blawrenz
Member
I am new to Modicon Quantum processors and have a couple of questions if anyone can help I would appreciate it.
PLC Model is a Quantum 140 CPU 113 02
Programming Software will be ProWORX Nxt
I understand the basics as far as
0xxx is for hardwired outputs and internal bits
1xxx is for hardwired inputs but cannot be written to
3xxx is for analog inputs but cannot be written to
4xxx is for analog outputs, internal timers, and registers, etc.
What I am trying to do is designate areas of memory for my projects. For instance our standard is to map the inputs to internal memory bits and utilize them in the program. For example input points 10001 thru 10032 would map to 01001 thru 01032.
I also want to set up an area for alarm bits, my question is how high can I address the 0xxx bits??
Can I set up a range of say 05001 through 05999?? What are the memory limitations for this processor??
Also, what are the ranges for the other memory areas, 1xxx, 3xxx, and 4xxx?
I am having trouble finding this information in the books that I have, any help would be greatly appreciated.
Thanks,
B. Lawrenz
PLC Model is a Quantum 140 CPU 113 02
Programming Software will be ProWORX Nxt
I understand the basics as far as
0xxx is for hardwired outputs and internal bits
1xxx is for hardwired inputs but cannot be written to
3xxx is for analog inputs but cannot be written to
4xxx is for analog outputs, internal timers, and registers, etc.
What I am trying to do is designate areas of memory for my projects. For instance our standard is to map the inputs to internal memory bits and utilize them in the program. For example input points 10001 thru 10032 would map to 01001 thru 01032.
I also want to set up an area for alarm bits, my question is how high can I address the 0xxx bits??
Can I set up a range of say 05001 through 05999?? What are the memory limitations for this processor??
Also, what are the ranges for the other memory areas, 1xxx, 3xxx, and 4xxx?
I am having trouble finding this information in the books that I have, any help would be greatly appreciated.
Thanks,
B. Lawrenz