BITS N BYTES

All build errors are displayed. What are you errors are you seeing? As I said on last post REBUILD works just fine with NO errors!

Opened your program in Sysmac Studio V1.16 with NO ERRORS. Which version are you using?  

Have you transferred the PLC settings to the CJ2M PLC AND MOST IMPORTANTLY power cycled the PLC? New or changed PLC settings do NOT become effective until you have cycled power!!

OOPS! Sorry for confusion. My error, failed to see the problem of creating an array that references the PDO mapping variables. This may be possible but I don't know how.  

Use a FOR NEXT loop routine in structured text. You can mix both ladder and structured text in the same POU in Sysmac Studio.

Each of your existing IO use single word [Channel in OMRON]. With the fixed I/O mapping your current I/O should be as follows:-  ID211 in Slot 1 Input addresses are 0.00-0.15 ID211 in Slot 2 Input addresses are 1.00-1.15 ID211 in Slot 3 Input addresses are 2.00-2.15 ID211 in Slot 4 Input addresses are 3.00-3.15 ID211 in Slot 5 Input addresses are 4.00-4.15 OD211 in Slot 6 Output addresses are 5.00-5.15 OD211 in Slot 7 Output addresses are 6.00-6.15 OC211 in Slot 8 Output addresses are 7.00-7.15 OC211 in Slot 9 Output addresses are 8.00-8.15 OC211 in Slot 10 Output addresses are 9.00-9.15 With your new arrangement the fixed I/O mapping should be as follows:-  ID231 in Slot 1 Input addresses are 0.00-0.15 and 1.00-1.15 ID231 in Slot 2 Input addresses are 2.00-1.15 and 3.00-3.15 ID211 in Slot 3 Input addresses are 4.00-4.15 ID211 in Slot 4 Input addresses are 5.00-5.15 ID211 in Slot 5 Input addresses are 6.00-6.15 OD211 in Slot 6 Output addresses are 7.00-7.15 OD211 in Slot 7 Output addresses are 8.00-8.15 OC211 in Slot 8 Output addresses are 9.00-9.15 OC211 in Slot 9 Output addresses are 10.00-10.15 OC211 in Slot 10 Output addresses are 11.00-11.15   CX Programmer has a really neat Batch Replace feature that should easily allow you to readdress the I/O allocations for your new hardware configuration. From "Edit" select "Change All". This will bring up a "Batch Replace in PLC" selection. In your case you want to shift all IO from 4.00 thru 9.15 to 6.00-11.15. Make sure you select the "Include Symbols (Comments)" and hit replace. Depending on how you are wiring the existing I/O to the new ID 231 you can use the same method to quickly reconfigure the I/O map.    

If I recall correctly there are NO DIPSWITCHES on model CP1E PLC's.

Switch 7 is for CPU backup. Turn off switch 2 on the CPU if you do not want the program to load from the CF card.

Also confused by what you mean by FREE FORM LADDER. SYSMAC Studio allows very flexible programming techniques. The ability to mix Conventional Ladder and Structured Text in the same POU's is incredibly flexible and powerful.  

Number format when Online or in Simulate. CX Programmer Display Settings.pdf

Check the Data Movement Instructions. There are multiple ways to do it depending on your requirement. TransBit, MemCopy, SetBlock etc..

That's why we are here. To help out. Appreciate your response, many members fail to reply when their problems are resolved. Take care.

CP1L_APR_SCALING.cxp

Use the APR instruction. Much easier and far more flexible to use for Floating Point scaling.

http://forums.mrplc.com/index.php?/files/file/822-how-to-use-the-updated-data-trace-function-in-cx-programmer-version-8/

That's the OUTPUT scematic. You are using the inputs. See attachment. ID-215 Inputs.pdf

You could first doing some research for yourself before posting on this site. Try GOOGLE. I found Manual and Pinout in less than 30 seconds. http://www.xlogic-plc.com/ Longer than it took me to waste time responding to your post.  

IF the linear surface speed [fpm] of the conveyors in your system are all constant AND do not fluctuate with load AND products do not slip once loaded you could use a timed interrupt to track products in your system. Use a shift register instruction [bit based OR word based] that is continually incremented by the timed interrupt. i.e. IF the surface speed of the conveyor was 100 fpm and you require position accuracy of 1" then a timed interrupt of 50mSec would be required for this resolution. As a products enters the system a sensor "sees" enters it into the shift register. Each unload point can be defined using an offset from the start point of the shift register. We have used this method fairly successfully in past projects, but for LONG conveyor runs additional photeyes were required along the conveyors to confirm product position. If products did not arrive at these photoeye when expected this was corrected by re-positioning them in the shift register. My 2 cents.

W450-E1-07 CP1H-CPU Operation Manual View File Latest version Submitter BITS N BYTES Submitted 05/17/16 Category Manuals

Yes. Simplest method via RS232 serial communications. BUT you must add a CP1W-CIF01 Option board. W450-E1-07 CP1H-CPU Operation .pdf

Same connections as I recall. Attached is G Series exerpt.   I562-E1-03 G-series manual.pdf

Exerpt from G5 manual. This shows connection to a CP1H PLC and CP1L I571-E2-03 Accurax-G5(AP)+UsersManual.pdf

I am in the USA and since the NQ touchscreen was only sold in Europe it may be better to go to their excellent website for help. You should try going  to https://www.myomron.com/ Setup a login account and post your questions. Please let us know if/how this got your problem resolved.  

Easiest communication protocol to use is HostLink. [See attachment]. NQ Serial Comms. Host Link Setup.pdf Have you configured the HMI and PLC communications correctly? Don't forget to download the PLC communication settings to the PLC and CYCLE POWER. Check your cabling pinouts. Check LED status on NQ. [See attachment] NQ LED Lights.pdf