I've seen this a few times. It injects a sub-harmonic signal through the generator and reads it to see if anything is grounded. I know ABB used to make one version, not sure if they still do. I think Beckwith Electric also makes one.
Here is a paper on the topic...
TONGAPC1 is just a "time delay on" function block. You would need to build some logic in PCM600 using that. You would be better off using auto reclosing(DARREC).
https://search.abb.com/library/Download.aspx?DocumentID=1MRS756379&LanguageCode=en&DocumentPartId=&Action=Launch
I wasn't sure how you wanted to display the data on the League tab so I added it to the Players tab by inserting new columns T and U after existing column S.
T4: =INDEX(SORT(FILTER($A$4:$L$249,$L$4:$L$249=$S4,0),3,1),1,5)
U4: =INDEX(SORT(FILTER($A$4:$L$249,$L$4:$L$249=$S4,0),3,1),2,5)
I don't understand the question. Are you saying that you have a fiber cable plugged into port 48? Each fiber cable has 2 fiber strands, one for transmit and one for receive. So you will need both strands in a fiber cable for it to communicate. It won't be redundant with just one fiber cable.
The link states that it ships in 10 packs of 50 lights. So, you should be able to use larger wires to run from the controller to each set of strands. Don't run all 10 strands end to end. Run them in parallel, not series.
I don't see any mention of them using aluminum wires. I'm guessing they...
Each relay would use 2 fibers (TX)(RX), so you would only get 48 relays at each end communicating over 96 fibers.
For things like line current differential, we usually use a channel bank (Zhone IMACS) to multiplex the C37.94 serial over fiber communications channels from the relays. It comes...
I don't think you can use the rear serial port to change the settings. Only the front optical port.
You need the special serial to optical cable:
https://new.abb.com/products/1MRB380084001
Serial interfaces
• Frontplate interface for local connection of a personal computer
• Back plane...