1 00:00:00,880 --> 00:00:02,799 Hey, everybody. Welcome back to the show. My 2 00:00:02,799 --> 00:00:04,960 name is Sean Tierney from Insights and Automation. 3 00:00:04,960 --> 00:00:06,179 And today, we're talking 4 00:00:06,559 --> 00:00:09,359 e t 200 s p distributed IO from 5 00:00:09,359 --> 00:00:09,859 Siemens. 6 00:00:10,400 --> 00:00:11,759 Before we go any farther, I do wanna 7 00:00:11,759 --> 00:00:14,115 thank Siemens for sending in the samples and 8 00:00:14,115 --> 00:00:15,875 for sponsoring this episode so it will be 9 00:00:15,875 --> 00:00:17,795 ad free, and that's as far as it 10 00:00:17,795 --> 00:00:20,274 goes. Everything else is my own opinion and 11 00:00:20,274 --> 00:00:22,914 thoughts. And, although I do appreciate them making 12 00:00:22,914 --> 00:00:24,935 this ad free and sending in the samples 13 00:00:25,154 --> 00:00:26,515 because I wanna be able to show them 14 00:00:26,515 --> 00:00:28,420 to you if I didn't have them. And, 15 00:00:28,660 --> 00:00:30,019 this is one of the reasons I'm doing 16 00:00:30,019 --> 00:00:31,460 this is I just put these hands on 17 00:00:31,460 --> 00:00:34,100 demos together for my students who come out 18 00:00:34,100 --> 00:00:36,760 to the automation school for hands on training. 19 00:00:36,979 --> 00:00:38,260 So I wanted to have something they could 20 00:00:38,260 --> 00:00:40,340 bring to their station and program with an 21 00:00:40,340 --> 00:00:42,134 s seven twelve hundred or 1,500. 22 00:00:42,295 --> 00:00:44,054 And, so I'm creating a bunch of these, 23 00:00:44,054 --> 00:00:45,335 and you'll see more and more of these 24 00:00:45,335 --> 00:00:47,574 as the weeks go on. But in any 25 00:00:47,574 --> 00:00:49,655 case, I we previously covered a couple on 26 00:00:49,655 --> 00:00:51,494 IFM, but now I'm doing the e t 27 00:00:51,494 --> 00:00:53,174 200 s p. So we'll take a closer 28 00:00:53,174 --> 00:00:55,174 look at the hardware in a little bit. 29 00:00:55,174 --> 00:00:56,570 But But before we get into the hardware, 30 00:00:56,570 --> 00:00:58,590 I did wanna run through some slides that 31 00:00:58,649 --> 00:01:00,570 do a great job of explaining what e 32 00:01:00,570 --> 00:01:02,490 t 200 s p I o is. And, 33 00:01:02,490 --> 00:01:04,810 again, I call it distributed IO, not remote 34 00:01:04,810 --> 00:01:06,270 IO because here in America, 35 00:01:06,810 --> 00:01:08,489 most of us know there is a remote 36 00:01:08,489 --> 00:01:12,004 IO product from Rockwell Automation that is trademarked, 37 00:01:12,545 --> 00:01:15,265 Rockwell. So we don't wanna confuse people by 38 00:01:15,265 --> 00:01:17,825 using the term remote IO when possible. So 39 00:01:17,825 --> 00:01:19,265 let's go ahead and go to the slide 40 00:01:19,265 --> 00:01:20,004 deck now. 41 00:01:20,784 --> 00:01:21,265 And, 42 00:01:21,744 --> 00:01:23,504 the first slide is and, again, these this 43 00:01:23,504 --> 00:01:26,049 is a slightly of a couple three year 44 00:01:26,049 --> 00:01:28,450 old slide deck from Siemens that we're gonna 45 00:01:28,450 --> 00:01:29,269 be going through. 46 00:01:29,569 --> 00:01:31,650 And, you know, the first thing is, hey. 47 00:01:31,650 --> 00:01:33,409 E t 200 s p and e t 48 00:01:33,409 --> 00:01:35,890 200 m p I o or I p 49 00:01:35,890 --> 00:01:38,454 20 in cabinet I o. They're not on 50 00:01:38,454 --> 00:01:40,234 machine or machine mount IO. 51 00:01:40,534 --> 00:01:42,295 And, of course, the e t 200 MP 52 00:01:42,295 --> 00:01:44,215 is the full size IO that's about the 53 00:01:44,215 --> 00:01:45,995 same size as the 1,500, 54 00:01:46,055 --> 00:01:48,135 whereas the SP is the smaller. They're like 55 00:01:48,135 --> 00:01:49,974 the slice IO you see from all the 56 00:01:49,974 --> 00:01:51,730 different vendors. A matter of fact, a couple 57 00:01:51,730 --> 00:01:53,650 of big vendors are coming out with new 58 00:01:53,650 --> 00:01:55,810 IO this fall or have already come out 59 00:01:55,810 --> 00:01:57,810 with it, and we'll be covering those as 60 00:01:57,810 --> 00:01:59,969 well in the coming weeks. But today, we're 61 00:01:59,969 --> 00:02:02,609 focusing on e t 200 s p. And 62 00:02:02,609 --> 00:02:03,490 so I wanted to, 63 00:02:04,115 --> 00:02:06,115 talk about, you know, this is a marketing 64 00:02:06,115 --> 00:02:08,194 slide that Siemens puts in their presentations, and 65 00:02:08,194 --> 00:02:10,514 it makes sense. All the vendors wanna have 66 00:02:10,514 --> 00:02:12,215 IO for all the different applications, 67 00:02:12,754 --> 00:02:14,754 and Siemens is no different. And, actually, they 68 00:02:14,754 --> 00:02:17,094 got some stuff that other vendors don't have. 69 00:02:17,270 --> 00:02:19,449 But I'm gonna go right beyond this one 70 00:02:19,510 --> 00:02:20,969 and jump right into, 71 00:02:21,990 --> 00:02:23,909 you know, the main selling points of this 72 00:02:23,909 --> 00:02:26,469 product line where it's compact, it's fast, it's 73 00:02:26,469 --> 00:02:28,870 any of NG efficient, it's easy to wire, 74 00:02:28,870 --> 00:02:30,810 and I can attest to that having done 75 00:02:30,870 --> 00:02:33,115 three, four hundred wires here. It was very 76 00:02:33,115 --> 00:02:35,455 easy to wire. I really liked it. 77 00:02:35,995 --> 00:02:38,415 They say it has a great environmental coverage. 78 00:02:38,555 --> 00:02:39,935 There actually is, 79 00:02:40,635 --> 00:02:42,635 some extreme modules. We'll talk about that towards 80 00:02:42,635 --> 00:02:45,159 the end. And then built in diagnostics. Again, 81 00:02:45,159 --> 00:02:47,000 depending if you buy the high function and 82 00:02:47,000 --> 00:02:49,239 standard or basic modules, right, will depend on 83 00:02:49,239 --> 00:02:52,360 what kinda diagnostics you get. In any case, 84 00:02:52,360 --> 00:02:54,199 here is what it looks like now. The 85 00:02:54,199 --> 00:02:56,439 coloring of this slide, I think that the 86 00:02:56,439 --> 00:02:58,699 pictures colors the gray is a little lighter, 87 00:02:58,835 --> 00:03:01,474 almost it's almost like a light green. It's 88 00:03:01,474 --> 00:03:03,155 darker in person as we saw. Let me 89 00:03:03,155 --> 00:03:05,495 switch over here. As you can see here. 90 00:03:05,715 --> 00:03:07,395 So, I don't know what's going on with 91 00:03:07,395 --> 00:03:09,395 that, but one of the things you do 92 00:03:09,395 --> 00:03:10,935 see on this slide is, 93 00:03:11,250 --> 00:03:12,849 one of the first things you'll notice is 94 00:03:12,849 --> 00:03:15,489 a fail safe module, so safety modules. So, 95 00:03:15,489 --> 00:03:17,569 yes, you can mix standard and fail safe 96 00:03:17,569 --> 00:03:18,949 modules in the same 97 00:03:19,329 --> 00:03:20,870 rack or same lineup. 98 00:03:21,250 --> 00:03:23,009 The other thing you'll notice is it's compact 99 00:03:23,009 --> 00:03:25,009 like most of the Slice I o that's 100 00:03:25,009 --> 00:03:28,075 out there. Energy efficient ruggedness, there is an 101 00:03:28,075 --> 00:03:29,615 extreme version of this available. 102 00:03:30,715 --> 00:03:33,775 Intelligent, you can get high functionality modules. Right? 103 00:03:34,155 --> 00:03:36,875 Push in terminals, which I really liked, very 104 00:03:36,875 --> 00:03:38,955 easy to use, tool free connections. Of course, 105 00:03:38,955 --> 00:03:40,519 if you'd put a wire in the wrong 106 00:03:40,519 --> 00:03:42,039 place, which happened to me once or twice 107 00:03:42,039 --> 00:03:43,500 out of 400 wires, 108 00:03:44,199 --> 00:03:45,639 you can use a screwdriver and get it 109 00:03:45,639 --> 00:03:47,340 out really quick, and then, 110 00:03:47,959 --> 00:03:50,539 reduced parts of variance. So that's their marketing 111 00:03:50,919 --> 00:03:52,519 on this product line, but I also wanna 112 00:03:52,519 --> 00:03:54,360 call attention all the different ways you can 113 00:03:54,360 --> 00:03:56,235 actually mark up the products. You can put 114 00:03:56,235 --> 00:03:57,995 labels in the front, right in the front 115 00:03:57,995 --> 00:04:00,074 of the module itself. You can put labels 116 00:04:00,074 --> 00:04:02,314 on top and on the back as well. 117 00:04:02,314 --> 00:04:04,474 So a lot of different labeling options is 118 00:04:04,474 --> 00:04:06,635 also a color coding you can put over 119 00:04:06,635 --> 00:04:08,155 the terminals as well. We'll see that a 120 00:04:08,155 --> 00:04:10,079 little bit later. In any case, 121 00:04:10,379 --> 00:04:12,539 this is the physically how it goes together. 122 00:04:12,539 --> 00:04:14,699 So first of all, it doesn't you they 123 00:04:14,699 --> 00:04:16,620 don't all just slide together like tongue and 124 00:04:16,620 --> 00:04:17,979 groove. You do have to put them on 125 00:04:17,979 --> 00:04:20,139 the DIN rail and slide them into each 126 00:04:20,139 --> 00:04:22,139 other from right to left. So keep that 127 00:04:22,139 --> 00:04:22,634 in mind. 128 00:04:23,115 --> 00:04:25,915 Okay. And we always start the leftmost part 129 00:04:25,915 --> 00:04:28,175 is what we call an interface 130 00:04:28,555 --> 00:04:29,055 module. 131 00:04:29,595 --> 00:04:31,035 And so think of that if you're a 132 00:04:31,035 --> 00:04:33,514 Rockwell guy, that's your adapter. Okay? Now the 133 00:04:33,514 --> 00:04:36,634 interface module, most of these take a bus 134 00:04:36,634 --> 00:04:39,069 adapter. In other words, you can choose copper 135 00:04:39,069 --> 00:04:40,509 or you can choose fiber, or you can 136 00:04:40,509 --> 00:04:42,750 choose copper and fiber. And I love this 137 00:04:42,750 --> 00:04:44,830 design because, well, I'm sure it adds a 138 00:04:44,830 --> 00:04:47,150 little cost to the product. Being able to 139 00:04:47,150 --> 00:04:49,069 swap out copper for fiber if you need 140 00:04:49,069 --> 00:04:51,550 to or do one copper one fiber if 141 00:04:51,550 --> 00:04:52,904 you need to, I think it's a great 142 00:04:52,904 --> 00:04:55,305 idea. That kind of flexibility is great. Now 143 00:04:55,305 --> 00:04:57,785 there is a low cost interface module that 144 00:04:57,785 --> 00:05:00,665 has that bus adapter built in, but in 145 00:05:00,665 --> 00:05:02,185 any case, most of them, as you'll see, 146 00:05:02,185 --> 00:05:03,704 what was what I'll show you here on 147 00:05:03,704 --> 00:05:04,444 the workbench, 148 00:05:04,889 --> 00:05:07,129 it's module. You choose the one you want 149 00:05:07,129 --> 00:05:09,329 and this basic and advanced and we'll take 150 00:05:09,329 --> 00:05:11,529 a look at all those. Then you have 151 00:05:11,529 --> 00:05:13,529 the bases and the IO modules and we'll 152 00:05:13,529 --> 00:05:15,370 look at this in real time here on 153 00:05:15,370 --> 00:05:17,415 the workbench in a moment, but you can 154 00:05:17,415 --> 00:05:20,134 see here the basis of what the IO 155 00:05:20,134 --> 00:05:22,134 modules plug into. If you look there on 156 00:05:22,134 --> 00:05:23,654 the the fourth item there, it's just a 157 00:05:23,654 --> 00:05:25,274 base module without the IO. 158 00:05:25,574 --> 00:05:27,495 And, that's what clips onto the DIN rail 159 00:05:27,495 --> 00:05:29,175 and slides together, and then we stick our 160 00:05:29,175 --> 00:05:31,399 IO modules in. Also, share the keying. A 161 00:05:31,399 --> 00:05:32,519 lot of people leave that out, but I 162 00:05:32,519 --> 00:05:34,199 think it's pretty cool what they do there. 163 00:05:34,199 --> 00:05:35,720 And at the very end, they have something 164 00:05:35,720 --> 00:05:37,100 called a server module. 165 00:05:37,639 --> 00:05:39,479 The name for this, I'm thinking of servers 166 00:05:39,479 --> 00:05:41,479 like a computer server. So I don't know 167 00:05:41,479 --> 00:05:43,319 what happened with the translation there, but it's 168 00:05:43,319 --> 00:05:45,000 like an end cap. If you're a Rockwell 169 00:05:45,000 --> 00:05:46,914 person, it's like an end cap. You gotta 170 00:05:46,914 --> 00:05:47,975 have that at the end. 171 00:05:48,354 --> 00:05:50,914 It doesn't really serve up anything, but, in 172 00:05:50,914 --> 00:05:52,854 any case, you gotta have it. So 173 00:05:53,555 --> 00:05:55,074 in any case, then you can see kinda 174 00:05:55,074 --> 00:05:56,294 how it's laid out there. 175 00:05:56,675 --> 00:05:58,435 Let's go ahead and go to the next 176 00:05:58,435 --> 00:06:01,199 slide here. And, these are all the different 177 00:06:01,199 --> 00:06:03,759 type of interface modules they have. So the 178 00:06:03,759 --> 00:06:05,600 very basic one, right, if you needed a 179 00:06:05,600 --> 00:06:07,839 low cost drop of IO, it only does 180 00:06:07,839 --> 00:06:09,860 up to 12 modules, but, 181 00:06:10,560 --> 00:06:12,000 you know, it's an all in one unit 182 00:06:12,000 --> 00:06:14,365 with two Ethernet ports built in, and you 183 00:06:14,365 --> 00:06:15,964 can use all the modules with it except 184 00:06:15,964 --> 00:06:17,185 for safety modules. 185 00:06:17,564 --> 00:06:19,324 K. So that's important to know. Then we 186 00:06:19,324 --> 00:06:21,725 have the standard interface modules, which do up 187 00:06:21,725 --> 00:06:24,365 to 32 modules. Right? You can use safety 188 00:06:24,365 --> 00:06:25,024 with them. 189 00:06:25,564 --> 00:06:27,504 You can actually expand them to 190 00:06:28,000 --> 00:06:29,920 e t 200 a l if you needed 191 00:06:29,920 --> 00:06:30,819 to have some, 192 00:06:31,520 --> 00:06:34,580 on machine products or machine mount I o. 193 00:06:34,879 --> 00:06:36,319 I'll show you the a l in a 194 00:06:36,319 --> 00:06:38,259 future video. We're gonna cover that separately. 195 00:06:38,959 --> 00:06:39,615 And you can 196 00:06:40,175 --> 00:06:42,675 hot swap any single module at a time, 197 00:06:42,735 --> 00:06:44,495 which is very cool. And then, of course, 198 00:06:44,495 --> 00:06:46,095 if we go to the high featured, we 199 00:06:46,095 --> 00:06:47,714 get up to 64 modules. 200 00:06:48,414 --> 00:06:51,474 You can multi hot swap, multiple modules. 201 00:06:51,870 --> 00:06:54,209 You can actually set it for asynchronous mode 202 00:06:54,270 --> 00:06:55,629 so you can get the speeds up to 203 00:06:55,629 --> 00:06:57,009 two hundred fifty microseconds. 204 00:06:57,790 --> 00:06:59,709 So it's, very cool there. And you can 205 00:06:59,709 --> 00:07:01,709 see the other options there including the CPU, 206 00:07:01,709 --> 00:07:03,629 which we will cover. That'll probably be next 207 00:07:03,629 --> 00:07:04,290 week, though. 208 00:07:04,785 --> 00:07:07,504 Alright. So, one of the cool features they 209 00:07:07,504 --> 00:07:09,665 have is this was new at the time 210 00:07:09,665 --> 00:07:11,685 of this, you know, two, three years ago 211 00:07:11,904 --> 00:07:14,305 of this presentation is they added a, 212 00:07:15,425 --> 00:07:17,845 a unit that actually could use three Ethernet 213 00:07:17,904 --> 00:07:19,829 ports. So why would you do that? Well, 214 00:07:19,829 --> 00:07:21,589 think of it. Right? You maybe you're daisy 215 00:07:21,589 --> 00:07:24,069 chaining from one interface module to the next 216 00:07:24,069 --> 00:07:25,350 and you have a station where you either 217 00:07:25,350 --> 00:07:27,750 need a bulkhead connector so you can program 218 00:07:27,750 --> 00:07:29,129 from or you have an HMI. 219 00:07:29,669 --> 00:07:32,714 You need that third connection. Right? And so 220 00:07:32,714 --> 00:07:34,814 this allows you to have three connections. Now 221 00:07:34,954 --> 00:07:37,834 the downside of this is you actually have 222 00:07:37,834 --> 00:07:39,594 four connections, but you can only use three 223 00:07:39,594 --> 00:07:40,794 and I'll show you what I mean here. 224 00:07:40,794 --> 00:07:42,954 Let's go back to the overhead, and I 225 00:07:42,954 --> 00:07:44,794 actually have that module right here. Thank you, 226 00:07:44,794 --> 00:07:47,050 Siemens, for sending him in. And you can 227 00:07:47,050 --> 00:07:49,350 see I have my two bus adapters, 228 00:07:49,889 --> 00:07:51,410 but I can only use three of the 229 00:07:51,410 --> 00:07:54,230 four. Okay? So it's it's just a limitation. 230 00:07:55,089 --> 00:07:56,610 And, you know, I don't really know why 231 00:07:56,610 --> 00:07:58,210 they're limited to that. I'm sure there's a 232 00:07:58,210 --> 00:08:00,285 reason. I was thinking about that earlier. It's 233 00:08:00,285 --> 00:08:02,365 like, maybe they wanted to prevent this or 234 00:08:02,365 --> 00:08:04,204 that or the other thing, but in any 235 00:08:04,204 --> 00:08:04,605 case, 236 00:08:05,004 --> 00:08:07,564 it's still cool. It's so much cheaper than 237 00:08:07,564 --> 00:08:08,925 buying a switch and putting it in that 238 00:08:08,925 --> 00:08:11,165 place. Well, in most cases, it would be. 239 00:08:11,165 --> 00:08:13,129 Right? There's also the optional, 240 00:08:13,529 --> 00:08:15,689 grooves here. Let me switch back. There's also 241 00:08:15,689 --> 00:08:17,289 optional grooves here. I don't know if you 242 00:08:17,289 --> 00:08:18,649 can see them very well. We'll zoom in 243 00:08:18,649 --> 00:08:20,669 later. But that is for, 244 00:08:21,689 --> 00:08:23,370 strain relief, if you need to have that 245 00:08:23,370 --> 00:08:25,529 as well. You can see those plastic pieces 246 00:08:25,529 --> 00:08:26,969 go in, and then you can, 247 00:08:27,584 --> 00:08:29,345 you know, zip tie your cables right to 248 00:08:29,345 --> 00:08:29,845 them. 249 00:08:30,464 --> 00:08:33,684 So very interesting new product there. And then 250 00:08:33,825 --> 00:08:35,605 these are all of the different, 251 00:08:36,784 --> 00:08:38,784 bus adapters. So you can see there's, 252 00:08:39,264 --> 00:08:41,764 basic ones with two RJ 45 ports, 253 00:08:42,169 --> 00:08:42,829 two FastConnect 254 00:08:43,129 --> 00:08:45,309 ports. There's, units with, 255 00:08:45,929 --> 00:08:49,370 one RJ forty five one fiber optic and 256 00:08:49,370 --> 00:08:51,209 so on. So lots of different options there 257 00:08:51,209 --> 00:08:53,129 to choose from. And, again, not a lot 258 00:08:53,129 --> 00:08:54,569 of people do this. You have to replace 259 00:08:54,569 --> 00:08:57,845 the whole interface module with other companies' products, 260 00:08:57,845 --> 00:09:00,084 like in Rockwood would be an adapter to 261 00:09:00,084 --> 00:09:02,164 get a difference. Right? And here, you don't 262 00:09:02,164 --> 00:09:03,924 have to. You just replace the, 263 00:09:04,644 --> 00:09:05,944 the, bus adapter. 264 00:09:06,725 --> 00:09:09,044 Okay. Now here's just showing the different type 265 00:09:09,044 --> 00:09:11,340 of modules. So if you're familiar with Siemens, 266 00:09:11,340 --> 00:09:13,899 you know, all their modules come well, most 267 00:09:13,899 --> 00:09:15,580 of their modules come in different flavors. You 268 00:09:15,580 --> 00:09:17,660 have the standard, you have the basic, and 269 00:09:17,660 --> 00:09:19,500 you have the high feature. Right? And they're 270 00:09:19,500 --> 00:09:20,320 also showing, 271 00:09:20,940 --> 00:09:23,384 a safety module there with the yellow, and 272 00:09:23,384 --> 00:09:25,945 then you can also get high speed. So 273 00:09:25,945 --> 00:09:28,345 lots of different options here. And we'll take 274 00:09:28,345 --> 00:09:30,264 a look at that. But, they all have 275 00:09:30,264 --> 00:09:32,825 different, article numbers or part numbers for us 276 00:09:32,825 --> 00:09:33,325 Americans. 277 00:09:33,705 --> 00:09:34,524 And so, 278 00:09:35,065 --> 00:09:36,345 you know, if you're in OEM, you're just 279 00:09:36,345 --> 00:09:37,740 doing a lot of clickety clack, maybe you 280 00:09:37,740 --> 00:09:39,679 get all the basics. If you're in process, 281 00:09:39,899 --> 00:09:41,820 you're probably gonna want the high features, advanced 282 00:09:41,820 --> 00:09:44,720 diagnostics, and so on. So in any case, 283 00:09:45,259 --> 00:09:46,540 and this is what the front of them 284 00:09:46,540 --> 00:09:48,059 looks like. Of course, they have digital in 285 00:09:48,059 --> 00:09:50,059 and digital out. They have analog in and 286 00:09:50,059 --> 00:09:51,740 analog out. They also have what I call 287 00:09:51,740 --> 00:09:52,240 specialty. 288 00:09:52,615 --> 00:09:55,815 So they have technology modules and communication modules. 289 00:09:55,815 --> 00:09:56,554 I love, 290 00:09:57,254 --> 00:09:59,654 that they have, BACnet and IO Link and 291 00:09:59,654 --> 00:10:00,154 PROFIBUS, 292 00:10:00,855 --> 00:10:03,674 Aussie in this form factor as well as 293 00:10:03,894 --> 00:10:05,754 conning modules, position modules, 294 00:10:06,539 --> 00:10:09,679 energy management, weighing modules, all those different modules. 295 00:10:11,179 --> 00:10:12,700 And here's some of the other things too. 296 00:10:12,700 --> 00:10:15,259 So tool free, I did all three or 297 00:10:15,259 --> 00:10:17,820 400 wires. It was all tool free. I 298 00:10:17,820 --> 00:10:20,215 just put my wire in. Boom. It clamped 299 00:10:20,215 --> 00:10:21,654 a really good across your pool test every 300 00:10:21,654 --> 00:10:23,575 single one. Right? And so I've been one 301 00:10:23,575 --> 00:10:24,794 of the guys who've driven 302 00:10:25,174 --> 00:10:26,695 hours and hours to find out the problem 303 00:10:26,695 --> 00:10:28,215 wasn't with the product. It was with the 304 00:10:28,215 --> 00:10:29,815 guy who wired it. He didn't screw them 305 00:10:29,815 --> 00:10:31,894 down tight enough. So you pool test everyone, 306 00:10:31,894 --> 00:10:33,750 make sure they're in there solidly, and, I 307 00:10:33,750 --> 00:10:35,750 didn't have any problems at all. Very easy 308 00:10:35,750 --> 00:10:37,110 to take out. I have a couple that 309 00:10:37,110 --> 00:10:39,269 I forgot to run them through the Panduit. 310 00:10:39,269 --> 00:10:41,029 I just looped over the Panduit and and 311 00:10:41,029 --> 00:10:42,710 over the top of the box. And I'm 312 00:10:42,710 --> 00:10:44,070 like, Sean, if you put it in that 313 00:10:44,070 --> 00:10:45,429 way, you won't be able to close the 314 00:10:45,429 --> 00:10:47,054 cover. So So when you're doing so many, 315 00:10:47,054 --> 00:10:49,534 sometimes you get distracted. So in any case, 316 00:10:50,014 --> 00:10:51,375 very easy to get them back out if 317 00:10:51,375 --> 00:10:52,574 you put them in the wrong and you 318 00:10:52,574 --> 00:10:54,195 need to rewire them somewhere else. 319 00:10:54,735 --> 00:10:56,975 They say they're 50% narrower. I would say 320 00:10:56,975 --> 00:10:59,134 that versus the e t 200 m p. 321 00:10:59,134 --> 00:11:01,154 I think they're about the same size as, 322 00:11:01,470 --> 00:11:03,870 everybody else's slice IO, very close. And then 323 00:11:03,870 --> 00:11:05,250 you can see there the marking, 324 00:11:06,269 --> 00:11:09,149 at the bottom. Those reference identification labels, that 325 00:11:09,230 --> 00:11:10,289 those are pretty cool, 326 00:11:10,669 --> 00:11:12,769 if you need the color code, the wire, 327 00:11:13,309 --> 00:11:13,809 terminals. 328 00:11:14,345 --> 00:11:16,665 Okay. So let's go on from there and, 329 00:11:16,985 --> 00:11:18,985 this one is really cool too. Now this 330 00:11:18,985 --> 00:11:20,985 is a fairly new not everybody knows about 331 00:11:20,985 --> 00:11:24,424 this, but this is the multi field bus 332 00:11:24,424 --> 00:11:27,304 version of the interface module. I think this 333 00:11:27,304 --> 00:11:30,120 is so cool. It does Ethernet p. It 334 00:11:30,120 --> 00:11:33,480 does Modbus TCP, and it does PROFINET all 335 00:11:33,480 --> 00:11:35,080 in one module. It does set up a 336 00:11:35,080 --> 00:11:36,919 little differently. When I was testing it out, 337 00:11:36,919 --> 00:11:38,200 I was like, wow. That does set up 338 00:11:38,200 --> 00:11:40,379 a little differently than the other interface modules. 339 00:11:40,679 --> 00:11:42,519 But, I didn't have to use the, the 340 00:11:42,519 --> 00:11:44,139 separate tool to get it working. 341 00:11:44,475 --> 00:11:45,434 So in any case, 342 00:11:45,995 --> 00:11:47,674 very cool, and it can talk all three 343 00:11:47,674 --> 00:11:49,355 at the same time. So if you had 344 00:11:49,355 --> 00:11:51,274 a couple of the of people who needed 345 00:11:51,274 --> 00:11:53,754 to listen to the traffic, but you need 346 00:11:53,754 --> 00:11:56,154 one station to control it, then, you could 347 00:11:56,154 --> 00:11:57,514 have all three running at the same time. 348 00:11:57,514 --> 00:11:59,309 I just think that's so cool. And we 349 00:11:59,309 --> 00:12:00,830 do have one here. We're gonna do it 350 00:12:00,910 --> 00:12:02,830 use it first with the Siemens and then 351 00:12:02,830 --> 00:12:04,590 maybe use it with the Rockwells if time 352 00:12:04,590 --> 00:12:07,629 permits. But, definitely wanna do that, in another 353 00:12:07,629 --> 00:12:10,670 episode of the show. But, very cool. I'm 354 00:12:10,750 --> 00:12:12,350 I matter of fact, we just, did an 355 00:12:12,350 --> 00:12:14,774 episode. It's not released yet, but, it will 356 00:12:14,774 --> 00:12:16,934 be out shortly with the METTLENOTO I n 357 00:12:16,934 --> 00:12:19,575 d three sixty, and that also supports multiple 358 00:12:19,575 --> 00:12:21,254 protocols. So so cool. I love it when 359 00:12:21,254 --> 00:12:23,414 vendors do that all in the same part 360 00:12:23,414 --> 00:12:24,554 number. So cool. 361 00:12:25,575 --> 00:12:27,254 And so you can see more information about 362 00:12:27,254 --> 00:12:29,014 that here. I'm not gonna go into details. 363 00:12:29,014 --> 00:12:31,029 We'll talk about later, when we actually have 364 00:12:31,029 --> 00:12:33,110 the episode on that. And another thing I 365 00:12:33,110 --> 00:12:34,649 noticed with their high function 366 00:12:35,190 --> 00:12:38,470 modules, it says firmware 4.1 and up is 367 00:12:38,470 --> 00:12:40,870 that you can, so on the HF modules, 368 00:12:40,870 --> 00:12:42,809 you could do module to module communications. 369 00:12:43,429 --> 00:12:44,730 So you're talking, like, 370 00:12:45,424 --> 00:12:46,324 screw to screw, 371 00:12:46,784 --> 00:12:49,105 like, two hundred fifty microseconds. I think that's 372 00:12:49,105 --> 00:12:51,524 so cool. That's something else if time permits. 373 00:12:51,664 --> 00:12:53,745 In the coming days, we'll, do a demo 374 00:12:53,745 --> 00:12:55,504 on that too if we can get, if 375 00:12:55,504 --> 00:12:56,464 we have the time to do it. I 376 00:12:56,464 --> 00:12:57,904 just think it's a cool feature. I'd love 377 00:12:57,904 --> 00:12:58,964 to see it in action. 378 00:13:00,019 --> 00:13:02,580 There's other things in here about, other types 379 00:13:02,580 --> 00:13:03,160 of modules. 380 00:13:04,019 --> 00:13:05,620 I'm not gonna go through all this. 381 00:13:06,340 --> 00:13:08,340 This one I thought was pretty interesting. It's 382 00:13:08,340 --> 00:13:11,860 48 24 to 48 volts AC or 48 383 00:13:11,860 --> 00:13:12,840 volt DC. 384 00:13:13,144 --> 00:13:15,465 So eight inputs either AC or DC in 385 00:13:15,465 --> 00:13:17,465 those ranges and it has a built in 386 00:13:17,465 --> 00:13:19,485 fuse which I think is so important. Right? 387 00:13:19,705 --> 00:13:21,945 So, an interesting new module that does both 388 00:13:21,945 --> 00:13:24,105 AC and DC. Right? Looked like it was 389 00:13:24,105 --> 00:13:26,610 really designed for transportation and that kinda wraps 390 00:13:26,610 --> 00:13:29,009 up the PowerPoint slide. And, again, this is 391 00:13:29,009 --> 00:13:29,750 just one 392 00:13:30,289 --> 00:13:32,049 of many of their lines. Oh, I do 393 00:13:32,049 --> 00:13:33,649 wanna mention this. This should have been before 394 00:13:33,649 --> 00:13:36,450 that. This is the extreme version of what 395 00:13:36,450 --> 00:13:38,450 they call their psi plus extreme, where you 396 00:13:38,450 --> 00:13:40,950 get the minus 40 to 70 degrees c. 397 00:13:41,504 --> 00:13:42,545 You can install it, 398 00:13:43,105 --> 00:13:45,384 up to 5,000 meters. You know, the air 399 00:13:45,384 --> 00:13:48,144 is thinner up there. It can, handle salt 400 00:13:48,144 --> 00:13:50,565 mist, chemical, active substances. 401 00:13:51,024 --> 00:13:52,305 You know, this is a lot of people 402 00:13:52,305 --> 00:13:54,325 would think of this as conformally coated. 403 00:13:54,779 --> 00:13:56,879 So, you can see all of those different, 404 00:13:58,539 --> 00:14:00,480 regulations that the extreme version, 405 00:14:00,940 --> 00:14:02,720 makes. Okay? The Ciplas Extreme. 406 00:14:03,100 --> 00:14:05,100 So with that, let's see. Last slide here. 407 00:14:05,100 --> 00:14:06,779 So this is just one of many products. 408 00:14:06,779 --> 00:14:08,705 So we've covered this in the past. We 409 00:14:08,705 --> 00:14:10,965 covered the 1,200 to 1,500. 410 00:14:11,105 --> 00:14:13,585 This is the t 200 s p. We 411 00:14:13,585 --> 00:14:15,585 will be covering the a l and the 412 00:14:15,585 --> 00:14:17,985 Eco PN. I think these are both Eco 413 00:14:17,985 --> 00:14:18,485 PN, 414 00:14:19,985 --> 00:14:20,804 in the future. 415 00:14:21,149 --> 00:14:22,829 But with that, I wanna actually give you 416 00:14:22,829 --> 00:14:25,089 a physical demo of how this stuff works. 417 00:14:25,470 --> 00:14:27,569 So in any case, let me move the 418 00:14:28,509 --> 00:14:31,230 modules around here a little bit, and we'll 419 00:14:31,230 --> 00:14:33,309 be zooming in and out. So this is 420 00:14:33,309 --> 00:14:36,014 the unit I, I, you know, wired up 421 00:14:36,174 --> 00:14:36,915 this weekend, 422 00:14:37,455 --> 00:14:39,774 and we'll zoom in on her. And this 423 00:14:39,774 --> 00:14:41,535 is the one that gives you the, up 424 00:14:41,535 --> 00:14:42,894 to threes that I put, so you have 425 00:14:42,894 --> 00:14:43,875 two bus adapters. 426 00:14:44,335 --> 00:14:46,894 Okay? And it's a little bit wider. If 427 00:14:46,894 --> 00:14:48,299 you look at one of the other ones, 428 00:14:49,100 --> 00:14:51,419 you can see it's a lot narrower. Right? 429 00:14:51,419 --> 00:14:54,220 That's actually the multi field bus model, which 430 00:14:54,220 --> 00:14:56,139 is about the same size as the standard 431 00:14:56,139 --> 00:14:57,980 model. Well, long here, I might as well 432 00:14:57,980 --> 00:14:59,279 bring that one in too 433 00:14:59,580 --> 00:15:00,799 and show you that one. 434 00:15:01,580 --> 00:15:02,080 K. 435 00:15:02,725 --> 00:15:03,804 So in any case 436 00:15:04,245 --> 00:15:06,725 but, let's focus on this guy, and, we'll 437 00:15:06,725 --> 00:15:08,245 take a look at I wanted to show 438 00:15:08,245 --> 00:15:10,085 you this one because this one also has 439 00:15:10,085 --> 00:15:11,845 the analog in, even though I haven't put 440 00:15:11,845 --> 00:15:14,485 the analog operators and make gauges on the 441 00:15:14,485 --> 00:15:14,985 panel. 442 00:15:15,924 --> 00:15:17,480 I do have them wired up. Right now, 443 00:15:17,480 --> 00:15:19,019 I just have them wired to each other. 444 00:15:19,159 --> 00:15:20,759 But in any case, so let's go ahead 445 00:15:20,759 --> 00:15:22,539 and zoom in on this a little bit. 446 00:15:23,000 --> 00:15:25,399 Okay. First thing you're gonna notice is the 447 00:15:25,399 --> 00:15:27,659 first terminal block here, the first base 448 00:15:28,120 --> 00:15:30,120 is is a light style, and then they 449 00:15:30,120 --> 00:15:32,434 go to the darker style. And that's because 450 00:15:32,434 --> 00:15:34,615 you can bring power into these light bases. 451 00:15:34,995 --> 00:15:37,634 Right? Like an a zero. And, I go 452 00:15:37,634 --> 00:15:38,915 through all the part numbers in my course. 453 00:15:38,915 --> 00:15:40,455 You guys can find that in the literature. 454 00:15:40,674 --> 00:15:43,315 But and it passes power to these other 455 00:15:43,315 --> 00:15:46,410 bases. Okay. So you'll typically start with a 456 00:15:46,410 --> 00:15:48,250 light style. You'll go through as many bases 457 00:15:48,250 --> 00:15:50,330 as you can power until you need another 458 00:15:50,410 --> 00:15:51,470 or you need isolation 459 00:15:51,850 --> 00:15:54,350 until you need another, light style base. 460 00:15:54,809 --> 00:15:55,629 And then 461 00:15:56,009 --> 00:15:58,350 here, you can see the modules themselves. 462 00:15:58,654 --> 00:16:00,095 I love the fact that everything has a 463 00:16:00,095 --> 00:16:01,375 QR code on it. So if you need 464 00:16:01,375 --> 00:16:03,934 the manual, you just you just, you know, 465 00:16:03,934 --> 00:16:05,535 get your phone out and and it'll link 466 00:16:05,535 --> 00:16:07,294 right to it. But I want the wire 467 00:16:07,294 --> 00:16:09,375 in here, so I was able to wire 468 00:16:09,375 --> 00:16:10,754 everything based on 469 00:16:11,799 --> 00:16:13,440 just, the little label here. And again, this 470 00:16:13,440 --> 00:16:14,679 is where you can slide in your own 471 00:16:14,679 --> 00:16:17,160 labels if you want. And then the indicators 472 00:16:17,160 --> 00:16:18,679 here, they all worked when we when we 473 00:16:18,679 --> 00:16:20,920 actually do in a next video, we actually 474 00:16:20,920 --> 00:16:23,240 do the integration. You'll see these lights come 475 00:16:23,240 --> 00:16:25,345 on. They're very easy to see. You can 476 00:16:25,345 --> 00:16:27,825 also see here some version information. I did 477 00:16:27,825 --> 00:16:29,745 run into some of these modules being too 478 00:16:29,745 --> 00:16:31,205 new for version 16. 479 00:16:31,825 --> 00:16:33,985 So I usually default to version 16 because 480 00:16:33,985 --> 00:16:35,985 that's what I started with. But, if you 481 00:16:35,985 --> 00:16:38,164 have 16.1, you can get the new GSD 482 00:16:38,225 --> 00:16:38,965 file and 483 00:16:39,670 --> 00:16:41,670 it supports most of the I think almost 484 00:16:41,670 --> 00:16:43,670 all the new modules. In any case, up 485 00:16:43,670 --> 00:16:44,870 here and I do have a mix of 486 00:16:44,870 --> 00:16:47,029 new and used because back when I was, 487 00:16:47,269 --> 00:16:48,470 getting ready to do this, we had the 488 00:16:48,470 --> 00:16:50,149 whole component sort shortage, so I had to 489 00:16:50,149 --> 00:16:52,565 pick up some modules myself. But, in any 490 00:16:52,565 --> 00:16:54,725 case, you'll see the type here. Digital in, 491 00:16:54,725 --> 00:16:57,445 and this is a basic. Okay? So eight 492 00:16:57,445 --> 00:17:00,665 by 24, eight inputs at 24 volts DC. 493 00:17:00,805 --> 00:17:02,745 And then you have the digital output, DQ. 494 00:17:03,205 --> 00:17:05,490 This is a standard eight by 24. 495 00:17:06,369 --> 00:17:08,390 Eight u, I believe that means voltage, 496 00:17:09,009 --> 00:17:10,470 and, u for voltage. 497 00:17:11,329 --> 00:17:12,690 But in any case and then if we 498 00:17:12,690 --> 00:17:14,230 come over here, we have an a q. 499 00:17:14,450 --> 00:17:16,450 This is a standard, s t, and this 500 00:17:16,450 --> 00:17:18,950 is for UI, so voltage or current. 501 00:17:19,394 --> 00:17:21,095 And so you can see those there. 502 00:17:21,634 --> 00:17:23,875 And down here is the article number, which 503 00:17:23,875 --> 00:17:25,974 we typically refer to as, like, a, 504 00:17:26,515 --> 00:17:28,215 catalog number here in The US. 505 00:17:28,755 --> 00:17:29,255 K. 506 00:17:29,795 --> 00:17:31,154 And so when I'm sending these up, I 507 00:17:31,154 --> 00:17:32,115 take a picture of the front of the 508 00:17:32,115 --> 00:17:33,555 unit, and that's what I use to set 509 00:17:33,555 --> 00:17:34,695 them up in the software. 510 00:17:35,029 --> 00:17:36,169 But in any case, 511 00:17:36,710 --> 00:17:38,649 you can also see the versions here 512 00:17:38,950 --> 00:17:39,609 as well. 513 00:17:40,950 --> 00:17:42,470 I love that all that information is on 514 00:17:42,470 --> 00:17:44,309 the front of the module. And then at 515 00:17:44,309 --> 00:17:46,490 the top, we already looked at that. 516 00:17:47,190 --> 00:17:48,970 And so we already looked at the top. 517 00:17:49,349 --> 00:17:50,089 And then 518 00:17:50,634 --> 00:17:52,654 over here, we have the server module, 519 00:17:53,674 --> 00:17:55,115 or what we may call an end cap 520 00:17:55,115 --> 00:17:56,174 here in The US. 521 00:17:56,714 --> 00:17:59,115 Alright. So one of the cool things about 522 00:17:59,115 --> 00:17:59,515 this, 523 00:18:00,075 --> 00:18:02,075 these modules is the keying. So I'm going 524 00:18:02,075 --> 00:18:04,170 to take these out just by squeezing in. 525 00:18:04,170 --> 00:18:05,390 I'm gonna pull it out, 526 00:18:05,849 --> 00:18:07,069 pull this one out too. 527 00:18:07,450 --> 00:18:08,970 Okay. And in there, you can see I 528 00:18:08,970 --> 00:18:10,890 know the lighting's a little tricky, but in 529 00:18:10,890 --> 00:18:12,269 there, you see those black 530 00:18:12,650 --> 00:18:15,369 little wheels, those circular black things? Those are 531 00:18:15,369 --> 00:18:17,285 the keys. And you can see how they're 532 00:18:17,444 --> 00:18:18,884 let's see if I go up to the 533 00:18:18,884 --> 00:18:20,884 camera. If I put the overhead light on, 534 00:18:20,884 --> 00:18:22,565 it just gives too much glare. So hopefully, 535 00:18:22,565 --> 00:18:24,404 you guys can see that. Well, the cool 536 00:18:24,404 --> 00:18:25,865 thing about that is 537 00:18:26,244 --> 00:18:29,444 that those come pre installed on the modules. 538 00:18:29,444 --> 00:18:31,224 Like, they clipped in there really good, 539 00:18:31,740 --> 00:18:33,660 and they don't come loose until you stick 540 00:18:33,660 --> 00:18:34,319 them in 541 00:18:35,099 --> 00:18:36,619 all the way, and then they stay in 542 00:18:36,619 --> 00:18:38,140 the base. And I love that. So you 543 00:18:38,140 --> 00:18:39,819 don't have to turn anything. You don't have 544 00:18:39,819 --> 00:18:41,900 to memorize what position it's in. You just 545 00:18:41,900 --> 00:18:43,819 put the module in and boom. Now I 546 00:18:43,819 --> 00:18:45,339 did have a couple modules put in the 547 00:18:45,339 --> 00:18:47,234 wrong position, so I was able to get 548 00:18:47,234 --> 00:18:49,174 out with a screwdriver, get in that little, 549 00:18:49,474 --> 00:18:51,315 notch there and get it out. But you 550 00:18:51,315 --> 00:18:52,994 can see there's two notches in each, but 551 00:18:52,994 --> 00:18:54,434 I it doesn't feel like when I was 552 00:18:54,434 --> 00:18:55,955 doing that, it didn't feel like it was 553 00:18:55,955 --> 00:18:58,195 designed for those to be reused. So I 554 00:18:58,195 --> 00:18:59,795 probably say that not, but let's go ahead 555 00:18:59,795 --> 00:19:01,420 and try to put this module in the 556 00:19:01,420 --> 00:19:02,960 wrong place. Yeah. You can. 557 00:19:03,420 --> 00:19:05,920 So, I really like that design feature, 558 00:19:06,220 --> 00:19:07,279 automatic keying, 559 00:19:07,900 --> 00:19:08,299 and, 560 00:19:10,220 --> 00:19:11,980 yeah. That's great. And they really go in. 561 00:19:11,980 --> 00:19:13,180 You're gonna make sure they're all the way 562 00:19:13,180 --> 00:19:14,720 in, but once they're in, they're in. Now 563 00:19:14,825 --> 00:19:15,944 let me zoom out a little bit and 564 00:19:15,944 --> 00:19:17,305 show you how to take them apart and 565 00:19:17,305 --> 00:19:18,204 put them back together. 566 00:19:18,825 --> 00:19:19,944 So there are these, 567 00:19:21,704 --> 00:19:22,444 push in 568 00:19:22,744 --> 00:19:24,365 buttons here on the top. Right? 569 00:19:24,664 --> 00:19:26,444 So these latches, these releases. 570 00:19:26,899 --> 00:19:28,419 And so what I'll do is let me 571 00:19:28,419 --> 00:19:30,019 push in the first two, the the server 572 00:19:30,019 --> 00:19:32,339 module and the module, and I'm gonna slide 573 00:19:32,339 --> 00:19:34,200 them to the right. Okay? 574 00:19:34,500 --> 00:19:36,339 And I know it has all the, wiring 575 00:19:36,339 --> 00:19:38,579 on it. But in any case, that's how 576 00:19:38,579 --> 00:19:40,599 easy it is to assemble and disassemble. 577 00:19:40,980 --> 00:19:41,480 Quick 578 00:19:41,965 --> 00:19:44,765 or disassemble like this. Okay. And now to 579 00:19:44,765 --> 00:19:46,045 get them on and off the DIN rail, 580 00:19:46,045 --> 00:19:47,505 I'm gonna push in those two, 581 00:19:48,285 --> 00:19:50,205 tabs at the top there. I'm gonna lift 582 00:19:50,205 --> 00:19:52,045 the bottom up. Okay. Now I can get 583 00:19:52,045 --> 00:19:53,265 it off the DIN rail. 584 00:19:53,884 --> 00:19:55,884 Alright. And so when you're pushing in that 585 00:19:55,884 --> 00:19:58,559 top tab, it's doing two things. Okay? It's 586 00:19:58,559 --> 00:20:00,640 gonna release the, DIN rail, but it's also 587 00:20:00,640 --> 00:20:02,400 gonna release the connection to the module on 588 00:20:02,400 --> 00:20:04,099 the side of it. Alright? 589 00:20:04,480 --> 00:20:06,740 And so you're gonna be cognizant of that. 590 00:20:06,799 --> 00:20:09,039 Alright? You can't just release it release the 591 00:20:09,039 --> 00:20:10,480 module off the DIN rail. You have to 592 00:20:10,480 --> 00:20:12,099 release it from the side as well. 593 00:20:12,825 --> 00:20:13,325 Okay. 594 00:20:13,704 --> 00:20:15,704 And, you can see that here. Well, let's 595 00:20:15,704 --> 00:20:17,304 see if we can get him off. He's 596 00:20:17,304 --> 00:20:18,585 a little sticky. I don't know why. He 597 00:20:18,585 --> 00:20:19,484 could be used. 598 00:20:19,944 --> 00:20:21,085 But in any case, 599 00:20:22,744 --> 00:20:23,724 get him off. 600 00:20:25,784 --> 00:20:26,284 Okay. 601 00:20:26,690 --> 00:20:28,210 And it's the same for the sky too. 602 00:20:28,210 --> 00:20:29,190 Let's see here. 603 00:20:32,849 --> 00:20:34,049 So let's go ahead and put it back 604 00:20:34,049 --> 00:20:36,069 together again. We'll put the top on first 605 00:20:36,369 --> 00:20:37,650 and then we'll click it on to the 606 00:20:37,650 --> 00:20:38,150 bottom. 607 00:20:38,609 --> 00:20:39,109 Okay. 608 00:20:39,650 --> 00:20:41,190 And then we'll slide it in. 609 00:20:41,970 --> 00:20:42,315 Nice. 610 00:20:42,794 --> 00:20:44,315 Then we'll do the same thing for the 611 00:20:44,315 --> 00:20:45,855 server module and cap. 612 00:20:47,034 --> 00:20:48,875 Okay. It's not called the end cap. That's 613 00:20:48,875 --> 00:20:49,615 my race. 614 00:20:50,394 --> 00:20:50,894 Okay. 615 00:20:51,595 --> 00:20:53,054 And this one, sometimes 616 00:20:53,355 --> 00:20:55,289 this might be a useful one. There we 617 00:20:55,289 --> 00:20:56,750 go. It's all in together 618 00:20:57,370 --> 00:20:59,049 and working great. You gotta make sure you 619 00:20:59,049 --> 00:21:00,830 get those modules all the way in. 620 00:21:01,289 --> 00:21:03,549 Okay. And there's a lot of great, diagnostics 621 00:21:03,690 --> 00:21:05,370 when you get the system up and running. 622 00:21:05,370 --> 00:21:07,150 It'll tell you if it's missing a module. 623 00:21:07,450 --> 00:21:09,130 It'll tell you if you chose the wrong 624 00:21:09,130 --> 00:21:10,695 base in the software. 625 00:21:11,394 --> 00:21:13,315 If let's say you chose the light colored 626 00:21:13,315 --> 00:21:13,815 base 627 00:21:14,115 --> 00:21:16,275 versus the dark colored base. I mean, the 628 00:21:16,275 --> 00:21:17,255 new power versus 629 00:21:17,555 --> 00:21:18,855 the power pass on. 630 00:21:19,634 --> 00:21:20,835 It'll tell you if you get the wrong 631 00:21:20,835 --> 00:21:22,914 firmware or the wrong style. Maybe you chose 632 00:21:22,914 --> 00:21:24,829 a standard and it's a basic. So you 633 00:21:24,829 --> 00:21:26,109 get all that kind of stuff that you 634 00:21:26,109 --> 00:21:27,250 would normally get 635 00:21:27,549 --> 00:21:29,470 when you're, you know, to make sure you 636 00:21:29,470 --> 00:21:31,630 have the right IO modules. And so with 637 00:21:31,630 --> 00:21:32,910 that, that is a, 638 00:21:33,869 --> 00:21:36,029 look at e t 200 s p. I 639 00:21:36,029 --> 00:21:37,705 hope it makes sense to you now. Now 640 00:21:37,705 --> 00:21:38,984 if you've been using this for a long 641 00:21:38,984 --> 00:21:40,265 time, longer than I have, and you have 642 00:21:40,265 --> 00:21:41,865 some more tips, please leave them in the 643 00:21:41,865 --> 00:21:44,505 comments. I do appreciate everybody who comments on 644 00:21:44,505 --> 00:21:46,365 the videos wherever the video is. 645 00:21:46,664 --> 00:21:47,164 Also, 646 00:21:48,265 --> 00:21:50,505 we do have more content coming out about 647 00:21:50,505 --> 00:21:52,285 this. We're gonna go through each of these 648 00:21:52,345 --> 00:21:54,039 in a separate video and get each of 649 00:21:54,039 --> 00:21:56,359 these up and running from scratch. And then 650 00:21:56,359 --> 00:21:58,200 after that, there'll be new lessons at the 651 00:21:58,200 --> 00:21:59,980 Automation School for anybody who's interested 652 00:22:00,359 --> 00:22:02,359 in maybe a longer version of this with 653 00:22:02,359 --> 00:22:04,759 more details and support. Right? So in any 654 00:22:04,759 --> 00:22:06,200 case and, of course, if you guys wanna 655 00:22:06,200 --> 00:22:07,795 call me and, have a group of your 656 00:22:07,795 --> 00:22:09,394 guys come in and do some hands on 657 00:22:09,394 --> 00:22:11,255 training, these are actually ready 658 00:22:11,555 --> 00:22:13,634 to be used in the training room with 659 00:22:13,634 --> 00:22:15,875 all the s seven twelve hundreds and 15 660 00:22:15,875 --> 00:22:17,634 hundreds. So if you wanna do some hands 661 00:22:17,634 --> 00:22:20,355 on training. It's, we're very unique here because 662 00:22:20,355 --> 00:22:21,815 of having the automation 663 00:22:22,549 --> 00:22:25,130 show and podcast and blog and all the 664 00:22:25,269 --> 00:22:26,630 vendors we work with. We have a lot 665 00:22:26,630 --> 00:22:28,789 of equipment that you will find almost in 666 00:22:28,789 --> 00:22:30,169 nobody else's training, 667 00:22:31,190 --> 00:22:33,509 rooms. So with that, I wanna thank you 668 00:22:33,509 --> 00:22:35,190 all for tuning in. I wanna wish you 669 00:22:35,190 --> 00:22:36,569 all good health and happiness. 670 00:22:36,955 --> 00:22:38,575 And until next time, my friends, 671 00:22:39,355 --> 00:22:39,855 peace.