Analogue functions in simatic manager and winCC flexible to monitor boiler temperature

hello to the learners here is a video about scaling operation for boiler temperature this is going to be demonstrated in sematic manager and integrated with wincc for monitoring the process so let us start first we need to open the Symantec manager after opening mean to create a new file let's go to file and click on new next we need to give a name to the project for example boiler next we click on OK next we go to insert station and sematic 300 station double-click on the somatic 301 then hardware go to insert insert object and click double click on somatic 300 as we had chosen before then click on rack 300 and then unreal to get our rails [Music] we can just extend this the first rail of course is for power supply and the second is for the PLC so in the second we give a right-click insert object and we use CPU 3 1 5 2 DP then we do double click on GE s 7 3 1 5 2 a.m. or 2 then in the subnet we do new and give a name to the new subnet for example by luck Network next we give the comment for example it is for temperature [Music] right [Music] then we click on okay and we can see the boiler network name and then you can click on OK again we get the DP master system of ila Network next we need an input/output in the forum so right click on the fourth insert object equal to somatic 300 and SM 300 and here we need an AI 300 with an analog output so it's SM 331 RTB so next we click on it right click go to edit symbols okay [Music] in the symbols we give a certain name for example temperature one and we can let's give it a boiler one and give a data type as integer can also write is that temperature 4.1 and for the second symbol it's the same as Wella 1 but here it's only boiler to the data typing integer again and the comment being the temperature for boiler to [Music] then we click on ok then again right-click on it for object properties here in the name as we can see the RTD that is an log we can go to the address and see it starts from the same numbers 256 and input here the measuring type needs to be changed to resistors that is an RT register with measuring range as PT hundreds here we need to change each one of this and it's all 50 Hertz frequency [Music] okay then we need to save and compile a program after done does it go back to the steps of the boiler and click on the hardware CPU 3 1 5 2 DP now right-click on blocks then go to insert new object functions they go to symbolic name and give name as temperature scaling give okay what we've seen one go two blocks in certain objects go to data block then symbolic name the Darfur I love okay the database data by the one has been saved double-click on it extend this renamed ebbr has Overton's 1 and the type I change it to right click complex type array and give 0 double dot and that is from 0 to 10 then we can give it as boolean what to the data typing were [Music] there is zero to 10 here we need to give world rottens 3 Eddie zero double dot ten you have we need integer coordinates for right-click on it complex type array 0 to 10 here we need to take real for scaling [Music] the system for boolean word integer and real next we go to view go to data view and here we can see that each type that is boolean world integer near has been expanded as per the Ares that is 0 to 10 boolean word integer and real [Music] next we go to view and go to declaration view we can minimize this and then fc-1 we can double click it here are wrongs are present first let's give a title to our first network that is to start and stop the latch so we'll write start/stop latch [Music] here I'll use a memory as switches an even an outward we are taking a latch memory same as output so it's M zero point zero zero point one and M zero point two output coil which has the latch of same vmm zero point two next we need to add an on right click insert network here the name is scaling operation [Music] insert a name em 0.2 then we need to go to library and standard library and then we need to use the 1 s7 converting block you know we need a scaling converter which is FC 1:05 scale converter drag it [Music] here we need an input for that we first need to go back to Symantec manager then go to CPU 305 I'll go to Symantec 301 double click on hardware we will do the RTD right-click go to object properties addresses see the address transfrom 256 and click on ok then we go back to another program and light depth the height of blue 256 piw is my analog input address for by the one we are only using this for one boiler right now next we need to give high and low limit for that we need to go back go to Windows go to data for boiler go to view and they tell view here we go to real values the first number is 46 here we need to give maximum that is 100 point 0 then 50 and 55 is the output then we need to save it first you take 46 then 50 we go back in the high-limit is therefore give d p1 dot d PT everyone dot d pd 46 and in the low limit we cave d p1 dot d bt-50 in the bipolar we can give our input just to change the sign is 0.1 now output [Music] you need to go back date off by 11 the number 54 who can be used as an output so we go back to temperatures carrying the p1 dot DB D 54 and now the return value so we stretch this environment interface click on the return value data type we need to talk down it and go forward then go to windows and data for things as you can see a first word starts with number two therefore go back to windows in temperature scaling you can write DP 1 or DP w - that's forward - and here we are data for the boiler so this is a complete program [Music] now receive it yes then go back to somatic manager from blocks I'll click on OB 1 and select SD l1 that's for scaling operation and then click on OK now we can give this as a call function so we write call space FC one that is the temperature scale when a transfer return value we can give DB one dot d pw to [Music] you know mr. data for the pile now we go back to Symantec manager go back we click all of this and click on download but or this we need to first virtually connected so click on simulation on the same viewwillappear chicken stock then select o b1 FC 1 FC 1 0 5 d b 1 and again downloaded click on ok yes go back to our ladder diagram click on download' go to Windows and go back to data for boiler [Music] next what we can do is download the latter program again [Music] we can simulate it and get to monitor it now in the same you we insert a bit memory the piw 22:56 needs to be written de and then we can change the type to slider integer this value is for a mean value [Music] I kill to 764 [Music] we again insert a bit memory and this time this is for the date on the boiler that's the output here we can rename it as DP 1 . DP d50 for the output we have is in real so now we can run it [Music] - one move in memory that is [Music] I'm clicking on guy now we go on for the first minute by clicking it we switch it on now a scaling operation has started the temperature for boiler we right-click on it reposition it as floating and the data for boiler output it's zero [Music] the piw 256 the slider now will change for the Snyder and see the output according to it so as the slider increases even output increases and output changes according to it now the output is 100 that's the maximum now if we slowly decrease it even the output decreases simultaneously and relatively now we stop the process [Music] we click on monitoring so that we can edit it again [Music] now we need to integrate the program between CC to monitor the process so first encode to semantic wincc flexible open it create an empty project then we go to multi panels actually 170 mp1 Sanders and six inch touch the left hand column we have this device setting double click on it you can see the Start screen is screen one in the screen when the left condom rename it by right-clicking on it and I mean say Start screen EMS right now you mean so we can give a name as boiler to it [Music] temperature monitoring as we going to we are going to monitor the temperature you can also choose MP to side is an 8 inch touch depending upon the device that we have [Music] then in the main screen you need to go to project integrate in step seven here we need to find a project here [Music] name was boiler that is double-click on it [Music] [Music] [Music] in the right side dual column you can find text feel now click on the blank space and you'll have your text ready to be written [Music] below is the text volume now here I can give it as my low pressure monitoring [Music] go to properties they'll find the text color and background color change it as you want or to text and change the font [Music] [Music] [Music] ethics [Music] let's go to enhance object and symbol library graphics wincc flexible image folder double-click on it in the file [Music] miscellaneous symbol factory graphics double click on symbol factory graphics and you'll see different color fields as for sixteen dollars two colors and 256 colors go into the 256 colors and you'll find balance in the column just below 2 it will find boilers choose one needed [Music] [Music] next go back to simple objects and input/output field [Music] drag it to the screen double-click on it and you'll find a column below click on the general click on mode and click on output now in the process going to tag click on tags click on boil up in kansai Matic 300 see beauty on 5sn program DB an open data for boiler click on for 1 [Music] click on walk war and click on the file that we had a file was DB be 54 so we need to go to tag back DPD 54 daters double click on it give the format that done is triple 9 go to properties then layout and change the position as needed in both X and y axis and styles change as per a coordinates [Music] next another text field [Music] here we can name it as the sea just for the temperature purpose let's say [Music] dragon or the text for the degree this you can make it small I need to manage the color as well because I small as eight then as it is visible this should be perfect [Music] there we have the temperature in degrees Celsius now we need to go back to Symantec manager open boiler wincc flexible party open that and we'll see everything we have so in wincc we need to January did [Music] [Music] start runtime system click on it now we have a multi panel touch this shows 20 to 22 degrees Celsius already now we need to run it using same you and as per a slide of piw 256 slider the temperature increases to maximum as predefined as 100 thank you everyone

Channel: Wartens PLC SCADA Training

Views: 33,147

Keywords: boiler test, SIEMENS, Wincc, Simatic manager, simatic manager with wincc, siemens simatic manager, siemens analogue, simatic manager analogue, analogue function in plc, plc analogue function, siemens analogue function, plc tutorial, Siemens analogue tutorial, simatic manager analogue tutorial, PLC analogue tutorial, Boiler temparature monitoring, analogue siemens, siemens analog programming, analoge programming plc, plc analog programming

Id: QaLNAQk4iGI

Length: 31min 40sec (1900 seconds)

Published: Thu Sep 28 2017