u/Schiben

Within one sc_request, there can be many sc_req_items. Each sc_req_item runs its own Flow. A step within the Flow is meant to complete a process against a single proc_po. That process can take several seconds. Each Flow makes it to the step that initiates the automation against the proc_po within a fraction of a second.

I know the automation should be initiated by a single source or a checking for a condition should happen sequentially. I don't have time to fully rework this process. For now, I'm looking for something I can add to the Flow while retaining everything else it already does. Something that makes each Flow aware of the others and coordinates allowing one to run the automation while forcing the rest to bypass.

Thoughts?

Are there any local moped gangs or groups that are generally good natured and dedicated to preservation and/or repurposing old mopeds?

I am working on my kitchen remodel. Part of it is replacing the old under-mount strips of 12V incandescent bulbs. Currently, there are 3 segments with each segment powered by its own low-voltage 2-wire supply. There's a transformer in the basement that outputs 12VAC 600W to the 3 segments. Each segment is about 8' - 12'.

The two options I'm wondering about-

1. Replace the transformer with a 24V power supply and re-use the current low-voltage wire to 3 separate controllers (1 for each small segment). Run the controllers in DDP mode to get them to act as 1 channel.

2. Replace the transformer with a 24V power supply AND low-voltage wire with 3-wire cable. Control the 3 separate sections with a single multi-channel controller (from the basement).

I'm thinking option #2 is probably better for stability and reliability. But I'm not sure if it's over complicating things or if the wire lengths are an issue.

TIA!