Andrei Blagaila

MrPLC Member
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Everything posted by Andrei Blagaila

  1. Timer Values

    None of the two. I used as bellow.
  2. Timer Values

    I found the page. But a question. How do I tell the software which is a high speed timer and a low speed timer? I have 100ms set at a low speed timer and 10ms at high speed timer. I use a timer T for a recipe value that goes up to ZR1200 (the recipe registered value). If I put 10 it's one second. But I I put 100 it's not 10 seconds. It's shorter. Why?
  3. Automatic Upload of PLC and HMI software

    So it's impossible to create a script that uploads the PLC software automatically to the CPU? 
  4. Automatic Upload of PLC and HMI software

    I want to load the SW on a Q50UDEH via Ethernet but using a batch file and not the GX works software.
  5. GOT1000 question

    Thanks. I think I found the setting.
  6. GOT1000 question

    I am running a simulation on a GT15* and every time I touch it it beeps to confirm. Can I disable this from someplace?  Thank you
  7. ladder comunication plc to hmi delta

    You're welcome  Glad to know you to.
  8. Z13Z19

    Thank you. I understand now. I think it may have to do something with Recipe logging. You all have been a huge help. Thank you, Andrei
  9. Z13Z19

    Hey guys. I have some registers in my program that store the values for the recipes. (ex Z13, Z14...). Somewhere though I have the command: MOV D921 Z13Z19 Can some explain Z13Z19?
  10. ladder comunication plc to hmi delta

    What value do you have set on the HMI to show? The HMI does the conversion automatically I think or I don't know. Bring up a photo of that window in the HMI project file to see it's settings. If you want to have the same number in the PLC in order to compare it you have to load the value as a float in a Word. So maybe add a Word. EMOV D0 Da EMOV D1 Db And then you divide them by 100: EDIV Da E100 Dx EDIV Db E100 Dy And you use Dx and Dy to compare values or to calculate differences or any other things. Dx and Dy are the values identical to the ones on the HMI
  11. ladder comunication plc to hmi delta

    D8030 and D8031 are integer numbers. Try using EMOV D8030 D0. This should move them into D0 as floating point. Then you divide it by 100. EDIV D0 E100 Dxxxx. And you will have the same value as HMI stored in Dxxxx. I'm guessing that D8030 is an analogic value that is read by the PLC and you want to compare it with another one. Usually when you read a analog value it arrives without a point in the PLC (ex: 1234 in one of my applications is 123.4 degrees C.) To do operations with it you have to manipulate the value to be shown exactly like on the HMI.
  12. Z13Z19

    Now I understand. So the value in Z19 is added to the register number and then in that number D911 is moved. It's seems like over complicating things. Why is this used?
  13. Z13Z19

    It actually looks like this.
  14. Z13Z19

    I''m trying to understand why they did it like this. No idea yet :| I'll do some more digging tomorrow
  15. Z13Z19

    Q50UDEH. Can you please explain what it's used for?
  16. Power LED directly from PLC output

    I used only with Beckhoff 24Vdc LED connected directly to the outputs and did not have any problems.
  17. Q03UDECPU ERR. flasing, no comms

    If you want to remove the program try to remove the battery for 10-20 minutes. See if that helps.
  18. PT100 on Q50UDEH

    I found the manual for the  AJ65BT-64RD3. Aftel a while reading I found the example program and understood how the I/O are assigned. I wrote a bit of software but i'll wait for the module and PT100 to test it out. If this solves the current issue of reading the temperature, I will need to find out how to use PWM and PID to control it using ladder diagram
  19. PT100 on Q50UDEH

    Has anyone used a PT100 temperature sensor to control the temperature in a certain environment? I want to use it over CC-Link. Any suggestions for modules and for temperature control any ideas how to do them? I have never worked with PT100 on Mitsubishi and i'm clueless how it's done. 
  20. PT100 on Q50UDEH

    Q CPU with CCL but i'm not sure about the version. My Master CCL is a QJ61BT11N.  I found the manual for the remote RTD reading module. The first step is to understand how to get the data that the PT100 reads and then how to manipulate it to have a value.  All my program (many POUs ) is written in ladder. I don't think I can use one of the POU that's reserved to write a FB program or can I? I'm fairly new to Mitsubishi and don't have a lot of knowledge of what is possible and what not. After I do this I need to figure out how to control the temperature. From my understanding they want to use solid state relays (semiconductor relays). I'm guessing PWM is the way to go in that case? I will look over the manuals today and try to see how can I read from the module but if you can give me some examples how to get the info from the module and manipulate it, they would be extremely appreciated.
  21. Q series PID control

    I would apreaciate a generic example. Let's assume I have a sw made in ladder. I'm not able to use function block. I want to control a temperature in a room using a PT100. 35 degrees for example. How can I do that?
  22. Q series PID control

    Do you guys have any examples of PID control in ladder? Or documentation?
  23. PT100 on Q50UDEH

    RTD signal? Sorry I'm new to analog signals. I know about 4-20 and 0-10 but i have never heard of RTD. I need to use over CC-Link because i need to measure the temp on the field near some remote I/O's where I plan to insert the new PT100 module. Do you have some examples of how to do a PID in ladder (SW is done in ladder) and how to read the analog signal?
  24. Distance Measure with rotary encoder 2phase A/B

    C251 is turned on. To use it always you can you: M8000 ---------------------------------------C251 D2  This abilitates the counter always when the PLC is running. The counter goes up to the Value D1 which is not set so you don't to worry about it.                --------------------------------------DMOV C251 D0   From M8000 you take another branch that moves the value of C251 in D0 and D1. I hope this answers your question
  25. FX2n-4AD

    I have looked over the manual. try writing like this at the beggining: M8000-------------------------TOP K0 K0 H3300 K1 ( The analog input channels (CH1, CH2) are setup by writing H3300 to the BFM #0 of the FX2N-4AD.)              -------------------------TO K0 K1 K4 K2   (sets the number of average samples to 4 for CH1 and CH2)             --------------------------FROM K0 K5 D0 K4 (Here i'm not sure if K4 is correct. I would try with K2 first).   Try this and tell me if it works