0 1 00:00:21,590 --> 00:00:22,350 Hello. 1 2 00:00:22,350 --> 00:00:23,250 Let's continue. 2 3 00:00:23,250 --> 00:00:25,970 to questions and answers. 3 4 00:00:26,070 --> 00:00:27,630 Part 3. 4 5 00:00:27,630 --> 00:00:28,920 So let's take a look. 5 6 00:00:28,920 --> 00:00:30,180 Question 1 6 7 00:00:30,270 --> 00:00:39,620 I tried to capacitors solution but I didn't get the result I'm using DVPAD04-S2 7 8 00:00:39,620 --> 00:00:40,500 module 8 9 00:00:40,590 --> 00:00:47,970 So I have already used the average value recorder or register but in order to soften the value a 9 10 00:00:47,970 --> 00:00:56,550 little bit more can I read the value every 10 seconds from the data that I wrote the value of and collect 10 11 00:00:56,550 --> 00:00:57,370 the values. 11 12 00:00:57,510 --> 00:01:06,130 And is there such command so let's take a look once to our answer you can increase the number of averages 12 13 00:01:06,460 --> 00:01:14,050 of related channels and read from the average value register so you can reach the average by summing 13 14 00:01:14,290 --> 00:01:15,340 as follows. 14 15 00:01:15,340 --> 00:01:20,800 This is an example not to according to 10 seconds but let's take a look. 15 16 00:01:20,860 --> 00:01:24,610 Each one hundred millisecond clock pulse. 16 17 00:01:24,760 --> 00:01:34,480 We are adding analog reading value so this is coming from the analog inputs and with the D200. 17 18 00:01:34,780 --> 00:01:39,410 And we are writing to this addiction to D200. 18 19 00:01:39,730 --> 00:01:47,410 So for example we are getting 10 and 10 to zero and we are writing it to directly to here ten and we 19 20 00:01:47,410 --> 00:01:55,890 are reading 20 , 20 plus ten again to D200 becomes 30. 20 21 00:01:55,900 --> 00:02:02,470 It will goes like this and we are adding and adding and overwriting always to D200 but 21 22 00:02:02,980 --> 00:02:10,810 each one hundred millisecond clock pulse and also each one hundred millisecond clock pulse we are increasing 22 23 00:02:10,960 --> 00:02:19,480 our pointer number as D0 data registers so we assign D0 data registers to our pointer 23 24 00:02:19,480 --> 00:02:31,360 number and if our pointer number is it equals or greater than K 5 we are dividing D200 analog 24 25 00:02:31,720 --> 00:02:41,200 additions result data registers then we can say like this we are division this value to the K5 or just 25 26 00:02:41,200 --> 00:02:48,070 5 and we are writing this divided value to D300. 26 27 00:02:48,070 --> 00:02:50,540 So what happens now. 27 28 00:02:50,690 --> 00:02:55,920 D300 becomes average analog input value. 28 29 00:02:56,200 --> 00:03:04,010 And that moment after this condition okay we are sending 0 to D200. 29 30 00:03:04,120 --> 00:03:08,350 And we are sending 0 to d0 pointer. 30 31 00:03:08,470 --> 00:03:18,430 So this loop is starting and finishing each half second five hundred milliseconds. 31 32 00:03:18,530 --> 00:03:27,110 We are reading five analog input value and we are adding these values to completely and we are adding 32 33 00:03:27,110 --> 00:03:28,410 them all in D200 33 34 00:03:28,430 --> 00:03:36,860 after half second in D212 is dividing by K 5 and we are getting the 34 35 00:03:36,860 --> 00:03:40,220 result in D300 35 36 00:03:40,610 --> 00:03:42,520 So let's take a look. 36 37 00:03:42,510 --> 00:03:53,240 to question two we need 20ms on and one hundred ninety nine millisecond off contact. 37 38 00:03:53,240 --> 00:04:03,660 How can we achieve and we want to output 20 microseconds and five times per second. 38 39 00:04:04,010 --> 00:04:08,750 And which command -- 20ms and 39 40 00:04:12,170 --> 00:04:13,680 five times per second. 40 41 00:04:13,700 --> 00:04:20,830 Which command is required to do this nanosecond process with Pwm. 41 42 00:04:20,960 --> 00:04:24,590 This is our question and let's take a look. 42 43 00:04:24,740 --> 00:04:27,420 To answer. 43 44 00:04:27,520 --> 00:04:38,540 So first of all we need to know that reference table for the output cycle and output width range of 44 45 00:04:38,540 --> 00:04:41,380 pulse outputs width and cycle. 45 46 00:04:41,480 --> 00:04:49,000 In here you can see for y0 y1 or 2 and Y3 , y0. 46 47 00:04:49,130 --> 00:05:00,880 width and cycle can be adopt between zero to ten thousand or one to ten thousand and in here we have 47 48 00:05:00,880 --> 00:05:03,020 flags for switching unit. 48 49 00:05:03,110 --> 00:05:14,450 For example when M1112 is on this one the unit of y 0 output pulse is becomes 49 50 00:05:14,780 --> 00:05:25,670 10 microseconds and when M1112 is of the unit is becomes one hundred microsecond 50 51 00:05:25,990 --> 00:05:29,750 when M1070 on. 51 52 00:05:29,750 --> 00:05:38,480 For example in here the unit of y one output pulse is becomes one hundred microseconds but when and 52 53 00:05:38,480 --> 00:05:47,610 1070 is on the unit is y1 becomes 1 Ms. 53 54 00:05:47,630 --> 00:05:58,250 So in here you can check the table and you can see the complete changes of these output cycles and output 54 55 00:05:58,360 --> 00:05:59,190 widths. 55 56 00:05:59,240 --> 00:06:07,770 So according to this table you can see and you can use these values in your projects. 56 57 00:06:08,480 --> 00:06:16,350 So Q3 I want to control 5 or 6 stepper motor. 57 58 00:06:16,430 --> 00:06:24,440 I can drive 4 stepper motor with DVP28SV , 58 59 00:06:24,510 --> 00:06:28,580 What kind of suggestion would you have for the other one. 59 60 00:06:28,590 --> 00:06:38,310 Answer is that AS228 plcs 200Khz pulse to as output 60 61 00:06:38,490 --> 00:06:40,810 up to twelve axis. 61 62 00:06:40,950 --> 00:06:51,240 So if you want to run or use 5 or 6 or 7 stepper motors or the pulse output devices that you need to 62 63 00:06:51,300 --> 00:06:58,820 run in your projects you can use AS228 plcs in your projects. 63 64 00:06:58,860 --> 00:07:10,170 Let's take a look to question 4 and I do not want to see the content of the D100 data up to 350 64 65 00:07:10,560 --> 00:07:18,320 and I want to see these value after 350 on the screen. 65 66 00:07:18,420 --> 00:07:29,490 So how can I do it so the user is wants to see the data on the HMI above 66 67 00:07:29,500 --> 00:07:34,570 If the data is bigger than or greater than 350 67 68 00:07:34,570 --> 00:07:40,330 So if you add the following comparison line below the value in D100. 68 69 00:07:40,330 --> 00:07:48,700 The value will reset the D100 for d350 and below what here in here. 69 70 00:07:48,700 --> 00:07:50,760 This is always on contact. 70 71 00:07:50,800 --> 00:07:55,240 It is global contact M1000 always. 71 72 00:07:55,260 --> 00:08:02,270 Or it is moving d200 value to D100. 72 73 00:08:02,350 --> 00:08:09,990 Always if D100 value is lower than K350 73 74 00:08:10,000 --> 00:08:13,900 350 74 75 00:08:14,020 --> 00:08:25,570 We are moving zero to D100 always so in here we are getting a data from inside of 75 76 00:08:25,570 --> 00:08:33,770 the D200 and we are sending it to D100 but now we are looking to compare value. 76 77 00:08:33,940 --> 00:08:38,990 If this data is lower than K350 okay. 77 78 00:08:39,130 --> 00:08:48,280 We are writing 0 to D100 so inside of the HMI or on the HMI or anywhere else you cannot see a 78 79 00:08:48,280 --> 00:08:51,400 value or anything else. 79 80 00:08:51,700 --> 00:09:01,250 If the value is greater than 350 you are going to see the value in D200 on your HMI 80 81 00:09:01,270 --> 00:09:03,750 or on your or in your plc 81 82 00:09:04,180 --> 00:09:16,040 So let's take a look to question 5, is the register D1030 82 83 00:09:16,290 --> 00:09:25,470 is the register D 1030 32-bit for the indicator register for SS2 plc Channel1 83 84 00:09:25,560 --> 00:09:25,950 -- 84 85 00:09:26,400 --> 00:09:31,760 I wonder if I move k 0 to D1030. 85 86 00:09:31,800 --> 00:09:33,840 Command is correct. 86 87 00:09:34,140 --> 00:09:43,890 And if we want to reset this registers or do I need to use like DMOV or double move k0 to D 1030 87 88 00:09:43,900 --> 00:09:46,090 D1030 88 89 00:09:46,140 --> 00:09:50,430 So what is the meaning of this question. 89 90 00:09:50,430 --> 00:09:59,310 D1030 for example is it 32 bit registered for the indicator registers. 90 91 00:09:59,440 --> 00:10:07,240 Or we want to send 0 to these registers or we want to clear a registers but the registers can be sixteen 91 92 00:10:07,240 --> 00:10:17,230 bit or two a 32 bit so all position indicator registers for Delta plcs are 32 bit addresses so these 92 93 00:10:17,230 --> 00:10:26,730 registers or indicator registers have or has a 32 bit addresses so since these addresses are writable 93 94 00:10:27,310 --> 00:10:33,220 you can move the number 0 with the DMOV command. 94 95 00:10:33,280 --> 00:10:46,310 If you're working with the 32 bit register you need to use double or dmov in your plc projects. 95 96 00:10:46,410 --> 00:10:49,830 So in this video I'm finished here. 96 97 00:10:49,830 --> 00:10:51,420 See you in the next video.