I can continue to put in data but no talking to cpu (apparently). If you ZIPped your program and posted it here, someone probably could do some analysis to figure out how it works, and what the Comm settings should be. Press the, "ADDRESS", type in the address of the fault code, press Clear the code at this display by setting S2:6 toĠ. Using the HHT, that would be this series of function keys: F5-Utility, F1-Online, F3-Attach, F5-Clr_Proc.Īlso, if you go to the display of the Status (S2) file, you can clear a fault this way:Ĭ –Word S2:6. I think the "Clear Processor" (CLR_PROC) command is what you need. The HHT uses Function Keys that are re-defined at each sub-menu level. There should be a way to reset faults with the Hand-Held Termianal. You can reset a Major Error Fault from within the RSLogix 500 software. RSLogix 500 - Copyright Rockwell Software The revision level of the processor is not compatible with the revision level for which the program was developed. This non-user error occurs when going to run. Here is the "10 h" Error Code definition:Ġ010 The processor does not meet the required revision level. Whether its gluing, sealing, stamping, or assembling, each module has specific features to make programming and implementation quick and easy.Apparently the SLC ladder program has been swapped to a different Revision level that is not compatible with the CPU revision level. Each module has such necessary features as speed compensation, output ANDing, and output enable/disable.
The 8500 series modules contain up to 16 high speed I/O as well as 16 additional outputs through the module's backplane connection to the PLC. The 2541 provides 6 high speed inputs and outputs directly connected to the module. These programmable limit switch modules provide the high-speed switching capability of a PLS in combination with direct communication with the PLC.ĪMCI has created several versions of the programmable limit switch module. AMCI changed all of that by developing PLS modules for the SLC-500. However a major drawback of the stand-alone PLS was that communicating with the PLC was difficult. Industry began using programmable limit switches (PLS) as a direct replacement for mechanical cam switches because they are easier to set up, and changes can be made quickly and easily.
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