Inntele

The answer is again NO. High-speed functions are only supported by first group of outputs at transistor type PLC base module.

The answer for any PLC series is NO. You have to use a stepper motor controller and to control it by PLC. The stepper motor controller provide _current_ pulses through the stepper motor windings.

Hi, You have not purchased a clone, but a handicraft device. Yes, it can be programmed using Mitsubishi software, however, the implementation of the data exchange using the Modbus protocol is different completely of how it is implemented in the Mitsubishi PLC. To find out exactly how, you have to request documentation from your seller.

I've did. But I used Modbus instead of Iverter Protocol, because the first is more effective on time of request-responce than the second. Making this program I did read the abovemtioned document and based on it. The information in it is enough, but it's necessary to read it with great attention, because the information is very segmented(

RTFM. In FX series there is a special instruction for time addition. What PLC model are you using?

will not support programming instructions for Modbus comm, but can support programming implementation of Modbus protocol like non procedural.

This is an initial school arithmetic rule: Y=X**1.5=X**(1+0.5)=(X**1)*(X**0.5)=X*SQRT(X)

There is an instruction (D)PRUN [FNC 81], which copyring an octal set of bits to an octal set of bits. For example, PRUN K3X16 K3M16 will copy: X16 -> M16 X17 -> M17 X20 -> M20 X21 -> M21 X22 -> M22 X23 -> M23 X24 -> M24 X25 -> M25 X26 -> M26 X27 -> M27 X30 -> M30 X31 -> M31 https://dl.mitsubishielectric.com/dl/fa/document/manual/plc_fx/jy997d16601/jy997d16601q.pdf  , page 460  

X28 and X29 with FX3G LOL "This is the easiest way how I could explain the problem" you're facing.

LD X0 OUT M0 [END] where M0 is a desired signal of presence the pulse sequence at X0 input  

Hi, This module is not an intelligent, it's just a converter of bus connectors from FX5UC CPU to FX5U series modules. So this is not neccessary to configure it.

Hello, You can find a code sample in this topic:  http://forums.mrplc.com/index.php?/topic/36694-how-to-calculate-crc-gx-works-3-fx5/  

Look at the SPD instruction then scale its result to get a level value.

Dear panic mode, I'd like to take your attention to a one thing. A calculation using the traditional math equation will give a correct result only for limited range of integers (the subtraction of in_max/in_min and/or out_max/out_min should not give a result outside the range of -32768 - 32767). If it's necessary to operate with a full range of integer values (16-bit AD/DA analog modules), another integer arithmetics should be used, that requires more math operations.