have people committed to the program and understand it and what it can
do for you. Whether it's for marketing, whether it's for self esteem,
whether it's for internal promotion, whether it's for whatever. You choose to use
it, and that's up to you to use it. That way. The
process is pretty simple. You apply for it, go to CMECP dot org.
You apply for it, you send in your application fee, which I
believe is one fifty that allows us to do the background check, check your
licenses, verify that you're a master electrician. That covers all of your proctor's
exams when it's time to do those. It covers all the grading of our
course as you go move through the program, and it also once you do
that, once you're cleared, then you'll you will order your CEME ACP program
and basically you get the program at cost, where everybody else is, you
know, typically paying a lot more five and six hundred dollars. You're getting
it at cost, and you go through the program. You got six months
to complete the online portion. Then after that you have a proctered exam ask
any of our cmecps. It's very challenging, and once you pass that proctered
exam, it's a recorded exam, and then you go on and you have
to do an essay. In the past, we had what's called a five
on one where you had to get questions asked by five of cbcps. They're
all peers. But again during COVID, it was hard to get everybody the
same time and it's still a challenge. So we resulted to doing what's called
an essay at the final stage. And what you do is you do an
essay on any part of the code that you feel comfortable. That's at least
a five hundred to one thousand word essay, and you you you explain or
you teach an aspect of the NEC to us. And what it does is
I don't grade that. What I do is I send that to our board.
Okay, they're candidate review board, and they will give a thumbs up
or thumbs down. The percentage of people that make it to that final stage
is very low, okay. And it's not because it's hard. Code is
code. How many times have you heard me say that code is code?
But if you're a master electrician and you want to enhance your skills, you
always want to test your knowledge, and that's what the program does. It
tests your knowledge. It makes sure that you understand the key fundamentals of calculations,
the key fundamentals of the NEEC. Maybe you're a leader in your company,
the owner of the company, whatever it is. It tests your knowledge
and makes it validated because then you complete it and you have to get you
have to complete the course successfully, go through the course, pass every unit
as every element exam, and once you pass that within six months, which
again people think that sounds easy, but we all have life. That happens,
and so a lot of times the students get caught up in time and
they just run out of time, and we don't make exceptions for anybody.
You run out of time, then what happens is you either have to start
the process over again because we don't give you a second chance in that program.
That's not what we do there. So the percentage of passing the program
is very low because life just gets in the way, you know, family,
business, kids, you run out of time. Very few people have
ever failed out or flunked out of it, very few. That's not the
issue why people don't finish our CEBCP program. It's usually the time factor.
Now, once you pass the online part, the proctered exam, recorded exam,
and the essay, it all happens pretty rapidly. So once you finish,
you have to do the proctered recorded exam with the d thirty days of
ending your program, and then you have up to thirty additional days to get
you your essay in okay. So really you have eight months total to complete
the entire process, but the online portion has to be done in six months,
and it can be done. We have cmecps that have done it.
Jay Grunberg done it. Okay. If you really want to test your knowledge
and really feel confident, if you're a code geek and this is the thing
for you and you get to use the acronym, you get to use it
in marketing promotion. However you deem fit, you've earned it, and we
record that and we make it available to anybody that wants to challenge your certification.
That's part of the bylaws. We actually keep it recorded and we keep
it on file so that we have all those proctered exams are recorded and kept
on file, and so if anybody inquires about your certification, you get a
certificate. If they inquire about it, we will let them know how you
did. So again, people want to know what does that give me?
I know, it's famous over on that whole forum where they're like, well,
I wouldn't do that. It's because they're so self conscious anyway, but
they don't want anybody to challenge them. They don't see the value in saying,
look, I'm gonna step outside of my comfort zone and just test my
knowledge. You don't have to tell everybody if you don't want. But this
is certainly not a money grab by me. We're a corporation. This is
this is part of validation of your licensure, no difference, And you go
to get ic C certifications no different than you might go to get an NFPA
certification. Voluntary certifications being what they are, whether some endite accepts it or
not, we can't control that, and we're not going to try to control
that. So it is very much to enhance your marketing. What elevates you
over the competition. Why would you put it on your business card to enhance
over somebody else. Those are many things that you do with that, right,
and so the reasoning behind all that is that it can enhance you,
right. So anyway, those are those are some of the things that that
we that are benefits for the CMACP program. If you're interested in it,
go to CMACP dot org and read all about it. If you want to
get in the program, submit your application, But immediately it's not going to
do you any good to just submit your application. We have some people out
there that are in the Q waiting, and we've let them known that you
can submit your app but nothing will be done until you pay the one hundred
and fifty dollars to pay for the time that's going to invest in validating you
before we move on to the next step. Okay, so you know there
are costs involved with it, but the costs are so fricking low for the
certification program and everything that's involved that it's not even funny. Nobody's getting rich
on that, I promise you, And we don't want everybody. I can
promise you. I do not want everybody in that program. I do not,
So it's not right for everybody. If it's not right for you,
Rather than bash it, you don't understand it, you're not in it,
you don't know it, just shut up and move on. That's my advice
on that. So hopefully that answers that question. For the CMACP program,
we'd love to have you in it if you're a master. Also, I
would be remiss if I didn't tell you that we have a journeyman program.
It's the apprenticeship program, and it's the best of both worlds because really what
it is is it allows you to go in there as a journeyman electrician.
If you're studying become a math Most people don't know about this program. You
can go in and get into the apprenticeship program and you can get the same
study course that you would get if you were a fast track student, right,
and you get to go through the program. The only caveat is that
by the end of twelve months you have to be ready to take your math.
You have to have already passed your masters, because that's the whole point,
right. So once you do that, Let's say you get into our
apprenticeship program under the CEMECP program, and eight months from now you pass your
master's exam because you're studying for the exam. Then you come to us and
you show us that you passed it and you're now a master. Will you
automatically jump now to the last two has two stages, and that is the
proctor, and you jump to the you jump to the procter, and you
jump to the actual essay stage. Okay, So again it's a little more
forgiving, and that's available for journeymen. Uh, if you're a master,
then we're already going to impose that six months threshold. For you. But
if your journeyman you get, you get a whole year. So that is
another course of action where somebody can kill two birds with one stone. You
can be you know, you can join as a journeyman, but your expectation
is you have to be a master at the end of the year. And
obviously that's what you're going for anyway, right, I mean, that's what
your goal is. So it's you kill two birds with one stone. So
that's a great program, the apprenticeship program, and not very many people use
that. But if you have aspirations to get your masters and you're a journeyman,
but you also see the benefit of the certification, then that's the way
to go. And I probably don't do a good job of promoting that,
and I don't do a good job at all at promoting the CMBCP. I'm
the acting executive director. At some point we would like to get somebody that's
the full director. We had plans for somebody to do that but really didn't
fall through because they had other aspirations to to do other things like become a
TikTok star. So anyway, we've moved on from that and we're still working
on it. But that's a great program. Hopefully you can check it out
all right, So let's go on an end on a question here that was
submitted through the portal. It says, Hey, Paul, I'm currently in
your fast Tracks program, but I have a work related question. We install
a lot of residential standby generators and service rated transfer switches. When updating the
grounding, I always pound two ground rods and run a water bond if metal
water if in ground metal water pipe, if it's available. My question is
about the ground metal water pipe. I understand that if the water pipe coming
into the house is metal, you should run a grounding electro conductor to that
metal pipe within five feet of where it enters the house. I'm confused because
I recently had a local inspector tell me I need to run a grounding electroc
conductor to a water pipe, but it comes into the dwelling in plastic and
changes over to copper after it enters the basement. Do you still need to
run a ground to the metal water piping in the dwelling even if it comes
into the house in plastic. If so, does it still need to be
within five feet of entering the house, or can you just bond the metal
water piping closest to the panel. Hope this question makes sense. Okay,
does make sense, and I believe I have talked to the submitter about this.
Sorry for my dogs getting crazy here at the studio. My wife's not
here to attend to them, so they're just going nuts. So it sounds
like the inspector's a little confused. If your water pipe ground outside, if
the water pipe is plastic, then you do not have a water pipe ground
Okay, so two fifty fifty two A one is not in play. So
the fact that the plastic pipe comes into the building and then changes over to
let's say copper throughout the building, then what you're doing is you're not running
a grounding electro conductor to the copper water pipe. You're running a bonding conductor
to the water pipe. And that's going to be in two fifty one zero
four. It's not going to be something that invokes two fifty sixty six for
grounding electro conductors and whatnot. Totally different thing. So, since the metal
water piping system is running through the house, you're required to bond that.
So if you've got your code books or I'll give you references, so you
can you can look at that. So in your code books, you want
to go to two fifty and you want to go to one zero four.
Okay, now one zero four for those that have it. This is for
bonding of pipe systems and exposed structural steel. The very first one in two
fifty one zero four A is metal water piping. It says the metal water
piping system. Okay, so that would be the system for the dwelling.
If it was a metal water piping system. We're used to copper an example,
but it could be galvanized steel or whatnot. If that's the metal order
piping system. What it says under A one is that the metal water piping
system installed in or attached to a building or structure shall be bonded to any
of the following. Number one, you can go from that metal water piping
system over to the service equipment enclosure. That's one thing you could do.
You could go from that metal water piping system over to the rounded conductor at
the service. So typically you can go to that grounded conductor terminal bus in
the service. Okay. Number three, you can go to the grounding electrode
conductor if it's sufficiently sized. Right. So the reason we say that is
because maybe you the grounding electro conductor goes to ground rods and it's only a
six, right, because that's all that's required in two fifty sixty six a
right, So maybe it's a six, but maybe the size of that bonding
jumper it needs to be bigger than a six, So then you couldn't go
to the grounding electro conductor because it was only size six. So that's why
it says if it's of sufficient size, it may not be of sufficient size.
So that's why it says that. And then the last one says you
can take it from that metal order piping system over to one or more grounding
electrodes that are used if the grounding electrode conductor or the bonding jumpers, because
you could have multiple electrodes connected together to the grounding electrodes is of sufficient size,
so they have to be sized properly. So if for some reason the
sizing of the connections to these electrodes were based on two fifty sixty six,
but the bonding jumpers that you're going to be doing are typically going to be
a size in accordance with two fifty one zero two C one and things like
that. So as long as all those bonding jumpers to those electrodes and the
bonding jumpers between electrodes are the right size, then I can go from that
metal water piping system and run it straight over and connected to those electrodes if
I want, right. So that's what it says in two fifty one zero
four A one. Now where I think that the inspectors getting confused is that
he thinks that what you've got is an electrode, right, And so fifty
two A one is a metal underground water pipe, and that is the one
that we're talking about that says, you know, once you have to have
ten feet or more in contact with the earth to qualify as an actual electrode,
and that's what a grounding electrode conductor would connect to. So I'm thinking
that they probably just he's confused, That's what I'm thinking it's taking place,
right. I think that at some point there's some mixed confusion about those type
of applications and they're not really sure what's going on with that. That's my
take on that. So hopefully you can get with your electrical inspector and say,
hey, bro, We're not talking about a grounding electro conductor. We're
talking about a bonding jumper. So two different things, right, So that's
what it sounds like you're talking about. Now, interesting with that, the
plastic coming in, Let's say it was not a concrete case electrode, I
mean, excuse me, a water pipe ground outside didn't qualify. Wasn't ten
feet in contact of the earth because maybe it was wrapped in some kind of
protective membrane, so it wasn't in direct contact surface direct contact with the earth,
Then it's not an electrode, No different than if a concrete and case
electrode is installed over top of of a vapor barrier. It's not in contact
with the earth. So it may be there, but it's not an electrode.
If that's the case, and it comes into the building and you have
five feet or less, let's say of metal piping, that doesn't constitute a
metal piping system. That's just a small piece. OK. So there's a
lot of confusion over that as well. So there's no way that I would
make somebody bond a little five foot piece because I would say that is not
the water piping system. Now, if the entire system in your house and
is made up of the water piping system is made up of metal. Then
that's a bonding aspect, and that's where two fifty one zero four has come
into play. That you still gotta have that conversation with your AHJ because they're
gonna get confused about little pieces. And no, I don't ever invite anybody.
Sorry, bro, people are gonna learn I don't do connect I don't
mash up with people. Why would I do that anyway? So I can't
control what comes out their mouth. So that's why I would never never connect
with anybody, especially on this platform that I don't know. So anybody ever
requests to join me on a stream, it ain't happening except for if I
know you, so anyway, why would I do that. I don't know
people in here, So anyway, there you go. That's uh, folks.
For those that are listening in to podcasts, I'm also streaming on TikTok,
and so people are requesting to be invited to my live stream and I
just I don't do those things, Okay, okay, all right, all
right, folks. Well that's it. That's about thirty five minutes or so
of some let's ask Paul, I have a bunch more to do. Please,
by all means, feel free to submit your questions to me at Paul
Abernathy dot com. I would love to answer your questions. Be as detailed
as you can. Make sure you let me know what code reference or what
cycle you're working on so that we can be very accurate, because the codes
have changed from seventeen to twenty twenty to twenty twenty three, and you know
I even get questions on two thousand and eight. So for me to be
accurate in your question, you need to make sure that you're accurate in how
you write your question. Okay, with that old saying, crap in,
crap out, don't blame me if I don't answer your question, if you're
not descriptive enough, Okay, that's on you. All right, folks,
Till next time, Stay safe, God bless and remember get our free mobile
app. It's free. You can communicate with us free on there, and
you can get a lot of calculators. All you got to do is go
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it's f A S T t R A x S Y S t e M
dot com and go to the navigation you'll see where it says mobile app.
Get our app. It's free, Accept it for notifications. A lot of
great tools on there for free, and we're always adding new stuff. All
right, all right, folks, Till next time, stay safe, God
bless and we will catch you on the next episode of Let's Ask Paul.