benoitbaillargeon

Hey everyone, I am using a JZ10-11-R16 and I am coding a division (/) where the input can be in millions and the answer is in decimal. The "help" as a lack of information when it comes to Looping. How does it work exactly? I put the label and I jump to this label until my condition is respected? By the way, if you guys know any way to have a Totalizer and a Flow indicator using a HSC and a K Factor, please let me know!

Hi, I successfully figured out the way to do a linear conversion (using the SI 80-85). Thing is, when i tried to code it myself, I found out that I was losing precision because of the result of (y2-y1)/(x2-x1) to find 'm' because most of the time the result is going to be a float but all we can use is an integer. So for example, if the result of your equation is 4.356, you are going to have 4 into your integer address. So that when you multiply this result to the X in "mx+b", the error is just getting bigger. 4,356 * 2456 = 10 698.336 4 * 2456 = 9824 As you can see, this doesn't make any sense. Now that I am trying to configure a Paddle Wheels wired on the HSC inputs, I need to find a way to use a float because of the K Factors. http://www.gfsignet.com/go/BB79FC98D60EB5FC00B3D2B195180094?action=GF_DocumentDownload&doc_uuid=BB79FC98D60EB5FC00B3D2B195180094 I can't accept that big of an error. Any idea how i could "create" a float using signed integers with this module?

We found the problem. It was indeed a JZ10-11-R16/V not a JZ10-11-R16 even if it was labelled like a non V. Problem Solved!

I Believe that, even if it is labelled JZ10-11-R16, it might be a JZ10-11-R16/V. Because if I check the impedance between the 0v and my AN0 input, i get 155ohm which is weird considering it is 4-20mA, therefore suppose to be 5Mohm.

HI, I am using the JZ10-11-R16 and trying to read a 4-20mA signal on the AN0. Thing is I can'T go higher than 1024 when I read the input even if I am around 9.5mA. I have configured the AN0 for 4-20mA and to be put into MI0. Any Idea?