1 00:00:00,799 --> 00:00:02,240 Thank you for tuning back in to the 2 00:00:02,240 --> 00:00:04,480 automation podcast. My name is Sean Tierney from 3 00:00:04,480 --> 00:00:04,980 Insights. 4 00:00:05,359 --> 00:00:06,639 And today on the show, we have a 5 00:00:06,639 --> 00:00:09,039 special treat. We have Mark Berger back on 6 00:00:09,039 --> 00:00:09,939 from Siemens 7 00:00:10,320 --> 00:00:12,339 to bring us up to speed on serious 8 00:00:12,400 --> 00:00:14,285 act. He's gonna tell us all about the 9 00:00:14,285 --> 00:00:15,884 product, and then we're even gonna do a 10 00:00:15,884 --> 00:00:17,405 small demo and take a look at it 11 00:00:17,405 --> 00:00:19,964 working live. So with that said, let's go 12 00:00:19,964 --> 00:00:21,964 ahead and jump into this episode with Mark 13 00:00:21,964 --> 00:00:24,605 Burger from Siemens and learn all about their 14 00:00:24,605 --> 00:00:25,984 push buttons on PROFINET. 15 00:00:26,660 --> 00:00:28,019 Mark, it's been a while since you've been 16 00:00:28,019 --> 00:00:29,620 on the show. Thank you for coming back 17 00:00:29,620 --> 00:00:31,720 on and agreeing to talk about this. 18 00:00:32,100 --> 00:00:34,020 Oh, thank you so much. I truly appreciate 19 00:00:34,020 --> 00:00:36,100 you letting me be on. I appreciate your 20 00:00:36,100 --> 00:00:38,020 channel, and I enjoy watching it. And I'm 21 00:00:38,020 --> 00:00:39,780 excited to show you some of this great 22 00:00:39,780 --> 00:00:40,280 technology. 23 00:00:40,765 --> 00:00:43,005 So I've got, the PowerPoint up here. We'll 24 00:00:43,005 --> 00:00:45,085 just do a simple PowerPoint to kinda give 25 00:00:45,085 --> 00:00:46,844 you an overview, and then we'll dive into 26 00:00:46,844 --> 00:00:49,965 the hardware. Appreciate it. Thank you. No problem. 27 00:00:49,965 --> 00:00:51,965 So as we stated, the Sirius X over 28 00:00:51,965 --> 00:00:52,465 PROFINET, 29 00:00:53,259 --> 00:00:55,739 let me emphasize that, the, 30 00:00:56,140 --> 00:00:59,100 actuators, the push buttons, the estops, the selector 31 00:00:59,100 --> 00:00:59,600 switches, 32 00:01:00,059 --> 00:01:01,359 they are all standard, 33 00:01:02,059 --> 00:01:04,219 when you use these. So if you have 34 00:01:04,219 --> 00:01:05,259 those on the shelf, 35 00:01:05,579 --> 00:01:07,659 the only thing that PROFINET does is that 36 00:01:07,659 --> 00:01:08,319 it adds, 37 00:01:09,025 --> 00:01:11,905 removes the normal contact blocks and adds the 38 00:01:11,905 --> 00:01:12,405 PROFINET, 39 00:01:13,745 --> 00:01:15,825 terminal blocks on the back. So every all 40 00:01:15,825 --> 00:01:18,064 the actuators that we're showing are just standard 41 00:01:18,064 --> 00:01:18,564 actuators 42 00:01:19,105 --> 00:01:20,484 for the 22 millimeter 43 00:01:21,185 --> 00:01:22,325 push button line. 44 00:01:23,359 --> 00:01:25,939 So easy to use, modern design, 45 00:01:27,040 --> 00:01:28,260 performance and action, 46 00:01:28,799 --> 00:01:30,819 and extremely rugged and flexible. 47 00:01:31,280 --> 00:01:31,760 The, 48 00:01:32,079 --> 00:01:35,060 22 millimeter is out of the box IP 49 00:01:35,120 --> 00:01:36,340 69 k, 50 00:01:37,174 --> 00:01:38,694 which for those who are maybe in the 51 00:01:38,694 --> 00:01:39,495 food and beverage, 52 00:01:39,894 --> 00:01:40,394 verticals 53 00:01:40,694 --> 00:01:42,614 would understand what that is. And that's for 54 00:01:42,614 --> 00:01:44,394 direct hose down, wash down, 55 00:01:45,094 --> 00:01:47,354 able to handle a high pressure washing 56 00:01:47,655 --> 00:01:50,075 and not able to leak past the actuator 57 00:01:50,215 --> 00:01:51,114 into the panel. 58 00:01:51,450 --> 00:01:53,950 So IP 69 k is a a great 59 00:01:54,250 --> 00:01:55,149 place for 60 00:01:55,450 --> 00:01:58,170 dust and wash down and hosing and where 61 00:01:58,170 --> 00:01:59,789 you're having rain and so forth, 62 00:02:00,329 --> 00:02:01,929 to be able to protect for a keep 63 00:02:01,929 --> 00:02:04,349 of any, water passing into the panel. 64 00:02:05,655 --> 00:02:07,034 So introduction wise, 65 00:02:07,334 --> 00:02:09,115 it's, the PROFINET 66 00:02:09,735 --> 00:02:11,814 push buttons for us. It it is, again, 67 00:02:11,814 --> 00:02:12,794 the same actuators, 68 00:02:13,574 --> 00:02:14,215 the same, 69 00:02:14,854 --> 00:02:15,354 connections, 70 00:02:15,974 --> 00:02:17,814 and so forth, but what we're going to 71 00:02:17,814 --> 00:02:19,914 exchange is the terminal blocks, 72 00:02:20,590 --> 00:02:21,409 for it. 73 00:02:22,750 --> 00:02:25,310 So on there, I stated it's, IP 69 74 00:02:25,310 --> 00:02:26,209 k is standard. 75 00:02:26,750 --> 00:02:27,709 You don't need any, 76 00:02:28,509 --> 00:02:31,229 extra covers forward or anything to fulfill that 77 00:02:31,229 --> 00:02:31,729 requirement, 78 00:02:32,525 --> 00:02:35,245 But it's, it's insensitive to dust and oil 79 00:02:35,245 --> 00:02:36,384 and caustic solutions, 80 00:02:36,685 --> 00:02:38,685 you know, like citric acid where you're hosing 81 00:02:38,685 --> 00:02:40,864 down some stainless steel parts and so forth. 82 00:02:43,485 --> 00:02:45,824 Now what we have here is, 83 00:02:46,284 --> 00:02:47,159 changing out 84 00:02:47,560 --> 00:02:50,360 the terminal blocks that have wiring. So usually 85 00:02:50,360 --> 00:02:52,120 on a push button, you have two wires 86 00:02:52,120 --> 00:02:55,099 coming in, and then you have, for illuminated, 87 00:02:55,240 --> 00:02:57,319 you have two wires coming in and so 88 00:02:57,319 --> 00:02:59,000 forth and going out. And after you have 89 00:02:59,000 --> 00:03:01,405 20 or 30 push buttons or 10 or 90 00:03:01,405 --> 00:03:03,885 15 push buttons, you've got a substantial little 91 00:03:03,885 --> 00:03:06,764 bit of wiring or cabling that will be 92 00:03:06,764 --> 00:03:08,764 passing from the door over into the main 93 00:03:08,764 --> 00:03:11,724 cabinet of your control cabinet. What we're going 94 00:03:11,724 --> 00:03:13,885 to do with PROFINET push buttons is we're 95 00:03:13,885 --> 00:03:15,905 going to eliminate all that wiring. 96 00:03:16,379 --> 00:03:19,099 And then in addition, eliminate the input and 97 00:03:19,099 --> 00:03:21,099 output cards that you will need for your 98 00:03:21,099 --> 00:03:21,599 PLC 99 00:03:22,539 --> 00:03:24,939 and take it down to a pro, 100 00:03:25,340 --> 00:03:28,699 Ethernet cable, an r j r j 45 101 00:03:28,699 --> 00:03:29,199 cable, 102 00:03:29,944 --> 00:03:32,044 and then down to a 24 volts. 103 00:03:32,424 --> 00:03:34,664 And that's all that will pass from the 104 00:03:34,664 --> 00:03:36,824 cabinet onto the door where you're mounting your 105 00:03:36,824 --> 00:03:37,485 push buttons. 106 00:03:38,025 --> 00:03:38,525 So, 107 00:03:40,824 --> 00:03:41,324 huge, 108 00:03:42,424 --> 00:03:44,284 safe and cost of wires. 109 00:03:44,969 --> 00:03:47,210 We're reducing all the wire outlay. And, you 110 00:03:47,210 --> 00:03:48,969 know, back in the day when I build 111 00:03:48,969 --> 00:03:51,129 panels, it was an art how you got 112 00:03:51,129 --> 00:03:52,810 all the wires all nice and pretty and 113 00:03:52,810 --> 00:03:55,129 got them laid out and wire tied them 114 00:03:55,129 --> 00:03:56,889 down and so forth and just made the 115 00:03:56,969 --> 00:03:58,750 a piece of art on the backside. 116 00:03:59,370 --> 00:03:59,689 And then, 117 00:04:00,895 --> 00:04:02,655 it it was all done. You got it 118 00:04:02,655 --> 00:04:04,895 all wired. And then, of course, there was 119 00:04:04,895 --> 00:04:06,655 somebody that said, hey. We forgot to add 120 00:04:06,655 --> 00:04:08,655 another selector switch. So you had to go 121 00:04:08,655 --> 00:04:10,194 back and cut all that stuff 122 00:04:10,655 --> 00:04:13,229 and redo the whole layout and so forth. 123 00:04:13,469 --> 00:04:15,810 So with PROFINET, it's extremely flexible 124 00:04:16,430 --> 00:04:17,410 and easily, 125 00:04:17,790 --> 00:04:19,970 to adapt to if you need something, 126 00:04:20,589 --> 00:04:23,389 more because you're not taking all that wiring 127 00:04:23,389 --> 00:04:24,449 back to the panel, 128 00:04:24,829 --> 00:04:26,829 passing it across the hinge of the door 129 00:04:26,829 --> 00:04:27,584 and so forth. 130 00:04:28,384 --> 00:04:31,285 It is also with a safety PLC. 131 00:04:32,144 --> 00:04:33,444 You do have PROFIsafe, 132 00:04:33,904 --> 00:04:36,064 so we can do estops on the door 133 00:04:36,064 --> 00:04:37,604 as you can see here in the picture, 134 00:04:38,544 --> 00:04:40,724 but then we can do non safe applications 135 00:04:40,944 --> 00:04:43,029 also. So today, we'll be just doing some 136 00:04:43,029 --> 00:04:44,089 non safe applications. 137 00:04:44,789 --> 00:04:47,449 And then the communications again is PROFINET. 138 00:04:47,910 --> 00:04:50,149 But then also just to touch real quick, 139 00:04:50,149 --> 00:04:51,829 we do have it on IO Link and 140 00:04:51,829 --> 00:04:54,089 on Aussie with our push buttons. 141 00:04:55,485 --> 00:04:57,665 So what is SiriusACT with PROFINET? 142 00:04:59,564 --> 00:05:02,524 There we go. So what you have is 143 00:05:02,524 --> 00:05:03,264 the first, 144 00:05:04,685 --> 00:05:07,600 block or interface module that you put on 145 00:05:07,600 --> 00:05:09,680 the back of your push button, that's where 146 00:05:09,680 --> 00:05:10,180 the, 147 00:05:10,720 --> 00:05:13,920 Ethernet is plugged into and your 24 volts 148 00:05:13,920 --> 00:05:14,899 is plugged into. 149 00:05:15,600 --> 00:05:17,379 And then after that, subsequently, 150 00:05:18,399 --> 00:05:20,240 then the push buttons that you have is 151 00:05:20,240 --> 00:05:21,839 that you have what we call a terminal 152 00:05:21,839 --> 00:05:22,339 module. 153 00:05:22,925 --> 00:05:26,044 And in between the, the interface module to 154 00:05:26,044 --> 00:05:27,104 a terminal module 155 00:05:27,404 --> 00:05:29,724 or from terminal module to terminal module, you 156 00:05:29,724 --> 00:05:30,944 can go up to one meter 157 00:05:31,324 --> 00:05:32,144 of cabling, 158 00:05:32,685 --> 00:05:34,845 and it's a ribbon cable. And we'll show 159 00:05:34,845 --> 00:05:35,745 that here shortly. 160 00:05:36,350 --> 00:05:38,029 And then if you have up to we 161 00:05:38,029 --> 00:05:39,889 can do up to 20 push buttons, 162 00:05:40,350 --> 00:05:42,990 terminal modules, with a total of 21 push 163 00:05:42,990 --> 00:05:43,490 buttons. 164 00:05:44,110 --> 00:05:46,610 And then so from the first interface module 165 00:05:47,230 --> 00:05:49,230 all the way to the last push button, 166 00:05:49,230 --> 00:05:50,689 you can go up to 10 meters. 167 00:05:51,925 --> 00:05:54,245 And then it gives, again, 24 volt power 168 00:05:54,245 --> 00:05:56,485 supply for it. And we have, again, as 169 00:05:56,485 --> 00:05:57,785 I stated, as nonsafe, 170 00:05:58,245 --> 00:06:01,045 talking just PROFINET, and then the safety version, 171 00:06:01,045 --> 00:06:01,944 talking PROFISAFE 172 00:06:02,405 --> 00:06:03,064 on PROFINET. 173 00:06:06,339 --> 00:06:07,639 So serious act, 174 00:06:08,100 --> 00:06:10,019 we can go up on the the safety 175 00:06:10,019 --> 00:06:11,160 up to seal three 176 00:06:11,620 --> 00:06:12,519 and performance 177 00:06:12,899 --> 00:06:14,360 level e as an echo. 178 00:06:15,220 --> 00:06:18,279 We have, again, the the standard interface module 179 00:06:18,419 --> 00:06:19,319 without safety. 180 00:06:20,175 --> 00:06:22,334 You have the PLC, the interface module, and 181 00:06:22,334 --> 00:06:23,394 then the subsequent 182 00:06:23,774 --> 00:06:25,314 terminal modules for it. 183 00:06:25,854 --> 00:06:28,094 And then the cabling that goes from the 184 00:06:28,094 --> 00:06:30,495 interface module to out to the terminal modules 185 00:06:30,495 --> 00:06:32,034 is a simple ribbon cable 186 00:06:32,980 --> 00:06:35,220 that comes into the back of the terminal 187 00:06:35,220 --> 00:06:35,720 modules. 188 00:06:36,740 --> 00:06:38,420 The only tool that you need is simply 189 00:06:38,500 --> 00:06:39,480 it's just a screwdriver, 190 00:06:40,420 --> 00:06:41,459 and, you, 191 00:06:42,180 --> 00:06:45,160 push it into the terminal module, push down. 192 00:06:45,495 --> 00:06:46,055 It uses, 193 00:06:46,455 --> 00:06:46,955 vampire 194 00:06:47,574 --> 00:06:48,074 connections, 195 00:06:48,615 --> 00:06:49,754 insulation displacement, 196 00:06:50,134 --> 00:06:51,035 vampire connections, 197 00:06:51,415 --> 00:06:53,495 and you push it down in. There's no 198 00:06:53,495 --> 00:06:54,634 stripping of the wires. 199 00:06:55,175 --> 00:06:57,654 There's no mix up. The indicator you can 200 00:06:57,654 --> 00:06:59,095 see on the wires here in a minute 201 00:06:59,095 --> 00:07:00,535 will show you that there's a little red 202 00:07:00,535 --> 00:07:03,550 line that shows you, which way it, enters 203 00:07:03,550 --> 00:07:04,529 into the terminal, 204 00:07:05,230 --> 00:07:08,029 and then that's it. It's very straightforward. It's, 205 00:07:08,350 --> 00:07:09,650 very simple with tools. 206 00:07:10,110 --> 00:07:11,870 And, as I stated, it's, 207 00:07:12,589 --> 00:07:14,350 just like a normal push button that you'd 208 00:07:14,350 --> 00:07:16,689 put on, but then we're gonna add, 209 00:07:17,415 --> 00:07:20,214 remove the contact block and add the terminal 210 00:07:20,214 --> 00:07:22,295 module or the interface module in the place 211 00:07:22,295 --> 00:07:23,514 of the contact block. 212 00:07:25,415 --> 00:07:27,675 Just to emphasize again, we can do PROFISAFE 213 00:07:29,814 --> 00:07:31,754 on, with a safety PLC 214 00:07:32,170 --> 00:07:33,389 and a safety controller, 215 00:07:34,330 --> 00:07:36,430 and we can give you all the safety, 216 00:07:37,610 --> 00:07:40,170 requirements for the either the ISO or the 217 00:07:40,170 --> 00:07:40,670 IEC 218 00:07:41,290 --> 00:07:44,189 specifications for safety out there in the field. 219 00:07:46,185 --> 00:07:47,805 Here's some of the part numbers. 220 00:07:48,585 --> 00:07:50,925 First one, of course, is the interface module, 221 00:07:51,225 --> 00:07:53,405 and that has the ability to do PROFIsafe. 222 00:07:53,545 --> 00:07:55,004 It has also, additionally, 223 00:07:55,625 --> 00:07:56,925 four digital inputs, 224 00:07:57,384 --> 00:08:00,500 one digital output, and then one analog input. 225 00:08:00,500 --> 00:08:01,860 And we'll talk about that a little bit 226 00:08:01,860 --> 00:08:03,860 more just in a few minutes. And then 227 00:08:03,860 --> 00:08:05,160 the non safe version, 228 00:08:06,339 --> 00:08:07,399 24 volts. 229 00:08:07,779 --> 00:08:08,979 You have a, 230 00:08:09,699 --> 00:08:12,279 two versions of this one, one with just 231 00:08:13,074 --> 00:08:15,975 with just a standard, 24 volts input, 232 00:08:16,435 --> 00:08:18,995 but then there's an additional one that has 233 00:08:18,995 --> 00:08:21,395 the four digital in, one digital out, and 234 00:08:21,395 --> 00:08:23,795 one analog in. So there's two different part 235 00:08:23,795 --> 00:08:25,814 numbers. One where you don't need the additional, 236 00:08:26,194 --> 00:08:28,134 digital inputs and outputs and analog, 237 00:08:28,490 --> 00:08:30,009 and then the and then the part number 238 00:08:30,009 --> 00:08:32,190 with the the additional inputs and outputs. 239 00:08:32,809 --> 00:08:34,970 But the safety one comes there's no other 240 00:08:34,970 --> 00:08:36,269 version, just the one. 241 00:08:36,809 --> 00:08:38,570 Then you have what we call the terminal 242 00:08:38,570 --> 00:08:40,830 modules, and there's three versions. 243 00:08:41,625 --> 00:08:44,105 One terminal module is just the command module 244 00:08:44,105 --> 00:08:46,605 only. It's mounted with two mechanical signaling 245 00:08:47,225 --> 00:08:48,605 blocks to signal. 246 00:08:48,985 --> 00:08:51,644 So you have two contact blocks built in. 247 00:08:52,345 --> 00:08:54,184 Then you have one that's a terminal module 248 00:08:54,184 --> 00:08:56,809 with the command, the terminal blocks, and then 249 00:08:56,950 --> 00:08:58,490 also an integrated LED. 250 00:08:58,950 --> 00:09:00,309 And then you can put what color you 251 00:09:00,309 --> 00:09:01,910 want the LED to be, and you can 252 00:09:01,910 --> 00:09:04,309 see there the the part number changed for 253 00:09:04,309 --> 00:09:06,250 red, blue, amber, so on. 254 00:09:06,710 --> 00:09:09,110 And then you have a just an LED 255 00:09:09,110 --> 00:09:09,610 module 256 00:09:10,365 --> 00:09:12,705 to where it's no contactors. It's just LED. 257 00:09:12,924 --> 00:09:14,924 And, I think with our demo we're gonna 258 00:09:14,924 --> 00:09:17,644 show today, we're just gonna show the contact 259 00:09:17,644 --> 00:09:18,144 block 260 00:09:18,605 --> 00:09:21,644 and LED module and only the LED module 261 00:09:21,644 --> 00:09:22,144 today. 262 00:09:24,320 --> 00:09:25,220 There's some other, 263 00:09:26,080 --> 00:09:26,580 accessories 264 00:09:27,120 --> 00:09:28,100 with the safety. 265 00:09:28,480 --> 00:09:29,700 There's a memory module 266 00:09:30,320 --> 00:09:32,820 to where that you, is all the configurations 267 00:09:32,960 --> 00:09:34,500 are put into the memory module, 268 00:09:34,879 --> 00:09:37,700 and something happens to that interface module. 269 00:09:38,725 --> 00:09:41,125 Everything's put in there, the IP address, the 270 00:09:41,125 --> 00:09:42,425 configuration, and everything. 271 00:09:42,804 --> 00:09:44,644 If something gets broke and so forth or 272 00:09:44,644 --> 00:09:46,325 you have to replace it, you pull the 273 00:09:46,325 --> 00:09:47,625 memory module out, 274 00:09:48,085 --> 00:09:50,700 put the new terminal or interface module in, 275 00:09:51,019 --> 00:09:53,179 plug in the memory module, cycle the power, 276 00:09:53,179 --> 00:09:55,360 and it's up and running. All the configurations, 277 00:09:55,580 --> 00:09:58,620 the IP address, everything's already there. And then 278 00:09:58,620 --> 00:10:01,179 on the interface module, it does not come 279 00:10:01,179 --> 00:10:03,820 with an LED, so you're required to buy 280 00:10:03,820 --> 00:10:06,059 this this, LED right here if you need 281 00:10:06,059 --> 00:10:08,534 it for it, and that's what you use 282 00:10:08,534 --> 00:10:09,914 for the interface module. 283 00:10:10,375 --> 00:10:12,294 And then, of course, the ribbon cable that 284 00:10:12,294 --> 00:10:14,615 goes between the interface module to the terminal 285 00:10:14,615 --> 00:10:17,654 block or terminal module and terminal module and 286 00:10:17,654 --> 00:10:19,975 so forth come in five meter length and 287 00:10:19,975 --> 00:10:21,034 10 meter length. 288 00:10:23,470 --> 00:10:25,570 K. So what's it provide for you? 289 00:10:26,269 --> 00:10:29,009 Well, the benefits are, I'll I'll be very 290 00:10:29,309 --> 00:10:31,649 blunt. If it's just one or two buttons 291 00:10:32,029 --> 00:10:34,190 on a panel, it won't be that cost 292 00:10:34,190 --> 00:10:34,690 effective. 293 00:10:35,785 --> 00:10:38,825 Yes. We're reducing the IO, the IO inputs 294 00:10:38,825 --> 00:10:39,485 and outputs, 295 00:10:40,185 --> 00:10:42,185 but for the savings, it's not the best. 296 00:10:42,185 --> 00:10:43,465 Now when you get up to about three 297 00:10:43,465 --> 00:10:44,685 or four push buttons, 298 00:10:45,065 --> 00:10:47,884 then that cost saving is, very realized. 299 00:10:48,440 --> 00:10:49,879 Now when you go up to 20 push 300 00:10:49,879 --> 00:10:52,220 buttons, yes, you're saving a lot of money, 301 00:10:52,759 --> 00:10:55,080 especially in the IO cards that you're not 302 00:10:55,080 --> 00:10:57,080 gonna be required to have. And then, of 303 00:10:57,080 --> 00:10:59,080 course, all the wiring and the labor, getting 304 00:10:59,080 --> 00:11:01,184 it all wired up and doing all the 305 00:11:01,184 --> 00:11:02,625 loop checks to make sure that when you 306 00:11:02,625 --> 00:11:04,464 push this button, it's wired into the right 307 00:11:04,464 --> 00:11:07,264 terminal block on the IO card, so on 308 00:11:07,264 --> 00:11:09,904 and so forth. So about, the break is 309 00:11:09,904 --> 00:11:12,065 about two to three push buttons to where 310 00:11:12,065 --> 00:11:14,144 it will become very cost effective for you 311 00:11:14,144 --> 00:11:16,190 to use it. But like I said yesterday, 312 00:11:16,889 --> 00:11:17,389 without 313 00:11:18,169 --> 00:11:20,169 PROFINET push buttons, it was all the wiring 314 00:11:20,169 --> 00:11:20,990 you brought across 315 00:11:21,610 --> 00:11:23,610 and putting them into all your IO cards 316 00:11:23,610 --> 00:11:25,949 and so forth. And now with PROFINET 317 00:11:26,329 --> 00:11:28,684 push buttons, all that goes away, and all 318 00:11:28,684 --> 00:11:31,404 you're bringing across is an Ethernet cable and 319 00:11:31,404 --> 00:11:34,384 24 volts positive and 24 volts negative 320 00:11:34,764 --> 00:11:36,625 across that hinge into the door. 321 00:11:37,245 --> 00:11:38,225 And that's it. 322 00:11:40,449 --> 00:11:42,610 K. And then emphasizing again, we can do 323 00:11:42,610 --> 00:11:43,110 PROFIsafe 324 00:11:43,889 --> 00:11:46,389 and those, push buttons and estops. 325 00:11:46,769 --> 00:11:49,329 The estop can be part of your safety 326 00:11:49,329 --> 00:11:49,829 circuit 327 00:11:50,209 --> 00:11:51,329 and give you the, 328 00:11:51,970 --> 00:11:54,789 safety levels that you're required from either sill 329 00:11:55,235 --> 00:11:58,294 and or performance level safeties depending on the 330 00:11:58,754 --> 00:11:59,254 specification, 331 00:11:59,714 --> 00:12:02,034 IEC, or ISO that you're following within your 332 00:12:02,034 --> 00:12:02,534 plant. 333 00:12:04,355 --> 00:12:06,534 K? And then hardware configuration. 334 00:12:07,620 --> 00:12:09,160 Now this is where we step into 335 00:12:09,540 --> 00:12:10,840 reduction of engineering 336 00:12:11,460 --> 00:12:13,620 and helping you guys get going, 337 00:12:14,019 --> 00:12:17,639 quicker and making sure engineering is done properly. 338 00:12:18,259 --> 00:12:19,779 You know, back in the day, we'd wire 339 00:12:19,779 --> 00:12:20,920 up all the wires, 340 00:12:21,774 --> 00:12:23,534 coming from the push buttons, you know, a 341 00:12:23,534 --> 00:12:26,274 selector switch, a start button, stop button, 342 00:12:26,894 --> 00:12:29,054 indicator lights, and so forth. And and all 343 00:12:29,054 --> 00:12:31,455 those wires sometimes just, you know, the what 344 00:12:31,455 --> 00:12:33,054 we're working with, all the wires look the 345 00:12:33,054 --> 00:12:35,120 same. You've put labels on them. You may 346 00:12:35,120 --> 00:12:37,039 have labeled it wrong, and you wired into 347 00:12:37,039 --> 00:12:39,120 an input card or an output card. So 348 00:12:39,120 --> 00:12:40,959 there's some time where you're over there doing 349 00:12:40,959 --> 00:12:42,480 some loop checks where you're trying to say, 350 00:12:42,480 --> 00:12:44,019 yes. That's coming into input 351 00:12:44,399 --> 00:12:44,899 byte 352 00:12:45,600 --> 00:12:46,419 dot bit, 353 00:12:46,774 --> 00:12:49,095 and that should be the selector switch. Well, 354 00:12:49,095 --> 00:12:51,274 with the PROFINET push buttons, 355 00:12:52,134 --> 00:12:53,654 we're able to not have to worry about 356 00:12:53,654 --> 00:12:55,415 that, and we're gonna demonstrate that just here 357 00:12:55,415 --> 00:12:56,154 in a minute. 358 00:12:56,774 --> 00:12:57,754 But you also 359 00:12:58,134 --> 00:13:00,715 have a full lineup of the push buttons 360 00:13:00,774 --> 00:13:03,330 coming into portal so that you can see 361 00:13:03,330 --> 00:13:03,990 the lineup 362 00:13:04,370 --> 00:13:06,370 and verify that it is the parts that 363 00:13:06,370 --> 00:13:07,110 you want. 364 00:13:07,490 --> 00:13:09,250 In TI portal, you can see that, of 365 00:13:09,250 --> 00:13:12,710 course, the first, button is the interface module, 366 00:13:13,250 --> 00:13:14,309 and then sequentially 367 00:13:14,690 --> 00:13:17,524 is the terminal modules that have either just 368 00:13:17,524 --> 00:13:18,024 contactors, 369 00:13:18,805 --> 00:13:21,144 LED and contactors, or just LEDs. 370 00:13:21,764 --> 00:13:23,865 And we'll we'll show that just here momentarily. 371 00:13:24,565 --> 00:13:27,465 But it's all integrated into TIA portal. 372 00:13:28,319 --> 00:13:29,940 It has a visual representation 373 00:13:30,399 --> 00:13:31,860 of all the push buttons, 374 00:13:32,639 --> 00:13:34,179 and it's simple and fast, 375 00:13:34,639 --> 00:13:35,860 to, configure. 376 00:13:36,559 --> 00:13:38,000 We'll show you that here in just a 377 00:13:38,000 --> 00:13:39,940 moment. And there's no addressing, 378 00:13:40,965 --> 00:13:42,485 for it. So some of the stuff that 379 00:13:42,485 --> 00:13:43,865 you have out there, you have addressing, 380 00:13:44,325 --> 00:13:46,325 making sure what the address is right, and 381 00:13:46,325 --> 00:13:48,345 so on. This is a standardized 382 00:13:48,805 --> 00:13:51,925 data management, and it's extremely time saving and 383 00:13:51,925 --> 00:13:53,705 engineering saving for, 384 00:13:54,644 --> 00:13:55,305 the user. 385 00:13:55,970 --> 00:13:57,330 Well, let me ask you a question about 386 00:13:57,330 --> 00:13:59,509 that. If the snow addressing, 387 00:14:00,769 --> 00:14:03,029 do the items show up, 388 00:14:03,410 --> 00:14:05,330 in the order that they're wired? In other 389 00:14:05,330 --> 00:14:07,809 words, you know, you're daisy chasing the you're 390 00:14:07,809 --> 00:14:09,924 you're going cable to cable from device to 391 00:14:09,924 --> 00:14:11,524 device. Is that the order that they show 392 00:14:11,524 --> 00:14:14,565 up? That's exactly right. Okay. So if you 393 00:14:14,565 --> 00:14:16,325 don't know which ones are what, you just 394 00:14:16,325 --> 00:14:18,404 literally put run your hand from the interface 395 00:14:18,404 --> 00:14:20,804 module, follow that cable, and the next one 396 00:14:20,804 --> 00:14:21,865 that will be visually 397 00:14:22,165 --> 00:14:23,845 saw in portal will be the one that 398 00:14:23,845 --> 00:14:25,840 it lands on first. Perfect. And then there's 399 00:14:25,840 --> 00:14:27,279 a cable that leaves that one and goes 400 00:14:27,279 --> 00:14:29,679 into the next one, daisy chained, and then 401 00:14:29,679 --> 00:14:32,160 that's what'll be represented in that lineup. And 402 00:14:32,160 --> 00:14:33,840 here in just a minute, we'll we'll show 403 00:14:33,840 --> 00:14:34,340 that. 404 00:14:34,800 --> 00:14:36,899 Alright. Thank you for that question. 405 00:14:37,534 --> 00:14:39,694 Okay. Now once I got it wired up, 406 00:14:39,694 --> 00:14:40,894 how do I know that I got it 407 00:14:40,894 --> 00:14:41,794 wired properly? 408 00:14:42,254 --> 00:14:43,694 And we're gonna show that here in just 409 00:14:43,694 --> 00:14:45,554 a minute. But just graphically wise, 410 00:14:45,934 --> 00:14:48,654 you have the ability to see if it 411 00:14:48,654 --> 00:14:51,320 is all wired up. You do not need 412 00:14:51,320 --> 00:14:52,860 to plug it into the PLC. 413 00:14:53,240 --> 00:14:55,179 This all it needs is 24 volts. 414 00:14:56,120 --> 00:14:58,039 The PLC can come later and plugging it 415 00:14:58,039 --> 00:14:59,899 in later and so forth. There's no programming. 416 00:15:00,120 --> 00:15:01,820 This all comes out of the box. 417 00:15:02,375 --> 00:15:04,075 So once you plug it in, 418 00:15:04,615 --> 00:15:06,934 if all on the backside looking at the 419 00:15:06,934 --> 00:15:09,754 terminal blocks and the daisy chain ribbon cable, 420 00:15:10,134 --> 00:15:12,134 if it's all green, you wired it up 421 00:15:12,134 --> 00:15:13,835 properly, and it's working properly. 422 00:15:14,470 --> 00:15:16,309 But then if you see a red light 423 00:15:16,309 --> 00:15:16,809 flashing 424 00:15:17,190 --> 00:15:19,750 either at the terminal module because that will 425 00:15:19,750 --> 00:15:21,769 that will bubble up to the terminal module. 426 00:15:21,990 --> 00:15:23,750 So if you have a problem somewhere pardon 427 00:15:23,750 --> 00:15:25,049 me, the interface module. 428 00:15:25,429 --> 00:15:27,509 If you have some problem with the terminal 429 00:15:27,509 --> 00:15:28,009 modules, 430 00:15:28,384 --> 00:15:30,144 a push button like number two or three 431 00:15:30,144 --> 00:15:32,464 or four, it will bubble up into the, 432 00:15:32,945 --> 00:15:34,544 interface module to let it know, hey. We 433 00:15:34,544 --> 00:15:36,384 got a problem. Can you look to see 434 00:15:36,384 --> 00:15:38,544 where it's at? And as you see here, 435 00:15:38,544 --> 00:15:40,485 we have maybe a device that's defective. 436 00:15:41,279 --> 00:15:43,279 And so it bubbles up into the interface 437 00:15:43,279 --> 00:15:45,279 module to let you know, and a red 438 00:15:45,279 --> 00:15:46,879 light lets you know that we have maybe 439 00:15:46,879 --> 00:15:49,360 a defective module. You know, something hammered it 440 00:15:49,360 --> 00:15:50,100 pretty hard, 441 00:15:50,559 --> 00:15:52,259 or, it may have been miswired. 442 00:15:53,334 --> 00:15:55,414 Then the second one down below, we've got 443 00:15:55,414 --> 00:15:57,334 a wiring error to where you don't have 444 00:15:57,334 --> 00:15:59,654 the green lights on the back and everybody 445 00:15:59,654 --> 00:16:01,815 else's there's no green light shown. That means 446 00:16:01,815 --> 00:16:03,115 you have a wiring error. 447 00:16:03,575 --> 00:16:06,054 Or if everything works great, it's green lights 448 00:16:06,054 --> 00:16:06,554 across, 449 00:16:07,049 --> 00:16:09,710 but then the next level of this is 450 00:16:09,929 --> 00:16:11,470 is my push button working? 451 00:16:12,409 --> 00:16:14,970 So then we you'll push or actuate the 452 00:16:14,970 --> 00:16:17,610 push button or actuate the selector switch, and 453 00:16:17,610 --> 00:16:19,450 the green light will flash to let you 454 00:16:19,450 --> 00:16:22,524 know that that terminal module or interface module 455 00:16:22,524 --> 00:16:23,504 is working properly. 456 00:16:23,884 --> 00:16:26,445 And we've done our our, loop checks right 457 00:16:26,445 --> 00:16:28,365 there before we've even plugged it into the 458 00:16:28,365 --> 00:16:31,004 PLC or your programmer has come out and 459 00:16:31,004 --> 00:16:32,845 sat down and worked with it. We can 460 00:16:32,845 --> 00:16:35,340 prove that that panel is ready to roll 461 00:16:35,500 --> 00:16:37,340 and ready to go, and you can set 462 00:16:37,340 --> 00:16:38,700 it aside. And if you got four or 463 00:16:38,700 --> 00:16:40,540 five of the same panel, you can build 464 00:16:40,540 --> 00:16:42,620 them all up, power it up, verify that 465 00:16:42,620 --> 00:16:44,559 it's all green lights across the board. 466 00:16:44,860 --> 00:16:46,860 It is. Great. Set it down. Build up 467 00:16:46,860 --> 00:16:48,945 another one and go on from there. So 468 00:16:48,945 --> 00:16:52,144 it shows you fast fault detection without any 469 00:16:52,144 --> 00:16:54,465 additional equipment or additional people to come in 470 00:16:54,465 --> 00:16:56,305 and help you show you that. When we 471 00:16:56,305 --> 00:16:58,465 used to do loop checks, usually had somebody 472 00:16:58,465 --> 00:17:00,785 push the button, then yell at the programmer, 473 00:17:00,785 --> 00:17:03,120 hey. Is this coming in at I zero 474 00:17:03,120 --> 00:17:05,679 dot zero? Yeah. I see it. Okay. Or 475 00:17:05,679 --> 00:17:07,200 then he pushed another one. Hey. Is this 476 00:17:07,200 --> 00:17:09,440 coming in on I 0.one? No. It's coming 477 00:17:09,440 --> 00:17:12,000 in on i0. Three. So there was that 478 00:17:12,000 --> 00:17:13,919 two people and then more time to do 479 00:17:13,919 --> 00:17:16,474 that loop check or the ring out as 480 00:17:16,474 --> 00:17:18,394 some people have called it. So in this 481 00:17:18,394 --> 00:17:19,835 case, you don't need to do that, and 482 00:17:19,835 --> 00:17:21,615 you'll see why here in just a minute. 483 00:17:22,634 --> 00:17:24,315 And then, again, if we do have an 484 00:17:24,315 --> 00:17:25,674 interface module that, 485 00:17:26,315 --> 00:17:28,555 maybe it got short circuited or something hit 486 00:17:28,555 --> 00:17:30,840 it, it you just pull the ePROM out, 487 00:17:30,840 --> 00:17:32,380 plug it into the new one, 488 00:17:33,160 --> 00:17:35,480 bring in the ribbon cable, and cycle the 489 00:17:35,480 --> 00:17:37,960 power, and you're up and running. Alright. And 490 00:17:37,960 --> 00:17:39,640 then this is just some of the handling 491 00:17:39,640 --> 00:17:41,580 options of how it handles the data, 492 00:17:42,234 --> 00:17:44,015 with the projects and so forth, 493 00:17:44,474 --> 00:17:45,855 with basic setups, 494 00:17:46,394 --> 00:17:48,494 options that you can be handling with this, 495 00:17:49,034 --> 00:17:49,934 filling bottles. 496 00:17:50,634 --> 00:17:52,474 What we wanna make sure to understand is 497 00:17:52,474 --> 00:17:54,174 that if maybe push buttons, 498 00:17:54,554 --> 00:17:55,615 you can pick 499 00:17:56,099 --> 00:17:58,500 push buttons to work with whatever project you 500 00:17:58,500 --> 00:17:59,559 want it to do. 501 00:17:59,859 --> 00:18:01,700 So if you have six push buttons out 502 00:18:01,700 --> 00:18:03,559 there, two of them are working on one, 503 00:18:04,099 --> 00:18:05,779 bottle filling, and then the rest of them 504 00:18:05,779 --> 00:18:07,940 are working on the labeling, you can separate 505 00:18:07,940 --> 00:18:10,179 those push buttons. Even though that they're all 506 00:18:10,179 --> 00:18:12,474 tied together via PROFINET, you can use them 507 00:18:12,474 --> 00:18:15,194 in different applications across your machine. You're saying 508 00:18:15,194 --> 00:18:16,575 if I have multiple CPUs, 509 00:18:16,954 --> 00:18:18,634 I could have some buttons in light work 510 00:18:18,634 --> 00:18:21,274 with CPU one, PLC one, and some work 511 00:18:21,274 --> 00:18:23,674 with PLC two? Yep. There's handling there. There's 512 00:18:23,674 --> 00:18:25,355 programming in the backside that needs to be 513 00:18:25,355 --> 00:18:27,194 done, but, yes, that can happen. Yep. Oh, 514 00:18:27,194 --> 00:18:27,694 alright. 515 00:18:28,019 --> 00:18:28,759 So conclusion, 516 00:18:29,380 --> 00:18:31,619 integrated into TI portal. We're gonna show that 517 00:18:31,619 --> 00:18:33,559 here in a minute. So universal system, 518 00:18:34,180 --> 00:18:36,980 high flexibility with your digital in, digital outs, 519 00:18:36,980 --> 00:18:37,480 analogs, 520 00:18:37,940 --> 00:18:40,914 quick and easy installation, one man, one hand, 521 00:18:41,054 --> 00:18:43,634 no special tooling, and then substantially 522 00:18:44,015 --> 00:18:46,095 reducing the wiring and labor to get it 523 00:18:46,095 --> 00:18:46,595 going. 524 00:18:47,054 --> 00:18:50,335 And then, again, integrated safety if, required for 525 00:18:50,335 --> 00:18:51,315 the your time. 526 00:18:51,775 --> 00:18:54,654 So with that, let's, switch over to TI 527 00:18:54,654 --> 00:18:57,390 portal. So I've already got a project started. 528 00:18:58,250 --> 00:19:00,410 I just called it project three. I've already 529 00:19:00,410 --> 00:19:02,269 got a PLC. I've got our, 530 00:19:02,809 --> 00:19:05,789 new g, s seven twelve hundred g two 531 00:19:05,930 --> 00:19:06,910 already in. 532 00:19:07,210 --> 00:19:09,130 And then what I'm gonna do is I've, 533 00:19:09,450 --> 00:19:10,910 already built up the panel. 534 00:19:11,904 --> 00:19:12,404 And, 535 00:19:12,945 --> 00:19:15,345 Sean, if you wanna show your panel right 536 00:19:15,345 --> 00:19:17,345 here. Yeah. Let me go ahead and switch 537 00:19:17,345 --> 00:19:19,125 the camera over to mine. 538 00:19:19,585 --> 00:19:21,664 And so now everybody's seeing my overhead. Now 539 00:19:21,664 --> 00:19:22,945 do you want me to turn it on 540 00:19:22,945 --> 00:19:25,740 at this point? It's off. Yeah. Yeah. Let's 541 00:19:25,740 --> 00:19:27,839 do it. Gonna turn it on, 542 00:19:28,299 --> 00:19:30,299 and all the lights came on. So we 543 00:19:30,299 --> 00:19:31,900 have some push buttons and pilot lights here, 544 00:19:31,900 --> 00:19:33,279 but the push buttons are illuminated, 545 00:19:33,740 --> 00:19:35,259 and now they've all gone off. Do you 546 00:19:35,259 --> 00:19:36,640 want me to show the back now? 547 00:19:37,019 --> 00:19:38,474 Yep. So what we did there is that 548 00:19:38,474 --> 00:19:40,315 we just showed that the LEDs are all 549 00:19:40,315 --> 00:19:42,795 working, and that's at the initial powering up 550 00:19:42,795 --> 00:19:45,035 of the 24 volts. Now we're gonna switch 551 00:19:45,035 --> 00:19:46,714 over and, you know, open up the cabinet 552 00:19:46,714 --> 00:19:48,315 and look inside, and now we're looking on 553 00:19:48,315 --> 00:19:48,894 the backside. 554 00:19:49,434 --> 00:19:51,195 And if you remember in the PowerPoint, I 555 00:19:51,195 --> 00:19:53,200 said that we'd have all green lights, the 556 00:19:53,359 --> 00:19:54,740 everything's wired properly. 557 00:19:55,039 --> 00:19:57,359 And as you look, all the terminal modules 558 00:19:57,359 --> 00:19:59,519 all have green lights, and so that means 559 00:19:59,519 --> 00:20:01,140 that's all been wired properly. 560 00:20:01,600 --> 00:20:03,440 If you notice, you see a little red 561 00:20:03,440 --> 00:20:05,140 stripe on the ribbon cable. 562 00:20:05,464 --> 00:20:08,105 That's a indication. Yep. To show you that. 563 00:20:08,105 --> 00:20:09,785 And then if you look on the on 564 00:20:09,785 --> 00:20:11,224 the out on the, 565 00:20:12,025 --> 00:20:14,585 the interface module, Sean, there's it says out 566 00:20:14,585 --> 00:20:16,345 right there at the bottom. Yeah. There's a 567 00:20:16,345 --> 00:20:18,345 little dot, and that dot means that's where 568 00:20:18,345 --> 00:20:19,005 the red 569 00:20:19,305 --> 00:20:20,365 stripe goes, 570 00:20:21,380 --> 00:20:21,880 coming 571 00:20:22,259 --> 00:20:24,019 out. So that little dot means that's where 572 00:20:24,019 --> 00:20:26,660 the red stripe comes. Yep. Right there. And 573 00:20:26,660 --> 00:20:28,259 that's how it comes out. And then if 574 00:20:28,259 --> 00:20:30,100 you look just to the left a little 575 00:20:30,100 --> 00:20:31,059 bit, there's another, 576 00:20:31,460 --> 00:20:33,700 in, and there'd be a red dot underneath 577 00:20:33,700 --> 00:20:35,460 that ribbon cable showing you how the red 578 00:20:35,620 --> 00:20:37,085 the the red 579 00:20:37,384 --> 00:20:40,105 goes into it. Notice that everything's clear, so 580 00:20:40,105 --> 00:20:42,044 you can see that the wire gets engaged 581 00:20:42,105 --> 00:20:43,644 properly all the way in. 582 00:20:44,825 --> 00:20:46,105 And then all you do is take a 583 00:20:46,105 --> 00:20:48,984 screwdriver and push down, and then the vent, 584 00:20:49,224 --> 00:20:51,569 comes in. The insulation displacement comes in 585 00:20:52,049 --> 00:20:52,529 and, 586 00:20:52,929 --> 00:20:53,429 and, 587 00:20:54,210 --> 00:20:55,809 makes the connections for you. So there's no 588 00:20:55,809 --> 00:20:58,690 strip tie cable stripping tools or anything special 589 00:20:58,690 --> 00:20:59,589 for doing that. 590 00:21:00,690 --> 00:21:02,929 Another item, just while we're looking, if you 591 00:21:02,929 --> 00:21:04,849 look in the bottom left hand corner of 592 00:21:04,849 --> 00:21:06,875 that terminal module, you see kind of a 593 00:21:06,875 --> 00:21:08,634 a t and then a circle and then 594 00:21:08,634 --> 00:21:09,454 another t. 595 00:21:09,914 --> 00:21:11,515 That's an indicator to let you know that 596 00:21:11,515 --> 00:21:13,535 that's two contactors and an LED 597 00:21:14,315 --> 00:21:15,134 that you have 598 00:21:15,755 --> 00:21:16,575 on the backside. 599 00:21:17,380 --> 00:21:19,859 We're talking about right here? Yep. Yep. Right 600 00:21:19,859 --> 00:21:21,940 there. Okay. So that's an indicator to tell 601 00:21:21,940 --> 00:21:23,859 you what type of terminal block it is 602 00:21:23,940 --> 00:21:24,519 a terminal, 603 00:21:25,140 --> 00:21:27,779 block that it is. That's two contactors and 604 00:21:27,779 --> 00:21:29,220 LED. And then if you look at one 605 00:21:29,220 --> 00:21:31,140 in the bottom left hand corner, there's just 606 00:21:31,140 --> 00:21:32,964 a circle. That means you just have an 607 00:21:32,964 --> 00:21:33,464 LED. 608 00:21:34,244 --> 00:21:36,244 So you have some indicators to show you 609 00:21:36,244 --> 00:21:38,565 what you're looking at and so forth. So 610 00:21:38,565 --> 00:21:40,184 today, we're just using the two, 611 00:21:40,644 --> 00:21:43,544 LED only, and then we're doing the contactor 612 00:21:43,684 --> 00:21:44,904 and LED combination. 613 00:21:45,329 --> 00:21:46,929 I I don't have one there on your 614 00:21:46,929 --> 00:21:49,250 demo that's just the contactor. So Now you 615 00:21:49,250 --> 00:21:51,109 were telling me about these earlier. 616 00:21:51,970 --> 00:21:52,470 Yeah. 617 00:21:52,849 --> 00:21:54,529 So yeah. The so if you look there 618 00:21:54,529 --> 00:21:57,089 on that second row of the terminal blocks, 619 00:21:57,089 --> 00:21:59,269 you have a UV and an AI, 620 00:22:00,215 --> 00:22:01,894 and I'll show that in the schematic here 621 00:22:01,894 --> 00:22:03,654 in just a little bit, but there, that 622 00:22:03,654 --> 00:22:05,195 is a 10 volt output. 623 00:22:05,734 --> 00:22:07,815 If you put a 250 624 00:22:07,815 --> 00:22:09,515 ohm or 250 k ohm, 625 00:22:09,894 --> 00:22:10,394 potentiometer 626 00:22:11,174 --> 00:22:13,674 and then bring that signal back into AI, 627 00:22:14,349 --> 00:22:17,149 you have an analog set point that comes 628 00:22:17,149 --> 00:22:20,210 in for it that will automatically be scaled 629 00:22:20,349 --> 00:22:23,069 zero to 1,000 count or zero to 10 630 00:22:23,069 --> 00:22:25,069 volts. Mhmm. And then you can use that 631 00:22:25,069 --> 00:22:26,929 for a speed reference for a VFD. 632 00:22:28,045 --> 00:22:29,805 And it's already there. All you have to 633 00:22:29,805 --> 00:22:31,085 do, you don't have to scale it or 634 00:22:31,085 --> 00:22:32,924 anything. You can put it towards, you know, 635 00:22:32,924 --> 00:22:35,565 okay. Zero to 1,000 count means zero to 636 00:22:35,565 --> 00:22:36,545 500 PSI 637 00:22:37,244 --> 00:22:40,125 or or zero to 100 feet per second 638 00:22:40,125 --> 00:22:41,724 on a conveyor belt, and I'm I'm just 639 00:22:41,724 --> 00:22:43,919 pulling numbers out. But that's the only real 640 00:22:43,919 --> 00:22:46,480 scalability scaling you have to do. So it'll 641 00:22:46,480 --> 00:22:48,960 be a zero to 1,000 count is what 642 00:22:48,960 --> 00:22:50,919 you'll see instead of, like, 643 00:22:51,519 --> 00:22:53,440 yep. Then you got four digital ins that 644 00:22:53,440 --> 00:22:54,259 you can use 645 00:22:54,799 --> 00:22:56,654 and then a one digital out. 646 00:22:56,974 --> 00:22:59,934 Now the four, I, kinda inquired wife just 647 00:22:59,934 --> 00:23:02,335 four, but let's say that you have a 648 00:23:02,335 --> 00:23:05,375 four position joystick. You could wire all four 649 00:23:05,375 --> 00:23:08,494 positions into that interface module, and then the 650 00:23:08,494 --> 00:23:10,835 output could be something else for a local 651 00:23:10,974 --> 00:23:12,275 horn that you want 652 00:23:12,779 --> 00:23:14,940 or something to that case with it. So 653 00:23:14,940 --> 00:23:17,200 you in addition to the, 654 00:23:18,299 --> 00:23:20,320 push buttons, you also have a small, 655 00:23:21,180 --> 00:23:21,680 distribution 656 00:23:22,700 --> 00:23:25,019 IO block right there in the in your 657 00:23:25,019 --> 00:23:25,519 panel. 658 00:23:26,005 --> 00:23:27,684 Which is cool. Yeah. I mean, maybe yeah. 659 00:23:27,684 --> 00:23:29,365 Like you said, maybe you have something else 660 00:23:29,365 --> 00:23:30,184 on the panel 661 00:23:30,565 --> 00:23:32,105 that doesn't fit in with, 662 00:23:32,404 --> 00:23:34,164 you know, this line of push buttons and 663 00:23:34,164 --> 00:23:36,565 pilot lights like a joystick. Right? And that 664 00:23:36,565 --> 00:23:38,819 makes a lot of sense. You were saying 665 00:23:38,819 --> 00:23:40,579 too, if I push the button, I can 666 00:23:40,579 --> 00:23:42,119 test to see if it's working. 667 00:23:42,819 --> 00:23:45,140 Correct. So if you yep. Go right ahead. 668 00:23:45,140 --> 00:23:47,140 I'm pushing that middle one right there. You 669 00:23:47,140 --> 00:23:48,599 can see it blinking now. 670 00:23:48,980 --> 00:23:50,660 And that tells you that the contacts have 671 00:23:50,660 --> 00:23:52,335 been made, and it's telling you that the 672 00:23:52,335 --> 00:23:54,654 contacts work properly. And now I'm pushing the 673 00:23:54,654 --> 00:23:55,634 one below it. 674 00:23:56,095 --> 00:23:58,414 So that shows me that everything's working. The 675 00:23:58,414 --> 00:23:59,875 contacts are working, and 676 00:24:00,174 --> 00:24:01,154 we're good to go. 677 00:24:01,535 --> 00:24:04,015 Yep. Everything's done. We've done the loop checks. 678 00:24:04,015 --> 00:24:05,880 We know that this is ready to be 679 00:24:06,039 --> 00:24:08,119 plugged into the PLC and handed off to 680 00:24:08,119 --> 00:24:10,440 whomever is going to be, programming the PLC 681 00:24:10,440 --> 00:24:12,519 and bring it in, in which means that 682 00:24:12,519 --> 00:24:14,119 we'll go to the next step in the 683 00:24:14,119 --> 00:24:16,119 TI portal. Yeah. Let me switch back to 684 00:24:16,119 --> 00:24:18,460 you, and we're seeing your TI portal now. 685 00:24:18,805 --> 00:24:19,305 Awesome. 686 00:24:19,765 --> 00:24:21,464 Okay. So I've got the PLC. 687 00:24:22,005 --> 00:24:23,924 I've plugged it in to if if I 688 00:24:23,924 --> 00:24:25,845 needed an Ethernet switch or I've plugged it 689 00:24:25,845 --> 00:24:27,144 directly into the PLC. 690 00:24:27,845 --> 00:24:30,424 Now I have just built up that panel. 691 00:24:30,940 --> 00:24:32,400 I haven't had anything, 692 00:24:33,420 --> 00:24:35,259 done with it for an IP address because 693 00:24:35,259 --> 00:24:37,500 it is a TCP IP protocol. So we 694 00:24:37,500 --> 00:24:39,740 need to do a IP address, but it's 695 00:24:39,740 --> 00:24:40,480 on PROFINET. 696 00:24:41,099 --> 00:24:43,359 And then I'm gonna come here to online 697 00:24:43,420 --> 00:24:43,920 access, 698 00:24:44,345 --> 00:24:45,704 and I wanna see that I can see 699 00:24:45,704 --> 00:24:47,625 it out there that I'm talking to it. 700 00:24:47,625 --> 00:24:49,724 So I'm gonna do update accessible devices. 701 00:24:50,265 --> 00:24:52,445 It's gonna reach out via my, 702 00:24:52,984 --> 00:24:54,684 Ethernet port on my laptop. 703 00:24:55,704 --> 00:24:57,945 And then there's our g two PLC and 704 00:24:57,945 --> 00:25:00,259 its IP address. So that's that guy right 705 00:25:00,259 --> 00:25:02,099 here. Mhmm. And then I have something out 706 00:25:02,099 --> 00:25:04,740 there called accessible devices, and then this is 707 00:25:04,740 --> 00:25:05,880 its MAC address. 708 00:25:06,500 --> 00:25:08,339 So what I and I just have those 709 00:25:08,339 --> 00:25:10,099 two items on the network, but, you know, 710 00:25:10,099 --> 00:25:12,015 you could have multiples as, you know, with 711 00:25:12,255 --> 00:25:13,875 GI portal. We can put an entire 712 00:25:14,335 --> 00:25:15,954 machine in one project. 713 00:25:16,575 --> 00:25:18,515 So I come here and drop that down, 714 00:25:18,575 --> 00:25:20,275 and I go to online diagnostics. 715 00:25:21,295 --> 00:25:23,295 I I go online with it, but I 716 00:25:23,295 --> 00:25:24,974 don't have really a lot here to tell 717 00:25:24,974 --> 00:25:26,609 me what's going on or anything yet. 718 00:25:27,009 --> 00:25:29,170 But I come here, and I say assign 719 00:25:29,170 --> 00:25:29,990 IP address. 720 00:25:30,769 --> 00:25:32,390 And I call one ninety two, 721 00:25:33,490 --> 00:25:36,529 one sixty eight, zero zero zero, and zero 722 00:25:36,529 --> 00:25:37,349 ten zero, 723 00:25:37,650 --> 00:25:39,650 and then our usual 255, 724 00:25:39,650 --> 00:25:42,055 two fifty five, two fifty five, and then 725 00:25:42,055 --> 00:25:43,835 I say assign IP address. 726 00:25:45,095 --> 00:25:46,075 Give it a second. 727 00:25:46,535 --> 00:25:47,974 It's gonna go out and tell it, okay. 728 00:25:47,974 --> 00:25:49,335 You're it. Now I wanna see if it 729 00:25:49,335 --> 00:25:51,355 took, and you look right there, it took. 730 00:25:52,055 --> 00:25:53,894 And I'm I'm kinda anal, so I kinda 731 00:25:53,894 --> 00:25:56,154 do it again just to verify. Yep. Everything's 732 00:25:56,215 --> 00:25:57,900 done. It's got an IP address. 733 00:25:58,680 --> 00:26:00,059 Now I'm gonna come up, 734 00:26:01,320 --> 00:26:03,259 and I'm going to go to my project, 735 00:26:03,880 --> 00:26:06,039 and I'm gonna switch this to new network 736 00:26:06,039 --> 00:26:07,660 view. Here's my PLC. 737 00:26:08,200 --> 00:26:09,259 I'm gonna highlight 738 00:26:09,934 --> 00:26:11,855 my project. Now there's two ways I can 739 00:26:11,855 --> 00:26:13,694 go about it, and I'm sure, Sean, you've 740 00:26:13,694 --> 00:26:16,174 learned that Siemens allows you to kinda do 741 00:26:16,174 --> 00:26:17,154 it multiple ways. 742 00:26:17,615 --> 00:26:19,875 I could come in here and go into 743 00:26:20,015 --> 00:26:21,075 my field devices, 744 00:26:21,820 --> 00:26:23,820 and I could come into my commanding and 745 00:26:23,820 --> 00:26:26,779 interface modules, and I'd start building my push 746 00:26:26,779 --> 00:26:27,519 button station. 747 00:26:27,980 --> 00:26:29,740 But we're gonna be a little oh and 748 00:26:29,740 --> 00:26:31,759 ah today. We're gonna highlight the project. 749 00:26:32,779 --> 00:26:34,795 I'm gonna go to online, and I'm gonna 750 00:26:34,795 --> 00:26:36,734 come down here to hardware detection 751 00:26:37,035 --> 00:26:39,455 and do PROFINET devices from network. 752 00:26:41,195 --> 00:26:43,115 Brings up the screen to say, hey. I 753 00:26:43,115 --> 00:26:44,555 want you to go out and search for 754 00:26:44,555 --> 00:26:46,095 PROFINET industrial Ethernet. 755 00:26:46,555 --> 00:26:47,755 Come out via my, 756 00:26:48,820 --> 00:26:50,580 NIC card from my laptop, and I want 757 00:26:50,580 --> 00:26:51,640 you to start search. 758 00:26:52,019 --> 00:26:53,859 For those of you who watched my previous 759 00:26:53,859 --> 00:26:55,859 episodes doing the e t 200 I o, 760 00:26:55,859 --> 00:26:58,180 this is exactly the same process we used 761 00:26:58,180 --> 00:26:58,840 for that. 762 00:26:59,220 --> 00:26:59,720 Yep. 763 00:27:00,180 --> 00:27:02,100 And I found something out there that I 764 00:27:02,100 --> 00:27:03,955 know I gave the IP address, but it 765 00:27:03,955 --> 00:27:06,434 doesn't have a PROFINET name yet. So that's 766 00:27:06,434 --> 00:27:08,355 okay. I've I got the IP address. We'll 767 00:27:08,355 --> 00:27:10,755 worry about the PROFINET name. So we'll hide 768 00:27:10,835 --> 00:27:12,515 check mark this, and this could be multiple 769 00:27:12,515 --> 00:27:13,654 items. Mhmm. 770 00:27:14,115 --> 00:27:15,815 K. So now add device. 771 00:27:16,515 --> 00:27:17,975 And this is the sweet part. 772 00:27:18,679 --> 00:27:21,319 And right here, it's done. It went out, 773 00:27:21,319 --> 00:27:22,460 interrogated the interface 774 00:27:22,759 --> 00:27:24,519 module, and said, okay. Are you there? Yep. 775 00:27:24,519 --> 00:27:26,140 I'm here. Here's my IP address. 776 00:27:26,519 --> 00:27:29,160 And it also shared with it all of 777 00:27:30,375 --> 00:27:32,375 come in here, double click on it now. 778 00:27:32,375 --> 00:27:34,855 The real time saver. Yep. Yep. And then 779 00:27:34,855 --> 00:27:36,694 now here's all the push buttons in your 780 00:27:36,694 --> 00:27:38,134 thing. And let me zoom that out. It's 781 00:27:38,134 --> 00:27:40,234 at 200%. Let's go out to a 100. 782 00:27:40,615 --> 00:27:43,595 And now it already interrogated the interface module 783 00:27:44,080 --> 00:27:45,759 and all the terminal modules to tell me 784 00:27:45,759 --> 00:27:46,820 what's in my demo. 785 00:27:47,200 --> 00:27:48,880 Yep. And again, as you stated in your 786 00:27:48,880 --> 00:27:50,320 questions, how do I know which one's the 787 00:27:50,320 --> 00:27:52,000 next one? You just saw the ribbon cable 788 00:27:52,320 --> 00:27:54,000 Mhmm. And then it brings you so forth 789 00:27:54,000 --> 00:27:54,900 and so on. 790 00:27:55,200 --> 00:27:57,759 So that's done. We're good. I'm gonna go 791 00:27:57,759 --> 00:27:59,914 back to my network view, and I'm gonna 792 00:27:59,914 --> 00:28:02,954 say, hey. I want you to communicate via 793 00:28:02,954 --> 00:28:04,335 PROFINET to there, 794 00:28:04,634 --> 00:28:06,075 which I'm done. And then it also gives 795 00:28:06,075 --> 00:28:07,755 you here's the PLC that you're gonna do 796 00:28:07,755 --> 00:28:09,355 because, you know, if we have a big 797 00:28:09,355 --> 00:28:10,875 project, we may have four or five of 798 00:28:10,875 --> 00:28:12,974 these stations, and you wanna know which PLC 799 00:28:13,194 --> 00:28:15,650 is the primary PLC on it. And then 800 00:28:15,650 --> 00:28:16,710 we've done that. 801 00:28:17,009 --> 00:28:19,089 I'm going to quickly just do a quick 802 00:28:19,089 --> 00:28:19,589 compile. 803 00:28:22,130 --> 00:28:22,630 And 804 00:28:23,409 --> 00:28:23,909 next, 805 00:28:24,369 --> 00:28:26,849 I'm gonna come here. I'm gonna click here. 806 00:28:26,849 --> 00:28:29,650 Now I could just do download and and 807 00:28:29,650 --> 00:28:32,595 let the PROFINET name, which is here, 808 00:28:33,535 --> 00:28:35,375 go into it. But I'm gonna right click, 809 00:28:35,375 --> 00:28:37,634 and I'm gonna say assign device name 810 00:28:38,414 --> 00:28:39,954 and say update list. 811 00:28:41,295 --> 00:28:43,315 It's gonna go interrogate the network. 812 00:28:45,909 --> 00:28:48,549 Takes a second. No device name assigned. No 813 00:28:48,549 --> 00:28:50,710 PROFINET name. So this is how we do 814 00:28:50,710 --> 00:28:51,849 that time determinism 815 00:28:52,390 --> 00:28:54,390 with PROFINET. So I'm gonna highlight it, and 816 00:28:54,390 --> 00:28:55,849 I say assign the name, 817 00:28:59,305 --> 00:29:00,285 and it's done. 818 00:29:00,744 --> 00:29:01,244 Close. 819 00:29:01,705 --> 00:29:03,465 So now it has a PROFINET name and 820 00:29:03,465 --> 00:29:04,285 IP address. 821 00:29:04,585 --> 00:29:06,184 So now I'm able to go in here 822 00:29:06,184 --> 00:29:07,085 and hit download 823 00:29:11,545 --> 00:29:12,365 and load. 824 00:29:18,289 --> 00:29:20,369 And we're going to stop because we are 825 00:29:20,369 --> 00:29:22,369 adding hardware, so we are putting the CPU 826 00:29:22,369 --> 00:29:23,109 in stop 827 00:29:28,214 --> 00:29:30,375 and hit finish. Now I always make sure 828 00:29:30,375 --> 00:29:32,954 I'm starting the CPU back up 829 00:29:33,575 --> 00:29:34,875 and then hit finish. 830 00:29:35,974 --> 00:29:37,674 And then I'm gonna go online, 831 00:29:38,535 --> 00:29:40,615 go over here and show network view, and 832 00:29:40,615 --> 00:29:41,434 go online. 833 00:29:43,769 --> 00:29:46,090 And I got green balls and green check 834 00:29:46,090 --> 00:29:48,590 marks all over the board, so I'm excited. 835 00:29:48,650 --> 00:29:51,690 This works out. Everything's done. But now what 836 00:29:51,690 --> 00:29:53,930 about the IO? So now your programmer is 837 00:29:53,930 --> 00:29:55,690 already talking to it, but now I need 838 00:29:55,690 --> 00:29:57,855 to know what the inputs and outputs are. 839 00:29:58,174 --> 00:29:59,394 So go back offline, 840 00:30:00,255 --> 00:30:01,394 double click here, 841 00:30:02,174 --> 00:30:04,174 and then I'm gonna just quickly look at 842 00:30:04,174 --> 00:30:05,075 a couple things. 843 00:30:05,454 --> 00:30:06,835 The interface modules 844 00:30:07,134 --> 00:30:09,294 IO tags are in a different spot than 845 00:30:09,294 --> 00:30:11,609 the terminal modules. So just a little 846 00:30:12,089 --> 00:30:13,929 note. It's right here. If you double click 847 00:30:13,929 --> 00:30:16,569 on integrated I LED, you click here and 848 00:30:16,569 --> 00:30:19,470 then go to properties and say IO tags. 849 00:30:19,769 --> 00:30:20,829 There it lists 850 00:30:21,690 --> 00:30:22,509 all of 851 00:30:23,210 --> 00:30:25,394 the inputs and outputs. So it comes here. 852 00:30:25,634 --> 00:30:27,795 But if I do a terminal module, click 853 00:30:27,795 --> 00:30:28,295 here, 854 00:30:28,835 --> 00:30:30,674 then once you just click on it in 855 00:30:30,674 --> 00:30:33,234 general oops. Sorry. In general, it's right here 856 00:30:33,234 --> 00:30:34,375 in the IO addressing. 857 00:30:34,755 --> 00:30:37,414 There's where it starts start the bytes, 858 00:30:37,839 --> 00:30:39,519 but then I come here to tags, and 859 00:30:39,519 --> 00:30:40,579 then here's the listing. 860 00:30:40,960 --> 00:30:43,700 So the the the programs automatically already 861 00:30:44,399 --> 00:30:46,480 allocated the byte and the bit for each 862 00:30:46,480 --> 00:30:48,240 of these guys. So if I click there, 863 00:30:48,240 --> 00:30:51,279 there, click there, there's it there, onward and 864 00:30:51,279 --> 00:30:53,535 upward. Now notice that the byte 865 00:30:54,075 --> 00:30:56,734 so if I click on position four, 866 00:30:57,994 --> 00:31:00,174 it is three. So it's one 867 00:31:01,035 --> 00:31:01,855 one less 868 00:31:02,555 --> 00:31:04,095 because the base zero 869 00:31:04,609 --> 00:31:06,369 versus here, it's five. Just give me a 870 00:31:06,369 --> 00:31:07,890 little bit of a so if you look 871 00:31:07,890 --> 00:31:09,670 in here, all that starts at I 872 00:31:10,049 --> 00:31:12,630 four dot zero. I four dot zero. 873 00:31:13,170 --> 00:31:15,730 So k. So that's there. So I'm gonna 874 00:31:15,730 --> 00:31:16,390 come here. 875 00:31:16,769 --> 00:31:19,190 I'm gonna go to the selector switch 876 00:31:19,644 --> 00:31:20,304 for this, 877 00:31:20,684 --> 00:31:23,484 and I've called it s s one, and 878 00:31:23,484 --> 00:31:25,265 that's input two dot zero. 879 00:31:25,644 --> 00:31:26,944 Then I'm gonna click here, 880 00:31:27,244 --> 00:31:29,825 and I'm gonna call this green push button. 881 00:31:30,204 --> 00:31:32,460 Notice there's two inputs because I have one 882 00:31:32,460 --> 00:31:34,480 contactor here, one contactor there, 883 00:31:34,940 --> 00:31:35,440 and 884 00:31:36,140 --> 00:31:37,019 30 885 00:31:37,019 --> 00:31:38,319 and 31. 886 00:31:38,619 --> 00:31:40,700 So then what I'm gonna do is that 887 00:31:40,700 --> 00:31:42,140 I'm going to go over here to the 888 00:31:42,140 --> 00:31:42,640 PLC, 889 00:31:43,994 --> 00:31:46,075 and I'm gonna go to and it's updated 890 00:31:46,075 --> 00:31:47,615 my PLC tag table. 891 00:31:49,035 --> 00:31:50,654 There you go. It's in there. 892 00:31:51,035 --> 00:31:53,035 So then I'm gonna grab that guy. I'm 893 00:31:53,035 --> 00:31:55,515 gonna because portal pushes you to use two 894 00:31:55,515 --> 00:31:56,015 monitors. 895 00:31:57,035 --> 00:31:58,174 I'm gonna come here, 896 00:31:58,619 --> 00:31:59,839 go to the main OB, 897 00:32:00,859 --> 00:32:02,539 and then I'm gonna just grab a normally 898 00:32:02,539 --> 00:32:04,640 open contact, drag it on, 899 00:32:05,180 --> 00:32:06,960 drop it, put it in 900 00:32:08,380 --> 00:32:10,640 there we go. And then I'm gonna grab 901 00:32:10,700 --> 00:32:11,759 selector switch 902 00:32:12,394 --> 00:32:14,014 and drop that right there, 903 00:32:14,714 --> 00:32:16,255 and grab green LED 904 00:32:17,274 --> 00:32:18,734 and drop that right there, 905 00:32:20,554 --> 00:32:22,575 and then close that out 906 00:32:22,875 --> 00:32:23,855 and compile. 907 00:32:25,750 --> 00:32:27,930 And everybody's happy. I'm gonna download 908 00:32:29,670 --> 00:32:30,809 and say yes. 909 00:32:32,230 --> 00:32:34,250 Okay. And then I'm gonna go online. 910 00:32:36,150 --> 00:32:38,230 Alright. So it's waiting in for me to 911 00:32:40,214 --> 00:32:41,115 switch that, 912 00:32:43,974 --> 00:32:45,734 and there you go. And if you wanna 913 00:32:45,734 --> 00:32:47,355 see my screen there, Sean, 914 00:32:47,974 --> 00:32:50,055 that's the green light is turned on. Yeah. 915 00:32:50,055 --> 00:32:52,289 Let me switch over to Okay. Bring up 916 00:32:52,289 --> 00:32:54,529 your, alright. And could you switch it back 917 00:32:54,529 --> 00:32:56,390 off now? Yeah. No problem. 918 00:32:58,210 --> 00:32:59,650 Yep. So there we go. We switch it 919 00:32:59,650 --> 00:33:01,570 off. We switch it on. Now I wanna 920 00:33:01,570 --> 00:33:03,029 show you something kinda cool. 921 00:33:03,570 --> 00:33:04,870 If I turn that off 922 00:33:05,934 --> 00:33:07,615 and I come back here and I go 923 00:33:07,615 --> 00:33:08,115 offline 924 00:33:08,735 --> 00:33:11,775 Mhmm. I have a indicator light that needs 925 00:33:11,775 --> 00:33:13,535 to flash to let the operator know that 926 00:33:13,535 --> 00:33:15,455 there's something here I need you to attend 927 00:33:15,455 --> 00:33:15,955 to. 928 00:33:16,335 --> 00:33:17,934 So we used to put in some type 929 00:33:17,934 --> 00:33:20,420 of timer. Right? Mhmm. Mhmm. And so what 930 00:33:20,420 --> 00:33:22,019 we would do here instead of that, I'm 931 00:33:22,019 --> 00:33:23,859 gonna come back down here to my tab 932 00:33:23,859 --> 00:33:25,319 and go to the hardware config. 933 00:33:25,619 --> 00:33:27,160 I'm gonna double click here. 934 00:33:27,539 --> 00:33:29,400 I'm gonna go to module parameters, 935 00:33:30,420 --> 00:33:30,920 and 936 00:33:31,460 --> 00:33:33,299 I'm gonna drop this down, and I'm gonna 937 00:33:33,299 --> 00:33:34,599 put it at two hertz. 938 00:33:35,934 --> 00:33:37,855 Also, just to point out, I can also 939 00:33:37,855 --> 00:33:40,015 do a normally open contact and a normally 940 00:33:40,015 --> 00:33:41,715 closed contact and switch them. 941 00:33:42,575 --> 00:33:44,035 You see right here. Cool. 942 00:33:44,735 --> 00:33:45,955 And I can control 943 00:33:47,295 --> 00:33:49,455 the brightness of the LED if it has 944 00:33:49,455 --> 00:33:50,115 an LED, 945 00:33:51,029 --> 00:33:53,990 and it's all hard coded into it. So 946 00:33:53,990 --> 00:33:56,230 once I've done that, do a quick compile. 947 00:33:56,230 --> 00:33:58,250 I'm I mean, you know, I've always compile 948 00:33:58,390 --> 00:34:00,390 and then do download. Mhmm. Mhmm. So we're 949 00:34:00,390 --> 00:34:01,610 gonna download that 950 00:34:04,070 --> 00:34:04,970 and hit load 951 00:34:08,994 --> 00:34:09,815 and finish. 952 00:34:11,234 --> 00:34:13,335 K. Here we go. Turn that on, 953 00:34:13,714 --> 00:34:14,855 and now it's flashing. 954 00:34:15,474 --> 00:34:17,795 That's great. So you have a timer built 955 00:34:17,795 --> 00:34:18,295 in. 956 00:34:18,609 --> 00:34:20,050 If you need to flash, you don't have 957 00:34:20,050 --> 00:34:21,570 to go get a clock bit or create 958 00:34:21,570 --> 00:34:22,469 your own timer. 959 00:34:22,769 --> 00:34:24,769 Plus, if it's a button, you can change 960 00:34:24,769 --> 00:34:27,409 the contacts from normally open to normally closed. 961 00:34:27,409 --> 00:34:28,949 That is very cool. 962 00:34:29,570 --> 00:34:32,630 Yep. And that is PROFINET push buttons. 963 00:34:33,335 --> 00:34:35,174 As I stated let me quickly pull that 964 00:34:35,174 --> 00:34:37,815 up. Remember, you pointed out just a few 965 00:34:37,815 --> 00:34:40,694 minutes ago, here is the wiring diagram for 966 00:34:40,694 --> 00:34:43,094 that. So here's the back of that with 967 00:34:43,094 --> 00:34:44,154 the terminal blocks. 968 00:34:44,855 --> 00:34:46,315 And you come down here, 969 00:34:47,130 --> 00:34:49,130 and it shows you that you just wire 970 00:34:49,130 --> 00:34:49,869 in that, 971 00:34:50,969 --> 00:34:53,069 variable resistor or a potentiometer. 972 00:34:53,849 --> 00:34:56,489 And you see m and you there's the 973 00:34:56,489 --> 00:34:58,889 10 volts, and then the signal comes into 974 00:34:58,889 --> 00:34:59,264 a. 975 00:34:59,984 --> 00:35:00,724 And then 976 00:35:03,264 --> 00:35:05,204 that guy is right here. 977 00:35:06,784 --> 00:35:08,385 Excellent. So if you come here, you go 978 00:35:08,385 --> 00:35:09,045 to properties 979 00:35:09,344 --> 00:35:10,644 and IO tags, 980 00:35:11,184 --> 00:35:13,184 and it comes in on I 60 fours 981 00:35:13,184 --> 00:35:15,710 and input and IO tags, and then I 982 00:35:15,710 --> 00:35:18,130 could call that a pot. Yeah. 983 00:35:18,750 --> 00:35:20,670 And now you have a potentiometer that you 984 00:35:20,670 --> 00:35:22,429 can use as a a speed reference for 985 00:35:22,429 --> 00:35:23,170 your VFD. 986 00:35:24,750 --> 00:35:25,650 That is very 987 00:35:26,829 --> 00:35:28,690 cool. Engineering efficiency, 988 00:35:29,230 --> 00:35:30,530 we reduced wiring. 989 00:35:31,014 --> 00:35:32,614 We don't have all the IO cards that 990 00:35:32,614 --> 00:35:33,355 is required, 991 00:35:34,375 --> 00:35:35,914 and we have the diagnostics. 992 00:35:37,014 --> 00:35:39,655 Emphasize that each of these here, their names, 993 00:35:39,655 --> 00:35:41,655 you can change those if you would like 994 00:35:41,655 --> 00:35:44,234 because this is your diagnostic string. 995 00:35:44,610 --> 00:35:47,250 So if something goes wrong here, then it 996 00:35:47,250 --> 00:35:48,930 would come up and say commanding. So you 997 00:35:48,930 --> 00:35:51,090 double click here, and we go here to 998 00:35:51,090 --> 00:35:53,809 general, and it'll say commanding and underscore LED 999 00:35:53,809 --> 00:35:55,970 module two, or you can you can call 1000 00:35:55,970 --> 00:35:56,470 that 1001 00:35:58,344 --> 00:35:58,844 start 1002 00:35:59,625 --> 00:36:00,125 conveyor 1003 00:36:02,025 --> 00:36:02,844 p b. 1004 00:36:03,465 --> 00:36:05,625 And then that would change this. Now see 1005 00:36:05,625 --> 00:36:07,805 this changed it. This would be your diagnostic 1006 00:36:08,425 --> 00:36:10,585 string to let you know if if that 1007 00:36:10,585 --> 00:36:13,005 button got damaged or is not working properly. 1008 00:36:14,049 --> 00:36:15,670 You know, I wanted to ask you too. 1009 00:36:16,289 --> 00:36:17,349 If I had, 1010 00:36:19,010 --> 00:36:21,010 let's say I needed two potentiometers on the 1011 00:36:21,010 --> 00:36:23,190 front of the enclosure, could I put another 1012 00:36:23,409 --> 00:36:25,349 interface module in the system? 1013 00:36:26,125 --> 00:36:27,644 Even if it didn't have any push buttons 1014 00:36:27,644 --> 00:36:29,164 on it or pilots on it, could I 1015 00:36:29,164 --> 00:36:30,525 just put it in there to grab, 1016 00:36:31,085 --> 00:36:32,144 some more IO? 1017 00:36:32,845 --> 00:36:33,345 Yep. 1018 00:36:34,445 --> 00:36:36,605 Yes, sir. I have a customer that he 1019 00:36:36,605 --> 00:36:38,820 uses these as small little IO blocks. 1020 00:36:39,619 --> 00:36:41,140 Yeah. I mean, if you just needed a 1021 00:36:41,140 --> 00:36:42,980 second pot, it might make sense to buy 1022 00:36:42,980 --> 00:36:45,160 another interface module and bring it into that 1023 00:36:45,219 --> 00:36:47,699 than buying an analog card. Right? Assuming the 1024 00:36:47,699 --> 00:36:50,260 resolution and everything was app you know, correct 1025 00:36:50,260 --> 00:36:51,719 for your application, but 1026 00:36:52,385 --> 00:36:54,304 that's very cool. I you know, it it 1027 00:36:54,304 --> 00:36:55,824 really goes in line with all the videos 1028 00:36:55,824 --> 00:36:56,724 we've done recently 1029 00:36:57,105 --> 00:36:58,864 looking at e t 200 I o, all 1030 00:36:58,864 --> 00:37:01,105 the different flavors and types. And when you 1031 00:37:01,105 --> 00:37:03,184 walk through here, you know, I'm just so 1032 00:37:03,184 --> 00:37:03,684 especially, 1033 00:37:04,590 --> 00:37:06,590 thankful that it reads in all the push 1034 00:37:06,590 --> 00:37:08,610 buttons and their positions and pilot lights. 1035 00:37:09,150 --> 00:37:10,829 Because if you have this on your desk, 1036 00:37:10,829 --> 00:37:12,289 you're doing your first project, 1037 00:37:12,590 --> 00:37:14,030 you can save a lot of dragging and 1038 00:37:14,030 --> 00:37:16,349 dropping and searching through the hardware catalog just 1039 00:37:16,349 --> 00:37:18,264 by reading it in just like we can 1040 00:37:18,264 --> 00:37:19,625 read in a rack of, like, e t 1041 00:37:19,625 --> 00:37:20,605 200 SPIO. 1042 00:37:21,465 --> 00:37:21,965 Yep. 1043 00:37:22,344 --> 00:37:26,025 Engineering efficiency, reducing wiring, reducing time in front 1044 00:37:26,025 --> 00:37:27,784 of the PC to get things up and 1045 00:37:27,784 --> 00:37:28,284 running. 1046 00:37:28,664 --> 00:37:30,824 You saw how quickly just a simple push 1047 00:37:30,824 --> 00:37:32,824 button and a and, you know, again, a 1048 00:37:32,824 --> 00:37:33,324 simple 1049 00:37:35,039 --> 00:37:37,119 start and turn that on and off the 1050 00:37:37,119 --> 00:37:38,260 races we went. 1051 00:37:39,119 --> 00:37:40,960 Well, Mark, I really wanna thank you. Was 1052 00:37:40,960 --> 00:37:42,640 there anything else that we wanted to cover 1053 00:37:42,640 --> 00:37:44,960 before we close out the show? Nope. That's 1054 00:37:44,960 --> 00:37:46,480 just about it. I think, we got a 1055 00:37:46,480 --> 00:37:49,204 little bit to have your your viewers, 1056 00:37:49,644 --> 00:37:51,804 think about for it. So I appreciate the 1057 00:37:51,804 --> 00:37:53,804 time, and I really appreciate you allowing me 1058 00:37:53,804 --> 00:37:55,425 to show this. I think this is a 1059 00:37:55,885 --> 00:37:59,085 a really engineering efficiency way of going about 1060 00:37:59,085 --> 00:38:00,844 using our push buttons and and, 1061 00:38:01,430 --> 00:38:03,910 making everybody's projects in a timely manner and 1062 00:38:03,910 --> 00:38:06,150 getting everything done and having cost savings with 1063 00:38:06,150 --> 00:38:06,650 it. 1064 00:38:07,030 --> 00:38:08,789 Well, and I wanna thank you for taking 1065 00:38:08,789 --> 00:38:10,230 the time out of your busy day, not 1066 00:38:10,230 --> 00:38:12,309 only to put together a little demo like 1067 00:38:12,309 --> 00:38:13,829 you have for me to use here in 1068 00:38:13,829 --> 00:38:14,489 the school, 1069 00:38:14,789 --> 00:38:17,065 but also to come on and show our 1070 00:38:17,065 --> 00:38:18,505 audience how to use this. And I wanna 1071 00:38:18,505 --> 00:38:20,765 thank our audience. This was actually prompted 1072 00:38:21,304 --> 00:38:23,144 from one of you guys out there at 1073 00:38:23,144 --> 00:38:25,065 calling in or writing in. I think it 1074 00:38:25,065 --> 00:38:28,025 was on YouTube somewhere and saying, hey. Could 1075 00:38:28,025 --> 00:38:30,425 you cover the PROFINET push buttons from Siemens? 1076 00:38:30,425 --> 00:38:32,099 I didn't even know they had them. So 1077 00:38:32,260 --> 00:38:34,019 thanks to the viewers out there for your 1078 00:38:34,019 --> 00:38:35,700 feedback that helps guide me on what you 1079 00:38:35,700 --> 00:38:37,619 wanna see. And, Mark, this would not be 1080 00:38:37,619 --> 00:38:39,320 possible if it wasn't for your expertise. 1081 00:38:39,619 --> 00:38:41,220 Thank you for coming back on the show. 1082 00:38:41,220 --> 00:38:43,640 I really appreciate it. Thank you, Sean. 1083 00:38:43,940 --> 00:38:45,414 All the best. Thank you. I hope you 1084 00:38:45,414 --> 00:38:47,014 enjoyed that episode. And I wanna thank Mark 1085 00:38:47,014 --> 00:38:48,694 for taking time out of his busy schedule 1086 00:38:48,694 --> 00:38:50,934 to put together that demo and presentation for 1087 00:38:50,934 --> 00:38:53,255 us and really bring us up to speed 1088 00:38:53,255 --> 00:38:55,494 on Sirius X. And I wanna thank the 1089 00:38:55,494 --> 00:38:57,574 user out there who put a comment on 1090 00:38:57,574 --> 00:38:59,414 one of my previous videos that said, hey. 1091 00:38:59,414 --> 00:39:00,234 Did you know 1092 00:39:00,659 --> 00:39:02,659 Siemens has this? Because I wouldn't have known 1093 00:39:02,659 --> 00:39:04,659 that unless you said that. So thank you 1094 00:39:04,659 --> 00:39:05,780 to all you. I try to read the 1095 00:39:05,780 --> 00:39:07,460 comments every day or at least every two 1096 00:39:07,460 --> 00:39:10,179 days, and so I appreciate you all wherever 1097 00:39:10,179 --> 00:39:12,839 you are, whether you're on YouTube, the automation 1098 00:39:12,900 --> 00:39:13,400 blog, 1099 00:39:13,699 --> 00:39:14,839 Spotify, iTunes, 1100 00:39:15,375 --> 00:39:17,695 Google Podcasts, and wherever you're listening to this, 1101 00:39:17,695 --> 00:39:19,474 I just wanna thank you for tuning in. 1102 00:39:19,695 --> 00:39:22,114 And now with next week being Thanksgiving, 1103 00:39:22,414 --> 00:39:24,335 we'll have a pause in the automation show, 1104 00:39:24,335 --> 00:39:26,114 then we have some more shows in December, 1105 00:39:26,255 --> 00:39:29,215 and we're already filming episodes for next year. 1106 00:39:29,215 --> 00:39:30,849 So I'm looking forward to, 1107 00:39:31,409 --> 00:39:33,730 releasing all those for you. And if you 1108 00:39:33,730 --> 00:39:36,130 didn't know, I also do another podcast called 1109 00:39:36,130 --> 00:39:37,269 the History of Automation. 1110 00:39:37,730 --> 00:39:40,309 Right now, it's only available on video platforms, 1111 00:39:40,369 --> 00:39:43,590 so YouTube, LinkedIn, and the automation blog. 1112 00:39:44,125 --> 00:39:46,684 Hopefully, someday we'll also do it on, audio 1113 00:39:46,684 --> 00:39:49,085 as well. But, we're meeting with some of 1114 00:39:49,085 --> 00:39:51,105 the really legends in automation 1115 00:39:51,565 --> 00:39:53,164 who worked on some of the really, 1116 00:39:53,724 --> 00:39:54,945 you know, just 1117 00:39:55,244 --> 00:39:58,224 really original PLCs, original HMIs, 1118 00:39:58,700 --> 00:40:00,860 up and through, like, more modern day systems. 1119 00:40:00,860 --> 00:40:02,220 So it's just been a blast having these 1120 00:40:02,220 --> 00:40:03,740 folks on to talk about the history of 1121 00:40:03,740 --> 00:40:04,240 automation. 1122 00:40:04,700 --> 00:40:06,539 And so if you need something to listen 1123 00:40:06,539 --> 00:40:09,180 to during Thanksgiving week or maybe during the 1124 00:40:09,180 --> 00:40:11,180 holidays, check out the history of automation. Again, 1125 00:40:11,180 --> 00:40:12,940 right now, it's only available on YouTube, the 1126 00:40:12,940 --> 00:40:14,320 automation blog, and 1127 00:40:14,815 --> 00:40:16,815 LinkedIn, but I think you guys will enjoy 1128 00:40:16,815 --> 00:40:18,175 that. And I wanna wish you guys, since 1129 00:40:18,175 --> 00:40:20,255 I won't be back next week, a very 1130 00:40:20,255 --> 00:40:22,894 happy Thanksgiving. I wanna thank you always for 1131 00:40:22,894 --> 00:40:25,135 tuning in and listening, and I also wanna 1132 00:40:25,135 --> 00:40:27,447 wish you all good health and happiness. And 1133 00:40:27,447 --> 00:40:28,827 until next time, my friends, 1134 00:40:29,847 --> 00:40:30,347 peace.