Siemens S7-1500 PLC hardware assembly, CPU HMI walkthrough, IP address configuration, CPU1513-1. Eng

how are you doing ladies and gentlemen my name is inks and i'm from igs electronics and today we're going to be saying goodbye to schneider for now doesn't mean we're stopping it at all there's a ton of ton of schneider products we're going to be still reviewing and working with in a future videos but today we are going to be starting a new series and i'll see there's going to be s7 siemens s7 1500 series plc so uh i have a put out a questionnaire on youtube and you guys clearly pointed out that you want to see sm 1500 that's exactly what we're going to be doing today so to start up to start up the series what we're going to do we're going to be doing a full rack assembly we're going to be using the cpu adding a whole load of cards and checking out how that all that's done and doing some basic uh cpu power up and another thing we're going to do as you probably all know already the cpu is now s500 csp also come with the lcd hmi screens where it gives you a hell of a lot of access to quite a bit of information diagnostics and all other bits and pieces within that hmi screen and we're going to do a basic walkthrough within this first video and with the second part of this video which is going to be later on yet we're going to be doing a configuration in our ti portal and and uh getting this rack pretty much going and be aware guys you do need advanced version to work with 1500 series plc's somatics ti portal uh advanced version i am still on 16 so i will be i'll be changing to 17 very very soon but not yet and so do make sure advanced version is required for you to be able to work for 1500 series plc's so any rate manuals everything i believe will benefit you any possible way it's going to be description below so yeah without further ado let's get started [Music] so first up is gonna be our cpu and the cpu today we are going to be using for most of these series it's going to be a 513 so it's a cpu uh 1513 that's the cpu we're going to be using so it's one of the latest modules i know they had a bit earlier modules that looked a little bit different this is one of the latest ones and uh yes that's exactly what we're gonna be using so um first one we put on that on our rack the rack by the way the back plate is definitely different they used to be on a uh uh sorry in on uh 300 series so there were and uh the one thing i wanted to point out at the beginning you as you can see it's got like a bus plates in the back so these are like a bus connectors so these are these are the ones you definitely as you can see they're much more different than they used to be on 300 series so you're gonna need those to make sure you're able to connect these together so first up cpus so we're going to put that in here so the next one i'm going to be using is this card in here this is a profibus so our communications module just in case we want to use uh were to some of the older older units all the siemens products that uh uh require the the bus uh the profi profi profibus to communicate with it so that's exactly why we're gonna add this card onto it so i'm pretty sure we're going to be using profibus in the future because i want to check out some asides and all other things like that next up we are going to be put in a uh let me just unplug it so it's going to be our uh uh digital input card this this is the thing this is the thick one this is the this is this is uh comes with the 32 channels there's a 16 version is the 16 16 point version as well which you can show that in a minute as we're gonna add the stuff into it and when it comes down to these ports in here we're going to get to them once we're going to start checking them out how they wired and everything in between so again just need to make sure we add our bus for continuation so so here we go so and let's plug that on to it so that's our next card so we can i'm going to secure that uh screw down in a minute and from there on i will add two more cards one is going to be digital output and then the digital output one is going to be and then it's going to we are going to have also analog input very very cool unknown input card it pretty much supports every signal out there that you are going to be working on well when i say every signal i mean i have most signals that you you would be knowing about to use and work with so that's this card is going to allow us to do that also our digital output so that's all plugged in and from there on another card that i want to add which i'm looking around where it is it's going to be still in the box we are going to do the uh analog output as well why not so uh we are going to use some are we going to use that possibly but for now we're just going to take that as you can see it's thinner so this is one of the thinner version it doesn't matter if it's the if it's a 32 or 16 it's fine you can still mix and match them so here we go so let's put that one uh on there and that will do for now for this add-on so for for disassembly oh i forgot to put that i forgot to put the bus on that one so let's join these two together and for now obviously we're going to be adding more as we as we progress in the future so but for now that will do this is our first uh initial assembly i think i'm going to put that one in as well because that just looks weird if you don't so uh and we are going to be talking through all the oh the hell is the owner this is gonna all the points and the wiring and everything in between for all of them even as you can see this one doesn't have this point in there it doesn't have internet we're going to check all that out in the future videos so uh so yeah as you can see all these are set and ready to go so next up so we need to a configure it and obviously first actually first we need to wire it so the cpu itself is going to have 24 volt dc supply going to it it's got two ports in here so it's a p1 and p2 as you can see down there and at 20 volt dc supplies so uh this cpu is uh i can't remember how many uh watts you can support it will support these cars until one point it runs out of power and you will know when you run out of power because the plc will try to start up and then it's going to go down which are probably going to demonstrate in the future future videos they're going to keep restarting because he's got no enough power when that happens you will need a uh bus power supply this is only for the bus so as you can see in here you are powering your bus with this power supply once you start running out with this guy alone so you are the because i can't remember how many cars you can add in one length but quite a bit and you will definitely gonna need extending your power supply or for your bus so that's for the future in videos so for now so that will do so let's jump on to the other actually actually let me just wire this all up and we'll i'll see you on the laptop here we go so the plc now is wired in and ready to power on before we go before we start we do need to make sure we add memory card remember right a memory card is crucial there's a required item for these cpu so do make sure you do that and get it and make sure that is the smc card so it's basic smc is for the cpus and i've got another one in here which is actually hmi that's just the standard sd card in here this is not standard this ecard whatever whatever you do guys do not format on the windows because there is there is there is like a file on there that runs this card so if you format that that file is gone and the card is gone pretty much it becomes just a standard sd card so you that's something you don't want to do so here we go so let's power it up what is going to do at the very beginning so he's going to be going through his usual thing uh checking what's on a bus and connecting all things up and figure out and we're pretty much working out what is what so that's what it's going to do at the very beginning as you can see from the screen which we're going to zoom in at the moment i've got no configurations being done which can be checking out in next video so let's do that and one thing we're going to do we need to open it open up so first screen so hopefully everything is visible first screen is the i screw right where's this overview screen where by clicking okay you can have a look at the cpu what's the ip address and then everything else and then you can click with a bit more extra where you can have a look at the plc itself and that's going to tell you exactly where the strangles pretty much tell you where the problem is and it says no project loaded no project loading so uh so that's pretty much for that and then you have a program protection or memory card you can check out the vision things like that in overview so after that we have the diagnostic this is this is where you're going to spend most of the time when you're going to be trying to diagnose or trying to work with your cpus issues so alarms if there's any alarms you is going to display them in here so at the moment we have no alarms so diagnosis buffer where it records all the all the states that has been happening so as you can see it's all in there if you want to know a bit more information about it just click down and click ok and it's going to open tell you what's happened in the previous previous uh previous whatever information that you needed to record as you can see cpu info flown on operation mode change power on mode set no startup so here we go that's pretty much the last day to recorded it so uh i haven't done that so uh in diagnostics buffer let's leave and there's a watch table which is not created because that comes with later on and there's your cycle time where you can check out your cpu cycle time so to make sure your cpu is healthy and not getting overloaded and after that you still have a used memory where you can check out how much memory is being used so uh let's leave that so next up is a little setup spanner where you can set up a lot of things first things if i look at that is the addresses and as you can see the only address now at the moment is there is the x1 which is the cpu's address and by clicking on it you will see the mac address the device name and ip address uh the ip address is actually to make my life easier you can change it from the pfn from the laptop but we're going to change it in here just in case you want to see it so by clicking it okay it's going to open that what we're going to do we're going to change the subnet to zero so so that's going to keep the subnet to zero and click up uh wait a second we'll do that and then we need to go on to apply and then click ok so this is where he's gonna assign it here we go so that's how you know assigned and that's that so the myp address is good and obviously you can find out everything else you want to find out in this use yours so your subnet mask and the router address and so on and so on so i've done that an address system from there on you have a daytime run stop and you can reset cpu and uh protection backups lock unlock displays and firmware updates and things like card handling so we're going to be checking some of this out in the future so don't worry so that's pretty much where the settings are and the next one we have is modules this is where you can find out if there's any issues with your modules it will pretty much tell you in here by clicking ok we'll open the whole list of the modules now that's including as well the cpu native plugged in plugged in at the moment they are all not named and as you can see there should be six of them and that's all there is six cards and by clicking on it let's say slot two you can click on it status which if there would be any problems it would show you them but at the moment there's no problems there's the module state is good good so slot two seat manufacturer is a siemens i don't know what other manufacturer you can put on it but hey so uh order number serial number and blah blah blah so pretty much you can find out all the necessary information about your cards so and after that so uh it is just your uh display where you can more or less uh to do your brightness language change and uh project language what else will go in here i won't be much in here energy savers how much i wonder how much energy does you use don't also refresh says the refresh or the numbers and so on so on so basically about the display so and off firmware so on that last jam it will do for this video because that is because because the video is already dragging on so what we're going to do we're going to come back to it in the next video we're going to configure this bad boy to get ready for our next upcoming challenges so yeah thank you for watching hope you enjoyed it so uh and i will see you in the next video

Channel: Ingus Sudints

Views: 16,411

Keywords: Siemens S7-1500, Siemens S7-1500 plc wiring, TIA portal V16, tia portal v15, tia portal v14, tia portal v13, tia portal v12, tia portal v11, Siemens s7-1500 plc programming, Siemens s7-1500 plc diagnostics, Siemens plc analog input, siemens plc analog output, siemens s7-1500 plc rtd temperature module, siemens s7-1500 plc tc temperature, siemens s7-1500 plc rs485, Siemens s7 -1500 plc signal module, Siemens S7-1500 plc output wiring, Siemens S7-1500 plc input wiring

Id: dqq4U-Df6Do

Length: 13min 9sec (789 seconds)

Published: Mon Dec 27 2021