Greetings ChadT ...
depending on how your chassis DIP switches are set up, your analog modules could have several possible addresses when you configure your Block Transfer Reads and Writes ...
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(a) if you’re using two-slot addressing ...
your 1771-IFE module would be located in Rack 00, Group 4, and it would be Module 0 ...
your 1171-OFE module would be located in Rack 00, Group 4, and it would be Module 1 ...
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(b) if you’re using one-slot addressing ...
your 1771-IFE module would be located in Rack 01, Group 0, and it would be Module 0 ...
your 1171-OFE module would be located in Rack 01, Group 1, and it would be Module 0 ...
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(c) if you’re using half-slot addressing ...
your 1771-IFE module would be located in Rack 02, Group 0, and it would be Module 0 ...
your 1171-OFE module would be located in Rack 02, Group 2, and it would be Module 0 ...
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although the DIP switches on the chassis backplane are the way these address modes are set, don’t bother to remove the processor to check them ... the easy (and most reliable way) is to check on the Processor Status window - on the Switches tab ... the addressing mode of the local chassis will be listed there ...
now then ... we also need to know how your analog inputs are physically wired to the IFE module ... specifically, are you using single-ended or differential wiring? ... based on the fact that you have four input pots - and are only showing five wires connected to the IFE module, I’d bet serious money that you’re using single-ended wiring ... that would give us one wire for each pot - plus a fifth wire for the signal common ... a total of five wires ... you’ll eventually need to nail the exact wiring scheme down for sure - but for now let’s assume (gosh I hate that word) that it’s single-ended ...
if I’ve guessed correctly on the single-ended issue, then you’ve got your jumpers set wrong (if you followed the pattern that you have circled) ... and we also need to know whether the pots are providing a voltage signal - or a current signal ... I’m betting (pocket change only) that it’s voltage ... if so, then you need to set your jumpers to match the pattern in the left row of that diagram you posted ...
plan of attack: check everything that you can - particularly about the wiring ... change the jumper positions if necessary ... then give me a call and we’ll walk through the programming ... if all goes well, we should be done in about five or six minutes ... since all NEVER goes well, it’ll probably take about 20 or 30 minutes ... I look forward to hearing from you later this afternoon ...