1 00:00:07,400 --> 00:00:12,590 Hello, in this video, we will try to work with the stepper motor. 2 00:00:12,770 --> 00:00:20,840 We will try to run the stepper motor one direction and another direction according to our pulse frequency 3 00:00:21,020 --> 00:00:24,050 and produce pulse numbers. 4 00:00:24,350 --> 00:00:26,900 And now we will start with the ISP. 5 00:00:26,900 --> 00:00:34,880 So firstly, I will create a new project and new project is created, a new himi screen that I will 6 00:00:34,890 --> 00:00:36,720 going to create. 7 00:00:36,890 --> 00:00:40,160 And this is our himI and I will say finish. 8 00:00:40,160 --> 00:00:48,530 OK, and let's start first the button maintain button I will put here and this will be. 9 00:00:49,440 --> 00:00:57,030 AM 50 and for example, one condition, let's start. 10 00:00:58,130 --> 00:00:58,730 Stable. 11 00:00:59,000 --> 00:00:59,580 OK. 12 00:01:00,320 --> 00:01:05,330 And make it green one condition. 13 00:01:05,670 --> 00:01:06,310 That's OK. 14 00:01:06,620 --> 00:01:09,440 And for the zero and stop. 15 00:01:10,360 --> 00:01:10,930 Stable. 16 00:01:11,740 --> 00:01:12,160 Correct. 17 00:01:12,580 --> 00:01:21,400 OK, this is our main maintain to start this stepper motor condition and now I will put an input numeric 18 00:01:21,430 --> 00:01:28,930 entry two times and left click to it and I will make it standard OK and OK. 19 00:01:28,960 --> 00:01:39,310 And copy to here, for example, let's give a value to here, for example, the 50 and this will be. 20 00:01:42,440 --> 00:01:43,310 60. 21 00:01:46,190 --> 00:01:49,790 OK, and let's add here a text. 22 00:01:50,720 --> 00:01:52,050 Where can I find it? 23 00:01:52,070 --> 00:01:53,270 Okay, here. 24 00:01:54,640 --> 00:01:57,690 And I will put here as text. 25 00:01:59,370 --> 00:02:00,000 This is. 26 00:02:02,570 --> 00:02:05,180 Pulse frequency. 27 00:02:06,880 --> 00:02:07,230 Well. 28 00:02:12,660 --> 00:02:19,230 UN foreground, make it okay, the second one is going to be. 29 00:02:20,670 --> 00:02:22,560 Produced Paul's. 30 00:02:28,940 --> 00:02:29,660 No. 31 00:02:32,770 --> 00:02:33,690 Produced. 32 00:02:37,580 --> 00:02:38,130 Pause. 33 00:02:38,780 --> 00:02:41,570 OK, now I can send it to. 34 00:02:42,660 --> 00:02:43,280 Hi, Mia. 35 00:02:43,510 --> 00:02:53,650 Firstly, we will search and I will create a new project in here, a little diagram and all the time. 36 00:02:54,330 --> 00:02:55,970 Let's take a look once. 37 00:02:56,340 --> 00:02:57,390 Not this one. 38 00:02:58,570 --> 00:03:01,660 To design me to download the screen. 39 00:03:02,500 --> 00:03:07,150 Okay, and let's continue to write your DP l is. 40 00:03:10,260 --> 00:03:10,720 OK. 41 00:03:12,760 --> 00:03:20,630 DPL is why the 50 60 an hour output, why zero? 42 00:03:21,070 --> 00:03:21,770 That's correct. 43 00:03:22,120 --> 00:03:24,940 And let's take a look once and 50. 44 00:03:25,120 --> 00:03:25,540 Sorry. 45 00:03:25,570 --> 00:03:28,650 This should be, um, 50. 46 00:03:28,900 --> 00:03:32,620 But we forgot one thing for the communication settings. 47 00:03:32,920 --> 00:03:34,210 We are not communicating. 48 00:03:34,210 --> 00:03:35,950 We are two hundred and thirty two. 49 00:03:35,980 --> 00:03:39,400 We will communicate with others for under an eight to five. 50 00:03:40,720 --> 00:03:44,710 To see now, again, we need to do a download. 51 00:03:46,770 --> 00:03:47,850 We need to wait. 52 00:03:47,880 --> 00:03:49,350 OK, it's funded. 53 00:03:50,730 --> 00:03:58,200 Now it is standing and also this is OK, this is finished, send this to p.l.c.. 54 00:03:59,870 --> 00:04:01,610 Now it is sending. 55 00:04:02,640 --> 00:04:04,620 And OK, and Klaus. 56 00:04:07,150 --> 00:04:18,980 Now we are I mean, this is OK, this is correct, and let's focus to himI I will put my pulse progressive 57 00:04:19,010 --> 00:04:28,530 value to, for example, five thousand and I will produce Pulsifer value is now five thousand. 58 00:04:28,540 --> 00:04:34,780 I put here a number of produced palls, let's say one thousand. 59 00:04:34,780 --> 00:04:39,880 OK, and I will go to my kell's done ok. 60 00:04:39,880 --> 00:04:43,870 Five thousand and one thousand and I will start. 61 00:04:45,520 --> 00:04:49,170 Now it is round and stopped again. 62 00:04:50,550 --> 00:04:52,490 Stopped again. 63 00:04:54,300 --> 00:04:54,870 Again. 64 00:04:57,680 --> 00:05:05,240 And it stopped, so let's increase pulse frequency value is going to be ten thousand. 65 00:05:06,280 --> 00:05:12,550 But exceeds the limit and debate is nine thousand nine hundred and ninety nine, we can solve it, but 66 00:05:12,880 --> 00:05:17,090 number of produced past nine thousand nine hundred ninety nine. 67 00:05:17,160 --> 00:05:19,330 OK, that is a start again. 68 00:05:22,270 --> 00:05:22,870 Stopped. 69 00:05:25,360 --> 00:05:29,080 Stopped one of. 70 00:05:30,660 --> 00:05:38,580 And we are just producing a pulse, OK, number of produce polls, let's say 50. 71 00:05:40,590 --> 00:05:44,430 It is not OK for frequency our value. 72 00:05:44,460 --> 00:05:51,930 I will make it, for example, 500 number of produce pulse is going to be 5000. 73 00:05:53,910 --> 00:06:03,120 You can see now it is turning slowly, so slowly because of why we decreased our frequency to five hundred 74 00:06:03,360 --> 00:06:11,700 and this frequency, we, uh, produced five thousand pounds for this stepper motor. 75 00:06:11,890 --> 00:06:16,640 Again, you can see it is also low if I increase the frequency. 76 00:06:16,890 --> 00:06:18,870 Two thousand and five hundred. 77 00:06:18,900 --> 00:06:23,540 OK, now to turn and stop again. 78 00:06:23,940 --> 00:06:24,660 One more. 79 00:06:25,790 --> 00:06:26,490 And stop. 80 00:06:26,810 --> 00:06:27,740 And one more. 81 00:06:28,870 --> 00:06:31,640 And stop, if I produce a pulse. 82 00:06:31,750 --> 00:06:34,390 Make it nine thousand nine hundred and ninety nine. 83 00:06:34,840 --> 00:06:36,280 OK, let's start. 84 00:06:37,160 --> 00:06:38,060 It's turning. 85 00:06:39,980 --> 00:06:41,900 Turning and stop one more. 86 00:06:46,580 --> 00:06:47,840 Again, one more. 87 00:06:51,050 --> 00:07:01,400 So it is correctly working what we did, we give a percussive value to our stepper motor and also we 88 00:07:01,400 --> 00:07:08,070 get a pulse numbers to be produced from the PRC and this one is work. 89 00:07:08,360 --> 00:07:14,670 So this is DPL is why command instruction in ICE is OK. 90 00:07:14,840 --> 00:07:21,770 And we can say, for example, from the HIMI, this is the limit, but we can change it to for example, 91 00:07:22,610 --> 00:07:27,500 we can give a value like 50000 like this. 92 00:07:28,330 --> 00:07:36,520 OK, this is the frequency tend to stay like this and again, start now focus to hear. 93 00:07:39,560 --> 00:07:47,030 It's turning till fifty thousand pounds is going to be produced and stepper motor is going to stop. 94 00:07:47,830 --> 00:07:55,980 This is the working of the supermoto, and if we increase this frequency, it will turn much more faster, 95 00:07:55,990 --> 00:08:00,180 like if we say to here, for example, um. 96 00:08:01,160 --> 00:08:07,310 Ten thousand, OK, now check the speed of the stepper motor. 97 00:08:08,330 --> 00:08:09,710 Now you can see. 98 00:08:13,360 --> 00:08:14,000 That's OK. 99 00:08:14,350 --> 00:08:17,440 So this is a DPL is why? 100 00:08:18,400 --> 00:08:24,640 Instruction usage for the application for the step or motto I have finished for this video. 101 00:08:24,850 --> 00:08:26,530 See you in the next video.