0 1 00:00:21,930 --> 00:00:22,540 Hello. 1 2 00:00:22,540 --> 00:00:23,390 Let's continue. 2 3 00:00:23,390 --> 00:00:27,560 to questions and answers part 4. 3 4 00:00:27,640 --> 00:00:28,410 Let's take a look. 4 5 00:00:28,410 --> 00:00:37,720 The question one How to two wire PT100 connection and answer the correct connection type is as shown 5 6 00:00:37,780 --> 00:00:46,240 on the two wire line then connecting your sensor to the L+ and L- terminals you must bridge 6 7 00:00:46,240 --> 00:00:55,540 the L- an I- terminals between themselves in here you can see three wire connection 7 8 00:00:55,840 --> 00:00:59,260 in three way connection in here. 8 9 00:00:59,460 --> 00:01:00,660 We have a bridge. 9 10 00:01:00,670 --> 00:01:07,010 So I- is not connected to L- in here. 10 11 00:01:07,050 --> 00:01:14,340 So for three wire L+ and L- and I- can connect to separately. 11 12 00:01:14,730 --> 00:01:23,310 But for two wire for example for the PT1000 you can connect to L+ to and L+ connection 12 13 00:01:23,730 --> 00:01:33,840 after you connect your L- connection you need to put a bridge to here for I- connection this 13 14 00:01:33,840 --> 00:01:45,930 is how to wire PT100 or PT1000 connection as to wire or three wire question 2 how do I 14 15 00:01:45,930 --> 00:01:54,450 direct the high speed input to the high speed output is it possible for example we are reading the pulses 15 16 00:01:54,450 --> 00:02:04,530 coming from encoder to my input and suddenly from my output we are sending these pulses directly. 16 17 00:02:04,530 --> 00:02:05,700 Is it possible. 17 18 00:02:05,700 --> 00:02:13,560 So let's take a look at our answer the time to read the logic input differs within the plcs scan 18 19 00:02:13,560 --> 00:02:21,630 time cycle also the reading filter time of the inputs is 10milliseconds at the default settings it 19 20 00:02:21,630 --> 00:02:22,560 is set. 20 21 00:02:22,590 --> 00:02:31,230 This means that you cannot read an input below 10 milliseconds and activate the output contact at the 21 22 00:02:31,230 --> 00:02:32,140 same time. 22 23 00:02:32,250 --> 00:02:41,460 If your plc scan time is over 10 milliseconds it also means that you cannot operate under this cycle 23 24 00:02:41,760 --> 00:02:43,770 time period. 24 25 00:02:43,770 --> 00:02:45,220 So let's take a look. 25 26 00:02:45,220 --> 00:02:46,760 to question 3. 26 27 00:02:46,830 --> 00:02:53,430 I want to run a pid controlled hydrofor with the VFD series driver. 27 28 00:02:53,430 --> 00:03:03,260 We have driver means VFD we have 4 to 20 mA ten bar pressure sensor is there an example with 28 29 00:03:03,270 --> 00:03:04,150 connection. 29 30 00:03:04,290 --> 00:03:10,590 scheme or parameter explanations with application. 30 31 00:03:10,590 --> 00:03:11,460 Let's take a look. 31 32 00:03:11,530 --> 00:03:25,080 to answers and our scheme for VFD-E PID settings parameter ten to 10.00 for PID set 32 33 00:03:25,080 --> 00:03:32,640 point selection we can enter the PID set value to parameter 10.11 by setting the parameter 33 34 00:03:33,120 --> 00:03:44,730 10.00 from 10.04 and or enter it as desired from the parameter 2.00 parameter by setting 34 35 00:03:44,730 --> 00:03:55,480 the parameter 10.00 to 1, parameter 10.01 for PID feedback input terminal. 35 36 00:03:56,140 --> 00:04:05,320 So in here PID feedback input negative feedback ACI set to 4 to 20mA that we can do it 36 37 00:04:05,320 --> 00:04:14,630 in here 10.02, 1.0 factory value proportional gain it should be determined and 37 38 00:04:14,630 --> 00:04:21,590 adjusted according to the characteristics of the system 10.03 is 1.00 38 39 00:04:21,590 --> 00:04:29,060 factory value of integral time ,it should be determined and adjusted according to characteristics 39 40 00:04:29,060 --> 00:04:32,910 of the system 10.04 40 41 00:04:33,180 --> 00:04:35,540 Is it close to 0.00 41 42 00:04:35,550 --> 00:04:39,500 So this is factory value of derivative control. 42 43 00:04:39,520 --> 00:04:44,670 It should be determined and adjusted according to characteristics of the system also. 43 44 00:04:44,910 --> 00:04:46,390 10.11 44 45 00:04:46,620 --> 00:04:54,290 equals to 12.5 PID setpoint source after selecting 10.00 parameter 45 46 00:04:54,300 --> 00:05:03,900 As for PID set value is entered from this parameter in here we have a fuse or circuit breaker and 46 47 00:05:03,900 --> 00:05:14,030 in here we have VFD-E and in here our motor connection and you can see in here acı-acm for 4-20mA 47 48 00:05:14,040 --> 00:05:15,890 4-20mA 48 49 00:05:15,970 --> 00:05:26,150 This outputs current outputs can be used like this with these parameters after you adopt these parameters 49 50 00:05:26,700 --> 00:05:30,750 PID set points selections and etc. 50 51 00:05:31,310 --> 00:05:43,400 This can be used but in here I need to correct one thing we will use this 4-20mA 51 52 00:05:43,420 --> 00:05:46,060 10 bar pressure sensor. 52 53 00:05:46,090 --> 00:05:49,100 This one for the control this motor. 53 54 00:05:49,180 --> 00:05:54,730 So we are not sending analog outputs to here. 54 55 00:05:54,740 --> 00:06:03,610 Here we are getting analog inputs from here to my VFD-E and we are turning our motors according to 55 56 00:06:03,610 --> 00:06:11,130 these analog inputs to inside of my VFD or drive. 56 57 00:06:11,200 --> 00:06:22,360 Question 4 how to reset from Z phase with 3600 pulse rotary encoder I connected phases are A and B 57 58 00:06:22,360 --> 00:06:32,390 and Z to the physical inputs x0,X1 x2 respectively I counted down and up with the C251 58 59 00:06:32,390 --> 00:06:33,870 x251 59 60 00:06:33,970 --> 00:06:40,610 How can I perform the reset by catching the Z phase while the motor is returning. 60 61 00:06:40,690 --> 00:06:50,050 I would be glad if you could help plc model is that DVP12SA2 , answer is that if the 61 62 00:06:50,080 --> 00:07:01,540 aim is to reset the counter value in each z phase the encoder is using C252 number in here you can 62 63 00:07:01,540 --> 00:07:12,120 see for example in question the user or customer said x 0 X1 and X2 is used, 63 64 00:07:12,160 --> 00:07:15,420 I am going to ride side from here okay. 64 65 00:07:15,510 --> 00:07:23,530 We will go up and down or a and b phase a input on phase b input is used and up and downs. 65 66 00:07:23,550 --> 00:07:29,110 Okay but also we need to reset for example in our application. 66 67 00:07:29,200 --> 00:07:32,160 We need to reset something else that's okay. 67 68 00:07:32,170 --> 00:07:41,720 So when we can use or we need to use two phase two input a counter C252, x0 is a phase X1 68 69 00:07:41,830 --> 00:07:48,030 is B phase x 4 is Z phase 69 70 00:07:48,190 --> 00:07:48,570 So 70 71 00:07:51,790 --> 00:07:53,370 what was the question. 71 72 00:07:53,380 --> 00:08:01,090 So in here how can I perform the reset by catching the Z phase while the motor is returning. 72 73 00:08:01,090 --> 00:08:11,230 So if you use not C251 counter because in here there is no reset condition but if you connect your 73 74 00:08:11,410 --> 00:08:15,860 x4 in here Z is connected to here. 74 75 00:08:16,000 --> 00:08:16,750 Okay. 75 76 00:08:16,750 --> 00:08:25,720 And when x 4 is goes high my C252 counters becomes reset. 76 77 00:08:26,050 --> 00:08:33,700 So it can be solution of this question and in here. 77 78 00:08:33,700 --> 00:08:42,930 Question again encoder 3600 pass but reset it at 14400 pulse 78 79 00:08:42,940 --> 00:08:47,350 What is the reason for this problem in X2 interrupt. 79 80 00:08:47,350 --> 00:08:53,440 I can reset from Z phase ,Z phase with the C251 counter. 80 81 00:08:53,530 --> 00:08:58,900 There was no different situation with the C252 counter. 81 82 00:08:58,960 --> 00:09:06,890 So answer is that 3600 x 4 =14400 82 83 00:09:06,940 --> 00:09:15,700 If you write one in D1122 you will read 3600 pulse encoder 83 84 00:09:15,760 --> 00:09:19,480 as three thousand six hundred. 84 85 00:09:19,510 --> 00:09:26,650 Remember there were core efficient value of the encoders. 85 86 00:09:26,740 --> 00:09:34,240 So for example if your encoder coefficient value is 1 and is your encoder is for example 86 87 00:09:34,240 --> 00:09:43,820 let's say 3600 so you will reach to Z phase after 3600 pulse 87 88 00:09:44,070 --> 00:09:53,820 but your coefficient value is let's say 2 , you will get this Z phase or you will get complete turn 88 89 00:09:54,150 --> 00:10:00,030 after 7200 pulse so and M1002 89 90 00:10:00,030 --> 00:10:02,880 This is the first second contact. 90 91 00:10:02,880 --> 00:10:14,460 It is moving to k 2 to D1022 example and we are multiplying our encoder value by 2 and we are reaching 91 92 00:10:14,460 --> 00:10:20,460 to Z phase after 7200 pulse for example. 92 93 00:10:20,470 --> 00:10:29,400 So if this value if your encoder value is increasing too for example 14400 93 94 00:10:29,400 --> 00:10:34,350 pulses and you are still waiting your Z phase. 94 95 00:10:34,530 --> 00:10:40,830 You need to check D1022 immediately if it is not equals one. 95 96 00:10:40,950 --> 00:10:43,010 You can change it or you can check it. 96 97 00:10:43,020 --> 00:10:54,030 And according to your value in D1022 you can continue to your project or programming and in here 97 98 00:10:54,570 --> 00:10:56,580 we have another one question. 98 99 00:10:56,580 --> 00:11:02,720 I want to read 4 -20 current with the DTC 1000. 99 100 00:11:02,730 --> 00:11:09,690 I found that the jumper positions should be changed in the document but I couldn't find the jumper location 100 101 00:11:09,690 --> 00:11:11,820 on DTC 1000. 101 102 00:11:11,850 --> 00:11:13,760 Where can I find these. 102 103 00:11:13,830 --> 00:11:20,850 So answer is that two sockets marked in the picture next to the terminal connection point of the DTC 103 104 00:11:20,850 --> 00:11:26,440 1000 module must be bridged with a jumper or different connection tool. 104 105 00:11:26,520 --> 00:11:28,840 In here you can see it. 105 106 00:11:29,010 --> 00:11:32,380 This two. 106 107 00:11:32,850 --> 00:11:43,200 How can I say inputs or this two connection points must be bridge with the jumper or you can you can 107 108 00:11:43,200 --> 00:11:47,960 connect it these things together with a different connection tool. 108 109 00:11:48,480 --> 00:11:57,330 So for example I want to read 0-10 VDC analog value with the DTC 1000 module but I couldn't find 109 110 00:11:57,330 --> 00:11:58,700 a very clear source. 110 111 00:11:58,710 --> 00:12:08,150 Can you help the plc that I use is 14SS2 and the DTC 1000 is bridged that moment. 111 112 00:12:08,220 --> 00:12:15,930 What should we do answer is that when connecting to 0-10 what to DTC the bridge inside , should 112 113 00:12:16,050 --> 00:12:25,200 not be connected for the 0-10 VDC it is not necessary to jumper put the jumper or bridge these 113 114 00:12:25,800 --> 00:12:31,740 connection points for current or 4-20mA current. 114 115 00:12:31,770 --> 00:12:39,630 If you want to work with the current you need to use jumper or unit to connect this connection point 115 116 00:12:39,630 --> 00:12:40,480 altogether. 116 117 00:12:40,650 --> 00:12:48,310 But for the 0-10 volts DC you don't need a bridge and that bridge is for just current input on 117 118 00:12:48,310 --> 00:12:54,810 a simplified connect to analog input to + and - input. 118 119 00:12:54,890 --> 00:12:55,630 That's all. 119 120 00:12:55,680 --> 00:13:04,750 And then you can run or you can use your DTC as 0-10 volt analog value. 120 121 00:13:05,100 --> 00:13:08,580 So for this video I am finished here. 121 122 00:13:08,580 --> 00:13:09,960 See you in the next video.