This training prepares the participant in deeper understanding of programming and instructions that will assist the participant in successfully configuring and programming MELSESC Controller system using GX Works3 software.
#Counter in gx works 2 software#
SECTION 4: Developing Software – GX Works3 After each procedure has been demonstrated, the participant will be given an opportunity to apply what they have learned by programming ladder logic and testing the project with the PLC workstation. The training format is a combination of hands-on exercises. Each lesson in the training is devoted to a step by step programming sequence. This skill-building training also provides understanding of programming techniques and basic instructions that will assist the participant in successfully configuring and programming MELSEC Controller using GX Works3 software. MELSEC system components, functionality and specifications are also cover. This training prepares the participant in installation, programming and configuration MELSEC Controller. SECTION 6: Maintenance and Troubleshooting The training format is a combination of discussions and hands-on exercises.Īfter each procedure has been demonstrated, the participant will be given an opportunity to apply what they have learned by programming ladder logic and testing the project with the PLC workstation. This training also enables participant to utilized troubleshooting tools to diagnose common problems in a typical PLC system. This training prepares the participant in deeper understanding of programming and instructions that will assist the participant in successfully configuring and programming MELSESC Controller system using GX Works2 software. SECTION 4: Developing Software – GX Works2 Understanding of electrical ladder diagram.Understanding of the fundamental principle of electricity.
#Counter in gx works 2 windows#
This skill-building training also provides understanding of programming techniques and basic instructions that will assist the participant in successfully configuring and programming MELSEC Controller using GX Works2 software. Why multiply by 1000 then divide by 4000 when you can just divide by 4 and call it done? There are certainly very good reasons for doing this, just verify it makes sense in your case before over-complicating things.This training prepares the participant in installation, programming and configuration MELSEC Controller. All that being said, consider changing your math to keep it simpler. Third, change your data register layout so that you don't overwrite useful information. Either plan to use 32-bit math, or modify your math so this doesn't happen. Second, because you're multiplying by 1000, there's a high likelihood that you'll exceed the 16-bit max.
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Also consider if you need to build in code to do rounding for you after the division. First, you should do multiplication, then division, so that you don't have to worry about losing precision.
That's because a 16-bit register can only store a value up to 32767. Also, be aware that 16-bit multiplication also controls two registers, but in this case it treats then as a 32-bit product. You are then multiplying D4 by 1000 and putting the result in D5, so that D5 = 1 * 1000 = 1000. The first register gets the unrounded quotient and the second register gets the remainder. What value are you putting into D0 and what are you seeing in registers D4 and D5? 16-bit division on the Mitsubishi processors controls two registers, in your case both D4 and D5.
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